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    "path": ".github/workflows/build-and-test.yml",
    "content": "name: build-and-test\non:\n  workflow_dispatch:\n  pull_request:\njobs:\n  build-and-test:\n    runs-on: ubuntu-22.04\n    steps:\n      - name: Checkout\n        uses: actions/checkout@v3\n      - name: autogen\n        working-directory: cola\n        run: ./autogen.sh\n\n"
  },
  {
    "path": ".gitignore",
    "content": ".DS_Store\n.vscode\n.idea\n\n"
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    "path": "README.md",
    "content": "Adaptagrams\n===========\n\nAdaptagrams is a library of tools and reusable code for adaptive diagramming\napplications, for example: drawing tools, automated document and diagram\nlayout, smart presentation software, graph drawing, chart layout, etc.\n\nCurrently, the [Adaptagrams repository][repo] includes five cross-platform C++ \nlibraries:\n\n *  [libvpsc][libvpsc]  \n              - a solver for the Variable Placement with Separation \n\t\tConstraints problem. This is a quadratic programming \n\t\tproblem in which the squared differences between a \n\t\tplacement vector and some ideal placement are minimised \n\t\tsubject to a set of separation constraints. This is very \n\t\tuseful in a number of layout problems.\n *  [libcola][libcola]  \n    \t      - a library for constraint graph layout.  Specifically, \n    \t\tforce-directed layout using the stress-majorization \n\t\tmethod subject to separation constraints. Applications \n\t\tinclude layout with non-overlapping nodes and clusters, \n\t\tdirected graph layout and layout preserving the crossing \n\t\tproperties of a given starting layout.  \n\t      - libcola depends on libvpsc.\n *  [libavoid][libavoid]  \n    \t      - a library providing high-quality object-avoiding polyline \n\t\tand orthogonal connector routing for use in interactive \n\t\tdiagram editors. \n *  [libtopology][libtopology]  \n              - a library containing extensions to libcola to support \n\t\ttopology preserving constraint-based layout.  \n\t      - libtopology depends on libavoid, libcola and libvpsc.\n *  [libdialect][libdialect]  \n              - a library for computing human-like orthogonal network\n\t        (DiAlEcT) layouts via the following steps: \n\t\tD = Decompose/Distribute; A = Arrange; \n                E = Expand/Emend; and T = Transform.  \n\t      - libdialect depends on libavoid, libcola and libvpsc.\n\nThese libraries are collectively known as cola (for Constraint Layout). The\nnewest version of the C++ source code for cola can be found in the \nAdaptagrams GitHub repository maintained by [Michael Wybrow][mw]:\n\n *  [https://github.com/mjwybrow/adaptagrams/][repo]\n\nThe algorithms were developed by members of the [Immersive Analytics Lab][ialab] \nat [Monash University][monash] in Melbourne, Australia.  The Adaptagrams libraries \nwere written by [Tim Dwyer][td], [Michael Wybrow][mw] and [Steve Kieffer][sk].\n\nAll code in the Adaptagrams repository is released as open source software\nunder the terms of the LGPL 2.1 or later, see the LICENSE file. \n\nWe also dual-license the Adaptagrams libraries and for a fee we can provide\nthem under a less-restrictive commercial license as well as extend them to fit\nyour needs (contact us).  For this reason, if you contribute code to the\nproject and would like it to appear in the main Adaptagrams repository, we\nrequire that you assign the copyright on your changes to Monash University with\nthe following statement: \"I hereby assign copyright in this code to Monash\nUniversity, to be licensed under the same terms as the rest of the code.\"\n \nSoftware using one or more of the Adaptagrams libraries include: \n\n *  [Dunnart][dunnart], constraint-based diagram editor,\n *  [Inkscape][inkscape], the popular open source vector graphics editor,\n *  [Graphviz][graphviz], open source graph visualisation software,\n *  [Arcadia][arcadia], a visualisation tool for metabolic pathways,\n *  [Gaphas][gaphor], an open source Python-based diagramming widget for GTK+, and\n *  [BRL-CAD][brlcad], a powerful cross-platform open source solid modeling system that includes interactive geometry editing, high-performance ray-tracing for rendering and geometric analysis, image and signal-processing tools, a system performance analysis benchmark suite, libraries for robust geometric representation, with more than 20 years of active development.\n\n\n\nBuilding\n--------\n\nThe library code is all contained in the `cola` directory of the repository.\n\nWe use GNU `automake` to build.  We've tried to make the contents of the\nrepository as platform agnostic as possible, so you'll need to call `aclocal`,\n`autoconf`, and `automake` before `configure`.\n\nThe only dependency is [Cairo][cairo] if debugging SVG output is to be included in several example test cases.  The libraries themselves have no dependencies.\n\nRun `./autogen.sh` to compile from scratch.\n\nUse from other languages\n------------------------\n\nBindings for use of the Adaptagrams libraries can be generated using [SWIG][swig].  The repository contains a SWIG interface file `cola/adaptagrams.i`.  We have successfully tested and used Adaptagrams from Java and Python in this way.\n\nCola in the browser\n-------------------\n\n[cola.js][webcola] (a.k.a. WebCola) is a JavaScript based rewrite of libcola which works well with [D3.js][d3]\n\n[d3]: http://d3js.org/\n[webcola]: http://ialab.it.monash.edu/webcola/\n[swig]: http://www.swig.org/\n[td]: http://users.monash.edu/~tdwyer/\n[km]: http://users.monash.edu/~kmarriott/\n[mw]: http://users.monash.edu/~mwybrow/\n[sk]: http://skieffer.info/\n[ialab]: http://ialab.it.monash.edu/\n[monash]: http://wwww.csse.monash.edu.au/\n[libvpsc]: http://www.adaptagrams.org/documentation/libvpsc.html\n[libavoid]: http://www.adaptagrams.org/documentation/libavoid.html\n[libcola]: http://www.adaptagrams.org/documentation/libcola.html\n[libtopology]: http://www.adaptagrams.org/documentation/libtopology.html\n[libdialect]: http://www.adaptagrams.org/documentation/libdialect.html\n[dunnart]: http://users.monash.edu/~mwybrow/dunnart/\n[inkscape]: http://www.inkscape.org/\n[graphviz]: http://www.graphviz.org/\n[arcadia]: http://arcadiapathways.sourceforge.net/\n[gaphor]: http://gaphor.sourceforge.net/\n[cairo]: http://cairographics.org/\n[repo]: https://github.com/mjwybrow/adaptagrams/\n[brlcad]: http://brlcad.org/\n\n"
  },
  {
    "path": "cola/.gitignore",
    "content": "# http://www.gnu.org/software/automake\n\nMakefile.in\n\n# http://www.gnu.org/software/autoconf\n\n/autom4te.cache\n/aclocal.m4\n/compile\n/configure\n/depcomp\n/install-sh\n/missing\n\n# Compiled Object files\n*.slo\n*.lo\n*.o\n\n# Compiled Dynamic libraries\n*.so\n\n# Compiled Static libraries\n*.lai\n*.la\n*.a\n\n.*.swp\n\n.DS_Store\n\n*.pyc\n\nMakefile\n\n/m4\nconfig.guess\nconfig.log\nconfig.status\nconfig.sub\n\nlibtool\nltmain.sh\n\n.deps/\n\nlibcola/config.h.in\nlibcola/stamp-h1\nlibcola/config.h\nlibcola/config.h.in~\n\ndiff\n\n*/tests/*\n!*/tests/*.cpp\n!*/tests/*.h\n!*/tests/Makefile.am\n!libdialect/tests/swig_tests\nlibdialect/tests/swig_tests/output/*\n!libdialect/tests/swig_tests/output/README.txt\n!libdialect/tests/graphs\n\n\nlib*/.libs\nlib*/lib*.pc\n\nadaptagrams*\n!adaptagrams.i\n\nswig-worked\ntest-driver\n\n"
  },
  {
    "path": "cola/AUTHORS",
    "content": "Tim Dwyer <Tim.Dwyer@monash.edu>\nMichael Wybrow <Michael.Wybrow@monash.edu>\n"
  },
  {
    "path": "cola/COPYING",
    "content": "Adaptagrams is free software.\n\nEvery source file in the implementation of Adaptagrams is available to be\nredistributed and/or modified under the terms of the GNU Lesser General \nPublic License (LGPL) version 2.1.  Some files may be available under more\nliberal terms, but we believe that in all cases, each file may be used\nunder the LGPL.\n\nSee the 'LICENSE' file in this directory for the precise terms and\nconditions of the LGPL.\n\nBelow is the copyright notice for the libraries:\n\n--------------------------------------------------------------------------\n\nAdaptagrams is a library of tools and reusable code for adaptive diagramming\napplications, for example: drawing tools, automated document and diagram\nlayout, smart presentation software, graph drawing, chart layout, etc.\n\nThese libraries are collectively known as cola (for Constraint Layout). \nThe newest version of the C++ source code for cola can be found in the \ngit repository on github:\n    https://github.com/mjwybrow/adaptagrams\n\nAll code in the Adaptagrams repository is released as open source under \nthe terms of the LGPL, see the LICENSE file.  This library is distributed\nin the hope that it will be useful, but WITHOUT ANY WARRANTY; without \neven the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR \nPURPOSE.  \n\nWe also dual-license the Adaptagrams libraries and for a fee we can provide\nthem under a less-restrictive commercial license as well as extend them to fit\nyour needs (contact us).  For this reason, if you contribute code to the\nproject and would like it to appear in the main Adaptagrams repository, we\nrequire that you assign the copyright on your changes to Monash Univeristy with\nthe following statement: \"I hereby assign copyright in this code to Monash\nUniversity, to be licensed under the same terms as the rest of the code.\"\n\nCopyright (C) 2004-2013  Monash University\n\nThe Adaptagrams code is written by:\n    Michael Wybrow  <Michael.Wybrow@monash.edu>  and\n    Tim Dwyer  <Tim.Dwyer@monash.edu>\n\n--------------------------------------------------------------------------\n\n"
  },
  {
    "path": "cola/ChangeLog",
    "content": ""
  },
  {
    "path": "cola/Doxyfile",
    "content": "# Doxyfile 1.9.8\n\n# This file describes the settings to be used by the documentation system\n# doxygen (www.doxygen.org) for a project.\n#\n# All text after a double hash (##) is considered a comment and is placed in\n# front of the TAG it is preceding.\n#\n# All text after a single hash (#) is considered a comment and will be ignored.\n# The format is:\n# TAG = value [value, ...]\n# For lists, items can also be appended using:\n# TAG += value [value, ...]\n# Values that contain spaces should be placed between quotes (\\\" \\\").\n#\n# Note:\n#\n# Use doxygen to compare the used configuration file with the template\n# configuration file:\n# doxygen -x [configFile]\n# Use doxygen to compare the used configuration file with the template\n# configuration file without replacing the environment variables or CMake type\n# replacement variables:\n# doxygen -x_noenv [configFile]\n\n#---------------------------------------------------------------------------\n# Project related configuration options\n#---------------------------------------------------------------------------\n\n# This tag specifies the encoding used for all characters in the configuration\n# file that follow. 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Setting this option to YES will make\n# doxygen to replace the get and set methods by a property in the documentation.\n# This will only work if the methods are indeed getting or setting a simple\n# type. If this is not the case, or you want to show the methods anyway, you\n# should set this option to NO.\n# The default value is: YES.\n\nIDL_PROPERTY_SUPPORT   = YES\n\n# If member grouping is used in the documentation and the DISTRIBUTE_GROUP_DOC\n# tag is set to YES then doxygen will reuse the documentation of the first\n# member in the group (if any) for the other members of the group. By default\n# all members of a group must be documented explicitly.\n# The default value is: NO.\n\nDISTRIBUTE_GROUP_DOC   = NO\n\n# If one adds a struct or class to a group and this option is enabled, then also\n# any nested class or struct is added to the same group. By default this option\n# is disabled and one has to add nested compounds explicitly via \\ingroup.\n# The default value is: NO.\n\nGROUP_NESTED_COMPOUNDS = NO\n\n# Set the SUBGROUPING tag to YES to allow class member groups of the same type\n# (for instance a group of public functions) to be put as a subgroup of that\n# type (e.g. under the Public Functions section). Set it to NO to prevent\n# subgrouping. Alternatively, this can be done per class using the\n# \\nosubgrouping command.\n# The default value is: YES.\n\nSUBGROUPING            = YES\n\n# When the INLINE_GROUPED_CLASSES tag is set to YES, classes, structs and unions\n# are shown inside the group in which they are included (e.g. using \\ingroup)\n# instead of on a separate page (for HTML and Man pages) or section (for LaTeX\n# and RTF).\n#\n# Note that this feature does not work in combination with\n# SEPARATE_MEMBER_PAGES.\n# The default value is: NO.\n\nINLINE_GROUPED_CLASSES = NO\n\n# When the INLINE_SIMPLE_STRUCTS tag is set to YES, structs, classes, and unions\n# with only public data fields or simple typedef fields will be shown inline in\n# the documentation of the scope in which they are defined (i.e. file,\n# namespace, or group documentation), provided this scope is documented. If set\n# to NO, structs, classes, and unions are shown on a separate page (for HTML and\n# Man pages) or section (for LaTeX and RTF).\n# The default value is: NO.\n\nINLINE_SIMPLE_STRUCTS  = NO\n\n# When TYPEDEF_HIDES_STRUCT tag is enabled, a typedef of a struct, union, or\n# enum is documented as struct, union, or enum with the name of the typedef. So\n# typedef struct TypeS {} TypeT, will appear in the documentation as a struct\n# with name TypeT. When disabled the typedef will appear as a member of a file,\n# namespace, or class. And the struct will be named TypeS. This can typically be\n# useful for C code in case the coding convention dictates that all compound\n# types are typedef'ed and only the typedef is referenced, never the tag name.\n# The default value is: NO.\n\nTYPEDEF_HIDES_STRUCT   = NO\n\n# The size of the symbol lookup cache can be set using LOOKUP_CACHE_SIZE. This\n# cache is used to resolve symbols given their name and scope. Since this can be\n# an expensive process and often the same symbol appears multiple times in the\n# code, doxygen keeps a cache of pre-resolved symbols. If the cache is too small\n# doxygen will become slower. If the cache is too large, memory is wasted. The\n# cache size is given by this formula: 2^(16+LOOKUP_CACHE_SIZE). The valid range\n# is 0..9, the default is 0, corresponding to a cache size of 2^16=65536\n# symbols. At the end of a run doxygen will report the cache usage and suggest\n# the optimal cache size from a speed point of view.\n# Minimum value: 0, maximum value: 9, default value: 0.\n\nLOOKUP_CACHE_SIZE      = 0\n\n# The NUM_PROC_THREADS specifies the number of threads doxygen is allowed to use\n# during processing. When set to 0 doxygen will based this on the number of\n# cores available in the system. You can set it explicitly to a value larger\n# than 0 to get more control over the balance between CPU load and processing\n# speed. At this moment only the input processing can be done using multiple\n# threads. Since this is still an experimental feature the default is set to 1,\n# which effectively disables parallel processing. Please report any issues you\n# encounter. Generating dot graphs in parallel is controlled by the\n# DOT_NUM_THREADS setting.\n# Minimum value: 0, maximum value: 32, default value: 1.\n\nNUM_PROC_THREADS       = 1\n\n# If the TIMESTAMP tag is set different from NO then each generated page will\n# contain the date or date and time when the page was generated. Setting this to\n# NO can help when comparing the output of multiple runs.\n# Possible values are: YES, NO, DATETIME and DATE.\n# The default value is: NO.\n\nTIMESTAMP              = YES\n\n#---------------------------------------------------------------------------\n# Build related configuration options\n#---------------------------------------------------------------------------\n\n# If the EXTRACT_ALL tag is set to YES, doxygen will assume all entities in\n# documentation are documented, even if no documentation was available. Private\n# class members and static file members will be hidden unless the\n# EXTRACT_PRIVATE respectively EXTRACT_STATIC tags are set to YES.\n# Note: This will also disable the warnings about undocumented members that are\n# normally produced when WARNINGS is set to YES.\n# The default value is: NO.\n\nEXTRACT_ALL            = NO\n\n# If the EXTRACT_PRIVATE tag is set to YES, all private members of a class will\n# be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PRIVATE        = NO\n\n# If the EXTRACT_PRIV_VIRTUAL tag is set to YES, documented private virtual\n# methods of a class will be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PRIV_VIRTUAL   = NO\n\n# If the EXTRACT_PACKAGE tag is set to YES, all members with package or internal\n# scope will be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PACKAGE        = NO\n\n# If the EXTRACT_STATIC tag is set to YES, all static members of a file will be\n# included in the documentation.\n# The default value is: NO.\n\nEXTRACT_STATIC         = NO\n\n# If the EXTRACT_LOCAL_CLASSES tag is set to YES, classes (and structs) defined\n# locally in source files will be included in the documentation. If set to NO,\n# only classes defined in header files are included. Does not have any effect\n# for Java sources.\n# The default value is: YES.\n\nEXTRACT_LOCAL_CLASSES  = NO\n\n# This flag is only useful for Objective-C code. If set to YES, local methods,\n# which are defined in the implementation section but not in the interface are\n# included in the documentation. If set to NO, only methods in the interface are\n# included.\n# The default value is: NO.\n\nEXTRACT_LOCAL_METHODS  = NO\n\n# If this flag is set to YES, the members of anonymous namespaces will be\n# extracted and appear in the documentation as a namespace called\n# 'anonymous_namespace{file}', where file will be replaced with the base name of\n# the file that contains the anonymous namespace. By default anonymous namespace\n# are hidden.\n# The default value is: NO.\n\nEXTRACT_ANON_NSPACES   = NO\n\n# If this flag is set to YES, the name of an unnamed parameter in a declaration\n# will be determined by the corresponding definition. By default unnamed\n# parameters remain unnamed in the output.\n# The default value is: YES.\n\nRESOLVE_UNNAMED_PARAMS = YES\n\n# If the HIDE_UNDOC_MEMBERS tag is set to YES, doxygen will hide all\n# undocumented members inside documented classes or files. If set to NO these\n# members will be included in the various overviews, but no documentation\n# section is generated. This option has no effect if EXTRACT_ALL is enabled.\n# The default value is: NO.\n\nHIDE_UNDOC_MEMBERS     = YES\n\n# If the HIDE_UNDOC_CLASSES tag is set to YES, doxygen will hide all\n# undocumented classes that are normally visible in the class hierarchy. If set\n# to NO, these classes will be included in the various overviews. This option\n# will also hide undocumented C++ concepts if enabled. This option has no effect\n# if EXTRACT_ALL is enabled.\n# The default value is: NO.\n\nHIDE_UNDOC_CLASSES     = YES\n\n# If the HIDE_FRIEND_COMPOUNDS tag is set to YES, doxygen will hide all friend\n# declarations. If set to NO, these declarations will be included in the\n# documentation.\n# The default value is: NO.\n\nHIDE_FRIEND_COMPOUNDS  = YES\n\n# If the HIDE_IN_BODY_DOCS tag is set to YES, doxygen will hide any\n# documentation blocks found inside the body of a function. If set to NO, these\n# blocks will be appended to the function's detailed documentation block.\n# The default value is: NO.\n\nHIDE_IN_BODY_DOCS      = NO\n\n# The INTERNAL_DOCS tag determines if documentation that is typed after a\n# \\internal command is included. If the tag is set to NO then the documentation\n# will be excluded. Set it to YES to include the internal documentation.\n# The default value is: NO.\n\nINTERNAL_DOCS          = NO\n\n# With the correct setting of option CASE_SENSE_NAMES doxygen will better be\n# able to match the capabilities of the underlying filesystem. In case the\n# filesystem is case sensitive (i.e. it supports files in the same directory\n# whose names only differ in casing), the option must be set to YES to properly\n# deal with such files in case they appear in the input. For filesystems that\n# are not case sensitive the option should be set to NO to properly deal with\n# output files written for symbols that only differ in casing, such as for two\n# classes, one named CLASS and the other named Class, and to also support\n# references to files without having to specify the exact matching casing. On\n# Windows (including Cygwin) and MacOS, users should typically set this option\n# to NO, whereas on Linux or other Unix flavors it should typically be set to\n# YES.\n# Possible values are: SYSTEM, NO and YES.\n# The default value is: SYSTEM.\n\nCASE_SENSE_NAMES       = YES\n\n# If the HIDE_SCOPE_NAMES tag is set to NO then doxygen will show members with\n# their full class and namespace scopes in the documentation. If set to YES, the\n# scope will be hidden.\n# The default value is: NO.\n\nHIDE_SCOPE_NAMES       = NO\n\n# If the HIDE_COMPOUND_REFERENCE tag is set to NO (default) then doxygen will\n# append additional text to a page's title, such as Class Reference. If set to\n# YES the compound reference will be hidden.\n# The default value is: NO.\n\nHIDE_COMPOUND_REFERENCE= NO\n\n# If the SHOW_HEADERFILE tag is set to YES then the documentation for a class\n# will show which file needs to be included to use the class.\n# The default value is: YES.\n\nSHOW_HEADERFILE        = YES\n\n# If the SHOW_INCLUDE_FILES tag is set to YES then doxygen will put a list of\n# the files that are included by a file in the documentation of that file.\n# The default value is: YES.\n\nSHOW_INCLUDE_FILES     = YES\n\n# If the SHOW_GROUPED_MEMB_INC tag is set to YES then Doxygen will add for each\n# grouped member an include statement to the documentation, telling the reader\n# which file to include in order to use the member.\n# The default value is: NO.\n\nSHOW_GROUPED_MEMB_INC  = NO\n\n# If the FORCE_LOCAL_INCLUDES tag is set to YES then doxygen will list include\n# files with double quotes in the documentation rather than with sharp brackets.\n# The default value is: NO.\n\nFORCE_LOCAL_INCLUDES   = NO\n\n# If the INLINE_INFO tag is set to YES then a tag [inline] is inserted in the\n# documentation for inline members.\n# The default value is: YES.\n\nINLINE_INFO            = YES\n\n# If the SORT_MEMBER_DOCS tag is set to YES then doxygen will sort the\n# (detailed) documentation of file and class members alphabetically by member\n# name. If set to NO, the members will appear in declaration order.\n# The default value is: YES.\n\nSORT_MEMBER_DOCS       = YES\n\n# If the SORT_BRIEF_DOCS tag is set to YES then doxygen will sort the brief\n# descriptions of file, namespace and class members alphabetically by member\n# name. If set to NO, the members will appear in declaration order. Note that\n# this will also influence the order of the classes in the class list.\n# The default value is: NO.\n\nSORT_BRIEF_DOCS        = NO\n\n# If the SORT_MEMBERS_CTORS_1ST tag is set to YES then doxygen will sort the\n# (brief and detailed) documentation of class members so that constructors and\n# destructors are listed first. If set to NO the constructors will appear in the\n# respective orders defined by SORT_BRIEF_DOCS and SORT_MEMBER_DOCS.\n# Note: If SORT_BRIEF_DOCS is set to NO this option is ignored for sorting brief\n# member documentation.\n# Note: If SORT_MEMBER_DOCS is set to NO this option is ignored for sorting\n# detailed member documentation.\n# The default value is: NO.\n\nSORT_MEMBERS_CTORS_1ST = NO\n\n# If the SORT_GROUP_NAMES tag is set to YES then doxygen will sort the hierarchy\n# of group names into alphabetical order. If set to NO the group names will\n# appear in their defined order.\n# The default value is: NO.\n\nSORT_GROUP_NAMES       = NO\n\n# If the SORT_BY_SCOPE_NAME tag is set to YES, the class list will be sorted by\n# fully-qualified names, including namespaces. If set to NO, the class list will\n# be sorted only by class name, not including the namespace part.\n# Note: This option is not very useful if HIDE_SCOPE_NAMES is set to YES.\n# Note: This option applies only to the class list, not to the alphabetical\n# list.\n# The default value is: NO.\n\nSORT_BY_SCOPE_NAME     = NO\n\n# If the STRICT_PROTO_MATCHING option is enabled and doxygen fails to do proper\n# type resolution of all parameters of a function it will reject a match between\n# the prototype and the implementation of a member function even if there is\n# only one candidate or it is obvious which candidate to choose by doing a\n# simple string match. By disabling STRICT_PROTO_MATCHING doxygen will still\n# accept a match between prototype and implementation in such cases.\n# The default value is: NO.\n\nSTRICT_PROTO_MATCHING  = NO\n\n# The GENERATE_TODOLIST tag can be used to enable (YES) or disable (NO) the todo\n# list. This list is created by putting \\todo commands in the documentation.\n# The default value is: YES.\n\nGENERATE_TODOLIST      = YES\n\n# The GENERATE_TESTLIST tag can be used to enable (YES) or disable (NO) the test\n# list. This list is created by putting \\test commands in the documentation.\n# The default value is: YES.\n\nGENERATE_TESTLIST      = YES\n\n# The GENERATE_BUGLIST tag can be used to enable (YES) or disable (NO) the bug\n# list. This list is created by putting \\bug commands in the documentation.\n# The default value is: YES.\n\nGENERATE_BUGLIST       = YES\n\n# The GENERATE_DEPRECATEDLIST tag can be used to enable (YES) or disable (NO)\n# the deprecated list. This list is created by putting \\deprecated commands in\n# the documentation.\n# The default value is: YES.\n\nGENERATE_DEPRECATEDLIST= YES\n\n# The ENABLED_SECTIONS tag can be used to enable conditional documentation\n# sections, marked by \\if <section_label> ... \\endif and \\cond <section_label>\n# ... \\endcond blocks.\n\nENABLED_SECTIONS       = ADAPTAGRAMS_DOC\n\n# The MAX_INITIALIZER_LINES tag determines the maximum number of lines that the\n# initial value of a variable or macro / define can have for it to appear in the\n# documentation. If the initializer consists of more lines than specified here\n# it will be hidden. Use a value of 0 to hide initializers completely. The\n# appearance of the value of individual variables and macros / defines can be\n# controlled using \\showinitializer or \\hideinitializer command in the\n# documentation regardless of this setting.\n# Minimum value: 0, maximum value: 10000, default value: 30.\n\nMAX_INITIALIZER_LINES  = 30\n\n# Set the SHOW_USED_FILES tag to NO to disable the list of files generated at\n# the bottom of the documentation of classes and structs. If set to YES, the\n# list will mention the files that were used to generate the documentation.\n# The default value is: YES.\n\nSHOW_USED_FILES        = YES\n\n# Set the SHOW_FILES tag to NO to disable the generation of the Files page. This\n# will remove the Files entry from the Quick Index and from the Folder Tree View\n# (if specified).\n# The default value is: YES.\n\nSHOW_FILES             = YES\n\n# Set the SHOW_NAMESPACES tag to NO to disable the generation of the Namespaces\n# page. This will remove the Namespaces entry from the Quick Index and from the\n# Folder Tree View (if specified).\n# The default value is: YES.\n\nSHOW_NAMESPACES        = YES\n\n# The FILE_VERSION_FILTER tag can be used to specify a program or script that\n# doxygen should invoke to get the current version for each file (typically from\n# the version control system). Doxygen will invoke the program by executing (via\n# popen()) the command command input-file, where command is the value of the\n# FILE_VERSION_FILTER tag, and input-file is the name of an input file provided\n# by doxygen. Whatever the program writes to standard output is used as the file\n# version. For an example see the documentation.\n\nFILE_VERSION_FILTER    =\n\n# The LAYOUT_FILE tag can be used to specify a layout file which will be parsed\n# by doxygen. The layout file controls the global structure of the generated\n# output files in an output format independent way. To create the layout file\n# that represents doxygen's defaults, run doxygen with the -l option. You can\n# optionally specify a file name after the option, if omitted DoxygenLayout.xml\n# will be used as the name of the layout file. See also section \"Changing the\n# layout of pages\" for information.\n#\n# Note that if you run doxygen from a directory containing a file called\n# DoxygenLayout.xml, doxygen will parse it automatically even if the LAYOUT_FILE\n# tag is left empty.\n\nLAYOUT_FILE            =\n\n# The CITE_BIB_FILES tag can be used to specify one or more bib files containing\n# the reference definitions. This must be a list of .bib files. The .bib\n# extension is automatically appended if omitted. This requires the bibtex tool\n# to be installed. See also https://en.wikipedia.org/wiki/BibTeX for more info.\n# For LaTeX the style of the bibliography can be controlled using\n# LATEX_BIB_STYLE. To use this feature you need bibtex and perl available in the\n# search path. See also \\cite for info how to create references.\n\nCITE_BIB_FILES         =\n\n#---------------------------------------------------------------------------\n# Configuration options related to warning and progress messages\n#---------------------------------------------------------------------------\n\n# The QUIET tag can be used to turn on/off the messages that are generated to\n# standard output by doxygen. If QUIET is set to YES this implies that the\n# messages are off.\n# The default value is: NO.\n\nQUIET                  = NO\n\n# The WARNINGS tag can be used to turn on/off the warning messages that are\n# generated to standard error (stderr) by doxygen. If WARNINGS is set to YES\n# this implies that the warnings are on.\n#\n# Tip: Turn warnings on while writing the documentation.\n# The default value is: YES.\n\nWARNINGS               = YES\n\n# If the WARN_IF_UNDOCUMENTED tag is set to YES then doxygen will generate\n# warnings for undocumented members. If EXTRACT_ALL is set to YES then this flag\n# will automatically be disabled.\n# The default value is: YES.\n\nWARN_IF_UNDOCUMENTED   = YES\n\n# If the WARN_IF_DOC_ERROR tag is set to YES, doxygen will generate warnings for\n# potential errors in the documentation, such as documenting some parameters in\n# a documented function twice, or documenting parameters that don't exist or\n# using markup commands wrongly.\n# The default value is: YES.\n\nWARN_IF_DOC_ERROR      = YES\n\n# If WARN_IF_INCOMPLETE_DOC is set to YES, doxygen will warn about incomplete\n# function parameter documentation. If set to NO, doxygen will accept that some\n# parameters have no documentation without warning.\n# The default value is: YES.\n\nWARN_IF_INCOMPLETE_DOC = YES\n\n# This WARN_NO_PARAMDOC option can be enabled to get warnings for functions that\n# are documented, but have no documentation for their parameters or return\n# value. If set to NO, doxygen will only warn about wrong parameter\n# documentation, but not about the absence of documentation. If EXTRACT_ALL is\n# set to YES then this flag will automatically be disabled. See also\n# WARN_IF_INCOMPLETE_DOC\n# The default value is: NO.\n\nWARN_NO_PARAMDOC       = NO\n\n# If WARN_IF_UNDOC_ENUM_VAL option is set to YES, doxygen will warn about\n# undocumented enumeration values. If set to NO, doxygen will accept\n# undocumented enumeration values. If EXTRACT_ALL is set to YES then this flag\n# will automatically be disabled.\n# The default value is: NO.\n\nWARN_IF_UNDOC_ENUM_VAL = NO\n\n# If the WARN_AS_ERROR tag is set to YES then doxygen will immediately stop when\n# a warning is encountered. If the WARN_AS_ERROR tag is set to FAIL_ON_WARNINGS\n# then doxygen will continue running as if WARN_AS_ERROR tag is set to NO, but\n# at the end of the doxygen process doxygen will return with a non-zero status.\n# If the WARN_AS_ERROR tag is set to FAIL_ON_WARNINGS_PRINT then doxygen behaves\n# like FAIL_ON_WARNINGS but in case no WARN_LOGFILE is defined doxygen will not\n# write the warning messages in between other messages but write them at the end\n# of a run, in case a WARN_LOGFILE is defined the warning messages will be\n# besides being in the defined file also be shown at the end of a run, unless\n# the WARN_LOGFILE is defined as - i.e. standard output (stdout) in that case\n# the behavior will remain as with the setting FAIL_ON_WARNINGS.\n# Possible values are: NO, YES, FAIL_ON_WARNINGS and FAIL_ON_WARNINGS_PRINT.\n# The default value is: NO.\n\nWARN_AS_ERROR          = NO\n\n# The WARN_FORMAT tag determines the format of the warning messages that doxygen\n# can produce. The string should contain the $file, $line, and $text tags, which\n# will be replaced by the file and line number from which the warning originated\n# and the warning text. Optionally the format may contain $version, which will\n# be replaced by the version of the file (if it could be obtained via\n# FILE_VERSION_FILTER)\n# See also: WARN_LINE_FORMAT\n# The default value is: $file:$line: $text.\n\nWARN_FORMAT            = \"$file:$line: $text\"\n\n# In the $text part of the WARN_FORMAT command it is possible that a reference\n# to a more specific place is given. To make it easier to jump to this place\n# (outside of doxygen) the user can define a custom \"cut\" / \"paste\" string.\n# Example:\n# WARN_LINE_FORMAT = \"'vi $file +$line'\"\n# See also: WARN_FORMAT\n# The default value is: at line $line of file $file.\n\nWARN_LINE_FORMAT       = \"at line $line of file $file\"\n\n# The WARN_LOGFILE tag can be used to specify a file to which warning and error\n# messages should be written. If left blank the output is written to standard\n# error (stderr). In case the file specified cannot be opened for writing the\n# warning and error messages are written to standard error. When as file - is\n# specified the warning and error messages are written to standard output\n# (stdout).\n\nWARN_LOGFILE           =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the input files\n#---------------------------------------------------------------------------\n\n# The INPUT tag is used to specify the files and/or directories that contain\n# documented source files. You may enter file names like myfile.cpp or\n# directories like /usr/src/myproject. Separate the files or directories with\n# spaces. See also FILE_PATTERNS and EXTENSION_MAPPING\n# Note: If this tag is empty the current directory is searched.\n\nINPUT                  = libvpsc \\\n                         libavoid \\\n                         libcola \\\n                         libtopology \\\n                         libdialect \\\n                         doc \\\n                         libavoid/doc \\\n                         libcola/doc \\\n                         libtopology/doc \\\n                         libvpsc/doc \\\n                         libdialect/doc\n\n# This tag can be used to specify the character encoding of the source files\n# that doxygen parses. Internally doxygen uses the UTF-8 encoding. Doxygen uses\n# libiconv (or the iconv built into libc) for the transcoding. See the libiconv\n# documentation (see:\n# https://www.gnu.org/software/libiconv/) for the list of possible encodings.\n# See also: INPUT_FILE_ENCODING\n# The default value is: UTF-8.\n\nINPUT_ENCODING         = UTF-8\n\n# This tag can be used to specify the character encoding of the source files\n# that doxygen parses The INPUT_FILE_ENCODING tag can be used to specify\n# character encoding on a per file pattern basis. Doxygen will compare the file\n# name with each pattern and apply the encoding instead of the default\n# INPUT_ENCODING) if there is a match. The character encodings are a list of the\n# form: pattern=encoding (like *.php=ISO-8859-1). See cfg_input_encoding\n# \"INPUT_ENCODING\" for further information on supported encodings.\n\nINPUT_FILE_ENCODING    =\n\n# If the value of the INPUT tag contains directories, you can use the\n# FILE_PATTERNS tag to specify one or more wildcard patterns (like *.cpp and\n# *.h) to filter out the source-files in the directories.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# read by doxygen.\n#\n# Note the list of default checked file patterns might differ from the list of\n# default file extension mappings.\n#\n# If left blank the following patterns are tested:*.c, *.cc, *.cxx, *.cxxm,\n# *.cpp, *.cppm, *.c++, *.c++m, *.java, *.ii, *.ixx, *.ipp, *.i++, *.inl, *.idl,\n# *.ddl, *.odl, *.h, *.hh, *.hxx, *.hpp, *.h++, *.ixx, *.l, *.cs, *.d, *.php,\n# *.php4, *.php5, *.phtml, *.inc, *.m, *.markdown, *.md, *.mm, *.dox (to be\n# provided as doxygen C comment), *.py, *.pyw, *.f90, *.f95, *.f03, *.f08,\n# *.f18, *.f, *.for, *.vhd, *.vhdl, *.ucf, *.qsf and *.ice.\n\nFILE_PATTERNS          = *.cpp \\\n                         *.h \\\n                         *.doc\n\n# The RECURSIVE tag can be used to specify whether or not subdirectories should\n# be searched for input files as well.\n# The default value is: NO.\n\nRECURSIVE              = NO\n\n# The EXCLUDE tag can be used to specify files and/or directories that should be\n# excluded from the INPUT source files. This way you can easily exclude a\n# subdirectory from a directory tree whose root is specified with the INPUT tag.\n#\n# Note that relative paths are relative to the directory from which doxygen is\n# run.\n\nEXCLUDE                =\n\n# The EXCLUDE_SYMLINKS tag can be used to select whether or not files or\n# directories that are symbolic links (a Unix file system feature) are excluded\n# from the input.\n# The default value is: NO.\n\nEXCLUDE_SYMLINKS       = NO\n\n# If the value of the INPUT tag contains directories, you can use the\n# EXCLUDE_PATTERNS tag to specify one or more wildcard patterns to exclude\n# certain files from those directories.\n#\n# Note that the wildcards are matched against the file with absolute path, so to\n# exclude all test directories for example use the pattern */test/*\n\nEXCLUDE_PATTERNS       =\n\n# The EXCLUDE_SYMBOLS tag can be used to specify one or more symbol names\n# (namespaces, classes, functions, etc.) that should be excluded from the\n# output. The symbol name can be a fully qualified name, a word, or if the\n# wildcard * is used, a substring. Examples: ANamespace, AClass,\n# ANamespace::AClass, ANamespace::*Test\n\nEXCLUDE_SYMBOLS        =\n\n# The EXAMPLE_PATH tag can be used to specify one or more files or directories\n# that contain example code fragments that are included (see the \\include\n# command).\n\nEXAMPLE_PATH           =\n\n# If the value of the EXAMPLE_PATH tag contains directories, you can use the\n# EXAMPLE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp and\n# *.h) to filter out the source-files in the directories. If left blank all\n# files are included.\n\nEXAMPLE_PATTERNS       =\n\n# If the EXAMPLE_RECURSIVE tag is set to YES then subdirectories will be\n# searched for input files to be used with the \\include or \\dontinclude commands\n# irrespective of the value of the RECURSIVE tag.\n# The default value is: NO.\n\nEXAMPLE_RECURSIVE      = NO\n\n# The IMAGE_PATH tag can be used to specify one or more files or directories\n# that contain images that are to be included in the documentation (see the\n# \\image command).\n\nIMAGE_PATH             =\n\n# The INPUT_FILTER tag can be used to specify a program that doxygen should\n# invoke to filter for each input file. Doxygen will invoke the filter program\n# by executing (via popen()) the command:\n#\n# <filter> <input-file>\n#\n# where <filter> is the value of the INPUT_FILTER tag, and <input-file> is the\n# name of an input file. Doxygen will then use the output that the filter\n# program writes to standard output. If FILTER_PATTERNS is specified, this tag\n# will be ignored.\n#\n# Note that the filter must not add or remove lines; it is applied before the\n# code is scanned, but not when the output code is generated. If lines are added\n# or removed, the anchors will not be placed correctly.\n#\n# Note that doxygen will use the data processed and written to standard output\n# for further processing, therefore nothing else, like debug statements or used\n# commands (so in case of a Windows batch file always use @echo OFF), should be\n# written to standard output.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# properly processed by doxygen.\n\nINPUT_FILTER           =\n\n# The FILTER_PATTERNS tag can be used to specify filters on a per file pattern\n# basis. Doxygen will compare the file name with each pattern and apply the\n# filter if there is a match. The filters are a list of the form: pattern=filter\n# (like *.cpp=my_cpp_filter). See INPUT_FILTER for further information on how\n# filters are used. If the FILTER_PATTERNS tag is empty or if none of the\n# patterns match the file name, INPUT_FILTER is applied.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# properly processed by doxygen.\n\nFILTER_PATTERNS        =\n\n# If the FILTER_SOURCE_FILES tag is set to YES, the input filter (if set using\n# INPUT_FILTER) will also be used to filter the input files that are used for\n# producing the source files to browse (i.e. when SOURCE_BROWSER is set to YES).\n# The default value is: NO.\n\nFILTER_SOURCE_FILES    = NO\n\n# The FILTER_SOURCE_PATTERNS tag can be used to specify source filters per file\n# pattern. A pattern will override the setting for FILTER_PATTERN (if any) and\n# it is also possible to disable source filtering for a specific pattern using\n# *.ext= (so without naming a filter).\n# This tag requires that the tag FILTER_SOURCE_FILES is set to YES.\n\nFILTER_SOURCE_PATTERNS =\n\n# If the USE_MDFILE_AS_MAINPAGE tag refers to the name of a markdown file that\n# is part of the input, its contents will be placed on the main page\n# (index.html). This can be useful if you have a project on for instance GitHub\n# and want to reuse the introduction page also for the doxygen output.\n\nUSE_MDFILE_AS_MAINPAGE =\n\n# The Fortran standard specifies that for fixed formatted Fortran code all\n# characters from position 72 are to be considered as comment. A common\n# extension is to allow longer lines before the automatic comment starts. The\n# setting FORTRAN_COMMENT_AFTER will also make it possible that longer lines can\n# be processed before the automatic comment starts.\n# Minimum value: 7, maximum value: 10000, default value: 72.\n\nFORTRAN_COMMENT_AFTER  = 72\n\n#---------------------------------------------------------------------------\n# Configuration options related to source browsing\n#---------------------------------------------------------------------------\n\n# If the SOURCE_BROWSER tag is set to YES then a list of source files will be\n# generated. Documented entities will be cross-referenced with these sources.\n#\n# Note: To get rid of all source code in the generated output, make sure that\n# also VERBATIM_HEADERS is set to NO.\n# The default value is: NO.\n\nSOURCE_BROWSER         = NO\n\n# Setting the INLINE_SOURCES tag to YES will include the body of functions,\n# classes and enums directly into the documentation.\n# The default value is: NO.\n\nINLINE_SOURCES         = NO\n\n# Setting the STRIP_CODE_COMMENTS tag to YES will instruct doxygen to hide any\n# special comment blocks from generated source code fragments. Normal C, C++ and\n# Fortran comments will always remain visible.\n# The default value is: YES.\n\nSTRIP_CODE_COMMENTS    = YES\n\n# If the REFERENCED_BY_RELATION tag is set to YES then for each documented\n# entity all documented functions referencing it will be listed.\n# The default value is: NO.\n\nREFERENCED_BY_RELATION = YES\n\n# If the REFERENCES_RELATION tag is set to YES then for each documented function\n# all documented entities called/used by that function will be listed.\n# The default value is: NO.\n\nREFERENCES_RELATION    = YES\n\n# If the REFERENCES_LINK_SOURCE tag is set to YES and SOURCE_BROWSER tag is set\n# to YES then the hyperlinks from functions in REFERENCES_RELATION and\n# REFERENCED_BY_RELATION lists will link to the source code. Otherwise they will\n# link to the documentation.\n# The default value is: YES.\n\nREFERENCES_LINK_SOURCE = YES\n\n# If SOURCE_TOOLTIPS is enabled (the default) then hovering a hyperlink in the\n# source code will show a tooltip with additional information such as prototype,\n# brief description and links to the definition and documentation. Since this\n# will make the HTML file larger and loading of large files a bit slower, you\n# can opt to disable this feature.\n# The default value is: YES.\n# This tag requires that the tag SOURCE_BROWSER is set to YES.\n\nSOURCE_TOOLTIPS        = YES\n\n# If the USE_HTAGS tag is set to YES then the references to source code will\n# point to the HTML generated by the htags(1) tool instead of doxygen built-in\n# source browser. The htags tool is part of GNU's global source tagging system\n# (see https://www.gnu.org/software/global/global.html). You will need version\n# 4.8.6 or higher.\n#\n# To use it do the following:\n# - Install the latest version of global\n# - Enable SOURCE_BROWSER and USE_HTAGS in the configuration file\n# - Make sure the INPUT points to the root of the source tree\n# - Run doxygen as normal\n#\n# Doxygen will invoke htags (and that will in turn invoke gtags), so these\n# tools must be available from the command line (i.e. in the search path).\n#\n# The result: instead of the source browser generated by doxygen, the links to\n# source code will now point to the output of htags.\n# The default value is: NO.\n# This tag requires that the tag SOURCE_BROWSER is set to YES.\n\nUSE_HTAGS              = NO\n\n# If the VERBATIM_HEADERS tag is set the YES then doxygen will generate a\n# verbatim copy of the header file for each class for which an include is\n# specified. Set to NO to disable this.\n# See also: Section \\class.\n# The default value is: YES.\n\nVERBATIM_HEADERS       = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to the alphabetical class index\n#---------------------------------------------------------------------------\n\n# If the ALPHABETICAL_INDEX tag is set to YES, an alphabetical index of all\n# compounds will be generated. Enable this if the project contains a lot of\n# classes, structs, unions or interfaces.\n# The default value is: YES.\n\nALPHABETICAL_INDEX     = NO\n\n# The IGNORE_PREFIX tag can be used to specify a prefix (or a list of prefixes)\n# that should be ignored while generating the index headers. The IGNORE_PREFIX\n# tag works for classes, function and member names. The entity will be placed in\n# the alphabetical list under the first letter of the entity name that remains\n# after removing the prefix.\n# This tag requires that the tag ALPHABETICAL_INDEX is set to YES.\n\nIGNORE_PREFIX          =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the HTML output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_HTML tag is set to YES, doxygen will generate HTML output\n# The default value is: YES.\n\nGENERATE_HTML          = YES\n\n# The HTML_OUTPUT tag is used to specify where the HTML docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: html.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_OUTPUT            = html\n\n# The HTML_FILE_EXTENSION tag can be used to specify the file extension for each\n# generated HTML page (for example: .htm, .php, .asp).\n# The default value is: .html.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FILE_EXTENSION    = .html\n\n# The HTML_HEADER tag can be used to specify a user-defined HTML header file for\n# each generated HTML page. If the tag is left blank doxygen will generate a\n# standard header.\n#\n# To get valid HTML the header file that includes any scripts and style sheets\n# that doxygen needs, which is dependent on the configuration options used (e.g.\n# the setting GENERATE_TREEVIEW). It is highly recommended to start with a\n# default header using\n# doxygen -w html new_header.html new_footer.html new_stylesheet.css\n# YourConfigFile\n# and then modify the file new_header.html. See also section \"Doxygen usage\"\n# for information on how to generate the default header that doxygen normally\n# uses.\n# Note: The header is subject to change so you typically have to regenerate the\n# default header when upgrading to a newer version of doxygen. For a description\n# of the possible markers and block names see the documentation.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_HEADER            =\n\n# The HTML_FOOTER tag can be used to specify a user-defined HTML footer for each\n# generated HTML page. If the tag is left blank doxygen will generate a standard\n# footer. See HTML_HEADER for more information on how to generate a default\n# footer and what special commands can be used inside the footer. See also\n# section \"Doxygen usage\" for information on how to generate the default footer\n# that doxygen normally uses.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FOOTER            =\n\n# The HTML_STYLESHEET tag can be used to specify a user-defined cascading style\n# sheet that is used by each HTML page. It can be used to fine-tune the look of\n# the HTML output. If left blank doxygen will generate a default style sheet.\n# See also section \"Doxygen usage\" for information on how to generate the style\n# sheet that doxygen normally uses.\n# Note: It is recommended to use HTML_EXTRA_STYLESHEET instead of this tag, as\n# it is more robust and this tag (HTML_STYLESHEET) will in the future become\n# obsolete.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_STYLESHEET        =\n\n# The HTML_EXTRA_STYLESHEET tag can be used to specify additional user-defined\n# cascading style sheets that are included after the standard style sheets\n# created by doxygen. Using this option one can overrule certain style aspects.\n# This is preferred over using HTML_STYLESHEET since it does not replace the\n# standard style sheet and is therefore more robust against future updates.\n# Doxygen will copy the style sheet files to the output directory.\n# Note: The order of the extra style sheet files is of importance (e.g. the last\n# style sheet in the list overrules the setting of the previous ones in the\n# list).\n# Note: Since the styling of scrollbars can currently not be overruled in\n# Webkit/Chromium, the styling will be left out of the default doxygen.css if\n# one or more extra stylesheets have been specified. So if scrollbar\n# customization is desired it has to be added explicitly. For an example see the\n# documentation.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_EXTRA_STYLESHEET  =\n\n# The HTML_EXTRA_FILES tag can be used to specify one or more extra images or\n# other source files which should be copied to the HTML output directory. Note\n# that these files will be copied to the base HTML output directory. Use the\n# $relpath^ marker in the HTML_HEADER and/or HTML_FOOTER files to load these\n# files. In the HTML_STYLESHEET file, use the file name only. Also note that the\n# files will be copied as-is; there are no commands or markers available.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_EXTRA_FILES       =\n\n# The HTML_COLORSTYLE tag can be used to specify if the generated HTML output\n# should be rendered with a dark or light theme.\n# Possible values are: LIGHT always generate light mode output, DARK always\n# generate dark mode output, AUTO_LIGHT automatically set the mode according to\n# the user preference, use light mode if no preference is set (the default),\n# AUTO_DARK automatically set the mode according to the user preference, use\n# dark mode if no preference is set and TOGGLE allow to user to switch between\n# light and dark mode via a button.\n# The default value is: AUTO_LIGHT.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE        = AUTO_LIGHT\n\n# The HTML_COLORSTYLE_HUE tag controls the color of the HTML output. Doxygen\n# will adjust the colors in the style sheet and background images according to\n# this color. Hue is specified as an angle on a color-wheel, see\n# https://en.wikipedia.org/wiki/Hue for more information. For instance the value\n# 0 represents red, 60 is yellow, 120 is green, 180 is cyan, 240 is blue, 300\n# purple, and 360 is red again.\n# Minimum value: 0, maximum value: 359, default value: 220.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_HUE    = 220\n\n# The HTML_COLORSTYLE_SAT tag controls the purity (or saturation) of the colors\n# in the HTML output. For a value of 0 the output will use gray-scales only. A\n# value of 255 will produce the most vivid colors.\n# Minimum value: 0, maximum value: 255, default value: 100.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_SAT    = 100\n\n# The HTML_COLORSTYLE_GAMMA tag controls the gamma correction applied to the\n# luminance component of the colors in the HTML output. Values below 100\n# gradually make the output lighter, whereas values above 100 make the output\n# darker. The value divided by 100 is the actual gamma applied, so 80 represents\n# a gamma of 0.8, The value 220 represents a gamma of 2.2, and 100 does not\n# change the gamma.\n# Minimum value: 40, maximum value: 240, default value: 80.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_GAMMA  = 80\n\n# If the HTML_DYNAMIC_MENUS tag is set to YES then the generated HTML\n# documentation will contain a main index with vertical navigation menus that\n# are dynamically created via JavaScript. If disabled, the navigation index will\n# consists of multiple levels of tabs that are statically embedded in every HTML\n# page. Disable this option to support browsers that do not have JavaScript,\n# like the Qt help browser.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_DYNAMIC_MENUS     = YES\n\n# If the HTML_DYNAMIC_SECTIONS tag is set to YES then the generated HTML\n# documentation will contain sections that can be hidden and shown after the\n# page has loaded.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_DYNAMIC_SECTIONS  = NO\n\n# If the HTML_CODE_FOLDING tag is set to YES then classes and functions can be\n# dynamically folded and expanded in the generated HTML source code.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_CODE_FOLDING      = YES\n\n# With HTML_INDEX_NUM_ENTRIES one can control the preferred number of entries\n# shown in the various tree structured indices initially; the user can expand\n# and collapse entries dynamically later on. Doxygen will expand the tree to\n# such a level that at most the specified number of entries are visible (unless\n# a fully collapsed tree already exceeds this amount). So setting the number of\n# entries 1 will produce a full collapsed tree by default. 0 is a special value\n# representing an infinite number of entries and will result in a full expanded\n# tree by default.\n# Minimum value: 0, maximum value: 9999, default value: 100.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_INDEX_NUM_ENTRIES = 100\n\n# If the GENERATE_DOCSET tag is set to YES, additional index files will be\n# generated that can be used as input for Apple's Xcode 3 integrated development\n# environment (see:\n# https://developer.apple.com/xcode/), introduced with OSX 10.5 (Leopard). To\n# create a documentation set, doxygen will generate a Makefile in the HTML\n# output directory. Running make will produce the docset in that directory and\n# running make install will install the docset in\n# ~/Library/Developer/Shared/Documentation/DocSets so that Xcode will find it at\n# startup. See https://developer.apple.com/library/archive/featuredarticles/Doxy\n# genXcode/_index.html for more information.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_DOCSET        = NO\n\n# This tag determines the name of the docset feed. A documentation feed provides\n# an umbrella under which multiple documentation sets from a single provider\n# (such as a company or product suite) can be grouped.\n# The default value is: Doxygen generated docs.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_FEEDNAME        = \"Doxygen generated docs\"\n\n# This tag determines the URL of the docset feed. A documentation feed provides\n# an umbrella under which multiple documentation sets from a single provider\n# (such as a company or product suite) can be grouped.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_FEEDURL         =\n\n# This tag specifies a string that should uniquely identify the documentation\n# set bundle. This should be a reverse domain-name style string, e.g.\n# com.mycompany.MyDocSet. Doxygen will append .docset to the name.\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_BUNDLE_ID       = org.doxygen.Project\n\n# The DOCSET_PUBLISHER_ID tag specifies a string that should uniquely identify\n# the documentation publisher. This should be a reverse domain-name style\n# string, e.g. com.mycompany.MyDocSet.documentation.\n# The default value is: org.doxygen.Publisher.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_PUBLISHER_ID    = org.doxygen.Publisher\n\n# The DOCSET_PUBLISHER_NAME tag identifies the documentation publisher.\n# The default value is: Publisher.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_PUBLISHER_NAME  = Publisher\n\n# If the GENERATE_HTMLHELP tag is set to YES then doxygen generates three\n# additional HTML index files: index.hhp, index.hhc, and index.hhk. The\n# index.hhp is a project file that can be read by Microsoft's HTML Help Workshop\n# on Windows. In the beginning of 2021 Microsoft took the original page, with\n# a.o. the download links, offline the HTML help workshop was already many years\n# in maintenance mode). You can download the HTML help workshop from the web\n# archives at Installation executable (see:\n# http://web.archive.org/web/20160201063255/http://download.microsoft.com/downlo\n# ad/0/A/9/0A939EF6-E31C-430F-A3DF-DFAE7960D564/htmlhelp.exe).\n#\n# The HTML Help Workshop contains a compiler that can convert all HTML output\n# generated by doxygen into a single compiled HTML file (.chm). Compiled HTML\n# files are now used as the Windows 98 help format, and will replace the old\n# Windows help format (.hlp) on all Windows platforms in the future. Compressed\n# HTML files also contain an index, a table of contents, and you can search for\n# words in the documentation. The HTML workshop also contains a viewer for\n# compressed HTML files.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_HTMLHELP      = NO\n\n# The CHM_FILE tag can be used to specify the file name of the resulting .chm\n# file. You can add a path in front of the file if the result should not be\n# written to the html output directory.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nCHM_FILE               =\n\n# The HHC_LOCATION tag can be used to specify the location (absolute path\n# including file name) of the HTML help compiler (hhc.exe). If non-empty,\n# doxygen will try to run the HTML help compiler on the generated index.hhp.\n# The file has to be specified with full path.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nHHC_LOCATION           =\n\n# The GENERATE_CHI flag controls if a separate .chi index file is generated\n# (YES) or that it should be included in the main .chm file (NO).\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nGENERATE_CHI           = NO\n\n# The CHM_INDEX_ENCODING is used to encode HtmlHelp index (hhk), content (hhc)\n# and project file content.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nCHM_INDEX_ENCODING     =\n\n# The BINARY_TOC flag controls whether a binary table of contents is generated\n# (YES) or a normal table of contents (NO) in the .chm file. Furthermore it\n# enables the Previous and Next buttons.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nBINARY_TOC             = NO\n\n# The TOC_EXPAND flag can be set to YES to add extra items for group members to\n# the table of contents of the HTML help documentation and to the tree view.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nTOC_EXPAND             = NO\n\n# The SITEMAP_URL tag is used to specify the full URL of the place where the\n# generated documentation will be placed on the server by the user during the\n# deployment of the documentation. The generated sitemap is called sitemap.xml\n# and placed on the directory specified by HTML_OUTPUT. In case no SITEMAP_URL\n# is specified no sitemap is generated. For information about the sitemap\n# protocol see https://www.sitemaps.org\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nSITEMAP_URL            =\n\n# If the GENERATE_QHP tag is set to YES and both QHP_NAMESPACE and\n# QHP_VIRTUAL_FOLDER are set, an additional index file will be generated that\n# can be used as input for Qt's qhelpgenerator to generate a Qt Compressed Help\n# (.qch) of the generated HTML documentation.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_QHP           = NO\n\n# If the QHG_LOCATION tag is specified, the QCH_FILE tag can be used to specify\n# the file name of the resulting .qch file. The path specified is relative to\n# the HTML output folder.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQCH_FILE               =\n\n# The QHP_NAMESPACE tag specifies the namespace to use when generating Qt Help\n# Project output. For more information please see Qt Help Project / Namespace\n# (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#namespace).\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_NAMESPACE          = org.doxygen.Project\n\n# The QHP_VIRTUAL_FOLDER tag specifies the namespace to use when generating Qt\n# Help Project output. For more information please see Qt Help Project / Virtual\n# Folders (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#virtual-folders).\n# The default value is: doc.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_VIRTUAL_FOLDER     = doc\n\n# If the QHP_CUST_FILTER_NAME tag is set, it specifies the name of a custom\n# filter to add. For more information please see Qt Help Project / Custom\n# Filters (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#custom-filters).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_CUST_FILTER_NAME   =\n\n# The QHP_CUST_FILTER_ATTRS tag specifies the list of the attributes of the\n# custom filter to add. For more information please see Qt Help Project / Custom\n# Filters (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#custom-filters).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_CUST_FILTER_ATTRS  =\n\n# The QHP_SECT_FILTER_ATTRS tag specifies the list of the attributes this\n# project's filter section matches. Qt Help Project / Filter Attributes (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#filter-attributes).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_SECT_FILTER_ATTRS  =\n\n# The QHG_LOCATION tag can be used to specify the location (absolute path\n# including file name) of Qt's qhelpgenerator. If non-empty doxygen will try to\n# run qhelpgenerator on the generated .qhp file.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHG_LOCATION           =\n\n# If the GENERATE_ECLIPSEHELP tag is set to YES, additional index files will be\n# generated, together with the HTML files, they form an Eclipse help plugin. To\n# install this plugin and make it available under the help contents menu in\n# Eclipse, the contents of the directory containing the HTML and XML files needs\n# to be copied into the plugins directory of eclipse. The name of the directory\n# within the plugins directory should be the same as the ECLIPSE_DOC_ID value.\n# After copying Eclipse needs to be restarted before the help appears.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_ECLIPSEHELP   = NO\n\n# A unique identifier for the Eclipse help plugin. When installing the plugin\n# the directory name containing the HTML and XML files should also have this\n# name. Each documentation set should have its own identifier.\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_ECLIPSEHELP is set to YES.\n\nECLIPSE_DOC_ID         = org.doxygen.Project\n\n# If you want full control over the layout of the generated HTML pages it might\n# be necessary to disable the index and replace it with your own. The\n# DISABLE_INDEX tag can be used to turn on/off the condensed index (tabs) at top\n# of each HTML page. A value of NO enables the index and the value YES disables\n# it. Since the tabs in the index contain the same information as the navigation\n# tree, you can set this option to YES if you also set GENERATE_TREEVIEW to YES.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nDISABLE_INDEX          = NO\n\n# The GENERATE_TREEVIEW tag is used to specify whether a tree-like index\n# structure should be generated to display hierarchical information. If the tag\n# value is set to YES, a side panel will be generated containing a tree-like\n# index structure (just like the one that is generated for HTML Help). For this\n# to work a browser that supports JavaScript, DHTML, CSS and frames is required\n# (i.e. any modern browser). Windows users are probably better off using the\n# HTML help feature. Via custom style sheets (see HTML_EXTRA_STYLESHEET) one can\n# further fine tune the look of the index (see \"Fine-tuning the output\"). As an\n# example, the default style sheet generated by doxygen has an example that\n# shows how to put an image at the root of the tree instead of the PROJECT_NAME.\n# Since the tree basically has the same information as the tab index, you could\n# consider setting DISABLE_INDEX to YES when enabling this option.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_TREEVIEW      = NO\n\n# When both GENERATE_TREEVIEW and DISABLE_INDEX are set to YES, then the\n# FULL_SIDEBAR option determines if the side bar is limited to only the treeview\n# area (value NO) or if it should extend to the full height of the window (value\n# YES). Setting this to YES gives a layout similar to\n# https://docs.readthedocs.io with more room for contents, but less room for the\n# project logo, title, and description. If either GENERATE_TREEVIEW or\n# DISABLE_INDEX is set to NO, this option has no effect.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nFULL_SIDEBAR           = NO\n\n# The ENUM_VALUES_PER_LINE tag can be used to set the number of enum values that\n# doxygen will group on one line in the generated HTML documentation.\n#\n# Note that a value of 0 will completely suppress the enum values from appearing\n# in the overview section.\n# Minimum value: 0, maximum value: 20, default value: 4.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nENUM_VALUES_PER_LINE   = 4\n\n# If the treeview is enabled (see GENERATE_TREEVIEW) then this tag can be used\n# to set the initial width (in pixels) of the frame in which the tree is shown.\n# Minimum value: 0, maximum value: 1500, default value: 250.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nTREEVIEW_WIDTH         = 250\n\n# If the EXT_LINKS_IN_WINDOW option is set to YES, doxygen will open links to\n# external symbols imported via tag files in a separate window.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nEXT_LINKS_IN_WINDOW    = NO\n\n# If the OBFUSCATE_EMAILS tag is set to YES, doxygen will obfuscate email\n# addresses.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nOBFUSCATE_EMAILS       = YES\n\n# If the HTML_FORMULA_FORMAT option is set to svg, doxygen will use the pdf2svg\n# tool (see https://github.com/dawbarton/pdf2svg) or inkscape (see\n# https://inkscape.org) to generate formulas as SVG images instead of PNGs for\n# the HTML output. These images will generally look nicer at scaled resolutions.\n# Possible values are: png (the default) and svg (looks nicer but requires the\n# pdf2svg or inkscape tool).\n# The default value is: png.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FORMULA_FORMAT    = png\n\n# Use this tag to change the font size of LaTeX formulas included as images in\n# the HTML documentation. When you change the font size after a successful\n# doxygen run you need to manually remove any form_*.png images from the HTML\n# output directory to force them to be regenerated.\n# Minimum value: 8, maximum value: 50, default value: 10.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nFORMULA_FONTSIZE       = 10\n\n# The FORMULA_MACROFILE can contain LaTeX \\newcommand and \\renewcommand commands\n# to create new LaTeX commands to be used in formulas as building blocks. See\n# the section \"Including formulas\" for details.\n\nFORMULA_MACROFILE      =\n\n# Enable the USE_MATHJAX option to render LaTeX formulas using MathJax (see\n# https://www.mathjax.org) which uses client side JavaScript for the rendering\n# instead of using pre-rendered bitmaps. Use this if you do not have LaTeX\n# installed or if you want to formulas look prettier in the HTML output. When\n# enabled you may also need to install MathJax separately and configure the path\n# to it using the MATHJAX_RELPATH option.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nUSE_MATHJAX            = NO\n\n# With MATHJAX_VERSION it is possible to specify the MathJax version to be used.\n# Note that the different versions of MathJax have different requirements with\n# regards to the different settings, so it is possible that also other MathJax\n# settings have to be changed when switching between the different MathJax\n# versions.\n# Possible values are: MathJax_2 and MathJax_3.\n# The default value is: MathJax_2.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_VERSION        = MathJax_2\n\n# When MathJax is enabled you can set the default output format to be used for\n# the MathJax output. For more details about the output format see MathJax\n# version 2 (see:\n# http://docs.mathjax.org/en/v2.7-latest/output.html) and MathJax version 3\n# (see:\n# http://docs.mathjax.org/en/latest/web/components/output.html).\n# Possible values are: HTML-CSS (which is slower, but has the best\n# compatibility. This is the name for Mathjax version 2, for MathJax version 3\n# this will be translated into chtml), NativeMML (i.e. MathML. Only supported\n# for NathJax 2. For MathJax version 3 chtml will be used instead.), chtml (This\n# is the name for Mathjax version 3, for MathJax version 2 this will be\n# translated into HTML-CSS) and SVG.\n# The default value is: HTML-CSS.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_FORMAT         = HTML-CSS\n\n# When MathJax is enabled you need to specify the location relative to the HTML\n# output directory using the MATHJAX_RELPATH option. The destination directory\n# should contain the MathJax.js script. For instance, if the mathjax directory\n# is located at the same level as the HTML output directory, then\n# MATHJAX_RELPATH should be ../mathjax. The default value points to the MathJax\n# Content Delivery Network so you can quickly see the result without installing\n# MathJax. However, it is strongly recommended to install a local copy of\n# MathJax from https://www.mathjax.org before deployment. The default value is:\n# - in case of MathJax version 2: https://cdn.jsdelivr.net/npm/mathjax@2\n# - in case of MathJax version 3: https://cdn.jsdelivr.net/npm/mathjax@3\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_RELPATH        = http://cdn.mathjax.org/mathjax/latest\n\n# The MATHJAX_EXTENSIONS tag can be used to specify one or more MathJax\n# extension names that should be enabled during MathJax rendering. For example\n# for MathJax version 2 (see\n# https://docs.mathjax.org/en/v2.7-latest/tex.html#tex-and-latex-extensions):\n# MATHJAX_EXTENSIONS = TeX/AMSmath TeX/AMSsymbols\n# For example for MathJax version 3 (see\n# http://docs.mathjax.org/en/latest/input/tex/extensions/index.html):\n# MATHJAX_EXTENSIONS = ams\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_EXTENSIONS     =\n\n# The MATHJAX_CODEFILE tag can be used to specify a file with javascript pieces\n# of code that will be used on startup of the MathJax code. See the MathJax site\n# (see:\n# http://docs.mathjax.org/en/v2.7-latest/output.html) for more details. For an\n# example see the documentation.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_CODEFILE       =\n\n# When the SEARCHENGINE tag is enabled doxygen will generate a search box for\n# the HTML output. The underlying search engine uses javascript and DHTML and\n# should work on any modern browser. Note that when using HTML help\n# (GENERATE_HTMLHELP), Qt help (GENERATE_QHP), or docsets (GENERATE_DOCSET)\n# there is already a search function so this one should typically be disabled.\n# For large projects the javascript based search engine can be slow, then\n# enabling SERVER_BASED_SEARCH may provide a better solution. It is possible to\n# search using the keyboard; to jump to the search box use <access key> + S\n# (what the <access key> is depends on the OS and browser, but it is typically\n# <CTRL>, <ALT>/<option>, or both). Inside the search box use the <cursor down\n# key> to jump into the search results window, the results can be navigated\n# using the <cursor keys>. Press <Enter> to select an item or <escape> to cancel\n# the search. The filter options can be selected when the cursor is inside the\n# search box by pressing <Shift>+<cursor down>. Also here use the <cursor keys>\n# to select a filter and <Enter> or <escape> to activate or cancel the filter\n# option.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nSEARCHENGINE           = NO\n\n# When the SERVER_BASED_SEARCH tag is enabled the search engine will be\n# implemented using a web server instead of a web client using JavaScript. There\n# are two flavors of web server based searching depending on the EXTERNAL_SEARCH\n# setting. When disabled, doxygen will generate a PHP script for searching and\n# an index file used by the script. When EXTERNAL_SEARCH is enabled the indexing\n# and searching needs to be provided by external tools. See the section\n# \"External Indexing and Searching\" for details.\n# The default value is: NO.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSERVER_BASED_SEARCH    = NO\n\n# When EXTERNAL_SEARCH tag is enabled doxygen will no longer generate the PHP\n# script for searching. Instead the search results are written to an XML file\n# which needs to be processed by an external indexer. Doxygen will invoke an\n# external search engine pointed to by the SEARCHENGINE_URL option to obtain the\n# search results.\n#\n# Doxygen ships with an example indexer (doxyindexer) and search engine\n# (doxysearch.cgi) which are based on the open source search engine library\n# Xapian (see:\n# https://xapian.org/).\n#\n# See the section \"External Indexing and Searching\" for details.\n# The default value is: NO.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTERNAL_SEARCH        = NO\n\n# The SEARCHENGINE_URL should point to a search engine hosted by a web server\n# which will return the search results when EXTERNAL_SEARCH is enabled.\n#\n# Doxygen ships with an example indexer (doxyindexer) and search engine\n# (doxysearch.cgi) which are based on the open source search engine library\n# Xapian (see:\n# https://xapian.org/). See the section \"External Indexing and Searching\" for\n# details.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSEARCHENGINE_URL       =\n\n# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the unindexed\n# search data is written to a file for indexing by an external tool. With the\n# SEARCHDATA_FILE tag the name of this file can be specified.\n# The default file is: searchdata.xml.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSEARCHDATA_FILE        = searchdata.xml\n\n# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the\n# EXTERNAL_SEARCH_ID tag can be used as an identifier for the project. This is\n# useful in combination with EXTRA_SEARCH_MAPPINGS to search through multiple\n# projects and redirect the results back to the right project.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTERNAL_SEARCH_ID     =\n\n# The EXTRA_SEARCH_MAPPINGS tag can be used to enable searching through doxygen\n# projects other than the one defined by this configuration file, but that are\n# all added to the same external search index. Each project needs to have a\n# unique id set via EXTERNAL_SEARCH_ID. The search mapping then maps the id of\n# to a relative location where the documentation can be found. The format is:\n# EXTRA_SEARCH_MAPPINGS = tagname1=loc1 tagname2=loc2 ...\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTRA_SEARCH_MAPPINGS  =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the LaTeX output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_LATEX tag is set to YES, doxygen will generate LaTeX output.\n# The default value is: YES.\n\nGENERATE_LATEX         = YES\n\n# The LATEX_OUTPUT tag is used to specify where the LaTeX docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: latex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_OUTPUT           = latex\n\n# The LATEX_CMD_NAME tag can be used to specify the LaTeX command name to be\n# invoked.\n#\n# Note that when not enabling USE_PDFLATEX the default is latex when enabling\n# USE_PDFLATEX the default is pdflatex and when in the later case latex is\n# chosen this is overwritten by pdflatex. For specific output languages the\n# default can have been set differently, this depends on the implementation of\n# the output language.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_CMD_NAME         = latex\n\n# The MAKEINDEX_CMD_NAME tag can be used to specify the command name to generate\n# index for LaTeX.\n# Note: This tag is used in the Makefile / make.bat.\n# See also: LATEX_MAKEINDEX_CMD for the part in the generated output file\n# (.tex).\n# The default file is: makeindex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nMAKEINDEX_CMD_NAME     = makeindex\n\n# The LATEX_MAKEINDEX_CMD tag can be used to specify the command name to\n# generate index for LaTeX. In case there is no backslash (\\) as first character\n# it will be automatically added in the LaTeX code.\n# Note: This tag is used in the generated output file (.tex).\n# See also: MAKEINDEX_CMD_NAME for the part in the Makefile / make.bat.\n# The default value is: makeindex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_MAKEINDEX_CMD    = makeindex\n\n# If the COMPACT_LATEX tag is set to YES, doxygen generates more compact LaTeX\n# documents. This may be useful for small projects and may help to save some\n# trees in general.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nCOMPACT_LATEX          = NO\n\n# The PAPER_TYPE tag can be used to set the paper type that is used by the\n# printer.\n# Possible values are: a4 (210 x 297 mm), letter (8.5 x 11 inches), legal (8.5 x\n# 14 inches) and executive (7.25 x 10.5 inches).\n# The default value is: a4.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nPAPER_TYPE             = a4wide\n\n# The EXTRA_PACKAGES tag can be used to specify one or more LaTeX package names\n# that should be included in the LaTeX output. The package can be specified just\n# by its name or with the correct syntax as to be used with the LaTeX\n# \\usepackage command. To get the times font for instance you can specify :\n# EXTRA_PACKAGES=times or EXTRA_PACKAGES={times}\n# To use the option intlimits with the amsmath package you can specify:\n# EXTRA_PACKAGES=[intlimits]{amsmath}\n# If left blank no extra packages will be included.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nEXTRA_PACKAGES         =\n\n# The LATEX_HEADER tag can be used to specify a user-defined LaTeX header for\n# the generated LaTeX document. The header should contain everything until the\n# first chapter. If it is left blank doxygen will generate a standard header. It\n# is highly recommended to start with a default header using\n# doxygen -w latex new_header.tex new_footer.tex new_stylesheet.sty\n# and then modify the file new_header.tex. See also section \"Doxygen usage\" for\n# information on how to generate the default header that doxygen normally uses.\n#\n# Note: Only use a user-defined header if you know what you are doing!\n# Note: The header is subject to change so you typically have to regenerate the\n# default header when upgrading to a newer version of doxygen. The following\n# commands have a special meaning inside the header (and footer): For a\n# description of the possible markers and block names see the documentation.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_HEADER           =\n\n# The LATEX_FOOTER tag can be used to specify a user-defined LaTeX footer for\n# the generated LaTeX document. The footer should contain everything after the\n# last chapter. If it is left blank doxygen will generate a standard footer. See\n# LATEX_HEADER for more information on how to generate a default footer and what\n# special commands can be used inside the footer. See also section \"Doxygen\n# usage\" for information on how to generate the default footer that doxygen\n# normally uses. Note: Only use a user-defined footer if you know what you are\n# doing!\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_FOOTER           =\n\n# The LATEX_EXTRA_STYLESHEET tag can be used to specify additional user-defined\n# LaTeX style sheets that are included after the standard style sheets created\n# by doxygen. Using this option one can overrule certain style aspects. Doxygen\n# will copy the style sheet files to the output directory.\n# Note: The order of the extra style sheet files is of importance (e.g. the last\n# style sheet in the list overrules the setting of the previous ones in the\n# list).\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EXTRA_STYLESHEET =\n\n# The LATEX_EXTRA_FILES tag can be used to specify one or more extra images or\n# other source files which should be copied to the LATEX_OUTPUT output\n# directory. Note that the files will be copied as-is; there are no commands or\n# markers available.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EXTRA_FILES      =\n\n# If the PDF_HYPERLINKS tag is set to YES, the LaTeX that is generated is\n# prepared for conversion to PDF (using ps2pdf or pdflatex). The PDF file will\n# contain links (just like the HTML output) instead of page references. This\n# makes the output suitable for online browsing using a PDF viewer.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nPDF_HYPERLINKS         = NO\n\n# If the USE_PDFLATEX tag is set to YES, doxygen will use the engine as\n# specified with LATEX_CMD_NAME to generate the PDF file directly from the LaTeX\n# files. Set this option to YES, to get a higher quality PDF documentation.\n#\n# See also section LATEX_CMD_NAME for selecting the engine.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nUSE_PDFLATEX           = NO\n\n# The LATEX_BATCHMODE tag signals the behavior of LaTeX in case of an error.\n# Possible values are: NO same as ERROR_STOP, YES same as BATCH, BATCH In batch\n# mode nothing is printed on the terminal, errors are scrolled as if <return> is\n# hit at every error; missing files that TeX tries to input or request from\n# keyboard input (\\read on a not open input stream) cause the job to abort,\n# NON_STOP In nonstop mode the diagnostic message will appear on the terminal,\n# but there is no possibility of user interaction just like in batch mode,\n# SCROLL In scroll mode, TeX will stop only for missing files to input or if\n# keyboard input is necessary and ERROR_STOP In errorstop mode, TeX will stop at\n# each error, asking for user intervention.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_BATCHMODE        = NO\n\n# If the LATEX_HIDE_INDICES tag is set to YES then doxygen will not include the\n# index chapters (such as File Index, Compound Index, etc.) in the output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_HIDE_INDICES     = NO\n\n# The LATEX_BIB_STYLE tag can be used to specify the style to use for the\n# bibliography, e.g. plainnat, or ieeetr. See\n# https://en.wikipedia.org/wiki/BibTeX and \\cite for more info.\n# The default value is: plain.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_BIB_STYLE        = plain\n\n# The LATEX_EMOJI_DIRECTORY tag is used to specify the (relative or absolute)\n# path from which the emoji images will be read. If a relative path is entered,\n# it will be relative to the LATEX_OUTPUT directory. If left blank the\n# LATEX_OUTPUT directory will be used.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EMOJI_DIRECTORY  =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the RTF output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_RTF tag is set to YES, doxygen will generate RTF output. The\n# RTF output is optimized for Word 97 and may not look too pretty with other RTF\n# readers/editors.\n# The default value is: NO.\n\nGENERATE_RTF           = NO\n\n# The RTF_OUTPUT tag is used to specify where the RTF docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: rtf.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_OUTPUT             = rtf\n\n# If the COMPACT_RTF tag is set to YES, doxygen generates more compact RTF\n# documents. This may be useful for small projects and may help to save some\n# trees in general.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nCOMPACT_RTF            = NO\n\n# If the RTF_HYPERLINKS tag is set to YES, the RTF that is generated will\n# contain hyperlink fields. The RTF file will contain links (just like the HTML\n# output) instead of page references. This makes the output suitable for online\n# browsing using Word or some other Word compatible readers that support those\n# fields.\n#\n# Note: WordPad (write) and others do not support links.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_HYPERLINKS         = NO\n\n# Load stylesheet definitions from file. Syntax is similar to doxygen's\n# configuration file, i.e. a series of assignments. You only have to provide\n# replacements, missing definitions are set to their default value.\n#\n# See also section \"Doxygen usage\" for information on how to generate the\n# default style sheet that doxygen normally uses.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_STYLESHEET_FILE    =\n\n# Set optional variables used in the generation of an RTF document. Syntax is\n# similar to doxygen's configuration file. A template extensions file can be\n# generated using doxygen -e rtf extensionFile.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_EXTENSIONS_FILE    =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the man page output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_MAN tag is set to YES, doxygen will generate man pages for\n# classes and files.\n# The default value is: NO.\n\nGENERATE_MAN           = NO\n\n# The MAN_OUTPUT tag is used to specify where the man pages will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it. A directory man3 will be created inside the directory specified by\n# MAN_OUTPUT.\n# The default directory is: man.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_OUTPUT             = man\n\n# The MAN_EXTENSION tag determines the extension that is added to the generated\n# man pages. In case the manual section does not start with a number, the number\n# 3 is prepended. The dot (.) at the beginning of the MAN_EXTENSION tag is\n# optional.\n# The default value is: .3.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_EXTENSION          = .3\n\n# The MAN_SUBDIR tag determines the name of the directory created within\n# MAN_OUTPUT in which the man pages are placed. If defaults to man followed by\n# MAN_EXTENSION with the initial . removed.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_SUBDIR             =\n\n# If the MAN_LINKS tag is set to YES and doxygen generates man output, then it\n# will generate one additional man file for each entity documented in the real\n# man page(s). These additional files only source the real man page, but without\n# them the man command would be unable to find the correct page.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_LINKS              = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to the XML output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_XML tag is set to YES, doxygen will generate an XML file that\n# captures the structure of the code including all documentation.\n# The default value is: NO.\n\nGENERATE_XML           = NO\n\n# The XML_OUTPUT tag is used to specify where the XML pages will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: xml.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_OUTPUT             = xml\n\n# If the XML_PROGRAMLISTING tag is set to YES, doxygen will dump the program\n# listings (including syntax highlighting and cross-referencing information) to\n# the XML output. Note that enabling this will significantly increase the size\n# of the XML output.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_PROGRAMLISTING     = YES\n\n# If the XML_NS_MEMB_FILE_SCOPE tag is set to YES, doxygen will include\n# namespace members in file scope as well, matching the HTML output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_NS_MEMB_FILE_SCOPE = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to the DOCBOOK output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_DOCBOOK tag is set to YES, doxygen will generate Docbook files\n# that can be used to generate PDF.\n# The default value is: NO.\n\nGENERATE_DOCBOOK       = NO\n\n# The DOCBOOK_OUTPUT tag is used to specify where the Docbook pages will be put.\n# If a relative path is entered the value of OUTPUT_DIRECTORY will be put in\n# front of it.\n# The default directory is: docbook.\n# This tag requires that the tag GENERATE_DOCBOOK is set to YES.\n\nDOCBOOK_OUTPUT         = docbook\n\n#---------------------------------------------------------------------------\n# Configuration options for the AutoGen Definitions output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_AUTOGEN_DEF tag is set to YES, doxygen will generate an\n# AutoGen Definitions (see https://autogen.sourceforge.net/) file that captures\n# the structure of the code including all documentation. Note that this feature\n# is still experimental and incomplete at the moment.\n# The default value is: NO.\n\nGENERATE_AUTOGEN_DEF   = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to Sqlite3 output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_SQLITE3 tag is set to YES doxygen will generate a Sqlite3\n# database with symbols found by doxygen stored in tables.\n# The default value is: NO.\n\nGENERATE_SQLITE3       = NO\n\n# The SQLITE3_OUTPUT tag is used to specify where the Sqlite3 database will be\n# put. If a relative path is entered the value of OUTPUT_DIRECTORY will be put\n# in front of it.\n# The default directory is: sqlite3.\n# This tag requires that the tag GENERATE_SQLITE3 is set to YES.\n\nSQLITE3_OUTPUT         = sqlite3\n\n# The SQLITE3_OVERWRITE_DB tag is set to YES, the existing doxygen_sqlite3.db\n# database file will be recreated with each doxygen run. If set to NO, doxygen\n# will warn if an a database file is already found and not modify it.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_SQLITE3 is set to YES.\n\nSQLITE3_RECREATE_DB    = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to the Perl module output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_PERLMOD tag is set to YES, doxygen will generate a Perl module\n# file that captures the structure of the code including all documentation.\n#\n# Note that this feature is still experimental and incomplete at the moment.\n# The default value is: NO.\n\nGENERATE_PERLMOD       = NO\n\n# If the PERLMOD_LATEX tag is set to YES, doxygen will generate the necessary\n# Makefile rules, Perl scripts and LaTeX code to be able to generate PDF and DVI\n# output from the Perl module output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_LATEX          = NO\n\n# If the PERLMOD_PRETTY tag is set to YES, the Perl module output will be nicely\n# formatted so it can be parsed by a human reader. This is useful if you want to\n# understand what is going on. On the other hand, if this tag is set to NO, the\n# size of the Perl module output will be much smaller and Perl will parse it\n# just the same.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_PRETTY         = YES\n\n# The names of the make variables in the generated doxyrules.make file are\n# prefixed with the string contained in PERLMOD_MAKEVAR_PREFIX. This is useful\n# so different doxyrules.make files included by the same Makefile don't\n# overwrite each other's variables.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_MAKEVAR_PREFIX =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the preprocessor\n#---------------------------------------------------------------------------\n\n# If the ENABLE_PREPROCESSING tag is set to YES, doxygen will evaluate all\n# C-preprocessor directives found in the sources and include files.\n# The default value is: YES.\n\nENABLE_PREPROCESSING   = YES\n\n# If the MACRO_EXPANSION tag is set to YES, doxygen will expand all macro names\n# in the source code. If set to NO, only conditional compilation will be\n# performed. Macro expansion can be done in a controlled way by setting\n# EXPAND_ONLY_PREDEF to YES.\n# The default value is: NO.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nMACRO_EXPANSION        = NO\n\n# If the EXPAND_ONLY_PREDEF and MACRO_EXPANSION tags are both set to YES then\n# the macro expansion is limited to the macros specified with the PREDEFINED and\n# EXPAND_AS_DEFINED tags.\n# The default value is: NO.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nEXPAND_ONLY_PREDEF     = NO\n\n# If the SEARCH_INCLUDES tag is set to YES, the include files in the\n# INCLUDE_PATH will be searched if a #include is found.\n# The default value is: YES.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nSEARCH_INCLUDES        = YES\n\n# The INCLUDE_PATH tag can be used to specify one or more directories that\n# contain include files that are not input files but should be processed by the\n# preprocessor. Note that the INCLUDE_PATH is not recursive, so the setting of\n# RECURSIVE has no effect here.\n# This tag requires that the tag SEARCH_INCLUDES is set to YES.\n\nINCLUDE_PATH           =\n\n# You can use the INCLUDE_FILE_PATTERNS tag to specify one or more wildcard\n# patterns (like *.h and *.hpp) to filter out the header-files in the\n# directories. If left blank, the patterns specified with FILE_PATTERNS will be\n# used.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nINCLUDE_FILE_PATTERNS  =\n\n# The PREDEFINED tag can be used to specify one or more macro names that are\n# defined before the preprocessor is started (similar to the -D option of e.g.\n# gcc). The argument of the tag is a list of macros of the form: name or\n# name=definition (no spaces). If the definition and the \"=\" are omitted, \"=1\"\n# is assumed. To prevent a macro definition from being undefined via #undef or\n# recursively expanded use the := operator instead of the = operator.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nPREDEFINED             =\n\n# If the MACRO_EXPANSION and EXPAND_ONLY_PREDEF tags are set to YES then this\n# tag can be used to specify a list of macro names that should be expanded. The\n# macro definition that is found in the sources will be used. Use the PREDEFINED\n# tag if you want to use a different macro definition that overrules the\n# definition found in the source code.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nEXPAND_AS_DEFINED      =\n\n# If the SKIP_FUNCTION_MACROS tag is set to YES then doxygen's preprocessor will\n# remove all references to function-like macros that are alone on a line, have\n# an all uppercase name, and do not end with a semicolon. Such function macros\n# are typically used for boiler-plate code, and will confuse the parser if not\n# removed.\n# The default value is: YES.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nSKIP_FUNCTION_MACROS   = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to external references\n#---------------------------------------------------------------------------\n\n# The TAGFILES tag can be used to specify one or more tag files. For each tag\n# file the location of the external documentation should be added. The format of\n# a tag file without this location is as follows:\n# TAGFILES = file1 file2 ...\n# Adding location for the tag files is done as follows:\n# TAGFILES = file1=loc1 \"file2 = loc2\" ...\n# where loc1 and loc2 can be relative or absolute paths or URLs. See the\n# section \"Linking to external documentation\" for more information about the use\n# of tag files.\n# Note: Each tag file must have a unique name (where the name does NOT include\n# the path). If a tag file is not located in the directory in which doxygen is\n# run, you must also specify the path to the tagfile here.\n\nTAGFILES               =\n\n# When a file name is specified after GENERATE_TAGFILE, doxygen will create a\n# tag file that is based on the input files it reads. See section \"Linking to\n# external documentation\" for more information about the usage of tag files.\n\nGENERATE_TAGFILE       =\n\n# If the ALLEXTERNALS tag is set to YES, all external classes and namespaces\n# will be listed in the class and namespace index. If set to NO, only the\n# inherited external classes will be listed.\n# The default value is: NO.\n\nALLEXTERNALS           = NO\n\n# If the EXTERNAL_GROUPS tag is set to YES, all external groups will be listed\n# in the topic index. If set to NO, only the current project's groups will be\n# listed.\n# The default value is: YES.\n\nEXTERNAL_GROUPS        = YES\n\n# If the EXTERNAL_PAGES tag is set to YES, all external pages will be listed in\n# the related pages index. If set to NO, only the current project's pages will\n# be listed.\n# The default value is: YES.\n\nEXTERNAL_PAGES         = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to diagram generator tools\n#---------------------------------------------------------------------------\n\n# If set to YES the inheritance and collaboration graphs will hide inheritance\n# and usage relations if the target is undocumented or is not a class.\n# The default value is: YES.\n\nHIDE_UNDOC_RELATIONS   = NO\n\n# If you set the HAVE_DOT tag to YES then doxygen will assume the dot tool is\n# available from the path. This tool is part of Graphviz (see:\n# https://www.graphviz.org/), a graph visualization toolkit from AT&T and Lucent\n# Bell Labs. The other options in this section have no effect if this option is\n# set to NO\n# The default value is: NO.\n\nHAVE_DOT               = YES\n\n# The DOT_NUM_THREADS specifies the number of dot invocations doxygen is allowed\n# to run in parallel. When set to 0 doxygen will base this on the number of\n# processors available in the system. You can set it explicitly to a value\n# larger than 0 to get control over the balance between CPU load and processing\n# speed.\n# Minimum value: 0, maximum value: 32, default value: 0.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_NUM_THREADS        = 0\n\n# DOT_COMMON_ATTR is common attributes for nodes, edges and labels of\n# subgraphs. When you want a differently looking font in the dot files that\n# doxygen generates you can specify fontname, fontcolor and fontsize attributes.\n# For details please see <a href=https://graphviz.org/doc/info/attrs.html>Node,\n# Edge and Graph Attributes specification</a> You need to make sure dot is able\n# to find the font, which can be done by putting it in a standard location or by\n# setting the DOTFONTPATH environment variable or by setting DOT_FONTPATH to the\n# directory containing the font. Default graphviz fontsize is 14.\n# The default value is: fontname=Helvetica,fontsize=10.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_COMMON_ATTR        = \"fontname=Helvetica,fontsize=10\"\n\n# DOT_EDGE_ATTR is concatenated with DOT_COMMON_ATTR. For elegant style you can\n# add 'arrowhead=open, arrowtail=open, arrowsize=0.5'. <a\n# href=https://graphviz.org/doc/info/arrows.html>Complete documentation about\n# arrows shapes.</a>\n# The default value is: labelfontname=Helvetica,labelfontsize=10.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_EDGE_ATTR          = \"labelfontname=Helvetica,labelfontsize=10\"\n\n# DOT_NODE_ATTR is concatenated with DOT_COMMON_ATTR. For view without boxes\n# around nodes set 'shape=plain' or 'shape=plaintext' <a\n# href=https://www.graphviz.org/doc/info/shapes.html>Shapes specification</a>\n# The default value is: shape=box,height=0.2,width=0.4.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_NODE_ATTR          = \"shape=box,height=0.2,width=0.4\"\n\n# You can set the path where dot can find font specified with fontname in\n# DOT_COMMON_ATTR and others dot attributes.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_FONTPATH           =\n\n# If the CLASS_GRAPH tag is set to YES or GRAPH or BUILTIN then doxygen will\n# generate a graph for each documented class showing the direct and indirect\n# inheritance relations. In case the CLASS_GRAPH tag is set to YES or GRAPH and\n# HAVE_DOT is enabled as well, then dot will be used to draw the graph. In case\n# the CLASS_GRAPH tag is set to YES and HAVE_DOT is disabled or if the\n# CLASS_GRAPH tag is set to BUILTIN, then the built-in generator will be used.\n# If the CLASS_GRAPH tag is set to TEXT the direct and indirect inheritance\n# relations will be shown as texts / links.\n# Possible values are: NO, YES, TEXT, GRAPH and BUILTIN.\n# The default value is: YES.\n\nCLASS_GRAPH            = YES\n\n# If the COLLABORATION_GRAPH tag is set to YES then doxygen will generate a\n# graph for each documented class showing the direct and indirect implementation\n# dependencies (inheritance, containment, and class references variables) of the\n# class with other documented classes. Explicit enabling a collaboration graph,\n# when COLLABORATION_GRAPH is set to NO, can be accomplished by means of the\n# command \\collaborationgraph. Disabling a collaboration graph can be\n# accomplished by means of the command \\hidecollaborationgraph.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nCOLLABORATION_GRAPH    = YES\n\n# If the GROUP_GRAPHS tag is set to YES then doxygen will generate a graph for\n# groups, showing the direct groups dependencies. Explicit enabling a group\n# dependency graph, when GROUP_GRAPHS is set to NO, can be accomplished by means\n# of the command \\groupgraph. Disabling a directory graph can be accomplished by\n# means of the command \\hidegroupgraph. See also the chapter Grouping in the\n# manual.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nGROUP_GRAPHS           = YES\n\n# If the UML_LOOK tag is set to YES, doxygen will generate inheritance and\n# collaboration diagrams in a style similar to the OMG's Unified Modeling\n# Language.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nUML_LOOK               = YES\n\n# If the UML_LOOK tag is enabled, the fields and methods are shown inside the\n# class node. If there are many fields or methods and many nodes the graph may\n# become too big to be useful. The UML_LIMIT_NUM_FIELDS threshold limits the\n# number of items for each type to make the size more manageable. Set this to 0\n# for no limit. Note that the threshold may be exceeded by 50% before the limit\n# is enforced. So when you set the threshold to 10, up to 15 fields may appear,\n# but if the number exceeds 15, the total amount of fields shown is limited to\n# 10.\n# Minimum value: 0, maximum value: 100, default value: 10.\n# This tag requires that the tag UML_LOOK is set to YES.\n\nUML_LIMIT_NUM_FIELDS   = 10\n\n# If the DOT_UML_DETAILS tag is set to NO, doxygen will show attributes and\n# methods without types and arguments in the UML graphs. If the DOT_UML_DETAILS\n# tag is set to YES, doxygen will add type and arguments for attributes and\n# methods in the UML graphs. If the DOT_UML_DETAILS tag is set to NONE, doxygen\n# will not generate fields with class member information in the UML graphs. The\n# class diagrams will look similar to the default class diagrams but using UML\n# notation for the relationships.\n# Possible values are: NO, YES and NONE.\n# The default value is: NO.\n# This tag requires that the tag UML_LOOK is set to YES.\n\nDOT_UML_DETAILS        = NO\n\n# The DOT_WRAP_THRESHOLD tag can be used to set the maximum number of characters\n# to display on a single line. If the actual line length exceeds this threshold\n# significantly it will wrapped across multiple lines. Some heuristics are apply\n# to avoid ugly line breaks.\n# Minimum value: 0, maximum value: 1000, default value: 17.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_WRAP_THRESHOLD     = 17\n\n# If the TEMPLATE_RELATIONS tag is set to YES then the inheritance and\n# collaboration graphs will show the relations between templates and their\n# instances.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nTEMPLATE_RELATIONS     = YES\n\n# If the INCLUDE_GRAPH, ENABLE_PREPROCESSING and SEARCH_INCLUDES tags are set to\n# YES then doxygen will generate a graph for each documented file showing the\n# direct and indirect include dependencies of the file with other documented\n# files. Explicit enabling an include graph, when INCLUDE_GRAPH is is set to NO,\n# can be accomplished by means of the command \\includegraph. Disabling an\n# include graph can be accomplished by means of the command \\hideincludegraph.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nINCLUDE_GRAPH          = YES\n\n# If the INCLUDED_BY_GRAPH, ENABLE_PREPROCESSING and SEARCH_INCLUDES tags are\n# set to YES then doxygen will generate a graph for each documented file showing\n# the direct and indirect include dependencies of the file with other documented\n# files. Explicit enabling an included by graph, when INCLUDED_BY_GRAPH is set\n# to NO, can be accomplished by means of the command \\includedbygraph. Disabling\n# an included by graph can be accomplished by means of the command\n# \\hideincludedbygraph.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nINCLUDED_BY_GRAPH      = YES\n\n# If the CALL_GRAPH tag is set to YES then doxygen will generate a call\n# dependency graph for every global function or class method.\n#\n# Note that enabling this option will significantly increase the time of a run.\n# So in most cases it will be better to enable call graphs for selected\n# functions only using the \\callgraph command. Disabling a call graph can be\n# accomplished by means of the command \\hidecallgraph.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nCALL_GRAPH             = YES\n\n# If the CALLER_GRAPH tag is set to YES then doxygen will generate a caller\n# dependency graph for every global function or class method.\n#\n# Note that enabling this option will significantly increase the time of a run.\n# So in most cases it will be better to enable caller graphs for selected\n# functions only using the \\callergraph command. Disabling a caller graph can be\n# accomplished by means of the command \\hidecallergraph.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nCALLER_GRAPH           = YES\n\n# If the GRAPHICAL_HIERARCHY tag is set to YES then doxygen will graphical\n# hierarchy of all classes instead of a textual one.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nGRAPHICAL_HIERARCHY    = YES\n\n# If the DIRECTORY_GRAPH tag is set to YES then doxygen will show the\n# dependencies a directory has on other directories in a graphical way. The\n# dependency relations are determined by the #include relations between the\n# files in the directories. Explicit enabling a directory graph, when\n# DIRECTORY_GRAPH is set to NO, can be accomplished by means of the command\n# \\directorygraph. Disabling a directory graph can be accomplished by means of\n# the command \\hidedirectorygraph.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDIRECTORY_GRAPH        = YES\n\n# The DIR_GRAPH_MAX_DEPTH tag can be used to limit the maximum number of levels\n# of child directories generated in directory dependency graphs by dot.\n# Minimum value: 1, maximum value: 25, default value: 1.\n# This tag requires that the tag DIRECTORY_GRAPH is set to YES.\n\nDIR_GRAPH_MAX_DEPTH    = 1\n\n# The DOT_IMAGE_FORMAT tag can be used to set the image format of the images\n# generated by dot. For an explanation of the image formats see the section\n# output formats in the documentation of the dot tool (Graphviz (see:\n# https://www.graphviz.org/)).\n# Note: If you choose svg you need to set HTML_FILE_EXTENSION to xhtml in order\n# to make the SVG files visible in IE 9+ (other browsers do not have this\n# requirement).\n# Possible values are: png, jpg, gif, svg, png:gd, png:gd:gd, png:cairo,\n# png:cairo:gd, png:cairo:cairo, png:cairo:gdiplus, png:gdiplus and\n# png:gdiplus:gdiplus.\n# The default value is: png.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_IMAGE_FORMAT       = png\n\n# If DOT_IMAGE_FORMAT is set to svg, then this option can be set to YES to\n# enable generation of interactive SVG images that allow zooming and panning.\n#\n# Note that this requires a modern browser other than Internet Explorer. Tested\n# and working are Firefox, Chrome, Safari, and Opera.\n# Note: For IE 9+ you need to set HTML_FILE_EXTENSION to xhtml in order to make\n# the SVG files visible. Older versions of IE do not have SVG support.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nINTERACTIVE_SVG        = NO\n\n# The DOT_PATH tag can be used to specify the path where the dot tool can be\n# found. If left blank, it is assumed the dot tool can be found in the path.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_PATH               =\n\n# The DOTFILE_DIRS tag can be used to specify one or more directories that\n# contain dot files that are included in the documentation (see the \\dotfile\n# command).\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOTFILE_DIRS           =\n\n# You can include diagrams made with dia in doxygen documentation. Doxygen will\n# then run dia to produce the diagram and insert it in the documentation. The\n# DIA_PATH tag allows you to specify the directory where the dia binary resides.\n# If left empty dia is assumed to be found in the default search path.\n\nDIA_PATH               =\n\n# The DIAFILE_DIRS tag can be used to specify one or more directories that\n# contain dia files that are included in the documentation (see the \\diafile\n# command).\n\nDIAFILE_DIRS           =\n\n# When using plantuml, the PLANTUML_JAR_PATH tag should be used to specify the\n# path where java can find the plantuml.jar file or to the filename of jar file\n# to be used. If left blank, it is assumed PlantUML is not used or called during\n# a preprocessing step. Doxygen will generate a warning when it encounters a\n# \\startuml command in this case and will not generate output for the diagram.\n\nPLANTUML_JAR_PATH      =\n\n# When using plantuml, the PLANTUML_CFG_FILE tag can be used to specify a\n# configuration file for plantuml.\n\nPLANTUML_CFG_FILE      =\n\n# When using plantuml, the specified paths are searched for files specified by\n# the !include statement in a plantuml block.\n\nPLANTUML_INCLUDE_PATH  =\n\n# The DOT_GRAPH_MAX_NODES tag can be used to set the maximum number of nodes\n# that will be shown in the graph. If the number of nodes in a graph becomes\n# larger than this value, doxygen will truncate the graph, which is visualized\n# by representing a node as a red box. Note that doxygen if the number of direct\n# children of the root node in a graph is already larger than\n# DOT_GRAPH_MAX_NODES then the graph will not be shown at all. Also note that\n# the size of a graph can be further restricted by MAX_DOT_GRAPH_DEPTH.\n# Minimum value: 0, maximum value: 10000, default value: 50.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_GRAPH_MAX_NODES    = 1000\n\n# The MAX_DOT_GRAPH_DEPTH tag can be used to set the maximum depth of the graphs\n# generated by dot. A depth value of 3 means that only nodes reachable from the\n# root by following a path via at most 3 edges will be shown. Nodes that lay\n# further from the root node will be omitted. Note that setting this option to 1\n# or 2 may greatly reduce the computation time needed for large code bases. Also\n# note that the size of a graph can be further restricted by\n# DOT_GRAPH_MAX_NODES. Using a depth of 0 means no depth restriction.\n# Minimum value: 0, maximum value: 1000, default value: 0.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nMAX_DOT_GRAPH_DEPTH    = 50\n\n# Set the DOT_MULTI_TARGETS tag to YES to allow dot to generate multiple output\n# files in one run (i.e. multiple -o and -T options on the command line). This\n# makes dot run faster, but since only newer versions of dot (>1.8.10) support\n# this, this feature is disabled by default.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_MULTI_TARGETS      = YES\n\n# If the GENERATE_LEGEND tag is set to YES doxygen will generate a legend page\n# explaining the meaning of the various boxes and arrows in the dot generated\n# graphs.\n# Note: This tag requires that UML_LOOK isn't set, i.e. the doxygen internal\n# graphical representation for inheritance and collaboration diagrams is used.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nGENERATE_LEGEND        = YES\n\n# If the DOT_CLEANUP tag is set to YES, doxygen will remove the intermediate\n# files that are used to generate the various graphs.\n#\n# Note: This setting is not only used for dot files but also for msc temporary\n# files.\n# The default value is: YES.\n\nDOT_CLEANUP            = NO\n\n# You can define message sequence charts within doxygen comments using the \\msc\n# command. If the MSCGEN_TOOL tag is left empty (the default), then doxygen will\n# use a built-in version of mscgen tool to produce the charts. Alternatively,\n# the MSCGEN_TOOL tag can also specify the name an external tool. For instance,\n# specifying prog as the value, doxygen will call the tool as prog -T\n# <outfile_format> -o <outputfile> <inputfile>. The external tool should support\n# output file formats \"png\", \"eps\", \"svg\", and \"ismap\".\n\nMSCGEN_TOOL            =\n\n# The MSCFILE_DIRS tag can be used to specify one or more directories that\n# contain msc files that are included in the documentation (see the \\mscfile\n# command).\n\nMSCFILE_DIRS           =\n"
  },
  {
    "path": "cola/INSTALL",
    "content": "from svn\nautoreconf\n./configure\nmake\nmake install\n"
  },
  {
    "path": "cola/LICENSE",
    "content": "                  GNU LESSER GENERAL PUBLIC LICENSE\n                       Version 2.1, February 1999\n\n Copyright (C) 1991, 1999 Free Software Foundation, Inc.\n     59 Temple Place, Suite 330, Boston, MA  02111-1307  USA\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n[This is the first released version of the Lesser GPL.  It also counts\n as the successor of the GNU Library Public License, version 2, hence\n the version number 2.1.]\n\n                            Preamble\n\n  The licenses for most software are designed to take away your\nfreedom to share and change it.  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  },
  {
    "path": "cola/Makefile-swig-java",
    "content": "OSNAME:=$(shell uname -s | sed 's/_.*//')\n\nifeq ($(OSNAME),Darwin)\n\tCPPFLAGS =\n\tCXXFLAGS += -std=c++11\n\t# Change path to JDK\n\t# JAVA_INCLUDE = -I/System/Library/Frameworks/JavaVM.framework/Headers\n\tJAVA_INCLUDE = -I/Library/Java/JavaVirtualMachines/temurin-8.jdk/Contents/Home/include \\\n\t\t\t\t\t-I/Library/Java/JavaVirtualMachines/temurin-8.jdk/Contents/Home/include/darwin\n\t# LINK = $(CXX) $(CXXFLAGS) -dynamiclib -framework JavaVM -o adaptagrams.dylib\n\tLINK = $(CXX) $(CXXFLAGS) -dynamiclib -o adaptagrams.dylib\nelse \n\t# Some make versions say only one else per if statment.\n\tifeq ($(OSNAME),Linux)\n\t\tCPPFLAGS = -fPIC\n\t\t# Change path to JDK\n\t\tJAVA_INCLUDE = -I/usr/lib/jvm/java-8-openjdk-amd64/include \\\n\t\t\t\t\t\t-I/usr/lib/jvm/java-8-openjdk-amd64/include/linux\n\t\tLINK = $(CXX) $(CXXFLAGS) -shared -o adaptagrams.so\n\telse \n\t\tifeq ($(OSNAME),MINGW32)\n\t\t\tCPPFLAGS =\n\t\t\t# Change path to JDK\n\t\t\tJAVA_INCLUDE = -I\"/c/Program Files/Java/jdk-1.8/include\" \\\n\t\t\t\t\t\t\t-I\"/c/Program File/Java/jdk-1.8/include/win32\"\n\t\t\t# Building with MinGW\n\t\t\tLINK = $(CXX) $(CXXFLAGS) -Wl,--add-stdcall-alias -shared -o adaptagrams.dll\n\t\telse\n\t\t\tifeq ($(OSNAME),MINGW64)\n\t\t\t\tCPPFLAGS =\n\t\t\t\t# Change path to JDK\n\t\t\t\tJAVA_INCLUDE = -I\"/c/Program Files/Java/jdk-1.8/include\" \\\n\t\t\t\t\t\t\t\t-I\"/c/Program Files/Java/jdk-1.8/include/win32\"\n\t\t\t\t# Building with MSYS2\n\t\t\t\tLINK = $(CXX) $(CXXFLAGS) -Wl,--add-stdcall-alias -static-libgcc -static-libstdc++ -static -lpthread -shared -o adaptagrams.dll\n\t\t\tendif\n\t\tendif\n\tendif\nendif\n\nall: adaptagrams jar\n\nswig-worked: clean adaptagrams.i\n\tmkdir -p java/src/org/adaptagrams\n\tmkdir -p java/build/org/adaptagrams\n\t# Use Swig version 3\n\tswig -DUSE_ASSERT_EXCEPTIONS -c++ -java -package org.adaptagrams -outdir java/src/org/adaptagrams adaptagrams.i\n\ttouch swig-worked\n\nadaptagrams_wrap.o: swig-worked\n\t$(CXX) $(CXXFLAGS) $(CPPFLAGS) -I. $(JAVA_INCLUDE) -c adaptagrams_wrap.cxx\n\nadaptagrams: adaptagrams_wrap.o\n\t$(LINK) adaptagrams_wrap.o libcola/.libs/libcola.a libtopology/.libs/libtopology.a libavoid/.libs/libavoid.a libvpsc/.libs/libvpsc.a libdialect/.libs/libdialect.a\n\njar: swig-worked\n\tjavac -d java/build/ java/src/org/adaptagrams/*.java\n\tjar cf adaptagrams.jar -C java/build/ .\n\tjar uf adaptagrams.jar -C java/src/ .\n\nrealclean: clean\n\nclean: mostlyclean\n\trm -f adaptagrams.so adaptagrams.dylib adaptagrams.so\n\nmostlyclean:\n\trm -f swig-worked\n\trm -f adaptagrams_wrap.o adaptagrams_wrap.cxx adaptagrams.jar\n\trm -rf java/*\n\n.PHONY: all clean mostlyclean realclean\n\n"
  },
  {
    "path": "cola/Makefile-swig-python",
    "content": "OSNAME:=$(shell uname -s | sed 's/_.*//')\n\nCOMPILER =\n# to get a list of available compilers run\n# python swig-python-setup.py build_ext --help-compiler\n# no changes necessary on Linux and MacOS\n# change compiler to mingw32 on MinGW (but not on MSYS2)\nifeq ($(OSNAME),MINGW32)\n\tCOMPILER = --compiler=mingw32\nendif\n\nall: adaptagrams\n\nadaptagrams_wrap.cxx: clean adaptagrams.i\n\t# use Swig version 3\n\tswig -DNDEBUG -c++ -python adaptagrams.i\n\nadaptagrams: adaptagrams_wrap.cxx\n\t# change to 'python' on Windows\n\tpython3 swig-python3-setup.py build_ext --inplace $(COMPILER)\n\nrealclean: clean\n\nclean: mostlyclean\n\trm -f _adaptagrams.so _adaptagrams.dylib _adaptagrams.dll\n\trm -f adaptagrams.py\n\nmostlyclean:\n\trm -f swig-worked\n\trm -f adaptagrams_wrap.o adaptagrams_wrap.cxx\n\n.PHONY: all clean mostlyclean realclean\n\n"
  },
  {
    "path": "cola/Makefile.am",
    "content": "ACLOCAL_AMFLAGS = -I m4\nAUTOMAKE_OPTIONS = gnu\nSUBDIRS = libavoid libvpsc libcola libtopology libdialect\n\n"
  },
  {
    "path": "cola/NEWS",
    "content": ""
  },
  {
    "path": "cola/README",
    "content": "See README.md in the parent directory.\n"
  },
  {
    "path": "cola/__init__.py",
    "content": ""
  },
  {
    "path": "cola/adaptagrams.i",
    "content": "/* This is a SWIG interface file for generating interfaces to the Adpatagrams\n * libraries for languages other than C++.  It has currently been tested from\n * Java and Python, but could be adapted for other languages.\n */\n\n/* File : adaptagrams.i */\n%module(directors=\"1\") adaptagrams\n\n/* Allow target language to subclass and implement virtual methods for\n * these classes.\n */\n%feature(\"director\") Avoid::Router;\n%feature(\"director\") cola::TestConvergence;\n\n#ifdef SWIGJAVA\n/* Allow enum values to be logically ORed together as flags. */\n%include \"enumtypeunsafe.swg\"\n#endif\n\n%{\n\n#ifdef SWIGPYTHON\n#define SWIG_FILE_WITH_INIT\n#endif\n\n#include <vector>\n#include <libvpsc/rectangle.h>\n#include <libvpsc/assertions.h>\n#include <libcola/cola.h>\n#include <libcola/cluster.h>\n#include <libcola/convex_hull.h>\n#include <libcola/compound_constraints.h>\n#include <libcola/exceptions.h>\n#include <libtopology/topology_graph.h>\n#include <libtopology/cola_topology_addon.h>\n#include <libavoid/libavoid.h>\n#include <libtopology/orthogonal_topology.h>\n#include <libdialect/aca.h>\n#include <libdialect/chains.h>\n#include <libdialect/commontypes.h>\n#include <libdialect/constraints.h>\n#include <libdialect/faces.h>\n#include <libdialect/graphs.h>\n#include <libdialect/hola.h>\n#include <libdialect/io.h>\n#include <libdialect/nearalign.h>\n#include <libdialect/nodeconfig.h>\n#include <libdialect/opts.h>\n#include <libdialect/ortho.h>\n#include <libdialect/peeling.h>\n#include <libdialect/planarise.h>\n#include <libdialect/routing.h>\n#include <libdialect/treeplacement.h>\n#include <libdialect/trees.h>\n/* Includes the header in the wrapper code */\n\nusing namespace Avoid;\nusing namespace cola;\nusing namespace hull;\nusing namespace vpsc;\nusing namespace topology;\nusing namespace dialect;\n\n%}\n\n%ignore Avoid::XDIM;\n%ignore Avoid::YDIM;\n%ignore Avoid::Point::operator[];\n%ignore cola::PreIteration::operator();\n%ignore cola::PreIteration::locksNotUsed;\n//%ignore cola::TestConvergence::operator();\n%ignore operator<<(std::ostream &os, vpsc::Rectangle const &r);\n%ignore vpsc::Rectangle::setXBorder(double);\n%ignore vpsc::Rectangle::setYBorder(double);\n%ignore vpsc::assertNoOverlaps(const Rectangles& rs);\n%ignore Avoid::Point::operator==(const Point&) const;\n%ignore Avoid::Point::operator!=(const Point&) const;\n%ignore Avoid::Point::operator<(const Point&) const;\n%ignore Avoid::Point::operator-(const Point&) const;\n%ignore Avoid::Point::operator+(const Point&) const;\n%ignore Avoid::ShapeConnectionPin::operator<(const ShapeConnectionPin& rhs) const;\n%ignore Avoid::ShapeConnectionPin::operator==(const ShapeConnectionPin& rhs) const;\n%ignore Avoid::CmpConnPinPtr::operator()(const ShapeConnectionPin *lhs, const ShapeConnectionPin *rhs) const;\n%ignore cola::SubConstraint;\n%ignore cola::SubConstraintAlternatives;\n%ignore cola::SubConstraintInfo;\n%ignore std::vector<cola::SubConstraintInfo>;\n%ignore cola::NonOverlapConstraints;\n%ignore cola::Resize::Resize();\n%ignore vpsc::Constraint::Constraint();\n%ignore topology::Segment;\n%ignore topology::EdgePoint::inSegment;\n%ignore topology::EdgePoint::outSegment;\n%ignore topology::EdgePoint::bendConstraint;\n%ignore topology::EdgePoint::prune();\n%ignore topology::EdgePoint::getBendConstraint(std::vector<TopologyConstraint*>* ts);\n%ignore topology::EdgePoint::createBendConstraint();\n%ignore topology::EdgePoint::deleteBendConstraint();\n%ignore topology::Edge::firstSegment;\n%ignore topology::Edge::lastSegment;\n%ignore topology::Edge::getTopologyConstraints(std::vector<TopologyConstraint*>* ts) const;\n%ignore topology::Edge::getRoute() const;\n%ignore topology::Edge::toString() const;\n%ignore topology::Edge::toString() const;\n%ignore topology::assertConvexBends(const Edges&);\n%ignore topology::assertNoSegmentRectIntersection(const Nodes&, const Edges&);\n%ignore topology::assertNoZeroLengthEdgeSegments(const Edges& es);\n%ignore topology::compute_stress(const Edges&);\n%ignore topology::printEdges(const Edges&);\n%ignore dialect::Node::operator=(const dialect::Node&);\n%ignore dialect::Edge::operator=(const dialect::Edge&);\n%ignore dialect::Graph::operator=(const Graph);\n%ignore dialect::PeeledNode::operator=(const PeeledNode&);\n%ignore operator+(const dialect::BoundingBox&, const dialect::BoundingBox&);\n%ignore operator+(const dialect::ProjSeq&, const dialect::ProjSeq&);\n%ignore operator==(const dialect::BoundingBox&, const dialect::BoundingBox&);\n%ignore operator!=(const dialect::BoundingBox&, const dialect::BoundingBox&);\n%ignore dialect::identifyRootNode(const Graph&);\n%ignore dialect::negateSepDir(SepDir);\n%ignore dialect::swap(Graph&, Graph&);\n%ignore dialect::ProjSeq::operator+=(const ProjSeq&);\n%ignore dialect::BoundingBox::operator+=(const BoundingBox&);\n%ignore dialect::NodeIdCmp::operator()(id_type, const std::pair<id_type, Node_SP>&) const;\n%ignore dialect::NodeIdCmp::operator()(const std::pair<id_type, Node_SP>&, id_type) const;\n%ignore dialect::operator&(AlignmentFlag, AlignmentFlag);\n%ignore dialect::operator|=(AlignmentFlag&, AlignmentFlag);\n\n%include \"std_string.i\"\n%include \"std_vector.i\"\n%include \"std_deque.i\"\n%include \"std_pair.i\"\n%include \"std_map.i\"\n%include \"std_shared_ptr.i\"\n\n#ifdef SWIGJAVA\n/* Wrap every C++ action in try/catch statement so we convert all \n * possible C++ exceptions (generated from C++ assertion failures)\n * into Java exceptions.\n */\n%exception {\n    try {\n        $action\n    } catch(vpsc::CriticalFailure cf) {\n        jclass excep = jenv->FindClass(\"org/adaptagrams/ColaException\");\n        if (excep)\n            jenv->ThrowNew(excep, cf.what().c_str());\n    } catch(cola::InvalidVariableIndexException ivi) {\n        jclass excep = jenv->FindClass(\"org/adaptagrams/ColaException\");\n        if (excep)\n            jenv->ThrowNew(excep, ivi.what().c_str());\n    } \n}\n\n/* Define a Java ColaException class.\n */\n%typemap(javabase) cola::ColaException \"java.lang.Exception\";\n%inline %{\nnamespace cola {\nclass ColaException {\n    public:\n        ColaException(const std::string& msg) : message(msg) {}\n        std::string getMessage() {\n            return message;\n        }\n    private:\n      std::string message;\n};\n}\n%}\n#endif\n\n/* We have a problem where in garbage collected languages like Java and Python,\n * objects that appear to no longer be used and go out of scope can cause \n * their corresponding internal C++ instances to be freed prematurely.  \n * For this reason we generate empty finialise methods for the following \n * classes and clean them up later.\n *\n * For libavoid, the Router instance takes ownership of these objects and \n * deletes them when it is freed.  For the cola/vpsc classes, a Java/Python\n * user can call ConstrainedFDLayout::freeAssociatedObjects() to free this \n * memory.\n */\n%nodefaultdtor vpsc::Rectangle;\n%nodefaultdtor cola::CompoundConstraint;\n%nodefaultdtor cola::AlignmentConstraint;\n%nodefaultdtor cola::BoundaryConstraint;\n%nodefaultdtor cola::DistributionConstraint;\n%nodefaultdtor cola::MultiSeparationConstraint;\n%nodefaultdtor cola::PageBoundaryConstraints;\n%nodefaultdtor cola::SeparationConstraint;\n%nodefaultdtor cola::OrthogonalEdgeConstraint;\n%nodefaultdtor cola::FixedRelativeConstraint;\n%nodefaultdtor cola::Cluster;\n%nodefaultdtor cola::RootCluster;\n%nodefaultdtor cola::ConvexCluster;\n%nodefaultdtor cola::RectangularCluster;\n%nodefaultdtor Avoid::ShapeRef;\n%nodefaultdtor Avoid::ConnRef;\n%nodefaultdtor Avoid::ClusterRef;\n%nodefaultdtor Avoid::JunctionRef;\n%nodefaultdtor Avoid::Obstacle;\n%nodefaultdtor Avoid::ShapeConnectionPin;\n%nodefaultdtor cola::PreIteration;\n%nodefaultdtor cola::TestConvergence;\n%nodefaultdtor cola::Lock;\n%nodefaultdtor cola::Resize;\n%nodefaultdtor topology::Node;\n%nodefaultdtor topology::Edge;\n%nodefaultdtor topology::EdgePoint;\n%nodefaultdtor topology::ColaTopologyAddon;\n%nodefaultdtor dialect::ACALayout;\n%nodefaultdtor dialect::Graph;\n%nodefaultdtor dialect::Node;\n%nodefaultdtor dialect::Edge;\n\n%include \"libdialect/commontypes.h\"\n\n%template(Chars) std::vector<char>;\n%template(Unsigneds) std::vector<unsigned>;\n%template(Doubles) std::vector<double>;\n\n%template(UnsatisfiableConstraintInfoPtrs) std::vector<cola::UnsatisfiableConstraintInfo *>;\n%template(ColaEdge) std::pair<unsigned,unsigned>;\n%template(ColaEdges) std::vector< std::pair<unsigned,unsigned> >;\n%template(RectanglePtrs) std::vector<vpsc::Rectangle*>;\n%template(CompoundConstraintPtrs) std::vector<cola::CompoundConstraint*>;\n%template(ColaLocks) std::vector<cola::Lock>;\n%template(ColaResizes) std::vector<cola::Resize>;\n%template(ColaDesiredPositions) std::vector<cola::DesiredPosition>;\n%template(TopologyEdgePointPtrs) std::vector<topology::EdgePoint*>;\n%template(TopologyEdgePointConstPtrs) std::vector<const topology::EdgePoint*>;\n%template(TopologyEdgePtrs) std::vector<topology::Edge*>;\n%template(TopologyNodePtrs) std::vector<topology::Node*>;\n%template(ColaClusters) std::vector<cola::Cluster*>;\n%template(AvoidPoints) std::vector<Avoid::Point>;\n%template(AvoidCheckpoints) std::vector<Avoid::Checkpoint>;\n%template(OrderedAlignmentPtrs) std::vector<dialect::OrderedAlignment*>;\n%template(TreePtrs) std::vector<std::shared_ptr<dialect::Tree>>;\n%template(ChainPtrs) std::vector<std::shared_ptr<dialect::Chain>>;\n%template(DialectNodes) std::vector<std::shared_ptr<dialect::Node>>;\n%template(DialectNodeLookup) std::map<dialect::id_type, std::shared_ptr<dialect::Node>>;\n%template(DialectNodeDeques) std::vector<std::deque<std::shared_ptr<dialect::Node>>>;\n\n%inline %{\nvoid doubleArraySet(double *a, int i, double val) {\n   a[i] = val;\n}\ndouble doubleArrayGet(const double *a, int i) {\n   return a[i];\n}\ndouble *newDoubleArray(int size) {\n   return new double[size];\n}\nvoid deleteDoubleArray(double* a) {\n   delete a;\n}\n%}\n\n%rename(ColaTestConvergenceOperator) cola::TestConvergence::operator();\n\n%rename(AvoidBox) Avoid::Box;\n%rename(AvoidEdge) Avoid::Edge;\n%rename(AvoidRectangle) Avoid::Rectangle;\n%rename(AvoidTopologyAddonInterface) Avoid::TopologyAddonInterface;\n\n%rename(getVarConst) topology::Node::getVar() const;\n\n%rename(DialectNode) dialect::Node;\n%rename(DialectEdge) dialect::Edge;\n\n%rename(X1) dialect::BoundingBox::x;\n%rename(Y1) dialect::BoundingBox::y;\n%rename(X2) dialect::BoundingBox::X;\n%rename(Y2) dialect::BoundingBox::Y;\n\n%shared_ptr(dialect::Node)\n%shared_ptr(dialect::GhostNode)\n%shared_ptr(dialect::PeeledNode)\n%shared_ptr(dialect::Graph)\n%shared_ptr(dialect::Tree)\n%shared_ptr(dialect::Side)\n%shared_ptr(dialect::Nexus)\n%shared_ptr(dialect::Face)\n%shared_ptr(dialect::FaceSet)\n%shared_ptr(dialect::TreePlacement)\n%shared_ptr(dialect::Chain)\n\n/* %warnfilter(315) dialect::Edge; */\n%ignore dialect::Edge::m_tgt;\n\n\n\n\n/* Parse the header file to generate wrappers */\n%include \"libvpsc/rectangle.h\"\n%include \"libvpsc/assertions.h\"\n%include \"libcola/compound_constraints.h\"\n\n%include \"libcola/cola.h\"\n%include \"libcola/cluster.h\"\n%include \"libcola/convex_hull.h\"\n%include \"libcola/exceptions.h\"\n\n%include \"libavoid/dllexport.h\"\n%include \"libavoid/geometry.h\"\n%include \"libavoid/geomtypes.h\"\n%include \"libavoid/connend.h\"\n%include \"libavoid/router.h\"\n%include \"libavoid/connector.h\"\n%include \"libavoid/obstacle.h\"\n%include \"libavoid/shape.h\"\n%include \"libavoid/junction.h\"\n%include \"libavoid/viscluster.h\"\n%include \"libavoid/connectionpin.h\"\n\n%include \"libtopology/topology_graph.h\"\n%include \"libtopology/cola_topology_addon.h\"\n%include \"libtopology/orthogonal_topology.h\"\n\n%include \"libdialect/aca.h\"\n%include \"libdialect/chains.h\"\n%include \"libdialect/constraints.h\"\n%include \"libdialect/faces.h\"\n%include \"libdialect/graphs.h\"\n%include \"libdialect/hola.h\"\n%include \"libdialect/io.h\"\n%include \"libdialect/nearalign.h\"\n%include \"libdialect/nodeconfig.h\"\n%include \"libdialect/opts.h\"\n%include \"libdialect/ortho.h\"\n%include \"libdialect/peeling.h\"\n%include \"libdialect/planarise.h\"\n%include \"libdialect/routing.h\"\n%include \"libdialect/treeplacement.h\"\n%include \"libdialect/trees.h\"\n\n"
  },
  {
    "path": "cola/autogen.sh",
    "content": "#!/bin/sh -xe\n#\n# We use gnu automake to build.  I've tried to make the contents of the\n# repository as platform agnostic as possible, so you'll need to call\n# autoreconf before configure.\n\n# Make m4 directory, otherwise autoreconf fails when it doesn't exist.\nmkdir -p m4\n\nautoreconf --install --verbose\n\n# The following sequence gives the manual steps if autoreconf isn't available.\n#\n#aclocal $ACLOCAL_FLAGS\n#glibtoolize\n#autoheader\n#autoconf\n#automake -a --add-missing\n\n\n# Configure.\n./configure\n# Compile with CXXFLAGS=\"-std=c++11\" when using g++ 14 or newer\n# ./configure CXXFLAGS=\"-std=c++11\"\n\n# Instead, use this line if building for SWIG Java or SWIG Python 3:\n# ./configure CPPFLAGS=\"-DUSE_ASSERT_EXCEPTIONS\"\n# Compile with CXXFLAGS=\"-std=c++11\" when using g++ 14 or newer\n# ./configure CXXFLAGS=\"-std=c++11\" CPPFLAGS=\"-DUSE_ASSERT_EXCEPTIONS\"\n\n# Instead, use this line if building for SWIG Python:\n# (this line doesn't seem to work anymore, it's causing problems in particular with\n# libdialect and \"-O3 -DNDEBUG\")\n# ./configure CXXFLAGS=\"-O3 -DNDEBUG -arch x86_64 -arch i386\" LDFLAGS=\"-arch x86_64 -arch i386\"\n\n# Instead, use this line for development and for debugging the tests:\n#./configure --disable-shared CXXFLAGS=\"-g -O0\"\n\nmake\n\n# The following builds examples and tests for each of the libraries.\n# Please look at these before sending me questions.\nmake check\n\n"
  },
  {
    "path": "cola/buildPythonSWIG.sh",
    "content": "#!/bin/sh\n\nmake -f Makefile-swig-python CPPFLAGS=\"-Wno-c++11-extensions\"\n\n"
  },
  {
    "path": "cola/buildSWIGVersionForMac.sh",
    "content": "#!/bin/sh\n\n# Builds a universeral 32/64-bet Mac Java version of the Adaptagrams libraries.\n\nFATFLAGS=\"-arch i386 -arch x86_64\"\n\nmkdir -p m4\nautoreconf --install --verbose\n\n./configure --disable-dependency-tracking CPPFLAGS=\"-DNDEBUG -O3 -DUSE_ASSERT_EXCEPTIONS\" CXXFLAGS=\"$FATFLAGS\" LDFLAGS=\"$FATFLAGS\"\n\nmake clean\nmake -j8\nmake -f Makefile-swig-java CXXFLAGS=\"$FATFLAGS\" LDFLAGS=\"$FATFLAGS\"\nmake -f Makefile-swig-python\n\n"
  },
  {
    "path": "cola/configure.ac",
    "content": "AC_INIT([libcola],[0.1])\nAC_CONFIG_MACRO_DIR([m4])\nAC_CONFIG_SRCDIR(libcola/cola.h)\nAC_CONFIG_HEADERS([libcola/config.h])\nAM_INIT_AUTOMAKE\n# able to choose or disable these two at configure time:\nAC_ENABLE_STATIC\nAC_ENABLE_SHARED\nAC_PROG_CXX\nAC_PROG_CC\nAC_PROG_LIBTOOL\nLT_INIT\nAC_PROG_INSTALL\n#AC_DEFINE(TRACE_LOGGING)\ndnl ******************************\ndnl   Compilation warnings\ndnl ******************************\nif test \"$GXX\" = \"yes\"; then\n  # Use C++11 Extensions\n  CXXFLAGS=\"-std=gnu++11 $CXXFLAGS\"\n  dnl Alternatively (https://askubuntu.com/a/773293),\n  dnl CXXFLAGS=\"-std=c++11 $CXXFLAGS\"\n  case \"$host_os\" in\n    darwin*)\n      dnl See https://stackoverflow.com/a/14657009\n      CXXFLAGS=\"-stdlib=libc++ $CXXFLAGS\"\n      ;;\n  esac\n\n  # Enable some warnings from g++.\n  CXXFLAGS=\"-Wall -W -Wpointer-arith -Wcast-align -Wsign-compare -Woverloaded-virtual -Wswitch  $CXXFLAGS\"\n\n  dnl Test for arch-specific situations.\n  case \"$host_cpu\" in\n    mips|mipsel)\n      dnl Symbol tables can get too large: this uses alternate tables\n      dnl See http://bugs.debian.org/cgi-bin/bugreport.cgi?bug=283476\n      CXXFLAGS=\"$CXXFLAGS -Wa,-xgot\"\n      CFLAGS=\"$CFLAGS -Wa,-xgot\"\n      ;;\n  esac\nfi\n\n# If we are on a Windows OS using MinGW, extend the linker flags by '-no-undefined'\n# to avoid linker warnings\nif test \"x$host_os\" = \"xmingw32\"; then\n  AM_LDFLAGS=\"$AM_LDFLAGS -no-undefined\"\nfi\n# Distribute the changed linker flags among the Makefiles\nAC_SUBST(AM_LDFLAGS)\n\n#AC_CHECK_LIB(cairomm-1.0,cairo_create)\nPKG_CHECK_MODULES(CAIROMM,cairomm-1.0,cairomm=yes,cairomm=no)\nif test \"x$cairomm\" = \"xyes\"; then\n\tAC_DEFINE(HAVE_CAIROMM, 1, [Enable CairoMM code])\nfi\nAC_SUBST(CAIROMM_CFLAGS)\nAC_SUBST(CAIROMM_LIBS)\n\nAH_BOTTOM([ \n  \n])\n\nAC_CONFIG_FILES([Makefile libcola/Makefile libcola/tests/Makefile libvpsc/Makefile libvpsc/tests/Makefile libtopology/Makefile libtopology/tests/Makefile libavoid/Makefile libavoid/tests/Makefile libdialect/Makefile libdialect/tests/Makefile libcola/libcola.pc libavoid/libavoid.pc libvpsc/libvpsc.pc libtopology/libtopology.pc libdialect/libdialect.pc])\nAC_OUTPUT\n"
  },
  {
    "path": "cola/libavoid/Doxyfile",
    "content": "# Doxyfile 1.9.8\n\n# This file describes the settings to be used by the documentation system\n# doxygen (www.doxygen.org) for a project.\n#\n# All text after a double hash (##) is considered a comment and is placed in\n# front of the TAG it is preceding.\n#\n# All text after a single hash (#) is considered a comment and will be ignored.\n# The format is:\n# TAG = value [value, ...]\n# For lists, items can also be appended using:\n# TAG += value [value, ...]\n# Values that contain spaces should be placed between quotes (\\\" \\\").\n#\n# Note:\n#\n# Use doxygen to compare the used configuration file with the template\n# configuration file:\n# doxygen -x [configFile]\n# Use doxygen to compare the used configuration file with the template\n# configuration file without replacing the environment variables or CMake type\n# replacement variables:\n# doxygen -x_noenv [configFile]\n\n#---------------------------------------------------------------------------\n# Project related configuration options\n#---------------------------------------------------------------------------\n\n# This tag specifies the encoding used for all characters in the configuration\n# file that follow. The default is UTF-8 which is also the encoding used for all\n# text before the first occurrence of this tag. Doxygen uses libiconv (or the\n# iconv built into libc) for the transcoding. See\n# https://www.gnu.org/software/libiconv/ for the list of possible encodings.\n# The default value is: UTF-8.\n\nDOXYFILE_ENCODING      = UTF-8\n\n# The PROJECT_NAME tag is a single word (or a sequence of words surrounded by\n# double-quotes, unless you are using Doxywizard) that should identify the\n# project for which the documentation is generated. This name is used in the\n# title of most generated pages and in a few other places.\n# The default value is: My Project.\n\nPROJECT_NAME           = libavoid\n\n# The PROJECT_NUMBER tag can be used to enter a project or revision number. This\n# could be handy for archiving the generated documentation or if some version\n# control system is used.\n\nPROJECT_NUMBER         =\n\n# Using the PROJECT_BRIEF tag one can provide an optional one line description\n# for a project that appears at the top of each page and should give viewer a\n# quick idea about the purpose of the project. Keep the description short.\n\nPROJECT_BRIEF          =\n\n# With the PROJECT_LOGO tag one can specify a logo or an icon that is included\n# in the documentation. The maximum height of the logo should not exceed 55\n# pixels and the maximum width should not exceed 200 pixels. Doxygen will copy\n# the logo to the output directory.\n\nPROJECT_LOGO           =\n\n# The OUTPUT_DIRECTORY tag is used to specify the (relative or absolute) path\n# into which the generated documentation will be written. If a relative path is\n# entered, it will be relative to the location where doxygen was started. If\n# left blank the current directory will be used.\n\nOUTPUT_DIRECTORY       = doc\n\n# If the CREATE_SUBDIRS tag is set to YES then doxygen will create up to 4096\n# sub-directories (in 2 levels) under the output directory of each output format\n# and will distribute the generated files over these directories. Enabling this\n# option can be useful when feeding doxygen a huge amount of source files, where\n# putting all generated files in the same directory would otherwise causes\n# performance problems for the file system. Adapt CREATE_SUBDIRS_LEVEL to\n# control the number of sub-directories.\n# The default value is: NO.\n\nCREATE_SUBDIRS         = NO\n\n# Controls the number of sub-directories that will be created when\n# CREATE_SUBDIRS tag is set to YES. Level 0 represents 16 directories, and every\n# level increment doubles the number of directories, resulting in 4096\n# directories at level 8 which is the default and also the maximum value. The\n# sub-directories are organized in 2 levels, the first level always has a fixed\n# number of 16 directories.\n# Minimum value: 0, maximum value: 8, default value: 8.\n# This tag requires that the tag CREATE_SUBDIRS is set to YES.\n\nCREATE_SUBDIRS_LEVEL   = 8\n\n# If the ALLOW_UNICODE_NAMES tag is set to YES, doxygen will allow non-ASCII\n# characters to appear in the names of generated files. If set to NO, non-ASCII\n# characters will be escaped, for example _xE3_x81_x84 will be used for Unicode\n# U+3044.\n# The default value is: NO.\n\nALLOW_UNICODE_NAMES    = NO\n\n# The OUTPUT_LANGUAGE tag is used to specify the language in which all\n# documentation generated by doxygen is written. Doxygen will use this\n# information to generate all constant output in the proper language.\n# Possible values are: Afrikaans, Arabic, Armenian, Brazilian, Bulgarian,\n# Catalan, Chinese, Chinese-Traditional, Croatian, Czech, Danish, Dutch, English\n# (United States), Esperanto, Farsi (Persian), Finnish, French, German, Greek,\n# Hindi, Hungarian, Indonesian, Italian, Japanese, Japanese-en (Japanese with\n# English messages), Korean, Korean-en (Korean with English messages), Latvian,\n# Lithuanian, Macedonian, Norwegian, Persian (Farsi), Polish, Portuguese,\n# Romanian, Russian, Serbian, Serbian-Cyrillic, Slovak, Slovene, Spanish,\n# Swedish, Turkish, Ukrainian and Vietnamese.\n# The default value is: English.\n\nOUTPUT_LANGUAGE        = English\n\n# If the BRIEF_MEMBER_DESC tag is set to YES, doxygen will include brief member\n# descriptions after the members that are listed in the file and class\n# documentation (similar to Javadoc). Set to NO to disable this.\n# The default value is: YES.\n\nBRIEF_MEMBER_DESC      = YES\n\n# If the REPEAT_BRIEF tag is set to YES, doxygen will prepend the brief\n# description of a member or function before the detailed description\n#\n# Note: If both HIDE_UNDOC_MEMBERS and BRIEF_MEMBER_DESC are set to NO, the\n# brief descriptions will be completely suppressed.\n# The default value is: YES.\n\nREPEAT_BRIEF           = YES\n\n# This tag implements a quasi-intelligent brief description abbreviator that is\n# used to form the text in various listings. Each string in this list, if found\n# as the leading text of the brief description, will be stripped from the text\n# and the result, after processing the whole list, is used as the annotated\n# text. Otherwise, the brief description is used as-is. If left blank, the\n# following values are used ($name is automatically replaced with the name of\n# the entity):The $name class, The $name widget, The $name file, is, provides,\n# specifies, contains, represents, a, an and the.\n\nABBREVIATE_BRIEF       =\n\n# If the ALWAYS_DETAILED_SEC and REPEAT_BRIEF tags are both set to YES then\n# doxygen will generate a detailed section even if there is only a brief\n# description.\n# The default value is: NO.\n\nALWAYS_DETAILED_SEC    = NO\n\n# If the INLINE_INHERITED_MEMB tag is set to YES, doxygen will show all\n# inherited members of a class in the documentation of that class as if those\n# members were ordinary class members. Constructors, destructors and assignment\n# operators of the base classes will not be shown.\n# The default value is: NO.\n\nINLINE_INHERITED_MEMB  = YES\n\n# If the FULL_PATH_NAMES tag is set to YES, doxygen will prepend the full path\n# before files name in the file list and in the header files. If set to NO the\n# shortest path that makes the file name unique will be used\n# The default value is: YES.\n\nFULL_PATH_NAMES        = YES\n\n# The STRIP_FROM_PATH tag can be used to strip a user-defined part of the path.\n# Stripping is only done if one of the specified strings matches the left-hand\n# part of the path. The tag can be used to show relative paths in the file list.\n# If left blank the directory from which doxygen is run is used as the path to\n# strip.\n#\n# Note that you can specify absolute paths here, but also relative paths, which\n# will be relative from the directory where doxygen is started.\n# This tag requires that the tag FULL_PATH_NAMES is set to YES.\n\nSTRIP_FROM_PATH        =\n\n# The STRIP_FROM_INC_PATH tag can be used to strip a user-defined part of the\n# path mentioned in the documentation of a class, which tells the reader which\n# header file to include in order to use a class. If left blank only the name of\n# the header file containing the class definition is used. Otherwise one should\n# specify the list of include paths that are normally passed to the compiler\n# using the -I flag.\n\nSTRIP_FROM_INC_PATH    =\n\n# If the SHORT_NAMES tag is set to YES, doxygen will generate much shorter (but\n# less readable) file names. This can be useful is your file systems doesn't\n# support long names like on DOS, Mac, or CD-ROM.\n# The default value is: NO.\n\nSHORT_NAMES            = NO\n\n# If the JAVADOC_AUTOBRIEF tag is set to YES then doxygen will interpret the\n# first line (until the first dot) of a Javadoc-style comment as the brief\n# description. If set to NO, the Javadoc-style will behave just like regular Qt-\n# style comments (thus requiring an explicit @brief command for a brief\n# description.)\n# The default value is: NO.\n\nJAVADOC_AUTOBRIEF      = NO\n\n# If the JAVADOC_BANNER tag is set to YES then doxygen will interpret a line\n# such as\n# /***************\n# as being the beginning of a Javadoc-style comment \"banner\". If set to NO, the\n# Javadoc-style will behave just like regular comments and it will not be\n# interpreted by doxygen.\n# The default value is: NO.\n\nJAVADOC_BANNER         = NO\n\n# If the QT_AUTOBRIEF tag is set to YES then doxygen will interpret the first\n# line (until the first dot) of a Qt-style comment as the brief description. If\n# set to NO, the Qt-style will behave just like regular Qt-style comments (thus\n# requiring an explicit \\brief command for a brief description.)\n# The default value is: NO.\n\nQT_AUTOBRIEF           = NO\n\n# The MULTILINE_CPP_IS_BRIEF tag can be set to YES to make doxygen treat a\n# multi-line C++ special comment block (i.e. a block of //! or /// comments) as\n# a brief description. This used to be the default behavior. The new default is\n# to treat a multi-line C++ comment block as a detailed description. Set this\n# tag to YES if you prefer the old behavior instead.\n#\n# Note that setting this tag to YES also means that rational rose comments are\n# not recognized any more.\n# The default value is: NO.\n\nMULTILINE_CPP_IS_BRIEF = NO\n\n# By default Python docstrings are displayed as preformatted text and doxygen's\n# special commands cannot be used. By setting PYTHON_DOCSTRING to NO the\n# doxygen's special commands can be used and the contents of the docstring\n# documentation blocks is shown as doxygen documentation.\n# The default value is: YES.\n\nPYTHON_DOCSTRING       = YES\n\n# If the INHERIT_DOCS tag is set to YES then an undocumented member inherits the\n# documentation from any documented member that it re-implements.\n# The default value is: YES.\n\nINHERIT_DOCS           = YES\n\n# If the SEPARATE_MEMBER_PAGES tag is set to YES then doxygen will produce a new\n# page for each member. If set to NO, the documentation of a member will be part\n# of the file/class/namespace that contains it.\n# The default value is: NO.\n\nSEPARATE_MEMBER_PAGES  = NO\n\n# The TAB_SIZE tag can be used to set the number of spaces in a tab. Doxygen\n# uses this value to replace tabs by spaces in code fragments.\n# Minimum value: 1, maximum value: 16, default value: 4.\n\nTAB_SIZE               = 8\n\n# This tag can be used to specify a number of aliases that act as commands in\n# the documentation. An alias has the form:\n# name=value\n# For example adding\n# \"sideeffect=@par Side Effects:^^\"\n# will allow you to put the command \\sideeffect (or @sideeffect) in the\n# documentation, which will result in a user-defined paragraph with heading\n# \"Side Effects:\". Note that you cannot put \\n's in the value part of an alias\n# to insert newlines (in the resulting output). You can put ^^ in the value part\n# of an alias to insert a newline as if a physical newline was in the original\n# file. When you need a literal { or } or , in the value part of an alias you\n# have to escape them by means of a backslash (\\), this can lead to conflicts\n# with the commands \\{ and \\} for these it is advised to use the version @{ and\n# @} or use a double escape (\\\\{ and \\\\})\n\nALIASES                =\n\n# Set the OPTIMIZE_OUTPUT_FOR_C tag to YES if your project consists of C sources\n# only. Doxygen will then generate output that is more tailored for C. For\n# instance, some of the names that are used will be different. The list of all\n# members will be omitted, etc.\n# The default value is: NO.\n\nOPTIMIZE_OUTPUT_FOR_C  = NO\n\n# Set the OPTIMIZE_OUTPUT_JAVA tag to YES if your project consists of Java or\n# Python sources only. Doxygen will then generate output that is more tailored\n# for that language. For instance, namespaces will be presented as packages,\n# qualified scopes will look different, etc.\n# The default value is: NO.\n\nOPTIMIZE_OUTPUT_JAVA   = NO\n\n# Set the OPTIMIZE_FOR_FORTRAN tag to YES if your project consists of Fortran\n# sources. Doxygen will then generate output that is tailored for Fortran.\n# The default value is: NO.\n\nOPTIMIZE_FOR_FORTRAN   = NO\n\n# Set the OPTIMIZE_OUTPUT_VHDL tag to YES if your project consists of VHDL\n# sources. Doxygen will then generate output that is tailored for VHDL.\n# The default value is: NO.\n\nOPTIMIZE_OUTPUT_VHDL   = NO\n\n# Set the OPTIMIZE_OUTPUT_SLICE tag to YES if your project consists of Slice\n# sources only. Doxygen will then generate output that is more tailored for that\n# language. For instance, namespaces will be presented as modules, types will be\n# separated into more groups, etc.\n# The default value is: NO.\n\nOPTIMIZE_OUTPUT_SLICE  = NO\n\n# Doxygen selects the parser to use depending on the extension of the files it\n# parses. With this tag you can assign which parser to use for a given\n# extension. Doxygen has a built-in mapping, but you can override or extend it\n# using this tag. The format is ext=language, where ext is a file extension, and\n# language is one of the parsers supported by doxygen: IDL, Java, JavaScript,\n# Csharp (C#), C, C++, Lex, D, PHP, md (Markdown), Objective-C, Python, Slice,\n# VHDL, Fortran (fixed format Fortran: FortranFixed, free formatted Fortran:\n# FortranFree, unknown formatted Fortran: Fortran. In the later case the parser\n# tries to guess whether the code is fixed or free formatted code, this is the\n# default for Fortran type files). For instance to make doxygen treat .inc files\n# as Fortran files (default is PHP), and .f files as C (default is Fortran),\n# use: inc=Fortran f=C.\n#\n# Note: For files without extension you can use no_extension as a placeholder.\n#\n# Note that for custom extensions you also need to set FILE_PATTERNS otherwise\n# the files are not read by doxygen. When specifying no_extension you should add\n# * to the FILE_PATTERNS.\n#\n# Note see also the list of default file extension mappings.\n\nEXTENSION_MAPPING      =\n\n# If the MARKDOWN_SUPPORT tag is enabled then doxygen pre-processes all comments\n# according to the Markdown format, which allows for more readable\n# documentation. See https://daringfireball.net/projects/markdown/ for details.\n# The output of markdown processing is further processed by doxygen, so you can\n# mix doxygen, HTML, and XML commands with Markdown formatting. Disable only in\n# case of backward compatibilities issues.\n# The default value is: YES.\n\nMARKDOWN_SUPPORT       = YES\n\n# When the TOC_INCLUDE_HEADINGS tag is set to a non-zero value, all headings up\n# to that level are automatically included in the table of contents, even if\n# they do not have an id attribute.\n# Note: This feature currently applies only to Markdown headings.\n# Minimum value: 0, maximum value: 99, default value: 5.\n# This tag requires that the tag MARKDOWN_SUPPORT is set to YES.\n\nTOC_INCLUDE_HEADINGS   = 0\n\n# The MARKDOWN_ID_STYLE tag can be used to specify the algorithm used to\n# generate identifiers for the Markdown headings. Note: Every identifier is\n# unique.\n# Possible values are: DOXYGEN use a fixed 'autotoc_md' string followed by a\n# sequence number starting at 0 and GITHUB use the lower case version of title\n# with any whitespace replaced by '-' and punctuation characters removed.\n# The default value is: DOXYGEN.\n# This tag requires that the tag MARKDOWN_SUPPORT is set to YES.\n\nMARKDOWN_ID_STYLE      = DOXYGEN\n\n# When enabled doxygen tries to link words that correspond to documented\n# classes, or namespaces to their corresponding documentation. Such a link can\n# be prevented in individual cases by putting a % sign in front of the word or\n# globally by setting AUTOLINK_SUPPORT to NO.\n# The default value is: YES.\n\nAUTOLINK_SUPPORT       = YES\n\n# If you use STL classes (i.e. std::string, std::vector, etc.) but do not want\n# to include (a tag file for) the STL sources as input, then you should set this\n# tag to YES in order to let doxygen match functions declarations and\n# definitions whose arguments contain STL classes (e.g. func(std::string);\n# versus func(std::string) {}). This also make the inheritance and collaboration\n# diagrams that involve STL classes more complete and accurate.\n# The default value is: NO.\n\nBUILTIN_STL_SUPPORT    = NO\n\n# If you use Microsoft's C++/CLI language, you should set this option to YES to\n# enable parsing support.\n# The default value is: NO.\n\nCPP_CLI_SUPPORT        = NO\n\n# Set the SIP_SUPPORT tag to YES if your project consists of sip (see:\n# https://www.riverbankcomputing.com/software/sip/intro) sources only. Doxygen\n# will parse them like normal C++ but will assume all classes use public instead\n# of private inheritance when no explicit protection keyword is present.\n# The default value is: NO.\n\nSIP_SUPPORT            = NO\n\n# For Microsoft's IDL there are propget and propput attributes to indicate\n# getter and setter methods for a property. Setting this option to YES will make\n# doxygen to replace the get and set methods by a property in the documentation.\n# This will only work if the methods are indeed getting or setting a simple\n# type. If this is not the case, or you want to show the methods anyway, you\n# should set this option to NO.\n# The default value is: YES.\n\nIDL_PROPERTY_SUPPORT   = YES\n\n# If member grouping is used in the documentation and the DISTRIBUTE_GROUP_DOC\n# tag is set to YES then doxygen will reuse the documentation of the first\n# member in the group (if any) for the other members of the group. By default\n# all members of a group must be documented explicitly.\n# The default value is: NO.\n\nDISTRIBUTE_GROUP_DOC   = NO\n\n# If one adds a struct or class to a group and this option is enabled, then also\n# any nested class or struct is added to the same group. By default this option\n# is disabled and one has to add nested compounds explicitly via \\ingroup.\n# The default value is: NO.\n\nGROUP_NESTED_COMPOUNDS = NO\n\n# Set the SUBGROUPING tag to YES to allow class member groups of the same type\n# (for instance a group of public functions) to be put as a subgroup of that\n# type (e.g. under the Public Functions section). Set it to NO to prevent\n# subgrouping. Alternatively, this can be done per class using the\n# \\nosubgrouping command.\n# The default value is: YES.\n\nSUBGROUPING            = YES\n\n# When the INLINE_GROUPED_CLASSES tag is set to YES, classes, structs and unions\n# are shown inside the group in which they are included (e.g. using \\ingroup)\n# instead of on a separate page (for HTML and Man pages) or section (for LaTeX\n# and RTF).\n#\n# Note that this feature does not work in combination with\n# SEPARATE_MEMBER_PAGES.\n# The default value is: NO.\n\nINLINE_GROUPED_CLASSES = NO\n\n# When the INLINE_SIMPLE_STRUCTS tag is set to YES, structs, classes, and unions\n# with only public data fields or simple typedef fields will be shown inline in\n# the documentation of the scope in which they are defined (i.e. file,\n# namespace, or group documentation), provided this scope is documented. If set\n# to NO, structs, classes, and unions are shown on a separate page (for HTML and\n# Man pages) or section (for LaTeX and RTF).\n# The default value is: NO.\n\nINLINE_SIMPLE_STRUCTS  = NO\n\n# When TYPEDEF_HIDES_STRUCT tag is enabled, a typedef of a struct, union, or\n# enum is documented as struct, union, or enum with the name of the typedef. So\n# typedef struct TypeS {} TypeT, will appear in the documentation as a struct\n# with name TypeT. When disabled the typedef will appear as a member of a file,\n# namespace, or class. And the struct will be named TypeS. This can typically be\n# useful for C code in case the coding convention dictates that all compound\n# types are typedef'ed and only the typedef is referenced, never the tag name.\n# The default value is: NO.\n\nTYPEDEF_HIDES_STRUCT   = NO\n\n# The size of the symbol lookup cache can be set using LOOKUP_CACHE_SIZE. This\n# cache is used to resolve symbols given their name and scope. Since this can be\n# an expensive process and often the same symbol appears multiple times in the\n# code, doxygen keeps a cache of pre-resolved symbols. If the cache is too small\n# doxygen will become slower. If the cache is too large, memory is wasted. The\n# cache size is given by this formula: 2^(16+LOOKUP_CACHE_SIZE). The valid range\n# is 0..9, the default is 0, corresponding to a cache size of 2^16=65536\n# symbols. At the end of a run doxygen will report the cache usage and suggest\n# the optimal cache size from a speed point of view.\n# Minimum value: 0, maximum value: 9, default value: 0.\n\nLOOKUP_CACHE_SIZE      = 0\n\n# The NUM_PROC_THREADS specifies the number of threads doxygen is allowed to use\n# during processing. When set to 0 doxygen will based this on the number of\n# cores available in the system. You can set it explicitly to a value larger\n# than 0 to get more control over the balance between CPU load and processing\n# speed. At this moment only the input processing can be done using multiple\n# threads. Since this is still an experimental feature the default is set to 1,\n# which effectively disables parallel processing. Please report any issues you\n# encounter. Generating dot graphs in parallel is controlled by the\n# DOT_NUM_THREADS setting.\n# Minimum value: 0, maximum value: 32, default value: 1.\n\nNUM_PROC_THREADS       = 1\n\n# If the TIMESTAMP tag is set different from NO then each generated page will\n# contain the date or date and time when the page was generated. Setting this to\n# NO can help when comparing the output of multiple runs.\n# Possible values are: YES, NO, DATETIME and DATE.\n# The default value is: NO.\n\nTIMESTAMP              = YES\n\n#---------------------------------------------------------------------------\n# Build related configuration options\n#---------------------------------------------------------------------------\n\n# If the EXTRACT_ALL tag is set to YES, doxygen will assume all entities in\n# documentation are documented, even if no documentation was available. Private\n# class members and static file members will be hidden unless the\n# EXTRACT_PRIVATE respectively EXTRACT_STATIC tags are set to YES.\n# Note: This will also disable the warnings about undocumented members that are\n# normally produced when WARNINGS is set to YES.\n# The default value is: NO.\n\nEXTRACT_ALL            = NO\n\n# If the EXTRACT_PRIVATE tag is set to YES, all private members of a class will\n# be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PRIVATE        = NO\n\n# If the EXTRACT_PRIV_VIRTUAL tag is set to YES, documented private virtual\n# methods of a class will be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PRIV_VIRTUAL   = NO\n\n# If the EXTRACT_PACKAGE tag is set to YES, all members with package or internal\n# scope will be included in the documentation.\n# The default value is: NO.\n\nEXTRACT_PACKAGE        = NO\n\n# If the EXTRACT_STATIC tag is set to YES, all static members of a file will be\n# included in the documentation.\n# The default value is: NO.\n\nEXTRACT_STATIC         = NO\n\n# If the EXTRACT_LOCAL_CLASSES tag is set to YES, classes (and structs) defined\n# locally in source files will be included in the documentation. If set to NO,\n# only classes defined in header files are included. Does not have any effect\n# for Java sources.\n# The default value is: YES.\n\nEXTRACT_LOCAL_CLASSES  = NO\n\n# This flag is only useful for Objective-C code. If set to YES, local methods,\n# which are defined in the implementation section but not in the interface are\n# included in the documentation. If set to NO, only methods in the interface are\n# included.\n# The default value is: NO.\n\nEXTRACT_LOCAL_METHODS  = NO\n\n# If this flag is set to YES, the members of anonymous namespaces will be\n# extracted and appear in the documentation as a namespace called\n# 'anonymous_namespace{file}', where file will be replaced with the base name of\n# the file that contains the anonymous namespace. By default anonymous namespace\n# are hidden.\n# The default value is: NO.\n\nEXTRACT_ANON_NSPACES   = NO\n\n# If this flag is set to YES, the name of an unnamed parameter in a declaration\n# will be determined by the corresponding definition. By default unnamed\n# parameters remain unnamed in the output.\n# The default value is: YES.\n\nRESOLVE_UNNAMED_PARAMS = YES\n\n# If the HIDE_UNDOC_MEMBERS tag is set to YES, doxygen will hide all\n# undocumented members inside documented classes or files. If set to NO these\n# members will be included in the various overviews, but no documentation\n# section is generated. This option has no effect if EXTRACT_ALL is enabled.\n# The default value is: NO.\n\nHIDE_UNDOC_MEMBERS     = YES\n\n# If the HIDE_UNDOC_CLASSES tag is set to YES, doxygen will hide all\n# undocumented classes that are normally visible in the class hierarchy. If set\n# to NO, these classes will be included in the various overviews. This option\n# will also hide undocumented C++ concepts if enabled. This option has no effect\n# if EXTRACT_ALL is enabled.\n# The default value is: NO.\n\nHIDE_UNDOC_CLASSES     = YES\n\n# If the HIDE_FRIEND_COMPOUNDS tag is set to YES, doxygen will hide all friend\n# declarations. If set to NO, these declarations will be included in the\n# documentation.\n# The default value is: NO.\n\nHIDE_FRIEND_COMPOUNDS  = YES\n\n# If the HIDE_IN_BODY_DOCS tag is set to YES, doxygen will hide any\n# documentation blocks found inside the body of a function. If set to NO, these\n# blocks will be appended to the function's detailed documentation block.\n# The default value is: NO.\n\nHIDE_IN_BODY_DOCS      = NO\n\n# The INTERNAL_DOCS tag determines if documentation that is typed after a\n# \\internal command is included. If the tag is set to NO then the documentation\n# will be excluded. Set it to YES to include the internal documentation.\n# The default value is: NO.\n\nINTERNAL_DOCS          = NO\n\n# With the correct setting of option CASE_SENSE_NAMES doxygen will better be\n# able to match the capabilities of the underlying filesystem. In case the\n# filesystem is case sensitive (i.e. it supports files in the same directory\n# whose names only differ in casing), the option must be set to YES to properly\n# deal with such files in case they appear in the input. For filesystems that\n# are not case sensitive the option should be set to NO to properly deal with\n# output files written for symbols that only differ in casing, such as for two\n# classes, one named CLASS and the other named Class, and to also support\n# references to files without having to specify the exact matching casing. On\n# Windows (including Cygwin) and MacOS, users should typically set this option\n# to NO, whereas on Linux or other Unix flavors it should typically be set to\n# YES.\n# Possible values are: SYSTEM, NO and YES.\n# The default value is: SYSTEM.\n\nCASE_SENSE_NAMES       = NO\n\n# If the HIDE_SCOPE_NAMES tag is set to NO then doxygen will show members with\n# their full class and namespace scopes in the documentation. If set to YES, the\n# scope will be hidden.\n# The default value is: NO.\n\nHIDE_SCOPE_NAMES       = NO\n\n# If the HIDE_COMPOUND_REFERENCE tag is set to NO (default) then doxygen will\n# append additional text to a page's title, such as Class Reference. If set to\n# YES the compound reference will be hidden.\n# The default value is: NO.\n\nHIDE_COMPOUND_REFERENCE= NO\n\n# If the SHOW_HEADERFILE tag is set to YES then the documentation for a class\n# will show which file needs to be included to use the class.\n# The default value is: YES.\n\nSHOW_HEADERFILE        = YES\n\n# If the SHOW_INCLUDE_FILES tag is set to YES then doxygen will put a list of\n# the files that are included by a file in the documentation of that file.\n# The default value is: YES.\n\nSHOW_INCLUDE_FILES     = YES\n\n# If the SHOW_GROUPED_MEMB_INC tag is set to YES then Doxygen will add for each\n# grouped member an include statement to the documentation, telling the reader\n# which file to include in order to use the member.\n# The default value is: NO.\n\nSHOW_GROUPED_MEMB_INC  = NO\n\n# If the FORCE_LOCAL_INCLUDES tag is set to YES then doxygen will list include\n# files with double quotes in the documentation rather than with sharp brackets.\n# The default value is: NO.\n\nFORCE_LOCAL_INCLUDES   = NO\n\n# If the INLINE_INFO tag is set to YES then a tag [inline] is inserted in the\n# documentation for inline members.\n# The default value is: YES.\n\nINLINE_INFO            = YES\n\n# If the SORT_MEMBER_DOCS tag is set to YES then doxygen will sort the\n# (detailed) documentation of file and class members alphabetically by member\n# name. If set to NO, the members will appear in declaration order.\n# The default value is: YES.\n\nSORT_MEMBER_DOCS       = YES\n\n# If the SORT_BRIEF_DOCS tag is set to YES then doxygen will sort the brief\n# descriptions of file, namespace and class members alphabetically by member\n# name. If set to NO, the members will appear in declaration order. Note that\n# this will also influence the order of the classes in the class list.\n# The default value is: NO.\n\nSORT_BRIEF_DOCS        = NO\n\n# If the SORT_MEMBERS_CTORS_1ST tag is set to YES then doxygen will sort the\n# (brief and detailed) documentation of class members so that constructors and\n# destructors are listed first. If set to NO the constructors will appear in the\n# respective orders defined by SORT_BRIEF_DOCS and SORT_MEMBER_DOCS.\n# Note: If SORT_BRIEF_DOCS is set to NO this option is ignored for sorting brief\n# member documentation.\n# Note: If SORT_MEMBER_DOCS is set to NO this option is ignored for sorting\n# detailed member documentation.\n# The default value is: NO.\n\nSORT_MEMBERS_CTORS_1ST = NO\n\n# If the SORT_GROUP_NAMES tag is set to YES then doxygen will sort the hierarchy\n# of group names into alphabetical order. If set to NO the group names will\n# appear in their defined order.\n# The default value is: NO.\n\nSORT_GROUP_NAMES       = NO\n\n# If the SORT_BY_SCOPE_NAME tag is set to YES, the class list will be sorted by\n# fully-qualified names, including namespaces. If set to NO, the class list will\n# be sorted only by class name, not including the namespace part.\n# Note: This option is not very useful if HIDE_SCOPE_NAMES is set to YES.\n# Note: This option applies only to the class list, not to the alphabetical\n# list.\n# The default value is: NO.\n\nSORT_BY_SCOPE_NAME     = NO\n\n# If the STRICT_PROTO_MATCHING option is enabled and doxygen fails to do proper\n# type resolution of all parameters of a function it will reject a match between\n# the prototype and the implementation of a member function even if there is\n# only one candidate or it is obvious which candidate to choose by doing a\n# simple string match. By disabling STRICT_PROTO_MATCHING doxygen will still\n# accept a match between prototype and implementation in such cases.\n# The default value is: NO.\n\nSTRICT_PROTO_MATCHING  = NO\n\n# The GENERATE_TODOLIST tag can be used to enable (YES) or disable (NO) the todo\n# list. This list is created by putting \\todo commands in the documentation.\n# The default value is: YES.\n\nGENERATE_TODOLIST      = YES\n\n# The GENERATE_TESTLIST tag can be used to enable (YES) or disable (NO) the test\n# list. This list is created by putting \\test commands in the documentation.\n# The default value is: YES.\n\nGENERATE_TESTLIST      = YES\n\n# The GENERATE_BUGLIST tag can be used to enable (YES) or disable (NO) the bug\n# list. This list is created by putting \\bug commands in the documentation.\n# The default value is: YES.\n\nGENERATE_BUGLIST       = YES\n\n# The GENERATE_DEPRECATEDLIST tag can be used to enable (YES) or disable (NO)\n# the deprecated list. This list is created by putting \\deprecated commands in\n# the documentation.\n# The default value is: YES.\n\nGENERATE_DEPRECATEDLIST= YES\n\n# The ENABLED_SECTIONS tag can be used to enable conditional documentation\n# sections, marked by \\if <section_label> ... \\endif and \\cond <section_label>\n# ... \\endcond blocks.\n\nENABLED_SECTIONS       = LIBAVOID_DOC\n\n# The MAX_INITIALIZER_LINES tag determines the maximum number of lines that the\n# initial value of a variable or macro / define can have for it to appear in the\n# documentation. If the initializer consists of more lines than specified here\n# it will be hidden. Use a value of 0 to hide initializers completely. The\n# appearance of the value of individual variables and macros / defines can be\n# controlled using \\showinitializer or \\hideinitializer command in the\n# documentation regardless of this setting.\n# Minimum value: 0, maximum value: 10000, default value: 30.\n\nMAX_INITIALIZER_LINES  = 30\n\n# Set the SHOW_USED_FILES tag to NO to disable the list of files generated at\n# the bottom of the documentation of classes and structs. If set to YES, the\n# list will mention the files that were used to generate the documentation.\n# The default value is: YES.\n\nSHOW_USED_FILES        = YES\n\n# Set the SHOW_FILES tag to NO to disable the generation of the Files page. This\n# will remove the Files entry from the Quick Index and from the Folder Tree View\n# (if specified).\n# The default value is: YES.\n\nSHOW_FILES             = YES\n\n# Set the SHOW_NAMESPACES tag to NO to disable the generation of the Namespaces\n# page. This will remove the Namespaces entry from the Quick Index and from the\n# Folder Tree View (if specified).\n# The default value is: YES.\n\nSHOW_NAMESPACES        = YES\n\n# The FILE_VERSION_FILTER tag can be used to specify a program or script that\n# doxygen should invoke to get the current version for each file (typically from\n# the version control system). Doxygen will invoke the program by executing (via\n# popen()) the command command input-file, where command is the value of the\n# FILE_VERSION_FILTER tag, and input-file is the name of an input file provided\n# by doxygen. Whatever the program writes to standard output is used as the file\n# version. For an example see the documentation.\n\nFILE_VERSION_FILTER    =\n\n# The LAYOUT_FILE tag can be used to specify a layout file which will be parsed\n# by doxygen. The layout file controls the global structure of the generated\n# output files in an output format independent way. To create the layout file\n# that represents doxygen's defaults, run doxygen with the -l option. You can\n# optionally specify a file name after the option, if omitted DoxygenLayout.xml\n# will be used as the name of the layout file. See also section \"Changing the\n# layout of pages\" for information.\n#\n# Note that if you run doxygen from a directory containing a file called\n# DoxygenLayout.xml, doxygen will parse it automatically even if the LAYOUT_FILE\n# tag is left empty.\n\nLAYOUT_FILE            =\n\n# The CITE_BIB_FILES tag can be used to specify one or more bib files containing\n# the reference definitions. This must be a list of .bib files. The .bib\n# extension is automatically appended if omitted. This requires the bibtex tool\n# to be installed. See also https://en.wikipedia.org/wiki/BibTeX for more info.\n# For LaTeX the style of the bibliography can be controlled using\n# LATEX_BIB_STYLE. To use this feature you need bibtex and perl available in the\n# search path. See also \\cite for info how to create references.\n\nCITE_BIB_FILES         =\n\n#---------------------------------------------------------------------------\n# Configuration options related to warning and progress messages\n#---------------------------------------------------------------------------\n\n# The QUIET tag can be used to turn on/off the messages that are generated to\n# standard output by doxygen. If QUIET is set to YES this implies that the\n# messages are off.\n# The default value is: NO.\n\nQUIET                  = NO\n\n# The WARNINGS tag can be used to turn on/off the warning messages that are\n# generated to standard error (stderr) by doxygen. If WARNINGS is set to YES\n# this implies that the warnings are on.\n#\n# Tip: Turn warnings on while writing the documentation.\n# The default value is: YES.\n\nWARNINGS               = YES\n\n# If the WARN_IF_UNDOCUMENTED tag is set to YES then doxygen will generate\n# warnings for undocumented members. If EXTRACT_ALL is set to YES then this flag\n# will automatically be disabled.\n# The default value is: YES.\n\nWARN_IF_UNDOCUMENTED   = YES\n\n# If the WARN_IF_DOC_ERROR tag is set to YES, doxygen will generate warnings for\n# potential errors in the documentation, such as documenting some parameters in\n# a documented function twice, or documenting parameters that don't exist or\n# using markup commands wrongly.\n# The default value is: YES.\n\nWARN_IF_DOC_ERROR      = YES\n\n# If WARN_IF_INCOMPLETE_DOC is set to YES, doxygen will warn about incomplete\n# function parameter documentation. If set to NO, doxygen will accept that some\n# parameters have no documentation without warning.\n# The default value is: YES.\n\nWARN_IF_INCOMPLETE_DOC = YES\n\n# This WARN_NO_PARAMDOC option can be enabled to get warnings for functions that\n# are documented, but have no documentation for their parameters or return\n# value. If set to NO, doxygen will only warn about wrong parameter\n# documentation, but not about the absence of documentation. If EXTRACT_ALL is\n# set to YES then this flag will automatically be disabled. See also\n# WARN_IF_INCOMPLETE_DOC\n# The default value is: NO.\n\nWARN_NO_PARAMDOC       = NO\n\n# If WARN_IF_UNDOC_ENUM_VAL option is set to YES, doxygen will warn about\n# undocumented enumeration values. If set to NO, doxygen will accept\n# undocumented enumeration values. If EXTRACT_ALL is set to YES then this flag\n# will automatically be disabled.\n# The default value is: NO.\n\nWARN_IF_UNDOC_ENUM_VAL = NO\n\n# If the WARN_AS_ERROR tag is set to YES then doxygen will immediately stop when\n# a warning is encountered. If the WARN_AS_ERROR tag is set to FAIL_ON_WARNINGS\n# then doxygen will continue running as if WARN_AS_ERROR tag is set to NO, but\n# at the end of the doxygen process doxygen will return with a non-zero status.\n# If the WARN_AS_ERROR tag is set to FAIL_ON_WARNINGS_PRINT then doxygen behaves\n# like FAIL_ON_WARNINGS but in case no WARN_LOGFILE is defined doxygen will not\n# write the warning messages in between other messages but write them at the end\n# of a run, in case a WARN_LOGFILE is defined the warning messages will be\n# besides being in the defined file also be shown at the end of a run, unless\n# the WARN_LOGFILE is defined as - i.e. standard output (stdout) in that case\n# the behavior will remain as with the setting FAIL_ON_WARNINGS.\n# Possible values are: NO, YES, FAIL_ON_WARNINGS and FAIL_ON_WARNINGS_PRINT.\n# The default value is: NO.\n\nWARN_AS_ERROR          = NO\n\n# The WARN_FORMAT tag determines the format of the warning messages that doxygen\n# can produce. The string should contain the $file, $line, and $text tags, which\n# will be replaced by the file and line number from which the warning originated\n# and the warning text. Optionally the format may contain $version, which will\n# be replaced by the version of the file (if it could be obtained via\n# FILE_VERSION_FILTER)\n# See also: WARN_LINE_FORMAT\n# The default value is: $file:$line: $text.\n\nWARN_FORMAT            = \"$file:$line: $text\"\n\n# In the $text part of the WARN_FORMAT command it is possible that a reference\n# to a more specific place is given. To make it easier to jump to this place\n# (outside of doxygen) the user can define a custom \"cut\" / \"paste\" string.\n# Example:\n# WARN_LINE_FORMAT = \"'vi $file +$line'\"\n# See also: WARN_FORMAT\n# The default value is: at line $line of file $file.\n\nWARN_LINE_FORMAT       = \"at line $line of file $file\"\n\n# The WARN_LOGFILE tag can be used to specify a file to which warning and error\n# messages should be written. If left blank the output is written to standard\n# error (stderr). In case the file specified cannot be opened for writing the\n# warning and error messages are written to standard error. When as file - is\n# specified the warning and error messages are written to standard output\n# (stdout).\n\nWARN_LOGFILE           =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the input files\n#---------------------------------------------------------------------------\n\n# The INPUT tag is used to specify the files and/or directories that contain\n# documented source files. You may enter file names like myfile.cpp or\n# directories like /usr/src/myproject. Separate the files or directories with\n# spaces. See also FILE_PATTERNS and EXTENSION_MAPPING\n# Note: If this tag is empty the current directory is searched.\n\nINPUT                  = . \\\n                         doc\n\n# This tag can be used to specify the character encoding of the source files\n# that doxygen parses. Internally doxygen uses the UTF-8 encoding. Doxygen uses\n# libiconv (or the iconv built into libc) for the transcoding. See the libiconv\n# documentation (see:\n# https://www.gnu.org/software/libiconv/) for the list of possible encodings.\n# See also: INPUT_FILE_ENCODING\n# The default value is: UTF-8.\n\nINPUT_ENCODING         = UTF-8\n\n# This tag can be used to specify the character encoding of the source files\n# that doxygen parses The INPUT_FILE_ENCODING tag can be used to specify\n# character encoding on a per file pattern basis. Doxygen will compare the file\n# name with each pattern and apply the encoding instead of the default\n# INPUT_ENCODING) if there is a match. The character encodings are a list of the\n# form: pattern=encoding (like *.php=ISO-8859-1). See cfg_input_encoding\n# \"INPUT_ENCODING\" for further information on supported encodings.\n\nINPUT_FILE_ENCODING    =\n\n# If the value of the INPUT tag contains directories, you can use the\n# FILE_PATTERNS tag to specify one or more wildcard patterns (like *.cpp and\n# *.h) to filter out the source-files in the directories.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# read by doxygen.\n#\n# Note the list of default checked file patterns might differ from the list of\n# default file extension mappings.\n#\n# If left blank the following patterns are tested:*.c, *.cc, *.cxx, *.cxxm,\n# *.cpp, *.cppm, *.c++, *.c++m, *.java, *.ii, *.ixx, *.ipp, *.i++, *.inl, *.idl,\n# *.ddl, *.odl, *.h, *.hh, *.hxx, *.hpp, *.h++, *.ixx, *.l, *.cs, *.d, *.php,\n# *.php4, *.php5, *.phtml, *.inc, *.m, *.markdown, *.md, *.mm, *.dox (to be\n# provided as doxygen C comment), *.py, *.pyw, *.f90, *.f95, *.f03, *.f08,\n# *.f18, *.f, *.for, *.vhd, *.vhdl, *.ucf, *.qsf and *.ice.\n\nFILE_PATTERNS          = *.cpp \\\n                         *.h \\\n                         *.doc\n\n# The RECURSIVE tag can be used to specify whether or not subdirectories should\n# be searched for input files as well.\n# The default value is: NO.\n\nRECURSIVE              = NO\n\n# The EXCLUDE tag can be used to specify files and/or directories that should be\n# excluded from the INPUT source files. This way you can easily exclude a\n# subdirectory from a directory tree whose root is specified with the INPUT tag.\n#\n# Note that relative paths are relative to the directory from which doxygen is\n# run.\n\nEXCLUDE                =\n\n# The EXCLUDE_SYMLINKS tag can be used to select whether or not files or\n# directories that are symbolic links (a Unix file system feature) are excluded\n# from the input.\n# The default value is: NO.\n\nEXCLUDE_SYMLINKS       = NO\n\n# If the value of the INPUT tag contains directories, you can use the\n# EXCLUDE_PATTERNS tag to specify one or more wildcard patterns to exclude\n# certain files from those directories.\n#\n# Note that the wildcards are matched against the file with absolute path, so to\n# exclude all test directories for example use the pattern */test/*\n\nEXCLUDE_PATTERNS       =\n\n# The EXCLUDE_SYMBOLS tag can be used to specify one or more symbol names\n# (namespaces, classes, functions, etc.) that should be excluded from the\n# output. The symbol name can be a fully qualified name, a word, or if the\n# wildcard * is used, a substring. Examples: ANamespace, AClass,\n# ANamespace::AClass, ANamespace::*Test\n\nEXCLUDE_SYMBOLS        =\n\n# The EXAMPLE_PATH tag can be used to specify one or more files or directories\n# that contain example code fragments that are included (see the \\include\n# command).\n\nEXAMPLE_PATH           =\n\n# If the value of the EXAMPLE_PATH tag contains directories, you can use the\n# EXAMPLE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp and\n# *.h) to filter out the source-files in the directories. If left blank all\n# files are included.\n\nEXAMPLE_PATTERNS       =\n\n# If the EXAMPLE_RECURSIVE tag is set to YES then subdirectories will be\n# searched for input files to be used with the \\include or \\dontinclude commands\n# irrespective of the value of the RECURSIVE tag.\n# The default value is: NO.\n\nEXAMPLE_RECURSIVE      = NO\n\n# The IMAGE_PATH tag can be used to specify one or more files or directories\n# that contain images that are to be included in the documentation (see the\n# \\image command).\n\nIMAGE_PATH             =\n\n# The INPUT_FILTER tag can be used to specify a program that doxygen should\n# invoke to filter for each input file. Doxygen will invoke the filter program\n# by executing (via popen()) the command:\n#\n# <filter> <input-file>\n#\n# where <filter> is the value of the INPUT_FILTER tag, and <input-file> is the\n# name of an input file. Doxygen will then use the output that the filter\n# program writes to standard output. If FILTER_PATTERNS is specified, this tag\n# will be ignored.\n#\n# Note that the filter must not add or remove lines; it is applied before the\n# code is scanned, but not when the output code is generated. If lines are added\n# or removed, the anchors will not be placed correctly.\n#\n# Note that doxygen will use the data processed and written to standard output\n# for further processing, therefore nothing else, like debug statements or used\n# commands (so in case of a Windows batch file always use @echo OFF), should be\n# written to standard output.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# properly processed by doxygen.\n\nINPUT_FILTER           =\n\n# The FILTER_PATTERNS tag can be used to specify filters on a per file pattern\n# basis. Doxygen will compare the file name with each pattern and apply the\n# filter if there is a match. The filters are a list of the form: pattern=filter\n# (like *.cpp=my_cpp_filter). See INPUT_FILTER for further information on how\n# filters are used. If the FILTER_PATTERNS tag is empty or if none of the\n# patterns match the file name, INPUT_FILTER is applied.\n#\n# Note that for custom extensions or not directly supported extensions you also\n# need to set EXTENSION_MAPPING for the extension otherwise the files are not\n# properly processed by doxygen.\n\nFILTER_PATTERNS        =\n\n# If the FILTER_SOURCE_FILES tag is set to YES, the input filter (if set using\n# INPUT_FILTER) will also be used to filter the input files that are used for\n# producing the source files to browse (i.e. when SOURCE_BROWSER is set to YES).\n# The default value is: NO.\n\nFILTER_SOURCE_FILES    = NO\n\n# The FILTER_SOURCE_PATTERNS tag can be used to specify source filters per file\n# pattern. A pattern will override the setting for FILTER_PATTERN (if any) and\n# it is also possible to disable source filtering for a specific pattern using\n# *.ext= (so without naming a filter).\n# This tag requires that the tag FILTER_SOURCE_FILES is set to YES.\n\nFILTER_SOURCE_PATTERNS =\n\n# If the USE_MDFILE_AS_MAINPAGE tag refers to the name of a markdown file that\n# is part of the input, its contents will be placed on the main page\n# (index.html). This can be useful if you have a project on for instance GitHub\n# and want to reuse the introduction page also for the doxygen output.\n\nUSE_MDFILE_AS_MAINPAGE =\n\n# The Fortran standard specifies that for fixed formatted Fortran code all\n# characters from position 72 are to be considered as comment. A common\n# extension is to allow longer lines before the automatic comment starts. The\n# setting FORTRAN_COMMENT_AFTER will also make it possible that longer lines can\n# be processed before the automatic comment starts.\n# Minimum value: 7, maximum value: 10000, default value: 72.\n\nFORTRAN_COMMENT_AFTER  = 72\n\n#---------------------------------------------------------------------------\n# Configuration options related to source browsing\n#---------------------------------------------------------------------------\n\n# If the SOURCE_BROWSER tag is set to YES then a list of source files will be\n# generated. Documented entities will be cross-referenced with these sources.\n#\n# Note: To get rid of all source code in the generated output, make sure that\n# also VERBATIM_HEADERS is set to NO.\n# The default value is: NO.\n\nSOURCE_BROWSER         = NO\n\n# Setting the INLINE_SOURCES tag to YES will include the body of functions,\n# classes and enums directly into the documentation.\n# The default value is: NO.\n\nINLINE_SOURCES         = NO\n\n# Setting the STRIP_CODE_COMMENTS tag to YES will instruct doxygen to hide any\n# special comment blocks from generated source code fragments. Normal C, C++ and\n# Fortran comments will always remain visible.\n# The default value is: YES.\n\nSTRIP_CODE_COMMENTS    = YES\n\n# If the REFERENCED_BY_RELATION tag is set to YES then for each documented\n# entity all documented functions referencing it will be listed.\n# The default value is: NO.\n\nREFERENCED_BY_RELATION = NO\n\n# If the REFERENCES_RELATION tag is set to YES then for each documented function\n# all documented entities called/used by that function will be listed.\n# The default value is: NO.\n\nREFERENCES_RELATION    = NO\n\n# If the REFERENCES_LINK_SOURCE tag is set to YES and SOURCE_BROWSER tag is set\n# to YES then the hyperlinks from functions in REFERENCES_RELATION and\n# REFERENCED_BY_RELATION lists will link to the source code. Otherwise they will\n# link to the documentation.\n# The default value is: YES.\n\nREFERENCES_LINK_SOURCE = YES\n\n# If SOURCE_TOOLTIPS is enabled (the default) then hovering a hyperlink in the\n# source code will show a tooltip with additional information such as prototype,\n# brief description and links to the definition and documentation. Since this\n# will make the HTML file larger and loading of large files a bit slower, you\n# can opt to disable this feature.\n# The default value is: YES.\n# This tag requires that the tag SOURCE_BROWSER is set to YES.\n\nSOURCE_TOOLTIPS        = YES\n\n# If the USE_HTAGS tag is set to YES then the references to source code will\n# point to the HTML generated by the htags(1) tool instead of doxygen built-in\n# source browser. The htags tool is part of GNU's global source tagging system\n# (see https://www.gnu.org/software/global/global.html). You will need version\n# 4.8.6 or higher.\n#\n# To use it do the following:\n# - Install the latest version of global\n# - Enable SOURCE_BROWSER and USE_HTAGS in the configuration file\n# - Make sure the INPUT points to the root of the source tree\n# - Run doxygen as normal\n#\n# Doxygen will invoke htags (and that will in turn invoke gtags), so these\n# tools must be available from the command line (i.e. in the search path).\n#\n# The result: instead of the source browser generated by doxygen, the links to\n# source code will now point to the output of htags.\n# The default value is: NO.\n# This tag requires that the tag SOURCE_BROWSER is set to YES.\n\nUSE_HTAGS              = NO\n\n# If the VERBATIM_HEADERS tag is set the YES then doxygen will generate a\n# verbatim copy of the header file for each class for which an include is\n# specified. Set to NO to disable this.\n# See also: Section \\class.\n# The default value is: YES.\n\nVERBATIM_HEADERS       = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to the alphabetical class index\n#---------------------------------------------------------------------------\n\n# If the ALPHABETICAL_INDEX tag is set to YES, an alphabetical index of all\n# compounds will be generated. Enable this if the project contains a lot of\n# classes, structs, unions or interfaces.\n# The default value is: YES.\n\nALPHABETICAL_INDEX     = NO\n\n# The IGNORE_PREFIX tag can be used to specify a prefix (or a list of prefixes)\n# that should be ignored while generating the index headers. The IGNORE_PREFIX\n# tag works for classes, function and member names. The entity will be placed in\n# the alphabetical list under the first letter of the entity name that remains\n# after removing the prefix.\n# This tag requires that the tag ALPHABETICAL_INDEX is set to YES.\n\nIGNORE_PREFIX          =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the HTML output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_HTML tag is set to YES, doxygen will generate HTML output\n# The default value is: YES.\n\nGENERATE_HTML          = YES\n\n# The HTML_OUTPUT tag is used to specify where the HTML docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: html.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_OUTPUT            = html\n\n# The HTML_FILE_EXTENSION tag can be used to specify the file extension for each\n# generated HTML page (for example: .htm, .php, .asp).\n# The default value is: .html.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FILE_EXTENSION    = .html\n\n# The HTML_HEADER tag can be used to specify a user-defined HTML header file for\n# each generated HTML page. If the tag is left blank doxygen will generate a\n# standard header.\n#\n# To get valid HTML the header file that includes any scripts and style sheets\n# that doxygen needs, which is dependent on the configuration options used (e.g.\n# the setting GENERATE_TREEVIEW). It is highly recommended to start with a\n# default header using\n# doxygen -w html new_header.html new_footer.html new_stylesheet.css\n# YourConfigFile\n# and then modify the file new_header.html. See also section \"Doxygen usage\"\n# for information on how to generate the default header that doxygen normally\n# uses.\n# Note: The header is subject to change so you typically have to regenerate the\n# default header when upgrading to a newer version of doxygen. For a description\n# of the possible markers and block names see the documentation.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_HEADER            = \n\n# The HTML_FOOTER tag can be used to specify a user-defined HTML footer for each\n# generated HTML page. If the tag is left blank doxygen will generate a standard\n# footer. See HTML_HEADER for more information on how to generate a default\n# footer and what special commands can be used inside the footer. See also\n# section \"Doxygen usage\" for information on how to generate the default footer\n# that doxygen normally uses.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FOOTER            =\n\n# The HTML_STYLESHEET tag can be used to specify a user-defined cascading style\n# sheet that is used by each HTML page. It can be used to fine-tune the look of\n# the HTML output. If left blank doxygen will generate a default style sheet.\n# See also section \"Doxygen usage\" for information on how to generate the style\n# sheet that doxygen normally uses.\n# Note: It is recommended to use HTML_EXTRA_STYLESHEET instead of this tag, as\n# it is more robust and this tag (HTML_STYLESHEET) will in the future become\n# obsolete.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_STYLESHEET        =\n\n# The HTML_EXTRA_STYLESHEET tag can be used to specify additional user-defined\n# cascading style sheets that are included after the standard style sheets\n# created by doxygen. Using this option one can overrule certain style aspects.\n# This is preferred over using HTML_STYLESHEET since it does not replace the\n# standard style sheet and is therefore more robust against future updates.\n# Doxygen will copy the style sheet files to the output directory.\n# Note: The order of the extra style sheet files is of importance (e.g. the last\n# style sheet in the list overrules the setting of the previous ones in the\n# list).\n# Note: Since the styling of scrollbars can currently not be overruled in\n# Webkit/Chromium, the styling will be left out of the default doxygen.css if\n# one or more extra stylesheets have been specified. So if scrollbar\n# customization is desired it has to be added explicitly. For an example see the\n# documentation.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_EXTRA_STYLESHEET  =\n\n# The HTML_EXTRA_FILES tag can be used to specify one or more extra images or\n# other source files which should be copied to the HTML output directory. Note\n# that these files will be copied to the base HTML output directory. Use the\n# $relpath^ marker in the HTML_HEADER and/or HTML_FOOTER files to load these\n# files. In the HTML_STYLESHEET file, use the file name only. Also note that the\n# files will be copied as-is; there are no commands or markers available.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_EXTRA_FILES       =\n\n# The HTML_COLORSTYLE tag can be used to specify if the generated HTML output\n# should be rendered with a dark or light theme.\n# Possible values are: LIGHT always generate light mode output, DARK always\n# generate dark mode output, AUTO_LIGHT automatically set the mode according to\n# the user preference, use light mode if no preference is set (the default),\n# AUTO_DARK automatically set the mode according to the user preference, use\n# dark mode if no preference is set and TOGGLE allow to user to switch between\n# light and dark mode via a button.\n# The default value is: AUTO_LIGHT.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE        = AUTO_LIGHT\n\n# The HTML_COLORSTYLE_HUE tag controls the color of the HTML output. Doxygen\n# will adjust the colors in the style sheet and background images according to\n# this color. Hue is specified as an angle on a color-wheel, see\n# https://en.wikipedia.org/wiki/Hue for more information. For instance the value\n# 0 represents red, 60 is yellow, 120 is green, 180 is cyan, 240 is blue, 300\n# purple, and 360 is red again.\n# Minimum value: 0, maximum value: 359, default value: 220.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_HUE    = 220\n\n# The HTML_COLORSTYLE_SAT tag controls the purity (or saturation) of the colors\n# in the HTML output. For a value of 0 the output will use gray-scales only. A\n# value of 255 will produce the most vivid colors.\n# Minimum value: 0, maximum value: 255, default value: 100.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_SAT    = 100\n\n# The HTML_COLORSTYLE_GAMMA tag controls the gamma correction applied to the\n# luminance component of the colors in the HTML output. Values below 100\n# gradually make the output lighter, whereas values above 100 make the output\n# darker. The value divided by 100 is the actual gamma applied, so 80 represents\n# a gamma of 0.8, The value 220 represents a gamma of 2.2, and 100 does not\n# change the gamma.\n# Minimum value: 40, maximum value: 240, default value: 80.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_COLORSTYLE_GAMMA  = 80\n\n# If the HTML_DYNAMIC_MENUS tag is set to YES then the generated HTML\n# documentation will contain a main index with vertical navigation menus that\n# are dynamically created via JavaScript. If disabled, the navigation index will\n# consists of multiple levels of tabs that are statically embedded in every HTML\n# page. Disable this option to support browsers that do not have JavaScript,\n# like the Qt help browser.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_DYNAMIC_MENUS     = YES\n\n# If the HTML_DYNAMIC_SECTIONS tag is set to YES then the generated HTML\n# documentation will contain sections that can be hidden and shown after the\n# page has loaded.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_DYNAMIC_SECTIONS  = NO\n\n# If the HTML_CODE_FOLDING tag is set to YES then classes and functions can be\n# dynamically folded and expanded in the generated HTML source code.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_CODE_FOLDING      = YES\n\n# With HTML_INDEX_NUM_ENTRIES one can control the preferred number of entries\n# shown in the various tree structured indices initially; the user can expand\n# and collapse entries dynamically later on. Doxygen will expand the tree to\n# such a level that at most the specified number of entries are visible (unless\n# a fully collapsed tree already exceeds this amount). So setting the number of\n# entries 1 will produce a full collapsed tree by default. 0 is a special value\n# representing an infinite number of entries and will result in a full expanded\n# tree by default.\n# Minimum value: 0, maximum value: 9999, default value: 100.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_INDEX_NUM_ENTRIES = 100\n\n# If the GENERATE_DOCSET tag is set to YES, additional index files will be\n# generated that can be used as input for Apple's Xcode 3 integrated development\n# environment (see:\n# https://developer.apple.com/xcode/), introduced with OSX 10.5 (Leopard). To\n# create a documentation set, doxygen will generate a Makefile in the HTML\n# output directory. Running make will produce the docset in that directory and\n# running make install will install the docset in\n# ~/Library/Developer/Shared/Documentation/DocSets so that Xcode will find it at\n# startup. See https://developer.apple.com/library/archive/featuredarticles/Doxy\n# genXcode/_index.html for more information.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_DOCSET        = NO\n\n# This tag determines the name of the docset feed. A documentation feed provides\n# an umbrella under which multiple documentation sets from a single provider\n# (such as a company or product suite) can be grouped.\n# The default value is: Doxygen generated docs.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_FEEDNAME        = \"Doxygen generated docs\"\n\n# This tag determines the URL of the docset feed. A documentation feed provides\n# an umbrella under which multiple documentation sets from a single provider\n# (such as a company or product suite) can be grouped.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_FEEDURL         =\n\n# This tag specifies a string that should uniquely identify the documentation\n# set bundle. This should be a reverse domain-name style string, e.g.\n# com.mycompany.MyDocSet. Doxygen will append .docset to the name.\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_BUNDLE_ID       = org.doxygen.Project\n\n# The DOCSET_PUBLISHER_ID tag specifies a string that should uniquely identify\n# the documentation publisher. This should be a reverse domain-name style\n# string, e.g. com.mycompany.MyDocSet.documentation.\n# The default value is: org.doxygen.Publisher.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_PUBLISHER_ID    = org.doxygen.Publisher\n\n# The DOCSET_PUBLISHER_NAME tag identifies the documentation publisher.\n# The default value is: Publisher.\n# This tag requires that the tag GENERATE_DOCSET is set to YES.\n\nDOCSET_PUBLISHER_NAME  = Publisher\n\n# If the GENERATE_HTMLHELP tag is set to YES then doxygen generates three\n# additional HTML index files: index.hhp, index.hhc, and index.hhk. The\n# index.hhp is a project file that can be read by Microsoft's HTML Help Workshop\n# on Windows. In the beginning of 2021 Microsoft took the original page, with\n# a.o. the download links, offline the HTML help workshop was already many years\n# in maintenance mode). You can download the HTML help workshop from the web\n# archives at Installation executable (see:\n# http://web.archive.org/web/20160201063255/http://download.microsoft.com/downlo\n# ad/0/A/9/0A939EF6-E31C-430F-A3DF-DFAE7960D564/htmlhelp.exe).\n#\n# The HTML Help Workshop contains a compiler that can convert all HTML output\n# generated by doxygen into a single compiled HTML file (.chm). Compiled HTML\n# files are now used as the Windows 98 help format, and will replace the old\n# Windows help format (.hlp) on all Windows platforms in the future. Compressed\n# HTML files also contain an index, a table of contents, and you can search for\n# words in the documentation. The HTML workshop also contains a viewer for\n# compressed HTML files.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_HTMLHELP      = NO\n\n# The CHM_FILE tag can be used to specify the file name of the resulting .chm\n# file. You can add a path in front of the file if the result should not be\n# written to the html output directory.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nCHM_FILE               =\n\n# The HHC_LOCATION tag can be used to specify the location (absolute path\n# including file name) of the HTML help compiler (hhc.exe). If non-empty,\n# doxygen will try to run the HTML help compiler on the generated index.hhp.\n# The file has to be specified with full path.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nHHC_LOCATION           =\n\n# The GENERATE_CHI flag controls if a separate .chi index file is generated\n# (YES) or that it should be included in the main .chm file (NO).\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nGENERATE_CHI           = NO\n\n# The CHM_INDEX_ENCODING is used to encode HtmlHelp index (hhk), content (hhc)\n# and project file content.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nCHM_INDEX_ENCODING     =\n\n# The BINARY_TOC flag controls whether a binary table of contents is generated\n# (YES) or a normal table of contents (NO) in the .chm file. Furthermore it\n# enables the Previous and Next buttons.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nBINARY_TOC             = NO\n\n# The TOC_EXPAND flag can be set to YES to add extra items for group members to\n# the table of contents of the HTML help documentation and to the tree view.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTMLHELP is set to YES.\n\nTOC_EXPAND             = NO\n\n# The SITEMAP_URL tag is used to specify the full URL of the place where the\n# generated documentation will be placed on the server by the user during the\n# deployment of the documentation. The generated sitemap is called sitemap.xml\n# and placed on the directory specified by HTML_OUTPUT. In case no SITEMAP_URL\n# is specified no sitemap is generated. For information about the sitemap\n# protocol see https://www.sitemaps.org\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nSITEMAP_URL            =\n\n# If the GENERATE_QHP tag is set to YES and both QHP_NAMESPACE and\n# QHP_VIRTUAL_FOLDER are set, an additional index file will be generated that\n# can be used as input for Qt's qhelpgenerator to generate a Qt Compressed Help\n# (.qch) of the generated HTML documentation.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_QHP           = NO\n\n# If the QHG_LOCATION tag is specified, the QCH_FILE tag can be used to specify\n# the file name of the resulting .qch file. The path specified is relative to\n# the HTML output folder.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQCH_FILE               =\n\n# The QHP_NAMESPACE tag specifies the namespace to use when generating Qt Help\n# Project output. For more information please see Qt Help Project / Namespace\n# (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#namespace).\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_NAMESPACE          =\n\n# The QHP_VIRTUAL_FOLDER tag specifies the namespace to use when generating Qt\n# Help Project output. For more information please see Qt Help Project / Virtual\n# Folders (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#virtual-folders).\n# The default value is: doc.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_VIRTUAL_FOLDER     = doc\n\n# If the QHP_CUST_FILTER_NAME tag is set, it specifies the name of a custom\n# filter to add. For more information please see Qt Help Project / Custom\n# Filters (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#custom-filters).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_CUST_FILTER_NAME   =\n\n# The QHP_CUST_FILTER_ATTRS tag specifies the list of the attributes of the\n# custom filter to add. For more information please see Qt Help Project / Custom\n# Filters (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#custom-filters).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_CUST_FILTER_ATTRS  =\n\n# The QHP_SECT_FILTER_ATTRS tag specifies the list of the attributes this\n# project's filter section matches. Qt Help Project / Filter Attributes (see:\n# https://doc.qt.io/archives/qt-4.8/qthelpproject.html#filter-attributes).\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHP_SECT_FILTER_ATTRS  =\n\n# The QHG_LOCATION tag can be used to specify the location (absolute path\n# including file name) of Qt's qhelpgenerator. If non-empty doxygen will try to\n# run qhelpgenerator on the generated .qhp file.\n# This tag requires that the tag GENERATE_QHP is set to YES.\n\nQHG_LOCATION           =\n\n# If the GENERATE_ECLIPSEHELP tag is set to YES, additional index files will be\n# generated, together with the HTML files, they form an Eclipse help plugin. To\n# install this plugin and make it available under the help contents menu in\n# Eclipse, the contents of the directory containing the HTML and XML files needs\n# to be copied into the plugins directory of eclipse. The name of the directory\n# within the plugins directory should be the same as the ECLIPSE_DOC_ID value.\n# After copying Eclipse needs to be restarted before the help appears.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_ECLIPSEHELP   = NO\n\n# A unique identifier for the Eclipse help plugin. When installing the plugin\n# the directory name containing the HTML and XML files should also have this\n# name. Each documentation set should have its own identifier.\n# The default value is: org.doxygen.Project.\n# This tag requires that the tag GENERATE_ECLIPSEHELP is set to YES.\n\nECLIPSE_DOC_ID         = org.doxygen.Project\n\n# If you want full control over the layout of the generated HTML pages it might\n# be necessary to disable the index and replace it with your own. The\n# DISABLE_INDEX tag can be used to turn on/off the condensed index (tabs) at top\n# of each HTML page. A value of NO enables the index and the value YES disables\n# it. Since the tabs in the index contain the same information as the navigation\n# tree, you can set this option to YES if you also set GENERATE_TREEVIEW to YES.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nDISABLE_INDEX          = NO\n\n# The GENERATE_TREEVIEW tag is used to specify whether a tree-like index\n# structure should be generated to display hierarchical information. If the tag\n# value is set to YES, a side panel will be generated containing a tree-like\n# index structure (just like the one that is generated for HTML Help). For this\n# to work a browser that supports JavaScript, DHTML, CSS and frames is required\n# (i.e. any modern browser). Windows users are probably better off using the\n# HTML help feature. Via custom style sheets (see HTML_EXTRA_STYLESHEET) one can\n# further fine tune the look of the index (see \"Fine-tuning the output\"). As an\n# example, the default style sheet generated by doxygen has an example that\n# shows how to put an image at the root of the tree instead of the PROJECT_NAME.\n# Since the tree basically has the same information as the tab index, you could\n# consider setting DISABLE_INDEX to YES when enabling this option.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nGENERATE_TREEVIEW      = NONE\n\n# When both GENERATE_TREEVIEW and DISABLE_INDEX are set to YES, then the\n# FULL_SIDEBAR option determines if the side bar is limited to only the treeview\n# area (value NO) or if it should extend to the full height of the window (value\n# YES). Setting this to YES gives a layout similar to\n# https://docs.readthedocs.io with more room for contents, but less room for the\n# project logo, title, and description. If either GENERATE_TREEVIEW or\n# DISABLE_INDEX is set to NO, this option has no effect.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nFULL_SIDEBAR           = NO\n\n# The ENUM_VALUES_PER_LINE tag can be used to set the number of enum values that\n# doxygen will group on one line in the generated HTML documentation.\n#\n# Note that a value of 0 will completely suppress the enum values from appearing\n# in the overview section.\n# Minimum value: 0, maximum value: 20, default value: 4.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nENUM_VALUES_PER_LINE   = 4\n\n# If the treeview is enabled (see GENERATE_TREEVIEW) then this tag can be used\n# to set the initial width (in pixels) of the frame in which the tree is shown.\n# Minimum value: 0, maximum value: 1500, default value: 250.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nTREEVIEW_WIDTH         = 250\n\n# If the EXT_LINKS_IN_WINDOW option is set to YES, doxygen will open links to\n# external symbols imported via tag files in a separate window.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nEXT_LINKS_IN_WINDOW    = NO\n\n# If the OBFUSCATE_EMAILS tag is set to YES, doxygen will obfuscate email\n# addresses.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nOBFUSCATE_EMAILS       = YES\n\n# If the HTML_FORMULA_FORMAT option is set to svg, doxygen will use the pdf2svg\n# tool (see https://github.com/dawbarton/pdf2svg) or inkscape (see\n# https://inkscape.org) to generate formulas as SVG images instead of PNGs for\n# the HTML output. These images will generally look nicer at scaled resolutions.\n# Possible values are: png (the default) and svg (looks nicer but requires the\n# pdf2svg or inkscape tool).\n# The default value is: png.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nHTML_FORMULA_FORMAT    = png\n\n# Use this tag to change the font size of LaTeX formulas included as images in\n# the HTML documentation. When you change the font size after a successful\n# doxygen run you need to manually remove any form_*.png images from the HTML\n# output directory to force them to be regenerated.\n# Minimum value: 8, maximum value: 50, default value: 10.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nFORMULA_FONTSIZE       = 10\n\n# The FORMULA_MACROFILE can contain LaTeX \\newcommand and \\renewcommand commands\n# to create new LaTeX commands to be used in formulas as building blocks. See\n# the section \"Including formulas\" for details.\n\nFORMULA_MACROFILE      =\n\n# Enable the USE_MATHJAX option to render LaTeX formulas using MathJax (see\n# https://www.mathjax.org) which uses client side JavaScript for the rendering\n# instead of using pre-rendered bitmaps. Use this if you do not have LaTeX\n# installed or if you want to formulas look prettier in the HTML output. When\n# enabled you may also need to install MathJax separately and configure the path\n# to it using the MATHJAX_RELPATH option.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nUSE_MATHJAX            = NO\n\n# With MATHJAX_VERSION it is possible to specify the MathJax version to be used.\n# Note that the different versions of MathJax have different requirements with\n# regards to the different settings, so it is possible that also other MathJax\n# settings have to be changed when switching between the different MathJax\n# versions.\n# Possible values are: MathJax_2 and MathJax_3.\n# The default value is: MathJax_2.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_VERSION        = MathJax_2\n\n# When MathJax is enabled you can set the default output format to be used for\n# the MathJax output. For more details about the output format see MathJax\n# version 2 (see:\n# http://docs.mathjax.org/en/v2.7-latest/output.html) and MathJax version 3\n# (see:\n# http://docs.mathjax.org/en/latest/web/components/output.html).\n# Possible values are: HTML-CSS (which is slower, but has the best\n# compatibility. This is the name for Mathjax version 2, for MathJax version 3\n# this will be translated into chtml), NativeMML (i.e. MathML. Only supported\n# for NathJax 2. For MathJax version 3 chtml will be used instead.), chtml (This\n# is the name for Mathjax version 3, for MathJax version 2 this will be\n# translated into HTML-CSS) and SVG.\n# The default value is: HTML-CSS.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_FORMAT         = HTML-CSS\n\n# When MathJax is enabled you need to specify the location relative to the HTML\n# output directory using the MATHJAX_RELPATH option. The destination directory\n# should contain the MathJax.js script. For instance, if the mathjax directory\n# is located at the same level as the HTML output directory, then\n# MATHJAX_RELPATH should be ../mathjax. The default value points to the MathJax\n# Content Delivery Network so you can quickly see the result without installing\n# MathJax. However, it is strongly recommended to install a local copy of\n# MathJax from https://www.mathjax.org before deployment. The default value is:\n# - in case of MathJax version 2: https://cdn.jsdelivr.net/npm/mathjax@2\n# - in case of MathJax version 3: https://cdn.jsdelivr.net/npm/mathjax@3\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_RELPATH        = http://cdn.mathjax.org/mathjax/latest\n\n# The MATHJAX_EXTENSIONS tag can be used to specify one or more MathJax\n# extension names that should be enabled during MathJax rendering. For example\n# for MathJax version 2 (see\n# https://docs.mathjax.org/en/v2.7-latest/tex.html#tex-and-latex-extensions):\n# MATHJAX_EXTENSIONS = TeX/AMSmath TeX/AMSsymbols\n# For example for MathJax version 3 (see\n# http://docs.mathjax.org/en/latest/input/tex/extensions/index.html):\n# MATHJAX_EXTENSIONS = ams\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_EXTENSIONS     =\n\n# The MATHJAX_CODEFILE tag can be used to specify a file with javascript pieces\n# of code that will be used on startup of the MathJax code. See the MathJax site\n# (see:\n# http://docs.mathjax.org/en/v2.7-latest/output.html) for more details. For an\n# example see the documentation.\n# This tag requires that the tag USE_MATHJAX is set to YES.\n\nMATHJAX_CODEFILE       =\n\n# When the SEARCHENGINE tag is enabled doxygen will generate a search box for\n# the HTML output. The underlying search engine uses javascript and DHTML and\n# should work on any modern browser. Note that when using HTML help\n# (GENERATE_HTMLHELP), Qt help (GENERATE_QHP), or docsets (GENERATE_DOCSET)\n# there is already a search function so this one should typically be disabled.\n# For large projects the javascript based search engine can be slow, then\n# enabling SERVER_BASED_SEARCH may provide a better solution. It is possible to\n# search using the keyboard; to jump to the search box use <access key> + S\n# (what the <access key> is depends on the OS and browser, but it is typically\n# <CTRL>, <ALT>/<option>, or both). Inside the search box use the <cursor down\n# key> to jump into the search results window, the results can be navigated\n# using the <cursor keys>. Press <Enter> to select an item or <escape> to cancel\n# the search. The filter options can be selected when the cursor is inside the\n# search box by pressing <Shift>+<cursor down>. Also here use the <cursor keys>\n# to select a filter and <Enter> or <escape> to activate or cancel the filter\n# option.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_HTML is set to YES.\n\nSEARCHENGINE           = NO\n\n# When the SERVER_BASED_SEARCH tag is enabled the search engine will be\n# implemented using a web server instead of a web client using JavaScript. There\n# are two flavors of web server based searching depending on the EXTERNAL_SEARCH\n# setting. When disabled, doxygen will generate a PHP script for searching and\n# an index file used by the script. When EXTERNAL_SEARCH is enabled the indexing\n# and searching needs to be provided by external tools. See the section\n# \"External Indexing and Searching\" for details.\n# The default value is: NO.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSERVER_BASED_SEARCH    = NO\n\n# When EXTERNAL_SEARCH tag is enabled doxygen will no longer generate the PHP\n# script for searching. Instead the search results are written to an XML file\n# which needs to be processed by an external indexer. Doxygen will invoke an\n# external search engine pointed to by the SEARCHENGINE_URL option to obtain the\n# search results.\n#\n# Doxygen ships with an example indexer (doxyindexer) and search engine\n# (doxysearch.cgi) which are based on the open source search engine library\n# Xapian (see:\n# https://xapian.org/).\n#\n# See the section \"External Indexing and Searching\" for details.\n# The default value is: NO.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTERNAL_SEARCH        = NO\n\n# The SEARCHENGINE_URL should point to a search engine hosted by a web server\n# which will return the search results when EXTERNAL_SEARCH is enabled.\n#\n# Doxygen ships with an example indexer (doxyindexer) and search engine\n# (doxysearch.cgi) which are based on the open source search engine library\n# Xapian (see:\n# https://xapian.org/). See the section \"External Indexing and Searching\" for\n# details.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSEARCHENGINE_URL       =\n\n# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the unindexed\n# search data is written to a file for indexing by an external tool. With the\n# SEARCHDATA_FILE tag the name of this file can be specified.\n# The default file is: searchdata.xml.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nSEARCHDATA_FILE        = searchdata.xml\n\n# When SERVER_BASED_SEARCH and EXTERNAL_SEARCH are both enabled the\n# EXTERNAL_SEARCH_ID tag can be used as an identifier for the project. This is\n# useful in combination with EXTRA_SEARCH_MAPPINGS to search through multiple\n# projects and redirect the results back to the right project.\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTERNAL_SEARCH_ID     =\n\n# The EXTRA_SEARCH_MAPPINGS tag can be used to enable searching through doxygen\n# projects other than the one defined by this configuration file, but that are\n# all added to the same external search index. Each project needs to have a\n# unique id set via EXTERNAL_SEARCH_ID. The search mapping then maps the id of\n# to a relative location where the documentation can be found. The format is:\n# EXTRA_SEARCH_MAPPINGS = tagname1=loc1 tagname2=loc2 ...\n# This tag requires that the tag SEARCHENGINE is set to YES.\n\nEXTRA_SEARCH_MAPPINGS  =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the LaTeX output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_LATEX tag is set to YES, doxygen will generate LaTeX output.\n# The default value is: YES.\n\nGENERATE_LATEX         = YES\n\n# The LATEX_OUTPUT tag is used to specify where the LaTeX docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: latex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_OUTPUT           = latex\n\n# The LATEX_CMD_NAME tag can be used to specify the LaTeX command name to be\n# invoked.\n#\n# Note that when not enabling USE_PDFLATEX the default is latex when enabling\n# USE_PDFLATEX the default is pdflatex and when in the later case latex is\n# chosen this is overwritten by pdflatex. For specific output languages the\n# default can have been set differently, this depends on the implementation of\n# the output language.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_CMD_NAME         = latex\n\n# The MAKEINDEX_CMD_NAME tag can be used to specify the command name to generate\n# index for LaTeX.\n# Note: This tag is used in the Makefile / make.bat.\n# See also: LATEX_MAKEINDEX_CMD for the part in the generated output file\n# (.tex).\n# The default file is: makeindex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nMAKEINDEX_CMD_NAME     = makeindex\n\n# The LATEX_MAKEINDEX_CMD tag can be used to specify the command name to\n# generate index for LaTeX. In case there is no backslash (\\) as first character\n# it will be automatically added in the LaTeX code.\n# Note: This tag is used in the generated output file (.tex).\n# See also: MAKEINDEX_CMD_NAME for the part in the Makefile / make.bat.\n# The default value is: makeindex.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_MAKEINDEX_CMD    = makeindex\n\n# If the COMPACT_LATEX tag is set to YES, doxygen generates more compact LaTeX\n# documents. This may be useful for small projects and may help to save some\n# trees in general.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nCOMPACT_LATEX          = NO\n\n# The PAPER_TYPE tag can be used to set the paper type that is used by the\n# printer.\n# Possible values are: a4 (210 x 297 mm), letter (8.5 x 11 inches), legal (8.5 x\n# 14 inches) and executive (7.25 x 10.5 inches).\n# The default value is: a4.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nPAPER_TYPE             = a4wide\n\n# The EXTRA_PACKAGES tag can be used to specify one or more LaTeX package names\n# that should be included in the LaTeX output. The package can be specified just\n# by its name or with the correct syntax as to be used with the LaTeX\n# \\usepackage command. To get the times font for instance you can specify :\n# EXTRA_PACKAGES=times or EXTRA_PACKAGES={times}\n# To use the option intlimits with the amsmath package you can specify:\n# EXTRA_PACKAGES=[intlimits]{amsmath}\n# If left blank no extra packages will be included.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nEXTRA_PACKAGES         =\n\n# The LATEX_HEADER tag can be used to specify a user-defined LaTeX header for\n# the generated LaTeX document. The header should contain everything until the\n# first chapter. If it is left blank doxygen will generate a standard header. It\n# is highly recommended to start with a default header using\n# doxygen -w latex new_header.tex new_footer.tex new_stylesheet.sty\n# and then modify the file new_header.tex. See also section \"Doxygen usage\" for\n# information on how to generate the default header that doxygen normally uses.\n#\n# Note: Only use a user-defined header if you know what you are doing!\n# Note: The header is subject to change so you typically have to regenerate the\n# default header when upgrading to a newer version of doxygen. The following\n# commands have a special meaning inside the header (and footer): For a\n# description of the possible markers and block names see the documentation.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_HEADER           =\n\n# The LATEX_FOOTER tag can be used to specify a user-defined LaTeX footer for\n# the generated LaTeX document. The footer should contain everything after the\n# last chapter. If it is left blank doxygen will generate a standard footer. See\n# LATEX_HEADER for more information on how to generate a default footer and what\n# special commands can be used inside the footer. See also section \"Doxygen\n# usage\" for information on how to generate the default footer that doxygen\n# normally uses. Note: Only use a user-defined footer if you know what you are\n# doing!\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_FOOTER           =\n\n# The LATEX_EXTRA_STYLESHEET tag can be used to specify additional user-defined\n# LaTeX style sheets that are included after the standard style sheets created\n# by doxygen. Using this option one can overrule certain style aspects. Doxygen\n# will copy the style sheet files to the output directory.\n# Note: The order of the extra style sheet files is of importance (e.g. the last\n# style sheet in the list overrules the setting of the previous ones in the\n# list).\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EXTRA_STYLESHEET =\n\n# The LATEX_EXTRA_FILES tag can be used to specify one or more extra images or\n# other source files which should be copied to the LATEX_OUTPUT output\n# directory. Note that the files will be copied as-is; there are no commands or\n# markers available.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EXTRA_FILES      =\n\n# If the PDF_HYPERLINKS tag is set to YES, the LaTeX that is generated is\n# prepared for conversion to PDF (using ps2pdf or pdflatex). The PDF file will\n# contain links (just like the HTML output) instead of page references. This\n# makes the output suitable for online browsing using a PDF viewer.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nPDF_HYPERLINKS         = YES\n\n# If the USE_PDFLATEX tag is set to YES, doxygen will use the engine as\n# specified with LATEX_CMD_NAME to generate the PDF file directly from the LaTeX\n# files. Set this option to YES, to get a higher quality PDF documentation.\n#\n# See also section LATEX_CMD_NAME for selecting the engine.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nUSE_PDFLATEX           = YES\n\n# The LATEX_BATCHMODE tag signals the behavior of LaTeX in case of an error.\n# Possible values are: NO same as ERROR_STOP, YES same as BATCH, BATCH In batch\n# mode nothing is printed on the terminal, errors are scrolled as if <return> is\n# hit at every error; missing files that TeX tries to input or request from\n# keyboard input (\\read on a not open input stream) cause the job to abort,\n# NON_STOP In nonstop mode the diagnostic message will appear on the terminal,\n# but there is no possibility of user interaction just like in batch mode,\n# SCROLL In scroll mode, TeX will stop only for missing files to input or if\n# keyboard input is necessary and ERROR_STOP In errorstop mode, TeX will stop at\n# each error, asking for user intervention.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_BATCHMODE        = NO\n\n# If the LATEX_HIDE_INDICES tag is set to YES then doxygen will not include the\n# index chapters (such as File Index, Compound Index, etc.) in the output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_HIDE_INDICES     = NO\n\n# The LATEX_BIB_STYLE tag can be used to specify the style to use for the\n# bibliography, e.g. plainnat, or ieeetr. See\n# https://en.wikipedia.org/wiki/BibTeX and \\cite for more info.\n# The default value is: plain.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_BIB_STYLE        = plain\n\n# The LATEX_EMOJI_DIRECTORY tag is used to specify the (relative or absolute)\n# path from which the emoji images will be read. If a relative path is entered,\n# it will be relative to the LATEX_OUTPUT directory. If left blank the\n# LATEX_OUTPUT directory will be used.\n# This tag requires that the tag GENERATE_LATEX is set to YES.\n\nLATEX_EMOJI_DIRECTORY  =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the RTF output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_RTF tag is set to YES, doxygen will generate RTF output. The\n# RTF output is optimized for Word 97 and may not look too pretty with other RTF\n# readers/editors.\n# The default value is: NO.\n\nGENERATE_RTF           = NO\n\n# The RTF_OUTPUT tag is used to specify where the RTF docs will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: rtf.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_OUTPUT             = rtf\n\n# If the COMPACT_RTF tag is set to YES, doxygen generates more compact RTF\n# documents. This may be useful for small projects and may help to save some\n# trees in general.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nCOMPACT_RTF            = NO\n\n# If the RTF_HYPERLINKS tag is set to YES, the RTF that is generated will\n# contain hyperlink fields. The RTF file will contain links (just like the HTML\n# output) instead of page references. This makes the output suitable for online\n# browsing using Word or some other Word compatible readers that support those\n# fields.\n#\n# Note: WordPad (write) and others do not support links.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_HYPERLINKS         = NO\n\n# Load stylesheet definitions from file. Syntax is similar to doxygen's\n# configuration file, i.e. a series of assignments. You only have to provide\n# replacements, missing definitions are set to their default value.\n#\n# See also section \"Doxygen usage\" for information on how to generate the\n# default style sheet that doxygen normally uses.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_STYLESHEET_FILE    =\n\n# Set optional variables used in the generation of an RTF document. Syntax is\n# similar to doxygen's configuration file. A template extensions file can be\n# generated using doxygen -e rtf extensionFile.\n# This tag requires that the tag GENERATE_RTF is set to YES.\n\nRTF_EXTENSIONS_FILE    =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the man page output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_MAN tag is set to YES, doxygen will generate man pages for\n# classes and files.\n# The default value is: NO.\n\nGENERATE_MAN           = NO\n\n# The MAN_OUTPUT tag is used to specify where the man pages will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it. A directory man3 will be created inside the directory specified by\n# MAN_OUTPUT.\n# The default directory is: man.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_OUTPUT             = man\n\n# The MAN_EXTENSION tag determines the extension that is added to the generated\n# man pages. In case the manual section does not start with a number, the number\n# 3 is prepended. The dot (.) at the beginning of the MAN_EXTENSION tag is\n# optional.\n# The default value is: .3.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_EXTENSION          = .3\n\n# The MAN_SUBDIR tag determines the name of the directory created within\n# MAN_OUTPUT in which the man pages are placed. If defaults to man followed by\n# MAN_EXTENSION with the initial . removed.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_SUBDIR             =\n\n# If the MAN_LINKS tag is set to YES and doxygen generates man output, then it\n# will generate one additional man file for each entity documented in the real\n# man page(s). These additional files only source the real man page, but without\n# them the man command would be unable to find the correct page.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_MAN is set to YES.\n\nMAN_LINKS              = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to the XML output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_XML tag is set to YES, doxygen will generate an XML file that\n# captures the structure of the code including all documentation.\n# The default value is: NO.\n\nGENERATE_XML           = NO\n\n# The XML_OUTPUT tag is used to specify where the XML pages will be put. If a\n# relative path is entered the value of OUTPUT_DIRECTORY will be put in front of\n# it.\n# The default directory is: xml.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_OUTPUT             = xml\n\n# If the XML_PROGRAMLISTING tag is set to YES, doxygen will dump the program\n# listings (including syntax highlighting and cross-referencing information) to\n# the XML output. Note that enabling this will significantly increase the size\n# of the XML output.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_PROGRAMLISTING     = YES\n\n# If the XML_NS_MEMB_FILE_SCOPE tag is set to YES, doxygen will include\n# namespace members in file scope as well, matching the HTML output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_XML is set to YES.\n\nXML_NS_MEMB_FILE_SCOPE = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to the DOCBOOK output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_DOCBOOK tag is set to YES, doxygen will generate Docbook files\n# that can be used to generate PDF.\n# The default value is: NO.\n\nGENERATE_DOCBOOK       = NO\n\n# The DOCBOOK_OUTPUT tag is used to specify where the Docbook pages will be put.\n# If a relative path is entered the value of OUTPUT_DIRECTORY will be put in\n# front of it.\n# The default directory is: docbook.\n# This tag requires that the tag GENERATE_DOCBOOK is set to YES.\n\nDOCBOOK_OUTPUT         = docbook\n\n#---------------------------------------------------------------------------\n# Configuration options for the AutoGen Definitions output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_AUTOGEN_DEF tag is set to YES, doxygen will generate an\n# AutoGen Definitions (see https://autogen.sourceforge.net/) file that captures\n# the structure of the code including all documentation. Note that this feature\n# is still experimental and incomplete at the moment.\n# The default value is: NO.\n\nGENERATE_AUTOGEN_DEF   = NO\n\n#---------------------------------------------------------------------------\n# Configuration options related to Sqlite3 output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_SQLITE3 tag is set to YES doxygen will generate a Sqlite3\n# database with symbols found by doxygen stored in tables.\n# The default value is: NO.\n\nGENERATE_SQLITE3       = NO\n\n# The SQLITE3_OUTPUT tag is used to specify where the Sqlite3 database will be\n# put. If a relative path is entered the value of OUTPUT_DIRECTORY will be put\n# in front of it.\n# The default directory is: sqlite3.\n# This tag requires that the tag GENERATE_SQLITE3 is set to YES.\n\nSQLITE3_OUTPUT         = sqlite3\n\n# The SQLITE3_OVERWRITE_DB tag is set to YES, the existing doxygen_sqlite3.db\n# database file will be recreated with each doxygen run. If set to NO, doxygen\n# will warn if an a database file is already found and not modify it.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_SQLITE3 is set to YES.\n\nSQLITE3_RECREATE_DB    = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to the Perl module output\n#---------------------------------------------------------------------------\n\n# If the GENERATE_PERLMOD tag is set to YES, doxygen will generate a Perl module\n# file that captures the structure of the code including all documentation.\n#\n# Note that this feature is still experimental and incomplete at the moment.\n# The default value is: NO.\n\nGENERATE_PERLMOD       = NO\n\n# If the PERLMOD_LATEX tag is set to YES, doxygen will generate the necessary\n# Makefile rules, Perl scripts and LaTeX code to be able to generate PDF and DVI\n# output from the Perl module output.\n# The default value is: NO.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_LATEX          = NO\n\n# If the PERLMOD_PRETTY tag is set to YES, the Perl module output will be nicely\n# formatted so it can be parsed by a human reader. This is useful if you want to\n# understand what is going on. On the other hand, if this tag is set to NO, the\n# size of the Perl module output will be much smaller and Perl will parse it\n# just the same.\n# The default value is: YES.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_PRETTY         = YES\n\n# The names of the make variables in the generated doxyrules.make file are\n# prefixed with the string contained in PERLMOD_MAKEVAR_PREFIX. This is useful\n# so different doxyrules.make files included by the same Makefile don't\n# overwrite each other's variables.\n# This tag requires that the tag GENERATE_PERLMOD is set to YES.\n\nPERLMOD_MAKEVAR_PREFIX =\n\n#---------------------------------------------------------------------------\n# Configuration options related to the preprocessor\n#---------------------------------------------------------------------------\n\n# If the ENABLE_PREPROCESSING tag is set to YES, doxygen will evaluate all\n# C-preprocessor directives found in the sources and include files.\n# The default value is: YES.\n\nENABLE_PREPROCESSING   = YES\n\n# If the MACRO_EXPANSION tag is set to YES, doxygen will expand all macro names\n# in the source code. If set to NO, only conditional compilation will be\n# performed. Macro expansion can be done in a controlled way by setting\n# EXPAND_ONLY_PREDEF to YES.\n# The default value is: NO.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nMACRO_EXPANSION        = NO\n\n# If the EXPAND_ONLY_PREDEF and MACRO_EXPANSION tags are both set to YES then\n# the macro expansion is limited to the macros specified with the PREDEFINED and\n# EXPAND_AS_DEFINED tags.\n# The default value is: NO.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nEXPAND_ONLY_PREDEF     = NO\n\n# If the SEARCH_INCLUDES tag is set to YES, the include files in the\n# INCLUDE_PATH will be searched if a #include is found.\n# The default value is: YES.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nSEARCH_INCLUDES        = YES\n\n# The INCLUDE_PATH tag can be used to specify one or more directories that\n# contain include files that are not input files but should be processed by the\n# preprocessor. Note that the INCLUDE_PATH is not recursive, so the setting of\n# RECURSIVE has no effect here.\n# This tag requires that the tag SEARCH_INCLUDES is set to YES.\n\nINCLUDE_PATH           =\n\n# You can use the INCLUDE_FILE_PATTERNS tag to specify one or more wildcard\n# patterns (like *.h and *.hpp) to filter out the header-files in the\n# directories. If left blank, the patterns specified with FILE_PATTERNS will be\n# used.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nINCLUDE_FILE_PATTERNS  =\n\n# The PREDEFINED tag can be used to specify one or more macro names that are\n# defined before the preprocessor is started (similar to the -D option of e.g.\n# gcc). The argument of the tag is a list of macros of the form: name or\n# name=definition (no spaces). If the definition and the \"=\" are omitted, \"=1\"\n# is assumed. To prevent a macro definition from being undefined via #undef or\n# recursively expanded use the := operator instead of the = operator.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nPREDEFINED             =\n\n# If the MACRO_EXPANSION and EXPAND_ONLY_PREDEF tags are set to YES then this\n# tag can be used to specify a list of macro names that should be expanded. The\n# macro definition that is found in the sources will be used. Use the PREDEFINED\n# tag if you want to use a different macro definition that overrules the\n# definition found in the source code.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nEXPAND_AS_DEFINED      =\n\n# If the SKIP_FUNCTION_MACROS tag is set to YES then doxygen's preprocessor will\n# remove all references to function-like macros that are alone on a line, have\n# an all uppercase name, and do not end with a semicolon. Such function macros\n# are typically used for boiler-plate code, and will confuse the parser if not\n# removed.\n# The default value is: YES.\n# This tag requires that the tag ENABLE_PREPROCESSING is set to YES.\n\nSKIP_FUNCTION_MACROS   = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to external references\n#---------------------------------------------------------------------------\n\n# The TAGFILES tag can be used to specify one or more tag files. For each tag\n# file the location of the external documentation should be added. The format of\n# a tag file without this location is as follows:\n# TAGFILES = file1 file2 ...\n# Adding location for the tag files is done as follows:\n# TAGFILES = file1=loc1 \"file2 = loc2\" ...\n# where loc1 and loc2 can be relative or absolute paths or URLs. See the\n# section \"Linking to external documentation\" for more information about the use\n# of tag files.\n# Note: Each tag file must have a unique name (where the name does NOT include\n# the path). If a tag file is not located in the directory in which doxygen is\n# run, you must also specify the path to the tagfile here.\n\nTAGFILES               =\n\n# When a file name is specified after GENERATE_TAGFILE, doxygen will create a\n# tag file that is based on the input files it reads. See section \"Linking to\n# external documentation\" for more information about the usage of tag files.\n\nGENERATE_TAGFILE       =\n\n# If the ALLEXTERNALS tag is set to YES, all external classes and namespaces\n# will be listed in the class and namespace index. If set to NO, only the\n# inherited external classes will be listed.\n# The default value is: NO.\n\nALLEXTERNALS           = NO\n\n# If the EXTERNAL_GROUPS tag is set to YES, all external groups will be listed\n# in the topic index. If set to NO, only the current project's groups will be\n# listed.\n# The default value is: YES.\n\nEXTERNAL_GROUPS        = YES\n\n# If the EXTERNAL_PAGES tag is set to YES, all external pages will be listed in\n# the related pages index. If set to NO, only the current project's pages will\n# be listed.\n# The default value is: YES.\n\nEXTERNAL_PAGES         = YES\n\n#---------------------------------------------------------------------------\n# Configuration options related to diagram generator tools\n#---------------------------------------------------------------------------\n\n# If set to YES the inheritance and collaboration graphs will hide inheritance\n# and usage relations if the target is undocumented or is not a class.\n# The default value is: YES.\n\nHIDE_UNDOC_RELATIONS   = YES\n\n# If you set the HAVE_DOT tag to YES then doxygen will assume the dot tool is\n# available from the path. This tool is part of Graphviz (see:\n# https://www.graphviz.org/), a graph visualization toolkit from AT&T and Lucent\n# Bell Labs. The other options in this section have no effect if this option is\n# set to NO\n# The default value is: NO.\n\nHAVE_DOT               = NO\n\n# The DOT_NUM_THREADS specifies the number of dot invocations doxygen is allowed\n# to run in parallel. When set to 0 doxygen will base this on the number of\n# processors available in the system. You can set it explicitly to a value\n# larger than 0 to get control over the balance between CPU load and processing\n# speed.\n# Minimum value: 0, maximum value: 32, default value: 0.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_NUM_THREADS        = 0\n\n# DOT_COMMON_ATTR is common attributes for nodes, edges and labels of\n# subgraphs. When you want a differently looking font in the dot files that\n# doxygen generates you can specify fontname, fontcolor and fontsize attributes.\n# For details please see <a href=https://graphviz.org/doc/info/attrs.html>Node,\n# Edge and Graph Attributes specification</a> You need to make sure dot is able\n# to find the font, which can be done by putting it in a standard location or by\n# setting the DOTFONTPATH environment variable or by setting DOT_FONTPATH to the\n# directory containing the font. Default graphviz fontsize is 14.\n# The default value is: fontname=Helvetica,fontsize=10.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_COMMON_ATTR        = \"fontname=Helvetica,fontsize=10\"\n\n# DOT_EDGE_ATTR is concatenated with DOT_COMMON_ATTR. For elegant style you can\n# add 'arrowhead=open, arrowtail=open, arrowsize=0.5'. <a\n# href=https://graphviz.org/doc/info/arrows.html>Complete documentation about\n# arrows shapes.</a>\n# The default value is: labelfontname=Helvetica,labelfontsize=10.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_EDGE_ATTR          = \"labelfontname=Helvetica,labelfontsize=10\"\n\n# DOT_NODE_ATTR is concatenated with DOT_COMMON_ATTR. For view without boxes\n# around nodes set 'shape=plain' or 'shape=plaintext' <a\n# href=https://www.graphviz.org/doc/info/shapes.html>Shapes specification</a>\n# The default value is: shape=box,height=0.2,width=0.4.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_NODE_ATTR          = \"shape=box,height=0.2,width=0.4\"\n\n# You can set the path where dot can find font specified with fontname in\n# DOT_COMMON_ATTR and others dot attributes.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_FONTPATH           =\n\n# If the CLASS_GRAPH tag is set to YES or GRAPH or BUILTIN then doxygen will\n# generate a graph for each documented class showing the direct and indirect\n# inheritance relations. In case the CLASS_GRAPH tag is set to YES or GRAPH and\n# HAVE_DOT is enabled as well, then dot will be used to draw the graph. In case\n# the CLASS_GRAPH tag is set to YES and HAVE_DOT is disabled or if the\n# CLASS_GRAPH tag is set to BUILTIN, then the built-in generator will be used.\n# If the CLASS_GRAPH tag is set to TEXT the direct and indirect inheritance\n# relations will be shown as texts / links.\n# Possible values are: NO, YES, TEXT, GRAPH and BUILTIN.\n# The default value is: YES.\n\nCLASS_GRAPH            = YES\n\n# If the COLLABORATION_GRAPH tag is set to YES then doxygen will generate a\n# graph for each documented class showing the direct and indirect implementation\n# dependencies (inheritance, containment, and class references variables) of the\n# class with other documented classes. Explicit enabling a collaboration graph,\n# when COLLABORATION_GRAPH is set to NO, can be accomplished by means of the\n# command \\collaborationgraph. Disabling a collaboration graph can be\n# accomplished by means of the command \\hidecollaborationgraph.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nCOLLABORATION_GRAPH    = YES\n\n# If the GROUP_GRAPHS tag is set to YES then doxygen will generate a graph for\n# groups, showing the direct groups dependencies. Explicit enabling a group\n# dependency graph, when GROUP_GRAPHS is set to NO, can be accomplished by means\n# of the command \\groupgraph. Disabling a directory graph can be accomplished by\n# means of the command \\hidegroupgraph. 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Tested\n# and working are Firefox, Chrome, Safari, and Opera.\n# Note: For IE 9+ you need to set HTML_FILE_EXTENSION to xhtml in order to make\n# the SVG files visible. Older versions of IE do not have SVG support.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nINTERACTIVE_SVG        = NO\n\n# The DOT_PATH tag can be used to specify the path where the dot tool can be\n# found. If left blank, it is assumed the dot tool can be found in the path.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_PATH               =\n\n# The DOTFILE_DIRS tag can be used to specify one or more directories that\n# contain dot files that are included in the documentation (see the \\dotfile\n# command).\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOTFILE_DIRS           =\n\n# You can include diagrams made with dia in doxygen documentation. Doxygen will\n# then run dia to produce the diagram and insert it in the documentation. The\n# DIA_PATH tag allows you to specify the directory where the dia binary resides.\n# If left empty dia is assumed to be found in the default search path.\n\nDIA_PATH               =\n\n# The DIAFILE_DIRS tag can be used to specify one or more directories that\n# contain dia files that are included in the documentation (see the \\diafile\n# command).\n\nDIAFILE_DIRS           =\n\n# When using plantuml, the PLANTUML_JAR_PATH tag should be used to specify the\n# path where java can find the plantuml.jar file or to the filename of jar file\n# to be used. If left blank, it is assumed PlantUML is not used or called during\n# a preprocessing step. Doxygen will generate a warning when it encounters a\n# \\startuml command in this case and will not generate output for the diagram.\n\nPLANTUML_JAR_PATH      =\n\n# When using plantuml, the PLANTUML_CFG_FILE tag can be used to specify a\n# configuration file for plantuml.\n\nPLANTUML_CFG_FILE      =\n\n# When using plantuml, the specified paths are searched for files specified by\n# the !include statement in a plantuml block.\n\nPLANTUML_INCLUDE_PATH  =\n\n# The DOT_GRAPH_MAX_NODES tag can be used to set the maximum number of nodes\n# that will be shown in the graph. If the number of nodes in a graph becomes\n# larger than this value, doxygen will truncate the graph, which is visualized\n# by representing a node as a red box. Note that doxygen if the number of direct\n# children of the root node in a graph is already larger than\n# DOT_GRAPH_MAX_NODES then the graph will not be shown at all. Also note that\n# the size of a graph can be further restricted by MAX_DOT_GRAPH_DEPTH.\n# Minimum value: 0, maximum value: 10000, default value: 50.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_GRAPH_MAX_NODES    = 50\n\n# The MAX_DOT_GRAPH_DEPTH tag can be used to set the maximum depth of the graphs\n# generated by dot. A depth value of 3 means that only nodes reachable from the\n# root by following a path via at most 3 edges will be shown. Nodes that lay\n# further from the root node will be omitted. Note that setting this option to 1\n# or 2 may greatly reduce the computation time needed for large code bases. Also\n# note that the size of a graph can be further restricted by\n# DOT_GRAPH_MAX_NODES. Using a depth of 0 means no depth restriction.\n# Minimum value: 0, maximum value: 1000, default value: 0.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nMAX_DOT_GRAPH_DEPTH    = 0\n\n# Set the DOT_MULTI_TARGETS tag to YES to allow dot to generate multiple output\n# files in one run (i.e. multiple -o and -T options on the command line). This\n# makes dot run faster, but since only newer versions of dot (>1.8.10) support\n# this, this feature is disabled by default.\n# The default value is: NO.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nDOT_MULTI_TARGETS      = NO\n\n# If the GENERATE_LEGEND tag is set to YES doxygen will generate a legend page\n# explaining the meaning of the various boxes and arrows in the dot generated\n# graphs.\n# Note: This tag requires that UML_LOOK isn't set, i.e. the doxygen internal\n# graphical representation for inheritance and collaboration diagrams is used.\n# The default value is: YES.\n# This tag requires that the tag HAVE_DOT is set to YES.\n\nGENERATE_LEGEND        = YES\n\n# If the DOT_CLEANUP tag is set to YES, doxygen will remove the intermediate\n# files that are used to generate the various graphs.\n#\n# Note: This setting is not only used for dot files but also for msc temporary\n# files.\n# The default value is: YES.\n\nDOT_CLEANUP            = YES\n\n# You can define message sequence charts within doxygen comments using the \\msc\n# command. If the MSCGEN_TOOL tag is left empty (the default), then doxygen will\n# use a built-in version of mscgen tool to produce the charts. Alternatively,\n# the MSCGEN_TOOL tag can also specify the name an external tool. For instance,\n# specifying prog as the value, doxygen will call the tool as prog -T\n# <outfile_format> -o <outputfile> <inputfile>. The external tool should support\n# output file formats \"png\", \"eps\", \"svg\", and \"ismap\".\n\nMSCGEN_TOOL            =\n\n# The MSCFILE_DIRS tag can be used to specify one or more directories that\n# contain msc files that are included in the documentation (see the \\mscfile\n# command).\n\nMSCFILE_DIRS           =\n"
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  {
    "path": "cola/libavoid/LICENSE.LGPL",
    "content": "                  GNU LESSER GENERAL PUBLIC LICENSE\n                       Version 2.1, February 1999\n\n Copyright (C) 1991, 1999 Free Software Foundation, Inc.\n     59 Temple Place, Suite 330, Boston, MA  02111-1307  USA\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n[This is the first released version of the Lesser GPL.  It also counts\n as the successor of the GNU Library Public License, version 2, hence\n the version number 2.1.]\n\n                            Preamble\n\n  The licenses for most software are designed to take away your\nfreedom to share and change it.  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IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN\nWRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY\nAND/OR REDISTRIBUTE THE LIBRARY AS PERMITTED ABOVE, BE LIABLE TO YOU\nFOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR\nCONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE\nLIBRARY (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING\nRENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A\nFAILURE OF THE LIBRARY TO OPERATE WITH ANY OTHER SOFTWARE), EVEN IF\nSUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH\nDAMAGES.\n\n                     END OF TERMS AND CONDITIONS\n\n\n"
  },
  {
    "path": "cola/libavoid/Makefile.am",
    "content": "EXTRA_DIST=libavoid.pc.in\n\nlib_LTLIBRARIES = libavoid.la\nlibavoid_la_CPPFLAGS = -I$(top_srcdir) -I$(includedir)/libavoid -fPIC\nlibavoid_la_LDFLAGS = -no-undefined\n\nlibavoid_la_SOURCES = connectionpin.cpp \\\n\t\t\tconnector.cpp \\\n\t\t\tconnend.cpp \\\n\t\t\tgeometry.cpp \\\n\t\t\tgeomtypes.cpp \\\n\t\t\tgraph.cpp \\\n\t\t\tjunction.cpp \\\n\t\t\tmakepath.cpp \\\n\t\t\tobstacle.cpp \\\n\t\t\torthogonal.cpp \\\n\t\t\trouter.cpp \\\n\t\t\tshape.cpp \\\n\t\t\ttimer.cpp \\\n\t\t\tvertices.cpp \\\n\t\t\tviscluster.cpp \\\n\t\t\tvisibility.cpp \\\n\t\t\tvpsc.cpp \\\n\t\t\thyperedge.cpp \\\n\t\t\thyperedgeimprover.cpp \\\n\t\t\tmtst.cpp \\\n\t\t\thyperedgetree.cpp \\\n\t\t\tscanline.cpp \\\n\t\t\tactioninfo.cpp \\\n\t\t\tassertions.h \\\n\t\t\tconnector.h \\\n\t\t\tconnectionpin.h \\\n\t\t\tconnend.h \\\n\t\t\tdebug.h \\\n\t\t\tgeometry.h \\\n\t\t\tgeomtypes.h \\\n\t\t\tgraph.h \\\n\t\t\tjunction.h \\\n\t\t\tlibavoid.h \\\n\t\t\tmakepath.h \\\n\t\t\tobstacle.h \\\n\t\t\torthogonal.h \\\n\t\t\trouter.h \\\n\t\t\tshape.h \\\n\t\t\ttimer.h \\\n\t\t\tvertices.h \\\n\t\t\tviscluster.h \\\n\t\t\tvisibility.h \\\n\t\t\thyperedge.h \\\n\t\t\tmtst.h \\\n\t\t\thyperedgetree.h \\\n\t\t\tscanline.h \\\n\t\t\tactioninfo.h \\\n\t\t\tvpsc.h \\\n\t\t\tdebughandler.h\n\nlibavoidincludedir = $(includedir)/libavoid\nlibavoidinclude_HEADERS = assertions.h \\\n\t\t\tconnector.h \\\n\t\t\tconnectionpin.h \\\n\t\t\tconnend.h \\\n\t\t\tdebug.h \\\n                        dllexport.h \\\n\t\t\tgeometry.h \\\n\t\t\tgeomtypes.h \\\n\t\t\tgraph.h \\\n\t\t\tjunction.h \\\n\t\t\tlibavoid.h \\\n\t\t\tmakepath.h \\\n\t\t\tobstacle.h \\\n\t\t\torthogonal.h \\\n\t\t\trouter.h \\\n\t\t\tshape.h \\\n\t\t\ttimer.h \\\n\t\t\tvertices.h \\\n\t\t\tviscluster.h \\\n\t\t\tvisibility.h \\\n\t\t\thyperedge.h \\\n\t\t\thyperedgeimprover.h \\\n\t\t\tmtst.h \\\n\t\t\thyperedgetree.h \\\n\t\t\tscanline.h \\\n\t\t\tactioninfo.h \\\n\t\t\tvpsc.h \\\n\t\t\tdebughandler.h\n\npkgconfigdir = $(libdir)/pkgconfig\npkgconfig_DATA = libavoid.pc\n\nSUBDIRS = . tests\n\n"
  },
  {
    "path": "cola/libavoid/README",
    "content": "libavoid - Fast, Incremental, Object-avoiding Line Router\n\nCopyright (C) 2004-2009  Monash University\n\nA cross-platform C++ library providing fast, object-avoiding connector\nrouting for use in interactive diagram editors.\n\nDocumentation is available for libavoid through Doxygen.  Install Doxygen and\nrun it in the libavoid directory to generate documentation for the interface.\n\nlibavoid is written and maintained by Michael Wybrow, a member of the \nAdaptive Diagrams and Documents lab at Monash University, Australia.\n\nlibavoid is available under the terms of open-source GNU Lesser General Public\nLicense v2.1.  Commercial licenses are also available, for more information \nplease contact Michael Wybrow <http://www.csse.monash.edu.au/~mwybrow/>.\n\nThe algorithms used for the connector routing are described in:\n\n  M. Wybrow, K. Marriott, and P.J. Stuckey. Incremental connector routing.\n  In Proceedings of 13th International Symposium on Graph Drawing, LNCS 3843,\n  pages 446-457. Springer-Verlag, 2006.\n  http://www.csse.monash.edu.au/~mwybrow/papers/wybrow-gd-2005.pdf\n\n  M. Wybrow, K. Marriott, and P.J. Stuckey. Orthogonal connector routing.\n  In Proceedings of 17th International Symposium on Graph Drawing (GD '09),\n  To appear 2010.\n  http://www.csse.monash.edu.au/~mwybrow/papers/wybrow-gd-2009.pdf\n\nlibavoid is currently used in the prototype research diagram editor \"Dunnart\":\n  http://www.csse.monash.edu.au/~mwybrow/dunnart/\nAs well as the professional open-source vector graphics editor \"Inkscape\":\n  http://www.inkscape.org/\n\n\n"
  },
  {
    "path": "cola/libavoid/actioninfo.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <algorithm>\n\n#include \"libavoid/actioninfo.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/junction.h\"\n\nnamespace Avoid {\n\n\nActionInfo::ActionInfo(ActionType t, ShapeRef *s, const Polygon& p, bool fM)\n    : type(t),\n      objPtr(s),\n      newPoly(p),\n      firstMove(fM)\n{\n    COLA_ASSERT(type == ShapeMove);\n}\n\n\nActionInfo::ActionInfo(ActionType t, ShapeRef *s)\n    : type(t),\n      objPtr(s)\n\n{\n    COLA_ASSERT((type == ShapeAdd) || (type == ShapeRemove) ||\n            (type == ShapeMove));\n}\n\n\nActionInfo::ActionInfo(ActionType t, JunctionRef *j, const Point& p)\n    : type(t),\n      objPtr(j),\n      newPosition(p)\n{\n    COLA_ASSERT(type == JunctionMove);\n}\n\n\nActionInfo::ActionInfo(ActionType t, JunctionRef *j)\n    : type(t),\n      objPtr(j)\n{\n    COLA_ASSERT((type == JunctionAdd) || (type == JunctionRemove) ||\n            (type == JunctionMove));\n}\n\nActionInfo::ActionInfo(ActionType t, ConnRef *c)\n    : type(t),\n      objPtr(c)\n{\n    COLA_ASSERT(type == ConnChange);\n}\n\n\nActionInfo::ActionInfo(ActionType t, ShapeConnectionPin *p)\n    : type(t),\n      objPtr(p)\n{\n    COLA_ASSERT(type == ConnectionPinChange);\n}\n\n\nActionInfo::~ActionInfo()\n{\n}\n\n\nObstacle *ActionInfo::obstacle(void) const\n{\n    COLA_ASSERT((type == ShapeMove) || (type == ShapeAdd) || \n            (type == ShapeRemove) || (type == JunctionMove) || \n            (type == JunctionAdd) || (type == JunctionRemove));\n    return (static_cast<Obstacle *> (objPtr));\n}\n\n\nShapeRef *ActionInfo::shape(void) const\n{\n    return (dynamic_cast<ShapeRef *> (obstacle()));\n}\n\n\nConnRef *ActionInfo::conn(void) const\n{\n    COLA_ASSERT(type == ConnChange);\n    return (static_cast<ConnRef *> (objPtr));\n}\n\nJunctionRef *ActionInfo::junction(void) const\n{\n    return (dynamic_cast<JunctionRef *> (obstacle()));\n}\n\n\nvoid ActionInfo::addConnEndUpdate(const unsigned int type, \n        const ConnEnd& connEnd, bool isConnPinMoveUpdate)\n{\n    bool alreadyExists = false;\n    for (ConnUpdateList::iterator conn = conns.begin();\n            conn != conns.end(); ++conn)\n    {\n        // Look for an existing queued change to the same end.\n        if (conn->first == type)\n        {\n            // Found a queued change to the same endpoint of the\n            // connector. If this is a pin change as a result of a\n            // shape move, then leave the user created update\n            // that was found (since it may be moving the connection\n            // to connect to a different shape/pin.  But if this is a\n            // user change, then overwrite the previous change.\n            alreadyExists = true;\n            if (!isConnPinMoveUpdate)\n            {\n                // Overwrite the queued change with this one.\n                conn->second = connEnd;\n            }\n            break;\n        }\n    }\n\n    if (!alreadyExists)\n    {\n        // Matching change not found, so add this one.\n        conns.push_back(std::make_pair(type, connEnd));\n    }\n}\n\n\nbool ActionInfo::operator==(const ActionInfo& rhs) const\n{\n    return (type == rhs.type) && (objPtr == rhs.objPtr);\n}\n\n\nbool ActionInfo::operator<(const ActionInfo& rhs) const\n{\n    if (type != rhs.type)\n    {\n        return type < rhs.type;\n    }\n\n    if (type == ConnChange)\n    {\n        return conn()->id() < rhs.conn()->id();\n    }\n    else if (type == ConnectionPinChange)\n    {\n        // NOTE Comparing pointers may not preserve the order of\n        //      objects, but the order of Connection Pins is not\n        //      used so this is not an issue here.\n        return objPtr < rhs.objPtr;\n    }\n    else\n    {\n        return obstacle()->id() < rhs.obstacle()->id();\n    }\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/actioninfo.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n#ifndef AVOID_ACTIONINFO_H\n#define AVOID_ACTIONINFO_H\n\n#include <list>\n\n#include \"libavoid/actioninfo.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/geomtypes.h\"\n\nnamespace Avoid {\n\n// This class is not intended for public use.\n// It is used internally by Router to track actions performed on objects\n// during transactions.\n\n\n\nclass ShapeRef;\nclass JunctionRef;\n\n\nenum ActionType {\n    ShapeMove,\n    ShapeAdd,\n    ShapeRemove,\n    JunctionMove,\n    JunctionAdd,\n    JunctionRemove,\n    ConnChange,\n    ConnectionPinChange\n};\n\ntypedef std::list<std::pair<unsigned int, ConnEnd> > ConnUpdateList;\n\nclass ActionInfo {\n    public:\n        ActionInfo(ActionType t, ShapeRef *s, const Polygon& p, bool fM);\n        ActionInfo(ActionType t, ShapeRef *s);\n        ActionInfo(ActionType t, JunctionRef *j, const Point& p);\n        ActionInfo(ActionType t, JunctionRef *j);\n        ActionInfo(ActionType t, ConnRef *c);\n        ActionInfo(ActionType t, ShapeConnectionPin *p);\n        ~ActionInfo();\n        Obstacle *obstacle(void) const;\n        ShapeRef *shape(void) const;\n        ConnRef *conn(void) const;\n        JunctionRef *junction(void) const;\n        void addConnEndUpdate(const unsigned int type, const ConnEnd& connEnd,\n                bool isConnPinMoveUpdate);\n        bool operator==(const ActionInfo& rhs) const;\n        bool operator<(const ActionInfo& rhs) const;\n        \n        ActionType type;\n        void *objPtr;\n        Polygon newPoly;\n        Point newPosition;\n        bool firstMove;\n        ConnUpdateList conns;\n};\ntypedef std::list<ActionInfo> ActionInfoList;\n\n\n}\n#endif\n"
  },
  {
    "path": "cola/libavoid/assertions.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n#ifndef AVOID_ASSERTIONS_H\n#define AVOID_ASSERTIONS_H\n\n#define COLA_UNUSED(expr) do { (void)(expr); } while (0)\n\n#ifdef NDEBUG \n\n  #define COLA_ASSERT(expr)  static_cast<void>(0)\n\n#else // Not NDEBUG\n\n  #ifdef _MSC_VER\n    // Compiling with Microsoft Visual C++ compiler\n\n    // Prevent inclusion of min and max macros.\n    #define NOMINMAX\n\n    #include <afx.h>\n    #define COLA_ASSERT(expr) ASSERT(expr)\n\n  #elif defined(USE_ASSERT_EXCEPTIONS)\n\n    #include \"libvpsc/assertions.h\"\n\n  #else\n\n    #include <cassert>\n    #define COLA_ASSERT(expr)  assert(expr)\n\n  #endif\n\n#endif\n\n\n#endif // AVOID_ASSERTIONS_H\n\n"
  },
  {
    "path": "cola/libavoid/connectionpin.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2010-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cfloat>\n\n#include \"libavoid/connectionpin.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/visibility.h\"\n#include \"libavoid/debug.h\"\n\n\nnamespace Avoid {\n\nShapeConnectionPin::ShapeConnectionPin(ShapeRef *shape, \n        const unsigned int classId, const double xPortionOffset,\n        const double yPortionOffset, const bool proportional,\n        const double insideOffset, const ConnDirFlags visDirs)\n    : m_shape(shape),\n      m_junction(nullptr),\n      m_class_id(classId),\n      m_x_offset(xPortionOffset),\n      m_y_offset(yPortionOffset),\n      m_inside_offset(insideOffset),\n      m_visibility_directions(visDirs),\n      m_exclusive(true),\n      m_connection_cost(0.0),\n      m_vertex(nullptr),\n      m_using_proportional_offsets(proportional)\n{\n    commonInitForShapeConnection();\n}\n\nShapeConnectionPin::ShapeConnectionPin(ShapeRef *shape, \n        const unsigned int classId, const double xOffset,\n        const double yOffset, const double insideOffset,\n        const ConnDirFlags visDirs)\n    : m_shape(shape),\n      m_junction(nullptr),\n      m_class_id(classId),\n      m_x_offset(xOffset),\n      m_y_offset(yOffset),\n      m_inside_offset(insideOffset),\n      m_visibility_directions(visDirs),\n      m_exclusive(true),\n      m_connection_cost(0.0),\n      m_vertex(nullptr),\n      m_using_proportional_offsets(true)\n{\n    commonInitForShapeConnection();\n}\n\n\nvoid ShapeConnectionPin::commonInitForShapeConnection(void)\n{\n    COLA_ASSERT(m_shape != nullptr);\n    COLA_ASSERT(m_class_id > 0);\n\n    if (m_using_proportional_offsets)\n    {\n        // Parameter checking\n        if ((m_x_offset < 0) || (m_x_offset > 1))\n        {\n            err_printf(\"xPortionOffset value (%g) in ShapeConnectionPin \"\n                    \"constructor not between 0 and 1.\\n\", m_x_offset);\n        }\n        if ((m_y_offset < 0) || (m_y_offset > 1))\n        {\n            err_printf(\"yPortionOffset value (%g) in ShapeConnectionPin \"\n                    \"constructor not between 0 and 1.\\n\", m_y_offset);\n        }\n    }\n    else\n    {\n        const Box shapeBox = m_shape->polygon().offsetBoundingBox(0.0);\n        // Parameter checking\n        if (m_x_offset > shapeBox.width())\n        {\n            err_printf(\"xOffset value (%g) in ShapeConnectionPin constructor \"\n                    \"greater than shape width (%g).\\n\", m_x_offset, \n                    shapeBox.width());\n        }\n        if (m_y_offset > shapeBox.height())\n        {\n            err_printf(\"yOffset value (%g) in ShapeConnectionPin constructor \"\n                    \"greater than shape height (%g).\\n\", m_y_offset,\n                    shapeBox.height());\n        }\n    }\n\n    m_router = m_shape->router();\n    m_shape->addConnectionPin(this);\n    \n    // Create a visibility vertex for this ShapeConnectionPin.\n    VertID id(m_shape->id(), kShapeConnectionPin, \n            VertID::PROP_ConnPoint | VertID::PROP_ConnectionPin);\n    m_vertex = new VertInf(m_router, id, this->position());\n    m_vertex->visDirections = this->directions();\n    \n    if (m_vertex->visDirections == ConnDirAll)\n    {\n        // A pin with visibility in all directions is not exclusive \n        // by default.\n        m_exclusive = false;\n    }\n\n    if (m_router->m_allows_polyline_routing)\n    {\n        vertexVisibility(m_vertex, nullptr, true, true);\n    }\n}\n\n\nShapeConnectionPin::ShapeConnectionPin(JunctionRef *junction, \n        const unsigned int classId, const ConnDirFlags visDirs)\n    : m_shape(nullptr),\n      m_junction(junction),\n      m_class_id(classId),\n      m_x_offset(0.0),\n      m_y_offset(0.0),\n      m_inside_offset(0.0),\n      m_visibility_directions(visDirs),\n      m_exclusive(true),\n      m_connection_cost(0.0),\n      m_vertex(nullptr),\n      m_using_proportional_offsets(false)\n{\n    COLA_ASSERT(m_junction != nullptr);\n    m_router = m_junction->router();\n    m_junction->addConnectionPin(this);\n    \n    // Create a visibility vertex for this ShapeConnectionPin.\n    // XXX These IDs should really be uniquely identifiable in case there\n    //     are multiple pins on a shape.  I think currently this case will\n    //     break rubber-band routing.\n    VertID id(m_junction->id(), kShapeConnectionPin, \n            VertID::PROP_ConnPoint | VertID::PROP_ConnectionPin);\n    m_vertex = new VertInf(m_router, id, m_junction->position());\n    m_vertex->visDirections = visDirs;\n\n    if (m_router->m_allows_polyline_routing)\n    {\n        vertexVisibility(m_vertex, nullptr, true, true);\n    }\n}\n\n\nShapeConnectionPin::~ShapeConnectionPin()\n{\n    COLA_ASSERT(m_shape || m_junction);\n    if (m_shape)\n    {\n        m_shape->removeConnectionPin(this);\n    }\n    else if (m_junction)\n    {\n        m_junction->removeConnectionPin(this);\n    }\n\n    // Disconnect connend using this pin.\n    while (!m_connend_users.empty())\n    {\n        ConnEnd *connend = *(m_connend_users.begin());\n        connend->freeActivePin();\n    }\n\n    if (m_vertex)\n    {\n        m_vertex->removeFromGraph();\n        m_router->vertices.removeVertex(m_vertex);\n        delete m_vertex;\n        m_vertex = nullptr;\n    }\n}\n\nvoid ShapeConnectionPin::updatePositionAndVisibility(void)\n{\n    m_vertex->Reset(this->position());\n    m_vertex->visDirections = this->directions();\n    updateVisibility();\n}\n\nvoid ShapeConnectionPin::updateVisibility(void)\n{\n    m_vertex->removeFromGraph();\n    if (m_router->m_allows_polyline_routing)\n    {\n        vertexVisibility(m_vertex, nullptr, true, true);\n    }\n}\n\nvoid ShapeConnectionPin::setConnectionCost(const double cost)\n{\n    COLA_ASSERT(cost >= 0);\n\n    m_connection_cost = cost;\n}\n \n\nvoid ShapeConnectionPin::setExclusive(const bool exclusive)\n{\n    m_exclusive = exclusive;\n}\n\nbool ShapeConnectionPin::isExclusive(void) const\n{\n    return m_exclusive;\n}\n\nvoid ShapeConnectionPin::updatePosition(const Point& newPosition)\n{\n    m_vertex->Reset(newPosition);\n}\n\n\nvoid ShapeConnectionPin::updatePosition(const Polygon& newPoly)\n{\n    m_vertex->Reset(position(newPoly));\n}\n\n\nconst Point ShapeConnectionPin::position(const Polygon& newPoly) const\n{\n    if (m_junction)\n    {\n        return m_junction->position();\n    }\n\n    const Polygon& poly = (newPoly.empty()) ? m_shape->polygon() : newPoly;\n    const Box shapeBox = poly.offsetBoundingBox(0.0);\n\n    Point point;\n\n    if (m_using_proportional_offsets)\n    {\n        // We want to place connection points exactly on the edges of shapes, \n        // or possibly slightly inside them (if m_insideOfset is set).\n        if (m_x_offset == ATTACH_POS_LEFT)\n        {\n            point.x = shapeBox.min.x + m_inside_offset;\n            point.vn = 6;\n        }\n        else if (m_x_offset == ATTACH_POS_RIGHT)\n        {\n            point.x = shapeBox.max.x - m_inside_offset;\n            point.vn = 4;\n        }\n        else\n        {\n            point.x = shapeBox.min.x + (m_x_offset * shapeBox.width());\n        }\n\n        if (m_y_offset == ATTACH_POS_TOP)\n        {\n            point.y = shapeBox.min.y + m_inside_offset;\n            point.vn = 5;\n        }\n        else if (m_y_offset == ATTACH_POS_BOTTOM)\n        {\n            point.y = shapeBox.max.y - m_inside_offset;\n            point.vn = 7;\n        }\n        else\n        {\n            point.y = shapeBox.min.y + (m_y_offset * shapeBox.height());\n        }\n    }\n    else\n    {\n        // Using absolute offsets for connection pin position.\n        if (m_x_offset == ATTACH_POS_MIN_OFFSET)\n        {\n            point.x = shapeBox.min.x + m_inside_offset;\n            point.vn = 6;\n        }\n        else if ((m_x_offset == ATTACH_POS_MAX_OFFSET) ||\n                 (m_x_offset == shapeBox.width()))\n        {\n            point.x = shapeBox.max.x - m_inside_offset;\n            point.vn = 4;\n        }\n        else\n        {\n            point.x = shapeBox.min.x + m_x_offset;\n        }\n\n        if (m_y_offset == ATTACH_POS_MIN_OFFSET)\n        {\n            point.y = shapeBox.min.y + m_inside_offset;\n            point.vn = 5;\n        }\n        else if ((m_y_offset == ATTACH_POS_MAX_OFFSET) ||\n                 (m_y_offset == shapeBox.height()))\n        {\n            point.y = shapeBox.max.y - m_inside_offset;\n            point.vn = 7;\n        }\n        else\n        {\n            point.y = shapeBox.min.y + m_y_offset;\n        }\n    }\n\n    return point;\n}\n\n\nConnDirFlags ShapeConnectionPin::directions(void) const\n{\n    ConnDirFlags visDir = m_visibility_directions;\n    if (m_visibility_directions == ConnDirNone)\n    {\n        // None is set, use the defaults:\n        if (m_x_offset == ATTACH_POS_LEFT)\n        {\n            visDir |= ConnDirLeft;\n        }\n        else if (m_x_offset == ATTACH_POS_RIGHT)\n        {\n            visDir |= ConnDirRight;\n        }\n\n        if (m_y_offset == ATTACH_POS_TOP)\n        {\n            visDir |= ConnDirUp;\n        }\n        else if (m_y_offset == ATTACH_POS_BOTTOM)\n        {\n            visDir |= ConnDirDown;\n        }\n\n        if (visDir == ConnDirNone)\n        {\n            visDir = ConnDirAll;\n        }\n    }\n    return visDir;\n}\n\nvoid ShapeConnectionPin::outputCode(FILE *fp) const\n{\n    COLA_ASSERT(m_shape || m_junction);\n    if (m_shape)\n    {\n        fprintf(fp, \"    connPin = new ShapeConnectionPin(shapeRef%u, %u, \"\n                \"%\" PREC \"g, %\" PREC \"g, %s, %g, (ConnDirFlags) %u);\\n\",\n                m_shape->id(), m_class_id, m_x_offset, m_y_offset, \n                (m_using_proportional_offsets ? \"true\" : \"false\"),\n                m_inside_offset, (unsigned int) m_visibility_directions);\n    }\n    else if (m_junction)\n    {\n        fprintf(fp, \"    connPin = new ShapeConnectionPin(junctionRef%u, %u, \"\n                \"(ConnDirFlags) %u);\\n\", m_junction->id(), m_class_id, \n                (unsigned int) m_visibility_directions);\n    }\n\n    if ((m_vertex->visDirections != ConnDirAll) && (m_exclusive == false))\n    {\n        // Directional port is not exclusive (the default), so output this.\n        fprintf(fp, \"    connPin->setExclusive(false);\\n\");\n    }\n}\n\nConnectionPinIds ShapeConnectionPin::ids(void) const\n{\n    return std::make_pair(containingObjectId(), m_class_id);\n}\n\nunsigned int ShapeConnectionPin::containingObjectId(void) const\n{\n    COLA_ASSERT(m_shape || m_junction);\n    return (m_shape) ? m_shape->id() : m_junction->id();\n}\n\nbool ShapeConnectionPin::operator==(const ShapeConnectionPin& rhs) const\n{\n    COLA_ASSERT(m_router == rhs.m_router);\n\n    if (containingObjectId() != rhs.containingObjectId())\n    {\n        return false;\n    }\n\n    // The shape/junction is equal, so examine the unique members.\n    if (m_class_id != rhs.m_class_id)\n    {\n        return false;\n    }\n    if (m_visibility_directions != rhs.m_visibility_directions)\n    {\n        return false;\n    }\n    if (m_x_offset != rhs.m_x_offset)\n    {\n       return false;\n    }\n    if (m_y_offset != rhs.m_y_offset)\n    {\n       return false;\n    }\n    if (m_inside_offset != rhs.m_inside_offset)\n    {\n       return false;\n    } \n    return true;  \n}\n\nbool ShapeConnectionPin::operator<(const ShapeConnectionPin& rhs) const\n{\n    COLA_ASSERT(m_router == rhs.m_router);\n\n    if (containingObjectId() != rhs.containingObjectId())\n    {\n        return containingObjectId() < rhs.containingObjectId();\n    }\n    // Note: operator< is used for set ordering within each shape or junction,\n    // so the m_shape/m_junction values should match and we needn't perform the\n    // above test in most cases and could just assert the following:\n    // COLA_ASSERT(m_shape == rhs.m_shape);\n    // COLA_ASSERT(m_junction == rhs.m_junction);\n\n    if (m_class_id != rhs.m_class_id)\n    {\n        return m_class_id < rhs.m_class_id;\n    }\n    if (m_visibility_directions != rhs.m_visibility_directions)\n    {\n        return m_visibility_directions < rhs.m_visibility_directions;\n    }\n    if (m_x_offset != rhs.m_x_offset)\n    {\n        return m_x_offset < rhs.m_x_offset;\n    }\n    if (m_y_offset != rhs.m_y_offset)\n    {\n        return m_y_offset < rhs.m_y_offset;\n    }\n    if (m_inside_offset != rhs.m_inside_offset)\n    {\n        return m_inside_offset < rhs.m_inside_offset;\n    }\n\n    // Otherwise, they are considered the same.\n    return false;\n} \n\n\n//============================================================================\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/connectionpin.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2010-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    connectionpin.h\n//! @brief   Contains the interface for the ShapeConnectionPin class.\n\n\n#ifndef AVOID_CONNECTIONPIN_H\n#define AVOID_CONNECTIONPIN_H\n\n#include <cstdio>\n#include <set>\n#include <climits>\n#include <utility>\n\n#include \"libavoid/dllexport.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/geomtypes.h\"\n\nnamespace Avoid {\n\n\nstatic const unsigned int CONNECTIONPIN_UNSET  = INT_MAX;\nstatic const unsigned int CONNECTIONPIN_CENTRE = INT_MAX - 1;\n\nclass Router;\nclass ShapeRef;\nclass JunctionRef;\nclass ConnEnd;\nclass VertInf;\n\ntypedef std::pair<unsigned int, unsigned int> ConnectionPinIds;\n\n// Used to specify position on shape when constructing a shape-attached ConnEnd.\n//\nstatic const double ATTACH_POS_TOP = 0;\nstatic const double ATTACH_POS_CENTRE = 0.5;\nstatic const double ATTACH_POS_BOTTOM = 1;\nstatic const double ATTACH_POS_LEFT = ATTACH_POS_TOP;\nstatic const double ATTACH_POS_RIGHT = ATTACH_POS_BOTTOM;\n\nstatic const double ATTACH_POS_MIN_OFFSET = 0;\nstatic const double ATTACH_POS_MAX_OFFSET = -1;\n\n\n//! @brief  The ShapeConnectionPin class represents a fixed point or \"pin\" \n//!         on a shape that can be connected to.\n//!\n//! A pin has a position that is specified relative to its parent shape.  \n//! When the shape is moved or resized, the pin will be automatically moved \n//! accordingly.  Connectors attached to the pin will be rerouted.\n//!\n//! Pins have a visibility direction and numeric ID used to identify them.\n//! This ID, known as their classId, may be shared by multiple pins on the\n//! same shape.  You can use classIds when you want libavoid to choose from \n//! multiple potential choices (e.g., to specify multiple types of pins such \n//! as \"input\" or \"output\" pins on circuit elements).\n//!\n//! If you would like connectors that attach to a single specific position\n//! on a shape, then just give each pin a unique classId (for that shape)\n//! and tell the connector to attach to that particular pin.\n//! \n//! Pins may optionally be given a connection cost, via setConnectionCost(). \n//! In the case of multiple pins with the same classId, this causes the \n//! lower-cost pins to be chosen first, rather than libavoid choosing the\n//! best pin with that classId based solely on connector path cost.\n//! \n//! Pins can be exclusive, which means subsequent connectors routed to the \n//! same classId will choose a different pin.  Pins with a specified direction \n//! are exclusive by default, those with visibility in all directions are \n//! non-exclusive by default.  This behaviour can be changed by calling the \n//! ShapeConnectionPin::setExclusive() method.  Exclusive pins may only have \n//! a single connector attached to them.\n//!\nclass AVOID_EXPORT ShapeConnectionPin\n{\n    public:\n        //! @brief Constructs a ShapeConnectionPin at a specified absolute or\n        //!        proportional position relative to the parent shape.\n        //!\n        //! Ownership of this ShapeConnectionPin is passed to the parent shape.\n        //!\n        //! The connection point position offsets can be specified as absolute\n        //! or proportional.  If absolute, the xOffset and yOffset values are\n        //! absolute offsets relative to the lower X and Y shape rectangle \n        //! border positions.  If proportional, the xOffset and yOffset values\n        //! represent proportions  of the shape's total width and height using \n        //! a floating point value between 0 and 1.  \n        //! \n        //! Note that if you need the connection pin to appear at an exact \n        //! position this may not be possible via proportional positions due \n        //! to numerical inaccuracy in floating point multiplications.  In \n        //! this case you should use absolute offsets instead.\n        //!\n        //! There are some predefined values for specifying the xOffset\n        //! and yOffset arguments for proportional offsets:\n        //!  -  ATTACH_POS_TOP = 0\n        //!  -  ATTACH_POS_LEFT = 0\n        //!  -  ATTACH_POS_CENTRE = 0.5\n        //!  -  ATTACH_POS_BOTTOM = 1\n        //!  -  ATTACH_POS_RIGHT = 1\n        //! And two more for specifying absolute offsets:\n        //!  -  ATTACH_POS_MIN_OFFSET = offset of zero\n        //!  -  ATTACH_POS_MAX_OFFSET = offset of shape width/height\n        //!\n        //! Importantly, shape connection pins will be moved automatically when\n        //! the parent shape is moved or resized.  Attachment for connectors \n        //! will be chosen based on the classId specified to ConnEnd and these\n        //! connectors will be subsequently rerouted.\n        //!\n        //! If no value is given for the visDirs argument, then visibility is \n        //! automatically determined based on the position of the connection\n        //! point.  Points on the shape boundary will have visibility from the\n        //! shape out of that edge while points in the interior will have\n        //! visibility in all directions.  Note: Pins with visibility in a\n        //! specific direction are exclusive by default, whereas those with \n        //! visibility in all directions are non-exclusive by default.\n        //!\n        //! The insideOffset argument can be used to set a distance to \n        //! automatically offset the point within the shape.  This is useful\n        //! for orthogonal routing, where you usually want the connection \n        //! point to lie inside the shape rather than exactly on its boundary.\n        //! This offset will only be applied for connection pins specified \n        //! with a position exactly on the shape boundary.\n        //! \n        //! @param[in]  shape          A pointer to the containing parent \n        //!                            shape's ShapeRef.\n        //! @param[in]  classId        A non-zero integer used to identify \n        //!                            this pin and other equivalent \n        //!                            connection point, and used to specify \n        //!                            attachment via the ConnEnd class.\n        //! @param[in]  xOffset        The X offset for the connection pin from\n        //!                            the shape's lower X border position.\n        //! @param[in]  yOffset        The Y offset for the connection pin from\n        //!                            the shape's lower Y border position.\n        //! @param[in]  proportional   A boolean specifying whether the X and Y\n        //!                            offsets are proportional or not.\n        //! @param[in]  insideOffset   A distance to offset the connection \n        //!                            point inside the shape if it lies on \n        //!                            the boundary. Use 0.0 for no offset.\n        //! @param[in]  visDirs        One or more Avoid::ConnDirFlag options \n        //!                            specifying the directions that this \n        //!                            connection point has visibility.  \n        //!                            Use ConnDirNone to have visibility \n        //!                            be directional if a pin is on the shape\n        //!                            edge or in all directions otherwise.\n        //!\n        ShapeConnectionPin(ShapeRef *shape, const unsigned int classId,\n                const double xOffset, const double yOffset, \n                const bool proportional, const double insideOffset,\n                const ConnDirFlags visDirs);\n        \n        // Old constructor.  Provided for compatibility with old debug files.\n        ShapeConnectionPin(ShapeRef *shape, const unsigned int classId,\n                const double xOffset, const double yOffset, \n                const double insideOffset, const ConnDirFlags visDirs);\n \n        //! @brief Constructs a ShapeConnectionPin on a JunctionRef.\n        //!\n        //! Ownership of this ShapeConnectionPin is passed to the parent \n        //! junction.\n        //!\n        //! This will usually be automatically called by the JunctionRef \n        //! constructor to give the Junction four ShapeConnectionPins, \n        //! facing up, down, left and right.\n        //!\n        //! @param[in]  junction       A pointer to the containing parent \n        //!                            junction's JunctionRef.\n        //! @param[in]  classId        An integer used to mark the class or \n        //!                            group of this connection point, used \n        //!                            for specifying attachment to ConnEnd.\n        //! @param[in]  visDirs        One or more Avoid::ConnDirFlag options \n        //!                            specifying the directions that this \n        //!                            connection point has visibility. \n        //!\n        ShapeConnectionPin(JunctionRef *junction, const unsigned int classId,\n                const ConnDirFlags visDirs = ConnDirNone);\n        \n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        ~ShapeConnectionPin();\n#endif\n        \n        //! @brief Sets a cost used when selecting whether connectors should be\n        //!        be attached to this connection pin.\n        //!\n        //! @param[in]  cost  A routing cost applied to a route when selecting\n        //!                   this connection pin.\n        //!\n        void setConnectionCost(const double cost);\n\n        //! @brief Returns the position of this connection pin.\n        //!\n        //! @return The position of this connection pin.\n        //!\n        const Point position(const Polygon& newPoly = Polygon()) const;\n\n        //! @brief Returns the directions in which this connection pin\n        //!        has visibility.\n        //!\n        //! @return The visibility directions for this connection pin.\n        //!\n        ConnDirFlags directions(void) const;\n        \n        //! @brief  Sets whether the pin is exclusive, i.e., only one connector\n        //!         can attach to it.  This defaults to true for connection \n        //!         pins with visibility in a specific directions and false for\n        //!         pins with visibility in all directions.\n        //!\n        //! @param[in]  exclusive  A bool representing whether this pin should\n        //!                        be exclusive.\n        //!\n        void setExclusive(const bool exclusive);\n\n        //! @brief Returns whether the connection pin is exclusive, \n        //!        i.e., only one connector can attach to it.\n        //!\n        //! @return  A boolean denoting whether this pin is exclusive.\n        //!\n        bool isExclusive(void) const;\n\n        ConnectionPinIds ids(void) const;\n\n        bool operator==(const ShapeConnectionPin& rhs) const;\n        bool operator<(const ShapeConnectionPin& rhs) const;\n    private:\n        friend class ShapeRef;\n        friend class JunctionRef;\n        friend class Obstacle;\n        friend class ConnEnd;\n        friend class Router;\n \n        void commonInitForShapeConnection(void);\n        void updatePosition(const Point& newPosition);\n        void updatePosition(const Polygon& newPoly);\n        void updatePositionAndVisibility(void);\n        void updateVisibility(void);\n        void outputCode(FILE *fp) const;\n        unsigned int containingObjectId(void) const;\n\n        // Unique properties\n        Router *m_router;\n        ShapeRef *m_shape;\n        JunctionRef *m_junction;\n        unsigned int m_class_id;\n        double m_x_offset;\n        double m_y_offset;\n        double m_inside_offset;\n        ConnDirFlags m_visibility_directions;\n        \n        // Some extra properties.\n        bool m_exclusive;\n        double m_connection_cost;\n        // The set of connends using this pin.\n        std::set<ConnEnd *> m_connend_users;\n        VertInf *m_vertex;\n        bool m_using_proportional_offsets;\n};\n\nclass CmpConnPinPtr\n{\n    public:\n        CmpConnPinPtr()\n        {\n        }\n        bool operator()(const ShapeConnectionPin *lhs, \n                const ShapeConnectionPin *rhs) const \n        {\n            return (*lhs) < (*rhs);\n        }\n};\n\ntypedef std::set<ShapeConnectionPin *, CmpConnPinPtr> ShapeConnectionPinSet;\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/connector.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cstring>\n#include <cfloat>\n#include <cmath>\n#include <cstdlib>\n#include <algorithm>\n#include <queue>\n#include <limits>\n\n#include \"libavoid/connector.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/visibility.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/makepath.h\"\n#include \"libavoid/debughandler.h\"\n\n\nnamespace Avoid {\n\n    \nConnRef::ConnRef(Router *router, const unsigned int id)\n    : m_router(router),\n      m_type(router->validConnType()),\n      m_reroute_flag_ptr(nullptr),\n      m_needs_reroute_flag(true),\n      m_false_path(false),\n      m_needs_repaint(false),\n      m_active(false),\n      m_hate_crossings(false),\n      m_has_fixed_route(false),\n      m_route_dist(0),\n      m_src_vert(nullptr),\n      m_dst_vert(nullptr),\n      m_start_vert(nullptr),\n      m_callback_func(nullptr),\n      m_connector(nullptr),\n      m_src_connend(nullptr),\n      m_dst_connend(nullptr)\n{\n    COLA_ASSERT(m_router != nullptr);\n    m_id = m_router->assignId(id);\n\n    // TODO: Store endpoints and details.\n    m_route.clear();\n\n    m_reroute_flag_ptr = m_router->m_conn_reroute_flags.addConn(this);\n}\n\n\nConnRef::ConnRef(Router *router, const ConnEnd& src, const ConnEnd& dst,\n        const unsigned int id)\n    : m_router(router),\n      m_type(router->validConnType()),\n      m_reroute_flag_ptr(nullptr),\n      m_needs_reroute_flag(true),\n      m_false_path(false),\n      m_needs_repaint(false),\n      m_active(false),\n      m_hate_crossings(false),\n      m_has_fixed_route(false),\n      m_route_dist(0),\n      m_src_vert(nullptr),\n      m_dst_vert(nullptr),\n      m_callback_func(nullptr),\n      m_connector(nullptr),\n      m_src_connend(nullptr),\n      m_dst_connend(nullptr)\n{\n    COLA_ASSERT(m_router != nullptr);\n    m_id = m_router->assignId(id);\n    m_route.clear();\n\n    // Set endpoint values.\n    setEndpoints(src, dst);\n\n    m_reroute_flag_ptr = m_router->m_conn_reroute_flags.addConn(this);\n}\n\n\nConnRef::~ConnRef()\n{\n    COLA_ASSERT(m_router);\n\n    if (m_router->m_currently_calling_destructors == false)\n    {\n        err_printf(\"ERROR: ConnRef::~ConnRef() shouldn't be called directly.\\n\");\n        err_printf(\"       It is owned by the router.  Call Router::deleteConnector() instead.\\n\");\n        abort();\n    }\n\n    m_router->m_conn_reroute_flags.removeConn(this);\n\n    m_router->removeObjectFromQueuedActions(this);\n\n    freeRoutes();\n\n    if (m_src_vert)\n    {\n        m_src_vert->removeFromGraph();\n        m_router->vertices.removeVertex(m_src_vert);\n        delete m_src_vert;\n        m_src_vert = nullptr;\n    }\n    if (m_src_connend)\n    {\n        m_src_connend->disconnect();\n        m_src_connend->freeActivePin();\n        delete m_src_connend;\n        m_src_connend = nullptr;\n    }\n\n    if (m_dst_vert)\n    {\n        m_dst_vert->removeFromGraph();\n        m_router->vertices.removeVertex(m_dst_vert);\n        delete m_dst_vert;\n        m_dst_vert = nullptr;\n    }\n    if (m_dst_connend)\n    {\n        m_dst_connend->disconnect();\n        m_dst_connend->freeActivePin();\n        delete m_dst_connend;\n        m_dst_connend = nullptr;\n    }\n\n    // Clear checkpoint vertices.\n    for (size_t i = 0; i < m_checkpoint_vertices.size(); ++i)\n    {\n        m_checkpoint_vertices[i]->removeFromGraph(true);\n        m_router->vertices.removeVertex(m_checkpoint_vertices[i]);\n        delete m_checkpoint_vertices[i];\n    }\n    m_checkpoint_vertices.clear();\n\n    if (m_active)\n    {\n        makeInactive();\n    }\n}\n\n\nConnType ConnRef::routingType(void) const\n{\n    return m_type;\n}\n\n\nvoid ConnRef::setRoutingType(ConnType type)\n{\n    type = m_router->validConnType(type);\n    if (m_type != type)\n    {\n        m_type = type;\n\n        makePathInvalid();\n\n        m_router->modifyConnector(this);\n    }\n}\n\n\nstd::vector<Checkpoint> ConnRef::routingCheckpoints(void) const\n{\n    return m_checkpoints;\n}\n\n\nvoid ConnRef::setRoutingCheckpoints(const std::vector<Checkpoint>& checkpoints)\n{\n    m_checkpoints = checkpoints;\n    \n    // Clear previous checkpoint vertices.\n    for (size_t i = 0; i < m_checkpoint_vertices.size(); ++i)\n    {\n        m_checkpoint_vertices[i]->removeFromGraph(true);\n        m_router->vertices.removeVertex(m_checkpoint_vertices[i]);\n        delete m_checkpoint_vertices[i];\n    }\n    m_checkpoint_vertices.clear();\n\n    for (size_t i = 0; i < m_checkpoints.size(); ++i)\n    {\n        VertID ptID(m_id, 2 + i, \n                VertID::PROP_ConnPoint | VertID::PROP_ConnCheckpoint);\n        VertInf *vertex = new VertInf(m_router, ptID, m_checkpoints[i].point);\n        vertex->visDirections = ConnDirAll;\n\n        m_checkpoint_vertices.push_back(vertex);\n    }\n    if (m_router->m_allows_polyline_routing)\n    {\n        for (size_t i = 0; i < m_checkpoints.size(); ++i)\n        {\n            vertexVisibility(m_checkpoint_vertices[i], nullptr, true, true);\n        }\n    }\n}\n\n\nvoid ConnRef::common_updateEndPoint(const unsigned int type, ConnEnd connEnd)\n{\n    const Point& point = connEnd.position();\n    //db_printf(\"common_updateEndPoint(%d,(pid=%d,vn=%d,(%f,%f)))\\n\",\n    //      type,point.id,point.vn,point.x,point.y);\n    COLA_ASSERT((type == (unsigned int) VertID::src) ||\n                (type == (unsigned int) VertID::tar));\n\n    // The connEnd is a copy of a ConnEnd that will get disconnected,\n    // so don't leave it looking like it is still connected.\n    connEnd.m_conn_ref = nullptr;\n\n    if (!m_active)\n    {\n        makeActive();\n    }\n    \n    VertInf *altered = nullptr;\n\n    VertIDProps properties = VertID::PROP_ConnPoint;\n    if (connEnd.isPinConnection())\n    {\n        properties |= VertID::PROP_DummyPinHelper;\n    }\n    VertID ptID(m_id, type, properties);\n    if (type == (unsigned int) VertID::src)\n    {\n        if (m_src_vert)\n        {\n            m_src_vert->Reset(ptID, point);\n        }\n        else\n        {\n            m_src_vert = new VertInf(m_router, ptID, point);\n        }\n        m_src_vert->visDirections = connEnd.directions();\n\n        if (m_src_connend)\n        {\n            m_src_connend->disconnect();\n            m_src_connend->freeActivePin();\n            delete m_src_connend;\n            m_src_connend = nullptr;\n        }\n        if (connEnd.isPinConnection())\n        {\n            m_src_connend = new ConnEnd(connEnd);\n            m_src_connend->connect(this);\n            // Don't need this to have visibility since we won't \n            // be connecting to it.\n            m_src_vert->visDirections = ConnDirNone;\n        }\n        \n        altered = m_src_vert;\n    }\n    else // if (type == (unsigned int) VertID::tar)\n    {\n        if (m_dst_vert)\n        {\n            m_dst_vert->Reset(ptID, point);\n        }\n        else\n        {\n            m_dst_vert = new VertInf(m_router, ptID, point);\n        }\n        m_dst_vert->visDirections = connEnd.directions();\n        \n        if (m_dst_connend)\n        {\n            m_dst_connend->disconnect();\n            m_dst_connend->freeActivePin();\n            delete m_dst_connend;\n            m_dst_connend = nullptr;\n        }\n        if (connEnd.isPinConnection())\n        {\n            m_dst_connend = new ConnEnd(connEnd);\n            m_dst_connend->connect(this);\n            // Don't need this to have visibility since we won't \n            // be connecting to it.\n            m_dst_vert->visDirections = ConnDirNone;\n        }\n        \n        altered = m_dst_vert;\n    }\n    \n    // XXX: Seems to be faster to just remove the edges and recreate\n    bool isConn = true;\n    altered->removeFromGraph(isConn);\n\n    makePathInvalid();\n    m_router->setStaticGraphInvalidated(true);\n}\n\n\nvoid ConnRef::setEndpoints(const ConnEnd& srcPoint, const ConnEnd& dstPoint)\n{\n    m_router->modifyConnector(this, VertID::src, srcPoint);\n    m_router->modifyConnector(this, VertID::tar, dstPoint);\n}\n\n\nvoid ConnRef::setEndpoint(const unsigned int type, const ConnEnd& connEnd)\n{\n    m_router->modifyConnector(this, type, connEnd);\n}\n\n\nvoid ConnRef::setSourceEndpoint(const ConnEnd& srcPoint)\n{\n    m_router->modifyConnector(this, VertID::src, srcPoint);\n}\n\n\nvoid ConnRef::setDestEndpoint(const ConnEnd& dstPoint)\n{\n    m_router->modifyConnector(this, VertID::tar, dstPoint);\n}\n\n\n// Given the start or end vertex of a connector, returns the ConnEnd that \n// can be used to reproduce that endpoint.  This is used for hyperedge routing.\n//\nbool ConnRef::getConnEndForEndpointVertex(VertInf *vertex, \n        ConnEnd& connEnd) const \n{\n    if (vertex == nullptr)\n    {\n        err_printf(\"Warning: In ConnRef::getConnEndForEndpointVertex():\\n\"\n                   \"         ConnEnd for connector %d is uninitialised.  It may have been\\n\"\n                   \"         set but Router::processTrancaction has not yet been called.\\n\",\n                   (int) id());\n        return false;\n    }\n\n    if (vertex == m_src_vert)\n    {\n        if (m_src_connend)\n        {\n            connEnd = *m_src_connend;\n        }\n        else\n        {\n            connEnd = ConnEnd(Point(m_src_vert->point.x, m_src_vert->point.y),\n                    m_src_vert->visDirections);\n        }\n        return true;\n    }\n    else if (vertex == m_dst_vert)\n    {\n        if (m_dst_connend)\n        {\n            connEnd = *m_dst_connend;\n        }\n        else\n        {\n            connEnd = ConnEnd(Point(m_dst_vert->point.x, m_dst_vert->point.y),\n                    m_dst_vert->visDirections);\n        }\n        return true;\n    }\n    return false;\n}\n\n\nvoid ConnRef::updateEndPoint(const unsigned int type, const ConnEnd& connEnd)\n{\n    common_updateEndPoint(type, connEnd);\n\n    if (m_has_fixed_route)\n    {\n        // Don't need to continue and compute visibility if route is fixed.\n        return;\n    }\n\n    if (m_router->m_allows_polyline_routing)\n    {\n        bool knownNew = true;\n        bool genContains = true;\n        if (type == (unsigned int) VertID::src)\n        {\n            bool dummySrc = m_src_connend && m_src_connend->isPinConnection();\n            if (!dummySrc)\n            {\n                // Only generate visibility if not attached to a pin.\n                vertexVisibility(m_src_vert, m_dst_vert, knownNew, genContains);\n            }\n        }\n        else\n        {\n            bool dummyDst = m_dst_connend && m_dst_connend->isPinConnection();\n            if (!dummyDst)\n            {\n                // Only generate visibility if not attached to a pin.\n                vertexVisibility(m_dst_vert, m_src_vert, knownNew, genContains);\n            }\n        }\n    }\n}\n\n\nvoid ConnRef::outputCode(FILE *fp) const\n{\n    fprintf(fp, \"    // connRef%u\\n\", id());\n    fprintf(fp, \"    connRef = new ConnRef(router, %u);\\n\", id());\n    if (m_src_connend)\n    {\n        m_src_connend->outputCode(fp, \"src\");\n        fprintf(fp, \"    connRef->setSourceEndpoint(srcPt);\\n\");\n    }\n    else if (src())\n    {\n        fprintf(fp, \"    srcPt = ConnEnd(Point(%\" PREC \"g, %\" PREC \"g), %u);\\n\",\n                src()->point.x, src()->point.y, src()->visDirections);\n        fprintf(fp, \"    connRef->setSourceEndpoint(srcPt);\\n\");\n    }\n    if (m_dst_connend)\n    {\n        m_dst_connend->outputCode(fp, \"dst\");\n        fprintf(fp, \"    connRef->setDestEndpoint(dstPt);\\n\");\n    }\n    else if (dst())\n    {\n        fprintf(fp, \"    dstPt = ConnEnd(Point(%\" PREC \"g, %\" PREC \"g), %u);\\n\",\n                dst()->point.x, dst()->point.y, dst()->visDirections);\n        fprintf(fp, \"    connRef->setDestEndpoint(dstPt);\\n\");\n    }\n    fprintf(fp, \"    connRef->setRoutingType((ConnType)%u);\\n\", routingType());\n\n    if (m_has_fixed_route)\n    {\n        PolyLine currRoute = route();\n        fprintf(fp, \"    newRoute._id = %u;\\n\", id());\n        fprintf(fp, \"    newRoute.ps.resize(%d);\\n\", (int)currRoute.size());\n        for (size_t i = 0; i < currRoute.size(); ++i)\n        {\n            fprintf(fp, \"    newRoute.ps[%d] = Point(%\" PREC \"g, %\" PREC \"g);\\n\", \n                    (int) i, currRoute.ps[i].x, currRoute.ps[i].y);\n            fprintf(fp, \"    newRoute.ps[%d].id = %u;\\n\", \n                    (int) i, currRoute.ps[i].id);\n            fprintf(fp, \"    newRoute.ps[%d].vn = %u;\\n\",\n                    (int) i, currRoute.ps[i].vn);\n        }\n        fprintf(fp, \"    connRef->setFixedRoute(newRoute);\\n\");\n    }\n\n    if (!m_checkpoints.empty())\n    {\n        fprintf(fp, \"    std::vector<Checkpoint> checkpoints%u(%d);\\n\", id(),\n                (int) m_checkpoints.size());\n        for (size_t cInd = 0; cInd < m_checkpoints.size(); ++cInd)\n        {\n            fprintf(fp, \"    checkpoints%u[%d] = Checkpoint(Point(\"\n                    \"%\" PREC \"g, %\" PREC \"g), (ConnDirFlags) %d, \"\n                    \"(ConnDirFlags) %d);\\n\", id(), (int) cInd, \n                    m_checkpoints[cInd].point.x, m_checkpoints[cInd].point.y,\n                    m_checkpoints[cInd].arrivalDirections,\n                    m_checkpoints[cInd].departureDirections);\n        }\n        fprintf(fp, \"    connRef->setRoutingCheckpoints(checkpoints%u);\\n\", \n                id());\n    }\n    fprintf(fp, \"\\n\");\n}\n\n\nstd::pair<Obstacle *, Obstacle *> ConnRef::endpointAnchors(void) const\n{\n    std::pair<Obstacle *, Obstacle *> anchors;\n    anchors.first = nullptr;\n    anchors.second = nullptr;\n\n    if (m_src_connend)\n    {\n        anchors.first = m_src_connend->m_anchor_obj;\n    }\n    if (m_dst_connend)\n    {\n        anchors.second = m_dst_connend->m_anchor_obj;\n    }\n    return anchors;\n}\n\nstd::pair<ConnEnd, ConnEnd> ConnRef::endpointConnEnds(void) const\n{\n    std::pair<ConnEnd, ConnEnd> endpoints;\n    getConnEndForEndpointVertex(m_src_vert, endpoints.first);\n    getConnEndForEndpointVertex(m_dst_vert, endpoints.second);\n    return endpoints;\n}\n\nbool ConnRef::setEndpoint(const unsigned int type, const VertID& pointID,\n        Point *pointSuggestion)\n{\n    VertInf *vInf = m_router->vertices.getVertexByID(pointID);\n    if (vInf == nullptr)\n    {\n        return false;\n    }\n    Point& point = vInf->point;\n    if (pointSuggestion)\n    {\n        if (euclideanDist(point, *pointSuggestion) > 0.5)\n        {\n            return false;\n        }\n    }\n\n    common_updateEndPoint(type, point);\n\n    // Give this visibility just to the point it is over.\n    EdgeInf *edge = new EdgeInf(\n            (type == VertID::src) ? m_src_vert : m_dst_vert, vInf);\n    // XXX: We should be able to set this to zero, but can't due to \n    //      assumptions elsewhere in the code.\n    edge->setDist(0.001);\n\n    m_router->processTransaction();\n    return true;\n}\n\n\nvoid ConnRef::makeActive(void)\n{\n    COLA_ASSERT(!m_active);\n    \n    // Add to connRefs list.\n    m_connrefs_pos = m_router->connRefs.insert(m_router->connRefs.begin(), this);\n    m_active = true;\n}\n\n\nvoid ConnRef::freeActivePins(void)\n{\n    if (m_src_connend)\n    {\n        m_src_connend->freeActivePin();\n    }\n    if (m_dst_connend)\n    {\n        m_dst_connend->freeActivePin();\n    }\n}\n\n\nvoid ConnRef::makeInactive(void)\n{\n    COLA_ASSERT(m_active);\n    \n    // Remove from connRefs list.\n    m_router->connRefs.erase(m_connrefs_pos);\n    m_active = false;\n}\n\n\nvoid ConnRef::freeRoutes(void)\n{\n    m_route.clear();\n    m_display_route.clear();\n}\n    \n\nconst PolyLine& ConnRef::route(void) const\n{\n    return m_route;\n}\n\n\nPolyLine& ConnRef::routeRef(void)\n{\n    return m_route;\n}\n\n\nvoid ConnRef::set_route(const PolyLine& route)\n{\n    if (&m_display_route == &route)\n    {\n        db_printf(\"Error:\\tTrying to update libavoid route with itself.\\n\");\n        return;\n    }\n    m_display_route.ps = route.ps;\n\n    //_display_route.clear();\n}\n\nvoid ConnRef::setFixedExistingRoute(void)\n{\n    COLA_ASSERT(m_route.size() >= 2);\n    m_has_fixed_route = true;\n    m_router->registerSettingsChange();\n}\n\nvoid ConnRef::setFixedRoute(const PolyLine& route)\n{\n    if (route.size() >= 2)\n    {\n        // Set endpoints based on the fixed route incase the \n        // fixed route is later cleared.\n        setEndpoints(route.ps[0], route.ps[route.size() - 1]);\n    }\n    m_has_fixed_route = true;\n    m_route = route;\n    m_display_route = m_route.simplify();\n    m_router->registerSettingsChange();\n}\n\nbool ConnRef::hasFixedRoute(void) const\n{\n    return m_has_fixed_route;\n}\n\nvoid ConnRef::clearFixedRoute(void)\n{\n    m_has_fixed_route = false;\n    makePathInvalid();\n    m_router->registerSettingsChange();\n}\n\nPolygon& ConnRef::displayRoute(void)\n{\n    if (m_display_route.empty())\n    {\n        // No displayRoute is set.  Simplify the current route to get it.\n        m_display_route = m_route.simplify();\n    }\n    return m_display_route;\n}\n\n\nvoid ConnRef::calcRouteDist(void)\n{\n    double (*dist)(const Point& a, const Point& b) = \n            (m_type == ConnType_PolyLine) ? euclideanDist : manhattanDist;\n\n    m_route_dist = 0;\n    for (size_t i = 1; i < m_route.size(); ++i)\n    {\n        m_route_dist += dist(m_route.at(i), m_route.at(i - 1));\n    }\n}\n\n\nbool ConnRef::needsRepaint(void) const\n{\n    return m_needs_repaint;\n}\n\n\nunsigned int ConnRef::id(void) const\n{\n    return m_id;\n}\n\n\nPoint midpoint(Point a, Point b)\n{\n    Point midpoint;\n\n    midpoint.x = (a.x + b.x) / 2.0;\n    midpoint.y = (a.y + b.y) / 2.0;\n\n    return midpoint;\n}\n\n\nstd::pair<JunctionRef *, ConnRef *> ConnRef::splitAtSegment(\n                const size_t segmentN)\n{\n    ConnRef *newConn = nullptr;\n    JunctionRef *newJunction = nullptr;\n\n    if (m_display_route.size() > segmentN)\n    {\n        // Position the junction at the midpoint of the desired segment.\n        Point junctionPos = midpoint(m_display_route.at(segmentN - 1),\n                m_display_route.at(segmentN));\n\n        // Create the new junction.\n        newJunction = new JunctionRef(router(), junctionPos);\n        router()->addJunction(newJunction);\n        newJunction->preferOrthogonalDimension(\n                (m_display_route.at(segmentN - 1).x == \n                    m_display_route.at(segmentN).x) ? YDIM : XDIM);\n\n        // Create a new connection routing from the junction to the original\n        // connector's endpoint.\n        ConnEnd newConnSrc = ConnEnd(newJunction);\n        ConnEnd newConnDst = *m_dst_connend;\n        newConn = new ConnRef(router(), newConnSrc, newConnDst);\n        \n        // Reroute the endpoint of the original connector to attach to the\n        // new junction.\n        ConnEnd oldConnDst = ConnEnd(newJunction);\n        this->setDestEndpoint(oldConnDst);\n    }\n\n    return std::make_pair(newJunction, newConn);\n}\n\n\nVertInf *ConnRef::src(void) const\n{\n    return m_src_vert;\n}\n\n    \nVertInf *ConnRef::dst(void) const\n{\n    return m_dst_vert;\n}\n\n\nVertInf *ConnRef::start(void)\n{\n    return m_start_vert;\n}\n\n\nbool ConnRef::isInitialised(void) const\n{\n    return m_active;\n}\n\n\nvoid ConnRef::unInitialise(void)\n{\n    m_router->vertices.removeVertex(m_src_vert);\n    m_router->vertices.removeVertex(m_dst_vert);\n    makeInactive();\n}\n\n\nvoid ConnRef::removeFromGraph(void)\n{\n    if (m_src_vert)\n    {\n        m_src_vert->removeFromGraph();\n    }\n\n    if (m_dst_vert)\n    {\n        m_dst_vert->removeFromGraph();\n    }\n}\n\n\nvoid ConnRef::setCallback(void (*cb)(void *), void *ptr)\n{\n    m_callback_func = cb;\n    m_connector = ptr;\n}\n\n\nvoid ConnRef::performCallback(void)\n{\n    if (m_callback_func)\n    {\n        m_callback_func(m_connector);\n    }\n}\n\n\nvoid ConnRef::makePathInvalid(void)\n{\n    m_needs_reroute_flag = true;\n}\n\n\nRouter *ConnRef::router(void) const\n{\n    return m_router;\n}\n\n\n// Validates a bend point on a path to check it does not form a zigzag corner.\n// a, b, c are consecutive points on the path.  d and e are b's neighbours,\n// forming the shape corner d-b-e.\n//\nbool validateBendPoint(VertInf *aInf, VertInf *bInf, VertInf *cInf)\n{\n    if (bInf->id.isConnectionPin() || bInf->id.isConnCheckpoint())\n    {\n        // We shouldn't check connection pins or checkpoints.\n        return true;\n    }\n    bool bendOkay = true;\n\n    if ((aInf == nullptr) || (cInf == nullptr))\n    {\n        // Not a bendpoint, i.e., the end of the connector, so don't test.\n        return bendOkay;\n    }\n\n    COLA_ASSERT(bInf != nullptr);\n    VertInf *dInf = bInf->shPrev;\n    VertInf *eInf = bInf->shNext;\n    COLA_ASSERT(dInf != nullptr);\n    COLA_ASSERT(eInf != nullptr);\n\n    Point& a = aInf->point;\n    Point& b = bInf->point;\n    Point& c = cInf->point;\n    Point& d = dInf->point;\n    Point& e = eInf->point;\n\n    if ((a == b) || (b == c))\n    {\n        return bendOkay;\n    }\n\n#ifdef PATHDEBUG\n    db_printf(\"a=(%g, %g)\\n\", a.x, a.y);\n    db_printf(\"b=(%g, %g)\\n\", b.x, b.y);\n    db_printf(\"c=(%g, %g)\\n\", c.x, c.y);\n    db_printf(\"d=(%g, %g)\\n\", d.x, d.y);\n    db_printf(\"e=(%g, %g)\\n\", e.x, e.y);\n#endif\n    // Check angle:\n    int abc = vecDir(a, b, c);\n#ifdef PATHDEBUG\n    db_printf(\"(abc == %d) \", abc);\n#endif\n   \n    if (abc == 0)\n    {\n        // The three consecutive point on the path are in a line.\n        // There should always be an equally short path that skips this\n        // bend point, but this check is used during rubber-band routing\n        // so we allow this case.\n        bendOkay = true;\n    }\n    else // (abc != 0)\n    {\n        COLA_ASSERT(vecDir(d, b, e) > 0);\n        int abe = vecDir(a, b, e);\n        int abd = vecDir(a, b, d);\n        int bce = vecDir(b, c, e);\n        int bcd = vecDir(b, c, d);\n#ifdef PATHDEBUG\n        db_printf(\"&& (abe == %d) && (abd == %d) &&\\n(bce == %d) && (bcd == %d)\",\n                abe, abd, bce, bcd);\n#endif\n\n        bendOkay = false;\n        if (abe > 0)\n        {\n            if ((abc > 0) && (abd >= 0) && (bce >= 0))\n            {\n                bendOkay = true;\n            }\n        }\n        else if (abd < 0)\n        {\n            if ((abc < 0) && (abe <= 0) && (bcd <= 0))\n            {\n                bendOkay = true;\n            }\n        }\n    }\n#ifdef PATHDEBUG\n    db_printf(\"\\n\");\n#endif\n    return bendOkay;\n}\n\n\nstd::pair<bool, bool> ConnRef::assignConnectionPinVisibility(const bool connect)\n{\n    // XXX This is kind of a hack for connection pins.  Probably we want to\n    //     not use m_src_vert and m_dst_vert.  For the moment we will clear\n    //     their visibility and give them visibility to the pins.\n    bool dummySrc = m_src_connend && m_src_connend->isPinConnection();\n    if (dummySrc)\n    {\n        m_src_vert->removeFromGraph();\n        if (connect)\n        {\n            m_src_connend->assignPinVisibilityTo(m_src_vert, m_dst_vert);\n        }\n    }\n    bool dummyDst = m_dst_connend && m_dst_connend->isPinConnection();\n    if (dummyDst)\n    {\n        m_dst_vert->removeFromGraph();\n        if (connect)\n        {\n            m_dst_connend->assignPinVisibilityTo(m_dst_vert, m_src_vert);\n        }\n    }\n\n    return std::make_pair(dummySrc, dummyDst);\n}\n\n\nbool ConnRef::generatePath(void)\n{\n    // XXX Currently rubber-band routing only works when dragging the\n    //     destination point of a connector, but not the source.  The code\n    //     needs to be reworked to work in both directions.\n\n    if (!m_false_path && !m_needs_reroute_flag)\n    {\n        // This connector is up to date.\n        return false;\n    }\n\n    if (!m_dst_vert || !m_src_vert)\n    {\n        // Connector is not fully initialised.\n        return false;\n    }\n    \n    //COLA_ASSERT(_srcVert->point != _dstVert->point);\n\n    m_false_path = false;\n    m_needs_reroute_flag = false;\n\n    m_start_vert = m_src_vert;\n\n    // Some connectors may attach to connection pins, which means they route\n    // to the closest of multiple pins on a shape.  How we handle this is to\n    // add a dummy vertex as the source or target vertex.  This is then given\n    // visibility to each of the possible pins and tiny distance.  Here we\n    // assign this visibility by adding edges to the visibility graph that we\n    // later remove.\n    std::pair<bool, bool> isDummyAtEnd = assignConnectionPinVisibility(true);\n    \n\n    if (m_router->RubberBandRouting && route().size() > 0)\n    {\n        if (isDummyAtEnd.first)\n        {\n            //ShapeConnectionPin *activePin = m_src_connend->active\n            Point firstPoint = m_src_vert->point;\n            firstPoint.id = m_src_vert->id.objID;\n            firstPoint.vn = m_src_vert->id.vn;\n            PolyLine& existingRoute = routeRef();\n            existingRoute.ps.insert(existingRoute.ps.begin(), 1, firstPoint);\n        }\n    }\n\n    std::vector<Point> path;\n    std::vector<VertInf *> vertices;\n    if (m_checkpoints.empty())\n    {\n        generateStandardPath(path, vertices);\n    }\n    else\n    {\n        generateCheckpointsPath(path, vertices);\n    }\n\n    COLA_ASSERT(vertices.size() >= 2);\n    COLA_ASSERT(vertices[0] == src());\n    COLA_ASSERT(vertices[vertices.size() - 1] == dst());\n    COLA_ASSERT(m_reroute_flag_ptr != nullptr);\n\n    for (size_t i = 1; i < vertices.size(); ++i)\n    {\n        if (m_router->InvisibilityGrph && (m_type == ConnType_PolyLine))\n        {\n            // TODO: Again, we could know this edge without searching.\n            EdgeInf *edge = EdgeInf::existingEdge(vertices[i - 1], vertices[i]);\n            if (edge) {\n                edge->addConn(m_reroute_flag_ptr);\n            }\n        }\n        else\n        {\n            m_false_path = true;\n        }\n\n        VertInf *vertex = vertices[i];\n        if (vertex->pathNext && \n                (vertex->pathNext->point == vertex->point))\n        {\n            if (!(vertex->pathNext->id.isConnPt()) && !(vertex->id.isConnPt()))\n            {\n                // Check for consecutive points on opposite \n                // corners of two touching shapes.\n                COLA_ASSERT(abs(vertex->pathNext->id.vn - vertex->id.vn) != 2);\n            }\n        }\n    }\n\n    // Get rid of dummy ShapeConnectionPin bridging points at beginning\n    // and end of path.\n    std::vector<Point> clippedPath;\n    std::vector<Point>::iterator pathBegin = path.begin();\n    std::vector<Point>::iterator pathEnd = path.end();\n    if (path.size() > 2 && isDummyAtEnd.first)\n    {\n        ++pathBegin;\n        m_src_connend->usePinVertex(vertices[1]);\n    }\n    if (path.size() > 2 && isDummyAtEnd.second)\n    {\n        --pathEnd;\n        m_dst_connend->usePinVertex(vertices[vertices.size() - 2]);\n    }\n    clippedPath.insert(clippedPath.end(), pathBegin, pathEnd);\n    \n    // Clear visibility edges added for connection pins dummy vertices.\n    assignConnectionPinVisibility(false);\n\n    freeRoutes();\n    PolyLine& output_route = m_route;\n    output_route.ps = clippedPath;\n \n#ifdef PATHDEBUG\n    db_printf(\"Output route:\\n\");\n    for (size_t i = 0; i < output_route.ps.size(); ++i)\n    {\n        db_printf(\"[%d,%d] %g, %g   \", output_route.ps[i].id, \n                output_route.ps[i].vn, output_route.ps[i].x, \n                output_route.ps[i].y);\n    }\n    db_printf(\"\\n\\n\");\n#endif\n\n#ifdef DEBUGHANDLER\n    if (m_router->debugHandler())\n    {\n        m_router->debugHandler()->updateConnectorRoute(this, -1, -1);\n    }\n#endif\n\n    return true;\n}\n\nvoid ConnRef::generateCheckpointsPath(std::vector<Point>& path,\n        std::vector<VertInf *>& vertices)\n{\n    std::vector<VertInf *> checkpoints = m_checkpoint_vertices;\n    checkpoints.insert(checkpoints.begin(), src());\n    checkpoints.push_back(dst());\n    \n    path.clear();\n    vertices.clear();\n    path.push_back(src()->point);\n    vertices.push_back(src());\n \n    size_t lastSuccessfulIndex = 0;\n    for (size_t i = 1; i < checkpoints.size(); ++i)\n    {\n        VertInf *start = checkpoints[lastSuccessfulIndex];\n        VertInf *end = checkpoints[i];\n        \n        // Handle checkpoint directions by disabling some visibility edges.\n        if (lastSuccessfulIndex > 0)\n        {\n            Checkpoint& srcCP = m_checkpoints[lastSuccessfulIndex - 1];\n            if (srcCP.departureDirections != ConnDirAll)\n            {\n                start->setVisibleDirections(srcCP.departureDirections);\n            }\n        }\n        if ((i + 1) < checkpoints.size())\n        {\n            Checkpoint& dstCP = m_checkpoints[i - 1];\n            if (dstCP.arrivalDirections != ConnDirAll)\n            {\n                end->setVisibleDirections(dstCP.arrivalDirections);\n            }\n        }\n        \n        AStarPath aStar;\n        // Route the connector\n        aStar.search(this, start, end, nullptr); \n\n        // Restore changes made for checkpoint visibility directions.\n        if (lastSuccessfulIndex > 0)\n        {\n            start->setVisibleDirections(ConnDirAll);\n        }\n        if ((i + 1) < checkpoints.size())\n        {\n            end->setVisibleDirections(ConnDirAll);\n        }\n\n        // Process the path.\n        int pathlen = end->pathLeadsBackTo(start);\n        if (pathlen >= 2)\n        {\n            size_t prev_path_size = path.size();\n            path.resize(prev_path_size + (pathlen - 1));\n            vertices.resize(prev_path_size + (pathlen - 1));\n            VertInf *vertInf = end;\n            for (size_t index = path.size() - 1; index >= prev_path_size;\n                    --index)\n            {\n                path[index] = vertInf->point;\n                if (vertInf->id.isConnPt())\n                {\n                    path[index].id = m_id;\n                    path[index].vn = kUnassignedVertexNumber;\n                }\n                else\n                {\n                    path[index].id = vertInf->id.objID;\n                    path[index].vn = vertInf->id.vn;\n                }\n                vertices[index] = vertInf;\n                vertInf = vertInf->pathNext;\n            }\n            lastSuccessfulIndex = i;\n        }\n        else if (i + 1 == checkpoints.size())\n        {\n            // There is no valid path.\n            db_printf(\"Warning: Path not found...\\n\");\n            m_needs_reroute_flag = true;\n            \n            path.push_back(dst()->point);\n            vertices.push_back(dst());\n\n            COLA_ASSERT(path.size() >= 2);\n        }\n        else\n        {\n            err_printf(\"Warning: skipping checkpoint for connector \"\n                    \"%d at (%g, %g).\\n\", (int) id(), \n                    checkpoints[i]->point.x, checkpoints[i]->point.y);\n            fflush(stderr);\n        }\n    }\n    // Use topbit to differentiate between start and end point of connector.\n    // They need unique IDs for nudging.\n    unsigned int topbit = ((unsigned int) 1) << 31;\n    path[path.size() - 1].id = m_id | topbit; \n    path[path.size() - 1].vn = kUnassignedVertexNumber;\n}\n\n\nvoid ConnRef::generateStandardPath(std::vector<Point>& path,\n        std::vector<VertInf *>& vertices)\n{\n    VertInf *tar = m_dst_vert;\n    size_t existingPathStart = 0;\n    const PolyLine& currRoute = route();\n    if (m_router->RubberBandRouting)\n    {\n        COLA_ASSERT(m_router->IgnoreRegions == true);\n\n#ifdef PATHDEBUG\n        db_printf(\"\\n\");\n        src()->id.db_print();\n        db_printf(\": %g, %g\\n\", src()->point.x, src()->point.y);\n        tar->id.db_print();\n        db_printf(\": %g, %g\\n\", tar->point.x, tar->point.y);\n        for (size_t i = 0; i < currRoute.ps.size(); ++i)\n        {\n            db_printf(\"%g, %g  \", currRoute.ps[i].x, currRoute.ps[i].y);\n        }\n        db_printf(\"\\n\");\n#endif\n        if (currRoute.size() > 2)\n        {\n            if (m_src_vert->point == currRoute.ps[0])\n            {\n                existingPathStart = currRoute.size() - 2;\n                COLA_ASSERT(existingPathStart != 0);\n                const Point& pnt = currRoute.at(existingPathStart);\n                VertID vID(pnt.id, pnt.vn);\n\n                m_start_vert = m_router->vertices.getVertexByID(vID);\n                COLA_ASSERT(m_start_vert);\n            }\n        }\n    }\n    //db_printf(\"GO\\n\");\n    //db_printf(\"src: %X strt: %X dst: %X\\n\", (int) m_src_vert, (int) m_start_vert, (int) m_dst_vert);\n    unsigned int pathlen = 0;\n    while (pathlen == 0)\n    {\n        AStarPath aStar;\n        aStar.search(this, src(), dst(), start());\n        pathlen = dst()->pathLeadsBackTo(src());\n        if (pathlen < 2)\n        {\n            if (existingPathStart == 0)\n            {\n                break;\n            }\n#ifdef PATHDEBUG\n            db_printf(\"BACK\\n\");\n#endif\n            existingPathStart--;\n            const Point& pnt = currRoute.at(existingPathStart);\n            VertIDProps props = (existingPathStart > 0) ? 0 :\n                    VertID::PROP_ConnPoint;\n            VertID vID(pnt.id, pnt.vn, props);\n\n            m_start_vert = m_router->vertices.getVertexByID(vID);\n            COLA_ASSERT(m_start_vert);\n        }\n        else if (m_router->RubberBandRouting)\n        {\n            // found.\n            bool unwind = false;\n\n#ifdef PATHDEBUG\n            db_printf(\"\\n\\n\\nSTART:\\n\\n\");\n#endif\n            VertInf *prior = nullptr;\n            for (VertInf *curr = tar; curr != m_start_vert->pathNext;\n                    curr = curr->pathNext)\n            {\n                if (!validateBendPoint(curr->pathNext, curr, prior))\n                {\n                    unwind = true;\n                    break;\n                }\n                prior = curr;\n            }\n            if (unwind)\n            {\n#ifdef PATHDEBUG\n                db_printf(\"BACK II\\n\");\n#endif\n                if (existingPathStart == 0)\n                {\n                    break;\n                }\n                existingPathStart--;\n                const Point& pnt = currRoute.at(existingPathStart);\n                VertIDProps props = (existingPathStart > 0) ? 0 :\n                        VertID::PROP_ConnPoint;\n                VertID vID(pnt.id, pnt.vn, props);\n\n                m_start_vert = m_router->vertices.getVertexByID(vID);\n                COLA_ASSERT(m_start_vert);\n\n                pathlen = 0;\n            }\n        }\n    }\n\n    if (pathlen < 2)\n    {\n        // There is no valid path.\n        db_printf(\"Warning: Path not found...\\n\");\n        m_needs_reroute_flag = true;\n        pathlen = 2;\n        tar->pathNext = m_src_vert;\n        if ((m_type == ConnType_PolyLine) && m_router->InvisibilityGrph)\n        {\n            // TODO:  Could we know this edge already?\n            //EdgeInf *edge = EdgeInf::existingEdge(m_src_vert, tar);\n            //COLA_ASSERT(edge != nullptr);\n            //edge->addCycleBlocker();\n        }\n    }\n    path.resize(pathlen);\n    vertices.resize(pathlen);\n\n    unsigned int j = pathlen - 1;\n    for (VertInf *i = tar; i != m_src_vert; i = i->pathNext)\n    {\n        path[j] = i->point;\n        vertices[j] = i;\n        path[j].id = i->id.objID;\n        path[j].vn = i->id.vn;\n\n        j--;\n    }\n    vertices[0] = m_src_vert;\n    path[0] = m_src_vert->point;\n    path[0].id = m_src_vert->id.objID;\n    path[0].vn =m_src_vert->id.vn;\n}\n\n\nvoid ConnRef::setHateCrossings(bool value)\n{\n    m_hate_crossings = value;\n}\n\n\nbool ConnRef::doesHateCrossings(void) const\n{\n    return m_hate_crossings;\n}\n\n\nstd::vector<Point> ConnRef::possibleDstPinPoints(void) const\n{\n    std::vector<Point> points;\n    if (m_dst_connend)\n    {\n        points = m_dst_connend->possiblePinPoints();\n    }\n    return points;\n}\n\n\nPtOrder::PtOrder()\n{\n    // We have sorted neither list initially.\n    for (size_t dim = 0; dim < 2; ++dim)\n    {\n        sorted[dim] = false;\n    }\n}\n\n\nPtOrder::~PtOrder()\n{\n}\n\n\nPointRepVector PtOrder::sortedPoints(const size_t dim)\n{\n    // Sort if not already sorted.\n    if (sorted[dim] == false)\n    {\n        sort(dim);\n    }\n    return sortedConnVector[dim];\n}\n\n\nint PtOrder::positionFor(const size_t dim, const ConnRef *conn)\n{\n    // Sort if not already sorted.\n    if (sorted[dim] == false)\n    {\n        sort(dim);\n    }\n\n    // Just return position from the sorted list.\n    size_t i = 0;\n    for ( ; i < sortedConnVector[dim].size(); ++i)\n    {\n        if (sortedConnVector[dim][i].second == conn)\n        {\n            return (int) i;\n        }\n    }\n    return -1;\n}\n\n\nsize_t PtOrder::insertPoint(const size_t dim, const PtConnPtrPair& pointPair)\n{\n    // Is this connector bendpoint already inserted?\n    size_t i = 0;\n    for ( ; i < nodes[dim].size(); ++i)\n    {\n        if (nodes[dim][i].second == pointPair.second)\n        {\n            return i;\n        }\n    }\n    // Not found, insert.\n    nodes[dim].push_back(pointPair);\n    return nodes[dim].size() - 1;\n}\n\nvoid PtOrder::addPoints(const size_t dim, const PtConnPtrPair& arg1, \n                const PtConnPtrPair& arg2)\n{\n    // Add points, but not ordering information.\n    insertPoint(dim, arg1);\n    insertPoint(dim, arg2);\n}\n\n\nvoid PtOrder::addOrderedPoints(const size_t dim, const PtConnPtrPair& innerArg, \n        const PtConnPtrPair& outerArg, bool swapped)\n{\n    PtConnPtrPair inner = (swapped) ? outerArg : innerArg;\n    PtConnPtrPair outer = (swapped) ? innerArg : outerArg;\n    COLA_ASSERT(inner != outer);\n\n    // Add points.\n    size_t innerIndex = insertPoint(dim, inner);\n    size_t outerIndex = insertPoint(dim, outer);\n   \n    // And edge for ordering information.\n    links[dim].push_back(std::make_pair(outerIndex, innerIndex));\n}\n\n\nvoid PtOrder::sort(const size_t dim)\n{\n    // This is just a topological sort of the points using the edges info.\n\n    sorted[dim] = true;\n\n    size_t n = nodes[dim].size();\n\n    // Build an adjacency matrix for easy lookup.\n    std::vector<std::vector<bool> > adjacencyMatrix(n);\n    for (size_t i = 0; i < n; ++i)\n    {\n        adjacencyMatrix[i].assign(n, false);\n    }\n    std::vector<int> incomingDegree(n);\n    std::queue<size_t> queue;\n\n    // Populate the dependency matrix.\n    for (NodeIndexPairLinkList::iterator it = links[dim].begin(); \n            it != links[dim].end(); ++it)\n    {\n        adjacencyMatrix[it->first][it->second] = true;\n    }\n\n    // Build incoming degree lookup structure, and add nodes with no\n    // incoming edges to queue.\n    for (size_t i = 0; i < n; ++i)\n    {\n        int degree = 0;\n \n        for (size_t j = 0; j < n; ++j)\n        {\n            if (adjacencyMatrix[j][i])\n            {\n                degree++;\n            }\n        }\n        incomingDegree[i] = degree;\n\n        if (degree == 0)\n        {\n            queue.push(i);\n        }\n    }\n \n    while (queue.empty() == false)\n    {\n        size_t k = queue.front();\n        assert(k < nodes[dim].size());\n        queue.pop();\n\n        // Insert node k into the sorted list\n        sortedConnVector[dim].push_back(nodes[dim][k]);\n\n        // Remove all edges leaving node k:\n        for (size_t i = 0; i < n; ++i)\n        {\n            if (adjacencyMatrix[k][i])\n            {\n                adjacencyMatrix[k][i] = false;\n                incomingDegree[i]--;\n \n                if (incomingDegree[i] == 0)\n                {\n                    queue.push(i);\n                }\n            }\n        }\n    }\n}\n\n\n// Returns a vertex number representing a point on the line between \n// two shape corners, represented by p0 and p1.\n//\nstatic int midVertexNumber(const Point& p0, const Point& p1, const Point& c)\n{\n    if (c.vn != kUnassignedVertexNumber)\n    {\n        // The split point is a shape corner, so doesn't need its \n        // vertex number adjusting.\n        return c.vn;\n    }\n    if ((p0.vn >= 4) && (p0.vn < kUnassignedVertexNumber))\n    {\n        // The point next to this has the correct nudging direction,\n        // so use that.\n        return p0.vn;\n    }\n    if ((p1.vn >= 4) && (p1.vn < kUnassignedVertexNumber))\n    {\n        // The point next to this has the correct nudging direction,\n        // so use that.\n        return p1.vn;\n    }\n    if ((p0.vn < 4) && (p1.vn < 4))\n    {\n        if (p0.vn != p1.vn)\n        {\n            return p0.vn;\n        }\n        // Splitting between two ordinary shape corners.\n        int vn_mid = std::min(p0.vn, p1.vn);\n        if ((std::max(p0.vn, p1.vn) == 3) && (vn_mid == 0))\n        {\n            vn_mid = 3; // Next vn is effectively 4.\n        }\n        return vn_mid + 4;\n    }\n    COLA_ASSERT((p0.x == p1.x) || (p0.y == p1.y));\n    if (p0.vn != kUnassignedVertexNumber)\n    {\n        if (p0.x == p1.x)\n        {\n            if ((p0.vn == 2) || (p0.vn == 3))\n            {\n                return 6;\n            }\n            return 4;\n        }\n        else\n        {\n            if ((p0.vn == 0) || (p0.vn == 3))\n            {\n                return 7;\n            }\n            return 5;\n        }\n    }\n    else if (p1.vn != kUnassignedVertexNumber)\n    {\n        if (p0.x == p1.x)\n        {\n            if ((p1.vn == 2) || (p1.vn == 3))\n            {\n                return 6;\n            }\n            return 4;\n        }\n        else\n        {\n            if ((p1.vn == 0) || (p1.vn == 3))\n            {\n                return 7;\n            }\n            return 5;\n        }\n    }\n\n    // Shouldn't both be new (kUnassignedVertexNumber) points.\n    db_printf(\"midVertexNumber(): p0.vn and p1.vn both = \"\n            \"kUnassignedVertexNumber\\n\");\n    db_printf(\"p0.vn %d p1.vn %d\\n\", p0.vn, p1.vn);\n    return kUnassignedVertexNumber;\n}\n\n\n// Break up overlapping parallel segments that are not the same edge in \n// the visibility graph, i.e., where one segment is a subsegment of another.\nvoid splitBranchingSegments(Avoid::Polygon& poly, bool polyIsConn,\n        Avoid::Polygon& conn, const double tolerance)\n{\n    for (std::vector<Avoid::Point>::iterator i = conn.ps.begin(); \n            i != conn.ps.end(); ++i)\n    {\n        if (i == conn.ps.begin())\n        {\n            // Skip the first point.\n            // There are points-1 segments in a connector.\n            continue;\n        }\n\n        for (std::vector<Avoid::Point>::iterator j = poly.ps.begin(); \n                j != poly.ps.end(); )\n        {\n            if (polyIsConn && (j == poly.ps.begin()))\n            {\n                // Skip the first point.\n                // There are points-1 segments in a connector.\n                ++j;\n                continue;\n            }\n            Point& c0 = *(i - 1);\n            Point& c1 = *i;\n\n            Point& p0 = (j == poly.ps.begin()) ? poly.ps.back() : *(j - 1);\n            Point& p1 = *j;\n\n            // Check the first point of the first segment.\n            if (((i - 1) == conn.ps.begin()) && \n                    pointOnLine(p0, p1, c0, tolerance))\n            {\n                //db_printf(\"add to poly %g %g\\n\", c0.x, c0.y);\n                \n                c0.vn = midVertexNumber(p0, p1, c0);\n                j = poly.ps.insert(j, c0);\n                if (j != poly.ps.begin())\n                {\n                    --j;\n                }\n                continue;\n            }\n            // And the second point of every segment.\n            if (pointOnLine(p0, p1, c1, tolerance))\n            {\n                //db_printf(\"add to poly %g %g\\n\", c1.x, c1.y);\n                \n                c1.vn = midVertexNumber(p0, p1, c1);\n                j = poly.ps.insert(j, c1);\n                if (j != poly.ps.begin())\n                {\n                    --j;\n                }\n                continue;\n            }\n\n            // Check the first point of the first segment.\n            if (polyIsConn && ((j - 1) == poly.ps.begin()) && \n                        pointOnLine(c0, c1, p0, tolerance))\n            {\n                //db_printf(\"add to conn %g %g\\n\", p0.x, p0.y);\n\n                p0.vn = midVertexNumber(c0, c1, p0);\n                i = conn.ps.insert(i, p0);\n                continue;\n            }\n            // And the second point of every segment.\n            if (pointOnLine(c0, c1, p1, tolerance))\n            {\n                //db_printf(\"add to conn %g %g\\n\", p1.x, p1.y);\n\n                p1.vn = midVertexNumber(c0, c1, p1);\n                i = conn.ps.insert(i, p1);\n            }\n            ++j;\n        }\n    }\n}\n\n\nstatic int segDir(const Point& p1, const Point& p2)\n{\n    int result = 1;\n    if (p1.x == p2.x)\n    {\n        if (p2.y > p1.y)\n        {\n            result = -1;\n        }\n    }\n    else if (p1.y == p2.y)\n    {\n        if (p2.x < p1.x)\n        {\n            result = -1;\n        }\n    }\n    return result;\n}\n\n\nstatic bool posInlineWithConnEndSegs(const double pos, const size_t dim, \n        const Avoid::Polygon& poly, const Avoid::Polygon& conn)\n{\n    size_t pLast = poly.size() - 1;\n    size_t cLast = conn.size() - 1;\n    if ((\n         // Is inline with the beginning of the \"poly\" line\n         ((pos == poly.ps[0][dim]) && (pos == poly.ps[1][dim])) ||\n         // Is inline with the end of the \"poly\" line\n         ((pos == poly.ps[pLast][dim]) && (pos == poly.ps[pLast - 1][dim])) \n        ) && (\n         // Is inline with the beginning of the \"conn\" line\n         ((pos == conn.ps[0][dim]) && (pos == conn.ps[1][dim])) || \n         // Is inline with the end of the \"conn\" line\n         ((pos == conn.ps[cLast][dim]) && (pos == conn.ps[cLast - 1][dim]))\n        ))\n    {\n        return true;\n    }\n    return false;\n}\n\nConnectorCrossings::ConnectorCrossings(Avoid::Polygon& poly, bool polyIsConn,\n        Avoid::Polygon& conn, ConnRef *polyConnRef, ConnRef *connConnRef)\n    : poly(poly),\n      polyIsConn(polyIsConn),\n      conn(conn),\n      checkForBranchingSegments(false),\n      polyConnRef(polyConnRef),\n      connConnRef(connConnRef),\n      crossingPoints(nullptr),\n      pointOrders(nullptr),\n      sharedPaths(nullptr)\n{\n}\n\nvoid ConnectorCrossings::clear(void)\n{\n    crossingCount = 0;\n    crossingFlags = CROSSING_NONE;\n    firstSharedPathAtEndLength = DBL_MAX;\n    secondSharedPathAtEndLength = DBL_MAX;\n}\n\n\n// Computes the *shared* length of these two shared paths.\n//\nstatic double pathLength(Avoid::Point **c_path, Avoid::Point **p_path, \n        size_t size)\n{\n    double length = 0;\n\n    for (unsigned int ind = 1; ind < size; ++ind)\n    {\n        if ( (*(c_path[ind - 1]) == *(p_path[ind - 1])) && \n             (*(c_path[ind]) == *(p_path[ind])) )\n        {\n            // This segment is shared by both paths.\n            //\n            // This function will only be used for orthogonal paths, so we \n            // can use Manhattan distance here since it will be faster to \n            // compute.\n            length += manhattanDist(*(c_path[ind - 1]), *(c_path[ind]));\n        }\n    }\n\n    return length;\n}\n\n// Works out if the segment conn[cIndex-1]--conn[cIndex] really crosses poly.\n// This does not not count non-crossing shared paths as crossings.\n// poly can be either a connector (polyIsConn = true) or a cluster\n// boundary (polyIsConn = false).\n//\nvoid ConnectorCrossings::countForSegment(size_t cIndex, const bool finalSegment)\n{\n    clear();\n\n    bool polyIsOrthogonal = (polyConnRef && \n            (polyConnRef->routingType() == ConnType_Orthogonal));\n    bool connIsOrthogonal = (connConnRef &&\n            (connConnRef->routingType() == ConnType_Orthogonal));\n\n    // Fixed routes will not have segment breaks at possible crossings.\n    bool polyIsFixed = (polyConnRef && polyConnRef->hasFixedRoute());\n    bool connIsFixed = (connConnRef && connConnRef->hasFixedRoute());\n    \n    // We need to split apart connectors at potential crossing points if\n    // either has a fixed route or it is a polyline connector.  This is not\n    // needed for orthogonal connectors where crossings occur at vertices \n    // in visibility graph and on the raw connector routes.\n    if (checkForBranchingSegments || polyIsFixed || connIsFixed ||\n            !polyIsOrthogonal || !connIsOrthogonal)\n    {\n        double epsilon = std::numeric_limits<double>::epsilon();\n        size_t conn_pn = conn.size();\n        // XXX When doing the pointOnLine test we allow the points to be \n        // slightly non-collinear.  This addresses a problem with clustered\n        // routing where connectors could otherwise route cheaply through\n        // shape corners that were not quite on the cluster boundary, but\n        // reported to be on there by the line segment intersection code,\n        // which I suspect is not numerically accurate enough.  This occurred\n        // for points that only differed by about 10^-12 in the y-dimension.\n        double tolerance = (!polyIsConn) ? epsilon : 0.0;\n        splitBranchingSegments(poly, polyIsConn, conn, tolerance);\n        // cIndex is going to be the last, so take into account added points.\n        cIndex += (conn.size() - conn_pn);\n    }\n    COLA_ASSERT(cIndex >= 1);\n    COLA_ASSERT(cIndex < conn.size());\n\n    size_t poly_size = poly.size();\n\n    Avoid::Point& a1 = conn.ps[cIndex - 1];\n    Avoid::Point& a2 = conn.ps[cIndex];\n    //db_printf(\"a1: %g %g\\n\", a1.x, a1.y);\n    //db_printf(\"a2: %g %g\\n\", a2.x, a2.y);\n\n    // Allocate arrays for computing shared paths.\n    // Don't use dynamic array due to portablity issues.\n    size_t max_path_size = std::min(poly_size, conn.size());\n    Avoid::Point **c_path = new Avoid::Point*[max_path_size];\n    Avoid::Point **p_path = new Avoid::Point*[max_path_size];\n    size_t size = 0;\n\n    for (size_t j = ((polyIsConn) ? 1 : 0); j < poly_size; ++j)\n    {\n        Avoid::Point& b1 = poly.ps[(j - 1 + poly_size) % poly_size];\n        Avoid::Point& b2 = poly.ps[j];\n        //db_printf(\"b1: %g %g\\n\", b1.x, b1.y);\n        //db_printf(\"b2: %g %g\\n\", b2.x, b2.y);\n\n        size = 0;\n\n        bool converging = false;\n\n        const bool a1_eq_b1 = (a1 == b1);\n        const bool a2_eq_b1 = (a2 == b1);\n        const bool a2_eq_b2 = (a2 == b2);\n        const bool a1_eq_b2 = (a1 == b2);\n\n        if ( (a1_eq_b1 && a2_eq_b2) ||\n             (a2_eq_b1 && a1_eq_b2) )\n        {\n            if (finalSegment)\n            {\n                converging = true;\n            }\n            else\n            {\n                // Route along same segment: no penalty.  We detect\n                // crossovers when we see the segments diverge.\n                continue;\n            }\n        }\n        else if (a2_eq_b1 || a2_eq_b2 || a1_eq_b2)\n        {\n            // Each crossing that is at a vertex in the \n            // visibility graph gets noticed four times.\n            // We ignore three of these cases.\n            // This also catches the case of a shared path,\n            // but this is one that terminates at a common\n            // endpoint, so we don't care about it.\n            continue;\n        }\n    \n        if (a1_eq_b1 || converging)\n        {\n            if (!converging)\n            {\n                if (polyIsConn && (j == 1))\n                {\n                    // Can't be the end of a shared path or crossing path \n                    // since the common point is the first point of the \n                    // connector path.  This is not a shared path at all.\n                    continue;\n                }\n\n                Avoid::Point& b0 = poly.ps[(j - 2 + poly_size) % poly_size];\n                // The segments share an endpoint -- a1==b1.\n                if (a2 == b0)\n                {\n                    // a2 is not a split, continue.\n                    continue;\n                }\n            }\n            \n            // If here and not converging, then we know that a2 != b2\n            // And a2 and its pair in b are a split.\n            COLA_ASSERT(converging || !a2_eq_b2);\n\n            bool shared_path = false;\n            \n            // Initial values here don't matter. They are only used after \n            // being set to sensible values, but we set them to stop a MSVC\n            // warning.\n            bool p_dir_back;\n            int p_dir = 0;\n            int trace_c = 0;\n            int trace_p = 0;\n            \n            if (converging)\n            {\n                // Determine direction we have to look through\n                // the points of connector b.\n                p_dir_back = a2_eq_b2 ? true : false;\n                p_dir = p_dir_back ? -1 : 1;\n                trace_c = (int) cIndex;\n                trace_p = (int) j;\n                if (!p_dir_back)\n                {\n                    if (finalSegment)\n                    {\n                        trace_p--;\n                    }\n                    else\n                    {   \n                        trace_c--;\n                    }\n                }\n\n                shared_path = true;\n            }\n            else if (cIndex >= 2)\n            {\n                Avoid::Point& b0 = poly.ps[(j - 2 + poly_size) % poly_size];\n                Avoid::Point& a0 = conn.ps[cIndex - 2];\n            \n                //db_printf(\"a0: %g %g\\n\", a0.x, a0.y);\n                //db_printf(\"b0: %g %g\\n\", b0.x, b0.y);\n\n                if ((a0 == b2) || (a0 == b0))\n                {\n                    // Determine direction we have to look through\n                    // the points of connector b.\n                    p_dir_back = (a0 == b0) ? true : false;\n                    p_dir = p_dir_back ? -1 : 1;\n                    trace_c = (int) cIndex;\n                    trace_p = (int) (p_dir_back ? j : j - 2);\n                    \n                    shared_path = true;\n                }\n            }    \n\n            if (shared_path)\n            {\n                crossingFlags |= CROSSING_SHARES_PATH;\n                // Shouldn't be here if p_dir is still equal to zero.\n                COLA_ASSERT(p_dir != 0);\n\n                // Build the shared path, including the diverging points at\n                // each end if the connector does not end at a common point.\n                while ( (trace_c >= 0) && (!polyIsConn || \n                            ((trace_p >= 0) && (trace_p < (int) poly_size))) )\n                {\n                    // If poly is a cluster boundary, then it is a closed \n                    // poly-line and so it wraps around.\n                    size_t index_p = (size_t)\n                            ((trace_p + (2 * poly_size)) % poly_size);\n                    size_t index_c = (size_t) trace_c;\n                    c_path[size] = &conn.ps[index_c];\n                    p_path[size] = &poly.ps[index_p];\n                    ++size;\n                    if ((size > 1) && (conn.ps[index_c] != poly.ps[index_p]))\n                    {\n                        // Points don't match, so break out of loop.\n                        break;\n                    }\n                    trace_c--;\n                    trace_p += p_dir;\n                }\n\n                // Are there diverging points at the ends of the shared path.\n                bool front_same = (*(c_path[0]) == *(p_path[0]));\n                bool back_same  = (*(c_path[size - 1]) == *(p_path[size - 1]));\n\n                // Determine if the shared path originates at a junction.\n                bool terminatesAtJunction = false;\n                if (polyConnRef && connConnRef && (front_same || back_same))\n                {\n                    // To do this we find the two ConnEnds at the common \n                    // end of the shared path.  Then check if they are \n                    // attached to a junction and it is the same one.\n                    std::pair<ConnEnd, ConnEnd> connEnds = \n                            connConnRef->endpointConnEnds();\n                    JunctionRef *connJunction = nullptr;\n\n                    std::pair<ConnEnd, ConnEnd> polyEnds = \n                            polyConnRef->endpointConnEnds();\n                    JunctionRef *polyJunction = nullptr;\n                   \n                    // The front of the c_path corresponds to destination \n                    // of the connector.\n                    connJunction = (front_same) ? connEnds.second.junction() : \n                            connEnds.first.junction();\n                    bool use_first = back_same;\n                    if (p_dir_back)\n                    {\n                        // Reversed, so use opposite.\n                        use_first = !use_first;\n                    }\n                    // The front of the p_path corresponds to destination \n                    // of the connector.\n                    polyJunction = (use_first) ? polyEnds.second.junction() :\n                            polyEnds.first.junction();\n                    \n                    terminatesAtJunction = (connJunction && \n                            (connJunction == polyJunction));\n                }\n\n                if (sharedPaths)\n                {\n                    // Store a copy of the shared path\n                    size_t start = (front_same) ? 0 : 1;\n                    size_t limit = size - ((back_same) ? 0 : 1);\n                \n                    PointList sPath(limit - start);\n                    for (size_t i = start; i < limit; ++i)\n                    {\n                        sPath[i - start] = *(c_path[i]);\n                    }\n                    sharedPaths->push_back(sPath);\n                }\n\n                // Check to see if these share a fixed segment.\n                if (polyIsOrthogonal && connIsOrthogonal)\n                {\n                    size_t startPt = (front_same) ? 0 : 1;\n                    size_t endPt = size - ((back_same) ? 1 : 2);\n                    for (size_t dim = 0; dim < 2; ++dim)\n                    {\n                        if ((*c_path[startPt])[dim] == (*c_path[endPt])[dim])\n                        {\n                            double pos = (*c_path[startPt])[dim];\n                            // See if this is inline with either the start\n                            // or end point of both connectors.  We don't\n                            // count them as crossing if they originate at a\n                            // junction and are part of the same hyperedge.\n                            if ( ((pos == poly.ps[0][dim]) ||\n                                    (pos == poly.ps[poly_size - 1][dim])) &&\n                                 ((pos == conn.ps[0][dim]) ||\n                                    (pos == conn.ps[cIndex][dim])) &&\n                                 (terminatesAtJunction == false))\n                            {\n                                crossingFlags |= CROSSING_SHARES_FIXED_SEGMENT;\n                            }\n                        }\n                    }\n\n                    if (!front_same && !back_same)\n                    {\n                        // Find overlapping segments that are constrained by\n                        // the fact that both the adjoining segments are fixed\n                        // in the other dimension, i.e.,\n                        //\n                        // X------++---X\n                        //        ||\n                        //        ||\n                        //    X---++------X\n                        //\n                        // In the example above, altDim is X, and dim is Y.\n                        //\n                        \n                        // For each dimension...\n                        for (size_t dim = 0; dim < 2; ++dim)\n                        {\n                            size_t end = size - 1;\n                            size_t altDim = (dim + 1) % 2;\n                            // If segment is in this dimension...\n                            if ((*c_path[1])[altDim] == (*c_path[end - 1])[altDim])\n                            {\n                                double posBeg = (*c_path[1])[dim];\n                                double posEnd = (*c_path[end - 1])[dim];\n                                // If both segment ends diverge at right-angles...\n                                if ( (posBeg == (*c_path[0])[dim]) && \n                                        (posBeg == (*p_path[0])[dim]) &&\n                                     (posEnd == (*c_path[end])[dim]) && \n                                        (posEnd == (*p_path[end])[dim]) )\n                                {\n                                    // and these segments are inline with the conn and path ends themselves...\n                                    if (posInlineWithConnEndSegs(posBeg, dim,\n                                                conn, poly) &&\n                                        posInlineWithConnEndSegs(posEnd, dim,\n                                                conn, poly))\n                                    {\n                                    // If all endpoints branch at right angles,\n                                    // then penalise this since it is a segment\n                                    // will will not be able to nudge apart\n                                    // without introducing fixed segment \n                                    // crossings.\n                                    crossingFlags |= \n                                            CROSSING_SHARES_FIXED_SEGMENT;\n                                    }\n                                }\n                            }\n                        }\n                    }\n\n#if 0\n                    // XXX: What is this code for?  It is pretty much \n                    // incomprehensible and also causes one of the test\n                    // cases to fail.  \n                    //\n                    if (!front_same && !back_same)\n                    {\n                        for (size_t dim = 0; dim < 2; ++dim)\n                        {\n                            size_t altDim = (dim + 1) % 2;\n                            if ((*c_path[1])[altDim] == (*c_path[1])[altDim])\n                            {\n                                size_t n = c_path.size();\n                                double yPosB = (*c_path[1])[dim];\n                                if ( (yPosB == (*c_path[0])[dim]) && \n                                        (yPosB == (*p_path[0])[dim]) )\n                                {\n                                    crossingFlags |= \n                                            CROSSING_SHARES_FIXED_SEGMENT;\n                                }\n\n                                double yPosE = (*c_path[n - 2])[dim];\n                                if ( (yPosE == (*c_path[n - 1])[dim]) && \n                                        (yPosE == (*p_path[n - 1])[dim]) )\n                                {\n                                    crossingFlags |= \n                                            CROSSING_SHARES_FIXED_SEGMENT;\n                                }\n                            }\n                        }\n                    }\n#endif\n                }\n\n                // {start,end}CornerSide specifies which side of conn the \n                // poly path enters and leaves.\n                int startCornerSide = 1;\n                int endCornerSide = 1;\n\n                bool reversed = false;\n                if (!front_same)\n                {\n                    // If there is a divergence at the beginning, \n                    // then order the shared path based on this.\n                    startCornerSide = Avoid::cornerSide(*c_path[0], *c_path[1], \n                            *c_path[2], *p_path[0]);\n                }\n                if (!back_same)\n                {\n                    // If there is a divergence at the end of the path, \n                    // then order the shared path based on this.\n                    endCornerSide = Avoid::cornerSide(*c_path[size - 3], \n                            *c_path[size - 2], *c_path[size - 1], \n                            *p_path[size - 1]);\n                }\n                else\n                {\n                    endCornerSide = startCornerSide;\n                }\n                if (front_same)\n                {\n                    startCornerSide = endCornerSide;\n                }\n                \n                if (endCornerSide != startCornerSide)\n                {\n                    // Mark that the shared path crosses.\n                    //db_printf(\"shared path crosses.\\n\");\n                    crossingCount += 1;\n                    if (crossingPoints)\n                    {\n                        crossingPoints->insert(*c_path[1]);\n                    }\n                }\n\n                if (front_same || back_same)\n                {\n                    crossingFlags |= CROSSING_SHARES_PATH_AT_END;\n\n                    // Reduce the cost of paths that stay straight after \n                    // the split, and make this length available so that the\n                    // paths can be ordered during the improveCrossings()\n                    // step and the straight (usually better) paths will be \n                    // left alone while the router attempts to find better\n                    // paths for the others.\n                    double straightModifier = 200;\n                    firstSharedPathAtEndLength = secondSharedPathAtEndLength = \n                            pathLength(c_path, p_path, size);\n                    if (back_same && (size > 2))\n                    {\n                        if (vecDir(*p_path[0], *p_path[1], *p_path[2]) == 0)\n                        {\n                            firstSharedPathAtEndLength -= straightModifier;\n                        }\n\n                        if (vecDir(*c_path[0], *c_path[1], *c_path[2]) == 0)\n                        {\n                            secondSharedPathAtEndLength -= straightModifier;\n                        }\n                    }\n                    else if (front_same && (size > 2))\n                    {\n                        if (vecDir(*p_path[size - 3], *p_path[size - 2],\n                                    *p_path[size - 1]) == 0)\n                        {\n                            firstSharedPathAtEndLength -= straightModifier;\n                        }\n\n                        if (vecDir(*c_path[size - 3], *c_path[size - 2],\n                                    *c_path[size - 1]) == 0)\n                        {\n                            secondSharedPathAtEndLength -= straightModifier;\n                        }\n                    }\n                }\n                else if (polyIsOrthogonal && connIsOrthogonal)\n                {\n                    int cStartDir = vecDir(*c_path[0], *c_path[1], *c_path[2]);\n                    int pStartDir = vecDir(*p_path[0], *p_path[1], *p_path[2]);\n                    if ((cStartDir != 0) && (cStartDir == -pStartDir))\n                    {\n                        // The start segments diverge at 180 degrees to each \n                        // other.  So order based on not introducing overlap\n                        // of the diverging segments when these are nudged\n                        // apart.\n                        startCornerSide = -cStartDir;\n                    }\n                    else \n                    {\n                        int cEndDir = vecDir(*c_path[size - 3], \n                                *c_path[size - 2], *c_path[size - 1]);\n                        int pEndDir = vecDir(*p_path[size - 3], \n                                *p_path[size - 2], *p_path[size - 1]);\n                        if ((cEndDir != 0) && (cEndDir == -pEndDir))\n                        {\n                            // The end segments diverge at 180 degrees to \n                            // each other.  So order based on not introducing \n                            // overlap of the diverging segments when these \n                            // are nudged apart.\n                            startCornerSide = -cEndDir;\n                        }\n                    }\n                }\n\n#if 0\n                int prevTurnDir = 0;\n                if (pointOrders)\n                {\n                    // Return the ordering for the shared path.\n                    COLA_ASSERT(c_path.size() > 0 || back_same);\n                    size_t adj_size = (c_path.size() - ((back_same) ? 0 : 1));\n                    for (size_t i = (front_same) ? 0 : 1; i < adj_size; ++i)\n                    {\n                        Avoid::Point& an = *(c_path[i]);\n                        Avoid::Point& bn = *(p_path[i]);\n                        int currTurnDir = ((i > 0) && (i < (adj_size - 1))) ?  \n                                vecDir(*c_path[i - 1], an,\n                                       *c_path[i + 1]) : 0;\n                        VertID vID(an.id, true, an.vn);\n                        if ( (currTurnDir == (-1 * prevTurnDir)) &&\n                                (currTurnDir != 0) && (prevTurnDir != 0) )\n                        {\n                            // The connector turns the opposite way around \n                            // this shape as the previous bend on the path,\n                            // so reverse the order so that the inner path\n                            // become the outer path and vice versa.\n                            reversed = !reversed;\n                        }\n                        bool orderSwapped = (*pointOrders)[an].addOrderedPoints(\n                                &bn, &an, reversed);\n                        if (orderSwapped)\n                        {\n                            // Reverse the order for later points.\n                            reversed = !reversed;\n                        }\n                        prevTurnDir = currTurnDir;\n                    }\n                }\n#endif\n                if (pointOrders)\n                {\n                    reversed = false;\n                    size_t startPt = (front_same) ? 0 : 1;\n                    \n                    // Orthogonal should always have at least one segment.\n                    COLA_ASSERT(size > (startPt + 1));\n\n                    if (startCornerSide > 0)\n                    {\n                        reversed = !reversed;\n                    }\n\n                    int prevDir = 0;\n                    // Return the ordering for the shared path.\n                    COLA_ASSERT(size > 0 || back_same);\n                    size_t adj_size = (size - ((back_same) ? 0 : 1));\n                    for (size_t i = startPt; i < adj_size; ++i)\n                    {\n                        Avoid::Point& an = *(c_path[i]);\n                        Avoid::Point& bn = *(p_path[i]);\n                        COLA_ASSERT(an == bn);\n\n                        if (i > startPt)\n                        {\n                            Avoid::Point& ap = *(c_path[i - 1]);\n                            Avoid::Point& bp = *(p_path[i - 1]);\n\n                            int thisDir = segDir(ap, an);\n                            if (prevDir == 0)\n                            {\n                                if (thisDir > 0)\n                                {\n                                    reversed = !reversed;\n                                }\n                            }\n                            else if (thisDir != prevDir)\n                            {\n                                reversed = !reversed;\n                            }\n\n                            int orientation = (ap.x == an.x) ? 0 : 1;\n                            //printf(\"prevOri %d\\n\", prevOrientation);\n                            //printf(\"1: %X, %X\\n\", (int) &(bn), (int) &(an));\n                            (*pointOrders)[an].addOrderedPoints(\n                                    orientation, \n                                    std::make_pair(&bn, polyConnRef), \n                                    std::make_pair(&an, connConnRef), \n                                    reversed);\n                            COLA_ASSERT(ap == bp);\n                            //printf(\"2: %X, %X\\n\", (int) &bp, (int) &ap);\n                            (*pointOrders)[ap].addOrderedPoints(\n                                    orientation, \n                                    std::make_pair(&bp, polyConnRef), \n                                    std::make_pair(&ap, connConnRef), \n                                    reversed);\n                            prevDir = thisDir;\n                        }\n                    }\n                }\n#if 0\n                    int ymod = -1;\n                    if ((id.vn == 1) || (id.vn == 2))\n                    {\n                        // bottom.\n                        ymod = +1;\n                    }\n                    \n                    int xmod = -1;\n                    if ((id.vn == 0) || (id.vn == 1))\n                    {\n                        // right.\n                        xmod = +1;\n                    }\n                    if(id.vn > 3)\n                    {\n                        xmod = ymod = 0;\n                        if (id.vn == 4)\n                        {\n                            // right.\n                            xmod = +1;\n                        }\n                        else if (id.vn == 5)\n                        {\n                            // bottom.\n                            ymod = +1;\n                        }\n                        else if (id.vn == 6)\n                        {\n                            // left.\n                            xmod = -1;\n                        }\n                        else if (id.vn == 7)\n                        {\n                            // top.\n                            ymod = -1;\n                        }\n                    }\n#endif\n \n                crossingFlags |= CROSSING_TOUCHES;\n            }\n            else if (cIndex >= 2)\n            {\n                // The connectors cross or touch at this point.\n                //db_printf(\"Cross or touch at point... \\n\");\n                \n                // Crossing shouldn't be at an endpoint.\n                COLA_ASSERT(cIndex >= 2);\n                COLA_ASSERT(!polyIsConn || (j >= 2));\n\n                Avoid::Point& b0 = poly.ps[(j - 2 + poly_size) % poly_size];\n                Avoid::Point& a0 = conn.ps[cIndex - 2];\n            \n                int side1 = Avoid::cornerSide(a0, a1, a2, b0);\n                int side2 = Avoid::cornerSide(a0, a1, a2, b2);\n                if (side1 != side2)\n                {\n                    // The connectors cross at this point.\n                    //db_printf(\"cross.\\n\");\n                    crossingCount += 1;\n                    if (crossingPoints)\n                    {\n                        crossingPoints->insert(a1);\n                    }\n                }\n\n                crossingFlags |= CROSSING_TOUCHES;\n                if (pointOrders)\n                {\n                    if (polyIsOrthogonal && connIsOrthogonal)\n                    {\n                        // Orthogonal case:\n                        // Just order based on which comes from the left and\n                        // top in each dimension because this can only be two\n                        // L-shaped segments touching at the bend.\n                        bool reversedX = ((a0.x < a1.x) || (a2.x < a1.x));\n                        bool reversedY = ((a0.y < a1.y) || (a2.y < a1.y));\n                        // XXX: Why do we need to invert the reversed values \n                        //      here?  Are they wrong for orthogonal points\n                        //      in the other places?\n                        (*pointOrders)[b1].addOrderedPoints(0, \n                                std::make_pair(&b1, polyConnRef), \n                                std::make_pair(&a1, connConnRef), \n                                !reversedX);\n                        (*pointOrders)[b1].addOrderedPoints(1, \n                                std::make_pair(&b1, polyConnRef), \n                                std::make_pair(&a1, connConnRef),\n                                !reversedY);\n                    }\n#if 0\n// Unused code.\n                    else\n                    {\n                        int turnDirA = vecDir(a0, a1, a2); \n                        int turnDirB = vecDir(b0, b1, b2); \n                        bool reversed = (side1 != -turnDirA); \n                        if (side1 != side2) \n                        { \n                            // Interesting case where a connector routes round \n                            // the edge of a shape and intersects a connector \n                            // which is connected to a port on the edge of the \n                            // shape. \n                            if (turnDirA == 0) \n                            { \n                                // We'll make B the outer by preference,  \n                                // because the points of A are collinear. \n                                reversed = false; \n                            } \n                            else if (turnDirB == 0) \n                            { \n                                reversed = true; \n                            } \n                            // TODO COLA_ASSERT((turnDirB != 0) || \n                            //          (turnDirA != 0)); \n                        }\n                        VertID vID(b1.id, b1.vn);\n                        //(*pointOrders)[b1].addOrderedPoints(&b1, &a1, reversed);\n                    }\n#endif\n                }\n            }\n        }\n        else\n        {\n            if ( polyIsOrthogonal && connIsOrthogonal)\n            {\n                // All crossings in orthogonal connectors will be at a\n                // vertex in the visibility graph, so we need not bother\n                // doing normal line intersection.\n                continue;\n            }\n\n            // No endpoint is shared between these two line segments,\n            // so just calculate normal segment intersection.\n\n            Point cPt;\n            int intersectResult = Avoid::segmentIntersectPoint(\n                    a1, a2, b1, b2, &(cPt.x), &(cPt.y));\n\n            if (intersectResult == Avoid::DO_INTERSECT)\n            {\n                if (!polyIsConn && \n                        ((a1 == cPt) || (a2 == cPt) || (b1 == cPt) || (b2 == cPt)))\n                {\n                    // XXX: This shouldn't actually happen, because these\n                    //      points should be added as bends to each line by\n                    //      splitBranchingSegments().  Thus, lets ignore them.\n                    COLA_ASSERT(a1 != cPt);\n                    COLA_ASSERT(a2 != cPt);\n                    COLA_ASSERT(b1 != cPt);\n                    COLA_ASSERT(b2 != cPt);\n                    continue;\n                }                \n                //db_printf(\"crossing lines:\\n\");\n                //db_printf(\"cPt: %g %g\\n\", cPt.x, cPt.y);\n                crossingCount += 1;\n                if (crossingPoints)\n                {\n                    crossingPoints->insert(cPt);\n                }\n            }\n        }\n    }\n    //db_printf(\"crossingcount %d %d\\n\", crossingCount, crossingFlags);\n\n    // Free shared path memory.\n    delete[] c_path;\n    delete[] p_path;\n}\n\n\n//============================================================================\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/connector.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    connector.h\n//! @brief   Contains the interface for the ConnRef class.\n\n\n#ifndef AVOID_CONNECTOR_H\n#define AVOID_CONNECTOR_H\n\n#include <utility>\n#include <list>\n#include <vector>\n\n#include \"libavoid/dllexport.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/connend.h\"\n\n\nnamespace Avoid {\n\nclass Router;\nclass ConnRef;\nclass JunctionRef;\nclass ShapeRef;\ntypedef std::list<ConnRef *> ConnRefList;\n\n\n//! @brief  Describes the type of routing that is performed for each \n//!         connector.\nenum ConnType {\n    ConnType_None       = 0,\n    //! @brief  The connector path will be a shortest-path poly-line that\n    //!         routes around obstacles.\n    ConnType_PolyLine   = 1,\n    //! @brief  The connector path will be a shortest-path orthogonal \n    //!         poly-line (only vertical and horizontal line segments) that\n    //!         routes around obstacles.\n    ConnType_Orthogonal = 2\n};\n\n//! @brief  A checkpoint is a point that the route for a particular connector\n//!         must visit.  They may optionally be given an arrival/departure\n//!         direction.\n//!\nclass AVOID_EXPORT Checkpoint\n{\n    public:\n        //! @brief  A point that a route must visit.\n        //!\n        //! The connector will be able to enter and leave this checkpoint from \n        //! any direction.\n        //!\n        //! @param[in] p  The Point that must be visited.\n        Checkpoint(const Point& p)\n            : point(p),\n              arrivalDirections(ConnDirAll),\n              departureDirections(ConnDirAll)\n        {\n        }\n        //! @brief  A point that a route must visit.\n        //!\n        //! The connector will be able to enter and leave this checkpoint from \n        //! the directions specified.  Give Avoid::ConnDirAll to specify all\n        //! directions.\n        //!\n        //! @param[in] p  The Point that must be visited.\n        //! @param[in] ad Avoid::ConnDirFlags denoting arrival directions for\n        //!               the connector portion leading up to this checkpoint.\n        //! @param[in] dd Avoid::ConnDirFlags denoting departure directions \n        //!               for the connector portion leading away from this \n        //!               checkpoint.\n        Checkpoint(const Point& p, ConnDirFlags ad, ConnDirFlags dd)\n            : point(p),\n              arrivalDirections(ad),\n              departureDirections(dd)\n        {\n        }\n        // Default constructor.\n        Checkpoint()\n            : point(Point()),\n              arrivalDirections(ConnDirAll),\n              departureDirections(ConnDirAll)\n        {\n        }\n\n        Point point;\n        ConnDirFlags arrivalDirections;\n        ConnDirFlags departureDirections;\n};\n\n\n//! @brief   The ConnRef class represents a connector object.\n//!\n//! Connectors are a (possible multi-segment) line between two points.\n//! They are routed intelligently so as not to overlap any of the shape\n//! objects in the Router scene.\n//! \n//! Routing penalties can be applied, resulting in more aesthetically pleasing\n//! connector paths with fewer segments or less severe bend-points.\n//!\n//! You can set a function to be called when the connector has been rerouted\n//! and needs to be redrawn.  Alternatively, you can query the connector's\n//! needsRepaint() function to determine this manually.\n//!\n//! Usually, it is expected that you would create a ConnRef for each connector \n//! in your diagram and keep that reference in your own connector class.\n//!\nclass AVOID_EXPORT ConnRef\n{\n    public:\n        //! @brief Constructs a connector with no endpoints specified.\n        //!\n        //! The constructor requires a valid Router instance.  This router\n        //! will take ownership of the connector.  Hence, you should not\n        //! call the destructor yourself, but should instead call\n        //! Router::deleteConnector() and the router instance will remove\n        //! and then free the connector's memory.\n        //!\n        //! @note Regarding IDs:\n        //!       You can let libavoid manually handle IDs by not specifying\n        //!       them.  Alternatively, you can specify all IDs yourself, but \n        //!       you must be careful to makes sure that each object in the \n        //!       scene (shape, connector, cluster, etc) is given a unique, \n        //!       positive ID.  This uniqueness is checked if assertions are\n        //!       enabled, but if not and there are clashes then strange \n        //!       things can happen.\n        //!\n        //! @param[in]  router  The router scene to place the connector into.\n        //! @param[in]  id      Optionally, a positive integer ID unique\n        //!                     among all objects.\n        //!\n        ConnRef(Router *router, const unsigned int id = 0);\n        //! @brief Constructs a connector with endpoints specified.\n        //!\n        //! The constructor requires a valid Router instance.  This router\n        //! will take ownership of the connector.  Hence, you should not\n        //! call the destructor yourself, but should instead call\n        //! Router::deleteConnector() and the router instance will remove\n        //! and then free the connector's memory.\n        //!\n        //! If an ID is not specified, then one will be assigned to the shape.\n        //! If assigning an ID yourself, note that it should be a unique \n        //! positive integer.  Also, IDs are given to all objects in a scene,\n        //! so the same ID cannot be given to a shape and a connector for \n        //! example.\n        //!\n        //! @param[in]  router  The router scene to place the connector into.\n        //! @param[in]  id      A unique positive integer ID for the connector.\n        //! @param[in]  src     The source endpoint of the connector.\n        //! @param[in]  dst     The destination endpoint of the connector.\n        //!\n        ConnRef(Router *router, const ConnEnd& src, const ConnEnd& dst,\n                const unsigned int id = 0);\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        //! @brief  Connector reference destuctor.\n        //!\n        //! Do not call this yourself, instead call\n        //! Router::deleteConnector().  Ownership of this object\n        //! belongs to the router scene.\n        ~ConnRef();\n#endif        \n        //! @brief  Sets both a new source and destination endpoint for this \n        //!         connector.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  srcPoint  New source endpoint for the connector.\n        //! @param[in]  dstPoint  New destination endpoint for the connector.\n        void setEndpoints(const ConnEnd& srcPoint, const ConnEnd& dstPoint);\n        \n        //! @brief  Sets just a new source endpoint for this connector.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  srcPoint  New source endpoint for the connector.\n        void setSourceEndpoint(const ConnEnd& srcPoint);\n        \n        //! @brief  Sets just a new destination endpoint for this connector.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  dstPoint  New destination endpoint for the connector.\n        void setDestEndpoint(const ConnEnd& dstPoint);\n        \n        //! @brief   Returns the ID of this connector.\n        //! @returns The ID of the connector. \n        unsigned int id(void) const;\n        \n        //! @brief   Returns a pointer to the router scene this connector is in.\n        //! @returns A pointer to the router scene for this connector.\n        Router *router(void) const;\n\n        //! @brief   Returns an indication of whether this connector has a \n        //!          new route and thus needs to be repainted.\n        //!\n        //! If the connector has been rerouted and need repainting, the  \n        //! displayRoute() method can be called to get a reference to the \n        //! new route.\n        //!\n        //! @returns Returns true if the connector requires repainting, or \n        //!          false if it does not.\n        bool needsRepaint(void) const;\n        \n        //! @brief   Returns a reference to the current raw \"debug\" route for \n        //!          the connector.\n        //!\n        //! This is a raw \"debug\" shortest path version of the route, where \n        //! each line segment in the route may be made up of multiple collinear\n        //! line segments.  It also has no post-processing (i.e., centering,\n        //! nudging apart of overlapping paths, or curving of corners) applied \n        //! to it.  A route to display to the user can be obtained by calling\n        //! displayRoute().\n        //!\n        //! @returns The PolyLine route for the connector.\n        const PolyLine& route(void) const;\n        \n        //! @brief   Returns a reference to the current display version of the\n        //!          route for the connector.\n        //! \n        //! The display version of a route has been simplified to collapse all\n        //! collinear line segments into single segments.  It also has all\n        //! post-processing applied to the route, including centering, curved\n        //! corners and nudging apart of overlapping segments.\n        //! \n        //! @returns The PolyLine display route for the connector.\n        PolyLine& displayRoute(void);\n        \n        //! @brief   Sets a callback function that will called to indicate that\n        //!          the connector needs rerouting.\n        //!\n        //! The cb function will be called when shapes are added to, removed \n        //! from or moved about on the page.  The pointer ptr will be passed \n        //! as an argument to the callback function.\n        //!\n        //! @param[in]  cb   A pointer to the callback function.\n        //! @param[in]  ptr  A generic pointer that will be passed to the \n        //!                  callback function.\n        void setCallback(void (*cb)(void *), void *ptr);\n        \n        //! @brief   Returns the type of routing performed for this connector.\n        //! @return  The type of routing performed.\n        //!\n        ConnType routingType(void) const;\n        \n        //! @brief       Sets the type of routing to be performed for this \n        //!              connector.\n        //! \n        //! If a call to this method changes the current type of routing \n        //! being used for the connector, then it will get rerouted during\n        //! the next processTransaction() call, or immediately if \n        //! transactions are not being used.\n        //!\n        //! @param type  The type of routing to be performed.\n        //!\n        void setRoutingType(ConnType type);\n       \n        //! @brief   Splits a connector in the centre of the segmentNth \n        //!          segment and creates a junction point there as well \n        //!          as a second connector.\n        //!\n        //! The new junction and connector will be automatically added to \n        //! the router scene.  A slight preference will be given to the \n        //! connectors connecting to the junction in the same orientation\n        //! the line segment already existed in.\n        //!\n        //! @return  A pair containing pointers to the new JunctionRef and \n        //!          ConnRef.\n        std::pair<JunctionRef *, ConnRef *> splitAtSegment(\n                const size_t segmentN);\n\n        //! @brief  Allows the user to specify a set of checkpoints that this\n        //!         connector will route via.\n        //!\n        //! When routing, the connector will attempt to visit each of the \n        //! points in the checkpoints list in order.  It will route from the\n        //! source point to the first checkpoint, to the second checkpoint, \n        //! etc.  If a checkpoint is unreachable because it lies inside an\n        //! obstacle, then that checkpoint will be skipped.\n        //! \n        //! @param[in] checkpoints  An ordered list of Checkpoints that the \n        //!                         connector will attempt to route via.\n        void setRoutingCheckpoints(const std::vector<Checkpoint>& checkpoints);\n\n        //! @brief   Returns the current set of routing checkpoints for this\n        //!          connector.\n        //! @returns The ordered list of Checkpoints that this connector will \n        //!          route via.\n        std::vector<Checkpoint> routingCheckpoints(void) const;\n        \n        //! @brief   Returns ConnEnds specifying what this connector is \n        //!          attached to.\n        //!\n        //! This may be useful during hyperedge rerouting.  You can check the \n        //! type and properties of the ConnEnd objects to find out what this \n        //! connector is attached to.  The ConnEnd::type() will be ConnEndEmpty\n        //! if the connector has not had its endpoints initialised.\n        //!\n        //! @note  If the router is using transactions, you might get \n        //!        unexpected results if you call this after changing objects\n        //!        but before calling Router::processTransaction().  In this\n        //!        case changes to ConnEnds for the connector may be queued \n        //!        and not yet applied, so you will get old (or empty) values.\n        //!\n        //! @returns A pair of ConnEnd objects specifying what the connector\n        //!          is attached to.\n        //!\n        std::pair<ConnEnd, ConnEnd> endpointConnEnds(void) const;\n\n        // @brief   Returns the source endpoint vertex in the visibility graph.\n        // @returns The source endpoint vertex.\n        VertInf *src(void) const;\n        // @brief   Returns the destination endpoint vertex in the \n        //          visibility graph.\n        // @returns The destination endpoint vertex.\n        VertInf *dst(void) const;\n        \n        //! @brief  Sets a fixed user-specified route for this connector.\n        //!\n        //! libavoid will no longer calculate object-avoiding paths for this\n        //! connector but instead just return the specified route.  The path\n        //! of this connector will still be considered for the purpose of \n        //! nudging and routing other non-fixed connectors.\n        //!\n        //! @note  This will reset the endpoints of the connector to the two\n        //!        ends of the given route, which may cause it to become \n        //!        dettached from any shapes or junctions.  You can\n        //!        alternatively call setFixedExistingRoute() for connectors\n        //!        with valid routes in hyperedges that you would like to\n        //!        remain attached.\n        //!\n        //! @param[in] route  The new fixed route for the connector.\n        //! @sa  setFixedExistingRoute()\n        //! @sa  clearFixedRoute()\n        //!\n        void setFixedRoute(const PolyLine& route);\n\n        //! @brief  Sets a fixed existing route for this connector.\n        //!\n        //! libavoid will no longer calculate object-avoiding paths for this\n        //! connector but instead just return the current exisitng route.  \n        //! The path of this connector will still be considered for the \n        //! purpose of nudging and routing other non-fixed connectors.\n        //!\n        //! @note  The endpoints of this connector will remain at their current\n        //!        positions, even while remaining 'attached' to shapes \n        //!        or junctions that move.\n        //!\n        //! @sa  setFixedRoute()\n        //! @sa  clearFixedRoute()\n        //!\n        void setFixedExistingRoute(void);\n\n        //! @brief  Returns whether the connector route is marked as fixed.\n        //!\n        //! @return True if the connector route is fixed, false otherwise.\n        //!\n        bool hasFixedRoute(void) const;\n\n        //! @brief  Returns the connector to being automatically routed if it\n        //!         was marked as fixed.\n        //!\n        //! @sa  setFixedRoute()\n        //!\n        void clearFixedRoute(void);\n\n        void set_route(const PolyLine& route);\n        void calcRouteDist(void);\n        void makeActive(void);\n        void makeInactive(void);\n        VertInf *start(void);\n        void removeFromGraph(void);\n        bool isInitialised(void) const;\n        void makePathInvalid(void);\n        void setHateCrossings(bool value);\n        bool doesHateCrossings(void) const;\n        void setEndpoint(const unsigned int type, const ConnEnd& connEnd);\n        bool setEndpoint(const unsigned int type, const VertID& pointID, \n                Point *pointSuggestion = nullptr);\n        std::vector<Point> possibleDstPinPoints(void) const;\n    \n    private:\n        friend class Router;\n        friend class ConnEnd;\n        friend class JunctionRef;\n        friend class ConnRerouteFlagDelegate;\n        friend class HyperedgeImprover;\n        friend struct HyperedgeTreeEdge;\n        friend struct HyperedgeTreeNode;\n        friend class HyperedgeRerouter;\n\n        PolyLine& routeRef(void);\n        void freeRoutes(void);\n        void performCallback(void);\n        bool generatePath(void);\n        void generateCheckpointsPath(std::vector<Point>& path,\n                std::vector<VertInf *>& vertices);\n        void generateStandardPath(std::vector<Point>& path,\n                std::vector<VertInf *>& vertices);\n        void unInitialise(void);\n        void updateEndPoint(const unsigned int type, const ConnEnd& connEnd);\n        void common_updateEndPoint(const unsigned int type, ConnEnd connEnd);\n        void freeActivePins(void);\n        bool getConnEndForEndpointVertex(VertInf *vertex, ConnEnd& connEnd) \n                const;\n        std::pair<Obstacle *, Obstacle *> endpointAnchors(void) const;\n        void outputCode(FILE *fp) const;\n        std::pair<bool, bool> assignConnectionPinVisibility(const bool connect);\n\n\n        Router *m_router;\n        unsigned int m_id;\n        ConnType m_type;\n        bool *m_reroute_flag_ptr;\n        bool m_needs_reroute_flag:1;\n        bool m_false_path:1;\n        bool m_needs_repaint:1;\n        bool m_active:1;\n        bool m_initialised:1;\n        bool m_hate_crossings:1;\n        bool m_has_fixed_route:1;\n        PolyLine m_route;\n        Polygon m_display_route;\n        double m_route_dist;\n        ConnRefList::iterator m_connrefs_pos;\n        VertInf *m_src_vert;\n        VertInf *m_dst_vert;\n        VertInf *m_start_vert;\n        void (*m_callback_func)(void *);\n        void *m_connector;\n        ConnEnd *m_src_connend;\n        ConnEnd *m_dst_connend;\n        std::vector<Checkpoint> m_checkpoints;\n        std::vector<VertInf *> m_checkpoint_vertices;\n};\n\n\ntypedef std::pair<Point *, ConnRef *> PtConnPtrPair;\n\ntypedef std::vector< PtConnPtrPair > PointRepVector;\ntypedef std::list<std::pair<size_t, size_t> > NodeIndexPairLinkList;\n\nclass PtOrder\n{\n    public:\n        PtOrder();\n        ~PtOrder();\n        void addPoints(const size_t dim, const PtConnPtrPair& arg1, \n                const PtConnPtrPair& arg2);\n        void addOrderedPoints(const size_t dim, const PtConnPtrPair& innerArg, \n                const PtConnPtrPair& outerArg, bool swapped);\n        int positionFor(const size_t dim, const ConnRef *conn);\n        PointRepVector sortedPoints(const size_t dim);\n    private:\n        size_t insertPoint(const size_t dim, const PtConnPtrPair& point);\n        void sort(const size_t dim);\n\n        // One for each dimension.\n        bool sorted[2];\n        PointRepVector nodes[2];\n        NodeIndexPairLinkList links[2];\n        PointRepVector sortedConnVector[2];\n};\n\ntypedef std::map<Avoid::Point,PtOrder> PtOrderMap;\ntypedef std::set<Avoid::Point> PointSet;\n\n\nconst unsigned int CROSSING_NONE = 0;\nconst unsigned int CROSSING_TOUCHES = 1;\nconst unsigned int CROSSING_SHARES_PATH = 2;\nconst unsigned int CROSSING_SHARES_PATH_AT_END = 4;\nconst unsigned int CROSSING_SHARES_FIXED_SEGMENT = 8;\n\n\ntypedef std::pair<int, unsigned int> CrossingsInfoPair;\ntypedef std::vector<Avoid::Point> PointList;\ntypedef std::vector<PointList> SharedPathList;\n\nclass ConnectorCrossings\n{\n    public:\n        ConnectorCrossings(Avoid::Polygon& poly, bool polyIsConn, \n                Avoid::Polygon& conn, ConnRef *polyConnRef = nullptr, \n                ConnRef *connConnRef = nullptr);\n        void clear(void);\n        void countForSegment(size_t cIndex, const bool finalSegment);\n\n        Avoid::Polygon& poly;\n        bool polyIsConn; \n        Avoid::Polygon& conn; \n        bool checkForBranchingSegments;\n        ConnRef *polyConnRef;\n        ConnRef *connConnRef;\n        \n        unsigned int crossingCount;\n        unsigned int crossingFlags;\n        PointSet *crossingPoints;\n        PtOrderMap *pointOrders;\n        SharedPathList *sharedPaths;\n        \n        double firstSharedPathAtEndLength;\n        double secondSharedPathAtEndLength;\n};\n\nextern void splitBranchingSegments(Avoid::Polygon& poly, bool polyIsConn,\n        Avoid::Polygon& conn, const double tolerance = 0);\nextern bool validateBendPoint(VertInf *aInf, VertInf *bInf, VertInf *cInf);\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/connend.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cstring>\n#include <cmath>\n#include <cstdlib>\n#include <cfloat>\n#include <algorithm>\n\n#include \"libavoid/router.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/connectionpin.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/visibility.h\"\n\nnamespace Avoid {\n\n    \nConnEnd::ConnEnd()\n    : m_type(ConnEndEmpty),\n      m_point(Point(0,0)),\n      m_directions(ConnDirAll),\n      m_connection_pin_class_id(CONNECTIONPIN_UNSET),\n      m_anchor_obj(nullptr),\n      m_conn_ref(nullptr),\n      m_active_pin(nullptr)\n{\n}\n\nConnEnd::ConnEnd(const Point& point) \n    : m_type(ConnEndPoint),\n      m_point(point),\n      m_directions(ConnDirAll),\n      m_connection_pin_class_id(CONNECTIONPIN_UNSET),\n      m_anchor_obj(nullptr),\n      m_conn_ref(nullptr),\n      m_active_pin(nullptr)\n{\n}\n\n\nConnEnd::ConnEnd(const Point& point, const ConnDirFlags visDirs) \n    : m_type(ConnEndPoint),\n      m_point(point),\n      m_directions(visDirs),\n      m_connection_pin_class_id(CONNECTIONPIN_UNSET),\n      m_anchor_obj(nullptr),\n      m_conn_ref(nullptr),\n      m_active_pin(nullptr)\n{\n}\n\n\nConnEnd::ConnEnd(ShapeRef *shapeRef, const unsigned int connectionPinClassID)\n    : m_type(ConnEndShapePin),\n      m_point(Point(0,0)),\n      m_directions(ConnDirAll),\n      m_connection_pin_class_id(connectionPinClassID),\n      m_anchor_obj(shapeRef),\n      m_conn_ref(nullptr),\n      m_active_pin(nullptr)\n{\n    COLA_ASSERT(m_anchor_obj != nullptr);\n    COLA_ASSERT(m_connection_pin_class_id > 0);\n\n    m_point = m_anchor_obj->position();\n    COLA_ASSERT(m_connection_pin_class_id != CONNECTIONPIN_UNSET);\n}\n\n\nConnEnd::ConnEnd(JunctionRef *junctionRef)\n    : m_type(ConnEndJunction),\n      m_directions(ConnDirAll),\n      m_connection_pin_class_id(CONNECTIONPIN_CENTRE),\n      m_anchor_obj(junctionRef),\n      m_conn_ref(nullptr),\n      m_active_pin(nullptr)\n{\n    COLA_ASSERT(m_anchor_obj != nullptr);\n    m_point = m_anchor_obj->position();\n}\n\n\nConnEnd::~ConnEnd()\n{\n}\n\n\nConnEndType ConnEnd::type(void) const\n{\n    return m_type;\n}\n\n\nconst Point ConnEnd::position(void) const\n{\n    if (m_active_pin)  // Attached to a pin!\n    {\n        return m_active_pin->position();\n    }\n    else if (m_anchor_obj)\n    {\n        return m_anchor_obj->position();\n    }\n    else\n    {\n        return m_point;\n    }\n}\n\n\nConnDirFlags ConnEnd::directions(void) const\n{\n    if (m_active_pin)  // Attached to a pin!\n    {\n        return m_active_pin->directions();\n    }\n    else\n    {\n        return m_directions;\n    }\n}\n\n\nShapeRef *ConnEnd::shape(void) const\n{\n    return dynamic_cast<ShapeRef *> (m_anchor_obj);\n}\n\n\nJunctionRef *ConnEnd::junction(void) const\n{\n    return dynamic_cast<JunctionRef *> (m_anchor_obj);\n}\n\n\nunsigned int ConnEnd::pinClassId(void) const\n{\n    return m_connection_pin_class_id;\n}\n\n\n\nbool ConnEnd::isPinConnection(void) const\n{\n    return (m_type == ConnEndShapePin) || (m_type == ConnEndJunction);\n}\n\nunsigned int ConnEnd::endpointType(void) const\n{\n    COLA_ASSERT(m_conn_ref != nullptr);\n    return (m_conn_ref->m_dst_connend == this) ? VertID::tar : VertID::src;\n}\n\n\n// Marks this ConnEnd as using a particular ShapeConnectionPin.\nvoid ConnEnd::usePin(ShapeConnectionPin *pin)\n{\n    COLA_ASSERT(m_active_pin == nullptr);\n    \n    m_active_pin = pin;\n    if (m_active_pin)\n    {\n        m_active_pin->m_connend_users.insert(this);\n    }\n}\n\n\n// Marks this ConnEnd as using a particular ShapeConnectionPin's vertex.\nvoid ConnEnd::usePinVertex(VertInf *pinVert)\n{\n    COLA_ASSERT(m_active_pin == nullptr);\n    \n    for (ShapeConnectionPinSet::iterator curr = \n            m_anchor_obj->m_connection_pins.begin(); \n            curr != m_anchor_obj->m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *currPin = *curr;\n        if (currPin->m_vertex == pinVert)\n        {\n            usePin(currPin);\n            break;\n        }\n    }\n}\n\n\n// Returns a vector of the possible Points for this ConnEnd\nstd::vector<Point> ConnEnd::possiblePinPoints(void) const\n{\n    std::vector<Point> points;\n    if (!m_anchor_obj || (m_connection_pin_class_id == CONNECTIONPIN_UNSET))\n    {\n        return points;\n    }\n\n    return m_anchor_obj->possiblePinPoints(m_connection_pin_class_id);\n}\n\n// Marks this ConnEnd as no longer using the active ShapeConnectionPin\nvoid ConnEnd::freeActivePin(void)\n{\n    if (m_active_pin)\n    {\n        m_active_pin->m_connend_users.erase(this);\n    }\n    m_active_pin = nullptr;\n}\n\n\n// Creates the connection between a connector and a shape/junction.\nvoid ConnEnd::connect(ConnRef *conn)\n{\n    COLA_ASSERT(isPinConnection());\n    COLA_ASSERT(m_anchor_obj);\n    COLA_ASSERT(m_conn_ref == nullptr);\n\n    m_anchor_obj->addFollowingConnEnd(this);\n    m_conn_ref = conn;\n}\n\n\n// Removes the connection between a connector and a shape/junction.\nvoid ConnEnd::disconnect(const bool shapeDeleted)\n{\n    if (m_conn_ref == nullptr)\n    {\n        // Not connected.\n        return;\n    }\n\n    m_point = position();\n    m_anchor_obj->removeFollowingConnEnd(this);\n    m_conn_ref = nullptr;\n\n    if (shapeDeleted)\n    {\n        // Turn this into a manual ConnEnd.\n        m_point = position();\n        m_anchor_obj = nullptr;\n        m_type = ConnEndPoint;\n        m_connection_pin_class_id = CONNECTIONPIN_UNSET;\n    }\n}\n\n\n// Assign visibility to a dummy vertex representing all the possible pins\n// for this pinClassId.\nvoid ConnEnd::assignPinVisibilityTo(VertInf *dummyConnectionVert, \n        VertInf *targetVert)\n{\n    unsigned int validPinCount = 0;\n\n    COLA_ASSERT(m_anchor_obj);\n    COLA_ASSERT(m_connection_pin_class_id != CONNECTIONPIN_UNSET);\n \n    Router *router = m_anchor_obj->router();\n    for (ShapeConnectionPinSet::iterator curr = \n            m_anchor_obj->m_connection_pins.begin(); \n            curr != m_anchor_obj->m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *currPin = *curr;\n        if ((currPin->m_class_id == m_connection_pin_class_id) && \n                (!currPin->m_exclusive || currPin->m_connend_users.empty()))\n        {\n            double routingCost = currPin->m_connection_cost;\n            Point adjTargetPt = targetVert->point - currPin->m_vertex->point;\n            double angle = rotationalAngle(adjTargetPt);\n            bool inVisibilityRange = false;\n\n            if (angle <= 45 || angle >= 315)\n            {\n                if (currPin->directions() & ConnDirRight)\n                {\n                    inVisibilityRange = true;\n                }\n            }\n            if (angle >= 45 && angle <= 135)\n            {\n                if (currPin->directions() & ConnDirDown)\n                {\n                    inVisibilityRange = true;\n                }\n            }\n            if (angle >= 135 && angle <= 225)\n            {\n                if (currPin->directions() & ConnDirLeft)\n                {\n                    inVisibilityRange = true;\n                }\n            }\n            if (angle >= 225 && angle <= 315)\n            {\n                if (currPin->directions() & ConnDirUp)\n                {\n                    inVisibilityRange = true;\n                }\n            }\n            if (!inVisibilityRange)\n            {\n                routingCost += router->routingParameter(portDirectionPenalty);\n            }\n\n            if (router->m_allows_orthogonal_routing)\n            {\n                // This has same ID and is either unconnected or not \n                // exclusive, so give it visibility.\n                EdgeInf *edge = new EdgeInf(dummyConnectionVert,\n                        currPin->m_vertex, true);\n                // XXX Can't use a zero cost due to assumptions \n                //     elsewhere in code.\n                edge->setDist(manhattanDist(dummyConnectionVert->point,\n                            currPin->m_vertex->point) + \n                        std::max(0.001, routingCost));\n            }\n\n            if (router->m_allows_polyline_routing)\n            {\n                // This has same ID and is either unconnected or not \n                // exclusive, so give it visibility.\n                EdgeInf *edge = new EdgeInf(dummyConnectionVert,\n                        currPin->m_vertex, false);\n                // XXX Can't use a zero cost due to assumptions \n                //     elsewhere in code.\n                edge->setDist(euclideanDist(dummyConnectionVert->point,\n                            currPin->m_vertex->point) + \n                        std::max(0.001, routingCost));\n            }\n\n            // Increment the number of valid pins for this ConnEnd connection.\n            validPinCount++;\n        }\n    }\n\n    if (validPinCount == 0)\n    {\n        // There should be at least one pin, otherwise we will have \n        // problems finding connector routes.\n        err_printf(\"Warning: In ConnEnd::assignPinVisibilityTo():\\n\"\n                   \"         ConnEnd for connector %d can't connect to shape %d\\n\"\n                   \"         since it has no pins with class id of %u.\\n\", \n                   (int) m_conn_ref->id(), (int) m_anchor_obj->id(), \n                   m_connection_pin_class_id);\n    }\n}\n\n\nstd::pair<bool, VertInf *> ConnEnd::getHyperedgeVertex(Router *router) const\n{\n    bool addedVertex = false;\n    VertInf *vertex = nullptr;\n\n    if (m_anchor_obj)\n    {\n        for (ShapeConnectionPinSet::iterator curr =\n                m_anchor_obj->m_connection_pins.begin();\n                curr != m_anchor_obj->m_connection_pins.end(); ++curr)\n        {\n            ShapeConnectionPin *currPin = *curr;\n            if ((currPin->m_class_id == m_connection_pin_class_id) &&\n                    (!currPin->m_exclusive || currPin->m_connend_users.empty()))\n            {\n                vertex = currPin->m_vertex;\n            }\n        }\n        COLA_ASSERT(vertex != nullptr);\n    }\n    else\n    {\n        VertID id(0, kUnassignedVertexNumber,\n                VertID::PROP_ConnPoint);\n        vertex = new VertInf(router, id, m_point);\n        vertex->visDirections = m_directions;\n        addedVertex = true;\n\n        if (router->m_allows_polyline_routing)\n        {\n            vertexVisibility(vertex, nullptr, true, true);\n        }\n    }\n\n    return std::make_pair(addedVertex, vertex);\n}\n\n\nvoid ConnEnd::outputCode(FILE *fp, const char *srcDst) const\n{\n    if (junction())\n    {\n        fprintf(fp, \"    %sPt = ConnEnd(junctionRef%u);\\n\", srcDst,\n                m_anchor_obj->id());\n    }\n    else if (shape())\n    {\n        fprintf(fp, \"    %sPt = ConnEnd(shapeRef%u, %u);\\n\", srcDst,\n                m_anchor_obj->id(), m_connection_pin_class_id);\n    }\n    else\n    {\n        fprintf(fp, \"    %sPt = ConnEnd(Point(%\" PREC \"g, %\" PREC \"g), (ConnDirFlags) %u);\\n\",\n                srcDst, m_point.x, m_point.y, m_directions);\n    }\n}\n\n\n//============================================================================\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/connend.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    connend.h\n//! @brief   Contains the interface for the ConnEnd class.\n\n\n#ifndef AVOID_CONNEND_H\n#define AVOID_CONNEND_H\n\n\n#include <cstdio>\n#include <list>\n#include <vector>\n#include <utility>\n\n#include \"libavoid/dllexport.h\"\n#include \"libavoid/geometry.h\"\n\n\nnamespace Avoid {\n\nclass Obstacle;\nclass ShapeRef;\nclass JunctionRef;\nclass Router;\nclass ConnRef;\nclass ShapeConnectionPin;\ntypedef std::list<ConnRef *> ConnRefList;\nclass VertInf;\n\n\n//! @brief  Flags that can be passed to the ConnEnd constructor to specify\n//!         which sides of a shape this point should have visibility to if\n//!         it is located within the shape's area.\n//!\n//! Like SVG, libavoid considers the Y-axis to point downwards, that is, \n//! like screen coordinates the coordinates increase from left-to-right and \n//! also from top-to-bottom.\n//!\nenum ConnDirFlag {\n    ConnDirNone  = 0,\n    //! @brief  This option specifies the point should be given visibility \n    //!         to the top of the shape that it is located within.\n    ConnDirUp    = 1,\n    //! @brief  This option specifies the point should be given visibility \n    //!         to the bottom of the shape that it is located within.\n    ConnDirDown  = 2,\n    //! @brief  This option specifies the point should be given visibility \n    //!         to the left side of the shape that it is located within.\n    ConnDirLeft  = 4,\n    //! @brief  This option specifies the point should be given visibility \n    //!         to the right side of the shape that it is located within.\n    ConnDirRight = 8,\n    //! @brief  This option, provided for convenience, specifies the point \n    //!         should be given visibility to all four sides of the shape \n    //!         that it is located within.\n    ConnDirAll   = 15\n};\n//! @brief  One or more Avoid::ConnDirFlag options.\n//!\ntypedef unsigned int ConnDirFlags;\n\n\n//! @brief  Types that describe the kind a connection that a ConnEnd \n//!         represents.\n//!\nenum ConnEndType {\n    //! @brief  The ConnEnd represents a free-floating point that may or may \n    //!         not have visibility in specific directions.\n    ConnEndPoint,\n    //! @brief  The ConnEnd attaches to a specific ShapeConnectionPin on a \n    //!         shape.\n    ConnEndShapePin,\n    //! @brief  The ConnEnd attaches to a junction.\n    ConnEndJunction,\n    //! @brief  The ConnEnd is empty and doesn't have any information set.\n    ConnEndEmpty\n};\n\n\n//! @brief  The ConnEnd class represents different possible endpoints for \n//!         connectors.\n//!\n//! ConnEnds may be free-floating points, points attached to junctions (between\n//! multiple connectors), or points attached to shapes (either to the centre of \n//! the shape or to particular pin positions on the shape).\n//! \nclass AVOID_EXPORT ConnEnd \n{\n    public:\n        //! @brief Constructs a ConnEnd from a free-floating point.\n        //!\n        //! @param[in]  point  The position of the connector endpoint.\n        //!\n        ConnEnd(const Point& point);\n\n        //! @brief Constructs a ConnEnd from a free-floating point as well\n        //!        as a set of flags specifying visibility for this point \n        //!        if it is located inside a shape.\n        //!\n        //! @param[in]  point    The position of the connector endpoint.\n        //! @param[in]  visDirs  One or more Avoid::ConnDirFlag options \n        //!                      specifying the directions that this point \n        //!                      should be given visibility if it is inside \n        //!                      a shape.  Currently has no effect if outside\n        //!                      of shapes.\n        //!\n        ConnEnd(const Point& point, const ConnDirFlags visDirs);\n\n        //! @brief Constructs a ConnEnd attached to one of a particular set of\n        //!        connection pins on a shape.\n        //!\n        //! This is the recommended method for connecting to shapes that may \n        //! later be moved or resized and for which you don't want to track \n        //! and specify the connector endpoints yourself.  See the \n        //! ShapeConnectionPin documentation for more information.\n        //! \n        //! If you to just connect to the centre of a shape you should just\n        //! create a centre connection pin\n        //! @code\n        //! const unsigned int CENTRE = 1;\n        //! new Avoid::ShapeConnectionPin(shapeRef, CENTRE, Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE);\n        //! @endcode\n        //! and attach to that with\n        //! @code\n        //! ConnEnd(shapeRef, CENTRE);\n        //! @endcode\n        //!\n        //! If a pin with the specified pin class ID doesn't exist then you\n        //! will get a warning and a straight-line path between the source \n        //! and destination endpoints of the connector will be returned \n        //! during routing.\n        //!\n        //! @param[in]  shapeRef              A pointer to the containing shape's\n        //!                                   ShapeRef.\n        //! @param[in]  connectionPinClassID  A non-zero integer denoting the\n        //!                                   class ID for the set of pins to\n        //!                                   connect to.\n        //!\n        ConnEnd(ShapeRef *shapeRef, const unsigned int connectionPinClassID);\n\n        //! @brief Constructs a ConnEnd attached to one of the connection \n        //!        pins on a junction.\n        //!\n        //! This is the recommended method for connecting to junctions that \n        //! may later be moved.  See the ShapeConnectionPin documentation for \n        //! more information.\n        //!\n        //! @param[in]  junctionRef           A pointer to the containing \n        //!                                   junction's junctionRef.\n        //!\n        ConnEnd(JunctionRef *junctionRef);\n\n\n        //! @brief Returns the kind of connection this ConnEnd represents.\n        //!\n        //! @return The ConnEndType represented by this ConnEnd.\n        //!\n        ConnEndType type(void) const;\n\n        //! @brief Returns the position of this connector endpoint.\n        //!\n        //! @return The position of this connector endpoint.\n        //!\n        const Point position(void) const;\n\n        //! @brief Returns the directions in which this connector endpoint\n        //!        should be given visibility.\n        //!\n        //! @return The visibility directions for this connector endpoint.\n        //!\n        ConnDirFlags directions(void) const;\n\n        //! @brief Returns the shape this ConnEnd attaches to, or nullptr.\n        //!\n        //! Will be valid only if type() == ConnEndShapePin.\n        //!\n        //! @return The ShapeRef pointer that the ConnEnd attaches to, or nullptr.\n        //!\n        ShapeRef *shape(void) const;\n\n        //! @brief Returns the junction this ConnEnd attaches to, or nullptr.\n        //!\n        //! Will be valid only if type() == ConnEndJunction.\n        //!\n        //! @return The JunctionRef pointer that the ConnEnd attaches to,\n        //!         or nullptr.\n        //!\n        JunctionRef *junction(void) const;\n\n        //! @brief Returns the pin class ID for a ConnEnd attached to a shape.\n        //!\n        //! Will be valid only if type() == ConnEndShapePin.\n        //!\n        //! @return An unsigned int representing the pin class ID for the\n        //!         ConnEnd.\n        //!\n        unsigned int pinClassId(void) const;\n\n        ConnEnd();\n        ~ConnEnd();\n    private:\n        friend class Obstacle;\n        friend class JunctionRef;\n        friend class ShapeRef;\n        friend class ConnRef;\n        friend class Router;\n        friend class HyperedgeRerouter;\n        friend class ShapeConnectionPin;\n        friend class HyperedgeImprover;\n        friend class CrossingConnectorsInfo;\n\n        void connect(ConnRef *conn);\n        void disconnect(const bool shapeDeleted = false);\n        void usePin(ShapeConnectionPin *pin);\n        void usePinVertex(VertInf *pinVert);\n        void freeActivePin(void);\n        unsigned int endpointType(void) const;\n        bool isPinConnection(void) const;\n        std::vector<Point> possiblePinPoints(void) const;\n        void assignPinVisibilityTo(VertInf *dummyConnectionVert, \n                VertInf *targetVert);\n        void outputCode(FILE *fp, const char *srcDst) const;\n        std::pair<bool, VertInf *> getHyperedgeVertex(Router *router) const;\n\n        ConnEndType m_type;\n        Point m_point;\n        ConnDirFlags m_directions;\n        unsigned int m_connection_pin_class_id;\n        \n        // For referencing ConnEnds\n        Obstacle *m_anchor_obj;  // The shape/junction this is attached to.\n        ConnRef *m_conn_ref;    // The parent connector.\n        \n        // The pin to which the ConnEnd is attached.\n        ShapeConnectionPin *m_active_pin;  \n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/debug.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_DEBUG_H\n#define AVOID_DEBUG_H\n\n\n#if defined(_MSC_VER) && defined(USE_ATLTRACE)\n    // Using Microsoft Visual C++ compiler and we want to use ATLTRACE\n    // to send warnings and error messages to a GUI window.\n\n    // Prevent inclusion of min and max macros.\n    #define NOMINMAX\n\n    #include <afx.h>\n#endif\n\n#include <cstdarg>\n#include <cstdio>\n#include <iostream>\n\n\nnamespace Avoid {\n\n// db_printf is debugging output for verifying behaviour of the router:\n#ifdef LIBAVOID_DEBUG\n\n  #if defined(_MSC_VER) && defined(USE_ATLTRACE)\n    #define db_printf  ATL::AtlTrace\n  #else\n    inline void db_printf(const char *fmt, ...)\n    {\n        va_list ap;\n        va_start(ap, fmt);\n        vfprintf(stdout, fmt, ap);\n        va_end(ap);\n    }\n  #endif\n\n#else\n\n    inline void db_printf(const char *, ...)\n    {\n    }\n\n#endif\n\n// err_printf are critical errors that mean something pretty bad has happened:\n#if defined(_MSC_VER) && defined(USE_ATLTRACE)\n\n    #define err_printf ATL::AtlTrace\n\n#else\n\n    // For other environments we always show these errors.\n    inline void err_printf(const char *fmt, ...)\n    {\n        va_list ap;\n        va_start(ap, fmt);\n        vfprintf(stderr, fmt, ap);\n        va_end(ap);\n    }\n\n#endif\n\n}\n\n// Precision of numbers in libavoid SVG debug file.  Used in printf\n// strings (\"%\" PREC \"g\"), e.g., \"%.16g\"\n#if defined(HIGH_PRECISION_DEBUG)\n    #define PREC \".16\"\n#else\n    #define PREC \"\"\n#endif\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/debughandler.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n// @file    debughandler.h\n// @brief   Contains the interface for the DebugHandler class.\n\n#ifndef AVOID_DEBUGHANDLER_H\n#define AVOID_DEBUGHANDLER_H\n\n#include \"libavoid/assertions.h\"\n#include \"libavoid/dllexport.h\"\n\n// Add -DDEBUGHANDLER to compile in debug handler with optimisations enabled.\n#ifndef NDEBUG\n  #define DEBUGHANDLER\n#endif\n\nnamespace Avoid {\n\n// @brief You can subclass DebugHandler and register an instance with Router\n//        to recieve debugging information.\n// \n// @note  This is currently intended for internal use.\n//\nclass AVOID_EXPORT DebugHandler\n{\n    public:\n        DebugHandler()\n        {\n        }\n\n        virtual ~DebugHandler()\n        {\n        }\n\n        // @brief The obstacles being routed around.\n        //\n        virtual void updateObstacleBoxes(std::vector<Avoid::Box> obstacles)\n        {\n            COLA_UNUSED(obstacles);\n        }\n\n        // @brief An updated connector route.  Optionally the ends of a just\n        //        updated segment within the route between the indexes index1 \n        //        and index2.\n        //\n        virtual void updateConnectorRoute(ConnRef *conn, int index1, int index2)\n        {\n            COLA_UNUSED(conn);\n            COLA_UNUSED(index1);\n            COLA_UNUSED(index2);\n        }\n\n        // @brief The current endpoints that a path is being searched for\n        //        between src and tar\n        //\n        virtual void beginningSearchWithEndpoints(VertInf *src, VertInf *tar)\n        {\n            COLA_UNUSED(src);\n            COLA_UNUSED(tar);\n        }\n\n        // @brief The current search path.\n        //\n        virtual void updateCurrentSearchPath(Avoid::PolyLine currentPath)\n        {\n            COLA_UNUSED(currentPath);\n        }\n\n        // @brief The current hyperedge endpoints for hyperedge rerouting\n        //\n        virtual void beginningHyperedgeReroutingWithEndpoints(std::set<VertInf *> endpoints)\n        {\n            COLA_UNUSED(endpoints);\n        }\n\n\n        // @brief The Minimum Terminal Spanning Tree for hyperedge rerouting\n        //        is being grown with the edge between vertices u and v.\n        //\n        // @param shouldWait  Boolean indicating the forest is being grown \n        //                    with this edge, or otherwise being immediately\n        //                    repopulated after pruning.\n        //\n        virtual void mtstGrowForestWithEdge(Avoid::VertInf *u, Avoid::VertInf *v, bool shouldWait)\n        {\n            COLA_UNUSED(u);\n            COLA_UNUSED(v);\n            COLA_UNUSED(shouldWait);\n        }\n\n        // @brief The Minimum Terminal Spanning Tree for hyperedge rerouting\n        //        is potentiall bridged by the edge between vertices u and v.\n        //\n        virtual void mtstPotentialBridgingEdge(Avoid::VertInf *u, Avoid::VertInf *v)\n        {\n            COLA_UNUSED(u);\n            COLA_UNUSED(v);\n        }\n\n        // @brief The Minimum Terminal Spanning Tree for hyperedge rerouting\n        //        is being finalised with the edge between vertices u and v.\n        //\n        // @param isBridge  Boolean indicating whether edge was a bridge.\n        //\n        virtual void mtstCommitToEdge(Avoid::VertInf *u, Avoid::VertInf *v, bool isBridge)\n        {\n            COLA_UNUSED(u);\n            COLA_UNUSED(v);\n            COLA_UNUSED(isBridge);\n        }\n};\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/dllexport.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_DLLEXPORT_H\n#define AVOID_DLLEXPORT_H\n\n#if defined(_MSC_VER) && !defined(LIBAVOID_NO_DLL)\n    #ifdef LIBAVOID_EXPORTS\n        #define AVOID_EXPORT __declspec(dllexport)\n    #else\n        #define AVOID_EXPORT __declspec(dllimport)\n    #endif\n#else\n    #define AVOID_EXPORT\n#endif\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/doc/description.doc",
    "content": "/*!\n\n\\if LIBAVOID_DOC\n@mainpage libavoid: Object-avoiding orthogonal and polyline connector routing library\n\\endif\n\n\\if ADAPTAGRAMS_DOC\n@page libavoid libavoid &mdash; Overview\n\\endif\n\nlibavoid is a cross-platform C++ library providing fast, object-avoiding \northogonal and polyline connector routing for use in interactive diagram \neditors.\n\nlibavoid is part of the \n<a href=\"http://www.adaptagrams.org/\">Adaptagrams project</a>. \nThere are no official releases yet, though the code is stable and \navailable from the Adaptagrams \n<a href=\"https://github.com/mjwybrow/adaptagrams\">GitHub\nrepository</a>.\n\nThe API is documented using Doxygen.  The documentation you are currently \nreading can be obtained by running doxygen in the cola or libavoid directory. \nThere is also \na simple <a href=\"libavoid_example.html\">documented example</a> to help you get started.\n\nlibavoid is written and maintained by \n<a href=\"http://users.monash.edu/~mwybrow/\">Michael Wybrow</a>,\na member of <a href=\"http://ialab.it.monash.edu/\">Immersive Analytics Lab</a> at Monash University, Australia.\n\nThe algorithms used for the connector routing are described in the following papers.  If you use libavoid, please cite the relevant paper.\n-  M. Wybrow, K. Marriott, and P.J. Stuckey. Orthogonal connector \n   routing.\\n\n   In Proceedings of 17th International Symposium on Graph Drawing \n   (GD '09),\\n\n   LNCS 5849, pages 219–231. Spring-Verlag, 2010.\n   [<a href=\"http://dx.doi.org/10.1007/978-3-642-11805-0_22\">DOI</a>]\n   [<a href=\"http://users.monash.edu/~mwybrow/papers/wybrow-gd-2009.pdf\">PDF</a>]\n-  M. Wybrow, K. Marriott, and P.J. Stuckey. Incremental connector \n   routing.\\n\n   In Proceedings of 13th International Symposium on Graph Drawing \n   (GD '05),\\n\n   LNCS 3843, pages 446—457. Springer-Verlag, 2006. \n   [<a href=\"http://dx.doi.org/10.1007/11618058_40\">DOI</a>]\n   [<a href=\"http://users.monash.edu/~mwybrow/papers/wybrow-gd-2005.pdf\">PDF</a>]\n-  M. Wybrow, K. Marriott and P.J. Stuckey.  Orthogonal hyperedge routing.\\n\n   In Proceedings of 7th International Conference on the Theory and Application of Diagrams (Diagrams 2012),\\n \n   LNCS (LNAI) 7352, pages 51&ndash;64. Springer-Verlag, 2012.\n   [<a href=\"http://dx.doi.org/10.1007/978-3-642-31223-6_10\">DOI</a>]\n   [<a href=\"http://users.monash.edu/~mwybrow/papers/wybrow-diagrams-2012.pdf\">PDF</a>]\n-  K. Marriott, P.J. Stuckey, and M. Wybrow.  Seeing Around Corners: Fast Orthogonal Connector Routing.\\n\n   In Proceedings of the 8th International Conference on the Theory and Application of Diagrams (Diagrams 2014),\\n\n   LNCS 8578, pages 31&ndash;37. Springer-Verlag, 2014.\n   [<a href=\"http://doi.acm.org/10.1007/978-3-662-44043-8_4\">DOI</a>]\n   [<a href=\"http://users.monash.edu/~mwybrow/papers/marriott-diagrams-2014.pdf\">PDF</a>]\n\nlibavoid is currently used in the following software:\n-  A commercial circuit diagram editor;\n-  <a href=\"http://users.monash.edu/~mwybrow/dunnart/\">Dunnart</a>, a prototype research \n   constraint-based diagram editor;\n-  <a href=\"http://www.inkscape.org/\">Inkscape</a>, the popular Open \n   Source vector graphics editor;\n-  <a href=\"http://arcadiapathways.sourceforge.net/\">Arcadia</a>, a \n   visualisation tool for metabolic pathways;\n-  <a href=\"http://gaphor.sourceforge.net/\">Gaphas</a>, an open source diagramming widget for GTK+, written in Python;\n-  <a href=\"http://brlcad.org/\">BRL-CAD</a>, Constructive Solid Geometry (CSG) solid modeling system;\n-  <a href=\"http://www.qxorm.com/\">QxOrm</a>, a C++ library designed to provide Object Relational Mapping (ORM) feature to C++ users; and\n-  <a href=\"http://www.qxorm.com/\">QxEntityEditor</a>, a graphic editor for QxOrm library, providing a graphic way to manage a data model.\n\n\n*/\n\n\n"
  },
  {
    "path": "cola/libavoid/doc/example.doc",
    "content": "\n/*!\n\n@page libavoid_example libavoid &mdash; Documented code example\n\nlibavoid is a C++ library.  Its code is all within the Avoid namespace.\n\nFirst, you must create an instance of the router. \n@code\nAvoid::Router *router = new Avoid::Router(Avoid::PolyLineRouting); @endcode\n\nTo add a shape (obstacle) to the router, you first create a Avoid::ShapeRef by giving the bounding box of the obstacle.  This adds the shape to the router (and cause rerouting of connectors it intersects).  It also passes ownership of the shapeRef object to the router instance, though it is still fine for you to keep a reference to it.\n@code\n// Create the ShapeRef:\nAvoid::Rectangle rectangle(Avoid::Point(20.0, 35.0), Avoid::Point(40.0, 12.0));\nAvoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, rectangle); @endcode\nor\n@code \nAvoid::Polygon shapePoly(3);\nshapePoly.ps[0] = Avoid::Point(1.0, 1.0);\nshapePoly.ps[1] = Avoid::Point(2.5, 1.5);\nshapePoly.ps[2] = Avoid::Point(1.5, 2.5);\nAvoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, shapePoly); @endcode\n\nThe relevant prototypes (all in the Avoid namespace) are as follows.  If a shape ID is specified, it should be non-zero and unique among all shapes and connectors.\n@code\nAvoid::Rectangle(const Avoid::Point& topLeft, const Avoid::Point& bottomRight);\nAvoid::Rectangle(const Avoid::Point& centre, const double width, const double height);\nAvoid::ShapeRef(Avoid::Router *router, const Avoid::Polygon& polygon, unsigned int id = 0); @endcode\n\n\nTo move or resize a shape already in the router, you do the following:\n@code\nrouter->moveShape(shapeRef, newPolygon); @endcode\nor\n@code\ndouble xmove = 20, ymove = 15;\nrouter->moveShape(shapeRef, xmove, ymove); @endcode\n\nIn its default mode the router will queue multiple shape movements and perform the changes to the visibility graph in an optimised order.  Thus you make several calls to Avoid::Router::moveShape() for different shapes and then tell the router to process the moves.  This tend to be useful in interactive applications where the user may move multiple shapes at once.\n@code\nrouter->moveShape(shapeRef1, newPolygon1);\nrouter->moveShape(shapeRef2, newPolygon2);\nrouter->processTransaction();\n @endcode\n\nTo delete a shape from the router (and reroute connectors that then have a better path) you do the following.  \n@code\nrouter->deleteShape(shapeRef); @endcode\nThis will cause the router to free the memory for the shapeRef.  You should discard your reference to the shapeRef after this call.\n\nTo add a new connector to the router, you do the following:\n@code \nAvoid::ConnEnd srcPt(Avoid::Point(1.2, 0.5));\nAvoid::ConnEnd dstPt(Avoid::Point(3.0, 4.0));\nAvoid::ConnRef *connRef = new Avoid::ConnRef(router, srcPt, dstPt); @endcode\nThis passes ownership of the connRef object to the router instance, though it is still fine for you to keep a reference to it.\n\nTo remove a connector from the router:\n@code\nrouter->deleteConnector(connRef); @endcode\nThis will cause the router to free the memory for the connRef.  You should discard your reference to the connRef after this call.\n\nYou can set a function to be called when the connector needs to be redrawn.  When called, this function will be passed the pointer given as a second argument to Avoid::ConnRef::setCallback():\n@code\nvoid connCallback(void *ptr)\n{\n    Avoid::ConnRef *connRef = (Avoid::ConnRef *) ptr;\n    printf(\"Connector %u needs rerouting!\\n\", connRef->id());\n}\nconnRef->setCallback(connCallback, connRef); @endcode\n\nThe callback will be triggered by movement, addition and deletion of shapes, as well as by adjustment of the connector endpoints, or by processing a transaction that includes any of these events.  You can check if a connector path has changed, and hence the object requires repainting (say because a better path is available due to a shape being deleted):\n@code\nif (connRef->needsRepaint()) ... @endcode\n\nIf you want to trigger the callback for a connector after moving its endpoints (or when it is first created you can do this via:\n@code\nconnRef->processTransaction(); @endcode\n\nYou can then get the new path as follows:\n\n@code\nconst Avoid::PolyLine route = connRef->dispayRoute();\nfor (size_t i = 0; i &lt; route.size(); ++i) \n{\n    Avoid::Point point = route.at(i);\n    printf(\"%f, %f\\n\", point.x, point.y);\n} @endcode       \n\nObviously the alternative to using the callback mechanism is to iterate through all connectors and check their needsRepaint() value after having called processTransaction().\n\nYou can update the endpoints of a connector with:\n@code\nAvoid::ConnEnd newSrcPt(Avoid::Point(6, 3));\nAvoid::ConnEnd newDstPt(Avoid::Point(12, 67));\nconnRef->setEndpoints(newSrcPt, newDstPt); @endcode\nor\n@code\nAvoid::ConnEnd newSrcPt(Avoid::Point(6, 3));\nconnRef->setSourceEndpoint(newSrcPt);\n\nAvoid::ConnEnd newDstPt(Avoid::Point(6, 3));\nconnRef->setDestEndpoint(newDstPt); @endcode\n\nYou can also create connection pins on shapes and attach connectors directly to these.  Then when you move or resize the shapes, the connector endpoints attached to them will be automatically rerouted.\n\nYou can create a connection pin as follows:\n@code\nconst unsigned int CENTRE = 1;\nnew Avoid::ShapeConnectionPin(shapeRef, CENTRE, Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE); @endcode\nThis one connects to the centre of the shape, but the position can be specified anywhere within the shape as a proportion of the shape's width and height.  \n\nYou can then attach a connector to the connection pin be doing the following:\n@code\nAvoid::ConnEnd newSrcPt(shapeRef, CENTRE);\nconnRef->setSourceEndpoint(newSrcPt); @endcode\n\n\nSee also a short example: example.cpp in the libavoid/tests directory\n\n*/\n"
  },
  {
    "path": "cola/libavoid/geometry.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * --------------------------------------------------------------------\n * Much of the code in this module is based on code published with\n * and/or described in \"Computational Geometry in C\" (Second Edition),\n * Copyright (C) 1998  Joseph O'Rourke <orourke@cs.smith.edu>\n * --------------------------------------------------------------------\n * The segmentIntersectPoint function is based on code published and\n * described in Franklin Antonio, Faster Line Segment Intersection,\n * Graphics Gems III, p. 199-202, code: p. 500-501.\n * --------------------------------------------------------------------\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n// For M_PI:\n#ifndef _USE_MATH_DEFINES\n#define _USE_MATH_DEFINES\n#endif\n#include <cmath>\n\n#include <limits>\n\n#include \"libavoid/graph.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/assertions.h\"\n\n\nnamespace Avoid {\n\n\n// Returns true iff the point c lies on the closed segment ab.\n// To be used when the points are known to be collinear.\n//\n// Based on the code of 'Between'.\n//\nbool inBetween(const Point& a, const Point& b, const Point& c)\n{\n    double epsilon = std::numeric_limits<double>::epsilon();\n\n    // We only call this when we know the points are collinear,\n    // otherwise we should be checking this here.\n    COLA_ASSERT(vecDir(a, b, c, epsilon) == 0);\n\n    if (fabs(a.x - b.x) > epsilon)\n    {\n        // not vertical\n        return (((a.x < c.x) && (c.x < b.x)) ||\n                ((b.x < c.x) && (c.x < a.x)));\n    }\n    else\n    {\n        return (((a.y < c.y) && (c.y < b.y)) ||\n                ((b.y < c.y) && (c.y < a.y)));\n    }\n}\n\n\n// Returns true iff the three points are colinear.\n//\nbool colinear(const Point& a, const Point& b, const Point& c,\n        const double tolerance)\n{\n\n    // Do this a bit more optimally for orthogonal AB line segments.\n    if (a == b)\n    {\n        return true;\n    }\n    else if (a.x == b.x)\n    {\n        return (a.x == c.x);\n    }\n    else if (a.y == b.y)\n    {\n        return (a.y == c.y);\n    }\n\n    // Or use the general case.\n    return (vecDir(a, b, c, tolerance) == 0);\n    \n}\n\n\n// Returns true iff the point c lies on the closed segment ab.\n//\nbool pointOnLine(const Point& a, const Point& b, const Point& c, \n        const double tolerance)\n{\n    // Do this a bit more optimally for orthogonal AB line segments.\n    if (a.x == b.x)\n    {\n        return (a.x == c.x) &&\n                (((a.y < c.y) && (c.y < b.y)) ||\n                 ((b.y < c.y) && (c.y < a.y)));\n    }\n    else if (a.y == b.y)\n    {\n        return (a.y == c.y) &&\n                (((a.x < c.x) && (c.x < b.x)) ||\n                 ((b.x < c.x) && (c.x < a.x)));\n    }\n\n    // Or use the general case.\n    return (vecDir(a, b, c, tolerance) == 0) && inBetween(a, b, c);\n}\n\n\n// Returns true if the segment cd intersects the segment ab, blocking\n// visibility.\n//\n// Based on the code of 'IntersectProp' and 'Intersect'.\n//\nbool segmentIntersect(const Point& a, const Point& b, const Point& c,\n        const Point& d)\n{\n    int ab_c = vecDir(a, b, c);\n    if (ab_c == 0)\n    {\n        return false;\n    }\n\n    int ab_d = vecDir(a, b, d);\n    if (ab_d == 0)\n    {\n        return false;\n    }\n\n    // It's ok for either of the points a or b to be on the line cd,\n    // so we don't have to check the other two cases.\n\n    int cd_a = vecDir(c, d, a);\n    int cd_b = vecDir(c, d, b);\n\n    // Is an intersection if a and b are on opposite sides of cd,\n    // and c and d are on opposite sides of the line ab.\n    //\n    // Note: this is safe even though the textbook warns about it\n    // since, unlike them, our vecDir is equivilent to 'AreaSign'\n    // rather than 'Area2'.\n    return (((ab_c * ab_d) < 0) && ((cd_a * cd_b) < 0));\n}\n\n\n// Returns true if the segment e1-e2 intersects the shape boundary \n// segment s1-s2, blocking visibility.\n//\nbool segmentShapeIntersect(const Point& e1, const Point& e2, const Point& s1,\n        const Point& s2, bool& seenIntersectionAtEndpoint)\n{\n    if (segmentIntersect(e1, e2, s1, s2))\n    {\n        // Basic intersection of segments.\n        return true;\n    }\n    else if ( (((s2 == e1) || pointOnLine(s1, s2, e1)) && \n               (vecDir(s1, s2, e2) != 0)) \n              ||\n              (((s2 == e2) || pointOnLine(s1, s2, e2)) &&\n               (vecDir(s1, s2, e1) != 0)) )\n    {\n        // Segments intersect at the endpoint of one of the segments.  We\n        // allow this once, but the second one blocks visibility.  Otherwise\n        // shapes butted up against each other could have visibility through\n        // shapes.\n        if (seenIntersectionAtEndpoint)\n        {\n            return true;\n        }\n        seenIntersectionAtEndpoint = true;\n    }\n    return false;\n}\n\n\n// Returns true iff the point p in a valid region that can contain\n// shortest paths.  a0, a1, a2 are ordered vertices of a shape.\n//\n// Based on the code of 'InCone'.\n//\nbool inValidRegion(bool IgnoreRegions, const Point& a0, const Point& a1,\n        const Point& a2, const Point& b)\n{\n    // r is a0--a1\n    // s is a1--a2\n\n    int rSide = vecDir(b, a0, a1);\n    int sSide = vecDir(b, a1, a2);\n\n    bool rOutOn = (rSide <= 0);\n    bool sOutOn = (sSide <= 0);\n\n    bool rOut = (rSide < 0);\n    bool sOut = (sSide < 0);\n\n    if (vecDir(a0, a1, a2) > 0)\n    {\n        // Convex at a1:\n        //\n        //   !rO      rO\n        //    sO      sO\n        //\n        // ---s---+\n        //        |\n        //   !rO  r   rO\n        //   !sO  |  !sO\n        //\n        //\n        if (IgnoreRegions)\n        {\n            return (rOutOn && !sOut) || (!rOut && sOutOn);\n        }\n        return (rOutOn || sOutOn);\n    }\n    else\n    {\n        // Concave at a1:\n        //\n        //   !rO      rO\n        //   !sO     !sO\n        //\n        //        +---s---\n        //        |\n        //   !rO  r   rO\n        //    sO  |   sO\n        //\n        //\n        return (IgnoreRegions ? false : (rOutOn && sOutOn));\n    }\n}\n\n\n// Gives the side of a corner that a point lies on:\n//      1   anticlockwise\n//     -1   clockwise\n// e.g.                     /|s2\n//       /s3          -1   / |\n//      /                 /  |\n//  1  |s2  -1           / 1 |  -1\n//     |                /    |\n//     |s1           s3/     |s1\n//     \nint cornerSide(const Point &c1, const Point &c2, const Point &c3,\n        const Point& p)\n{\n    int s123 = vecDir(c1, c2, c3);\n    int s12p = vecDir(c1, c2, p);\n    int s23p = vecDir(c2, c3, p);\n\n    if (s123 == 1)\n    {\n        if ((s12p >= 0) && (s23p >= 0))\n        {\n            return 1;\n        }\n        return -1;\n    }\n    else if (s123 == -1)\n    {\n        if ((s12p <= 0) && (s23p <= 0))\n        {\n            return -1;\n        }\n        return 1;\n    }\n\n    // c1-c2-c3 are collinear, so just return vecDir from c1-c2\n    return s12p;\n}\n\n\n// Returns the Euclidean distance between points a and b.\n//\ndouble euclideanDist(const Point& a, const Point& b)\n{\n    double xdiff = a.x - b.x;\n    double ydiff = a.y - b.y;\n\n    return sqrt((xdiff * xdiff) + (ydiff * ydiff));\n}\n\n// Returns the Manhattan distance between points a and b.\n//\ndouble manhattanDist(const Point& a, const Point& b)\n{\n    return fabs(a.x - b.x) + fabs(a.y - b.y);\n}\n\n\n// Returns the Euclidean distance between points a and b.\n//\ndouble dist(const Point& a, const Point& b)\n{\n    double xdiff = a.x - b.x;\n    double ydiff = a.y - b.y;\n\n    return sqrt((xdiff * xdiff) + (ydiff * ydiff));\n}\n\n// Returns the total length of all line segments in the polygon\ndouble totalLength(const Polygon& poly)\n{\n    double l = 0;\n    for (size_t i = 1; i < poly.size(); ++i) \n    {\n        l += dist(poly.ps[i-1], poly.ps[i]);\n    }\n    return l;\n}\n\n// Uses the dot-product rule to find the angle (radians) between ab and bc\ndouble angle(const Point& a, const Point& b, const Point& c)\n{\n    double ux = b.x - a.x,\n           uy = b.y - a.y,\n           vx = c.x - b.x,\n           vy = c.y - b.y,\n           lu = sqrt(ux*ux+uy*uy),\n           lv = sqrt(vx*vx+vy*vy),\n           udotv = ux * vx + uy * vy,\n           costheta = udotv / (lu * lv);\n    return acos(costheta);\n}\n\n// Returns true iff the point q is inside (or on the edge of) the\n// polygon argpoly.\n//\n// This is a fast version that only works for convex shapes.  The\n// other version (inPolyGen) is more general.\n//\nbool inPoly(const Polygon& poly, const Point& q, bool countBorder)\n{\n    size_t n = poly.size();\n    const std::vector<Point>& P = poly.ps;\n    bool onBorder = false;\n    for (size_t i = 0; i < n; i++)\n    {\n        // point index; i1 = i-1 mod n\n        size_t prev = (i + n - 1) % n;\n        int dir = vecDir(P[prev], P[i], q);\n        if (dir == -1)\n        {\n            // Point is outside\n            return false;\n        }\n        // Record if point was on a boundary.\n        onBorder |= (dir == 0);\n    }\n    if (!countBorder && onBorder)\n    {\n        return false;\n    }\n    return true;\n}\n\n\n// Returns true iff the point q is inside (or on the edge of) the\n// polygon argpoly.\n//\n// Based on the code of 'InPoly'.\n//\nbool inPolyGen(const PolygonInterface& argpoly, const Point& q)\n{\n    // Numbers of right and left edge/ray crossings.\n    int Rcross = 0;\n    int Lcross = 0;\n\n    // Copy the argument polygon\n    Polygon poly = argpoly;\n    std::vector<Point>& P = poly.ps;\n    size_t    n = poly.size();\n\n    // Shift so that q is the origin. This is done for pedagogical clarity.\n    for (size_t i = 0; i < n; ++i)\n    {\n        P[i].x = P[i].x - q.x;\n        P[i].y = P[i].y - q.y;\n    }\n\n    // For each edge e=(i-1,i), see if crosses ray.\n    for (size_t i = 0; i < n; ++i)\n    {\n        // First see if q=(0,0) is a vertex.\n        if ((P[i].x == 0) && (P[i].y == 0))\n        {\n            // We count a vertex as inside.\n            return true;\n        }\n\n        // point index; i1 = i-1 mod n\n        size_t i1 = ( i + n - 1 ) % n;\n\n        // if e \"straddles\" the x-axis...\n        // The commented-out statement is logically equivalent to the one\n        // following.\n        // if( ((P[i].y > 0) && (P[i1].y <= 0)) ||\n        //         ((P[i1].y > 0) && (P[i].y <= 0)) )\n\n        if ((P[i].y > 0) != (P[i1].y > 0))\n        {\n            // e straddles ray, so compute intersection with ray.\n            double x = (P[i].x * P[i1].y - P[i1].x * P[i].y)\n                    / (P[i1].y - P[i].y);\n\n            // crosses ray if strictly positive intersection.\n            if (x > 0)\n            {\n                Rcross++;\n            }\n        }\n\n        // if e straddles the x-axis when reversed...\n        // if( ((P[i].y < 0) && (P[i1].y >= 0)) ||\n        //         ((P[i1].y < 0) && (P[i].y >= 0)) )\n\n        if ((P[i].y < 0) != (P[i1].y < 0))\n        {\n            // e straddles ray, so compute intersection with ray.\n            double x = (P[i].x * P[i1].y - P[i1].x * P[i].y)\n                    / (P[i1].y - P[i].y);\n\n            // crosses ray if strictly positive intersection.\n            if (x < 0)\n            {\n                Lcross++;\n            }\n        }\n    }\n\n    // q on the edge if left and right cross are not the same parity.\n    if ( (Rcross % 2) != (Lcross % 2) )\n    {\n        // We count the edge as inside.\n        return true;\n    }\n\n    // Inside iff an odd number of crossings.\n    if ((Rcross % 2) == 1)\n    {\n        return true;\n    }\n\n    // Outside.\n    return false;\n}\n\n\n\n// Line Segment Intersection\n// Original code by Franklin Antonio \n// \n// The SAME_SIGNS macro assumes arithmetic where the exclusive-or\n// operation will work on sign bits.  This works for twos-complement,\n// and most other machine arithmetic.\n#define SAME_SIGNS( a, b ) \\\n        (((long) ((unsigned long) a ^ (unsigned long) b)) >= 0 )\n// \nint segmentIntersectPoint(const Point& a1, const Point& a2,\n        const Point& b1, const Point& b2, double *x, double *y) \n{\n    double Ax,Bx,Cx,Ay,By,Cy,d,e,f,num;\n    double x1lo,x1hi,y1lo,y1hi;\n\n    Ax = a2.x - a1.x;\n    Bx = b1.x - b2.x;\n\n    // X bound box test:\n    if (Ax < 0)\n    {\n        x1lo = a2.x;\n        x1hi = a1.x;\n    }\n    else\n    {\n        x1hi = a2.x;\n        x1lo = a1.x;\n    }\n    if (Bx > 0)\n    {\n        if (x1hi < b2.x || b1.x < x1lo) return DONT_INTERSECT;\n    }\n    else\n    {\n        if (x1hi < b1.x || b2.x < x1lo) return DONT_INTERSECT;\n    }\n\n    Ay = a2.y - a1.y;\n    By = b1.y - b2.y;\n\n    // Y bound box test:\n    if (Ay < 0)\n    {\n        y1lo = a2.y;\n        y1hi = a1.y;\n    }\n    else\n    {\n        y1hi = a2.y;\n        y1lo = a1.y;\n    }\n    if (By > 0)\n    {\n        if (y1hi < b2.y || b1.y < y1lo) return DONT_INTERSECT;\n    }\n    else\n    {\n        if (y1hi < b1.y || b2.y < y1lo) return DONT_INTERSECT;\n    }\n\n    Cx = a1.x - b1.x;\n    Cy = a1.y - b1.y;\n    // alpha numerator:\n    d = By*Cx - Bx*Cy;\n    // Both denominator:\n    f = Ay*Bx - Ax*By;\n    // alpha tests:\n    if (f > 0)\n    {\n        if (d < 0 || d > f) return DONT_INTERSECT;\n    }\n    else\n    {\n        if (d > 0 || d < f) return DONT_INTERSECT;\n    }\n\n    // beta numerator:\n    e = Ax*Cy - Ay*Cx;       \n    // beta tests:\n    if (f > 0)\n    {\n        if (e < 0 || e > f) return DONT_INTERSECT;\n    }\n    else\n    {\n        if (e > 0 || e < f) return DONT_INTERSECT;\n    }\n\n    // compute intersection coordinates:\n\n    if (f == 0) return PARALLEL;\n    \n    // Numerator:\n    num = d*Ax;\n    // Intersection X:\n    *x = a1.x + (num) / f;\n\n    num = d*Ay;\n    // Intersection Y:\n    *y = a1.y + (num) / f;\n\n    return DO_INTERSECT;\n}\n\n\n// Line Segment Intersection\n// Original code by Franklin Antonio \n//\nint rayIntersectPoint(const Point& a1, const Point& a2,\n        const Point& b1, const Point& b2, double *x, double *y) \n{\n    double Ax,Bx,Cx,Ay,By,Cy,d,f,num;\n\n    Ay = a2.y - a1.y;\n    By = b1.y - b2.y;\n    Ax = a2.x - a1.x;\n    Bx = b1.x - b2.x;\n\n    Cx = a1.x - b1.x;\n    Cy = a1.y - b1.y;\n    // alpha numerator:\n    d = By*Cx - Bx*Cy;\n    // Both denominator:\n    f = Ay*Bx - Ax*By;\n\n    // compute intersection coordinates:\n\n    if (f == 0) return PARALLEL;\n    \n    // Numerator:\n    num = d*Ax;\n    // Intersection X:\n    *x = a1.x + (num) / f;\n\n    num = d*Ay;\n    // Intersection Y:\n    *y = a1.y + (num) / f;\n\n    return DO_INTERSECT;\n}\n\n// Returns the rotationalAngle, between 0 and 360, of this point from (0,0).\n//\ndouble rotationalAngle(const Point& p)\n{\n    if (p.y == 0)\n    {\n        return ((p.x < 0) ? 180 : 0);\n    }\n    else if (p.x == 0)\n    {\n        return ((p.y < 0) ? 270 : 90);\n    }\n    \n    double ang = atan(p.y / p.x);\n    ang = (ang * 180) / M_PI;\n\n    if (p.x < 0)\n    {\n        ang += 180;\n    }\n    else if (p.y < 0)\n    {\n        ang += 360;\n    }\n    COLA_ASSERT(ang >= 0);\n    COLA_ASSERT(ang <= 360);\n\n    return ang;\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/geometry.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * --------------------------------------------------------------------\n * Much of the code in this module is based on code published with\n * and/or described in \"Computational Geometry in C\" (Second Edition),\n * Copyright (C) 1998  Joseph O'Rourke <orourke@cs.smith.edu>\n * --------------------------------------------------------------------\n * The segmentIntersectPoint function is based on code published and\n * described in Franklin Antonio, Faster Line Segment Intersection,\n * Graphics Gems III, p. 199-202, code: p. 500-501.\n * --------------------------------------------------------------------\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_GEOMETRY_H\n#define AVOID_GEOMETRY_H\n\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/assertions.h\"\n\nnamespace Avoid {\n\n\nextern double euclideanDist(const Point& a, const Point& b);\nextern double manhattanDist(const Point& a, const Point& b);\nextern double totalLength(const Polygon& poly);\nextern double angle(const Point& a, const Point& b, const Point& c);\nextern bool segmentIntersect(const Point& a, const Point& b,\n        const Point& c, const Point& d);\nextern bool segmentShapeIntersect(const Point& e1, const Point& e2, \n        const Point& s1, const Point& s2, bool& seenIntersectionAtEndpoint);\nextern bool inPoly(const Polygon& poly, const Point& q, bool countBorder = true);\nextern bool inPolyGen(const PolygonInterface& poly, const Point& q);\nextern bool inValidRegion(bool IgnoreRegions, const Point& a0,\n        const Point& a1, const Point& a2, const Point& b);\nextern int cornerSide(const Point &c1, const Point &c2, const Point &c3,\n        const Point& p);\nextern bool pointOnLine(const Point& a, const Point& b, const Point& c,\n        const double tolerance = 0.0);\nextern bool colinear(const Point& a, const Point& b, const Point& c,\n        const double tolerance = 0.0);\n// To be used only when the points are known to be colinear.\nextern bool inBetween(const Point& a, const Point& b, const Point& c);\n\n\n// Direction from vector.\n// Looks at the position of point c from the directed segment ab and\n// returns the following:\n//      1   counterclockwise\n//      0   collinear\n//     -1   clockwise\n//\n// Based on the code of 'AreaSign'.\n//\n// The 'maybeZero' argument can be used to adjust the tolerance of the \n// function.  It will be most accurate when 'maybeZero' == 0.0, the default.\n//\nstatic inline int vecDir(const Point& a, const Point& b, const Point& c, \n        const double maybeZero = 0.0)\n{\n    COLA_ASSERT(maybeZero >= 0);\n\n    double area2 = ((b.x - a.x) * (c.y - a.y)) -\n                   ((c.x - a.x) * (b.y - a.y));\n    \n    if (area2 < (-maybeZero))\n    {\n        return -1;\n    }\n    else if (area2 > maybeZero)\n    {\n        return 1;\n    }\n    return 0;\n}\n\n// Finds the projection point of (a,b) onto (a,c)\nstatic inline Point projection(const Point& a, const Point& b, const Point& c)\n{\n    double ux = c.x - a.x,\n           uy = c.y - a.y,\n           vx = b.x - a.x,\n           vy = b.y - a.y,\n           scalarProj = ux * vx + uy * vy;\n    scalarProj       /= ux * ux + uy * uy;\n    Point p;\n    p.x = scalarProj * ux + a.x;\n    p.y = scalarProj * uy + a.y;\n    return p;\n}\n\n// Line Segment Intersection\n// Original code by Franklin Antonio \n// \nstatic const int DONT_INTERSECT = 0;\nstatic const int DO_INTERSECT = 1;\nstatic const int PARALLEL = 3;\nextern int segmentIntersectPoint(const Point& a1, const Point& a2,\n        const Point& b1, const Point& b2, double *x, double *y);\nextern int rayIntersectPoint(const Point& a1, const Point& a2,\n        const Point& b1, const Point& b2, double *x, double *y);\nextern double rotationalAngle(const Point& p);\n\n\n}\n\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/geomtypes.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cmath>\n#include <cfloat>\n#include <cstdlib>\n#include <algorithm>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n\n\nnamespace Avoid\n{\n\n    \nPoint::Point() :\n    id(0),\n    vn(kUnassignedVertexNumber)\n{\n}\n\n\nPoint::Point(const double xv, const double yv) :\n    x(xv),\n    y(yv),\n    id(0),\n    vn(kUnassignedVertexNumber)\n{\n}\n\n\nbool Point::operator==(const Point& rhs) const\n{\n    if ((x == rhs.x) && (y == rhs.y))\n    {\n        return true;\n    }\n    return false;\n}\n\n\nbool Point::operator!=(const Point& rhs) const\n{\n    if ((x != rhs.x) || (y != rhs.y))\n    {\n        return true;\n    }\n    return false;\n}\n\n\nbool Point::equals(const Point& rhs, double epsilon) const\n{\n    if ( (fabs(x - rhs.x) < epsilon) && (fabs(y - rhs.y) < epsilon) )\n    {\n        return true;\n    }\n    return false;\n}\n\n\n// Just defined to allow std::set<Point>.  Not particularly meaningful!\nbool Point::operator<(const Point& rhs) const\n{\n    if (x == rhs.x)\n    {\n        return (y < rhs.y);\n    }\n    return (x < rhs.x);\n}\n\n\ndouble& Point::operator[](const size_t dimension)\n{\n    COLA_ASSERT((dimension == 0) || (dimension == 1));\n    return ((dimension == 0) ? x : y);\n}\n\n\nconst double& Point::operator[](const size_t dimension) const\n{\n    COLA_ASSERT((dimension == 0) || (dimension == 1));\n    return ((dimension == 0) ? x : y);\n}\n\nPoint Point::operator+(const Point& rhs) const\n{\n    return Point(x + rhs.x, y + rhs.y);\n}\n\n\nPoint Point::operator-(const Point& rhs) const\n{\n    return Point(x - rhs.x, y - rhs.y);\n}\n\n\nReferencingPolygon::ReferencingPolygon(const Polygon& poly, const Router *router)\n    : PolygonInterface(),\n      _id(poly._id),\n      psRef(poly.size()),\n      psPoints(poly.size())\n{\n    COLA_ASSERT(router != nullptr);\n    for (size_t i = 0; i < poly.size(); ++i)\n    {\n        if (poly.ps[i].id == 0)\n        {\n            // Can't be referenced, so just make a copy of the point.\n            psRef[i] = std::make_pair((Polygon *) nullptr, \n                    kUnassignedVertexNumber);\n            psPoints[i] = poly.ps[i];\n        }\n        else\n        {\n            const Polygon *polyPtr = nullptr;\n            for (ObstacleList::const_iterator sh = router->m_obstacles.begin();\n                    sh != router->m_obstacles.end(); ++sh) \n            {\n                if ((*sh)->id() == poly.ps[i].id)\n                {\n                    const Polygon& poly = (*sh)->polygon();\n                    polyPtr = &poly;\n                    break;\n                }\n            }\n            COLA_ASSERT(polyPtr != nullptr);\n            psRef[i] = std::make_pair(polyPtr, poly.ps[i].vn);\n        }\n    }\n}\n\n\nReferencingPolygon::ReferencingPolygon()\n    : PolygonInterface()\n{\n    clear();\n}\n\n\nvoid ReferencingPolygon::clear(void)\n{\n    psRef.clear();\n    psPoints.clear();\n}\n\n\nbool ReferencingPolygon::empty(void) const\n{\n    return psRef.empty();\n}\n\n\nsize_t ReferencingPolygon::size(void) const\n{\n    return psRef.size();\n}\n\n\nint ReferencingPolygon::id(void) const\n{\n    return _id;\n}\n\n\nconst Point& ReferencingPolygon::at(size_t index) const \n{\n    COLA_ASSERT(index < size());\n    \n    if (psRef[index].first != nullptr)\n    {\n        const Polygon& poly = *(psRef[index].first);\n        unsigned short poly_index = psRef[index].second;\n        COLA_ASSERT(poly_index < poly.size());\n\n        return poly.ps[poly_index];\n    }\n    else\n    {\n        return psPoints[index];\n    }\n}\n\n\nBox PolygonInterface::offsetBoundingBox(double offset) const\n{\n    Box bBox;\n    bBox.min.x = DBL_MAX;\n    bBox.min.y = DBL_MAX;\n    bBox.max.x = -DBL_MAX;\n    bBox.max.y = -DBL_MAX;\n\n    for (size_t i = 0; i < size(); ++i)\n    {\n        bBox.min.x = std::min(bBox.min.x, at(i).x);\n        bBox.min.y = std::min(bBox.min.y, at(i).y);\n        bBox.max.x = std::max(bBox.max.x, at(i).x);\n        bBox.max.y = std::max(bBox.max.y, at(i).y);\n    }\n\n    // Add buffer space.\n    bBox.min.x -= offset;\n    bBox.min.y -= offset;\n    bBox.max.x += offset;\n    bBox.max.y += offset;\n\n    return bBox;\n}\n\ndouble Box::length(size_t dimension) const\n{\n    if (dimension == 0)\n    {\n        return (max.x - min.x);\n    }\n    return (max.y - min.y);\n}\n\ndouble Box::width(void) const\n{\n    return (max.x - min.x);\n}\n\ndouble Box::height(void) const\n{\n    return (max.y - min.y);\n}\n\nPolygon::Polygon()\n    : PolygonInterface(),\n      _id(0)\n{\n    clear();\n}\n\n\nPolygon::Polygon(const int pn)\n    : PolygonInterface(),\n      _id(0),\n      ps(pn)\n{\n}\n\n\nPolygon::Polygon(const PolygonInterface& poly)\n    : PolygonInterface(),\n      _id(poly.id()),\n      ps(poly.size())\n{\n    for (size_t i = 0; i < poly.size(); ++i)\n    {\n        ps[i] = poly.at(i);\n    }\n}\n\n\nPolygon PolygonInterface::boundingRectPolygon(void) const\n{\n    Box boundingBox = offsetBoundingBox(0.0);\n    \n    return Rectangle(boundingBox.min, boundingBox.max);\n}\n\nstatic Point unitNormalForEdge(const Point &pt1, const Point &pt2)\n{\n    if (pt2 == pt1)\n    {\n        return Point(0, 0);\n    }\n    double dx = pt2.x - pt1.x;\n    double dy = pt2.y - pt1.y;\n    double f = 1.0 / std::sqrt((dx * dx) + (dy * dy));\n    dx *= f;\n    dy *= f;\n    return Point(dy, -dx);\n}\n\nPolygon PolygonInterface::offsetPolygon(double offset) const\n{\n    Polygon newPoly;\n    newPoly._id = id();\n    if (offset == 0)\n    {\n        for (size_t i = 0; i < size(); ++i)\n        {\n            newPoly.ps.push_back(at(i));\n        }\n        return newPoly;\n    }\n\n    size_t numOfEdges = size();\n    std::vector<Vector> normals(numOfEdges);\n    for (size_t i = 0; i < numOfEdges; ++i)\n    {\n        normals[i] = unitNormalForEdge(at(i), at((i + 1) % numOfEdges));\n    }\n\n    size_t j = numOfEdges - 1;\n    for (size_t i = 0; i < numOfEdges; ++i)\n    {\n        double R = 1 + ((normals[i].x * normals[j].x) + \n                (normals[i].y * normals[j].y));\n        if (((normals[j].x * normals[i].y) - (normals[i].x * normals[j].y)) *\n                offset >= 0)\n        {\n            double q = offset / R;\n            Point pt = Point(at(i).x + (normals[j].x + normals[i].x) * q,\n                    at(i).y + (normals[j].y + normals[i].y) * q);\n\n            pt.id = id();\n            pt.vn = newPoly.size();\n            newPoly.ps.push_back(pt);\n        }\n        else\n        {\n            Point pt1 = Point(at(i).x + normals[j].x * offset, \n                    at(i).y + normals[j].y * offset);\n            Point pt2 = at(i);\n            Point pt3 = Point(at(i).x + normals[i].x * offset,\n                    at(i).y + normals[i].y * offset);\n\n            pt1.id = id();\n            pt1.vn = newPoly.size();\n            newPoly.ps.push_back(pt1);\n\n            pt2.id = id();\n            pt2.vn = newPoly.size();\n            newPoly.ps.push_back(pt2);\n\n            pt3.id = id();\n            pt3.vn = newPoly.size();\n            newPoly.ps.push_back(pt3);\n        }\n        j = i;\n    }\n\n    return newPoly;\n}\n\nvoid Polygon::clear(void)\n{\n    ps.clear();\n    ts.clear();\n}\n\n\nbool Polygon::empty(void) const\n{\n    return ps.empty();\n}\n\n\nsize_t Polygon::size(void) const\n{\n    return ps.size();\n}\n\n\nint Polygon::id(void) const\n{\n    return _id;\n}\n\n\nconst Point& Polygon::at(size_t index) const\n{\n    COLA_ASSERT(index < size());\n\n    return ps[index];\n}\n\nvoid Polygon::setPoint(size_t index, const Point& point)\n{\n    COLA_ASSERT(index < size());\n\n    ps[index] = point;\n}\n\n\nstatic const unsigned int SHORTEN_NONE  = 0;\nstatic const unsigned int SHORTEN_START = 1;\nstatic const unsigned int SHORTEN_END   = 2;\nstatic const unsigned int SHORTEN_BOTH  = SHORTEN_START | SHORTEN_END;\n\n// shorten_line():\n//     Given the two endpoints of a line segment, this function adjusts the\n//     endpoints of the line to shorten the line by shorten_length at either\n//     or both ends.\n//\nstatic void shorten_line(double& x1, double& y1, double& x2, double& y2, \n        const unsigned int mode, const double shorten_length)\n{\n    if (mode == SHORTEN_NONE)\n    {\n        return;\n    }\n    \n    double rise = y1 - y2;\n    double run = x1 - x2;\n    double disty = fabs(rise);\n    double distx = fabs(run);\n\n    // Handle case where shorten length is greater than the length of the\n    // line segment.\n    if ((mode == SHORTEN_BOTH) &&\n            (((distx > disty) && ((shorten_length * 2) > distx)) ||\n             ((disty >= distx) && ((shorten_length * 2) > disty))))\n    {\n        x1 = x2 = x1 - (run / 2); \n        y1 = y2 = y1 - (rise / 2); \n        return;\n    }\n    else if ((mode == SHORTEN_START) && \n            (((distx > disty) && (shorten_length > distx)) ||\n             ((disty >= distx) && (shorten_length > disty))))\n    {\n        x1 = x2;\n        y1 = y2;\n        return;\n    }\n    else if ((mode == SHORTEN_END) && \n            (((distx > disty) && (shorten_length > distx)) ||\n             ((disty >= distx) && (shorten_length > disty))))\n    {\n        x2 = x1;\n        y2 = y1;\n        return;\n    }\n\n    // Handle orthogonal line segments.\n    if (x1 == x2)\n    {\n        // Vertical\n        int sign = (y1 < y2) ? 1: -1;\n        \n        if (mode & SHORTEN_START)\n        {\n            y1 += (sign * shorten_length);\n        }\n        if (mode & SHORTEN_END)\n        {\n            y2 -= (sign * shorten_length);\n        }\n        return;\n    }\n    else if (y1 == y2)\n    {\n        // Horizontal\n        int sign = (x1 < x2) ? 1: -1;\n        \n        if (mode & SHORTEN_START)\n        {\n            x1 += (sign * shorten_length);\n        }\n        if (mode & SHORTEN_END)\n        {\n            x2 -= (sign * shorten_length);\n        }\n        return;\n    }\n    \n    int xpos = (x1 < x2) ? -1 : 1;\n    int ypos = (y1 < y2) ? -1 : 1;\n    \n    double tangent = rise / run;\n   \n    if (mode & SHORTEN_END)\n    {\n        if (disty > distx)\n        {\n            y2 += shorten_length * ypos;\n            x2 += shorten_length * ypos * (1 / tangent);\n        }\n        else if (disty < distx)\n        {\n            y2 += shorten_length * xpos * tangent;\n            x2 += shorten_length * xpos;\n        }\n    }\n\n    if (mode & SHORTEN_START)\n    {\n        if (disty > distx)\n        {\n            y1 -= shorten_length * ypos;\n            x1 -= shorten_length * ypos * (1 / tangent);\n        }\n        else if (disty < distx)\n        {\n            y1 -= shorten_length * xpos * tangent;\n            x1 -= shorten_length * xpos;\n        }\n    }\n}\n\n\nvoid Polygon::translate(const double xDist, const double yDist)\n{\n    for (size_t i = 0; i < size(); ++i)\n    {\n        ps[i].x += xDist;\n        ps[i].y += yDist;\n    }\n}\n\n\nPolygon Polygon::simplify(void) const\n{\n    // Copy the PolyLine.\n    Polygon simplified = *this;\n    \n    std::vector<std::pair<size_t, Point> >& checkpoints = \n            simplified.checkpointsOnRoute;\n    bool hasCheckpointInfo = !(checkpoints.empty());\n\n    std::vector<Point>::iterator it = simplified.ps.begin();\n    if (it != simplified.ps.end()) ++it;\n\n    // Combine collinear line segments into single segments:\n    for (size_t j = 2; j < simplified.size(); )\n    {\n        if (vecDir(simplified.ps[j - 2], simplified.ps[j - 1], \n                simplified.ps[j]) == 0)\n        {\n            // These three points make up two collinear segments, so just\n            // combine them into a single segment.\n            it = simplified.ps.erase(it);\n\n            if (hasCheckpointInfo)\n            {\n                // 0     1     2     3     4   <- vertices on path\n                // +-----+-----+-----+-----+\n                // 0  1  2  3  4  5  6  7  8   <- checkpoints on points & edges\n                //             |\n                //             \\_ deletedPointValue = 4\n                //\n                // If 1-2-3 is collinear then we want to end up with\n                //\n                // 0     1           2     3\n                // +-----+-----------+-----+\n                // 0  1  2  3  3  3  4  5  6\n                //\n                //\n                //\n                size_t deletedPointValue = (j - 1) - 1;\n                for (size_t i = 0; i < checkpoints.size(); ++i)\n                {\n                    if (checkpoints[i].first == deletedPointValue)\n                    {\n                        checkpoints[i].first -= 1;\n                    }\n                    else if (checkpoints[i].first > deletedPointValue)\n                    {\n                        checkpoints[i].first -= 2;\n                    }\n                }\n            }\n        }\n        else\n        {\n            ++j;\n            ++it;\n        }\n    }\n\n    return simplified;\n}\n\nstd::vector<Point> Polygon::checkpointsOnSegment(size_t segmentLowerIndex,\n        int indexModifier) const\n{\n    std::vector<Point> checkpoints;\n    // 0     1     2     3     4   <- vertices on path\n    // +-----+-----+-----+-----+\n    // 0  1  2  3  4  5  6  7  8   <- checkpoints on points & edges\n \n    size_t checkpointLowerValue = 2 * segmentLowerIndex;\n    size_t checkpointUpperValue = checkpointLowerValue + 2;\n    size_t index = 0;\n\n    if (indexModifier > 0)\n    {\n        checkpointLowerValue++;\n    }\n    else if (indexModifier < 0)\n    {\n        checkpointUpperValue--;\n    }\n\n    while (index < checkpointsOnRoute.size())\n    {\n        if ((checkpointsOnRoute[index].first >= checkpointLowerValue) &&\n                (checkpointsOnRoute[index].first <= checkpointUpperValue))\n        {\n            checkpoints.push_back(checkpointsOnRoute[index].second);\n        }\n        ++index;\n    }\n    return checkpoints;\n}\n\n\n#define mid(a, b) ((a < b) ? a + ((b - a) / 2) : b + ((a - b) / 2))\n\n\n// curvedPolyline():\n//     Returns a curved approximation of this multi-segment PolyLine, with \n//     the corners replaced by smooth Bezier curves.  curve_amount describes\n//     how large to make the curves.\n//     The ts value for each point in the returned Polygon describes the \n//     drawing operation: 'M' (move) marks the first point, a line segment \n//     is marked with an 'L' and three 'C's (along with the previous point) \n//     describe the control points of a Bezier curve.\n//\nPolygon Polygon::curvedPolyline(const double curve_amount,\n        const bool closed) const\n{\n    Polygon simplified = this->simplify();\n\n    Polygon curved;\n    size_t num_of_points = size();\n    if (num_of_points <= 2)\n    {\n        // There is only a single segment, do nothing.\n        curved = *this;\n        curved.ts.push_back('M');\n        curved.ts.push_back('L');\n        return curved;\n    }\n\n    // Build the curved polyline:\n    curved._id = _id;\n    double last_x = 0;\n    double last_y = 0;\n    if (closed)\n    {\n        double x1 = simplified.ps[0].x;\n        double y1 = simplified.ps[0].y;\n        double x2 = simplified.ps[1].x;\n        double y2 = simplified.ps[1].y;\n        shorten_line(x1, y1, x2, y2, SHORTEN_START, curve_amount);\n        curved.ps.push_back(Point(x1, y1));\n        curved.ts.push_back('M');\n    }\n    else\n    {\n        curved.ps.push_back(ps[0]);\n        curved.ts.push_back('M');\n    }\n   \n    size_t simpSize = simplified.size();\n    size_t finish = (closed) ? simpSize + 2 : simpSize;\n    for (size_t j = 1; j < finish; ++j)\n    {\n        double x1 = simplified.ps[(simpSize + j - 1) % simpSize].x;\n        double y1 = simplified.ps[(simpSize + j - 1) % simpSize].y;\n        double x2 = simplified.ps[j % simpSize].x;\n        double y2 = simplified.ps[j % simpSize].y;\n\n        double old_x = x1;\n        double old_y = y1;\n        \n        unsigned int mode = SHORTEN_BOTH;\n        if (!closed)\n        {\n            if (j == 1)\n            {\n                mode = SHORTEN_END;\n            }\n            else if (j == (size() - 1))\n            {\n                mode = SHORTEN_START;\n            }\n        }\n        shorten_line(x1, y1, x2, y2, mode, curve_amount);\n\n        if (j > 1)\n        {\n            curved.ts.insert(curved.ts.end(), 3, 'C');\n            curved.ps.push_back(Point(mid(last_x, old_x), mid(last_y, old_y)));\n            curved.ps.push_back(Point(mid(x1, old_x), mid(y1, old_y)));\n            curved.ps.push_back(Point(x1, y1));\n        }\n        if (closed && (j == (finish - 1)))\n        {\n            // Close the path.\n            curved.ts.push_back('Z');\n            curved.ps.push_back(Point(x1, y1));\n            break;\n        }\n        curved.ts.push_back('L');\n        curved.ps.push_back(Point(x2, y2));\n            \n        last_x = x2;\n        last_y = y2;\n    }\n    \n    return curved;\n}\n\n\nRectangle::Rectangle(const Point& topLeft, const Point& bottomRight)\n    : Polygon(4)\n{\n    double xMin = std::min(topLeft.x, bottomRight.x);\n    double xMax = std::max(topLeft.x, bottomRight.x);\n    double yMin = std::min(topLeft.y, bottomRight.y);\n    double yMax = std::max(topLeft.y, bottomRight.y);\n\n    ps[0] = Point(xMax, yMin);\n    ps[1] = Point(xMax, yMax);\n    ps[2] = Point(xMin, yMax);\n    ps[3] = Point(xMin, yMin);\n}\n\n\nRectangle::Rectangle(const Point& centre, const double width, \n        const double height)\n    : Polygon(4)\n{\n    double halfWidth  = width / 2.0;\n    double halfHeight = height / 2.0;\n    double xMin = centre.x - halfWidth;\n    double xMax = centre.x + halfWidth;\n    double yMin = centre.y - halfHeight;\n    double yMax = centre.y + halfHeight;\n\n    ps[0] = Point(xMax, yMin);\n    ps[1] = Point(xMax, yMax);\n    ps[2] = Point(xMin, yMax);\n    ps[3] = Point(xMin, yMin);\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/geomtypes.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file  geomtypes.h\n//! @brief Contains the interface for various geometry types and classes.\n\n\n#ifndef AVOID_GEOMTYPES_H\n#define AVOID_GEOMTYPES_H\n\n#include <cstdlib>\n#include <vector>\n#include <utility>\n\n#include \"libavoid/dllexport.h\"\n\n\nnamespace Avoid\n{\n\nstatic const size_t XDIM = 0;\nstatic const size_t YDIM = 1;\n\nclass Polygon;\n\n//! @brief  The Point class defines a point in the plane.\n//!\n//! Points consist of an x and y value.  They may also have an ID and vertex\n//! number associated with them.\n//!\nclass AVOID_EXPORT Point\n{\n    public:\n        //! @brief  Default constructor.\n        //!\n        Point();\n        //! @brief  Standard constructor.\n        //!\n        //! @param[in]  xv  The x position of the point.\n        //! @param[in]  yv  The y position of the point.\n        //!\n        Point(const double xv, const double yv);\n\n        //! @brief  Comparison operator. Returns true if at same position.\n        //!\n        //! @param[in]  rhs  The point to compare with this one.\n        //! @return          The result of the comparison.\n        //! @sa         equals()\n        bool operator==(const Point& rhs) const;\n        //! @brief  Comparison operator. Returns true if at same position,\n        //!         or at effectively the same position for a given value of\n        //!         epsilson.\n        //!\n        //! @param[in]  rhs      The point to compare with this one.\n        //! @param[in]  epsilon  Value of epsilon to use during comparison.\n        //! @return              The result of the comparison.\n        //! @sa         operator==()\n        bool equals(const Point& rhs, double epsilon = 0.0001) const;\n        //! @brief  Comparison operator. Returns true if at different positions.\n        //!\n        //! @param[in]  rhs  The point to compare with this one.\n        //! @return          The result of the comparison.\n        //!\n        bool operator!=(const Point& rhs) const;\n        //! @brief  Comparison operator. Returns true if less-then rhs point.\n        //!\n        //! @note  This operator is not particularly useful, but is defined \n        //!        to allow std::set<Point>.\n        //!\n        //! @param[in]  rhs  The point to compare with this one.\n        //! @return          The result of the comparison.\n        //!\n        bool operator<(const Point& rhs) const;\n\n        //! @brief  Returns the x or y value of the point, given the dimension.\n        //!\n        //! @param[in]  dimension  The dimension:  0 for x, 1 for y.\n        //! @return                The component of the point in that dimension.\n        double& operator[](const size_t dimension);\n        const double& operator[](const size_t dimension) const;\n\n        Point operator+(const Point& rhs) const;\n        Point operator-(const Point& rhs) const;\n\n        //! The x position.\n        double x;\n        //! The y position.\n        double y;\n        //! The ID associated with this point.\n        unsigned int id;\n        //! The vertex number associated with this point.\n        unsigned short vn;\n\n};\n\n\n//! Constant value representing an unassigned vertex number.\n//!\nstatic const unsigned short kUnassignedVertexNumber = 8;\n\n//! Constant value representing a ShapeConnectionPin.\nstatic const unsigned short kShapeConnectionPin = 9;\n\n\n//! @brief  A vector, represented by the Point class.\n//!\ntypedef Point Vector;\n\n//! @brief  A bounding box, represented by the top-left and\n//!         bottom-right corners.\n//!\nclass AVOID_EXPORT Box\n{\n    public:\n        //! The top-left point.\n        Point min;\n        //! The bottom-right point.\n        Point max;\n\n        double length(size_t dimension) const;\n        double width(void) const;\n        double height(void) const;\n};\n\n\n\n//! @brief  A common interface used by the Polygon classes.\n//!\nclass AVOID_EXPORT PolygonInterface\n{\n    public:\n        //! @brief  Constructor.\n        PolygonInterface() { }\n        //! @brief  Destructor.\n        virtual ~PolygonInterface() { }\n        //! @brief  Resets this to the empty polygon.\n        virtual void clear(void) = 0;\n        //! @brief  Returns true if this polygon is empty.\n        virtual bool empty(void) const = 0;\n        //! @brief  Returns the number of points in this polygon.\n        virtual size_t size(void) const = 0;\n        //! @brief  Returns the ID value associated with this polygon.\n        virtual int id(void) const = 0;\n        //! @brief  Returns a specific point in the polygon.\n        //! @param[in]  index  The array index of the point to be returned.\n        virtual const Point& at(size_t index) const = 0;\n        //! @brief  Returns the bounding rectangle for this polygon.\n        //!\n        //! @return A new Rectangle representing the bounding box.\n        Polygon boundingRectPolygon(void) const;\n        //! @brief  Returns the bounding rectangle that contains this polygon\n        //!         with optionally some buffer space around it for routing.\n        //!\n        //! If a buffer distance of zero is given, then this method returns\n        //! the bounding rectangle for the shape's polygon.\n        //!\n        //! @param     offset  Extra distance to pad each side of the rect.\n        //! @return    The bounding box for the polygon.\n        Box offsetBoundingBox(double offset) const;\n\n        Polygon offsetPolygon(double offset) const;\n};\n\n\n//! @brief  A line between two points. \n//!\nclass AVOID_EXPORT Edge\n{\n    public:\n        //! The first point.\n        Point a;\n        //! The second point.\n        Point b;\n};\n\n\nclass Router;\nclass ReferencingPolygon;\n\n\n//! @brief  A dynamic Polygon, to which points can be easily added and removed.\n//!\n//! @note The Rectangle class can be used as an easy way of constructing a\n//!       square or rectangular polygon.\n//!\nclass AVOID_EXPORT Polygon : public PolygonInterface\n{\n    public:\n        //! @brief  Constructs an empty polygon (with zero points). \n        Polygon();\n        //! @brief  Constructs a new polygon with n points.\n        //! \n        //! A rectangle would be comprised of four point.  An n segment \n        //! PolyLine (represented as a Polygon) would be comprised of n+1\n        //! points.  Whether a particular Polygon is closed or not, depends\n        //! on whether it is a Polygon or Polyline.  Shape polygons are always\n        //! considered to be closed, meaning the last point joins back to the\n        //! first point.\n        //!\n        //! The values for points can be set by setting the Polygon:ps vector,\n        //! or via the Polygon::setPoint() method.\n        //!\n        //! @param[in]  n  Number of points in the polygon.\n        //!\n        Polygon(const int n);\n        //! @brief  Constructs a new polygon from an existing Polygon.\n        //!\n        //! @param[in]  poly  An existing polygon to copy the new polygon from.\n        //!\n        Polygon(const PolygonInterface& poly);\n        //! @brief  Resets this to the empty polygon.\n        void clear(void);\n        //! @brief  Returns true if this polygon is empty.\n        bool empty(void) const;\n        //! @brief  Returns the number of points in this polygon.\n        size_t size(void) const;\n        //! @brief  Returns the ID value associated with this polygon.\n        int id(void) const;\n        //! @brief  Returns a specific point in the polygon.\n        //! @param[in]  index  The array index of the point to be returned.\n        const Point& at(size_t index) const;\n        //! @brief  Sets a position for a particular point in the polygon..\n        //! @param[in]  index  The array index of the point to be set.\n        //! @param[in]  point  The point value to be assigned..\n        void setPoint(size_t index, const Point& point);\n        //! @brief  Returns a simplified Polyline, where all collinear line\n        //!         segments have been collapsed down into single line \n        //!         segments.\n        //!\n        //! @return A new polyline with a simplified representation.\n        //!\n        Polygon simplify(void) const;\n        //! @brief  Returns a curved approximation of this multi-segment \n        //!         PolyLine, with the corners replaced by smooth Bezier \n        //!         curves.\n        //!\n        //! This function does not do any further obstacle avoidance with the\n        //! curves produced.  Hence, you would usually specify a curve_amount\n        //! in similar size to the space buffer around obstacles in the scene.\n        //! This way the curves will cut the corners around shapes but still\n        //! run within this buffer space.\n        //!\n        //! @param  curve_amount  Describes the distance along the end of each \n        //!                       line segment to turn into a curve.\n        //! @param  closed        Describes whether the Polygon should be \n        //!                       treated as closed.  Defaults to false.\n        //! @return A new polyline (polygon) representing the curved path.\n        //!         Its points represent endpoints of line segments and \n        //!         Bezier spline control points.  The Polygon::ts vector for\n        //!         this returned polygon is populated with a character for \n        //!         each point describing its type.\n        //! @sa     ts\n        Polygon curvedPolyline(const double curve_amount, \n                const bool closed = false) const;\n        //! @brief  Translates the polygon position by a relative amount.\n        //!\n        //! @param[in]  xDist  Distance to move polygon in the x dimension.\n        //! @param[in]  yDist  Distance to move polygon in the y dimension.\n        void translate(const double xDist, const double yDist);\n\n        //! @brief  An ID for the polygon.\n        int _id;\n        //! @brief  A vector of the points that make up the Polygon.\n        std::vector<Point> ps;\n        //! @brief  If used, denotes whether the corresponding point in ps is \n        //!         a move-to operation or a Bezier curve-to.\n        //! \n        //! Each character describes the drawing operation for the \n        //! corresponding point in the ps vector.  Possible values are:\n        //!  -  'M': A moveto operation, marks the first point;\n        //!  -  'L': A lineto operation, is a line from the previous point to\n        //!     the current point; or\n        //!  -  'C': A curveto operation, three consecutive 'C' points \n        //!     (along with the previous point) describe the control points \n        //!     of a Bezier curve.\n        //!  -  'Z': Closes the path (used for cluster boundaries).\n        //!\n        //! @note   This vector will currently only be populated for polygons \n        //!         returned by curvedPolyline().  \n        std::vector<char> ts;\n\n        // @brief  If used, denotes checkpoints through which the route travels\n        //         and the relevant segment of the route.\n        //\n        // Set and used by the orthogonal routing code. Note the first value\n        // in the pair doesn't correspond to the segment index containing the \n        // checkpoint, but rather the segment or bendpoint on which it lies.\n        //    0 if on ps[0]\n        //    1 if on line ps[0]-ps[1]\n        //    2 if on ps[1]\n        //    3 if on line ps[1]-ps[2]\n        //    etc.\n        std::vector<std::pair<size_t, Point> > checkpointsOnRoute;\n\n        // Returns true if at least one checkpoint lies on the line segment\n        // or at either end of it.  An indexModifier of +1 will cause it to\n        // ignore a checkpoint on the corner at the start of the segment and\n        // -1 will cause it to do the same for the corner at the end of the\n        // segment.\n        std::vector<Point> checkpointsOnSegment(size_t segmentLowerIndex,\n                int indexModifier = 0) const;\n};\n\n\n//! @brief  A multi-segment line, represented with the Polygon class.\n//!\ntypedef Polygon PolyLine;\n\n\n//! @brief  A Polygon which just references its points from other Polygons.\n//!          \n//! This type of Polygon is used to accurately represent cluster boundaries \n//! made up from the corner points of shapes.\n//!\nclass AVOID_EXPORT ReferencingPolygon : public PolygonInterface\n{\n    public:\n        ReferencingPolygon();\n        ReferencingPolygon(const Polygon& poly, const Router *router);\n        void clear(void);\n        bool empty(void) const;\n        size_t size(void) const;\n        int id(void) const;\n        const Point& at(size_t index) const;\n\n        int _id;\n        std::vector<std::pair<const Polygon *, unsigned short> > psRef;\n        std::vector<Point> psPoints;\n};\n\n\n//! @brief  A Rectangle, a simpler way to define the polygon for square or\n//!         rectangular shapes.\n//!\nclass AVOID_EXPORT Rectangle : public Polygon\n{\n    public:\n        //! @brief  Constructs a rectangular polygon given two opposing \n        //!         corner points.\n        //!\n        //! @param[in]  topLeft      The first corner point of the rectangle.\n        //! @param[in]  bottomRight  The opposing corner point of the rectangle.\n        //!\n        Rectangle(const Point& topLeft, const Point& bottomRight);\n        \n        //! @brief  Constructs a rectangular polygon given the centre, width\n        //!         and height.\n        //!\n        //! @param[in]  centre  The centre of the rectangle, specified as \n        //!                     a point.\n        //! @param[in]  width   The width of the rectangle.\n        //! @param[in]  height  The height of the rectangle.\n        //!\n        Rectangle(const Point& centre, const double width, const double height);\n};\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cmath>\n\n#include \"libavoid/debug.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/timer.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n\n\nusing std::pair;\n\nnamespace Avoid {\n\n\nEdgeInf::EdgeInf(VertInf *v1, VertInf *v2, const bool orthogonal)\n    : lstPrev(nullptr),\n      lstNext(nullptr),\n      m_router(nullptr),\n      m_blocker(0),\n      m_added(false),\n      m_visible(false),\n      m_orthogonal(orthogonal),\n      m_isHyperedgeSegment(false),\n      m_disabled(false),\n      m_vert1(v1),\n      m_vert2(v2),\n      m_dist(-1)\n{\n    // Not passed nullptr values.\n    COLA_ASSERT(v1 && v2);\n\n    // We are in the same instance\n    COLA_ASSERT(m_vert1->_router == m_vert2->_router);\n    m_router = m_vert1->_router;\n\n    m_conns.clear();\n}\n\n\nEdgeInf::~EdgeInf()\n{\n    if (m_added)\n    {\n        makeInactive();\n    }\n}\n\n\n// Gives an order value between 0 and 3 for the point c, given the last\n// segment was from a to b.  Returns the following value:\n//    0 : Point c is directly backwards from point b.\n//    1 : Point c is a left-hand 90 degree turn.\n//    2 : Point c is a right-hand 90 degree turn.\n//    3 : Point c is straight ahead (collinear).\n//    4 : Point c is not orthogonally positioned.\n//\nstatic inline int orthogTurnOrder(const Point& a, const Point& b, \n        const Point& c)\n{\n    if ( ((c.x != b.x) && (c.y != b.y)) || ((a.x != b.x) && (a.y != b.y)) )\n    {\n        // Not orthogonally positioned.\n        return 4;\n    }\n\n    int direction = vecDir(a, b, c);\n\n    if (direction > 0)\n    {\n        // Counterclockwise := left\n        return 1;\n    }\n    else if (direction < 0)\n    {\n        // Clockwise := right\n        return 2;\n    }\n\n    if (b.x == c.x)\n    {\n        if ( ((a.y < b.y) && (c.y < b.y)) || \n             ((a.y > b.y) && (c.y > b.y)) ) \n        {\n            // Behind.\n            return 0;\n        }\n    }\n    else\n    {\n        if ( ((a.x < b.x) && (c.x < b.x)) || \n             ((a.x > b.x) && (c.x > b.x)) ) \n        {\n            // Behind.\n            return 0;\n        }\n    }\n\n    // Ahead.\n    return 3;\n}\n\n\n// Returns a less than operation for a set exploration order for orthogonal\n// searching.  Forward, then left, then right.  Or if there is no previous \n// point, then the order is north, east, south, then west.\n// Note: This method assumes the two Edges that share a common point.\nbool EdgeInf::rotationLessThan(const VertInf *lastV, const EdgeInf *rhs) const\n{\n    if ((m_vert1 == rhs->m_vert1) && (m_vert2 == rhs->m_vert2))\n    {\n        // Effectively the same visibility edge, so they are equal.\n        return false;\n    }\n    VertInf *lhsV = nullptr, *rhsV = nullptr, *commonV = nullptr;\n    \n    // Determine common Point and the comparison point on the left- and\n    // the right-hand-side.\n    if (m_vert1 == rhs->m_vert1)\n    {\n        commonV = m_vert1;\n        lhsV = m_vert2;\n        rhsV = rhs->m_vert2;\n    }\n    else if (m_vert1 == rhs->m_vert2)\n    {\n        commonV = m_vert1;\n        lhsV = m_vert2;\n        rhsV = rhs->m_vert1;\n    }\n    else if (m_vert2 == rhs->m_vert1)\n    {\n        commonV = m_vert2;\n        lhsV = m_vert1;\n        rhsV = rhs->m_vert2;\n    }\n    else if (m_vert2 == rhs->m_vert2)\n    {\n        commonV = m_vert2;\n        lhsV = m_vert1;\n        rhsV = rhs->m_vert1;\n    }\n\n    const Point& lhsPt = lhsV->point;\n    const Point& rhsPt = rhsV->point;\n    const Point& commonPt = commonV->point;\n    \n    // If no lastPt, use one directly to the left;\n    Point lastPt = (lastV) ? lastV->point : Point(commonPt.x - 10,  commonPt.y);\n\n    int lhsVal = orthogTurnOrder(lastPt, commonPt, lhsPt);\n    int rhsVal = orthogTurnOrder(lastPt, commonPt, rhsPt);\n\n    return lhsVal < rhsVal;\n}\n\n\nvoid EdgeInf::makeActive(void)\n{\n    COLA_ASSERT(m_added == false);\n\n    if (m_orthogonal)\n    {\n        COLA_ASSERT(m_visible);\n        m_router->visOrthogGraph.addEdge(this);\n        m_pos1 = m_vert1->orthogVisList.insert(m_vert1->orthogVisList.begin(), this);\n        m_vert1->orthogVisListSize++;\n        m_pos2 = m_vert2->orthogVisList.insert(m_vert2->orthogVisList.begin(), this);\n        m_vert2->orthogVisListSize++;\n    }\n    else\n    {\n        if (m_visible)\n        {\n            m_router->visGraph.addEdge(this);\n            m_pos1 = m_vert1->visList.insert(m_vert1->visList.begin(), this);\n            m_vert1->visListSize++;\n            m_pos2 = m_vert2->visList.insert(m_vert2->visList.begin(), this);\n            m_vert2->visListSize++;\n        }\n        else // if (invisible)\n        {\n            m_router->invisGraph.addEdge(this);\n            m_pos1 = m_vert1->invisList.insert(m_vert1->invisList.begin(), this);\n            m_vert1->invisListSize++;\n            m_pos2 = m_vert2->invisList.insert(m_vert2->invisList.begin(), this);\n            m_vert2->invisListSize++;\n        }\n    }\n    m_added = true;\n}\n\n\nvoid EdgeInf::makeInactive(void)\n{\n    COLA_ASSERT(m_added == true);\n\n    if (m_orthogonal)\n    {\n        COLA_ASSERT(m_visible);\n        m_router->visOrthogGraph.removeEdge(this);\n        m_vert1->orthogVisList.erase(m_pos1);\n        m_vert1->orthogVisListSize--;\n        m_vert2->orthogVisList.erase(m_pos2);\n        m_vert2->orthogVisListSize--;\n    }\n    else\n    {\n        if (m_visible)\n        {\n            m_router->visGraph.removeEdge(this);\n            m_vert1->visList.erase(m_pos1);\n            m_vert1->visListSize--;\n            m_vert2->visList.erase(m_pos2);\n            m_vert2->visListSize--;\n        }\n        else // if (invisible)\n        {\n            m_router->invisGraph.removeEdge(this);\n            m_vert1->invisList.erase(m_pos1);\n            m_vert1->invisListSize--;\n            m_vert2->invisList.erase(m_pos2);\n            m_vert2->invisListSize--;\n        }\n    }\n    m_blocker = 0;\n    m_conns.clear();\n    m_added = false;\n}\n\n\nvoid EdgeInf::setDist(double dist)\n{\n    //COLA_ASSERT(dist != 0);\n\n    if (m_added && !m_visible)\n    {\n        makeInactive();\n        COLA_ASSERT(!m_added);\n    }\n    if (!m_added)\n    {\n        m_visible = true;\n        makeActive();\n    }\n    m_dist = dist;\n    m_blocker = 0;\n}\n\n\nvoid EdgeInf::setMtstDist(const double joinCost)\n{\n    m_mtst_dist = joinCost;\n}\n\ndouble EdgeInf::mtstDist(void) const\n{\n    return m_mtst_dist;\n}\n\nbool EdgeInf::isHyperedgeSegment(void) const\n{\n    return m_isHyperedgeSegment;\n}\n\nbool EdgeInf::isDisabled(void) const\n{\n    return m_disabled;\n}\n\nvoid EdgeInf::setDisabled(const bool disabled)\n{\n    m_disabled = disabled;\n}\n\nvoid EdgeInf::setHyperedgeSegment(const bool hyperedge)\n{\n    m_isHyperedgeSegment = hyperedge;\n}\n\nbool EdgeInf::added(void)\n{\n    return m_added;\n}\n\nint EdgeInf::blocker(void) const\n{\n    return m_blocker;\n}\n\nvoid EdgeInf::alertConns(void)\n{\n    FlagList::iterator finish = m_conns.end();\n    for (FlagList::iterator i = m_conns.begin(); i != finish; ++i)\n    {\n        *(*i) = true;\n    }\n    m_conns.clear();\n}\n\n\nvoid EdgeInf::addConn(bool *flag)\n{\n    m_conns.push_back(flag);\n}\n\n\nvoid EdgeInf::addCycleBlocker(void)\n{\n    // Needs to be in invisibility graph.\n    addBlocker(-1);\n}\n\n\nvoid EdgeInf::addBlocker(int b)\n{\n    COLA_ASSERT(m_router->InvisibilityGrph);\n\n    if (m_added && m_visible)\n    {\n        makeInactive();\n        COLA_ASSERT(!m_added);\n    }\n    if (!m_added)\n    {\n        m_visible = false;\n        makeActive();\n    }\n    m_dist = 0;\n    m_blocker = b;\n}\n\n\npair<VertID, VertID> EdgeInf::ids(void) const\n{\n    return std::make_pair(m_vert1->id, m_vert2->id);\n}\n\n\npair<Point, Point> EdgeInf::points(void) const\n{\n    return std::make_pair(m_vert1->point, m_vert2->point);\n}\n\n\nvoid EdgeInf::db_print(void)\n{\n    db_printf(\"Edge(\");\n    m_vert1->id.db_print();\n    db_printf(\",\");\n    m_vert2->id.db_print();\n    db_printf(\")\\n\");\n}\n\n\nvoid EdgeInf::checkVis(void)\n{\n    if (m_added && !m_visible)\n    {\n        db_printf(\"\\tChecking visibility for existing invisibility edge...\"\n                \"\\n\\t\\t\");\n        db_print();\n    }\n    else if (m_added && m_visible)\n    {\n        db_printf(\"\\tChecking visibility for existing visibility edge...\"\n                \"\\n\\t\\t\");\n        db_print();\n    }\n\n    int blocker = 0;\n    bool cone1 = true;\n    bool cone2 = true;\n\n    VertInf *i = m_vert1;\n    VertInf *j = m_vert2;\n    const VertID& iID = i->id;\n    const VertID& jID = j->id;\n    const Point& iPoint = i->point;\n    const Point& jPoint = j->point;\n\n    m_router->st_checked_edges++;\n\n    if (!(iID.isConnPt()))\n    {\n        cone1 = inValidRegion(m_router->IgnoreRegions, i->shPrev->point,\n                iPoint, i->shNext->point, jPoint);\n    }\n    else if (m_router->IgnoreRegions == false)\n    {\n        // If Ignoring regions then this case is already caught by \n        // the invalid regions, so only check it when not ignoring\n        // regions.\n        ShapeSet& ss = m_router->contains[iID];\n\n        if (!(jID.isConnPt()) && (ss.find(jID.objID) != ss.end()))\n        {\n            db_printf(\"1: Edge of bounding shape\\n\");\n            // Don't even check this edge, it should be zero,\n            // since a point in a shape can't see it's corners\n            cone1 = false;\n        }\n    }\n\n    if (cone1)\n    {\n        // If outside the first cone, don't even bother checking.\n        if (!(jID.isConnPt()))\n        {\n            cone2 = inValidRegion(m_router->IgnoreRegions, j->shPrev->point,\n                    jPoint, j->shNext->point, iPoint);\n        }\n        else if (m_router->IgnoreRegions == false)\n        {\n            // If Ignoring regions then this case is already caught by \n            // the invalid regions, so only check it when not ignoring\n            // regions.\n            ShapeSet& ss = m_router->contains[jID];\n\n            if (!(iID.isConnPt()) && (ss.find(iID.objID) != ss.end()))\n            {\n                db_printf(\"2: Edge of bounding shape\\n\");\n                // Don't even check this edge, it should be zero,\n                // since a point in a shape can't see it's corners\n                cone2 = false;\n            }\n        }\n    }\n\n    if (cone1 && cone2 && ((blocker = firstBlocker()) == 0))\n    {\n\n        // if i and j see each other, add edge\n        db_printf(\"\\tSetting visibility edge... \\n\\t\\t\");\n        db_print();\n\n        double d = euclideanDist(iPoint, jPoint);\n\n        setDist(d);\n\n    }\n    else if (m_router->InvisibilityGrph)\n    {\n#if 0\n        db_printf(\"%d, %d, %d\\n\", cone1, cone2, blocker);\n        db_printf(\"\\t(%d, %d)--(%d, %d)\\n\", (int) iInfo.point.x,\n                (int) iInfo.point.y, (int) jInfo.point.x,\n                (int) jInfo.point.y);\n#endif\n\n        // if i and j can't see each other, add blank edge\n        db_printf(\"\\tSetting invisibility edge... \\n\\t\\t\");\n        db_print();\n        addBlocker(blocker);\n    }\n}\n\n\nint EdgeInf::firstBlocker(void)\n{\n    ShapeSet ss = ShapeSet();\n\n    Point& pti = m_vert1->point;\n    Point& ptj = m_vert2->point;\n    VertID& iID = m_vert1->id;\n    VertID& jID = m_vert2->id;\n\n    ContainsMap &contains = m_router->contains;\n    if (iID.isConnPt())\n    {\n        ss.insert(contains[iID].begin(), contains[iID].end());\n    }\n    if (jID.isConnPt())\n    {\n        ss.insert(contains[jID].begin(), contains[jID].end());\n    }\n\n    VertInf *last = m_router->vertices.end();\n    unsigned int lastId = 0;\n    bool seenIntersectionAtEndpoint = false;\n    for (VertInf *k = m_router->vertices.shapesBegin(); k != last; )\n    {\n        VertID kID = k->id;\n        if (k->id == dummyOrthogID)\n        {\n            // Don't include orthogonal dummy vertices.\n            k = k->lstNext;\n            continue;\n        }\n        if (kID.objID != lastId)\n        {\n            if ((ss.find(kID.objID) != ss.end()))\n            {\n                unsigned int shapeID = kID.objID;\n                db_printf(\"Endpoint is inside shape %u so ignore shape \"\n                        \"edges.\\n\", kID.objID);\n                // One of the endpoints is inside this shape so ignore it.\n                while ((k != last) && (k->id.objID == shapeID))\n                {\n                    // And skip the other vertices from this shape.\n                    k = k->lstNext;\n                }\n                continue;\n            }\n            seenIntersectionAtEndpoint = false;\n            lastId = kID.objID;\n        }\n        Point& kPoint = k->point;\n        Point& kPrevPoint = k->shPrev->point;\n        if (segmentShapeIntersect(pti, ptj, kPrevPoint, kPoint, \n                    seenIntersectionAtEndpoint))\n        {\n            ss.clear();\n            return kID.objID;\n        }\n        k = k->lstNext;\n    }\n    ss.clear();\n    return 0;\n}\n\n\nbool EdgeInf::isBetween(VertInf *i, VertInf *j)\n{\n    if ( ((i == m_vert1) && (j == m_vert2)) ||\n         ((i == m_vert2) && (j == m_vert1)) )\n    {\n        return true;\n    }\n    return false;\n}\n\n\n    // Returns true if this edge is a vertical or horizontal line segment.\nbool EdgeInf::isOrthogonal(void) const\n{\n    return ((m_vert1->point.x == m_vert2->point.x) || \n            (m_vert1->point.y == m_vert2->point.y));\n}\n\n\nbool EdgeInf::isDummyConnection(void) const\n{\n    // This is a dummy edge from a shape centre to \n    // a set of its ShapeConnectionPins.\n    return ((m_vert1->id.isConnectionPin() && m_vert2->id.isConnPt()) ||\n            (m_vert2->id.isConnectionPin() && m_vert1->id.isConnPt()));\n}\n\n\nVertInf *EdgeInf::otherVert(const VertInf *vert) const\n{\n    COLA_ASSERT((vert == m_vert1) || (vert == m_vert2));\n\n    return (vert == m_vert1) ? m_vert2 : m_vert1;\n}\n\n\nEdgeInf *EdgeInf::checkEdgeVisibility(VertInf *i, VertInf *j, bool knownNew)\n{\n    // This is for polyline routing, so check we're not \n    // considering orthogonal vertices.\n    COLA_ASSERT(i->id != dummyOrthogID);\n    COLA_ASSERT(j->id != dummyOrthogID);\n    \n    Router *router = i->_router;\n    EdgeInf *edge = nullptr;\n\n    if (knownNew)\n    {\n        COLA_ASSERT(existingEdge(i, j) == nullptr);\n        edge = new EdgeInf(i, j);\n    }\n    else\n    {\n        edge = existingEdge(i, j);\n        if (edge == nullptr)\n        {\n            edge = new EdgeInf(i, j);\n        }\n    }\n    edge->checkVis();\n    if (!(edge->m_added) && !(router->InvisibilityGrph))\n    {\n        delete edge;\n        edge = nullptr;\n    }\n\n    return edge;\n}\n\n\n    // XXX: This function is inefficient, and shouldn't even really be\n    //      required.\nEdgeInf *EdgeInf::existingEdge(VertInf *i, VertInf *j)\n{\n    VertInf *selected = nullptr;\n\n    // Look through poly-line visibility edges.\n    selected = (i->visListSize <= j->visListSize) ? i : j;\n    EdgeInfList& visList = selected->visList;\n    EdgeInfList::const_iterator finish = visList.end();\n    for (EdgeInfList::const_iterator edge = visList.begin(); edge != finish;\n            ++edge)\n    {\n        if ((*edge)->isBetween(i, j))\n        {\n            return (*edge);\n        }\n    }\n\n    // Look through orthogonal visibility edges.\n    selected = (i->orthogVisListSize <= j->orthogVisListSize) ? i : j;\n    EdgeInfList& orthogVisList = selected->orthogVisList;\n    finish = orthogVisList.end();\n    for (EdgeInfList::const_iterator edge = orthogVisList.begin(); \n            edge != finish; ++edge)\n    {\n        if ((*edge)->isBetween(i, j))\n        {\n            return (*edge);\n        }\n    }\n\n    // Look through poly-line invisibility edges.\n    selected = (i->invisListSize <= j->invisListSize) ? i : j;\n    EdgeInfList& invisList = selected->invisList;\n    finish = invisList.end();\n    for (EdgeInfList::const_iterator edge = invisList.begin(); edge != finish;\n            ++edge)\n    {\n        if ((*edge)->isBetween(i, j))\n        {\n            return (*edge);\n        }\n    }\n\n    return nullptr;\n}\n\n\n//===========================================================================\n\n\nEdgeList::EdgeList(bool orthogonal)\n    : m_orthogonal(orthogonal),\n      m_first_edge(nullptr),\n      m_last_edge(nullptr),\n      m_count(0)\n{\n}\n\n\nEdgeList::~EdgeList()\n{\n    clear();\n}\n\n\nvoid EdgeList::clear(void)\n{\n    while (m_first_edge)\n    {\n        // The Edge destructor results in EdgeList:::removeEdge() being called\n        // for this edge and m_first_edge being updated to the subsequent edge\n        // in the EdgeList.\n        delete m_first_edge;\n    }\n    COLA_ASSERT(m_count == 0);\n    m_last_edge = nullptr;\n}\n\n\nint EdgeList::size(void) const\n{\n    return m_count;\n}\n\n\nvoid EdgeList::addEdge(EdgeInf *edge)\n{\n    // Dummy connections for ShapeConnectionPins won't be orthogonal, \n    // even in the orthogonal visibility graph.\n    COLA_UNUSED(m_orthogonal);\n    COLA_ASSERT(!m_orthogonal || edge->isOrthogonal() ||\n            edge->isDummyConnection());\n    \n    if (m_first_edge == nullptr)\n    {\n        COLA_ASSERT(m_last_edge == nullptr);\n\n        m_last_edge = edge;\n        m_first_edge = edge;\n\n        edge->lstPrev = nullptr;\n        edge->lstNext = nullptr;\n    }\n    else\n    {\n        COLA_ASSERT(m_last_edge != nullptr);\n\n        m_last_edge->lstNext = edge;\n        edge->lstPrev = m_last_edge;\n\n        m_last_edge = edge;\n\n        edge->lstNext = nullptr;\n    }\n    m_count++;\n}\n\n\nvoid EdgeList::removeEdge(EdgeInf *edge)\n{\n    if (edge->lstPrev)\n    {\n        edge->lstPrev->lstNext = edge->lstNext;\n    }\n    if (edge->lstNext)\n    {\n        edge->lstNext->lstPrev = edge->lstPrev;\n    }\n    if (edge == m_last_edge)\n    {\n        m_last_edge = edge->lstPrev;\n        if (edge == m_first_edge)\n        {\n            m_first_edge = nullptr;\n        }\n    }\n    else if (edge == m_first_edge)\n    {\n        m_first_edge = edge->lstNext;\n    }\n\n\n    edge->lstPrev = nullptr;\n    edge->lstNext = nullptr;\n\n    m_count--;\n}\n\n\nEdgeInf *EdgeList::begin(void)\n{\n    return m_first_edge;\n}\n\n\nEdgeInf *EdgeList::end(void)\n{\n    return nullptr;\n}\n\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/graph.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_GRAPH_H\n#define AVOID_GRAPH_H\n\n\n#include <cassert>\n#include <list>\n#include <utility>\n#include \"libavoid/vertices.h\"\n\nnamespace Avoid {\n\n\nclass ConnRef;\nclass Router;\n\n\ntypedef std::list<int> ShapeList;\ntypedef std::list<bool *> FlagList;\n\n\nclass EdgeInf\n{\n    public:\n        EdgeInf(VertInf *v1, VertInf *v2, const bool orthogonal = false);\n        ~EdgeInf();\n        inline double getDist(void)\n        {\n            return m_dist;\n        }\n        void setDist(double dist);\n        void alertConns(void);\n        void addConn(bool *flag);\n        void addCycleBlocker(void);\n        void addBlocker(int b);\n        bool added(void);\n        bool isOrthogonal(void) const;\n        bool isDummyConnection(void) const;\n        bool isDisabled(void) const;\n        void setDisabled(const bool disabled);\n        bool rotationLessThan(const VertInf* last, const EdgeInf *rhs) const;\n        std::pair<VertID, VertID> ids(void) const;\n        std::pair<Point, Point> points(void) const;\n        void db_print(void);\n        void checkVis(void);\n        VertInf *otherVert(const VertInf *vert) const;\n        static EdgeInf *checkEdgeVisibility(VertInf *i, VertInf *j,\n                bool knownNew = false);\n        static EdgeInf *existingEdge(VertInf *i, VertInf *j);\n        int blocker(void) const;\n        \n        bool isHyperedgeSegment(void) const;\n        void setHyperedgeSegment(const bool hyperedge);\n        double mtstDist(void) const;\n        void setMtstDist(const double joinCost);\n\n        EdgeInf *lstPrev;\n        EdgeInf *lstNext;\n    private:\n        friend class MinimumTerminalSpanningTree;\n        friend class VertInf;\n\n        void makeActive(void);\n        void makeInactive(void);\n        int firstBlocker(void);\n        bool isBetween(VertInf *i, VertInf *j);\n\n        Router *m_router;\n        int m_blocker;\n        bool m_added;\n        bool m_visible;\n        bool m_orthogonal;\n        bool m_isHyperedgeSegment;\n        bool m_disabled;\n        VertInf *m_vert1;\n        VertInf *m_vert2;\n        EdgeInfList::iterator m_pos1;\n        EdgeInfList::iterator m_pos2;\n        FlagList  m_conns;\n        double  m_dist;\n        double  m_mtst_dist;\n};\n\n\nclass EdgeList\n{\n    public:\n        friend class EdgeInf;\n        EdgeList(bool orthogonal = false);\n        ~EdgeList();\n        void clear(void);\n        EdgeInf *begin(void);\n        EdgeInf *end(void);\n        int size(void) const;\n    private:\n        void addEdge(EdgeInf *edge);\n        void removeEdge(EdgeInf *edge);\n\n        bool m_orthogonal;\n        EdgeInf *m_first_edge;\n        EdgeInf *m_last_edge;\n        unsigned int m_count;\n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/hyperedge.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include \"libavoid/hyperedge.h\"\n#include \"libavoid/hyperedgetree.h\"\n#include \"libavoid/mtst.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/debughandler.h\"\n#include \"libavoid/debug.h\"\n\n\nnamespace Avoid {\n\nHyperedgeRerouter::HyperedgeRerouter()\n    : m_router(nullptr)\n{\n}\n\nvoid HyperedgeRerouter::setRouter(Router *router)\n{\n    m_router = router;\n}\n\nsize_t HyperedgeRerouter::registerHyperedgeForRerouting(\n        ConnEndList terminals)\n{\n    m_terminals_vector.push_back(terminals);\n    m_root_junction_vector.push_back(nullptr);\n\n    return m_terminals_vector.size() - 1;\n}\n\nsize_t HyperedgeRerouter::registerHyperedgeForRerouting(\n        JunctionRef *junction)\n{\n    m_terminals_vector.push_back(ConnEndList());\n    m_root_junction_vector.push_back(junction);\n\n    return m_terminals_vector.size() - 1;\n}\n\nsize_t HyperedgeRerouter::count(void) const\n{\n    return m_terminals_vector.size();\n}\n\nHyperedgeNewAndDeletedObjectLists HyperedgeRerouter::newAndDeletedObjectLists(\n        size_t index) const\n{\n    COLA_ASSERT(index <= count());\n\n    HyperedgeNewAndDeletedObjectLists result;\n\n    result.newJunctionList = m_new_junctions_vector[index];\n    result.deletedJunctionList = m_deleted_junctions_vector[index];\n    result.newConnectorList = m_new_connectors_vector[index];\n    result.deletedConnectorList = m_deleted_connectors_vector[index];\n\n    return result;\n}\n\n\nvoid HyperedgeRerouter::outputInstanceToSVG(FILE *fp)\n{\n    if (count() == 0)\n    {\n        return;\n    }\n\n    fprintf(fp, \"    HyperedgeRerouter *hyperedgeRerouter = router->hyperedgeRerouter();\\n\");\n    const size_t num_hyperedges = count();\n    for (size_t i = 0; i < num_hyperedges; ++i)\n    {\n        if (m_root_junction_vector[i])\n        {\n            fprintf(fp, \"    hyperedgeRerouter->registerHyperedgeForRerouting(junctionRef%u);\\n\",\n                    m_root_junction_vector[i]->id());\n        }\n        else\n        {\n            fprintf(fp, \"    ConnEndList heConnList%u;\\n\", (unsigned int) i);\n            for (ConnEndList::const_iterator it = m_terminals_vector[i].begin();\n                    it != m_terminals_vector[i].end(); ++it)\n            {\n                (*it).outputCode(fp, \"heEnd\");\n                fprintf(fp, \"    heConnList%u.push_back(heEndPt);\\n\",\n                        (unsigned int) i);\n            }\n            fprintf(fp, \"    hyperedgeRerouter->registerHyperedgeForRerouting(heConnList%u);\\n\",\n                    (unsigned int) i);\n\n        }\n    }\n    fprintf(fp, \"\\n\");\n}\n\n\n// Follow connected junctions and connectors from the given connector to\n// determine the hyperedge topology, saving objects to the deleted-objects\n// vectors as we go.\nbool HyperedgeRerouter::findAttachedObjects(size_t index,\n        ConnRef *connector, JunctionRef *ignore, ConnRefSet& hyperedgeConns)\n{\n    bool validHyperedge = false;\n\n    connector->assignConnectionPinVisibility(true);\n\n    m_deleted_connectors_vector[index].push_back(connector);\n    hyperedgeConns.insert(connector);\n\n    std::pair<Obstacle *, Obstacle *> anchors = connector->endpointAnchors();\n    JunctionRef *jFirst = dynamic_cast<JunctionRef *> (anchors.first);\n    JunctionRef *jSecond = dynamic_cast<JunctionRef *> (anchors.second);\n\n    if (jFirst)\n    {\n        // If attached to a junction and not one we've explored, then continue.\n        if (jFirst != ignore)\n        {\n            validHyperedge |= findAttachedObjects(index, jFirst, connector, hyperedgeConns);\n        }\n    }\n    else\n    {\n        // If its an endpoint, then record the vertex for this endpoint.\n        COLA_ASSERT(connector->m_src_vert);\n        m_terminal_vertices_vector[index].insert(connector->m_src_vert);\n    }\n\n    if (jSecond)\n    {\n        // If attached to a junction and not one we've explored, then continue.\n        if (jSecond != ignore)\n        {\n            validHyperedge |= findAttachedObjects(index, jSecond, connector, hyperedgeConns);\n        }\n    }\n    else\n    {\n        // If its an endpoint, then record the vertex for this endpoint.\n        COLA_ASSERT(connector->m_dst_vert);\n        m_terminal_vertices_vector[index].insert(connector->m_dst_vert);\n    }\n    return validHyperedge;\n}\n\n\n// Follow connected junctions and connectors from the given junction to\n// determine the hyperedge topology, saving objects to the deleted-objects\n// vectors as we go.\nbool HyperedgeRerouter::findAttachedObjects(size_t index,\n        JunctionRef *junction, ConnRef *ignore, ConnRefSet& hyperedgeConns)\n{\n    bool validHyperedge = false;\n\n    m_deleted_junctions_vector[index].push_back(junction);\n\n    ConnRefList connectors = junction->attachedConnectors();\n\n    if (connectors.size() > 2)\n    {\n        // A valid hyperedge must have at least one junction with three\n        // connectors attached, i.e., more than two endpoints.\n        validHyperedge |= true;\n    }\n\n    for (ConnRefList::iterator curr  = connectors.begin();\n            curr != connectors.end(); ++curr)\n    {\n        if (*curr == ignore)\n        {\n            continue;\n        }\n\n        COLA_ASSERT(*curr != nullptr);\n        validHyperedge |= findAttachedObjects(index, (*curr), junction, hyperedgeConns);\n    }\n    return validHyperedge;\n}\n\n\n// Populate the deleted-object vectors with all the connectors and junctions\n// that form the registered hyperedges.  Then return the set of all these\n// connectors so they can be ignored for individual rerouting.\nConnRefSet HyperedgeRerouter::calcHyperedgeConnectors(void)\n{\n    COLA_ASSERT(m_router != nullptr);\n\n    ConnRefSet allRegisteredHyperedgeConns;\n\n    // Clear the deleted-object vectors.  We populate them here if necessary.\n    m_deleted_junctions_vector.clear();\n    m_deleted_junctions_vector.resize(count());\n    m_deleted_connectors_vector.clear();\n    m_deleted_connectors_vector.resize(count());\n\n    m_terminal_vertices_vector.clear();\n    m_terminal_vertices_vector.resize(count());\n    m_added_vertices.clear();\n\n    // Populate the deleted-object vectors.\n    const size_t num_hyperedges = count();\n    for (size_t i = 0; i < num_hyperedges; ++i)\n    {\n        if (m_root_junction_vector[i])\n        {\n            // Follow objects attached to junction to find the hyperedge.\n            bool valid = findAttachedObjects(i, m_root_junction_vector[i], nullptr,\n                    allRegisteredHyperedgeConns);\n            if (!valid)\n            {\n                err_printf(\"Warning: Hyperedge %d registered with \"\n                           \"HyperedgeRerouter is invalid and will be \"\n                           \"ignored.\\n\", (int) i);\n                // Hyperedge is invalid.  Clear the terminals and other info\n                // so it will be ignored, and rerouted as a normal set of \n                // connectors.\n                m_terminals_vector[i].clear();\n                m_terminal_vertices_vector[i].clear();\n                m_deleted_junctions_vector[i].clear();\n                m_deleted_connectors_vector[i].clear();\n            }\n            continue;\n        }\n\n        // Alternatively, we have a set of ConnEnds, so store the\n        // corresponding terminals\n        std::pair<bool, VertInf *> maybeNewVertex;\n        for (ConnEndList::const_iterator it = m_terminals_vector[i].begin();\n                it != m_terminals_vector[i].end(); ++it)\n        {\n            maybeNewVertex = it->getHyperedgeVertex(m_router);\n            COLA_ASSERT(maybeNewVertex.second != nullptr);\n            m_terminal_vertices_vector[i].insert(maybeNewVertex.second);\n\n            if (maybeNewVertex.first)\n            {\n                // This is a newly created vertex.  Remember it so we can\n                // free it and it's visibility edges later.\n                m_added_vertices.push_back(maybeNewVertex.second);\n            }\n        }\n    }\n\n    // Return these connectors that don't require rerouting.\n    return allRegisteredHyperedgeConns;\n}\n\n\nvoid HyperedgeRerouter::performRerouting(void)\n{\n    COLA_ASSERT(m_router != nullptr);\n\n    m_new_junctions_vector.clear();\n    m_new_junctions_vector.resize(count());\n    m_new_connectors_vector.clear();\n    m_new_connectors_vector.resize(count());\n\n#ifdef DEBUGHANDLER\n    if (m_router->debugHandler())\n    {\n        std::vector<Box> obstacleBoxes;\n        ObstacleList::iterator obstacleIt = m_router->m_obstacles.begin();\n        while (obstacleIt != m_router->m_obstacles.end())\n        {\n            Obstacle *obstacle = *obstacleIt;\n            JunctionRef *junction = dynamic_cast<JunctionRef *> (obstacle);\n            if (junction && ! junction->positionFixed())\n            {\n                // Junctions that are free to move are not treated as obstacles.\n                ++obstacleIt;\n                continue;\n            }\n            Box bbox = obstacle->routingBox();\n            obstacleBoxes.push_back(bbox);\n            ++obstacleIt;\n        }\n        m_router->debugHandler()->updateObstacleBoxes(obstacleBoxes);\n    }\n#endif\n\n    // For each hyperedge...\n    const size_t num_hyperedges = count();\n    for (size_t i = 0; i < num_hyperedges; ++i)\n    {\n        if (m_terminal_vertices_vector[i].empty())\n        {\n            // Invalid hyperedge, ignore.\n            continue;\n        }\n\n        // Execute the MTST method to find good junction positions and an\n        // initial path.  A hyperedge tree will be built for the new route.\n        JunctionHyperedgeTreeNodeMap hyperedgeTreeJunctions;\n        MinimumTerminalSpanningTree mtst(m_router, \n                m_terminal_vertices_vector[i], &hyperedgeTreeJunctions);\n\n        // The older MTST construction method (faster, worse results).\n        //mtst.constructSequential();\n        \n        // The preferred MTST construction method.\n        // Slightly slower, better quality results.\n        mtst.constructInterleaved();\n\n        HyperedgeTreeNode *treeRoot = mtst.rootJunction();\n        COLA_ASSERT(treeRoot);\n        \n        // Fill in connector information and join them to junctions of endpoints\n        // of original connectors.\n        treeRoot->addConns(nullptr, m_router, \n                m_deleted_connectors_vector[i], nullptr);\n\n        // Output the list of new junctions and connectors from hyperedge tree.\n        treeRoot->listJunctionsAndConnectors(nullptr, m_new_junctions_vector[i],\n                m_new_connectors_vector[i]);\n\n        // Write paths from the hyperedge tree back into individual\n        // connector routes.\n        for (size_t pass = 0; pass < 2; ++pass)\n        {\n            treeRoot->writeEdgesToConns(nullptr, pass);\n        }\n\n        // Tell the router that we are deleting the objects used for the\n        // previous path for the hyperedge.\n        for (ConnRefList::iterator curr = \n                m_deleted_connectors_vector[i].begin();\n                curr != m_deleted_connectors_vector[i].end(); ++curr)\n        {\n            // Clear visibility assigned for connection pins.\n            (*curr)->assignConnectionPinVisibility(false);\n\n            m_router->deleteConnector(*curr);\n        }\n        for (JunctionRefList::iterator curr = \n                m_deleted_junctions_vector[i].begin();\n                curr != m_deleted_junctions_vector[i].end(); ++curr)\n        {\n            m_router->deleteJunction(*curr);\n        }\n    }\n\n    // Clear the input to this class, so that new objects can be registered\n    // for rerouting for the next time that transaction that is processed.\n    m_terminals_vector.clear();\n    m_root_junction_vector.clear();\n\n    // Free temporarily added vertices.\n    for (VertexList::iterator curr = m_added_vertices.begin();\n            curr != m_added_vertices.end(); ++curr)\n    {\n        (*curr)->removeFromGraph();\n        m_router->vertices.removeVertex(*curr);\n        delete *curr;\n    }\n    m_added_vertices.clear();\n}\n\n\n}\n    \n"
  },
  {
    "path": "cola/libavoid/hyperedge.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    hyperedge.h\n//! @brief   Contains the interface for the HyperedgeRerouter class.\n\n#ifndef AVOID_HYPEREDGE_H\n#define AVOID_HYPEREDGE_H\n\n#include <cstdio>\n#include <list>\n#include <vector>\n#include <set>\n\n#include \"libavoid/dllexport.h\"\n\nnamespace Avoid {\n\nclass ConnRef;\nclass JunctionRef;\nclass Router;\nclass ConnEnd;\nclass VertInf;\n\n//! @brief   A list of ConnEnd objects.\ntypedef std::list<ConnEnd> ConnEndList;\n\n//! @brief   A list of ConnRef objects.\ntypedef std::list<ConnRef *> ConnRefList;\n\n//! @brief   A list of JunctionRef objects.\ntypedef std::list<JunctionRef *> JunctionRefList;\n\ntypedef std::list<VertInf *> VertexList;\ntypedef std::set<ConnRef *> ConnRefSet;\ntypedef std::set<VertInf *> VertexSet;\n\ntypedef std::vector<JunctionRef *> JunctionRefVector;\ntypedef std::vector<ConnEndList> ConnEndListVector;\ntypedef std::vector<ConnRefList> ConnRefListVector;\ntypedef std::vector<JunctionRefList> JunctionRefListVector;\ntypedef std::vector<VertexSet> VertexSetVector;\n\n//! @brief   The HyperedgeNewAndDeletedObjectLists class stores lists of \n//!          objects created and deleted during hyperedge improvement.\n//!\n//! After hyperedge improvement, this information can be produced by calling\n//! the Router::newAndDeletedObjectListsFromHyperedgeImprovement() method.\n//! \n//! After hyperedge rerouting, this information can be produced by calling \n//! the HyperedgeRerouter::newAndDeletedObjectLists() method for each \n//! hyperedge being fully rerouted.\n//!\n//! The HyperedgeNewAndDeletedObjectLists::changedConnectorList attribute \n//! will only be used for hyperedge improvement and will always be empty \n//! for hyperedge rerouting.\n//!\nstruct HyperedgeNewAndDeletedObjectLists\n{\n        //! A list of newly created junctions.\n        JunctionRefList  newJunctionList;\n\n        //! A list of newly created connectors.\n        ConnRefList      newConnectorList;\n        \n        //! A list of deleted junctions.\n        JunctionRefList  deletedJunctionList;\n\n        //! A list of deleted connectors.\n        ConnRefList      deletedConnectorList;\n        \n        //! A list of changed connectors.\n        ConnRefList      changedConnectorList;\n};\n\n\n//! @brief   The HyperedgeRerouter class is a convenience object that can be\n//!          used to register hyperedges to be rerouted, improving the\n//!          placement of their junctions and connector paths.\n//!\n//! To work with this class, you should get a copy from the router instance\n//! via a call to Router::hyperedgeRerouter().\n//!\n//! If you would like a particular hyperedge to be completely rerouted with\n//! new junction positions then you should register it with this class via a\n//! call to registerHyperedgeForRerouting.  A hyperedge can either be\n//! specified as a set of terminal vertices, or as a single JunctionRef.\n//! Passing a JunctionRef will cause HyperedgeRerouter to follow the attached\n//! connectors and junctions to determine the hyperedge.  When you register\n//! a hyperedge you get an index number that can be used to later find\n//! information about it.\n//!\n//! The rerouting will actually occur the next time the Router processes a\n//! transaction, see Router::processTransaction().  The rerouting will\n//! effectively create new junctions (JunctionRefs) and connectors (ConnRefs)\n//! for the hyperedge.  \n//! \n//! Since hyperedges are composed of multiple connections and junction objects,\n//! rerouting a hyperedge can cause creation of new or deletion of existing \n//! connectors and/or junctions.  Thus once the transaction has been completed\n//! you should call the newAndDeletedObjectLists() to get an object containing\n//! the lists of created and deleted junctions and connectors.  After the\n//! transaction You should not use references to these deleted objects any \n//! more from your own code (since the router will free their memory at its\n//! convenience) and you should refer only to the unaffected objects and the \n//! new connectors and junctions.\n//!\nclass AVOID_EXPORT HyperedgeRerouter\n{\n    public:\n        //! @brief  Constructor for hyperedge rerouter object.\n        //!\n        //! @note   You shouldn't create this object yourself.  The Router\n        //!         instance has one that you can request a reference to\n        //!         via Router::hyperedgeRerouter().\n        //!\n        HyperedgeRerouter();\n        \n        //! @brief  Registers a hyperedge to be fully rerouted the next time\n        //!         the router processes a transaction.\n        //!\n        //! @param[in] terminals  The ConnEnds that form the endpoints of the\n        //!                       hyperedge.\n        //! @return An index that can be used to request information on the\n        //!         resulting routing of the hyperedge.\n        //!\n        size_t registerHyperedgeForRerouting(ConnEndList terminals);\n\n        //! @brief  Registers a hyperedge to be fully rerouted the next time\n        //!         the router processes a transaction.\n        //!\n        //! In this case the connectors and junctions attached to the given\n        //! junction will be traversed to determine the endpoints of the\n        //! hyperedge.  These endpoints will then be used for the rerouting.\n        //! The junctions and connectors forming the old route will be\n        //! deleted.\n        //!\n        //! @param[in] junction  One of the junctions that forms the\n        //!                      hyperedge.\n        //! @return An index that can be used to request information on the\n        //!         resulting routing of the hyperedge.\n        //!\n        size_t registerHyperedgeForRerouting(JunctionRef *junction);\n\n        //! @brief  Returns a HyperedgeNewAndDeletedObjectLists detailing the\n        //!         lists of junctions and connectors created and deleted\n        //!         during hyperedge improvement.\n        //!\n        //! This method will only return information once the router has\n        //! processed the transaction.  You should read this information \n        //! before processTransaction() is called again.\n        //!\n        //! After calling this you should no longer refer to any of the\n        //! objects in the \"deleted\" lists --- the router will delete these \n        //! and free their memory at its convenience.\n        //!\n        //! @param  index  The index of the hyperedge to return junctions for.\n        //! @return A HyperedgeNewAndDeletedObjectLists containing lists of \n        //!         junctions and connectors created and deleted.\n        //!\n        HyperedgeNewAndDeletedObjectLists newAndDeletedObjectLists(\n                size_t index) const;\n\n        // @brief  The number of hyperedges that are being or have been\n        //         rerouted.\n        // @return The number of rerouted hyperedges.\n        //\n        size_t count(void) const;\n\n    private:\n        friend class Router;\n\n        // @brief  Sets the router instance that this object operates on.\n        //\n        // @param[in] router  The router instance to operate on.\n        //\n        void setRouter(Router *router);\n\n        ConnRefSet calcHyperedgeConnectors(void);\n        // Called by Router during processTransaction().\n        void performRerouting(void);\n        void outputInstanceToSVG(FILE *fp);\n        bool findAttachedObjects(size_t index, ConnRef *connector,\n                JunctionRef *ignore, ConnRefSet& hyperedgeConns);\n        bool findAttachedObjects(size_t index, JunctionRef *junction,\n                ConnRef *ignore, ConnRefSet& hyperedgeConns);\n\n        Router *m_router;\n        ConnEndListVector m_terminals_vector;\n        JunctionRefVector m_root_junction_vector;\n        JunctionRefListVector m_new_junctions_vector;\n        JunctionRefListVector m_deleted_junctions_vector;\n        ConnRefListVector m_new_connectors_vector;\n        ConnRefListVector m_deleted_connectors_vector;\n        VertexSetVector m_terminal_vertices_vector;\n        VertexList m_added_vertices;\n};\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/hyperedgeimprover.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the\n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <algorithm>\n#include <sstream>\n#include <iomanip>\n\n#include \"libavoid/router.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/vpsc.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/hyperedgetree.h\"\n#include \"libavoid/hyperedgeimprover.h\"\n#include \"libavoid/scanline.h\"\n#include \"libavoid/debug.h\"\n\nnamespace Avoid {\n\nclass HyperedgeShiftSegment : public ShiftSegment\n{\n    public:\n        HyperedgeShiftSegment(HyperedgeTreeNode *n1, HyperedgeTreeNode *n2,\n                const size_t dim, bool immovable)\n            : ShiftSegment(dim),\n              nodes((dim + 1) % 2),\n              isImmovable(immovable),\n              m_balance_count(0),\n              m_balance_count_set(false),\n              m_at_limit(false)\n        {\n            nodes.insert(n1);\n            nodes.insert(n2);\n            n1->shiftSegmentNodeSet = &nodes;\n            n2->shiftSegmentNodeSet = &nodes;\n\n            minSpaceLimit = -CHANNEL_MAX;\n            maxSpaceLimit = CHANNEL_MAX;\n        }\n        virtual ~HyperedgeShiftSegment()\n        {\n            for (OrderedHENodeSet::const_iterator curr = nodes.begin();\n                    curr != nodes.end(); ++curr)\n            {\n                (*curr)->shiftSegmentNodeSet = nullptr;\n            }\n        }\n\n        Point& lowPoint(void)\n        {\n            return (*nodes.begin())->point;\n        }\n        Point& highPoint(void)\n        {\n            return (*nodes.rbegin())->point;\n        }\n        const Point& lowPoint(void) const\n        {\n            return (*nodes.begin())->point;\n        }\n        const Point& highPoint(void) const\n        {\n            return (*nodes.rbegin())->point;\n        }\n        // Counts the number of segments diverging on each side and returns\n        // a count: a negative number if there a more on the lower side,\n        // a positive number if there are more on the upper side, or zero if\n        // there are an equal number of segments.\n        void setBalanceCount(void)\n        {\n            size_t altDim = (dimension + 1) % 2;\n            m_next_pos_lower = minSpaceLimit;\n            m_next_pos_upper = maxSpaceLimit;\n            m_balance_count = 0;\n            if ( isImmovable )\n            {\n                m_balance_count_set = true;\n                return;\n            }\n            for (OrderedHENodeSet::const_iterator curr = nodes.begin();\n                    curr != nodes.end(); ++curr)\n            {\n                const Point& currPoint = (*curr)->point;\n                for (std::list<HyperedgeTreeEdge *>::const_iterator currEdge =\n                        (*curr)->edges.begin(); currEdge != (*curr)->edges.end();\n                        ++currEdge)\n                {\n                    const HyperedgeTreeNode *node = (*currEdge)->followFrom(*curr);\n                    const Point& otherPoint = node->point;\n                    if (currPoint[altDim] == otherPoint[altDim])\n                    {\n                        if (otherPoint[dimension] < currPoint[dimension])\n                        {\n                            m_next_pos_lower = std::max(m_next_pos_lower,\n                                    otherPoint[dimension]);\n                            --m_balance_count;\n                        }\n                        else if (otherPoint[dimension] > currPoint[dimension])\n                        {\n                            m_next_pos_upper = std::min(m_next_pos_upper,\n                                    otherPoint[dimension]);\n                            ++m_balance_count;\n                        }\n                    }\n                }\n            }\n            m_balance_count_set = true;\n        }\n        int balanceCount(void) const\n        {\n            COLA_ASSERT( m_balance_count_set );\n            return m_balance_count;\n        }\n        void adjustPosition(void)\n        {\n            COLA_ASSERT(m_balance_count_set);\n            COLA_ASSERT(m_balance_count != 0);\n\n            double newPos = (m_balance_count < 0) ?\n                    m_next_pos_lower : m_next_pos_upper;\n            double limit = (m_balance_count < 0) ?\n                    minSpaceLimit : maxSpaceLimit;\n            if (lowPoint()[dimension] == newPos)\n            {\n                // If aren't actually moving this segment, then mark it\n                // as at-limit.\n                // XXX This seems to be because of a segment with an\n                //     incorrectly marked limit, possibly due to a\n                //     junction positioned within a shape.\n                m_at_limit = true;\n            }\n\n            for (OrderedHENodeSet::iterator curr = nodes.begin();\n                    curr != nodes.end(); ++curr)\n            {\n                (*curr)->point[dimension] = newPos;\n            }\n\n            if (newPos == limit)\n            {\n                m_at_limit = true;\n            }\n\n            // Add nodes from collapsed segments, in case they are not part of\n            // a segment that will be merged.\n            for (OrderedHENodeSet::iterator curr = nodes.begin();\n                    curr != nodes.end(); ++curr)\n            {\n                Point& currPoint = (*curr)->point;\n                for (std::list<HyperedgeTreeEdge *>::iterator currEdge =\n                        (*curr)->edges.begin(); currEdge != (*curr)->edges.end();\n                        ++currEdge)\n                {\n                    HyperedgeTreeNode *node = (*currEdge)->followFrom(*curr);\n                    Point& otherPoint = node->point;\n                    if (currPoint == otherPoint)\n                    {\n                        nodes.insert(node);\n                        node->shiftSegmentNodeSet = &nodes;\n                    }\n                }\n            }\n        }\n        bool overlapsWith(const ShiftSegment *rhs, const size_t dim) const\n        {\n            size_t altDim = (dim + 1) % 2;\n            const Point& lowPt = lowPoint();\n            const Point& highPt = highPoint();\n            const Point& rhsLowPt = rhs->lowPoint();\n            const Point& rhsHighPt = rhs->highPoint();\n            if ( (lowPt[altDim] <= rhsHighPt[altDim]) &&\n                    (rhsLowPt[altDim] <= highPt[altDim]))\n            {\n                // The segments overlap.\n                if ( (minSpaceLimit <= rhs->maxSpaceLimit) &&\n                        (rhs->minSpaceLimit <= maxSpaceLimit) )\n                {\n                    return true;\n                }\n            }\n            return false;\n        }\n        bool immovable(void) const\n        {\n            return isImmovable;\n        }\n        bool settled(void) const\n        {\n            return isImmovable || m_at_limit || (balanceCount() == 0);\n        }\n        bool mergesWith(HyperedgeShiftSegment *other)\n        {\n            size_t altDim = (dimension + 1) % 2;\n            const Point& lowPt = lowPoint();\n            const Point& highPt = highPoint();\n            const Point& otherLowPt = other->lowPoint();\n            const Point& otherHighPt = other->highPoint();\n            if ( (lowPt[dimension] == otherLowPt[dimension]) &&\n                    (lowPt[altDim] <= otherHighPt[altDim]) &&\n                    (otherLowPt[altDim] <= highPt[altDim]))\n            {\n                isImmovable |= other->isImmovable;\n                m_at_limit |= m_at_limit;\n                minSpaceLimit = std::max(minSpaceLimit, other->minSpaceLimit);\n                maxSpaceLimit = std::min(maxSpaceLimit, other->maxSpaceLimit);\n                nodes.insert(other->nodes.begin(), other->nodes.end());\n                other->nodes.clear();\n                for (OrderedHENodeSet::iterator curr = nodes.begin();\n                        curr != nodes.end(); ++curr)\n                {\n                    (*curr)->shiftSegmentNodeSet = &nodes;\n                }\n                setBalanceCount();\n                return true;\n            }\n            setBalanceCount();\n            return false;\n        }\n\n        std::set<HyperedgeTreeNode *, CmpNodesInDim> nodes;\n        bool isImmovable;\nprivate:\n        int m_balance_count;\n        bool m_balance_count_set;\n        double m_next_pos_lower;\n        double m_next_pos_upper;\n        bool m_at_limit;\n};\n\n#if 0\n// UNUSED\nstatic bool CmpHyperedgeSegmentDirOrder(const ShiftSegment *lhsSuper,\n            const ShiftSegment *rhsSuper)\n{\n    const HyperedgeShiftSegment *lhs =\n            dynamic_cast<const HyperedgeShiftSegment *> (lhsSuper);\n    const HyperedgeShiftSegment *rhs =\n            dynamic_cast<const HyperedgeShiftSegment *> (rhsSuper);\n\n    return fabs(lhs->balanceCount()) > fabs(rhs->balanceCount());\n}\n#endif\n\n\n// Constructor.\nHyperedgeImprover::HyperedgeImprover()\n    : m_router(nullptr)\n{\n    clear();\n}\n\nvoid HyperedgeImprover::setRouter(Router *router)\n{\n    m_router = router;\n}\n\nvoid HyperedgeImprover::clear(void)\n{\n    m_hyperedge_tree_junctions.clear();\n    m_hyperedge_tree_roots.clear();\n    m_root_shift_segments.clear();\n    m_all_shift_segments.clear();\n    m_new_junctions.clear();\n    m_deleted_junctions.clear();\n    m_new_connectors.clear();\n    m_deleted_connectors.clear();\n    m_changed_connectors.clear();\n    m_debug_count = 0;\n}\n\n// Helper method for buildHyperedgeSegments() for hyperedge tree nodes.\nvoid HyperedgeImprover::createShiftSegmentsForDimensionExcluding(\n        HyperedgeTreeNode *node, const size_t dim, HyperedgeTreeEdge *ignore,\n        ShiftSegmentList& segments)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = node->edges.begin();\n            curr != node->edges.end(); ++curr)\n    {\n        HyperedgeTreeEdge *edge = *curr;\n        if (edge != ignore)\n        {\n            createShiftSegmentsForDimensionExcluding(edge, dim,\n                    node, segments);\n        }\n    }\n}\n\n// Helper method for buildHyperedgeSegments() for hyperedge tree edges.\nvoid HyperedgeImprover::createShiftSegmentsForDimensionExcluding(\n        HyperedgeTreeEdge *edge, const size_t dim, HyperedgeTreeNode *ignore,\n        ShiftSegmentList& segments)\n{\n    if (edge->hasOrientation(dim) && ! edge->zeroLength())\n    {\n        bool immovable = (edge->ends.first->isImmovable() ||\n                edge->ends.second->isImmovable());\n\n        HyperedgeShiftSegment *newSegment =\n                new HyperedgeShiftSegment(edge->ends.first,\n                edge->ends.second, dim, immovable);\n        segments.push_back(newSegment);\n    }\n\n    if (edge->ends.first && (edge->ends.first != ignore))\n    {\n        createShiftSegmentsForDimensionExcluding(edge->ends.first, dim,\n                edge, segments);\n    }\n\n    if (edge->ends.second && (edge->ends.second != ignore))\n    {\n        createShiftSegmentsForDimensionExcluding(edge->ends.second, dim,\n                edge, segments);\n    }\n}\n\n// During creation and nudging of shift segments it is often necessary\n// to merge collinear or overlapping segments.  This method does the\n// merging for these cases.  Effectively merging is done by adding\n// additional vertex pointers to the shift segment.\nvoid HyperedgeImprover::mergeOverlappingSegments(ShiftSegmentList& segments)\n{\n    for (ShiftSegmentList::iterator curr = segments.begin();\n            curr != segments.end(); ++curr)\n    {\n        HyperedgeShiftSegment *edge1 =\n                static_cast<HyperedgeShiftSegment *> (*curr);\n        for (ShiftSegmentList::iterator curr2 = segments.begin();\n                curr2 != segments.end(); )\n        {\n            if (curr2 == curr)\n            {\n                ++curr2;\n                continue;\n            }\n            HyperedgeShiftSegment *edge2 =\n                    static_cast<HyperedgeShiftSegment *> (*curr2);\n            if (edge1->mergesWith(edge2))\n            {\n                delete edge2;\n                curr2 = segments.erase(curr2);\n            }\n            else\n            {\n                ++curr2;\n            }\n        }\n    }\n}\n\n// Given a hyperedge tree and a dimension, this method creates shift\n// segments for all edges in that orientation.  These segments are the\n// objects on which the local improvement nudging operates, and they\n// in turn make changes back to the hyperedge tree.\nvoid HyperedgeImprover::buildHyperedgeSegments(const size_t dim)\n{\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        ShiftSegmentList& segments = m_root_shift_segments[*curr];\n\n        HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n        createShiftSegmentsForDimensionExcluding(node, dim, nullptr, segments);\n\n        // Merge overlapping segment.\n        mergeOverlappingSegments(segments);\n\n        m_all_shift_segments.insert(m_all_shift_segments.begin(),\n                segments.begin(), segments.end());\n    }\n}\n\n// This method looks for and corrects situations where the middle section\n// of a zigzag is optimised away by bringing the outside segments in line\n// and leading to the middle segment being zero length.  These zero length\n// edges are removed.\nvoid HyperedgeImprover::removeZeroLengthEdges(void)\n{\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n\n        removeZeroLengthEdges(node, nullptr);\n    }\n}\n\n// This method looks for and correct situations where multiple overlapping\n// edges lead to a junction and one or more of these segments could be\n// removed by moving the junction (and thus divergence point) along the\n// edge.\nvoid HyperedgeImprover::moveJunctionsAlongCommonEdges(void)\n{\n    for (JunctionHyperedgeTreeNodeMap::iterator curr =\n            m_hyperedge_tree_junctions.begin();\n            curr != m_hyperedge_tree_junctions.end(); )\n    {\n        HyperedgeTreeNode *node = curr->second;\n\n        bool nodeMapHasChanged = false;\n        // For each junction, try and move it.\n        while ((node = moveJunctionAlongCommonEdge(node, nodeMapHasChanged)))\n        {\n            if (node)\n            {\n                // Junction has moved, rewrite the pointer in\n                // the m_hyperedge_tree_junctions map.\n                curr->second = node;\n            }\n        }\n\n        if (nodeMapHasChanged)\n        {\n            // Objects have been added to m_hyperedge_tree_junctions and\n            // this may be earlier than our current iterator, so restart.\n            curr = m_hyperedge_tree_junctions.begin();\n        }\n        else\n        {\n            ++curr;\n        }\n    }\n}\n\n// This method traverses the hyperedge tree removing zero length edges.\n//\nvoid HyperedgeImprover::removeZeroLengthEdges(HyperedgeTreeEdge *self,\n        HyperedgeTreeNode *ignored)\n{\n    if (self->ends.first != ignored)\n    {\n        removeZeroLengthEdges(self->ends.first, self);\n    }\n\n    if (self->ends.second != ignored)\n    {\n        removeZeroLengthEdges(self->ends.second, self);\n    }\n}\n\n\n// This method traverses the hyperedge tree removing zero length edges.\n//\nvoid HyperedgeImprover::removeZeroLengthEdges(HyperedgeTreeNode *self,\n        HyperedgeTreeEdge *ignored)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = self->edges.begin();\n            curr != self->edges.end(); ++curr)\n    {\n        HyperedgeTreeEdge *edge = *curr;\n        if (edge != ignored)\n        {\n            if (!edge->hasFixedRoute && edge->zeroLength())\n            {\n                HyperedgeTreeNode *other = edge->followFrom(self);\n                HyperedgeTreeNode *target = nullptr;\n                HyperedgeTreeNode *source = nullptr;\n                if (other->junction && ! self->junction)\n                {\n                    target = other;\n                    source = self;\n                }\n                else if ( ! other->junction && self->junction)\n                {\n                    target = self;\n                    source = other;\n                }\n                else if ( ! other->junction && ! self->junction)\n                {\n                    target = self;\n                    source = other;\n                }\n                else if ( other->junction && self->junction &&\n                        m_can_make_major_changes)\n                {\n                    // Only delete junctions if we can make major changes.\n\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n                    fprintf(stderr, \"HyperedgeImprover: Coalescing junctions \"\n                            \"%u and %u:\\n\", self->junction->id(),\n                            other->junction->id());\n                    fprintf(stderr, \"                   Deleted junction %u\\n\",\n                            other->junction->id());\n                    fprintf(stderr, \"                   Deleted connector %u\\n\",\n                            edge->conn->id());\n#endif\n\n                    // Delete one of the junctions.\n                    m_deleted_junctions.push_back(other->junction);\n                    m_hyperedge_tree_junctions.erase(other->junction);\n                    if (m_hyperedge_tree_roots.count(other->junction) > 0)\n                    {\n                        // If 'other' was the root for the hyperedge, we need\n                        // to make 'self' the new root.\n                        m_hyperedge_tree_roots.erase(other->junction);\n                        m_hyperedge_tree_roots.insert(self->junction);\n                        // It should already be in the junctions list.\n                        COLA_ASSERT(m_hyperedge_tree_junctions.\n                                count(self->junction) == 1);\n                    }\n                    other->junction = nullptr;\n\n                    // Delete the connector on the zero length edge.\n                    m_deleted_connectors.push_back(edge->conn);\n                    edge->conn = nullptr;\n\n                    target = self;\n                    source = other;\n                }\n\n                if (target)\n                {\n                    edge->disconnectEdge();\n                    delete edge;\n                    target->spliceEdgesFrom(source);\n                    delete source;\n                    removeZeroLengthEdges(target, ignored);\n                    return;\n                }\n            }\n\n            // Recursive call.\n            removeZeroLengthEdges(edge, self);\n        }\n    }\n}\n\n\n\n// Given a set of hyperedge shift segments in a particular dimension,\n// with limits and balance values precomputed, this method shifts and\n// merges segments to improve the overall cost (length + bend penalties)\n// for the hyperedge.\nvoid HyperedgeImprover::nudgeHyperedgeSegments(size_t dimension,\n        unsigned int& versionNumber)\n{\n    // For each hyperedge...\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        ++m_debug_count;\n        versionNumber = (int)dimension * 10000;\n        versionNumber += m_debug_count * 1000;\n\n        // Calculate the balance for each shift segment.\n        ShiftSegmentList& segmentList = m_root_shift_segments[*curr];\n        for (ShiftSegmentList::iterator currSeg = segmentList.begin();\n                currSeg != segmentList.end(); )\n        {\n            HyperedgeShiftSegment *segment =\n                    static_cast<HyperedgeShiftSegment *> (*currSeg);\n            segment->setBalanceCount();\n\n            ++currSeg;\n        }\n\n        //segmentList.sort(CmpHyperedgeSegmentDirOrder);\n\n        bool change = false;\n        ShiftSegmentList::iterator currSeg = segmentList.begin();\n        while (currSeg != segmentList.end())\n        {\n            // While we haven't considered every segment...\n\n            HyperedgeShiftSegment *segment =\n                    static_cast<HyperedgeShiftSegment *> (*currSeg);\n\n            if ( ! segment->settled() )\n            {\n                // The segment is not settled, so move it to the next\n                // ideal position and then merge it with overlapping\n                // segments.  Note, the merged segment will have a new\n                // balance value calculated for it.\n                segment->adjustPosition();\n                outputHyperedgesToSVG(++versionNumber, segment);\n                mergeOverlappingSegments(segmentList);\n                change = true;\n            }\n\n            if (change)\n            {\n                // We made a change, so start again from the beginning\n                // of the list of segments.\n                change = false;\n                currSeg = segmentList.begin();\n            }\n            else\n            {\n                // Consider the next segment.\n                ++currSeg;\n            }\n        }\n    }\n}\n\n// Write the paths from an improved hyperedgetree object back as routes\n// to the component connectors that form the hyperedge.\nvoid HyperedgeImprover::writeHyperedgeSegmentsBackToConnPaths(void)\n{\n    // Write segments in two passes.  The first to clear the existing\n    // connector routes and the second to build and set new routes.\n    for (size_t pass = 0; pass < 2; ++pass)\n    {\n        for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n                curr != m_hyperedge_tree_roots.end(); ++curr)\n        {\n            HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n\n            node->writeEdgesToConns(nullptr, pass);\n        }\n    }\n}\n\n// Output the hyperedge tree to an SVG file, optionally highlighting\n// a segment of interest (usually the segment being moved).\nvoid HyperedgeImprover::outputHyperedgesToSVG(unsigned int pass,\n        HyperedgeShiftSegment *activeSegment)\n{\n#ifndef HYPEREDGE_DEBUG\n    return;\n#endif\n\n    // Reasonable initial limit for diagram bounds.\n    const double LIMIT = 100000000;\n\n    std::stringstream filename;\n    filename << \"DEBUG/hyperedges-\" << std::setfill('0') << std::setw(5) << pass << \".svg\";\n    FILE *fp = fopen(filename.str().c_str(), \"w\");\n\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n\n    VertInf *curr = m_router->vertices.connsBegin();\n    while (curr)\n    {\n        Point p = curr->point;\n\n        if (p.x > -LIMIT)\n        {\n            minX = std::min(minX, p.x);\n        }\n        if (p.x < LIMIT)\n        {\n            maxX = std::max(maxX, p.x);\n        }\n        if (p.y > -LIMIT)\n        {\n            minY = std::min(minY, p.y);\n        }\n        if (p.y < LIMIT)\n        {\n            maxY = std::max(maxY, p.y);\n        }\n        curr = curr->lstNext;\n    }\n    minX -= 50;\n    minY -= 50;\n    maxX += 50;\n    maxY += 50;\n\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"ShapesRect\\\">\\n\");\n    ObstacleList::iterator obstacleIt = m_router->m_obstacles.begin();\n    while (obstacleIt != m_router->m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        Box bBox = obstacle->polygon().offsetBoundingBox(0.0);\n\n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: %s; \"\n                \"fill: blue; fill-opacity: 0.3;\\\" />\\n\",\n                obstacle->id(), bBox.min.x, bBox.min.y,\n                bBox.max.x - bBox.min.x, bBox.max.y - bBox.min.y,\n                (isShape) ? \"blue\" : \"red\");\n        ++obstacleIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Hyperedge-%u\\\">\\n\", pass);\n    if (activeSegment)\n    {\n        fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n            \"style=\\\"fill: none; stroke: %s; stroke-width: 12px; \"\n            \"stroke-opacity: 0.5;\\\" />\\n\",\n            activeSegment->lowPoint().x, activeSegment->lowPoint().y,\n            activeSegment->highPoint().x, activeSegment->highPoint().y,\n            activeSegment->settled() ? \"red\" : \"orange\");\n    }\n\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n\n        node->outputEdgesExcept(fp, nullptr);\n    }\n    fprintf(fp, \"</g>\\n\");\n    fprintf(fp, \"</svg>\\n\");\n\n    fclose(fp);\n}\n\n// Given a junction, this method follows the attached connectors and\n// junctions to determine a hyperedge and returns the set of vertices\n// representing its endpoints.\nvoid HyperedgeImprover::getEndpoints(JunctionRef *junction, JunctionRef *ignore,\n        std::set<VertInf *>& endpoints)\n{\n    for (std::set<ConnEnd *>::iterator curr =\n            junction->m_following_conns.begin();\n            curr != junction->m_following_conns.end(); ++curr)\n    {\n        ConnEnd *connEnd = *curr;\n        COLA_ASSERT(connEnd->m_conn_ref != nullptr);\n        ConnRef *connRef = connEnd->m_conn_ref;\n        std::pair<Obstacle *, Obstacle *> anchors =\n                connRef->endpointAnchors();\n\n        JunctionRef *junction1 =\n                dynamic_cast<JunctionRef *> (anchors.first);\n        if (junction1)\n        {\n            if (junction1 != junction && junction1 != ignore)\n            {\n                getEndpoints(junction1, junction, endpoints);\n            }\n        }\n        else\n        {\n            endpoints.insert(connRef->m_src_vert);\n        }\n\n        JunctionRef *junction2 =\n                dynamic_cast<JunctionRef *> (anchors.second);\n        if (junction2)\n        {\n            if (junction2 != junction && junction2 != ignore)\n            {\n                getEndpoints(junction2, junction, endpoints);\n            }\n        }\n        else\n        {\n            endpoints.insert(connRef->m_dst_vert);\n        }\n    }\n}\n\n// Execute local improvement process.\nvoid HyperedgeImprover::execute(bool canMakeMajorChanges)\n{\n    m_can_make_major_changes = canMakeMajorChanges;\n\n    // Build Hyperedge trees.\n    ConnRefList::iterator connRefIt = m_router->connRefs.begin();\n    while (connRefIt != m_router->connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n        JunctionRef *jFront = nullptr;\n        JunctionRef *jBack = nullptr;\n\n        if (connRef->m_src_connend)\n        {\n            jFront = connRef->m_src_connend->junction();\n        }\n\n        if (connRef->m_dst_connend)\n        {\n            jBack = connRef->m_dst_connend->junction();\n        }\n\n        if ( ! jFront && ! jBack )\n        {\n            ++connRefIt;\n            continue;\n        }\n\n        bool seenFront = (m_hyperedge_tree_junctions.find(jFront) !=\n                m_hyperedge_tree_junctions.end());\n        bool seenBack = (m_hyperedge_tree_junctions.find(jBack) !=\n                m_hyperedge_tree_junctions.end());\n\n        HyperedgeTreeNode *nodeFront = nullptr;\n        HyperedgeTreeNode *nodeBack = nullptr;\n\n        if (jFront)\n        {\n            if ( ! seenFront)\n            {\n                nodeFront = new HyperedgeTreeNode();\n                nodeFront->point = jFront->position();\n                nodeFront->junction = jFront;\n\n                m_hyperedge_tree_junctions[jFront] = nodeFront;\n            }\n            else\n            {\n                nodeFront = m_hyperedge_tree_junctions[jFront];\n            }\n        }\n        else\n        {\n            nodeFront = new HyperedgeTreeNode();\n        }\n\n        if (jBack)\n        {\n            if ( ! seenBack)\n            {\n                nodeBack = new HyperedgeTreeNode();\n                nodeBack->point = jBack->position();\n                nodeBack->junction = jBack;\n\n                m_hyperedge_tree_junctions[jBack] = nodeBack;\n            }\n            else\n            {\n                nodeBack = m_hyperedge_tree_junctions[jBack];\n            }\n        }\n        else\n        {\n            nodeBack = new HyperedgeTreeNode();\n        }\n\n        PolyLine& route = connRef->displayRoute();\n        HyperedgeTreeNode *prev = nullptr;\n        for (unsigned int i = 1; i < route.size(); ++i)\n        {\n            HyperedgeTreeNode *node;\n            if (i + 1 == route.size())\n            {\n                node = nodeBack;\n            }\n            else\n            {\n                node = new HyperedgeTreeNode();\n            }\n            node->point = route.at(i);\n            if (i == 1)\n            {\n                prev = nodeFront;\n                nodeFront->point = route.at(0);\n                nodeFront->isConnectorSource = true;\n            }\n            new HyperedgeTreeEdge(prev, node, connRef);\n            prev = node;\n        }\n        ++connRefIt;\n    }\n\n    // Make a list that contains a single junction from each tree.\n    for (JunctionHyperedgeTreeNodeMap::iterator curr =\n            m_hyperedge_tree_junctions.begin();\n            curr != m_hyperedge_tree_junctions.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = curr->second;\n        m_hyperedge_tree_roots.insert(node->junction);\n    }\n    JunctionRefList cyclicHyperedgeTreeRoots;\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n        bool containsCycle = node->removeOtherJunctionsFrom(nullptr,\n                m_hyperedge_tree_roots);\n        if (containsCycle)\n        {\n            // This hyperedge has a cycle.  We will need to remove it.\n            cyclicHyperedgeTreeRoots.push_back(node->junction);\n        }\n    }\n    // Remove roots of cyclic hyperedges, we can't improve these.\n    for (JunctionRefList::iterator curr = cyclicHyperedgeTreeRoots.begin();\n            curr != cyclicHyperedgeTreeRoots.end(); ++curr)\n    {\n        JunctionRef *junction = *curr;\n        err_printf(\"Warning: Skipping cyclic hyperedge rooted at junction %u\\n\",\n                junction->id());\n        m_hyperedge_tree_roots.erase(junction);\n    }\n\n    TIMER_START(m_router, tmHyperedgeImprove);\n\n    // Debug output.\n    unsigned int versionNumber = 1;\n    outputHyperedgesToSVG(versionNumber);\n\n    // Remove zero length edges.\n    removeZeroLengthEdges();\n\n    // Move junctions to divergence points.\n    moveJunctionsAlongCommonEdges();\n\n    // Debug output.\n    outputHyperedgesToSVG(++versionNumber);\n\n    for (size_t count = 0; count < 4; ++count)\n    {\n        size_t dimension = count % 2;\n\n        // Set a version number for debug output.\n        versionNumber = 100 * (int)(dimension + 1);\n\n        // Build shift segments.\n        buildHyperedgeSegments(dimension);\n        // Calculate channel information for this dimension.\n        buildOrthogonalChannelInfo(m_router, dimension, m_all_shift_segments);\n        // Nudge hyperedge segments to locally improve the route.\n        nudgeHyperedgeSegments(dimension, versionNumber);\n        // Remove resulting zero length edges.\n        removeZeroLengthEdges();\n        // Move junctions to divergence points.\n        moveJunctionsAlongCommonEdges();\n        // Debug output.\n        outputHyperedgesToSVG(++versionNumber);\n\n        // Clean up shift segments.\n        for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n                curr != m_hyperedge_tree_roots.end(); ++curr)\n        {\n            ShiftSegmentList& segmentList = m_root_shift_segments[*curr];\n            for_each(segmentList.begin(), segmentList.end(),\n                    delete_object());\n        }\n        m_root_shift_segments.clear();\n        m_all_shift_segments.clear();\n    }\n\n    // Rewrite updated connector attachments to junctions.\n    if (m_can_make_major_changes)\n    {\n        for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n                curr != m_hyperedge_tree_roots.end(); ++curr)\n        {\n            HyperedgeTreeNode *treeRoot = m_hyperedge_tree_junctions[*curr];\n            COLA_ASSERT(treeRoot);\n            treeRoot->updateConnEnds(nullptr, m_router, m_changed_connectors);\n\n            // Validate the rewrtten connections.\n            treeRoot->validateHyperedge(nullptr, 0);\n        }\n    }\n\n    // Write back final recommended positions to junctions.\n    for (JunctionHyperedgeTreeNodeMap::iterator curr =\n            m_hyperedge_tree_junctions.begin();\n            curr != m_hyperedge_tree_junctions.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = curr->second;\n\n        node->junction->setRecommendedPosition(node->point);\n    }\n\n    // Write paths from the hyperedge tree back into individual\n    // connector routes.\n    writeHyperedgeSegmentsBackToConnPaths();\n\n    // Free HyperedgeTree structure.\n    for (JunctionSet::iterator curr = m_hyperedge_tree_roots.begin();\n            curr != m_hyperedge_tree_roots.end(); ++curr)\n    {\n        HyperedgeTreeNode *node = m_hyperedge_tree_junctions[*curr];\n\n        node->deleteEdgesExcept(nullptr);\n        delete node;\n    }\n\n    // Tell the router that we are deleting the objects used for the\n    // previous path for the hyperedge.\n    for (ConnRefList::iterator curr = m_deleted_connectors.begin();\n            curr != m_deleted_connectors.end(); ++curr)\n    {\n        // Clear visibility assigned for connection pins.\n        (*curr)->assignConnectionPinVisibility(false);\n\n        m_router->deleteConnector(*curr);\n    }\n    for (JunctionRefList::iterator curr = m_deleted_junctions.begin();\n            curr != m_deleted_junctions.end(); ++curr)\n    {\n        m_router->deleteJunction(*curr);\n    }\n\n    TIMER_STOP(m_router);\n}\n\n\nHyperedgeNewAndDeletedObjectLists\n        HyperedgeImprover::newAndDeletedObjectLists(void) const\n{\n    HyperedgeNewAndDeletedObjectLists result;\n\n    result.newJunctionList = m_new_junctions;\n    result.deletedJunctionList = m_deleted_junctions;\n    result.newConnectorList = m_new_connectors;\n    result.deletedConnectorList = m_deleted_connectors;\n    result.changedConnectorList = m_changed_connectors;\n\n    return result;\n}\n\n\n// This method moves the junction at the given node along any shared paths\n// (so long as this action would not create any additional shared paths),\n// while also removing and freeing merged edges and nodes in the process.\n// It returns the new node where the junction is now located.\n//\nHyperedgeTreeNode *HyperedgeImprover::moveJunctionAlongCommonEdge(\n        HyperedgeTreeNode *self, bool& nodeMapHasChanged)\n{\n    COLA_ASSERT(self->junction);\n\n    HyperedgeTreeNode *newSelf = nullptr;\n    std::vector<HyperedgeTreeEdge *> commonEdges;\n    std::vector<HyperedgeTreeEdge *> otherEdges;\n\n    // Consider each edge from this node in turn.\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = self->edges.begin();\n            curr != self->edges.end(); ++curr)\n    {\n        HyperedgeTreeEdge *currEdge = *curr;\n        HyperedgeTreeNode *currNode = currEdge->followFrom(self);\n        commonEdges.clear();\n        otherEdges.clear();\n\n        if (currNode->junction)\n        {\n            // Don't shift junctions onto other junctions.\n            continue;\n        }\n        if (currEdge->hasFixedRoute)\n        {\n            // Don't move junctions along fixed edges.\n            continue;\n        }\n\n        // The current edge is a common edge we are looking to shift along.\n        commonEdges.push_back(currEdge);\n\n        // Consider each of the other edges.\n        for (std::list<HyperedgeTreeEdge *>::iterator curr2 =\n                self->edges.begin(); curr2 != self->edges.end(); ++curr2)\n        {\n            if (curr == curr2)\n            {\n                // Except the current (curr) one.\n                continue;\n            }\n\n            HyperedgeTreeEdge *otherEdge = *curr2;\n            if (otherEdge->hasFixedRoute)\n            {\n                // Don't shift junctions along fixed route connectors.\n                otherEdges.push_back(otherEdge);\n                continue;\n            }\n\n            HyperedgeTreeNode *otherNode = otherEdge->followFrom(self);\n            if (otherNode->point == currNode->point)\n            {\n                // A common edge can be at the same point, but can't have\n                // a junction at it.\n                if (otherNode->junction)\n                {\n                    otherEdges.push_back(otherEdge);\n                }\n                else\n                {\n                    commonEdges.push_back(otherEdge);\n                }\n            }\n            else if (pointOnLine(self->point, otherNode->point,\n                    currNode->point))\n            {\n                // A common edge can be a (longer) collinear line, but we\n                // need to split the longer line at the other end of curr.\n                otherEdge->splitFromNodeAtPoint(self, currNode->point);\n                commonEdges.push_back(otherEdge);\n            }\n            else\n            {\n                // If the edge goes in another direction it is not common.\n                otherEdges.push_back(otherEdge);\n            }\n        }\n\n        // For the purpose of these changes a junction is considered fixed\n        // only when not performing major improvements.\n        bool selfFixed = self->junction->positionFixed() &&\n                !m_can_make_major_changes;\n\n        if ((commonEdges.size() > 1) && (otherEdges.size() <= 1) && !selfFixed)\n        {\n            // One of the common nodes becomes the target node, we move\n            // all connections from the other common nodes to this node.\n            // We also move the junction there and remove it from the\n            // current node.\n            HyperedgeTreeNode *targetNode = commonEdges[0]->followFrom(self);\n            for (size_t i = 1; i < commonEdges.size(); ++i)\n            {\n                HyperedgeTreeNode *thisNode = commonEdges[i]->followFrom(self);\n                commonEdges[i]->disconnectEdge();\n                targetNode->spliceEdgesFrom(thisNode);\n                delete thisNode;\n                delete commonEdges[i];\n            }\n            targetNode->junction = self->junction;\n            self->junction = nullptr;\n\n            if (otherEdges.empty())\n            {\n                // Nothing else connected to this node, so remove the node\n                // and the edge to the target node.\n                commonEdges[0]->disconnectEdge();\n\n                delete commonEdges[0];\n                delete self;\n            }\n            else\n            {\n                // We need to mark commonEdges[0] as being from the connector\n                // of the otherEdges[0].\n                commonEdges[0]->conn = otherEdges[0]->conn;\n            }\n            newSelf = targetNode;\n\n            break;\n        }\n        else if (m_can_make_major_changes && (commonEdges.size() > 1) &&\n                (otherEdges.size() > 1))\n        {\n            // Case where this is one junction we need to split into two,\n            // because we have a common path leading to it that we want to\n            // move the junction along, but multiple other edges leaving\n            // this junction that need to stay in place.\n\n            // One of the common nodes becomes the target node, we move\n            // all connections from the other common nodes to this node.\n            // We will also create a new junction there.\n            HyperedgeTreeNode *targetNode = commonEdges[0]->followFrom(self);\n            for (size_t i = 1; i < commonEdges.size(); ++i)\n            {\n                HyperedgeTreeNode *thisNode = commonEdges[i]->followFrom(self);\n                commonEdges[i]->disconnectEdge();\n                targetNode->spliceEdgesFrom(thisNode);\n                delete thisNode;\n                delete commonEdges[i];\n            }\n\n            // Create the additional junction at the target node for\n            // the otherEdges to attach to.\n            targetNode->junction = new JunctionRef(m_router, targetNode->point);\n            m_router->removeObjectFromQueuedActions(targetNode->junction);\n            targetNode->junction->makeActive();\n            m_hyperedge_tree_junctions[targetNode->junction] = targetNode;\n            nodeMapHasChanged = true;\n            m_new_junctions.push_back(targetNode->junction);\n\n            // And we create a new connector between the original junction\n            // and the new junction.\n            ConnRef *conn = new ConnRef(m_router);\n            m_router->removeObjectFromQueuedActions(conn);\n            conn->makeActive();\n            conn->m_initialised = true;\n            ConnEnd srcConnend(targetNode->junction);\n            conn->updateEndPoint(VertID::src, srcConnend);\n            ConnEnd tarConnend(self->junction);\n            conn->updateEndPoint(VertID::tar, tarConnend);\n            commonEdges[0]->conn = conn;\n            m_new_connectors.push_back(conn);\n\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n            fprintf(stderr, \"HyperedgeImprover: Split junction %u:\\n\",\n                    self->junction->id());\n            fprintf(stderr, \"                   Added junction %u\\n\",\n                    targetNode->junction->id());\n            fprintf(stderr, \"                   Added connector %u \"\n                    \"(between junctions %u and %u)\\n\", conn->id(),\n                    self->junction->id(), targetNode->junction->id());\n#endif\n\n            newSelf = self;\n\n            break;\n        }\n    }\n\n    return newSelf;\n}\n\n\n\n\n}\n"
  },
  {
    "path": "cola/libavoid/hyperedgeimprover.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n#ifndef AVOID_IMPROVEHYPEREDGES_H\n#define AVOID_IMPROVEHYPEREDGES_H\n\n#include <map>\n#include <set>\n#include <list>\n\n\nnamespace Avoid {\n\nstruct HyperedgeTreeNode;\nstruct HyperedgeTreeEdge;\nclass HyperedgeShiftSegment;\nclass ConnRef;\nclass JunctionRef;\nclass ShiftSegment;\nclass VertInf;\n\ntypedef std::list<ShiftSegment *> ShiftSegmentList;\ntypedef std::map<JunctionRef *, ShiftSegmentList> RootSegmentsMap;\ntypedef std::map<JunctionRef *, HyperedgeTreeNode *>\n        JunctionHyperedgeTreeNodeMap;\ntypedef std::set<JunctionRef *> JunctionSet;\ntypedef std::list<ConnRef *> ConnRefList;\ntypedef std::list<JunctionRef *> JunctionRefList;\n\nclass HyperedgeImprover\n{\npublic:\n    // Constructor.\n    HyperedgeImprover();\n    \n    void clear(void);\n\n    // Set the router that this HyperedgeImprover will act upon.\n    void setRouter(Router *router);\n\n    // Returns lists of junctions and connectors created and deleted during \n    // hyperedge improvement.\n    HyperedgeNewAndDeletedObjectLists newAndDeletedObjectLists(void) const;\n\n    // Execute local improvement process.\n    void execute(bool canMakeMajorChanges);\n\nprivate:\n    // Helper method for buildHyperedgeSegments() for hyperedge tree nodes.\n    void createShiftSegmentsForDimensionExcluding(HyperedgeTreeNode *node,\n            const size_t dim, HyperedgeTreeEdge *ignore, \n            ShiftSegmentList& segments);\n\n    // Helper method for buildHyperedgeSegments() for hyperedge tree edges.\n    void createShiftSegmentsForDimensionExcluding(HyperedgeTreeEdge *edge,\n            const size_t dim, HyperedgeTreeNode *ignore, \n            ShiftSegmentList& segments);\n\n    // During creation and nudging of shift segments it is often necessary\n    // to merge collinear or overlapping segments.  This method does the\n    // merging for these cases.  Effectively merging is done by adding\n    // additional vertex pointers to the shift segment.\n    void mergeOverlappingSegments(ShiftSegmentList& segments);\n\n    // Given a hyperedge tree and a dimension, this method creates shift\n    // segments for all edges in that orientation.  These segments are the\n    // objects on which the local improvement nudging operates, and they\n    // in turn make changes back to the hyperedge tree.\n    void buildHyperedgeSegments(const size_t dim);\n\n    // This method looks for and corrects situations where the middle section\n    // of a zigzag is optimised away by bringing the outside segments in line\n    // and leading to the middle segment being zero length.  These zero length\n    // edges are removed.\n    void removeZeroLengthEdges(void);\n\n    // This method looks for and correct situations where multiple overlapping\n    // edges lead to a junction and one or more of these segments could be\n    // removed by moving the junction (and thus divergence point) along the\n    // edge.\n    void moveJunctionsAlongCommonEdges(void);\n\n    // Given a set of hyperedge shift segments in a particular dimension,\n    // with limits and balance values precomputed, this method shifts and\n    // merges segments to improve the overall cost (length + bend penalties)\n    // for the hyperedge.\n    void nudgeHyperedgeSegments(size_t dimension, unsigned int& versionNumber);\n\n    // Write the paths from an improved hyperedgetree object back as routes\n    // to the component connectors that form the hyperedge.\n    void writeHyperedgeSegmentsBackToConnPaths(void);\n\n    // Output the hyperedge tree to an SVG file, optionally highlighting\n    // a segment of interest (usually the segment being moved).\n    void outputHyperedgesToSVG(unsigned int pass,\n            HyperedgeShiftSegment *activeSegment = nullptr);\n\n    // Given a junction, this method follows the attached connectors and\n    // junctions to determine a hyperedge and returns the set of vertices\n    // representing its endpoints.\n    void getEndpoints(JunctionRef *junction, JunctionRef *ignore,\n            std::set<VertInf *>& endpoints);\n\n    // This method moves the junction at the given node along any shared paths\n    // (so long as this action would not create any additional shared paths),\n    // while also removing and freeing merged edges and nodes in the process.\n    // It returns the new node where the junction is now located.\n    HyperedgeTreeNode *moveJunctionAlongCommonEdge(HyperedgeTreeNode *self,\n             bool& nodeMapHasChanged);\n\n    // This method traverses the hyperedge tree removing zero length edges.\n    //\n    void removeZeroLengthEdges(HyperedgeTreeNode *self, \n            HyperedgeTreeEdge *ignored);\n\n    // This method traverses the hyperedge tree removing zero length edges.\n    //\n    void removeZeroLengthEdges(HyperedgeTreeEdge *self,\n            HyperedgeTreeNode *ignored);\n    \n    Router *m_router;\n    JunctionHyperedgeTreeNodeMap m_hyperedge_tree_junctions;\n    JunctionSet m_hyperedge_tree_roots;\n    RootSegmentsMap m_root_shift_segments;\n    ShiftSegmentList m_all_shift_segments;\n    JunctionRefList m_new_junctions;\n    JunctionRefList m_deleted_junctions;\n    ConnRefList m_new_connectors;\n    ConnRefList m_deleted_connectors;\n    ConnRefList m_changed_connectors;\n    int m_debug_count;\n    bool m_can_make_major_changes;\n};\n\n\n}\n#endif\n\n"
  },
  {
    "path": "cola/libavoid/hyperedgetree.cpp",
    "content": "/* \n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <algorithm>\n\n#include \"libavoid/hyperedgetree.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/debughandler.h\"\n\nnamespace Avoid {\n\n\n// Constructs a new hyperedge tree node.\n//\nHyperedgeTreeNode::HyperedgeTreeNode()\n    : junction(nullptr),\n      shiftSegmentNodeSet(nullptr),\n      finalVertex(nullptr),\n      isConnectorSource(false),\n      isPinDummyEndpoint(false),\n      visited(false)\n{\n}\n\nHyperedgeTreeNode::~HyperedgeTreeNode()\n{\n    if (shiftSegmentNodeSet)\n    {\n        shiftSegmentNodeSet->erase(this);\n        shiftSegmentNodeSet = nullptr;\n    }\n}\n\n\n// This method traverses the hyperedge tree and outputs each of the edges\n// and junction positions as SVG objects to the file fp.\n//\nvoid HyperedgeTreeNode::outputEdgesExcept(FILE *fp, HyperedgeTreeEdge *ignored)\n{\n    if (junction)\n    {\n        fprintf(fp, \"<circle cx=\\\"%g\\\" cy=\\\"%g\\\" r=\\\"6\\\" \"\n            \"style=\\\"fill: green; stroke: none;\\\" />\\n\", point.x, point.y);\n    }\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            (*curr)->outputNodesExcept(fp, this);\n        }\n    }\n}\n\n\n// This method traverses the hyperedge tree and removes from treeRoots any\n// junction nodes (other than this one).\n\nbool HyperedgeTreeNode::removeOtherJunctionsFrom(HyperedgeTreeEdge *ignored, \n            JunctionSet& treeRoots)\n{\n    bool containsCycle = false;\n    if (visited)\n    {\n        // We've encountered this node before, so there must be cycles in\n        // the hyperedge.  Don't recurse any further.\n        containsCycle = true;\n        return containsCycle;\n    }\n    \n    if (junction && (ignored != nullptr))\n    {\n        // Remove junctions other than the first (when ignored == nullptr).\n        treeRoots.erase(junction);\n    }\n    visited = true;\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            containsCycle |= (*curr)->removeOtherJunctionsFrom(this, treeRoots);\n        }\n    }\n    return containsCycle;\n}\n\n\n// This method traverses the hyperedge tree and writes each of the paths\n// back to the individual connectors as routes.\n//\nvoid HyperedgeTreeNode::writeEdgesToConns(HyperedgeTreeEdge *ignored,\n        size_t pass)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            (*curr)->writeEdgesToConns(this, pass);\n        }\n    }\n}\n\n// This method traverses the hyperedge tree and creates connectors for each\n// segment bridging junction and/or terminals.  It also sets the \n// appropriate ConnEnds for each connector.\n//\nvoid HyperedgeTreeNode::addConns(HyperedgeTreeEdge *ignored, Router *router,\n        ConnRefList& oldConns, ConnRef *conn)\n{\n    // If no connector is set, then we must be starting off at a junction.\n    COLA_ASSERT(conn || junction);\n\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            // If we're not at a junction, then use the connector value being\n            // passed in to the method.\n\n            if (junction)\n            {\n                // If we're at a junction, then we are effectively starting\n                // our traversal along a connector, so create this new connector\n                // and set it's start ConnEnd to be this junction.\n                conn = new ConnRef(router);\n                router->removeObjectFromQueuedActions(conn);\n                conn->makeActive();\n                conn->m_initialised = true;\n                ConnEnd connend(junction);\n                conn->updateEndPoint(VertID::src, connend);\n            }\n    \n            // Set the connector for this edge.\n            (*curr)->conn = conn;\n            \n            // Continue recursive traversal.\n            (*curr)->addConns(this, router, oldConns);\n        }\n    }\n}\n\nstatic bool travellingForwardOnConnector(ConnRef *conn, JunctionRef *junction)\n{\n    std::pair<ConnEnd, ConnEnd> connEnds = conn->endpointConnEnds();\n\n    if (connEnds.first.junction() == junction)\n    {\n        return true;\n    }\n    if (connEnds.second.junction() == junction)\n    {\n        return false;\n    }\n    if (connEnds.first.type() != ConnEndJunction &&\n        connEnds.first.type() != ConnEndEmpty)\n    {\n        return false;\n    }\n    if (connEnds.second.type() != ConnEndJunction &&\n        connEnds.second.type() != ConnEndEmpty)\n    {\n        return true;\n    }\n    return true;\n}\n\n// This method traverses the hyperedge tree and rewrites connector ends\n// that may have changed junctions due to major hyperedge improvement.\n//\nvoid HyperedgeTreeNode::updateConnEnds(HyperedgeTreeEdge *ignored, \n        bool forward, ConnRefList& changedConns)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        HyperedgeTreeEdge *edge = *curr;\n        if (edge != ignored)\n        {\n            if (junction)\n            {\n                // If we're at a junction, then we are effectively starting\n                // our traversal along a connector, so create this new connector\n                // and set it's start ConnEnd to be this junction.\n                forward = travellingForwardOnConnector(edge->conn, junction);\n\n                std::pair<ConnEnd, ConnEnd> existingEnds = \n                        edge->conn->endpointConnEnds();\n                ConnEnd existingEnd = (forward) ? \n                        existingEnds.first : existingEnds.second;\n                if (existingEnd.junction() != junction)\n                {\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n                    fprintf(stderr, \"HyperedgeImprover: changed %s of \"\n                            \"connector %u (from junction %u to %u)\\n\", \n                            (forward) ? \"src\" : \"tar\", edge->conn->id(),\n                            existingEnd.junction()->id(), junction->id());\n#endif\n                    unsigned short end = (forward) ? VertID::src : VertID::tar;\n                    ConnEnd connend(junction);\n                    edge->conn->updateEndPoint(end, connend);\n                    changedConns.push_back(edge->conn);\n                }\n            }\n    \n            // Continue recursive traversal.\n            edge->updateConnEnds(this, forward, changedConns);\n        }\n    }\n}\n\n\n// This method traverses the hyperedge tree and returns a list of the junctions\n// and connectors that make up the hyperedge.\n//\nvoid HyperedgeTreeNode::listJunctionsAndConnectors(HyperedgeTreeEdge *ignored,\n        JunctionRefList& junctions, ConnRefList& connectors)\n{\n    if (junction)\n    {\n        junctions.push_back(junction);\n    }\n\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            (*curr)->listJunctionsAndConnectors(this, junctions, connectors);\n        }\n    }\n}\n\n\nvoid HyperedgeTreeNode::validateHyperedge(const HyperedgeTreeEdge *ignored, \n        const size_t dist) const \n{\n    size_t newDist = dist;\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n    if (junction)\n    {\n        if (newDist == 0)\n        {\n            fprintf(stderr,\"\\nHyperedge topology:\\n\");\n        }\n        else\n        {\n            ++newDist;\n        }\n        for (size_t d = 0; d < newDist; ++d)\n        {\n            fprintf(stderr,\"  \");\n        }\n        fprintf(stderr, \"j(%d)\\n\", junction->id());\n        ++newDist;\n    }\n    else if (edges.size() == 1)\n    {\n        ++newDist;\n        for (size_t d = 0; d < newDist; ++d)\n        {\n            fprintf(stderr, \"  \");\n        }\n        fprintf(stderr, \"t()\\n\");\n        ++newDist;\n    }\n#endif\n    for (std::list<HyperedgeTreeEdge *>::const_iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        HyperedgeTreeEdge *edge = *curr;\n        std::pair<ConnEnd, ConnEnd> connEnds = edge->conn->endpointConnEnds();\n\n        if (junction)\n        {\n            COLA_ASSERT((connEnds.first.junction() == junction) ||\n                        (connEnds.second.junction() == junction));\n            COLA_ASSERT(connEnds.first.junction() != connEnds.second.junction());\n        }\n        else if (edges.size() == 1)\n        {\n            COLA_ASSERT(!connEnds.first.junction() || \n                        !connEnds.second.junction());\n        }\n        \n        if (edge != ignored)\n        {\n            edge->validateHyperedge(this, newDist);\n        }\n    }\n}\n\n\n// This method traverses the hyperedge tree, clearing up the objects and\n// memory used to store the tree.\n//\nvoid HyperedgeTreeNode::deleteEdgesExcept(HyperedgeTreeEdge *ignored)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if (*curr != ignored)\n        {\n            (*curr)->deleteNodesExcept(this);\n            delete *curr;\n        }\n    }\n    edges.clear();\n}\n\n\n// This method disconnects a specific hyperedge tree edge from the given node.\n//\nvoid HyperedgeTreeNode::disconnectEdge(HyperedgeTreeEdge *edge)\n{\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = edges.begin();\n            curr != edges.end(); )\n    {\n        if (*curr == edge)\n        {\n            curr = edges.erase(curr);\n        }\n        else\n        {\n            ++curr;\n        }\n    }\n\n}\n\n\n// This method moves all edges attached to oldNode to instead be attached to\n// the given hyperedge tree node.\n//\nvoid HyperedgeTreeNode::spliceEdgesFrom(HyperedgeTreeNode *oldNode)\n{\n    COLA_ASSERT(oldNode != this);\n    for (std::list<HyperedgeTreeEdge *>::iterator curr = oldNode->edges.begin();\n            curr != oldNode->edges.end(); curr = oldNode->edges.begin())\n    {\n        (*curr)->replaceNode(oldNode, this);\n    }\n}\n\n\nbool HyperedgeTreeNode::isImmovable(void) const\n{\n    if ((edges.size() == 1) || (junction && junction->positionFixed()))\n    {\n        return true;\n    }\n    for (std::list<HyperedgeTreeEdge *>::const_iterator curr = edges.begin();\n            curr != edges.end(); ++curr)\n    {\n        if ((*curr)->hasFixedRoute)\n        {\n            return true;\n        }\n    }\n    return false;\n}\n\n// Constructs a new hyperedge tree edge, given two endpoint nodes.\n//\nHyperedgeTreeEdge::HyperedgeTreeEdge(HyperedgeTreeNode *node1,\n        HyperedgeTreeNode *node2, ConnRef *conn)\n    : conn(conn),\n      hasFixedRoute(false)\n{\n    if (conn)\n    {\n        hasFixedRoute = conn->hasFixedRoute();\n    }\n    ends = std::make_pair(node1, node2);\n    node1->edges.push_back(this);\n    node2->edges.push_back(this);\n}\n\n\n// Given one endpoint of the hyperedge tree edge, returns the other endpoint.\n//\nHyperedgeTreeNode *HyperedgeTreeEdge::followFrom(HyperedgeTreeNode *from) const\n{\n    return (ends.first == from) ? ends.second : ends.first;\n}\n\n\n// Returns true if the length of this edge is zero, i.e., the endpoints are\n// located at the same position.\n//\nbool HyperedgeTreeEdge::zeroLength(void) const\n{\n    return (ends.first->point == ends.second->point);\n}\n\n\n// This method traverses the hyperedge tree and outputs each of the edges\n// and junction positions as SVG objects to the file fp.\n//\nvoid HyperedgeTreeEdge::outputNodesExcept(FILE *fp, HyperedgeTreeNode *ignored)\n{\n    fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n            \"style=\\\"fill: none; stroke: %s; stroke-width: 2px; \"\n            \"stroke-opacity: 0.5;\\\" />\\n\",\n            ends.first->point.x, ends.first->point.y, \n            ends.second->point.x, ends.second->point.y, \"purple\");\n    if (ends.first != ignored)\n    {\n        ends.first->outputEdgesExcept(fp, this);\n    }\n\n    if (ends.second != ignored)\n    {\n        ends.second->outputEdgesExcept(fp, this);\n    }\n}\n\n\n// This method returns true if the edge is in the dimension given, i.e.,\n// either horizontal or vertical.\n//\nbool HyperedgeTreeEdge::hasOrientation(const size_t dimension) const\n{\n    return (ends.first->point[dimension] == ends.second->point[dimension]);\n}\n\n\n// This method updates any of the given hyperedge tree edge's endpoints that\n// are attached to oldNode to instead be attached to newNode.\n//\nvoid HyperedgeTreeEdge::replaceNode(HyperedgeTreeNode *oldNode,\n        HyperedgeTreeNode *newNode)\n{\n    if (ends.first == oldNode)\n    {\n        oldNode->disconnectEdge(this);\n        newNode->edges.push_back(this);\n        ends.first = newNode;\n    }\n    else if (ends.second == oldNode)\n    {\n        oldNode->disconnectEdge(this);\n        newNode->edges.push_back(this);\n        ends.second = newNode;\n    }\n}\n\n\n// This method traverses the hyperedge tree and writes each of the paths\n// back to the individual connectors as routes.\n//\nvoid HyperedgeTreeEdge::writeEdgesToConns(HyperedgeTreeNode *ignored,\n        size_t pass)\n{\n    COLA_ASSERT(ignored != nullptr);\n    COLA_ASSERT(ends.first != nullptr);\n    COLA_ASSERT(ends.second != nullptr);\n\n    HyperedgeTreeNode *prevNode = \n            (ignored == ends.first) ? ends.first : ends.second;\n    HyperedgeTreeNode *nextNode = \n            (ignored == ends.first) ? ends.second : ends.first;\n\n    if (pass == 0)\n    {\n        conn->m_display_route.clear();\n    }\n    else if (pass == 1)\n    {\n        if (conn->m_display_route.empty())\n        {\n            //printf(\"[%u] - %g %g\\n\", conn->id(), prevNode->point.x, prevNode->point.y);\n            conn->m_display_route.ps.push_back(prevNode->point);\n        }\n        //printf(\"[%u] + %g %g\\n\", conn->id(), nextNode->point.x, nextNode->point.y);\n        conn->m_display_route.ps.push_back(nextNode->point);\n\n        size_t nextNodeEdges = nextNode->edges.size();\n        if (nextNodeEdges != 2)\n        {\n            // We have finished writing a connector.  If the node has just\n            // two edges then it is an intermediate node on a connector.\n            bool shouldReverse = false;\n            if (nextNodeEdges == 1)\n            {\n                // This connector led to a terminal.\n                if (nextNode->isConnectorSource)\n                {\n                    shouldReverse = true;\n                }\n                \n                if (nextNode->isPinDummyEndpoint)\n                {\n                    // If may be that the hyperedge has an extra segment or\n                    // two leading to the centre dummy pin used for connection \n                    // pin routing.  If so, remove these points from the\n                    // resulting route.\n                    conn->m_display_route.ps.pop_back();\n                    if (prevNode->point == nextNode->point)\n                    {\n                        // Duplicated dummy point.  Remove second one.\n                        conn->m_display_route.ps.pop_back();\n                    }\n                }\n            }\n            else // if (nextNodeEdges > 2)\n            {\n                // This connector was between two junctions.\n                COLA_ASSERT(conn->m_dst_connend);\n                JunctionRef *correctEndJunction = \n                        conn->m_dst_connend->junction();\n                if (nextNode->junction != correctEndJunction)\n                {\n                    shouldReverse = true;\n                }\n            }\n\n            if (shouldReverse == true)\n            {\n                // Reverse the written connector route.\n                std::reverse(conn->m_display_route.ps.begin(),\n                        conn->m_display_route.ps.end());\n            }\n        }\n\n#ifdef DEBUGHANDLER\n        if (conn->router()->debugHandler())\n        {\n            conn->router()->debugHandler()->updateConnectorRoute(\n                    conn, -1, -1);\n        }\n#endif\n    }\n\n    nextNode->writeEdgesToConns(this, pass);\n}\n\n// This method traverses the hyperedge tree and creates connectors for each\n// segment bridging junction and/or terminals.  It also sets the \n// appropriate ConnEnds for each connector.\n//\nvoid HyperedgeTreeEdge::addConns(HyperedgeTreeNode *ignored, Router *router,\n        ConnRefList& oldConns)\n{\n    COLA_ASSERT(conn != nullptr);\n    HyperedgeTreeNode *endNode = nullptr;\n    if (ends.first && (ends.first != ignored))\n    {\n        endNode = ends.first;\n        ends.first->addConns(this, router, oldConns, conn);\n    }\n\n    if (ends.second && (ends.second != ignored))\n    {\n        endNode = ends.second;\n        ends.second->addConns(this, router, oldConns, conn);\n    }\n\n    if (endNode->finalVertex)\n    {\n        // We have reached a terminal of the hyperedge, so set a ConnEnd for\n        // the original connector endpoint\n        ConnEnd connend;\n        bool result = false;\n        // Find the ConnEnd from the list of original connectors.\n        for (ConnRefList::iterator curr = oldConns.begin(); \n                curr != oldConns.end(); ++curr)\n        {\n            result |= (*curr)->getConnEndForEndpointVertex(\n                    endNode->finalVertex, connend);\n            if (result)\n            {\n                break;\n            }\n        }\n        if (result)\n        {\n            // XXX: Create new conn here.\n            conn->updateEndPoint(VertID::tar, connend);\n        }\n    }\n    else if (endNode->junction)\n    {\n        // Or, set a ConnEnd connecting to the junction we have reached.\n        ConnEnd connend(endNode->junction);\n        conn->updateEndPoint(VertID::tar, connend);\n    }\n}\n\n\n// This method traverses the hyperedge tree and rewrites connector ends\n// that may have changed junctions due to major hyperedge improvement.\n//\nvoid HyperedgeTreeEdge::updateConnEnds(HyperedgeTreeNode *ignored, \n        bool forward, ConnRefList& changedConns)\n{\n    HyperedgeTreeNode *endNode = nullptr;\n    if (ends.first && (ends.first != ignored))\n    {\n        endNode = ends.first;\n        ends.first->updateConnEnds(this, forward, changedConns);\n    }\n\n    if (ends.second && (ends.second != ignored))\n    {\n        endNode = ends.second;\n        ends.second->updateConnEnds(this, forward, changedConns);\n    }\n\n    if (endNode->junction)\n    {\n        // We've reached a junction at the end of this connector, and it's\n        // not an endpoint of the hyperedge.  So  the connector ConnEnd to \n        // connect to the junction we have reached.\n        std::pair<ConnEnd, ConnEnd> existingEnds = conn->endpointConnEnds();\n        ConnEnd existingEnd = (forward) ?\n                existingEnds.second : existingEnds.first;\n        if (existingEnd.junction() != endNode->junction)\n        {\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n            fprintf(stderr, \"HyperedgeImprover: changed %s of \"\n                    \"connector %u (from junction %u to %u)\\n\", \n                    (forward) ? \"tar\" : \"src\", conn->id(),\n                    existingEnd.junction()->id(), endNode->junction->id());\n#endif\n            ConnEnd connend(endNode->junction);\n            unsigned short end = (forward) ? VertID::tar : VertID::src;\n            conn->updateEndPoint(end, connend);\n\n            // Record that this connector was changed (so long as it wasn't \n            // already recorded).\n            if (changedConns.empty() || (changedConns.back() != conn))\n            {\n                changedConns.push_back(conn);\n            }\n        }\n    }\n}\n\n// This method traverses the hyperedge tree and returns a list of the junctions\n// and connectors that make up the hyperedge.\n//\nvoid HyperedgeTreeEdge::listJunctionsAndConnectors(HyperedgeTreeNode *ignored,\n        JunctionRefList& junctions, ConnRefList& connectors)\n{\n    ConnRefList::iterator foundPosition =\n            std::find(connectors.begin(), connectors.end(), conn);\n    if (foundPosition == connectors.end())\n    {\n        // Add connector if it isn't already in the list.\n        connectors.push_back(conn);\n    }\n\n    if (ends.first != ignored)\n    {\n        ends.first->listJunctionsAndConnectors(this, junctions, connectors);\n    }\n    else if (ends.second != ignored)\n    {\n        ends.second->listJunctionsAndConnectors(this, junctions, connectors);\n    }\n}\n\n\nvoid HyperedgeTreeEdge::validateHyperedge(\n        const HyperedgeTreeNode *ignored, const size_t dist) const\n{\n#ifdef MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n    for (size_t d = 0; d < dist; ++d)\n    {\n        fprintf(stderr, \"  \");\n    }\n    fprintf(stderr, \"-(%d)\\n\", conn->id());\n#endif\n    if (ends.first != ignored)\n    {\n        ends.first->validateHyperedge(this, dist);\n    }\n    else if (ends.second != ignored)\n    {\n        ends.second->validateHyperedge(this, dist);\n    }\n}\n\n\n// This method splits the current edge, adding a node at the given point.\n// The current edge will connect the source node and the newly created node.\n// A new edge will connect the new node and the node at the other end of the\n// original edge.\n//\nvoid HyperedgeTreeEdge::splitFromNodeAtPoint(HyperedgeTreeNode *source, \n        const Point& point)\n{\n    // Make the source the first of the two nodes.\n    if (ends.second == source)\n    {\n        std::swap(ends.second, ends.first);\n    }\n    COLA_ASSERT(ends.first == source);\n\n    // Remember the other end.\n    HyperedgeTreeNode *target = ends.second;\n\n    // Create a new node for the split point at the given position.\n    HyperedgeTreeNode *split = new HyperedgeTreeNode();\n    split->point = point;\n\n    // Create a new edge between the split point and the other end.\n    new HyperedgeTreeEdge(split, target, conn);\n    \n    // Disconnect the current edge from the other end and connect it to \n    // the new split point node.\n    target->disconnectEdge(this);\n    ends.second = split;\n    split->edges.push_back(this);\n}\n\n\n// This method disconnects the hyperedge tree edge nodes that it's attached to.\n//\nvoid HyperedgeTreeEdge::disconnectEdge(void)\n{\n    COLA_ASSERT(ends.first != nullptr);\n    COLA_ASSERT(ends.second != nullptr);\n\n    ends.first->disconnectEdge(this);\n    ends.second->disconnectEdge(this);\n    ends.first = nullptr;\n    ends.second = nullptr;\n}\n\n\n// This method traverses the hyperedge tree and removes from treeRoots any\n// junction nodes.\n//\nbool HyperedgeTreeEdge::removeOtherJunctionsFrom(HyperedgeTreeNode *ignored,\n        JunctionSet& treeRoots)\n{\n    bool containsCycle = false;\n    if (ends.first && (ends.first != ignored))\n    {\n        containsCycle |= ends.first->removeOtherJunctionsFrom(this, treeRoots);\n    }\n\n    if (ends.second && (ends.second != ignored))\n    {\n        containsCycle |= ends.second->removeOtherJunctionsFrom(this, treeRoots);\n    }\n    return containsCycle;\n}\n\n\n// This method traverses the hyperedge tree, clearing up the objects and\n// memory used to store the tree.\n//\nvoid HyperedgeTreeEdge::deleteNodesExcept(HyperedgeTreeNode *ignored)\n{\n    if (ends.first && (ends.first != ignored))\n    {\n        ends.first->deleteEdgesExcept(this);\n        delete ends.first;\n    }\n    ends.first = nullptr;\n\n    if (ends.second && (ends.second != ignored))\n    {\n        ends.second->deleteEdgesExcept(this);\n        delete ends.second;\n    }\n    ends.second = nullptr;\n}\n\n\nCmpNodesInDim::CmpNodesInDim(const size_t dim)\n    : m_dimension(dim)\n{\n}\n\n\n// Nodes in set are ordered by position along a line in a certain dimension, \n// and then by Node pointer since multiple may exist at a particular position.\nbool CmpNodesInDim::operator()(const HyperedgeTreeNode *lhs,\n        const HyperedgeTreeNode *rhs) const\n{\n    if (lhs->point[m_dimension] != rhs->point[m_dimension])\n    {\n        return lhs->point[m_dimension] < rhs->point[m_dimension];\n    }\n    return lhs < rhs;\n}\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/hyperedgetree.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n#ifndef AVOID_HYPEREDGETREE_H\n#define AVOID_HYPEREDGETREE_H\n\n#include <cstdio>\n#include <list>\n#include <map>\n#include <set>\n#include <utility>\n\n#include \"libavoid/geomtypes.h\"\n\n//#define MAJOR_HYPEREDGE_IMPROVEMENT_DEBUG\n\nnamespace Avoid {\n\n// These classes are not intended for public use.\n// They are used to represent a hyperedge as a tree that certain\n// transformations can be easily performed on to improve the routing\n// of the hyperedge.\n\nclass JunctionRef;\nclass ConnRef;\nclass HyperedgeShiftSegment;\nclass VertInf;\nclass Router;\n\nstruct HyperedgeTreeEdge;\nstruct HyperedgeTreeNode;\n\ntypedef std::map<JunctionRef *, HyperedgeTreeNode *>\n        JunctionHyperedgeTreeNodeMap;\ntypedef std::set<JunctionRef *> JunctionSet;\ntypedef std::list<JunctionRef *> JunctionRefList;\ntypedef std::list<ConnRef *> ConnRefList;\n\nclass CmpNodesInDim;\n\ntypedef std::set<HyperedgeTreeNode *, CmpNodesInDim> OrderedHENodeSet;\n\nstruct HyperedgeTreeNode\n{\n    HyperedgeTreeNode();\n    ~HyperedgeTreeNode();\n\n    void deleteEdgesExcept(HyperedgeTreeEdge *ignored);\n    bool removeOtherJunctionsFrom(HyperedgeTreeEdge *ignored, \n            JunctionSet &treeRoots);\n    void outputEdgesExcept(FILE *fp, HyperedgeTreeEdge *ignored);\n    void disconnectEdge(HyperedgeTreeEdge *edge);\n    void spliceEdgesFrom(HyperedgeTreeNode *oldNode);\n    void writeEdgesToConns(HyperedgeTreeEdge *ignored, size_t pass);\n    void addConns(HyperedgeTreeEdge *ignored, Router *router, \n            ConnRefList& oldConns, ConnRef *conn);\n    void updateConnEnds(HyperedgeTreeEdge *ignored, bool forward,\n            ConnRefList& changedConns);\n    void listJunctionsAndConnectors(HyperedgeTreeEdge *ignored,\n            JunctionRefList& junctions, ConnRefList& connectors);\n    bool isImmovable(void) const;\n    void validateHyperedge(const HyperedgeTreeEdge *ignored, \n            const size_t dist) const;\n\n    std::list<HyperedgeTreeEdge *> edges;\n    JunctionRef *junction;\n    Point point;\n    OrderedHENodeSet *shiftSegmentNodeSet;\n    VertInf *finalVertex;\n    bool isConnectorSource;\n    bool isPinDummyEndpoint;\n    bool visited;\n};\n\nstruct HyperedgeTreeEdge\n{\n    HyperedgeTreeEdge(HyperedgeTreeNode *node1, HyperedgeTreeNode *node2,\n            ConnRef *conn);\n\n    HyperedgeTreeNode *followFrom(HyperedgeTreeNode *from) const;\n    bool zeroLength(void) const;\n    void splitFromNodeAtPoint(HyperedgeTreeNode *source, const Point& point);\n    bool hasOrientation(const size_t dimension) const;\n    void outputNodesExcept(FILE *file, HyperedgeTreeNode *ignored);\n    void deleteNodesExcept(HyperedgeTreeNode *ignored);\n    bool removeOtherJunctionsFrom(HyperedgeTreeNode *ignored, \n            JunctionSet &treeRoots);\n    void writeEdgesToConns(HyperedgeTreeNode *ignored, size_t pass);\n    void addConns(HyperedgeTreeNode *ignored, Router *router,\n            ConnRefList& oldConns);\n    void updateConnEnds(HyperedgeTreeNode *ignored, bool forward,\n            ConnRefList& changedConns);\n    void disconnectEdge(void);\n    void replaceNode(HyperedgeTreeNode *oldNode,\n            HyperedgeTreeNode *newNode);\n    void listJunctionsAndConnectors(HyperedgeTreeNode *ignored,\n            JunctionRefList& junctions, ConnRefList& connectors);\n    void validateHyperedge(const HyperedgeTreeNode *ignored, \n            const size_t dist) const;\n\n    std::pair<HyperedgeTreeNode *, HyperedgeTreeNode *> ends;\n    ConnRef *conn;\n    bool hasFixedRoute;\n};\n\n\ntypedef std::map<VertInf *, HyperedgeTreeNode *> VertexNodeMap;\n\n\nclass CmpNodesInDim\n{\n    public:\n        CmpNodesInDim(const size_t dim);\n        bool operator()(const HyperedgeTreeNode *lhs,\n                const HyperedgeTreeNode *rhs) const;\n    private:\n        const size_t m_dimension;\n};\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/junction.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2010-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cstdlib>\n#include <algorithm>\n\n#include \"libavoid/junction.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/connectionpin.h\"\n#include \"libavoid/debug.h\"\n\n\nnamespace Avoid {\n\n\nJunctionRef::JunctionRef(Router *router, Point position, const unsigned int id)\n    : Obstacle(router, makeRectangle(router, position), id),\n      m_position(position),\n      m_recommended_position(position),\n      m_position_fixed(false)\n{\n    // For Junctions we use a single non-exclusive pin.\n    ShapeConnectionPin *pin = new Avoid::ShapeConnectionPin(this,\n            Avoid::CONNECTIONPIN_CENTRE, ConnDirAll);\n    pin->setExclusive(false);\n    m_connection_pins.insert(pin);\n\n    m_router->addJunction(this);\n}\n\nJunctionRef::~JunctionRef()\n{\n    if (m_router->m_currently_calling_destructors == false)\n    {\n        err_printf(\"ERROR: JunctionRef::~JunctionRef() shouldn't be called directly.\\n\");\n        err_printf(\"       It is owned by the router.  Call Router::deleteJunction() instead.\\n\");\n        abort();\n    }\n}\n\n\nRectangle JunctionRef::makeRectangle(Router *router, const Point& position)\n{\n    COLA_ASSERT(router);\n\n    // A suitably small value.\n    double nudgeDist = router->routingParameter(idealNudgingDistance);\n    nudgeDist = std::min(1.0, nudgeDist);\n\n    Point low = position;\n    low.x -= nudgeDist;\n    low.y -= nudgeDist;\n\n    Point high = position;\n    high.x += nudgeDist;\n    high.y += nudgeDist;\n\n    return Rectangle(low, high);\n}\n\n\nvoid JunctionRef::setPositionFixed(bool fixed)\n{\n    m_position_fixed = fixed;\n    m_router->registerSettingsChange();\n}\n\n\nbool JunctionRef::positionFixed(void) const\n{\n    return m_position_fixed;\n}\n\n\nvoid JunctionRef::preferOrthogonalDimension(const size_t dim)\n{\n    const double smallPenalty = 1.0;\n    for (ShapeConnectionPinSet::iterator curr = \n            m_connection_pins.begin(); curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *pin = *curr;\n        if (dim == YDIM)\n        {\n            if (pin->directions() & (ConnDirLeft | ConnDirRight))\n            {\n                pin->setConnectionCost(smallPenalty);\n            }\n        }\n        else if (dim == XDIM)\n        {\n            if (pin->directions() & (ConnDirUp | ConnDirDown))\n            {\n                pin->setConnectionCost(smallPenalty);\n            }\n        }\n    }\n}\n\n\nPoint JunctionRef::position(void) const\n{\n    return m_position;\n}\n\n\nvoid JunctionRef::setPosition(const Point& position)\n{\n    m_position = position;\n    m_recommended_position = position;\n    m_polygon = makeRectangle(m_router, m_position);\n    setNewPoly(m_polygon);\n}\n\n\nPoint JunctionRef::recommendedPosition(void) const\n{\n    return m_recommended_position;\n}\n\n\nvoid JunctionRef::setRecommendedPosition(const Point& position)\n{\n    m_recommended_position = position;\n}\n\n\nvoid JunctionRef::outputCode(FILE *fp) const\n{\n    fprintf(fp, \"    JunctionRef *junctionRef%u = new JunctionRef(router, \"\n            \"Point(%g, %g), %u);\\n\", id(), position().x, position().y, id());\n    if (m_position_fixed)\n    {\n        fprintf(fp, \"    junctionRef%u->setPositionFixed(true);\\n\", id());\n    }\n    \n    fprintf(fp, \"    /*\\n\");\n    fprintf(fp, \"    // This may be useful if junction pins are modified.\\n\");\n    for (ShapeConnectionPinSet::const_iterator curr = \n            m_connection_pins.begin(); \n            curr != m_connection_pins.end(); ++curr)\n    {\n        (*curr)->outputCode(fp);\n    }\n    fprintf(fp, \"    */\\n\");\n    fprintf(fp, \"\\n\");\n}\n\n\nvoid JunctionRef::moveAttachedConns(const Point& newPosition)\n{\n    // Update positions of attached connector ends.\n    for (std::set<ConnEnd *>::iterator curr = m_following_conns.begin();\n            curr != m_following_conns.end(); ++curr)\n    {\n        ConnEnd *connEnd = *curr;\n        COLA_ASSERT(connEnd->m_conn_ref != nullptr);\n        m_router->modifyConnector(connEnd->m_conn_ref, connEnd->endpointType(),\n                *connEnd);\n    }\n    for (ShapeConnectionPinSet::iterator curr = \n            m_connection_pins.begin(); curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *pin = *curr;\n        pin->updatePosition(newPosition);\n    }\n}\n\n\nConnRef *JunctionRef::removeJunctionAndMergeConnectors(void)\n{\n    if (m_following_conns.size() != 2)\n    {\n        return nullptr;\n    }\n\n    std::set<ConnEnd *>::iterator curr = m_following_conns.begin();\n    ConnEnd *connEnd1 = *curr;\n    ++curr;\n    ConnEnd *connEnd2 = *curr;\n    COLA_ASSERT(connEnd2->m_conn_ref != nullptr);\n    COLA_ASSERT(connEnd1->m_conn_ref != nullptr);\n\n    // The second conn will be the one we will delete.\n    ConnRef *conn2 = connEnd2->m_conn_ref;\n    // Determine its endpoint that is not attached to the junction.\n    ConnEnd *connEnd2Other = (conn2->m_src_connend == connEnd2) ? \n            conn2->m_dst_connend : conn2->m_src_connend;\n    if (connEnd2Other == nullptr)\n    {\n        // If it doesn't have a valid other endpoint, then ignore.\n        return nullptr;\n    }\n    // Modify the first connector's junction endpoint to connect to the \n    // other end of the second connector.\n    m_router->modifyConnector(connEnd1->m_conn_ref,\n            connEnd1->endpointType(), *connEnd2Other);\n\n    // Delete the second connector.\n    m_router->deleteConnector(conn2);\n\n    // Remove the junction from the router scene.  It should get deleted later.\n    m_router->deleteJunction(this);\n\n    // Return the first (i.e. merged) connector.\n    return connEnd1->m_conn_ref;\n}\n\n\n//============================================================================\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/junction.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2010-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    junction.h\n//! @brief   Contains the interface for the JunctionRef class.\n\n\n#ifndef AVOID_JUNCTION_H\n#define AVOID_JUNCTION_H\n\n#include <list>\n#include <set>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/obstacle.h\"\n#include \"libavoid/dllexport.h\"\n\nnamespace Avoid {\n\nclass Router;\nclass VertInf;\nclass ConnEnd;\nclass ConnRef;\nclass ShapeConnectionPin;\nclass JunctionRef;\ntypedef std::list<JunctionRef *> JunctionRefList;\n\n\n//! @brief  The JunctionRef class represents a fixed or free-floating point that \n//!         connectors can be attached to.  \n//!\n//! A JunctionRef represents a junction between multiple connectors, or could\n//! be used to specify an intermediate point that a single connector must route\n//! through.\n//!\nclass AVOID_EXPORT JunctionRef : public Obstacle\n{\n    public:\n        //! @brief  Junction reference constructor.\n        //!\n        //! Creates a junction object reference, and adds it to the router\n        //! scene.  This junction will be considered to be an obstacle.\n        //! This will cause connectors intersecting the newly added junction\n        //! to be marked as needing to be rerouted.\n        //!\n        //! If the router is using transactions, then changes will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! The junction can be moved with Router::moveJunction() and removed\n        //! from the scene and freed with Router::deleteJunction().\n        //!\n        //! libavoid expects junctions to have sensible positions (i.e.,\n        //! for junctions to be positioned outside of shapes).  When routing \n        //! it will simplify hyperedges by moving junctions while preserving \n        //! hyperedge topology, i.e., not altering the sides of shapes the \n        //! hyperedge routes around.\n        //!\n        //! If you don't have sensible positions for junctions or want to \n        //! disregard the junction position and reroute the entire hyperedge \n        //! considering only the endpoints, then this can be achieved by \n        //! registering the hyperedge with the HyperedgeRerouter class\n        //! obtained by calling the Router::hyperedgeRerouter() method.\n        //! \n        //! When the improveHyperedgeRoutesMovingJunctions router option is\n        //! set (the default) the junction position is a suggestion used for\n        //! initial routing, but subsequent hyperedge path improvement may\n        //! suggest new junction positions for the updated routings.  This\n        //! position can be accessed via the recommendedPosition() method.\n        //!\n        //! When the improveHyperedgeRoutesMovingAddingAndDeletingJunctions\n        //! router option is set (not the default) junctions and connectors\n        //! can be added or removed to further improve hyperedges, see also\n        //! Router::newAndDeletedObjectListsFromHyperedgeImprovement().\n        //!\n        //! @note Regarding IDs:\n        //!       You can let libavoid manually handle IDs by not specifying\n        //!       them.  Alternatively, you can specify all IDs yourself, but \n        //!       you must be careful to makes sure that each object in the \n        //!       scene (shape, connector, cluster, etc.) is given a unique, \n        //!       positive ID.  This uniqueness is checked if assertions are\n        //!       enabled, but if not and there are clashes then strange \n        //!       things can happen.\n        //!\n        //! @param[in]  router   The router scene to place the junction into.\n        //! @param[in]  position A Point representing the position of the \n        //!                      junction.\n        //! @param[in]  id       Optionally, a positive integer ID unique\n        //!                      among all objects.\n        //!\n        JunctionRef(Router *router, Point position, const unsigned int id = 0);\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        //! @brief  Junction reference destructor.\n        //!\n        //! Do not call this yourself, instead call Router::deleteJunction().\n        //! Ownership of this object belongs to the router scene.\n        virtual ~JunctionRef();\n#endif\n\n        //! @brief  Removes a junction that has only two connectors attached\n        //!         to it and merges them into a single connector.\n        //!\n        //! The junction and one of the connectors will be removed from the\n        //! router scene and the connector deleted.  A pointer to the \n        //! remaining (merged) connector will be returned by this method.\n        //!\n        //! Currently this method does not delete and free the Junction itself.\n        //! The user needs to do this after the transaction has been \n        //! processed by the router.\n        //!\n        //! If there are more than two connectors attached to the junction\n        //! then nothing will be changed and this method will return nullptr.\n        //!\n        //! @return  The merged connector, or nullptr if the junction was not\n        //!          removed.\n        ConnRef *removeJunctionAndMergeConnectors(void);\n\n        //! @brief   Returns the position of this junction.\n        //! @returns A point representing the position of this junction.\n        Point position(void) const;\n\n        //! @brief  Sets whether the junction has a fixed position and\n        //!         therefore can't be moved by the Router during routing.\n        //!\n        //! This property is ignored for hyperedge improvement if the option\n        //! improveHyperedgeRoutesMovingAddingAndDeletingJunctions is set and\n        //! when it would lead to confusing hyperedge topology, such as two\n        //! overlapping junctions with a zero length connector between them\n        //! or an unnecessary junction bridging two connectors.\n        //!\n        //! @param[in]  fixed  Boolean indicating whether the junction position\n        //!                    should be marked as fixed.\n        void setPositionFixed(bool fixed);\n        \n        //! @brief   Returns whether this junction has a fixed position (that \n        //!          can't be moved by the Router during routing).\n        //! @returns A point representing the position of this junction.\n        bool positionFixed(void) const;\n        \n        //! @brief   Returns a recommended position for the junction based on\n        //!          improving hyperedge routes. This value will be set during\n        //!          routing when the improveHyperedgeRoutesMovingJunctions\n        //!          router option is set (the default).\n        //! @returns A point indicating the ideal position for this junction.\n        Point recommendedPosition(void) const;\n\n        Rectangle makeRectangle(Router *router, const Point& position);\n        void preferOrthogonalDimension(const size_t dim);\n\n    private:\n        friend class Router;\n        friend class ShapeConnectionPin;\n        friend class ConnEnd;\n        friend class HyperedgeImprover;\n\n        void outputCode(FILE *fp) const;\n        void setPosition(const Point& position);\n        void setRecommendedPosition(const Point& position);\n        void moveAttachedConns(const Point& newPosition);\n\n        Point m_position;\n        Point m_recommended_position;\n        bool m_position_fixed;\n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/libavoid.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file  libavoid.h\n//! @brief Standard libavoid include file which includes all libavoid \n//!        header files.\n\n/**\n * @namespace Avoid\n * @brief libavoid: Object-avoiding orthogonal and polyline connector \n *        routing library.\n *\n * You should use libavoid via an instance of the Router class.\n */\n#ifndef AVOID_LIBAVOID_H\n#define AVOID_LIBAVOID_H\n\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/timer.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/visibility.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/connectionpin.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/viscluster.h\"\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/libavoid.pc.in",
    "content": "prefix=@prefix@\nexec_prefix=@exec_prefix@\nlibdir=@libdir@\nincludedir=@includedir@\n\nName: libavoid\nDescription: A library for object-avoiding polyline and orthogonal connector routing for use in interactive diagram editors.\nURL: http://www.adaptagrams.org/\nVersion: @VERSION@\nRequires:\nLibs: -L${libdir} -lavoid\nCflags: -I${includedir}/libavoid"
  },
  {
    "path": "cola/libavoid/libavoid.sln",
    "content": "\r\nMicrosoft Visual Studio Solution File, Format Version 11.00\r\n# Visual Studio 2010\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"libavoid\", \"libavoid.vcxproj\", \"{798C3D94-BF71-4C72-A29D-0E74C2EB296A}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"2junctions\", \"tests\\msctests\\2junctions.vcxproj\", \"{4C07F666-EB74-44E9-811C-57CFCCC553C8}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"example\", \"tests\\msctests\\example.vcxproj\", \"{6943E11D-22DE-4F6A-A30E-C7D23681B507}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"buildOrthogonalChannelInfo1\", \"tests\\msctests\\buildOrthogonalChannelInfo1.vcxproj\", \"{022C18E8-4B2A-4CF0-8660-9B691473C20E}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"checkpointNudging1\", \"tests\\msctests\\checkpointNudging1.vcxproj\", \"{33240DD8-FDA7-4157-B022-C71E0B29467B}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"checkpointNudging2\", \"tests\\msctests\\checkpointNudging2.vcxproj\", \"{97CCD32F-F345-4B41-BC79-50EE7644FCCD}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"checkpoints01\", \"tests\\msctests\\checkpoints01.vcxproj\", \"{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"junction01\", \"tests\\msctests\\junction01.vcxproj\", \"{35D83117-8DA7-495E-A045-DFDC555227C8}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"complex\", \"tests\\msctests\\complex.vcxproj\", \"{EE121773-CBA2-473D-8C8C-4FCA709DE828}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"connectionpin01\", \"tests\\msctests\\connectionpin01.vcxproj\", \"{F77FA86C-07F5-468C-A162-479EEE7AEC45}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"connectionpin02\", \"tests\\msctests\\connectionpin02.vcxproj\", \"{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"connectionpin03\", \"tests\\msctests\\connectionpin03.vcxproj\", \"{69ED412A-63E6-4057-9517-D06A55DD99B0}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"connendmove\", \"tests\\msctests\\connendmove.vcxproj\", \"{980B4C23-428F-48A1-9111-40AA4777C246}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"corneroverlap01\", \"tests\\msctests\\corneroverlap01.vcxproj\", \"{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"finalSegmentNudging1\", \"tests\\msctests\\finalSegmentNudging1.vcxproj\", \"{DDD617A0-FFE1-4C05-8144-06F637FB1C7B}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"finalSegmentNudging2\", \"tests\\msctests\\finalSegmentNudging2.vcxproj\", \"{A5A5A67A-A961-4AA1-A248-196D91406169}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"finalSegmentNudging3\", \"tests\\msctests\\finalSegmentNudging3.vcxproj\", \"{6C94F0E2-5A2C-4D6D-93FC-43B9A5A578AF}\"\r\nEndProject\r\nProject(\"{8BC9CEB8-8B4A-11D0-8D11-00A0C91BC942}\") = \"freeFloatingDirection01\", \"tests\\msctests\\freeFloatingDirection01.vcxproj\", \"{8DB197B1-20B2-485D-B89E-D9A7674193BD}\"\r\nEndProject\r\nGlobal\r\n\tGlobalSection(SolutionConfigurationPlatforms) = preSolution\r\n\t\tDebug|Win32 = Debug|Win32\r\n\t\tDebug|x64 = Debug|x64\r\n\t\tRelease|Win32 = Release|Win32\r\n\t\tRelease|x64 = Release|x64\r\n\tEndGlobalSection\r\n\tGlobalSection(ProjectConfigurationPlatforms) = postSolution\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{798C3D94-BF71-4C72-A29D-0E74C2EB296A}.Release|x64.Build.0 = Release|x64\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{4C07F666-EB74-44E9-811C-57CFCCC553C8}.Release|x64.Build.0 = Release|x64\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{6943E11D-22DE-4F6A-A30E-C7D23681B507}.Release|x64.Build.0 = Release|x64\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{022C18E8-4B2A-4CF0-8660-9B691473C20E}.Release|x64.Build.0 = Release|x64\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{33240DD8-FDA7-4157-B022-C71E0B29467B}.Release|x64.Build.0 = Release|x64\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{97CCD32F-F345-4B41-BC79-50EE7644FCCD}.Release|x64.Build.0 = Release|x64\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{6C2BA2FB-CD3A-409E-B87B-6A105C7CCA48}.Release|x64.Build.0 = Release|x64\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{35D83117-8DA7-495E-A045-DFDC555227C8}.Release|x64.Build.0 = Release|x64\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{EE121773-CBA2-473D-8C8C-4FCA709DE828}.Release|x64.Build.0 = Release|x64\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{F77FA86C-07F5-468C-A162-479EEE7AEC45}.Release|x64.Build.0 = Release|x64\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{E570E7C6-CFF4-4639-855E-4C1E02F0DD85}.Release|x64.Build.0 = Release|x64\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{69ED412A-63E6-4057-9517-D06A55DD99B0}.Release|x64.Build.0 = Release|x64\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Release|x64.ActiveCfg = Release|x64\r\n\t\t{980B4C23-428F-48A1-9111-40AA4777C246}.Release|x64.Build.0 = Release|x64\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Debug|Win32.ActiveCfg = Debug|Win32\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Debug|Win32.Build.0 = Debug|Win32\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Debug|x64.ActiveCfg = Debug|x64\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Debug|x64.Build.0 = Debug|x64\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Release|Win32.ActiveCfg = Release|Win32\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Release|Win32.Build.0 = Release|Win32\r\n\t\t{8E4B6939-A58A-4DF0-B799-5662E25B7BAD}.Release|x64.ActiveCfg = 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    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n// For M_PI.\n// This should be first include for MSVC.\n#ifndef _USE_MATH_DEFINES\n#define _USE_MATH_DEFINES\n#endif\n#include <cmath>\n\n#include <algorithm>\n#include <vector>\n#include <climits>\n#include <cfloat>\n\n#include \"libavoid/makepath.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/viscluster.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/debughandler.h\"\n\n//#define ESTIMATED_COST_DEBUG\n\nnamespace Avoid {\n\nclass ANode\n{\n    public:\n        VertInf* inf;\n        double g;        // Gone\n        double h;        // Heuristic\n        double f;        // Formula f = g + h\n        \n        ANode *prevNode; // VertInf for the previous ANode.\n        int timeStamp;   // Time-stamp used to determine exploration order of\n                         // seemingly equal paths during orthogonal routing.\n\n        ANode(VertInf *vinf, int time)\n            : inf(vinf),\n              g(0),\n              h(0),\n              f(0),\n              prevNode(nullptr),\n              timeStamp(time)\n        {\n        }\n        ANode()\n            : inf(nullptr),\n              g(0),\n              h(0),\n              f(0),\n              prevNode(nullptr),\n              timeStamp(-1)\n        {\n        }\n};\n\nclass AStarPathPrivate\n{\n    public:\n        AStarPathPrivate()\n            : m_available_nodes(),\n              m_available_array_size(0),\n              m_available_array_index(0),\n              m_available_node_index(0)\n        {\n        }\n        ~AStarPathPrivate()\n        {\n            // Free memory\n            for (size_t i = 0; i < m_available_nodes.size(); ++i)\n            {\n                delete[] m_available_nodes[i];\n            }\n        }\n        // Returns a pointer to an ANode for aStar search, but allocates\n        // these in blocks \n        ANode *newANode(const ANode& node, const bool addToPending = true)\n        {\n            const size_t blockSize = 5000;\n            if ((m_available_array_index + 1 > m_available_array_size) ||\n                    (m_available_node_index >= blockSize))\n            {\n                m_available_nodes.push_back(new ANode[blockSize]);\n                ++m_available_array_size;\n                m_available_node_index = 0;\n                m_available_array_index = m_available_array_size - 1;\n            }\n            \n            ANode *nodes = m_available_nodes[m_available_array_index];\n            ANode *newNode = &(nodes[m_available_node_index++]);\n            *newNode = node;\n            if (addToPending)\n            {\n                node.inf->aStarPendingNodes.push_back(newNode);\n            }\n            return newNode;\n        }\n        void search(ConnRef *lineRef, VertInf *src, VertInf *tar, \n                VertInf *start);\n\n    private:\n        void determineEndPointLocation(double dist, VertInf *start,\n                VertInf *target, VertInf *other, int level);\n        double estimatedCost(ConnRef *lineRef, const Point *last,\n                const Point& curr) const;\n\n        std::vector<ANode *> m_available_nodes;\n        size_t m_available_array_size;\n        size_t m_available_array_index;\n        size_t m_available_node_index;\n \n        // For determining estimated cost target.\n        std::vector<VertInf *> m_cost_targets;\n        std::vector<unsigned int> m_cost_targets_directions;\n        std::vector<double> m_cost_targets_displacements;\n};\n\n\n\n// This returns the opposite result (>) so that when used with stl::make_heap, \n// the head node of the heap will be the smallest value, rather than the \n// largest.  This saves us from having to sort the heap (and then reorder\n// it back into a heap) when getting the next node to examine.  This way we\n// get better complexity -- logarithmic pushes and pops to the heap.\n//\nclass ANodeCmp\n{\n    public:\n    ANodeCmp()\n    {\n    }\nbool operator()(const ANode *a, const ANode *b)\n{\n    // We need to use an epsilon here since otherwise the multiple addition\n    // of floating point numbers that makes up the 'f' values cause a problem\n    // with routings occasionally being non-deterministic.\n    if (fabs(a->f - b->f) > 0.0000001)\n    {\n        return a->f > b->f;\n    }\n    if (a->timeStamp != b->timeStamp)\n    {\n        // Tiebreaker, if two paths have equal cost, then choose the one with\n        // the highest timeStamp.  This corresponds to the furthest point\n        // explored along the straight-line path.  When exploring we give the\n        // directions the following timeStamps; left:1, right:2 and forward:3,\n        // then we always try to explore forward first.\n        return a->timeStamp < b->timeStamp;\n    }\n    return false;\n}\n};\n\n\nstatic double Dot(const Point& l, const Point& r)\n{\n    return (l.x * r.x) + (l.y * r.y);\n}\n\nstatic double CrossLength(const Point& l, const Point& r)\n{\n    return (l.x * r.y) - (l.y * r.x);\n}\n\n\n// Return the angle between the two line segments made by the\n// points p1--p2 and p2--p3.  Return value is in radians.\n//\nstatic double angleBetween(const Point& p1, const Point& p2, const Point& p3)\n{\n    if ((p1.x == p2.x && p1.y == p2.y) || (p2.x == p3.x && p2.y == p3.y))\n    {\n        // If two of the points are the same, then we can't say anything\n        // about the angle between.  Treat them as being collinear.\n        return M_PI;\n    }\n\n    Point v1(p1.x - p2.x, p1.y - p2.y);\n    Point v2(p3.x - p2.x, p3.y - p2.y);\n\n    return fabs(atan2(CrossLength(v1, v2), Dot(v1, v2)));\n}\n\n\n// Construct a temporary Polygon path given several VertInf's for a connector.\n//\nstatic void constructPolygonPath(Polygon& connRoute, VertInf *inf2, \n        VertInf *inf3, ANode *inf1Node)\n{\n    // Don't include colinear points.\n    bool simplified = true;\n\n    int routeSize = 2;\n    for (ANode *curr = inf1Node; curr != nullptr; curr = curr->prevNode)\n    {\n        routeSize += 1;\n    }\n    connRoute.ps.resize(routeSize);\n    int arraySize = routeSize;\n    connRoute.ps[routeSize - 1] = inf3->point;\n    connRoute.ps[routeSize - 2] = inf2->point;\n    routeSize -= 3;\n    for (ANode *curr = inf1Node; curr != nullptr; curr = curr->prevNode)\n    {\n        // For connection pins, we stop and don't include the fake shape \n        // center as part of this path.\n        bool isConnectionPin = curr->inf->id.isConnectionPin();\n\n        if (!simplified)\n        {\n            // If this is non-simplified, we don't need to do anything \n            // clever and can simply add the new point.\n            connRoute.ps[routeSize] = curr->inf->point;\n            routeSize -= 1;\n            \n            if (isConnectionPin)\n            {\n                // Stop at the connection pin.\n                break;\n            }\n            continue;\n        }\n            \n        if ((curr == inf1Node) || \n                vecDir(curr->inf->point, connRoute.ps[routeSize + 1], \n                    connRoute.ps[routeSize + 2]) != 0)\n        {\n            // Add new point if this is the earlier than the last segment\n            // and it is not colinear with the other points.  \n            // Note, you can't collapse the 'last' segment with previous \n            // segments, or if this just intersects another line you risk \n            // penalising it once for each collapsed line segment.\n            connRoute.ps[routeSize] = curr->inf->point;\n            routeSize -= 1;\n        }\n        else\n        {\n            // The last point is inline with this one, so update it.\n            connRoute.ps[routeSize + 1] = curr->inf->point;\n        }\n            \n        if (isConnectionPin)\n        {\n            // Stop at the connection pin.\n            break;\n        }\n    }\n\n    // If the vector is not filled, move entries to the beginning and \n    // remove the unused end of the vector.\n    int diff = routeSize + 1;\n    COLA_ASSERT(simplified || (diff == 0));\n    if (diff > 0)\n    {\n        for (int i = diff; i < arraySize; ++i)\n        {\n            connRoute.ps[i - diff] = connRoute.ps[i];\n        }\n        connRoute.ps.resize(connRoute.size() - diff);\n    }\n}\n\n// Used to get an indication of if a diffence is positive (1),\n// negative (-1) or no different (0).\nstatic inline int dimDirection(double difference)\n{\n    if (difference > 0)\n    {\n        return 1;\n    }\n    else if (difference < 0)\n    {\n        return -1;\n    }\n    return 0;\n}\n\n// Given the two points for a new segment of a path (inf2 & inf3)\n// as well as the distance between these points (dist), as well as\n// possibly the previous point (inf1) [from inf1--inf2], return a\n// cost associated with this route.\n//\nstatic double cost(ConnRef *lineRef, const double dist, VertInf *inf2, \n        VertInf *inf3, ANode *inf1Node)\n{\n    bool isOrthogonal = (lineRef->routingType() == ConnType_Orthogonal);\n    VertInf *inf1 = (inf1Node) ? inf1Node->inf : nullptr;\n    double result = dist;\n    Polygon connRoute;\n\n    Router *router = inf2->_router;\n    if (inf1 != nullptr)\n    {\n        const double angle_penalty = router->routingParameter(anglePenalty);\n        const double segmt_penalty = router->routingParameter(segmentPenalty);\n\n        // This is not the first segment, so there is a bend\n        // between it and the last one in the existing path.\n        if ((angle_penalty > 0) || (segmt_penalty > 0))\n        {\n            Point p1 = inf1->point;\n            Point p2 = inf2->point;\n            Point p3 = inf3->point;\n\n            double rad = M_PI - angleBetween(p1, p2, p3);\n\n            if ((rad > 0) && !isOrthogonal)\n            {\n                // Make `xval' between 0--10 then take its log so small\n                // angles are not penalised as much as large ones.\n                //\n                double xval = rad * 10 / M_PI;\n                double yval = xval * log10(xval + 1) / 10.5;\n                result += (angle_penalty * yval);\n                //db_printf(\"deg from straight: %g\\tpenalty: %g\\n\",\n                //        rad * 180 / M_PI, (angle_penalty * yval));\n            }\n\n            if (rad == M_PI)\n            {\n                // Needs to double back\n                result += (2 * segmt_penalty);\n            }\n            else if (rad > 0)\n            {\n                // Only penalise as an extra segment if the two \n                // segments are not collinear.\n                result += segmt_penalty;\n            }\n        }\n    }\n\n    const double cluster_crossing_penalty = \n            router->routingParameter(clusterCrossingPenalty);\n    // XXX: Clustered routing doesn't yet work with orthogonal connectors.\n    if (router->ClusteredRouting && !router->clusterRefs.empty() &&\n            (cluster_crossing_penalty > 0))\n    {\n        if (connRoute.empty())\n        {\n            constructPolygonPath(connRoute, inf2, inf3, inf1Node);\n        }\n        // There are clusters so do cluster routing.\n        for (ClusterRefList::const_iterator cl = router->clusterRefs.begin(); \n                cl != router->clusterRefs.end(); ++cl)\n        {\n            Polygon cBoundary = (isOrthogonal) ?\n                    (*cl)->rectangularPolygon() : (*cl)->polygon();\n            if (cBoundary.size() <= 2)\n            {\n                continue;\n            }\n            COLA_ASSERT(cBoundary.ps[0] != cBoundary.ps[cBoundary.size() - 1]);\n            for (size_t j = 0; j < cBoundary.size(); ++j)\n            {\n                // Non-orthogonal cluster boundary points should correspond to \n                // shape vertices and hence already be in the list of vertices.\n                COLA_ASSERT(isOrthogonal || \n                        router->vertices.getVertexByPos(cBoundary.at(j)));\n            }\n            \n            bool isConn = false;\n            Polygon dynamic_conn_route(connRoute);\n            const bool finalSegment = (inf3 == lineRef->dst());\n            ConnectorCrossings cross(cBoundary, isConn, dynamic_conn_route);\n            cross.checkForBranchingSegments = true;\n            cross.countForSegment(connRoute.size() - 1, finalSegment);\n            \n            result += (cross.crossingCount * cluster_crossing_penalty);\n        }\n    }\n    \n    // This penalty penalises route segments that head in a direction opposite\n    // of the direction(s) toward the target point.  \n    const double reversePenalty = router->routingParameter(\n            reverseDirectionPenalty);\n    if (reversePenalty)\n    {\n        // X and Y direction of destination from source point.\n        const Point& srcPoint = lineRef->src()->point;\n        const Point& dstPoint = lineRef->dst()->point;\n        int xDir = dimDirection(dstPoint.x - srcPoint.x);\n        int yDir = dimDirection(dstPoint.y - srcPoint.y);\n        \n        bool doesReverse = false;\n\n        if ((xDir != 0) && \n                (-xDir == dimDirection(inf3->point.x - inf2->point.x)))\n        {\n            // Connector has an X component and the segment heads in the \n            // opposite direction.\n            doesReverse |= true;\n        }\n\n        if ((yDir != 0) && \n                (-yDir == dimDirection(inf3->point.y - inf2->point.y)))\n        {\n            // Connector has an Y component and the segment heads in the \n            // opposite direction.\n            doesReverse |= true;\n        }\n\n        if (doesReverse)\n        {\n            result += reversePenalty;\n        }\n    }\n\n    if (!router->isInCrossingPenaltyReroutingStage())\n    {\n        // Return here if we are not in the post-processing stage \n        return result;\n    }\n\n    const double crossing_penalty = router->routingParameter(crossingPenalty);\n    const double shared_path_penalty = \n            router->routingParameter(fixedSharedPathPenalty);\n    if ((shared_path_penalty > 0) || (crossing_penalty > 0))\n    {\n        if (connRoute.empty())\n        {\n            constructPolygonPath(connRoute, inf2, inf3, inf1Node);\n        }\n        ConnRefList::const_iterator curr, finish = router->connRefs.end();\n        for (curr = router->connRefs.begin(); curr != finish; ++curr)\n        {\n            ConnRef *connRef = *curr;\n\n            if (connRef->id() == lineRef->id())\n            {\n                continue;\n            }\n            const Avoid::PolyLine& route2 = connRef->displayRoute();\n            \n            bool isConn = true;\n            Polygon dynamic_route2(route2);\n            Polygon dynamic_conn_route(connRoute);\n            const bool finalSegment = (inf3->point == lineRef->dst()->point);\n            ConnectorCrossings cross(dynamic_route2, isConn, \n                    dynamic_conn_route, connRef, lineRef);\n            cross.checkForBranchingSegments = true;\n            cross.countForSegment(connRoute.size() - 1, finalSegment);\n\n            if ((cross.crossingFlags & CROSSING_SHARES_PATH) &&\n                    (cross.crossingFlags & CROSSING_SHARES_FIXED_SEGMENT) &&\n                    (router->routingOption(\n                            penaliseOrthogonalSharedPathsAtConnEnds) || \n                     !(cross.crossingFlags & CROSSING_SHARES_PATH_AT_END))) \n            {\n                // Penalise unnecessary shared paths in the middle of\n                // connectors.\n                result += shared_path_penalty;\n            }\n            result += (cross.crossingCount * crossing_penalty);\n        }\n    }\n\n    return result;\n}\n\n// Directions for estimated orthgonal cost, as bitflags.\nstatic const unsigned int CostDirectionN = 1;\nstatic const unsigned int CostDirectionE = 2;\nstatic const unsigned int CostDirectionS = 4;\nstatic const unsigned int CostDirectionW = 8;\n\n#ifdef ESTIMATED_COST_DEBUG\nstatic void printDirections(FILE *fp, unsigned int directions)\n{\n    if (directions & CostDirectionN)\n    {\n        fprintf(fp, \"N \");\n    }\n    if (directions & CostDirectionE)\n    {\n        fprintf(fp, \"E \");\n    }\n    if (directions & CostDirectionS)\n    {\n        fprintf(fp, \"S \");\n    }\n    if (directions & CostDirectionW)\n    {\n        fprintf(fp, \"W \");\n    }\n}\n#endif\n\n// Returns the number of directions for the argument.\nstatic unsigned int orthogonalDirectionsCount(const unsigned int directions)\n{\n    unsigned int count = 0;\n    if (directions & CostDirectionN)\n    {\n        ++count;\n    }\n    if (directions & CostDirectionE)\n    {\n        ++count;\n    }\n    if (directions & CostDirectionS)\n    {\n        ++count;\n    }\n    if (directions & CostDirectionW)\n    {\n        ++count;\n    }\n    return count;\n}\n\n// Returns the directions of point b from point a.\nstatic unsigned int orthogonalDirection(const Point &a, const Point &b)\n{\n    unsigned int result = 0;\n\n    if (b.y > a.y)\n    {\n        result |= CostDirectionS;\n    }\n    else if (b.y < a.y)\n    {\n        result |= CostDirectionN;\n    }\n\n    if (b.x > a.x)\n    {\n        result |= CostDirectionE;\n    }\n    else if (b.x < a.x)\n    {\n        result |= CostDirectionW;\n    }\n\n    return result;\n}\n\n// Returns the direction to the right of the given direction.\nstatic unsigned int dirRight(unsigned int direction)\n{\n    if (direction == CostDirectionN)\n    {\n        return CostDirectionE;\n    }\n    else if (direction == CostDirectionE)\n    {\n        return CostDirectionS;\n    }\n    else if (direction == CostDirectionS)\n    {\n        return CostDirectionW;\n    }\n    else if (direction == CostDirectionW)\n    {\n        return CostDirectionN;\n    }\n    \n    // Should not be possible to reach here.\n    COLA_ASSERT(false);\n    return direction;\n}\n\n// Returns the direction to the left of the given direction.\nstatic unsigned int dirLeft(unsigned int direction)\n{\n    if (direction == CostDirectionN)\n    {\n        return CostDirectionW;\n    }\n    else if (direction == CostDirectionE)\n    {\n        return CostDirectionN;\n    }\n    else if (direction == CostDirectionS)\n    {\n        return CostDirectionE;\n    }\n    else if (direction == CostDirectionW)\n    {\n        return CostDirectionS;\n    }\n    \n    // Should not be possible to reach here.\n    COLA_ASSERT(false);\n    return direction;\n}\n\n// Returns the reverse direction to the given direction.\nstatic unsigned int dirReverse(unsigned int direction)\n{\n    if (direction == CostDirectionN)\n    {\n        return CostDirectionS;\n    }\n    else if (direction == CostDirectionE)\n    {\n        return CostDirectionW;\n    }\n    else if (direction == CostDirectionS)\n    {\n        return CostDirectionN;\n    }\n    else if (direction == CostDirectionW)\n    {\n        return CostDirectionE;\n    }\n    \n    // Should not be possible to reach here.\n    COLA_ASSERT(false);\n    return direction;\n}\n\n// Given Point curr with a direction of currDir, returns the nimimum number \n// of bends to reach Point dest with the entry direction of destDir\n// \n// This is used for estimating the bend penalty cost to the target point\n// from the current point of the search. The geometry was described in the \n// \"Orthogonal Connector Routing\" paper, although the version described \n// there is incorrect.\n//\nint bends(const Point& curr, unsigned int currDir, const Point& dest,\n        unsigned int destDir)\n{\n        // Bend counts from 'o' to 'D' should be:\n        //\n        //                1            1            3\n        //                v            v            v\n        //            2 > o < 2    2 > o < 2    4 > o < 2\n        //                ^            ^            ^\n        //                3            3            3\n        //                                      \n        //   0 > o < 4                 D-->             4 > o < 4\n        //       ^                                          ^\n        //       1                                          3\n        //\n    COLA_ASSERT(currDir != 0);\n    unsigned int currToDestDir = orthogonalDirection(curr, dest);\n    unsigned int reverseDestDir = dirReverse(destDir);\n    bool currDirPerpendicularToDestDir =\n            (currDir == dirLeft(destDir)) || (currDir == dirRight(destDir));\n\n    if ((currDir == destDir) &&\n             (currToDestDir == currDir))\n    {\n        //                                      \n        //   0 > o                     D--> \n        //\n        return 0;\n    }\n    else if (currDirPerpendicularToDestDir &&\n             (currToDestDir == (destDir | currDir)))\n    {\n        //\n        //                1\n        //                v\n        //                o\n        //                 \n        //                                      \n        //                             D-->\n        //\n        return 1;\n    }\n    else if (currDirPerpendicularToDestDir &&\n             (currToDestDir == currDir))\n    {\n        //\n        //                             1\n        //                             v\n        //                             o\n        //                 \n        //                                      \n        //                             D-->\n        //\n        return 1;\n    }\n    else if (currDirPerpendicularToDestDir &&\n             (currToDestDir == destDir))\n    {\n        //\n        //       o                     D-->\n        //       ^\n        //       1\n        //\n        return 1;\n    }\n    else if ((currDir == destDir) && \n             (currToDestDir != currDir) &&\n             !(currToDestDir & reverseDestDir))\n    {\n        //\n        //            2 > o        2 > o\n        //\n        //                                      \n        //                             D-->\n        //\n        return 2;\n    }\n    else if (currDir == reverseDestDir && \n             (currToDestDir != destDir) &&\n             (currToDestDir != currDir))\n    {\n        //\n        //                o < 2        o < 2       o < 2\n        //\n        //                                      \n        //                             D-->\n        //\n        return 2;\n    }\n    else if (currDirPerpendicularToDestDir &&\n             (currToDestDir != (destDir | currDir)) && \n             (currToDestDir != currDir))\n    {\n        //\n        //                                          3\n        //                                          v\n        //                o            o            o\n        //                ^            ^            ^\n        //                3            3            3\n        //                                      \n        //                             D-->                 o\n        //                                                  ^\n        //                                                  3\n        //\n        return 3;\n    }\n    else if ((currDir == reverseDestDir) && \n             ((currToDestDir == destDir) || (currToDestDir == currDir)))\n    {\n        //\n        //                                      \n        //                                      \n        //       o < 4                 D-->                 o < 4\n        //\n        return 4;\n    }\n    else if ((currDir == destDir) && \n             (currToDestDir & reverseDestDir))\n    {\n        //\n        //                                      4 > o\n        //                                      \n        //                                      \n        //                             D-->             4 > o\n        //\n        return 4;\n    }\n\n    // Should not be possible to reach here.\n    COLA_ASSERT(false);\n    return 0;\n}\n\n\nstatic double estimatedCostSpecific(ConnRef *lineRef, const Point *last,\n        const Point& curr, const VertInf *costTar,\n        const unsigned int costTarDirs)\n{\n    Point costTarPoint = costTar->point;\n\n    if (lineRef->routingType() == ConnType_PolyLine)\n    {\n        return euclideanDist(curr, costTarPoint);\n    }\n    else // Orthogonal\n    {\n        // Really doesn't make sense to route orthogonal paths without \n        // a segment penalty.\n        COLA_ASSERT(lineRef->router()->routingParameter(segmentPenalty) > 0);\n\n        double dist = manhattanDist(curr, costTarPoint);\n\n        int bendCount = 0;\n        double xmove = costTarPoint.x - curr.x;\n        double ymove = costTarPoint.y - curr.y;\n        if (last == nullptr)\n        {\n            // This is just the initial point.  Penalise it simply if it is \n            // not inline with the target in either the x- or y-dimension.\n            if ((xmove != 0) && (ymove != 0))\n            {\n                bendCount += 1;\n            }\n        }\n        else if (dist > 0)\n        {\n            // We have two points and a non-zero distance, so we know \n            // the segment direction.\n\n            unsigned int currDir = orthogonalDirection(*last, curr);\n            if ((currDir > 0) && (orthogonalDirectionsCount(currDir) == 1))\n            {\n                // Suitably high value, then we find the minimum.\n                bendCount = 10;\n\n                // Find the minimum bent penalty given all the possible \n                // directions at the target point.\n                if (costTarDirs & CostDirectionN)\n                {\n                    bendCount = std::min(bendCount,\n                            bends(curr, currDir, costTarPoint, CostDirectionN));\n                }\n                if (costTarDirs & CostDirectionE)\n                {\n                    bendCount = std::min(bendCount,\n                            bends(curr, currDir, costTarPoint, CostDirectionE));\n                }\n                if (costTarDirs & CostDirectionS)\n                {\n                    bendCount = std::min(bendCount,\n                            bends(curr, currDir, costTarPoint, CostDirectionS));\n                }\n                if (costTarDirs & CostDirectionW)\n                {\n                    bendCount = std::min(bendCount,\n                            bends(curr, currDir, costTarPoint, CostDirectionW));\n                }\n            }\n        }\n        double penalty = bendCount *\n                lineRef->router()->routingParameter(segmentPenalty);\n\n        return dist + penalty;\n    }\n}\n\n\n\ndouble AStarPathPrivate::estimatedCost(ConnRef *lineRef, const Point *last,\n        const Point& curr) const\n{\n    double estimate = DBL_MAX;\n    COLA_ASSERT(m_cost_targets.size() > 0);\n\n    // Find the minimum cost from the estimates to each of the possible\n    // target points from this current point.\n    for (size_t i = 0; i < m_cost_targets.size(); ++i)\n    {\n        double iEstimate = estimatedCostSpecific(lineRef, last,\n                curr, m_cost_targets[i], m_cost_targets_directions[i]);\n        \n        // Add on the distance to the real target, otherwise this difference\n        // might may make the comparisons unfair if they vary between targets.\n        iEstimate += m_cost_targets_displacements[i];\n        \n        estimate = std::min(estimate, iEstimate);\n    }\n    return estimate;\n}\n\n\nclass CmpVisEdgeRotation \n{\n    public:\n        CmpVisEdgeRotation(const VertInf* lastPt)\n            : _lastPt(lastPt)\n        {\n        }\n        bool operator() (const EdgeInf* u, const EdgeInf* v) const \n        {\n            // Dummy ShapeConnectionPin edges are not orthogonal and \n            // therefore can't be compared in the same way.\n            if (u->isOrthogonal() && v->isOrthogonal())\n            {\n                return u->rotationLessThan(_lastPt, v);\n            }\n            return u < v;\n        }\n    private:\n        const VertInf *_lastPt;\n};\n\n\nstatic inline bool pointAlignedWithOneOf(const Point& point, \n        const std::vector<Point>& points, const size_t dim)\n{\n    for (size_t i = 0; i < points.size(); ++i)\n    {\n        if (point[dim] == points[i][dim])\n        {\n            return true;\n        }\n    }\n    return false;\n}\n\nAStarPath::AStarPath(void)\n    : m_private(new AStarPathPrivate())\n{\n}\n\nAStarPath::~AStarPath(void)\n{\n    delete m_private;\n}\n\nvoid AStarPath::search(ConnRef *lineRef, VertInf *src, VertInf *tar, VertInf *start)\n{\n    m_private->search(lineRef, src, tar, start);\n}\n\nvoid AStarPathPrivate::determineEndPointLocation(double dist, VertInf *start, \n        VertInf *target, VertInf *other, int level)\n{\n    COLA_UNUSED(dist);\n    COLA_UNUSED(start);\n    COLA_UNUSED(level);\n\n    Point otherPoint = other->point;\n    unsigned int thisDirs = orthogonalDirection(otherPoint, target->point);\n    COLA_ASSERT(orthogonalDirectionsCount(thisDirs) > 0);\n    double displacement = manhattanDist(otherPoint, target->point);\n\n    m_cost_targets.push_back(other);\n    m_cost_targets_directions.push_back(thisDirs);\n    m_cost_targets_displacements.push_back(displacement);\n\n#ifdef ESTIMATED_COST_DEBUG\n    fprintf(stderr,\" - %g %g \", otherPoint.x, otherPoint.y);\n    if (manhattanDist(start->point, otherPoint) > dist)\n    {\n        fprintf(stderr,\"far \");\n    }\n    fprintf(stderr, \"%s\", (level == 1) ? \"--\" : \"- \");\n    printDirections(stderr, thisDirs);\n    fprintf(stderr,\"\\n\");\n#endif\n}\n\n// Returns the best path from src to tar using the cost function.\n//\n// The path is worked out using the aStar algorithm, and is encoded via\n// prevNode values for each ANode which point back to the previous ANode.\n// At completion, this order is written into the pathNext links in each \n// of the VerInfs along the path.\n//\n// The aStar STL code is originally based on public domain code available \n// on the internet.\n//\nvoid AStarPathPrivate::search(ConnRef *lineRef, VertInf *src, VertInf *tar, VertInf *start)\n{\n    ANodeCmp pendingCmp;\n\n    bool isOrthogonal = (lineRef->routingType() == ConnType_Orthogonal);\n\n    if (start == nullptr)\n    {\n        start = src;\n    }\n\n#ifdef DEBUGHANDLER\n    if (lineRef->router()->debugHandler())\n    {\n        lineRef->router()->debugHandler()->beginningSearchWithEndpoints(start, tar);\n    }\n#endif\n\n    // Find a target point to use for cost estimate for orthogonal routing.\n    //\n    // If the connectivity is only on the far side we need to estimate to the\n    // point on the far side.  Otherwise for orthogonal routing we can explore\n    // all the space in between before we pay the extra cost to explore this\n    // area.  This is especially true given many orthogonal routes have \n    // equivalent costs.\n#ifdef ESTIMATED_COST_DEBUG\n    fprintf(stderr,\"== aStar  %g %g ==\\n\", tar->point.x, tar->point.y);\n#endif\n    if (isOrthogonal && tar->id.isConnPt() && !tar->id.isConnCheckpoint())\n    {\n        // The target is a connector endpoint and the connector is orthogonal.\n        double dist = manhattanDist(start->point, tar->point);\n        for (EdgeInfList::const_iterator it = tar->orthogVisList.begin(); \n                it != tar->orthogVisList.end(); ++it)\n        {\n            // For each edge from the target endpoint, find the other vertex.\n            EdgeInf *edge = *it;\n            VertInf *other = edge->otherVert(tar);\n            if (other->id.isConnectionPin())\n            {\n                // If this is a connection pin we need to do this process\n                // another time since the current edge will be a dummy \n                // zero-length edge.\n                VertInf *replacementTar = other;\n                for (EdgeInfList::const_iterator it = \n                        replacementTar->orthogVisList.begin(); \n                        it != replacementTar->orthogVisList.end(); ++it)\n                {\n                    EdgeInf *edge = *it;\n                    VertInf *other = edge->otherVert(replacementTar);\n                    if ((other == tar) || \n                            (other->point == tar->point))\n                    {\n                        // Ignore edge we came from, or zero-length edges.\n                        continue;\n                    }\n\n                    // Determine possible target endpoint directions and \n                    // position.\n                    determineEndPointLocation(dist, start, replacementTar,\n                            other, 2);\n                }\n                continue;\n            }\n                    \n            // Determine possible target endpoint directions and position.\n            determineEndPointLocation(dist, start, tar, other, 1);\n        }\n    }\n\n\n    if (m_cost_targets.empty())\n    {\n        m_cost_targets.push_back(tar);\n        // For polyline routing, assume target has visibility is all \n        // directions for the purpose of cost estimations.\n        m_cost_targets_directions.push_back(CostDirectionN |\n                CostDirectionE | CostDirectionS | CostDirectionW);\n        m_cost_targets_displacements.push_back(0.0);\n    }\n\n#ifdef ESTIMATED_COST_DEBUG\n    fprintf(stderr, \"------------\\n\");\n    for (size_t i = 0; i < m_cost_targets.size(); ++i)\n    {\n        fprintf(stderr,\"== %g %g - \", m_cost_targets[i]->point.x,\n                m_cost_targets[i]->point.y);\n        printDirections(stderr, m_cost_targets_directions[i]);\n        fprintf(stderr,\"\\n\");\n    }\n#endif\n\n\n    double (*dist)(const Point& a, const Point& b) = \n        (isOrthogonal) ? manhattanDist : euclideanDist;\n\n    // We need to know the possible endpoints for doing an orthogonal \n    // routing optimisation where we only turn when we are heading beside\n    // a shape or are in line with a possible endpoint.\n    std::vector<Point> endPoints;\n    if (isOrthogonal)\n    {\n        endPoints = lineRef->possibleDstPinPoints();\n    }\n    endPoints.push_back(tar->point);\n    \n    // Heap of PENDING nodes.\n    std::vector<ANode *> PENDING;\n    PENDING.reserve(1000);\n\n    size_t exploredCount = 0;\n    ANode node, ati;\n    ANode *bestNode = nullptr;         // Temporary bestNode\n    bool bNodeFound = false;        // Flag if node is found in container\n    int timestamp = 1;\n\n    Router *router = lineRef->router();\n    if (router->RubberBandRouting && (start != src))\n    {\n        COLA_ASSERT(router->IgnoreRegions == true);\n        \n        const PolyLine& currRoute = lineRef->route();\n        VertInf *last = nullptr;\n        int rIndx = 0;\n        while (last != start)\n        {\n            const Point& pnt = currRoute.at(rIndx);\n            VertIDProps props = (rIndx > 0) ? 0 : VertID::PROP_ConnPoint;\n            VertID vID(pnt.id, pnt.vn, props);\n\n#ifdef PATHDEBUG\n            db_printf(\"/// %d %d\\n\", pnt.id, pnt.vn);\n#endif\n            VertInf *curr = router->vertices.getVertexByID(vID);\n            COLA_ASSERT(curr != nullptr);\n\n            node = ANode(curr, timestamp++);\n            if (!last)\n            {\n                node.inf = src;\n                node.g = 0;\n                node.h = estimatedCost(lineRef, nullptr, node.inf->point);\n\n                node.f = node.g + node.h;\n            }\n            else\n            {\n                double edgeDist = dist(bestNode->inf->point, curr->point);\n\n                node.g = bestNode->g + cost(lineRef, edgeDist, bestNode->inf, \n                        node.inf, bestNode->prevNode);\n\n                // Calculate the Heuristic.\n                node.h = estimatedCost(lineRef, &(bestNode->inf->point),\n                        node.inf->point);\n\n                // The A* formula\n                node.f = node.g + node.h;\n                \n                // Point parent to last bestNode\n                node.prevNode = bestNode;\n            }\n\n            if (curr != start)\n            {\n                bool addToPending = false;\n                bestNode = newANode(node, addToPending);\n                bestNode->inf->aStarDoneNodes.push_back(bestNode);\n                ++exploredCount;\n            }\n            else\n            {\n                ANode * newNode = newANode(node);\n                PENDING.push_back(newNode);\n            }\n\n            rIndx++;\n            last = curr;\n        }\n    }\n    else\n    {\n        if (start->pathNext)\n        {\n            // If we are doing checkpoint routing and have already done one\n            // path, then we have an existing segment to consider for the \n            // cost of the  choice from the start node, so we add a dummy \n            // nodes as if they were already in the Done set.  This causes \n            // us to first search in a collinear direction from the previous \n            // segment.\n            bool addToPending = false;\n            bestNode = newANode(ANode(start->pathNext, timestamp++), \n                    addToPending);\n            bestNode->inf->aStarDoneNodes.push_back(bestNode);\n            ++exploredCount;\n        }\n\n        // Create the start node\n        node = ANode(src, timestamp++);\n        node.g = 0;\n        node.h = estimatedCost(lineRef, nullptr, node.inf->point);\n        node.f = node.g + node.h;\n        // Set a nullptr parent, so cost function knows this is the first segment.\n        node.prevNode = bestNode;\n\n        // Populate the PENDING container with the first location\n        ANode *newNode = newANode(node);\n        PENDING.push_back(newNode);\n    }\n\n    tar->pathNext = nullptr;\n\n    // Create a heap from PENDING for sorting\n    using std::make_heap; using std::push_heap; using std::pop_heap;\n    make_heap( PENDING.begin(), PENDING.end(), pendingCmp);\n\n    // Continue until the queue is empty.\n    while (!PENDING.empty())\n    {\n        TIMER_VAR_ADD(router, 0, 1);\n        // Set the Node with lowest f value to BESTNODE.\n        // Since the ANode operator< is reversed, the head of the\n        // heap is the node with the lowest f value.\n        bestNode = PENDING.front();\n        VertInf *bestNodeInf = bestNode->inf;\n\n#ifdef DEBUGHANDLER\n        if (router->debugHandler())\n        {\n            PolyLine currentSearchPath;\n\n            ANode *curr = bestNode;\n            while (curr)\n            {\n                currentSearchPath.ps.push_back(curr->inf->point);\n                curr = curr->prevNode;\n            }\n            router->debugHandler()->updateCurrentSearchPath(currentSearchPath);\n        }\n#endif\n\n        // Remove this node from the aStarPendingList\n        std::list<ANode *>::iterator finishIt = \n                bestNodeInf->aStarPendingNodes.end();\n        for (std::list<ANode *>::iterator currInd = \n                bestNodeInf->aStarPendingNodes.begin(); currInd != finishIt; \n                ++currInd)\n        {\n            if (*currInd == bestNode)\n            {\n                bestNodeInf->aStarPendingNodes.erase(currInd);\n                break;\n            }\n        }\n\n        // Pop off the heap.  Actually this moves the\n        // far left value to the far right.  The node\n        // is not actually removed since the pop is to\n        // the heap and not the container.\n        pop_heap(PENDING.begin(), PENDING.end(), pendingCmp);\n        // Remove node from right (the value we pop_heap'd)\n        PENDING.pop_back();\n\n        // Add the bestNode into the Done set.\n        bestNodeInf->aStarDoneNodes.push_back(bestNode);\n        ++exploredCount;\n\n        VertInf *prevInf = (bestNode->prevNode) ? bestNode->prevNode->inf : nullptr;\n#ifdef ASTAR_DEBUG\n        db_printf(\"Considering... \");\n        db_printf(\" %g %g  \", bestNodeInf->point.x, bestNodeInf->point.y);\n        bestNodeInf->id.db_print();\n        db_printf(\" - g: %3.1f h: %3.1f back: \", bestNode->g, bestNode->h);\n        if (prevInf)\n        {\n            db_printf(\" %g %g\", prevInf->point.x, prevInf->point.y);\n            //prevInf->id.db_print();\n        }\n        db_printf(\"\\n\");\n#endif\n\n        if (bestNodeInf == tar)\n        {\n            TIMER_VAR_ADD(router, 1, PENDING.size());\n            // This node is our goal.\n#ifdef ASTAR_DEBUG\n            db_printf(\"LINE %10d  Steps: %4d  Cost: %g\\n\", lineRef->id(), \n                    (int) exploredCount, bestNode->f);\n#endif\n     \n            // Correct all the pathNext pointers.\n            for (ANode *curr = bestNode; curr->prevNode; curr = curr->prevNode)\n            {\n#ifdef ASTAR_DEBUG\n                db_printf(\"[%.12f, %.12f]\\n\", curr->inf->point.x, curr->inf->point.y);\n#endif\n                curr->inf->pathNext = curr->prevNode->inf;\n            }\n#ifdef ASTAR_DEBUG\n            db_printf(\"\\n\");\n#endif\n\n            // Exit from the search\n            break;\n        }\n\n        // Check adjacent points in graph and add them to the queue.\n        EdgeInfList& visList = (!isOrthogonal) ?\n                bestNodeInf->visList : bestNodeInf->orthogVisList;\n        if (isOrthogonal)\n        {\n            // We would like to explore in a structured way, \n            // so sort the points in the visList...\n            CmpVisEdgeRotation compare(prevInf);\n            visList.sort(compare);\n        }\n        EdgeInfList::const_iterator finish = visList.end();\n        for (EdgeInfList::const_iterator edge = visList.begin(); \n                edge != finish; ++edge)\n        {\n            if ((*edge)->isDisabled())\n            {\n                // Skip disabled edges.\n                continue;\n            }\n\n            node = ANode((*edge)->otherVert(bestNodeInf), timestamp++);\n            \n            // Set the index to the previous ANode that we reached\n            // this ANode via.\n            node.prevNode = bestNode;\n\n            VertInf *prevInf = (bestNode->prevNode) ?\n                    bestNode->prevNode->inf : nullptr;\n\n            // Don't bother looking at the segment we just arrived along.\n            if (prevInf && (prevInf == node.inf))\n            {\n                continue;\n            }\n            if (node.inf->id.isConnectionPin() && \n                    !node.inf->id.isConnCheckpoint())\n            {\n                if ( !( (bestNodeInf == lineRef->src()) &&\n                        lineRef->src()->id.isDummyPinHelper()\n                      ) &&\n                     !( node.inf->hasNeighbour(lineRef->dst(), isOrthogonal) &&\n                        lineRef->dst()->id.isDummyPinHelper())\n                      )\n                {\n                    // Don't check connection pins if they don't have the \n                    // target vertex as a direct neighbour, or are directly\n                    // leaving the source vertex.\n                    continue;\n                }\n            }\n            else if (node.inf->id.isConnPt())\n            {\n                if ((node.inf != tar))\n                {\n                    // Don't check connector endpoints vertices unless they\n                    // are the target endpoint.\n                    continue;\n                }\n            }\n\n            if (isOrthogonal && !(*edge)->isDummyConnection())\n            {\n                // Orthogonal routing optimisation.\n                // Skip the edges that don't lead to shape edges, or the \n                // connection point we are looking for.  Though allow them\n                // if we haven't yet turned from the source point, since it\n                // may be a free-floating endpoint with directional visibility.\n                // Also, don't check if the previous point was a dummy for a\n                // connection pin and this happens to be placed diagonally \n                // from here, i.e., when both of notInline{X,Y} are true.\n                Point& bestPt = bestNodeInf->point;\n                Point& nextPt = node.inf->point;\n\n                bool notInlineX = prevInf && (prevInf->point.x != bestPt.x);\n                bool notInlineY = prevInf && (prevInf->point.y != bestPt.y);\n                if ((bestPt.x == nextPt.x) && notInlineX && !notInlineY &&\n                        (bestPt[YDIM] != src->point[YDIM]))\n                {\n                    if (nextPt.y < bestPt.y)\n                    {\n                        if (!(bestNodeInf->orthogVisPropFlags & YL_EDGE) &&\n                                !pointAlignedWithOneOf(bestPt, endPoints, XDIM))\n                        {\n                            continue;\n                        }\n                    }\n                    else if (nextPt.y > bestPt.y)\n                    {\n                        if (!(bestNodeInf->orthogVisPropFlags & YH_EDGE) &&\n                                !pointAlignedWithOneOf(bestPt, endPoints, XDIM))\n                        {\n                            continue;\n                        }\n                    }\n                }\n                if ((bestPt.y == nextPt.y) && notInlineY && !notInlineX &&\n                        (bestPt[XDIM] != src->point[XDIM]))\n                {\n                    if (nextPt.x < bestPt.x)\n                    {\n                        if (!(bestNodeInf->orthogVisPropFlags & XL_EDGE) &&\n                                !pointAlignedWithOneOf(bestPt, endPoints, YDIM))\n                        {\n                            continue;\n                        }\n                    }\n                    else if (nextPt.x > bestPt.x)\n                    {\n                        if (!(bestNodeInf->orthogVisPropFlags & XH_EDGE) &&\n                                !pointAlignedWithOneOf(bestPt, endPoints, YDIM))\n                        {\n                            continue;\n                        }\n                    }\n                }\n            }\n\n            double edgeDist = (*edge)->getDist();\n\n            if (edgeDist == 0)\n            {\n                continue;\n            }\n\n            if (!isOrthogonal &&\n                  (!router->RubberBandRouting || (start == src)) && \n                  (validateBendPoint(prevInf, bestNodeInf, node.inf) == false))\n            {\n                // The bendpoint is not valid, i.e., is a zigzag corner, so...\n                continue;\n                // For RubberBand routing we want to allow these routes and\n                // unwind them later, otherwise instead or unwinding, paths\n                // can go the *really* long way round.\n            }\n\n            // Figure out if we are at one of the cost targets.\n            bool atCostTarget = false;\n            for (size_t i = 0; i < m_cost_targets.size(); ++i)\n            {\n                if (bestNode->inf == m_cost_targets[i])\n                        \n                {\n                    atCostTarget = true;\n                    break;\n                }\n            }\n\n            if (atCostTarget &&\n                    (node.inf->id.isConnectionPin() || (node.inf == tar)))\n            {\n                // This is a point on the side of an obstacle that connects\n                // to the target or a connection pin.  It should have no \n                // further cost and the heuristic should be zero.\n                node.g = bestNode->g;\n                node.h = 0;\n            }\n            else \n            {\n                if (node.inf == tar)\n                {\n                    // We've reached the target.  The heuristic should be zero.\n                    node.h = 0;\n                }\n                else\n                {\n                    // Otherwise, calculate the heuristic value.\n                    node.h = estimatedCost(lineRef, &(bestNodeInf->point),\n                            node.inf->point);\n                }\n                \n                if (node.inf->id.isDummyPinHelper())\n                {\n                    // This is connecting to a connection pin helper vertex.\n                    // There should be no additional cost for this step.\n                    node.g = bestNode->g;\n                }\n                else\n                {\n                    // Otherwise, calculate the cost of this step.\n                    node.g = bestNode->g + cost(lineRef, edgeDist, bestNodeInf, \n                            node.inf, bestNode->prevNode);\n                }\n            }\n\n            // The A* formula\n            node.f = node.g + node.h;\n\n#ifdef ASTAR_DEBUG\n            db_printf(\"-- Adding: %g %g  \", node.inf->point.x, \n                    node.inf->point.y);\n            node.inf->id.db_print();\n            db_printf(\" - g: %3.1f h: %3.1f \\n\", node.g, node.h);\n#endif\n\n            bNodeFound = false;\n\n    \n            // Check to see if already on PENDING\n            std::list<ANode *>::const_iterator finish = node.inf->aStarPendingNodes.end();\n            for (std::list<ANode *>::const_iterator currInd = \n                    node.inf->aStarPendingNodes.begin(); currInd != finish; ++currInd)\n            {\n                ati = **currInd;\n                // The (node.prevNode == ati.prevNode) is redundant, but may\n                // save checking the mosre costly prevNode->inf test if the\n                // Nodes are the same.\n                if ((node.inf == ati.inf) && \n                        ((node.prevNode == ati.prevNode) ||\n                         (node.prevNode->inf == ati.prevNode->inf)))\n                {\n                    // If already on PENDING\n                    if (node.g < ati.g)\n                    {\n                        // Replace the existing node in PENDING\n                        **currInd = node;\n                        make_heap( PENDING.begin(), PENDING.end(), pendingCmp);\n                    }\n                    bNodeFound = true;\n                    break;\n                }\n            }\n            if ( !bNodeFound ) // If Node NOT found on PENDING\n            {\n                // Check to see if it is already in the Done set for this\n                // vertex.\n                for (std::list<ANode *>::const_iterator currInd = \n                        node.inf->aStarDoneNodes.begin();\n                        currInd != node.inf->aStarDoneNodes.end(); ++currInd)\n                {\n                    ati = **currInd;\n                    // The (node.prevNode == ati.prevNode) is redundant, but may\n                    // save checking the mosre costly prevNode->inf test if the\n                    // Nodes are the same.\n                    if ((node.inf == ati.inf) && ati.prevNode &&\n                            ((node.prevNode == ati.prevNode) ||\n                             (node.prevNode->inf == ati.prevNode->inf)))\n                    {\n                        //COLA_ASSERT(node.g >= (ati.g - 10e-10));\n                        // This node is already in the Done set and the \n                        // current node also has a higher g-value, so we \n                        // don't need to consider this node.\n                        bNodeFound = true;\n                        break;\n                    }\n                }\n            }\n\n            if (!bNodeFound ) // If Node NOT in either Pending or Done.\n            {\n                // Push NewNode onto PENDING\n                ANode *newNode = newANode(node);\n                PENDING.push_back(newNode);\n                // Push NewNode onto heap\n                push_heap( PENDING.begin(), PENDING.end(), pendingCmp);\n\n#if 0\n                using std::cout; using std::endl;\n                // Display PENDING container (For Debugging)\n                cout << \"PENDING:   \";\n                for (unsigned int i = 0; i < PENDING.size(); i++)\n                {\n                    cout << PENDING[i]->g << \",\" << PENDING[i]->h << \",\";\n                    cout << PENDING[i]->inf << \",\" << PENDING[i]->pp << \"  \";\n                }\n                cout << endl << endl;\n#endif\n            }\n        }\n    }\n\n    // Cleanup lists used to store Done and Pending sets for each vertex.\n    VertInf *endVert = router->vertices.end();\n    for (VertInf *k = router->vertices.connsBegin(); k != endVert;\n            k = k->lstNext)\n    {\n        k->aStarDoneNodes.clear();\n        k->aStarPendingNodes.clear();\n    }\n}\n\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/makepath.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_MAKEPATH_H\n#define AVOID_MAKEPATH_H\n\n\nnamespace Avoid {\n\nclass ConnRef;\nclass AStarPathPrivate;\nclass ANode;\nclass VertInf;\n\nclass AStarPath\n{\n    public:\n        AStarPath();\n        ~AStarPath();\n        void search(ConnRef *lineRef, VertInf *src, VertInf *tar, \n                VertInf *start);\n    private:\n        AStarPathPrivate *m_private;        \n};\n\n}\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/mtst.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2014  Monash University\n *\n * --------------------------------------------------------------------\n * Sequential Construction of the Minimum Terminal Spanning Tree is an\n * extended version of the method described in Section IV.B of:\n *     Long, J., Zhou, H., Memik, S.O. (2008). EBOARST: An efficient\n *     edge-based obstacle-avoiding rectilinear Steiner tree construction\n *     algorithm. IEEE Trans. on Computer-Aided Design of Integrated\n *     Circuits and Systems 27(12), pages 2169--2182.\n * --------------------------------------------------------------------\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the\n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cfloat>\n#include <vector>\n#include <algorithm>\n#include <string>\n#include <cstring>\n\n\n#include \"libavoid/hyperedgetree.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/mtst.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/timer.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/debughandler.h\"\n\nnamespace Avoid {\n\n\n// Comparison for the vertex heap in the extended Dijkstra's algorithm.\nbool HeapCmpVertInf::operator()(const VertInf *a, const VertInf *b) const\n{\n    return a->sptfDist > b->sptfDist;\n}\n\n\n// Comparison for the bridging edge heap in the extended Kruskal's algorithm.\nbool CmpEdgeInf::operator()(const EdgeInf *a, const EdgeInf *b) const\n{\n    return a->mtstDist() > b->mtstDist();\n}\n\n\nstruct delete_vertex\n{\n    void operator()(VertInf *ptr)\n    {\n        ptr->removeFromGraph(false);\n        delete ptr;\n    }\n};\n\n\nMinimumTerminalSpanningTree::MinimumTerminalSpanningTree(Router *router,\n        std::set<VertInf *> terminals, JunctionHyperedgeTreeNodeMap *hyperedgeTreeJunctions)\n    : router(router),\n      isOrthogonal(true),\n      terminals(terminals),\n      hyperedgeTreeJunctions(hyperedgeTreeJunctions),\n      m_rootJunction(nullptr),\n      bendPenalty(2000),\n      dimensionChangeVertexID(0, 42)\n{\n\n}\n\nMinimumTerminalSpanningTree::~MinimumTerminalSpanningTree()\n{\n    // Free the temporary hyperedge tree representation.\n    m_rootJunction->deleteEdgesExcept(nullptr);\n    delete m_rootJunction;\n    m_rootJunction = nullptr;\n}\n\n\nHyperedgeTreeNode *MinimumTerminalSpanningTree::rootJunction(void) const\n{\n    return m_rootJunction;\n}\n\n\nvoid MinimumTerminalSpanningTree::makeSet(VertInf *vertex)\n{\n    VertexSet newSet;\n    newSet.insert(vertex);\n    allsets.push_back(newSet);\n}\n\nVertexSetList::iterator MinimumTerminalSpanningTree::findSet(VertInf *vertex)\n{\n    for (VertexSetList::iterator it = allsets.begin();\n            it != allsets.end(); ++it)\n    {\n        if (it->find(vertex) != it->end())\n        {\n            return it;\n        }\n    }\n    return allsets.end();\n}\n\nvoid MinimumTerminalSpanningTree::unionSets(VertexSetList::iterator s1,\n        VertexSetList::iterator s2)\n{\n    std::set<VertInf *> s = *s1;\n    s.insert(s2->begin(), s2->end());\n\n    allsets.erase(s1);\n    allsets.erase(s2);\n    allsets.push_back(s);\n}\n\nHyperedgeTreeNode *MinimumTerminalSpanningTree::addNode(VertInf *vertex,\n        HyperedgeTreeNode *prevNode)\n{\n    HyperedgeTreeNode *node = nullptr;\n\n    // Do we already have a node for this vertex?\n    VertexNodeMap::iterator match = nodes.find(vertex);\n    if (match == nodes.end())\n    {\n        // Not found.  Create new node.\n        HyperedgeTreeNode *newNode = new HyperedgeTreeNode();\n        newNode->point = vertex->point;\n        // Remember it.\n        nodes[vertex] = newNode;\n\n        node = newNode;\n    }\n    else\n    {\n        // Found.\n        HyperedgeTreeNode *junctionNode = match->second;\n        if (junctionNode->junction == nullptr)\n        {\n            // Create a junction, if one has not already been created.\n            junctionNode->junction = new JunctionRef(router, vertex->point);\n            if (m_rootJunction == nullptr)\n            {\n                // Remember the first junction node, so we can use it to\n                // traverse the tree, added and connecting connectors to\n                // junctions and endpoints.\n                m_rootJunction = junctionNode;\n            }\n            router->removeObjectFromQueuedActions(junctionNode->junction);\n            junctionNode->junction->makeActive();\n        }\n        node = junctionNode;\n    }\n\n    if (prevNode)\n    {\n        // Join this node to the previous node.\n        new HyperedgeTreeEdge(prevNode, node, nullptr);\n    }\n\n    return node;\n}\n\nvoid MinimumTerminalSpanningTree::buildHyperedgeTreeToRoot(VertInf *currVert,\n        HyperedgeTreeNode *prevNode, VertInf *prevVert, bool markEdges)\n{\n    if (prevNode->junction)\n    {\n        // We've reached a junction, so stop.\n        return;\n    }\n\n    COLA_ASSERT(currVert != nullptr);\n\n    // This method follows branches in a shortest path tree back to the\n    // root, generating hyperedge tree nodes and branches as it goes.\n    while (currVert)\n    {\n        // Add the node, if necessary.\n        HyperedgeTreeNode *currentNode = addNode(currVert, prevNode);\n\n        if (markEdges)\n        {\n            //COLA_ASSERT( !(currVert->id == dimensionChangeVertexID) );\n            //COLA_ASSERT( !(prevVert->id == dimensionChangeVertexID) );\n            EdgeInf *edge = prevVert->hasNeighbour(currVert, isOrthogonal);\n            if (edge == nullptr && (currVert->id == dimensionChangeVertexID))\n            {\n                VertInf *modCurr = (currVert->id == dimensionChangeVertexID) ?\n                        currVert->m_orthogonalPartner : currVert;\n                VertInf *modPrev = (prevVert->id == dimensionChangeVertexID) ?\n                        prevVert->m_orthogonalPartner : prevVert;\n                edge = modPrev->hasNeighbour(modCurr, isOrthogonal);\n            }\n            COLA_ASSERT(edge);\n            edge->setHyperedgeSegment(true);\n        }\n\n#ifdef DEBUGHANDLER\n        if (router->debugHandler())\n        {\n            router->debugHandler()->mtstCommitToEdge(currVert, prevVert, false);\n        }\n#endif\n\n        if (currentNode->junction)\n        {\n            // We've reached a junction, so stop.\n            break;\n        }\n\n        if (currVert->pathNext == nullptr)\n        {\n            // This is a terminal of the hyperedge, mark the node with the\n            // vertex representing the endpoint of the connector so we can\n            // later use this to set the correct ConnEnd for the connector.\n            currentNode->finalVertex = currVert;\n        }\n\n        if (currVert->id.isDummyPinHelper())\n        {\n            // Note if we have an extra dummy vertex for connecting\n            // to possible connection pins.\n            currentNode->isPinDummyEndpoint = true;\n        }\n\n        prevNode = currentNode;\n        prevVert = currVert;\n        currVert = currVert->pathNext;\n    }\n}\n\n\nVertInf **MinimumTerminalSpanningTree::resetDistsForPath(VertInf *currVert, VertInf **newRootVertPtr)\n{\n    COLA_ASSERT(currVert != nullptr);\n\n    // This method follows branches in a shortest path tree back to the\n    // root, generating hyperedge tree nodes and branches as it goes.\n    while (currVert)\n    {\n        if (currVert->sptfDist == 0)\n        {\n            VertInf **oldTreeRootPtr = currVert->treeRootPointer();\n            // We've reached a junction, so stop.\n            rewriteRestOfHyperedge(currVert, newRootVertPtr);\n            return oldTreeRootPtr;\n        }\n\n        currVert->sptfDist = 0;\n        currVert->setTreeRootPointer(newRootVertPtr);\n\n        terminals.insert(currVert);\n\n        currVert = currVert->pathNext;\n    }\n\n    // Shouldn't get here.\n    COLA_ASSERT(false);\n    return nullptr;\n}\n\n\nvoid MinimumTerminalSpanningTree::constructSequential(void)\n{\n    // First, perform extended Dijkstra's algorithm\n    // ============================================\n    //\n    TIMER_START(router, tmHyperedgeForest);\n\n    // Vertex heap for extended Dijkstra's algorithm.\n    std::vector<VertInf *> vHeap;\n    HeapCmpVertInf vHeapCompare;\n\n    // Bridging edge heap for the extended Kruskal's algorithm.\n    std::vector<EdgeInf *> beHeap;\n    CmpEdgeInf beHeapCompare;\n\n#ifdef DEBUGHANDLER\n    if (router->debugHandler())\n    {\n        router->debugHandler()->beginningHyperedgeReroutingWithEndpoints(\n                terminals);\n    }\n#endif\n\n    // Initialisation\n    //\n    VertInf *endVert = router->vertices.end();\n    for (VertInf *k = router->vertices.connsBegin(); k != endVert;\n            k = k->lstNext)\n    {\n        k->sptfDist = DBL_MAX;\n        k->pathNext = nullptr;\n        k->setSPTFRoot(k);\n    }\n    for (std::set<VertInf *>::iterator ti = terminals.begin();\n            ti != terminals.end(); ++ti)\n    {\n        VertInf *t = *ti;\n        // This is a terminal, set a distance of zero.\n        t->sptfDist = 0;\n        makeSet(t);\n        vHeap.push_back(t);\n\n    }\n    std::make_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n\n    // Shortest path terminal forest construction\n    //\n    while ( ! vHeap.empty() )\n    {\n        // Take the lowest vertex from heap.\n        VertInf *u = vHeap.front();\n\n        // Pop the lowest vertex off the heap.\n        std::pop_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n        vHeap.pop_back();\n\n        // For each edge from this vertex...\n        EdgeInfList& visList = (!isOrthogonal) ? u->visList : u->orthogVisList;\n        EdgeInfList::const_iterator finish = visList.end();\n        VertInf *extraVertex = nullptr;\n        for (EdgeInfList::const_iterator edge = visList.begin();\n                edge != finish; ++edge)\n        {\n            VertInf *v = (*edge)->otherVert(u);\n            double edgeDist = (*edge)->getDist();\n\n            // Assign a distance (length) of 1 for dummy visibility edges\n            // which may not accurately reflect the real distance of the edge.\n            if (v->id.isDummyPinHelper() || u->id.isDummyPinHelper())\n            {\n                edgeDist = 1;\n            }\n\n            // Ignore an edge we have already explored.\n            if (u->pathNext == v ||\n                    (u->pathNext && u->pathNext->pathNext == v))\n            {\n                continue;\n            }\n\n            // Don't do anything more here if this is an intra-tree edge that\n            // would just bridge branches of the same tree.\n            if (u->sptfRoot() == v->sptfRoot())\n            {\n                continue;\n            }\n\n            // This is an extension to the original method that takes a bend\n            // cost into account.  When edges from this node, we take into\n            // account the direction of the branch in the tree that got us\n            // here.  For an edge colinear to this we do the normal thing,\n            // and add it to the heap.  For edges at right angle, we don't\n            // immediately add these, but instead add a dummy segment and node\n            // at the current position and give the edge an distance equal to\n            // the bend penalty.  We add equivalent edges for the right-angled\n            // original edges, so these may be explored when the algorithm\n            // explores the dummy node.  Obviously we also need to clean up\n            // these dummy nodes and edges later.\n            double newCost = (u->sptfDist + edgeDist);\n\n            double freeConnection = connectsWithoutBend(u, v);\n            COLA_ASSERT(!freeConnection == (u->pathNext && ! colinear(u->pathNext->point,\n                    u->point, v->point)));\n            if (!freeConnection)\n            {\n                // This edge is not colinear, so add it to the dummy node and\n                // ignore it.\n                COLA_ASSERT(u->id != dimensionChangeVertexID);\n                if ( ! extraVertex )\n                {\n                    // Create the dummy node if necessary.\n                    extraVertex = new VertInf(router, dimensionChangeVertexID,\n                           u->point, false);\n                    extraVertices.push_back(extraVertex);\n                    extraVertex->sptfDist = bendPenalty + u->sptfDist;\n                    extraVertex->pathNext = u;\n                    extraVertex->setSPTFRoot(u->sptfRoot());\n                    vHeap.push_back(extraVertex);\n                    std::push_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n                }\n                // Add a copy of the ignored edge to the dummy node, so it\n                // may be explored later.\n                EdgeInf *extraEdge = new EdgeInf(extraVertex, v, isOrthogonal);\n                extraEdge->setDist(edgeDist);\n                continue;\n            }\n\n            if (newCost < v->sptfDist && v->sptfRoot() == v)\n            {\n                // We have got to a node we haven't explored to from any tree.\n                // So attach it to the tree and update it with the distance\n                // from the root to reach this vertex.  Then add the vertex\n                // to the heap of potentials to explore.\n                v->sptfDist = newCost;\n                v->pathNext = u;\n                v->setSPTFRoot(u->sptfRoot());\n                vHeap.push_back(v);\n                std::push_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n#ifdef DEBUGHANDLER\n                if (router->debugHandler())\n                {\n                    router->debugHandler()->mtstGrowForestWithEdge(u, v, true);\n                }\n#endif\n            }\n            else\n            {\n                // We have reached a node that has been reached already through\n                // a different tree.  Set the MTST distance for the bridging\n                // edge and push it to the priority queue of edges to consider\n                // during the extended Kruskal's algorithm.\n                double secondJoinCost = connectsWithoutBend(v, u) ?\n                        0.0 : bendPenalty;\n\n                // The default cost is the cost back to the root of each\n                // forest plus the length of this edge.\n                double cost = (*edge)->m_vert1->sptfDist +\n                        (*edge)->m_vert2->sptfDist + secondJoinCost +\n                        (*edge)->getDist();\n                (*edge)->setMtstDist(cost);\n                beHeap.push_back(*edge);\n\n#ifdef DEBUGHANDLER\n                if (router->debugHandler())\n                {\n                    router->debugHandler()->mtstPotentialBridgingEdge(u, v);\n                }\n#endif\n            }\n        }\n    }\n    // Make the bridging edge heap.\n    std::make_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n    TIMER_STOP(router);\n\n    // Next, perform extended Kruskal's algorithm\n    // ==========================================\n    //\n    TIMER_START(router, tmHyperedgeMTST);\n    while ( ! beHeap.empty() )\n    {\n        // Take the lowest cost edge.\n        EdgeInf *e = beHeap.front();\n\n        // Pop the lowest cost edge off of the heap.\n        std::pop_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n        beHeap.pop_back();\n\n        // Find the sets of terminals that each of the trees connects.\n        VertexSetList::iterator s1 = findSet(e->m_vert1->sptfRoot());\n        VertexSetList::iterator s2 = findSet(e->m_vert2->sptfRoot());\n\n        if ((s1 == allsets.end()) || (s2 == allsets.end()))\n        {\n            // This is a special case if we would be connecting to something\n            // that isn't a standard terminal shortest path tree, and thus\n            // doesn't have a root.\n            continue;\n        }\n\n        // We ignore edges that don't connect us to anything new, i.e., when\n        // the terminal sets are the same.\n        if (s1 != s2)\n        {\n            // This is bridging us to one or more new terminals.\n\n            // Union the terminal sets.\n            unionSets(s1, s2);\n\n            // Connect this edge into the MTST by building HyperedgeTree nodes\n            // and edges for this edge and the path back to the tree root.\n            HyperedgeTreeNode *node1 = nullptr;\n            HyperedgeTreeNode *node2 = nullptr;\n            if (hyperedgeTreeJunctions)\n            {\n                node1 = addNode(e->m_vert1, nullptr);\n                node2 = addNode(e->m_vert2, node1);\n            }\n\n#ifdef DEBUGHANDLER\n            if (router->debugHandler())\n            {\n                router->debugHandler()->mtstCommitToEdge(\n                        e->m_vert1, e->m_vert2, true);\n            }\n#endif\n\n            buildHyperedgeTreeToRoot(e->m_vert1->pathNext, node1, e->m_vert1);\n            buildHyperedgeTreeToRoot(e->m_vert2->pathNext, node2, e->m_vert2);\n        }\n    }\n\n    // Free the dummy nodes and edges created earlier.\n    for_each(extraVertices.begin(), extraVertices.end(), delete_vertex());\n    extraVertices.clear();\n    nodes.clear();\n    allsets.clear();\n\n    TIMER_STOP(router);\n}\n\nVertInf *MinimumTerminalSpanningTree::orthogonalPartner(VertInf *vert,\n        double penalty)\n{\n    if (penalty == 0)\n    {\n        penalty = bendPenalty;\n    }\n    if (vert->m_orthogonalPartner == nullptr)\n    {\n        vert->m_orthogonalPartner = new VertInf(router,\n                dimensionChangeVertexID, vert->point, false);\n        vert->m_orthogonalPartner->m_orthogonalPartner = vert;\n        extraVertices.push_back(vert->m_orthogonalPartner);\n        EdgeInf *extraEdge = new EdgeInf(vert->m_orthogonalPartner, vert,\n                isOrthogonal);\n        extraEdge->setDist(penalty);\n    }\n    return vert->m_orthogonalPartner;\n}\n\nvoid MinimumTerminalSpanningTree::removeInvalidBridgingEdges()\n{\n    // Look through the bridging edge heap for any now invalidated edges and\n    // remove these by only copying valid edges to the beHeapNew array.\n    size_t beHeapSize = beHeap.size();\n    std::vector<EdgeInf *> beHeapNew(beHeapSize);\n    size_t j = 0;\n    for (size_t i = 0; i < beHeapSize; ++i)\n    {\n        EdgeInf *e = beHeap[i];\n\n        VertexPair ends = realVerticesCountingPartners(e);\n        bool valid = (ends.first->treeRoot() != ends.second->treeRoot()) &&\n                ends.first->treeRoot() && ends.second->treeRoot() &&\n                (origTerminals.find(ends.first->treeRoot()) != origTerminals.end()) &&\n                (origTerminals.find(ends.second->treeRoot()) != origTerminals.end());\n        if (!valid)\n        {\n            // This is an invalid edge, don't copy it to beHeapNew.\n            continue;\n        }\n\n        // Copy the other bridging edges to beHeapNew.\n        beHeapNew[j] = beHeap[i];\n        ++j;\n    }\n    beHeapNew.resize(j);\n    // Replace beHeap with beHeapNew\n    beHeap = beHeapNew;\n\n    // Remake the bridging edge heap, since we've deleted many elements.\n    std::make_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n}\n\nLayeredOrthogonalEdgeList MinimumTerminalSpanningTree::\n        getOrthogonalEdgesFromVertex(VertInf *vert, VertInf *prev)\n{\n    LayeredOrthogonalEdgeList edgeList;\n\n    COLA_ASSERT(vert);\n\n    double penalty = (prev == nullptr) ? 0.1 : 0;\n    orthogonalPartner(vert, penalty);\n\n    bool isRealVert = (vert->id != dimensionChangeVertexID);\n    VertInf *realVert = (isRealVert) ? vert : orthogonalPartner(vert);\n    COLA_ASSERT(realVert->id != dimensionChangeVertexID);\n    EdgeInfList& visList = (!isOrthogonal) ? realVert->visList : realVert->orthogVisList;\n    EdgeInfList::const_iterator finish = visList.end();\n    for (EdgeInfList::const_iterator edge = visList.begin(); edge != finish; ++edge)\n    {\n        VertInf *other = (*edge)->otherVert(realVert);\n\n        if (other == orthogonalPartner(realVert))\n        {\n            VertInf *partner = (isRealVert) ? other : orthogonalPartner(other);\n            if (partner != prev)\n            {\n                edgeList.push_back(std::make_pair(*edge, partner));\n            }\n            continue;\n        }\n\n        VertInf *partner = (isRealVert) ? other : orthogonalPartner(other);\n        COLA_ASSERT(partner);\n\n        if (other->point.y == realVert->point.y)\n        {\n            if (isRealVert && (prev != partner))\n            {\n                edgeList.push_back(std::make_pair(*edge, partner));\n            }\n        }\n        else if (other->point.x == realVert->point.x)\n        {\n            if (!isRealVert && (prev != partner))\n            {\n                edgeList.push_back(std::make_pair(*edge, partner));\n            }\n        }\n        else\n        {\n            printf(\"Warning, nonorthogonal edge.\\n\");\n            edgeList.push_back(std::make_pair(*edge, other));\n        }\n    }\n\n    return edgeList;\n}\n\nvoid MinimumTerminalSpanningTree::constructInterleaved(void)\n{\n    // Perform an interleaved construction of the MTST and SPTF\n    // ========================================================\n    //\n    TIMER_START(router, tmHyperedgeAlt);\n\n    origTerminals = terminals;\n\n    // Initialisation\n    //\n    VertInf *endVert = router->vertices.end();\n    for (VertInf *k = router->vertices.connsBegin(); k != endVert;\n            k = k->lstNext)\n    {\n        k->sptfDist = DBL_MAX;\n        k->pathNext = nullptr;\n        k->setTreeRootPointer(nullptr);\n        k->m_orthogonalPartner = nullptr;\n    }\n\n#ifdef DEBUGHANDLER\n    if (router->debugHandler())\n    {\n        router->debugHandler()->beginningHyperedgeReroutingWithEndpoints(\n                terminals);\n    }\n#endif\n\n    COLA_ASSERT(rootVertexPointers.empty());\n    for (std::set<VertInf *>::iterator ti = terminals.begin();\n            ti != terminals.end(); ++ti)\n    {\n        VertInf *t = *ti;\n        // This is a terminal, set a distance of zero.\n        t->sptfDist = 0;\n        rootVertexPointers.push_back(t->makeTreeRootPointer(t));\n        vHeap.push_back(t);\n    }\n    for (EdgeInf *t = router->visOrthogGraph.begin();\n            t != router->visOrthogGraph.end(); t = t->lstNext)\n    {\n        t->setHyperedgeSegment(false);\n    }\n\n    std::make_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n\n    // Shortest Path Terminal Forest construction\n    //\n    while ( ! vHeap.empty() )\n    {\n        // Take the lowest vertex from heap.\n        VertInf *u = vHeap.front();\n\n        // There should be no orphaned vertices.\n        COLA_ASSERT(u->treeRoot() != nullptr);\n        COLA_ASSERT(u->pathNext || (u->sptfDist == 0));\n\n        if (!beHeap.empty() && u->sptfDist >= (0.5 * beHeap.front()->mtstDist()))\n        {\n            // Take the lowest cost edge.\n            EdgeInf *e = beHeap.front();\n\n            // Pop the lowest cost edge off of the heap.\n            std::pop_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n            beHeap.pop_back();\n\n#ifndef NDEBUG\n            VertexPair ends = realVerticesCountingPartners(e);\n#endif\n            COLA_ASSERT(origTerminals.find(ends.first->treeRoot()) != origTerminals.end());\n            COLA_ASSERT(origTerminals.find(ends.second->treeRoot()) != origTerminals.end());\n\n            commitToBridgingEdge(e);\n\n            if (origTerminals.size() == 1)\n            {\n                break;\n            }\n\n            removeInvalidBridgingEdges();\n\n            // Don't pop this vertex, but continue.\n            continue;\n        }\n\n        // Pop the lowest vertex off the heap.\n        std::pop_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n        vHeap.pop_back();\n\n        // For each edge from this vertex...\n        LayeredOrthogonalEdgeList edgeList = getOrthogonalEdgesFromVertex(u,\n                u->pathNext);\n        for (LayeredOrthogonalEdgeList::const_iterator edge = edgeList.begin();\n                edge != edgeList.end(); ++edge)\n        {\n            VertInf *v = edge->second;\n            EdgeInf *e = edge->first;\n            double edgeDist = e->getDist();\n\n            // Assign a distance (length) of 1 for dummy visibility edges\n            // which may not accurately reflect the real distance of the edge.\n            if (v->id.isDummyPinHelper() || u->id.isDummyPinHelper())\n            {\n                edgeDist = 1;\n            }\n\n            // Don't do anything more here if this is an intra-tree edge that\n            // would just bridge branches of the same tree.\n            if (u->treeRoot() == v->treeRoot())\n            {\n                continue;\n            }\n\n            // This is an extension to the original method that takes a bend\n            // cost into account.  For edges from this node, we take into\n            // account the direction of the branch in the tree that got us\n            // here.  For an edge colinear to this we do the normal thing,\n            // and add it to the heap.  For edges at right angle, we don't\n            // immediately add these, but instead add a dummy segment and node\n            // at the current position and give the edge an distance equal to\n            // the bend penalty.  We add equivalent edges for the right-angled\n            // original edges, so these may be explored when the algorithm\n            // explores the dummy node.  Obviously we also need to clean up\n            // these dummy nodes and edges later.\n            if (v->treeRoot() == nullptr)\n            {\n                double newCost = (u->sptfDist + edgeDist);\n\n                // We have got to a node we haven't explored to from any tree.\n                // So attach it to the tree and update it with the distance\n                // from the root to reach this vertex.  Then add the vertex\n                // to the heap of potentials to explore.\n                v->sptfDist = newCost;\n                v->pathNext = u;\n                v->setTreeRootPointer(u->treeRootPointer());\n                vHeap.push_back(v);\n                // This can change the cost of other vertices in the heap,\n                // so we need to remake it.\n                std::make_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n\n#ifdef DEBUGHANDLER\n                if (router->debugHandler())\n                {\n                    router->debugHandler()->mtstGrowForestWithEdge(u, v, true);\n                }\n#endif\n            }\n            else\n            {\n                // We have reached a node that has been reached already through\n                // a different tree.  Set the MTST distance for the bridging\n                // edge and push it to the priority queue of edges to consider\n                // during the extended Kruskal's algorithm.\n                double cost = v->sptfDist + u->sptfDist + e->getDist();\n                bool found = std::find(beHeap.begin(), beHeap.end(), e) != beHeap.end();\n                if (!found)\n                {\n                    // We need to add the edge to the bridging edge heap.\n                    e->setMtstDist(cost);\n                    beHeap.push_back(e);\n                    std::push_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n#ifdef DEBUGHANDLER\n                    if (router->debugHandler())\n                    {\n                        router->debugHandler()->mtstPotentialBridgingEdge(u, v);\n                    }\n#endif\n                }\n                else\n                {\n                    // This edge is already in the bridging edge heap.\n                    if (cost < e->mtstDist())\n                    {\n                        // Update the edge's mtstDist if we compute a lower\n                        // cost than we had before.\n                        e->setMtstDist(cost);\n                        std::make_heap(beHeap.begin(), beHeap.end(), beHeapCompare);\n                    }\n                }\n            }\n        }\n    }\n    COLA_ASSERT(origTerminals.size() == 1);\n    TIMER_STOP(router);\n\n    // Free Root Vertex Points from all vertices.\n    for (std::list<VertInf **>::iterator curr = rootVertexPointers.begin();\n            curr != rootVertexPointers.end(); ++curr)\n    {\n        free(*curr);\n    }\n    rootVertexPointers.clear();\n\n    // Free the dummy nodes and edges created earlier.\n    for_each(extraVertices.begin(), extraVertices.end(), delete_vertex());\n    extraVertices.clear();\n}\n\nbool MinimumTerminalSpanningTree::connectsWithoutBend(VertInf *oldLeaf,\n        VertInf *newLeaf)\n{\n    COLA_ASSERT(isOrthogonal);\n\n    if (oldLeaf->sptfDist == 0)\n    {\n        bool hyperedgeConnection = false;\n        EdgeInfList& visList = (!isOrthogonal) ?\n                oldLeaf->visList : oldLeaf->orthogVisList;\n        EdgeInfList::const_iterator finish = visList.end();\n        for (EdgeInfList::const_iterator edge = visList.begin();\n                edge != finish; ++edge)\n        {\n            VertInf *other = (*edge)->otherVert(oldLeaf);\n\n            if (other == newLeaf)\n            {\n                continue;\n            }\n\n            if (other->point == oldLeaf->point)\n            {\n                continue;\n            }\n\n            if ((*edge)->isHyperedgeSegment())\n            {\n                hyperedgeConnection = true;\n                if (colinear(other->point, oldLeaf->point, newLeaf->point))\n                {\n                    return true;\n                }\n            }\n        }\n        // If there was no hyperedge to connect to, then its a tree source\n        // and we can connect without a bend.\n        return (!hyperedgeConnection) ? true : false;\n    }\n    else\n    {\n        if (oldLeaf->pathNext)\n        {\n            return colinear(oldLeaf->pathNext->point, oldLeaf->point,\n                    newLeaf->point);\n        }\n        else\n        {\n            // No penalty.\n            return true;\n        }\n    }\n}\n\nvoid MinimumTerminalSpanningTree::rewriteRestOfHyperedge(VertInf *vert,\n        VertInf **newTreeRootPtr)\n{\n    vert->setTreeRootPointer(newTreeRootPtr);\n\n    LayeredOrthogonalEdgeList edgeList = getOrthogonalEdgesFromVertex(vert,\n                nullptr);\n    for (LayeredOrthogonalEdgeList::const_iterator edge = edgeList.begin();\n            edge != edgeList.end(); ++edge)\n    {\n        VertInf *v = edge->second;\n\n        if (v->treeRootPointer() == newTreeRootPtr)\n        {\n            // Already marked.\n            continue;\n        }\n\n        if (v->sptfDist == 0)\n        {\n            // This is part of the rest of an existing hyperedge,\n            // so mark it and continue.\n            rewriteRestOfHyperedge(v, newTreeRootPtr);\n        }\n    }\n}\n\nvoid MinimumTerminalSpanningTree::drawForest(VertInf *vert, VertInf *prev)\n{\n    if (prev == nullptr)\n    {\n        std::string colour = \"green\";\n        /*\n        if (vert->id == dimensionChangeVertexID)\n        {\n            colour = \"blue\";\n        }\n        */\n\n        if (vert->treeRoot() == nullptr)\n        {\n            colour = \"red\";\n        }\n\n        COLA_ASSERT(vert->treeRootPointer() != nullptr);\n        COLA_ASSERT(vert->treeRoot() != nullptr);\n        //fprintf(debug_fp, \"<circle cx=\\\"%g\\\" cy=\\\"%g\\\" r=\\\"3\\\" db:sptfDist=\\\"%g\\\" \"\n        //        \"style=\\\"fill: %s; stroke: %s; fill-opacity: 0.5; \"\n        //        \"stroke-width: 1px; stroke-opacity:0.5\\\" />\\n\",\n        //        vert->point.x, vert->point.y, vert->sptfDist, colour.c_str(), \"black\");\n    }\n\n    LayeredOrthogonalEdgeList edgeList = getOrthogonalEdgesFromVertex(vert,\n            prev);\n    for (LayeredOrthogonalEdgeList::const_iterator edge = edgeList.begin();\n            edge != edgeList.end(); ++edge)\n    {\n        VertInf *v = edge->second;\n\n        if (v->sptfDist == 0)\n        {\n            continue;\n        }\n\n        if (v->treeRoot() == vert->treeRoot())\n        {\n            if (v->pathNext == vert)\n            {\n                if (vert->point != v->point)\n                {\n                    router->debugHandler()->mtstGrowForestWithEdge(vert, v, false);\n                }\n                drawForest(v, vert);\n            }\n        }\n    }\n}\n\nVertexPair MinimumTerminalSpanningTree::\n        realVerticesCountingPartners(EdgeInf *edge)\n{\n    VertInf *v1 = edge->m_vert1;\n    VertInf *v2 = edge->m_vert2;\n\n    VertexPair realVertices = std::make_pair(v1, v2);\n\n    if ((v1->id != dimensionChangeVertexID) &&\n            (v2->id != dimensionChangeVertexID) &&\n            (v1->point != v2->point) &&\n            (v1->point.x == v2->point.x))\n    {\n        if (v1->m_orthogonalPartner)\n        {\n            realVertices.first = v1->m_orthogonalPartner;\n        }\n        if (v2->m_orthogonalPartner)\n        {\n            realVertices.second = v2->m_orthogonalPartner;\n        }\n    }\n\n    return realVertices;\n}\n\n\nvoid MinimumTerminalSpanningTree::commitToBridgingEdge(EdgeInf *e)\n{\n    VertexPair ends = realVerticesCountingPartners(e);\n    VertInf *newRoot = std::min(ends.first->treeRoot(), ends.second->treeRoot());\n    VertInf *oldRoot = std::max(ends.first->treeRoot(), ends.second->treeRoot());\n\n    // Connect this edge into the MTST by building HyperedgeTree nodes\n    // and edges for this edge and the path back to the tree root.\n    HyperedgeTreeNode *node1 = nullptr;\n    HyperedgeTreeNode *node2 = nullptr;\n\n    VertInf *vert1 = ends.first;\n    VertInf *vert2 = ends.second;\n    if (hyperedgeTreeJunctions)\n    {\n        node1 = addNode(vert1, nullptr);\n        node2 = addNode(vert2, node1);\n        e->setHyperedgeSegment(true);\n    }\n\n#ifdef DEBUGHANDLER\n    if (router->debugHandler())\n    {\n        router->debugHandler()->mtstCommitToEdge(vert1, vert2, true);\n        for (std::set<VertInf *>::iterator ti = terminals.begin();\n                ti != terminals.end(); ++ti)\n        {\n            drawForest(*ti, nullptr);\n        }\n    }\n#endif\n\n    buildHyperedgeTreeToRoot(vert1->pathNext, node1, vert1, true);\n    buildHyperedgeTreeToRoot(vert2->pathNext, node2, vert2, true);\n\n    // We are commmitting to a particular path and pruning back the shortest\n    // path terminal forests from the roots of that path.  We do this by\n    // rewriting the treeRootPointers for all the points on the current\n    // hyperedge path to newTreeRootPtr.  The rest of the vertices in the\n    // forest will be pruned by rewriting their treeRootPointer to nullptr.\n    VertInf **oldTreeRootPtr1 = vert1->treeRootPointer();\n    VertInf **oldTreeRootPtr2 = vert2->treeRootPointer();\n    origTerminals.erase(oldRoot);\n    VertInf **newTreeRootPtr = vert1->makeTreeRootPointer(newRoot);\n    rootVertexPointers.push_back(newTreeRootPtr);\n    vert2->setTreeRootPointer(newTreeRootPtr);\n\n    // Zero paths and rewrite the vertices on the hyperedge path to the\n    // newTreeRootPtr.  Also, add vertices on path to the terminal set.\n    COLA_ASSERT(newRoot);\n    resetDistsForPath(vert1, newTreeRootPtr);\n    resetDistsForPath(vert2, newTreeRootPtr);\n\n    // Prune the forests from the joined vertex sets by setting their\n    // treeRootPointers to nullptr.\n    COLA_ASSERT(oldTreeRootPtr1);\n    COLA_ASSERT(oldTreeRootPtr2);\n    *oldTreeRootPtr1 = nullptr;\n    *oldTreeRootPtr2 = nullptr;\n\n    // We have found the full hyperedge path when we have joined all the\n    // terminal sets into one.\n    if (origTerminals.size() == 1)\n    {\n        return;\n    }\n\n    // Remove newly orphaned vertices from vertex heap by only copying the\n    // valid vertices to vHeapNew array which then replaces vHeap.\n    std::vector<VertInf *> vHeapNew(vHeap.size());\n    size_t j = 0;\n    size_t vHeapSize = vHeap.size();\n    for (size_t i = 0; i < vHeapSize; ++i)\n    {\n        VertInf *v = vHeap[i];\n\n        if ((v->treeRoot() == nullptr))\n        {\n            // This is an orphaned vertex.\n            continue;\n        }\n\n        // Copy the other vertices to vHeapNew.\n        vHeapNew[j] = vHeap[i];\n        ++j;\n    }\n    vHeapNew.resize(j);\n    // Replace vHeap with vHeapNew\n    vHeap = vHeapNew;\n\n    // Reset all terminals to zero.\n    for (std::set<VertInf *>::iterator v2 = terminals.begin();\n            v2 != terminals.end(); ++v2)\n    {\n        COLA_ASSERT((*v2)->sptfDist == 0);\n        vHeap.push_back(*v2);\n    }\n\n    // Rebuild the heap since some terminals will have had distances\n    // rewritten as well as the orphaned vertices being removed.\n    std::make_heap(vHeap.begin(), vHeap.end(), vHeapCompare);\n}\n\n}\n"
  },
  {
    "path": "cola/libavoid/mtst.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2011-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n#ifndef AVOID_MTST_H\n#define AVOID_MTST_H\n\n#include <cstdio>\n#include <set>\n#include <list>\n#include <utility>\n\n#include \"libavoid/vertices.h\"\n#include \"libavoid/hyperedgetree.h\"\n\n\nnamespace Avoid {\n\nclass VertInf;\nclass Router;\nclass ConnRef;\nclass EdgeInf;\n\ntypedef std::list<VertexSet> VertexSetList;\n\ntypedef std::pair<EdgeInf *, VertInf *> LayeredOrthogonalEdge;\ntypedef std::list<LayeredOrthogonalEdge> LayeredOrthogonalEdgeList;\n\n// Comparison for the vertex heap in the extended Dijkstra's algorithm.\nstruct HeapCmpVertInf\n{\n    bool operator()(const VertInf *a, const VertInf *b) const;\n};\n\n\n// Comparison for the bridging edge heap in the extended Kruskal's algorithm.\nstruct CmpEdgeInf\n{\n    bool operator()(const EdgeInf *a, const EdgeInf *b) const;\n};\n\n\n// This class is not intended for public use.\n// It is used by the hyperedge routing code to build a minimum terminal\n// spanning tree for a set of terminal vertices.\nclass MinimumTerminalSpanningTree\n{\n    public:\n        MinimumTerminalSpanningTree(Router *router,\n                std::set<VertInf *> terminals,\n                JunctionHyperedgeTreeNodeMap *hyperedgeTreeJunctions = nullptr);\n        ~MinimumTerminalSpanningTree();\n\n        // Uses Interleaved construction of the MTST and SPTF (heuristic 2 \n        // from paper).  This is the preferred construction approach.\n        void constructInterleaved(void);\n        // Uses Sequential construction of the MTST (heuristic 1 from paper).\n        void constructSequential(void);\n        \n        void setDebuggingOutput(FILE *fp, unsigned int counter);\n        HyperedgeTreeNode *rootJunction(void) const;\n\n    private:\n        void buildHyperedgeTreeToRoot(VertInf *curr, \n                HyperedgeTreeNode *prevNode, VertInf *prevVert, \n                bool markEdges = false);\n        VertInf **resetDistsForPath(VertInf *currVert, VertInf **newRootVertPtr);\n        void rewriteRestOfHyperedge(VertInf *vert, VertInf **newTreeRootPtr);\n        void drawForest(VertInf *vert, VertInf *prev);\n\n        void makeSet(VertInf *vertex);\n        VertexSetList::iterator findSet(VertInf *vertex);\n        void unionSets(VertexSetList::iterator s1, VertexSetList::iterator s2);\n        HyperedgeTreeNode *addNode(VertInf *vertex, HyperedgeTreeNode *prevNode);\n\n        void removeInvalidBridgingEdges(void);\n        void commitToBridgingEdge(EdgeInf *e);\n        bool connectsWithoutBend(VertInf *oldLeaf, VertInf *newLeaf);\n        LayeredOrthogonalEdgeList getOrthogonalEdgesFromVertex(VertInf *vert, \n                VertInf *prev);\n        VertInf *orthogonalPartner(VertInf *vert, double penalty = 0);\n        VertexPair realVerticesCountingPartners(EdgeInf *edge);\n\n\n        Router *router;\n        bool isOrthogonal;\n        std::set<VertInf *> terminals;\n        std::set<VertInf *> origTerminals;\n        JunctionHyperedgeTreeNodeMap *hyperedgeTreeJunctions;\n\n        VertexNodeMap nodes;\n        HyperedgeTreeNode *m_rootJunction;\n        double bendPenalty;\n        VertexSetList allsets;\n        std::list<VertInf *> visitedVertices;\n        std::list<VertInf *> extraVertices;\n        std::list<VertInf *> unusedVertices;\n        std::list<VertInf **> rootVertexPointers;\n\n        // Vertex heap for extended Dijkstra's algorithm.\n        std::vector<VertInf *> vHeap;\n        HeapCmpVertInf vHeapCompare;\n\n        // Bridging edge heap for the extended Kruskal's algorithm.\n        std::vector<EdgeInf *> beHeap;\n        CmpEdgeInf beHeapCompare;\n\n        const VertID dimensionChangeVertexID;\n};\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/obstacle.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include \"libavoid/obstacle.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/connectionpin.h\"\n#include \"libavoid/debug.h\"\n\nnamespace Avoid {\n\n\nObstacle::Obstacle(Router *router, Polygon ply, const unsigned int id)\n    : m_router(router),\n      m_polygon(ply),\n      m_active(false),\n      m_first_vert(nullptr),\n      m_last_vert(nullptr)\n{\n    COLA_ASSERT(m_router != nullptr);\n    m_id = m_router->assignId(id);\n\n    VertID i = VertID(m_id, 0);\n\n    Polygon routingPoly = routingPolygon();\n    const bool addToRouterNow = false;\n    VertInf *last = nullptr;\n    VertInf *node = nullptr;\n    for (size_t pt_i = 0; pt_i < routingPoly.size(); ++pt_i)\n    {\n        node = new VertInf(m_router, i, routingPoly.ps[pt_i], addToRouterNow);\n\n        if (!m_first_vert)\n        {\n            m_first_vert = node;\n        }\n        else\n        {\n            node->shPrev = last;\n            last->shNext = node;\n            //node->lstPrev = last;\n            //last->lstNext = node;\n        }\n        \n        last = node;\n        i++;\n    }\n    m_last_vert = node;\n    \n    m_last_vert->shNext = m_first_vert;\n    m_first_vert->shPrev = m_last_vert;\n}\n\n\nObstacle::~Obstacle()\n{\n    COLA_ASSERT(m_active == false);\n    COLA_ASSERT(m_first_vert != nullptr);\n    \n    VertInf *it = m_first_vert;\n    do\n    {\n        VertInf *tmp = it;\n        it = it->shNext;\n\n        delete tmp;\n    }\n    while (it != m_first_vert);\n    m_first_vert = m_last_vert = nullptr;\n\n    // Free and clear any connection pins.\n    while (!m_connection_pins.empty())\n    {\n        delete *(m_connection_pins.begin());\n    }\n}\n\n\nvoid Obstacle::setNewPoly(const Polygon& poly)\n{\n    COLA_ASSERT(m_first_vert != nullptr);\n    COLA_ASSERT(m_polygon.size() == poly.size());\n    \n    m_polygon = poly;\n    Polygon routingPoly = routingPolygon();\n\n    VertInf *curr = m_first_vert;\n    for (size_t pt_i = 0; pt_i < routingPoly.size(); ++pt_i)\n    {\n        COLA_ASSERT(curr->visListSize == 0);\n        COLA_ASSERT(curr->invisListSize == 0);\n\n        // Reset with the new polygon point.\n        curr->Reset(routingPoly.ps[pt_i]);\n        curr->pathNext = nullptr;\n        \n        curr = curr->shNext;\n    }\n    COLA_ASSERT(curr == m_first_vert);\n        \n    // It may be that the polygon for the obstacle has been updated after\n    // creating the shape.  These events may have been combined for a single\n    // transaction, so update pin positions.\n    for (ShapeConnectionPinSet::iterator curr =\n            m_connection_pins.begin(); curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *pin = *curr;\n        pin->updatePosition(m_polygon);\n    }\n}\n\n\nvoid Obstacle::makeActive(void)\n{\n    COLA_ASSERT(!m_active);\n    \n    // Add to shapeRefs list.\n    m_router_obstacles_pos = m_router->m_obstacles.insert(\n            m_router->m_obstacles.begin(), this);\n\n    // Add points to vertex list.\n    VertInf *it = m_first_vert;\n    do\n    {\n        VertInf *tmp = it;\n        it = it->shNext;\n\n        m_router->vertices.addVertex(tmp);\n    }\n    while (it != m_first_vert);\n   \n    m_active = true;\n}\n\n\nvoid Obstacle::makeInactive(void)\n{\n    COLA_ASSERT(m_active);\n    \n    // Remove from shapeRefs list.\n    m_router->m_obstacles.erase(m_router_obstacles_pos);\n\n    // Remove points from vertex list.\n    VertInf *it = m_first_vert;\n    do\n    {\n        VertInf *tmp = it;\n        it = it->shNext;\n\n        m_router->vertices.removeVertex(tmp);\n    }\n    while (it != m_first_vert);\n    \n    m_active = false;\n    \n    // Turn attached ConnEnds into manual points.\n    bool deletedShape = true;\n    while (!m_following_conns.empty())\n    {\n        ConnEnd *connEnd = *(m_following_conns.begin());\n        connEnd->disconnect(deletedShape);\n    }\n}\n\n\nvoid Obstacle::updatePinPolyLineVisibility(void)\n{\n    for (ShapeConnectionPinSet::iterator curr = \n            m_connection_pins.begin(); \n            curr != m_connection_pins.end(); ++curr)\n    {\n        (*curr)->updateVisibility();\n    }\n}\n\n\nstd::vector<Point> Obstacle::possiblePinPoints(unsigned int pinClassId) const\n{\n    std::vector<Point> points;\n    for (ShapeConnectionPinSet::const_iterator curr = \n            m_connection_pins.begin(); \n            curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *currPin = *curr;\n        if ((currPin->m_class_id == pinClassId) && \n                (!currPin->m_exclusive || currPin->m_connend_users.empty()))\n        {\n            points.push_back(currPin->m_vertex->point);\n        }\n    }\n    return points;\n}\n\n\nsize_t Obstacle::addConnectionPin(ShapeConnectionPin *pin)\n{\n    m_connection_pins.insert(pin);\n    m_router->modifyConnectionPin(pin);\n\n    return m_connection_pins.size();\n}\n\nvoid Obstacle::removeConnectionPin(ShapeConnectionPin *pin)\n{\n    m_connection_pins.erase(pin);\n    m_router->modifyConnectionPin(pin);\n}\n\n\nbool Obstacle::isActive(void) const\n{\n    return m_active;\n}\n\n\nVertInf *Obstacle::firstVert(void)\n{\n    return m_first_vert;\n}\n\n\nVertInf *Obstacle::lastVert(void)\n{\n    return m_last_vert;\n}\n\n\nunsigned int Obstacle::id(void) const\n{\n    return m_id;\n}\n\n\nconst Polygon& Obstacle::polygon(void) const\n{\n    return m_polygon;\n}\n\n\nRouter *Obstacle::router(void) const\n{\n    return m_router;\n}\n\n\nBox Obstacle::routingBox(void) const\n{\n    COLA_ASSERT(!m_polygon.empty());\n    COLA_ASSERT(m_router);\n\n    double bufferSpace = m_router->routingParameter(shapeBufferDistance);\n    return m_polygon.offsetBoundingBox(bufferSpace);\n}\n\n\nPolygon Obstacle::routingPolygon(void) const\n{\n    COLA_ASSERT(!m_polygon.empty());\n    COLA_ASSERT(m_router);\n\n    double bufferSpace = m_router->routingParameter(shapeBufferDistance);\n    return m_polygon.offsetPolygon(bufferSpace);\n}\n\n\nPoint Obstacle::shapeCentre(void)\n{\n    Box bb = routingBox();\n\n    Point centre;\n    centre.x = bb.min.x + (0.5 * (bb.max.x - bb.min.x));\n    centre.y = bb.min.y + (0.5 * (bb.max.y - bb.min.y));\n    return centre;\n}\n\n\nvoid Obstacle::removeFromGraph(void)\n{\n    bool isConnPt = false;\n    for (VertInf *iter = firstVert(); iter != lastVert()->lstNext; )\n    {\n        VertInf *tmp = iter;\n        iter = iter->lstNext;\n \n        tmp->removeFromGraph(isConnPt);\n    }\n}\n\n\nVertInf *Obstacle::getPointVertex(const Point& point)\n{\n    VertInf *curr = m_first_vert;\n    do\n    {\n        if (curr->point == point)\n        {\n            return curr;\n        }\n        curr = curr->shNext;\n    }\n    while (curr != m_first_vert);\n\n    return nullptr;\n}\n\n\nvoid Obstacle::addFollowingConnEnd(ConnEnd *connEnd)\n{\n    m_following_conns.insert(connEnd);\n}\n\n\nvoid Obstacle::removeFollowingConnEnd(ConnEnd *connEnd)\n{\n    m_following_conns.erase(connEnd);\n}\n\n\nConnRefList Obstacle::attachedConnectors(void) const\n{\n    ConnRefList attachedConns;\n    for (std::set<ConnEnd *>::const_iterator curr = m_following_conns.begin();\n            curr != m_following_conns.end(); ++curr)\n    {\n        ConnEnd *connEnd = *curr;\n        COLA_ASSERT(connEnd->m_conn_ref != nullptr);\n        attachedConns.push_back(connEnd->m_conn_ref);\n    }\n    return attachedConns;\n}\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/obstacle.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    obstacle.h\n//! @brief   Contains the interface for the Obstacle class, \n//!          the superclass for ShapeRef and JunctionRef.\n\n\n#ifndef AVOID_OBSTACLE_H\n#define AVOID_OBSTACLE_H\n\n#include <list>\n#include <set>\n\n#include <cstdio>\n\n#include \"libavoid/geometry.h\"\n#include \"libavoid/connectionpin.h\"\n\n\nnamespace Avoid {\n\nclass VertInf;\nclass Router;\nclass Obstacle;\nclass ConnEnd;\nclass ConnRef;\ntypedef std::list<Obstacle *> ObstacleList;\ntypedef std::list<ConnRef *> ConnRefList;\n\n\n// @brief   The Obstacle class represents an obstacle that must be \n//          routed around.  Superclass of ShapeRef and JunctionRef.\n//\nclass Obstacle\n{\n    public:\n        //! @brief  Obstacle reference constructor.\n        //!\n        //! Creates an obstacle object reference.  It is expected that you\n        //! would not instantiate an Obstacle directly, but would instead\n        //! use either ShapeRef() or JunctionRef().\n        //!\n        //! @param[in]  router  The router scene to place the shape into.\n        //! @param[in]  poly    A Polygon representing the boundary of the \n        //!                     shape.\n        //! @param[in]  id      A unique positive integer ID for the shape.  \n        Obstacle(Router *router, Polygon poly, const unsigned int id = 0);\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        //! @brief  Obstacle reference destructor.\n        //!\n        virtual ~Obstacle();\n#endif\n        \n        //! @brief   Returns the ID of this obstacle.\n        //! @returns The ID of the obstacle.\n        unsigned int id(void) const;\n        //! @brief   Returns a reference to the polygon boundary of this\n        //!          obstacle.\n        //! @returns A reference to the polygon boundary of the obstacle.\n        const Polygon& polygon(void) const;\n        //! @brief   Returns a pointer to the router scene this obstacle\n        //!          is in.\n        //! @returns A pointer to the router scene for this obstacle.\n        Router *router(void) const;\n        //! @brief   Returns the position of this obstacle.\n        //! @returns A point representing the position of this obstacle.\n        virtual Point position(void) const = 0;\n        \n        void setNewPoly(const Polygon& poly);\n        VertInf *firstVert(void);\n        VertInf *lastVert(void);\n        Box routingBox(void) const;\n        Polygon routingPolygon(void) const;\n        ConnRefList attachedConnectors(void) const;\n\n    private:\n        friend class Router;\n        friend class ConnEnd;\n        friend class ShapeConnectionPin;\n        friend class HyperedgeRerouter;\n        friend class HyperedgeImprover;\n        friend class MinimumTerminalSpanningTree;\n\n        // Defined in visibility.cpp:\n        void computeVisibilityNaive(void);\n        void computeVisibilitySweep(void);\n       \n        virtual void outputCode(FILE *fp) const = 0;\n        void makeActive(void);\n        void makeInactive(void);\n        bool isActive(void) const;\n        void updatePinPolyLineVisibility(void);\n        void removeFromGraph(void);\n        Point shapeCentre(void);\n\n        VertInf *getPointVertex(const Point& point);\n\n        void addFollowingConnEnd(ConnEnd *connEnd);\n        void removeFollowingConnEnd(ConnEnd *connEnd);\n        size_t addConnectionPin(ShapeConnectionPin *pin);\n        void removeConnectionPin(ShapeConnectionPin *pin);\n        void assignPinVisibilityTo(const unsigned int pinClassId, \n                VertInf *dummyConnectionVert);\n        std::vector<Point> possiblePinPoints(unsigned int pinClassId) const;\n\n    protected:\n        Router *m_router;\n        unsigned int m_id;\n        Polygon m_polygon;\n        bool m_active;\n        ObstacleList::iterator m_router_obstacles_pos;\n        VertInf *m_first_vert;\n        VertInf *m_last_vert;\n        std::set<ConnEnd *> m_following_conns;\n        ShapeConnectionPinSet m_connection_pins;\n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/orthogonal.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the\n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cstdlib>\n#include <cfloat>\n#include <cmath>\n#include <set>\n#include <list>\n#include <algorithm>\n\n#include \"libavoid/router.h\"\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/orthogonal.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/vpsc.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/scanline.h\"\n#include \"libavoid/debughandler.h\"\n\n// For debugging:\n//#define NUDGE_DEBUG\n//#define DEBUG_JUST_UNIFY\n\n\nnamespace Avoid {\n\n\n// IDs:\nstatic const int freeSegmentID  = 0;\nstatic const int fixedSegmentID = 1;\nstatic const int channelLeftID  = 2;\nstatic const int channelRightID = 3;\n// Weights:\nstatic const double freeWeight   = 0.00001;\nstatic const double strongWeight = 0.001;\nstatic const double strongerWeight = 1.0;\nstatic const double fixedWeight  = 100000;\n\n\n// A pair of unsigned values that can be compared and used as the keys\n// for sets and maps.\nclass UnsignedPair\n{\n    public:\n        UnsignedPair(unsigned ind1, unsigned ind2)\n        {\n            COLA_ASSERT(ind1 != ind2);\n            // Assign the lesser value to m_index1.\n            m_index1 = (ind1 < ind2) ? ind1 : ind2;\n            // Assign the greater value to m_index2.\n            m_index2 = (ind1 > ind2) ? ind1 : ind2;\n        }\n\n        bool operator<(const UnsignedPair& rhs) const\n        {\n            if (m_index1 != rhs.m_index1)\n            {\n                return m_index1 < rhs.m_index1;\n            }\n            return m_index2 < rhs.m_index2;\n        }\n    private:\n        unsigned short m_index1;\n        unsigned short m_index2;\n};\ntypedef std::set<UnsignedPair> UnsignedPairSet;\n\n\n// Used to sort points when merging NudgingShiftSegments.\n// Sorts the indexes, by point position in one dimension.\nclass CmpIndexes\n{\n    public:\n        CmpIndexes(ConnRef *conn, size_t dim)\n            : connRef(conn),\n              dimension(dim)\n        {\n        }\n        bool operator()(size_t lhs, size_t rhs)\n        {\n            return connRef->displayRoute().ps[lhs][dimension] <\n                    connRef->displayRoute().ps[rhs][dimension];\n        }\n    private:\n        ConnRef *connRef;\n        size_t dimension;\n};\n\n\nclass NudgingShiftSegment : public ShiftSegment\n{\n    public:\n        // For shiftable segments.\n        NudgingShiftSegment(ConnRef *conn, const size_t low, const size_t high,\n                bool isSBend, bool isZBend, const size_t dim, double minLim,\n                double maxLim)\n            : ShiftSegment(dim),\n              connRef(conn),\n              variable(nullptr),\n              fixed(false),\n              finalSegment(false),\n              endsInShape(false),\n              singleConnectedSegment(false),\n              sBend(isSBend),\n              zBend(isZBend)\n        {\n            indexes.push_back(low);\n            indexes.push_back(high);\n            minSpaceLimit = minLim;\n            maxSpaceLimit = maxLim;\n        }\n        // For fixed segments.\n        NudgingShiftSegment(ConnRef *conn, const size_t low, const size_t high,\n                const size_t dim)\n            : ShiftSegment(dim),\n              connRef(conn),\n              variable(nullptr),\n              fixed(true),\n              finalSegment(false),\n              endsInShape(false),\n              singleConnectedSegment(false),\n              sBend(false),\n              zBend(false)\n        {\n            indexes.push_back(low);\n            indexes.push_back(high);\n            // This has no space to shift.\n            minSpaceLimit = lowPoint()[dim];\n            maxSpaceLimit = lowPoint()[dim];\n        }\n        virtual ~NudgingShiftSegment()\n        {\n        }\n        Point& lowPoint(void)\n        {\n            return connRef->displayRoute().ps[indexes.front()];\n        }\n        Point& highPoint(void)\n        {\n            return connRef->displayRoute().ps[indexes.back()];\n        }\n        const Point& lowPoint(void) const\n        {\n            return connRef->displayRoute().ps[indexes.front()];\n        }\n        const Point& highPoint(void) const\n        {\n            return connRef->displayRoute().ps[indexes.back()];\n        }\n        double nudgeDistance(void) const\n        {\n            return connRef->router()->routingParameter(idealNudgingDistance);\n        }\n        bool immovable(void) const\n        {\n            return ! zigzag();\n        }\n        void createSolverVariable(const bool justUnifying)\n        {\n            bool nudgeFinalSegments = connRef->router()->routingOption(\n                    nudgeOrthogonalSegmentsConnectedToShapes);\n            int varID = freeSegmentID;\n            double varPos = lowPoint()[dimension];\n            double weight = freeWeight;\n            if (nudgeFinalSegments && finalSegment)\n            {\n                weight = strongWeight;\n\n                if (singleConnectedSegment && !justUnifying)\n                {\n                    // This is a single segment connector bridging\n                    // two shapes.  So, we want to try to keep it\n                    // centred rather than shift it.\n                    // Don't do this during Unifying stage, or else\n                    // these connectors could end up at slightly\n                    // different positions and get the wrong ordering\n                    // for nudging.\n                    weight = strongerWeight;\n                }\n            }\n            else if (checkpoints.size() > 0)\n            {\n                weight = strongWeight;\n            }\n            else if (zigzag())\n            {\n                COLA_ASSERT(minSpaceLimit > -CHANNEL_MAX);\n                COLA_ASSERT(maxSpaceLimit < CHANNEL_MAX);\n\n                // For zigzag bends, take the middle as ideal.\n                varPos = minSpaceLimit + ((maxSpaceLimit - minSpaceLimit) / 2);\n            }\n            else if (fixed)\n            {\n                // Fixed segments shouldn't get moved.\n                weight = fixedWeight;\n                varID = fixedSegmentID;\n            }\n            else if ( ! finalSegment )\n            {\n                // Set a higher weight for c-bends to stop them sometimes\n                // getting pushed out into channels by more-free connectors\n                // to the \"inner\" side of them.\n                weight = strongWeight;\n            }\n\n            variable = new Variable(varID, varPos, weight);\n        }\n\n        void updatePositionsFromSolver(const bool justUnifying)\n        {\n            if (fixed)\n            {\n                return;\n            }\n            double newPos = variable->finalPosition;\n\n            // The solver can sometimes cause variables to be outside their\n            // limits by a tiny amount, since all variables are held by\n            // weights.  Thus, just make sure they stay in their limits.\n            newPos = std::max(newPos, minSpaceLimit);\n            newPos = std::min(newPos, maxSpaceLimit);\n\n#ifdef NUDGE_DEBUG\n            printf(\"Pos: %lX, %.16f\\n\", (long) connRef, newPos);\n#endif\n            for (size_t it = 0; it < indexes.size(); ++it)\n            {\n                size_t index = indexes[it];\n                connRef->displayRoute().ps[index][dimension] = newPos;\n            }\n\n#ifdef DEBUGHANDLER\n            if (!justUnifying && connRef->router()->debugHandler())\n            {\n                connRef->router()->debugHandler()->updateConnectorRoute(\n                        connRef, indexes[0], indexes[indexes.size() - 1]);\n            }\n#endif\n        }\n        int fixedOrder(bool& isFixed) const\n        {\n            double nudgeDist = nudgeDistance();\n            double pos = lowPoint()[dimension];\n            bool minLimited = ((pos - minSpaceLimit) < nudgeDist);\n            bool maxLimited = ((maxSpaceLimit - pos) < nudgeDist);\n\n            if (fixed || (minLimited && maxLimited))\n            {\n                isFixed = true;\n                return 0;\n            }\n            else if (minLimited)\n            {\n                return 1;\n            }\n            else if (maxLimited)\n            {\n                return -1;\n            }\n            return 0;\n        }\n        int order(void) const\n        {\n            if (lowC())\n            {\n                return -1;\n            }\n            else if (highC())\n            {\n                return 1;\n            }\n            return 0;\n        }\n        bool zigzag(void) const\n        {\n            return sBend || zBend;\n        }\n        // This counts segments that are collinear and share an endpoint as\n        // overlapping.  This allows them to be nudged apart where possible.\n        bool overlapsWith(const ShiftSegment *rhsSuper, const size_t dim) const\n        {\n            const NudgingShiftSegment *rhs =\n                    static_cast<const NudgingShiftSegment *> (rhsSuper);\n            size_t altDim = (dim + 1) % 2;\n            const Point& lowPt = lowPoint();\n            const Point& highPt = highPoint();\n            const Point& rhsLowPt = rhs->lowPoint();\n            const Point& rhsHighPt = rhs->highPoint();\n            if ( (lowPt[altDim] < rhsHighPt[altDim]) &&\n                    (rhsLowPt[altDim] < highPt[altDim]))\n            {\n                // The segments overlap.\n                if ( (minSpaceLimit <= rhs->maxSpaceLimit) &&\n                        (rhs->minSpaceLimit <= maxSpaceLimit) )\n                {\n                    return true;\n                }\n            }\n            else if ( (lowPt[altDim] == rhsHighPt[altDim]) ||\n                      (rhsLowPt[altDim] == highPt[altDim]) )\n            {\n                bool nudgeColinearSegments = connRef->router()->routingOption(\n                        nudgeOrthogonalTouchingColinearSegments);\n\n                if ( (minSpaceLimit <= rhs->maxSpaceLimit) &&\n                        (rhs->minSpaceLimit <= maxSpaceLimit) )\n                {\n                    // The segments could touch at one end.\n                    if (connRef->router()->routingParameter(\n                            fixedSharedPathPenalty) > 0)\n                    {\n                        // If we are routing with a fixedSharedPathPenalty\n                        // then we don't want these segments to ever touch\n                        // or slide past each other, so they are always\n                        // considered to be overlapping.\n                        return true;\n                    }\n                    else if ((rhs->sBend && sBend) || (rhs->zBend && zBend))\n                    {\n                        // Count them as overlapping for nudging if they\n                        // are both s-bends or both z-bends, i.e., when\n                        // the ordering would matter.\n                        return nudgeColinearSegments;\n                    }\n                    else if ((rhs->finalSegment && finalSegment) &&\n                            (rhs->connRef == connRef))\n                    {\n                        return nudgeColinearSegments;\n                    }\n                }\n            }\n            return false;\n        }\n        // These segments are allowed to drift into alignment but don't have to.\n        bool canAlignWith(const NudgingShiftSegment *rhs,\n                const size_t dim) const\n        {\n            COLA_UNUSED(dim);\n\n            if (connRef != rhs->connRef)\n            {\n                return false;\n            }\n\n            // Don't allow segments of the same connector to drift together\n            // where one of them goes via a checkpoint.  We want the path\n            // through the checkpoint to be maintained.\n            bool hasCheckpoints = checkpoints.size() > 0;\n            bool rhsHasCheckpoints = rhs->checkpoints.size() > 0;\n            if (hasCheckpoints || rhsHasCheckpoints)\n            {\n                return false;\n            }\n            return true;\n        }\n        // These segments should align with each other.\n        bool shouldAlignWith(const ShiftSegment *rhsSuper,\n                const size_t dim) const\n        {\n            const NudgingShiftSegment *rhs =\n                    static_cast<const NudgingShiftSegment *> (rhsSuper);\n            if ((connRef == rhs->connRef) && finalSegment &&\n                    rhs->finalSegment && overlapsWith(rhs, dim))\n            {\n                // If both the segments are in shapes then we know limits\n                // and can align.  Otherwise we do this just for segments\n                // that are very close together, since these will often\n                // prevent nudging, or force it to have a tiny separation\n                // value.\n                if ((endsInShape && rhs->endsInShape) ||\n                        (fabs(lowPoint()[dim] - rhs->lowPoint()[dim]) < 10))\n                {\n                    return true;\n                }\n            }\n            else if ((connRef == rhs->connRef) &&\n                     // Not both final\n                     ((finalSegment & rhs->finalSegment) != true))\n            {\n                bool hasCheckpoints = checkpoints.size() > 0;\n                bool rhsHasCheckpoints = rhs->checkpoints.size() > 0;\n\n                if (hasCheckpoints != rhsHasCheckpoints)\n                {\n                    // At least one segment has checkpoints, but not both.\n\n                    size_t altDim = (dim + 1) % 2;\n                    double space = fabs(lowPoint()[dim] - rhs->lowPoint()[dim]);\n                    double touchPos;\n                    bool couldTouch = false;\n                    if (lowPoint()[altDim] == rhs->highPoint()[altDim])\n                    {\n                        couldTouch = true;\n                        touchPos = lowPoint()[altDim];\n                    }\n                    else if (highPoint()[altDim] == rhs->lowPoint()[altDim])\n                    {\n                        couldTouch = true;\n                        touchPos = highPoint()[altDim];\n                    }\n\n                    // We should align these so long as they are close\n                    // together (<= 10) and there isn't a checkpoint at the\n                    // touch point, i.e., we'd be altering the edges leading\n                    // into the checkpoint.  We want to keep these in place\n                    // and opportunistically move other edges to align with\n                    // them.\n                    return couldTouch && (space <= 10) &&\n                            !hasCheckpointAtPosition(touchPos, altDim) &&\n                            !rhs->hasCheckpointAtPosition(touchPos, altDim);\n                }\n            }\n            return false;\n        }\n        // Used for merging segments with end segments that should appear as\n        // a single segment.\n        void mergeWith(const ShiftSegment *rhsSuper, const size_t dim)\n        {\n            // Adjust limits.\n            minSpaceLimit = std::max(minSpaceLimit, rhsSuper->minSpaceLimit);\n            maxSpaceLimit = std::min(maxSpaceLimit, rhsSuper->maxSpaceLimit);\n\n            // Find a new position for the segment, taking into account\n            // the two original positions and the combined limits.\n            double segmentPos = lowPoint()[dimension];\n            double segment2Pos = rhsSuper->lowPoint()[dimension];\n            if (segment2Pos < segmentPos)\n            {\n                segmentPos -= ((segmentPos - segment2Pos) / 2.0);\n            }\n            else if (segment2Pos > segmentPos)\n            {\n                segmentPos += ((segment2Pos - segmentPos) / 2.0);\n            }\n            segmentPos = std::max(minSpaceLimit, segmentPos);\n            segmentPos = std::min(maxSpaceLimit, segmentPos);\n\n            // Merge the index lists and sort the new list.\n            const NudgingShiftSegment *rhs =\n                    static_cast<const NudgingShiftSegment *> (rhsSuper);\n            indexes.insert(indexes.end(), rhs->indexes.begin(), rhs->indexes.end());\n            size_t altDim = (dim + 1) % 2;\n            CmpIndexes compare(connRef, altDim);\n            sort(indexes.begin(), indexes.end(), compare);\n\n            // Apply the new positon to all points to keep them constant.\n            for (size_t it = 0; it < indexes.size(); ++it)\n            {\n                size_t index = indexes[it];\n                connRef->displayRoute().ps[index][dimension] = segmentPos;\n            }\n        }\n        bool hasCheckpointAtPosition(const double position,\n                const size_t dim) const\n        {\n            for (size_t cp = 0; cp < checkpoints.size(); ++cp)\n            {\n                if (checkpoints[cp][dim] == position)\n                {\n                    return true;\n                }\n            }\n            return false;\n        }\n\n        ConnRef *connRef;\n        Variable *variable;\n        std::vector<size_t> indexes;\n        bool fixed;\n        bool finalSegment;\n        bool endsInShape;\n        bool singleConnectedSegment;\n        std::vector<Point> checkpoints;\n    private:\n        bool sBend;\n        bool zBend;\n        bool lowC(void) const\n        {\n            // This is true if this is a cBend and its adjoining points\n            // are at lower positions.\n            if (!finalSegment && !zigzag() && !fixed &&\n                    (minSpaceLimit == lowPoint()[dimension]))\n            {\n                return true;\n            }\n            return false;\n        }\n        bool highC(void) const\n        {\n            // This is true if this is a cBend and its adjoining points\n            // are at higher positions.\n            if (!finalSegment && !zigzag() && !fixed &&\n                    (maxSpaceLimit == lowPoint()[dimension]))\n            {\n                return true;\n            }\n            return false;\n        }\n};\n\n\n\nenum ScanVisDirFlag {\n    VisDirNone  = 0,\n    VisDirUp    = 1,\n    VisDirDown  = 2\n};\ntypedef unsigned int ScanVisDirFlags;\n\n\n// Returns a bitfield of the directions of visibility in terms of the scanline\n// in a particular dimension dimension.  It will return either ConnDirDown\n// (meaning visibility to lower position values) or ConnDirUp (for visibility\n// towards higher position values).\n//\nstatic ScanVisDirFlags getPosVertInfDirections(VertInf *v, size_t dim)\n{\n    if (dim == XDIM) // X-dimension\n    {\n        unsigned int dirs = v->visDirections & (ConnDirLeft | ConnDirRight);\n        if (dirs == (ConnDirLeft | ConnDirRight))\n        {\n            return (VisDirDown | VisDirUp);\n        }\n        else if (dirs == ConnDirLeft)\n        {\n            return VisDirDown;\n        }\n        else if (dirs == ConnDirRight)\n        {\n            return VisDirUp;\n        }\n    }\n    else if (dim == YDIM) // Y-dimension\n    {\n        unsigned int dirs = v->visDirections & (ConnDirDown | ConnDirUp);\n        if (dirs == (ConnDirDown | ConnDirUp))\n        {\n            return (VisDirDown | VisDirUp);\n        }\n        else if (dirs == ConnDirDown)\n        {\n            // libavoid's Y-axis points downwards, so where the user has\n            // specified visibility downwards, this results in visibility to\n            // higher scanline positition values.\n            return VisDirUp;\n        }\n        else if (dirs == ConnDirUp)\n        {\n            // libavoid's Y-axis points downwards, so where the user has\n            // specified visibility upwards, this results in visibility to\n            // lower scanline positition values.\n            return VisDirDown;\n        }\n    }\n\n    // Can occur for ConnDirNone visibility.\n    return VisDirNone;\n}\n\n\nstruct PosVertInf\n{\n    PosVertInf(double p, VertInf *vI, ScanVisDirFlags d = VisDirNone)\n        : pos(p),\n          vert(vI),\n          dirs(d)\n    {\n    }\n\n    bool operator<(const PosVertInf& rhs) const\n    {\n        if (pos != rhs.pos)\n        {\n            return pos < rhs.pos;\n        }\n        if ((vert->id == rhs.vert->id) && (vert->id == dummyOrthogID))\n        {\n            // Multiple dummy nodes can get placed at the same point for\n            // multiple ShapeConnectionPins on junctions (outside of shapes).\n            // We only need one at each position, so multiples can be seen\n            // as equal here.\n            return false;\n        }\n        if (vert->id != rhs.vert->id)\n        {\n            return vert->id < rhs.vert->id;\n        }\n        return dirs < rhs.dirs;\n    }\n\n    double pos;\n    VertInf *vert;\n\n    // A bitfield marking the direction of visibility (in this dimension)\n    // made up of VisDirDown (for visibility towards lower position values)\n    // and VisDirUp (for visibility towards higher position values).\n    //\n    ScanVisDirFlags dirs;\n};\n\n\nstruct CmpVertInf\n{\n    bool operator()(const VertInf* u, const VertInf* v) const\n    {\n        // Comparator for VertSet, an ordered set of VertInf pointers.\n        // It is assumed vertical sets of points will all have the same\n        // x position and horizontal sets all share a y position, so this\n        // method can be used to sort both these sets.\n        COLA_ASSERT((u->point.x == v->point.x) || (u->point.y == v->point.y));\n        if (u->point.x != v->point.x)\n        {\n            return u->point.x < v->point.x;\n        }\n        else if (u->point.y != v->point.y)\n        {\n            return u->point.y < v->point.y;\n        }\n        return u < v;\n    }\n};\n\n\ntypedef std::set<VertInf *, CmpVertInf> VertSet;\n\n// A set of points to break the line segment,\n// along with vertices for these points.\ntypedef std::set<PosVertInf> BreakpointSet;\n\n// Temporary structure used to store the possible horizontal visibility\n// lines arising from the vertical sweep.\nclass LineSegment\n{\npublic:\n    LineSegment(const double& b, const double& f, const double& p,\n            bool ss = false, VertInf *bvi = nullptr, VertInf *fvi = nullptr)\n        : begin(b),\n          finish(f),\n          pos(p),\n          shapeSide(ss)\n    {\n        COLA_ASSERT(begin < finish);\n\n        if (bvi)\n        {\n            vertInfs.insert(bvi);\n        }\n        if (fvi)\n        {\n            vertInfs.insert(fvi);\n        }\n    }\n    LineSegment(const double& bf, const double& p, VertInf *bfvi = nullptr)\n        : begin(bf),\n          finish(bf),\n          pos(p),\n          shapeSide(false)\n    {\n        if (bfvi)\n        {\n            vertInfs.insert(bfvi);\n        }\n    }\n\n    // Order by begin, pos, finish.\n    bool operator<(const LineSegment& rhs) const\n    {\n        if (begin != rhs.begin)\n        {\n            return begin < rhs.begin;\n        }\n        if (pos != rhs.pos)\n        {\n            return pos < rhs.pos;\n        }\n        if (finish != rhs.finish)\n        {\n            return finish < rhs.finish;\n        }\n        COLA_ASSERT(shapeSide == rhs.shapeSide);\n        return false;\n    }\n\n    bool overlaps(const LineSegment& rhs) const\n    {\n        if ((begin == rhs.begin) && (pos == rhs.pos) &&\n                (finish == rhs.finish))\n        {\n            // Lines are exactly equal.\n            return true;\n        }\n\n        if (pos == rhs.pos)\n        {\n            if (((begin >= rhs.begin) && (begin <= rhs.finish)) ||\n                ((rhs.begin >= begin) && (rhs.begin <= finish)) )\n            {\n                // They are colinear and overlap by some amount.\n                return true;\n            }\n        }\n        return false;\n    }\n\n    void mergeVertInfs(const LineSegment& segment)\n    {\n        begin = std::min(begin, segment.begin);\n        finish = std::max(finish, segment.finish);\n        vertInfs.insert(segment.vertInfs.begin(), segment.vertInfs.end());\n    }\n\n    VertInf *beginVertInf(void) const\n    {\n        if (vertInfs.empty())\n        {\n            return nullptr;\n        }\n        VertInf *inf = *vertInfs.begin();\n        if ( ((inf->point.y == begin) && (inf->point.x == pos)) ||\n             ((inf->point.x == begin) && (inf->point.y == pos)) )\n        {\n            // Only return the point if it is actually at the begin pos.\n            return inf;\n        }\n        return nullptr;\n    }\n    VertInf *finishVertInf(void) const\n    {\n        if (vertInfs.empty())\n        {\n            return nullptr;\n        }\n        VertInf *inf = *vertInfs.rbegin();\n        if ( ((inf->point.y == finish) && (inf->point.x == pos)) ||\n             ((inf->point.x == finish) && (inf->point.y == pos)) )\n        {\n            // Only return the point if it is actually at the finish pos.\n            return inf;\n        }\n        return nullptr;\n    }\n\n    VertInf *commitPositionX(Router *router, double posX)\n    {\n        VertInf *found = nullptr;\n        for (VertSet::iterator v = vertInfs.begin();\n                v != vertInfs.end(); ++v)\n        {\n            if ((*v)->point.x == posX)\n            {\n                found = *v;\n                break;\n            }\n        }\n        if (!found)\n        {\n            found = new VertInf(router, dummyOrthogID, Point(posX, pos));\n            vertInfs.insert(found);\n        }\n        return found;\n    }\n    // Set begin endpoint vertex if none has been assigned.\n    void horiCommitBegin(Router *router, VertInf *vert = nullptr)\n    {\n        if (vert)\n        {\n            vertInfs.insert(vert);\n        }\n\n        if (vertInfs.empty() ||\n                ((*vertInfs.begin())->point.x != begin))\n        {\n            if (begin != -DBL_MAX)\n            {\n                vertInfs.insert(new\n                        VertInf(router, dummyOrthogID, Point(begin, pos)));\n            }\n        }\n    }\n\n    // Set begin endpoint vertex if none has been assigned.\n    void horiCommitFinish(Router *router, VertInf *vert = nullptr)\n    {\n        if (vert)\n        {\n            vertInfs.insert(vert);\n        }\n\n        if (vertInfs.empty() ||\n                ((*vertInfs.rbegin())->point.x != finish))\n        {\n            if (finish != DBL_MAX)\n            {\n                vertInfs.insert(new\n                        VertInf(router, dummyOrthogID, Point(finish, pos)));\n            }\n        }\n    }\n\n    // Converts a section of the points list to a set of breakPoints.\n    // Returns the first of the intersection points occurring at finishPos.\n    VertSet::iterator addSegmentsUpTo(double finishPos)\n    {\n        VertSet::iterator firstIntersectionPt = vertInfs.end();\n        for (VertSet::iterator vert = vertInfs.begin();\n                vert != vertInfs.end(); ++vert)\n        {\n            if ((*vert)->point.x > finishPos)\n            {\n                // We're done.\n                break;\n            }\n\n            breakPoints.insert(PosVertInf((*vert)->point.x, (*vert),\n                        getPosVertInfDirections(*vert, XDIM)));\n\n            if ((firstIntersectionPt == vertInfs.end()) &&\n                    ((*vert)->point.x == finishPos))\n            {\n                firstIntersectionPt = vert;\n            }\n        }\n        // Returns the first of the intersection points at finishPos.\n        return firstIntersectionPt;\n    }\n\n    // Add visibility edge(s) for this segment.  There may be multiple if\n    // one of the endpoints is shared by multiple connector endpoints.\n    void addEdgeHorizontal(Router *router)\n    {\n        horiCommitBegin(router);\n        horiCommitFinish(router);\n\n        addSegmentsUpTo(finish);\n    }\n\n    // Set flags to show what can be passed on this visibility line.\n    // This can be used later to disregard some edges in the visibility\n    // graph when routing particular connectors.\n    void setLongRangeVisibilityFlags(size_t dim)\n    {\n        // First, travel in one direction\n        bool seenConnPt = false;\n        bool seenShapeEdge = false;\n        for (BreakpointSet::iterator nvert = breakPoints.begin();\n                nvert != breakPoints.end(); ++nvert)\n        {\n            VertIDProps mask = 0;\n            if (dim == XDIM)\n            {\n                if (seenConnPt)\n                {\n                    mask |= XL_CONN;\n                }\n                if (seenShapeEdge)\n                {\n                    mask |= XL_EDGE;\n                }\n            }\n            else // if (dim == YDIM)\n            {\n                if (seenConnPt)\n                {\n                    mask |= YL_CONN;\n                }\n                if (seenShapeEdge)\n                {\n                    mask |= YL_EDGE;\n                }\n            }\n            nvert->vert->orthogVisPropFlags |= mask;\n\n            if (nvert->vert->id.isConnPt())\n            {\n                seenConnPt = true;\n            }\n            if (nvert->vert->id.isOrthShapeEdge())\n            {\n                seenShapeEdge = true;\n            }\n        }\n        // Then in the other direction\n        seenConnPt = false;\n        seenShapeEdge = false;\n        for (BreakpointSet::reverse_iterator rvert = breakPoints.rbegin();\n                rvert != breakPoints.rend(); ++rvert)\n        {\n            VertIDProps mask = 0;\n            if (dim == XDIM)\n            {\n                if (seenConnPt)\n                {\n                    mask |= XH_CONN;\n                }\n                if (seenShapeEdge)\n                {\n                    mask |= XH_EDGE;\n                }\n            }\n            else // if (dim == YDIM)\n            {\n                if (seenConnPt)\n                {\n                    mask |= YH_CONN;\n                }\n                if (seenShapeEdge)\n                {\n                    mask |= YH_EDGE;\n                }\n            }\n            rvert->vert->orthogVisPropFlags |= mask;\n\n            if (rvert->vert->id.isConnPt())\n            {\n                seenConnPt = true;\n            }\n            if (rvert->vert->id.isOrthShapeEdge())\n            {\n                seenShapeEdge = true;\n            }\n        }\n    }\n\n    // Add visibility edge(s) for this segment up until an intersection.\n    // Then, move the segment beginning to the intersection point, so we\n    // later only consider the remainder of the segment.\n    // There may be multiple segments added to the graph if the beginning\n    // endpoint of the segment is shared by multiple connector endpoints.\n    VertSet addEdgeHorizontalTillIntersection(Router *router,\n            LineSegment& vertLine)\n    {\n        VertSet intersectionSet;\n\n        horiCommitBegin(router);\n\n        // Does a vertex already exist for this point.\n        commitPositionX(router, vertLine.pos);\n\n        // Generate segments and set end iterator to the first point\n        // at the intersection position.\n        VertSet::iterator restBegin = addSegmentsUpTo(vertLine.pos);\n\n        // Add the intersections points to intersectionSet.\n        VertSet::iterator restEnd = restBegin;\n        while ((restEnd != vertInfs.end()) &&\n                (*restEnd)->point.x == vertLine.pos)\n        {\n            ++restEnd;\n        }\n        intersectionSet.insert(restBegin, restEnd);\n\n        // Adjust segment to remove processed portion.\n        begin = vertLine.pos;\n        vertInfs.erase(vertInfs.begin(), restBegin);\n\n        return intersectionSet;\n    }\n\n    // Insert vertical breakpoints.\n    void insertBreakpointsBegin(Router *router, LineSegment& vertLine)\n    {\n        VertInf *vert = nullptr;\n        if (pos == vertLine.begin && vertLine.beginVertInf())\n        {\n            vert = vertLine.beginVertInf();\n        }\n        else if (pos == vertLine.finish && vertLine.finishVertInf())\n        {\n            vert = vertLine.finishVertInf();\n        }\n        horiCommitBegin(router, vert);\n\n        for (VertSet::iterator v = vertInfs.begin();\n                v != vertInfs.end(); ++v)\n        {\n            if ((*v)->point.x == begin)\n            {\n                vertLine.breakPoints.insert(PosVertInf(pos, *v,\n                        getPosVertInfDirections(*v, YDIM)));\n            }\n        }\n    }\n\n    // Insert vertical breakpoints.\n    void insertBreakpointsFinish(Router *router, LineSegment& vertLine)\n    {\n        VertInf *vert = nullptr;\n        if (pos == vertLine.begin && vertLine.beginVertInf())\n        {\n            vert = vertLine.beginVertInf();\n        }\n        else if (pos == vertLine.finish && vertLine.finishVertInf())\n        {\n            vert = vertLine.finishVertInf();\n        }\n        horiCommitFinish(router, vert);\n\n        for (VertSet::iterator v = vertInfs.begin();\n                v != vertInfs.end(); ++v)\n        {\n            if ((*v)->point.x == finish)\n            {\n                vertLine.breakPoints.insert(PosVertInf(pos, *v,\n                        getPosVertInfDirections(*v, YDIM)));\n            }\n        }\n    }\n    void generateVisibilityEdgesFromBreakpointSet(Router *router, size_t dim)\n    {\n        if (breakPoints.empty() || ((breakPoints.begin())->pos > begin))\n        {\n            // Add a begin point if there was not already an intersection\n            // found at that point. Though, don't do this if the line\n            // segment goes off to infinity -- we can't reach anything\n            // by going in that direction!\n            if (begin == -DBL_MAX)\n            {\n                // Shorten line to first intersection point.\n                COLA_ASSERT(!breakPoints.empty());\n                begin = breakPoints.begin()->pos;\n            }\n            else\n            {\n                // Add begin point.\n                Point point(pos, pos);\n                point[dim] = begin;\n                VertInf *vert = new VertInf(router, dummyOrthogID, point);\n                breakPoints.insert(PosVertInf(begin, vert));\n            }\n        }\n        if (breakPoints.empty() || ((breakPoints.rbegin())->pos < finish))\n        {\n            // Add a finish point if there was not already an intersection\n            // found at that point. Though, don't do this if the line\n            // segment goes off to infinity -- we can't reach anything\n            // by going in that direction!\n            if (finish == DBL_MAX)\n            {\n                // Shorten line to last intersection point.\n                finish = breakPoints.rbegin()->pos;\n            }\n            else\n            {\n                // Add finish point.\n                Point point(pos, pos);\n                point[dim] = finish;\n                VertInf *vert = new VertInf(router, dummyOrthogID, point);\n                breakPoints.insert(PosVertInf(finish, vert));\n            }\n        }\n\n        // Set flags for orthogonal routing optimisation.\n        setLongRangeVisibilityFlags(dim);\n\n        const bool orthogonal = true;\n        BreakpointSet::iterator vert, last;\n#if 0\n        last = breakPoints.end();\n        for (vert = breakPoints.begin(); vert != breakPoints.end();)\n        {\n            if (vert->vert->id == dummyOrthogID)\n            {\n                if (last == breakPoints.end() ||\n                        (last->vert->point != vert->vert->point))\n                {\n                    last = vert;\n                }\n                else\n                {\n                    // Already seen a dummy orthogonal point at this\n                    // position, delete it.\n\n            }\n            else\n            {\n                ++vert;\n            }\n        }\n#endif\n        for (vert = last = breakPoints.begin(); vert != breakPoints.end();)\n        {\n            BreakpointSet::iterator firstPrev = last;\n            while (last->vert->point[dim] != vert->vert->point[dim])\n            {\n                COLA_ASSERT(vert != last);\n                // Assert points are not at the same position.\n                COLA_ASSERT(vert->vert->point != last->vert->point);\n\n                if (vert->vert->id.isConnPt() && last->vert->id.isConnPt())\n                {\n                    // Here we have a pair of two endpoints that are both\n                    // connector endpoints and both are inside a shape.\n\n                    // Give vert visibility back to the first non-connector\n                    // endpoint vertex (i.e., the side of the shape).\n                    BreakpointSet::iterator side = last;\n                    while (side->vert->id.isConnPt())\n                    {\n                        if (side == breakPoints.begin())\n                        {\n                            break;\n                        }\n                        --side;\n                    }\n                    bool canSeeDown = (vert->dirs & VisDirDown);\n                    if (canSeeDown && !(side->vert->id.isConnPt()))\n                    {\n                        EdgeInf *edge = new\n                                EdgeInf(side->vert, vert->vert, orthogonal);\n                        edge->setDist(vert->vert->point[dim] -\n                                side->vert->point[dim]);\n                    }\n\n                    // Give last visibility back to the first non-connector\n                    // endpoint vertex (i.e., the side of the shape).\n                    side = vert;\n                    while ((side != breakPoints.end()) &&\n                            side->vert->id.isConnPt())\n                    {\n                        ++side;\n                    }\n                    bool canSeeUp = (last->dirs & VisDirUp);\n                    if (canSeeUp && (side != breakPoints.end()))\n                    {\n                        EdgeInf *edge = new\n                                EdgeInf(last->vert, side->vert, orthogonal);\n                        edge->setDist(side->vert->point[dim] -\n                                last->vert->point[dim]);\n                    }\n                }\n\n                // The normal case.\n                //\n                // Note: It's okay to give two connector endpoints visibility\n                // here since we only consider the partner endpoint as a\n                // candidate while searching if it is the other endpoint of\n                // the connector in question.\n                //\n                bool generateEdge = true;\n                if (last->vert->id.isConnPt() && !(last->dirs & VisDirUp))\n                {\n                    // Don't generate the visibility segment if the ConnEnd\n                    // doesn't have visibility in that direction.\n                    generateEdge = false;\n                }\n                else if (vert->vert->id.isConnPt() && !(vert->dirs & VisDirDown))\n                {\n                    // Don't generate the visibility segment if the ConnEnd\n                    // doesn't have visibility in that direction.\n                    generateEdge = false;\n                }\n                if (generateEdge)\n                {\n                    EdgeInf *edge =\n                            new EdgeInf(last->vert, vert->vert, orthogonal);\n                    edge->setDist(vert->vert->point[dim] -\n                            last->vert->point[dim]);\n                }\n\n                ++last;\n            }\n\n            ++vert;\n\n            if ((vert != breakPoints.end()) &&\n                    (last->vert->point[dim] == vert->vert->point[dim]))\n            {\n                // Still looking at same pair, just reset prev number pointer.\n                last = firstPrev;\n            }\n            else\n            {\n                // vert has moved to the beginning of a group at a new\n                // position.  Last is now in the right place, so do nothing.\n            }\n        }\n    }\n\n    double begin;\n    double finish;\n    double pos;\n\n    // XXX shapeSide is unused and could possibly be removed?\n    bool shapeSide;\n\n    VertSet vertInfs;\n    BreakpointSet breakPoints;\nprivate:\n    // MSVC wants to generate the assignment operator and the default\n    // constructor, but fails.  Therefore we declare them private and\n    // don't implement them.\n    LineSegment & operator=(LineSegment const &);\n    LineSegment();\n};\n\ntypedef std::list<LineSegment> SegmentList;\n\nclass SegmentListWrapper\n{\n    public:\n        LineSegment *insert(LineSegment segment)\n        {\n            SegmentList::iterator found = _list.end();\n            for (SegmentList::iterator curr = _list.begin();\n                    curr != _list.end(); ++curr)\n            {\n                if (curr->overlaps(segment))\n                {\n                    if (found != _list.end())\n                    {\n                        // This is not the first segment that overlaps,\n                        // so we need to merge and then delete an existing\n                        // segment.\n                        curr->mergeVertInfs(*found);\n                        _list.erase(found);\n                        found = curr;\n                    }\n                    else\n                    {\n                        // This is the first overlapping segment, so just\n                        // merge the new segment with this one.\n                        curr->mergeVertInfs(segment);\n                        found = curr;\n                    }\n                }\n            }\n\n            if (found == _list.end())\n            {\n                // Add this line.\n                _list.push_back(segment);\n                return &(_list.back());\n            }\n\n            return &(*found);\n        }\n        SegmentList& list(void)\n        {\n            return _list;\n        }\n    private:\n        SegmentList _list;\n};\n\n\n// Given a router instance and a set of possible horizontal segments, and a\n// possible vertical visibility segment, compute and add edges to the\n// orthogonal visibility graph for all the visibility edges.\nstatic void intersectSegments(Router *router, SegmentList& segments,\n        LineSegment& vertLine)\n{\n    // XXX: It seems that this case can sometimes occur... maybe when\n    // there are many overlapping rectangles.\n    //COLA_ASSERT(vertLine.beginVertInf() == nullptr);\n    //COLA_ASSERT(vertLine.finishVertInf() == nullptr);\n\n    COLA_ASSERT(!segments.empty());\n    for (SegmentList::iterator it = segments.begin(); it != segments.end(); )\n    {\n        LineSegment& horiLine = *it;\n\n        bool inVertSegRegion = ((vertLine.begin <= horiLine.pos) &&\n                                (vertLine.finish >= horiLine.pos));\n\n        if (vertLine.pos < horiLine.begin)\n        {\n            // We've yet to reach this segment in the sweep, so ignore.\n            ++it;\n            continue;\n        }\n        else if (vertLine.pos == horiLine.begin)\n        {\n            if (inVertSegRegion)\n            {\n                horiLine.insertBreakpointsBegin(router, vertLine);\n            }\n        }\n        else if (vertLine.pos == horiLine.finish)\n        {\n            if (inVertSegRegion)\n            {\n                // Add horizontal visibility segment.\n                horiLine.addEdgeHorizontal(router);\n\n                horiLine.insertBreakpointsFinish(router, vertLine);\n\n                size_t dim = XDIM; // x-dimension\n                horiLine.generateVisibilityEdgesFromBreakpointSet(router, dim);\n\n                // And we've now finished with the segment, so delete.\n                it = segments.erase(it);\n                continue;\n            }\n        }\n        else if (vertLine.pos > horiLine.finish)\n        {\n            // Add horizontal visibility segment.\n            horiLine.addEdgeHorizontal(router);\n\n            size_t dim = XDIM; // x-dimension\n            horiLine.generateVisibilityEdgesFromBreakpointSet(router, dim);\n\n            // We've now swept past this horizontal segment, so delete.\n            it = segments.erase(it);\n            continue;\n        }\n        else\n        {\n            COLA_ASSERT(vertLine.pos > horiLine.begin);\n            COLA_ASSERT(vertLine.pos < horiLine.finish);\n\n            if (inVertSegRegion)\n            {\n                // Add horizontal visibility segment.\n                VertSet intersectionVerts =\n                        horiLine.addEdgeHorizontalTillIntersection(\n                            router, vertLine);\n\n                for (VertSet::iterator v = intersectionVerts.begin();\n                        v != intersectionVerts.end(); ++v)\n                {\n                    vertLine.breakPoints.insert(PosVertInf(horiLine.pos, *v,\n                            getPosVertInfDirections(*v, YDIM)));\n                }\n            }\n        }\n        ++it;\n    }\n\n    // Split breakPoints set into visibility segments.\n    size_t dimension = YDIM; // y-dimension\n    vertLine.generateVisibilityEdgesFromBreakpointSet(router, dimension);\n}\n\n\n// Processes an event for the vertical sweep used for computing the static\n// orthogonal visibility graph.  This adds possible horizontal visibility\n// segments to the segments list.\n// The first pass is adding the event to the scanline, the second is for\n// processing the event and the third for removing it from the scanline.\nstatic void processEventVert(Router *router, NodeSet& scanline,\n        SegmentListWrapper& segments, Event *e, unsigned int pass)\n{\n    Node *v = e->v;\n\n    if ( ((pass == 1) && (e->type == Open)) ||\n         ((pass == 2) && (e->type == ConnPoint)) )\n    {\n        std::pair<NodeSet::iterator, bool> result = scanline.insert(v);\n        v->iter = result.first;\n        COLA_ASSERT(result.second);\n\n        NodeSet::iterator it = v->iter;\n        // Work out neighbours\n        if (it != scanline.begin())\n        {\n            Node *u = *(--it);\n            v->firstAbove = u;\n            u->firstBelow = v;\n        }\n        it = v->iter;\n        if (++it != scanline.end())\n        {\n            Node *u = *it;\n            v->firstBelow = u;\n            u->firstAbove = v;\n        }\n    }\n\n    if (pass == 2)\n    {\n        if ((e->type == Open) || (e->type == Close))\n        {\n            // Only difference between Open and Close is whether the line\n            // segments are at the top or bottom of the shape.  Decide here.\n            double lineY = (e->type == Open) ? v->min[YDIM] : v->max[YDIM];\n\n            // Shape edge positions.\n            double minShape = v->min[XDIM];\n            double maxShape = v->max[XDIM];\n            // As far as we can see.\n            double minLimit, maxLimit;\n            double minLimitMax, maxLimitMin;\n            v->findFirstPointAboveAndBelow(XDIM, lineY, minLimit, maxLimit,\n                    minLimitMax, maxLimitMin);\n\n            // Insert possible visibility segments.\n            if (minLimitMax >= maxLimitMin)\n            {\n                // These vertices represent the shape corners.\n                VertInf *vI1 = new VertInf(router, dummyOrthogShapeID,\n                            Point(minShape, lineY));\n                VertInf *vI2 = new VertInf(router, dummyOrthogShapeID,\n                            Point(maxShape, lineY));\n\n                // There are no overlapping shapes, so give full visibility.\n                if (minLimit < minShape)\n                {\n                    segments.insert(LineSegment(minLimit, minShape, lineY,\n                                true, nullptr, vI1));\n                }\n                segments.insert(LineSegment(minShape, maxShape, lineY,\n                            true, vI1, vI2));\n                if (maxShape < maxLimit)\n                {\n                    segments.insert(LineSegment(maxShape, maxLimit, lineY,\n                                true, vI2, nullptr));\n                }\n            }\n            else\n            {\n                // There are overlapping shapes along this shape edge.\n\n                if ((minLimitMax > minLimit) && (minLimitMax >= minShape))\n                {\n                    LineSegment *line = segments.insert(\n                            LineSegment(minLimit, minLimitMax, lineY, true));\n                    // Shape corner:\n                    VertInf *vI1 = new VertInf(router, dummyOrthogShapeID,\n                                Point(minShape, lineY));\n                    line->vertInfs.insert(vI1);\n                }\n                if ((maxLimitMin < maxLimit) && (maxLimitMin <= maxShape))\n                {\n                    LineSegment *line = segments.insert(\n                            LineSegment(maxLimitMin, maxLimit, lineY, true));\n                    // Shape corner:\n                    VertInf *vI2 = new VertInf(router, dummyOrthogShapeID,\n                                Point(maxShape, lineY));\n                    line->vertInfs.insert(vI2);\n                }\n            }\n        }\n        else if (e->type == ConnPoint)\n        {\n            // Connection point.\n            VertInf *centreVert = e->v->c;\n            Point& cp = centreVert->point;\n\n            // As far as we can see.\n            double minLimit = v->firstPointAbove(XDIM);\n            double maxLimit = v->firstPointBelow(XDIM);\n            bool inShape = v->isInsideShape(XDIM);\n\n            // Insert if we have visibility in that direction and the segment\n            // length is greater than zero.\n            LineSegment *line1 = nullptr, *line2 = nullptr;\n            if ((centreVert->visDirections & ConnDirLeft) && (minLimit < cp.x))\n            {\n                line1 = segments.insert(LineSegment(minLimit, cp.x, e->pos,\n                        true, nullptr, centreVert));\n            }\n            if ((centreVert->visDirections & ConnDirRight) && (cp.x < maxLimit))\n            {\n                line2 = segments.insert(LineSegment(cp.x, maxLimit, e->pos,\n                        true, centreVert, nullptr));\n                // If there was a line1, then we just merged with it, so\n                // that pointer will be invalid (and now unnecessary).\n                line1 = nullptr;\n            }\n            if (!line1 && !line2)\n            {\n                // Add a point segment for the centre point.\n                segments.insert(LineSegment(cp.x, e->pos, centreVert));\n            }\n\n            if (!inShape)\n            {\n                // This is not contained within a shape so add a normal\n                // visibility graph point here too (since paths won't route\n                // *through* connector endpoint vertices).\n                if (line1 || line2)\n                {\n                    VertInf *cent = new VertInf(router, dummyOrthogID, cp);\n                    if (line1)\n                    {\n                        line1->vertInfs.insert(cent);\n                    }\n                    if (line2)\n                    {\n                        line2->vertInfs.insert(cent);\n                    }\n                }\n            }\n        }\n    }\n\n    if ( ((pass == 3) && (e->type == Close)) ||\n         ((pass == 2) && (e->type == ConnPoint)) )\n    {\n        // Clean up neighbour pointers.\n        Node *l = v->firstAbove, *r = v->firstBelow;\n        if (l != nullptr)\n        {\n            l->firstBelow = v->firstBelow;\n        }\n        if (r != nullptr)\n        {\n            r->firstAbove = v->firstAbove;\n        }\n\n        if (e->type == ConnPoint)\n        {\n            scanline.erase(v->iter);\n            delete v;\n        }\n        else  // if (e->type == Close)\n        {\n            size_t result;\n            result = scanline.erase(v);\n            COLA_ASSERT(result == 1);\n            COLA_UNUSED(result);  // Avoid warning.\n            delete v;\n        }\n    }\n}\n\n\n// Processes an event for the vertical sweep used for computing the static\n// orthogonal visibility graph.  This adds possible vertical visibility\n// segments to the segments list.\n// The first pass is adding the event to the scanline, the second is for\n// processing the event and the third for removing it from the scanline.\nstatic void processEventHori(Router *router, NodeSet& scanline,\n        SegmentListWrapper& segments, Event *e, unsigned int pass)\n{\n    Node *v = e->v;\n\n    if ( ((pass == 1) && (e->type == Open)) ||\n         ((pass == 2) && (e->type == ConnPoint)) )\n    {\n        std::pair<NodeSet::iterator, bool> result = scanline.insert(v);\n        v->iter = result.first;\n        COLA_ASSERT(result.second);\n\n        NodeSet::iterator it = v->iter;\n        // Work out neighbours\n        if (it != scanline.begin())\n        {\n            Node *u = *(--it);\n            v->firstAbove = u;\n            u->firstBelow = v;\n        }\n        it = v->iter;\n        if (++it != scanline.end())\n        {\n            Node *u = *it;\n            v->firstBelow = u;\n            u->firstAbove = v;\n        }\n    }\n\n    if (pass == 2)\n    {\n        if ((e->type == Open) || (e->type == Close))\n        {\n            // Only difference between Open and Close is whether the line\n            // segments are at the left or right of the shape.  Decide here.\n            double lineX = (e->type == Open) ? v->min[XDIM] : v->max[XDIM];\n\n            // Shape edge positions.\n            double minShape = v->min[YDIM];\n            double maxShape = v->max[YDIM];\n            // As far as we can see.\n            double minLimit, maxLimit;\n            double minLimitMax, maxLimitMin;\n            v->findFirstPointAboveAndBelow(YDIM, lineX, minLimit, maxLimit,\n                    minLimitMax, maxLimitMin);\n\n            if (minLimitMax >= maxLimitMin)\n            {\n                LineSegment *line = segments.insert(\n                        LineSegment(minLimit, maxLimit, lineX));\n\n                // Shape corners:\n                VertInf *vI1 = new VertInf(router, dummyOrthogShapeID,\n                        Point(lineX, minShape));\n                VertInf *vI2 = new VertInf(router, dummyOrthogShapeID,\n                        Point(lineX, maxShape));\n                line->vertInfs.insert(vI1);\n                line->vertInfs.insert(vI2);\n            }\n            else\n            {\n                if ((minLimitMax > minLimit) && (minLimitMax >= minShape))\n                {\n                    LineSegment *line = segments.insert(\n                            LineSegment(minLimit, minLimitMax, lineX));\n\n                    // Shape corner:\n                    VertInf *vI1 = new VertInf(router, dummyOrthogShapeID,\n                                Point(lineX, minShape));\n                    line->vertInfs.insert(vI1);\n                }\n                if ((maxLimitMin < maxLimit) && (maxLimitMin <= maxShape))\n                {\n                    LineSegment *line = segments.insert(\n                            LineSegment(maxLimitMin, maxLimit, lineX));\n\n                    // Shape corner:\n                    VertInf *vI2 = new VertInf(router, dummyOrthogShapeID,\n                                Point(lineX, maxShape));\n                    line->vertInfs.insert(vI2);\n                }\n            }\n        }\n        else if (e->type == ConnPoint)\n        {\n            // Connection point.\n            VertInf *centreVert = e->v->c;\n            Point& cp = centreVert->point;\n\n            // As far as we can see.\n            double minLimit = v->firstPointAbove(YDIM);\n            double maxLimit = v->firstPointBelow(YDIM);\n\n            // Insert if we have visibility in that direction and the segment\n            // length is greater than zero.\n            if ((centreVert->visDirections & ConnDirUp) && (minLimit < cp.y))\n            {\n                segments.insert(LineSegment(minLimit, cp.y, e->pos));\n            }\n\n            if ((centreVert->visDirections & ConnDirDown) && (cp.y < maxLimit))\n            {\n                segments.insert(LineSegment(cp.y, maxLimit, e->pos));\n            }\n        }\n    }\n\n    if ( ((pass == 3) && (e->type == Close)) ||\n         ((pass == 2) && (e->type == ConnPoint)) )\n    {\n        // Clean up neighbour pointers.\n        Node *l = v->firstAbove, *r = v->firstBelow;\n        if (l != nullptr)\n        {\n            l->firstBelow = v->firstBelow;\n        }\n        if (r != nullptr)\n        {\n            r->firstAbove = v->firstAbove;\n        }\n\n        if (e->type == ConnPoint)\n        {\n            scanline.erase(v->iter);\n            delete v;\n        }\n        else  // if (e->type == Close)\n        {\n            size_t result;\n            result = scanline.erase(v);\n            COLA_ASSERT(result == 1);\n            COLA_UNUSED(result);  // Avoid warning.\n            delete v;\n        }\n    }\n}\n\n// Correct visibility for pins or connector endpoints on the leading or\n// trailing edge of the visibility graph which may only have visibility in\n// the outward direction where there will not be a possible path.\nvoid fixConnectionPointVisibilityOnOutsideOfVisibilityGraph(Event **events,\n        size_t totalEvents, ConnDirFlags addedVisibility)\n{\n    if (totalEvents > 0)\n    {\n        double firstPos = events[0]->pos;\n        size_t index = 0;\n        while (index < totalEvents)\n        {\n            if (events[index]->pos > firstPos)\n            {\n                break;\n            }\n\n            if (events[index]->v->c)\n            {\n                events[index]->v->c->visDirections |= addedVisibility;\n            }\n            ++index;\n        }\n        index = 0;\n        double lastPos = events[totalEvents - 1]->pos;\n        while (index < totalEvents)\n        {\n            size_t revIndex = totalEvents - 1 - index;\n            if (events[revIndex]->pos < lastPos)\n            {\n                break;\n            }\n\n            if (events[revIndex]->v->c)\n            {\n                events[revIndex]->v->c->visDirections |= addedVisibility;\n            }\n            ++index;\n        }\n    }\n}\n\nextern void generateStaticOrthogonalVisGraph(Router *router)\n{\n    const size_t n = router->m_obstacles.size();\n    const unsigned cpn = router->vertices.connsSize();\n    // Set up the events for the vertical sweep.\n    size_t totalEvents = (2 * n) + cpn;\n    Event **events = new Event*[totalEvents];\n    unsigned ctr = 0;\n    ObstacleList::iterator obstacleIt = router->m_obstacles.begin();\n    for (unsigned i = 0; i < n; i++)\n    {\n        Obstacle *obstacle = *obstacleIt;\n#ifndef PAPER\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (obstacle);\n        if (junction && ! junction->positionFixed())\n        {\n            // Junctions that are free to move are not treated as obstacles.\n            ++obstacleIt;\n            totalEvents -= 2;\n            continue;\n        }\n#endif\n\n        Box bbox = obstacle->routingBox();\n        double midX = bbox.min.x + ((bbox.max.x - bbox.min.x) / 2);\n        Node *v = new Node(obstacle, midX);\n        events[ctr++] = new Event(Open, v, bbox.min.y);\n        events[ctr++] = new Event(Close, v, bbox.max.y);\n\n        ++obstacleIt;\n    }\n\n#ifdef DEBUGHANDLER\n    if (router->debugHandler())\n    {\n        std::vector<Box> obstacleBoxes;\n        ObstacleList::iterator obstacleIt = router->m_obstacles.begin();\n        for (unsigned i = 0; i < n; i++)\n        {\n            Obstacle *obstacle = *obstacleIt;\n            JunctionRef *junction = dynamic_cast<JunctionRef *> (obstacle);\n            if (junction && ! junction->positionFixed())\n            {\n                // Junctions that are free to move are not treated as obstacles.\n                ++obstacleIt;\n                continue;\n            }\n            Box bbox = obstacle->routingBox();\n            obstacleBoxes.push_back(bbox);\n            ++obstacleIt;\n        }\n        router->debugHandler()->updateObstacleBoxes(obstacleBoxes);\n    }\n#endif\n\n    for (VertInf *curr = router->vertices.connsBegin();\n            curr && (curr != router->vertices.shapesBegin());\n            curr = curr->lstNext)\n    {\n        if (curr->visDirections == ConnDirNone)\n        {\n            // This is a connector endpoint that is attached to a connection\n            // pin on a shape, so it doesn't need to be given visibility.\n            // Thus, skip it and record that there is one less total event.\n            --totalEvents;\n            continue;\n        }\n        Point& point = curr->point;\n\n        Node *v = new Node(curr, point.x);\n        events[ctr++] = new Event(ConnPoint, v, point.y);\n    }\n    qsort((Event*)events, (size_t) totalEvents, sizeof(Event*), compare_events);\n\n    // Correct visibility for pins or connector endpoints on the leading or\n    // trailing edge of the visibility graph which may only have visibility in\n    // the outward direction where there will not be a possible path.  We\n    // fix this by giving them visibility left and right.\n    fixConnectionPointVisibilityOnOutsideOfVisibilityGraph(events, totalEvents,\n            (ConnDirLeft | ConnDirRight));\n\n    // Process the vertical sweep -- creating cadidate horizontal edges.\n    // We do multiple passes over sections of the list so we can add relevant\n    // entries to the scanline that might follow, before processing them.\n    SegmentListWrapper segments;\n    NodeSet scanline;\n    double thisPos = (totalEvents > 0) ? events[0]->pos : 0;\n    unsigned int posStartIndex = 0;\n    unsigned int posFinishIndex = 0;\n    for (unsigned i = 0; i <= totalEvents; ++i)\n    {\n        // Progress reporting and continuation check.\n        router->performContinuationCheck(\n                TransactionPhaseOrthogonalVisibilityGraphScanX,\n                i, totalEvents);\n\n        // If we have finished the current scanline or all events, then we\n        // process the events on the current scanline in a couple of passes.\n        if ((i == totalEvents) || (events[i]->pos != thisPos))\n        {\n            posFinishIndex = i;\n            for (int pass = 2; pass <= 3; ++pass)\n            {\n                for (unsigned j = posStartIndex; j < posFinishIndex; ++j)\n                {\n                    processEventVert(router, scanline, segments,\n                            events[j], pass);\n                }\n            }\n\n            if (i == totalEvents)\n            {\n                // We have cleaned up, so we can now break out of loop.\n                break;\n            }\n\n            thisPos = events[i]->pos;\n            posStartIndex = i;\n        }\n\n        // Do the first sweep event handling -- building the correct\n        // structure of the scanline.\n        const int pass = 1;\n        processEventVert(router, scanline, segments, events[i], pass);\n    }\n    COLA_ASSERT(scanline.size() == 0);\n    for (unsigned i = 0; i < totalEvents; ++i)\n    {\n        delete events[i];\n    }\n\n    segments.list().sort();\n\n    // Set up the events for the horizontal sweep.\n    SegmentListWrapper vertSegments;\n    ctr = 0;\n    obstacleIt = router->m_obstacles.begin();\n    for (unsigned i = 0; i < n; i++)\n    {\n        Obstacle *obstacle = *obstacleIt;\n#ifndef PAPER\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (obstacle);\n        if (junction && ! junction->positionFixed())\n        {\n            // Junctions that are free to move are not treated as obstacles.\n            ++obstacleIt;\n            continue;\n        }\n#endif\n        Box bbox = obstacle->routingBox();\n        double midY = bbox.min.y + ((bbox.max.y - bbox.min.y) / 2);\n        Node *v = new Node(obstacle, midY);\n        events[ctr++] = new Event(Open, v, bbox.min.x);\n        events[ctr++] = new Event(Close, v, bbox.max.x);\n\n        ++obstacleIt;\n    }\n    for (VertInf *curr = router->vertices.connsBegin();\n            curr && (curr != router->vertices.shapesBegin());\n            curr = curr->lstNext)\n    {\n        if (curr->visDirections == ConnDirNone)\n        {\n            // This is a connector endpoint that is attached to a connection\n            // pin on a shape, so it doesn't need to be given visibility.\n            // Thus, skip it.\n            continue;\n        }\n        Point& point = curr->point;\n\n        Node *v = new Node(curr, point.y);\n        events[ctr++] = new Event(ConnPoint, v, point.x);\n    }\n    qsort((Event*)events, (size_t) totalEvents, sizeof(Event*), compare_events);\n\n    // Correct visibility for pins or connector endpoints on the leading or\n    // trailing edge of the visibility graph which may only have visibility in\n    // the outward direction where there will not be a possible path.  We\n    // fix this by giving them visibility up and down.\n    fixConnectionPointVisibilityOnOutsideOfVisibilityGraph(events, totalEvents,\n            (ConnDirUp | ConnDirDown));\n\n    // Process the horizontal sweep -- creating vertical visibility edges.\n    thisPos = (totalEvents > 0) ? events[0]->pos : 0;\n    posStartIndex = 0;\n    for (unsigned i = 0; i <= totalEvents; ++i)\n    {\n        // Progress reporting and continuation check.\n        router->performContinuationCheck(\n                TransactionPhaseOrthogonalVisibilityGraphScanY,\n                i, totalEvents);\n\n        // If we have finished the current scanline or all events, then we\n        // process the events on the current scanline in a couple of passes.\n        if ((i == totalEvents) || (events[i]->pos != thisPos))\n        {\n            posFinishIndex = i;\n            for (int pass = 2; pass <= 3; ++pass)\n            {\n                for (unsigned j = posStartIndex; j < posFinishIndex; ++j)\n                {\n                    processEventHori(router, scanline, vertSegments,\n                            events[j], pass);\n                }\n            }\n\n            // Process the merged line segments.\n            vertSegments.list().sort();\n            for (SegmentList::iterator curr = vertSegments.list().begin();\n                    curr != vertSegments.list().end(); ++curr)\n            {\n                intersectSegments(router, segments.list(), *curr);\n            }\n            vertSegments.list().clear();\n\n            if (i == totalEvents)\n            {\n                // We have cleaned up, so we can now break out of loop.\n                break;\n            }\n\n            thisPos = events[i]->pos;\n            posStartIndex = i;\n        }\n\n        // Do the first sweep event handling -- building the correct\n        // structure of the scanline.\n        const int pass = 1;\n        processEventHori(router, scanline, vertSegments, events[i], pass);\n    }\n    COLA_ASSERT(scanline.size() == 0);\n    for (unsigned i = 0; i < totalEvents; ++i)\n    {\n        delete events[i];\n    }\n    delete [] events;\n\n    // Add portions of horizontal lines that are after the final vertical\n    // position we considered.\n    for (SegmentList::iterator it = segments.list().begin();\n            it != segments.list().end(); )\n    {\n        LineSegment& horiLine = *it;\n\n        horiLine.addEdgeHorizontal(router);\n\n        size_t dim = XDIM; // x-dimension\n        horiLine.generateVisibilityEdgesFromBreakpointSet(router, dim);\n\n        it = segments.list().erase(it);\n    }\n}\n\n\n//============================================================================\n//                           Path Adjustment code\n//============================================================================\n\n\ntypedef std::pair<Point, Point> RectBounds;\n\nstatic bool insideRectBounds(const Point& point, const RectBounds& rectBounds)\n{\n    Point zero(0, 0);\n    if ((rectBounds.first == zero) && (rectBounds.second == zero))\n    {\n        // We can't be inside the invalid rectangle.\n        return false;\n    }\n\n    for (size_t i = 0; i < 2; ++i)\n    {\n        if (point[i] < rectBounds.first[i])\n        {\n            return false;\n        }\n        if (point[i] > rectBounds.second[i])\n        {\n            return false;\n        }\n    }\n    return true;\n}\n\n\nstatic void buildOrthogonalNudgingSegments(Router *router,\n        const size_t dim, ShiftSegmentList& segmentList)\n{\n    if (router->routingParameter(segmentPenalty) == 0)\n    {\n        // The nudging code assumes the routes are pretty optimal.  This will\n        // only be true if a segment penalty is set, so just return if this\n        // is not the case.\n        return;\n    }\n    bool nudgeFinalSegments =\n            router->routingOption(nudgeOrthogonalSegmentsConnectedToShapes);\n    std::vector<RectBounds> shapeLimits;\n    if (nudgeFinalSegments)\n    {\n        // If we're going to nudge final segments, then cache the shape\n        // rectangles to save us rebuilding them multiple times.\n        const size_t n = router->m_obstacles.size();\n        shapeLimits = std::vector<RectBounds>(n);\n\n        double zeroBufferDist = 0.0;\n\n        ObstacleList::iterator obstacleIt = router->m_obstacles.begin();\n        for (unsigned i = 0; i < n; i++)\n        {\n            ShapeRef *shape = dynamic_cast<ShapeRef *> (*obstacleIt);\n            JunctionRef *junction = dynamic_cast<JunctionRef *> (*obstacleIt);\n            if (shape)\n            {\n                // Take the real bounds of the shape\n                Box bBox = shape->polygon().offsetBoundingBox(zeroBufferDist);\n                shapeLimits[i] = std::make_pair(bBox.min, bBox.max);\n            }\n            else if (junction)\n            {\n                // Don't nudge segments attached to junctions,\n                // so just use the junction position here.\n                Point pos = junction->position();\n                shapeLimits[i] = std::make_pair(pos, pos);\n            }\n            ++obstacleIt;\n        }\n    }\n\n    size_t altDim = (dim + 1) % 2;\n    // For each connector.\n    for (ConnRefList::const_iterator curr = router->connRefs.begin();\n            curr != router->connRefs.end(); ++curr)\n    {\n        if ((*curr)->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n        Polygon& displayRoute = (*curr)->displayRoute();\n        // Determine all line segments that we are interested in shifting.\n        // We don't consider the first or last segment of a path.\n        for (size_t i = 1; i < displayRoute.size(); ++i)\n        {\n            if (displayRoute.ps[i - 1][dim] == displayRoute.ps[i][dim])\n            {\n                // It's a segment in the dimension we are processing,\n                size_t indexLow = i - 1;\n                size_t indexHigh = i;\n                if (displayRoute.ps[i - 1][altDim] ==\n                        displayRoute.ps[i][altDim])\n                {\n                    // This is a zero length segment, so ignore it.\n                    continue;\n                }\n                else if (displayRoute.ps[i - 1][altDim] >\n                        displayRoute.ps[i][altDim])\n                {\n                    indexLow = i;\n                    indexHigh = i - 1;\n                }\n\n                // Find the checkpoints on the current segment and the\n                // checkpoints on the adjoining segments that aren't on\n                // the corner (hence the +1 and -1 modifiers).\n                std::vector<Point> checkpoints =\n                        displayRoute.checkpointsOnSegment(i - 1);\n                std::vector<Point> prevCheckpoints =\n                        displayRoute.checkpointsOnSegment(i - 2, -1);\n                std::vector<Point> nextCheckpoints =\n                        displayRoute.checkpointsOnSegment(i, +1);\n                bool hasCheckpoints = (checkpoints.size() > 0);\n                if (hasCheckpoints && !nudgeFinalSegments)\n                {\n                    // This segment includes one of the routing\n                    // checkpoints so we shouldn't shift it.\n                    segmentList.push_back(new NudgingShiftSegment(\n                            *curr, indexLow, indexHigh, dim));\n                    continue;\n                }\n\n                double thisPos = displayRoute.ps[i][dim];\n\n                if ((i == 1) || ((i + 1) == displayRoute.size()))\n                {\n                    // Is first or last segment of route.\n\n                    if (nudgeFinalSegments)\n                    {\n                        // Determine available space for nudging these\n                        // final segments.\n                        double minLim = -CHANNEL_MAX;\n                        double maxLim = CHANNEL_MAX;\n\n                        // If the position of the opposite end of the\n                        // attached segment is within the shape boundaries\n                        // then we want to use this as an ideal position\n                        // for the segment.\n\n                        // Bitflags indicating whether this segment starts\n                        // and/or ends in a shape.\n                        unsigned int endsInShapes = 0;\n                        // Also limit their movement to the edges of the\n                        // shapes they begin or end within.\n                        for (size_t k = 0; k < shapeLimits.size(); ++k)\n                        {\n                            double shapeMin = shapeLimits[k].first[dim];\n                            double shapeMax = shapeLimits[k].second[dim];\n                            if (insideRectBounds(displayRoute.ps[i - 1],\n                                        shapeLimits[k]))\n                            {\n                                minLim = std::max(minLim, shapeMin);\n                                maxLim = std::min(maxLim, shapeMax);\n                                endsInShapes |= 0x01;\n                            }\n                            if (insideRectBounds(displayRoute.ps[i],\n                                        shapeLimits[k]))\n                            {\n                                minLim = std::max(minLim, shapeMin);\n                                maxLim = std::min(maxLim, shapeMax);\n                                endsInShapes |= 0x10;\n                            }\n                        }\n\n                        if ( endsInShapes == 0 )\n                        {\n                            // If the segment is not within a shape, then we\n                            // should limit it's nudging buffer so we don't\n                            // combine many unnecessary regions.\n                            double pos = displayRoute.ps[i - 1][dim];\n                            double freeConnBuffer = 15;\n                            minLim = std::max(minLim, pos - freeConnBuffer);\n                            maxLim = std::min(maxLim, pos + freeConnBuffer);\n                        }\n\n                        if ((minLim == maxLim) || (*curr)->hasFixedRoute())\n                        {\n                            // Fixed.\n                            segmentList.push_back(new NudgingShiftSegment(*curr,\n                                    indexLow, indexHigh, dim));\n                        }\n                        else\n                        {\n                            // Shiftable.\n                            NudgingShiftSegment *segment = new NudgingShiftSegment(\n                                    *curr, indexLow, indexHigh, false, false, dim,\n                                    minLim, maxLim);\n                            segment->finalSegment = true;\n                            segment->endsInShape = (endsInShapes > 0);\n                            if ((displayRoute.size() == 2) &&\n                                    (endsInShapes == 0x11))\n                            {\n                                // This is a single segment connector bridging\n                                // two shapes.  So, we want to try to keep the\n                                // segment centred rather than shift it.\n                                segment->singleConnectedSegment = true;\n                            }\n                            segmentList.push_back(segment);\n                        }\n                    }\n                    else\n                    {\n                        // The first and last segment of a connector can't be\n                        // shifted.  We call them fixed segments.\n                        segmentList.push_back(new NudgingShiftSegment(*curr,\n                               indexLow, indexHigh, dim));\n                    }\n                    continue;\n                }\n\n\n                // The segment probably has space to be shifted.\n                double minLim = -CHANNEL_MAX;\n                double maxLim = CHANNEL_MAX;\n\n                // Constrain these segments by checkpoints along the\n                // adjoining segments.  Ignore checkpoints at ends of\n                // those segments.  XXX Perhaps this should not\n                // affect the ideal centre position in the channel.\n                for (size_t cp = 0; cp < nextCheckpoints.size(); ++cp)\n                {\n                    if (nextCheckpoints[cp][dim] < thisPos)\n                    {\n                        // Not at thisPoint, so constrain.\n                        minLim = std::max(minLim, nextCheckpoints[cp][dim]);\n                    }\n                    else if (nextCheckpoints[cp][dim] > thisPos)\n                    {\n                        // Not at thisPoint, so constrain.\n                        maxLim = std::min(maxLim, nextCheckpoints[cp][dim]);\n                    }\n                }\n                for (size_t cp = 0; cp < prevCheckpoints.size(); ++cp)\n                {\n                    if (prevCheckpoints[cp][dim] < thisPos)\n                    {\n                        // Not at thisPoint, so constrain.\n                        minLim = std::max(minLim, prevCheckpoints[cp][dim]);\n                    }\n                    else if (prevCheckpoints[cp][dim] > thisPos)\n                    {\n                        // Not at thisPoint, so constrain.\n                        maxLim = std::min(maxLim, prevCheckpoints[cp][dim]);\n                    }\n                }\n\n                bool isSBend = false;\n                bool isZBend = false;\n\n                if (checkpoints.empty())\n                {\n                    // Segments with checkpoints are held in place, but for\n                    // other segments, we should limit their movement based\n                    // on the limits of the segments at either end.\n\n                    double prevPos = displayRoute.ps[i - 2][dim];\n                    double nextPos = displayRoute.ps[i + 1][dim];\n                    if ( ((prevPos < thisPos) && (nextPos > thisPos)) ||\n                         ((prevPos > thisPos) && (nextPos < thisPos)) )\n                    {\n                        // Determine limits if the s-bend is not due to an\n                        // obstacle.  In this case we need to limit the channel\n                        // to the span of the adjoining segments to this one.\n                        if ((prevPos < thisPos) && (nextPos > thisPos))\n                        {\n                            minLim = std::max(minLim, prevPos);\n                            maxLim = std::min(maxLim, nextPos);\n                            isZBend = true;\n                        }\n                        else // if ((prevPos > thisPos) && (nextPos < thisPos))\n                        {\n                            minLim = std::max(minLim, nextPos);\n                            maxLim = std::min(maxLim, prevPos);\n                            isSBend = true;\n                        }\n                    }\n                }\n\n                NudgingShiftSegment *nss = new NudgingShiftSegment(*curr,\n                        indexLow, indexHigh, isSBend, isZBend, dim,\n                        minLim, maxLim);\n                nss->checkpoints = checkpoints;\n                segmentList.push_back(nss);\n            }\n        }\n    }\n}\n\n\ntypedef std::vector<ConnRef *> ConnRefVector;\ntypedef std::vector<Polygon> RouteVector;\n\n\nclass CmpLineOrder\n{\n    public:\n        CmpLineOrder(PtOrderMap& ord, const size_t dim)\n            : orders(ord),\n              dimension(dim)\n        {\n        }\n        bool operator()(const ShiftSegment *lhsSuper,\n                const ShiftSegment *rhsSuper,\n                bool *comparable = nullptr) const\n        {\n            const NudgingShiftSegment *lhs =\n                    static_cast<const NudgingShiftSegment *> (lhsSuper);\n            const NudgingShiftSegment *rhs =\n                    static_cast<const NudgingShiftSegment *> (rhsSuper);\n            if (comparable)\n            {\n                *comparable = true;\n            }\n            Point lhsLow  = lhs->lowPoint();\n            Point rhsLow  = rhs->lowPoint();\n            size_t altDim = (dimension + 1) % 2;\n#ifndef NDEBUG\n            const Point& lhsHigh = lhs->highPoint();\n            const Point& rhsHigh = rhs->highPoint();\n            COLA_ASSERT(lhsLow[dimension] == lhsHigh[dimension]);\n            COLA_ASSERT(rhsLow[dimension] == rhsHigh[dimension]);\n#endif\n\n            // We consider things at effectively the same position to\n            // be ordered based on their order and fixedOrder, so only\n            // compare segments further apart than the nudgeDistance.\n            if (lhsLow[dimension] != rhsLow[dimension])\n            {\n                return lhsLow[dimension] < rhsLow[dimension];\n            }\n\n            // If one of these is fixed, then determine order based on\n            // fixed segment, that is, order so the fixed segment doesn't\n            // block movement.\n            bool oneIsFixed = false;\n            const int lhsFixedOrder = lhs->fixedOrder(oneIsFixed);\n            const int rhsFixedOrder = rhs->fixedOrder(oneIsFixed);\n            if (oneIsFixed && (lhsFixedOrder != rhsFixedOrder))\n            {\n                return lhsFixedOrder < rhsFixedOrder;\n            }\n\n            // C-bends that did not have a clear order with s-bends might\n            // not have a good ordering here, so compare their order in\n            // terms of C-bend direction and S-bends and use that if it\n            // differs for the two segments.\n            const int lhsOrder = lhs->order();\n            const int rhsOrder = rhs->order();\n            if (lhsOrder != rhsOrder)\n            {\n                return lhsOrder < rhsOrder;\n            }\n\n            // Need to index using the original point into the map, so find it.\n            Point& unchanged = (lhsLow[altDim] > rhsLow[altDim]) ?\n                    lhsLow : rhsLow;\n\n            PtOrder& lowOrder = orders[unchanged];\n            int lhsPos = lowOrder.positionFor(dimension, lhs->connRef);\n            int rhsPos = lowOrder.positionFor(dimension, rhs->connRef);\n            if ((lhsPos == -1) || (rhsPos == -1))\n            {\n                // A value for rhsPos or lhsPos mean the points are not directly\n                // comparable, meaning they are at the same position but cannot\n                // overlap (they are just collinear.  The relative order for\n                // these segments is not important since we do not constrain\n                // them against each other.\n                //COLA_ASSERT(lhs->overlapsWith(rhs, dimension) == false);\n                // We do need to be consistent though.\n                if (comparable)\n                {\n                    *comparable = false;\n                }\n                return lhsLow[altDim] < rhsLow[altDim];\n            }\n            return lhsPos < rhsPos;\n        }\n\n        PtOrderMap& orders;\n        const size_t dimension;\n};\n\n\n// We can't use the normal sort algorithm for lists since it is not possible\n// to compare all elements, but there will be an ordering defined between\n// most of the elements.  Hence we order these, using insertion sort, and\n// the case of them not being able to be compared is handled by not setting\n// up any constraints between such segments when doing the nudging.\n//\nstatic ShiftSegmentList linesort(bool nudgeFinalSegments,\n        ShiftSegmentList origList, CmpLineOrder& comparison)\n{\n    // Cope with end segments that are getting moved and will line up with\n    // other segments of the same connector.  We do this by merging them into\n    // a single NudgingShiftSegment.\n    if (nudgeFinalSegments)\n    {\n        for (ShiftSegmentList::iterator currSegIt = origList.begin();\n                currSegIt != origList.end(); ++currSegIt)\n        {\n            for (ShiftSegmentList::iterator otherSegIt = currSegIt;\n                    otherSegIt != origList.end(); )\n            {\n                NudgingShiftSegment *currSeg =\n                        static_cast<NudgingShiftSegment *> (*currSegIt);\n                NudgingShiftSegment *otherSeg =\n                        static_cast<NudgingShiftSegment *> (*otherSegIt);\n                if ((currSegIt != otherSegIt) && currSeg && otherSeg &&\n                        currSeg->shouldAlignWith(otherSeg, comparison.dimension))\n                {\n                    currSeg->mergeWith(otherSeg, comparison.dimension);\n                    delete otherSeg;\n                    otherSegIt = origList.erase(otherSegIt);\n                }\n                else\n                {\n                    ++otherSegIt;\n                }\n            }\n        }\n    }\n\n    ShiftSegmentList resultList;\n\n    size_t origListSize = origList.size();\n    size_t deferredN = 0;\n    while (!origList.empty())\n    {\n        // Get and remove the first element from the origList.\n        ShiftSegment *segment = origList.front();\n        origList.pop_front();\n\n        // Find the insertion point in the resultList.\n        bool allComparable = true;\n        ShiftSegmentList::iterator curr;\n        for (curr = resultList.begin(); curr != resultList.end(); ++curr)\n        {\n            bool comparable = false;\n            bool lessThan = comparison(segment, *curr, &comparable);\n            allComparable &= comparable;\n\n            if (comparable && lessThan)\n            {\n                // If it is comparable and lessThan, then we have found the\n                // insertion point.\n                break;\n            }\n        }\n\n        if (resultList.empty() || allComparable || (deferredN >= origListSize))\n        {\n            // Insert the element into the resultList at the required point.\n            resultList.insert(curr, segment);\n            // Reset the origListSize and deferred counter.\n            deferredN = 0;\n            origListSize = origList.size();\n        }\n        else\n        {\n            // This wasn't comparable to anything in the sorted list,\n            // so defer addition of the segment till later.\n            origList.push_back(segment);\n            deferredN++;\n        }\n    }\n\n    return resultList;\n}\n\n\ntypedef std::list<ShiftSegment *> ShiftSegmentPtrList;\n\nclass PotentialSegmentConstraint\n{\n    public:\n        PotentialSegmentConstraint(size_t index1, size_t index2,\n                const Variables& vs)\n            : index1(index1),\n              index2(index2),\n              vs(vs)\n        {\n        }\n\n        bool operator<(const PotentialSegmentConstraint rhs) const\n        {\n            return sepDistance() < rhs.sepDistance();\n        }\n        double sepDistance(void) const\n        {\n            if (!stillValid())\n            {\n                return 0;\n            }\n            return fabs(vs[index1]->finalPosition - vs[index2]->finalPosition);\n        }\n        bool stillValid(void) const\n        {\n            return (index1 != index2);\n        }\n        void rewriteIndex(size_t oldIndex, size_t newIndex)\n        {\n            if (index1 == oldIndex)\n            {\n                index1 = newIndex;\n            }\n\n            if (index2 == oldIndex)\n            {\n                index2 = newIndex;\n            }\n        }\n\n        size_t index1;\n        size_t index2;\n\n    private:\n        const Variables& vs;\n};\n\n\nclass ImproveOrthogonalRoutes\n{\npublic:\n    ImproveOrthogonalRoutes(Router *router);\n    void execute(void);\n\nprivate:\n    void simplifyOrthogonalRoutes(void);\n    void buildOrthogonalNudgingOrderInfo(void);\n    void nudgeOrthogonalRoutes(size_t dimension,\n           bool justUnifying = false);\n\n    Router *m_router;\n    PtOrderMap m_point_orders;\n    UnsignedPairSet m_shared_path_connectors_with_common_endpoints;\n    ShiftSegmentList m_segment_list;\n};\n\n\nImproveOrthogonalRoutes::ImproveOrthogonalRoutes(Router *router)\n    : m_router(router)\n{\n}\n\nvoid ImproveOrthogonalRoutes::execute(void)\n{\n    TIMER_START(m_router, tmOrthogNudge);\n\n    m_shared_path_connectors_with_common_endpoints.clear();\n\n    // Simplify routes.\n    simplifyOrthogonalRoutes();\n\n    // Build a cache that denotes whether a certain segment of a connector\n    // contains a checkpoint.  We can't just compare positions, since routes\n    // can be moved away from their original positions during nudging.\n    buildConnectorRouteCheckpointCache(m_router);\n\n    // Do Unifying first, by itself.  This greedily tries to position free\n    // segments in overlapping channels at the same position.  This way they\n    // have correct nudging orders determined for them since they will form\n    // shared paths, rather than segments just positioned as an results of\n    // the routing process.  Of course, don't do this when rerouting with\n    // a fixedSharedPathPenalty since these routes include extra segments\n    // we want to keep apart which prevent some shared paths.\n    if (m_router->routingOption(performUnifyingNudgingPreprocessingStep) &&\n            (m_router->routingParameter(fixedSharedPathPenalty) == 0))\n    {\n        for (size_t dimension = 0; dimension < 2; ++dimension)\n        {\n            // Just perform Unifying operation.\n            bool justUnifying = true;\n            m_segment_list.clear();\n            buildOrthogonalNudgingSegments(m_router, dimension, m_segment_list);\n            buildOrthogonalChannelInfo(m_router, dimension, m_segment_list);\n            nudgeOrthogonalRoutes(dimension, justUnifying);\n        }\n    }\n\n#ifndef DEBUG_JUST_UNIFY\n    // Do the Nudging and centring.\n    for (size_t dimension = 0; dimension < 2; ++dimension)\n    {\n        m_point_orders.clear();\n        // Build nudging info.\n        // XXX Needs to be rebuilt for each dimension, cause of shifting\n        //     points.  Maybe we could modify the point orders.\n        buildOrthogonalNudgingOrderInfo();\n\n        // Do the centring and nudging.\n        m_segment_list.clear();\n        buildOrthogonalNudgingSegments(m_router, dimension, m_segment_list);\n        buildOrthogonalChannelInfo(m_router, dimension, m_segment_list);\n        nudgeOrthogonalRoutes(dimension);\n    }\n#endif // DEBUG_JUST_UNIFY\n\n    // Resimplify all the display routes that may have been split.\n    simplifyOrthogonalRoutes();\n\n    m_router->improveOrthogonalTopology();\n\n    // Clear the segment-checkpoint cache for connectors.\n    clearConnectorRouteCheckpointCache(m_router);\n\n    TIMER_STOP(m_router);\n}\n\nvoid ImproveOrthogonalRoutes::nudgeOrthogonalRoutes(size_t dimension,\n       bool justUnifying)\n{\n    bool nudgeFinalSegments = m_router->routingOption(\n            nudgeOrthogonalSegmentsConnectedToShapes);\n    bool nudgeSharedPathsWithCommonEnd = m_router->routingOption(\n            nudgeSharedPathsWithCommonEndPoint);\n    double baseSepDist = m_router->routingParameter(idealNudgingDistance);\n    COLA_ASSERT(baseSepDist >= 0);\n    // If we can fit things with the desired separation distance, then\n    // we try 10 times, reducing each time by a 10th of the original amount.\n    double reductionSteps = 10.0;\n\n    size_t totalSegmentsToShift = m_segment_list.size();\n    size_t numOfSegmentsShifted = 0;\n    // Do the actual nudging.\n    ShiftSegmentList currentRegion;\n    while (!m_segment_list.empty())\n    {\n        // Progress reporting and continuation check.\n        numOfSegmentsShifted = totalSegmentsToShift - m_segment_list.size();\n        m_router->performContinuationCheck(\n                (dimension == XDIM) ? TransactionPhaseOrthogonalNudgingX :\n                TransactionPhaseOrthogonalNudgingY, numOfSegmentsShifted,\n                totalSegmentsToShift);\n\n        // Take a reference segment\n        ShiftSegment *currentSegment = m_segment_list.front();\n        // Then, find the segments that overlap this one.\n        currentRegion.clear();\n        currentRegion.push_back(currentSegment);\n        m_segment_list.erase(m_segment_list.begin());\n        for (ShiftSegmentList::iterator curr = m_segment_list.begin();\n                curr != m_segment_list.end(); )\n        {\n            bool overlaps = false;\n            for (ShiftSegmentList::iterator curr2 = currentRegion.begin();\n                    curr2 != currentRegion.end(); ++curr2)\n            {\n                if ((*curr)->overlapsWith(*curr2, dimension))\n                {\n                    overlaps = true;\n                    break;\n                }\n            }\n            if (overlaps)\n            {\n                currentRegion.push_back(*curr);\n                m_segment_list.erase(curr);\n                // Consider segments from the beginning, since we may have\n                // since passed segments that overlap with the new set.\n                curr = m_segment_list.begin();\n            }\n            else\n            {\n                ++curr;\n            }\n        }\n\n        if (! justUnifying)\n        {\n            CmpLineOrder lineSortComp(m_point_orders, dimension);\n            currentRegion = linesort(nudgeFinalSegments, currentRegion,\n                    lineSortComp);\n        }\n\n        if (currentRegion.size() == 1)\n        {\n            // Save creating the solver instance if there is just one\n            // immovable segment, or if we are in the unifying stage.\n            if (currentRegion.front()->immovable() || justUnifying)\n            {\n                delete currentRegion.front();\n                continue;\n            }\n        }\n\n        // Process these segments.\n        std::list<size_t> freeIndexes;\n        Variables vs;\n        Constraints cs;\n        Constraints gapcs;\n        ShiftSegmentPtrList prevVars;\n        double sepDist = baseSepDist;\n#ifdef NUDGE_DEBUG\n        fprintf(stderr, \"-------------------------------------------------------\\n\");\n        fprintf(stderr, \"%s -- size: %d\\n\", (justUnifying) ? \"Unifying\" : \"Nudging\",\n                (int) currentRegion.size());\n#endif\n#ifdef NUDGE_DEBUG_SVG\n        printf(\"\\n\\n\");\n#endif\n        for (ShiftSegmentList::iterator currSegmentIt = currentRegion.begin();\n                currSegmentIt != currentRegion.end(); ++currSegmentIt )\n        {\n            NudgingShiftSegment *currSegment = static_cast<NudgingShiftSegment *> (*currSegmentIt);\n\n            // Create a solver variable for the position of this segment.\n            currSegment->createSolverVariable(justUnifying);\n\n            vs.push_back(currSegment->variable);\n            size_t index = vs.size() - 1;\n#ifdef NUDGE_DEBUG\n            fprintf(stderr,\"line(%d)  %.15f  dim: %d pos: %.16f\\n\"\n                   \"min: %.16f  max: %.16f\\n\"\n                   \"minEndPt: %.16f  maxEndPt: %.16f weight: %g cc: %d\\n\",\n                    currSegment->connRef->id(),\n                    currSegment->lowPoint()[dimension], (int) dimension,\n                    currSegment->variable->desiredPosition,\n                    currSegment->minSpaceLimit, currSegment->maxSpaceLimit,\n                    currSegment->lowPoint()[!dimension], currSegment->highPoint()[!dimension],\n                    currSegment->variable->weight,\n                    (int) currSegment->checkpoints.size());\n#endif\n#ifdef NUDGE_DEBUG_SVG\n            // Debugging info:\n            double minP = std::max(currSegment->minSpaceLimit, -5000.0);\n            double maxP = std::min(currSegment->maxSpaceLimit, 5000.0);\n            fprintf(stdout, \"<rect style=\\\"fill: #f00; opacity: 0.2;\\\" \"\n                    \"x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" height=\\\"%g\\\" />\\n\",\n                    currSegment->lowPoint()[XDIM], minP,\n                    currSegment->highPoint()[XDIM] - currSegment->lowPoint()[XDIM],\n                    maxP - minP);\n            fprintf(stdout, \"<line style=\\\"stroke: #000;\\\" x1=\\\"%g\\\" \"\n                    \"y1=\\\"%g\\\" x2=\\\"%g\\\" y2=\\\"%g\\\" />\\n\",\n                    currSegment->lowPoint()[XDIM], currSegment->lowPoint()[YDIM],\n                    currSegment->highPoint()[XDIM], currSegment->highPoint()[YDIM]);\n#endif\n\n            if (justUnifying)\n            {\n                // Just doing centring, not nudging.\n                // Record the index of the variable so we can use it as\n                // a segment to potentially constrain to other segments.\n                if (currSegment->variable->weight == freeWeight)\n                {\n                    freeIndexes.push_back(index);\n                }\n                // Thus, we don't need to constrain position against other\n                // segments.\n                prevVars.push_back(&(*currSegment));\n                continue;\n            }\n\n            // The constraints generated here must be in order of\n            // leftBoundary-segment ... segment-segment ... segment-rightBoundary\n            // since this order is leveraged later for rewriting the\n            // separations of unsatisfable channel groups.\n\n            // Constrain to channel boundary.\n            if (!currSegment->fixed)\n            {\n                // If this segment sees a channel boundary to its left,\n                // then constrain its placement as such.\n                if (currSegment->minSpaceLimit > -CHANNEL_MAX)\n                {\n                    vs.push_back(new Variable(channelLeftID,\n                                currSegment->minSpaceLimit, fixedWeight));\n                    cs.push_back(new Constraint(vs[vs.size() - 1], vs[index],\n                                0.0));\n                }\n            }\n\n            // Constrain position in relation to previously seen segments,\n            // if necessary (i.e. when they could overlap).\n            for (ShiftSegmentPtrList::iterator prevVarIt = prevVars.begin();\n                    prevVarIt != prevVars.end(); ++prevVarIt)\n            {\n                NudgingShiftSegment *prevSeg =\n                        static_cast<NudgingShiftSegment *> (*prevVarIt);\n                Variable *prevVar = prevSeg->variable;\n\n                if (currSegment->overlapsWith(prevSeg, dimension) &&\n                        (!(currSegment->fixed) || !(prevSeg->fixed)))\n                {\n                    // If there is a previous segment to the left that\n                    // could overlap this in the shift direction, then\n                    // constrain the two segments to be separated.\n                    // Though don't add the constraint if both the\n                    // segments are fixed in place.\n                    double thisSepDist = sepDist;\n                    bool equality = false;\n                    if (currSegment->shouldAlignWith(prevSeg, dimension))\n                    {\n                        // Handles the case where the two end segments can\n                        // be brought together to make a single segment. This\n                        // can help in situations where having the small kink\n                        // can restrict other kinds of nudging.\n                        thisSepDist = 0;\n                        equality = true;\n                    }\n                    else if (currSegment->canAlignWith(prevSeg, dimension))\n                    {\n                        // We need to address the problem of two neighbouring\n                        // segments of the same connector being kept separated\n                        // due only to a kink created in the other dimension.\n                        // Here, we let such segments drift back together.\n                        thisSepDist = 0;\n                    }\n                    else if (!nudgeSharedPathsWithCommonEnd &&\n                            (m_shared_path_connectors_with_common_endpoints.count(\n                                 UnsignedPair(currSegment->connRef->id(), prevSeg->connRef->id())) > 0))\n                    {\n                        // We don't want to nudge apart these two segments\n                        // since they are from a shared path with a common\n                        // endpoint.  There might be multiple chains of\n                        // segments that don't all have the same endpoints\n                        // so we need to make this an equality to prevent\n                        // some of them possibly getting nudged apart.\n                        thisSepDist = 0;\n                        equality = true;\n                    }\n\n                    Constraint *constraint = new Constraint(prevVar,\n                            vs[index], thisSepDist, equality);\n                    cs.push_back(constraint);\n                    if (thisSepDist)\n                    {\n                        // Add to the list of gap constraints so we can\n                        // rewrite the separation distance later.\n                        gapcs.push_back(constraint);\n                    }\n                }\n            }\n\n            if (!currSegment->fixed)\n            {\n                // If this segment sees a channel boundary to its right,\n                // then constrain its placement as such.\n                if (currSegment->maxSpaceLimit < CHANNEL_MAX)\n                {\n                    vs.push_back(new Variable(channelRightID,\n                                currSegment->maxSpaceLimit, fixedWeight));\n                    cs.push_back(new Constraint(vs[index], vs[vs.size() - 1],\n                                0.0));\n                }\n            }\n\n            prevVars.push_back(&(*currSegment));\n        }\n\n        std::list<PotentialSegmentConstraint> potentialConstraints;\n        if (justUnifying)\n        {\n            for (std::list<size_t>::iterator curr = freeIndexes.begin();\n                    curr != freeIndexes.end(); ++curr)\n            {\n                for (std::list<size_t>::iterator curr2 = curr;\n                        curr2 != freeIndexes.end(); ++curr2)\n                {\n                    if (curr == curr2)\n                    {\n                        continue;\n                    }\n                    potentialConstraints.push_back(\n                            PotentialSegmentConstraint(*curr, *curr2, vs));\n                }\n            }\n        }\n#ifdef NUDGE_DEBUG\n        for (unsigned i = 0;i < vs.size(); ++i)\n        {\n            fprintf(stderr, \"-vs[%d]=%f\\n\", i, vs[i]->desiredPosition);\n        }\n#endif\n        // Repeatedly try solving this.  There are two cases:\n        //  -  When Unifying, we greedily place as many free segments as\n        //     possible at the same positions, that way they have more\n        //     accurate nudging orders determined for them in the Nudging\n        //     stage.\n        //  -  When Nudging, if we can't fit all the segments with the\n        //     default nudging distance we try smaller separation\n        //     distances till we find a solution that is satisfied.\n        bool justAddedConstraint = false;\n        bool satisfied;\n\n        typedef std::pair<size_t, size_t> UnsatisfiedRange;\n        std::list<UnsatisfiedRange> unsatisfiedRanges;\n        do\n        {\n            IncSolver f(vs, cs);\n            f.solve();\n\n            // Determine if the problem was satisfied.\n            satisfied = true;\n            for (size_t i = 0; i < vs.size(); ++i)\n            {\n                // For each variable...\n                if (vs[i]->id != freeSegmentID)\n                {\n                    // If it is a fixed segment (should stay still)...\n                    if (fabs(vs[i]->finalPosition -\n                            vs[i]->desiredPosition) > 0.0001)\n                    {\n                        // and it is not at it's desired position, then\n                        // we consider the problem to be unsatisfied.\n                        satisfied = false;\n\n                        // We record ranges of unsatisfied variables based on\n                        // the channel edges.\n                        if (vs[i]->id == channelLeftID)\n                        {\n                            // This is the left-hand-side of a channel.\n                            if (unsatisfiedRanges.empty() ||\n                                    (unsatisfiedRanges.back().first !=\n                                    unsatisfiedRanges.back().second))\n                            {\n                                // There are no existing unsatisfied ranges,\n                                // or there are but they are a valid range\n                                // (we've encountered the right-hand channel\n                                // edges already).\n                                // So, start a new unsatisfied range.\n                                unsatisfiedRanges.push_back(\n                                        std::make_pair(i, i + 1));\n                            }\n                        }\n                        else if (vs[i]->id == channelRightID)\n                        {\n                            // This is the right-hand-side of a channel.\n                            if (unsatisfiedRanges.empty())\n                            {\n                                // There are no existing unsatisfied ranges,\n                                // so start a new unsatisfied range.\n                                // We are looking at a unsatisfied right side\n                                // where the left side was satisfied, so the\n                                // range begins at the previous variable\n                                // which should be a left channel side.\n                                COLA_ASSERT(i > 0);\n                                COLA_ASSERT(vs[i - 1]->id == channelLeftID);\n                                unsatisfiedRanges.push_back(\n                                        std::make_pair(i - 1, i));\n                            }\n                            else\n                            {\n                                // Expand the existing range to include index.\n                                unsatisfiedRanges.back().second = i;\n                            }\n                        }\n                        else if (vs[i]->id == fixedSegmentID)\n                        {\n                            // Fixed connector segments can also start and\n                            // extend unsatisfied variable ranges.\n                            if (unsatisfiedRanges.empty())\n                            {\n                                // There are no existing unsatisfied ranges,\n                                // so start a new unsatisfied range.\n                                unsatisfiedRanges.push_back(\n                                        std::make_pair(i, i));\n                            }\n                            else\n                            {\n                                // Expand the existing range to include index.\n                                unsatisfiedRanges.back().second = i;\n                            }\n                        }\n                    }\n                }\n            }\n\n#ifdef NUDGE_DEBUG\n            if (!satisfied)\n            {\n                fprintf(stderr,\"unsatisfied\\n\");\n            }\n#endif\n\n            if (justUnifying)\n            {\n                // When we're centring, we'd like to greedily place as many\n                // segments as possible at the same positions, that way they\n                // have more accurate nudging orders determined for them.\n                //\n                // We do this by taking pairs of adjoining free segments and\n                // attempting to constrain them to have the same position,\n                // starting from the closest up to the furthest.\n\n                if (justAddedConstraint)\n                {\n                    COLA_ASSERT(potentialConstraints.size() > 0);\n                    if (!satisfied)\n                    {\n                        // We couldn't satisfy the problem with the added\n                        // potential constraint, so we can't position these\n                        // segments together.  Roll back.\n                        potentialConstraints.pop_front();\n                        delete cs.back();\n                        cs.pop_back();\n                    }\n                    else\n                    {\n                        // We could position these two segments together.\n                        PotentialSegmentConstraint& pc =\n                                potentialConstraints.front();\n\n                        // Rewrite the indexes of these two variables to\n                        // one, so we need not worry about redundant\n                        // equality constraints.\n                        for (std::list<PotentialSegmentConstraint>::iterator\n                                it = potentialConstraints.begin();\n                                it != potentialConstraints.end(); ++it)\n                        {\n                            it->rewriteIndex(pc.index1, pc.index2);\n                        }\n                        potentialConstraints.pop_front();\n                    }\n                }\n                potentialConstraints.sort();\n                justAddedConstraint = false;\n\n                // Remove now invalid potential segment constraints.\n                // This could have been caused by the variable rewriting.\n                while (!potentialConstraints.empty() &&\n                       !potentialConstraints.front().stillValid())\n                {\n                    potentialConstraints.pop_front();\n                }\n\n                if (!potentialConstraints.empty())\n                {\n                    // We still have more possibilities to consider.\n                    // Create a constraint for this, add it, and mark as\n                    // unsatisfied, so the problem gets re-solved.\n                    PotentialSegmentConstraint& pc =\n                            potentialConstraints.front();\n                    COLA_ASSERT(pc.index1 != pc.index2);\n                    cs.push_back(new Constraint(vs[pc.index1], vs[pc.index2],\n                            0, true));\n                    satisfied = false;\n                    justAddedConstraint = true;\n                }\n            }\n            else\n            {\n                if (!satisfied)\n                {\n                    COLA_ASSERT(unsatisfiedRanges.size() > 0);\n                    // Reduce the separation distance.\n                    sepDist -= (baseSepDist / reductionSteps);\n#ifndef NDEBUG\n                    for (std::list<UnsatisfiedRange>::iterator it =\n                            unsatisfiedRanges.begin();\n                            it != unsatisfiedRanges.end(); ++it)\n                    {\n                        COLA_ASSERT(vs[it->first]->id != freeSegmentID);\n                        COLA_ASSERT(vs[it->second]->id != freeSegmentID);\n                    }\n#endif\n#ifdef NUDGE_DEBUG\n                    for (std::list<UnsatisfiedRange>::iterator it =\n                            unsatisfiedRanges.begin();\n                            it != unsatisfiedRanges.end(); ++it)\n                    {\n                        fprintf(stderr, \"unsatisfiedVarRange(%ld, %ld)\\n\",\n                                it->first, it->second);\n                    }\n                    fprintf(stderr, \"unsatisfied, trying %g\\n\", sepDist);\n#endif\n                    // And rewrite all the gap constraints to have the new\n                    // reduced separation distance.\n                    bool withinUnsatisfiedGroup = false;\n                    for (Constraints::iterator cIt = cs.begin();\n                            cIt != cs.end(); ++cIt)\n                    {\n                        UnsatisfiedRange& range = unsatisfiedRanges.front();\n                        Constraint *constraint = *cIt;\n\n                        if (constraint->left == vs[range.first])\n                        {\n                            // Entered an unsatisfied range of variables.\n                            withinUnsatisfiedGroup = true;\n                        }\n\n                        if (withinUnsatisfiedGroup && (constraint->gap > 0))\n                        {\n                            // Rewrite constraints in unsatisfied ranges\n                            // that have a non-zero gap.\n                            constraint->gap = sepDist;\n                        }\n\n                        if (constraint->right == vs[range.second])\n                        {\n                            // Left an unsatisfied range of variables.\n                            withinUnsatisfiedGroup = false;\n                            unsatisfiedRanges.pop_front();\n                            if (unsatisfiedRanges.empty())\n                            {\n                                // And there are no more unsatisfied variables.\n                                break;\n                            }\n                        }\n                    }\n                }\n            }\n        }\n        while (!satisfied && (sepDist > 0.0001));\n\n        if (satisfied)\n        {\n#ifdef NUDGE_DEBUG\n            fprintf(stderr,\"satisfied at nudgeDist = %g\\n\", sepDist);\n#endif\n            for (ShiftSegmentList::iterator currSegment = currentRegion.begin();\n                    currSegment != currentRegion.end(); ++currSegment)\n            {\n                NudgingShiftSegment *segment =\n                        static_cast<NudgingShiftSegment *> (*currSegment);\n\n                segment->updatePositionsFromSolver(justUnifying);\n            }\n        }\n#ifdef NUDGE_DEBUG\n        for(unsigned i=0;i<vs.size();i++) {\n            fprintf(stderr, \"+vs[%d]=%f\\n\",i,vs[i]->finalPosition);\n        }\n#endif\n#ifdef NUDGE_DEBUG_SVG\n        for (ShiftSegmentList::iterator currSegment = currentRegion.begin();\n                currSegment != currentRegion.end(); ++currSegment)\n        {\n            NudgingShiftSegment *segment =\n                    static_cast<NudgingShiftSegment *> (*currSegment);\n\n            fprintf(stdout, \"<line style=\\\"stroke: #00F;\\\" x1=\\\"%g\\\" \"\n                    \"y1=\\\"%g\\\" x2=\\\"%g\\\" y2=\\\"%g\\\" />\\n\",\n                    segment->lowPoint()[XDIM], segment->variable->finalPosition,\n                    segment->highPoint()[XDIM], segment->variable->finalPosition);\n        }\n#endif\n        for_each(currentRegion.begin(), currentRegion.end(), delete_object());\n        for_each(vs.begin(), vs.end(), delete_object());\n        for_each(cs.begin(), cs.end(), delete_object());\n    }\n}\n\n\nvoid ImproveOrthogonalRoutes::simplifyOrthogonalRoutes(void)\n{\n    // Simplify routes.\n    for (ConnRefList::const_iterator curr = m_router->connRefs.begin();\n            curr != m_router->connRefs.end(); ++curr)\n    {\n        if ((*curr)->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n        (*curr)->set_route((*curr)->displayRoute().simplify());\n    }\n}\n\n\n// Populates m_point_orders and m_shared_path_connectors_with_common_endpoints.\nvoid ImproveOrthogonalRoutes::buildOrthogonalNudgingOrderInfo(void)\n{\n    // Simplify routes.\n    simplifyOrthogonalRoutes();\n\n    int crossingsN = 0;\n\n    bool buildSharedPathInfo = false;\n    if (!m_router->routingOption(Avoid::nudgeSharedPathsWithCommonEndPoint) &&\n            m_shared_path_connectors_with_common_endpoints.empty())\n    {\n        // We're not going to nudge apart shared paths with common ends so we\n        // will need to store information about this during the crossing\n        // detection.\n        buildSharedPathInfo = true;\n    }\n\n\n    // Make a vector of the ConnRefList, for convenience.\n    ConnRefVector connRefs(m_router->connRefs.begin(), m_router->connRefs.end());\n\n    // Make a temporary copy of all the connector displayRoutes.\n    RouteVector connRoutes(connRefs.size());\n    for (size_t ind = 0; ind < connRefs.size(); ++ind)\n    {\n        connRoutes[ind] = connRefs[ind]->displayRoute();\n    }\n\n    // Do segment splitting.\n    for (size_t ind1 = 0; ind1 < connRefs.size(); ++ind1)\n    {\n        ConnRef *conn = connRefs[ind1];\n        if (conn->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n\n        for (size_t ind2 = 0; ind2 < connRefs.size(); ++ind2)\n        {\n            if (ind1 == ind2)\n            {\n                continue;\n            }\n\n            ConnRef *conn2 = connRefs[ind2];\n            if (conn2->routingType() != ConnType_Orthogonal)\n            {\n                continue;\n            }\n\n            Avoid::Polygon& route = connRoutes[ind1];\n            Avoid::Polygon& route2 = connRoutes[ind2];\n            splitBranchingSegments(route2, true, route);\n        }\n    }\n\n    for (size_t ind1 = 0; ind1 < connRefs.size(); ++ind1)\n    {\n        ConnRef *conn = connRefs[ind1];\n        if (conn->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n\n        for (size_t ind2 = ind1 + 1; ind2 < connRefs.size(); ++ind2)\n        {\n            ConnRef *conn2 = connRefs[ind2];\n            if (conn2->routingType() != ConnType_Orthogonal)\n            {\n                continue;\n            }\n\n            Avoid::Polygon& route = connRoutes[ind1];\n            Avoid::Polygon& route2 = connRoutes[ind2];\n            int crossings = 0;\n            unsigned int crossingFlags = 0;\n            ConnectorCrossings cross(route2, true, route, conn2, conn);\n            cross.pointOrders = &m_point_orders;\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                const bool finalSegment = ((i + 1) == route.size());\n                cross.countForSegment(i, finalSegment);\n\n                crossings += cross.crossingCount;\n                crossingFlags |= cross.crossingFlags;\n            }\n            if (crossings > 0)\n            {\n                crossingsN += crossings;\n            }\n\n            if (buildSharedPathInfo &&\n                    (crossingFlags & CROSSING_SHARES_PATH_AT_END))\n            {\n                // Record if these two connectors have a shared path with a\n                // common end point.\n                m_shared_path_connectors_with_common_endpoints.insert(\n                        UnsignedPair(conn->id(), conn2->id()));\n            }\n        }\n    }\n}\n\n\nextern void improveOrthogonalRoutes(Router *router)\n{\n    ImproveOrthogonalRoutes improver(router);\n    improver.execute();\n}\n\n\n}\n"
  },
  {
    "path": "cola/libavoid/orthogonal.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_ORTHOGONAL_H\n#define AVOID_ORTHOGONAL_H\n\nnamespace Avoid {\n\nclass Router;\n\nextern void generateStaticOrthogonalVisGraph(Router *router);\nextern void improveOrthogonalRoutes(Router *router);\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/router.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <algorithm>\n#include <cmath>\n#include <cfloat>\n#include <clocale>\n\n#include \"libavoid/shape.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/visibility.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/viscluster.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/orthogonal.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/connectionpin.h\"\n\n\nnamespace Avoid {\n\n\nRouter::Router(const unsigned int flags)\n    : visOrthogGraph(),\n      PartialTime(false),\n      SimpleRouting(false),\n      ClusteredRouting(true),\n      // Poly-line algorithm options:\n      IgnoreRegions(true),\n      UseLeesAlgorithm(true),\n      InvisibilityGrph(true),\n      // General algorithm options:\n      SelectiveReroute(true),\n      PartialFeedback(false),\n      RubberBandRouting(false),\n      // Instrumentation:\n      st_checked_edges(0),\n      m_largest_assigned_id(0),\n      m_consolidate_actions(true),\n      m_currently_calling_destructors(false),\n      m_topology_addon(new TopologyAddonInterface()),\n      // Mode options:\n      m_allows_polyline_routing(false),\n      m_allows_orthogonal_routing(false),\n      m_static_orthogonal_graph_invalidated(true),\n      m_in_crossing_rerouting_stage(false),\n      m_settings_changes(false),\n      m_debug_handler(nullptr)\n{\n    // At least one of the Routing modes must be set.\n    COLA_ASSERT(flags & (PolyLineRouting | OrthogonalRouting));\n\n    if (flags & PolyLineRouting)\n    {\n        m_allows_polyline_routing = true;\n    }\n    if (flags & OrthogonalRouting)\n    {\n        m_allows_orthogonal_routing = true;\n    }\n\n    for (size_t p = 0; p < lastRoutingParameterMarker; ++p)\n    {\n        m_routing_parameters[p] = 0.0;\n    }\n    m_routing_parameters[segmentPenalty] = 10;\n    m_routing_parameters[clusterCrossingPenalty] = 4000;\n    m_routing_parameters[idealNudgingDistance] = 4.0;\n\n    m_routing_options[nudgeOrthogonalSegmentsConnectedToShapes] = false;\n    m_routing_options[improveHyperedgeRoutesMovingJunctions] = true;\n    m_routing_options[penaliseOrthogonalSharedPathsAtConnEnds] = false;\n    m_routing_options[nudgeOrthogonalTouchingColinearSegments] = false;\n    m_routing_options[performUnifyingNudgingPreprocessingStep] = true;\n    m_routing_options[improveHyperedgeRoutesMovingAddingAndDeletingJunctions] =\n            false;\n    m_routing_options[nudgeSharedPathsWithCommonEndPoint] = true;\n\n    m_hyperedge_improver.setRouter(this);\n    m_hyperedge_rerouter.setRouter(this);\n}\n\n\nRouter::~Router()\n{\n    m_currently_calling_destructors = true;\n\n    // Delete remaining connectors.\n    ConnRefList::iterator conn = connRefs.begin();\n    while (conn != connRefs.end())\n    {\n        db_printf(\"Deleting connector %u in ~Router()\\n\", (*conn)->id());\n        delete *conn;\n        conn = connRefs.begin();\n    }\n\n    // Remove remaining obstacles (shapes and junctions).\n    ObstacleList::iterator obstacle =  m_obstacles.begin();\n    while (obstacle != m_obstacles.end())\n    {\n        Obstacle *obstaclePtr = *obstacle;\n        ShapeRef *shape = dynamic_cast<ShapeRef *> (obstaclePtr);\n        db_printf(\"Deleting %s %u in ~Router()\\n\", \n                (shape) ? \"shape\" : \"junction\", obstaclePtr->id());\n        if (obstaclePtr->isActive())\n        {\n            obstaclePtr->removeFromGraph();\n            obstaclePtr->makeInactive();\n        }\n        delete obstaclePtr;\n        obstacle = m_obstacles.begin();\n    }\n    m_currently_calling_destructors = false;\n\n    // Cleanup orphaned orthogonal graph vertices.\n    destroyOrthogonalVisGraph();\n\n    COLA_ASSERT(m_obstacles.size() == 0);\n    COLA_ASSERT(connRefs.size() == 0);\n    COLA_ASSERT(visGraph.size() == 0);\n\n    delete m_topology_addon;\n}\n\nvoid Router::setDebugHandler(DebugHandler *handler)\n{\n    m_debug_handler = handler;\n}\n\nDebugHandler *Router::debugHandler(void) const\n{\n    return m_debug_handler;\n}\n\nShapeRef *Router::shapeContainingPoint(const Point& point)\n{\n    // Count points on the border as being inside.\n    bool countBorder = true;\n\n    // Compute enclosing shapes.\n    ObstacleList::const_iterator finish = m_obstacles.end();\n    for (ObstacleList::const_iterator i = m_obstacles.begin(); i != finish; ++i)\n    {\n        ShapeRef *shape = dynamic_cast<ShapeRef *>(*i);\n        if (shape && inPoly(shape->routingPolygon(), point, countBorder))\n        {\n            return shape;\n        }\n    }\n    return nullptr;\n}\n\nvoid Router::modifyConnector(ConnRef *conn, const unsigned int type,\n        const ConnEnd& connEnd, bool connPinMoveUpdate)\n{\n    ActionInfo modInfo(ConnChange, conn);\n    \n    ActionInfoList::iterator found = \n            find(actionList.begin(), actionList.end(), modInfo);\n    if (found == actionList.end())\n    {\n        // Matching action not found, so add.\n        modInfo.conns.push_back(std::make_pair(type, connEnd));\n        actionList.push_back(modInfo);\n    }\n    else\n    {\n        // Update the found action as necessary.\n        found->addConnEndUpdate(type, connEnd, connPinMoveUpdate);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::modifyConnector(ConnRef *conn)\n{\n    ActionInfo modInfo(ConnChange, conn);\n    \n    ActionInfoList::iterator found = \n            find(actionList.begin(), actionList.end(), modInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(modInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::modifyConnectionPin(ShapeConnectionPin *pin)\n{\n    ActionInfo modInfo(ConnectionPinChange, pin);\n    \n    ActionInfoList::iterator found = \n            find(actionList.begin(), actionList.end(), modInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(modInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::removeObjectFromQueuedActions(const void *object)\n{\n    for (ActionInfoList::iterator curr = actionList.begin();\n            curr != actionList.end(); )\n    {\n        if (curr->objPtr == object)\n        {\n            curr = actionList.erase(curr);\n        }\n        else\n        {\n            ++curr;\n        }\n    }\n}\n\n\nvoid Router::addShape(ShapeRef *shape)\n{\n    // There shouldn't be remove events or move events for the same shape\n    // already in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(ShapeRemove, shape)) == actionList.end());\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(ShapeMove, shape)) == actionList.end());\n\n    ActionInfo addInfo(ShapeAdd, shape);\n    \n    ActionInfoList::iterator found = \n            find(actionList.begin(), actionList.end(), addInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(addInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::deleteShape(ShapeRef *shape)\n{\n    // There shouldn't be add events events for the same shape already \n    // in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(ShapeAdd, shape)) == actionList.end());\n\n    // Delete any ShapeMove entries for this shape in the action list.\n    ActionInfoList::iterator found = find(actionList.begin(), \n            actionList.end(), ActionInfo(ShapeMove, shape));\n    if (found != actionList.end())\n    {\n        actionList.erase(found);\n    }\n\n    // Add the ShapeRemove entry.\n    ActionInfo remInfo(ShapeRemove, shape);\n    found = find(actionList.begin(), actionList.end(), remInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(remInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::deleteConnector(ConnRef *connector)\n{\n    m_currently_calling_destructors = true;\n    delete connector;\n    m_currently_calling_destructors = false;\n}\n\nvoid Router::moveShape(ShapeRef *shape, const double xDiff, const double yDiff)\n{\n    ActionInfo moveInfo(ShapeMove, shape, Polygon(), false);\n    ActionInfoList::iterator found =\n            find(actionList.begin(), actionList.end(), moveInfo);\n\n    Polygon newPoly;\n    if (found != actionList.end())\n    {\n        // The shape already has a queued move, so use that shape position.\n        newPoly = found->newPoly;\n    }\n    else\n    {\n        // Just use the existing position.\n        newPoly = shape->polygon();\n    }\n    newPoly.translate(xDiff, yDiff);\n\n    moveShape(shape, newPoly);\n}\n\n\nvoid Router::markAllObstaclesAsMoved(void)\n{\n    for (ObstacleList::iterator obstacleIt = m_obstacles.begin();\n            obstacleIt != m_obstacles.end(); ++obstacleIt)\n    {\n        ShapeRef *shape = dynamic_cast<ShapeRef *> (*obstacleIt);\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (*obstacleIt);\n        if (shape)\n        {\n            moveShape(shape, 0, 0);\n        }\n        else if (junction)\n        {\n            moveJunction(junction, 0, 0);\n        }\n    }\n}\n\nvoid Router::moveShape(ShapeRef *shape, const Polygon& newPoly, \n        const bool first_move)\n{\n    // There shouldn't be remove events or add events for the same shape\n    // already in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(ShapeRemove, shape)) == actionList.end());\n    \n    ActionInfoList::iterator found = find(actionList.begin(), \n            actionList.end(), ActionInfo(ShapeAdd, shape));\n    if (found != actionList.end())\n    {\n        // The Add is enough, no need for the Move action too.\n        // The shape will be added with it's existing polygon,\n        // so set this to be the newPoly passed for the move.\n        found->shape()->setNewPoly(newPoly);\n        return;\n    }\n\n    ActionInfo moveInfo(ShapeMove, shape, newPoly, first_move);\n    // Sanely cope with the case where the user requests moving the same\n    // shape multiple times before rerouting connectors.\n    found = find(actionList.begin(), actionList.end(), moveInfo);\n\n    if (found != actionList.end())\n    {\n        // Just update the ActionInfo with the second polygon, but\n        // leave the firstMove setting alone.\n        found->newPoly = newPoly;\n    }\n    else \n    {\n        actionList.push_back(moveInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::setStaticGraphInvalidated(const bool invalidated)\n{\n    m_static_orthogonal_graph_invalidated = invalidated;\n}\n\n\nvoid Router::destroyOrthogonalVisGraph(void)\n{\n    // Remove orthogonal visibility graph edges.\n    visOrthogGraph.clear();\n\n    // Remove the now orphaned vertices.\n    VertInf *curr = vertices.shapesBegin();\n    while (curr)\n    {\n        if (curr->orphaned() && (curr->id == dummyOrthogID))\n        {\n            VertInf *following = vertices.removeVertex(curr);\n            delete curr;\n            curr = following;\n            continue;\n        }\n        curr = curr->lstNext;\n    }\n}\n\n\nvoid Router::regenerateStaticBuiltGraph(void)\n{\n    // Here we do talks involved in updating the static-built visibility \n    // graph (if necessary) before we do any routing.\n    if (m_static_orthogonal_graph_invalidated)\n    {\n        if (m_allows_orthogonal_routing)\n        {\n            destroyOrthogonalVisGraph();\n\n            TIMER_START(this, tmOrthogGraph);\n            // Regenerate a new visibility graph.\n            generateStaticOrthogonalVisGraph(this);\n            \n            TIMER_STOP(this);\n        }\n        m_static_orthogonal_graph_invalidated = false;\n    }\n}\n\n\nbool Router::transactionUse(void) const\n{\n    return m_consolidate_actions;\n}\n\n\nvoid Router::setTransactionUse(const bool transactions)\n{\n    m_consolidate_actions = transactions;\n}\n\n\n// Processes the action list.\nvoid Router::processActions(void)\n{\n    bool notPartialTime = !(PartialFeedback && PartialTime);\n    bool seenShapeMovesOrDeletes = false;\n\n    m_transaction_start_time = clock();\n    m_abort_transaction = false;\n\n    std::list<unsigned int> deletedObstacles;\n    actionList.sort();\n    ActionInfoList::iterator curr;\n    ActionInfoList::iterator finish = actionList.end();\n    for (curr = actionList.begin(); curr != finish; ++curr)\n    {\n        ActionInfo& actInf = *curr;\n        if (!((actInf.type == ShapeRemove) || (actInf.type == ShapeMove) ||\n              (actInf.type == JunctionRemove) || (actInf.type == JunctionMove)))\n        {\n            // Not a move or remove action, so don't do anything.\n            continue;\n        }\n        seenShapeMovesOrDeletes = true;\n\n        Obstacle *obstacle = actInf.obstacle();\n        ShapeRef *shape = actInf.shape();\n        JunctionRef *junction = actInf.junction();\n        bool isMove = (actInf.type == ShapeMove) ||\n                (actInf.type == JunctionMove);;\n        bool first_move = actInf.firstMove;\n\n        unsigned int pid = obstacle->id();\n\n        // o  Remove entries related to this shape's vertices\n        obstacle->removeFromGraph();\n\n        if (SelectiveReroute && (!isMove || notPartialTime || first_move))\n        {\n            markPolylineConnectorsNeedingReroutingForDeletedObstacle(obstacle);\n        }\n\n        adjustContainsWithDel(pid);\n\n        if (isMove)\n        {\n            if (shape)\n            {\n                shape->moveAttachedConns(actInf.newPoly);\n            }\n            else if (junction)\n            {\n                junction->moveAttachedConns(actInf.newPosition);\n            }\n        }\n\n        // Ignore this shape for visibility.\n        // XXX: We don't really need to do this if we're not using Partial\n        //      Feedback.  Without this the blocked edges still route\n        //      around the shape until it leaves the connector.\n        obstacle->makeInactive();\n\n        if (!isMove)\n        {\n            // Free deleted obstacle.\n            m_currently_calling_destructors = true;\n            deletedObstacles.push_back(obstacle->id());\n            delete obstacle;\n            m_currently_calling_destructors = false;\n        }\n    }\n\n    if (seenShapeMovesOrDeletes && m_allows_polyline_routing)\n    {\n        if (InvisibilityGrph)\n        {\n            // Check edges for obstacles that were moved or removed.\n            for (curr = actionList.begin(); curr != finish; ++curr)\n            {\n                ActionInfo& actInf = *curr;\n                if ((actInf.type == ShapeMove) || (actInf.type == JunctionMove))\n                {\n                    // o  Check all edges that were blocked by moved obstacle.\n                    checkAllBlockedEdges(actInf.obstacle()->id());\n                }\n            }\n\n            for (std::list<unsigned int>::iterator it = deletedObstacles.begin();\n                     it != deletedObstacles.end(); ++it)\n            {\n                // o  Check all edges that were blocked by deleted obstacle.\n                checkAllBlockedEdges(*it);\n            }\n        }\n        else\n        {\n            // check all edges not in graph\n            checkAllMissingEdges();\n        }\n    }\n\n    for (curr = actionList.begin(); curr != finish; ++curr)\n    {\n        ActionInfo& actInf = *curr;\n        if (!((actInf.type == ShapeAdd) || (actInf.type == ShapeMove) ||\n              (actInf.type == JunctionAdd) || (actInf.type == JunctionMove)))\n        {\n            // Not a move or add action, so don't do anything.\n            continue;\n        }\n\n        Obstacle *obstacle = actInf.obstacle();\n        ShapeRef *shape = actInf.shape();\n        JunctionRef *junction = actInf.junction();\n        Polygon& newPoly = actInf.newPoly;\n        bool isMove = (actInf.type == ShapeMove) ||\n                (actInf.type == JunctionMove);\n\n        unsigned int pid = obstacle->id();\n\n        // Restore this shape for visibility.\n        obstacle->makeActive();\n\n        if (isMove)\n        {\n            if (shape)\n            {\n                shape->setNewPoly(newPoly);\n            }\n            else\n            {\n                junction->setPosition(actInf.newPosition);\n            }\n        }\n        const Polygon& shapePoly = obstacle->routingPolygon();\n\n        adjustContainsWithAdd(shapePoly, pid);\n\n        if (m_allows_polyline_routing)\n        {\n            // o  Check all visibility edges to see if this one shape\n            //    blocks them.\n            if (!isMove || notPartialTime)\n            {\n                newBlockingShape(shapePoly, pid);\n            }\n\n            // o  Calculate visibility for the new vertices.\n            if (UseLeesAlgorithm)\n            {\n                obstacle->computeVisibilitySweep();\n            }\n            else\n            {\n                obstacle->computeVisibilityNaive();\n            }\n            obstacle->updatePinPolyLineVisibility();\n        }\n    }\n\n    // Update connector endpoints.\n    for (curr = actionList.begin(); curr != finish; ++curr)\n    {\n        ActionInfo& actInf = *curr;\n        if (actInf.type != ConnChange)\n        {\n            continue;\n        }\n        for (ConnUpdateList::iterator conn = actInf.conns.begin();\n                conn != actInf.conns.end(); ++conn)\n        {\n            actInf.conn()->updateEndPoint(conn->first, conn->second);\n        }\n    }\n    // Clear the actionList.\n    actionList.clear();\n}\n\nbool Router::processTransaction(void)\n{\n    // If SimpleRouting, then don't update here.\n    if ((actionList.empty() && (m_hyperedge_rerouter.count() == 0) &&\n         (m_settings_changes == false)) || SimpleRouting)\n    {\n        return false;\n    }\n    m_settings_changes = false;\n\n    processActions();\n\n    m_static_orthogonal_graph_invalidated = true;\n    rerouteAndCallbackConnectors();\n\n    return true;\n}\n\n\nvoid Router::addJunction(JunctionRef *junction)\n{\n    // There shouldn't be remove events or move events for the same junction\n    // already in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(JunctionRemove, junction)) == actionList.end());\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(JunctionMove, junction)) == actionList.end());\n\n    ActionInfo addInfo(JunctionAdd, junction);\n    \n    ActionInfoList::iterator found = \n            find(actionList.begin(), actionList.end(), addInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(addInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::deleteJunction(JunctionRef *junction)\n{\n    // There shouldn't be add events events for the same junction already \n    // in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(JunctionAdd, junction)) == actionList.end());\n\n    // Delete any ShapeMove entries for this shape in the action list.\n    ActionInfoList::iterator found = find(actionList.begin(), \n            actionList.end(), ActionInfo(JunctionMove, junction));\n    if (found != actionList.end())\n    {\n        actionList.erase(found);\n    }\n\n    // Add the ShapeRemove entry.\n    ActionInfo remInfo(JunctionRemove, junction);\n    found = find(actionList.begin(), actionList.end(), remInfo);\n    if (found == actionList.end())\n    {\n        actionList.push_back(remInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\n\nvoid Router::moveJunction(JunctionRef *junction, const double xDiff, \n        const double yDiff)\n{\n    ActionInfo moveInfo(JunctionMove, junction, Point());\n    ActionInfoList::iterator found =\n            find(actionList.begin(), actionList.end(), moveInfo);\n\n    Point newPosition;\n    if (found != actionList.end())\n    {\n        // The junction already has a queued move, so use that position.\n        newPosition = found->newPosition;\n    }\n    else\n    {\n        // Just use the existing position.\n        newPosition = junction->position();\n    }\n    newPosition.x += xDiff;\n    newPosition.y += yDiff;\n\n    moveJunction(junction, newPosition);\n}\n\n\nvoid Router::moveJunction(JunctionRef *junction, const Point& newPosition)\n{\n    // There shouldn't be remove events or add events for the same junction\n    // already in the action list.\n    // XXX: Possibly we could handle this by ordering them intelligently.\n    COLA_ASSERT(find(actionList.begin(), actionList.end(), \n                ActionInfo(JunctionRemove, junction)) == actionList.end());\n    \n    ActionInfoList::iterator found = find(actionList.begin(), \n            actionList.end(), ActionInfo(JunctionAdd, junction));\n    if (found != actionList.end())\n    {\n        // The Add is enough, no need for the Move action too.\n        // The junction will be added with the new position.\n        found->junction()->setPosition(newPosition);\n        return;\n    }\n\n    ActionInfo moveInfo(JunctionMove, junction, newPosition);\n    // Sanely cope with the case where the user requests moving the same\n    // shape multiple times before rerouting connectors.\n    found = find(actionList.begin(), actionList.end(), moveInfo);\n\n    if (found != actionList.end())\n    {\n        // Just update the ActionInfo with the second position.\n        found->newPosition = newPosition;\n    }\n    else \n    {\n        actionList.push_back(moveInfo);\n    }\n\n    if (!m_consolidate_actions)\n    {\n        processTransaction();\n    }\n}\n\nvoid Router::addCluster(ClusterRef *cluster)\n{\n    cluster->makeActive();\n    \n    unsigned int pid = cluster->id();\n    ReferencingPolygon& poly = cluster->polygon();\n\n    adjustClustersWithAdd(poly, pid);\n}\n\n\nvoid Router::deleteCluster(ClusterRef *cluster)\n{\n    cluster->makeInactive();\n    \n    unsigned int pid = cluster->id();\n    \n    adjustClustersWithDel(pid);\n}\n\n\nunsigned int Router::newObjectId(void) const\n{\n    return m_largest_assigned_id + 1;\n}\n\n\nunsigned int Router::assignId(const unsigned int suggestedId)\n{\n    // If the suggestedId is zero, then we assign the object the next\n    // smallest unassigned ID, otherwise we trust the ID given is unique.\n    unsigned int assignedId = (suggestedId == 0) ?  newObjectId() : suggestedId;\n    \n    // If assertions are enabled, then we check that this ID really is unique.\n    COLA_ASSERT(objectIdIsUnused(assignedId));\n    \n    // Have the router record if this ID is larger than the largest assigned ID.\n    m_largest_assigned_id = std::max(m_largest_assigned_id, assignedId);\n\n    return assignedId;\n}\n\n\n    // Returns whether the given ID is unique among all objects known by the\n    // router.  It is expected this is only going to be called from assertions\n    // while debugging, so efficiency is not an issue and we just iterate over\n    // all objects.\nbool Router::objectIdIsUnused(const unsigned int id) const \n{\n    // Examine shapes/junctions.\n    for (ObstacleList::const_iterator i = m_obstacles.begin(); \n            i != m_obstacles.end(); ++i) \n    {\n        if ((*i)->id() == id)\n        {\n            return false;\n        }\n    }\n\n    // Examine connectors.\n    for (ConnRefList::const_iterator i = connRefs.begin(); \n            i != connRefs.end(); ++i) \n    {\n        if ((*i)->id() == id)\n        {\n            return false;\n        }\n    }\n\n    // Examine clusters.\n    for (ClusterRefList::const_iterator i = clusterRefs.begin(); \n            i != clusterRefs.end(); ++i) \n    {\n        if ((*i)->id() == id)\n        {\n            return false;\n        }\n    }\n\n    return true;\n}\n\n\n//----------------------------------------------------------------------------\n\n    // Returns a list of connector Ids of all the connectors of type\n    // 'type' attached to the shape with the ID 'shapeId'.\nvoid Router::attachedConns(IntList &conns, const unsigned int shapeId,\n        const unsigned int type)\n{\n    ConnRefList::const_iterator fin = connRefs.end();\n    for (ConnRefList::const_iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        std::pair<Obstacle *, Obstacle *> anchors = (*i)->endpointAnchors();\n\n        if ((type & runningTo) &&\n                (anchors.second && (anchors.second->id() == shapeId)))\n        {\n            conns.push_back((*i)->id());\n        }\n        else if ((type & runningFrom) &&\n                (anchors.first && (anchors.first->id() == shapeId)))\n        {\n            conns.push_back((*i)->id());\n        }\n    }\n}\n\n\n    // Returns a list of shape Ids of all the shapes attached to the\n    // shape with the ID 'shapeId' with connection type 'type'.\nvoid Router::attachedShapes(IntList &shapes, const unsigned int shapeId,\n        const unsigned int type)\n{\n    ConnRefList::const_iterator fin = connRefs.end();\n    for (ConnRefList::const_iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        std::pair<Obstacle *, Obstacle *> anchors = (*i)->endpointAnchors();\n\n        if ((type & runningTo) &&\n                (anchors.second && (anchors.second->id() == shapeId)))\n        {\n            if (anchors.first)\n            {\n                // Only if there is a shape attached to the other end.\n                shapes.push_back(anchors.first->id());\n            }\n        }\n        else if ((type & runningFrom) &&\n            (anchors.first && (anchors.first->id() == shapeId)))\n        {\n            if (anchors.second)\n            {\n                // Only if there is a shape attached to the other end.\n                shapes.push_back(anchors.second->id());\n            }\n        }\n    }\n}\n\n\n    // It's intended this function is called after visibility changes \n    // resulting from shape movement have happened.  It will alert \n    // rerouted connectors (via a callback) that they need to be redrawn.\nvoid Router::rerouteAndCallbackConnectors(void)\n{\n    ConnRefList reroutedConns;\n    ConnRefList::const_iterator fin = connRefs.end();\n    \n    this->m_conn_reroute_flags.alertConns();\n\n    // Updating the orthogonal visibility graph if necessary. \n    regenerateStaticBuiltGraph();\n\n    for (ConnRefList::const_iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        (*i)->freeActivePins();\n    }\n\n    // Calculate and return connectors that are part of hyperedges and will\n    // be completely rerouted by that code and thus don't need to have routes\n    // generated here.\n    ConnRefSet hyperedgeConns =\n            m_hyperedge_rerouter.calcHyperedgeConnectors();\n\n    // TODO: It might be worth sorting connectors and routing them from \n    //       smallest to largest estimated cost.  This way we likely get \n    //       better exclusive pin assignment during initial routing.\n\n    size_t totalConns = connRefs.size();\n    size_t numOfReroutedConns = 0;\n    for (ConnRefList::const_iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        // Progress reporting and continuation check.\n        performContinuationCheck(TransactionPhaseRouteSearch, \n                numOfReroutedConns, totalConns);\n        ++numOfReroutedConns;\n\n        ConnRef *connector = *i;\n        if (hyperedgeConns.find(connector) != hyperedgeConns.end())\n        {\n            // This will be rerouted by the hyperedge code, so do nothing.\n            continue;\n        }\n\n        if (connector->hasFixedRoute())\n        {\n            // We don't reroute connectors with fixed routes.\n            continue;\n        }\n\n        TIMER_START(this, tmOrthogRoute);\n        connector->m_needs_repaint = false;\n        bool rerouted = connector->generatePath();\n        if (rerouted)\n        {\n            reroutedConns.push_back(connector);\n        }\n        TIMER_STOP(this);\n    }\n\n\n    // Perform any complete hyperedge rerouting that has been requested.\n    m_hyperedge_rerouter.performRerouting();\n\n    // Find and reroute crossing connectors if crossing penalties are set.\n    improveCrossings();\n\n    bool withMinorImprovements = routingOption(\n            improveHyperedgeRoutesMovingJunctions);\n    bool withMajorImprovements = routingOption(\n            improveHyperedgeRoutesMovingAddingAndDeletingJunctions);\n    if (withMinorImprovements || withMajorImprovements)\n    {\n        m_hyperedge_improver.clear();\n        m_hyperedge_improver.execute(withMajorImprovements);\n    }\n\n    // Perform centring and nudging for orthogonal routes.\n    improveOrthogonalRoutes(this);\n\n    // Find a list of all the deleted connectors in hyperedges.\n    HyperedgeNewAndDeletedObjectLists changedHyperedgeObjs = \n            m_hyperedge_improver.newAndDeletedObjectLists();\n    ConnRefList deletedConns = changedHyperedgeObjs.deletedConnectorList;\n    for (size_t index = 0; index < m_hyperedge_rerouter.count(); ++index)\n    {\n        changedHyperedgeObjs = \n                m_hyperedge_rerouter.newAndDeletedObjectLists(index);\n        deletedConns.merge(changedHyperedgeObjs.deletedConnectorList);\n    }\n\n    // Alert connectors that they need redrawing.\n    fin = reroutedConns.end();\n    for (ConnRefList::const_iterator i = reroutedConns.begin(); i != fin; ++i) \n    {\n        ConnRef *conn = *i;\n        \n        // Skip hyperedge connectors which have been deleted.\n        ConnRefList::iterator findIt = std::find(\n                deletedConns.begin(), deletedConns.end(), conn);\n        if (findIt != deletedConns.end())\n        {\n            // Connector deleted, skip.\n            continue;\n        }\n\n        conn->m_needs_repaint = true;\n        conn->performCallback();\n    }\n\n    // Progress reporting.\n    performContinuationCheck(TransactionPhaseCompleted, 1, 1);\n}\n\n// Type holding a cost estimate and ConnRef.\ntypedef std::pair<double, ConnRef *> ConnCostRef;\n\n// A comparison class used to order a set of ConnCostRefs.\nclass CmpConnCostRef\n{\n    public:\n        CmpConnCostRef()\n        {\n        }\n        bool operator() (const ConnCostRef& u, const ConnCostRef& v) const\n        {\n            return (u.second->id() < v.second->id());\n        }\n};\n\ntypedef std::set<ConnCostRef, CmpConnCostRef> ConnCostRefSet;\ntypedef std::list<ConnCostRefSet> ConnCostRefSetList;\n\n\nstatic double cheapEstimatedCost(ConnRef *lineRef)\n{\n    // We use an estimate of overall connector length, reduced by a count \n    // of the number of segments.  In the case of equal length, This causes \n    // straight line connectors to be left alone and connectors with more \n    // complex paths to be rerouted.\n    bool isPolyLine = (lineRef->routingType() == ConnType_PolyLine);\n    const PolyLine& route = lineRef->displayRoute();\n    double length = 0;\n\n    for (size_t i = 1; i < route.size(); ++i)\n    {\n        const Point& a = route.ps[i - 1];\n        const Point& b = route.ps[i];\n\n        double segmentLength = (isPolyLine) ? \n                euclideanDist(a, b) : manhattanDist(a, b);\n        length += segmentLength;\n    }\n    return length - (route.size() + 1);\n}\n\n// A map of connectors to the set of connectors that cross them.\ntypedef std::map<ConnRef *, std::set<ConnRef *> > CrossingConnectorsMap;\n\n// A list of connector crossing maps that don't interact with each other.\ntypedef std::list<CrossingConnectorsMap> CrossingConnectorsMapList;\n\n// This class maintains the list of connector crossing maps and provides \n// methods for adding crossing connector pairs and getting the minimal sets\n// of connectors that can be removed from each group to prevent crossings.\nclass CrossingConnectorsInfo\n{\n    public:\n\n        // Add information that a pair of connectors cross.\n        void addCrossing(ConnRef *conn1, ConnRef *conn2)\n        {\n            // Find the existing or new group that this crossing \n            // should be recorded in.\n            CrossingConnectorsMapList::iterator it = \n                    groupForCrossingConns(conn1, conn2);\n            CrossingConnectorsMap& pairsSet = *it;\n\n            // Record the crossing.\n            pairsSet[conn1].insert(conn2);\n            pairsSet[conn2].insert(conn1);\n        }\n\n        // This method builds and returns a list of non-interacting sets of\n        // connectors (with crossing counts) that need to be removed so there\n        // are no crossings.  These are the connectors we reroute.  Where \n        // these connectors attach to exclusive connection pins, we return\n        // and thus reroute all connectors attached to the exlcusive pins.  We \n        // do this so we are no so committed to possible bad pin assignemnts.\n        ConnCostRefSetList crossingSetsListToRemoveCrossingsFromGroups(void)\n        {\n            // A list of the minimal sets of connectors that cause crossings \n            // in all groups of crossingconnectors.\n            ConnCostRefSetList crossingSetsList;\n\n            // For each group of crossing connectors.\n            for (CrossingConnectorsMapList::iterator it = pairsSetList.begin();\n                 it != pairsSetList.end(); ++it)\n            {\n                // The minimal set of crossing-causing connectors.\n                // We will build this.\n                ConnCostRefSet crossingSet;\n\n                // Set of exclusive pins that the crossing-causing connectors\n                // attach to.\n                std::set<ConnectionPinIds> exclusivePins;\n\n                // The group of all crossing pairs.\n                CrossingConnectorsMap& pairsSet = *it;\n\n                // For each crossing-causing connector.\n                ConnCostRef crossingCausingConnector;\n                while ( (crossingCausingConnector = \n                            removeConnectorWithMostCrossings(pairsSet)).second != nullptr )\n                {\n                    // Add it to our crossing-causing set.\n                    crossingSet.insert(crossingCausingConnector);\n\n                    // Determine if it attaches to any exclusive pins and \n                    // record these.\n                    std::pair<ConnEnd, ConnEnd> ends = \n                            crossingCausingConnector.second->endpointConnEnds();\n                    // Look at one end.\n                    ShapeConnectionPin *pin = ends.first.m_active_pin;\n                    if (pin && pin->isExclusive())\n                    {\n                        exclusivePins.insert(pin->ids());\n                    }\n                    // Look at other end.\n                    pin = ends.second.m_active_pin;\n                    if (pin && pin->isExclusive())\n                    {\n                        exclusivePins.insert(pin->ids());\n                    }\n                }\n\n                // For each of the remaining connectors which are not\n                // crossing-causing, add them to our crossing set if they \n                // attach to one of the exclusive pin classes which the\n                // crossing-causing connectors attached to.\n                for (CrossingConnectorsMap::const_iterator it2 = \n                        pairsSet.begin(); it2 != pairsSet.end(); ++it2)\n                {\n                    ConnRef *conn = it2->first;\n                    std::pair<ConnEnd, ConnEnd> ends = conn->endpointConnEnds();\n                    // Look at one end.\n                    ShapeConnectionPin *pin = ends.first.m_active_pin;\n                    if (pin && pin->isExclusive())\n                    {\n                        if (exclusivePins.count(pin->ids()) > 0)\n                        {\n                            // Attaches to an exclusive pin and it matches \n                            // one attached to by the crossing-causing\n                            // connectors.  So add the conn to the \n                            // crossing set and continue..\n                            crossingSet.insert(std::make_pair(0, conn));\n                            continue;\n                        }\n                    }\n                    // Look at other end.\n                    pin = ends.second.m_active_pin;\n                    if (pin && pin->isExclusive())\n                    {\n                        if (exclusivePins.count(pin->ids()) > 0)\n                        {\n                            // Attaches to an exclusive pin and it matches \n                            // one attached to by the crossing-causing\n                            // connectors.  So add the conn to the \n                            // crossing set.\n                            crossingSet.insert(std::make_pair(0, conn));\n                        }\n                    }\n                }\n\n                if (!crossingSet.empty())\n                {\n                    crossingSetsList.push_back(crossingSet);\n                }\n            }\n            return crossingSetsList;\n        }\n\n        // Returns whether this pair of connector is already known to cross.\n        bool connsKnownToCross(ConnRef *conn1, ConnRef *conn2)\n        {\n            CrossingConnectorsMapList::iterator it1 = groupForConn(conn1);\n            CrossingConnectorsMapList::iterator it2 = groupForConn(conn2);\n\n            // The connectors cross if\n            if ((it1 == it2) && (it1 != pairsSetList.end()))\n            {\n                // They are in the same group and conn2 is in crossing\n                // connectors set of conn1.\n                CrossingConnectorsMap& pairsSet = *it1;\n                return ((pairsSet.count(conn1) > 0) &&\n                        (pairsSet[conn1].count(conn2) > 0));\n            }\n            return false;\n        }\n\n    private:\n\n        // Given a particular group (pairsSet), removes the connector with \n        // the most crossings withing the group and returns it along with its \n        // crossing count.\n        ConnCostRef removeConnectorWithMostCrossings(\n                CrossingConnectorsMap& pairsSet)\n        {\n            // Tracking of the greatest number of crossings.\n            ConnRef *candidateConnector = nullptr;\n            size_t candidateCrossingCount = 0;\n            double candidateEstimatedCost = 0;\n\n            // For each connector in the group...\n            for (CrossingConnectorsMap::const_iterator it = pairsSet.begin();\n                    it != pairsSet.end(); ++it)\n            {\n                // ... check if it has any crossings.\n                size_t crossings = it->second.size();\n                if (crossings == 0)\n                {\n                    // If not, skip.\n                    continue;\n                }\n\n                // It has crossings.  Determine if it has the most crossings\n                // of the connectors we've seen, or if it is tied but has\n                // a greater estimated cost.  If so, it is our new candidate.\n                double cost = cheapEstimatedCost(it->first);\n                if ((crossings > candidateCrossingCount) || \n                    ((crossings == candidateCrossingCount) && \n                        (cost > candidateEstimatedCost)))\n                {\n                    // Update with new candidate.\n                    candidateConnector = it->first;\n                    candidateCrossingCount = crossings;\n                    candidateEstimatedCost = cost;\n                }\n            }\n\n            if (candidateConnector == nullptr)\n            {\n                // If no candidate, return nullptr connector.\n                return std::make_pair(0, (ConnRef *) nullptr);\n            }\n\n            // Remove the candidate from the group.  To do this we find the\n            // set of all connectors it crosses.\n            std::set<ConnRef *>& connSet = pairsSet[candidateConnector];\n            // For each of these\n            for (std::set<ConnRef *>::const_iterator it = connSet.begin();\n                    it != connSet.end(); ++it)\n            {\n                // we remove the candidate from their crossing lists\n                pairsSet[*it].erase(candidateConnector);\n            }\n            // And then clear the crossing list for the candidate itself.\n            connSet.clear();\n\n            // Return the candidate connector and its original crossing count.\n            return std::make_pair(static_cast<double>(candidateCrossingCount), candidateConnector);\n        }\n\n        // Returns the iterator to the group that the given conn is in,\n        // if it is part of any crossing group.\n        CrossingConnectorsMapList::iterator groupForConn(ConnRef *conn)\n        {\n            // For each group...\n            for (CrossingConnectorsMapList::iterator it = pairsSetList.begin();\n                 it != pairsSetList.end(); ++it)\n            {\n                // ... check if the connector is in it.\n                if (it->count(conn) > 0)\n                {\n                    // If so, return it.\n                    return it;\n                }\n            }\n            // Connector was not in any existing group.\n            return pairsSetList.end();\n        }\n\n        // Given a pair of crossing connectors, returns an iterator to the \n        // crossing connector group they are part of.  If neither are part \n        // of any group, one is created and returned.  If one connector is \n        // part of an exisitng group, that group is returned.  If they are \n        // part of two different groups, the groups are merged and the \n        // merged group is returned.\n        CrossingConnectorsMapList::iterator groupForCrossingConns(\n                ConnRef *conn1, ConnRef *conn2)\n        {\n            CrossingConnectorsMapList::iterator it1 = groupForConn(conn1);\n            CrossingConnectorsMapList::iterator it2 = groupForConn(conn2);\n\n            // groupIt will be the iterator to the appropriate group.\n            CrossingConnectorsMapList::iterator groupIt = pairsSetList.end();\n\n            if ((it1 == pairsSetList.end()) && (it2 == pairsSetList.end()))\n            {\n                // Neither are part of a group.  Create one.\n                CrossingConnectorsMap newSet;\n                groupIt = pairsSetList.insert(pairsSetList.end(), newSet);\n            }\n            else if ((it1 != pairsSetList.end()) && (it2 == pairsSetList.end()))\n            {\n                // it1 is the appropriate existing group.\n                groupIt = it1;\n            }\n            else if ((it1 == pairsSetList.end()) && (it2 != pairsSetList.end()))\n            {\n                // it2 is the appropriate exisitng group.\n                groupIt = it2;\n            }\n            else if (it1 != it2)\n            {\n                // There are two different existing groups, so merge them.\n                COLA_ASSERT(it1 != pairsSetList.end());\n                COLA_ASSERT(it2 != pairsSetList.end());\n                it1->insert(it2->begin(), it2->end());\n                pairsSetList.erase(it2);\n                groupIt = it1;\n            }\n            else \n            {\n                // These are already part of the same group.  Do nothing.\n                COLA_ASSERT(it1 == it2);\n                groupIt = it1;\n            }\n            return groupIt;\n        }\n\n        CrossingConnectorsMapList pairsSetList;\n};\n\n\nvoid Router::performContinuationCheck(unsigned int phaseNumber, \n        size_t stepNumber, size_t totalSteps)\n{\n    // Compute the elapsed time in msec since the beginning of the transaction.\n    unsigned int elapsedMsec = (unsigned int) \n            ((clock() - m_transaction_start_time) / \n             (CLOCKS_PER_SEC / (double) 1000));\n\n    bool shouldContinue = shouldContinueTransactionWithProgress(elapsedMsec, \n            phaseNumber, TransactionPhaseCompleted, \n            stepNumber / (double)totalSteps);\n    if (shouldContinue == false)\n    {\n        // Host program has asked us not to continue the transaction.\n        m_abort_transaction = true;\n    }\n}\n\n\nbool Router::shouldContinueTransactionWithProgress(unsigned int elapsedTime, \n        unsigned int phaseNumber, unsigned int totalPhases, \n        double proportion)\n{\n    COLA_UNUSED(elapsedTime);\n    COLA_UNUSED(phaseNumber);\n    COLA_UNUSED(totalPhases);\n    COLA_UNUSED(proportion);\n\n#if 0\n    printf(\"Progress: %8u, phase %u of %u... %.2f%%\\n\", elapsedTime,\n            phaseNumber, totalPhases, proportion * 100);\n#endif\n\n    // We always continue.  Subclasses can override this behaviour.\n    return true;\n}\n\n\nclass CmpOrderedConnCostRef\n{\n    public:\n        CmpOrderedConnCostRef()\n        {\n        }\n        bool operator() (const ConnCostRef& u, const ConnCostRef& v) const\n        {\n            return (u.first < v.first);\n        }\n};\ntypedef std::list<ConnCostRef> ConnCostRefList;\n\n\nvoid Router::improveCrossings(void)\n{\n    const double crossing_penalty = routingParameter(crossingPenalty);\n    const double shared_path_penalty = routingParameter(fixedSharedPathPenalty);\n    if ((crossing_penalty == 0) && (shared_path_penalty == 0))\n    {\n        // No penalties, return.\n        return;\n    }\n\n    // Information on crossing connector groups.\n    CrossingConnectorsInfo crossingConnInfo;\n\n    size_t numOfConns = connRefs.size();\n    size_t numOfConnsChecked = 0;\n\n    // Find crossings and reroute connectors.\n    m_in_crossing_rerouting_stage = true;\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        // Progress reporting and continuation check.\n        ++numOfConnsChecked;\n        performContinuationCheck(TransactionPhaseCrossingDetection,\n                numOfConnsChecked, numOfConns);\n        if (m_abort_transaction)\n        {\n            m_in_crossing_rerouting_stage = false;\n            return;\n        }\n    \n        Avoid::Polygon& iRoute = (*i)->routeRef();\n        if (iRoute.size() == 0)\n        {\n            // Rerouted hyperedges will have an empty route.\n            // We can't reroute these.\n            continue;\n        }\n        ConnRefList::iterator j = i;\n        for (++j; j != fin; ++j) \n        {\n            if (crossingConnInfo.connsKnownToCross(*i, *j))\n            {\n                // We already know both these have crossings.\n                continue;\n            }\n\n            // Determine if this pair cross.\n            Avoid::Polygon& jRoute = (*j)->routeRef();\n            ConnectorCrossings cross(iRoute, true, jRoute, *i, *j);\n            for (size_t jInd = 1; jInd < jRoute.size(); ++jInd)\n            {\n                const bool finalSegment = ((jInd + 1) == jRoute.size());\n                cross.countForSegment(jInd, finalSegment);\n                \n                if ((shared_path_penalty > 0) && \n                    (cross.crossingFlags & CROSSING_SHARES_PATH) && \n                    (cross.crossingFlags & CROSSING_SHARES_FIXED_SEGMENT) &&\n                    (m_routing_options[penaliseOrthogonalSharedPathsAtConnEnds] || \n                     !(cross.crossingFlags & CROSSING_SHARES_PATH_AT_END))) \n                {\n                    // We are penalising fixedSharedPaths and there is a\n                    // fixedSharedPath.\n                    crossingConnInfo.addCrossing(*i, *j);\n                    break;\n                }\n                else if ((crossing_penalty > 0) && (cross.crossingCount > 0))\n                {\n                    // We are penalising crossings and this is a crossing.\n                    crossingConnInfo.addCrossing(*i, *j);\n                    break;\n                }\n            }\n        }\n    }\n\n    // Find the list of connector sets that need to be removed to avoid any\n    // crossings in all crossing groups.  This is our candidate set for \n    // rerouting.  Where these connectors connect to exlusive pins, all \n    // connectors attached to exclusive pins with the same IDs will also \n    // be rerouted, starting with the shortest.\n    ConnCostRefSetList crossingConnsGroups = \n            crossingConnInfo.crossingSetsListToRemoveCrossingsFromGroups();\n\n    // At this point we have a list containing crossings for rerouting.\n    // We do this rerouting via two passes, for each group of interacting\n    // crossing connectors:\n    //  1) clear existing routes and free pin assignments, and\n    //  2) compute new routes.\n    unsigned int numOfConnsToReroute = 1;\n    unsigned int numOfConnsRerouted = 1;\n    for (ConnCostRefSetList::iterator setIt = crossingConnsGroups.begin();\n         setIt != crossingConnsGroups.end(); ++setIt)\n    {\n        // Sort the connectors we will be rerouting from lowest to\n        // highest cost.\n        ConnCostRefList orderedConnList(setIt->begin(), setIt->end());\n        orderedConnList.sort(CmpOrderedConnCostRef());\n\n        // Perform rerouting of this set of connectors.\n        for (int pass = 0; pass < 2; ++pass)\n        {\n            for (ConnCostRefList::iterator connIt = orderedConnList.begin(); \n                    connIt != orderedConnList.end(); ++connIt)\n            {\n                ConnRef *conn = connIt->second;\n                if (pass == 0)\n                {\n                    ++numOfConnsToReroute;\n\n                    // Mark the fixed shared path as being invalid.\n                    conn->makePathInvalid();\n                    \n                    // Free the previous path, so it is not noticed by other \n                    // connectors during rerouting.\n                    conn->freeRoutes();\n                    \n                    // Free pin assignments.\n                    conn->freeActivePins();\n                }\n                else if (pass == 1)\n                {\n                    // Progress reporting and continuation check.\n                    performContinuationCheck(TransactionPhaseRerouteSearch, \n                            numOfConnsRerouted, numOfConnsToReroute);\n                    if (m_abort_transaction)\n                    {\n                        m_in_crossing_rerouting_stage = false;\n                        return;\n                    }\n                    ++numOfConnsRerouted;\n                    \n                    // Recompute this path.\n                    conn->generatePath();\n                }\n            }\n        }\n    }\n    m_in_crossing_rerouting_stage = false;\n}\n\n\nvoid Router::newBlockingShape(const Polygon& poly, int pid)\n{\n    // o  Check all visibility edges to see if this one shape\n    //    blocks them.\n    EdgeInf *finish = visGraph.end();\n    for (EdgeInf *iter = visGraph.begin(); iter != finish ; )\n    {\n        EdgeInf *tmp = iter;\n        iter = iter->lstNext;\n\n        if (tmp->getDist() != 0)\n        {\n            std::pair<VertID, VertID> ids(tmp->ids());\n            VertID eID1 = ids.first;\n            VertID eID2 = ids.second;\n            std::pair<Point, Point> points(tmp->points());\n            Point e1 = points.first;\n            Point e2 = points.second;\n            bool blocked = false;\n\n            bool countBorder = false;\n            bool ep_in_poly1 = (eID1.isConnPt()) ? \n                    inPoly(poly, e1, countBorder) : false;\n            bool ep_in_poly2 = (eID2.isConnPt()) ? \n                    inPoly(poly, e2, countBorder) : false;\n            if (ep_in_poly1 || ep_in_poly2)\n            {\n                // Don't check edges that have a connector endpoint\n                // and are inside the shape being added.\n                continue;\n            }\n\n            bool seenIntersectionAtEndpoint = false;\n            for (size_t pt_i = 0; pt_i < poly.size(); ++pt_i)\n            {\n                size_t pt_n = (pt_i == (poly.size() - 1)) ? 0 : pt_i + 1;\n                const Point& pi = poly.ps[pt_i];\n                const Point& pn = poly.ps[pt_n];\n                if (segmentShapeIntersect(e1, e2, pi, pn, \n                        seenIntersectionAtEndpoint))\n                {\n                    blocked = true;\n                    break;\n                }\n            }\n            if (blocked)\n            {\n                db_printf(\"\\tRemoving newly blocked edge (by shape %3d)\"\n                        \"... \\n\\t\\t\", pid);\n                tmp->alertConns();\n                tmp->db_print();\n                if (InvisibilityGrph)\n                {\n                    tmp->addBlocker(pid);\n                }\n                else\n                {\n                    delete tmp;\n                }\n            }\n        }\n    }\n}\n\n\nvoid Router::checkAllBlockedEdges(int pid)\n{\n    COLA_ASSERT(InvisibilityGrph);\n\n    for (EdgeInf *iter = invisGraph.begin(); iter != invisGraph.end() ; )\n    {\n        EdgeInf *tmp = iter;\n        iter = iter->lstNext;\n\n        if (tmp->blocker() == -1)\n        {\n            tmp->alertConns();\n            tmp->checkVis();\n        }\n        else if (tmp->blocker() == pid)\n        {\n            tmp->checkVis();\n        }\n    }\n}\n\n\nvoid Router::checkAllMissingEdges(void)\n{\n    COLA_ASSERT(!InvisibilityGrph);\n\n    VertInf *first = vertices.connsBegin();\n\n    VertInf *pend = vertices.end();\n    for (VertInf *i = first; i != pend; i = i->lstNext)\n    {\n        VertID iID = i->id;\n\n        // Check remaining, earlier vertices\n        for (VertInf *j = first ; j != i; j = j->lstNext)\n        {\n            VertID jID = j->id;\n            if (iID.isConnPt() && !iID.isConnectionPin() && \n                    (iID.objID != jID.objID))\n            {\n                // Don't keep visibility between edges of different conns\n                continue;\n            }\n\n            // See if the edge is already there?\n            bool found = (EdgeInf::existingEdge(i, j) != nullptr);\n\n            if (!found)\n            {\n                // Didn't already exist, check.\n                bool knownNew = true;\n                EdgeInf::checkEdgeVisibility(i, j, knownNew);\n            }\n        }\n    }\n}\n\n\nvoid Router::generateContains(VertInf *pt)\n{\n    contains[pt->id].clear();\n    enclosingClusters[pt->id].clear();\n\n    // Don't count points on the border as being inside.\n    bool countBorder = false;\n\n    // Compute enclosing shapes.\n    ObstacleList::const_iterator finish = m_obstacles.end();\n    for (ObstacleList::const_iterator i = m_obstacles.begin(); i != finish; ++i)\n    {\n        if (inPoly((*i)->routingPolygon(), pt->point, countBorder))\n        {\n            contains[pt->id].insert((*i)->id());\n        }\n    }\n\n    // Computer enclosing Clusters\n    ClusterRefList::const_iterator clFinish = clusterRefs.end();\n    for (ClusterRefList::const_iterator i = clusterRefs.begin(); \n            i != clFinish; ++i)\n    {\n        if (inPolyGen((*i)->polygon(), pt->point))\n        {\n            enclosingClusters[pt->id].insert((*i)->id());\n        }\n    }\n}\n\n\nvoid Router::adjustClustersWithAdd(const PolygonInterface& poly, \n        const int p_cluster)\n{\n    for (VertInf *k = vertices.connsBegin(); k != vertices.shapesBegin();\n            k = k->lstNext)\n    {\n        if (inPolyGen(poly, k->point))\n        {\n            enclosingClusters[k->id].insert(p_cluster);\n        }\n    }\n}\n\n\nvoid Router::adjustClustersWithDel(const int p_cluster)\n{\n    for (ContainsMap::iterator k = enclosingClusters.begin();\n            k != enclosingClusters.end(); ++k)\n    {\n        (*k).second.erase(p_cluster);\n    }\n}\n\n\nvoid Router::adjustContainsWithAdd(const Polygon& poly, const int p_shape)\n{\n    // Don't count points on the border as being inside.\n    bool countBorder = false;\n\n    for (VertInf *k = vertices.connsBegin(); k != vertices.shapesBegin();\n            k = k->lstNext)\n    {\n        if (inPoly(poly, k->point, countBorder))\n        {\n            contains[k->id].insert(p_shape);\n        }\n    }\n}\n\n\nvoid Router::adjustContainsWithDel(const int p_shape)\n{\n    for (ContainsMap::iterator k = contains.begin(); k != contains.end(); ++k)\n    {\n        (*k).second.erase(p_shape);\n    }\n}\n\n\n#ifdef SELECTIVE_DEBUG\nstatic double AngleAFromThreeSides(const double a, const double b,\n        const double c)\n{\n    // returns angle A, the angle opposite from side a, in radians\n    return acos((pow(b, 2) + pow(c, 2) - pow(a, 2)) / (2 * b * c));\n}\n#endif\n\n// Given an deleted obstacle, uses a simple heauristic to determine polyline\n// connectors that may now have a better path through the region occupied by\n// the shape and mark them as needing to be rerouted.\n// See the \"Incremental Connector Routing\" paper which explains this code.\n//\nvoid Router::markPolylineConnectorsNeedingReroutingForDeletedObstacle(\n        Obstacle *obstacle)\n{\n    if (RubberBandRouting)\n    {\n        // When rubber-band routing, we do not reroute connectors that\n        // may have a better route, only invalid connectors.\n        return;\n    }\n\n    COLA_ASSERT(SelectiveReroute);\n\n    // For each connector...\n    ConnRefList::const_iterator end = connRefs.end();\n    for (ConnRefList::const_iterator it = connRefs.begin(); it != end; ++it)\n    {\n        ConnRef *conn = (*it);\n\n        if (conn->m_route.empty())\n        {\n            // Ignore uninitialised connectors.\n            continue;\n        }\n        else if (conn->m_needs_reroute_flag)\n        {\n            // Already marked, so skip.\n            continue;\n        }\n        else if (conn->routingType() != ConnType_PolyLine)\n        {\n            // This test only works for polyline connectors, so skip others.\n            continue;\n        }\n\n        Point start = conn->m_route.ps[0];\n        Point end = conn->m_route.ps[conn->m_route.size() - 1];\n\n        double conndist = conn->m_route_dist;\n\n        double estdist;\n        double e1, e2;\n\n        // For each vertex of the obstacle...\n        VertInf *beginV = obstacle->firstVert();\n        VertInf *endV = obstacle->lastVert()->lstNext;\n        for (VertInf *i = beginV; i != endV; i = i->lstNext)\n        {\n            const Point& p1 = i->point;\n            const Point& p2 = i->shNext->point;\n\n            double offy;\n            double a;\n            double b;\n            double c;\n            double d;\n\n            double min;\n            double max;\n\n            if (p1.y == p2.y)\n            {\n                // Standard case\n                offy = p1.y;\n                a = start.x;\n                b = start.y - offy;\n                c = end.x;\n                d = end.y - offy;\n\n                min = std::min(p1.x, p2.x);\n                max = std::max(p1.x, p2.x);\n            }\n            else if (p1.x == p2.x)\n            {\n                // Other Standard case\n                offy = p1.x;\n                a = start.y;\n                b = start.x - offy;\n                c = end.y;\n                d = end.x - offy;\n\n                min = std::min(p1.y, p2.y);\n                max = std::max(p1.y, p2.y);\n            }\n            else\n            {\n                // Need to do rotation\n                Point n_p2(p2.x - p1.x, p2.y - p1.y);\n                Point n_start(start.x - p1.x, start.y - p1.y);\n                Point n_end(end.x - p1.x, end.y - p1.y);\n                //db_printf(\"n_p2:    (%.1f, %.1f)\\n\", n_p2.x, n_p2.y);\n                //db_printf(\"n_start: (%.1f, %.1f)\\n\", n_start.x, n_start.y);\n                //db_printf(\"n_end:   (%.1f, %.1f)\\n\", n_end.x, n_end.y);\n\n                double theta = 0 - atan2(n_p2.y, n_p2.x);\n                //db_printf(\"theta = %.2f\\n\", theta * (180 / PI));\n\n                Point r_p1(0, 0);\n                Point r_p2 = n_p2;\n                start = n_start;\n                end = n_end;\n\n                double cosv = cos(theta);\n                double sinv = sin(theta);\n\n                r_p2.x = cosv * n_p2.x - sinv * n_p2.y;\n                r_p2.y = cosv * n_p2.y + sinv * n_p2.x;\n                start.x = cosv * n_start.x - sinv * n_start.y;\n                start.y = cosv * n_start.y + sinv * n_start.x;\n                end.x = cosv * n_end.x - sinv * n_end.y;\n                end.y = cosv * n_end.y + sinv * n_end.x;\n                //db_printf(\"r_p2:    (%.1f, %.1f)\\n\", r_p2.x, r_p2.y);\n                //db_printf(\"r_start: (%.1f, %.1f)\\n\", start.x, start.y);\n                //db_printf(\"r_end:   (%.1f, %.1f)\\n\", end.x, end.y);\n\n                // This might be slightly off.\n                if (fabs(r_p2.y) > 0.0001)\n                {\n                    db_printf(\"r_p2.y: %f != 0\\n\", r_p2.y);\n                }\n                r_p2.y = 0;\n\n                offy = r_p1.y;\n                a = start.x;\n                b = start.y - offy;\n                c = end.x;\n                d = end.y - offy;\n\n                min = std::min(r_p1.x, r_p2.x);\n                max = std::max(r_p1.x, r_p2.x);\n\n            }\n\n            double x;\n            if ((b + d) == 0)\n            {\n                db_printf(\"WARNING: (b + d) == 0\\n\");\n                d = d * -1;\n            }\n\n            if ((b == 0) && (d == 0))\n            {\n                db_printf(\"WARNING: b == d == 0\\n\");\n                if (((a < min) && (c < min)) ||\n                        ((a > max) && (c > max)))\n                {\n                    // It's going to get adjusted.\n                    x = a;\n                }\n                else\n                {\n                    continue;\n                }\n            }\n            else\n            {\n                x = ((b*c) + (a*d)) / (b + d);\n            }\n\n            //db_printf(\"%.1f, %.1f, %.1f, %.1f\\n\", a, b, c, d);\n            //db_printf(\"x = %.1f\\n\", x);\n\n            x = std::max(min, x);\n            x = std::min(max, x);\n\n            //db_printf(\"x = %.1f\\n\", x);\n\n            Point xp;\n            if (p1.x == p2.x)\n            {\n                xp.x = offy;\n                xp.y = x;\n            }\n            else\n            {\n                xp.x = x;\n                xp.y = offy;\n            }\n            //db_printf(\"(%.1f, %.1f)\\n\", xp.x, xp.y);\n\n            e1 = euclideanDist(start, xp);\n            e2 = euclideanDist(xp, end);\n            estdist = e1 + e2;\n\n\n            //db_printf(\"is %.1f < %.1f\\n\", estdist, conndist);\n            if (estdist < conndist)\n            {\n#ifdef SELECTIVE_DEBUG\n                //double angle = AngleAFromThreeSides(dist(start, end),\n                //        e1, e2);\n                db_printf(\"[%3d] - Possible better path found (%.1f < %.1f)\\n\",\n                        conn->_id, estdist, conndist);\n#endif\n                conn->m_needs_reroute_flag = true;\n                break;\n            }\n\n        }\n    }\n}\n\n\nConnType Router::validConnType(const ConnType select) const\n{\n    if (select != ConnType_None)\n    {\n        if ((select == ConnType_Orthogonal) && m_allows_orthogonal_routing)\n        {\n            return ConnType_Orthogonal;\n        }\n        else if ((select == ConnType_PolyLine) && m_allows_polyline_routing)\n        {\n            return ConnType_PolyLine;\n        }\n    }\n\n    if (m_allows_polyline_routing)\n    {\n        return ConnType_PolyLine;\n    }\n    else if (m_allows_orthogonal_routing)\n    {\n        return ConnType_Orthogonal;\n    }\n    return ConnType_None;\n}\n\n\nvoid Router::setRoutingParameter(const RoutingParameter parameter,\n        const double value)\n{\n    COLA_ASSERT(parameter < lastRoutingParameterMarker);\n    if (value < 0)\n    {\n        // Set some sensible parameter value for the parameter being 'active'.\n        switch (parameter)\n        {\n            case segmentPenalty:\n                m_routing_parameters[parameter] = 50;\n                break;\n            case fixedSharedPathPenalty:\n                m_routing_parameters[parameter] = 110;\n                break;\n            case anglePenalty:\n                m_routing_parameters[parameter] = 50;\n                break;\n            case crossingPenalty:\n                m_routing_parameters[parameter] = 200;\n                break;\n            case clusterCrossingPenalty:\n                m_routing_parameters[parameter] = 4000;\n                break;\n            case idealNudgingDistance:\n                m_routing_parameters[parameter] = 4.0;\n                break;\n            case portDirectionPenalty:\n                m_routing_parameters[parameter] = 100;\n                break;\n            default:\n                m_routing_parameters[parameter] = 50;\n                break;\n        }\n    }\n    else\n    {\n        m_routing_parameters[parameter] = value;\n    }\n    m_settings_changes = true;\n}\n\n\ndouble Router::routingParameter(const RoutingParameter parameter) const\n{\n    COLA_ASSERT(parameter < lastRoutingParameterMarker);\n    return m_routing_parameters[parameter];\n}\n\n\nvoid Router::setRoutingOption(const RoutingOption option, const bool value)\n{\n    COLA_ASSERT(option < lastRoutingOptionMarker);\n    m_routing_options[option] = value;\n    m_settings_changes = true;\n}\n\n\nbool Router::routingOption(const RoutingOption option) const\n{\n    COLA_ASSERT(option < lastRoutingOptionMarker);\n    return m_routing_options[option];\n}\n\n\nvoid Router::setRoutingPenalty(const RoutingParameter penType,\n        const double penValue)\n{\n    setRoutingParameter(penType, penValue);\n}\n\nvoid Router::registerSettingsChange(void)\n{\n    m_settings_changes = true;\n}\n\nHyperedgeRerouter *Router::hyperedgeRerouter(void)\n{\n    return &m_hyperedge_rerouter;\n}\n\n\nbool Router::isInCrossingPenaltyReroutingStage(void) const\n{\n    return m_in_crossing_rerouting_stage;\n}\n\n\nvoid Router::printInfo(void)\n{\n    FILE *fp = stdout;\n    fprintf(fp, \"\\nVisibility Graph info:\\n\");\n    fprintf(fp, \"----------------------\\n\");\n\n    unsigned int currshape = 0;\n    int st_shapes = 0;\n    int st_vertices = 0;\n    int st_endpoints = 0;\n    int st_valid_shape_visedges = 0;\n    int st_valid_endpt_visedges = 0;\n    int st_orthogonal_visedges = 0;\n    int st_invalid_visedges = 0;\n    VertInf *finish = vertices.end();\n    for (VertInf *t = vertices.connsBegin(); t != finish; t = t->lstNext)\n    {\n        VertID pID = t->id;\n\n        if (!(pID.isConnPt()) && (pID.objID != currshape))\n        {\n            currshape = pID.objID;\n            st_shapes++;\n        }\n        if (!(pID.isConnPt()))\n        {\n            st_vertices++;\n        }\n        else\n        {\n            // The shape 0 ones are temporary and not considered.\n            st_endpoints++;\n        }\n    }\n    for (EdgeInf *t = visGraph.begin(); t != visGraph.end();\n            t = t->lstNext)\n    {\n        std::pair<VertID, VertID> idpair = t->ids();\n\n        if (idpair.first.isConnPt() || idpair.second.isConnPt())\n        {\n            st_valid_endpt_visedges++;\n        }\n        else\n        {\n            st_valid_shape_visedges++;\n        }\n    }\n    for (EdgeInf *t = invisGraph.begin(); t != invisGraph.end();\n            t = t->lstNext)\n    {\n        st_invalid_visedges++;\n    }\n    for (EdgeInf *t = visOrthogGraph.begin(); t != visOrthogGraph.end();\n            t = t->lstNext)\n    {\n        st_orthogonal_visedges++;\n    }\n    fprintf(fp, \"Number of shapes: %d\\n\", st_shapes);\n    fprintf(fp, \"Number of vertices: %d (%d real, %d endpoints)\\n\",\n            st_vertices + st_endpoints, st_vertices, st_endpoints);\n    fprintf(fp, \"Number of orthog_vis_edges: %d\\n\", st_orthogonal_visedges);\n    fprintf(fp, \"Number of vis_edges: %d (%d valid [%d normal, %d endpt], \"\n            \"%d invalid)\\n\", st_valid_shape_visedges + st_invalid_visedges +\n            st_valid_endpt_visedges, st_valid_shape_visedges +\n            st_valid_endpt_visedges, st_valid_shape_visedges,\n            st_valid_endpt_visedges, st_invalid_visedges);\n    fprintf(fp, \"----------------------\\n\");\n    fprintf(fp, \"checkVisEdge tally: %d\\n\", st_checked_edges);\n    fprintf(fp, \"----------------------\\n\");\n\n#ifdef AVOID_PROFILE\n    timers.printAll(fp);\n    timers.reset();\n#endif\n}\n\n\nstatic const double LIMIT = 100000000;\n\nstatic void reduceRange(double& val)\n{\n    val = std::min(val, LIMIT);\n    val = std::max(val, -LIMIT);\n}\n\n\n//=============================================================================\n// The following methods are for testing and debugging.\n\n\nbool Router::existsOrthogonalSegmentOverlap(const bool atEnds)\n{\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        Avoid::Polygon iRoute = (*i)->displayRoute();\n        ConnRefList::iterator j = i;\n        for (++j; j != fin; ++j) \n        {\n            // Determine if this pair overlap\n            Avoid::Polygon jRoute = (*j)->displayRoute();\n            ConnectorCrossings cross(iRoute, true, jRoute, *i, *j);\n            cross.checkForBranchingSegments = true;\n            for (size_t jInd = 1; jInd < jRoute.size(); ++jInd)\n            {\n                const bool finalSegment = ((jInd + 1) == jRoute.size());\n                cross.countForSegment(jInd, finalSegment);\n                \n                if ((cross.crossingFlags & CROSSING_SHARES_PATH) && \n                    (atEnds || \n                     !(cross.crossingFlags & CROSSING_SHARES_PATH_AT_END))) \n                {\n                    // We are looking for fixedSharedPaths and there is a\n                    // fixedSharedPath.\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n\n\nbool Router::existsOrthogonalFixedSegmentOverlap(const bool atEnds)\n{\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        Avoid::Polygon iRoute = (*i)->displayRoute();\n        ConnRefList::iterator j = i;\n        for (++j; j != fin; ++j) \n        {\n            // Determine if this pair overlap\n            Avoid::Polygon jRoute = (*j)->displayRoute();\n            ConnectorCrossings cross(iRoute, true, jRoute, *i, *j);\n            cross.checkForBranchingSegments = true;\n            for (size_t jInd = 1; jInd < jRoute.size(); ++jInd)\n            {\n                const bool finalSegment = ((jInd + 1) == jRoute.size());\n                cross.countForSegment(jInd, finalSegment);\n                \n                if ((cross.crossingFlags & CROSSING_SHARES_PATH) && \n                    (cross.crossingFlags & CROSSING_SHARES_FIXED_SEGMENT) &&\n                    (atEnds || \n                     !(cross.crossingFlags & CROSSING_SHARES_PATH_AT_END))) \n                {\n                    // We are looking for fixedSharedPaths and there is a\n                    // fixedSharedPath.\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n\n\nbool Router::existsOrthogonalTouchingPaths(void)\n{\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        Avoid::Polygon iRoute = (*i)->displayRoute();\n        ConnRefList::iterator j = i;\n        for (++j; j != fin; ++j) \n        {\n            // Determine if this pair overlap\n            Avoid::Polygon jRoute = (*j)->displayRoute();\n            ConnectorCrossings cross(iRoute, true, jRoute, *i, *j);\n            cross.checkForBranchingSegments = true;\n            for (size_t jInd = 1; jInd < jRoute.size(); ++jInd)\n            {\n                const bool finalSegment = ((jInd + 1) == jRoute.size());\n                cross.countForSegment(jInd, finalSegment);\n                \n                if (cross.crossingFlags & CROSSING_TOUCHES) \n                {\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n\n\n// Counts the number of crossings between all connectors.\n//\n// If optimisedForConnectorType is set, This will only count crossings \n// between orthogonal connectors if they appear at segment endpoints. \n// Thus, it can be used on raw connectors but not on simplified orthogonal\n// connectors.\n//\nint Router::existsCrossings(const bool optimisedForConnectorType)\n{\n    int count = 0;\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        Avoid::Polygon iRoute = (*i)->displayRoute();\n        ConnRefList::iterator j = i;\n        for (++j; j != fin; ++j) \n        {\n            // Determine if this pair overlap\n            Avoid::Polygon jRoute = (*j)->displayRoute();\n            ConnRef *iConn = (optimisedForConnectorType) ? *i : nullptr;\n            ConnRef *jConn = (optimisedForConnectorType) ? *j : nullptr;\n            ConnectorCrossings cross(iRoute, true, jRoute, iConn, jConn);\n            cross.checkForBranchingSegments = true;\n            for (size_t jInd = 1; jInd < jRoute.size(); ++jInd)\n            {\n                const bool finalSegment = ((jInd + 1) == jRoute.size());\n                \n                // Normal crossings aren't counted if we pass the pointers\n                // for the connectors, so don't pass them.\n                cross.countForSegment(jInd, finalSegment);\n                \n                count += cross.crossingCount;\n            }\n        }\n    }\n    return count;\n}\n\n// Looks for non-orthogonal segments in orthogonal connectors and \n// returns true if it finds any.\nbool Router::existsInvalidOrthogonalPaths(void)\n{\n    // For each connector...\n    ConnRefList::iterator fin = connRefs.end();\n    for (ConnRefList::iterator i = connRefs.begin(); i != fin; ++i) \n    {\n        // If it is an orthogonal connector...\n        if ((*i)->routingType() == Avoid::ConnType_Orthogonal)\n        {\n            // Check each segment of the path...\n            Avoid::Polygon iRoute = (*i)->displayRoute();\n            for (size_t iInd = 1; iInd < iRoute.size(); ++iInd)\n            {\n                // And if it isn't either vertical or horizontal...\n                if ( (iRoute.at(iInd - 1).x != iRoute.at(iInd).x) &&\n                     (iRoute.at(iInd - 1).y != iRoute.at(iInd).y) )\n                {\n                    // Then we've found an invalid path.\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n\n\nvoid Router::setTopologyAddon(TopologyAddonInterface *topologyAddon)\n{\n    COLA_ASSERT(m_topology_addon);\n    delete m_topology_addon;\n    if (topologyAddon)\n    {\n        m_topology_addon = topologyAddon->clone();\n    }\n    else\n    {\n        m_topology_addon = new TopologyAddonInterface();\n    }\n    registerSettingsChange();\n}\n\nvoid Router::improveOrthogonalTopology(void)\n{\n    COLA_ASSERT(m_topology_addon);\n    m_topology_addon->improveOrthogonalTopology(this);\n}\n\nvoid Router::outputInstanceToSVG(std::string instanceName)\n{\n    // Save current locale\n    char* originalLocale = setlocale(LC_NUMERIC, nullptr);\n    // Set locale to \"C\" to enforce decimal point\n    setlocale(LC_NUMERIC, \"C\");\n\n    std::string filename;\n    if (!instanceName.empty())\n    {\n        filename = instanceName;\n    }\n    else\n    {\n        filename = \"libavoid-debug\";\n    }\n    filename += \".svg\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n\n    if (fp == nullptr)\n    {\n        return;\n    }\n\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n\n    VertInf *curr = vertices.connsBegin();\n    while (curr)\n    {\n        Point p = curr->point;\n\n        reduceRange(p.x);\n        reduceRange(p.y);\n        \n        if (p.x > -LIMIT)\n        {\n            minX = std::min(minX, p.x);\n        }\n        if (p.x < LIMIT)\n        {\n            maxX = std::max(maxX, p.x);\n        }\n        if (p.y > -LIMIT)\n        {\n            minY = std::min(minY, p.y);\n        }\n        if (p.y < LIMIT)\n        {\n            maxY = std::max(maxY, p.y);\n        }\n        curr = curr->lstNext;\n    }\n    minX -= 8;\n    minY -= 8;\n    maxX += 8;\n    maxY += 8;\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n\n    // Output source code to generate this instance of the router.\n    fprintf(fp, \"<!-- Source code to generate this instance:\\n\");\n    fprintf(fp, \"#include \\\"libavoid/libavoid.h\\\"\\n\");\n    if (m_topology_addon->outputCode(nullptr))\n    {\n        fprintf(fp, \"#include \\\"libcola/cola.h\\\"\\n\");\n        fprintf(fp, \"#include \\\"libtopology/orthogonal_topology.h\\\"\\n\");\n        fprintf(fp, \"using namespace cola;\\n\");\n    }\n    fprintf(fp, \"using namespace Avoid;\\n\");\n    fprintf(fp, \"int main(void) {\\n\");\n    fprintf(fp, \"    Router *router = new Router(\");\n    if (m_allows_polyline_routing)\n    {\n        fprintf(fp, \"PolyLineRouting\");\n    }\n    if (m_allows_polyline_routing && m_allows_orthogonal_routing)\n    {\n        fprintf(fp, \" | \");\n    }\n    if (m_allows_orthogonal_routing)\n    {\n        fprintf(fp, \"OrthogonalRouting\");\n    }\n    fprintf(fp, \");\\n\");\n    for (size_t p = 0; p < lastRoutingParameterMarker; ++p)\n    {\n        fprintf(fp, \"    router->setRoutingParameter((RoutingParameter)%lu, %g);\\n\", \n                (unsigned long)p, m_routing_parameters[p]);\n    }\n    for (size_t p = 0; p < lastRoutingOptionMarker; ++p)\n    {\n        fprintf(fp, \"    router->setRoutingOption((RoutingOption)%lu, %s);\\n\", \n                (unsigned long)p, (m_routing_options[p]) ? \"true\" : \"false\");\n    }\n    fprintf(fp, \"    Polygon polygon;\\n\");\n    fprintf(fp, \"    ConnRef *connRef = nullptr;\\n\");\n    fprintf(fp, \"    ConnEnd srcPt;\\n\");\n    fprintf(fp, \"    ConnEnd dstPt;\\n\");\n    fprintf(fp, \"    ConnEnd heConnPt;\\n\");\n    fprintf(fp, \"    PolyLine newRoute;\\n\");\n    fprintf(fp, \"    ShapeConnectionPin *connPin = nullptr;\\n\");\n    fprintf(fp, \"\\n\");\n    ClusterRefList::reverse_iterator revClusterRefIt = clusterRefs.rbegin();\n    while (revClusterRefIt != clusterRefs.rend())\n    {\n        ClusterRef *cRef = *revClusterRefIt;\n        fprintf(fp, \"    polygon = Polygon(%lu);\\n\", \n                (unsigned long)cRef->polygon().size());\n        for (size_t i = 0; i <cRef->polygon().size(); ++i)\n        {\n            fprintf(fp, \"    polygon.ps[%lu] = Point(%g, %g);\\n\", \n                    (unsigned long)i, cRef->polygon().at(i).x,\n                    cRef->polygon().at(i).y);\n        }\n        fprintf(fp, \"    new ClusterRef(router, polygon, %u);\\n\", cRef->id());\n        ++revClusterRefIt;\n    }\n    ObstacleList::reverse_iterator revObstacleIt = m_obstacles.rbegin();\n    while (revObstacleIt != m_obstacles.rend())\n    {\n        Obstacle *obstacle = *revObstacleIt;\n        obstacle->outputCode(fp);\n        ++revObstacleIt;\n    }\n    ConnRefList::reverse_iterator revConnRefIt = connRefs.rbegin();\n    while (revConnRefIt != connRefs.rend())\n    {\n        ConnRef *connRef = *revConnRefIt;\n        connRef->outputCode(fp);\n        ++revConnRefIt;\n    }\n\n    m_topology_addon->outputCode(fp);\n\n    fprintf(fp, \"    router->processTransaction();\\n\");\n    fprintf(fp, \"    router->outputInstanceToSVG();\\n\");\n\n    m_topology_addon->outputDeletionCode(fp);\n    fprintf(fp, \"    delete router;\\n\");\n    fprintf(fp, \"    return 0;\\n\");\n    fprintf(fp, \"};\\n\");\n    fprintf(fp, \"-->\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Clusters\\\">\\n\");\n    revClusterRefIt = clusterRefs.rbegin();\n    while (revClusterRefIt != clusterRefs.rend())\n    {\n        ClusterRef *cRef = *revClusterRefIt;\n        fprintf(fp, \"<path id=\\\"cluster-%u\\\" style=\\\"stroke-width: 1px; \"\n                \"stroke: black; fill: green; opacity: 0.1;\\\" d=\\\"\", \n                cRef->id());\n        for (size_t i = 0; i < cRef->polygon().size(); ++i)\n        {\n            fprintf(fp, \"%c %g %g \", ((i == 0) ? 'M' : 'L'), \n                    cRef->polygon().at(i).x, cRef->polygon().at(i).y);\n        }\n        fprintf(fp, \"Z\\\" />\\n\");\n\n        fprintf(fp, \"<path id=\\\"cluster-%u-rect\\\" style=\\\"stroke-width: 1px; \"\n                \"stroke: black; fill: green; opacity: 0.1;\\\" d=\\\"\", \n                cRef->id());\n        for (size_t i = 0; i < cRef->rectangularPolygon().size(); ++i)\n        {\n            fprintf(fp, \"%c %g %g \", ((i == 0) ? 'M' : 'L'), \n                    cRef->rectangularPolygon().at(i).x, \n                    cRef->rectangularPolygon().at(i).y);\n        }\n        fprintf(fp, \"Z\\\" />\\n\");\n        ++revClusterRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n    \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"ShapePolygons\\\">\\n\");\n    ObstacleList::iterator obstacleIt = m_obstacles.begin();\n    while (obstacleIt != m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        fprintf(fp, \"<path id=\\\"poly-%u\\\" style=\\\"stroke-width: 1px; \"\n                \"stroke: black; fill: %s; fill-opacity: 0.3;\\\" d=\\\"\", \n                obstacle->id(), (isShape) ? \"grey\" : \"red\");\n        for (size_t i = 0; i < obstacle->polygon().size(); ++i)\n        {\n            fprintf(fp, \"%c %g %g \", ((i == 0) ? 'M' : 'L'), \n                    obstacle->polygon().at(i).x, obstacle->polygon().at(i).y);\n        }\n        fprintf(fp, \"Z\\\" />\\n\");\n        ++obstacleIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n    \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"ObstaclePolygons\\\">\\n\");\n    obstacleIt = m_obstacles.begin();\n    while (obstacleIt != m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        Polygon polygon = obstacle->routingPolygon();\n        fprintf(fp, \"<path id=\\\"poly-%u\\\" style=\\\"stroke-width: 1px; \"\n                \"stroke: black; fill: %s; fill-opacity: 0.3;\\\" d=\\\"\", \n                obstacle->id(), (isShape) ? \"grey\" : \"red\");\n        for (size_t i = 0; i < polygon.size(); ++i)\n        {\n            fprintf(fp, \"%c %g %g \", ((i == 0) ? 'M' : 'L'), \n                    polygon.at(i).x, polygon.at(i).y);\n        }\n        fprintf(fp, \"Z\\\" />\\n\");\n        ++obstacleIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"IdealJunctions\\\">\\n\");\n    for (ObstacleList::iterator obstacleIt = m_obstacles.begin();\n            obstacleIt != m_obstacles.end(); ++obstacleIt)\n    {\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (*obstacleIt);\n        if (junction)\n        {\n            fprintf(fp, \"<circle id=\\\"idealJunction-%u\\\" cx=\\\"%g\\\" cy=\\\"%g\\\" \"\n                    \"r=\\\"8\\\" style=\\\"stroke: none; fill: %s; \"\n                    \"fill-opacity: 0.5;\\\"  />\\n\", junction->id(), \n                    junction->recommendedPosition().x, \n                    junction->recommendedPosition().y, \"green\");\n        }\n\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"ObstacleRects\\\">\\n\");\n    obstacleIt = m_obstacles.begin();\n    while (obstacleIt != m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        Box bBox = obstacle->routingBox();\n\n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n                \"fill: grey; stroke-opacity: 0.1; fill-opacity: 0.1;\\\" />\\n\",\n                obstacle->id(), bBox.min.x, bBox.min.y, \n                bBox.max.x - bBox.min.x, bBox.max.y - bBox.min.y);\n        ++obstacleIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"VisGraph\\\"\"\n            \">\\n\");\n    EdgeInf *finish = nullptr;\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"VisGraph-shape\\\"\"\n            \">\\n\");\n    finish = visGraph.end();\n    for (EdgeInf *t = visGraph.begin(); t != finish; t = t->lstNext)\n    {\n        std::pair<VertID, VertID> ids = t->ids();\n        bool isConn = ids.first.isConnPt() || ids.second.isConnPt();\n        if (isConn)\n        {\n            continue;\n        }\n        std::pair<Point, Point> ptpair = t->points();\n        Point p1 = ptpair.first;\n        Point p2 = ptpair.second;\n        \n        reduceRange(p1.x);\n        reduceRange(p1.y);\n        reduceRange(p2.x);\n        reduceRange(p2.y);\n        \n        fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                \"style=\\\"fill: none; stroke: %s; stroke-width: 1px;\\\" />\\n\", \n                p1.x, p1.y, p2.x, p2.y,\n                (ids.first.isConnPt() || ids.second.isConnPt()) ? \"blue\" :\n                \"red\");\n    }\n    fprintf(fp, \"</g>\\n\");\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"VisGraph-conn\\\"\"\n            \">\\n\");\n    finish = visGraph.end();\n    for (EdgeInf *t = visGraph.begin(); t != finish; t = t->lstNext)\n    {\n        std::pair<VertID, VertID> ids = t->ids();\n        bool isConn = ids.first.isConnPt() || ids.second.isConnPt();\n        if (!isConn)\n        {\n            continue;\n        }\n        std::pair<Point, Point> ptpair = t->points();\n        Point p1 = ptpair.first;\n        Point p2 = ptpair.second;\n        \n        reduceRange(p1.x);\n        reduceRange(p1.y);\n        reduceRange(p2.x);\n        reduceRange(p2.y);\n        \n        fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                \"style=\\\"fill: none; stroke: %s; stroke-width: 1px;\\\" />\\n\", \n                p1.x, p1.y, p2.x, p2.y,\n                (ids.first.isConnPt() || ids.second.isConnPt()) ? \"blue\" :\n                \"red\");\n    }\n    fprintf(fp, \"</g>\\n\");\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"OrthogVisGraph\\\">\\n\");\n    finish = visOrthogGraph.end();\n    for (EdgeInf *t = visOrthogGraph.begin(); t != finish; t = t->lstNext)\n    {\n        std::pair<Point, Point> ptpair = t->points();\n        Point p1 = ptpair.first;\n        Point p2 = ptpair.second;\n        \n        reduceRange(p1.x);\n        reduceRange(p1.y);\n        reduceRange(p2.x);\n        reduceRange(p2.y);\n        \n        std::pair<VertID, VertID> ids = t->ids();\n\n        fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                \"style=\\\"fill: none; stroke: %s; stroke-width: 1px;\\\" />\\n\", \n                p1.x, p1.y, p2.x, p2.y,\n                (ids.first.isConnPt() || ids.second.isConnPt()) ? \"green\" : \n                \"red\");\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"RawConnectors\\\"\"\n            \">\\n\");\n    ConnRefList::iterator connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n    \n        PolyLine route = connRef->route();\n        if (!route.empty())\n        {\n            fprintf(fp, \"<path id=\\\"raw-%u\\\" d=\\\"M %g %g \", connRef->id(),\n                    route.ps[0].x, route.ps[0].y);\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                fprintf(fp, \"L %g %g \", route.ps[i].x, route.ps[i].y);\n            }\n            fprintf(fp, \"\\\" \");\n            if (connRef->src() && connRef->dst())\n            {\n                fprintf(fp, \"debug=\\\"src: %d dst: %d\\\" \",\n                        connRef->src()->visDirections,\n                        connRef->dst()->visDirections);\n            }\n            fprintf(fp, \"style=\\\"fill: none; stroke: black; \"\n                    \"stroke-width: 1px;\\\" />\\n\");\n        }\n\n        ++connRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"style=\\\"display: none;\\\" \"\n            \"inkscape:label=\\\"CurvedDisplayConnectors\\\"\"\n            \">\\n\");\n    connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n    \n        PolyLine route = connRef->displayRoute().curvedPolyline(8);\n        if (!route.empty())\n        {\n            fprintf(fp, \"<path id=\\\"curved-%u\\\" d=\\\"M %g %g \", connRef->id(),\n                    route.ps[0].x, route.ps[0].y);\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                if (route.ts[i] == 'C')\n                {\n                    fprintf(fp, \"%c %g %g %g %g %g %g\", route.ts[i], \n                            route.ps[i].x, route.ps[i].y,\n                            route.ps[i+1].x, route.ps[i+1].y,\n                            route.ps[i+2].x, route.ps[i+2].y);\n                    i += 2;\n                }\n                else\n                {\n                    fprintf(fp, \"%c %g %g \", route.ts[i], \n                            route.ps[i].x, route.ps[i].y);\n                }\n            }\n            fprintf(fp, \"\\\" \");\n            if (connRef->src() && connRef->dst())\n            {\n                fprintf(fp, \"debug=\\\"src: %d dst: %d\\\" \",\n                        connRef->src()->visDirections,\n                        connRef->dst()->visDirections);\n            }\n            fprintf(fp, \"style=\\\"fill: none; stroke: black; \"\n                    \"stroke-width: 1px;\\\" />\\n\");\n        }\n        \n        ++connRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"DisplayConnectors\\\"\"\n            \">\\n\");\n    connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n    \n        PolyLine route = connRef->displayRoute();\n        if (!route.empty())\n        {\n            fprintf(fp, \"<path id=\\\"disp-%u\\\" d=\\\"M %g %g \", connRef->id(),\n                    route.ps[0].x, route.ps[0].y);\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                fprintf(fp, \"L %g %g \", route.ps[i].x, route.ps[i].y);\n            }\n            fprintf(fp, \"\\\" \");\n            if (connRef->src() && connRef->dst())\n            {\n                fprintf(fp, \"debug=\\\"src: %d dst: %d\\\" \",\n                        connRef->src()->visDirections,\n                        connRef->dst()->visDirections);\n            }\n            fprintf(fp, \"style=\\\"fill: none; stroke: black; \"\n                    \"stroke-width: 1px;\\\" />\\n\");\n        }\n        \n        ++connRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"ConnectorCheckpoints\\\"\"\n            \">\\n\");\n    connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n    \n        for (size_t i = 0; i < connRef->m_checkpoints.size(); ++i)\n        {\n            fprintf(fp, \"<circle id=\\\"checkpoint-%u-%d\\\" cx=\\\"%g\\\" cy=\\\"%g\\\" \"\n                    \"r=\\\"8\\\" style=\\\"stroke: none; fill: red; \"\n                    \"fill-opacity: 0.25;\\\"  />\\n\", connRef->id(), (int) i,\n                    connRef->m_checkpoints[i].point.x, \n                    connRef->m_checkpoints[i].point.y);\n        }\n        \n        ++connRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n\n    fprintf(fp, \"</svg>\\n\");\n    fclose(fp);\n    //printInfo();\n    // Restore locale\n    setlocale(LC_NUMERIC, originalLocale);\n}\n\nvoid Router::outputDiagramSVG(std::string instanceName, LineReps *lineReps)\n{\n    std::string filename;\n    if (!instanceName.empty())\n    {\n        filename = instanceName;\n    }\n    else\n    {\n        filename = \"libavoid-diagram\";\n    }\n    filename += \".svg\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n\n    if (fp == nullptr)\n    {\n        return;\n    }\n\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n\n    VertInf *curr = vertices.connsBegin();\n    while (curr)\n    {\n        Point p = curr->point;\n\n        reduceRange(p.x);\n        reduceRange(p.y);\n        \n        if (p.x > -LIMIT)\n        {\n            minX = std::min(minX, p.x);\n        }\n        if (p.x < LIMIT)\n        {\n            maxX = std::max(maxX, p.x);\n        }\n        if (p.y > -LIMIT)\n        {\n            minY = std::min(minY, p.y);\n        }\n        if (p.y < LIMIT)\n        {\n            maxY = std::max(maxY, p.y);\n        }\n        curr = curr->lstNext;\n    }\n    minX -= 8;\n    minY -= 8;\n    maxX += 8;\n    maxY += 8;\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"ShapesRect\\\">\\n\");\n    ObstacleList::iterator obstacleIt = m_obstacles.begin();\n    while (obstacleIt != m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output non-shape obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        Box bBox = obstacle->polygon().offsetBoundingBox(0.0);\n\n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n                \"fill: grey; stroke-opacity: 0.5; fill-opacity: 0.4;\\\" />\\n\",\n                obstacle->id(), bBox.min.x, bBox.min.y,\n                bBox.max.x - bBox.min.x, bBox.max.y - bBox.min.y);\n        ++obstacleIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"DisplayConnectors\\\"\"\n            \">\\n\");\n    ConnRefList::iterator connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n    \n        PolyLine route = connRef->displayRoute();\n        if (!route.empty())\n        {\n            fprintf(fp, \"<path id=\\\"disp-%u\\\" d=\\\"M %g %g \", connRef->id(),\n                    route.ps[0].x, route.ps[0].y);\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                fprintf(fp, \"L %g %g \", route.ps[i].x, route.ps[i].y);\n            }\n            fprintf(fp, \"\\\" \");\n            fprintf(fp, \"style=\\\"fill: none; stroke: black; \"\n                    \"stroke-width: 1px;\\\" />\\n\");\n\n            /*\n            for (size_t i = 1; i < route.size(); ++i)\n            {\n                if (route.segmentHasCheckpoint[i - 1])\n                {\n                    fprintf(fp, \"<path d=\\\"M %g %g \", \n                            route.ps[i - 1].x, route.ps[i - 1].y);\n                    fprintf(fp, \"L %g %g\\\" \", route.ps[i].x, route.ps[i].y);\n                    fprintf(fp, \"style=\\\"fill: none; stroke: red; \"\n                            \"stroke-width: 1px; stroke-opacity: 1;\\\" />\\n\");\n                }\n            }\n            */\n        }\n        \n        ++connRefIt;\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    if (lineReps)\n    {\n\n        for (LineReps::iterator it = lineReps->begin(); it != lineReps->end();\n                ++it)\n        {\n            fprintf(fp, \"<path d=\\\"M %g %g \", \n                    it->begin.x, it->begin.y);\n            fprintf(fp, \"L %g %g\\\" \", it->end.x, it->end.y);\n            fprintf(fp, \"style=\\\"fill: none; stroke: red; \"\n                    \"stroke-width: 1px; stroke-opacity: 0.7;\\\" />\\n\");\n        }\n    }\n\n    fprintf(fp, \"</svg>\\n\");\n    fclose(fp);\n}\n\nvoid Router::outputDiagram(std::string instanceName)\n{\n    outputDiagramText(instanceName);\n#ifdef SVG_OUTPUT\n    outputInstanceToSVG(instanceName);\n#endif\n}\n\nvoid Router::outputDiagramText(std::string instanceName)\n{\n    std::string filename;\n    if (!instanceName.empty())\n    {\n        filename = instanceName;\n    }\n    else\n    {\n        filename = \"libavoid-diagram\";\n    }\n    filename += \".txt\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n\n    if (fp == nullptr)\n    {\n        return;\n    }\n\n    ObstacleList::iterator obstacleIt = m_obstacles.begin();\n    while (obstacleIt != m_obstacles.end())\n    {\n        Obstacle *obstacle = *obstacleIt;\n        bool isShape = (nullptr != dynamic_cast<ShapeRef *> (obstacle));\n\n        if ( ! isShape )\n        {\n            // Don't output non-shape obstacles here, for now.\n            ++obstacleIt;\n            continue;\n        }\n\n        Box bBox = obstacle->polygon().offsetBoundingBox(0.0);\n\n        fprintf(fp, \"rect\\n\");\n        fprintf(fp, \"id=%u\\n\", obstacle->id());\n        fprintf(fp, \"x=%g\\n\", bBox.min.x);\n        fprintf(fp, \"y=%g\\n\", bBox.min.y);\n        fprintf(fp, \"width=%g\\n\", bBox.max.x - bBox.min.x);\n        fprintf(fp, \"height=%g\\n\", bBox.max.y - bBox.min.y);\n        fprintf(fp, \"\\n\");\n\n        ++obstacleIt;\n    }\n\n    ConnRefList::iterator connRefIt = connRefs.begin();\n    while (connRefIt != connRefs.end())\n    {\n        ConnRef *connRef = *connRefIt;\n\n        PolyLine route = connRef->displayRoute();\n        if (!route.empty())\n        {\n            fprintf(fp, \"path\\n\");\n            fprintf(fp, \"id=%u\\n\", connRef->id());\n            for (size_t i = 0; i < route.size(); ++i)\n            {\n                fprintf(fp, \"p%zu: %g %g \", i, route.ps[i].x, route.ps[i].y);\n                fprintf(fp, \"\\n\");\n            }\n            fprintf(fp, \"\\n\");\n        }\n\n        ++connRefIt;\n    }\n\n    fprintf(fp, \"\\n\");\n\n    fclose(fp);\n}\n\nHyperedgeNewAndDeletedObjectLists \n        Router::newAndDeletedObjectListsFromHyperedgeImprovement(void) const\n{\n    return m_hyperedge_improver.newAndDeletedObjectLists();\n}\n\n\nConnRerouteFlagDelegate::ConnRerouteFlagDelegate()\n{\n}\n\nConnRerouteFlagDelegate::~ConnRerouteFlagDelegate()\n{\n}\n\nbool *ConnRerouteFlagDelegate::addConn(ConnRef *conn)\n{\n    m_mapping.push_back(std::make_pair(conn, false));\n    return &(m_mapping.back().second);\n}\n\nvoid ConnRerouteFlagDelegate::removeConn(ConnRef *conn)\n{\n    std::list<std::pair<ConnRef *, bool> >::iterator it;\n    for (it = m_mapping.begin(); it != m_mapping.end(); ++it)\n    {\n        if (it->first == conn)\n        {\n            it->first = nullptr;\n        }\n    }\n}\n\n\nvoid ConnRerouteFlagDelegate::alertConns(void)\n{\n    std::list<std::pair<ConnRef *, bool> >::iterator it;\n    for (it = m_mapping.begin(); it != m_mapping.end(); ++it)\n    {\n        if ((it->first != nullptr) && (it->second == true))\n        {\n            it->second = false;\n            it->first->m_needs_reroute_flag = true;\n        }\n    }\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/router.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n//! @file    router.h\n//! @brief   Contains the interface for the Router class.\n\n\n#ifndef AVOID_ROUTER_H\n#define AVOID_ROUTER_H\n\n#include <ctime>\n#include <list>\n#include <utility>\n#include <string>\n\n#include \"libavoid/dllexport.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/timer.h\"\n#include \"libavoid/hyperedge.h\"\n#include \"libavoid/actioninfo.h\"\n#include \"libavoid/hyperedgeimprover.h\"\n\n\nnamespace Avoid {\n\n// LineReps: Used for highlighting certain areas in debugging output.\nstruct LineRep\n{\n    Point begin;\n    Point end;\n};\ntypedef std::list<LineRep> LineReps;\n\n\ntypedef std::list<unsigned int> IntList;\n\nclass ShapeRef;\nclass JunctionRef;\nclass ClusterRef;\ntypedef std::list<ClusterRef *> ClusterRefList;\nclass Obstacle;\ntypedef std::list<Obstacle *> ObstacleList;\nclass DebugHandler;\n\n//! @brief  Flags that can be passed to the router during initialisation \n//!         to specify options.\nenum RouterFlag\n{\n    //! @brief  This option specifies that the router should maintain the\n    //!         structures necessary to allow poly-line connector routing.\n    PolyLineRouting = 1,\n    //! @brief  This option specifies that the router should maintain the\n    //!         structures necessary to allow orthogonal connector routing.\n    OrthogonalRouting = 2\n};\n\n\nstatic const unsigned int runningTo = 1;\nstatic const unsigned int runningFrom = 2;\nstatic const unsigned int runningToAndFrom = runningTo | runningFrom;\n\n//! @brief  Types of routing parameters and penalties that can be used to \n//!         tailor the style and improve the quality of the connector \n//!         routes produced.\nenum RoutingParameter\n{\n    //! @brief  This penalty is applied for each segment in the connector \n    //!         path beyond the first.  This should always normally be set\n    //!         when doing orthogonal routing to prevent step-like connector\n    //!         paths.\n    //! @note   This penalty must be set (i.e., be greater than zero) in \n    //!         order for orthogonal connector nudging to be performed, since\n    //!         this requires reasonable initial routes. \n    segmentPenalty = 0,\n    \n    //! @brief  This penalty is applied in its full amount to tight acute \n    //!         bends in the connector path.  A smaller portion of the penalty\n    //!         is applied for slight bends, i.e., where the bend is close to\n    //!         180 degrees.  This is useful for polyline routing where there\n    //!         is some evidence that tighter corners are worse for \n    //!         readability, but that slight bends might not be so bad, \n    //!         especially when smoothed by curves.\n    anglePenalty,\n    \n    //! @brief  This penalty is applied whenever a connector path crosses \n    //!         another connector path.  It takes shared paths into \n    //!         consideration and the penalty is only applied if there\n    //!         is an actual crossing.\n    //! @note   This penalty is still experimental!  It is not recommended\n    //!         for normal use.\n    crossingPenalty,\n    \n    //! @brief  This penalty is applied whenever a connector path crosses \n    //!         a cluster boundary.\n    //! @note   This penalty is still experimental!  It is not recommended\n    //!         for normal use.\n    //! @note   This penalty is very slow.  You can override the method\n    //!         Router::shouldContinueTransactionWithProgress() to check\n    //!         progress and possibly cancel overly slow transactions.\n    clusterCrossingPenalty,\n    \n    //! @brief  This penalty is applied whenever a connector path shares \n    //!         some segments with an immovable portion of an existing \n    //!         connector route (such as the first or last segment of a\n    //!         connector).\n    //! @note   This penalty is still experimental!  It is not recommended\n    //!         for normal use.\n    fixedSharedPathPenalty,\n    \n    //! @brief  This penalty is applied to port selection choice when the \n    //!         other end of the connector being routed does not appear in \n    //!         any of the 90 degree visibility cones centered on the\n    //!         visibility directions for the port.\n    //! @note   This penalty is still experimental!  It is not recommended\n    //!         for normal use.\n    //! @note   This penalty is very slow.  You can override the method\n    //!         Router::shouldContinueTransactionWithProgress() to check\n    //!         progress and possibly cancel overly slow transactions.\n    portDirectionPenalty,\n    \n    //! @brief This parameter defines the spacing distance that will be added\n    //!        to the sides of each shape when determining obstacle sizes for\n    //!        routing.  This controls how closely connectors pass shapes, and\n    //!        can be used to prevent connectors overlapping with shape \n    //!        boundaries. By default, this distance is set to a value of 0.\n    shapeBufferDistance,\n    \n    //! @brief This parameter defines the spacing distance that will be used\n    //!        for nudging apart overlapping corners and line segments of \n    //!        connectors.  By default, this distance is set to a value of 4.\n    idealNudgingDistance,\n\n    //! @brief  This penalty is applied whenever a connector path travels\n    //!         in the direction opposite of the destination from the source\n    //!         endpoint.  By default this penalty is set to zero.  This \n    //!         shouldn't be needed in most cases but can be useful if you\n    //!         use penalties such as ::crossingPenalty which cause connectors\n    //!         to loop around obstacles.\n    reverseDirectionPenalty,\n\n    // Used for determining the size of the routing parameter array.\n    // This should always we the last value in the enum.\n    lastRoutingParameterMarker\n};\n\n// Backwards compatibility\ntypedef enum RoutingParameter PenaltyType;\n\n\n//! @brief  Types of routing options that can be enabled.\nenum RoutingOption\n{\n    //! This option causes the final segments of connectors, which are \n    //! attached to shapes, to be nudged apart.  Usually these segments \n    //! are fixed, since they are considered to be attached to ports.\n    //!\n    //! Defaults to false.\n    //!\n    //! This option also causes routes running through the same checkpoint \n    //! to be nudged apart.\n    //!\n    //! This option has no effect if ::nudgeSharedPathsWithCommonEndPoint is\n    //! set to false,\n    //!\n    //! @note   This will allow routes to be nudged up to the bounds of shapes.\n    //!\n    nudgeOrthogonalSegmentsConnectedToShapes = 0,\n    \n    //! This option causes hyperedge routes to be locally improved fixing\n    //! obviously bad paths.  As part of this process libavoid will\n    //! effectively move junctions, setting new ideal positions which can be\n    //! accessed via JunctionRef::recommendedPosition() for each junction.\n    //!\n    //! Defaults to true.\n    //!\n    //! This will not add or remove junctions, so will keep the hyperedge\n    //! topology the same.  Better routes can be achieved by enabling the\n    //! ::improveHyperedgeRoutesMovingAddingAndDeletingJunctions option.\n    //!\n    //! If initial sensible positions for junctions in hyperedges are not\n    //! known you can register those hyperedges with the HyperedgeRerouter\n    //! class for complete rerouting.\n    //!\n    //! @sa   improveHyperedgeRoutesMovingAddingAndDeletingJunctions\n    //! @sa   Router::hyperedgeRerouter()\n    //!\n    improveHyperedgeRoutesMovingJunctions,\n    \n    //! This option penalises and attempts to reroute orthogonal shared \n    //! connector paths terminating at a common junction or shape \n    //! connection pin.  When multiple connector paths enter or leave \n    //! the same side of a junction (or shape pin), the router will \n    //! attempt to reroute these to different sides of the junction or \n    //! different shape pins. \n    //!\n    //! Defaults to false.\n    //!\n    //! This option depends on the ::fixedSharedPathPenalty penalty having \n    //! been set.\n    //!\n    //! @sa     fixedSharedPathPenalty\n    //! @note   This option is still experimental!  It is not recommended\n    //!         for normal use.\n    //!\n    penaliseOrthogonalSharedPathsAtConnEnds,\n    \n    //! This option can be used to control whether collinear line \n    //! segments that touch just at their ends will be nudged apart.\n    //! The overlap will usually be resolved in the other dimension,\n    //! so this is not usually required.\n    //!\n    //! Defaults to false.\n    //!\n    nudgeOrthogonalTouchingColinearSegments,\n    \n    //! This option can be used to control whether the router performs\n    //! a preprocessing step before orthogonal nudging where is tries\n    //! to unify segments and centre them in free space.  This \n    //! generally results in better quality ordering and nudging.\n    //!         \n    //! Defaults to true.\n    //!\n    //! You may wish to turn this off for large examples where it\n    //! can be very slow and will make little difference.\n    //!\n    performUnifyingNudgingPreprocessingStep,\n    \n    //! This option causes hyperedge routes to be locally improved fixing\n    //! obviously bad paths.\n    //! \n    //! It can cause junctions and connectors to be added or removed from\n    //! hyperedges.  To get details of these changes for each connector you can\n    //! call Router::newAndDeletedObjectListsFromHyperedgeImprovement().\n    //!\n    //! As part of this process libavoid will effectively move junctions by\n    //! setting new ideal positions for each remaining or added junction, \n    //! which can be read from JunctionRef::recommendedPosition() for each \n    //! junction.\n    //!\n    //! Defaults to false.\n    //!\n    //! If set, this option overrides the ::improveHyperedgeRoutesMovingJunctions\n    //! option.\n    //!\n    //! If initial sensible positions for junctions in hyperedges are not\n    //! known you can register those hyperedges with the HyperedgeRerouter\n    //! class for complete rerouting.\n    //!\n    //! @sa   improveHyperedgeRoutesMovingJunctions\n    //! @sa   Router::hyperedgeRerouter()\n    //!\n    improveHyperedgeRoutesMovingAddingAndDeletingJunctions,\n\n    //! This option determines whether intermediate segments of connectors that\n    //! are attached to common endpoints will be nudged apart.  Usually these\n    //! segments get nudged apart, but you may want to turn this off if you would\n    //! prefer that entire shared paths terminating at a common end point should\n    //! overlap.\n    //!\n    //! Defaults to true.\n    //!\n    nudgeSharedPathsWithCommonEndPoint,\n\n\n    // Used for determining the size of the routing options array.\n    // This should always we the last value in the enum.\n    lastRoutingOptionMarker\n};\n\n//! @brief  Types of routing phases reported by \n//!         Router::shouldContinueTransactionWithProgress().\n//!\n//! This phases will occur in the order given here, but each phase may take\n//! varying amounts of time.\n//!\nenum TransactionPhases \n{\n    //! @brief  The orthogonal visibility graph is built by conducting a \n    //!         scan in each dimension.  This is the x-dimension.\n    TransactionPhaseOrthogonalVisibilityGraphScanX = 1,\n    //! @brief  The orthogonal visibility graph is built by conducting a \n    //!         scan in each dimension.  This is the y-dimension.\n    TransactionPhaseOrthogonalVisibilityGraphScanY,\n    //! @brief  Initial routes are searched for in the visibility graph.\n    TransactionPhaseRouteSearch,\n    //! @brief  With crossing penalties enabled, crossing detection is \n    //!         performed to find all crossings.\n    TransactionPhaseCrossingDetection,\n    //! @brief  Crossing connectors are rerouted to search for better routes.\n    TransactionPhaseRerouteSearch,\n    //! @brief  Orthogonal edge segments are nudged apart in the x-dimension.\n    TransactionPhaseOrthogonalNudgingX,\n    //! @brief  Orthogonal edge segments are nudged apart in the y-dimension.\n    TransactionPhaseOrthogonalNudgingY,\n    //! @brief  Not a real phase, but represents the router is finished (or has\n    //!         aborted) the transaction and you may interact with is again.\n    TransactionPhaseCompleted\n};\n\n// NOTE: This is an internal helper class that should not be used by the user.\n//\n// This class allows edges in the visibility graph to store a\n// pointer to a boolean registering when a connector needs to\n// reroute, while allowing connectors to be deleted without\n// needing to scan and remove these references from the visibility\n// graph.  Instead the bool is stored in this delegate and the\n// connector is alerted later, so long as it hasn't since been\n// deleted.\nclass ConnRerouteFlagDelegate {\n    public:\n        ConnRerouteFlagDelegate();\n        ~ConnRerouteFlagDelegate();\n        bool *addConn(ConnRef *conn);\n        void removeConn(ConnRef *conn);\n        void alertConns(void);\n    private:\n        std::list<std::pair<ConnRef *, bool> > m_mapping;\n};\n\nstatic const double zeroParamValue = 0;\nstatic const double chooseSensibleParamValue = -1;\n\n// NOTE: This is an internal helper class that should not be used by the user.\n//\n// It is used by libtopology to add additional functionality to libavoid\n// while keeping libavoid dependency free.\nclass TopologyAddonInterface\n{\n    public:\n        TopologyAddonInterface()\n        {\n        }\n        virtual ~TopologyAddonInterface()\n        {\n        }\n        virtual TopologyAddonInterface *clone(void) const\n        {\n            return new TopologyAddonInterface(*this);\n        }\n\n        virtual void improveOrthogonalTopology(Router *router)\n        {\n            (void)(router);  // Avoid unused parameter warning.\n        }\n        virtual bool outputCode(FILE *fp) const\n        {\n            (void)(fp);  // Avoid unused parameter warning.\n            return false;\n        }\n        virtual bool outputDeletionCode(FILE *fp) const\n        {\n            (void)(fp);  // Avoid unused parameter warning.\n            return false;\n        }\n};\n\n\n//! @brief   The Router class represents a libavoid router instance.\n//!\n//! Usually you would keep a separate Router instance for each diagram\n//! or layout you have open in your application.\n//\nclass AVOID_EXPORT Router {\n    public:\n        //! @brief  Constructor for router instance.\n        //!\n        //! @param[in]  flags  One or more Avoid::RouterFlag options to \n        //!                    control the behaviour of the router.\n        Router(const unsigned int flags);\n\n        //! @brief  Destructor for router instance.\n        //!\n        //! @note   Destroying a router instance will delete all remaining\n        //!         shapes and connectors, thereby invalidating any existing\n        //!         pointers to them.\n        virtual ~Router();\n\n        ObstacleList m_obstacles;\n        ConnRefList connRefs;\n        ClusterRefList clusterRefs;\n        EdgeList visGraph;\n        EdgeList invisGraph;\n        EdgeList visOrthogGraph;\n        ContainsMap contains;\n        VertInfList vertices;\n        ContainsMap enclosingClusters;\n        \n        bool PartialTime;\n        bool SimpleRouting;\n        bool ClusteredRouting;\n\n        // Poly-line routing options:\n        bool IgnoreRegions;\n        bool UseLeesAlgorithm;\n        bool InvisibilityGrph;\n       \n        // General routing options:\n        bool SelectiveReroute;\n        \n        bool PartialFeedback;\n        bool RubberBandRouting;\n        \n\n        // Instrumentation:\n#ifdef AVOID_PROFILE\n        Timer timers;\n#endif\n        int st_checked_edges;\n\n        //! @brief Allows setting of the behaviour of the router in regard\n        //!        to transactions.  This controls whether transactions are\n        //!        used to queue changes and process them efficiently at once\n        //!        or they are instead processed immediately.\n        //!\n        //! It is more efficient to perform actions like shape movement,\n        //! addition or deletion as batch tasks, and reroute the necessary\n        //! connectors just once after these actions have been performed.\n        //! For this reason, libavoid allows you to group such actions into\n        //! \"transactions\" that are processed efficiently when the \n        //! processTransaction() method is called.\n        //!\n        //! By default, the router will process all actions as transactions.\n        //! If transactionUse() is set to false, then all actions will get \n        //! processed immediately, and cause immediate routing callbacks to \n        //! all affected connectors after each action.\n        //!\n        //! @param[in]  transactions  A boolean value specifying whether to\n        //!                           use transactions.\n        //!\n        void setTransactionUse(const bool transactions);\n\n        //! @brief Reports whether the router groups actions into transactions.\n        //!\n        //! @return A boolean value describing whether transactions are in use.\n        //!\n        //! @sa setTransactionUse\n        //! @sa processTransaction\n        //!\n        bool transactionUse(void) const;\n\n        //! @brief Finishes the current transaction and processes all the \n        //!        queued object changes efficiently.\n        //!\n        //! This method will efficiently process all moves, additions and\n        //! deletions that have occurred since processTransaction() was \n        //! last called.\n        //!\n        //! If transactionUse() is false, then all actions will have been \n        //! processed immediately and this method will do nothing.\n        //!\n        //! @return A boolean value describing whether there were any actions\n        //!         to process.\n        //!\n        //! @sa setTransactionUse\n        //!\n        bool processTransaction(void);\n\n        //! @brief Delete a shape from the router scene.\n        //!\n        //! Connectors that could have a better (usually shorter) path after\n        //! the removal of this shape will be marked as needing to be rerouted.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! You should not use the shape reference again after this call.\n        //! The router will handle freeing of the shape's memory.\n        //!\n        //! @param[in]  shape  Pointer reference to the shape being removed.\n        //!\n        void deleteShape(ShapeRef *shape);\n\n        //! @brief Move or resize an existing shape within the router scene.\n        //!\n        //! A new polygon for the shape can be given to effectively move or \n        //! resize the shape with the scene.  Connectors that intersect the \n        //! new shape polygon, or that could have a better (usually shorter)\n        //! path after the change, will be marked as needing to be rerouted.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  shape       Pointer reference to the shape being \n        //!                         moved/resized.\n        //! @param[in]  newPoly     The new polygon boundary for the shape.\n        //! @param[in]  first_move  This option is used for some advanced \n        //!                         (currently undocumented) behaviour and \n        //!                         it should be ignored for the moment.\n        //!\n        void moveShape(ShapeRef *shape, const Polygon& newPoly,\n                const bool first_move = false);\n\n        //! @brief Move an existing shape within the router scene by a relative\n        //!        distance.\n        //!         \n        //! Connectors that intersect the shape's new position, or that could \n        //! have a better (usually shorter) path after the change, will be \n        //! marked as needing to be rerouted.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  shape       Pointer reference to the shape being moved.\n        //! @param[in]  xDiff       The distance to move the shape in the \n        //!                         x dimension.\n        //! @param[in]  yDiff       The distance to move the shape in the \n        //!                         y dimension.\n        //!\n        void moveShape(ShapeRef *shape, const double xDiff, const double yDiff);\n\n        //! @brief Remove a junction from the router scene.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! You should not use the junction reference again after this call.\n        //! The router will handle freeing of the junction's memory.\n        //!\n        //! @param[in]  junction  Pointer reference to the junction being \n        //!                       removed.\n        //!\n        void deleteJunction(JunctionRef *junction);\n        \n        //! @brief Remove a connector from the router scene.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! You should not use the connector reference again after this call.\n        //! The router will handle freeing of the connector's memory.\n        //!\n        //! @param[in]  connector  Pointer reference to the connector being\n        //!                        removed.\n        //!\n        void deleteConnector(ConnRef *connector);\n\n        //! @brief Move an existing junction within the router scene.\n        //!\n        //! Connectors that are attached to this junction will be rerouted \n        //! as a result of the move.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  junction     Pointer reference to the junction being\n        //!                          moved.\n        //! @param[in]  newPosition  The new position for the junction.\n        //!\n        void moveJunction(JunctionRef *junction, const Point& newPosition);\n\n        //! @brief Move an existing junction within the router scene by a \n        //!        relative distance.\n        //!         \n        //! Connectors that are attached to this junction will be rerouted \n        //! as a result of the move.\n        //!\n        //! If the router is using transactions, then this action will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! @param[in]  junction    Pointer reference to the junction being \n        //!                         moved.\n        //! @param[in]  xDiff       The distance to move the junction in the \n        //!                         x dimension.\n        //! @param[in]  yDiff       The distance to move the junction in the \n        //!                         y dimension.\n        //!\n        void moveJunction(JunctionRef *junction, const double xDiff, \n                const double yDiff);\n        \n        //! @brief  Sets values for routing parameters, including routing \n        //!         penalties.\n        //!\n        //! libavoid uses a set of parameters to allow the user more control\n        //! over routing style and quality.  These different parameters are\n        //! described and explained by the RoutingParameter enum.  All \n        //! parameters have sensible defaults.\n        //!\n        //! Regarding routing penalties, libavoid will by default produce\n        //! shortest path routes between the source and destination points \n        //! for each connector.  There are several penalties that can be \n        //! applied during this stage to penalise certain conditions and\n        //! thus improve the aesthetics of the routes generated.  \n        //! \n        //! If a value of zero or Avoid::zeroParamValue is given then the \n        //! particular parameter value or penalty will be removed.  If no \n        //! parameter value argument (or a negative value) is specified \n        //! when calling this method, then a sensible penalty value will \n        //! be automatically chosen.\n        //!\n        //! This method does not re-trigger processing of connectors. The new\n        //! parameter value will be used the next time rerouting is performed.\n        //!\n        //! @param[in] parameter  The type of penalty, a RoutingParameter.\n        //! @param[in] value      The value to be set for that parameter.\n        //!\n        void setRoutingParameter(const RoutingParameter parameter, \n                const double value = chooseSensibleParamValue);\n\n        //! @brief  Returns the current value for a particular routing\n        //!         parameter of a given type.\n        //!\n        //! @param[in] parameter  The type of parameter, a RoutingParameter.\n        //! @return  The value for the specified routing parameter.\n        //!\n        double routingParameter(const RoutingParameter parameter) const;\n\n        //! @brief  Turn specific routing options on or off.\n        //!\n        //! @param[in] option  The type of routing option, a RoutingOption.\n        //! @param[in] value   A boolean representing the option state.\n        //!\n        void setRoutingOption(const RoutingOption option, const bool value);\n\n        //! @brief  Returns the current state for a specific routing option.\n        //!\n        //! @param[in] option  The type of routing option, a RoutingOption.\n        //! @return  A boolean representing the option state.\n        //!\n        bool routingOption(const RoutingOption option) const;\n\n        //! @brief  Sets or removes penalty values that are applied during \n        //!         connector routing.\n        //!\n        //! @note   This is a convenience wrapper for the setRoutingParameter()\n        //          method.  See its documentation for more details.\n        //!\n        //! @param[in] penType  The type of penalty, a RoutingParameter.\n        //! @param[in] penVal   The value to be applied for each occurrence\n        //!                     of the penalty case.  \n        //!\n        void setRoutingPenalty(const RoutingParameter penType, \n                const double penVal = chooseSensibleParamValue);\n\n        //! @brief  Returns a pointer to the hyperedge rerouter for the router.\n        //!\n        //! @return  A HyperedgeRerouter object that can be used to register\n        //!          hyperedges for rerouting.\n        //!\n        HyperedgeRerouter *hyperedgeRerouter(void);\n\n        //! @brief  Generates an SVG file containing debug output and code that\n        //!         can be used to regenerate the instance.\n        //!\n        //! If transactions are being used, then this method should be called \n        //! after processTransaction() has been called, so that it includes any\n        //! changes being queued by the router.\n        //!\n        //! @param[in] filename  A string indicating the filename (without \n        //!                      extension) for the output file.  Defaults to\n        //!                      \"libavoid-debug.svg\" if no filename is given.\n        //!\n        void outputInstanceToSVG(std::string filename = std::string());\n\n        //! @brief  Returns the object ID used for automatically generated \n        //!         objects, such as during hyperedge routing.\n        //! \n        //! Reimplement this in a subclass to set specific IDs for new objects.\n        //!\n        //! @note   Your implementation should return a value that does not \n        //!         fail objectIdIsUnused().\n        //!\n        //! @return  The ID for a new object.\n        //!\n        virtual unsigned int newObjectId(void) const;\n\n        //! @brief  Returns whether or not the given ID is already used.\n        //! \n        //! You should only need this if you reimplement newObjectId().\n        //!\n        //! @param[in]  id  An ID to test.\n        //! @return  A boolean denoting that the given ID is unused.\n        //!\n        bool objectIdIsUnused(const unsigned int id) const;\n        \n        //! @brief  A method called at regular intervals during transaction \n        //!         processing to report progress and ask if the Router\n        //!         should continue the transaction.\n        //! \n        //! You can subclass the Avoid::Router class to implement your \n        //! own behaviour, such as to show a progress bar or cancel the \n        //! transaction at the user's request.\n        //!\n        //! Note that you can get a sense of progress by looking at the \n        //! phaseNumber divided by the totalPhases and the progress in the \n        //! current phase, but be aware that phases and the intervals and\n        //! proportions at which this method is called will vary, sometime\n        //! unpredictably.\n        //!\n        //! You can return false to request that the Router abort the current\n        //! transaction.  Be aware that it may not abort in some phases. For\n        //! others it may need to clean up some state before it is safe for \n        //! you to interact with it again.  Hence you should wait for a final \n        //! call to this method with the phase Avoid::TransactionPhaseCompleted\n        //! before continuing.\n        //!\n        //! @note  Your implementation of this method should be very fast as\n        //!        it will be called many times.  Also, you should not change\n        //!        or interact with the Router instance at all during these \n        //!        calls.  Wait till you have received a call with the \n        //!        Avoid::TransactionPhaseCompleted phase.\n        //!\n        //! @param  elapsedTime  The number of msec spent on the transaction\n        //!                      since it began.\n        //! @param  phaseNumber  A Router::TransactionPhases representing the\n        //!                      current phase of the transaction.\n        //! @param  totalPhases  The total number of phases to be performed \n        //!                      during the transaction.\n        //! @param  proportion   A double representing the progress in the \n        //!                      current phase.  Value will be between 0--1.\n        //!\n        //! @return  Whether the router should continue the transaction.\n        //!          This is true in the default (empty) implementation.\n        virtual bool shouldContinueTransactionWithProgress(\n                unsigned int elapsedTime, unsigned int phaseNumber, \n                unsigned int totalPhases, double proportion);\n\n        //! @brief  Returns a HyperedgeNewAndDeletedObjectLists detailing the\n        //!         lists of junctions and connectors created and deleted\n        //!         during hyperedge improvement.\n        //!\n        //! This method will only return information once the router has\n        //! processed the transaction.  You should read and act on this \n        //! information before processTransaction() is called again.\n        //!\n        //! After calling this you should no longer refer to any of the\n        //! objects in the \"deleted\" lists --- the router will delete these \n        //! and free their memory at its convenience.\n        //!\n        //! @return A HyperedgeNewAndDeletedObjectLists containing lists of \n        //!         junctions and connectors created and deleted.\n        //!\n        HyperedgeNewAndDeletedObjectLists \n                newAndDeletedObjectListsFromHyperedgeImprovement(void) const;\n\n        void setDebugHandler(DebugHandler *handler);\n        DebugHandler *debugHandler(void) const;\n\n        // Processes the actions list for the transaction.  You shouldn't\n        // need to cal this.  Instead use processTransaction().\n        void processActions(void);\n        \n        void deleteCluster(ClusterRef *cluster);\n        void attachedShapes(IntList &shapes, const unsigned int shapeId,\n                const unsigned int type);\n        void attachedConns(IntList &conns, const unsigned int shapeId,\n                const unsigned int type);\n        void markPolylineConnectorsNeedingReroutingForDeletedObstacle(\n                Obstacle *obstacle);\n        void generateContains(VertInf *pt);\n        void printInfo(void);\n        void regenerateStaticBuiltGraph(void);\n        void destroyOrthogonalVisGraph(void);\n        void setStaticGraphInvalidated(const bool invalidated);\n        ConnType validConnType(const ConnType select = ConnType_None) const;\n        bool isInCrossingPenaltyReroutingStage(void) const;\n        void markAllObstaclesAsMoved(void);\n        ShapeRef *shapeContainingPoint(const Point& point);\n        void performContinuationCheck(unsigned int phaseNumber,\n                size_t stepNumber, size_t totalSteps);\n        void registerSettingsChange(void);\n\n        /** \n         *  @brief  Set an addon for doing orthogonal topology improvement.\n         *\n         *  It is expected that you would use the topology::AvoidTopologyAddon() \n         *  from libtopology rather than write your own.  This is done so that \n         *  libavoid does not have to depend on libtopology.\n         */\n        void setTopologyAddon(TopologyAddonInterface *topologyAddon);\n        void improveOrthogonalTopology(void);\n\n        // Testing and debugging methods.\n        bool existsOrthogonalSegmentOverlap(const bool atEnds = false);\n        bool existsOrthogonalFixedSegmentOverlap(const bool atEnds = false);\n        bool existsOrthogonalTouchingPaths(void);\n        int  existsCrossings(const bool optimisedForConnectorType = false);\n        bool existsInvalidOrthogonalPaths(void);\n\n        // Outputs the current diagram.  Used for visualising individual\n        // steps of various algorithms.  lineReps can be used to draw \n        // attention to specific parts of the diagram that have changed\n        // between steps.\n        void outputDiagramSVG(std::string instanceName = std::string(), \n                LineReps *lineReps = nullptr);\n\n        void outputDiagramText(std::string instanceName = std::string());\n        void outputDiagram(std::string instanceName = std::string());\n\n    private:\n        friend class ShapeRef;\n        friend class ConnRef;\n        friend class JunctionRef;\n        friend class Obstacle;\n        friend class ClusterRef;\n        friend class ShapeConnectionPin;\n        friend class MinimumTerminalSpanningTree;\n        friend class ConnEnd;\n        friend struct HyperedgeTreeNode;\n        friend class HyperedgeRerouter;\n        friend class HyperedgeImprover;\n\n        unsigned int assignId(const unsigned int suggestedId);\n        void addShape(ShapeRef *shape);\n        void addJunction(JunctionRef *junction);\n        void addCluster(ClusterRef *cluster);\n        void modifyConnector(ConnRef *conn);\n        void modifyConnector(ConnRef *conn, unsigned int type,\n                const ConnEnd &connEnd, bool connPinUpdate = false);\n        void modifyConnectionPin(ShapeConnectionPin *pin);\n\n        void removeObjectFromQueuedActions(const void *object);\n        void newBlockingShape(const Polygon& poly, int pid);\n        void checkAllBlockedEdges(int pid);\n        void checkAllMissingEdges(void);\n        void adjustContainsWithAdd(const Polygon& poly, const int p_shape);\n        void adjustContainsWithDel(const int p_shape);\n        void adjustClustersWithAdd(const PolygonInterface& poly, \n                const int p_cluster);\n        void adjustClustersWithDel(const int p_cluster);\n        void rerouteAndCallbackConnectors(void);\n        void improveCrossings(void);\n\n        ActionInfoList actionList;\n        unsigned int m_largest_assigned_id;\n        bool m_consolidate_actions;\n        bool m_currently_calling_destructors;\n        double m_routing_parameters[lastRoutingParameterMarker];\n        bool m_routing_options[lastRoutingOptionMarker];\n        \n        ConnRerouteFlagDelegate m_conn_reroute_flags;\n        HyperedgeRerouter m_hyperedge_rerouter;\n        \n        // Progress tracking and transaction cancelling.\n        clock_t m_transaction_start_time;\n        bool m_abort_transaction;\n        \n        TopologyAddonInterface *m_topology_addon;\n\n        // Overall modes:\n        bool m_allows_polyline_routing;\n        bool m_allows_orthogonal_routing;\n        \n        bool m_static_orthogonal_graph_invalidated;\n        bool m_in_crossing_rerouting_stage;\n\n        bool m_settings_changes;\n    \n        HyperedgeImprover m_hyperedge_improver;\n\n        DebugHandler *m_debug_handler;\n};\n\n\n}\n\n\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/scanline.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cfloat>\n#include <algorithm>\n\n#include \"libavoid/scanline.h\"\n#include \"libavoid/obstacle.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/router.h\"\n\nnamespace Avoid {\n\nbool CmpNodePos::operator() (const Node* u, const Node* v) const \n{\n    if (u->pos != v->pos) \n    {\n        return u->pos < v->pos;\n    }\n    \n    // Use the pointers to the base objects to differentiate them.\n    void *up = (u->v) ? (void *) u->v : \n            ((u->c) ? (void *) u->c : (void *) u->ss);\n    void *vp = (v->v) ? (void *) v->v : \n            ((v->c) ? (void *) v->c : (void *) v->ss);\n    return up < vp;\n}\n\n\nNode::Node(Obstacle *v, const double p)\n    : v(v),\n      c(nullptr),\n      ss(nullptr),\n      pos(p),\n      firstAbove(nullptr),\n      firstBelow(nullptr)\n{\n    Box bBox = v->routingBox();\n    min[XDIM] = bBox.min.x;\n    min[YDIM] = bBox.min.y;\n    max[XDIM] = bBox.max.x;\n    max[YDIM] = bBox.max.y;\n    //COLA_ASSERT(r->width()<1e40);\n}\n\nNode::Node(VertInf *c, const double p)\n    : v(nullptr),\n      c(c),\n      ss(nullptr),\n      pos(p),\n      firstAbove(nullptr),\n      firstBelow(nullptr)\n{\n    min[XDIM] = max[XDIM] = c->point.x;\n    min[YDIM] = max[YDIM] = c->point.y;\n}\n\nNode::Node(ShiftSegment *ss, const double p)\n    : v(nullptr),\n      c(nullptr),\n      ss(ss),\n      pos(p),\n      firstAbove(nullptr),\n      firstBelow(nullptr)\n{\n    // These values shouldn't ever be used, so they don't matter.\n    min[XDIM] = max[XDIM] = min[YDIM] = max[YDIM] = 0;\n}\n\nNode::~Node() \n{\n}\n\n// Find the first Node above in the scanline that is a shape edge,\n// and does not have an open or close event at this position (meaning\n// it is just about to be removed).\ndouble Node::firstObstacleAbove(size_t dim)\n{\n    Node *curr = firstAbove;\n    while (curr && (curr->ss || (curr->max[dim] > pos)))\n    {\n        curr = curr->firstAbove;\n    }\n   \n    if (curr)\n    {\n        return curr->max[dim];\n    }\n    return -DBL_MAX;\n}\n\n// Find the first Node below in the scanline that is a shape edge,\n// and does not have an open or close event at this position (meaning\n// it is just about to be removed).\ndouble Node::firstObstacleBelow(size_t dim)\n{\n    Node *curr = firstBelow;\n    while (curr && (curr->ss || (curr->min[dim] < pos)))\n    {\n        curr = curr->firstBelow;\n    }\n    \n    if (curr)\n    {\n        return curr->min[dim];\n    }\n    return DBL_MAX;\n}\n\n// Mark all connector segments above in the scanline as being able \n// to see to this shape edge.\nvoid Node::markShiftSegmentsAbove(size_t dim)\n{\n    Node *curr = firstAbove;\n    while (curr && (curr->ss || (curr->pos > min[dim])))\n    {\n        if (curr->ss && (curr->pos <= min[dim]))\n        {\n            curr->ss->maxSpaceLimit = \n                    std::min(min[dim], curr->ss->maxSpaceLimit);\n        }\n        curr = curr->firstAbove;\n    }\n}\n\n// Mark all connector segments below in the scanline as being able \n// to see to this shape edge.\nvoid Node::markShiftSegmentsBelow(size_t dim)\n{\n    Node *curr = firstBelow;\n    while (curr && (curr->ss || (curr->pos < max[dim])))\n    {\n        if (curr->ss && (curr->pos >= max[dim]))\n        {\n            curr->ss->minSpaceLimit = \n                    std::max(max[dim], curr->ss->minSpaceLimit);\n        }\n        curr = curr->firstBelow;\n    }\n}\n\nvoid Node::findFirstPointAboveAndBelow(const size_t dim, const double linePos,\n        double& firstAbovePos, double& firstBelowPos, \n        double& lastAbovePos, double& lastBelowPos)\n{\n    firstAbovePos = -DBL_MAX;\n    firstBelowPos = DBL_MAX;\n    // We start looking left from the right side of the shape, \n    // and vice versa. \n    lastAbovePos = max[dim];\n    lastBelowPos = min[dim];\n\n    Node *curr = nullptr;\n    bool eventsAtSamePos = false;\n    for (int direction = 0; direction < 2; ++direction)\n    {\n        // Look for obstacles in one direction, then the other.\n        curr = (direction == 0) ? firstAbove: firstBelow;\n\n        while (curr)\n        {\n            // The events are at a shared beginning or end of a shape or \n            // connection point.  Note, connection points have the same \n            // min and max value in the !dim dimension.\n            eventsAtSamePos = \n                    (((linePos == max[!dim]) && \n                      (linePos == curr->max[!dim])) || \n                     ((linePos == min[!dim]) && \n                      (linePos == curr->min[!dim])));\n            \n            if (curr->max[dim] <= min[dim])\n            {\n                // Curr shape is completely to the left, \n                // so add it's right side as a limit\n                firstAbovePos = std::max(curr->max[dim], firstAbovePos);\n            }\n            else if (curr->min[dim] >= max[dim])\n            {\n                // Curr shape is completely to the right, \n                // so add it's left side as a limit\n                firstBelowPos = std::min(curr->min[dim], firstBelowPos);\n            }\n            else if (!eventsAtSamePos)\n            {\n                // Shapes that open or close at the same position do not\n                // block visibility, so if they are not at same position\n                // determine where they overlap.\n                lastAbovePos = std::min(curr->min[dim], lastAbovePos);\n                lastBelowPos = std::max(curr->max[dim], lastBelowPos);\n            }\n            curr = (direction == 0) ? curr->firstAbove : curr->firstBelow;\n        }\n    }    \n}\n\ndouble Node::firstPointAbove(size_t dim) \n{\n    // We are looking for the first obstacle above this position,\n    // though we ignore shape edges if this point is inline with\n    // the edge of the obstacle.  That is, points have visibility\n    // along the edge of shapes.\n    size_t altDim = (dim + 1) % 2;\n    double result = -DBL_MAX;\n    Node *curr = firstAbove; \n    while (curr) \n    {\n        bool inLineWithEdge = (min[altDim] == curr->min[altDim]) ||\n                (min[altDim] == curr->max[altDim]);\n        if ( ! inLineWithEdge && (curr->max[dim] <= pos) )\n        {\n            result = std::max(curr->max[dim], result);\n        }\n        curr = curr->firstAbove; \n    } \n    return result; \n}\n\ndouble Node::firstPointBelow(size_t dim) \n{ \n    // We are looking for the first obstacle below this position,\n    // though we ignore shape edges if this point is inline with\n    // the edge of the obstacle.  That is, points have visibility\n    // along the edge of shapes.\n    size_t altDim = (dim + 1) % 2;\n    double result = DBL_MAX;\n    Node *curr = firstBelow; \n    while (curr) \n    { \n        bool inLineWithEdge = (min[altDim] == curr->min[altDim]) ||\n                (min[altDim] == curr->max[altDim]);\n        if ( ! inLineWithEdge && (curr->min[dim] >= pos) )\n        {\n            result = std::min(curr->min[dim], result);\n        }\n        curr = curr->firstBelow; \n    }\n    return result;\n}\n\n// This is a bit inefficient, but we won't need to do it once we have \n// connection points.\nbool Node::isInsideShape(size_t dimension)\n{\n    for (Node *curr = firstBelow; curr; curr = curr->firstBelow)\n    {\n        if ((curr->min[dimension] < pos) && (pos < curr->max[dimension]))\n        {\n            return true;\n        }\n    }\n    for (Node *curr = firstAbove; curr; curr = curr->firstAbove)\n    {\n        if ((curr->min[dimension] < pos) && (pos < curr->max[dimension]))\n        {\n            return true;\n        }\n    }\n    return false;\n}\n\n\nEvent::Event(EventType t, Node *v, double p) \n    : type(t),\n      v(v),\n      pos(p)\n{\n}\n\n\n// Used for quicksort.  Must return <0, 0, or >0.\nint compare_events(const void *a, const void *b)\n{\n\tEvent *ea = *(Event**) a;\n\tEvent *eb = *(Event**) b;\n    if (ea->pos != eb->pos)\n    {\n        return (ea->pos < eb->pos) ? -1 : 1;\n    }\n    if (ea->type != eb->type)\n    {\n        return ea->type - eb->type;\n    }\n    COLA_ASSERT(ea->v != eb->v);\n    return (int)(ea->v - eb->v);\n}\n\n\nvoid buildConnectorRouteCheckpointCache(Router *router)\n{\n    for (ConnRefList::const_iterator curr = router->connRefs.begin(); \n            curr != router->connRefs.end(); ++curr) \n    {\n        ConnRef *conn = *curr;\n        if (conn->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n\n        PolyLine& displayRoute = conn->displayRoute();\n        std::vector<Checkpoint> checkpoints = conn->routingCheckpoints();\n       \n        // Initialise checkpoint vector and set to false.  There will be\n        // one entry for each *segment* in the path, and the value indicates\n        // whether the segment is affected by a checkpoint.\n        displayRoute.checkpointsOnRoute = \n                std::vector<std::pair<size_t, Point> >();\n\n        for (size_t ind = 0; ind < displayRoute.size(); ++ind)\n        {\n            if (ind > 0)\n            {\n                for (size_t cpi = 0; cpi < checkpoints.size(); ++cpi)\n                {\n                    if (pointOnLine(displayRoute.ps[ind - 1], \n                             displayRoute.ps[ind], checkpoints[cpi].point) )\n                    {\n                        // The checkpoint is on a segment.\n                        displayRoute.checkpointsOnRoute.push_back(\n                                std::make_pair((ind * 2) - 1, \n                                    checkpoints[cpi].point));\n                    }\n                }\n            }\n\n            for (size_t cpi = 0; cpi < checkpoints.size(); ++cpi)\n            {\n                if (displayRoute.ps[ind].equals(checkpoints[cpi].point))\n                {\n                    // The checkpoint is at a bendpoint.\n                    displayRoute.checkpointsOnRoute.push_back(\n                            std::make_pair(ind * 2, checkpoints[cpi].point));\n                }\n            }\n        }\n    }\n}\n\n\nvoid clearConnectorRouteCheckpointCache(Router *router)\n{\n    for (ConnRefList::const_iterator curr = router->connRefs.begin(); \n            curr != router->connRefs.end(); ++curr) \n    {\n        ConnRef *conn = *curr;\n        if (conn->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n\n        // Clear the cache.\n        PolyLine& displayRoute = conn->displayRoute();\n        displayRoute.checkpointsOnRoute.clear();\n    }\n}\n\n\n// Processes sweep events used to determine each horizontal and vertical \n// line segment in a connector's channel of visibility.  \n// Four calls to this function are made at each position by the scanline:\n//   1) Handle all Close event processing.\n//   2) Remove Close event objects from the scanline.\n//   3) Add Open event objects to the scanline.\n//   4) Handle all Open event processing.\n//\nstatic void processShiftEvent(NodeSet& scanline, Event *e, size_t dim,\n        unsigned int pass)\n{\n    Node *v = e->v;\n    \n    if ( ((pass == 3) && (e->type == Open)) ||\n         ((pass == 3) && (e->type == SegOpen)) )\n    {\n        std::pair<NodeSet::iterator, bool> result = scanline.insert(v);\n        v->iter = result.first;\n        COLA_ASSERT(result.second);\n\n        NodeSet::iterator it = v->iter;\n        // Work out neighbours\n        if (it != scanline.begin()) \n        {\n            Node *u = *(--it);\n            v->firstAbove = u;\n            u->firstBelow = v;\n        }\n        it = v->iter;\n        if (++it != scanline.end()) \n        {\n            Node *u = *it;\n            v->firstBelow = u;\n            u->firstAbove = v;\n        }\n    }\n    \n    if ( ((pass == 4) && (e->type == Open)) ||\n         ((pass == 4) && (e->type == SegOpen)) ||\n         ((pass == 1) && (e->type == SegClose)) ||\n         ((pass == 1) && (e->type == Close)) )\n    {\n        if (v->ss)\n        {\n            // As far as we can see.\n            double minLimit = v->firstObstacleAbove(dim);\n            double maxLimit = v->firstObstacleBelow(dim);\n\n            v->ss->minSpaceLimit = \n                    std::max(minLimit, v->ss->minSpaceLimit);\n            v->ss->maxSpaceLimit = \n                    std::min(maxLimit, v->ss->maxSpaceLimit);\n        }\n        else\n        {\n            v->markShiftSegmentsAbove(dim);\n            v->markShiftSegmentsBelow(dim);\n        }\n    }\n    \n    if ( ((pass == 2) && (e->type == SegClose)) ||\n         ((pass == 2) && (e->type == Close)) )\n    {\n        // Clean up neighbour pointers.\n        Node *l = v->firstAbove, *r = v->firstBelow;\n        if (l != nullptr) \n        {\n            l->firstBelow = v->firstBelow;\n        }\n        if (r != nullptr)\n        {\n            r->firstAbove = v->firstAbove;\n        }\n\n        size_t result;\n        result = scanline.erase(v);\n        COLA_ASSERT(result == 1);\n        COLA_UNUSED(result);  // Avoid warning.\n        delete v;\n    }\n}\n\nvoid buildOrthogonalChannelInfo(Router *router, \n        const size_t dim, ShiftSegmentList& segmentList)\n{\n    if (segmentList.empty())\n    {\n        // There are no segments, so we can just return now.\n        return;\n    }\n    \n    // Do a sweep to determine space for shifting segments.\n    size_t altDim = (dim + 1) % 2;\n    const size_t n = router->m_obstacles.size();\n    const size_t cpn = segmentList.size();\n    // Set up the events for the sweep.\n    size_t totalEvents = 2 * (n + cpn);\n    Event **events = new Event*[totalEvents];\n    unsigned ctr = 0;\n    ObstacleList::iterator obstacleIt = router->m_obstacles.begin();\n    for (unsigned i = 0; i < n; i++)\n    {\n        Obstacle *obstacle = *obstacleIt;\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (obstacle);\n        if (junction && ! junction->positionFixed())\n        {\n            // Junctions that are free to move are not treated as obstacles.\n            ++obstacleIt;\n            totalEvents -= 2;\n            continue;\n        }\n        Box bBox = obstacle->routingBox();\n        Point min = bBox.min;\n        Point max = bBox.max;\n        double mid = min[dim] + ((max[dim] - min[dim]) / 2);\n        Node *v = new Node(obstacle, mid);\n        events[ctr++] = new Event(Open, v, min[altDim]);\n        events[ctr++] = new Event(Close, v, max[altDim]);\n\n        ++obstacleIt;\n    }\n    for (ShiftSegmentList::iterator curr = segmentList.begin(); \n            curr != segmentList.end(); ++curr)\n    {\n        const Point& lowPt = (*curr)->lowPoint();\n        const Point& highPt = (*curr)->highPoint();\n\n        COLA_ASSERT(lowPt[dim] == highPt[dim]);\n        COLA_ASSERT(lowPt[altDim] < highPt[altDim]);\n        Node *v = new Node(*curr, lowPt[dim]);\n        events[ctr++] = new Event(SegOpen, v, lowPt[altDim]);\n        events[ctr++] = new Event(SegClose, v, highPt[altDim]);\n    }\n    qsort((Event*)events, (size_t) totalEvents, sizeof(Event*), compare_events);\n\n    // Process the sweep.\n    // We do multiple passes over sections of the list so we can add relevant\n    // entries to the scanline that might follow, before process them.\n    NodeSet scanline;\n    double thisPos = (totalEvents > 0) ? events[0]->pos : 0;\n    unsigned int posStartIndex = 0;\n    unsigned int posFinishIndex = 0;\n    for (unsigned i = 0; i <= totalEvents; ++i)\n    {\n        // If we have finished the current scanline or all events, then we\n        // process the events on the current scanline in a couple of passes.\n        if ((i == totalEvents) || (events[i]->pos != thisPos))\n        {\n            posFinishIndex = i;\n            for (int pass = 2; pass <= 4; ++pass)\n            {\n                for (unsigned j = posStartIndex; j < posFinishIndex; ++j)\n                {\n                    processShiftEvent(scanline, events[j], dim, pass);\n                }\n            }\n\n            if (i == totalEvents)\n            {\n                // We have cleaned up, so we can now break out of loop.\n                break;\n            }\n\n            thisPos = events[i]->pos;\n            posStartIndex = i;\n        }\n\n        // Do the first sweep event handling -- building the correct \n        // structure of the scanline.\n        const int pass = 1;\n        processShiftEvent(scanline, events[i], dim, pass);\n    }\n    COLA_ASSERT(scanline.size() == 0);\n    for (unsigned i = 0; i < totalEvents; ++i)\n    {\n        delete events[i];\n    }\n    delete [] events;\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/scanline.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2009-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_SCANLINE_H\n#define AVOID_SCANLINE_H\n\n#include <set>\n#include <list>\n\n#include \"libavoid/geomtypes.h\"\n\n\nnamespace Avoid {\n\nstatic const double CHANNEL_MAX = 100000000;\n\n\nclass Obstacle;\nclass VertInf;\n\n// ShiftSegment interface.\nclass ShiftSegment\n{ \n    public:\n        ShiftSegment(const size_t dim)\n            : dimension(dim)\n        {\n        }\n        virtual ~ShiftSegment()\n        {\n        }\n        virtual Point& lowPoint(void) = 0;\n        virtual Point& highPoint(void) = 0;\n        virtual const Point& lowPoint(void) const = 0;\n        virtual const Point& highPoint(void) const = 0;\n        virtual bool overlapsWith(const ShiftSegment *rhs,\n                const size_t dim) const = 0;\n        virtual bool immovable(void) const = 0;\n        \n        size_t dimension;\n        double minSpaceLimit;\n        double maxSpaceLimit;\n};\ntypedef std::list<ShiftSegment *> ShiftSegmentList;\n\n\nclass Node;\nstruct CmpNodePos\n{\n    bool operator()(const Node* u, const Node* v) const; \n};\n\n\ntypedef std::set<Node*,CmpNodePos> NodeSet;\n\nclass Node \n{\n    public:\n\n    Obstacle *v;\n    VertInf *c;\n    ShiftSegment *ss;\n    double pos;\n    double min[2], max[2];\n    Node *firstAbove, *firstBelow;\n    NodeSet::iterator iter;\n\n    Node(Obstacle *v, const double p);\n    Node(VertInf *c, const double p);\n    Node(ShiftSegment *ss, const double p);\n    virtual ~Node();\n    double firstObstacleAbove(size_t dim);\n    double firstObstacleBelow(size_t dim);\n    void markShiftSegmentsAbove(size_t dim);\n    void markShiftSegmentsBelow(size_t dim);\n    void findFirstPointAboveAndBelow(const size_t dim, const double linePos,\n            double& firstAbovePos, double& firstBelowPos, \n            double& lastAbovePos, double& lastBelowPos);\n    double firstPointAbove(size_t dim);\n    double firstPointBelow(size_t dim);\n    bool isInsideShape(size_t dimension);\n};\n\n\n// Note: Open must come first.\ntypedef enum {\n    Open = 1,\n    SegOpen = 2,\n    ConnPoint = 3, \n    SegClose = 4,\n    Close = 5\n} EventType;\n\n\nstruct Event\n{\n    Event(EventType t, Node *v, double p);\n    \n    EventType type;\n    Node *v;\n    double pos;\n};\n\n\nextern int compare_events(const void *a, const void *b);\nextern void buildConnectorRouteCheckpointCache(Router *router);\nextern void clearConnectorRouteCheckpointCache(Router *router);\nextern void buildOrthogonalChannelInfo(Router *router, \n        const size_t dim, ShiftSegmentList& segmentList);\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/shape.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cstdlib>\n\n#include \"libavoid/shape.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/connectionpin.h\"\n\n\nnamespace Avoid {\n\n\nShapeRef::ShapeRef(Router *router, Polygon& ply, const unsigned int id)\n    : Obstacle(router, ply, id)\n{\n    m_router->addShape(this);\n}\n\n\nShapeRef::~ShapeRef()\n{\n    if (m_router->m_currently_calling_destructors == false)\n    {\n        err_printf(\"ERROR: ShapeRef::~ShapeRef() shouldn't be called directly.\\n\");\n        err_printf(\"       It is owned by the router.  Call Router::deleteShape() instead.\\n\");\n        abort();\n    }\n}\n\n\nvoid ShapeRef::moveAttachedConns(const Polygon& newPoly)\n{\n    // Update positions of attached connector ends.\n    for (std::set<ConnEnd *>::iterator curr = m_following_conns.begin();\n            curr != m_following_conns.end(); ++curr)\n    {\n        ConnEnd *connEnd = *curr;\n        COLA_ASSERT(connEnd->m_conn_ref != nullptr);\n        bool connPinUpdate = true;\n        m_router->modifyConnector(connEnd->m_conn_ref, connEnd->endpointType(), \n                *connEnd, connPinUpdate);\n    }\n    for (ShapeConnectionPinSet::iterator curr = \n            m_connection_pins.begin(); curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *pin = *curr;\n        pin->updatePosition(newPoly);\n    }\n}\n\nstatic double absoluteOffsetInverse(double offset,\n        const Box& shapeBox, size_t toDim)\n{\n    if (offset == ATTACH_POS_MIN_OFFSET)\n    {\n        return ATTACH_POS_MAX_OFFSET;\n    }\n    \n    if (offset == ATTACH_POS_MAX_OFFSET)\n    {\n        return ATTACH_POS_MIN_OFFSET;\n    }\n    \n    return shapeBox.length(toDim) - offset;\n}\n\nvoid ShapeRef::transformConnectionPinPositions(\n        ShapeTransformationType transform)\n{\n    for (ShapeConnectionPinSet::iterator curr = \n            m_connection_pins.begin(); curr != m_connection_pins.end(); ++curr)\n    {\n        ShapeConnectionPin *pin = *curr;\n        double usingProportionalOffsets = pin->m_using_proportional_offsets;\n        double& xOffset = pin->m_x_offset;\n        double& yOffset = pin->m_y_offset;\n        ConnDirFlags& visDirs =  pin->m_visibility_directions;\n        double tmpOffset;\n\n        // Number of clockwise 90 degree rotations;\n        unsigned int rotationN = 0;\n\n        if (usingProportionalOffsets)\n        {\n            // Translate to Origin.\n            xOffset -= 0.5;\n            yOffset -= 0.5;\n\n            switch (transform)\n            {\n                case TransformationType_CW90:\n                    rotationN = 3;\n                    // Y <- inverse X, X <- inverse Y\n                    tmpOffset = yOffset;\n                    yOffset = xOffset;\n                    xOffset = -tmpOffset;\n                    break;\n                case TransformationType_CW180:\n                    rotationN = 2;\n                    // Y <- inverse Y, X <- inverse X\n                    yOffset = -yOffset;\n                    xOffset = -xOffset;\n                    break;\n                case TransformationType_CW270:\n                    rotationN = 1;\n                    // Y <- X, X <- Y\n                    tmpOffset = yOffset;\n                    yOffset = -xOffset;\n                    xOffset = tmpOffset;\n                    break;\n                case TransformationType_FlipX:\n                    // Y <- Y, X <- inverse X\n                    xOffset = -xOffset;\n                    break;\n                case TransformationType_FlipY:\n                    // X <- inverse X, Y <- Y\n                    yOffset = -yOffset;\n                    break;\n            }\n            // Translate back.\n            xOffset += 0.5;\n            yOffset += 0.5;\n        }\n        else\n        {\n            // Using absolute offsets for pin.\n            \n            const Box shapeBox = pin->m_shape->polygon().offsetBoundingBox(0.0);\n            switch (transform)\n            {\n                case TransformationType_CW90:\n                    rotationN = 3;\n                    // Y <- inverse X, X <- inverse Y\n                    tmpOffset = yOffset;\n                    yOffset = xOffset;\n                    xOffset = absoluteOffsetInverse(tmpOffset, shapeBox, XDIM);\n                    break;\n                case TransformationType_CW180:\n                    rotationN = 2;\n                    // Y <- inverse Y, X <- inverse X\n                    yOffset = absoluteOffsetInverse(yOffset, shapeBox, YDIM);\n                    xOffset = absoluteOffsetInverse(xOffset, shapeBox, XDIM);\n                    break;\n                case TransformationType_CW270:\n                    rotationN = 1;\n                    // Y <- X, X <- Y\n                    tmpOffset = yOffset;\n                    yOffset = absoluteOffsetInverse(xOffset, shapeBox, YDIM);\n                    xOffset = tmpOffset;\n                    break;\n                case TransformationType_FlipX:\n                    // Y <- Y, X <- inverse X\n                    xOffset = absoluteOffsetInverse(xOffset, shapeBox, XDIM);\n                    break;\n                case TransformationType_FlipY:\n                    // X <- inverse X, Y <- Y\n                    yOffset = absoluteOffsetInverse(yOffset, shapeBox, YDIM);\n                    break;\n            }\n        }\n\n        if ( (visDirs & ConnDirAll) && (visDirs != ConnDirAll) )\n        {\n            // Visibility is set, but not in all directions.\n            \n            const unsigned int dirU = 0;\n            const unsigned int dirR = 1;\n            const unsigned int dirD = 2;\n            const unsigned int dirL = 3;\n\n            bool visInDir[4] = { false };\n            if (visDirs & ConnDirUp)    visInDir[dirU] = true;\n            if (visDirs & ConnDirRight) visInDir[dirR] = true;\n            if (visDirs & ConnDirDown)  visInDir[dirD] = true;\n            if (visDirs & ConnDirLeft)  visInDir[dirL] = true;\n\n            if (transform == TransformationType_FlipY)\n            {\n                bool tmpBool = visInDir[dirU];\n                visInDir[dirU] = visInDir[dirD];\n                visInDir[dirD] = tmpBool;\n            }\n            else if (transform == TransformationType_FlipX)\n            {\n                bool tmpBool = visInDir[dirL];\n                visInDir[dirL] = visInDir[dirR];\n                visInDir[dirR] = tmpBool;\n            }\n            \n            visDirs = ConnDirNone;\n            if (visInDir[(rotationN + dirU) % 4])  visDirs |= ConnDirUp;\n            if (visInDir[(rotationN + dirR) % 4])  visDirs |= ConnDirRight;\n            if (visInDir[(rotationN + dirD) % 4])  visDirs |= ConnDirDown;\n            if (visInDir[(rotationN + dirL) % 4])  visDirs |= ConnDirLeft;\n        }\n        pin->updatePositionAndVisibility();\n        m_router->modifyConnectionPin(pin);\n    }\n}\n\n\nconst Polygon& ShapeRef::polygon(void) const\n{\n    return m_polygon;\n}\n\n\nvoid ShapeRef::outputCode(FILE *fp) const\n{\n    fprintf(fp, \"    // shapeRef%u\\n\", id());\n    fprintf(fp, \"    polygon = Polygon(%lu);\\n\", (unsigned long) polygon().size());\n    for (size_t i = 0; i < polygon().size(); ++i)\n    {\n        fprintf(fp, \"    polygon.ps[%lu] = Point(%\" PREC \"g, %\" PREC \"g);\\n\", \n                (unsigned long) i, polygon().at(i).x, polygon().at(i).y);\n    }\n\n    fprintf(fp, \"    \");\n    if (!m_connection_pins.empty())\n    {\n        fprintf(fp, \"ShapeRef *shapeRef%u = \", id());\n    }\n    fprintf(fp, \"new ShapeRef(router, polygon, %u);\\n\", id());\n    for (ShapeConnectionPinSet::const_iterator curr = \n            m_connection_pins.begin(); \n            curr != m_connection_pins.end(); ++curr)\n    {\n        (*curr)->outputCode(fp);\n    }\n    fprintf(fp, \"\\n\");\n}\n\n\nPoint ShapeRef::position(void) const\n{\n    Box bBox = routingBox();\n\n    Point centre;\n\n    centre.x = bBox.min.x + (0.5 * (bBox.max.x - bBox.min.x));\n    centre.y = bBox.min.y + (0.5 * (bBox.max.y - bBox.min.y));\n\n    return centre;\n}\n\n\nvoid ShapeRef::setCentrePos(const Point& newCentre)\n{\n    Point diff = newCentre - position();\n    m_polygon.translate(diff.x, diff.y);\n}\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/shape.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2011  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    shape.h\n//! @brief   Contains the interface for the ShapeRef class.\n\n\n#ifndef AVOID_SHAPE_H\n#define AVOID_SHAPE_H\n\n#include <list>\n#include <set>\n\n#include <cstdio>\n\n#include \"libavoid/dllexport.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/obstacle.h\"\n\nnamespace topology {\n    class LayoutObstacle;\n}\n\nnamespace Avoid {\n\nclass VertInf;\nclass Router;\nclass ShapeRef;\nclass ConnEnd;\nclass ShapeConnectionPin;\nclass ConnRef;\ntypedef std::list<ShapeRef *> ShapeRefList;\n\n//! @brief  Describes the type of transformation that has been applied to a\n//!         shape having its transformConnectionPinPositions() method called.\nenum ShapeTransformationType \n{\n    //! @brief  The shape has been rotated clockwise by 90 degrees.\n    TransformationType_CW90       = 0,\n    //! @brief  The shape has been rotated clockwise by 180 degrees.\n    TransformationType_CW180      = 1,\n    //! @brief  The shape has been rotated clockwise by 270 degrees.\n    TransformationType_CW270      = 2,\n    //! @brief  The shape has been flipped horizontally in the X-dimension.\n    TransformationType_FlipX      = 3,\n    //! @brief  The shape has been flipped vertically in the Y-dimension.\n    TransformationType_FlipY      = 4\n};\n\n\n//! @brief   The ShapeRef class represents a shape object.\n//!\n//! Shapes are obstacles that connectors must be routed around.  They can be \n//! placed into a Router scene and can be repositioned or resized (via\n//! Router::moveShape()).\n//! \n//! Usually, it is expected that you would create a ShapeRef for each shape \n//! in your diagram and keep that reference in your own shape class.\n//!\nclass AVOID_EXPORT ShapeRef : public Obstacle\n{\n    public:\n        //! @brief  Shape reference constructor.\n        //!\n        //! Creates a shape object reference, and adds it to the router\n        //! scene.  This shape will be considered to be an obstacle.\n        //! This will cause connectors intersecting the newly added shape\n        //! to be marked as needing to be rerouted.\n        //!\n        //! If the router is using transactions, then changes will occur\n        //! the next time Router::processTransaction() is called.  See\n        //! Router::setTransactionUse() for more information.\n        //!\n        //! The shape can be moved with Router::moveShape() and removed\n        //! from the scene and freed with Router::deleteShape().\n        //!\n        //! The poly argument will usually be the boundary of the shape in your \n        //! application with additional buffer of several pixels on each side.\n        //! Specifying such a buffer results in connectors leaving a small \n        //! amount of space around shapes, rather than touching them on the \n        //! corners or edges.\n        //!\n        //! @note Regarding IDs:\n        //!       You can let libavoid manually handle IDs by not specifying\n        //!       them.  Alternatively, you can specify all IDs yourself, but \n        //!       you must be careful to makes sure that each object in the \n        //!       scene (shape, connector, cluster, etc) is given a unique, \n        //!       positive ID.  This uniqueness is checked if assertions are\n        //!       enabled, but if not and there are clashes then strange \n        //!       things can happen.\n        //!\n        //! @param[in]  router  The router scene to place the shape into.\n        //! @param[in]  poly    A Polygon representing the boundary of the \n        //!                     shape.\n        //! @param[in]  id      Optionally, a positive integer ID unique\n        //!                     among all objects.\n        //!\n        ShapeRef(Router *router, Polygon& poly, const unsigned int id = 0);\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        //! @brief  Shape reference destructor.\n        //!\n        //! Do not call this yourself, instead call Router::deleteShape().\n        //! Ownership of this object belongs to the router scene.\n        virtual ~ShapeRef();\n#endif\n\n        //! @brief   Returns a reference to the polygon boundary of this shape.\n        //! @returns A reference to the polygon boundary of the shape.\n        const Polygon& polygon(void) const;\n        \n        //! @brief  Adjusts all of the shape's connection pin positions and \n        //!         visibility directions for a given transformation type.\n        //!\n        //! @param[in]  transform  A ShapeTransformationType specifying the \n        //!                        type of transform to be applied to all \n        //!                        connection pins for the shape.\n        //! \n        void transformConnectionPinPositions(ShapeTransformationType transform);\n \n        Point position(void) const;\n    private:\n        friend class Router;\n        friend class ConnEnd;\n        friend class ShapeConnectionPin;\n        friend class topology::LayoutObstacle;\n\n        void outputCode(FILE *fp) const;\n        void moveAttachedConns(const Polygon& newPoly);\n        void assignPinVisibilityTo(const unsigned int pinClassId,\n                VertInf *dummyConnectionVert);\n        void setCentrePos(const Point& newCentre);\n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/tests/2junctions.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\nusing namespace Avoid;\r\n\r\nint test()\r\n{\r\n\tAvoid::ConnEnd end1;\r\n\tAvoid::ConnEnd end2;\r\n\tAvoid::Polygon poly;\r\n\tAvoid::Router * router1 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\trouter1->setTransactionUse(true);\r\n\trouter1->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::fixedSharedPathPenalty);\r\n\trouter1->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter1->setRoutingParameter(idealNudgingDistance, 25);\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(51410, 50640));\r\n\tpoly.setPoint(1, Avoid::Point(51410, 50960));\r\n\tpoly.setPoint(2, Avoid::Point(51050, 50960));\r\n\tpoly.setPoint(3, Avoid::Point(51050, 50640));\r\n\tAvoid::ShapeRef * shape365249936 = new Avoid::ShapeRef(router1, poly, 365249936);\r\n\tAvoid::ShapeConnectionPin * pin365249936_2 = new Avoid::ShapeConnectionPin(shape365249936, 3, 0, 0.5, true, 10, 4);\r\n\tpin365249936_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin365249936_4 = new Avoid::ShapeConnectionPin(shape365249936, 5, 0, 0.734375, true, 10, 4);\r\n\tpin365249936_4->setExclusive(true);\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50760, 50691));\r\n\tpoly.setPoint(1, Avoid::Point(50760, 50775));\r\n\tpoly.setPoint(2, Avoid::Point(50640, 50775));\r\n\tpoly.setPoint(3, Avoid::Point(50640, 50691));\r\n\tAvoid::ShapeRef * shape386142480 = new Avoid::ShapeRef(router1, poly, 386142480);\r\n\tAvoid::ShapeConnectionPin * pin386142480_1 = new Avoid::ShapeConnectionPin(shape386142480, 2, 0.5, 1, true, 10, 2);\r\n\tpin386142480_1->setExclusive(true);\r\n\tAvoid::JunctionRef * junction328922310 = new Avoid::JunctionRef(router1, Avoid::Point(50700, 50800), 328922310);\r\n\tjunction328922310->setPositionFixed(true);\r\n\tend1 = Avoid::ConnEnd(shape365249936, 3);\r\n\tend2 = Avoid::ConnEnd(junction328922310);\r\n\t/*Avoid::ConnRef * conn152169328 = */ new Avoid::ConnRef(router1, end1, end2);\r\n\tend1 = Avoid::ConnEnd(junction328922310);\r\n\tend2 = Avoid::ConnEnd(shape386142480, 2);\r\n\t/*Avoid::ConnRef * conn684888074 = */ new Avoid::ConnRef(router1, end1, end2);\r\n\tend1 = Avoid::ConnEnd(shape365249936, 5);\r\n\tend2 = Avoid::ConnEnd(junction328922310);\r\n\tAvoid::ConnRef * conn18168360 = new Avoid::ConnRef(router1, end1, end2);\r\n\trouter1->processTransaction();\r\n\r\n\trouter1->outputDiagram(\"output/2junctions-1\");\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50879, 50885));\r\n\tpoly.setPoint(1, Avoid::Point(50879, 50960));\r\n\tpoly.setPoint(2, Avoid::Point(50821, 50960));\r\n\tpoly.setPoint(3, Avoid::Point(50821, 50885));\r\n\tAvoid::ShapeRef * shape150429385 = new Avoid::ShapeRef(router1, poly, 150429385);\r\n\tAvoid::ShapeConnectionPin * pin150429385_0 = new Avoid::ShapeConnectionPin(shape150429385, 1, 0.5, 0, true, 10, 1);\r\n\tpin150429385_0->setExclusive(true);\r\n\tAvoid::JunctionRef * junction550292508 = new Avoid::JunctionRef(router1, Avoid::Point(50850, 50875), 550292508);\r\n\trouter1->deleteConnector(conn18168360);\r\n\tconn18168360 = nullptr;\r\n\tend1 = Avoid::ConnEnd(shape365249936, 5);\r\n\tend2 = Avoid::ConnEnd(junction550292508);\r\n\tAvoid::ConnRef * conn795337150 = new Avoid::ConnRef(router1, end1, end2);\r\n\tconn795337150->makePathInvalid();\r\n\tend1 = Avoid::ConnEnd(junction550292508);\r\n\tend2 = Avoid::ConnEnd(junction328922310);\r\n\tAvoid::ConnRef * conn151961380 = new Avoid::ConnRef(router1, end1, end2);\r\n\tconn151961380->makePathInvalid();\r\n\tend1 = Avoid::ConnEnd(shape150429385, 1);\r\n\tend2 = Avoid::ConnEnd(junction550292508);\r\n\tAvoid::ConnRef * conn149180423 = new Avoid::ConnRef(router1, end1, end2);\r\n\tconn149180423->makePathInvalid();\r\n\trouter1->processTransaction();\r\n\r\n\trouter1->outputDiagram(\"output/2junctions-2\");\r\n\t/*\r\n\tjunction550292508->setPositionFixed(true);\r\n\trouter1->deleteShape(shape365249936);\r\n\tshape365249936 = nullptr;\r\n\trouter1->deleteShape(shape386142480);\r\n\tshape386142480 = nullptr;\r\n\trouter1->deleteJunction(junction328922310);\r\n\tjunction328922310 = nullptr;\r\n\trouter1->deleteConnector(conn152169328);\r\n\tconn152169328 = nullptr;\r\n\trouter1->deleteConnector(conn684888074);\r\n\tconn684888074 = nullptr;\r\n\trouter1->deleteShape(shape150429385);\r\n\tshape150429385 = nullptr;\r\n\trouter1->deleteJunction(junction550292508);\r\n\tjunction550292508 = nullptr;\r\n\trouter1->deleteConnector(conn795337150);\r\n\tconn795337150 = nullptr;\r\n\trouter1->deleteConnector(conn151961380);\r\n\tconn151961380 = nullptr;\r\n\trouter1->deleteConnector(conn149180423);\r\n\tconn149180423 = nullptr;\r\n\trouter1->processTransaction();\r\n*/\r\n\tbool atEnds = true;\r\n        bool overlap = router1->existsOrthogonalFixedSegmentOverlap(atEnds);\r\n        delete router1;\r\n        return (overlap) ? 1 : 0;\r\n}\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\treturn test();\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir)\n\nLDADD = $(top_builddir)/libavoid/libavoid.la\n\n# Disabled tests:\n#\tcorneroverlap01\n#\tunsatisfiableRangeAssertion  - really slow.\n\ncheck_PROGRAMS = \\\n\tremoveJunctions01 \\\n\tpenaltyRerouting01 \\\n\ttreeRootCrash01 \\\n\ttreeRootCrash02 \\\n        forwardFlowingConnectors01 \\\n\texample \\\n\tendlessLoop01 \\\n\tcomplex \\\n\tmulticonnact \\\n\tinline \\\n\tinfinity \\\n\tlatesetup \\\n\tinlineoverlap01 \\\n\tinlineoverlap02 \\\n\tinlineoverlap03 \\\n\tinlineoverlap04 \\\n\tinlineoverlap05 \\\n\tinlineoverlap06 \\\n\tinlineoverlap07 \\\n\tinlineoverlap08 \\\n\tinlineOverlap09 \\\n\tinlineOverlap10 \\\n\tinlineOverlap11 \\\n\tnudgeintobug \\\n\tslowrouting \\\n\ttjunct \\\n\tvertlineassertion \\\n\torthordering01 \\\n\torthordering02 \\\n\torderassertion \\\n\tconnendmove \\\n\tconnectionpin01 \\\n\tconnectionpin02 \\\n\tconnectionpin03 \\\n\tjunction01 \\\n\tjunction02 \\\n\tjunction03 \\\n\tjunction04 \\\n\tnudgeold \\\n\tlineSegWrapperCrash1 \\\n\tlineSegWrapperCrash2 \\\n\tlineSegWrapperCrash3 \\\n\tlineSegWrapperCrash4 \\\n\tlineSegWrapperCrash5 \\\n\tlineSegWrapperCrash6 \\\n\tlineSegWrapperCrash7 \\\n\tlineSegWrapperCrash8 \\\n\tnode1 \\\n\toverlappingRects \\\n\tinlineShapes \\\n\tcheckpoints01 \\\n\tcheckpoints02 \\\n\tcheckpoints03 \\\n\tfreeFloatingDirection01 \\\n\trestrictedNudging \\\n\tperformance01 \\\n\thyperedge01 \\\n\thyperedge02 \\\n\timproveHyperedge01 \\\n\timproveHyperedge02 \\\n\timproveHyperedge03 \\\n\timproveHyperedge04 \\\n\timproveHyperedge05 \\\n\timproveHyperedge06 \\\n\tvalidPaths01 \\\n\tvalidPaths02 \\\n\t2junctions \\\n\thyperedgeLoop1 \\\n\tbuildOrthogonalChannelInfo1 \\\n\tfinalSegmentNudging1 \\\n\tfinalSegmentNudging2 \\\n\tfinalSegmentNudging3 \\\n\tcheckpointNudging1 \\\n\tcheckpointNudging2 \\\n\tcheckpointNudging3 \\\n\tnudgeCrossing01 \\\n\tnudgingSkipsCheckpoint01 \\\n\tnudgingSkipsCheckpoint02 \\\n\thola01 \\\n\thyperedgeRerouting01\n\n# problem_SOURCES = problem.cpp\n\nhola01_SOURCES = hola01.cpp\n\npenaltyRerouting01_SOURCES = penaltyRerouting01.cpp\n\ntreeRootCrash01_SOURCES = treeRootCrash01.cpp\ntreeRootCrash02_SOURCES = treeRootCrash02.cpp\n\nhyperedgeRerouting01_SOURCES = hyperedgeRerouting01.cpp\n\nforwardFlowingConnectors01_SOURCES = forwardFlowingConnectors01.cpp\n\n# unsatisfiableRangeAssertion_SOURCES = unsatisfiableRangeAssertion.cpp\n\nremoveJunctions01_SOURCES = removeJunctions01.cpp\n\nendlessLoop01_SOURCES = endlessLoop01.cpp\n\nnudgingSkipsCheckpoint01_SOURCES = nudgingSkipsCheckpoint01.cpp\nnudgingSkipsCheckpoint02_SOURCES = nudgingSkipsCheckpoint02.cpp\n\nnudgeCrossing01_SOURCES = nudgeCrossing01.cpp\n\ncheckpointNudging1_SOURCES = checkpointNudging1.cpp\ncheckpointNudging2_SOURCES = checkpointNudging2.cpp\ncheckpointNudging3_SOURCES = checkpointNudging3.cpp\n\nfinalSegmentNudging1_SOURCES = finalSegmentNudging1.cpp\nfinalSegmentNudging2_SOURCES = finalSegmentNudging2.cpp\nfinalSegmentNudging3_SOURCES = finalSegmentNudging3.cpp\n\nbuildOrthogonalChannelInfo1_SOURCES = buildOrthogonalChannelInfo1.cpp\n\nhyperedgeLoop1_SOURCES = hyperedgeLoop1.cpp\n\nimproveHyperedge01_SOURCES = improveHyperedge01.cpp\nimproveHyperedge02_SOURCES = improveHyperedge02.cpp\nimproveHyperedge03_SOURCES = improveHyperedge03.cpp\nimproveHyperedge04_SOURCES = improveHyperedge04.cpp\nimproveHyperedge05_SOURCES = improveHyperedge05.cpp\nimproveHyperedge06_SOURCES = improveHyperedge06.cpp\n\nperformance01_SOURCES = performance01.cpp\n\nrestrictedNudging_SOURCES = restrictedNudging.cpp\n\nfreeFloatingDirection01_SOURCES = freeFloatingDirection01.cpp\n\ncheckpoints01_SOURCES = checkpoints01.cpp\ncheckpoints02_SOURCES = checkpoints02.cpp\ncheckpoints03_SOURCES = checkpoints03.cpp\ninlineShapes_SOURCES = inlineShapes.cpp\n\n2junctions_SOURCES = 2junctions.cpp\noverlappingRects_SOURCES = overlappingRects.cpp\n\nlineSegWrapperCrash1_SOURCES = lineSegWrapperCrash1.cpp\nlineSegWrapperCrash2_SOURCES = lineSegWrapperCrash2.cpp\nlineSegWrapperCrash3_SOURCES = lineSegWrapperCrash3.cpp\nlineSegWrapperCrash4_SOURCES = lineSegWrapperCrash4.cpp\nlineSegWrapperCrash5_SOURCES = lineSegWrapperCrash5.cpp\nlineSegWrapperCrash6_SOURCES = lineSegWrapperCrash6.cpp\nlineSegWrapperCrash7_SOURCES = lineSegWrapperCrash7.cpp\nlineSegWrapperCrash8_SOURCES = lineSegWrapperCrash8.cpp\n\nexample_SOURCES = example.cpp\nvalidPaths01_SOURCES = validPaths01.cpp\nvalidPaths02_SOURCES = validPaths02.cpp\n\nmulticonnact_SOURCES = multiconnact.cpp\n\ncomplex_SOURCES = complex.cpp\n\ninline_SOURCES = inline.cpp\n\ninfinity_SOURCES = infinity.cpp\n\nlatesetup_SOURCES = latesetup.cpp\n\nnudgeold_SOURCES = nudgeold.cpp\n\nnode1_SOURCES = node1.cpp\n\nvertlineassertion_SOURCES = vertlineassertion.cpp\n\ninlineoverlap01_SOURCES = inlineoverlap01.cpp\ninlineoverlap02_SOURCES = inlineoverlap02.cpp\ninlineoverlap03_SOURCES = inlineoverlap03.cpp\ninlineoverlap04_SOURCES = inlineoverlap04.cpp\ninlineoverlap05_SOURCES = inlineoverlap05.cpp\ninlineoverlap06_SOURCES = inlineoverlap06.cpp\ninlineoverlap07_SOURCES = inlineoverlap07.cpp\ninlineoverlap08_SOURCES = inlineoverlap08.cpp\ninlineOverlap09_SOURCES = inlineOverlap09.cpp\ninlineOverlap10_SOURCES = inlineOverlap10.cpp\ninlineOverlap11_SOURCES = inlineOverlap11.cpp\n\n# corneroverlap01_SOURCES = corneroverlap01.cpp\n\northordering01_SOURCES = orthordering01.cpp\northordering02_SOURCES = orthordering02.cpp\n\ntjunct_SOURCES = tjunct.cpp\n\nhyperedge01_SOURCES = hyperedge01.cpp\nhyperedge02_SOURCES = hyperedge02.cpp\n\nnudgeintobug_SOURCES = nudgeintobug.cpp\n\nslowrouting_SOURCES = slowrouting.cpp\n\norderassertion_SOURCES = orderassertion.cpp\n\nconnendmove_SOURCES = connendmove.cpp\n\nconnectionpin01_SOURCES = connectionpin01.cpp\nconnectionpin02_SOURCES = connectionpin02.cpp\nconnectionpin03_SOURCES = connectionpin03.cpp\n\njunction01_SOURCES = junction01.cpp\njunction02_SOURCES = junction02.cpp\njunction03_SOURCES = junction03.cpp\njunction04_SOURCES = junction04.cpp\n\nTESTS = $(check_PROGRAMS)\n\n"
  },
  {
    "path": "cola/libavoid/tests/buildOrthogonalChannelInfo1.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\nusing namespace Avoid;\r\n\r\nvoid test()\r\n{\r\n\tAvoid::ConnEnd end1;\r\n\tAvoid::ConnEnd end2;\r\n\tAvoid::Polygon poly;\r\n\tAvoid::Router * router1 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\trouter1->setTransactionUse(true);\r\n\trouter1->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter1->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter1->setRoutingParameter(idealNudgingDistance, 25);\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50760, 50691));\r\n\tpoly.setPoint(1, Avoid::Point(50760, 50775));\r\n\tpoly.setPoint(2, Avoid::Point(50640, 50775));\r\n\tpoly.setPoint(3, Avoid::Point(50640, 50691));\r\n\tAvoid::ShapeRef * shape386142480 = new Avoid::ShapeRef(router1, poly, 386142480);\r\n\tAvoid::ShapeConnectionPin * pin386142480_0 = new Avoid::ShapeConnectionPin(shape386142480, 1,                  0.5,  0.40476190476190477,                    true, 0, 13);\r\n\tpin386142480_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin386142480_1 = new Avoid::ShapeConnectionPin(shape386142480, 2,                  0.5,                    1,                   true, 10, 2);\r\n\tpin386142480_1->setExclusive(true);\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(51185, 50765));\r\n\tpoly.setPoint(1, Avoid::Point(51185, 50935));\r\n\tpoly.setPoint(2, Avoid::Point(50975, 50935));\r\n\tpoly.setPoint(3, Avoid::Point(50975, 50765));\r\n\tAvoid::ShapeRef * shape300136482 = new Avoid::ShapeRef(router1, poly, 300136482);\r\n\tAvoid::ShapeConnectionPin * pin300136482_0 = new Avoid::ShapeConnectionPin(shape300136482, 1,                    0,                  0.5,                   true, 10, 4);\r\n\tpin300136482_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin300136482_1 = new Avoid::ShapeConnectionPin(shape300136482, 2,  0.95238095238095233,                  0.5,                   true, 10, 8);\r\n\tpin300136482_1->setExclusive(true);\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50854, 50840));\r\n\tpoly.setPoint(1, Avoid::Point(50854, 50935));\r\n\tpoly.setPoint(2, Avoid::Point(50796, 50935));\r\n\tpoly.setPoint(3, Avoid::Point(50796, 50840));\r\n\tAvoid::ShapeRef * shape51003942 = new Avoid::ShapeRef(router1, poly, 51003942);\r\n\tAvoid::ShapeConnectionPin * pin51003942_0 = new Avoid::ShapeConnectionPin(shape51003942, 1,                  0.5,  0.10526315789473684,                   true, 10, 1);\r\n\tpin51003942_0->setExclusive(true);\r\n\tAvoid::JunctionRef * junction502411221 = new Avoid::JunctionRef(router1, Avoid::Point(50825, 50850), 502411221);\r\n\tend1 = Avoid::ConnEnd(shape386142480, 2);\r\n\tend2 = Avoid::ConnEnd(junction502411221);\r\n\tnew Avoid::ConnRef(router1, end1, end2);\r\n\tend1 = Avoid::ConnEnd(junction502411221);\r\n\tend2 = Avoid::ConnEnd(shape300136482, 1);\r\n\tnew Avoid::ConnRef(router1, end1, end2);\r\n\tend1 = Avoid::ConnEnd(shape51003942, 1);\r\n\tend2 = Avoid::ConnEnd(junction502411221);\r\n\tnew Avoid::ConnRef(router1, end1, end2);\r\n\trouter1->processTransaction();\r\n\r\n\trouter1->outputDiagram(\"output/buildOrthogonalChannelInfo1\");\r\n    delete router1;\r\n}\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/checkpointNudging1.cpp",
    "content": "// KEGG -> SBGN example #10\n//\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n\n\n#ifdef ALL\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1201.5, 1180.75);\n    poly1.ps[1] = Point(1201.5, 1212.75);\n    poly1.ps[2] = Point(1181.5, 1212.75);\n    poly1.ps[3] = Point(1181.5, 1180.75);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(785.5, 2338.79);\n    poly2.ps[1] = Point(785.5, 2358.79);\n    poly2.ps[2] = Point(753.5, 2358.79);\n    poly2.ps[3] = Point(753.5, 2338.79);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(261.5, 2215.42);\n    poly3.ps[1] = Point(261.5, 2247.42);\n    poly3.ps[2] = Point(241.5, 2247.42);\n    poly3.ps[3] = Point(241.5, 2215.42);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(785.5, 2400.79);\n    poly4.ps[1] = Point(785.5, 2420.79);\n    poly4.ps[2] = Point(753.5, 2420.79);\n    poly4.ps[3] = Point(753.5, 2400.79);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(282.5, 2348.79);\n    poly5.ps[1] = Point(282.5, 2410.79);\n    poly5.ps[2] = Point(220.5, 2410.79);\n    poly5.ps[3] = Point(220.5, 2348.79);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(1643.5, 817.25);\n    poly6.ps[1] = Point(1643.5, 1194.25);\n    poly6.ps[2] = Point(1421.5, 1194.25);\n    poly6.ps[3] = Point(1421.5, 817.25);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(1311.5, 45);\n    poly7.ps[1] = Point(1311.5, 219);\n    poly7.ps[2] = Point(1191.5, 219);\n    poly7.ps[3] = Point(1191.5, 45);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(839.5, 2301.79);\n    poly8.ps[1] = Point(839.5, 2333.79);\n    poly8.ps[2] = Point(819.5, 2333.79);\n    poly8.ps[3] = Point(819.5, 2301.79);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1105.5, 2263.79);\n    poly9.ps[1] = Point(1105.5, 2283.79);\n    poly9.ps[2] = Point(1073.5, 2283.79);\n    poly9.ps[3] = Point(1073.5, 2263.79);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1105.5, 2338.79);\n    poly10.ps[1] = Point(1105.5, 2358.79);\n    poly10.ps[2] = Point(1073.5, 2358.79);\n    poly10.ps[3] = Point(1073.5, 2338.79);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(1027.5, 2169.79);\n    poly11.ps[1] = Point(1027.5, 2189.79);\n    poly11.ps[2] = Point(995.5, 2189.79);\n    poly11.ps[3] = Point(995.5, 2169.79);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(1021.5, 2082.42);\n    poly12.ps[1] = Point(1021.5, 2114.42);\n    poly12.ps[2] = Point(1001.5, 2114.42);\n    poly12.ps[3] = Point(1001.5, 2082.42);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(721.5, 2159.42);\n    poly13.ps[1] = Point(721.5, 2179.42);\n    poly13.ps[2] = Point(689.5, 2179.42);\n    poly13.ps[3] = Point(689.5, 2159.42);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(391.5, 2159.42);\n    poly14.ps[1] = Point(391.5, 2179.42);\n    poly14.ps[2] = Point(359.5, 2179.42);\n    poly14.ps[3] = Point(359.5, 2159.42);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(1374.5, 2159.42);\n    poly15.ps[1] = Point(1374.5, 2179.42);\n    poly15.ps[2] = Point(1342.5, 2179.42);\n    poly15.ps[3] = Point(1342.5, 2159.42);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(923.421, 1631.86);\n    poly16.ps[1] = Point(923.421, 1675.86);\n    poly16.ps[2] = Point(835.421, 1675.86);\n    poly16.ps[3] = Point(835.421, 1631.86);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(1201.5, 1949.42);\n    poly17.ps[1] = Point(1201.5, 1981.42);\n    poly17.ps[2] = Point(1181.5, 1981.42);\n    poly17.ps[3] = Point(1181.5, 1949.42);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(252, 1963.42);\n    poly18.ps[1] = Point(252, 2127.42);\n    poly18.ps[2] = Point(45, 2127.42);\n    poly18.ps[3] = Point(45, 1963.42);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(1201.5, 1825.42);\n    poly19.ps[1] = Point(1201.5, 1857.42);\n    poly19.ps[2] = Point(1181.5, 1857.42);\n    poly19.ps[3] = Point(1181.5, 1825.42);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(1201.5, 1701.42);\n    poly20.ps[1] = Point(1201.5, 1733.42);\n    poly20.ps[2] = Point(1181.5, 1733.42);\n    poly20.ps[3] = Point(1181.5, 1701.42);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(1170.5, 1327.42);\n    poly21.ps[1] = Point(1170.5, 1359.42);\n    poly21.ps[2] = Point(1150.5, 1359.42);\n    poly21.ps[3] = Point(1150.5, 1327.42);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(741, 1632.42);\n    poly22.ps[1] = Point(741, 1692.42);\n    poly22.ps[2] = Point(428, 1692.42);\n    poly22.ps[3] = Point(428, 1632.42);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(996.5, 1281.42);\n    poly23.ps[1] = Point(996.5, 1301.42);\n    poly23.ps[2] = Point(964.5, 1301.42);\n    poly23.ps[3] = Point(964.5, 1281.42);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(1232.5, 1047.75);\n    poly24.ps[1] = Point(1232.5, 1079.75);\n    poly24.ps[2] = Point(1212.5, 1079.75);\n    poly24.ps[3] = Point(1212.5, 1047.75);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(1170.5, 1047.75);\n    poly25.ps[1] = Point(1170.5, 1079.75);\n    poly25.ps[2] = Point(1150.5, 1079.75);\n    poly25.ps[3] = Point(1150.5, 1047.75);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1343.5, 540.5);\n    poly26.ps[1] = Point(1343.5, 560.5);\n    poly26.ps[2] = Point(1311.5, 560.5);\n    poly26.ps[3] = Point(1311.5, 540.5);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1201.5, 724);\n    poly27.ps[1] = Point(1201.5, 756);\n    poly27.ps[2] = Point(1181.5, 756);\n    poly27.ps[3] = Point(1181.5, 724);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(1201.5, 462);\n    poly28.ps[1] = Point(1201.5, 494);\n    poly28.ps[2] = Point(1181.5, 494);\n    poly28.ps[3] = Point(1181.5, 462);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(934.5, 873);\n    poly29.ps[1] = Point(934.5, 893);\n    poly29.ps[2] = Point(902.5, 893);\n    poly29.ps[3] = Point(902.5, 873);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(492.5, 767);\n    poly30.ps[1] = Point(492.5, 787);\n    poly30.ps[2] = Point(460.5, 787);\n    poly30.ps[3] = Point(460.5, 767);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(492.5, 842);\n    poly31.ps[1] = Point(492.5, 862);\n    poly31.ps[2] = Point(460.5, 862);\n    poly31.ps[3] = Point(460.5, 842);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(814.5, 730);\n    poly32.ps[1] = Point(814.5, 750);\n    poly32.ps[2] = Point(782.5, 750);\n    poly32.ps[3] = Point(782.5, 730);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(653.5, 724);\n    poly33.ps[1] = Point(653.5, 756);\n    poly33.ps[2] = Point(633.5, 756);\n    poly33.ps[3] = Point(633.5, 724);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(296.5, 724);\n    poly34.ps[1] = Point(296.5, 756);\n    poly34.ps[2] = Point(276.5, 756);\n    poly34.ps[3] = Point(276.5, 724);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(723.5, 468);\n    poly35.ps[1] = Point(723.5, 488);\n    poly35.ps[2] = Point(691.5, 488);\n    poly35.ps[3] = Point(691.5, 468);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(723.5, 543);\n    poly36.ps[1] = Point(723.5, 563);\n    poly36.ps[2] = Point(691.5, 563);\n    poly36.ps[3] = Point(691.5, 543);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(723.5, 393);\n    poly37.ps[1] = Point(723.5, 413);\n    poly37.ps[2] = Point(691.5, 413);\n    poly37.ps[3] = Point(691.5, 393);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(783.5, 331);\n    poly38.ps[1] = Point(783.5, 351);\n    poly38.ps[2] = Point(751.5, 351);\n    poly38.ps[3] = Point(751.5, 331);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(783.5, 229);\n    poly39.ps[1] = Point(783.5, 249);\n    poly39.ps[2] = Point(751.5, 249);\n    poly39.ps[3] = Point(751.5, 229);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(402, 96.5);\n    poly40.ps[1] = Point(402, 131.5);\n    poly40.ps[2] = Point(141, 131.5);\n    poly40.ps[3] = Point(141, 96.5);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(508.5, 2302.46);\n    poly41.ps[1] = Point(508.5, 2322.46);\n    poly41.ps[2] = Point(476.5, 2322.46);\n    poly41.ps[3] = Point(476.5, 2302.46);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(1201.5, 1553.42);\n    poly42.ps[1] = Point(1201.5, 1585.42);\n    poly42.ps[2] = Point(1181.5, 1585.42);\n    poly42.ps[3] = Point(1181.5, 1553.42);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(723.5, 605);\n    poly43.ps[1] = Point(723.5, 625);\n    poly43.ps[2] = Point(691.5, 625);\n    poly43.ps[3] = Point(691.5, 605);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(492.5, 904);\n    poly44.ps[1] = Point(492.5, 924);\n    poly44.ps[2] = Point(460.5, 924);\n    poly44.ps[3] = Point(460.5, 904);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(302.5, 1066);\n    poly45.ps[1] = Point(302.5, 1086);\n    poly45.ps[2] = Point(270.5, 1086);\n    poly45.ps[3] = Point(270.5, 1066);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(302.5, 1168);\n    poly46.ps[1] = Point(302.5, 1188);\n    poly46.ps[2] = Point(270.5, 1188);\n    poly46.ps[3] = Point(270.5, 1168);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(570.5, 1066);\n    poly47.ps[1] = Point(570.5, 1086);\n    poly47.ps[2] = Point(538.5, 1086);\n    poly47.ps[3] = Point(538.5, 1066);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(570.5, 1168);\n    poly48.ps[1] = Point(570.5, 1188);\n    poly48.ps[2] = Point(538.5, 1188);\n    poly48.ps[3] = Point(538.5, 1168);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(1432.5, 519.5);\n    poly49.ps[1] = Point(1432.5, 581.5);\n    poly49.ps[2] = Point(1370.5, 581.5);\n    poly49.ps[3] = Point(1370.5, 519.5);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(1222.5, 249);\n    poly50.ps[1] = Point(1222.5, 311);\n    poly50.ps[2] = Point(1160.5, 311);\n    poly50.ps[3] = Point(1160.5, 249);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1222.5, 1748.42);\n    poly51.ps[1] = Point(1222.5, 1810.42);\n    poly51.ps[2] = Point(1160.5, 1810.42);\n    poly51.ps[3] = Point(1160.5, 1748.42);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(317.5, 553);\n    poly52.ps[1] = Point(317.5, 615);\n    poly52.ps[2] = Point(255.5, 615);\n    poly52.ps[3] = Point(255.5, 553);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(317.5, 852);\n    poly53.ps[1] = Point(317.5, 914);\n    poly53.ps[2] = Point(255.5, 914);\n    poly53.ps[3] = Point(255.5, 852);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(767.5, 1260.42);\n    poly54.ps[1] = Point(767.5, 1322.42);\n    poly54.ps[2] = Point(705.5, 1322.42);\n    poly54.ps[3] = Point(705.5, 1260.42);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(767.5, 852);\n    poly55.ps[1] = Point(767.5, 914);\n    poly55.ps[2] = Point(705.5, 914);\n    poly55.ps[3] = Point(705.5, 852);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(1222.5, 553);\n    poly56.ps[1] = Point(1222.5, 615);\n    poly56.ps[2] = Point(1160.5, 615);\n    poly56.ps[3] = Point(1160.5, 553);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(1222.5, 852);\n    poly57.ps[1] = Point(1222.5, 914);\n    poly57.ps[2] = Point(1160.5, 914);\n    poly57.ps[3] = Point(1160.5, 852);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(1222.5, 1872.42);\n    poly58.ps[1] = Point(1222.5, 1934.42);\n    poly58.ps[2] = Point(1160.5, 1934.42);\n    poly58.ps[3] = Point(1160.5, 1872.42);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(1222.5, 1624.42);\n    poly59.ps[1] = Point(1222.5, 1686.42);\n    poly59.ps[2] = Point(1160.5, 1686.42);\n    poly59.ps[3] = Point(1160.5, 1624.42);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(1222.5, 1424.42);\n    poly60.ps[1] = Point(1222.5, 1486.42);\n    poly60.ps[2] = Point(1160.5, 1486.42);\n    poly60.ps[3] = Point(1160.5, 1424.42);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(1463.5, 2138.42);\n    poly61.ps[1] = Point(1463.5, 2200.42);\n    poly61.ps[2] = Point(1401.5, 2200.42);\n    poly61.ps[3] = Point(1401.5, 2138.42);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(705.5, 2281.46);\n    poly62.ps[1] = Point(705.5, 2343.46);\n    poly62.ps[2] = Point(643.5, 2343.46);\n    poly62.ps[3] = Point(643.5, 2281.46);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(1358.5, 2348.79);\n    poly63.ps[1] = Point(1358.5, 2410.79);\n    poly63.ps[2] = Point(1296.5, 2410.79);\n    poly63.ps[3] = Point(1296.5, 2348.79);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1222.5, 2138.42);\n    poly64.ps[1] = Point(1222.5, 2200.42);\n    poly64.ps[2] = Point(1160.5, 2200.42);\n    poly64.ps[3] = Point(1160.5, 2138.42);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(860.5, 2138.42);\n    poly65.ps[1] = Point(860.5, 2200.42);\n    poly65.ps[2] = Point(798.5, 2200.42);\n    poly65.ps[3] = Point(798.5, 2138.42);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(282.5, 2138.42);\n    poly66.ps[1] = Point(282.5, 2200.42);\n    poly66.ps[2] = Point(220.5, 2200.42);\n    poly66.ps[3] = Point(220.5, 2138.42);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(860.5, 2348.79);\n    poly67.ps[1] = Point(860.5, 2410.79);\n    poly67.ps[2] = Point(798.5, 2410.79);\n    poly67.ps[3] = Point(798.5, 2348.79);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(554.5, 2138.42);\n    poly68.ps[1] = Point(554.5, 2200.42);\n    poly68.ps[2] = Point(492.5, 2200.42);\n    poly68.ps[3] = Point(492.5, 2138.42);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(406.5, 2281.46);\n    poly69.ps[1] = Point(406.5, 2343.46);\n    poly69.ps[2] = Point(344.5, 2343.46);\n    poly69.ps[3] = Point(344.5, 2281.46);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(1222.5, 1084.75);\n    poly70.ps[1] = Point(1222.5, 1146.75);\n    poly70.ps[2] = Point(1160.5, 1146.75);\n    poly70.ps[3] = Point(1160.5, 1084.75);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(247.5, 1045);\n    poly71.ps[1] = Point(247.5, 1107);\n    poly71.ps[2] = Point(185.5, 1107);\n    poly71.ps[3] = Point(185.5, 1045);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(437.5, 1045);\n    poly72.ps[1] = Point(437.5, 1107);\n    poly72.ps[2] = Point(375.5, 1107);\n    poly72.ps[3] = Point(375.5, 1045);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(437.5, 1147);\n    poly73.ps[1] = Point(437.5, 1209);\n    poly73.ps[2] = Point(375.5, 1209);\n    poly73.ps[3] = Point(375.5, 1147);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(247.5, 1147);\n    poly74.ps[1] = Point(247.5, 1209);\n    poly74.ps[2] = Point(185.5, 1209);\n    poly74.ps[3] = Point(185.5, 1147);\n    new ShapeRef(router, poly74, 74);\n#endif\n    Polygon poly75(4);\n    poly75.ps[0] = Point(715.439, 1924.42);\n    poly75.ps[1] = Point(715.439, 1944.42);\n    poly75.ps[2] = Point(683.439, 1944.42);\n    poly75.ps[3] = Point(683.439, 1924.42);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(282.5, 1872.42);\n    poly76.ps[1] = Point(282.5, 1934.42);\n    poly76.ps[2] = Point(220.5, 1934.42);\n    poly76.ps[3] = Point(220.5, 1872.42);\n    new ShapeRef(router, poly76, 76);\n\n#ifdef ALL\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1105.5, 2400.79);\n    poly77.ps[1] = Point(1105.5, 2420.79);\n    poly77.ps[2] = Point(1073.5, 2420.79);\n    poly77.ps[3] = Point(1073.5, 2400.79);\n    new ShapeRef(router, poly77, 77);\n#endif\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(715.439, 1862.42);\n    poly78.ps[1] = Point(715.439, 1882.42);\n    poly78.ps[2] = Point(683.439, 1882.42);\n    poly78.ps[3] = Point(683.439, 1862.42);\n    new ShapeRef(router, poly78, 78);\n\n#ifdef ALL\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1506.5, 2243.29);\n    poly79.ps[1] = Point(1506.5, 2408.29);\n    poly79.ps[2] = Point(1369.5, 2408.29);\n    poly79.ps[3] = Point(1369.5, 2243.29);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(1232.5, 1327.42);\n    poly80.ps[1] = Point(1232.5, 1359.42);\n    poly80.ps[2] = Point(1212.5, 1359.42);\n    poly80.ps[3] = Point(1212.5, 1327.42);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(1250.5, 1491.42);\n    poly81.ps[1] = Point(1250.5, 1523.42);\n    poly81.ps[2] = Point(1230.5, 1523.42);\n    poly81.ps[3] = Point(1230.5, 1491.42);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(1341.5, 1491.42);\n    poly82.ps[1] = Point(1341.5, 1523.42);\n    poly82.ps[2] = Point(1321.5, 1523.42);\n    poly82.ps[3] = Point(1321.5, 1491.42);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(570.5, 2030.42);\n    poly83.ps[1] = Point(570.5, 2050.42);\n    poly83.ps[2] = Point(538.5, 2050.42);\n    poly83.ps[3] = Point(538.5, 2030.42);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(1432.5, 1491.42);\n    poly84.ps[1] = Point(1432.5, 1523.42);\n    poly84.ps[2] = Point(1412.5, 1523.42);\n    poly84.ps[3] = Point(1412.5, 1491.42);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(980.5, 1538.42);\n    poly85.ps[1] = Point(980.5, 1600.42);\n    poly85.ps[2] = Point(918.5, 1600.42);\n    poly85.ps[3] = Point(918.5, 1538.42);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(1116.5, 1639.42);\n    poly86.ps[1] = Point(1116.5, 1659.42);\n    poly86.ps[2] = Point(1084.5, 1659.42);\n    poly86.ps[3] = Point(1084.5, 1639.42);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(1116.5, 1445.42);\n    poly87.ps[1] = Point(1116.5, 1465.42);\n    poly87.ps[2] = Point(1084.5, 1465.42);\n    poly87.ps[3] = Point(1084.5, 1445.42);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(1222.5, 1260.42);\n    poly88.ps[1] = Point(1222.5, 1322.42);\n    poly88.ps[2] = Point(1160.5, 1322.42);\n    poly88.ps[3] = Point(1160.5, 1260.42);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(170.5, 2215.42);\n    poly89.ps[1] = Point(170.5, 2247.42);\n    poly89.ps[2] = Point(150.5, 2247.42);\n    poly89.ps[3] = Point(150.5, 2215.42);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(1323.5, 1047.75);\n    poly90.ps[1] = Point(1323.5, 1079.75);\n    poly90.ps[2] = Point(1303.5, 1079.75);\n    poly90.ps[3] = Point(1303.5, 1047.75);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(723.5, 680);\n    poly91.ps[1] = Point(723.5, 700);\n    poly91.ps[2] = Point(691.5, 700);\n    poly91.ps[3] = Point(691.5, 680);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(492.5, 979);\n    poly92.ps[1] = Point(492.5, 999);\n    poly92.ps[2] = Point(460.5, 999);\n    poly92.ps[3] = Point(460.5, 979);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1105.5, 2475.79);\n    poly93.ps[1] = Point(1105.5, 2495.79);\n    poly93.ps[2] = Point(1073.5, 2495.79);\n    poly93.ps[3] = Point(1073.5, 2475.79);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(860.5, 2034.42);\n    poly94.ps[1] = Point(860.5, 2096.42);\n    poly94.ps[2] = Point(798.5, 2096.42);\n    poly94.ps[3] = Point(798.5, 2034.42);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1277.5, 1176.75);\n    poly95.ps[1] = Point(1277.5, 1216.75);\n    poly95.ps[2] = Point(1201.5, 1216.75);\n    poly95.ps[3] = Point(1201.5, 1176.75);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(797.5, 2278.79);\n    poly96.ps[1] = Point(797.5, 2338.79);\n    poly96.ps[2] = Point(741.5, 2338.79);\n    poly96.ps[3] = Point(741.5, 2278.79);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(241.5, 2211.42);\n    poly97.ps[1] = Point(241.5, 2251.42);\n    poly97.ps[2] = Point(165.5, 2251.42);\n    poly97.ps[3] = Point(165.5, 2211.42);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(797.5, 2420.79);\n    poly98.ps[1] = Point(797.5, 2480.79);\n    poly98.ps[2] = Point(741.5, 2480.79);\n    poly98.ps[3] = Point(741.5, 2420.79);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(915.5, 2297.79);\n    poly99.ps[1] = Point(915.5, 2337.79);\n    poly99.ps[2] = Point(839.5, 2337.79);\n    poly99.ps[3] = Point(839.5, 2297.79);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(1117.5, 2203.79);\n    poly100.ps[1] = Point(1117.5, 2263.79);\n    poly100.ps[2] = Point(1061.5, 2263.79);\n    poly100.ps[3] = Point(1061.5, 2203.79);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(1117.5, 2278.79);\n    poly101.ps[1] = Point(1117.5, 2338.79);\n    poly101.ps[2] = Point(1061.5, 2338.79);\n    poly101.ps[3] = Point(1061.5, 2278.79);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(1039.5, 2189.79);\n    poly102.ps[1] = Point(1039.5, 2249.79);\n    poly102.ps[2] = Point(983.5, 2249.79);\n    poly102.ps[3] = Point(983.5, 2189.79);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(1097.5, 2078.42);\n    poly103.ps[1] = Point(1097.5, 2118.42);\n    poly103.ps[2] = Point(1021.5, 2118.42);\n    poly103.ps[3] = Point(1021.5, 2078.42);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(733.5, 2099.42);\n    poly104.ps[1] = Point(733.5, 2159.42);\n    poly104.ps[2] = Point(677.5, 2159.42);\n    poly104.ps[3] = Point(677.5, 2099.42);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(403.5, 2099.42);\n    poly105.ps[1] = Point(403.5, 2159.42);\n    poly105.ps[2] = Point(347.5, 2159.42);\n    poly105.ps[3] = Point(347.5, 2099.42);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(1386.5, 2099.42);\n    poly106.ps[1] = Point(1386.5, 2159.42);\n    poly106.ps[2] = Point(1330.5, 2159.42);\n    poly106.ps[3] = Point(1330.5, 2099.42);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(1277.5, 1945.42);\n    poly107.ps[1] = Point(1277.5, 1985.42);\n    poly107.ps[2] = Point(1201.5, 1985.42);\n    poly107.ps[3] = Point(1201.5, 1945.42);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(1277.5, 1821.42);\n    poly108.ps[1] = Point(1277.5, 1861.42);\n    poly108.ps[2] = Point(1201.5, 1861.42);\n    poly108.ps[3] = Point(1201.5, 1821.42);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1277.5, 1697.42);\n    poly109.ps[1] = Point(1277.5, 1737.42);\n    poly109.ps[2] = Point(1201.5, 1737.42);\n    poly109.ps[3] = Point(1201.5, 1697.42);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(1150.5, 1323.42);\n    poly110.ps[1] = Point(1150.5, 1363.42);\n    poly110.ps[2] = Point(1074.5, 1363.42);\n    poly110.ps[3] = Point(1074.5, 1323.42);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(1008.5, 1221.42);\n    poly111.ps[1] = Point(1008.5, 1281.42);\n    poly111.ps[2] = Point(952.5, 1281.42);\n    poly111.ps[3] = Point(952.5, 1221.42);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(1308.5, 1043.75);\n    poly112.ps[1] = Point(1308.5, 1083.75);\n    poly112.ps[2] = Point(1232.5, 1083.75);\n    poly112.ps[3] = Point(1232.5, 1043.75);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(1150.5, 1043.75);\n    poly113.ps[1] = Point(1150.5, 1083.75);\n    poly113.ps[2] = Point(1074.5, 1083.75);\n    poly113.ps[3] = Point(1074.5, 1043.75);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(1355.5, 480.5);\n    poly114.ps[1] = Point(1355.5, 540.5);\n    poly114.ps[2] = Point(1299.5, 540.5);\n    poly114.ps[3] = Point(1299.5, 480.5);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(1277.5, 720);\n    poly115.ps[1] = Point(1277.5, 760);\n    poly115.ps[2] = Point(1201.5, 760);\n    poly115.ps[3] = Point(1201.5, 720);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(1277.5, 458);\n    poly116.ps[1] = Point(1277.5, 498);\n    poly116.ps[2] = Point(1201.5, 498);\n    poly116.ps[3] = Point(1201.5, 458);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(946.5, 813);\n    poly117.ps[1] = Point(946.5, 873);\n    poly117.ps[2] = Point(890.5, 873);\n    poly117.ps[3] = Point(890.5, 813);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(504.5, 707);\n    poly118.ps[1] = Point(504.5, 767);\n    poly118.ps[2] = Point(448.5, 767);\n    poly118.ps[3] = Point(448.5, 707);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(504.5, 782);\n    poly119.ps[1] = Point(504.5, 842);\n    poly119.ps[2] = Point(448.5, 842);\n    poly119.ps[3] = Point(448.5, 782);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(826.5, 670);\n    poly120.ps[1] = Point(826.5, 730);\n    poly120.ps[2] = Point(770.5, 730);\n    poly120.ps[3] = Point(770.5, 670);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(633.5, 720);\n    poly121.ps[1] = Point(633.5, 760);\n    poly121.ps[2] = Point(557.5, 760);\n    poly121.ps[3] = Point(557.5, 720);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(372.5, 720);\n    poly122.ps[1] = Point(372.5, 760);\n    poly122.ps[2] = Point(296.5, 760);\n    poly122.ps[3] = Point(296.5, 720);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(735.5, 408);\n    poly123.ps[1] = Point(735.5, 468);\n    poly123.ps[2] = Point(679.5, 468);\n    poly123.ps[3] = Point(679.5, 408);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(735.5, 483);\n    poly124.ps[1] = Point(735.5, 543);\n    poly124.ps[2] = Point(679.5, 543);\n    poly124.ps[3] = Point(679.5, 483);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(735.5, 333);\n    poly125.ps[1] = Point(735.5, 393);\n    poly125.ps[2] = Point(679.5, 393);\n    poly125.ps[3] = Point(679.5, 333);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(795.5, 271);\n    poly126.ps[1] = Point(795.5, 331);\n    poly126.ps[2] = Point(739.5, 331);\n    poly126.ps[3] = Point(739.5, 271);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(795.5, 169);\n    poly127.ps[1] = Point(795.5, 229);\n    poly127.ps[2] = Point(739.5, 229);\n    poly127.ps[3] = Point(739.5, 169);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(520.5, 2242.46);\n    poly128.ps[1] = Point(520.5, 2302.46);\n    poly128.ps[2] = Point(464.5, 2302.46);\n    poly128.ps[3] = Point(464.5, 2242.46);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(1277.5, 1549.42);\n    poly129.ps[1] = Point(1277.5, 1589.42);\n    poly129.ps[2] = Point(1201.5, 1589.42);\n    poly129.ps[3] = Point(1201.5, 1549.42);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(735.5, 625);\n    poly130.ps[1] = Point(735.5, 685);\n    poly130.ps[2] = Point(679.5, 685);\n    poly130.ps[3] = Point(679.5, 625);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(504.5, 924);\n    poly131.ps[1] = Point(504.5, 984);\n    poly131.ps[2] = Point(448.5, 984);\n    poly131.ps[3] = Point(448.5, 924);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(314.5, 1006);\n    poly132.ps[1] = Point(314.5, 1066);\n    poly132.ps[2] = Point(258.5, 1066);\n    poly132.ps[3] = Point(258.5, 1006);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(314.5, 1108);\n    poly133.ps[1] = Point(314.5, 1168);\n    poly133.ps[2] = Point(258.5, 1168);\n    poly133.ps[3] = Point(258.5, 1108);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(582.5, 1006);\n    poly134.ps[1] = Point(582.5, 1066);\n    poly134.ps[2] = Point(526.5, 1066);\n    poly134.ps[3] = Point(526.5, 1006);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(582.5, 1108);\n    poly135.ps[1] = Point(582.5, 1168);\n    poly135.ps[2] = Point(526.5, 1168);\n    poly135.ps[3] = Point(526.5, 1108);\n    new ShapeRef(router, poly135, 135);\n#endif\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(727.439, 1944.42);\n    poly136.ps[1] = Point(727.439, 2004.42);\n    poly136.ps[2] = Point(671.439, 2004.42);\n    poly136.ps[3] = Point(671.439, 1944.42);\n    new ShapeRef(router, poly136, 136);\n\n#ifdef ALL\n    Polygon poly137(4);\n    poly137.ps[0] = Point(1117.5, 2420.79);\n    poly137.ps[1] = Point(1117.5, 2480.79);\n    poly137.ps[2] = Point(1061.5, 2480.79);\n    poly137.ps[3] = Point(1061.5, 2420.79);\n    new ShapeRef(router, poly137, 137);\n#endif\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(727.439, 1802.42);\n    poly138.ps[1] = Point(727.439, 1862.42);\n    poly138.ps[2] = Point(671.439, 1862.42);\n    poly138.ps[3] = Point(671.439, 1802.42);\n    new ShapeRef(router, poly138, 138);\n\n#ifdef ALL\n    Polygon poly139(4);\n    poly139.ps[0] = Point(1308.5, 1323.42);\n    poly139.ps[1] = Point(1308.5, 1363.42);\n    poly139.ps[2] = Point(1232.5, 1363.42);\n    poly139.ps[3] = Point(1232.5, 1323.42);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(1326.5, 1487.42);\n    poly140.ps[1] = Point(1326.5, 1527.42);\n    poly140.ps[2] = Point(1250.5, 1527.42);\n    poly140.ps[3] = Point(1250.5, 1487.42);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1417.5, 1487.42);\n    poly141.ps[1] = Point(1417.5, 1527.42);\n    poly141.ps[2] = Point(1341.5, 1527.42);\n    poly141.ps[3] = Point(1341.5, 1487.42);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(582.5, 1970.42);\n    poly142.ps[1] = Point(582.5, 2030.42);\n    poly142.ps[2] = Point(526.5, 2030.42);\n    poly142.ps[3] = Point(526.5, 1970.42);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1508.5, 1487.42);\n    poly143.ps[1] = Point(1508.5, 1527.42);\n    poly143.ps[2] = Point(1432.5, 1527.42);\n    poly143.ps[3] = Point(1432.5, 1487.42);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(1128.5, 1579.42);\n    poly144.ps[1] = Point(1128.5, 1639.42);\n    poly144.ps[2] = Point(1072.5, 1639.42);\n    poly144.ps[3] = Point(1072.5, 1579.42);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1128.5, 1385.42);\n    poly145.ps[1] = Point(1128.5, 1445.42);\n    poly145.ps[2] = Point(1072.5, 1445.42);\n    poly145.ps[3] = Point(1072.5, 1385.42);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(150.5, 2211.42);\n    poly146.ps[1] = Point(150.5, 2251.42);\n    poly146.ps[2] = Point(74.5, 2251.42);\n    poly146.ps[3] = Point(74.5, 2211.42);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1399.5, 1043.75);\n    poly147.ps[1] = Point(1399.5, 1083.75);\n    poly147.ps[2] = Point(1323.5, 1083.75);\n    poly147.ps[3] = Point(1323.5, 1043.75);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(735.5, 700);\n    poly148.ps[1] = Point(735.5, 760);\n    poly148.ps[2] = Point(679.5, 760);\n    poly148.ps[3] = Point(679.5, 700);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(504.5, 999);\n    poly149.ps[1] = Point(504.5, 1059);\n    poly149.ps[2] = Point(448.5, 1059);\n    poly149.ps[3] = Point(448.5, 999);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1117.5, 2495.79);\n    poly150.ps[1] = Point(1117.5, 2555.79);\n    poly150.ps[2] = Point(1061.5, 2555.79);\n    poly150.ps[3] = Point(1061.5, 2495.79);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(1482, 966.25);\n    poly151.ps[1] = Point(1482, 1006.25);\n    poly151.ps[2] = Point(1422, 1006.25);\n    poly151.ps[3] = Point(1422, 966.25);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(1482, 1006.25);\n    poly152.ps[1] = Point(1482, 1046.25);\n    poly152.ps[2] = Point(1422, 1046.25);\n    poly152.ps[3] = Point(1422, 1006.25);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(1533, 1134.75);\n    poly153.ps[1] = Point(1533, 1194.75);\n    poly153.ps[2] = Point(1493, 1194.75);\n    poly153.ps[3] = Point(1493, 1134.75);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(1573, 1134.75);\n    poly154.ps[1] = Point(1573, 1194.75);\n    poly154.ps[2] = Point(1533, 1194.75);\n    poly154.ps[3] = Point(1533, 1134.75);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(1272, 159.5);\n    poly155.ps[1] = Point(1272, 219.5);\n    poly155.ps[2] = Point(1232, 219.5);\n    poly155.ps[3] = Point(1232, 159.5);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(252.5, 2005.92);\n    poly156.ps[1] = Point(252.5, 2045.92);\n    poly156.ps[2] = Point(192.5, 2045.92);\n    poly156.ps[3] = Point(192.5, 2005.92);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(252.5, 2045.92);\n    poly157.ps[1] = Point(252.5, 2085.92);\n    poly157.ps[2] = Point(192.5, 2085.92);\n    poly157.ps[3] = Point(192.5, 2045.92);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(741.5, 1642.92);\n    poly158.ps[1] = Point(741.5, 1682.92);\n    poly158.ps[2] = Point(681.5, 1682.92);\n    poly158.ps[3] = Point(681.5, 1642.92);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1458.5, 2243.79);\n    poly159.ps[1] = Point(1458.5, 2303.79);\n    poly159.ps[2] = Point(1418.5, 2303.79);\n    poly159.ps[3] = Point(1418.5, 2243.79);\n    new ShapeRef(router, poly159, 159);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(1191.5, 1211.75), 2);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(736.5, 1291.42), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(1191.5, 1181.75), 1);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(1191.5, 1115.75), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(1191.5, 1211.75), 2);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(1191.5, 1291.42), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(754.5, 2348.79), 4);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(251.5, 2379.79), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints163(1);\n    checkpoints163[0] = Point(807.5, 2379.79);\n    connRef163->setRoutingCheckpoints(checkpoints163);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(784.5, 2348.79), 8);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(829.5, 2379.79), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints164(1);\n    checkpoints164[0] = Point(731.5, 2379.79);\n    connRef164->setRoutingCheckpoints(checkpoints164);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(251.5, 2246.42), 2);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(251.5, 2379.79), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints165(1);\n    checkpoints165[0] = Point(226.5, 2261.42);\n    connRef165->setRoutingCheckpoints(checkpoints165);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(754.5, 2410.79), 4);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(251.5, 2379.79), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints166(1);\n    checkpoints166[0] = Point(807.5, 2379.79);\n    connRef166->setRoutingCheckpoints(checkpoints166);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(784.5, 2410.79), 8);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(829.5, 2379.79), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints167(1);\n    checkpoints167[0] = Point(731.5, 2379.79);\n    connRef167->setRoutingCheckpoints(checkpoints167);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(251.5, 2379.79), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(160.5, 2246.42), 2);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints168(1);\n    checkpoints168[0] = Point(226.5, 2261.42);\n    connRef168->setRoutingCheckpoints(checkpoints168);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(829.5, 2332.79), 2);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(829.5, 2379.79), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1074.5, 2273.79), 4);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(829.5, 2379.79), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints170(1);\n    checkpoints170[0] = Point(1051.5, 2379.79);\n    connRef170->setRoutingCheckpoints(checkpoints170);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1074.5, 2348.79), 4);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(829.5, 2379.79), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints171(1);\n    checkpoints171[0] = Point(1051.5, 2379.79);\n    connRef171->setRoutingCheckpoints(checkpoints171);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(996.5, 2179.79), 4);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(829.5, 2169.42), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(1011.5, 2113.42), 2);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(829.5, 2169.42), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(690.5, 2169.42), 4);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(523.5, 2169.42), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(690.5, 2169.42), 4);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(829.5, 2065.42), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(360.5, 2169.42), 4);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(251.5, 2169.42), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(390.5, 2169.42), 8);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(523.5, 2169.42), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(360.5, 2169.42), 4);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(375.5, 2312.46), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(1373.5, 2169.42), 8);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(1432.5, 2169.42), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(1343.5, 2169.42), 4);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(1191.5, 2169.42), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(1191.5, 1980.42), 2);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(1191.5, 2169.42), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(1191.5, 1826.42), 1);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(1191.5, 1779.42), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(1191.5, 1856.42), 2);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(1191.5, 1903.42), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(1191.5, 1732.42), 2);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(1191.5, 1779.42), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(1191.5, 1702.42), 1);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(1191.5, 1655.42), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(1160.5, 1358.42), 2);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(1191.5, 1455.42), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints186(1);\n    checkpoints186[0] = Point(1191.5, 1373.42);\n    connRef186->setRoutingCheckpoints(checkpoints186);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(1160.5, 1328.42), 1);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(1191.5, 1291.42), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints187(1);\n    checkpoints187[0] = Point(1191.5, 1313.42);\n    connRef187->setRoutingCheckpoints(checkpoints187);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(965.5, 1291.42), 4);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(736.5, 1291.42), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(995.5, 1291.42), 8);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(1191.5, 1291.42), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(1222.5, 1078.75), 2);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(1191.5, 1115.75), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints190(1);\n    checkpoints190[0] = Point(1191.5, 1033.75);\n    connRef190->setRoutingCheckpoints(checkpoints190);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(1160.5, 1048.75), 1);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(1191.5, 883), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints191(1);\n    checkpoints191[0] = Point(1191.5, 1093.75);\n    connRef191->setRoutingCheckpoints(checkpoints191);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(1312.5, 550.5), 4);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(1191.5, 584), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(1191.5, 725), 1);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(1191.5, 584), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(1191.5, 755), 2);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(1191.5, 883), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(1191.5, 463), 1);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(1191.5, 280), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(1191.5, 493), 2);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(1191.5, 584), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(903.5, 883), 4);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(736.5, 883), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(933.5, 883), 8);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(1191.5, 883), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(491.5, 777), 8);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(736.5, 883), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints199(1);\n    checkpoints199[0] = Point(438.5, 883);\n    connRef199->setRoutingCheckpoints(checkpoints199);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(491.5, 852), 8);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(736.5, 883), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints200(1);\n    checkpoints200[0] = Point(438.5, 883);\n    connRef200->setRoutingCheckpoints(checkpoints200);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(783.5, 740), 4);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(736.5, 883), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(813.5, 740), 8);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(1191.5, 584), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(643.5, 755), 2);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(736.5, 883), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(643.5, 725), 1);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(1191.5, 584), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(286.5, 725), 1);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(286.5, 584), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(286.5, 755), 2);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(286.5, 883), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(722.5, 478), 8);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(1191.5, 584), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints207(1);\n    checkpoints207[0] = Point(669.5, 584);\n    connRef207->setRoutingCheckpoints(checkpoints207);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(722.5, 553), 8);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(1191.5, 584), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints208(1);\n    checkpoints208[0] = Point(669.5, 584);\n    connRef208->setRoutingCheckpoints(checkpoints208);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(692.5, 403), 4);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(286.5, 584), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints209(1);\n    checkpoints209[0] = Point(745.5, 584);\n    connRef209->setRoutingCheckpoints(checkpoints209);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(752.5, 341), 4);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(286.5, 584), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(752.5, 239), 4);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(286.5, 584), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(507.5, 2312.46), 8);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(674.5, 2312.46), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(1191.5, 1584.42), 2);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(1191.5, 1655.42), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(1191.5, 1554.42), 1);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(1191.5, 1455.42), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(722.5, 615), 8);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(1191.5, 584), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints215(1);\n    checkpoints215[0] = Point(669.5, 584);\n    connRef215->setRoutingCheckpoints(checkpoints215);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(491.5, 914), 8);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(736.5, 883), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints216(1);\n    checkpoints216[0] = Point(438.5, 883);\n    connRef216->setRoutingCheckpoints(checkpoints216);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(301.5, 1076), 8);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(406.5, 1076), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(301.5, 1178), 8);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(406.5, 1178), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(569.5, 1076), 8);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(736.5, 883), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(569.5, 1178), 8);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(736.5, 883), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1401.5, 550.5), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1342.5, 550.5), 8);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(286.5, 584), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(692.5, 615), 4);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints222(1);\n    checkpoints222[0] = Point(745.5, 584);\n    connRef222->setRoutingCheckpoints(checkpoints222);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(286.5, 584), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(692.5, 690), 4);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints223(1);\n    checkpoints223[0] = Point(745.5, 584);\n    connRef223->setRoutingCheckpoints(checkpoints223);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(286.5, 883), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(461.5, 914), 4);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints224(1);\n    checkpoints224[0] = Point(514.5, 883);\n    connRef224->setRoutingCheckpoints(checkpoints224);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(461.5, 989), 4);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(286.5, 883), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints225(1);\n    checkpoints225[0] = Point(514.5, 883);\n    connRef225->setRoutingCheckpoints(checkpoints225);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(491.5, 989), 8);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(736.5, 883), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints226(1);\n    checkpoints226[0] = Point(438.5, 883);\n    connRef226->setRoutingCheckpoints(checkpoints226);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(1191.5, 883), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(1313.5, 1048.75), 1);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints227(1);\n    checkpoints227[0] = Point(1191.5, 1093.75);\n    connRef227->setRoutingCheckpoints(checkpoints227);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(714.439, 1872.42), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(1191.5, 1903.42), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints228(1);\n    checkpoints228[0] = Point(737.439, 1903.42);\n    connRef228->setRoutingCheckpoints(checkpoints228);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(1240.5, 1522.42), 2);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(1191.5, 1655.42), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints229(1);\n    checkpoints229[0] = Point(1265.5, 1537.42);\n    connRef229->setRoutingCheckpoints(checkpoints229);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(1331.5, 1522.42), 2);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(1191.5, 1655.42), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints230(1);\n    checkpoints230[0] = Point(1265.5, 1537.42);\n    connRef230->setRoutingCheckpoints(checkpoints230);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(1422.5, 1522.42), 2);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(1191.5, 1655.42), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints231(1);\n    checkpoints231[0] = Point(1265.5, 1537.42);\n    connRef231->setRoutingCheckpoints(checkpoints231);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(1222.5, 1358.42), 2);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(1191.5, 1455.42), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints232(1);\n    checkpoints232[0] = Point(1191.5, 1373.42);\n    connRef232->setRoutingCheckpoints(checkpoints232);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(1115.5, 1455.42), 8);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(1191.5, 1455.42), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(1104.5, 2273.79), 8);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(1327.5, 2379.79), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints234(1);\n    checkpoints234[0] = Point(1127.5, 2379.79);\n    connRef234->setRoutingCheckpoints(checkpoints234);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(1104.5, 2348.79), 8);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(1327.5, 2379.79), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints235(1);\n    checkpoints235[0] = Point(1127.5, 2379.79);\n    connRef235->setRoutingCheckpoints(checkpoints235);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(1104.5, 2410.79), 8);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(1327.5, 2379.79), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints236(1);\n    checkpoints236[0] = Point(1127.5, 2379.79);\n    connRef236->setRoutingCheckpoints(checkpoints236);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(1104.5, 2485.79), 8);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(1327.5, 2379.79), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints237(1);\n    checkpoints237[0] = Point(1127.5, 2379.79);\n    connRef237->setRoutingCheckpoints(checkpoints237);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(569.5, 2040.42), 8);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(1191.5, 2169.42), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(829.5, 2169.42), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(829.5, 2302.79), 1);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(539.5, 2040.42), 4);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(251.5, 2169.42), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(1074.5, 2410.79), 4);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(829.5, 2379.79), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints241(1);\n    checkpoints241[0] = Point(1051.5, 2379.79);\n    connRef241->setRoutingCheckpoints(checkpoints241);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(1074.5, 2485.79), 4);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(829.5, 2379.79), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints242(1);\n    checkpoints242[0] = Point(1051.5, 2379.79);\n    connRef242->setRoutingCheckpoints(checkpoints242);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(477.5, 2312.46), 4);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(375.5, 2312.46), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(1191.5, 1115.75), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(1160.5, 1078.75), 2);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints244(1);\n    checkpoints244[0] = Point(1191.5, 1033.75);\n    connRef244->setRoutingCheckpoints(checkpoints244);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(216.5, 1076), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(271.5, 1076), 4);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(406.5, 1076), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(539.5, 1076), 4);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(406.5, 1178), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(539.5, 1178), 4);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(216.5, 1178), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(271.5, 1178), 4);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(714.439, 1934.42), 8);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(1191.5, 1903.42), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints249(1);\n    checkpoints249[0] = Point(737.439, 1903.42);\n    connRef249->setRoutingCheckpoints(checkpoints249);\n#endif\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(251.5, 1903.42), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(684.439, 1934.42), 4);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints250(1);\n    checkpoints250[0] = Point(661.439, 1903.42);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(251.5, 1903.42), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(684.439, 1872.42), 4);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints251(1);\n    checkpoints251[0] = Point(661.439, 1903.42);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n#ifdef ALL\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(1222.5, 1328.42), 1);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(1191.5, 1291.42), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints252(1);\n    checkpoints252[0] = Point(1191.5, 1313.42);\n    connRef252->setRoutingCheckpoints(checkpoints252);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(1085.5, 1649.42), 4);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(949.5, 1569.42), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(1115.5, 1649.42), 8);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(1191.5, 1655.42), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(1085.5, 1455.42), 4);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(949.5, 1569.42), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(1191.5, 1291.42), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(1240.5, 1492.42), 1);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints256(1);\n    checkpoints256[0] = Point(1265.5, 1477.42);\n    connRef256->setRoutingCheckpoints(checkpoints256);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1191.5, 1291.42), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1331.5, 1492.42), 1);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints257(1);\n    checkpoints257[0] = Point(1265.5, 1477.42);\n    connRef257->setRoutingCheckpoints(checkpoints257);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1191.5, 1291.42), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1422.5, 1492.42), 1);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints258(1);\n    checkpoints258[0] = Point(1265.5, 1477.42);\n    connRef258->setRoutingCheckpoints(checkpoints258);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(160.5, 2216.42), 1);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(251.5, 2169.42), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints259(1);\n    checkpoints259[0] = Point(226.5, 2201.42);\n    connRef259->setRoutingCheckpoints(checkpoints259);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1313.5, 1078.75), 2);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1191.5, 1115.75), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints260(1);\n    checkpoints260[0] = Point(1191.5, 1033.75);\n    connRef260->setRoutingCheckpoints(checkpoints260);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(722.5, 690), 8);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1191.5, 584), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints261(1);\n    checkpoints261[0] = Point(669.5, 584);\n    connRef261->setRoutingCheckpoints(checkpoints261);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(829.5, 2065.42), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1026.5, 2179.79), 8);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(829.5, 2065.42), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(1011.5, 2083.42), 1);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(1249.5, 1196.75), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(1191.5, 1196.75), 8);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(769.5, 2298.79), 2);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(769.5, 2348.79), 1);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(193.5, 2231.42), 8);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(251.5, 2231.42), 4);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(769.5, 2460.79), 1);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(769.5, 2410.79), 2);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(887.5, 2317.79), 4);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(829.5, 2317.79), 8);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(1089.5, 2223.79), 2);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(1089.5, 2273.79), 1);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(1089.5, 2298.79), 2);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(1089.5, 2348.79), 1);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(1011.5, 2229.79), 1);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(1011.5, 2179.79), 2);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(1069.5, 2098.42), 4);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(1011.5, 2098.42), 8);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(705.5, 2119.42), 2);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(705.5, 2169.42), 1);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(375.5, 2119.42), 2);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(375.5, 2169.42), 1);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(1358.5, 2119.42), 2);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(1358.5, 2169.42), 1);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(1249.5, 1965.42), 4);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(1191.5, 1965.42), 8);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(1249.5, 1841.42), 4);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(1191.5, 1841.42), 8);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(1249.5, 1717.42), 4);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(1191.5, 1717.42), 8);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(1102.5, 1343.42), 8);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(1160.5, 1343.42), 4);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(980.5, 1241.42), 2);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(980.5, 1291.42), 1);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(1280.5, 1063.75), 4);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1222.5, 1063.75), 8);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(1102.5, 1063.75), 8);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(1160.5, 1063.75), 4);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(1327.5, 500.5), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(1327.5, 550.5), 1);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(1249.5, 740), 4);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1191.5, 740), 8);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(1249.5, 478), 4);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1191.5, 478), 8);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(918.5, 833), 2);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(918.5, 883), 1);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(476.5, 727), 2);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(476.5, 777), 1);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(476.5, 802), 2);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(476.5, 852), 1);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(798.5, 690), 2);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(798.5, 740), 1);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(585.5, 740), 8);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(643.5, 740), 4);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(344.5, 740), 4);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(286.5, 740), 8);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(707.5, 428), 2);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(707.5, 478), 1);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(707.5, 503), 2);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(707.5, 553), 1);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(707.5, 353), 2);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(707.5, 403), 1);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(767.5, 291), 2);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(767.5, 341), 1);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(767.5, 189), 2);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(767.5, 239), 1);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(492.5, 2262.46), 2);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(492.5, 2312.46), 1);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(1249.5, 1569.42), 4);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(1191.5, 1569.42), 8);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(707.5, 665), 1);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(707.5, 615), 2);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(476.5, 964), 1);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(476.5, 914), 2);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(286.5, 1026), 2);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(286.5, 1076), 1);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(286.5, 1128), 2);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(286.5, 1178), 1);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(554.5, 1026), 2);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(554.5, 1076), 1);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(554.5, 1128), 2);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(554.5, 1178), 1);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(699.439, 1984.42), 1);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(699.439, 1934.42), 2);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(1089.5, 2460.79), 1);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(1089.5, 2410.79), 2);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(699.439, 1822.42), 2);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(699.439, 1872.42), 1);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(1280.5, 1343.42), 4);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(1222.5, 1343.42), 8);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(1298.5, 1507.42), 4);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(1240.5, 1507.42), 8);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(1389.5, 1507.42), 4);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(1331.5, 1507.42), 8);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(554.5, 1990.42), 2);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(554.5, 2040.42), 1);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(1480.5, 1507.42), 4);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(1422.5, 1507.42), 8);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(1100.5, 1599.42), 2);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(1100.5, 1649.42), 1);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(1100.5, 1405.42), 2);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(1100.5, 1455.42), 1);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(102.5, 2231.42), 8);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(160.5, 2231.42), 4);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(1371.5, 1063.75), 4);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(1313.5, 1063.75), 8);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(707.5, 740), 1);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(707.5, 690), 2);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(476.5, 1039), 1);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(476.5, 989), 2);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(1089.5, 2535.79), 1);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(1089.5, 2485.79), 2);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(251.5, 2169.42), 15);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(251.5, 2216.42), 1);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints320(1);\n    checkpoints320[0] = Point(226.5, 2201.42);\n    connRef320->setRoutingCheckpoints(checkpoints320);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(1191.5, 2169.42), 15);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(1026.5, 2179.79), 8);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(1191.5, 2169.42), 15);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(1011.5, 2083.42), 1);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(674.5, 2312.46), 15);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(720.5, 2169.42), 8);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(829.5, 2169.42), 15);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(720.5, 2169.42), 8);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(1191.5, 1903.42), 15);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(1191.5, 1950.42), 1);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(1191.5, 883), 15);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(1222.5, 1048.75), 1);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints326(1);\n    checkpoints326[0] = Point(1191.5, 1093.75);\n    connRef326->setRoutingCheckpoints(checkpoints326);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(286.5, 883), 15);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(461.5, 777), 4);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints327(1);\n    checkpoints327[0] = Point(514.5, 883);\n    connRef327->setRoutingCheckpoints(checkpoints327);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(286.5, 883), 15);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(461.5, 852), 4);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints328(1);\n    checkpoints328[0] = Point(514.5, 883);\n    connRef328->setRoutingCheckpoints(checkpoints328);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(286.5, 584), 15);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(692.5, 478), 4);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints329(1);\n    checkpoints329[0] = Point(745.5, 584);\n    connRef329->setRoutingCheckpoints(checkpoints329);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(286.5, 584), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(692.5, 553), 4);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints330(1);\n    checkpoints330[0] = Point(745.5, 584);\n    connRef330->setRoutingCheckpoints(checkpoints330);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1191.5, 584), 15);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(722.5, 403), 8);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints331(1);\n    checkpoints331[0] = Point(669.5, 584);\n    connRef331->setRoutingCheckpoints(checkpoints331);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(1191.5, 280), 15);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(782.5, 341), 8);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(1191.5, 280), 15);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(782.5, 239), 8);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(1191.5, 584), 15);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(1427, 986.25), 4);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(1191.5, 1291.42), 15);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(1427, 1026.25), 4);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(1191.5, 1779.42), 15);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(1513, 1189.75), 2);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(1191.5, 2169.42), 15);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(1553, 1189.75), 2);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(1191.5, 280), 15);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(1252, 214.5), 2);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(251.5, 1903.42), 15);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(247.5, 2025.92), 8);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(251.5, 2169.42), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(247.5, 2065.92), 8);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1191.5, 1655.42), 15);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(736.5, 1662.92), 8);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1432.5, 2169.42), 15);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(1438.5, 2248.79), 1);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpointNudging1\");\n    bool atEnds = true;\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap(atEnds);\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/checkpointNudging2.cpp",
    "content": "// KEGG -> SBGN example #10\n//\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n\n\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1201.5, 1180.75);\n    poly1.ps[1] = Point(1201.5, 1212.75);\n    poly1.ps[2] = Point(1181.5, 1212.75);\n    poly1.ps[3] = Point(1181.5, 1180.75);\n    new ShapeRef(router, poly1, 1);\n\n#ifdef ALL\n    Polygon poly2(4);\n    poly2.ps[0] = Point(785.5, 2338.79);\n    poly2.ps[1] = Point(785.5, 2358.79);\n    poly2.ps[2] = Point(753.5, 2358.79);\n    poly2.ps[3] = Point(753.5, 2338.79);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(261.5, 2215.42);\n    poly3.ps[1] = Point(261.5, 2247.42);\n    poly3.ps[2] = Point(241.5, 2247.42);\n    poly3.ps[3] = Point(241.5, 2215.42);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(785.5, 2400.79);\n    poly4.ps[1] = Point(785.5, 2420.79);\n    poly4.ps[2] = Point(753.5, 2420.79);\n    poly4.ps[3] = Point(753.5, 2400.79);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(282.5, 2348.79);\n    poly5.ps[1] = Point(282.5, 2410.79);\n    poly5.ps[2] = Point(220.5, 2410.79);\n    poly5.ps[3] = Point(220.5, 2348.79);\n    new ShapeRef(router, poly5, 5);\n#endif\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(1643.5, 817.25);\n    poly6.ps[1] = Point(1643.5, 1194.25);\n    poly6.ps[2] = Point(1421.5, 1194.25);\n    poly6.ps[3] = Point(1421.5, 817.25);\n    new ShapeRef(router, poly6, 6);\n\n#ifdef ALL\n    Polygon poly7(4);\n    poly7.ps[0] = Point(1311.5, 45);\n    poly7.ps[1] = Point(1311.5, 219);\n    poly7.ps[2] = Point(1191.5, 219);\n    poly7.ps[3] = Point(1191.5, 45);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(839.5, 2301.79);\n    poly8.ps[1] = Point(839.5, 2333.79);\n    poly8.ps[2] = Point(819.5, 2333.79);\n    poly8.ps[3] = Point(819.5, 2301.79);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1105.5, 2263.79);\n    poly9.ps[1] = Point(1105.5, 2283.79);\n    poly9.ps[2] = Point(1073.5, 2283.79);\n    poly9.ps[3] = Point(1073.5, 2263.79);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1105.5, 2338.79);\n    poly10.ps[1] = Point(1105.5, 2358.79);\n    poly10.ps[2] = Point(1073.5, 2358.79);\n    poly10.ps[3] = Point(1073.5, 2338.79);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(1027.5, 2169.79);\n    poly11.ps[1] = Point(1027.5, 2189.79);\n    poly11.ps[2] = Point(995.5, 2189.79);\n    poly11.ps[3] = Point(995.5, 2169.79);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(1021.5, 2082.42);\n    poly12.ps[1] = Point(1021.5, 2114.42);\n    poly12.ps[2] = Point(1001.5, 2114.42);\n    poly12.ps[3] = Point(1001.5, 2082.42);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(721.5, 2159.42);\n    poly13.ps[1] = Point(721.5, 2179.42);\n    poly13.ps[2] = Point(689.5, 2179.42);\n    poly13.ps[3] = Point(689.5, 2159.42);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(391.5, 2159.42);\n    poly14.ps[1] = Point(391.5, 2179.42);\n    poly14.ps[2] = Point(359.5, 2179.42);\n    poly14.ps[3] = Point(359.5, 2159.42);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(1374.5, 2159.42);\n    poly15.ps[1] = Point(1374.5, 2179.42);\n    poly15.ps[2] = Point(1342.5, 2179.42);\n    poly15.ps[3] = Point(1342.5, 2159.42);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(923.421, 1631.86);\n    poly16.ps[1] = Point(923.421, 1675.86);\n    poly16.ps[2] = Point(835.421, 1675.86);\n    poly16.ps[3] = Point(835.421, 1631.86);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(1201.5, 1949.42);\n    poly17.ps[1] = Point(1201.5, 1981.42);\n    poly17.ps[2] = Point(1181.5, 1981.42);\n    poly17.ps[3] = Point(1181.5, 1949.42);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(252, 1963.42);\n    poly18.ps[1] = Point(252, 2127.42);\n    poly18.ps[2] = Point(45, 2127.42);\n    poly18.ps[3] = Point(45, 1963.42);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(1201.5, 1825.42);\n    poly19.ps[1] = Point(1201.5, 1857.42);\n    poly19.ps[2] = Point(1181.5, 1857.42);\n    poly19.ps[3] = Point(1181.5, 1825.42);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(1201.5, 1701.42);\n    poly20.ps[1] = Point(1201.5, 1733.42);\n    poly20.ps[2] = Point(1181.5, 1733.42);\n    poly20.ps[3] = Point(1181.5, 1701.42);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(1170.5, 1327.42);\n    poly21.ps[1] = Point(1170.5, 1359.42);\n    poly21.ps[2] = Point(1150.5, 1359.42);\n    poly21.ps[3] = Point(1150.5, 1327.42);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(741, 1632.42);\n    poly22.ps[1] = Point(741, 1692.42);\n    poly22.ps[2] = Point(428, 1692.42);\n    poly22.ps[3] = Point(428, 1632.42);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(996.5, 1281.42);\n    poly23.ps[1] = Point(996.5, 1301.42);\n    poly23.ps[2] = Point(964.5, 1301.42);\n    poly23.ps[3] = Point(964.5, 1281.42);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(1232.5, 1047.75);\n    poly24.ps[1] = Point(1232.5, 1079.75);\n    poly24.ps[2] = Point(1212.5, 1079.75);\n    poly24.ps[3] = Point(1212.5, 1047.75);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(1170.5, 1047.75);\n    poly25.ps[1] = Point(1170.5, 1079.75);\n    poly25.ps[2] = Point(1150.5, 1079.75);\n    poly25.ps[3] = Point(1150.5, 1047.75);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1343.5, 540.5);\n    poly26.ps[1] = Point(1343.5, 560.5);\n    poly26.ps[2] = Point(1311.5, 560.5);\n    poly26.ps[3] = Point(1311.5, 540.5);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1201.5, 724);\n    poly27.ps[1] = Point(1201.5, 756);\n    poly27.ps[2] = Point(1181.5, 756);\n    poly27.ps[3] = Point(1181.5, 724);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(1201.5, 462);\n    poly28.ps[1] = Point(1201.5, 494);\n    poly28.ps[2] = Point(1181.5, 494);\n    poly28.ps[3] = Point(1181.5, 462);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(934.5, 873);\n    poly29.ps[1] = Point(934.5, 893);\n    poly29.ps[2] = Point(902.5, 893);\n    poly29.ps[3] = Point(902.5, 873);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(492.5, 767);\n    poly30.ps[1] = Point(492.5, 787);\n    poly30.ps[2] = Point(460.5, 787);\n    poly30.ps[3] = Point(460.5, 767);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(492.5, 842);\n    poly31.ps[1] = Point(492.5, 862);\n    poly31.ps[2] = Point(460.5, 862);\n    poly31.ps[3] = Point(460.5, 842);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(814.5, 730);\n    poly32.ps[1] = Point(814.5, 750);\n    poly32.ps[2] = Point(782.5, 750);\n    poly32.ps[3] = Point(782.5, 730);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(653.5, 724);\n    poly33.ps[1] = Point(653.5, 756);\n    poly33.ps[2] = Point(633.5, 756);\n    poly33.ps[3] = Point(633.5, 724);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(296.5, 724);\n    poly34.ps[1] = Point(296.5, 756);\n    poly34.ps[2] = Point(276.5, 756);\n    poly34.ps[3] = Point(276.5, 724);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(723.5, 468);\n    poly35.ps[1] = Point(723.5, 488);\n    poly35.ps[2] = Point(691.5, 488);\n    poly35.ps[3] = Point(691.5, 468);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(723.5, 543);\n    poly36.ps[1] = Point(723.5, 563);\n    poly36.ps[2] = Point(691.5, 563);\n    poly36.ps[3] = Point(691.5, 543);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(723.5, 393);\n    poly37.ps[1] = Point(723.5, 413);\n    poly37.ps[2] = Point(691.5, 413);\n    poly37.ps[3] = Point(691.5, 393);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(783.5, 331);\n    poly38.ps[1] = Point(783.5, 351);\n    poly38.ps[2] = Point(751.5, 351);\n    poly38.ps[3] = Point(751.5, 331);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(783.5, 229);\n    poly39.ps[1] = Point(783.5, 249);\n    poly39.ps[2] = Point(751.5, 249);\n    poly39.ps[3] = Point(751.5, 229);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(402, 96.5);\n    poly40.ps[1] = Point(402, 131.5);\n    poly40.ps[2] = Point(141, 131.5);\n    poly40.ps[3] = Point(141, 96.5);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(508.5, 2302.46);\n    poly41.ps[1] = Point(508.5, 2322.46);\n    poly41.ps[2] = Point(476.5, 2322.46);\n    poly41.ps[3] = Point(476.5, 2302.46);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(1201.5, 1553.42);\n    poly42.ps[1] = Point(1201.5, 1585.42);\n    poly42.ps[2] = Point(1181.5, 1585.42);\n    poly42.ps[3] = Point(1181.5, 1553.42);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(723.5, 605);\n    poly43.ps[1] = Point(723.5, 625);\n    poly43.ps[2] = Point(691.5, 625);\n    poly43.ps[3] = Point(691.5, 605);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(492.5, 904);\n    poly44.ps[1] = Point(492.5, 924);\n    poly44.ps[2] = Point(460.5, 924);\n    poly44.ps[3] = Point(460.5, 904);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(302.5, 1066);\n    poly45.ps[1] = Point(302.5, 1086);\n    poly45.ps[2] = Point(270.5, 1086);\n    poly45.ps[3] = Point(270.5, 1066);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(302.5, 1168);\n    poly46.ps[1] = Point(302.5, 1188);\n    poly46.ps[2] = Point(270.5, 1188);\n    poly46.ps[3] = Point(270.5, 1168);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(570.5, 1066);\n    poly47.ps[1] = Point(570.5, 1086);\n    poly47.ps[2] = Point(538.5, 1086);\n    poly47.ps[3] = Point(538.5, 1066);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(570.5, 1168);\n    poly48.ps[1] = Point(570.5, 1188);\n    poly48.ps[2] = Point(538.5, 1188);\n    poly48.ps[3] = Point(538.5, 1168);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(1432.5, 519.5);\n    poly49.ps[1] = Point(1432.5, 581.5);\n    poly49.ps[2] = Point(1370.5, 581.5);\n    poly49.ps[3] = Point(1370.5, 519.5);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(1222.5, 249);\n    poly50.ps[1] = Point(1222.5, 311);\n    poly50.ps[2] = Point(1160.5, 311);\n    poly50.ps[3] = Point(1160.5, 249);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1222.5, 1748.42);\n    poly51.ps[1] = Point(1222.5, 1810.42);\n    poly51.ps[2] = Point(1160.5, 1810.42);\n    poly51.ps[3] = Point(1160.5, 1748.42);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(317.5, 553);\n    poly52.ps[1] = Point(317.5, 615);\n    poly52.ps[2] = Point(255.5, 615);\n    poly52.ps[3] = Point(255.5, 553);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(317.5, 852);\n    poly53.ps[1] = Point(317.5, 914);\n    poly53.ps[2] = Point(255.5, 914);\n    poly53.ps[3] = Point(255.5, 852);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(767.5, 1260.42);\n    poly54.ps[1] = Point(767.5, 1322.42);\n    poly54.ps[2] = Point(705.5, 1322.42);\n    poly54.ps[3] = Point(705.5, 1260.42);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(767.5, 852);\n    poly55.ps[1] = Point(767.5, 914);\n    poly55.ps[2] = Point(705.5, 914);\n    poly55.ps[3] = Point(705.5, 852);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(1222.5, 553);\n    poly56.ps[1] = Point(1222.5, 615);\n    poly56.ps[2] = Point(1160.5, 615);\n    poly56.ps[3] = Point(1160.5, 553);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(1222.5, 852);\n    poly57.ps[1] = Point(1222.5, 914);\n    poly57.ps[2] = Point(1160.5, 914);\n    poly57.ps[3] = Point(1160.5, 852);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(1222.5, 1872.42);\n    poly58.ps[1] = Point(1222.5, 1934.42);\n    poly58.ps[2] = Point(1160.5, 1934.42);\n    poly58.ps[3] = Point(1160.5, 1872.42);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(1222.5, 1624.42);\n    poly59.ps[1] = Point(1222.5, 1686.42);\n    poly59.ps[2] = Point(1160.5, 1686.42);\n    poly59.ps[3] = Point(1160.5, 1624.42);\n    new ShapeRef(router, poly59, 59);\n#endif\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(1222.5, 1424.42);\n    poly60.ps[1] = Point(1222.5, 1486.42);\n    poly60.ps[2] = Point(1160.5, 1486.42);\n    poly60.ps[3] = Point(1160.5, 1424.42);\n    new ShapeRef(router, poly60, 60);\n\n#ifdef ALL\n    Polygon poly61(4);\n    poly61.ps[0] = Point(1463.5, 2138.42);\n    poly61.ps[1] = Point(1463.5, 2200.42);\n    poly61.ps[2] = Point(1401.5, 2200.42);\n    poly61.ps[3] = Point(1401.5, 2138.42);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(705.5, 2281.46);\n    poly62.ps[1] = Point(705.5, 2343.46);\n    poly62.ps[2] = Point(643.5, 2343.46);\n    poly62.ps[3] = Point(643.5, 2281.46);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(1358.5, 2348.79);\n    poly63.ps[1] = Point(1358.5, 2410.79);\n    poly63.ps[2] = Point(1296.5, 2410.79);\n    poly63.ps[3] = Point(1296.5, 2348.79);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1222.5, 2138.42);\n    poly64.ps[1] = Point(1222.5, 2200.42);\n    poly64.ps[2] = Point(1160.5, 2200.42);\n    poly64.ps[3] = Point(1160.5, 2138.42);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(860.5, 2138.42);\n    poly65.ps[1] = Point(860.5, 2200.42);\n    poly65.ps[2] = Point(798.5, 2200.42);\n    poly65.ps[3] = Point(798.5, 2138.42);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(282.5, 2138.42);\n    poly66.ps[1] = Point(282.5, 2200.42);\n    poly66.ps[2] = Point(220.5, 2200.42);\n    poly66.ps[3] = Point(220.5, 2138.42);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(860.5, 2348.79);\n    poly67.ps[1] = Point(860.5, 2410.79);\n    poly67.ps[2] = Point(798.5, 2410.79);\n    poly67.ps[3] = Point(798.5, 2348.79);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(554.5, 2138.42);\n    poly68.ps[1] = Point(554.5, 2200.42);\n    poly68.ps[2] = Point(492.5, 2200.42);\n    poly68.ps[3] = Point(492.5, 2138.42);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(406.5, 2281.46);\n    poly69.ps[1] = Point(406.5, 2343.46);\n    poly69.ps[2] = Point(344.5, 2343.46);\n    poly69.ps[3] = Point(344.5, 2281.46);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(1222.5, 1084.75);\n    poly70.ps[1] = Point(1222.5, 1146.75);\n    poly70.ps[2] = Point(1160.5, 1146.75);\n    poly70.ps[3] = Point(1160.5, 1084.75);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(247.5, 1045);\n    poly71.ps[1] = Point(247.5, 1107);\n    poly71.ps[2] = Point(185.5, 1107);\n    poly71.ps[3] = Point(185.5, 1045);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(437.5, 1045);\n    poly72.ps[1] = Point(437.5, 1107);\n    poly72.ps[2] = Point(375.5, 1107);\n    poly72.ps[3] = Point(375.5, 1045);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(437.5, 1147);\n    poly73.ps[1] = Point(437.5, 1209);\n    poly73.ps[2] = Point(375.5, 1209);\n    poly73.ps[3] = Point(375.5, 1147);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(247.5, 1147);\n    poly74.ps[1] = Point(247.5, 1209);\n    poly74.ps[2] = Point(185.5, 1209);\n    poly74.ps[3] = Point(185.5, 1147);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(715.439, 1924.42);\n    poly75.ps[1] = Point(715.439, 1944.42);\n    poly75.ps[2] = Point(683.439, 1944.42);\n    poly75.ps[3] = Point(683.439, 1924.42);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(282.5, 1872.42);\n    poly76.ps[1] = Point(282.5, 1934.42);\n    poly76.ps[2] = Point(220.5, 1934.42);\n    poly76.ps[3] = Point(220.5, 1872.42);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1105.5, 2400.79);\n    poly77.ps[1] = Point(1105.5, 2420.79);\n    poly77.ps[2] = Point(1073.5, 2420.79);\n    poly77.ps[3] = Point(1073.5, 2400.79);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(715.439, 1862.42);\n    poly78.ps[1] = Point(715.439, 1882.42);\n    poly78.ps[2] = Point(683.439, 1882.42);\n    poly78.ps[3] = Point(683.439, 1862.42);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1506.5, 2243.29);\n    poly79.ps[1] = Point(1506.5, 2408.29);\n    poly79.ps[2] = Point(1369.5, 2408.29);\n    poly79.ps[3] = Point(1369.5, 2243.29);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(1232.5, 1327.42);\n    poly80.ps[1] = Point(1232.5, 1359.42);\n    poly80.ps[2] = Point(1212.5, 1359.42);\n    poly80.ps[3] = Point(1212.5, 1327.42);\n    new ShapeRef(router, poly80, 80);\n#endif\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(1250.5, 1491.42);\n    poly81.ps[1] = Point(1250.5, 1523.42);\n    poly81.ps[2] = Point(1230.5, 1523.42);\n    poly81.ps[3] = Point(1230.5, 1491.42);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(1341.5, 1491.42);\n    poly82.ps[1] = Point(1341.5, 1523.42);\n    poly82.ps[2] = Point(1321.5, 1523.42);\n    poly82.ps[3] = Point(1321.5, 1491.42);\n    new ShapeRef(router, poly82, 82);\n\n#ifdef ALL\n    Polygon poly83(4);\n    poly83.ps[0] = Point(570.5, 2030.42);\n    poly83.ps[1] = Point(570.5, 2050.42);\n    poly83.ps[2] = Point(538.5, 2050.42);\n    poly83.ps[3] = Point(538.5, 2030.42);\n    new ShapeRef(router, poly83, 83);\n#endif\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(1432.5, 1491.42);\n    poly84.ps[1] = Point(1432.5, 1523.42);\n    poly84.ps[2] = Point(1412.5, 1523.42);\n    poly84.ps[3] = Point(1412.5, 1491.42);\n    new ShapeRef(router, poly84, 84);\n\n#ifdef ALL\n    Polygon poly85(4);\n    poly85.ps[0] = Point(980.5, 1538.42);\n    poly85.ps[1] = Point(980.5, 1600.42);\n    poly85.ps[2] = Point(918.5, 1600.42);\n    poly85.ps[3] = Point(918.5, 1538.42);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(1116.5, 1639.42);\n    poly86.ps[1] = Point(1116.5, 1659.42);\n    poly86.ps[2] = Point(1084.5, 1659.42);\n    poly86.ps[3] = Point(1084.5, 1639.42);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(1116.5, 1445.42);\n    poly87.ps[1] = Point(1116.5, 1465.42);\n    poly87.ps[2] = Point(1084.5, 1465.42);\n    poly87.ps[3] = Point(1084.5, 1445.42);\n    new ShapeRef(router, poly87, 87);\n#endif\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(1222.5, 1260.42);\n    poly88.ps[1] = Point(1222.5, 1322.42);\n    poly88.ps[2] = Point(1160.5, 1322.42);\n    poly88.ps[3] = Point(1160.5, 1260.42);\n    new ShapeRef(router, poly88, 88);\n\n#ifdef ALL\n    Polygon poly89(4);\n    poly89.ps[0] = Point(170.5, 2215.42);\n    poly89.ps[1] = Point(170.5, 2247.42);\n    poly89.ps[2] = Point(150.5, 2247.42);\n    poly89.ps[3] = Point(150.5, 2215.42);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(1323.5, 1047.75);\n    poly90.ps[1] = Point(1323.5, 1079.75);\n    poly90.ps[2] = Point(1303.5, 1079.75);\n    poly90.ps[3] = Point(1303.5, 1047.75);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(723.5, 680);\n    poly91.ps[1] = Point(723.5, 700);\n    poly91.ps[2] = Point(691.5, 700);\n    poly91.ps[3] = Point(691.5, 680);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(492.5, 979);\n    poly92.ps[1] = Point(492.5, 999);\n    poly92.ps[2] = Point(460.5, 999);\n    poly92.ps[3] = Point(460.5, 979);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1105.5, 2475.79);\n    poly93.ps[1] = Point(1105.5, 2495.79);\n    poly93.ps[2] = Point(1073.5, 2495.79);\n    poly93.ps[3] = Point(1073.5, 2475.79);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(860.5, 2034.42);\n    poly94.ps[1] = Point(860.5, 2096.42);\n    poly94.ps[2] = Point(798.5, 2096.42);\n    poly94.ps[3] = Point(798.5, 2034.42);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1277.5, 1176.75);\n    poly95.ps[1] = Point(1277.5, 1216.75);\n    poly95.ps[2] = Point(1201.5, 1216.75);\n    poly95.ps[3] = Point(1201.5, 1176.75);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(797.5, 2278.79);\n    poly96.ps[1] = Point(797.5, 2338.79);\n    poly96.ps[2] = Point(741.5, 2338.79);\n    poly96.ps[3] = Point(741.5, 2278.79);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(241.5, 2211.42);\n    poly97.ps[1] = Point(241.5, 2251.42);\n    poly97.ps[2] = Point(165.5, 2251.42);\n    poly97.ps[3] = Point(165.5, 2211.42);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(797.5, 2420.79);\n    poly98.ps[1] = Point(797.5, 2480.79);\n    poly98.ps[2] = Point(741.5, 2480.79);\n    poly98.ps[3] = Point(741.5, 2420.79);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(915.5, 2297.79);\n    poly99.ps[1] = Point(915.5, 2337.79);\n    poly99.ps[2] = Point(839.5, 2337.79);\n    poly99.ps[3] = Point(839.5, 2297.79);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(1117.5, 2203.79);\n    poly100.ps[1] = Point(1117.5, 2263.79);\n    poly100.ps[2] = Point(1061.5, 2263.79);\n    poly100.ps[3] = Point(1061.5, 2203.79);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(1117.5, 2278.79);\n    poly101.ps[1] = Point(1117.5, 2338.79);\n    poly101.ps[2] = Point(1061.5, 2338.79);\n    poly101.ps[3] = Point(1061.5, 2278.79);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(1039.5, 2189.79);\n    poly102.ps[1] = Point(1039.5, 2249.79);\n    poly102.ps[2] = Point(983.5, 2249.79);\n    poly102.ps[3] = Point(983.5, 2189.79);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(1097.5, 2078.42);\n    poly103.ps[1] = Point(1097.5, 2118.42);\n    poly103.ps[2] = Point(1021.5, 2118.42);\n    poly103.ps[3] = Point(1021.5, 2078.42);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(733.5, 2099.42);\n    poly104.ps[1] = Point(733.5, 2159.42);\n    poly104.ps[2] = Point(677.5, 2159.42);\n    poly104.ps[3] = Point(677.5, 2099.42);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(403.5, 2099.42);\n    poly105.ps[1] = Point(403.5, 2159.42);\n    poly105.ps[2] = Point(347.5, 2159.42);\n    poly105.ps[3] = Point(347.5, 2099.42);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(1386.5, 2099.42);\n    poly106.ps[1] = Point(1386.5, 2159.42);\n    poly106.ps[2] = Point(1330.5, 2159.42);\n    poly106.ps[3] = Point(1330.5, 2099.42);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(1277.5, 1945.42);\n    poly107.ps[1] = Point(1277.5, 1985.42);\n    poly107.ps[2] = Point(1201.5, 1985.42);\n    poly107.ps[3] = Point(1201.5, 1945.42);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(1277.5, 1821.42);\n    poly108.ps[1] = Point(1277.5, 1861.42);\n    poly108.ps[2] = Point(1201.5, 1861.42);\n    poly108.ps[3] = Point(1201.5, 1821.42);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1277.5, 1697.42);\n    poly109.ps[1] = Point(1277.5, 1737.42);\n    poly109.ps[2] = Point(1201.5, 1737.42);\n    poly109.ps[3] = Point(1201.5, 1697.42);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(1150.5, 1323.42);\n    poly110.ps[1] = Point(1150.5, 1363.42);\n    poly110.ps[2] = Point(1074.5, 1363.42);\n    poly110.ps[3] = Point(1074.5, 1323.42);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(1008.5, 1221.42);\n    poly111.ps[1] = Point(1008.5, 1281.42);\n    poly111.ps[2] = Point(952.5, 1281.42);\n    poly111.ps[3] = Point(952.5, 1221.42);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(1308.5, 1043.75);\n    poly112.ps[1] = Point(1308.5, 1083.75);\n    poly112.ps[2] = Point(1232.5, 1083.75);\n    poly112.ps[3] = Point(1232.5, 1043.75);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(1150.5, 1043.75);\n    poly113.ps[1] = Point(1150.5, 1083.75);\n    poly113.ps[2] = Point(1074.5, 1083.75);\n    poly113.ps[3] = Point(1074.5, 1043.75);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(1355.5, 480.5);\n    poly114.ps[1] = Point(1355.5, 540.5);\n    poly114.ps[2] = Point(1299.5, 540.5);\n    poly114.ps[3] = Point(1299.5, 480.5);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(1277.5, 720);\n    poly115.ps[1] = Point(1277.5, 760);\n    poly115.ps[2] = Point(1201.5, 760);\n    poly115.ps[3] = Point(1201.5, 720);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(1277.5, 458);\n    poly116.ps[1] = Point(1277.5, 498);\n    poly116.ps[2] = Point(1201.5, 498);\n    poly116.ps[3] = Point(1201.5, 458);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(946.5, 813);\n    poly117.ps[1] = Point(946.5, 873);\n    poly117.ps[2] = Point(890.5, 873);\n    poly117.ps[3] = Point(890.5, 813);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(504.5, 707);\n    poly118.ps[1] = Point(504.5, 767);\n    poly118.ps[2] = Point(448.5, 767);\n    poly118.ps[3] = Point(448.5, 707);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(504.5, 782);\n    poly119.ps[1] = Point(504.5, 842);\n    poly119.ps[2] = Point(448.5, 842);\n    poly119.ps[3] = Point(448.5, 782);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(826.5, 670);\n    poly120.ps[1] = Point(826.5, 730);\n    poly120.ps[2] = Point(770.5, 730);\n    poly120.ps[3] = Point(770.5, 670);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(633.5, 720);\n    poly121.ps[1] = Point(633.5, 760);\n    poly121.ps[2] = Point(557.5, 760);\n    poly121.ps[3] = Point(557.5, 720);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(372.5, 720);\n    poly122.ps[1] = Point(372.5, 760);\n    poly122.ps[2] = Point(296.5, 760);\n    poly122.ps[3] = Point(296.5, 720);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(735.5, 408);\n    poly123.ps[1] = Point(735.5, 468);\n    poly123.ps[2] = Point(679.5, 468);\n    poly123.ps[3] = Point(679.5, 408);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(735.5, 483);\n    poly124.ps[1] = Point(735.5, 543);\n    poly124.ps[2] = Point(679.5, 543);\n    poly124.ps[3] = Point(679.5, 483);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(735.5, 333);\n    poly125.ps[1] = Point(735.5, 393);\n    poly125.ps[2] = Point(679.5, 393);\n    poly125.ps[3] = Point(679.5, 333);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(795.5, 271);\n    poly126.ps[1] = Point(795.5, 331);\n    poly126.ps[2] = Point(739.5, 331);\n    poly126.ps[3] = Point(739.5, 271);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(795.5, 169);\n    poly127.ps[1] = Point(795.5, 229);\n    poly127.ps[2] = Point(739.5, 229);\n    poly127.ps[3] = Point(739.5, 169);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(520.5, 2242.46);\n    poly128.ps[1] = Point(520.5, 2302.46);\n    poly128.ps[2] = Point(464.5, 2302.46);\n    poly128.ps[3] = Point(464.5, 2242.46);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(1277.5, 1549.42);\n    poly129.ps[1] = Point(1277.5, 1589.42);\n    poly129.ps[2] = Point(1201.5, 1589.42);\n    poly129.ps[3] = Point(1201.5, 1549.42);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(735.5, 625);\n    poly130.ps[1] = Point(735.5, 685);\n    poly130.ps[2] = Point(679.5, 685);\n    poly130.ps[3] = Point(679.5, 625);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(504.5, 924);\n    poly131.ps[1] = Point(504.5, 984);\n    poly131.ps[2] = Point(448.5, 984);\n    poly131.ps[3] = Point(448.5, 924);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(314.5, 1006);\n    poly132.ps[1] = Point(314.5, 1066);\n    poly132.ps[2] = Point(258.5, 1066);\n    poly132.ps[3] = Point(258.5, 1006);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(314.5, 1108);\n    poly133.ps[1] = Point(314.5, 1168);\n    poly133.ps[2] = Point(258.5, 1168);\n    poly133.ps[3] = Point(258.5, 1108);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(582.5, 1006);\n    poly134.ps[1] = Point(582.5, 1066);\n    poly134.ps[2] = Point(526.5, 1066);\n    poly134.ps[3] = Point(526.5, 1006);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(582.5, 1108);\n    poly135.ps[1] = Point(582.5, 1168);\n    poly135.ps[2] = Point(526.5, 1168);\n    poly135.ps[3] = Point(526.5, 1108);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(727.439, 1944.42);\n    poly136.ps[1] = Point(727.439, 2004.42);\n    poly136.ps[2] = Point(671.439, 2004.42);\n    poly136.ps[3] = Point(671.439, 1944.42);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(1117.5, 2420.79);\n    poly137.ps[1] = Point(1117.5, 2480.79);\n    poly137.ps[2] = Point(1061.5, 2480.79);\n    poly137.ps[3] = Point(1061.5, 2420.79);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(727.439, 1802.42);\n    poly138.ps[1] = Point(727.439, 1862.42);\n    poly138.ps[2] = Point(671.439, 1862.42);\n    poly138.ps[3] = Point(671.439, 1802.42);\n    new ShapeRef(router, poly138, 138);\n#endif\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(1308.5, 1323.42);\n    poly139.ps[1] = Point(1308.5, 1363.42);\n    poly139.ps[2] = Point(1232.5, 1363.42);\n    poly139.ps[3] = Point(1232.5, 1323.42);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(1326.5, 1487.42);\n    poly140.ps[1] = Point(1326.5, 1527.42);\n    poly140.ps[2] = Point(1250.5, 1527.42);\n    poly140.ps[3] = Point(1250.5, 1487.42);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1417.5, 1487.42);\n    poly141.ps[1] = Point(1417.5, 1527.42);\n    poly141.ps[2] = Point(1341.5, 1527.42);\n    poly141.ps[3] = Point(1341.5, 1487.42);\n    new ShapeRef(router, poly141, 141);\n\n#ifdef ALL\n    Polygon poly142(4);\n    poly142.ps[0] = Point(582.5, 1970.42);\n    poly142.ps[1] = Point(582.5, 2030.42);\n    poly142.ps[2] = Point(526.5, 2030.42);\n    poly142.ps[3] = Point(526.5, 1970.42);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1508.5, 1487.42);\n    poly143.ps[1] = Point(1508.5, 1527.42);\n    poly143.ps[2] = Point(1432.5, 1527.42);\n    poly143.ps[3] = Point(1432.5, 1487.42);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(1128.5, 1579.42);\n    poly144.ps[1] = Point(1128.5, 1639.42);\n    poly144.ps[2] = Point(1072.5, 1639.42);\n    poly144.ps[3] = Point(1072.5, 1579.42);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1128.5, 1385.42);\n    poly145.ps[1] = Point(1128.5, 1445.42);\n    poly145.ps[2] = Point(1072.5, 1445.42);\n    poly145.ps[3] = Point(1072.5, 1385.42);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(150.5, 2211.42);\n    poly146.ps[1] = Point(150.5, 2251.42);\n    poly146.ps[2] = Point(74.5, 2251.42);\n    poly146.ps[3] = Point(74.5, 2211.42);\n    new ShapeRef(router, poly146, 146);\n#endif\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1399.5, 1043.75);\n    poly147.ps[1] = Point(1399.5, 1083.75);\n    poly147.ps[2] = Point(1323.5, 1083.75);\n    poly147.ps[3] = Point(1323.5, 1043.75);\n    new ShapeRef(router, poly147, 147);\n\n#ifdef ALL\n    Polygon poly148(4);\n    poly148.ps[0] = Point(735.5, 700);\n    poly148.ps[1] = Point(735.5, 760);\n    poly148.ps[2] = Point(679.5, 760);\n    poly148.ps[3] = Point(679.5, 700);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(504.5, 999);\n    poly149.ps[1] = Point(504.5, 1059);\n    poly149.ps[2] = Point(448.5, 1059);\n    poly149.ps[3] = Point(448.5, 999);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1117.5, 2495.79);\n    poly150.ps[1] = Point(1117.5, 2555.79);\n    poly150.ps[2] = Point(1061.5, 2555.79);\n    poly150.ps[3] = Point(1061.5, 2495.79);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(1482, 966.25);\n    poly151.ps[1] = Point(1482, 1006.25);\n    poly151.ps[2] = Point(1422, 1006.25);\n    poly151.ps[3] = Point(1422, 966.25);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(1482, 1006.25);\n    poly152.ps[1] = Point(1482, 1046.25);\n    poly152.ps[2] = Point(1422, 1046.25);\n    poly152.ps[3] = Point(1422, 1006.25);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(1533, 1134.75);\n    poly153.ps[1] = Point(1533, 1194.75);\n    poly153.ps[2] = Point(1493, 1194.75);\n    poly153.ps[3] = Point(1493, 1134.75);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(1573, 1134.75);\n    poly154.ps[1] = Point(1573, 1194.75);\n    poly154.ps[2] = Point(1533, 1194.75);\n    poly154.ps[3] = Point(1533, 1134.75);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(1272, 159.5);\n    poly155.ps[1] = Point(1272, 219.5);\n    poly155.ps[2] = Point(1232, 219.5);\n    poly155.ps[3] = Point(1232, 159.5);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(252.5, 2005.92);\n    poly156.ps[1] = Point(252.5, 2045.92);\n    poly156.ps[2] = Point(192.5, 2045.92);\n    poly156.ps[3] = Point(192.5, 2005.92);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(252.5, 2045.92);\n    poly157.ps[1] = Point(252.5, 2085.92);\n    poly157.ps[2] = Point(192.5, 2085.92);\n    poly157.ps[3] = Point(192.5, 2045.92);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(741.5, 1642.92);\n    poly158.ps[1] = Point(741.5, 1682.92);\n    poly158.ps[2] = Point(681.5, 1682.92);\n    poly158.ps[3] = Point(681.5, 1642.92);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1458.5, 2243.79);\n    poly159.ps[1] = Point(1458.5, 2303.79);\n    poly159.ps[2] = Point(1418.5, 2303.79);\n    poly159.ps[3] = Point(1418.5, 2243.79);\n    new ShapeRef(router, poly159, 159);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(1191.5, 1211.75), 2);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(736.5, 1291.42), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(1191.5, 1181.75), 1);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(1191.5, 1115.75), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(1191.5, 1211.75), 2);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(1191.5, 1291.42), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(754.5, 2348.79), 4);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(251.5, 2379.79), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints163(1);\n    checkpoints163[0] = Point(807.5, 2379.79);\n    connRef163->setRoutingCheckpoints(checkpoints163);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(784.5, 2348.79), 8);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(829.5, 2379.79), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints164(1);\n    checkpoints164[0] = Point(731.5, 2379.79);\n    connRef164->setRoutingCheckpoints(checkpoints164);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(251.5, 2246.42), 2);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(251.5, 2379.79), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints165(1);\n    checkpoints165[0] = Point(226.5, 2261.42);\n    connRef165->setRoutingCheckpoints(checkpoints165);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(754.5, 2410.79), 4);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(251.5, 2379.79), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints166(1);\n    checkpoints166[0] = Point(807.5, 2379.79);\n    connRef166->setRoutingCheckpoints(checkpoints166);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(784.5, 2410.79), 8);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(829.5, 2379.79), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints167(1);\n    checkpoints167[0] = Point(731.5, 2379.79);\n    connRef167->setRoutingCheckpoints(checkpoints167);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(251.5, 2379.79), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(160.5, 2246.42), 2);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints168(1);\n    checkpoints168[0] = Point(226.5, 2261.42);\n    connRef168->setRoutingCheckpoints(checkpoints168);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(829.5, 2332.79), 2);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(829.5, 2379.79), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1074.5, 2273.79), 4);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(829.5, 2379.79), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints170(1);\n    checkpoints170[0] = Point(1051.5, 2379.79);\n    connRef170->setRoutingCheckpoints(checkpoints170);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1074.5, 2348.79), 4);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(829.5, 2379.79), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints171(1);\n    checkpoints171[0] = Point(1051.5, 2379.79);\n    connRef171->setRoutingCheckpoints(checkpoints171);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(996.5, 2179.79), 4);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(829.5, 2169.42), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(1011.5, 2113.42), 2);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(829.5, 2169.42), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(690.5, 2169.42), 4);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(523.5, 2169.42), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(690.5, 2169.42), 4);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(829.5, 2065.42), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(360.5, 2169.42), 4);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(251.5, 2169.42), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(390.5, 2169.42), 8);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(523.5, 2169.42), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(360.5, 2169.42), 4);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(375.5, 2312.46), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(1373.5, 2169.42), 8);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(1432.5, 2169.42), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(1343.5, 2169.42), 4);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(1191.5, 2169.42), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(1191.5, 1980.42), 2);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(1191.5, 2169.42), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(1191.5, 1826.42), 1);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(1191.5, 1779.42), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(1191.5, 1856.42), 2);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(1191.5, 1903.42), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(1191.5, 1732.42), 2);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(1191.5, 1779.42), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(1191.5, 1702.42), 1);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(1191.5, 1655.42), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(1160.5, 1358.42), 2);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(1191.5, 1455.42), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints186(1);\n    checkpoints186[0] = Point(1191.5, 1373.42);\n    connRef186->setRoutingCheckpoints(checkpoints186);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(1160.5, 1328.42), 1);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(1191.5, 1291.42), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints187(1);\n    checkpoints187[0] = Point(1191.5, 1313.42);\n    connRef187->setRoutingCheckpoints(checkpoints187);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(965.5, 1291.42), 4);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(736.5, 1291.42), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(995.5, 1291.42), 8);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(1191.5, 1291.42), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(1222.5, 1078.75), 2);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(1191.5, 1115.75), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints190(1);\n    checkpoints190[0] = Point(1191.5, 1033.75);\n    connRef190->setRoutingCheckpoints(checkpoints190);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(1160.5, 1048.75), 1);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(1191.5, 883), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints191(1);\n    checkpoints191[0] = Point(1191.5, 1093.75);\n    connRef191->setRoutingCheckpoints(checkpoints191);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(1312.5, 550.5), 4);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(1191.5, 584), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(1191.5, 725), 1);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(1191.5, 584), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(1191.5, 755), 2);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(1191.5, 883), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(1191.5, 463), 1);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(1191.5, 280), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(1191.5, 493), 2);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(1191.5, 584), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(903.5, 883), 4);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(736.5, 883), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(933.5, 883), 8);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(1191.5, 883), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(491.5, 777), 8);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(736.5, 883), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints199(1);\n    checkpoints199[0] = Point(438.5, 883);\n    connRef199->setRoutingCheckpoints(checkpoints199);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(491.5, 852), 8);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(736.5, 883), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints200(1);\n    checkpoints200[0] = Point(438.5, 883);\n    connRef200->setRoutingCheckpoints(checkpoints200);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(783.5, 740), 4);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(736.5, 883), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(813.5, 740), 8);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(1191.5, 584), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(643.5, 755), 2);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(736.5, 883), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(643.5, 725), 1);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(1191.5, 584), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(286.5, 725), 1);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(286.5, 584), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(286.5, 755), 2);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(286.5, 883), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(722.5, 478), 8);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(1191.5, 584), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints207(1);\n    checkpoints207[0] = Point(669.5, 584);\n    connRef207->setRoutingCheckpoints(checkpoints207);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(722.5, 553), 8);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(1191.5, 584), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints208(1);\n    checkpoints208[0] = Point(669.5, 584);\n    connRef208->setRoutingCheckpoints(checkpoints208);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(692.5, 403), 4);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(286.5, 584), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints209(1);\n    checkpoints209[0] = Point(745.5, 584);\n    connRef209->setRoutingCheckpoints(checkpoints209);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(752.5, 341), 4);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(286.5, 584), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(752.5, 239), 4);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(286.5, 584), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(507.5, 2312.46), 8);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(674.5, 2312.46), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(1191.5, 1584.42), 2);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(1191.5, 1655.42), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(1191.5, 1554.42), 1);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(1191.5, 1455.42), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(722.5, 615), 8);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(1191.5, 584), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints215(1);\n    checkpoints215[0] = Point(669.5, 584);\n    connRef215->setRoutingCheckpoints(checkpoints215);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(491.5, 914), 8);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(736.5, 883), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints216(1);\n    checkpoints216[0] = Point(438.5, 883);\n    connRef216->setRoutingCheckpoints(checkpoints216);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(301.5, 1076), 8);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(406.5, 1076), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(301.5, 1178), 8);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(406.5, 1178), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(569.5, 1076), 8);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(736.5, 883), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(569.5, 1178), 8);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(736.5, 883), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1401.5, 550.5), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1342.5, 550.5), 8);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(286.5, 584), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(692.5, 615), 4);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints222(1);\n    checkpoints222[0] = Point(745.5, 584);\n    connRef222->setRoutingCheckpoints(checkpoints222);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(286.5, 584), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(692.5, 690), 4);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints223(1);\n    checkpoints223[0] = Point(745.5, 584);\n    connRef223->setRoutingCheckpoints(checkpoints223);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(286.5, 883), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(461.5, 914), 4);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints224(1);\n    checkpoints224[0] = Point(514.5, 883);\n    connRef224->setRoutingCheckpoints(checkpoints224);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(461.5, 989), 4);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(286.5, 883), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints225(1);\n    checkpoints225[0] = Point(514.5, 883);\n    connRef225->setRoutingCheckpoints(checkpoints225);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(491.5, 989), 8);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(736.5, 883), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints226(1);\n    checkpoints226[0] = Point(438.5, 883);\n    connRef226->setRoutingCheckpoints(checkpoints226);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(1191.5, 883), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(1313.5, 1048.75), 1);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints227(1);\n    checkpoints227[0] = Point(1191.5, 1093.75);\n    connRef227->setRoutingCheckpoints(checkpoints227);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(714.439, 1872.42), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(1191.5, 1903.42), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints228(1);\n    checkpoints228[0] = Point(737.439, 1903.42);\n    connRef228->setRoutingCheckpoints(checkpoints228);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(1240.5, 1522.42), 2);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(1191.5, 1655.42), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints229(1);\n    checkpoints229[0] = Point(1265.5, 1537.42);\n    connRef229->setRoutingCheckpoints(checkpoints229);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(1331.5, 1522.42), 2);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(1191.5, 1655.42), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints230(1);\n    checkpoints230[0] = Point(1265.5, 1537.42);\n    connRef230->setRoutingCheckpoints(checkpoints230);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(1422.5, 1522.42), 2);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(1191.5, 1655.42), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints231(1);\n    checkpoints231[0] = Point(1265.5, 1537.42);\n    connRef231->setRoutingCheckpoints(checkpoints231);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(1222.5, 1358.42), 2);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(1191.5, 1455.42), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints232(1);\n    checkpoints232[0] = Point(1191.5, 1373.42);\n    connRef232->setRoutingCheckpoints(checkpoints232);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(1115.5, 1455.42), 8);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(1191.5, 1455.42), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(1104.5, 2273.79), 8);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(1327.5, 2379.79), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints234(1);\n    checkpoints234[0] = Point(1127.5, 2379.79);\n    connRef234->setRoutingCheckpoints(checkpoints234);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(1104.5, 2348.79), 8);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(1327.5, 2379.79), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints235(1);\n    checkpoints235[0] = Point(1127.5, 2379.79);\n    connRef235->setRoutingCheckpoints(checkpoints235);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(1104.5, 2410.79), 8);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(1327.5, 2379.79), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints236(1);\n    checkpoints236[0] = Point(1127.5, 2379.79);\n    connRef236->setRoutingCheckpoints(checkpoints236);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(1104.5, 2485.79), 8);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(1327.5, 2379.79), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints237(1);\n    checkpoints237[0] = Point(1127.5, 2379.79);\n    connRef237->setRoutingCheckpoints(checkpoints237);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(569.5, 2040.42), 8);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(1191.5, 2169.42), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(829.5, 2169.42), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(829.5, 2302.79), 1);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(539.5, 2040.42), 4);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(251.5, 2169.42), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(1074.5, 2410.79), 4);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(829.5, 2379.79), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints241(1);\n    checkpoints241[0] = Point(1051.5, 2379.79);\n    connRef241->setRoutingCheckpoints(checkpoints241);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(1074.5, 2485.79), 4);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(829.5, 2379.79), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints242(1);\n    checkpoints242[0] = Point(1051.5, 2379.79);\n    connRef242->setRoutingCheckpoints(checkpoints242);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(477.5, 2312.46), 4);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(375.5, 2312.46), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(1191.5, 1115.75), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(1160.5, 1078.75), 2);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints244(1);\n    checkpoints244[0] = Point(1191.5, 1033.75);\n    connRef244->setRoutingCheckpoints(checkpoints244);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(216.5, 1076), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(271.5, 1076), 4);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(406.5, 1076), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(539.5, 1076), 4);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(406.5, 1178), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(539.5, 1178), 4);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(216.5, 1178), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(271.5, 1178), 4);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(714.439, 1934.42), 8);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(1191.5, 1903.42), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints249(1);\n    checkpoints249[0] = Point(737.439, 1903.42);\n    connRef249->setRoutingCheckpoints(checkpoints249);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(251.5, 1903.42), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(684.439, 1934.42), 4);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints250(1);\n    checkpoints250[0] = Point(661.439, 1903.42);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(251.5, 1903.42), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(684.439, 1872.42), 4);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints251(1);\n    checkpoints251[0] = Point(661.439, 1903.42);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(1222.5, 1328.42), 1);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(1191.5, 1291.42), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints252(1);\n    checkpoints252[0] = Point(1191.5, 1313.42);\n    connRef252->setRoutingCheckpoints(checkpoints252);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(1085.5, 1649.42), 4);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(949.5, 1569.42), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(1115.5, 1649.42), 8);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(1191.5, 1655.42), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(1085.5, 1455.42), 4);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(949.5, 1569.42), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n#endif\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(1191.5, 1291.42), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(1240.5, 1492.42), 1);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints256(1);\n    checkpoints256[0] = Point(1331.5, 1477.42);\n    connRef256->setRoutingCheckpoints(checkpoints256);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1191.5, 1291.42), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1331.5, 1492.42), 1);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints257(1);\n    checkpoints257[0] = Point(1331.5, 1477.42);\n    connRef257->setRoutingCheckpoints(checkpoints256);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1191.5, 1291.42), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1422.5, 1492.42), 1);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints258(1);\n    checkpoints258[0] = Point(1331.5, 1477.42);\n    connRef258->setRoutingCheckpoints(checkpoints256);\n\n#ifdef ALL\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(160.5, 2216.42), 1);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(251.5, 2169.42), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints259(1);\n    checkpoints259[0] = Point(226.5, 2201.42);\n    connRef259->setRoutingCheckpoints(checkpoints259);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1313.5, 1078.75), 2);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1191.5, 1115.75), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints260(1);\n    checkpoints260[0] = Point(1191.5, 1033.75);\n    connRef260->setRoutingCheckpoints(checkpoints260);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(722.5, 690), 8);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1191.5, 584), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints261(1);\n    checkpoints261[0] = Point(669.5, 584);\n    connRef261->setRoutingCheckpoints(checkpoints261);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(829.5, 2065.42), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1026.5, 2179.79), 8);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(829.5, 2065.42), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(1011.5, 2083.42), 1);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(1249.5, 1196.75), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(1191.5, 1196.75), 8);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(769.5, 2298.79), 2);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(769.5, 2348.79), 1);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(193.5, 2231.42), 8);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(251.5, 2231.42), 4);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(769.5, 2460.79), 1);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(769.5, 2410.79), 2);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(887.5, 2317.79), 4);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(829.5, 2317.79), 8);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(1089.5, 2223.79), 2);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(1089.5, 2273.79), 1);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(1089.5, 2298.79), 2);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(1089.5, 2348.79), 1);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(1011.5, 2229.79), 1);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(1011.5, 2179.79), 2);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(1069.5, 2098.42), 4);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(1011.5, 2098.42), 8);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(705.5, 2119.42), 2);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(705.5, 2169.42), 1);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(375.5, 2119.42), 2);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(375.5, 2169.42), 1);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(1358.5, 2119.42), 2);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(1358.5, 2169.42), 1);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(1249.5, 1965.42), 4);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(1191.5, 1965.42), 8);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(1249.5, 1841.42), 4);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(1191.5, 1841.42), 8);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(1249.5, 1717.42), 4);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(1191.5, 1717.42), 8);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(1102.5, 1343.42), 8);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(1160.5, 1343.42), 4);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(980.5, 1241.42), 2);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(980.5, 1291.42), 1);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(1280.5, 1063.75), 4);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1222.5, 1063.75), 8);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(1102.5, 1063.75), 8);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(1160.5, 1063.75), 4);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(1327.5, 500.5), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(1327.5, 550.5), 1);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(1249.5, 740), 4);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1191.5, 740), 8);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(1249.5, 478), 4);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1191.5, 478), 8);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(918.5, 833), 2);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(918.5, 883), 1);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(476.5, 727), 2);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(476.5, 777), 1);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(476.5, 802), 2);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(476.5, 852), 1);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(798.5, 690), 2);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(798.5, 740), 1);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(585.5, 740), 8);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(643.5, 740), 4);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(344.5, 740), 4);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(286.5, 740), 8);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(707.5, 428), 2);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(707.5, 478), 1);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(707.5, 503), 2);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(707.5, 553), 1);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(707.5, 353), 2);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(707.5, 403), 1);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(767.5, 291), 2);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(767.5, 341), 1);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(767.5, 189), 2);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(767.5, 239), 1);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(492.5, 2262.46), 2);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(492.5, 2312.46), 1);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(1249.5, 1569.42), 4);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(1191.5, 1569.42), 8);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(707.5, 665), 1);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(707.5, 615), 2);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(476.5, 964), 1);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(476.5, 914), 2);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(286.5, 1026), 2);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(286.5, 1076), 1);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(286.5, 1128), 2);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(286.5, 1178), 1);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(554.5, 1026), 2);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(554.5, 1076), 1);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(554.5, 1128), 2);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(554.5, 1178), 1);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(699.439, 1984.42), 1);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(699.439, 1934.42), 2);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(1089.5, 2460.79), 1);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(1089.5, 2410.79), 2);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(699.439, 1822.42), 2);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(699.439, 1872.42), 1);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(1280.5, 1343.42), 4);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(1222.5, 1343.42), 8);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(1298.5, 1507.42), 4);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(1240.5, 1507.42), 8);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(1389.5, 1507.42), 4);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(1331.5, 1507.42), 8);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(554.5, 1990.42), 2);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(554.5, 2040.42), 1);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(1480.5, 1507.42), 4);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(1422.5, 1507.42), 8);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(1100.5, 1599.42), 2);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(1100.5, 1649.42), 1);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(1100.5, 1405.42), 2);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(1100.5, 1455.42), 1);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(102.5, 2231.42), 8);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(160.5, 2231.42), 4);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(1371.5, 1063.75), 4);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(1313.5, 1063.75), 8);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(707.5, 740), 1);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(707.5, 690), 2);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(476.5, 1039), 1);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(476.5, 989), 2);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(1089.5, 2535.79), 1);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(1089.5, 2485.79), 2);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(251.5, 2169.42), 15);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(251.5, 2216.42), 1);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints320(1);\n    checkpoints320[0] = Point(226.5, 2201.42);\n    connRef320->setRoutingCheckpoints(checkpoints320);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(1191.5, 2169.42), 15);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(1026.5, 2179.79), 8);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(1191.5, 2169.42), 15);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(1011.5, 2083.42), 1);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(674.5, 2312.46), 15);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(720.5, 2169.42), 8);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(829.5, 2169.42), 15);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(720.5, 2169.42), 8);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(1191.5, 1903.42), 15);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(1191.5, 1950.42), 1);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(1191.5, 883), 15);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(1222.5, 1048.75), 1);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints326(1);\n    checkpoints326[0] = Point(1191.5, 1093.75);\n    connRef326->setRoutingCheckpoints(checkpoints326);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(286.5, 883), 15);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(461.5, 777), 4);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints327(1);\n    checkpoints327[0] = Point(514.5, 883);\n    connRef327->setRoutingCheckpoints(checkpoints327);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(286.5, 883), 15);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(461.5, 852), 4);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints328(1);\n    checkpoints328[0] = Point(514.5, 883);\n    connRef328->setRoutingCheckpoints(checkpoints328);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(286.5, 584), 15);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(692.5, 478), 4);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints329(1);\n    checkpoints329[0] = Point(745.5, 584);\n    connRef329->setRoutingCheckpoints(checkpoints329);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(286.5, 584), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(692.5, 553), 4);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints330(1);\n    checkpoints330[0] = Point(745.5, 584);\n    connRef330->setRoutingCheckpoints(checkpoints330);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1191.5, 584), 15);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(722.5, 403), 8);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints331(1);\n    checkpoints331[0] = Point(669.5, 584);\n    connRef331->setRoutingCheckpoints(checkpoints331);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(1191.5, 280), 15);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(782.5, 341), 8);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(1191.5, 280), 15);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(782.5, 239), 8);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(1191.5, 584), 15);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(1427, 986.25), 4);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n#endif\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(1191.5, 1291.42), 15);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(1427, 1026.25), 4);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n\n#ifdef ALL\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(1191.5, 1779.42), 15);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(1513, 1189.75), 2);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(1191.5, 2169.42), 15);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(1553, 1189.75), 2);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(1191.5, 280), 15);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(1252, 214.5), 2);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(251.5, 1903.42), 15);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(247.5, 2025.92), 8);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(251.5, 2169.42), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(247.5, 2065.92), 8);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1191.5, 1655.42), 15);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(736.5, 1662.92), 8);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1432.5, 2169.42), 15);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(1438.5, 2248.79), 1);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpointNudging2\");\n\n    // Second last segment of connector 256 and 258 should be in line with each other \n    // in the y dimension, in line with the checkpoint.\n    bool areInline = (connRef258->displayRoute().ps[2].y == connRef258->displayRoute().ps[3].y) &&\n    \t\t     (connRef258->displayRoute().ps[2].y == connRef256->displayRoute().ps[2].y) &&\n    \t\t     (connRef258->displayRoute().ps[2].y == connRef256->displayRoute().ps[3].y);\n\n    delete router;\n    return (areInline) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/checkpointNudging3.cpp",
    "content": "// Based on ec00240-libavoid-debug-error-high-precision.svg\n// Problem where epsilon difference could cause a segment to be restricted \n// by a checkpoint on that segment, effectively not allowing it to move.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n#ifdef REST\n    Polygon poly1(4);\n    poly1.ps[0] = Point(191.62835648698, 1359.606854916126);\n    poly1.ps[1] = Point(191.62835648698, 1391.606854916126);\n    poly1.ps[2] = Point(171.62835648698, 1391.606854916126);\n    poly1.ps[3] = Point(171.62835648698, 1359.606854916126);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(1904.12835649198, 2.256854915126041);\n    poly2.ps[1] = Point(1904.12835649198, 64.25685491512604);\n    poly2.ps[2] = Point(1842.12835649198, 64.25685491512604);\n    poly2.ps[3] = Point(1842.12835649198, 2.256854915126041);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(1959.12835649298, 23.25685491512604);\n    poly3.ps[1] = Point(1959.12835649298, 43.25685491512604);\n    poly3.ps[2] = Point(1927.12835649298, 43.25685491512604);\n    poly3.ps[3] = Point(1927.12835649298, 23.25685491512604);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(443.62835648698, -329.4098117515406);\n    poly4.ps[1] = Point(443.62835648698, -309.4098117515406);\n    poly4.ps[2] = Point(411.62835648698, -309.4098117515406);\n    poly4.ps[3] = Point(411.62835648698, -329.4098117515406);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(47.62835648497997, 935.8568549161259);\n    poly5.ps[1] = Point(47.62835648497997, 955.8568549161259);\n    poly5.ps[2] = Point(15.62835648497997, 955.8568549161259);\n    poly5.ps[3] = Point(15.62835648497997, 935.8568549161259);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(519.62835648798, 1326.606854916126);\n    poly6.ps[1] = Point(519.62835648798, 1358.606854916126);\n    poly6.ps[2] = Point(499.62835648798, 1358.606854916126);\n    poly6.ps[3] = Point(499.62835648798, 1326.606854916126);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(-975.12164351602, -157.4098117515406);\n    poly7.ps[1] = Point(-975.12164351602, -95.40981175154064);\n    poly7.ps[2] = Point(-1037.12164351602, -95.40981175154064);\n    poly7.ps[3] = Point(-1037.12164351602, -157.4098117515406);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(-996.12164351602, -281.4098117515406);\n    poly8.ps[1] = Point(-996.12164351602, -249.4098117515406);\n    poly8.ps[2] = Point(-1016.12164351602, -249.4098117515406);\n    poly8.ps[3] = Point(-1016.12164351602, -281.4098117515406);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(-827.12164351602, -964.4098117535407);\n    poly9.ps[1] = Point(-827.12164351602, -929.4098117535407);\n    poly9.ps[2] = Point(-1041.12164351602, -929.4098117535407);\n    poly9.ps[3] = Point(-1041.12164351602, -964.4098117535407);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(-657.62164351602, -907.4098117525407);\n    poly10.ps[1] = Point(-657.62164351602, -847.4098117525407);\n    poly10.ps[2] = Point(-964.62164351602, -847.4098117525407);\n    poly10.ps[3] = Point(-964.62164351602, -907.4098117525407);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(-938.62164351602, 275.2568549161261);\n    poly11.ps[1] = Point(-938.62164351602, 449.2568549161261);\n    poly11.ps[2] = Point(-1073.62164351602, 449.2568549161261);\n    poly11.ps[3] = Point(-1073.62164351602, 275.2568549161261);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(2313.295023161646, -400.4098117525406);\n    poly12.ps[1] = Point(2313.295023161646, -340.4098117525406);\n    poly12.ps[2] = Point(2030.295023161646, -340.4098117525406);\n    poly12.ps[3] = Point(2030.295023161646, -400.4098117525406);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(2313.795023161646, 1545.106854916126);\n    poly13.ps[1] = Point(2313.795023161646, 1605.106854916126);\n    poly13.ps[2] = Point(2029.795023161646, 1605.106854916126);\n    poly13.ps[3] = Point(2029.795023161646, 1545.106854916126);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(-996.12164351602, -513.4098117525407);\n    poly14.ps[1] = Point(-996.12164351602, -481.4098117525407);\n    poly14.ps[2] = Point(-1016.12164351602, -481.4098117525407);\n    poly14.ps[3] = Point(-1016.12164351602, -513.4098117525407);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(-792.12164351602, -747.9812403239691);\n    poly15.ps[1] = Point(-792.12164351602, -727.9812403239691);\n    poly15.ps[2] = Point(-824.12164351602, -727.9812403239691);\n    poly15.ps[3] = Point(-824.12164351602, -747.9812403239691);\n    new ShapeRef(router, poly15, 15);\n#endif\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(-452.87164351602, -843.9812403239691);\n    poly16.ps[1] = Point(-452.87164351602, -823.9812403239691);\n    poly16.ps[2] = Point(-484.87164351602, -823.9812403239691);\n    poly16.ps[3] = Point(-484.87164351602, -843.9812403239691);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(-452.87164351602, -768.9812403239691);\n    poly17.ps[1] = Point(-452.87164351602, -748.9812403239691);\n    poly17.ps[2] = Point(-484.87164351602, -748.9812403239691);\n    poly17.ps[3] = Point(-484.87164351602, -768.9812403239691);\n    new ShapeRef(router, poly17, 17);\n\n#ifdef REST\n    Polygon poly18(4);\n    poly18.ps[0] = Point(131.62835648698, -747.9812403239691);\n    poly18.ps[1] = Point(131.62835648698, -727.9812403239691);\n    poly18.ps[2] = Point(99.62835648697995, -727.9812403239691);\n    poly18.ps[3] = Point(99.62835648697995, -747.9812403239691);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(-485.87164351602, -507.4098117525407);\n    poly19.ps[1] = Point(-485.87164351602, -487.4098117525407);\n    poly19.ps[2] = Point(-517.87164351602, -487.4098117525407);\n    poly19.ps[3] = Point(-517.87164351602, -507.4098117525407);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(-485.87164351602, -388.4098117525406);\n    poly20.ps[1] = Point(-485.87164351602, -368.4098117525406);\n    poly20.ps[2] = Point(-517.87164351602, -368.4098117525406);\n    poly20.ps[3] = Point(-517.87164351602, -388.4098117525406);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(112.62835648598, -287.4098117515406);\n    poly21.ps[1] = Point(112.62835648598, -267.4098117515406);\n    poly21.ps[2] = Point(80.62835648597996, -267.4098117515406);\n    poly21.ps[3] = Point(80.62835648597996, -287.4098117515406);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(112.62835648598, -212.4098117515406);\n    poly22.ps[1] = Point(112.62835648598, -192.4098117515406);\n    poly22.ps[2] = Point(80.62835648597996, -192.4098117515406);\n    poly22.ps[3] = Point(80.62835648597996, -212.4098117515406);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(443.62835648698, -287.4098117515406);\n    poly23.ps[1] = Point(443.62835648698, -267.4098117515406);\n    poly23.ps[2] = Point(411.62835648698, -267.4098117515406);\n    poly23.ps[3] = Point(411.62835648698, -287.4098117515406);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(443.62835648698, -212.4098117515406);\n    poly24.ps[1] = Point(443.62835648698, -192.4098117515406);\n    poly24.ps[2] = Point(411.62835648698, -192.4098117515406);\n    poly24.ps[3] = Point(411.62835648698, -212.4098117515406);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(-288.87164351602, -175.4098117515406);\n    poly25.ps[1] = Point(-288.87164351602, -143.4098117515406);\n    poly25.ps[2] = Point(-308.87164351602, -143.4098117515406);\n    poly25.ps[3] = Point(-308.87164351602, -175.4098117515406);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(-330.87164351602, -175.4098117515406);\n    poly26.ps[1] = Point(-330.87164351602, -143.4098117515406);\n    poly26.ps[2] = Point(-350.87164351602, -143.4098117515406);\n    poly26.ps[3] = Point(-350.87164351602, -175.4098117515406);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(112.62835648598, -404.4098117515406);\n    poly27.ps[1] = Point(112.62835648598, -384.4098117515406);\n    poly27.ps[2] = Point(80.62835648597996, -384.4098117515406);\n    poly27.ps[3] = Point(80.62835648597996, -404.4098117515406);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(112.62835648598, -329.4098117515406);\n    poly28.ps[1] = Point(112.62835648598, -309.4098117515406);\n    poly28.ps[2] = Point(80.62835648597996, -309.4098117515406);\n    poly28.ps[3] = Point(80.62835648597996, -329.4098117515406);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(443.62835648698, -479.4098117515406);\n    poly29.ps[1] = Point(443.62835648698, -459.4098117515406);\n    poly29.ps[2] = Point(411.62835648698, -459.4098117515406);\n    poly29.ps[3] = Point(411.62835648698, -479.4098117515406);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(443.62835648698, -404.4098117515406);\n    poly30.ps[1] = Point(443.62835648698, -384.4098117515406);\n    poly30.ps[2] = Point(411.62835648698, -384.4098117515406);\n    poly30.ps[3] = Point(411.62835648698, -404.4098117515406);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(861.62835648898, -242.4098117515406);\n    poly31.ps[1] = Point(861.62835648898, -222.4098117515406);\n    poly31.ps[2] = Point(829.62835648898, -222.4098117515406);\n    poly31.ps[3] = Point(829.62835648898, -242.4098117515406);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(648.9873402531949, -287.4098117515406);\n    poly32.ps[1] = Point(648.9873402531949, -267.4098117515406);\n    poly32.ps[2] = Point(616.9873402531949, -267.4098117515406);\n    poly32.ps[3] = Point(616.9873402531949, -287.4098117515406);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(648.9873402531949, -329.4098117515406);\n    poly33.ps[1] = Point(648.9873402531949, -309.4098117515406);\n    poly33.ps[2] = Point(616.9873402531949, -309.4098117515406);\n    poly33.ps[3] = Point(616.9873402531949, -329.4098117515406);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(1078.914070775694, -329.4098117515406);\n    poly34.ps[1] = Point(1078.914070775694, -309.4098117515406);\n    poly34.ps[2] = Point(1046.914070775694, -309.4098117515406);\n    poly34.ps[3] = Point(1046.914070775694, -329.4098117515406);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(1078.914070775694, -287.4098117515406);\n    poly35.ps[1] = Point(1078.914070775694, -267.4098117515406);\n    poly35.ps[2] = Point(1046.914070775694, -267.4098117515406);\n    poly35.ps[3] = Point(1046.914070775694, -287.4098117515406);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(1610.12835648998, -329.4098117515406);\n    poly36.ps[1] = Point(1610.12835648998, -309.4098117515406);\n    poly36.ps[2] = Point(1578.12835648998, -309.4098117515406);\n    poly36.ps[3] = Point(1578.12835648998, -329.4098117515406);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(1610.12835648998, -287.4098117515406);\n    poly37.ps[1] = Point(1610.12835648998, -267.4098117515406);\n    poly37.ps[2] = Point(1578.12835648998, -267.4098117515406);\n    poly37.ps[3] = Point(1578.12835648998, -287.4098117515406);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(1786.12835649098, -308.4098117515406);\n    poly38.ps[1] = Point(1786.12835649098, -288.4098117515406);\n    poly38.ps[2] = Point(1754.12835649098, -288.4098117515406);\n    poly38.ps[3] = Point(1754.12835649098, -308.4098117515406);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(1959.12835649298, -308.4098117515406);\n    poly39.ps[1] = Point(1959.12835649298, -288.4098117515406);\n    poly39.ps[2] = Point(1927.12835649298, -288.4098117515406);\n    poly39.ps[3] = Point(1927.12835649298, -308.4098117515406);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(-485.87164351602, 89.25685491512604);\n    poly40.ps[1] = Point(-485.87164351602, 109.256854915126);\n    poly40.ps[2] = Point(-517.87164351602, 109.256854915126);\n    poly40.ps[3] = Point(-517.87164351602, 89.25685491512604);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(-485.87164351602, 191.256854916126);\n    poly41.ps[1] = Point(-485.87164351602, 211.256854916126);\n    poly41.ps[2] = Point(-517.87164351602, 211.256854916126);\n    poly41.ps[3] = Point(-517.87164351602, 191.256854916126);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(-10.87164351502003, 35.25685491512604);\n    poly42.ps[1] = Point(-10.87164351502003, 55.25685491512604);\n    poly42.ps[2] = Point(-42.87164351502003, 55.25685491512604);\n    poly42.ps[3] = Point(-42.87164351502003, 35.25685491512604);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(-10.87164351502003, 77.25685491512604);\n    poly43.ps[1] = Point(-10.87164351502003, 97.25685491512604);\n    poly43.ps[2] = Point(-42.87164351502003, 97.25685491512604);\n    poly43.ps[3] = Point(-42.87164351502003, 77.25685491512604);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(466.62835648698, 77.25685491512604);\n    poly44.ps[1] = Point(466.62835648698, 97.25685491512604);\n    poly44.ps[2] = Point(434.62835648698, 97.25685491512604);\n    poly44.ps[3] = Point(434.62835648698, 77.25685491512604);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(466.62835648698, 35.25685491512604);\n    poly45.ps[1] = Point(466.62835648698, 55.25685491512604);\n    poly45.ps[2] = Point(434.62835648698, 55.25685491512604);\n    poly45.ps[3] = Point(434.62835648698, 35.25685491512604);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(781.62835648798, 35.25685491512604);\n    poly46.ps[1] = Point(781.62835648798, 55.25685491512604);\n    poly46.ps[2] = Point(749.62835648798, 55.25685491512604);\n    poly46.ps[3] = Point(749.62835648798, 35.25685491512604);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(781.62835648798, 77.25685491512604);\n    poly47.ps[1] = Point(781.62835648798, 97.25685491512604);\n    poly47.ps[2] = Point(749.62835648798, 97.25685491512604);\n    poly47.ps[3] = Point(749.62835648798, 77.25685491512604);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(992.9140707746942, -142.4098117515406);\n    poly48.ps[1] = Point(992.9140707746942, -110.4098117515406);\n    poly48.ps[2] = Point(972.9140707746942, -110.4098117515406);\n    poly48.ps[3] = Point(972.9140707746942, -142.4098117515406);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(1439.12835648898, -142.4098117515406);\n    poly49.ps[1] = Point(1439.12835648898, -110.4098117515406);\n    poly49.ps[2] = Point(1419.12835648898, -110.4098117515406);\n    poly49.ps[3] = Point(1419.12835648898, -142.4098117515406);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(1117.12835648898, 35.25685491512604);\n    poly50.ps[1] = Point(1117.12835648898, 55.25685491512604);\n    poly50.ps[2] = Point(1085.12835648898, 55.25685491512604);\n    poly50.ps[3] = Point(1085.12835648898, 35.25685491512604);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1117.12835648898, 77.25685491512604);\n    poly51.ps[1] = Point(1117.12835648898, 97.25685491512604);\n    poly51.ps[2] = Point(1085.12835648898, 97.25685491512604);\n    poly51.ps[3] = Point(1085.12835648898, 77.25685491512604);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(715.62835648798, 245.2568549161261);\n    poly52.ps[1] = Point(715.62835648798, 265.2568549161261);\n    poly52.ps[2] = Point(683.62835648798, 265.2568549161261);\n    poly52.ps[3] = Point(683.62835648798, 245.2568549161261);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(1643.12835648998, 23.25685491512604);\n    poly53.ps[1] = Point(1643.12835648998, 43.25685491512604);\n    poly53.ps[2] = Point(1611.12835648998, 43.25685491512604);\n    poly53.ps[3] = Point(1611.12835648998, 23.25685491512604);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(1786.12835649098, 23.25685491512604);\n    poly54.ps[1] = Point(1786.12835649098, 43.25685491512604);\n    poly54.ps[2] = Point(1754.12835649098, 43.25685491512604);\n    poly54.ps[3] = Point(1754.12835649098, 23.25685491512604);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(-864.12164351602, 755.8568549161259);\n    poly55.ps[1] = Point(-864.12164351602, 787.8568549161259);\n    poly55.ps[2] = Point(-884.12164351602, 787.8568549161259);\n    poly55.ps[3] = Point(-884.12164351602, 755.8568549161259);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(-718.12164351602, 755.8568549161259);\n    poly56.ps[1] = Point(-718.12164351602, 787.8568549161259);\n    poly56.ps[2] = Point(-738.12164351602, 787.8568549161259);\n    poly56.ps[3] = Point(-738.12164351602, 755.8568549161259);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(-524.87164351602, 504.756854916126);\n    poly57.ps[1] = Point(-524.87164351602, 536.756854916126);\n    poly57.ps[2] = Point(-544.87164351602, 536.756854916126);\n    poly57.ps[3] = Point(-544.87164351602, 504.756854916126);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(-309.87164351602, 504.756854916126);\n    poly58.ps[1] = Point(-309.87164351602, 536.756854916126);\n    poly58.ps[2] = Point(-329.87164351602, 536.756854916126);\n    poly58.ps[3] = Point(-329.87164351602, 504.756854916126);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(-115.87164351502, 504.756854916126);\n    poly59.ps[1] = Point(-115.87164351502, 536.756854916126);\n    poly59.ps[2] = Point(-135.87164351502, 536.756854916126);\n    poly59.ps[3] = Point(-135.87164351502, 504.756854916126);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(191.62835648698, 504.756854916126);\n    poly60.ps[1] = Point(191.62835648698, 536.756854916126);\n    poly60.ps[2] = Point(171.62835648698, 536.756854916126);\n    poly60.ps[3] = Point(171.62835648698, 504.756854916126);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(47.62835648497997, 728.8568549161259);\n    poly61.ps[1] = Point(47.62835648497997, 748.8568549161259);\n    poly61.ps[2] = Point(15.62835648497997, 748.8568549161259);\n    poly61.ps[3] = Point(15.62835648497997, 728.8568549161259);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(-342.87164351602, 962.8568549161259);\n    poly62.ps[1] = Point(-342.87164351602, 994.8568549161259);\n    poly62.ps[2] = Point(-362.87164351602, 994.8568549161259);\n    poly62.ps[3] = Point(-362.87164351602, 962.8568549161259);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(-685.12164351602, 1028.856854916126);\n    poly63.ps[1] = Point(-685.12164351602, 1060.856854916126);\n    poly63.ps[2] = Point(-705.12164351602, 1060.856854916126);\n    poly63.ps[3] = Point(-705.12164351602, 1028.856854916126);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(377.62835648698, 707.8568549161259);\n    poly64.ps[1] = Point(377.62835648698, 727.8568549161259);\n    poly64.ps[2] = Point(345.62835648698, 727.8568549161259);\n    poly64.ps[3] = Point(345.62835648698, 707.8568549161259);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(682.62835648798, 569.006854916126);\n    poly65.ps[1] = Point(682.62835648798, 589.006854916126);\n    poly65.ps[2] = Point(650.62835648798, 589.006854916126);\n    poly65.ps[3] = Point(650.62835648798, 569.006854916126);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(164.62835648698, 794.8568549161259);\n    poly66.ps[1] = Point(164.62835648698, 814.8568549161259);\n    poly66.ps[2] = Point(132.62835648698, 814.8568549161259);\n    poly66.ps[3] = Point(132.62835648698, 794.8568549161259);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(814.62835648798, 707.8568549161259);\n    poly67.ps[1] = Point(814.62835648798, 727.8568549161259);\n    poly67.ps[2] = Point(782.62835648798, 727.8568549161259);\n    poly67.ps[3] = Point(782.62835648798, 707.8568549161259);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(814.62835648798, 749.8568549161259);\n    poly68.ps[1] = Point(814.62835648798, 769.8568549161259);\n    poly68.ps[2] = Point(782.62835648798, 769.8568549161259);\n    poly68.ps[3] = Point(782.62835648798, 749.8568549161259);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(606.62835648798, 841.8568549161259);\n    poly69.ps[1] = Point(606.62835648798, 873.8568549161259);\n    poly69.ps[2] = Point(586.62835648798, 873.8568549161259);\n    poly69.ps[3] = Point(586.62835648798, 841.8568549161259);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(117.62835648598, 1011.856854916126);\n    poly70.ps[1] = Point(117.62835648598, 1031.856854916126);\n    poly70.ps[2] = Point(85.62835648597996, 1031.856854916126);\n    poly70.ps[3] = Point(85.62835648597996, 1011.856854916126);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(-76.87164351502003, 1154.856854916126);\n    poly71.ps[1] = Point(-76.87164351502003, 1174.856854916126);\n    poly71.ps[2] = Point(-108.87164351502, 1174.856854916126);\n    poly71.ps[3] = Point(-108.87164351502, 1154.856854916126);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(-76.87164351502003, 1112.856854916126);\n    poly72.ps[1] = Point(-76.87164351502003, 1132.856854916126);\n    poly72.ps[2] = Point(-108.87164351502, 1132.856854916126);\n    poly72.ps[3] = Point(-108.87164351502, 1112.856854916126);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(344.62835648698, 1112.856854916126);\n    poly73.ps[1] = Point(344.62835648698, 1132.856854916126);\n    poly73.ps[2] = Point(312.62835648698, 1132.856854916126);\n    poly73.ps[3] = Point(312.62835648698, 1112.856854916126);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(861.62835648898, 1100.856854916126);\n    poly74.ps[1] = Point(861.62835648898, 1120.856854916126);\n    poly74.ps[2] = Point(829.62835648898, 1120.856854916126);\n    poly74.ps[3] = Point(829.62835648898, 1100.856854916126);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(971.9140707746942, 870.8568549171259);\n    poly75.ps[1] = Point(971.9140707746942, 902.8568549171259);\n    poly75.ps[2] = Point(951.9140707746942, 902.8568549171259);\n    poly75.ps[3] = Point(951.9140707746942, 870.8568549171259);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(1177.12835648898, 995.8568549161259);\n    poly76.ps[1] = Point(1177.12835648898, 1027.856854916126);\n    poly76.ps[2] = Point(1157.12835648898, 1027.856854916126);\n    poly76.ps[3] = Point(1157.12835648898, 995.8568549161259);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1177.12835648898, 1094.856854916126);\n    poly77.ps[1] = Point(1177.12835648898, 1126.856854916126);\n    poly77.ps[2] = Point(1157.12835648898, 1126.856854916126);\n    poly77.ps[3] = Point(1157.12835648898, 1094.856854916126);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(1183.12835648898, 1166.856854916126);\n    poly78.ps[1] = Point(1183.12835648898, 1186.856854916126);\n    poly78.ps[2] = Point(1151.12835648898, 1186.856854916126);\n    poly78.ps[3] = Point(1151.12835648898, 1166.856854916126);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(41.62835648497997, 1359.606854916126);\n    poly79.ps[1] = Point(41.62835648497997, 1391.606854916126);\n    poly79.ps[2] = Point(21.62835648497997, 1391.606854916126);\n    poly79.ps[3] = Point(21.62835648497997, 1359.606854916126);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(561.62835648798, 1326.606854916126);\n    poly80.ps[1] = Point(561.62835648798, 1358.606854916126);\n    poly80.ps[2] = Point(541.62835648798, 1358.606854916126);\n    poly80.ps[3] = Point(541.62835648798, 1326.606854916126);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(-485.87164351602, 1637.106854917126);\n    poly81.ps[1] = Point(-485.87164351602, 1657.106854917126);\n    poly81.ps[2] = Point(-517.87164351602, 1657.106854917126);\n    poly81.ps[3] = Point(-517.87164351602, 1637.106854917126);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(-43.87164351502003, 1658.106854917126);\n    poly82.ps[1] = Point(-43.87164351502003, 1678.106854917126);\n    poly82.ps[2] = Point(-75.87164351502003, 1678.106854917126);\n    poly82.ps[3] = Point(-75.87164351502003, 1658.106854917126);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(-43.87164351502003, 1541.106854917126);\n    poly83.ps[1] = Point(-43.87164351502003, 1561.106854917126);\n    poly83.ps[2] = Point(-75.87164351502003, 1561.106854917126);\n    poly83.ps[3] = Point(-75.87164351502003, 1541.106854917126);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(-43.87164351502003, 1616.106854917126);\n    poly84.ps[1] = Point(-43.87164351502003, 1636.106854917126);\n    poly84.ps[2] = Point(-75.87164351502003, 1636.106854917126);\n    poly84.ps[3] = Point(-75.87164351502003, 1616.106854917126);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(410.62835648698, 1658.106854917126);\n    poly85.ps[1] = Point(410.62835648698, 1678.106854917126);\n    poly85.ps[2] = Point(378.62835648698, 1678.106854917126);\n    poly85.ps[3] = Point(378.62835648698, 1658.106854917126);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(410.62835648698, 1616.106854917126);\n    poly86.ps[1] = Point(410.62835648698, 1636.106854917126);\n    poly86.ps[2] = Point(378.62835648698, 1636.106854917126);\n    poly86.ps[3] = Point(378.62835648698, 1616.106854917126);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(648.9873402531949, 1616.106854917126);\n    poly87.ps[1] = Point(648.9873402531949, 1636.106854917126);\n    poly87.ps[2] = Point(616.9873402531949, 1636.106854917126);\n    poly87.ps[3] = Point(616.9873402531949, 1616.106854917126);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(648.9873402531949, 1658.106854917126);\n    poly88.ps[1] = Point(648.9873402531949, 1678.106854917126);\n    poly88.ps[2] = Point(616.9873402531949, 1678.106854917126);\n    poly88.ps[3] = Point(616.9873402531949, 1658.106854917126);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(1183.12835648898, 1557.106854916126);\n    poly89.ps[1] = Point(1183.12835648898, 1577.106854916126);\n    poly89.ps[2] = Point(1151.12835648898, 1577.106854916126);\n    poly89.ps[3] = Point(1151.12835648898, 1557.106854916126);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(1183.12835648898, 1696.773521583792);\n    poly90.ps[1] = Point(1183.12835648898, 1716.773521583792);\n    poly90.ps[2] = Point(1151.12835648898, 1716.773521583792);\n    poly90.ps[3] = Point(1151.12835648898, 1696.773521583792);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(1346.12835648898, 1423.106854916126);\n    poly91.ps[1] = Point(1346.12835648898, 1443.106854916126);\n    poly91.ps[2] = Point(1314.12835648898, 1443.106854916126);\n    poly91.ps[3] = Point(1314.12835648898, 1423.106854916126);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(1643.12835648998, 1299.606854916126);\n    poly92.ps[1] = Point(1643.12835648998, 1319.606854916126);\n    poly92.ps[2] = Point(1611.12835648998, 1319.606854916126);\n    poly92.ps[3] = Point(1611.12835648998, 1299.606854916126);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1610.12835648998, 1616.106854917126);\n    poly93.ps[1] = Point(1610.12835648998, 1636.106854917126);\n    poly93.ps[2] = Point(1578.12835648998, 1636.106854917126);\n    poly93.ps[3] = Point(1578.12835648998, 1616.106854917126);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(1610.12835648998, 1658.106854917126);\n    poly94.ps[1] = Point(1610.12835648998, 1678.106854917126);\n    poly94.ps[2] = Point(1578.12835648998, 1678.106854917126);\n    poly94.ps[3] = Point(1578.12835648998, 1658.106854917126);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1786.12835649098, 1299.606854916126);\n    poly95.ps[1] = Point(1786.12835649098, 1319.606854916126);\n    poly95.ps[2] = Point(1754.12835649098, 1319.606854916126);\n    poly95.ps[3] = Point(1754.12835649098, 1299.606854916126);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(1786.12835649098, 1637.106854917126);\n    poly96.ps[1] = Point(1786.12835649098, 1657.106854917126);\n    poly96.ps[2] = Point(1754.12835649098, 1657.106854917126);\n    poly96.ps[3] = Point(1754.12835649098, 1637.106854917126);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(1959.12835649298, 1637.106854917126);\n    poly97.ps[1] = Point(1959.12835649298, 1657.106854917126);\n    poly97.ps[2] = Point(1927.12835649298, 1657.106854917126);\n    poly97.ps[3] = Point(1927.12835649298, 1637.106854917126);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(-1048.12164351702, -157.9098117515406);\n    poly98.ps[1] = Point(-1048.12164351702, 16.09018824845936);\n    poly98.ps[2] = Point(-1172.12164351702, 16.09018824845936);\n    poly98.ps[3] = Point(-1172.12164351702, -157.9098117515406);\n    new ShapeRef(router, poly98, 98);\n#endif\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(-452.87164351602, -726.9812403239691);\n    poly99.ps[1] = Point(-452.87164351602, -706.9812403239691);\n    poly99.ps[2] = Point(-484.87164351602, -706.9812403239691);\n    poly99.ps[3] = Point(-484.87164351602, -726.9812403239691);\n    new ShapeRef(router, poly99, 99);\n\n#ifdef REST\n    Polygon poly100(4);\n    poly100.ps[0] = Point(377.62835648698, 749.8568549161259);\n    poly100.ps[1] = Point(377.62835648698, 769.8568549161259);\n    poly100.ps[2] = Point(345.62835648698, 769.8568549161259);\n    poly100.ps[3] = Point(345.62835648698, 749.8568549161259);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(344.62835648698, 1154.856854916126);\n    poly101.ps[1] = Point(344.62835648698, 1174.856854916126);\n    poly101.ps[2] = Point(312.62835648698, 1174.856854916126);\n    poly101.ps[3] = Point(312.62835648698, 1154.856854916126);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(1013.914070774694, 870.8568549171259);\n    poly102.ps[1] = Point(1013.914070774694, 902.8568549171259);\n    poly102.ps[2] = Point(993.9140707746942, 902.8568549171259);\n    poly102.ps[3] = Point(993.9140707746942, 870.8568549171259);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(1643.12835648998, -628.4098117525407);\n    poly103.ps[1] = Point(1643.12835648998, -608.4098117525407);\n    poly103.ps[2] = Point(1611.12835648998, -608.4098117525407);\n    poly103.ps[3] = Point(1611.12835648998, -628.4098117525407);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(1819.12835649098, -568.5348117525407);\n    poly104.ps[1] = Point(1819.12835649098, -548.5348117525407);\n    poly104.ps[2] = Point(1787.12835649098, -548.5348117525407);\n    poly104.ps[3] = Point(1787.12835649098, -568.5348117525407);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(476.62835648698, -747.9812403239691);\n    poly105.ps[1] = Point(476.62835648698, -727.9812403239691);\n    poly105.ps[2] = Point(444.62835648698, -727.9812403239691);\n    poly105.ps[3] = Point(444.62835648698, -747.9812403239691);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(748.62835648798, -817.4098117525407);\n    poly106.ps[1] = Point(748.62835648798, -797.4098117525407);\n    poly106.ps[2] = Point(716.62835648798, -797.4098117525407);\n    poly106.ps[3] = Point(716.62835648798, -817.4098117525407);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(748.62835648798, -691.4098117525407);\n    poly107.ps[1] = Point(748.62835648798, -671.4098117525407);\n    poly107.ps[2] = Point(716.62835648798, -671.4098117525407);\n    poly107.ps[3] = Point(716.62835648798, -691.4098117525407);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(992.9140707746942, -480.4098117525406);\n    poly108.ps[1] = Point(992.9140707746942, -448.4098117525406);\n    poly108.ps[2] = Point(972.9140707746942, -448.4098117525406);\n    poly108.ps[3] = Point(972.9140707746942, -480.4098117525406);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1247.12835648898, -568.5348117525407);\n    poly109.ps[1] = Point(1247.12835648898, -548.5348117525407);\n    poly109.ps[2] = Point(1215.12835648898, -548.5348117525407);\n    poly109.ps[3] = Point(1215.12835648898, -568.5348117525407);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(197.62835648698, -136.4098117515406);\n    poly110.ps[1] = Point(197.62835648698, -116.4098117515406);\n    poly110.ps[2] = Point(165.62835648698, -116.4098117515406);\n    poly110.ps[3] = Point(165.62835648698, -136.4098117515406);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(682.62835648798, -30.40981175154064);\n    poly111.ps[1] = Point(682.62835648798, -10.40981175154064);\n    poly111.ps[2] = Point(650.62835648798, -10.40981175154064);\n    poly111.ps[3] = Point(650.62835648798, -30.40981175154064);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(927.62835648898, 411.7568549161261);\n    poly112.ps[1] = Point(927.62835648898, 431.7568549161261);\n    poly112.ps[2] = Point(895.62835648898, 431.7568549161261);\n    poly112.ps[3] = Point(895.62835648898, 411.7568549161261);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(509.62835648698, 411.7568549161261);\n    poly113.ps[1] = Point(509.62835648698, 431.7568549161261);\n    poly113.ps[2] = Point(477.62835648698, 431.7568549161261);\n    poly113.ps[3] = Point(477.62835648698, 411.7568549161261);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(117.62835648598, 1053.856854916126);\n    poly114.ps[1] = Point(117.62835648598, 1073.856854916126);\n    poly114.ps[2] = Point(85.62835648597996, 1073.856854916126);\n    poly114.ps[3] = Point(85.62835648597996, 1053.856854916126);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(47.62835648497997, -568.5348117525407);\n    poly115.ps[1] = Point(47.62835648497997, -548.5348117525407);\n    poly115.ps[2] = Point(15.62835648497997, -548.5348117525407);\n    poly115.ps[3] = Point(15.62835648497997, -568.5348117525407);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(-975.12164351602, -768.9812403239691);\n    poly116.ps[1] = Point(-975.12164351602, -706.9812403239691);\n    poly116.ps[2] = Point(-1037.12164351602, -706.9812403239691);\n    poly116.ps[3] = Point(-1037.12164351602, -768.9812403239691);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(-975.12164351602, -462.4098117525406);\n    poly117.ps[1] = Point(-975.12164351602, -400.4098117525406);\n    poly117.ps[2] = Point(-1037.12164351602, -400.4098117525406);\n    poly117.ps[3] = Point(-1037.12164351602, -462.4098117525406);\n    new ShapeRef(router, poly117, 117);\n#endif\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(-664.12164351602, -768.9812403239691);\n    poly118.ps[1] = Point(-664.12164351602, -706.9812403239691);\n    poly118.ps[2] = Point(-726.12164351602, -706.9812403239691);\n    poly118.ps[3] = Point(-726.12164351602, -768.9812403239691);\n    new ShapeRef(router, poly118, 118);\n\n#ifdef REST\n    Polygon poly119(4);\n    poly119.ps[0] = Point(-94.87164351502003, -908.4098117525407);\n    poly119.ps[1] = Point(-94.87164351502003, -846.4098117525407);\n    poly119.ps[2] = Point(-156.87164351502, -846.4098117525407);\n    poly119.ps[3] = Point(-156.87164351502, -908.4098117525407);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(293.62835648698, -768.9812403239691);\n    poly120.ps[1] = Point(293.62835648698, -706.9812403239691);\n    poly120.ps[2] = Point(231.62835648698, -706.9812403239691);\n    poly120.ps[3] = Point(231.62835648698, -768.9812403239691);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(-810.12164351602, 637.6568549161261);\n    poly121.ps[1] = Point(-810.12164351602, 699.6568549161261);\n    poly121.ps[2] = Point(-872.12164351602, 699.6568549161261);\n    poly121.ps[3] = Point(-872.12164351602, 637.6568549161261);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(-810.12164351602, 859.8568549161259);\n    poly122.ps[1] = Point(-810.12164351602, 921.8568549161259);\n    poly122.ps[2] = Point(-872.12164351602, 921.8568549161259);\n    poly122.ps[3] = Point(-872.12164351602, 859.8568549161259);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(-288.87164351602, -329.4098117515406);\n    poly123.ps[1] = Point(-288.87164351602, -267.4098117515406);\n    poly123.ps[2] = Point(-350.87164351602, -267.4098117515406);\n    poly123.ps[3] = Point(-350.87164351602, -329.4098117515406);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(212.62835648698, -329.4098117515406);\n    poly124.ps[1] = Point(212.62835648698, -267.4098117515406);\n    poly124.ps[2] = Point(150.62835648698, -267.4098117515406);\n    poly124.ps[3] = Point(150.62835648698, -329.4098117515406);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(561.62835648798, -329.4098117515406);\n    poly125.ps[1] = Point(561.62835648798, -267.4098117515406);\n    poly125.ps[2] = Point(499.62835648798, -267.4098117515406);\n    poly125.ps[3] = Point(499.62835648798, -329.4098117515406);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(1013.914070774694, -329.4098117515406);\n    poly126.ps[1] = Point(1013.914070774694, -267.4098117515406);\n    poly126.ps[2] = Point(951.9140707746942, -267.4098117515406);\n    poly126.ps[3] = Point(951.9140707746942, -329.4098117515406);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(1545.12835648898, -329.4098117515406);\n    poly127.ps[1] = Point(1545.12835648898, -267.4098117515406);\n    poly127.ps[2] = Point(1483.12835648898, -267.4098117515406);\n    poly127.ps[3] = Point(1483.12835648898, -329.4098117515406);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(-664.12164351602, 35.25685491512604);\n    poly128.ps[1] = Point(-664.12164351602, 97.25685491512604);\n    poly128.ps[2] = Point(-726.12164351602, 97.25685491512604);\n    poly128.ps[3] = Point(-726.12164351602, 35.25685491512604);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(-288.87164351602, 35.25685491512604);\n    poly129.ps[1] = Point(-288.87164351602, 97.25685491512604);\n    poly129.ps[2] = Point(-350.87164351602, 97.25685491512604);\n    poly129.ps[3] = Point(-350.87164351602, 35.25685491512604);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(-664.12164351602, 1616.106854917126);\n    poly130.ps[1] = Point(-664.12164351602, 1678.106854917126);\n    poly130.ps[2] = Point(-726.12164351602, 1678.106854917126);\n    poly130.ps[3] = Point(-726.12164351602, 1616.106854917126);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(-288.87164351602, 1616.106854917126);\n    poly131.ps[1] = Point(-288.87164351602, 1678.106854917126);\n    poly131.ps[2] = Point(-350.87164351602, 1678.106854917126);\n    poly131.ps[3] = Point(-350.87164351602, 1616.106854917126);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(212.62835648698, 1616.106854917126);\n    poly132.ps[1] = Point(212.62835648698, 1678.106854917126);\n    poly132.ps[2] = Point(150.62835648698, 1678.106854917126);\n    poly132.ps[3] = Point(150.62835648698, 1616.106854917126);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(561.62835648798, 1616.106854917126);\n    poly133.ps[1] = Point(561.62835648798, 1678.106854917126);\n    poly133.ps[2] = Point(499.62835648798, 1678.106854917126);\n    poly133.ps[3] = Point(499.62835648798, 1616.106854917126);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(1013.914070774694, 1616.106854917126);\n    poly134.ps[1] = Point(1013.914070774694, 1678.106854917126);\n    poly134.ps[2] = Point(951.9140707746942, 1678.106854917126);\n    poly134.ps[3] = Point(951.9140707746942, 1616.106854917126);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(1427.12835648898, 1708.773521583792);\n    poly135.ps[1] = Point(1427.12835648898, 1770.773521583792);\n    poly135.ps[2] = Point(1365.12835648898, 1770.773521583792);\n    poly135.ps[3] = Point(1365.12835648898, 1708.773521583792);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(1731.12835648998, 1278.606854916126);\n    poly136.ps[1] = Point(1731.12835648998, 1340.606854916126);\n    poly136.ps[2] = Point(1669.12835648998, 1340.606854916126);\n    poly136.ps[3] = Point(1669.12835648998, 1278.606854916126);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(1904.12835649198, 1278.606854916126);\n    poly137.ps[1] = Point(1904.12835649198, 1340.606854916126);\n    poly137.ps[2] = Point(1842.12835649198, 1340.606854916126);\n    poly137.ps[3] = Point(1842.12835649198, 1278.606854916126);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(1545.12835648898, 1616.106854917126);\n    poly138.ps[1] = Point(1545.12835648898, 1678.106854917126);\n    poly138.ps[2] = Point(1483.12835648898, 1678.106854917126);\n    poly138.ps[3] = Point(1483.12835648898, 1616.106854917126);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(1165.12835648898, 1402.106854916126);\n    poly139.ps[1] = Point(1165.12835648898, 1464.106854916126);\n    poly139.ps[2] = Point(1103.12835648898, 1464.106854916126);\n    poly139.ps[3] = Point(1103.12835648898, 1402.106854916126);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(1731.12835648998, 1616.106854917126);\n    poly140.ps[1] = Point(1731.12835648998, 1678.106854917126);\n    poly140.ps[2] = Point(1669.12835648998, 1678.106854917126);\n    poly140.ps[3] = Point(1669.12835648998, 1616.106854917126);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1904.12835649198, 1616.106854917126);\n    poly141.ps[1] = Point(1904.12835649198, 1678.106854917126);\n    poly141.ps[2] = Point(1842.12835649198, 1678.106854917126);\n    poly141.ps[3] = Point(1842.12835649198, 1616.106854917126);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(2077.795023159646, 1616.106854917126);\n    poly142.ps[1] = Point(2077.795023159646, 1678.106854917126);\n    poly142.ps[2] = Point(2015.795023159646, 1678.106854917126);\n    poly142.ps[3] = Point(2015.795023159646, 1616.106854917126);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(2077.795023159646, 2.256854915126041);\n    poly143.ps[1] = Point(2077.795023159646, 64.25685491512604);\n    poly143.ps[2] = Point(2015.795023159646, 64.25685491512604);\n    poly143.ps[3] = Point(2015.795023159646, 2.256854915126041);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(2011.795023159646, 68.25685491512604);\n    poly144.ps[1] = Point(2011.795023159646, 130.256854915126);\n    poly144.ps[2] = Point(1949.795023159646, 130.256854915126);\n    poly144.ps[3] = Point(1949.795023159646, 68.25685491512604);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1731.12835648998, 2.256854915126041);\n    poly145.ps[1] = Point(1731.12835648998, 64.25685491512604);\n    poly145.ps[2] = Point(1669.12835648998, 64.25685491512604);\n    poly145.ps[3] = Point(1669.12835648998, 2.256854915126041);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(2077.795023159646, -329.4098117515406);\n    poly146.ps[1] = Point(2077.795023159646, -267.4098117515406);\n    poly146.ps[2] = Point(2015.795023159646, -267.4098117515406);\n    poly146.ps[3] = Point(2015.795023159646, -329.4098117515406);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1904.12835649198, -329.4098117515406);\n    poly147.ps[1] = Point(1904.12835649198, -267.4098117515406);\n    poly147.ps[2] = Point(1842.12835649198, -267.4098117515406);\n    poly147.ps[3] = Point(1842.12835649198, -329.4098117515406);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(1731.12835648998, -329.4098117515406);\n    poly148.ps[1] = Point(1731.12835648998, -267.4098117515406);\n    poly148.ps[2] = Point(1669.12835648998, -267.4098117515406);\n    poly148.ps[3] = Point(1669.12835648998, -329.4098117515406);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(1295.12835648898, 35.25685491512604);\n    poly149.ps[1] = Point(1295.12835648898, 97.25685491512604);\n    poly149.ps[2] = Point(1233.12835648898, 97.25685491512604);\n    poly149.ps[3] = Point(1233.12835648898, 35.25685491512604);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1013.914070774694, 35.25685491512604);\n    poly150.ps[1] = Point(1013.914070774694, 97.25685491512604);\n    poly150.ps[2] = Point(951.9140707746942, 97.25685491512604);\n    poly150.ps[3] = Point(951.9140707746942, 35.25685491512604);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(561.62835648798, 35.25685491512604);\n    poly151.ps[1] = Point(561.62835648798, 97.25685491512604);\n    poly151.ps[2] = Point(499.62835648798, 97.25685491512604);\n    poly151.ps[3] = Point(499.62835648798, 35.25685491512604);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(212.62835648698, 35.25685491512604);\n    poly152.ps[1] = Point(212.62835648698, 97.25685491512604);\n    poly152.ps[2] = Point(150.62835648698, 97.25685491512604);\n    poly152.ps[3] = Point(150.62835648698, 35.25685491512604);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(212.62835648698, 1468.106854916126);\n    poly153.ps[1] = Point(212.62835648698, 1530.106854916126);\n    poly153.ps[2] = Point(150.62835648698, 1530.106854916126);\n    poly153.ps[3] = Point(150.62835648698, 1468.106854916126);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(146.62835648698, 1435.106854916126);\n    poly154.ps[1] = Point(146.62835648698, 1497.106854916126);\n    poly154.ps[2] = Point(84.62835648697995, 1497.106854916126);\n    poly154.ps[3] = Point(84.62835648697995, 1435.106854916126);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(146.62835648698, 1223.856854916126);\n    poly155.ps[1] = Point(146.62835648698, 1285.856854916126);\n    poly155.ps[2] = Point(84.62835648697995, 1285.856854916126);\n    poly155.ps[3] = Point(84.62835648697995, 1223.856854916126);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(-288.87164351602, 1112.856854916126);\n    poly156.ps[1] = Point(-288.87164351602, 1174.856854916126);\n    poly156.ps[2] = Point(-350.87164351602, 1174.856854916126);\n    poly156.ps[3] = Point(-350.87164351602, 1112.856854916126);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(212.62835648698, 1112.856854916126);\n    poly157.ps[1] = Point(212.62835648698, 1174.856854916126);\n    poly157.ps[2] = Point(150.62835648698, 1174.856854916126);\n    poly157.ps[3] = Point(150.62835648698, 1112.856854916126);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(561.62835648798, 1112.856854916126);\n    poly158.ps[1] = Point(561.62835648798, 1174.856854916126);\n    poly158.ps[2] = Point(499.62835648798, 1174.856854916126);\n    poly158.ps[3] = Point(499.62835648798, 1112.856854916126);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1013.914070774694, 1112.856854916126);\n    poly159.ps[1] = Point(1013.914070774694, 1174.856854916126);\n    poly159.ps[2] = Point(951.9140707746942, 1174.856854916126);\n    poly159.ps[3] = Point(951.9140707746942, 1112.856854916126);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(1013.914070774694, 707.8568549161259);\n    poly160.ps[1] = Point(1013.914070774694, 769.8568549161259);\n    poly160.ps[2] = Point(951.9140707746942, 769.8568549161259);\n    poly160.ps[3] = Point(951.9140707746942, 707.8568549161259);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(561.62835648798, 707.8568549161259);\n    poly161.ps[1] = Point(561.62835648798, 769.8568549161259);\n    poly161.ps[2] = Point(499.62835648798, 769.8568549161259);\n    poly161.ps[3] = Point(499.62835648798, 707.8568549161259);\n    new ShapeRef(router, poly161, 161);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(212.62835648698, 707.8568549161259);\n    poly162.ps[1] = Point(212.62835648698, 769.8568549161259);\n    poly162.ps[2] = Point(150.62835648698, 769.8568549161259);\n    poly162.ps[3] = Point(150.62835648698, 707.8568549161259);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(-288.87164351602, 707.8568549161259);\n    poly163.ps[1] = Point(-288.87164351602, 769.8568549161259);\n    poly163.ps[2] = Point(-350.87164351602, 769.8568549161259);\n    poly163.ps[3] = Point(-350.87164351602, 707.8568549161259);\n    new ShapeRef(router, poly163, 163);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(-404.87164351602, 604.6568549161261);\n    poly164.ps[1] = Point(-404.87164351602, 666.6568549161261);\n    poly164.ps[2] = Point(-466.87164351602, 666.6568549161261);\n    poly164.ps[3] = Point(-466.87164351602, 604.6568549161261);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(-404.87164351602, 423.7568549161261);\n    poly165.ps[1] = Point(-404.87164351602, 485.7568549161261);\n    poly165.ps[2] = Point(-466.87164351602, 485.7568549161261);\n    poly165.ps[3] = Point(-466.87164351602, 423.7568549161261);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(146.62835648698, 604.6568549161261);\n    poly166.ps[1] = Point(146.62835648698, 666.6568549161261);\n    poly166.ps[2] = Point(84.62835648697995, 666.6568549161261);\n    poly166.ps[3] = Point(84.62835648697995, 604.6568549161261);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(146.62835648698, 423.7568549161261);\n    poly167.ps[1] = Point(146.62835648698, 485.7568549161261);\n    poly167.ps[2] = Point(84.62835648697995, 485.7568549161261);\n    poly167.ps[3] = Point(84.62835648697995, 423.7568549161261);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(909.62835648898, 548.006854916126);\n    poly168.ps[1] = Point(909.62835648898, 610.006854916126);\n    poly168.ps[2] = Point(847.62835648898, 610.006854916126);\n    poly168.ps[3] = Point(847.62835648898, 548.006854916126);\n    new ShapeRef(router, poly168, 168);\n\n    Polygon poly169(4);\n    poly169.ps[0] = Point(1099.12835648898, 548.006854916126);\n    poly169.ps[1] = Point(1099.12835648898, 610.006854916126);\n    poly169.ps[2] = Point(1037.12835648898, 610.006854916126);\n    poly169.ps[3] = Point(1037.12835648898, 548.006854916126);\n    new ShapeRef(router, poly169, 169);\n\n    Polygon poly170(4);\n    poly170.ps[0] = Point(1328.12835648898, 548.006854916126);\n    poly170.ps[1] = Point(1328.12835648898, 610.006854916126);\n    poly170.ps[2] = Point(1266.12835648898, 610.006854916126);\n    poly170.ps[3] = Point(1266.12835648898, 548.006854916126);\n    new ShapeRef(router, poly170, 170);\n\n    Polygon poly171(4);\n    poly171.ps[0] = Point(1731.12835648998, -589.5348117525407);\n    poly171.ps[1] = Point(1731.12835648998, -527.5348117525407);\n    poly171.ps[2] = Point(1669.12835648998, -527.5348117525407);\n    poly171.ps[3] = Point(1669.12835648998, -589.5348117525407);\n    new ShapeRef(router, poly171, 171);\n\n    Polygon poly172(4);\n    poly172.ps[0] = Point(1904.12835649198, -589.5348117525407);\n    poly172.ps[1] = Point(1904.12835649198, -527.5348117525407);\n    poly172.ps[2] = Point(1842.12835649198, -527.5348117525407);\n    poly172.ps[3] = Point(1842.12835649198, -589.5348117525407);\n    new ShapeRef(router, poly172, 172);\n\n    Polygon poly173(4);\n    poly173.ps[0] = Point(-195.87164351502, -768.9812403239691);\n    poly173.ps[1] = Point(-195.87164351502, -706.9812403239691);\n    poly173.ps[2] = Point(-257.87164351502, -706.9812403239691);\n    poly173.ps[3] = Point(-257.87164351502, -768.9812403239691);\n    new ShapeRef(router, poly173, 173);\n\n    Polygon poly174(4);\n    poly174.ps[0] = Point(975.62835648898, -712.4098117525407);\n    poly174.ps[1] = Point(975.62835648898, -650.4098117525407);\n    poly174.ps[2] = Point(913.62835648898, -650.4098117525407);\n    poly174.ps[3] = Point(913.62835648898, -712.4098117525407);\n    new ShapeRef(router, poly174, 174);\n\n    Polygon poly175(4);\n    poly175.ps[0] = Point(975.62835648898, -838.4098117525407);\n    poly175.ps[1] = Point(975.62835648898, -776.4098117525407);\n    poly175.ps[2] = Point(913.62835648898, -776.4098117525407);\n    poly175.ps[3] = Point(913.62835648898, -838.4098117525407);\n    new ShapeRef(router, poly175, 175);\n\n    Polygon poly176(4);\n    poly176.ps[0] = Point(1099.12835648898, -589.5348117525407);\n    poly176.ps[1] = Point(1099.12835648898, -527.5348117525407);\n    poly176.ps[2] = Point(1037.12835648898, -527.5348117525407);\n    poly176.ps[3] = Point(1037.12835648898, -589.5348117525407);\n    new ShapeRef(router, poly176, 176);\n\n    Polygon poly177(4);\n    poly177.ps[0] = Point(1394.12835648898, -589.5348117525407);\n    poly177.ps[1] = Point(1394.12835648898, -527.5348117525407);\n    poly177.ps[2] = Point(1332.12835648898, -527.5348117525407);\n    poly177.ps[3] = Point(1332.12835648898, -589.5348117525407);\n    new ShapeRef(router, poly177, 177);\n\n    Polygon poly178(4);\n    poly178.ps[0] = Point(876.62835648898, -51.40981175154064);\n    poly178.ps[1] = Point(876.62835648898, 10.59018824845936);\n    poly178.ps[2] = Point(814.62835648898, 10.59018824845936);\n    poly178.ps[3] = Point(814.62835648898, -51.40981175154064);\n    new ShapeRef(router, poly178, 178);\n\n    Polygon poly179(4);\n    poly179.ps[0] = Point(326.62835648698, 390.7568549161261);\n    poly179.ps[1] = Point(326.62835648698, 452.7568549161261);\n    poly179.ps[2] = Point(264.62835648698, 452.7568549161261);\n    poly179.ps[3] = Point(264.62835648698, 390.7568549161261);\n    new ShapeRef(router, poly179, 179);\n\n    Polygon poly180(4);\n    poly180.ps[0] = Point(212.62835648698, -589.5348117525407);\n    poly180.ps[1] = Point(212.62835648698, -527.5348117525407);\n    poly180.ps[2] = Point(150.62835648698, -527.5348117525407);\n    poly180.ps[3] = Point(150.62835648698, -589.5348117525407);\n    new ShapeRef(router, poly180, 180);\n\n    Polygon poly181(4);\n    poly181.ps[0] = Point(594.62835648798, 390.7568549161261);\n    poly181.ps[1] = Point(594.62835648798, 452.7568549161261);\n    poly181.ps[2] = Point(532.62835648798, 452.7568549161261);\n    poly181.ps[3] = Point(532.62835648798, 390.7568549161261);\n    new ShapeRef(router, poly181, 181);\n\n    Polygon poly182(4);\n    poly182.ps[0] = Point(1698.12835648998, 604.6568549161261);\n    poly182.ps[1] = Point(1698.12835648998, 666.6568549161261);\n    poly182.ps[2] = Point(1636.12835648998, 666.6568549161261);\n    poly182.ps[3] = Point(1636.12835648998, 604.6568549161261);\n    new ShapeRef(router, poly182, 182);\n\n    Polygon poly183(4);\n    poly183.ps[0] = Point(1574.12835648898, 625.6568549161261);\n    poly183.ps[1] = Point(1574.12835648898, 645.6568549161261);\n    poly183.ps[2] = Point(1542.12835648898, 645.6568549161261);\n    poly183.ps[3] = Point(1542.12835648898, 625.6568549161261);\n    new ShapeRef(router, poly183, 183);\n\n    Polygon poly184(4);\n    poly184.ps[0] = Point(1753.12835649098, 625.6568549161261);\n    poly184.ps[1] = Point(1753.12835649098, 645.6568549161261);\n    poly184.ps[2] = Point(1721.12835649098, 645.6568549161261);\n    poly184.ps[3] = Point(1721.12835649098, 625.6568549161261);\n    new ShapeRef(router, poly184, 184);\n\n    Polygon poly185(4);\n    poly185.ps[0] = Point(1904.12835649198, 604.6568549161261);\n    poly185.ps[1] = Point(1904.12835649198, 666.6568549161261);\n    poly185.ps[2] = Point(1842.12835649198, 666.6568549161261);\n    poly185.ps[3] = Point(1842.12835649198, 604.6568549161261);\n    new ShapeRef(router, poly185, 185);\n\n    Polygon poly186(4);\n    poly186.ps[0] = Point(1867.12835649098, 456.756854916126);\n    poly186.ps[1] = Point(1867.12835649098, 518.756854916126);\n    poly186.ps[2] = Point(1805.12835649098, 518.756854916126);\n    poly186.ps[3] = Point(1805.12835649098, 456.756854916126);\n    new ShapeRef(router, poly186, 186);\n\n    Polygon poly187(4);\n    poly187.ps[0] = Point(2184.795023161646, 604.6568549161261);\n    poly187.ps[1] = Point(2184.795023161646, 666.6568549161261);\n    poly187.ps[2] = Point(2122.795023161646, 666.6568549161261);\n    poly187.ps[3] = Point(2122.795023161646, 604.6568549161261);\n    new ShapeRef(router, poly187, 187);\n\n    Polygon poly188(4);\n    poly188.ps[0] = Point(2249.795023162646, 604.6568549161261);\n    poly188.ps[1] = Point(2249.795023162646, 624.6568549161261);\n    poly188.ps[2] = Point(2217.795023162646, 624.6568549161261);\n    poly188.ps[3] = Point(2217.795023162646, 604.6568549161261);\n    new ShapeRef(router, poly188, 188);\n\n    Polygon poly189(4);\n    poly189.ps[0] = Point(2344.795023163646, 604.6568549161261);\n    poly189.ps[1] = Point(2344.795023163646, 666.6568549161261);\n    poly189.ps[2] = Point(2282.795023163646, 666.6568549161261);\n    poly189.ps[3] = Point(2282.795023163646, 604.6568549161261);\n    new ShapeRef(router, poly189, 189);\n\n    Polygon poly190(4);\n    poly190.ps[0] = Point(2044.795023159646, 604.6568549161261);\n    poly190.ps[1] = Point(2044.795023159646, 666.6568549161261);\n    poly190.ps[2] = Point(1982.795023159646, 666.6568549161261);\n    poly190.ps[3] = Point(1982.795023159646, 604.6568549161261);\n    new ShapeRef(router, poly190, 190);\n\n    Polygon poly191(4);\n    poly191.ps[0] = Point(2099.795023160646, 625.6568549161261);\n    poly191.ps[1] = Point(2099.795023160646, 645.6568549161261);\n    poly191.ps[2] = Point(2067.795023160646, 645.6568549161261);\n    poly191.ps[3] = Point(2067.795023160646, 625.6568549161261);\n    new ShapeRef(router, poly191, 191);\n\n    Polygon poly192(4);\n    poly192.ps[0] = Point(2249.795023162646, 646.6568549161261);\n    poly192.ps[1] = Point(2249.795023162646, 666.6568549161261);\n    poly192.ps[2] = Point(2217.795023162646, 666.6568549161261);\n    poly192.ps[3] = Point(2217.795023162646, 646.6568549161261);\n    new ShapeRef(router, poly192, 192);\n\n    Polygon poly193(4);\n    poly193.ps[0] = Point(1698.12835648998, 330.2568549161261);\n    poly193.ps[1] = Point(1698.12835648998, 392.2568549161261);\n    poly193.ps[2] = Point(1636.12835648998, 392.2568549161261);\n    poly193.ps[3] = Point(1636.12835648998, 330.2568549161261);\n    new ShapeRef(router, poly193, 193);\n\n    Polygon poly194(4);\n    poly194.ps[0] = Point(1753.12835649098, 351.2568549161261);\n    poly194.ps[1] = Point(1753.12835649098, 371.2568549161261);\n    poly194.ps[2] = Point(1721.12835649098, 371.2568549161261);\n    poly194.ps[3] = Point(1721.12835649098, 351.2568549161261);\n    new ShapeRef(router, poly194, 194);\n\n    Polygon poly195(4);\n    poly195.ps[0] = Point(1643.12835648998, -507.4098117525407);\n    poly195.ps[1] = Point(1643.12835648998, -487.4098117525407);\n    poly195.ps[2] = Point(1611.12835648998, -487.4098117525407);\n    poly195.ps[3] = Point(1611.12835648998, -507.4098117525407);\n    new ShapeRef(router, poly195, 195);\n\n    Polygon poly196(4);\n    poly196.ps[0] = Point(267.62835648698, 1355.606854916126);\n    poly196.ps[1] = Point(267.62835648698, 1395.606854916126);\n    poly196.ps[2] = Point(191.62835648698, 1395.606854916126);\n    poly196.ps[3] = Point(191.62835648698, 1355.606854916126);\n    new ShapeRef(router, poly196, 196);\n\n    Polygon poly197(4);\n    poly197.ps[0] = Point(1971.12835649298, -36.74314508487396);\n    poly197.ps[1] = Point(1971.12835649298, 23.25685491512604);\n    poly197.ps[2] = Point(1915.12835649298, 23.25685491512604);\n    poly197.ps[3] = Point(1915.12835649298, -36.74314508487396);\n    new ShapeRef(router, poly197, 197);\n\n    Polygon poly198(4);\n    poly198.ps[0] = Point(455.62835648698, -389.4098117515406);\n    poly198.ps[1] = Point(455.62835648698, -329.4098117515406);\n    poly198.ps[2] = Point(399.62835648698, -329.4098117515406);\n    poly198.ps[3] = Point(399.62835648698, -389.4098117515406);\n    new ShapeRef(router, poly198, 198);\n\n    Polygon poly199(4);\n    poly199.ps[0] = Point(59.62835648497997, 875.8568549161259);\n    poly199.ps[1] = Point(59.62835648497997, 935.8568549161259);\n    poly199.ps[2] = Point(3.628356484979975, 935.8568549161259);\n    poly199.ps[3] = Point(3.628356484979975, 875.8568549161259);\n    new ShapeRef(router, poly199, 199);\n\n    Polygon poly200(4);\n    poly200.ps[0] = Point(499.62835648798, 1322.606854916126);\n    poly200.ps[1] = Point(499.62835648798, 1362.606854916126);\n    poly200.ps[2] = Point(423.6283564879799, 1362.606854916126);\n    poly200.ps[3] = Point(423.6283564879799, 1322.606854916126);\n    new ShapeRef(router, poly200, 200);\n\n    Polygon poly201(4);\n    poly201.ps[0] = Point(-920.12164351602, -285.4098117515406);\n    poly201.ps[1] = Point(-920.12164351602, -245.4098117515406);\n    poly201.ps[2] = Point(-996.12164351602, -245.4098117515406);\n    poly201.ps[3] = Point(-996.12164351602, -285.4098117515406);\n    new ShapeRef(router, poly201, 201);\n\n    Polygon poly202(4);\n    poly202.ps[0] = Point(-920.12164351602, -517.4098117525407);\n    poly202.ps[1] = Point(-920.12164351602, -477.4098117525407);\n    poly202.ps[2] = Point(-996.12164351602, -477.4098117525407);\n    poly202.ps[3] = Point(-996.12164351602, -517.4098117525407);\n    new ShapeRef(router, poly202, 202);\n\n    Polygon poly203(4);\n    poly203.ps[0] = Point(-780.12164351602, -807.9812403239691);\n    poly203.ps[1] = Point(-780.12164351602, -747.9812403239691);\n    poly203.ps[2] = Point(-836.12164351602, -747.9812403239691);\n    poly203.ps[3] = Point(-836.12164351602, -807.9812403239691);\n    new ShapeRef(router, poly203, 203);\n\n    Polygon poly204(4);\n    poly204.ps[0] = Point(-440.87164351602, -903.9812403239691);\n    poly204.ps[1] = Point(-440.87164351602, -843.9812403239691);\n    poly204.ps[2] = Point(-496.87164351602, -843.9812403239691);\n    poly204.ps[3] = Point(-496.87164351602, -903.9812403239691);\n    new ShapeRef(router, poly204, 204);\n\n    Polygon poly205(4);\n    poly205.ps[0] = Point(-440.87164351602, -828.9812403239691);\n    poly205.ps[1] = Point(-440.87164351602, -768.9812403239691);\n    poly205.ps[2] = Point(-496.87164351602, -768.9812403239691);\n    poly205.ps[3] = Point(-496.87164351602, -828.9812403239691);\n    new ShapeRef(router, poly205, 205);\n\n    Polygon poly206(4);\n    poly206.ps[0] = Point(143.62835648698, -807.9812403239691);\n    poly206.ps[1] = Point(143.62835648698, -747.9812403239691);\n    poly206.ps[2] = Point(87.62835648697995, -747.9812403239691);\n    poly206.ps[3] = Point(87.62835648697995, -807.9812403239691);\n    new ShapeRef(router, poly206, 206);\n\n    Polygon poly207(4);\n    poly207.ps[0] = Point(-473.87164351602, -567.4098117525407);\n    poly207.ps[1] = Point(-473.87164351602, -507.4098117525407);\n    poly207.ps[2] = Point(-529.87164351602, -507.4098117525407);\n    poly207.ps[3] = Point(-529.87164351602, -567.4098117525407);\n    new ShapeRef(router, poly207, 207);\n\n    Polygon poly208(4);\n    poly208.ps[0] = Point(-473.87164351602, -448.4098117525406);\n    poly208.ps[1] = Point(-473.87164351602, -388.4098117525406);\n    poly208.ps[2] = Point(-529.87164351602, -388.4098117525406);\n    poly208.ps[3] = Point(-529.87164351602, -448.4098117525406);\n    new ShapeRef(router, poly208, 208);\n\n    Polygon poly209(4);\n    poly209.ps[0] = Point(124.62835648598, -267.4098117515406);\n    poly209.ps[1] = Point(124.62835648598, -207.4098117515406);\n    poly209.ps[2] = Point(68.62835648597996, -207.4098117515406);\n    poly209.ps[3] = Point(68.62835648597996, -267.4098117515406);\n    new ShapeRef(router, poly209, 209);\n\n    Polygon poly210(4);\n    poly210.ps[0] = Point(124.62835648598, -192.4098117515406);\n    poly210.ps[1] = Point(124.62835648598, -132.4098117515406);\n    poly210.ps[2] = Point(68.62835648597996, -132.4098117515406);\n    poly210.ps[3] = Point(68.62835648597996, -192.4098117515406);\n    new ShapeRef(router, poly210, 210);\n\n    Polygon poly211(4);\n    poly211.ps[0] = Point(455.62835648698, -267.4098117515406);\n    poly211.ps[1] = Point(455.62835648698, -207.4098117515406);\n    poly211.ps[2] = Point(399.62835648698, -207.4098117515406);\n    poly211.ps[3] = Point(399.62835648698, -267.4098117515406);\n    new ShapeRef(router, poly211, 211);\n\n    Polygon poly212(4);\n    poly212.ps[0] = Point(455.62835648698, -192.4098117515406);\n    poly212.ps[1] = Point(455.62835648698, -132.4098117515406);\n    poly212.ps[2] = Point(399.62835648698, -132.4098117515406);\n    poly212.ps[3] = Point(399.62835648698, -192.4098117515406);\n    new ShapeRef(router, poly212, 212);\n\n    Polygon poly213(4);\n    poly213.ps[0] = Point(-212.87164351602, -179.4098117515406);\n    poly213.ps[1] = Point(-212.87164351602, -139.4098117515406);\n    poly213.ps[2] = Point(-288.87164351602, -139.4098117515406);\n    poly213.ps[3] = Point(-288.87164351602, -179.4098117515406);\n    new ShapeRef(router, poly213, 213);\n\n    Polygon poly214(4);\n    poly214.ps[0] = Point(-350.87164351602, -179.4098117515406);\n    poly214.ps[1] = Point(-350.87164351602, -139.4098117515406);\n    poly214.ps[2] = Point(-426.87164351602, -139.4098117515406);\n    poly214.ps[3] = Point(-426.87164351602, -179.4098117515406);\n    new ShapeRef(router, poly214, 214);\n\n    Polygon poly215(4);\n    poly215.ps[0] = Point(124.62835648598, -464.4098117515406);\n    poly215.ps[1] = Point(124.62835648598, -404.4098117515406);\n    poly215.ps[2] = Point(68.62835648597996, -404.4098117515406);\n    poly215.ps[3] = Point(68.62835648597996, -464.4098117515406);\n    new ShapeRef(router, poly215, 215);\n\n    Polygon poly216(4);\n    poly216.ps[0] = Point(124.62835648598, -389.4098117515406);\n    poly216.ps[1] = Point(124.62835648598, -329.4098117515406);\n    poly216.ps[2] = Point(68.62835648597996, -329.4098117515406);\n    poly216.ps[3] = Point(68.62835648597996, -389.4098117515406);\n    new ShapeRef(router, poly216, 216);\n\n    Polygon poly217(4);\n    poly217.ps[0] = Point(455.62835648698, -539.4098117515407);\n    poly217.ps[1] = Point(455.62835648698, -479.4098117515406);\n    poly217.ps[2] = Point(399.62835648698, -479.4098117515406);\n    poly217.ps[3] = Point(399.62835648698, -539.4098117515407);\n    new ShapeRef(router, poly217, 217);\n\n    Polygon poly218(4);\n    poly218.ps[0] = Point(455.62835648698, -464.4098117515406);\n    poly218.ps[1] = Point(455.62835648698, -404.4098117515406);\n    poly218.ps[2] = Point(399.62835648698, -404.4098117515406);\n    poly218.ps[3] = Point(399.62835648698, -464.4098117515406);\n    new ShapeRef(router, poly218, 218);\n\n    Polygon poly219(4);\n    poly219.ps[0] = Point(873.62835648898, -222.4098117515406);\n    poly219.ps[1] = Point(873.62835648898, -162.4098117515406);\n    poly219.ps[2] = Point(817.62835648898, -162.4098117515406);\n    poly219.ps[3] = Point(817.62835648898, -222.4098117515406);\n    new ShapeRef(router, poly219, 219);\n\n    Polygon poly220(4);\n    poly220.ps[0] = Point(660.9873402531949, -267.4098117515406);\n    poly220.ps[1] = Point(660.9873402531949, -207.4098117515406);\n    poly220.ps[2] = Point(604.9873402531949, -207.4098117515406);\n    poly220.ps[3] = Point(604.9873402531949, -267.4098117515406);\n    new ShapeRef(router, poly220, 220);\n\n    Polygon poly221(4);\n    poly221.ps[0] = Point(660.9873402531949, -389.4098117515406);\n    poly221.ps[1] = Point(660.9873402531949, -329.4098117515406);\n    poly221.ps[2] = Point(604.9873402531949, -329.4098117515406);\n    poly221.ps[3] = Point(604.9873402531949, -389.4098117515406);\n    new ShapeRef(router, poly221, 221);\n\n    Polygon poly222(4);\n    poly222.ps[0] = Point(1090.914070775694, -389.4098117515406);\n    poly222.ps[1] = Point(1090.914070775694, -329.4098117515406);\n    poly222.ps[2] = Point(1034.914070775694, -329.4098117515406);\n    poly222.ps[3] = Point(1034.914070775694, -389.4098117515406);\n    new ShapeRef(router, poly222, 222);\n\n    Polygon poly223(4);\n    poly223.ps[0] = Point(1090.914070775694, -267.4098117515406);\n    poly223.ps[1] = Point(1090.914070775694, -207.4098117515406);\n    poly223.ps[2] = Point(1034.914070775694, -207.4098117515406);\n    poly223.ps[3] = Point(1034.914070775694, -267.4098117515406);\n    new ShapeRef(router, poly223, 223);\n\n    Polygon poly224(4);\n    poly224.ps[0] = Point(1622.12835648998, -389.4098117515406);\n    poly224.ps[1] = Point(1622.12835648998, -329.4098117515406);\n    poly224.ps[2] = Point(1566.12835648998, -329.4098117515406);\n    poly224.ps[3] = Point(1566.12835648998, -389.4098117515406);\n    new ShapeRef(router, poly224, 224);\n\n    Polygon poly225(4);\n    poly225.ps[0] = Point(1622.12835648998, -267.4098117515406);\n    poly225.ps[1] = Point(1622.12835648998, -207.4098117515406);\n    poly225.ps[2] = Point(1566.12835648998, -207.4098117515406);\n    poly225.ps[3] = Point(1566.12835648998, -267.4098117515406);\n    new ShapeRef(router, poly225, 225);\n\n    Polygon poly226(4);\n    poly226.ps[0] = Point(1798.12835649098, -368.4098117515406);\n    poly226.ps[1] = Point(1798.12835649098, -308.4098117515406);\n    poly226.ps[2] = Point(1742.12835649098, -308.4098117515406);\n    poly226.ps[3] = Point(1742.12835649098, -368.4098117515406);\n    new ShapeRef(router, poly226, 226);\n\n    Polygon poly227(4);\n    poly227.ps[0] = Point(1971.12835649298, -368.4098117515406);\n    poly227.ps[1] = Point(1971.12835649298, -308.4098117515406);\n    poly227.ps[2] = Point(1915.12835649298, -308.4098117515406);\n    poly227.ps[3] = Point(1915.12835649298, -368.4098117515406);\n    new ShapeRef(router, poly227, 227);\n\n    Polygon poly228(4);\n    poly228.ps[0] = Point(-473.87164351602, 109.256854915126);\n    poly228.ps[1] = Point(-473.87164351602, 169.256854915126);\n    poly228.ps[2] = Point(-529.87164351602, 169.256854915126);\n    poly228.ps[3] = Point(-529.87164351602, 109.256854915126);\n    new ShapeRef(router, poly228, 228);\n\n    Polygon poly229(4);\n    poly229.ps[0] = Point(-473.87164351602, 211.256854916126);\n    poly229.ps[1] = Point(-473.87164351602, 271.2568549161261);\n    poly229.ps[2] = Point(-529.87164351602, 271.2568549161261);\n    poly229.ps[3] = Point(-529.87164351602, 211.256854916126);\n    new ShapeRef(router, poly229, 229);\n\n    Polygon poly230(4);\n    poly230.ps[0] = Point(1.128356484979975, -24.74314508487396);\n    poly230.ps[1] = Point(1.128356484979975, 35.25685491512604);\n    poly230.ps[2] = Point(-54.87164351502003, 35.25685491512604);\n    poly230.ps[3] = Point(-54.87164351502003, -24.74314508487396);\n    new ShapeRef(router, poly230, 230);\n\n    Polygon poly231(4);\n    poly231.ps[0] = Point(1.128356484979975, 97.25685491512604);\n    poly231.ps[1] = Point(1.128356484979975, 157.256854915126);\n    poly231.ps[2] = Point(-54.87164351502003, 157.256854915126);\n    poly231.ps[3] = Point(-54.87164351502003, 97.25685491512604);\n    new ShapeRef(router, poly231, 231);\n\n    Polygon poly232(4);\n    poly232.ps[0] = Point(478.62835648698, 97.25685491512604);\n    poly232.ps[1] = Point(478.62835648698, 157.256854915126);\n    poly232.ps[2] = Point(422.62835648698, 157.256854915126);\n    poly232.ps[3] = Point(422.62835648698, 97.25685491512604);\n    new ShapeRef(router, poly232, 232);\n\n    Polygon poly233(4);\n    poly233.ps[0] = Point(478.62835648698, -24.74314508487396);\n    poly233.ps[1] = Point(478.62835648698, 35.25685491512604);\n    poly233.ps[2] = Point(422.62835648698, 35.25685491512604);\n    poly233.ps[3] = Point(422.62835648698, -24.74314508487396);\n    new ShapeRef(router, poly233, 233);\n\n    Polygon poly234(4);\n    poly234.ps[0] = Point(793.62835648798, -24.74314508487396);\n    poly234.ps[1] = Point(793.62835648798, 35.25685491512604);\n    poly234.ps[2] = Point(737.62835648798, 35.25685491512604);\n    poly234.ps[3] = Point(737.62835648798, -24.74314508487396);\n    new ShapeRef(router, poly234, 234);\n\n    Polygon poly235(4);\n    poly235.ps[0] = Point(793.62835648798, 97.25685491512604);\n    poly235.ps[1] = Point(793.62835648798, 157.256854915126);\n    poly235.ps[2] = Point(737.62835648798, 157.256854915126);\n    poly235.ps[3] = Point(737.62835648798, 97.25685491512604);\n    new ShapeRef(router, poly235, 235);\n\n    Polygon poly236(4);\n    poly236.ps[0] = Point(1068.914070774694, -146.4098117515406);\n    poly236.ps[1] = Point(1068.914070774694, -106.4098117515406);\n    poly236.ps[2] = Point(992.9140707746942, -106.4098117515406);\n    poly236.ps[3] = Point(992.9140707746942, -146.4098117515406);\n    new ShapeRef(router, poly236, 236);\n\n    Polygon poly237(4);\n    poly237.ps[0] = Point(1515.12835648898, -146.4098117515406);\n    poly237.ps[1] = Point(1515.12835648898, -106.4098117515406);\n    poly237.ps[2] = Point(1439.12835648898, -106.4098117515406);\n    poly237.ps[3] = Point(1439.12835648898, -146.4098117515406);\n    new ShapeRef(router, poly237, 237);\n\n    Polygon poly238(4);\n    poly238.ps[0] = Point(1129.12835648898, -24.74314508487396);\n    poly238.ps[1] = Point(1129.12835648898, 35.25685491512604);\n    poly238.ps[2] = Point(1073.12835648898, 35.25685491512604);\n    poly238.ps[3] = Point(1073.12835648898, -24.74314508487396);\n    new ShapeRef(router, poly238, 238);\n\n    Polygon poly239(4);\n    poly239.ps[0] = Point(1129.12835648898, 97.25685491512604);\n    poly239.ps[1] = Point(1129.12835648898, 157.256854915126);\n    poly239.ps[2] = Point(1073.12835648898, 157.256854915126);\n    poly239.ps[3] = Point(1073.12835648898, 97.25685491512604);\n    new ShapeRef(router, poly239, 239);\n\n    Polygon poly240(4);\n    poly240.ps[0] = Point(727.62835648798, 265.2568549161261);\n    poly240.ps[1] = Point(727.62835648798, 325.2568549161261);\n    poly240.ps[2] = Point(671.62835648798, 325.2568549161261);\n    poly240.ps[3] = Point(671.62835648798, 265.2568549161261);\n    new ShapeRef(router, poly240, 240);\n\n    Polygon poly241(4);\n    poly241.ps[0] = Point(1655.12835648998, -36.74314508487396);\n    poly241.ps[1] = Point(1655.12835648998, 23.25685491512604);\n    poly241.ps[2] = Point(1599.12835648998, 23.25685491512604);\n    poly241.ps[3] = Point(1599.12835648998, -36.74314508487396);\n    new ShapeRef(router, poly241, 241);\n\n    Polygon poly242(4);\n    poly242.ps[0] = Point(1798.12835649098, -36.74314508487396);\n    poly242.ps[1] = Point(1798.12835649098, 23.25685491512604);\n    poly242.ps[2] = Point(1742.12835649098, 23.25685491512604);\n    poly242.ps[3] = Point(1742.12835649098, -36.74314508487396);\n    new ShapeRef(router, poly242, 242);\n\n    Polygon poly243(4);\n    poly243.ps[0] = Point(-884.12164351602, 751.8568549161259);\n    poly243.ps[1] = Point(-884.12164351602, 791.8568549161259);\n    poly243.ps[2] = Point(-960.12164351602, 791.8568549161259);\n    poly243.ps[3] = Point(-960.12164351602, 751.8568549161259);\n    new ShapeRef(router, poly243, 243);\n\n    Polygon poly244(4);\n    poly244.ps[0] = Point(-738.12164351602, 751.8568549161259);\n    poly244.ps[1] = Point(-738.12164351602, 791.8568549161259);\n    poly244.ps[2] = Point(-814.12164351602, 791.8568549161259);\n    poly244.ps[3] = Point(-814.12164351602, 751.8568549161259);\n    new ShapeRef(router, poly244, 244);\n\n    Polygon poly245(4);\n    poly245.ps[0] = Point(-544.87164351602, 500.756854916126);\n    poly245.ps[1] = Point(-544.87164351602, 540.756854916126);\n    poly245.ps[2] = Point(-620.87164351602, 540.756854916126);\n    poly245.ps[3] = Point(-620.87164351602, 500.756854916126);\n    new ShapeRef(router, poly245, 245);\n\n    Polygon poly246(4);\n    poly246.ps[0] = Point(-233.87164351602, 500.756854916126);\n    poly246.ps[1] = Point(-233.87164351602, 540.756854916126);\n    poly246.ps[2] = Point(-309.87164351602, 540.756854916126);\n    poly246.ps[3] = Point(-309.87164351602, 500.756854916126);\n    new ShapeRef(router, poly246, 246);\n\n    Polygon poly247(4);\n    poly247.ps[0] = Point(-135.87164351502, 500.756854916126);\n    poly247.ps[1] = Point(-135.87164351502, 540.756854916126);\n    poly247.ps[2] = Point(-211.87164351502, 540.756854916126);\n    poly247.ps[3] = Point(-211.87164351502, 500.756854916126);\n    new ShapeRef(router, poly247, 247);\n\n    Polygon poly248(4);\n    poly248.ps[0] = Point(267.62835648698, 500.756854916126);\n    poly248.ps[1] = Point(267.62835648698, 540.756854916126);\n    poly248.ps[2] = Point(191.62835648698, 540.756854916126);\n    poly248.ps[3] = Point(191.62835648698, 500.756854916126);\n    new ShapeRef(router, poly248, 248);\n\n    Polygon poly249(4);\n    poly249.ps[0] = Point(59.62835648497997, 668.8568549161259);\n    poly249.ps[1] = Point(59.62835648497997, 728.8568549161259);\n    poly249.ps[2] = Point(3.628356484979975, 728.8568549161259);\n    poly249.ps[3] = Point(3.628356484979975, 668.8568549161259);\n    new ShapeRef(router, poly249, 249);\n\n    Polygon poly250(4);\n    poly250.ps[0] = Point(-362.87164351602, 958.8568549161259);\n    poly250.ps[1] = Point(-362.87164351602, 998.8568549161259);\n    poly250.ps[2] = Point(-438.87164351602, 998.8568549161259);\n    poly250.ps[3] = Point(-438.87164351602, 958.8568549161259);\n    new ShapeRef(router, poly250, 250);\n\n    Polygon poly251(4);\n    poly251.ps[0] = Point(-609.12164351602, 1024.856854916126);\n    poly251.ps[1] = Point(-609.12164351602, 1064.856854916126);\n    poly251.ps[2] = Point(-685.12164351602, 1064.856854916126);\n    poly251.ps[3] = Point(-685.12164351602, 1024.856854916126);\n    new ShapeRef(router, poly251, 251);\n\n    Polygon poly252(4);\n    poly252.ps[0] = Point(389.62835648698, 647.8568549161259);\n    poly252.ps[1] = Point(389.62835648698, 707.8568549161259);\n    poly252.ps[2] = Point(333.62835648698, 707.8568549161259);\n    poly252.ps[3] = Point(333.62835648698, 647.8568549161259);\n    new ShapeRef(router, poly252, 252);\n\n    Polygon poly253(4);\n    poly253.ps[0] = Point(694.62835648798, 509.006854916126);\n    poly253.ps[1] = Point(694.62835648798, 569.006854916126);\n    poly253.ps[2] = Point(638.62835648798, 569.006854916126);\n    poly253.ps[3] = Point(638.62835648798, 509.006854916126);\n    new ShapeRef(router, poly253, 253);\n\n    Polygon poly254(4);\n    poly254.ps[0] = Point(176.62835648698, 814.8568549161259);\n    poly254.ps[1] = Point(176.62835648698, 874.8568549161259);\n    poly254.ps[2] = Point(120.62835648698, 874.8568549161259);\n    poly254.ps[3] = Point(120.62835648698, 814.8568549161259);\n    new ShapeRef(router, poly254, 254);\n\n    Polygon poly255(4);\n    poly255.ps[0] = Point(826.62835648798, 647.8568549161259);\n    poly255.ps[1] = Point(826.62835648798, 707.8568549161259);\n    poly255.ps[2] = Point(770.62835648798, 707.8568549161259);\n    poly255.ps[3] = Point(770.62835648798, 647.8568549161259);\n    new ShapeRef(router, poly255, 255);\n\n    Polygon poly256(4);\n    poly256.ps[0] = Point(826.62835648798, 769.8568549161259);\n    poly256.ps[1] = Point(826.62835648798, 829.8568549161259);\n    poly256.ps[2] = Point(770.62835648798, 829.8568549161259);\n    poly256.ps[3] = Point(770.62835648798, 769.8568549161259);\n    new ShapeRef(router, poly256, 256);\n\n    Polygon poly257(4);\n    poly257.ps[0] = Point(682.62835648798, 837.8568549161259);\n    poly257.ps[1] = Point(682.62835648798, 877.8568549161259);\n    poly257.ps[2] = Point(606.62835648798, 877.8568549161259);\n    poly257.ps[3] = Point(606.62835648798, 837.8568549161259);\n    new ShapeRef(router, poly257, 257);\n\n    Polygon poly258(4);\n    poly258.ps[0] = Point(129.62835648598, 951.8568549161259);\n    poly258.ps[1] = Point(129.62835648598, 1011.856854916126);\n    poly258.ps[2] = Point(73.62835648597996, 1011.856854916126);\n    poly258.ps[3] = Point(73.62835648597996, 951.8568549161259);\n    new ShapeRef(router, poly258, 258);\n\n    Polygon poly259(4);\n    poly259.ps[0] = Point(-64.87164351502003, 1174.856854916126);\n    poly259.ps[1] = Point(-64.87164351502003, 1234.856854916126);\n    poly259.ps[2] = Point(-120.87164351502, 1234.856854916126);\n    poly259.ps[3] = Point(-120.87164351502, 1174.856854916126);\n    new ShapeRef(router, poly259, 259);\n\n    Polygon poly260(4);\n    poly260.ps[0] = Point(-64.87164351502003, 1052.856854916126);\n    poly260.ps[1] = Point(-64.87164351502003, 1112.856854916126);\n    poly260.ps[2] = Point(-120.87164351502, 1112.856854916126);\n    poly260.ps[3] = Point(-120.87164351502, 1052.856854916126);\n    new ShapeRef(router, poly260, 260);\n\n    Polygon poly261(4);\n    poly261.ps[0] = Point(356.62835648698, 1052.856854916126);\n    poly261.ps[1] = Point(356.62835648698, 1112.856854916126);\n    poly261.ps[2] = Point(300.62835648698, 1112.856854916126);\n    poly261.ps[3] = Point(300.62835648698, 1052.856854916126);\n    new ShapeRef(router, poly261, 261);\n\n    Polygon poly262(4);\n    poly262.ps[0] = Point(873.62835648898, 1040.856854916126);\n    poly262.ps[1] = Point(873.62835648898, 1100.856854916126);\n    poly262.ps[2] = Point(817.62835648898, 1100.856854916126);\n    poly262.ps[3] = Point(817.62835648898, 1040.856854916126);\n    new ShapeRef(router, poly262, 262);\n\n    Polygon poly263(4);\n    poly263.ps[0] = Point(951.9140707746942, 866.8568549171259);\n    poly263.ps[1] = Point(951.9140707746942, 906.8568549171259);\n    poly263.ps[2] = Point(875.9140707746942, 906.8568549171259);\n    poly263.ps[3] = Point(875.9140707746942, 866.8568549171259);\n    new ShapeRef(router, poly263, 263);\n\n    Polygon poly264(4);\n    poly264.ps[0] = Point(1253.12835648898, 991.8568549161259);\n    poly264.ps[1] = Point(1253.12835648898, 1031.856854916126);\n    poly264.ps[2] = Point(1177.12835648898, 1031.856854916126);\n    poly264.ps[3] = Point(1177.12835648898, 991.8568549161259);\n    new ShapeRef(router, poly264, 264);\n\n    Polygon poly265(4);\n    poly265.ps[0] = Point(1253.12835648898, 1090.856854916126);\n    poly265.ps[1] = Point(1253.12835648898, 1130.856854916126);\n    poly265.ps[2] = Point(1177.12835648898, 1130.856854916126);\n    poly265.ps[3] = Point(1177.12835648898, 1090.856854916126);\n    new ShapeRef(router, poly265, 265);\n\n    Polygon poly266(4);\n    poly266.ps[0] = Point(1195.12835648898, 1186.856854916126);\n    poly266.ps[1] = Point(1195.12835648898, 1246.856854916126);\n    poly266.ps[2] = Point(1139.12835648898, 1246.856854916126);\n    poly266.ps[3] = Point(1139.12835648898, 1186.856854916126);\n    new ShapeRef(router, poly266, 266);\n\n    Polygon poly267(4);\n    poly267.ps[0] = Point(21.62835648497997, 1355.606854916126);\n    poly267.ps[1] = Point(21.62835648497997, 1395.606854916126);\n    poly267.ps[2] = Point(-54.37164351502003, 1395.606854916126);\n    poly267.ps[3] = Point(-54.37164351502003, 1355.606854916126);\n    new ShapeRef(router, poly267, 267);\n\n    Polygon poly268(4);\n    poly268.ps[0] = Point(637.62835648798, 1322.606854916126);\n    poly268.ps[1] = Point(637.62835648798, 1362.606854916126);\n    poly268.ps[2] = Point(561.62835648798, 1362.606854916126);\n    poly268.ps[3] = Point(561.62835648798, 1322.606854916126);\n    new ShapeRef(router, poly268, 268);\n\n    Polygon poly269(4);\n    poly269.ps[0] = Point(-473.87164351602, 1577.106854917126);\n    poly269.ps[1] = Point(-473.87164351602, 1637.106854917126);\n    poly269.ps[2] = Point(-529.87164351602, 1637.106854917126);\n    poly269.ps[3] = Point(-529.87164351602, 1577.106854917126);\n    new ShapeRef(router, poly269, 269);\n\n    Polygon poly270(4);\n    poly270.ps[0] = Point(-31.87164351502003, 1678.106854917126);\n    poly270.ps[1] = Point(-31.87164351502003, 1738.106854917126);\n    poly270.ps[2] = Point(-87.87164351502003, 1738.106854917126);\n    poly270.ps[3] = Point(-87.87164351502003, 1678.106854917126);\n    new ShapeRef(router, poly270, 270);\n\n    Polygon poly271(4);\n    poly271.ps[0] = Point(-31.87164351502003, 1481.106854917126);\n    poly271.ps[1] = Point(-31.87164351502003, 1541.106854917126);\n    poly271.ps[2] = Point(-87.87164351502003, 1541.106854917126);\n    poly271.ps[3] = Point(-87.87164351502003, 1481.106854917126);\n    new ShapeRef(router, poly271, 271);\n\n    Polygon poly272(4);\n    poly272.ps[0] = Point(-31.87164351502003, 1556.106854917126);\n    poly272.ps[1] = Point(-31.87164351502003, 1616.106854917126);\n    poly272.ps[2] = Point(-87.87164351502003, 1616.106854917126);\n    poly272.ps[3] = Point(-87.87164351502003, 1556.106854917126);\n    new ShapeRef(router, poly272, 272);\n\n    Polygon poly273(4);\n    poly273.ps[0] = Point(422.62835648698, 1678.106854917126);\n    poly273.ps[1] = Point(422.62835648698, 1738.106854917126);\n    poly273.ps[2] = Point(366.62835648698, 1738.106854917126);\n    poly273.ps[3] = Point(366.62835648698, 1678.106854917126);\n    new ShapeRef(router, poly273, 273);\n\n    Polygon poly274(4);\n    poly274.ps[0] = Point(422.62835648698, 1556.106854917126);\n    poly274.ps[1] = Point(422.62835648698, 1616.106854917126);\n    poly274.ps[2] = Point(366.62835648698, 1616.106854917126);\n    poly274.ps[3] = Point(366.62835648698, 1556.106854917126);\n    new ShapeRef(router, poly274, 274);\n\n    Polygon poly275(4);\n    poly275.ps[0] = Point(660.9873402531949, 1556.106854917126);\n    poly275.ps[1] = Point(660.9873402531949, 1616.106854917126);\n    poly275.ps[2] = Point(604.9873402531949, 1616.106854917126);\n    poly275.ps[3] = Point(604.9873402531949, 1556.106854917126);\n    new ShapeRef(router, poly275, 275);\n\n    Polygon poly276(4);\n    poly276.ps[0] = Point(660.9873402531949, 1678.106854917126);\n    poly276.ps[1] = Point(660.9873402531949, 1738.106854917126);\n    poly276.ps[2] = Point(604.9873402531949, 1738.106854917126);\n    poly276.ps[3] = Point(604.9873402531949, 1678.106854917126);\n    new ShapeRef(router, poly276, 276);\n\n    Polygon poly277(4);\n    poly277.ps[0] = Point(1195.12835648898, 1497.106854916126);\n    poly277.ps[1] = Point(1195.12835648898, 1557.106854916126);\n    poly277.ps[2] = Point(1139.12835648898, 1557.106854916126);\n    poly277.ps[3] = Point(1139.12835648898, 1497.106854916126);\n    new ShapeRef(router, poly277, 277);\n\n    Polygon poly278(4);\n    poly278.ps[0] = Point(1195.12835648898, 1636.773521583792);\n    poly278.ps[1] = Point(1195.12835648898, 1696.773521583792);\n    poly278.ps[2] = Point(1139.12835648898, 1696.773521583792);\n    poly278.ps[3] = Point(1139.12835648898, 1636.773521583792);\n    new ShapeRef(router, poly278, 278);\n\n    Polygon poly279(4);\n    poly279.ps[0] = Point(1358.12835648898, 1363.106854916126);\n    poly279.ps[1] = Point(1358.12835648898, 1423.106854916126);\n    poly279.ps[2] = Point(1302.12835648898, 1423.106854916126);\n    poly279.ps[3] = Point(1302.12835648898, 1363.106854916126);\n    new ShapeRef(router, poly279, 279);\n\n    Polygon poly280(4);\n    poly280.ps[0] = Point(1655.12835648998, 1239.606854916126);\n    poly280.ps[1] = Point(1655.12835648998, 1299.606854916126);\n    poly280.ps[2] = Point(1599.12835648998, 1299.606854916126);\n    poly280.ps[3] = Point(1599.12835648998, 1239.606854916126);\n    new ShapeRef(router, poly280, 280);\n\n    Polygon poly281(4);\n    poly281.ps[0] = Point(1622.12835648998, 1556.106854917126);\n    poly281.ps[1] = Point(1622.12835648998, 1616.106854917126);\n    poly281.ps[2] = Point(1566.12835648998, 1616.106854917126);\n    poly281.ps[3] = Point(1566.12835648998, 1556.106854917126);\n    new ShapeRef(router, poly281, 281);\n\n    Polygon poly282(4);\n    poly282.ps[0] = Point(1622.12835648998, 1678.106854917126);\n    poly282.ps[1] = Point(1622.12835648998, 1738.106854917126);\n    poly282.ps[2] = Point(1566.12835648998, 1738.106854917126);\n    poly282.ps[3] = Point(1566.12835648998, 1678.106854917126);\n    new ShapeRef(router, poly282, 282);\n\n    Polygon poly283(4);\n    poly283.ps[0] = Point(1798.12835649098, 1239.606854916126);\n    poly283.ps[1] = Point(1798.12835649098, 1299.606854916126);\n    poly283.ps[2] = Point(1742.12835649098, 1299.606854916126);\n    poly283.ps[3] = Point(1742.12835649098, 1239.606854916126);\n    new ShapeRef(router, poly283, 283);\n\n    Polygon poly284(4);\n    poly284.ps[0] = Point(1798.12835649098, 1577.106854917126);\n    poly284.ps[1] = Point(1798.12835649098, 1637.106854917126);\n    poly284.ps[2] = Point(1742.12835649098, 1637.106854917126);\n    poly284.ps[3] = Point(1742.12835649098, 1577.106854917126);\n    new ShapeRef(router, poly284, 284);\n\n    Polygon poly285(4);\n    poly285.ps[0] = Point(1971.12835649298, 1577.106854917126);\n    poly285.ps[1] = Point(1971.12835649298, 1637.106854917126);\n    poly285.ps[2] = Point(1915.12835649298, 1637.106854917126);\n    poly285.ps[3] = Point(1915.12835649298, 1577.106854917126);\n    new ShapeRef(router, poly285, 285);\n\n    Polygon poly286(4);\n    poly286.ps[0] = Point(-440.87164351602, -706.9812403239691);\n    poly286.ps[1] = Point(-440.87164351602, -646.9812403239691);\n    poly286.ps[2] = Point(-496.87164351602, -646.9812403239691);\n    poly286.ps[3] = Point(-496.87164351602, -706.9812403239691);\n    new ShapeRef(router, poly286, 286);\n\n    Polygon poly287(4);\n    poly287.ps[0] = Point(389.62835648698, 769.8568549161259);\n    poly287.ps[1] = Point(389.62835648698, 829.8568549161259);\n    poly287.ps[2] = Point(333.62835648698, 829.8568549161259);\n    poly287.ps[3] = Point(333.62835648698, 769.8568549161259);\n    new ShapeRef(router, poly287, 287);\n\n    Polygon poly288(4);\n    poly288.ps[0] = Point(356.62835648698, 1174.856854916126);\n    poly288.ps[1] = Point(356.62835648698, 1234.856854916126);\n    poly288.ps[2] = Point(300.62835648698, 1234.856854916126);\n    poly288.ps[3] = Point(300.62835648698, 1174.856854916126);\n    new ShapeRef(router, poly288, 288);\n\n    Polygon poly289(4);\n    poly289.ps[0] = Point(1089.914070774694, 866.8568549171259);\n    poly289.ps[1] = Point(1089.914070774694, 906.8568549171259);\n    poly289.ps[2] = Point(1013.914070774694, 906.8568549171259);\n    poly289.ps[3] = Point(1013.914070774694, 866.8568549171259);\n    new ShapeRef(router, poly289, 289);\n\n    Polygon poly290(4);\n    poly290.ps[0] = Point(1655.12835648998, -688.4098117525407);\n    poly290.ps[1] = Point(1655.12835648998, -628.4098117525407);\n    poly290.ps[2] = Point(1599.12835648998, -628.4098117525407);\n    poly290.ps[3] = Point(1599.12835648998, -688.4098117525407);\n    new ShapeRef(router, poly290, 290);\n\n    Polygon poly291(4);\n    poly291.ps[0] = Point(1831.12835649098, -628.5348117525407);\n    poly291.ps[1] = Point(1831.12835649098, -568.5348117525407);\n    poly291.ps[2] = Point(1775.12835649098, -568.5348117525407);\n    poly291.ps[3] = Point(1775.12835649098, -628.5348117525407);\n    new ShapeRef(router, poly291, 291);\n\n    Polygon poly292(4);\n    poly292.ps[0] = Point(488.62835648698, -807.9812403239691);\n    poly292.ps[1] = Point(488.62835648698, -747.9812403239691);\n    poly292.ps[2] = Point(432.62835648698, -747.9812403239691);\n    poly292.ps[3] = Point(432.62835648698, -807.9812403239691);\n    new ShapeRef(router, poly292, 292);\n\n    Polygon poly293(4);\n    poly293.ps[0] = Point(760.62835648798, -877.4098117525407);\n    poly293.ps[1] = Point(760.62835648798, -817.4098117525407);\n    poly293.ps[2] = Point(704.62835648798, -817.4098117525407);\n    poly293.ps[3] = Point(704.62835648798, -877.4098117525407);\n    new ShapeRef(router, poly293, 293);\n\n    Polygon poly294(4);\n    poly294.ps[0] = Point(760.62835648798, -751.4098117525407);\n    poly294.ps[1] = Point(760.62835648798, -691.4098117525407);\n    poly294.ps[2] = Point(704.62835648798, -691.4098117525407);\n    poly294.ps[3] = Point(704.62835648798, -751.4098117525407);\n    new ShapeRef(router, poly294, 294);\n\n    Polygon poly295(4);\n    poly295.ps[0] = Point(1068.914070774694, -484.4098117525406);\n    poly295.ps[1] = Point(1068.914070774694, -444.4098117525406);\n    poly295.ps[2] = Point(992.9140707746942, -444.4098117525406);\n    poly295.ps[3] = Point(992.9140707746942, -484.4098117525406);\n    new ShapeRef(router, poly295, 295);\n\n    Polygon poly296(4);\n    poly296.ps[0] = Point(1259.12835648898, -628.5348117525407);\n    poly296.ps[1] = Point(1259.12835648898, -568.5348117525407);\n    poly296.ps[2] = Point(1203.12835648898, -568.5348117525407);\n    poly296.ps[3] = Point(1203.12835648898, -628.5348117525407);\n    new ShapeRef(router, poly296, 296);\n\n    Polygon poly297(4);\n    poly297.ps[0] = Point(209.62835648698, -116.4098117515406);\n    poly297.ps[1] = Point(209.62835648698, -56.40981175154064);\n    poly297.ps[2] = Point(153.62835648698, -56.40981175154064);\n    poly297.ps[3] = Point(153.62835648698, -116.4098117515406);\n    new ShapeRef(router, poly297, 297);\n\n    Polygon poly298(4);\n    poly298.ps[0] = Point(694.62835648798, -90.40981175154064);\n    poly298.ps[1] = Point(694.62835648798, -30.40981175154064);\n    poly298.ps[2] = Point(638.62835648798, -30.40981175154064);\n    poly298.ps[3] = Point(638.62835648798, -90.40981175154064);\n    new ShapeRef(router, poly298, 298);\n\n    Polygon poly299(4);\n    poly299.ps[0] = Point(939.62835648898, 351.7568549161261);\n    poly299.ps[1] = Point(939.62835648898, 411.7568549161261);\n    poly299.ps[2] = Point(883.62835648898, 411.7568549161261);\n    poly299.ps[3] = Point(883.62835648898, 351.7568549161261);\n    new ShapeRef(router, poly299, 299);\n\n    Polygon poly300(4);\n    poly300.ps[0] = Point(521.62835648698, 351.7568549161261);\n    poly300.ps[1] = Point(521.62835648698, 411.7568549161261);\n    poly300.ps[2] = Point(465.62835648698, 411.7568549161261);\n    poly300.ps[3] = Point(465.62835648698, 351.7568549161261);\n    new ShapeRef(router, poly300, 300);\n\n    Polygon poly301(4);\n    poly301.ps[0] = Point(129.62835648598, 1073.856854916126);\n    poly301.ps[1] = Point(129.62835648598, 1133.856854916126);\n    poly301.ps[2] = Point(73.62835648597996, 1133.856854916126);\n    poly301.ps[3] = Point(73.62835648597996, 1073.856854916126);\n    new ShapeRef(router, poly301, 301);\n\n    Polygon poly302(4);\n    poly302.ps[0] = Point(59.62835648497997, -628.5348117525407);\n    poly302.ps[1] = Point(59.62835648497997, -568.5348117525407);\n    poly302.ps[2] = Point(3.628356484979975, -568.5348117525407);\n    poly302.ps[3] = Point(3.628356484979975, -628.5348117525407);\n    new ShapeRef(router, poly302, 302);\n\n    Polygon poly303(4);\n    poly303.ps[0] = Point(1586.12835648898, 565.6568549161261);\n    poly303.ps[1] = Point(1586.12835648898, 625.6568549161261);\n    poly303.ps[2] = Point(1530.12835648898, 625.6568549161261);\n    poly303.ps[3] = Point(1530.12835648898, 565.6568549161261);\n    new ShapeRef(router, poly303, 303);\n\n    Polygon poly304(4);\n    poly304.ps[0] = Point(1765.12835649098, 565.6568549161261);\n    poly304.ps[1] = Point(1765.12835649098, 625.6568549161261);\n    poly304.ps[2] = Point(1709.12835649098, 625.6568549161261);\n    poly304.ps[3] = Point(1709.12835649098, 565.6568549161261);\n    new ShapeRef(router, poly304, 304);\n\n    Polygon poly305(4);\n    poly305.ps[0] = Point(2261.795023162646, 544.6568549161261);\n    poly305.ps[1] = Point(2261.795023162646, 604.6568549161261);\n    poly305.ps[2] = Point(2205.795023162646, 604.6568549161261);\n    poly305.ps[3] = Point(2205.795023162646, 544.6568549161261);\n    new ShapeRef(router, poly305, 305);\n\n    Polygon poly306(4);\n    poly306.ps[0] = Point(2111.795023160646, 565.6568549161261);\n    poly306.ps[1] = Point(2111.795023160646, 625.6568549161261);\n    poly306.ps[2] = Point(2055.795023160646, 625.6568549161261);\n    poly306.ps[3] = Point(2055.795023160646, 565.6568549161261);\n    new ShapeRef(router, poly306, 306);\n\n    Polygon poly307(4);\n    poly307.ps[0] = Point(2261.795023162646, 666.6568549161261);\n    poly307.ps[1] = Point(2261.795023162646, 726.6568549161261);\n    poly307.ps[2] = Point(2205.795023162646, 726.6568549161261);\n    poly307.ps[3] = Point(2205.795023162646, 666.6568549161261);\n    new ShapeRef(router, poly307, 307);\n\n    Polygon poly308(4);\n    poly308.ps[0] = Point(1765.12835649098, 291.2568549161261);\n    poly308.ps[1] = Point(1765.12835649098, 351.2568549161261);\n    poly308.ps[2] = Point(1709.12835649098, 351.2568549161261);\n    poly308.ps[3] = Point(1709.12835649098, 291.2568549161261);\n    new ShapeRef(router, poly308, 308);\n\n    Polygon poly309(4);\n    poly309.ps[0] = Point(1655.12835648998, -567.4098117525407);\n    poly309.ps[1] = Point(1655.12835648998, -507.4098117525407);\n    poly309.ps[2] = Point(1599.12835648998, -507.4098117525407);\n    poly309.ps[3] = Point(1599.12835648998, -567.4098117525407);\n    new ShapeRef(router, poly309, 309);\n\n    Polygon poly310(4);\n    poly310.ps[0] = Point(-657.12164351602, -896.9098117525407);\n    poly310.ps[1] = Point(-657.12164351602, -856.9098117525407);\n    poly310.ps[2] = Point(-717.12164351602, -856.9098117525407);\n    poly310.ps[3] = Point(-717.12164351602, -896.9098117525407);\n    new ShapeRef(router, poly310, 310);\n\n    Polygon poly311(4);\n    poly311.ps[0] = Point(-985.62164351602, 275.7568549161261);\n    poly311.ps[1] = Point(-985.62164351602, 335.7568549161261);\n    poly311.ps[2] = Point(-1025.62164351602, 335.7568549161261);\n    poly311.ps[3] = Point(-1025.62164351602, 275.7568549161261);\n    new ShapeRef(router, poly311, 311);\n\n    Polygon poly312(4);\n    poly312.ps[0] = Point(2090.795023161646, -389.9098117525406);\n    poly312.ps[1] = Point(2090.795023161646, -349.9098117525406);\n    poly312.ps[2] = Point(2030.795023161646, -349.9098117525406);\n    poly312.ps[3] = Point(2030.795023161646, -389.9098117525406);\n    new ShapeRef(router, poly312, 312);\n\n    Polygon poly313(4);\n    poly313.ps[0] = Point(2090.295023161646, 1555.606854916126);\n    poly313.ps[1] = Point(2090.295023161646, 1595.606854916126);\n    poly313.ps[2] = Point(2030.295023161646, 1595.606854916126);\n    poly313.ps[3] = Point(2030.295023161646, 1555.606854916126);\n    new ShapeRef(router, poly313, 313);\n\n    Polygon poly314(4);\n    poly314.ps[0] = Point(-1089.62164351702, -157.4098117515406);\n    poly314.ps[1] = Point(-1089.62164351702, -97.40981175154064);\n    poly314.ps[2] = Point(-1129.62164351702, -97.40981175154064);\n    poly314.ps[3] = Point(-1129.62164351702, -157.4098117515406);\n    new ShapeRef(router, poly314, 314);\n#endif\n\n    Polygon poly315(4);\n    poly315.ps[0] = Point(-430.97164351602, -833.9812403239691);\n    poly315.ps[1] = Point(-430.97164351602, -716.9812403239691);\n    poly315.ps[2] = Point(-506.77164351602, -716.9812403239691);\n    poly315.ps[3] = Point(-506.77164351602, -833.9812403239691);\n    new ShapeRef(router, poly315, 315);\n\n#ifdef REST\n    Polygon poly316(4);\n    poly316.ps[0] = Point(134.52835648598, -394.4098117515406);\n    poly316.ps[1] = Point(134.52835648598, -202.4098117515406);\n    poly316.ps[2] = Point(58.72835648597997, -202.4098117515406);\n    poly316.ps[3] = Point(58.72835648597997, -394.4098117515406);\n    new ShapeRef(router, poly316, 316);\n\n    Polygon poly317(4);\n    poly317.ps[0] = Point(-298.87164351602, -189.3098117515406);\n    poly317.ps[1] = Point(-298.87164351602, -129.5098117515406);\n    poly317.ps[2] = Point(-340.87164351602, -129.5098117515406);\n    poly317.ps[3] = Point(-340.87164351602, -189.3098117515406);\n    new ShapeRef(router, poly317, 317);\n\n    Polygon poly318(4);\n    poly318.ps[0] = Point(465.5283564869799, -469.4098117515406);\n    poly318.ps[1] = Point(465.5283564869799, -202.4098117515406);\n    poly318.ps[2] = Point(389.72835648698, -202.4098117515406);\n    poly318.ps[3] = Point(389.72835648698, -469.4098117515406);\n    new ShapeRef(router, poly318, 318);\n\n    Polygon poly319(4);\n    poly319.ps[0] = Point(670.8873402531949, -319.4098117515406);\n    poly319.ps[1] = Point(670.8873402531949, -277.4098117515406);\n    poly319.ps[2] = Point(595.087340253195, -277.4098117515406);\n    poly319.ps[3] = Point(595.087340253195, -319.4098117515406);\n    new ShapeRef(router, poly319, 319);\n\n    Polygon poly320(4);\n    poly320.ps[0] = Point(1100.814070775694, -319.4098117515406);\n    poly320.ps[1] = Point(1100.814070775694, -277.4098117515406);\n    poly320.ps[2] = Point(1025.014070775694, -277.4098117515406);\n    poly320.ps[3] = Point(1025.014070775694, -319.4098117515406);\n    new ShapeRef(router, poly320, 320);\n\n    Polygon poly321(4);\n    poly321.ps[0] = Point(1632.02835648998, -319.4098117515406);\n    poly321.ps[1] = Point(1632.02835648998, -277.4098117515406);\n    poly321.ps[2] = Point(1556.22835648998, -277.4098117515406);\n    poly321.ps[3] = Point(1556.22835648998, -319.4098117515406);\n    new ShapeRef(router, poly321, 321);\n\n    Polygon poly322(4);\n    poly322.ps[0] = Point(11.02835648497997, 45.25685491512604);\n    poly322.ps[1] = Point(11.02835648497997, 87.25685491512604);\n    poly322.ps[2] = Point(-64.77164351502003, 87.25685491512604);\n    poly322.ps[3] = Point(-64.77164351502003, 45.25685491512604);\n    new ShapeRef(router, poly322, 322);\n\n    Polygon poly323(4);\n    poly323.ps[0] = Point(-21.97164351502003, 1551.106854917126);\n    poly323.ps[1] = Point(-21.97164351502003, 1668.106854917126);\n    poly323.ps[2] = Point(-97.77164351502003, 1668.106854917126);\n    poly323.ps[3] = Point(-97.77164351502003, 1551.106854917126);\n    new ShapeRef(router, poly323, 323);\n\n    Polygon poly324(4);\n    poly324.ps[0] = Point(432.5283564869799, 1626.106854917126);\n    poly324.ps[1] = Point(432.5283564869799, 1668.106854917126);\n    poly324.ps[2] = Point(356.72835648698, 1668.106854917126);\n    poly324.ps[3] = Point(356.72835648698, 1626.106854917126);\n    new ShapeRef(router, poly324, 324);\n\n    Polygon poly325(4);\n    poly325.ps[0] = Point(551.62835648798, 1312.706854916126);\n    poly325.ps[1] = Point(551.62835648798, 1372.506854916126);\n    poly325.ps[2] = Point(509.62835648798, 1372.506854916126);\n    poly325.ps[3] = Point(509.62835648798, 1312.706854916126);\n    new ShapeRef(router, poly325, 325);\n\n    Polygon poly326(4);\n    poly326.ps[0] = Point(670.8873402531949, 1626.106854917126);\n    poly326.ps[1] = Point(670.8873402531949, 1668.106854917126);\n    poly326.ps[2] = Point(595.087340253195, 1668.106854917126);\n    poly326.ps[3] = Point(595.087340253195, 1626.106854917126);\n    new ShapeRef(router, poly326, 326);\n\n    Polygon poly327(4);\n    poly327.ps[0] = Point(1632.02835648998, 1626.106854917126);\n    poly327.ps[1] = Point(1632.02835648998, 1668.106854917126);\n    poly327.ps[2] = Point(1556.22835648998, 1668.106854917126);\n    poly327.ps[3] = Point(1556.22835648998, 1626.106854917126);\n    new ShapeRef(router, poly327, 327);\n\n    Polygon poly328(4);\n    poly328.ps[0] = Point(1139.02835648898, 45.25685491512604);\n    poly328.ps[1] = Point(1139.02835648898, 87.25685491512604);\n    poly328.ps[2] = Point(1063.22835648898, 87.25685491512604);\n    poly328.ps[3] = Point(1063.22835648898, 45.25685491512604);\n    new ShapeRef(router, poly328, 328);\n\n    Polygon poly329(4);\n    poly329.ps[0] = Point(803.52835648798, 45.25685491512604);\n    poly329.ps[1] = Point(803.52835648798, 87.25685491512604);\n    poly329.ps[2] = Point(727.72835648798, 87.25685491512604);\n    poly329.ps[3] = Point(727.72835648798, 45.25685491512604);\n    new ShapeRef(router, poly329, 329);\n\n    Polygon poly330(4);\n    poly330.ps[0] = Point(488.5283564869799, 45.25685491512604);\n    poly330.ps[1] = Point(488.5283564869799, 87.25685491512604);\n    poly330.ps[2] = Point(412.72835648698, 87.25685491512604);\n    poly330.ps[3] = Point(412.72835648698, 45.25685491512604);\n    new ShapeRef(router, poly330, 330);\n\n    Polygon poly331(4);\n    poly331.ps[0] = Point(-54.97164351502003, 1122.856854916126);\n    poly331.ps[1] = Point(-54.97164351502003, 1164.856854916126);\n    poly331.ps[2] = Point(-130.77164351502, 1164.856854916126);\n    poly331.ps[3] = Point(-130.77164351502, 1122.856854916126);\n    new ShapeRef(router, poly331, 331);\n\n    Polygon poly332(4);\n    poly332.ps[0] = Point(139.52835648598, 1021.856854916126);\n    poly332.ps[1] = Point(139.52835648598, 1063.856854916126);\n    poly332.ps[2] = Point(63.72835648597997, 1063.856854916126);\n    poly332.ps[3] = Point(63.72835648597997, 1021.856854916126);\n    new ShapeRef(router, poly332, 332);\n\n    Polygon poly333(4);\n    poly333.ps[0] = Point(366.5283564869799, 1122.856854916126);\n    poly333.ps[1] = Point(366.5283564869799, 1164.856854916126);\n    poly333.ps[2] = Point(290.72835648698, 1164.856854916126);\n    poly333.ps[3] = Point(290.72835648698, 1122.856854916126);\n    new ShapeRef(router, poly333, 333);\n\n    Polygon poly334(4);\n    poly334.ps[0] = Point(1003.914070774694, 856.956854917126);\n    poly334.ps[1] = Point(1003.914070774694, 916.7568549171259);\n    poly334.ps[2] = Point(961.9140707746942, 916.7568549171259);\n    poly334.ps[3] = Point(961.9140707746942, 856.956854917126);\n    new ShapeRef(router, poly334, 334);\n\n    Polygon poly335(4);\n    poly335.ps[0] = Point(836.52835648798, 717.8568549161259);\n    poly335.ps[1] = Point(836.52835648798, 759.8568549161259);\n    poly335.ps[2] = Point(760.72835648798, 759.8568549161259);\n    poly335.ps[3] = Point(760.72835648798, 717.8568549161259);\n    new ShapeRef(router, poly335, 335);\n\n    Polygon poly336(4);\n    poly336.ps[0] = Point(399.5283564869799, 717.8568549161259);\n    poly336.ps[1] = Point(399.5283564869799, 759.8568549161259);\n    poly336.ps[2] = Point(323.72835648698, 759.8568549161259);\n    poly336.ps[3] = Point(323.72835648698, 717.8568549161259);\n    new ShapeRef(router, poly336, 336);\n\n    Polygon poly337(4);\n    poly337.ps[0] = Point(2271.695023162647, 614.6568549161261);\n    poly337.ps[1] = Point(2271.695023162647, 656.6568549161261);\n    poly337.ps[2] = Point(2195.895023162646, 656.6568549161261);\n    poly337.ps[3] = Point(2195.895023162646, 614.6568549161261);\n    new ShapeRef(router, poly337, 337);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(181.62835648698, 1360.606854916126), 1);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(115.62835648698, 1254.856854916126), 15);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(181.62835648698, 1360.606854916126), 1);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(181.62835648698, 1143.856854916126), 15);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(1873.12835649198, 33.25685491512604), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(1928.12835649298, 33.25685491512604), 4);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1785.12835649098, 33.25685491512604), 8);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(1873.12835649198, 33.25685491512604), 15);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1958.12835649298, 33.25685491512604), 8);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(2046.795023159646, 33.25685491512604), 15);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(1958.12835649298, 33.25685491512604), 8);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(1980.795023159646, 99.25685491512604), 15);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(412.62835648698, -319.4098117515406), 4);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(181.62835648698, -298.4098117515406), 15);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints344(1);\n    checkpoints344[0] = Checkpoint(Point(389.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef344->setRoutingCheckpoints(checkpoints344);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(442.62835648698, -319.4098117515406), 8);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(530.62835648798, -298.4098117515406), 15);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints345(1);\n    checkpoints345[0] = Checkpoint(Point(465.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef345->setRoutingCheckpoints(checkpoints345);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(46.62835648497997, 945.8568549161259), 8);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(530.62835648798, 1143.856854916126), 15);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(16.62835648497997, 945.8568549161259), 4);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(509.62835648798, 1357.606854916126), 2);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(530.62835648798, 1647.106854917126), 15);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints348(1);\n    checkpoints348[0] = Checkpoint(Point(530.62835648798, 1372.606854916126), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef348->setRoutingCheckpoints(checkpoints348);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(509.62835648798, 1327.606854916126), 1);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(530.62835648798, 1143.856854916126), 15);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints349(1);\n    checkpoints349[0] = Checkpoint(Point(530.62835648798, 1312.606854916126), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef349->setRoutingCheckpoints(checkpoints349);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(-1006.12164351602, -126.4098117515406), 15);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(-1006.12164351602, -250.4098117515406), 2);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(-1006.12164351602, -280.4098117515406), 1);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(-1006.12164351602, -431.4098117525406), 15);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n\n    ConnRef *connRef352 = new ConnRef(router, 352);\n    ConnEnd srcPt352(Point(-1006.12164351602, -512.4098117525407), 1);\n    connRef352->setSourceEndpoint(srcPt352);\n    ConnEnd dstPt352(Point(-1006.12164351602, -737.9812403239691), 15);\n    connRef352->setDestEndpoint(dstPt352);\n    connRef352->setRoutingType((ConnType)2);\n\n    ConnRef *connRef353 = new ConnRef(router, 353);\n    ConnEnd srcPt353(Point(-1006.12164351602, -431.4098117525406), 15);\n    connRef353->setSourceEndpoint(srcPt353);\n    ConnEnd dstPt353(Point(-1006.12164351602, -482.4098117525407), 2);\n    connRef353->setDestEndpoint(dstPt353);\n    connRef353->setRoutingType((ConnType)2);\n\n    ConnRef *connRef354 = new ConnRef(router, 354);\n    ConnEnd srcPt354(Point(-823.12164351602, -737.9812403239691), 4);\n    connRef354->setSourceEndpoint(srcPt354);\n    ConnEnd dstPt354(Point(-1006.12164351602, -737.9812403239691), 15);\n    connRef354->setDestEndpoint(dstPt354);\n    connRef354->setRoutingType((ConnType)2);\n\n    ConnRef *connRef355 = new ConnRef(router, 355);\n    ConnEnd srcPt355(Point(-695.12164351602, -737.9812403239691), 15);\n    connRef355->setSourceEndpoint(srcPt355);\n    ConnEnd dstPt355(Point(-793.12164351602, -737.9812403239691), 8);\n    connRef355->setDestEndpoint(dstPt355);\n    connRef355->setRoutingType((ConnType)2);\n\n    ConnRef *connRef356 = new ConnRef(router, 356);\n    ConnEnd srcPt356(Point(-453.87164351602, -833.9812403239691), 8);\n    connRef356->setSourceEndpoint(srcPt356);\n    ConnEnd dstPt356(Point(-226.87164351502, -737.9812403239691), 15);\n    connRef356->setDestEndpoint(dstPt356);\n    connRef356->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints356(1);\n    checkpoints356[0] = Checkpoint(Point(-430.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef356->setRoutingCheckpoints(checkpoints356);\n\n    ConnRef *connRef357 = new ConnRef(router, 357);\n    ConnEnd srcPt357(Point(-453.87164351602, -758.9812403239691), 8);\n    connRef357->setSourceEndpoint(srcPt357);\n    ConnEnd dstPt357(Point(-226.87164351502, -737.9812403239691), 15);\n    connRef357->setDestEndpoint(dstPt357);\n    connRef357->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints357(1);\n    checkpoints357[0] = Checkpoint(Point(-430.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef357->setRoutingCheckpoints(checkpoints357);\n\n    ConnRef *connRef358 = new ConnRef(router, 358);\n    ConnEnd srcPt358(Point(100.62835648698, -737.9812403239691), 4);\n    connRef358->setSourceEndpoint(srcPt358);\n    ConnEnd dstPt358(Point(-125.87164351502, -877.4098117525407), 15);\n    connRef358->setDestEndpoint(dstPt358);\n    connRef358->setRoutingType((ConnType)2);\n\n    ConnRef *connRef359 = new ConnRef(router, 359);\n    ConnEnd srcPt359(Point(262.62835648698, -737.9812403239691), 15);\n    connRef359->setSourceEndpoint(srcPt359);\n    ConnEnd dstPt359(Point(130.62835648698, -737.9812403239691), 8);\n    connRef359->setDestEndpoint(dstPt359);\n    connRef359->setRoutingType((ConnType)2);\n\n    ConnRef *connRef360 = new ConnRef(router, 360);\n    ConnEnd srcPt360(Point(100.62835648698, -737.9812403239691), 4);\n    connRef360->setSourceEndpoint(srcPt360);\n    ConnEnd dstPt360(Point(-226.87164351502, -737.9812403239691), 15);\n    connRef360->setDestEndpoint(dstPt360);\n    connRef360->setRoutingType((ConnType)2);\n\n    ConnRef *connRef361 = new ConnRef(router, 361);\n    ConnEnd srcPt361(Point(-486.87164351602, -497.4098117525407), 8);\n    connRef361->setSourceEndpoint(srcPt361);\n    ConnEnd dstPt361(Point(181.62835648698, -298.4098117515406), 15);\n    connRef361->setDestEndpoint(dstPt361);\n    connRef361->setRoutingType((ConnType)2);\n\n    ConnRef *connRef362 = new ConnRef(router, 362);\n    ConnEnd srcPt362(Point(-695.12164351602, 66.25685491512604), 15);\n    connRef362->setSourceEndpoint(srcPt362);\n    ConnEnd dstPt362(Point(-516.87164351602, -497.4098117525407), 4);\n    connRef362->setDestEndpoint(dstPt362);\n    connRef362->setRoutingType((ConnType)2);\n\n    ConnRef *connRef363 = new ConnRef(router, 363);\n    ConnEnd srcPt363(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef363->setSourceEndpoint(srcPt363);\n    ConnEnd dstPt363(Point(-486.87164351602, -378.4098117525406), 8);\n    connRef363->setDestEndpoint(dstPt363);\n    connRef363->setRoutingType((ConnType)2);\n\n    ConnRef *connRef364 = new ConnRef(router, 364);\n    ConnEnd srcPt364(Point(-516.87164351602, -378.4098117525406), 4);\n    connRef364->setSourceEndpoint(srcPt364);\n    ConnEnd dstPt364(Point(-695.12164351602, 66.25685491512604), 15);\n    connRef364->setDestEndpoint(dstPt364);\n    connRef364->setRoutingType((ConnType)2);\n\n    ConnRef *connRef365 = new ConnRef(router, 365);\n    ConnEnd srcPt365(Point(81.62835648597996, -277.4098117515406), 4);\n    connRef365->setSourceEndpoint(srcPt365);\n    ConnEnd dstPt365(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef365->setDestEndpoint(dstPt365);\n    connRef365->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints365(1);\n    checkpoints365[0] = Checkpoint(Point(58.62835648597996, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef365->setRoutingCheckpoints(checkpoints365);\n\n    ConnRef *connRef366 = new ConnRef(router, 366);\n    ConnEnd srcPt366(Point(111.62835648598, -277.4098117515406), 8);\n    connRef366->setSourceEndpoint(srcPt366);\n    ConnEnd dstPt366(Point(181.62835648698, -298.4098117515406), 15);\n    connRef366->setDestEndpoint(dstPt366);\n    connRef366->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints366(1);\n    checkpoints366[0] = Checkpoint(Point(134.62835648598, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef366->setRoutingCheckpoints(checkpoints366);\n\n    ConnRef *connRef367 = new ConnRef(router, 367);\n    ConnEnd srcPt367(Point(81.62835648597996, -202.4098117515406), 4);\n    connRef367->setSourceEndpoint(srcPt367);\n    ConnEnd dstPt367(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef367->setDestEndpoint(dstPt367);\n    connRef367->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints367(1);\n    checkpoints367[0] = Checkpoint(Point(58.62835648597996, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef367->setRoutingCheckpoints(checkpoints367);\n\n    ConnRef *connRef368 = new ConnRef(router, 368);\n    ConnEnd srcPt368(Point(111.62835648598, -202.4098117515406), 8);\n    connRef368->setSourceEndpoint(srcPt368);\n    ConnEnd dstPt368(Point(181.62835648698, -298.4098117515406), 15);\n    connRef368->setDestEndpoint(dstPt368);\n    connRef368->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints368(1);\n    checkpoints368[0] = Checkpoint(Point(134.62835648598, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef368->setRoutingCheckpoints(checkpoints368);\n\n    ConnRef *connRef369 = new ConnRef(router, 369);\n    ConnEnd srcPt369(Point(412.62835648698, -277.4098117515406), 4);\n    connRef369->setSourceEndpoint(srcPt369);\n    ConnEnd dstPt369(Point(181.62835648698, -298.4098117515406), 15);\n    connRef369->setDestEndpoint(dstPt369);\n    connRef369->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints369(1);\n    checkpoints369[0] = Checkpoint(Point(389.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef369->setRoutingCheckpoints(checkpoints369);\n\n    ConnRef *connRef370 = new ConnRef(router, 370);\n    ConnEnd srcPt370(Point(442.62835648698, -277.4098117515406), 8);\n    connRef370->setSourceEndpoint(srcPt370);\n    ConnEnd dstPt370(Point(530.62835648798, -298.4098117515406), 15);\n    connRef370->setDestEndpoint(dstPt370);\n    connRef370->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints370(1);\n    checkpoints370[0] = Checkpoint(Point(465.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef370->setRoutingCheckpoints(checkpoints370);\n\n    ConnRef *connRef371 = new ConnRef(router, 371);\n    ConnEnd srcPt371(Point(412.62835648698, -202.4098117515406), 4);\n    connRef371->setSourceEndpoint(srcPt371);\n    ConnEnd dstPt371(Point(181.62835648698, -298.4098117515406), 15);\n    connRef371->setDestEndpoint(dstPt371);\n    connRef371->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints371(1);\n    checkpoints371[0] = Checkpoint(Point(389.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef371->setRoutingCheckpoints(checkpoints371);\n\n    ConnRef *connRef372 = new ConnRef(router, 372);\n    ConnEnd srcPt372(Point(442.62835648698, -202.4098117515406), 8);\n    connRef372->setSourceEndpoint(srcPt372);\n    ConnEnd dstPt372(Point(530.62835648798, -298.4098117515406), 15);\n    connRef372->setDestEndpoint(dstPt372);\n    connRef372->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints372(1);\n    checkpoints372[0] = Checkpoint(Point(465.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef372->setRoutingCheckpoints(checkpoints372);\n\n    ConnRef *connRef373 = new ConnRef(router, 373);\n    ConnEnd srcPt373(Point(-298.87164351602, -174.4098117515406), 1);\n    connRef373->setSourceEndpoint(srcPt373);\n    ConnEnd dstPt373(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef373->setDestEndpoint(dstPt373);\n    connRef373->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints373(1);\n    checkpoints373[0] = Checkpoint(Point(-319.87164351602, -189.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef373->setRoutingCheckpoints(checkpoints373);\n\n    ConnRef *connRef374 = new ConnRef(router, 374);\n    ConnEnd srcPt374(Point(-298.87164351602, -144.4098117515406), 2);\n    connRef374->setSourceEndpoint(srcPt374);\n    ConnEnd dstPt374(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef374->setDestEndpoint(dstPt374);\n    connRef374->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints374(1);\n    checkpoints374[0] = Checkpoint(Point(-319.87164351602, -129.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef374->setRoutingCheckpoints(checkpoints374);\n\n    ConnRef *connRef375 = new ConnRef(router, 375);\n    ConnEnd srcPt375(Point(-340.87164351602, -174.4098117515406), 1);\n    connRef375->setSourceEndpoint(srcPt375);\n    ConnEnd dstPt375(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef375->setDestEndpoint(dstPt375);\n    connRef375->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints375(1);\n    checkpoints375[0] = Checkpoint(Point(-319.87164351602, -189.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef375->setRoutingCheckpoints(checkpoints375);\n\n    ConnRef *connRef376 = new ConnRef(router, 376);\n    ConnEnd srcPt376(Point(-340.87164351602, -144.4098117515406), 2);\n    connRef376->setSourceEndpoint(srcPt376);\n    ConnEnd dstPt376(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef376->setDestEndpoint(dstPt376);\n    connRef376->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints376(1);\n    checkpoints376[0] = Checkpoint(Point(-319.87164351602, -129.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef376->setRoutingCheckpoints(checkpoints376);\n\n    ConnRef *connRef377 = new ConnRef(router, 377);\n    ConnEnd srcPt377(Point(81.62835648597996, -394.4098117515406), 4);\n    connRef377->setSourceEndpoint(srcPt377);\n    ConnEnd dstPt377(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef377->setDestEndpoint(dstPt377);\n    connRef377->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints377(1);\n    checkpoints377[0] = Checkpoint(Point(58.62835648597996, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef377->setRoutingCheckpoints(checkpoints377);\n\n    ConnRef *connRef378 = new ConnRef(router, 378);\n    ConnEnd srcPt378(Point(111.62835648598, -394.4098117515406), 8);\n    connRef378->setSourceEndpoint(srcPt378);\n    ConnEnd dstPt378(Point(181.62835648698, -298.4098117515406), 15);\n    connRef378->setDestEndpoint(dstPt378);\n    connRef378->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints378(1);\n    checkpoints378[0] = Checkpoint(Point(134.62835648598, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef378->setRoutingCheckpoints(checkpoints378);\n\n    ConnRef *connRef379 = new ConnRef(router, 379);\n    ConnEnd srcPt379(Point(81.62835648597996, -319.4098117515406), 4);\n    connRef379->setSourceEndpoint(srcPt379);\n    ConnEnd dstPt379(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef379->setDestEndpoint(dstPt379);\n    connRef379->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints379(1);\n    checkpoints379[0] = Checkpoint(Point(58.62835648597996, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef379->setRoutingCheckpoints(checkpoints379);\n\n    ConnRef *connRef380 = new ConnRef(router, 380);\n    ConnEnd srcPt380(Point(111.62835648598, -319.4098117515406), 8);\n    connRef380->setSourceEndpoint(srcPt380);\n    ConnEnd dstPt380(Point(181.62835648698, -298.4098117515406), 15);\n    connRef380->setDestEndpoint(dstPt380);\n    connRef380->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints380(1);\n    checkpoints380[0] = Checkpoint(Point(134.62835648598, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef380->setRoutingCheckpoints(checkpoints380);\n\n    ConnRef *connRef381 = new ConnRef(router, 381);\n    ConnEnd srcPt381(Point(442.62835648698, -469.4098117515406), 8);\n    connRef381->setSourceEndpoint(srcPt381);\n    ConnEnd dstPt381(Point(530.62835648798, -298.4098117515406), 15);\n    connRef381->setDestEndpoint(dstPt381);\n    connRef381->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints381(1);\n    checkpoints381[0] = Checkpoint(Point(465.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef381->setRoutingCheckpoints(checkpoints381);\n\n    ConnRef *connRef382 = new ConnRef(router, 382);\n    ConnEnd srcPt382(Point(442.62835648698, -394.4098117515406), 8);\n    connRef382->setSourceEndpoint(srcPt382);\n    ConnEnd dstPt382(Point(530.62835648798, -298.4098117515406), 15);\n    connRef382->setDestEndpoint(dstPt382);\n    connRef382->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints382(1);\n    checkpoints382[0] = Checkpoint(Point(465.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef382->setRoutingCheckpoints(checkpoints382);\n\n    ConnRef *connRef383 = new ConnRef(router, 383);\n    ConnEnd srcPt383(Point(530.62835648798, -298.4098117515406), 15);\n    connRef383->setSourceEndpoint(srcPt383);\n    ConnEnd dstPt383(Point(830.62835648898, -232.4098117515406), 4);\n    connRef383->setDestEndpoint(dstPt383);\n    connRef383->setRoutingType((ConnType)2);\n\n    ConnRef *connRef384 = new ConnRef(router, 384);\n    ConnEnd srcPt384(Point(860.62835648898, -232.4098117515406), 8);\n    connRef384->setSourceEndpoint(srcPt384);\n    ConnEnd dstPt384(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef384->setDestEndpoint(dstPt384);\n    connRef384->setRoutingType((ConnType)2);\n\n    ConnRef *connRef385 = new ConnRef(router, 385);\n    ConnEnd srcPt385(Point(617.9873402531949, -277.4098117515406), 4);\n    connRef385->setSourceEndpoint(srcPt385);\n    ConnEnd dstPt385(Point(530.62835648798, -298.4098117515406), 15);\n    connRef385->setDestEndpoint(dstPt385);\n    connRef385->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints385(1);\n    checkpoints385[0] = Checkpoint(Point(594.9873402531949, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef385->setRoutingCheckpoints(checkpoints385);\n\n    ConnRef *connRef386 = new ConnRef(router, 386);\n    ConnEnd srcPt386(Point(647.9873402531949, -277.4098117515406), 8);\n    connRef386->setSourceEndpoint(srcPt386);\n    ConnEnd dstPt386(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef386->setDestEndpoint(dstPt386);\n    connRef386->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints386(1);\n    checkpoints386[0] = Checkpoint(Point(670.9873402531949, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef386->setRoutingCheckpoints(checkpoints386);\n\n    ConnRef *connRef387 = new ConnRef(router, 387);\n    ConnEnd srcPt387(Point(617.9873402531949, -319.4098117515406), 4);\n    connRef387->setSourceEndpoint(srcPt387);\n    ConnEnd dstPt387(Point(530.62835648798, -298.4098117515406), 15);\n    connRef387->setDestEndpoint(dstPt387);\n    connRef387->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints387(1);\n    checkpoints387[0] = Checkpoint(Point(594.9873402531949, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef387->setRoutingCheckpoints(checkpoints387);\n\n    ConnRef *connRef388 = new ConnRef(router, 388);\n    ConnEnd srcPt388(Point(647.9873402531949, -319.4098117515406), 8);\n    connRef388->setSourceEndpoint(srcPt388);\n    ConnEnd dstPt388(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef388->setDestEndpoint(dstPt388);\n    connRef388->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints388(1);\n    checkpoints388[0] = Checkpoint(Point(670.9873402531949, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef388->setRoutingCheckpoints(checkpoints388);\n\n    ConnRef *connRef389 = new ConnRef(router, 389);\n    ConnEnd srcPt389(Point(1047.914070775694, -319.4098117515406), 4);\n    connRef389->setSourceEndpoint(srcPt389);\n    ConnEnd dstPt389(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef389->setDestEndpoint(dstPt389);\n    connRef389->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints389(1);\n    checkpoints389[0] = Checkpoint(Point(1024.914070775694, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef389->setRoutingCheckpoints(checkpoints389);\n\n    ConnRef *connRef390 = new ConnRef(router, 390);\n    ConnEnd srcPt390(Point(1077.914070775694, -319.4098117515406), 8);\n    connRef390->setSourceEndpoint(srcPt390);\n    ConnEnd dstPt390(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef390->setDestEndpoint(dstPt390);\n    connRef390->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints390(1);\n    checkpoints390[0] = Checkpoint(Point(1100.914070775694, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef390->setRoutingCheckpoints(checkpoints390);\n\n    ConnRef *connRef391 = new ConnRef(router, 391);\n    ConnEnd srcPt391(Point(1047.914070775694, -277.4098117515406), 4);\n    connRef391->setSourceEndpoint(srcPt391);\n    ConnEnd dstPt391(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef391->setDestEndpoint(dstPt391);\n    connRef391->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints391(1);\n    checkpoints391[0] = Checkpoint(Point(1024.914070775694, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef391->setRoutingCheckpoints(checkpoints391);\n\n    ConnRef *connRef392 = new ConnRef(router, 392);\n    ConnEnd srcPt392(Point(1077.914070775694, -277.4098117515406), 8);\n    connRef392->setSourceEndpoint(srcPt392);\n    ConnEnd dstPt392(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef392->setDestEndpoint(dstPt392);\n    connRef392->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints392(1);\n    checkpoints392[0] = Checkpoint(Point(1100.914070775694, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef392->setRoutingCheckpoints(checkpoints392);\n\n    ConnRef *connRef393 = new ConnRef(router, 393);\n    ConnEnd srcPt393(Point(1579.12835648998, -319.4098117515406), 4);\n    connRef393->setSourceEndpoint(srcPt393);\n    ConnEnd dstPt393(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef393->setDestEndpoint(dstPt393);\n    connRef393->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints393(1);\n    checkpoints393[0] = Checkpoint(Point(1556.12835648998, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef393->setRoutingCheckpoints(checkpoints393);\n\n    ConnRef *connRef394 = new ConnRef(router, 394);\n    ConnEnd srcPt394(Point(1609.12835648998, -319.4098117515406), 8);\n    connRef394->setSourceEndpoint(srcPt394);\n    ConnEnd dstPt394(Point(1700.12835648998, -298.4098117515406), 15);\n    connRef394->setDestEndpoint(dstPt394);\n    connRef394->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints394(1);\n    checkpoints394[0] = Checkpoint(Point(1632.12835648998, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef394->setRoutingCheckpoints(checkpoints394);\n\n    ConnRef *connRef395 = new ConnRef(router, 395);\n    ConnEnd srcPt395(Point(1579.12835648998, -277.4098117515406), 4);\n    connRef395->setSourceEndpoint(srcPt395);\n    ConnEnd dstPt395(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef395->setDestEndpoint(dstPt395);\n    connRef395->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints395(1);\n    checkpoints395[0] = Checkpoint(Point(1556.12835648998, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef395->setRoutingCheckpoints(checkpoints395);\n\n    ConnRef *connRef396 = new ConnRef(router, 396);\n    ConnEnd srcPt396(Point(1609.12835648998, -277.4098117515406), 8);\n    connRef396->setSourceEndpoint(srcPt396);\n    ConnEnd dstPt396(Point(1700.12835648998, -298.4098117515406), 15);\n    connRef396->setDestEndpoint(dstPt396);\n    connRef396->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints396(1);\n    checkpoints396[0] = Checkpoint(Point(1632.12835648998, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef396->setRoutingCheckpoints(checkpoints396);\n\n    ConnRef *connRef397 = new ConnRef(router, 397);\n    ConnEnd srcPt397(Point(1785.12835649098, -298.4098117515406), 8);\n    connRef397->setSourceEndpoint(srcPt397);\n    ConnEnd dstPt397(Point(1873.12835649198, -298.4098117515406), 15);\n    connRef397->setDestEndpoint(dstPt397);\n    connRef397->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398 = new ConnRef(router, 398);\n    ConnEnd srcPt398(Point(1958.12835649298, -298.4098117515406), 8);\n    connRef398->setSourceEndpoint(srcPt398);\n    ConnEnd dstPt398(Point(2046.795023159646, -298.4098117515406), 15);\n    connRef398->setDestEndpoint(dstPt398);\n    connRef398->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399 = new ConnRef(router, 399);\n    ConnEnd srcPt399(Point(-516.87164351602, 99.25685491512604), 4);\n    connRef399->setSourceEndpoint(srcPt399);\n    ConnEnd dstPt399(Point(-695.12164351602, 66.25685491512604), 15);\n    connRef399->setDestEndpoint(dstPt399);\n    connRef399->setRoutingType((ConnType)2);\n\n    ConnRef *connRef400 = new ConnRef(router, 400);\n    ConnEnd srcPt400(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef400->setSourceEndpoint(srcPt400);\n    ConnEnd dstPt400(Point(-486.87164351602, 99.25685491512604), 8);\n    connRef400->setDestEndpoint(dstPt400);\n    connRef400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef401 = new ConnRef(router, 401);\n    ConnEnd srcPt401(Point(-486.87164351602, 201.256854916126), 8);\n    connRef401->setSourceEndpoint(srcPt401);\n    ConnEnd dstPt401(Point(181.62835648698, 66.25685491512604), 15);\n    connRef401->setDestEndpoint(dstPt401);\n    connRef401->setRoutingType((ConnType)2);\n\n    ConnRef *connRef402 = new ConnRef(router, 402);\n    ConnEnd srcPt402(Point(-41.87164351502003, 45.25685491512604), 4);\n    connRef402->setSourceEndpoint(srcPt402);\n    ConnEnd dstPt402(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef402->setDestEndpoint(dstPt402);\n    connRef402->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints402(1);\n    checkpoints402[0] = Checkpoint(Point(-64.87164351502003, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef402->setRoutingCheckpoints(checkpoints402);\n\n    ConnRef *connRef403 = new ConnRef(router, 403);\n    ConnEnd srcPt403(Point(-11.87164351502003, 45.25685491512604), 8);\n    connRef403->setSourceEndpoint(srcPt403);\n    ConnEnd dstPt403(Point(181.62835648698, 66.25685491512604), 15);\n    connRef403->setDestEndpoint(dstPt403);\n    connRef403->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints403(1);\n    checkpoints403[0] = Checkpoint(Point(11.12835648497997, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef403->setRoutingCheckpoints(checkpoints403);\n\n    ConnRef *connRef404 = new ConnRef(router, 404);\n    ConnEnd srcPt404(Point(-41.87164351502003, 87.25685491512604), 4);\n    connRef404->setSourceEndpoint(srcPt404);\n    ConnEnd dstPt404(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef404->setDestEndpoint(dstPt404);\n    connRef404->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints404(1);\n    checkpoints404[0] = Checkpoint(Point(-64.87164351502003, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef404->setRoutingCheckpoints(checkpoints404);\n\n    ConnRef *connRef405 = new ConnRef(router, 405);\n    ConnEnd srcPt405(Point(-11.87164351502003, 87.25685491512604), 8);\n    connRef405->setSourceEndpoint(srcPt405);\n    ConnEnd dstPt405(Point(181.62835648698, 66.25685491512604), 15);\n    connRef405->setDestEndpoint(dstPt405);\n    connRef405->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints405(1);\n    checkpoints405[0] = Checkpoint(Point(11.12835648497997, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef405->setRoutingCheckpoints(checkpoints405);\n\n    ConnRef *connRef406 = new ConnRef(router, 406);\n    ConnEnd srcPt406(Point(465.62835648698, 87.25685491512604), 8);\n    connRef406->setSourceEndpoint(srcPt406);\n    ConnEnd dstPt406(Point(530.62835648798, 66.25685491512604), 15);\n    connRef406->setDestEndpoint(dstPt406);\n    connRef406->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints406(1);\n    checkpoints406[0] = Checkpoint(Point(488.62835648698, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef406->setRoutingCheckpoints(checkpoints406);\n\n    ConnRef *connRef407 = new ConnRef(router, 407);\n    ConnEnd srcPt407(Point(435.62835648698, 87.25685491512604), 4);\n    connRef407->setSourceEndpoint(srcPt407);\n    ConnEnd dstPt407(Point(181.62835648698, 66.25685491512604), 15);\n    connRef407->setDestEndpoint(dstPt407);\n    connRef407->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints407(1);\n    checkpoints407[0] = Checkpoint(Point(412.62835648698, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef407->setRoutingCheckpoints(checkpoints407);\n\n    ConnRef *connRef408 = new ConnRef(router, 408);\n    ConnEnd srcPt408(Point(465.62835648698, 45.25685491512604), 8);\n    connRef408->setSourceEndpoint(srcPt408);\n    ConnEnd dstPt408(Point(530.62835648798, 66.25685491512604), 15);\n    connRef408->setDestEndpoint(dstPt408);\n    connRef408->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints408(1);\n    checkpoints408[0] = Checkpoint(Point(488.62835648698, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef408->setRoutingCheckpoints(checkpoints408);\n\n    ConnRef *connRef409 = new ConnRef(router, 409);\n    ConnEnd srcPt409(Point(435.62835648698, 45.25685491512604), 4);\n    connRef409->setSourceEndpoint(srcPt409);\n    ConnEnd dstPt409(Point(181.62835648698, 66.25685491512604), 15);\n    connRef409->setDestEndpoint(dstPt409);\n    connRef409->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints409(1);\n    checkpoints409[0] = Checkpoint(Point(412.62835648698, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef409->setRoutingCheckpoints(checkpoints409);\n\n    ConnRef *connRef410 = new ConnRef(router, 410);\n    ConnEnd srcPt410(Point(780.62835648798, 45.25685491512604), 8);\n    connRef410->setSourceEndpoint(srcPt410);\n    ConnEnd dstPt410(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef410->setDestEndpoint(dstPt410);\n    connRef410->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints410(1);\n    checkpoints410[0] = Checkpoint(Point(803.62835648798, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef410->setRoutingCheckpoints(checkpoints410);\n\n    ConnRef *connRef411 = new ConnRef(router, 411);\n    ConnEnd srcPt411(Point(750.62835648798, 45.25685491512604), 4);\n    connRef411->setSourceEndpoint(srcPt411);\n    ConnEnd dstPt411(Point(530.62835648798, 66.25685491512604), 15);\n    connRef411->setDestEndpoint(dstPt411);\n    connRef411->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints411(1);\n    checkpoints411[0] = Checkpoint(Point(727.62835648798, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef411->setRoutingCheckpoints(checkpoints411);\n\n    ConnRef *connRef412 = new ConnRef(router, 412);\n    ConnEnd srcPt412(Point(780.62835648798, 87.25685491512604), 8);\n    connRef412->setSourceEndpoint(srcPt412);\n    ConnEnd dstPt412(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef412->setDestEndpoint(dstPt412);\n    connRef412->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints412(1);\n    checkpoints412[0] = Checkpoint(Point(803.62835648798, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef412->setRoutingCheckpoints(checkpoints412);\n\n    ConnRef *connRef413 = new ConnRef(router, 413);\n    ConnEnd srcPt413(Point(750.62835648798, 87.25685491512604), 4);\n    connRef413->setSourceEndpoint(srcPt413);\n    ConnEnd dstPt413(Point(530.62835648798, 66.25685491512604), 15);\n    connRef413->setDestEndpoint(dstPt413);\n    connRef413->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints413(1);\n    checkpoints413[0] = Checkpoint(Point(727.62835648798, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef413->setRoutingCheckpoints(checkpoints413);\n\n    ConnRef *connRef414 = new ConnRef(router, 414);\n    ConnEnd srcPt414(Point(982.9140707746942, -141.4098117515406), 1);\n    connRef414->setSourceEndpoint(srcPt414);\n    ConnEnd dstPt414(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef414->setDestEndpoint(dstPt414);\n    connRef414->setRoutingType((ConnType)2);\n\n    ConnRef *connRef415 = new ConnRef(router, 415);\n    ConnEnd srcPt415(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef415->setSourceEndpoint(srcPt415);\n    ConnEnd dstPt415(Point(982.9140707746942, -111.4098117515406), 2);\n    connRef415->setDestEndpoint(dstPt415);\n    connRef415->setRoutingType((ConnType)2);\n\n    ConnRef *connRef416 = new ConnRef(router, 416);\n    ConnEnd srcPt416(Point(1429.12835648898, -141.4098117515406), 1);\n    connRef416->setSourceEndpoint(srcPt416);\n    ConnEnd dstPt416(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef416->setDestEndpoint(dstPt416);\n    connRef416->setRoutingType((ConnType)2);\n\n    ConnRef *connRef417 = new ConnRef(router, 417);\n    ConnEnd srcPt417(Point(1264.12835648898, 66.25685491512604), 15);\n    connRef417->setSourceEndpoint(srcPt417);\n    ConnEnd dstPt417(Point(1429.12835648898, -111.4098117515406), 2);\n    connRef417->setDestEndpoint(dstPt417);\n    connRef417->setRoutingType((ConnType)2);\n\n    ConnRef *connRef418 = new ConnRef(router, 418);\n    ConnEnd srcPt418(Point(1116.12835648898, 45.25685491512604), 8);\n    connRef418->setSourceEndpoint(srcPt418);\n    ConnEnd dstPt418(Point(1264.12835648898, 66.25685491512604), 15);\n    connRef418->setDestEndpoint(dstPt418);\n    connRef418->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints418(1);\n    checkpoints418[0] = Checkpoint(Point(1139.12835648898, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef418->setRoutingCheckpoints(checkpoints418);\n\n    ConnRef *connRef419 = new ConnRef(router, 419);\n    ConnEnd srcPt419(Point(1086.12835648898, 45.25685491512604), 4);\n    connRef419->setSourceEndpoint(srcPt419);\n    ConnEnd dstPt419(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef419->setDestEndpoint(dstPt419);\n    connRef419->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints419(1);\n    checkpoints419[0] = Checkpoint(Point(1063.12835648898, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef419->setRoutingCheckpoints(checkpoints419);\n\n    ConnRef *connRef420 = new ConnRef(router, 420);\n    ConnEnd srcPt420(Point(1116.12835648898, 87.25685491512604), 8);\n    connRef420->setSourceEndpoint(srcPt420);\n    ConnEnd dstPt420(Point(1264.12835648898, 66.25685491512604), 15);\n    connRef420->setDestEndpoint(dstPt420);\n    connRef420->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints420(1);\n    checkpoints420[0] = Checkpoint(Point(1139.12835648898, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef420->setRoutingCheckpoints(checkpoints420);\n\n    ConnRef *connRef421 = new ConnRef(router, 421);\n    ConnEnd srcPt421(Point(1086.12835648898, 87.25685491512604), 4);\n    connRef421->setSourceEndpoint(srcPt421);\n    ConnEnd dstPt421(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef421->setDestEndpoint(dstPt421);\n    connRef421->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints421(1);\n    checkpoints421[0] = Checkpoint(Point(1063.12835648898, 66.25685491512604), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef421->setRoutingCheckpoints(checkpoints421);\n\n    ConnRef *connRef422 = new ConnRef(router, 422);\n    ConnEnd srcPt422(Point(714.62835648798, 255.2568549161261), 8);\n    connRef422->setSourceEndpoint(srcPt422);\n    ConnEnd dstPt422(Point(1264.12835648898, 66.25685491512604), 15);\n    connRef422->setDestEndpoint(dstPt422);\n    connRef422->setRoutingType((ConnType)2);\n\n    ConnRef *connRef423 = new ConnRef(router, 423);\n    ConnEnd srcPt423(Point(530.62835648798, 66.25685491512604), 15);\n    connRef423->setSourceEndpoint(srcPt423);\n    ConnEnd dstPt423(Point(684.62835648798, 255.2568549161261), 4);\n    connRef423->setDestEndpoint(dstPt423);\n    connRef423->setRoutingType((ConnType)2);\n\n    ConnRef *connRef424 = new ConnRef(router, 424);\n    ConnEnd srcPt424(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef424->setSourceEndpoint(srcPt424);\n    ConnEnd dstPt424(Point(1612.12835648998, 33.25685491512604), 4);\n    connRef424->setDestEndpoint(dstPt424);\n    connRef424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef425 = new ConnRef(router, 425);\n    ConnEnd srcPt425(Point(1642.12835648998, 33.25685491512604), 8);\n    connRef425->setSourceEndpoint(srcPt425);\n    ConnEnd dstPt425(Point(1700.12835648998, 33.25685491512604), 15);\n    connRef425->setDestEndpoint(dstPt425);\n    connRef425->setRoutingType((ConnType)2);\n\n    ConnRef *connRef426 = new ConnRef(router, 426);\n    ConnEnd srcPt426(Point(-874.12164351602, 756.8568549161259), 1);\n    connRef426->setSourceEndpoint(srcPt426);\n    ConnEnd dstPt426(Point(-841.12164351602, 668.6568549161261), 15);\n    connRef426->setDestEndpoint(dstPt426);\n    connRef426->setRoutingType((ConnType)2);\n\n    ConnRef *connRef427 = new ConnRef(router, 427);\n    ConnEnd srcPt427(Point(-728.12164351602, 786.8568549161259), 2);\n    connRef427->setSourceEndpoint(srcPt427);\n    ConnEnd dstPt427(Point(-841.12164351602, 890.8568549161259), 15);\n    connRef427->setDestEndpoint(dstPt427);\n    connRef427->setRoutingType((ConnType)2);\n\n    ConnRef *connRef428 = new ConnRef(router, 428);\n    ConnEnd srcPt428(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef428->setSourceEndpoint(srcPt428);\n    ConnEnd dstPt428(Point(-728.12164351602, 756.8568549161259), 1);\n    connRef428->setDestEndpoint(dstPt428);\n    connRef428->setRoutingType((ConnType)2);\n\n    ConnRef *connRef429 = new ConnRef(router, 429);\n    ConnEnd srcPt429(Point(-728.12164351602, 786.8568549161259), 2);\n    connRef429->setSourceEndpoint(srcPt429);\n    ConnEnd dstPt429(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef429->setDestEndpoint(dstPt429);\n    connRef429->setRoutingType((ConnType)2);\n\n    ConnRef *connRef430 = new ConnRef(router, 430);\n    ConnEnd srcPt430(Point(-534.87164351602, 505.756854916126), 1);\n    connRef430->setSourceEndpoint(srcPt430);\n    ConnEnd dstPt430(Point(-435.87164351602, 454.7568549161261), 15);\n    connRef430->setDestEndpoint(dstPt430);\n    connRef430->setRoutingType((ConnType)2);\n\n    ConnRef *connRef431 = new ConnRef(router, 431);\n    ConnEnd srcPt431(Point(-319.87164351602, 535.756854916126), 2);\n    connRef431->setSourceEndpoint(srcPt431);\n    ConnEnd dstPt431(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef431->setDestEndpoint(dstPt431);\n    connRef431->setRoutingType((ConnType)2);\n\n    ConnRef *connRef432 = new ConnRef(router, 432);\n    ConnEnd srcPt432(Point(-319.87164351602, 535.756854916126), 2);\n    connRef432->setSourceEndpoint(srcPt432);\n    ConnEnd dstPt432(Point(-435.87164351602, 635.6568549161261), 15);\n    connRef432->setDestEndpoint(dstPt432);\n    connRef432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef433 = new ConnRef(router, 433);\n    ConnEnd srcPt433(Point(-125.87164351502, 505.756854916126), 1);\n    connRef433->setSourceEndpoint(srcPt433);\n    ConnEnd dstPt433(Point(115.62835648698, 454.7568549161261), 15);\n    connRef433->setDestEndpoint(dstPt433);\n    connRef433->setRoutingType((ConnType)2);\n\n    ConnRef *connRef434 = new ConnRef(router, 434);\n    ConnEnd srcPt434(Point(181.62835648698, 535.756854916126), 2);\n    connRef434->setSourceEndpoint(srcPt434);\n    ConnEnd dstPt434(Point(181.62835648698, 738.8568549161259), 15);\n    connRef434->setDestEndpoint(dstPt434);\n    connRef434->setRoutingType((ConnType)2);\n\n    ConnRef *connRef435 = new ConnRef(router, 435);\n    ConnEnd srcPt435(Point(181.62835648698, 535.756854916126), 2);\n    connRef435->setSourceEndpoint(srcPt435);\n    ConnEnd dstPt435(Point(115.62835648698, 635.6568549161261), 15);\n    connRef435->setDestEndpoint(dstPt435);\n    connRef435->setRoutingType((ConnType)2);\n\n    ConnRef *connRef436 = new ConnRef(router, 436);\n    ConnEnd srcPt436(Point(16.62835648497997, 738.8568549161259), 4);\n    connRef436->setSourceEndpoint(srcPt436);\n    ConnEnd dstPt436(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef436->setDestEndpoint(dstPt436);\n    connRef436->setRoutingType((ConnType)2);\n\n    ConnRef *connRef437 = new ConnRef(router, 437);\n    ConnEnd srcPt437(Point(-352.87164351602, 993.8568549161259), 2);\n    connRef437->setSourceEndpoint(srcPt437);\n    ConnEnd dstPt437(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef437->setDestEndpoint(dstPt437);\n    connRef437->setRoutingType((ConnType)2);\n\n    ConnRef *connRef438 = new ConnRef(router, 438);\n    ConnEnd srcPt438(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef438->setSourceEndpoint(srcPt438);\n    ConnEnd dstPt438(Point(-352.87164351602, 963.8568549161259), 1);\n    connRef438->setDestEndpoint(dstPt438);\n    connRef438->setRoutingType((ConnType)2);\n\n    ConnRef *connRef439 = new ConnRef(router, 439);\n    ConnEnd srcPt439(Point(-695.12164351602, 1059.856854916126), 2);\n    connRef439->setSourceEndpoint(srcPt439);\n    ConnEnd dstPt439(Point(-695.12164351602, 1647.106854917126), 15);\n    connRef439->setDestEndpoint(dstPt439);\n    connRef439->setRoutingType((ConnType)2);\n\n    ConnRef *connRef440 = new ConnRef(router, 440);\n    ConnEnd srcPt440(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef440->setSourceEndpoint(srcPt440);\n    ConnEnd dstPt440(Point(-695.12164351602, 1029.856854916126), 1);\n    connRef440->setDestEndpoint(dstPt440);\n    connRef440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef441 = new ConnRef(router, 441);\n    ConnEnd srcPt441(Point(376.62835648698, 717.8568549161259), 8);\n    connRef441->setSourceEndpoint(srcPt441);\n    ConnEnd dstPt441(Point(530.62835648798, 738.8568549161259), 15);\n    connRef441->setDestEndpoint(dstPt441);\n    connRef441->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints441(1);\n    checkpoints441[0] = Checkpoint(Point(399.62835648698, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef441->setRoutingCheckpoints(checkpoints441);\n\n    ConnRef *connRef442 = new ConnRef(router, 442);\n    ConnEnd srcPt442(Point(346.62835648698, 717.8568549161259), 4);\n    connRef442->setSourceEndpoint(srcPt442);\n    ConnEnd dstPt442(Point(181.62835648698, 738.8568549161259), 15);\n    connRef442->setDestEndpoint(dstPt442);\n    connRef442->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints442(1);\n    checkpoints442[0] = Checkpoint(Point(323.62835648698, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef442->setRoutingCheckpoints(checkpoints442);\n\n    ConnRef *connRef443 = new ConnRef(router, 443);\n    ConnEnd srcPt443(Point(530.62835648798, 738.8568549161259), 15);\n    connRef443->setSourceEndpoint(srcPt443);\n    ConnEnd dstPt443(Point(651.62835648798, 579.006854916126), 4);\n    connRef443->setDestEndpoint(dstPt443);\n    connRef443->setRoutingType((ConnType)2);\n\n    ConnRef *connRef444 = new ConnRef(router, 444);\n    ConnEnd srcPt444(Point(681.62835648798, 579.006854916126), 8);\n    connRef444->setSourceEndpoint(srcPt444);\n    ConnEnd dstPt444(Point(878.62835648898, 579.006854916126), 15);\n    connRef444->setDestEndpoint(dstPt444);\n    connRef444->setRoutingType((ConnType)2);\n\n    ConnRef *connRef445 = new ConnRef(router, 445);\n    ConnEnd srcPt445(Point(163.62835648698, 804.8568549161259), 8);\n    connRef445->setSourceEndpoint(srcPt445);\n    ConnEnd dstPt445(Point(530.62835648798, 738.8568549161259), 15);\n    connRef445->setDestEndpoint(dstPt445);\n    connRef445->setRoutingType((ConnType)2);\n\n    ConnRef *connRef446 = new ConnRef(router, 446);\n    ConnEnd srcPt446(Point(813.62835648798, 717.8568549161259), 8);\n    connRef446->setSourceEndpoint(srcPt446);\n    ConnEnd dstPt446(Point(982.9140707746942, 738.8568549161259), 15);\n    connRef446->setDestEndpoint(dstPt446);\n    connRef446->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints446(1);\n    checkpoints446[0] = Checkpoint(Point(836.62835648798, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef446->setRoutingCheckpoints(checkpoints446);\n\n    ConnRef *connRef447 = new ConnRef(router, 447);\n    ConnEnd srcPt447(Point(783.62835648798, 717.8568549161259), 4);\n    connRef447->setSourceEndpoint(srcPt447);\n    ConnEnd dstPt447(Point(530.62835648798, 738.8568549161259), 15);\n    connRef447->setDestEndpoint(dstPt447);\n    connRef447->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints447(1);\n    checkpoints447[0] = Checkpoint(Point(760.62835648798, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef447->setRoutingCheckpoints(checkpoints447);\n\n    ConnRef *connRef448 = new ConnRef(router, 448);\n    ConnEnd srcPt448(Point(813.62835648798, 759.8568549161259), 8);\n    connRef448->setSourceEndpoint(srcPt448);\n    ConnEnd dstPt448(Point(982.9140707746942, 738.8568549161259), 15);\n    connRef448->setDestEndpoint(dstPt448);\n    connRef448->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints448(1);\n    checkpoints448[0] = Checkpoint(Point(836.62835648798, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef448->setRoutingCheckpoints(checkpoints448);\n\n    ConnRef *connRef449 = new ConnRef(router, 449);\n    ConnEnd srcPt449(Point(783.62835648798, 759.8568549161259), 4);\n    connRef449->setSourceEndpoint(srcPt449);\n    ConnEnd dstPt449(Point(530.62835648798, 738.8568549161259), 15);\n    connRef449->setDestEndpoint(dstPt449);\n    connRef449->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints449(1);\n    checkpoints449[0] = Checkpoint(Point(760.62835648798, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef449->setRoutingCheckpoints(checkpoints449);\n\n    ConnRef *connRef450 = new ConnRef(router, 450);\n    ConnEnd srcPt450(Point(596.62835648798, 872.8568549161259), 2);\n    connRef450->setSourceEndpoint(srcPt450);\n    ConnEnd dstPt450(Point(530.62835648798, 1143.856854916126), 15);\n    connRef450->setDestEndpoint(dstPt450);\n    connRef450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef451 = new ConnRef(router, 451);\n    ConnEnd srcPt451(Point(530.62835648798, 738.8568549161259), 15);\n    connRef451->setSourceEndpoint(srcPt451);\n    ConnEnd dstPt451(Point(596.62835648798, 842.8568549161259), 1);\n    connRef451->setDestEndpoint(dstPt451);\n    connRef451->setRoutingType((ConnType)2);\n\n    ConnRef *connRef452 = new ConnRef(router, 452);\n    ConnEnd srcPt452(Point(86.62835648597996, 1021.856854916126), 4);\n    connRef452->setSourceEndpoint(srcPt452);\n    ConnEnd dstPt452(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef452->setDestEndpoint(dstPt452);\n    connRef452->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints452(1);\n    checkpoints452[0] = Checkpoint(Point(63.62835648597996, 1042.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef452->setRoutingCheckpoints(checkpoints452);\n\n    ConnRef *connRef453 = new ConnRef(router, 453);\n    ConnEnd srcPt453(Point(116.62835648598, 1021.856854916126), 8);\n    connRef453->setSourceEndpoint(srcPt453);\n    ConnEnd dstPt453(Point(530.62835648798, 1143.856854916126), 15);\n    connRef453->setDestEndpoint(dstPt453);\n    connRef453->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints453(1);\n    checkpoints453[0] = Checkpoint(Point(139.62835648598, 1042.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef453->setRoutingCheckpoints(checkpoints453);\n\n    ConnRef *connRef454 = new ConnRef(router, 454);\n    ConnEnd srcPt454(Point(-107.87164351502, 1164.856854916126), 4);\n    connRef454->setSourceEndpoint(srcPt454);\n    ConnEnd dstPt454(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef454->setDestEndpoint(dstPt454);\n    connRef454->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints454(1);\n    checkpoints454[0] = Checkpoint(Point(-130.87164351502, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef454->setRoutingCheckpoints(checkpoints454);\n\n    ConnRef *connRef455 = new ConnRef(router, 455);\n    ConnEnd srcPt455(Point(-77.87164351502003, 1164.856854916126), 8);\n    connRef455->setSourceEndpoint(srcPt455);\n    ConnEnd dstPt455(Point(181.62835648698, 1143.856854916126), 15);\n    connRef455->setDestEndpoint(dstPt455);\n    connRef455->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints455(1);\n    checkpoints455[0] = Checkpoint(Point(-54.87164351502003, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef455->setRoutingCheckpoints(checkpoints455);\n\n    ConnRef *connRef456 = new ConnRef(router, 456);\n    ConnEnd srcPt456(Point(-107.87164351502, 1122.856854916126), 4);\n    connRef456->setSourceEndpoint(srcPt456);\n    ConnEnd dstPt456(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef456->setDestEndpoint(dstPt456);\n    connRef456->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints456(1);\n    checkpoints456[0] = Checkpoint(Point(-130.87164351502, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef456->setRoutingCheckpoints(checkpoints456);\n\n    ConnRef *connRef457 = new ConnRef(router, 457);\n    ConnEnd srcPt457(Point(-77.87164351502003, 1122.856854916126), 8);\n    connRef457->setSourceEndpoint(srcPt457);\n    ConnEnd dstPt457(Point(181.62835648698, 1143.856854916126), 15);\n    connRef457->setDestEndpoint(dstPt457);\n    connRef457->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints457(1);\n    checkpoints457[0] = Checkpoint(Point(-54.87164351502003, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef457->setRoutingCheckpoints(checkpoints457);\n\n    ConnRef *connRef458 = new ConnRef(router, 458);\n    ConnEnd srcPt458(Point(313.62835648698, 1122.856854916126), 4);\n    connRef458->setSourceEndpoint(srcPt458);\n    ConnEnd dstPt458(Point(181.62835648698, 1143.856854916126), 15);\n    connRef458->setDestEndpoint(dstPt458);\n    connRef458->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints458(1);\n    checkpoints458[0] = Checkpoint(Point(290.62835648698, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef458->setRoutingCheckpoints(checkpoints458);\n\n    ConnRef *connRef459 = new ConnRef(router, 459);\n    ConnEnd srcPt459(Point(343.62835648698, 1122.856854916126), 8);\n    connRef459->setSourceEndpoint(srcPt459);\n    ConnEnd dstPt459(Point(530.62835648798, 1143.856854916126), 15);\n    connRef459->setDestEndpoint(dstPt459);\n    connRef459->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints459(1);\n    checkpoints459[0] = Checkpoint(Point(366.62835648698, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef459->setRoutingCheckpoints(checkpoints459);\n\n    ConnRef *connRef460 = new ConnRef(router, 460);\n    ConnEnd srcPt460(Point(830.62835648898, 1110.856854916126), 4);\n    connRef460->setSourceEndpoint(srcPt460);\n    ConnEnd dstPt460(Point(530.62835648798, 1143.856854916126), 15);\n    connRef460->setDestEndpoint(dstPt460);\n    connRef460->setRoutingType((ConnType)2);\n\n    ConnRef *connRef461 = new ConnRef(router, 461);\n    ConnEnd srcPt461(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef461->setSourceEndpoint(srcPt461);\n    ConnEnd dstPt461(Point(860.62835648898, 1110.856854916126), 8);\n    connRef461->setDestEndpoint(dstPt461);\n    connRef461->setRoutingType((ConnType)2);\n\n    ConnRef *connRef462 = new ConnRef(router, 462);\n    ConnEnd srcPt462(Point(961.9140707746942, 901.8568549171259), 2);\n    connRef462->setSourceEndpoint(srcPt462);\n    ConnEnd dstPt462(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef462->setDestEndpoint(dstPt462);\n    connRef462->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints462(1);\n    checkpoints462[0] = Checkpoint(Point(982.9140707746942, 916.8568549171259), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef462->setRoutingCheckpoints(checkpoints462);\n\n    ConnRef *connRef463 = new ConnRef(router, 463);\n    ConnEnd srcPt463(Point(1167.12835648898, 996.8568549161259), 1);\n    connRef463->setSourceEndpoint(srcPt463);\n    ConnEnd dstPt463(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef463->setDestEndpoint(dstPt463);\n    connRef463->setRoutingType((ConnType)2);\n\n    ConnRef *connRef464 = new ConnRef(router, 464);\n    ConnEnd srcPt464(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef464->setSourceEndpoint(srcPt464);\n    ConnEnd dstPt464(Point(1167.12835648898, 1026.856854916126), 2);\n    connRef464->setDestEndpoint(dstPt464);\n    connRef464->setRoutingType((ConnType)2);\n\n    ConnRef *connRef465 = new ConnRef(router, 465);\n    ConnEnd srcPt465(Point(1167.12835648898, 1095.856854916126), 1);\n    connRef465->setSourceEndpoint(srcPt465);\n    ConnEnd dstPt465(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef465->setDestEndpoint(dstPt465);\n    connRef465->setRoutingType((ConnType)2);\n\n    ConnRef *connRef466 = new ConnRef(router, 466);\n    ConnEnd srcPt466(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef466->setSourceEndpoint(srcPt466);\n    ConnEnd dstPt466(Point(1167.12835648898, 1125.856854916126), 2);\n    connRef466->setDestEndpoint(dstPt466);\n    connRef466->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467 = new ConnRef(router, 467);\n    ConnEnd srcPt467(Point(1182.12835648898, 1176.856854916126), 8);\n    connRef467->setSourceEndpoint(srcPt467);\n    ConnEnd dstPt467(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef467->setDestEndpoint(dstPt467);\n    connRef467->setRoutingType((ConnType)2);\n\n    ConnRef *connRef468 = new ConnRef(router, 468);\n    ConnEnd srcPt468(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef468->setSourceEndpoint(srcPt468);\n    ConnEnd dstPt468(Point(1152.12835648898, 1176.856854916126), 4);\n    connRef468->setDestEndpoint(dstPt468);\n    connRef468->setRoutingType((ConnType)2);\n\n    ConnRef *connRef469 = new ConnRef(router, 469);\n    ConnEnd srcPt469(Point(31.62835648497997, 1390.606854916126), 2);\n    connRef469->setSourceEndpoint(srcPt469);\n    ConnEnd dstPt469(Point(115.62835648698, 1466.106854916126), 15);\n    connRef469->setDestEndpoint(dstPt469);\n    connRef469->setRoutingType((ConnType)2);\n\n    ConnRef *connRef470 = new ConnRef(router, 470);\n    ConnEnd srcPt470(Point(551.62835648798, 1357.606854916126), 2);\n    connRef470->setSourceEndpoint(srcPt470);\n    ConnEnd dstPt470(Point(530.62835648798, 1647.106854917126), 15);\n    connRef470->setDestEndpoint(dstPt470);\n    connRef470->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints470(1);\n    checkpoints470[0] = Checkpoint(Point(530.62835648798, 1372.606854916126), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef470->setRoutingCheckpoints(checkpoints470);\n\n    ConnRef *connRef471 = new ConnRef(router, 471);\n    ConnEnd srcPt471(Point(551.62835648798, 1327.606854916126), 1);\n    connRef471->setSourceEndpoint(srcPt471);\n    ConnEnd dstPt471(Point(530.62835648798, 1143.856854916126), 15);\n    connRef471->setDestEndpoint(dstPt471);\n    connRef471->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints471(1);\n    checkpoints471[0] = Checkpoint(Point(530.62835648798, 1312.606854916126), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef471->setRoutingCheckpoints(checkpoints471);\n\n    ConnRef *connRef472 = new ConnRef(router, 472);\n    ConnEnd srcPt472(Point(-516.87164351602, 1647.106854917126), 4);\n    connRef472->setSourceEndpoint(srcPt472);\n    ConnEnd dstPt472(Point(-695.12164351602, 1647.106854917126), 15);\n    connRef472->setDestEndpoint(dstPt472);\n    connRef472->setRoutingType((ConnType)2);\n\n    ConnRef *connRef473 = new ConnRef(router, 473);\n    ConnEnd srcPt473(Point(-319.87164351602, 1647.106854917126), 15);\n    connRef473->setSourceEndpoint(srcPt473);\n    ConnEnd dstPt473(Point(-486.87164351602, 1647.106854917126), 8);\n    connRef473->setDestEndpoint(dstPt473);\n    connRef473->setRoutingType((ConnType)2);\n\n    ConnRef *connRef474 = new ConnRef(router, 474);\n    ConnEnd srcPt474(Point(-74.87164351502003, 1668.106854917126), 4);\n    connRef474->setSourceEndpoint(srcPt474);\n    ConnEnd dstPt474(Point(-319.87164351602, 1647.106854917126), 15);\n    connRef474->setDestEndpoint(dstPt474);\n    connRef474->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints474(1);\n    checkpoints474[0] = Checkpoint(Point(-97.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef474->setRoutingCheckpoints(checkpoints474);\n\n    ConnRef *connRef475 = new ConnRef(router, 475);\n    ConnEnd srcPt475(Point(-44.87164351502003, 1668.106854917126), 8);\n    connRef475->setSourceEndpoint(srcPt475);\n    ConnEnd dstPt475(Point(181.62835648698, 1647.106854917126), 15);\n    connRef475->setDestEndpoint(dstPt475);\n    connRef475->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints475(1);\n    checkpoints475[0] = Checkpoint(Point(-21.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef475->setRoutingCheckpoints(checkpoints475);\n\n    ConnRef *connRef476 = new ConnRef(router, 476);\n    ConnEnd srcPt476(Point(-44.87164351502003, 1551.106854917126), 8);\n    connRef476->setSourceEndpoint(srcPt476);\n    ConnEnd dstPt476(Point(181.62835648698, 1647.106854917126), 15);\n    connRef476->setDestEndpoint(dstPt476);\n    connRef476->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints476(1);\n    checkpoints476[0] = Checkpoint(Point(-21.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef476->setRoutingCheckpoints(checkpoints476);\n\n    ConnRef *connRef477 = new ConnRef(router, 477);\n    ConnEnd srcPt477(Point(-44.87164351502003, 1626.106854917126), 8);\n    connRef477->setSourceEndpoint(srcPt477);\n    ConnEnd dstPt477(Point(181.62835648698, 1647.106854917126), 15);\n    connRef477->setDestEndpoint(dstPt477);\n    connRef477->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints477(1);\n    checkpoints477[0] = Checkpoint(Point(-21.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef477->setRoutingCheckpoints(checkpoints477);\n\n    ConnRef *connRef478 = new ConnRef(router, 478);\n    ConnEnd srcPt478(Point(379.62835648698, 1668.106854917126), 4);\n    connRef478->setSourceEndpoint(srcPt478);\n    ConnEnd dstPt478(Point(181.62835648698, 1647.106854917126), 15);\n    connRef478->setDestEndpoint(dstPt478);\n    connRef478->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints478(1);\n    checkpoints478[0] = Checkpoint(Point(356.62835648698, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef478->setRoutingCheckpoints(checkpoints478);\n\n    ConnRef *connRef479 = new ConnRef(router, 479);\n    ConnEnd srcPt479(Point(409.62835648698, 1668.106854917126), 8);\n    connRef479->setSourceEndpoint(srcPt479);\n    ConnEnd dstPt479(Point(530.62835648798, 1647.106854917126), 15);\n    connRef479->setDestEndpoint(dstPt479);\n    connRef479->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints479(1);\n    checkpoints479[0] = Checkpoint(Point(432.62835648698, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef479->setRoutingCheckpoints(checkpoints479);\n\n    ConnRef *connRef480 = new ConnRef(router, 480);\n    ConnEnd srcPt480(Point(409.62835648698, 1626.106854917126), 8);\n    connRef480->setSourceEndpoint(srcPt480);\n    ConnEnd dstPt480(Point(530.62835648798, 1647.106854917126), 15);\n    connRef480->setDestEndpoint(dstPt480);\n    connRef480->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints480(1);\n    checkpoints480[0] = Checkpoint(Point(432.62835648698, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef480->setRoutingCheckpoints(checkpoints480);\n\n    ConnRef *connRef481 = new ConnRef(router, 481);\n    ConnEnd srcPt481(Point(647.9873402531949, 1626.106854917126), 8);\n    connRef481->setSourceEndpoint(srcPt481);\n    ConnEnd dstPt481(Point(982.9140707746942, 1647.106854917126), 15);\n    connRef481->setDestEndpoint(dstPt481);\n    connRef481->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints481(1);\n    checkpoints481[0] = Checkpoint(Point(670.9873402531949, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef481->setRoutingCheckpoints(checkpoints481);\n\n    ConnRef *connRef482 = new ConnRef(router, 482);\n    ConnEnd srcPt482(Point(617.9873402531949, 1668.106854917126), 4);\n    connRef482->setSourceEndpoint(srcPt482);\n    ConnEnd dstPt482(Point(530.62835648798, 1647.106854917126), 15);\n    connRef482->setDestEndpoint(dstPt482);\n    connRef482->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints482(1);\n    checkpoints482[0] = Checkpoint(Point(594.9873402531949, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef482->setRoutingCheckpoints(checkpoints482);\n\n    ConnRef *connRef483 = new ConnRef(router, 483);\n    ConnEnd srcPt483(Point(647.9873402531949, 1668.106854917126), 8);\n    connRef483->setSourceEndpoint(srcPt483);\n    ConnEnd dstPt483(Point(982.9140707746942, 1647.106854917126), 15);\n    connRef483->setDestEndpoint(dstPt483);\n    connRef483->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints483(1);\n    checkpoints483[0] = Checkpoint(Point(670.9873402531949, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef483->setRoutingCheckpoints(checkpoints483);\n\n    ConnRef *connRef484 = new ConnRef(router, 484);\n    ConnEnd srcPt484(Point(1182.12835648898, 1567.106854916126), 8);\n    connRef484->setSourceEndpoint(srcPt484);\n    ConnEnd dstPt484(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef484->setDestEndpoint(dstPt484);\n    connRef484->setRoutingType((ConnType)2);\n\n    ConnRef *connRef485 = new ConnRef(router, 485);\n    ConnEnd srcPt485(Point(1182.12835648898, 1706.773521583792), 8);\n    connRef485->setSourceEndpoint(srcPt485);\n    ConnEnd dstPt485(Point(1396.12835648898, 1739.773521583792), 15);\n    connRef485->setDestEndpoint(dstPt485);\n    connRef485->setRoutingType((ConnType)2);\n\n    ConnRef *connRef486 = new ConnRef(router, 486);\n    ConnEnd srcPt486(Point(1182.12835648898, 1706.773521583792), 8);\n    connRef486->setSourceEndpoint(srcPt486);\n    ConnEnd dstPt486(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef486->setDestEndpoint(dstPt486);\n    connRef486->setRoutingType((ConnType)2);\n\n    ConnRef *connRef487 = new ConnRef(router, 487);\n    ConnEnd srcPt487(Point(1345.12835648898, 1433.106854916126), 8);\n    connRef487->setSourceEndpoint(srcPt487);\n    ConnEnd dstPt487(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef487->setDestEndpoint(dstPt487);\n    connRef487->setRoutingType((ConnType)2);\n\n    ConnRef *connRef488 = new ConnRef(router, 488);\n    ConnEnd srcPt488(Point(1642.12835648998, 1309.606854916126), 8);\n    connRef488->setSourceEndpoint(srcPt488);\n    ConnEnd dstPt488(Point(1700.12835648998, 1309.606854916126), 15);\n    connRef488->setDestEndpoint(dstPt488);\n    connRef488->setRoutingType((ConnType)2);\n\n    ConnRef *connRef489 = new ConnRef(router, 489);\n    ConnEnd srcPt489(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef489->setSourceEndpoint(srcPt489);\n    ConnEnd dstPt489(Point(1612.12835648998, 1309.606854916126), 4);\n    connRef489->setDestEndpoint(dstPt489);\n    connRef489->setRoutingType((ConnType)2);\n\n    ConnRef *connRef490 = new ConnRef(router, 490);\n    ConnEnd srcPt490(Point(1579.12835648998, 1626.106854917126), 4);\n    connRef490->setSourceEndpoint(srcPt490);\n    ConnEnd dstPt490(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef490->setDestEndpoint(dstPt490);\n    connRef490->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints490(1);\n    checkpoints490[0] = Checkpoint(Point(1556.12835648998, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef490->setRoutingCheckpoints(checkpoints490);\n\n    ConnRef *connRef491 = new ConnRef(router, 491);\n    ConnEnd srcPt491(Point(1609.12835648998, 1626.106854917126), 8);\n    connRef491->setSourceEndpoint(srcPt491);\n    ConnEnd dstPt491(Point(1700.12835648998, 1647.106854917126), 15);\n    connRef491->setDestEndpoint(dstPt491);\n    connRef491->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints491(1);\n    checkpoints491[0] = Checkpoint(Point(1632.12835648998, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef491->setRoutingCheckpoints(checkpoints491);\n\n    ConnRef *connRef492 = new ConnRef(router, 492);\n    ConnEnd srcPt492(Point(1579.12835648998, 1668.106854917126), 4);\n    connRef492->setSourceEndpoint(srcPt492);\n    ConnEnd dstPt492(Point(1514.12835648898, 1647.106854917126), 15);\n    connRef492->setDestEndpoint(dstPt492);\n    connRef492->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints492(1);\n    checkpoints492[0] = Checkpoint(Point(1556.12835648998, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef492->setRoutingCheckpoints(checkpoints492);\n\n    ConnRef *connRef493 = new ConnRef(router, 493);\n    ConnEnd srcPt493(Point(1609.12835648998, 1668.106854917126), 8);\n    connRef493->setSourceEndpoint(srcPt493);\n    ConnEnd dstPt493(Point(1700.12835648998, 1647.106854917126), 15);\n    connRef493->setDestEndpoint(dstPt493);\n    connRef493->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints493(1);\n    checkpoints493[0] = Checkpoint(Point(1632.12835648998, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef493->setRoutingCheckpoints(checkpoints493);\n\n    ConnRef *connRef494 = new ConnRef(router, 494);\n    ConnEnd srcPt494(Point(1785.12835649098, 1309.606854916126), 8);\n    connRef494->setSourceEndpoint(srcPt494);\n    ConnEnd dstPt494(Point(1873.12835649198, 1309.606854916126), 15);\n    connRef494->setDestEndpoint(dstPt494);\n    connRef494->setRoutingType((ConnType)2);\n\n    ConnRef *connRef495 = new ConnRef(router, 495);\n    ConnEnd srcPt495(Point(1785.12835649098, 1647.106854917126), 8);\n    connRef495->setSourceEndpoint(srcPt495);\n    ConnEnd dstPt495(Point(1873.12835649198, 1647.106854917126), 15);\n    connRef495->setDestEndpoint(dstPt495);\n    connRef495->setRoutingType((ConnType)2);\n\n    ConnRef *connRef496 = new ConnRef(router, 496);\n    ConnEnd srcPt496(Point(1958.12835649298, 1647.106854917126), 8);\n    connRef496->setSourceEndpoint(srcPt496);\n    ConnEnd dstPt496(Point(2046.795023159646, 1647.106854917126), 15);\n    connRef496->setDestEndpoint(dstPt496);\n    connRef496->setRoutingType((ConnType)2);\n\n    ConnRef *connRef497 = new ConnRef(router, 497);\n    ConnEnd srcPt497(Point(-453.87164351602, -716.9812403239691), 8);\n    connRef497->setSourceEndpoint(srcPt497);\n    ConnEnd dstPt497(Point(-226.87164351502, -737.9812403239691), 15);\n    connRef497->setDestEndpoint(dstPt497);\n    connRef497->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints497(1);\n    checkpoints497[0] = Checkpoint(Point(-430.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef497->setRoutingCheckpoints(checkpoints497);\n\n    ConnRef *connRef498 = new ConnRef(router, 498);\n    ConnEnd srcPt498(Point(376.62835648698, 759.8568549161259), 8);\n    connRef498->setSourceEndpoint(srcPt498);\n    ConnEnd dstPt498(Point(530.62835648798, 738.8568549161259), 15);\n    connRef498->setDestEndpoint(dstPt498);\n    connRef498->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints498(1);\n    checkpoints498[0] = Checkpoint(Point(399.62835648698, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef498->setRoutingCheckpoints(checkpoints498);\n\n    ConnRef *connRef499 = new ConnRef(router, 499);\n    ConnEnd srcPt499(Point(313.62835648698, 1164.856854916126), 4);\n    connRef499->setSourceEndpoint(srcPt499);\n    ConnEnd dstPt499(Point(181.62835648698, 1143.856854916126), 15);\n    connRef499->setDestEndpoint(dstPt499);\n    connRef499->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints499(1);\n    checkpoints499[0] = Checkpoint(Point(290.62835648698, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef499->setRoutingCheckpoints(checkpoints499);\n\n    ConnRef *connRef500 = new ConnRef(router, 500);\n    ConnEnd srcPt500(Point(343.62835648698, 1164.856854916126), 8);\n    connRef500->setSourceEndpoint(srcPt500);\n    ConnEnd dstPt500(Point(530.62835648798, 1143.856854916126), 15);\n    connRef500->setDestEndpoint(dstPt500);\n    connRef500->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints500(1);\n    checkpoints500[0] = Checkpoint(Point(366.62835648698, 1143.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef500->setRoutingCheckpoints(checkpoints500);\n\n    ConnRef *connRef501 = new ConnRef(router, 501);\n    ConnEnd srcPt501(Point(1003.914070774694, 901.8568549171259), 2);\n    connRef501->setSourceEndpoint(srcPt501);\n    ConnEnd dstPt501(Point(982.9140707746942, 1143.856854916126), 15);\n    connRef501->setDestEndpoint(dstPt501);\n    connRef501->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints501(1);\n    checkpoints501[0] = Checkpoint(Point(982.9140707746942, 916.8568549171259), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef501->setRoutingCheckpoints(checkpoints501);\n\n    ConnRef *connRef502 = new ConnRef(router, 502);\n    ConnEnd srcPt502(Point(1642.12835648998, -618.4098117525407), 8);\n    connRef502->setSourceEndpoint(srcPt502);\n    ConnEnd dstPt502(Point(1700.12835648998, -558.5348117525407), 15);\n    connRef502->setDestEndpoint(dstPt502);\n    connRef502->setRoutingType((ConnType)2);\n\n    ConnRef *connRef503 = new ConnRef(router, 503);\n    ConnEnd srcPt503(Point(1788.12835649098, -558.5348117525407), 4);\n    connRef503->setSourceEndpoint(srcPt503);\n    ConnEnd dstPt503(Point(1700.12835648998, -558.5348117525407), 15);\n    connRef503->setDestEndpoint(dstPt503);\n    connRef503->setRoutingType((ConnType)2);\n\n    ConnRef *connRef504 = new ConnRef(router, 504);\n    ConnEnd srcPt504(Point(475.62835648698, -737.9812403239691), 8);\n    connRef504->setSourceEndpoint(srcPt504);\n    ConnEnd dstPt504(Point(530.62835648798, -298.4098117515406), 15);\n    connRef504->setDestEndpoint(dstPt504);\n    connRef504->setRoutingType((ConnType)2);\n\n    ConnRef *connRef505 = new ConnRef(router, 505);\n    ConnEnd srcPt505(Point(717.62835648798, -807.4098117525407), 4);\n    connRef505->setSourceEndpoint(srcPt505);\n    ConnEnd dstPt505(Point(530.62835648798, -298.4098117515406), 15);\n    connRef505->setDestEndpoint(dstPt505);\n    connRef505->setRoutingType((ConnType)2);\n\n    ConnRef *connRef506 = new ConnRef(router, 506);\n    ConnEnd srcPt506(Point(717.62835648798, -681.4098117525407), 4);\n    connRef506->setSourceEndpoint(srcPt506);\n    ConnEnd dstPt506(Point(530.62835648798, -298.4098117515406), 15);\n    connRef506->setDestEndpoint(dstPt506);\n    connRef506->setRoutingType((ConnType)2);\n\n    ConnRef *connRef507 = new ConnRef(router, 507);\n    ConnEnd srcPt507(Point(982.9140707746942, -449.4098117525406), 2);\n    connRef507->setSourceEndpoint(srcPt507);\n    ConnEnd dstPt507(Point(982.9140707746942, -298.4098117515406), 15);\n    connRef507->setDestEndpoint(dstPt507);\n    connRef507->setRoutingType((ConnType)2);\n\n    ConnRef *connRef508 = new ConnRef(router, 508);\n    ConnEnd srcPt508(Point(1068.12835648898, -558.5348117525407), 15);\n    connRef508->setSourceEndpoint(srcPt508);\n    ConnEnd dstPt508(Point(982.9140707746942, -479.4098117525406), 1);\n    connRef508->setDestEndpoint(dstPt508);\n    connRef508->setRoutingType((ConnType)2);\n\n    ConnRef *connRef509 = new ConnRef(router, 509);\n    ConnEnd srcPt509(Point(1216.12835648898, -558.5348117525407), 4);\n    connRef509->setSourceEndpoint(srcPt509);\n    ConnEnd dstPt509(Point(1068.12835648898, -558.5348117525407), 15);\n    connRef509->setDestEndpoint(dstPt509);\n    connRef509->setRoutingType((ConnType)2);\n\n    ConnRef *connRef510 = new ConnRef(router, 510);\n    ConnEnd srcPt510(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef510->setSourceEndpoint(srcPt510);\n    ConnEnd dstPt510(Point(166.62835648698, -126.4098117515406), 4);\n    connRef510->setDestEndpoint(dstPt510);\n    connRef510->setRoutingType((ConnType)2);\n\n    ConnRef *connRef511 = new ConnRef(router, 511);\n    ConnEnd srcPt511(Point(196.62835648698, -126.4098117515406), 8);\n    connRef511->setSourceEndpoint(srcPt511);\n    ConnEnd dstPt511(Point(530.62835648798, -298.4098117515406), 15);\n    connRef511->setDestEndpoint(dstPt511);\n    connRef511->setRoutingType((ConnType)2);\n\n    ConnRef *connRef512 = new ConnRef(router, 512);\n    ConnEnd srcPt512(Point(651.62835648798, -20.40981175154064), 4);\n    connRef512->setSourceEndpoint(srcPt512);\n    ConnEnd dstPt512(Point(530.62835648798, 66.25685491512604), 15);\n    connRef512->setDestEndpoint(dstPt512);\n    connRef512->setRoutingType((ConnType)2);\n\n    ConnRef *connRef513 = new ConnRef(router, 513);\n    ConnEnd srcPt513(Point(926.62835648898, 421.7568549161261), 8);\n    connRef513->setSourceEndpoint(srcPt513);\n    ConnEnd dstPt513(Point(982.9140707746942, 66.25685491512604), 15);\n    connRef513->setDestEndpoint(dstPt513);\n    connRef513->setRoutingType((ConnType)2);\n\n    ConnRef *connRef514 = new ConnRef(router, 514);\n    ConnEnd srcPt514(Point(563.62835648798, 421.7568549161261), 15);\n    connRef514->setSourceEndpoint(srcPt514);\n    ConnEnd dstPt514(Point(896.62835648898, 421.7568549161261), 4);\n    connRef514->setDestEndpoint(dstPt514);\n    connRef514->setRoutingType((ConnType)2);\n\n    ConnRef *connRef515 = new ConnRef(router, 515);\n    ConnEnd srcPt515(Point(508.62835648698, 421.7568549161261), 8);\n    connRef515->setSourceEndpoint(srcPt515);\n    ConnEnd dstPt515(Point(563.62835648798, 421.7568549161261), 15);\n    connRef515->setDestEndpoint(dstPt515);\n    connRef515->setRoutingType((ConnType)2);\n\n    ConnRef *connRef516 = new ConnRef(router, 516);\n    ConnEnd srcPt516(Point(116.62835648598, 1063.856854916126), 8);\n    connRef516->setSourceEndpoint(srcPt516);\n    ConnEnd dstPt516(Point(530.62835648798, 1143.856854916126), 15);\n    connRef516->setDestEndpoint(dstPt516);\n    connRef516->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints516(1);\n    checkpoints516[0] = Checkpoint(Point(139.62835648598, 1042.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef516->setRoutingCheckpoints(checkpoints516);\n\n    ConnRef *connRef517 = new ConnRef(router, 517);\n    ConnEnd srcPt517(Point(16.62835648497997, -558.5348117525407), 4);\n    connRef517->setSourceEndpoint(srcPt517);\n    ConnEnd dstPt517(Point(-319.87164351602, -298.4098117515406), 15);\n    connRef517->setDestEndpoint(dstPt517);\n    connRef517->setRoutingType((ConnType)2);\n#endif\n    ConnRef *connRef518 = new ConnRef(router, 518);\n    ConnEnd srcPt518(Point(-483.87164351602, -833.9812403239691), 4);\n    connRef518->setSourceEndpoint(srcPt518);\n    ConnEnd dstPt518(Point(-695.12164351602, -737.9812403239691), 15);\n    connRef518->setDestEndpoint(dstPt518);\n    connRef518->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints518(1);\n    checkpoints518[0] = Checkpoint(Point(-506.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef518->setRoutingCheckpoints(checkpoints518);\n\n    ConnRef *connRef519 = new ConnRef(router, 519);\n    ConnEnd srcPt519(Point(-483.87164351602, -758.9812403239691), 4);\n    connRef519->setSourceEndpoint(srcPt519);\n    ConnEnd dstPt519(Point(-695.12164351602, -737.9812403239691), 15);\n    connRef519->setDestEndpoint(dstPt519);\n    connRef519->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints519(1);\n    checkpoints519[0] = Checkpoint(Point(-506.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef519->setRoutingCheckpoints(checkpoints519);\n\n    ConnRef *connRef520 = new ConnRef(router, 520);\n    ConnEnd srcPt520(Point(-483.87164351602, -716.9812403239691), 4);\n    connRef520->setSourceEndpoint(srcPt520);\n    ConnEnd dstPt520(Point(-695.12164351602, -737.9812403239691), 15);\n    connRef520->setDestEndpoint(dstPt520);\n    connRef520->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints520(1);\n    checkpoints520[0] = Checkpoint(Point(-506.87164351602, -737.9812403239691), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef520->setRoutingCheckpoints(checkpoints520);\n\n#ifdef REST\n    ConnRef *connRef521 = new ConnRef(router, 521);\n    ConnEnd srcPt521(Point(262.62835648698, -737.9812403239691), 15);\n    connRef521->setSourceEndpoint(srcPt521);\n    ConnEnd dstPt521(Point(445.62835648698, -737.9812403239691), 4);\n    connRef521->setDestEndpoint(dstPt521);\n    connRef521->setRoutingType((ConnType)2);\n\n    ConnRef *connRef522 = new ConnRef(router, 522);\n    ConnEnd srcPt522(Point(-841.12164351602, 668.6568549161261), 15);\n    connRef522->setSourceEndpoint(srcPt522);\n    ConnEnd dstPt522(Point(-728.12164351602, 756.8568549161259), 1);\n    connRef522->setDestEndpoint(dstPt522);\n    connRef522->setRoutingType((ConnType)2);\n\n    ConnRef *connRef523 = new ConnRef(router, 523);\n    ConnEnd srcPt523(Point(-841.12164351602, 890.8568549161259), 15);\n    connRef523->setSourceEndpoint(srcPt523);\n    ConnEnd dstPt523(Point(-874.12164351602, 786.8568549161259), 2);\n    connRef523->setDestEndpoint(dstPt523);\n    connRef523->setRoutingType((ConnType)2);\n\n    ConnRef *connRef524 = new ConnRef(router, 524);\n    ConnEnd srcPt524(Point(412.62835648698, -469.4098117515406), 4);\n    connRef524->setSourceEndpoint(srcPt524);\n    ConnEnd dstPt524(Point(181.62835648698, -298.4098117515406), 15);\n    connRef524->setDestEndpoint(dstPt524);\n    connRef524->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints524(1);\n    checkpoints524[0] = Checkpoint(Point(389.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef524->setRoutingCheckpoints(checkpoints524);\n\n    ConnRef *connRef525 = new ConnRef(router, 525);\n    ConnEnd srcPt525(Point(412.62835648698, -394.4098117515406), 4);\n    connRef525->setSourceEndpoint(srcPt525);\n    ConnEnd dstPt525(Point(181.62835648698, -298.4098117515406), 15);\n    connRef525->setDestEndpoint(dstPt525);\n    connRef525->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints525(1);\n    checkpoints525[0] = Checkpoint(Point(389.62835648698, -298.4098117515406), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef525->setRoutingCheckpoints(checkpoints525);\n\n    ConnRef *connRef526 = new ConnRef(router, 526);\n    ConnEnd srcPt526(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef526->setSourceEndpoint(srcPt526);\n    ConnEnd dstPt526(Point(1612.12835648998, -618.4098117525407), 4);\n    connRef526->setDestEndpoint(dstPt526);\n    connRef526->setRoutingType((ConnType)2);\n\n    ConnRef *connRef527 = new ConnRef(router, 527);\n    ConnEnd srcPt527(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef527->setSourceEndpoint(srcPt527);\n    ConnEnd dstPt527(Point(1543.12835648898, 635.6568549161261), 4);\n    connRef527->setDestEndpoint(dstPt527);\n    connRef527->setRoutingType((ConnType)2);\n\n    ConnRef *connRef528 = new ConnRef(router, 528);\n    ConnEnd srcPt528(Point(1514.12835648898, -298.4098117515406), 15);\n    connRef528->setSourceEndpoint(srcPt528);\n    ConnEnd dstPt528(Point(1612.12835648998, -497.4098117525407), 4);\n    connRef528->setDestEndpoint(dstPt528);\n    connRef528->setRoutingType((ConnType)2);\n\n    ConnRef *connRef529 = new ConnRef(router, 529);\n    ConnEnd srcPt529(Point(-695.12164351602, 66.25685491512604), 15);\n    connRef529->setSourceEndpoint(srcPt529);\n    ConnEnd dstPt529(Point(-516.87164351602, 201.256854916126), 4);\n    connRef529->setDestEndpoint(dstPt529);\n    connRef529->setRoutingType((ConnType)2);\n\n    ConnRef *connRef530 = new ConnRef(router, 530);\n    ConnEnd srcPt530(Point(-319.87164351602, 66.25685491512604), 15);\n    connRef530->setSourceEndpoint(srcPt530);\n    ConnEnd dstPt530(Point(-319.87164351602, 505.756854916126), 1);\n    connRef530->setDestEndpoint(dstPt530);\n    connRef530->setRoutingType((ConnType)2);\n\n    ConnRef *connRef531 = new ConnRef(router, 531);\n    ConnEnd srcPt531(Point(-74.87164351502003, 1551.106854917126), 4);\n    connRef531->setSourceEndpoint(srcPt531);\n    ConnEnd dstPt531(Point(-319.87164351602, 1647.106854917126), 15);\n    connRef531->setDestEndpoint(dstPt531);\n    connRef531->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints531(1);\n    checkpoints531[0] = Checkpoint(Point(-97.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef531->setRoutingCheckpoints(checkpoints531);\n\n    ConnRef *connRef532 = new ConnRef(router, 532);\n    ConnEnd srcPt532(Point(-74.87164351502003, 1626.106854917126), 4);\n    connRef532->setSourceEndpoint(srcPt532);\n    ConnEnd dstPt532(Point(-319.87164351602, 1647.106854917126), 15);\n    connRef532->setDestEndpoint(dstPt532);\n    connRef532->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints532(1);\n    checkpoints532[0] = Checkpoint(Point(-97.87164351502003, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef532->setRoutingCheckpoints(checkpoints532);\n\n    ConnRef *connRef533 = new ConnRef(router, 533);\n    ConnEnd srcPt533(Point(379.62835648698, 1626.106854917126), 4);\n    connRef533->setSourceEndpoint(srcPt533);\n    ConnEnd dstPt533(Point(181.62835648698, 1647.106854917126), 15);\n    connRef533->setDestEndpoint(dstPt533);\n    connRef533->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints533(1);\n    checkpoints533[0] = Checkpoint(Point(356.62835648698, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef533->setRoutingCheckpoints(checkpoints533);\n\n    ConnRef *connRef534 = new ConnRef(router, 534);\n    ConnEnd srcPt534(Point(617.9873402531949, 1626.106854917126), 4);\n    connRef534->setSourceEndpoint(srcPt534);\n    ConnEnd dstPt534(Point(530.62835648798, 1647.106854917126), 15);\n    connRef534->setDestEndpoint(dstPt534);\n    connRef534->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints534(1);\n    checkpoints534[0] = Checkpoint(Point(594.9873402531949, 1647.106854917126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef534->setRoutingCheckpoints(checkpoints534);\n\n    ConnRef *connRef535 = new ConnRef(router, 535);\n    ConnEnd srcPt535(Point(982.9140707746942, 1647.106854917126), 15);\n    connRef535->setSourceEndpoint(srcPt535);\n    ConnEnd dstPt535(Point(1152.12835648898, 1567.106854916126), 4);\n    connRef535->setDestEndpoint(dstPt535);\n    connRef535->setRoutingType((ConnType)2);\n\n    ConnRef *connRef536 = new ConnRef(router, 536);\n    ConnEnd srcPt536(Point(982.9140707746942, 1647.106854917126), 15);\n    connRef536->setSourceEndpoint(srcPt536);\n    ConnEnd dstPt536(Point(1152.12835648898, 1706.773521583792), 4);\n    connRef536->setDestEndpoint(dstPt536);\n    connRef536->setRoutingType((ConnType)2);\n\n    ConnRef *connRef537 = new ConnRef(router, 537);\n    ConnEnd srcPt537(Point(1700.12835648998, 1309.606854916126), 15);\n    connRef537->setSourceEndpoint(srcPt537);\n    ConnEnd dstPt537(Point(1755.12835649098, 1309.606854916126), 4);\n    connRef537->setDestEndpoint(dstPt537);\n    connRef537->setRoutingType((ConnType)2);\n\n    ConnRef *connRef538 = new ConnRef(router, 538);\n    ConnEnd srcPt538(Point(1134.12835648898, 1433.106854916126), 15);\n    connRef538->setSourceEndpoint(srcPt538);\n    ConnEnd dstPt538(Point(1315.12835648898, 1433.106854916126), 4);\n    connRef538->setDestEndpoint(dstPt538);\n    connRef538->setRoutingType((ConnType)2);\n\n    ConnRef *connRef539 = new ConnRef(router, 539);\n    ConnEnd srcPt539(Point(1700.12835648998, 1647.106854917126), 15);\n    connRef539->setSourceEndpoint(srcPt539);\n    ConnEnd dstPt539(Point(1755.12835649098, 1647.106854917126), 4);\n    connRef539->setDestEndpoint(dstPt539);\n    connRef539->setRoutingType((ConnType)2);\n\n    ConnRef *connRef540 = new ConnRef(router, 540);\n    ConnEnd srcPt540(Point(1873.12835649198, 1647.106854917126), 15);\n    connRef540->setSourceEndpoint(srcPt540);\n    ConnEnd dstPt540(Point(1928.12835649298, 1647.106854917126), 4);\n    connRef540->setDestEndpoint(dstPt540);\n    connRef540->setRoutingType((ConnType)2);\n\n    ConnRef *connRef541 = new ConnRef(router, 541);\n    ConnEnd srcPt541(Point(1700.12835648998, 33.25685491512604), 15);\n    connRef541->setSourceEndpoint(srcPt541);\n    ConnEnd dstPt541(Point(1755.12835649098, 33.25685491512604), 4);\n    connRef541->setDestEndpoint(dstPt541);\n    connRef541->setRoutingType((ConnType)2);\n\n    ConnRef *connRef542 = new ConnRef(router, 542);\n    ConnEnd srcPt542(Point(1873.12835649198, -298.4098117515406), 15);\n    connRef542->setSourceEndpoint(srcPt542);\n    ConnEnd dstPt542(Point(1928.12835649298, -298.4098117515406), 4);\n    connRef542->setDestEndpoint(dstPt542);\n    connRef542->setRoutingType((ConnType)2);\n\n    ConnRef *connRef543 = new ConnRef(router, 543);\n    ConnEnd srcPt543(Point(1700.12835648998, -298.4098117515406), 15);\n    connRef543->setSourceEndpoint(srcPt543);\n    ConnEnd dstPt543(Point(1755.12835649098, -298.4098117515406), 4);\n    connRef543->setDestEndpoint(dstPt543);\n    connRef543->setRoutingType((ConnType)2);\n\n    ConnRef *connRef544 = new ConnRef(router, 544);\n    ConnEnd srcPt544(Point(181.62835648698, 66.25685491512604), 15);\n    connRef544->setSourceEndpoint(srcPt544);\n    ConnEnd dstPt544(Point(181.62835648698, 505.756854916126), 1);\n    connRef544->setDestEndpoint(dstPt544);\n    connRef544->setRoutingType((ConnType)2);\n\n    ConnRef *connRef545 = new ConnRef(router, 545);\n    ConnEnd srcPt545(Point(181.62835648698, 1499.106854916126), 15);\n    connRef545->setSourceEndpoint(srcPt545);\n    ConnEnd dstPt545(Point(181.62835648698, 1390.606854916126), 2);\n    connRef545->setDestEndpoint(dstPt545);\n    connRef545->setRoutingType((ConnType)2);\n\n    ConnRef *connRef546 = new ConnRef(router, 546);\n    ConnEnd srcPt546(Point(115.62835648698, 1466.106854916126), 15);\n    connRef546->setSourceEndpoint(srcPt546);\n    ConnEnd dstPt546(Point(181.62835648698, 1390.606854916126), 2);\n    connRef546->setDestEndpoint(dstPt546);\n    connRef546->setRoutingType((ConnType)2);\n\n    ConnRef *connRef547 = new ConnRef(router, 547);\n    ConnEnd srcPt547(Point(115.62835648698, 1254.856854916126), 15);\n    connRef547->setSourceEndpoint(srcPt547);\n    ConnEnd dstPt547(Point(31.62835648497997, 1360.606854916126), 1);\n    connRef547->setDestEndpoint(dstPt547);\n    connRef547->setRoutingType((ConnType)2);\n\n    ConnRef *connRef548 = new ConnRef(router, 548);\n    ConnEnd srcPt548(Point(86.62835648597996, 1063.856854916126), 4);\n    connRef548->setSourceEndpoint(srcPt548);\n    ConnEnd dstPt548(Point(-319.87164351602, 1143.856854916126), 15);\n    connRef548->setDestEndpoint(dstPt548);\n    connRef548->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints548(1);\n    checkpoints548[0] = Checkpoint(Point(63.62835648597996, 1042.856854916126), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef548->setRoutingCheckpoints(checkpoints548);\n\n    ConnRef *connRef549 = new ConnRef(router, 549);\n    ConnEnd srcPt549(Point(961.9140707746942, 871.8568549171259), 1);\n    connRef549->setSourceEndpoint(srcPt549);\n    ConnEnd dstPt549(Point(982.9140707746942, 738.8568549161259), 15);\n    connRef549->setDestEndpoint(dstPt549);\n    connRef549->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints549(1);\n    checkpoints549[0] = Checkpoint(Point(982.9140707746942, 856.8568549171259), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef549->setRoutingCheckpoints(checkpoints549);\n\n    ConnRef *connRef550 = new ConnRef(router, 550);\n    ConnEnd srcPt550(Point(1003.914070774694, 871.8568549171259), 1);\n    connRef550->setSourceEndpoint(srcPt550);\n    ConnEnd dstPt550(Point(982.9140707746942, 738.8568549161259), 15);\n    connRef550->setDestEndpoint(dstPt550);\n    connRef550->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints550(1);\n    checkpoints550[0] = Checkpoint(Point(982.9140707746942, 856.8568549171259), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef550->setRoutingCheckpoints(checkpoints550);\n\n    ConnRef *connRef551 = new ConnRef(router, 551);\n    ConnEnd srcPt551(Point(181.62835648698, 738.8568549161259), 15);\n    connRef551->setSourceEndpoint(srcPt551);\n    ConnEnd dstPt551(Point(46.62835648497997, 738.8568549161259), 8);\n    connRef551->setDestEndpoint(dstPt551);\n    connRef551->setRoutingType((ConnType)2);\n\n    ConnRef *connRef552 = new ConnRef(router, 552);\n    ConnEnd srcPt552(Point(346.62835648698, 759.8568549161259), 4);\n    connRef552->setSourceEndpoint(srcPt552);\n    ConnEnd dstPt552(Point(181.62835648698, 738.8568549161259), 15);\n    connRef552->setDestEndpoint(dstPt552);\n    connRef552->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints552(1);\n    checkpoints552[0] = Checkpoint(Point(323.62835648698, 738.8568549161259), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef552->setRoutingCheckpoints(checkpoints552);\n\n    ConnRef *connRef553 = new ConnRef(router, 553);\n    ConnEnd srcPt553(Point(-319.87164351602, 738.8568549161259), 15);\n    connRef553->setSourceEndpoint(srcPt553);\n    ConnEnd dstPt553(Point(133.62835648698, 804.8568549161259), 4);\n    connRef553->setDestEndpoint(dstPt553);\n    connRef553->setRoutingType((ConnType)2);\n\n    ConnRef *connRef554 = new ConnRef(router, 554);\n    ConnEnd srcPt554(Point(-435.87164351602, 635.6568549161261), 15);\n    connRef554->setSourceEndpoint(srcPt554);\n    ConnEnd dstPt554(Point(-534.87164351602, 535.756854916126), 2);\n    connRef554->setDestEndpoint(dstPt554);\n    connRef554->setRoutingType((ConnType)2);\n\n    ConnRef *connRef555 = new ConnRef(router, 555);\n    ConnEnd srcPt555(Point(-435.87164351602, 454.7568549161261), 15);\n    connRef555->setSourceEndpoint(srcPt555);\n    ConnEnd dstPt555(Point(-319.87164351602, 505.756854916126), 1);\n    connRef555->setDestEndpoint(dstPt555);\n    connRef555->setRoutingType((ConnType)2);\n\n    ConnRef *connRef556 = new ConnRef(router, 556);\n    ConnEnd srcPt556(Point(115.62835648698, 635.6568549161261), 15);\n    connRef556->setSourceEndpoint(srcPt556);\n    ConnEnd dstPt556(Point(-125.87164351502, 535.756854916126), 2);\n    connRef556->setDestEndpoint(dstPt556);\n    connRef556->setRoutingType((ConnType)2);\n\n    ConnRef *connRef557 = new ConnRef(router, 557);\n    ConnEnd srcPt557(Point(115.62835648698, 454.7568549161261), 15);\n    connRef557->setSourceEndpoint(srcPt557);\n    ConnEnd dstPt557(Point(181.62835648698, 505.756854916126), 1);\n    connRef557->setDestEndpoint(dstPt557);\n    connRef557->setRoutingType((ConnType)2);\n\n    ConnRef *connRef558 = new ConnRef(router, 558);\n    ConnEnd srcPt558(Point(1873.12835649198, -558.5348117525407), 15);\n    connRef558->setSourceEndpoint(srcPt558);\n    ConnEnd dstPt558(Point(1818.12835649098, -558.5348117525407), 8);\n    connRef558->setDestEndpoint(dstPt558);\n    connRef558->setRoutingType((ConnType)2);\n\n    ConnRef *connRef559 = new ConnRef(router, 559);\n    ConnEnd srcPt559(Point(944.62835648898, -681.4098117525407), 15);\n    connRef559->setSourceEndpoint(srcPt559);\n    ConnEnd dstPt559(Point(747.62835648798, -681.4098117525407), 8);\n    connRef559->setDestEndpoint(dstPt559);\n    connRef559->setRoutingType((ConnType)2);\n\n    ConnRef *connRef560 = new ConnRef(router, 560);\n    ConnEnd srcPt560(Point(944.62835648898, -681.4098117525407), 15);\n    connRef560->setSourceEndpoint(srcPt560);\n    ConnEnd dstPt560(Point(166.62835648698, -126.4098117515406), 4);\n    connRef560->setDestEndpoint(dstPt560);\n    connRef560->setRoutingType((ConnType)2);\n\n    ConnRef *connRef561 = new ConnRef(router, 561);\n    ConnEnd srcPt561(Point(944.62835648898, -807.4098117525407), 15);\n    connRef561->setSourceEndpoint(srcPt561);\n    ConnEnd dstPt561(Point(747.62835648798, -807.4098117525407), 8);\n    connRef561->setDestEndpoint(dstPt561);\n    connRef561->setRoutingType((ConnType)2);\n\n    ConnRef *connRef562 = new ConnRef(router, 562);\n    ConnEnd srcPt562(Point(1363.12835648898, -558.5348117525407), 15);\n    connRef562->setSourceEndpoint(srcPt562);\n    ConnEnd dstPt562(Point(1246.12835648898, -558.5348117525407), 8);\n    connRef562->setDestEndpoint(dstPt562);\n    connRef562->setRoutingType((ConnType)2);\n\n    ConnRef *connRef563 = new ConnRef(router, 563);\n    ConnEnd srcPt563(Point(845.62835648898, -20.40981175154064), 15);\n    connRef563->setSourceEndpoint(srcPt563);\n    ConnEnd dstPt563(Point(681.62835648798, -20.40981175154064), 8);\n    connRef563->setDestEndpoint(dstPt563);\n    connRef563->setRoutingType((ConnType)2);\n\n    ConnRef *connRef564 = new ConnRef(router, 564);\n    ConnEnd srcPt564(Point(295.62835648698, 421.7568549161261), 15);\n    connRef564->setSourceEndpoint(srcPt564);\n    ConnEnd dstPt564(Point(478.62835648698, 421.7568549161261), 4);\n    connRef564->setDestEndpoint(dstPt564);\n    connRef564->setRoutingType((ConnType)2);\n\n    ConnRef *connRef565 = new ConnRef(router, 565);\n    ConnEnd srcPt565(Point(181.62835648698, -558.5348117525407), 15);\n    connRef565->setSourceEndpoint(srcPt565);\n    ConnEnd dstPt565(Point(46.62835648497997, -558.5348117525407), 8);\n    connRef565->setDestEndpoint(dstPt565);\n    connRef565->setRoutingType((ConnType)2);\n\n    ConnRef *connRef566 = new ConnRef(router, 566);\n    ConnEnd srcPt566(Point(1667.12835648998, 635.6568549161261), 15);\n    connRef566->setSourceEndpoint(srcPt566);\n    ConnEnd dstPt566(Point(1722.12835649098, 635.6568549161261), 4);\n    connRef566->setDestEndpoint(dstPt566);\n    connRef566->setRoutingType((ConnType)2);\n\n    ConnRef *connRef567 = new ConnRef(router, 567);\n    ConnEnd srcPt567(Point(1573.12835648898, 635.6568549161261), 8);\n    connRef567->setSourceEndpoint(srcPt567);\n    ConnEnd dstPt567(Point(1667.12835648998, 635.6568549161261), 15);\n    connRef567->setDestEndpoint(dstPt567);\n    connRef567->setRoutingType((ConnType)2);\n\n    ConnRef *connRef568 = new ConnRef(router, 568);\n    ConnEnd srcPt568(Point(1752.12835649098, 635.6568549161261), 8);\n    connRef568->setSourceEndpoint(srcPt568);\n    ConnEnd dstPt568(Point(1873.12835649198, 635.6568549161261), 15);\n    connRef568->setDestEndpoint(dstPt568);\n    connRef568->setRoutingType((ConnType)2);\n\n    ConnRef *connRef569 = new ConnRef(router, 569);\n    ConnEnd srcPt569(Point(1752.12835649098, 635.6568549161261), 8);\n    connRef569->setSourceEndpoint(srcPt569);\n    ConnEnd dstPt569(Point(1836.12835649098, 487.756854916126), 15);\n    connRef569->setDestEndpoint(dstPt569);\n    connRef569->setRoutingType((ConnType)2);\n\n    ConnRef *connRef570 = new ConnRef(router, 570);\n    ConnEnd srcPt570(Point(2218.795023162646, 614.6568549161261), 4);\n    connRef570->setSourceEndpoint(srcPt570);\n    ConnEnd dstPt570(Point(2153.795023161646, 635.6568549161261), 15);\n    connRef570->setDestEndpoint(dstPt570);\n    connRef570->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints570(1);\n    checkpoints570[0] = Checkpoint(Point(2195.795023162646, 635.6568549161261), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef570->setRoutingCheckpoints(checkpoints570);\n\n    ConnRef *connRef571 = new ConnRef(router, 571);\n    ConnEnd srcPt571(Point(2218.795023162646, 656.6568549161261), 4);\n    connRef571->setSourceEndpoint(srcPt571);\n    ConnEnd dstPt571(Point(2153.795023161646, 635.6568549161261), 15);\n    connRef571->setDestEndpoint(dstPt571);\n    connRef571->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints571(1);\n    checkpoints571[0] = Checkpoint(Point(2195.795023162646, 635.6568549161261), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef571->setRoutingCheckpoints(checkpoints571);\n\n    ConnRef *connRef572 = new ConnRef(router, 572);\n    ConnEnd srcPt572(Point(2248.795023162646, 614.6568549161261), 8);\n    connRef572->setSourceEndpoint(srcPt572);\n    ConnEnd dstPt572(Point(2313.795023163646, 635.6568549161261), 15);\n    connRef572->setDestEndpoint(dstPt572);\n    connRef572->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints572(1);\n    checkpoints572[0] = Checkpoint(Point(2271.795023162646, 635.6568549161261), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef572->setRoutingCheckpoints(checkpoints572);\n\n    ConnRef *connRef573 = new ConnRef(router, 573);\n    ConnEnd srcPt573(Point(2013.795023159646, 635.6568549161261), 15);\n    connRef573->setSourceEndpoint(srcPt573);\n    ConnEnd dstPt573(Point(2068.795023160646, 635.6568549161261), 4);\n    connRef573->setDestEndpoint(dstPt573);\n    connRef573->setRoutingType((ConnType)2);\n\n    ConnRef *connRef574 = new ConnRef(router, 574);\n    ConnEnd srcPt574(Point(2098.795023160646, 635.6568549161261), 8);\n    connRef574->setSourceEndpoint(srcPt574);\n    ConnEnd dstPt574(Point(2153.795023161646, 635.6568549161261), 15);\n    connRef574->setDestEndpoint(dstPt574);\n    connRef574->setRoutingType((ConnType)2);\n\n    ConnRef *connRef575 = new ConnRef(router, 575);\n    ConnEnd srcPt575(Point(2248.795023162646, 656.6568549161261), 8);\n    connRef575->setSourceEndpoint(srcPt575);\n    ConnEnd dstPt575(Point(2313.795023163646, 635.6568549161261), 15);\n    connRef575->setDestEndpoint(dstPt575);\n    connRef575->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints575(1);\n    checkpoints575[0] = Checkpoint(Point(2271.795023162646, 635.6568549161261), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef575->setRoutingCheckpoints(checkpoints575);\n\n    ConnRef *connRef576 = new ConnRef(router, 576);\n    ConnEnd srcPt576(Point(1667.12835648998, 361.2568549161261), 15);\n    connRef576->setSourceEndpoint(srcPt576);\n    ConnEnd dstPt576(Point(1722.12835649098, 361.2568549161261), 4);\n    connRef576->setDestEndpoint(dstPt576);\n    connRef576->setRoutingType((ConnType)2);\n\n    ConnRef *connRef577 = new ConnRef(router, 577);\n    ConnEnd srcPt577(Point(1752.12835649098, 361.2568549161261), 8);\n    connRef577->setSourceEndpoint(srcPt577);\n    ConnEnd dstPt577(Point(1836.12835649098, 487.756854916126), 15);\n    connRef577->setDestEndpoint(dstPt577);\n    connRef577->setRoutingType((ConnType)2);\n\n    ConnRef *connRef578 = new ConnRef(router, 578);\n    ConnEnd srcPt578(Point(1752.12835649098, 361.2568549161261), 8);\n    connRef578->setSourceEndpoint(srcPt578);\n    ConnEnd dstPt578(Point(2013.795023159646, 635.6568549161261), 15);\n    connRef578->setDestEndpoint(dstPt578);\n    connRef578->setRoutingType((ConnType)2);\n\n    ConnRef *connRef579 = new ConnRef(router, 579);\n    ConnEnd srcPt579(Point(1642.12835648998, -497.4098117525407), 8);\n    connRef579->setSourceEndpoint(srcPt579);\n    ConnEnd dstPt579(Point(1700.12835648998, -558.5348117525407), 15);\n    connRef579->setDestEndpoint(dstPt579);\n    connRef579->setRoutingType((ConnType)2);\n\n    ConnRef *connRef580 = new ConnRef(router, 580);\n    ConnEnd srcPt580(Point(239.62835648698, 1375.606854916126), 4);\n    connRef580->setSourceEndpoint(srcPt580);\n    ConnEnd dstPt580(Point(181.62835648698, 1375.606854916126), 8);\n    connRef580->setDestEndpoint(dstPt580);\n    connRef580->setRoutingType((ConnType)2);\n\n    ConnRef *connRef581 = new ConnRef(router, 581);\n    ConnEnd srcPt581(Point(1943.12835649298, -16.74314508487396), 2);\n    connRef581->setSourceEndpoint(srcPt581);\n    ConnEnd dstPt581(Point(1943.12835649298, 33.25685491512604), 1);\n    connRef581->setDestEndpoint(dstPt581);\n    connRef581->setRoutingType((ConnType)2);\n\n    ConnRef *connRef582 = new ConnRef(router, 582);\n    ConnEnd srcPt582(Point(427.62835648698, -369.4098117515406), 2);\n    connRef582->setSourceEndpoint(srcPt582);\n    ConnEnd dstPt582(Point(427.62835648698, -319.4098117515406), 1);\n    connRef582->setDestEndpoint(dstPt582);\n    connRef582->setRoutingType((ConnType)2);\n\n    ConnRef *connRef583 = new ConnRef(router, 583);\n    ConnEnd srcPt583(Point(31.62835648497997, 895.8568549161259), 2);\n    connRef583->setSourceEndpoint(srcPt583);\n    ConnEnd dstPt583(Point(31.62835648497997, 945.8568549161259), 1);\n    connRef583->setDestEndpoint(dstPt583);\n    connRef583->setRoutingType((ConnType)2);\n\n    ConnRef *connRef584 = new ConnRef(router, 584);\n    ConnEnd srcPt584(Point(451.6283564879799, 1342.606854916126), 8);\n    connRef584->setSourceEndpoint(srcPt584);\n    ConnEnd dstPt584(Point(509.62835648798, 1342.606854916126), 4);\n    connRef584->setDestEndpoint(dstPt584);\n    connRef584->setRoutingType((ConnType)2);\n\n    ConnRef *connRef585 = new ConnRef(router, 585);\n    ConnEnd srcPt585(Point(-948.12164351602, -265.4098117515406), 4);\n    connRef585->setSourceEndpoint(srcPt585);\n    ConnEnd dstPt585(Point(-1006.12164351602, -265.4098117515406), 8);\n    connRef585->setDestEndpoint(dstPt585);\n    connRef585->setRoutingType((ConnType)2);\n\n    ConnRef *connRef586 = new ConnRef(router, 586);\n    ConnEnd srcPt586(Point(-948.12164351602, -497.4098117525407), 4);\n    connRef586->setSourceEndpoint(srcPt586);\n    ConnEnd dstPt586(Point(-1006.12164351602, -497.4098117525407), 8);\n    connRef586->setDestEndpoint(dstPt586);\n    connRef586->setRoutingType((ConnType)2);\n\n    ConnRef *connRef587 = new ConnRef(router, 587);\n    ConnEnd srcPt587(Point(-808.12164351602, -787.9812403239691), 2);\n    connRef587->setSourceEndpoint(srcPt587);\n    ConnEnd dstPt587(Point(-808.12164351602, -737.9812403239691), 1);\n    connRef587->setDestEndpoint(dstPt587);\n    connRef587->setRoutingType((ConnType)2);\n\n    ConnRef *connRef588 = new ConnRef(router, 588);\n    ConnEnd srcPt588(Point(-468.87164351602, -883.9812403239691), 2);\n    connRef588->setSourceEndpoint(srcPt588);\n    ConnEnd dstPt588(Point(-468.87164351602, -833.9812403239691), 1);\n    connRef588->setDestEndpoint(dstPt588);\n    connRef588->setRoutingType((ConnType)2);\n\n    ConnRef *connRef589 = new ConnRef(router, 589);\n    ConnEnd srcPt589(Point(-468.87164351602, -808.9812403239691), 2);\n    connRef589->setSourceEndpoint(srcPt589);\n    ConnEnd dstPt589(Point(-468.87164351602, -758.9812403239691), 1);\n    connRef589->setDestEndpoint(dstPt589);\n    connRef589->setRoutingType((ConnType)2);\n\n    ConnRef *connRef590 = new ConnRef(router, 590);\n    ConnEnd srcPt590(Point(115.62835648698, -787.9812403239691), 2);\n    connRef590->setSourceEndpoint(srcPt590);\n    ConnEnd dstPt590(Point(115.62835648698, -737.9812403239691), 1);\n    connRef590->setDestEndpoint(dstPt590);\n    connRef590->setRoutingType((ConnType)2);\n\n    ConnRef *connRef591 = new ConnRef(router, 591);\n    ConnEnd srcPt591(Point(-501.87164351602, -547.4098117525407), 2);\n    connRef591->setSourceEndpoint(srcPt591);\n    ConnEnd dstPt591(Point(-501.87164351602, -497.4098117525407), 1);\n    connRef591->setDestEndpoint(dstPt591);\n    connRef591->setRoutingType((ConnType)2);\n\n    ConnRef *connRef592 = new ConnRef(router, 592);\n    ConnEnd srcPt592(Point(-501.87164351602, -428.4098117525406), 2);\n    connRef592->setSourceEndpoint(srcPt592);\n    ConnEnd dstPt592(Point(-501.87164351602, -378.4098117525406), 1);\n    connRef592->setDestEndpoint(dstPt592);\n    connRef592->setRoutingType((ConnType)2);\n\n    ConnRef *connRef593 = new ConnRef(router, 593);\n    ConnEnd srcPt593(Point(96.62835648597996, -227.4098117515406), 1);\n    connRef593->setSourceEndpoint(srcPt593);\n    ConnEnd dstPt593(Point(96.62835648597996, -277.4098117515406), 2);\n    connRef593->setDestEndpoint(dstPt593);\n    connRef593->setRoutingType((ConnType)2);\n\n    ConnRef *connRef594 = new ConnRef(router, 594);\n    ConnEnd srcPt594(Point(96.62835648597996, -152.4098117515406), 1);\n    connRef594->setSourceEndpoint(srcPt594);\n    ConnEnd dstPt594(Point(96.62835648597996, -202.4098117515406), 2);\n    connRef594->setDestEndpoint(dstPt594);\n    connRef594->setRoutingType((ConnType)2);\n\n    ConnRef *connRef595 = new ConnRef(router, 595);\n    ConnEnd srcPt595(Point(427.62835648698, -227.4098117515406), 1);\n    connRef595->setSourceEndpoint(srcPt595);\n    ConnEnd dstPt595(Point(427.62835648698, -277.4098117515406), 2);\n    connRef595->setDestEndpoint(dstPt595);\n    connRef595->setRoutingType((ConnType)2);\n\n    ConnRef *connRef596 = new ConnRef(router, 596);\n    ConnEnd srcPt596(Point(427.62835648698, -152.4098117515406), 1);\n    connRef596->setSourceEndpoint(srcPt596);\n    ConnEnd dstPt596(Point(427.62835648698, -202.4098117515406), 2);\n    connRef596->setDestEndpoint(dstPt596);\n    connRef596->setRoutingType((ConnType)2);\n\n    ConnRef *connRef597 = new ConnRef(router, 597);\n    ConnEnd srcPt597(Point(-240.87164351602, -159.4098117515406), 4);\n    connRef597->setSourceEndpoint(srcPt597);\n    ConnEnd dstPt597(Point(-298.87164351602, -159.4098117515406), 8);\n    connRef597->setDestEndpoint(dstPt597);\n    connRef597->setRoutingType((ConnType)2);\n\n    ConnRef *connRef598 = new ConnRef(router, 598);\n    ConnEnd srcPt598(Point(-398.87164351602, -159.4098117515406), 8);\n    connRef598->setSourceEndpoint(srcPt598);\n    ConnEnd dstPt598(Point(-340.87164351602, -159.4098117515406), 4);\n    connRef598->setDestEndpoint(dstPt598);\n    connRef598->setRoutingType((ConnType)2);\n\n    ConnRef *connRef599 = new ConnRef(router, 599);\n    ConnEnd srcPt599(Point(96.62835648597996, -444.4098117515406), 2);\n    connRef599->setSourceEndpoint(srcPt599);\n    ConnEnd dstPt599(Point(96.62835648597996, -394.4098117515406), 1);\n    connRef599->setDestEndpoint(dstPt599);\n    connRef599->setRoutingType((ConnType)2);\n\n    ConnRef *connRef600 = new ConnRef(router, 600);\n    ConnEnd srcPt600(Point(96.62835648597996, -369.4098117515406), 2);\n    connRef600->setSourceEndpoint(srcPt600);\n    ConnEnd dstPt600(Point(96.62835648597996, -319.4098117515406), 1);\n    connRef600->setDestEndpoint(dstPt600);\n    connRef600->setRoutingType((ConnType)2);\n\n    ConnRef *connRef601 = new ConnRef(router, 601);\n    ConnEnd srcPt601(Point(427.62835648698, -519.4098117515407), 2);\n    connRef601->setSourceEndpoint(srcPt601);\n    ConnEnd dstPt601(Point(427.62835648698, -469.4098117515406), 1);\n    connRef601->setDestEndpoint(dstPt601);\n    connRef601->setRoutingType((ConnType)2);\n\n    ConnRef *connRef602 = new ConnRef(router, 602);\n    ConnEnd srcPt602(Point(427.62835648698, -444.4098117515406), 2);\n    connRef602->setSourceEndpoint(srcPt602);\n    ConnEnd dstPt602(Point(427.62835648698, -394.4098117515406), 1);\n    connRef602->setDestEndpoint(dstPt602);\n    connRef602->setRoutingType((ConnType)2);\n\n    ConnRef *connRef603 = new ConnRef(router, 603);\n    ConnEnd srcPt603(Point(845.62835648898, -182.4098117515406), 1);\n    connRef603->setSourceEndpoint(srcPt603);\n    ConnEnd dstPt603(Point(845.62835648898, -232.4098117515406), 2);\n    connRef603->setDestEndpoint(dstPt603);\n    connRef603->setRoutingType((ConnType)2);\n\n    ConnRef *connRef604 = new ConnRef(router, 604);\n    ConnEnd srcPt604(Point(632.9873402531949, -227.4098117515406), 1);\n    connRef604->setSourceEndpoint(srcPt604);\n    ConnEnd dstPt604(Point(632.9873402531949, -277.4098117515406), 2);\n    connRef604->setDestEndpoint(dstPt604);\n    connRef604->setRoutingType((ConnType)2);\n\n    ConnRef *connRef605 = new ConnRef(router, 605);\n    ConnEnd srcPt605(Point(632.9873402531949, -369.4098117515406), 2);\n    connRef605->setSourceEndpoint(srcPt605);\n    ConnEnd dstPt605(Point(632.9873402531949, -319.4098117515406), 1);\n    connRef605->setDestEndpoint(dstPt605);\n    connRef605->setRoutingType((ConnType)2);\n\n    ConnRef *connRef606 = new ConnRef(router, 606);\n    ConnEnd srcPt606(Point(1062.914070775694, -369.4098117515406), 2);\n    connRef606->setSourceEndpoint(srcPt606);\n    ConnEnd dstPt606(Point(1062.914070775694, -319.4098117515406), 1);\n    connRef606->setDestEndpoint(dstPt606);\n    connRef606->setRoutingType((ConnType)2);\n\n    ConnRef *connRef607 = new ConnRef(router, 607);\n    ConnEnd srcPt607(Point(1062.914070775694, -227.4098117515406), 1);\n    connRef607->setSourceEndpoint(srcPt607);\n    ConnEnd dstPt607(Point(1062.914070775694, -277.4098117515406), 2);\n    connRef607->setDestEndpoint(dstPt607);\n    connRef607->setRoutingType((ConnType)2);\n\n    ConnRef *connRef608 = new ConnRef(router, 608);\n    ConnEnd srcPt608(Point(1594.12835648998, -369.4098117515406), 2);\n    connRef608->setSourceEndpoint(srcPt608);\n    ConnEnd dstPt608(Point(1594.12835648998, -319.4098117515406), 1);\n    connRef608->setDestEndpoint(dstPt608);\n    connRef608->setRoutingType((ConnType)2);\n\n    ConnRef *connRef609 = new ConnRef(router, 609);\n    ConnEnd srcPt609(Point(1594.12835648998, -227.4098117515406), 1);\n    connRef609->setSourceEndpoint(srcPt609);\n    ConnEnd dstPt609(Point(1594.12835648998, -277.4098117515406), 2);\n    connRef609->setDestEndpoint(dstPt609);\n    connRef609->setRoutingType((ConnType)2);\n\n    ConnRef *connRef610 = new ConnRef(router, 610);\n    ConnEnd srcPt610(Point(1770.12835649098, -348.4098117515406), 2);\n    connRef610->setSourceEndpoint(srcPt610);\n    ConnEnd dstPt610(Point(1770.12835649098, -298.4098117515406), 1);\n    connRef610->setDestEndpoint(dstPt610);\n    connRef610->setRoutingType((ConnType)2);\n\n    ConnRef *connRef611 = new ConnRef(router, 611);\n    ConnEnd srcPt611(Point(1943.12835649298, -348.4098117515406), 2);\n    connRef611->setSourceEndpoint(srcPt611);\n    ConnEnd dstPt611(Point(1943.12835649298, -298.4098117515406), 1);\n    connRef611->setDestEndpoint(dstPt611);\n    connRef611->setRoutingType((ConnType)2);\n\n    ConnRef *connRef612 = new ConnRef(router, 612);\n    ConnEnd srcPt612(Point(-501.87164351602, 149.256854915126), 1);\n    connRef612->setSourceEndpoint(srcPt612);\n    ConnEnd dstPt612(Point(-501.87164351602, 99.25685491512604), 2);\n    connRef612->setDestEndpoint(dstPt612);\n    connRef612->setRoutingType((ConnType)2);\n\n    ConnRef *connRef613 = new ConnRef(router, 613);\n    ConnEnd srcPt613(Point(-501.87164351602, 251.2568549161261), 1);\n    connRef613->setSourceEndpoint(srcPt613);\n    ConnEnd dstPt613(Point(-501.87164351602, 201.256854916126), 2);\n    connRef613->setDestEndpoint(dstPt613);\n    connRef613->setRoutingType((ConnType)2);\n\n    ConnRef *connRef614 = new ConnRef(router, 614);\n    ConnEnd srcPt614(Point(-26.87164351502003, -4.743145084873959), 2);\n    connRef614->setSourceEndpoint(srcPt614);\n    ConnEnd dstPt614(Point(-26.87164351502003, 45.25685491512604), 1);\n    connRef614->setDestEndpoint(dstPt614);\n    connRef614->setRoutingType((ConnType)2);\n\n    ConnRef *connRef615 = new ConnRef(router, 615);\n    ConnEnd srcPt615(Point(-26.87164351502003, 137.256854915126), 1);\n    connRef615->setSourceEndpoint(srcPt615);\n    ConnEnd dstPt615(Point(-26.87164351502003, 87.25685491512604), 2);\n    connRef615->setDestEndpoint(dstPt615);\n    connRef615->setRoutingType((ConnType)2);\n\n    ConnRef *connRef616 = new ConnRef(router, 616);\n    ConnEnd srcPt616(Point(450.62835648698, 137.256854915126), 1);\n    connRef616->setSourceEndpoint(srcPt616);\n    ConnEnd dstPt616(Point(450.62835648698, 87.25685491512604), 2);\n    connRef616->setDestEndpoint(dstPt616);\n    connRef616->setRoutingType((ConnType)2);\n\n    ConnRef *connRef617 = new ConnRef(router, 617);\n    ConnEnd srcPt617(Point(450.62835648698, -4.743145084873959), 2);\n    connRef617->setSourceEndpoint(srcPt617);\n    ConnEnd dstPt617(Point(450.62835648698, 45.25685491512604), 1);\n    connRef617->setDestEndpoint(dstPt617);\n    connRef617->setRoutingType((ConnType)2);\n\n    ConnRef *connRef618 = new ConnRef(router, 618);\n    ConnEnd srcPt618(Point(765.62835648798, -4.743145084873959), 2);\n    connRef618->setSourceEndpoint(srcPt618);\n    ConnEnd dstPt618(Point(765.62835648798, 45.25685491512604), 1);\n    connRef618->setDestEndpoint(dstPt618);\n    connRef618->setRoutingType((ConnType)2);\n\n    ConnRef *connRef619 = new ConnRef(router, 619);\n    ConnEnd srcPt619(Point(765.62835648798, 137.256854915126), 1);\n    connRef619->setSourceEndpoint(srcPt619);\n    ConnEnd dstPt619(Point(765.62835648798, 87.25685491512604), 2);\n    connRef619->setDestEndpoint(dstPt619);\n    connRef619->setRoutingType((ConnType)2);\n\n    ConnRef *connRef620 = new ConnRef(router, 620);\n    ConnEnd srcPt620(Point(1040.914070774694, -126.4098117515406), 4);\n    connRef620->setSourceEndpoint(srcPt620);\n    ConnEnd dstPt620(Point(982.9140707746942, -126.4098117515406), 8);\n    connRef620->setDestEndpoint(dstPt620);\n    connRef620->setRoutingType((ConnType)2);\n\n    ConnRef *connRef621 = new ConnRef(router, 621);\n    ConnEnd srcPt621(Point(1487.12835648898, -126.4098117515406), 4);\n    connRef621->setSourceEndpoint(srcPt621);\n    ConnEnd dstPt621(Point(1429.12835648898, -126.4098117515406), 8);\n    connRef621->setDestEndpoint(dstPt621);\n    connRef621->setRoutingType((ConnType)2);\n\n    ConnRef *connRef622 = new ConnRef(router, 622);\n    ConnEnd srcPt622(Point(1101.12835648898, -4.743145084873959), 2);\n    connRef622->setSourceEndpoint(srcPt622);\n    ConnEnd dstPt622(Point(1101.12835648898, 45.25685491512604), 1);\n    connRef622->setDestEndpoint(dstPt622);\n    connRef622->setRoutingType((ConnType)2);\n\n    ConnRef *connRef623 = new ConnRef(router, 623);\n    ConnEnd srcPt623(Point(1101.12835648898, 137.256854915126), 1);\n    connRef623->setSourceEndpoint(srcPt623);\n    ConnEnd dstPt623(Point(1101.12835648898, 87.25685491512604), 2);\n    connRef623->setDestEndpoint(dstPt623);\n    connRef623->setRoutingType((ConnType)2);\n\n    ConnRef *connRef624 = new ConnRef(router, 624);\n    ConnEnd srcPt624(Point(699.62835648798, 305.2568549161261), 1);\n    connRef624->setSourceEndpoint(srcPt624);\n    ConnEnd dstPt624(Point(699.62835648798, 255.2568549161261), 2);\n    connRef624->setDestEndpoint(dstPt624);\n    connRef624->setRoutingType((ConnType)2);\n\n    ConnRef *connRef625 = new ConnRef(router, 625);\n    ConnEnd srcPt625(Point(1627.12835648998, -16.74314508487396), 2);\n    connRef625->setSourceEndpoint(srcPt625);\n    ConnEnd dstPt625(Point(1627.12835648998, 33.25685491512604), 1);\n    connRef625->setDestEndpoint(dstPt625);\n    connRef625->setRoutingType((ConnType)2);\n\n    ConnRef *connRef626 = new ConnRef(router, 626);\n    ConnEnd srcPt626(Point(1770.12835649098, -16.74314508487396), 2);\n    connRef626->setSourceEndpoint(srcPt626);\n    ConnEnd dstPt626(Point(1770.12835649098, 33.25685491512604), 1);\n    connRef626->setDestEndpoint(dstPt626);\n    connRef626->setRoutingType((ConnType)2);\n\n    ConnRef *connRef627 = new ConnRef(router, 627);\n    ConnEnd srcPt627(Point(-932.12164351602, 771.8568549161259), 8);\n    connRef627->setSourceEndpoint(srcPt627);\n    ConnEnd dstPt627(Point(-874.12164351602, 771.8568549161259), 4);\n    connRef627->setDestEndpoint(dstPt627);\n    connRef627->setRoutingType((ConnType)2);\n\n    ConnRef *connRef628 = new ConnRef(router, 628);\n    ConnEnd srcPt628(Point(-786.12164351602, 771.8568549161259), 8);\n    connRef628->setSourceEndpoint(srcPt628);\n    ConnEnd dstPt628(Point(-728.12164351602, 771.8568549161259), 4);\n    connRef628->setDestEndpoint(dstPt628);\n    connRef628->setRoutingType((ConnType)2);\n\n    ConnRef *connRef629 = new ConnRef(router, 629);\n    ConnEnd srcPt629(Point(-592.87164351602, 520.756854916126), 8);\n    connRef629->setSourceEndpoint(srcPt629);\n    ConnEnd dstPt629(Point(-534.87164351602, 520.756854916126), 4);\n    connRef629->setDestEndpoint(dstPt629);\n    connRef629->setRoutingType((ConnType)2);\n\n    ConnRef *connRef630 = new ConnRef(router, 630);\n    ConnEnd srcPt630(Point(-261.87164351602, 520.756854916126), 4);\n    connRef630->setSourceEndpoint(srcPt630);\n    ConnEnd dstPt630(Point(-319.87164351602, 520.756854916126), 8);\n    connRef630->setDestEndpoint(dstPt630);\n    connRef630->setRoutingType((ConnType)2);\n\n    ConnRef *connRef631 = new ConnRef(router, 631);\n    ConnEnd srcPt631(Point(-183.87164351502, 520.756854916126), 8);\n    connRef631->setSourceEndpoint(srcPt631);\n    ConnEnd dstPt631(Point(-125.87164351502, 520.756854916126), 4);\n    connRef631->setDestEndpoint(dstPt631);\n    connRef631->setRoutingType((ConnType)2);\n\n    ConnRef *connRef632 = new ConnRef(router, 632);\n    ConnEnd srcPt632(Point(239.62835648698, 520.756854916126), 4);\n    connRef632->setSourceEndpoint(srcPt632);\n    ConnEnd dstPt632(Point(181.62835648698, 520.756854916126), 8);\n    connRef632->setDestEndpoint(dstPt632);\n    connRef632->setRoutingType((ConnType)2);\n\n    ConnRef *connRef633 = new ConnRef(router, 633);\n    ConnEnd srcPt633(Point(31.62835648497997, 688.8568549161259), 2);\n    connRef633->setSourceEndpoint(srcPt633);\n    ConnEnd dstPt633(Point(31.62835648497997, 738.8568549161259), 1);\n    connRef633->setDestEndpoint(dstPt633);\n    connRef633->setRoutingType((ConnType)2);\n\n    ConnRef *connRef634 = new ConnRef(router, 634);\n    ConnEnd srcPt634(Point(-410.87164351602, 978.8568549161259), 8);\n    connRef634->setSourceEndpoint(srcPt634);\n    ConnEnd dstPt634(Point(-352.87164351602, 978.8568549161259), 4);\n    connRef634->setDestEndpoint(dstPt634);\n    connRef634->setRoutingType((ConnType)2);\n\n    ConnRef *connRef635 = new ConnRef(router, 635);\n    ConnEnd srcPt635(Point(-637.12164351602, 1044.856854916126), 4);\n    connRef635->setSourceEndpoint(srcPt635);\n    ConnEnd dstPt635(Point(-695.12164351602, 1044.856854916126), 8);\n    connRef635->setDestEndpoint(dstPt635);\n    connRef635->setRoutingType((ConnType)2);\n\n    ConnRef *connRef636 = new ConnRef(router, 636);\n    ConnEnd srcPt636(Point(361.62835648698, 667.8568549161259), 2);\n    connRef636->setSourceEndpoint(srcPt636);\n    ConnEnd dstPt636(Point(361.62835648698, 717.8568549161259), 1);\n    connRef636->setDestEndpoint(dstPt636);\n    connRef636->setRoutingType((ConnType)2);\n\n    ConnRef *connRef637 = new ConnRef(router, 637);\n    ConnEnd srcPt637(Point(666.62835648798, 529.006854916126), 2);\n    connRef637->setSourceEndpoint(srcPt637);\n    ConnEnd dstPt637(Point(666.62835648798, 579.006854916126), 1);\n    connRef637->setDestEndpoint(dstPt637);\n    connRef637->setRoutingType((ConnType)2);\n\n    ConnRef *connRef638 = new ConnRef(router, 638);\n    ConnEnd srcPt638(Point(148.62835648698, 854.8568549161259), 1);\n    connRef638->setSourceEndpoint(srcPt638);\n    ConnEnd dstPt638(Point(148.62835648698, 804.8568549161259), 2);\n    connRef638->setDestEndpoint(dstPt638);\n    connRef638->setRoutingType((ConnType)2);\n\n    ConnRef *connRef639 = new ConnRef(router, 639);\n    ConnEnd srcPt639(Point(798.62835648798, 667.8568549161259), 2);\n    connRef639->setSourceEndpoint(srcPt639);\n    ConnEnd dstPt639(Point(798.62835648798, 717.8568549161259), 1);\n    connRef639->setDestEndpoint(dstPt639);\n    connRef639->setRoutingType((ConnType)2);\n\n    ConnRef *connRef640 = new ConnRef(router, 640);\n    ConnEnd srcPt640(Point(798.62835648798, 809.8568549161259), 1);\n    connRef640->setSourceEndpoint(srcPt640);\n    ConnEnd dstPt640(Point(798.62835648798, 759.8568549161259), 2);\n    connRef640->setDestEndpoint(dstPt640);\n    connRef640->setRoutingType((ConnType)2);\n\n    ConnRef *connRef641 = new ConnRef(router, 641);\n    ConnEnd srcPt641(Point(654.62835648798, 857.8568549161259), 4);\n    connRef641->setSourceEndpoint(srcPt641);\n    ConnEnd dstPt641(Point(596.62835648798, 857.8568549161259), 8);\n    connRef641->setDestEndpoint(dstPt641);\n    connRef641->setRoutingType((ConnType)2);\n\n    ConnRef *connRef642 = new ConnRef(router, 642);\n    ConnEnd srcPt642(Point(101.62835648598, 971.8568549161259), 2);\n    connRef642->setSourceEndpoint(srcPt642);\n    ConnEnd dstPt642(Point(101.62835648598, 1021.856854916126), 1);\n    connRef642->setDestEndpoint(dstPt642);\n    connRef642->setRoutingType((ConnType)2);\n\n    ConnRef *connRef643 = new ConnRef(router, 643);\n    ConnEnd srcPt643(Point(-92.87164351502003, 1214.856854916126), 1);\n    connRef643->setSourceEndpoint(srcPt643);\n    ConnEnd dstPt643(Point(-92.87164351502003, 1164.856854916126), 2);\n    connRef643->setDestEndpoint(dstPt643);\n    connRef643->setRoutingType((ConnType)2);\n\n    ConnRef *connRef644 = new ConnRef(router, 644);\n    ConnEnd srcPt644(Point(-92.87164351502003, 1072.856854916126), 2);\n    connRef644->setSourceEndpoint(srcPt644);\n    ConnEnd dstPt644(Point(-92.87164351502003, 1122.856854916126), 1);\n    connRef644->setDestEndpoint(dstPt644);\n    connRef644->setRoutingType((ConnType)2);\n\n    ConnRef *connRef645 = new ConnRef(router, 645);\n    ConnEnd srcPt645(Point(328.62835648698, 1072.856854916126), 2);\n    connRef645->setSourceEndpoint(srcPt645);\n    ConnEnd dstPt645(Point(328.62835648698, 1122.856854916126), 1);\n    connRef645->setDestEndpoint(dstPt645);\n    connRef645->setRoutingType((ConnType)2);\n\n    ConnRef *connRef646 = new ConnRef(router, 646);\n    ConnEnd srcPt646(Point(845.62835648898, 1060.856854916126), 2);\n    connRef646->setSourceEndpoint(srcPt646);\n    ConnEnd dstPt646(Point(845.62835648898, 1110.856854916126), 1);\n    connRef646->setDestEndpoint(dstPt646);\n    connRef646->setRoutingType((ConnType)2);\n\n    ConnRef *connRef647 = new ConnRef(router, 647);\n    ConnEnd srcPt647(Point(903.9140707746942, 886.8568549171259), 8);\n    connRef647->setSourceEndpoint(srcPt647);\n    ConnEnd dstPt647(Point(961.9140707746942, 886.8568549171259), 4);\n    connRef647->setDestEndpoint(dstPt647);\n    connRef647->setRoutingType((ConnType)2);\n\n    ConnRef *connRef648 = new ConnRef(router, 648);\n    ConnEnd srcPt648(Point(1225.12835648898, 1011.856854916126), 4);\n    connRef648->setSourceEndpoint(srcPt648);\n    ConnEnd dstPt648(Point(1167.12835648898, 1011.856854916126), 8);\n    connRef648->setDestEndpoint(dstPt648);\n    connRef648->setRoutingType((ConnType)2);\n\n    ConnRef *connRef649 = new ConnRef(router, 649);\n    ConnEnd srcPt649(Point(1225.12835648898, 1110.856854916126), 4);\n    connRef649->setSourceEndpoint(srcPt649);\n    ConnEnd dstPt649(Point(1167.12835648898, 1110.856854916126), 8);\n    connRef649->setDestEndpoint(dstPt649);\n    connRef649->setRoutingType((ConnType)2);\n\n    ConnRef *connRef650 = new ConnRef(router, 650);\n    ConnEnd srcPt650(Point(1167.12835648898, 1226.856854916126), 1);\n    connRef650->setSourceEndpoint(srcPt650);\n    ConnEnd dstPt650(Point(1167.12835648898, 1176.856854916126), 2);\n    connRef650->setDestEndpoint(dstPt650);\n    connRef650->setRoutingType((ConnType)2);\n\n    ConnRef *connRef651 = new ConnRef(router, 651);\n    ConnEnd srcPt651(Point(-26.37164351502003, 1375.606854916126), 8);\n    connRef651->setSourceEndpoint(srcPt651);\n    ConnEnd dstPt651(Point(31.62835648497997, 1375.606854916126), 4);\n    connRef651->setDestEndpoint(dstPt651);\n    connRef651->setRoutingType((ConnType)2);\n\n    ConnRef *connRef652 = new ConnRef(router, 652);\n    ConnEnd srcPt652(Point(609.62835648798, 1342.606854916126), 4);\n    connRef652->setSourceEndpoint(srcPt652);\n    ConnEnd dstPt652(Point(551.62835648798, 1342.606854916126), 8);\n    connRef652->setDestEndpoint(dstPt652);\n    connRef652->setRoutingType((ConnType)2);\n\n    ConnRef *connRef653 = new ConnRef(router, 653);\n    ConnEnd srcPt653(Point(-501.87164351602, 1597.106854917126), 2);\n    connRef653->setSourceEndpoint(srcPt653);\n    ConnEnd dstPt653(Point(-501.87164351602, 1647.106854917126), 1);\n    connRef653->setDestEndpoint(dstPt653);\n    connRef653->setRoutingType((ConnType)2);\n\n    ConnRef *connRef654 = new ConnRef(router, 654);\n    ConnEnd srcPt654(Point(-59.87164351502003, 1718.106854917126), 1);\n    connRef654->setSourceEndpoint(srcPt654);\n    ConnEnd dstPt654(Point(-59.87164351502003, 1668.106854917126), 2);\n    connRef654->setDestEndpoint(dstPt654);\n    connRef654->setRoutingType((ConnType)2);\n\n    ConnRef *connRef655 = new ConnRef(router, 655);\n    ConnEnd srcPt655(Point(-59.87164351502003, 1501.106854917126), 2);\n    connRef655->setSourceEndpoint(srcPt655);\n    ConnEnd dstPt655(Point(-59.87164351502003, 1551.106854917126), 1);\n    connRef655->setDestEndpoint(dstPt655);\n    connRef655->setRoutingType((ConnType)2);\n\n    ConnRef *connRef656 = new ConnRef(router, 656);\n    ConnEnd srcPt656(Point(-59.87164351502003, 1576.106854917126), 2);\n    connRef656->setSourceEndpoint(srcPt656);\n    ConnEnd dstPt656(Point(-59.87164351502003, 1626.106854917126), 1);\n    connRef656->setDestEndpoint(dstPt656);\n    connRef656->setRoutingType((ConnType)2);\n\n    ConnRef *connRef657 = new ConnRef(router, 657);\n    ConnEnd srcPt657(Point(394.62835648698, 1718.106854917126), 1);\n    connRef657->setSourceEndpoint(srcPt657);\n    ConnEnd dstPt657(Point(394.62835648698, 1668.106854917126), 2);\n    connRef657->setDestEndpoint(dstPt657);\n    connRef657->setRoutingType((ConnType)2);\n\n    ConnRef *connRef658 = new ConnRef(router, 658);\n    ConnEnd srcPt658(Point(394.62835648698, 1576.106854917126), 2);\n    connRef658->setSourceEndpoint(srcPt658);\n    ConnEnd dstPt658(Point(394.62835648698, 1626.106854917126), 1);\n    connRef658->setDestEndpoint(dstPt658);\n    connRef658->setRoutingType((ConnType)2);\n\n    ConnRef *connRef659 = new ConnRef(router, 659);\n    ConnEnd srcPt659(Point(632.9873402531949, 1576.106854917126), 2);\n    connRef659->setSourceEndpoint(srcPt659);\n    ConnEnd dstPt659(Point(632.9873402531949, 1626.106854917126), 1);\n    connRef659->setDestEndpoint(dstPt659);\n    connRef659->setRoutingType((ConnType)2);\n\n    ConnRef *connRef660 = new ConnRef(router, 660);\n    ConnEnd srcPt660(Point(632.9873402531949, 1718.106854917126), 1);\n    connRef660->setSourceEndpoint(srcPt660);\n    ConnEnd dstPt660(Point(632.9873402531949, 1668.106854917126), 2);\n    connRef660->setDestEndpoint(dstPt660);\n    connRef660->setRoutingType((ConnType)2);\n\n    ConnRef *connRef661 = new ConnRef(router, 661);\n    ConnEnd srcPt661(Point(1167.12835648898, 1517.106854916126), 2);\n    connRef661->setSourceEndpoint(srcPt661);\n    ConnEnd dstPt661(Point(1167.12835648898, 1567.106854916126), 1);\n    connRef661->setDestEndpoint(dstPt661);\n    connRef661->setRoutingType((ConnType)2);\n\n    ConnRef *connRef662 = new ConnRef(router, 662);\n    ConnEnd srcPt662(Point(1167.12835648898, 1656.773521583792), 2);\n    connRef662->setSourceEndpoint(srcPt662);\n    ConnEnd dstPt662(Point(1167.12835648898, 1706.773521583792), 1);\n    connRef662->setDestEndpoint(dstPt662);\n    connRef662->setRoutingType((ConnType)2);\n\n    ConnRef *connRef663 = new ConnRef(router, 663);\n    ConnEnd srcPt663(Point(1330.12835648898, 1383.106854916126), 2);\n    connRef663->setSourceEndpoint(srcPt663);\n    ConnEnd dstPt663(Point(1330.12835648898, 1433.106854916126), 1);\n    connRef663->setDestEndpoint(dstPt663);\n    connRef663->setRoutingType((ConnType)2);\n\n    ConnRef *connRef664 = new ConnRef(router, 664);\n    ConnEnd srcPt664(Point(1627.12835648998, 1259.606854916126), 2);\n    connRef664->setSourceEndpoint(srcPt664);\n    ConnEnd dstPt664(Point(1627.12835648998, 1309.606854916126), 1);\n    connRef664->setDestEndpoint(dstPt664);\n    connRef664->setRoutingType((ConnType)2);\n\n    ConnRef *connRef665 = new ConnRef(router, 665);\n    ConnEnd srcPt665(Point(1594.12835648998, 1576.106854917126), 2);\n    connRef665->setSourceEndpoint(srcPt665);\n    ConnEnd dstPt665(Point(1594.12835648998, 1626.106854917126), 1);\n    connRef665->setDestEndpoint(dstPt665);\n    connRef665->setRoutingType((ConnType)2);\n\n    ConnRef *connRef666 = new ConnRef(router, 666);\n    ConnEnd srcPt666(Point(1594.12835648998, 1718.106854917126), 1);\n    connRef666->setSourceEndpoint(srcPt666);\n    ConnEnd dstPt666(Point(1594.12835648998, 1668.106854917126), 2);\n    connRef666->setDestEndpoint(dstPt666);\n    connRef666->setRoutingType((ConnType)2);\n\n    ConnRef *connRef667 = new ConnRef(router, 667);\n    ConnEnd srcPt667(Point(1770.12835649098, 1259.606854916126), 2);\n    connRef667->setSourceEndpoint(srcPt667);\n    ConnEnd dstPt667(Point(1770.12835649098, 1309.606854916126), 1);\n    connRef667->setDestEndpoint(dstPt667);\n    connRef667->setRoutingType((ConnType)2);\n\n    ConnRef *connRef668 = new ConnRef(router, 668);\n    ConnEnd srcPt668(Point(1770.12835649098, 1597.106854917126), 2);\n    connRef668->setSourceEndpoint(srcPt668);\n    ConnEnd dstPt668(Point(1770.12835649098, 1647.106854917126), 1);\n    connRef668->setDestEndpoint(dstPt668);\n    connRef668->setRoutingType((ConnType)2);\n\n    ConnRef *connRef669 = new ConnRef(router, 669);\n    ConnEnd srcPt669(Point(1943.12835649298, 1597.106854917126), 2);\n    connRef669->setSourceEndpoint(srcPt669);\n    ConnEnd dstPt669(Point(1943.12835649298, 1647.106854917126), 1);\n    connRef669->setDestEndpoint(dstPt669);\n    connRef669->setRoutingType((ConnType)2);\n\n    ConnRef *connRef670 = new ConnRef(router, 670);\n    ConnEnd srcPt670(Point(-468.87164351602, -666.9812403239691), 1);\n    connRef670->setSourceEndpoint(srcPt670);\n    ConnEnd dstPt670(Point(-468.87164351602, -716.9812403239691), 2);\n    connRef670->setDestEndpoint(dstPt670);\n    connRef670->setRoutingType((ConnType)2);\n\n    ConnRef *connRef671 = new ConnRef(router, 671);\n    ConnEnd srcPt671(Point(361.62835648698, 809.8568549161259), 1);\n    connRef671->setSourceEndpoint(srcPt671);\n    ConnEnd dstPt671(Point(361.62835648698, 759.8568549161259), 2);\n    connRef671->setDestEndpoint(dstPt671);\n    connRef671->setRoutingType((ConnType)2);\n\n    ConnRef *connRef672 = new ConnRef(router, 672);\n    ConnEnd srcPt672(Point(328.62835648698, 1214.856854916126), 1);\n    connRef672->setSourceEndpoint(srcPt672);\n    ConnEnd dstPt672(Point(328.62835648698, 1164.856854916126), 2);\n    connRef672->setDestEndpoint(dstPt672);\n    connRef672->setRoutingType((ConnType)2);\n\n    ConnRef *connRef673 = new ConnRef(router, 673);\n    ConnEnd srcPt673(Point(1061.914070774694, 886.8568549171259), 4);\n    connRef673->setSourceEndpoint(srcPt673);\n    ConnEnd dstPt673(Point(1003.914070774694, 886.8568549171259), 8);\n    connRef673->setDestEndpoint(dstPt673);\n    connRef673->setRoutingType((ConnType)2);\n\n    ConnRef *connRef674 = new ConnRef(router, 674);\n    ConnEnd srcPt674(Point(1627.12835648998, -668.4098117525407), 2);\n    connRef674->setSourceEndpoint(srcPt674);\n    ConnEnd dstPt674(Point(1627.12835648998, -618.4098117525407), 1);\n    connRef674->setDestEndpoint(dstPt674);\n    connRef674->setRoutingType((ConnType)2);\n\n    ConnRef *connRef675 = new ConnRef(router, 675);\n    ConnEnd srcPt675(Point(1803.12835649098, -608.5348117525407), 2);\n    connRef675->setSourceEndpoint(srcPt675);\n    ConnEnd dstPt675(Point(1803.12835649098, -558.5348117525407), 1);\n    connRef675->setDestEndpoint(dstPt675);\n    connRef675->setRoutingType((ConnType)2);\n\n    ConnRef *connRef676 = new ConnRef(router, 676);\n    ConnEnd srcPt676(Point(460.62835648698, -787.9812403239691), 2);\n    connRef676->setSourceEndpoint(srcPt676);\n    ConnEnd dstPt676(Point(460.62835648698, -737.9812403239691), 1);\n    connRef676->setDestEndpoint(dstPt676);\n    connRef676->setRoutingType((ConnType)2);\n\n    ConnRef *connRef677 = new ConnRef(router, 677);\n    ConnEnd srcPt677(Point(732.62835648798, -857.4098117525407), 2);\n    connRef677->setSourceEndpoint(srcPt677);\n    ConnEnd dstPt677(Point(732.62835648798, -807.4098117525407), 1);\n    connRef677->setDestEndpoint(dstPt677);\n    connRef677->setRoutingType((ConnType)2);\n\n    ConnRef *connRef678 = new ConnRef(router, 678);\n    ConnEnd srcPt678(Point(732.62835648798, -731.4098117525407), 2);\n    connRef678->setSourceEndpoint(srcPt678);\n    ConnEnd dstPt678(Point(732.62835648798, -681.4098117525407), 1);\n    connRef678->setDestEndpoint(dstPt678);\n    connRef678->setRoutingType((ConnType)2);\n\n    ConnRef *connRef679 = new ConnRef(router, 679);\n    ConnEnd srcPt679(Point(1040.914070774694, -464.4098117525406), 4);\n    connRef679->setSourceEndpoint(srcPt679);\n    ConnEnd dstPt679(Point(982.9140707746942, -464.4098117525406), 8);\n    connRef679->setDestEndpoint(dstPt679);\n    connRef679->setRoutingType((ConnType)2);\n\n    ConnRef *connRef680 = new ConnRef(router, 680);\n    ConnEnd srcPt680(Point(1231.12835648898, -608.5348117525407), 2);\n    connRef680->setSourceEndpoint(srcPt680);\n    ConnEnd dstPt680(Point(1231.12835648898, -558.5348117525407), 1);\n    connRef680->setDestEndpoint(dstPt680);\n    connRef680->setRoutingType((ConnType)2);\n\n    ConnRef *connRef681 = new ConnRef(router, 681);\n    ConnEnd srcPt681(Point(181.62835648698, -76.40981175154064), 1);\n    connRef681->setSourceEndpoint(srcPt681);\n    ConnEnd dstPt681(Point(181.62835648698, -126.4098117515406), 2);\n    connRef681->setDestEndpoint(dstPt681);\n    connRef681->setRoutingType((ConnType)2);\n\n    ConnRef *connRef682 = new ConnRef(router, 682);\n    ConnEnd srcPt682(Point(666.62835648798, -70.40981175154064), 2);\n    connRef682->setSourceEndpoint(srcPt682);\n    ConnEnd dstPt682(Point(666.62835648798, -20.40981175154064), 1);\n    connRef682->setDestEndpoint(dstPt682);\n    connRef682->setRoutingType((ConnType)2);\n\n    ConnRef *connRef683 = new ConnRef(router, 683);\n    ConnEnd srcPt683(Point(911.62835648898, 371.7568549161261), 2);\n    connRef683->setSourceEndpoint(srcPt683);\n    ConnEnd dstPt683(Point(911.62835648898, 421.7568549161261), 1);\n    connRef683->setDestEndpoint(dstPt683);\n    connRef683->setRoutingType((ConnType)2);\n\n    ConnRef *connRef684 = new ConnRef(router, 684);\n    ConnEnd srcPt684(Point(493.62835648698, 371.7568549161261), 2);\n    connRef684->setSourceEndpoint(srcPt684);\n    ConnEnd dstPt684(Point(493.62835648698, 421.7568549161261), 1);\n    connRef684->setDestEndpoint(dstPt684);\n    connRef684->setRoutingType((ConnType)2);\n\n    ConnRef *connRef685 = new ConnRef(router, 685);\n    ConnEnd srcPt685(Point(101.62835648598, 1113.856854916126), 1);\n    connRef685->setSourceEndpoint(srcPt685);\n    ConnEnd dstPt685(Point(101.62835648598, 1063.856854916126), 2);\n    connRef685->setDestEndpoint(dstPt685);\n    connRef685->setRoutingType((ConnType)2);\n\n    ConnRef *connRef686 = new ConnRef(router, 686);\n    ConnEnd srcPt686(Point(31.62835648497997, -608.5348117525407), 2);\n    connRef686->setSourceEndpoint(srcPt686);\n    ConnEnd dstPt686(Point(31.62835648497997, -558.5348117525407), 1);\n    connRef686->setDestEndpoint(dstPt686);\n    connRef686->setRoutingType((ConnType)2);\n\n    ConnRef *connRef687 = new ConnRef(router, 687);\n    ConnEnd srcPt687(Point(1558.12835648898, 585.6568549161261), 2);\n    connRef687->setSourceEndpoint(srcPt687);\n    ConnEnd dstPt687(Point(1558.12835648898, 635.6568549161261), 1);\n    connRef687->setDestEndpoint(dstPt687);\n    connRef687->setRoutingType((ConnType)2);\n\n    ConnRef *connRef688 = new ConnRef(router, 688);\n    ConnEnd srcPt688(Point(1737.12835649098, 585.6568549161261), 2);\n    connRef688->setSourceEndpoint(srcPt688);\n    ConnEnd dstPt688(Point(1737.12835649098, 635.6568549161261), 1);\n    connRef688->setDestEndpoint(dstPt688);\n    connRef688->setRoutingType((ConnType)2);\n\n    ConnRef *connRef689 = new ConnRef(router, 689);\n    ConnEnd srcPt689(Point(2233.795023162646, 564.6568549161261), 2);\n    connRef689->setSourceEndpoint(srcPt689);\n    ConnEnd dstPt689(Point(2233.795023162646, 614.6568549161261), 1);\n    connRef689->setDestEndpoint(dstPt689);\n    connRef689->setRoutingType((ConnType)2);\n\n    ConnRef *connRef690 = new ConnRef(router, 690);\n    ConnEnd srcPt690(Point(2083.795023160646, 585.6568549161261), 2);\n    connRef690->setSourceEndpoint(srcPt690);\n    ConnEnd dstPt690(Point(2083.795023160646, 635.6568549161261), 1);\n    connRef690->setDestEndpoint(dstPt690);\n    connRef690->setRoutingType((ConnType)2);\n\n    ConnRef *connRef691 = new ConnRef(router, 691);\n    ConnEnd srcPt691(Point(2233.795023162646, 706.6568549161261), 1);\n    connRef691->setSourceEndpoint(srcPt691);\n    ConnEnd dstPt691(Point(2233.795023162646, 656.6568549161261), 2);\n    connRef691->setDestEndpoint(dstPt691);\n    connRef691->setRoutingType((ConnType)2);\n\n    ConnRef *connRef692 = new ConnRef(router, 692);\n    ConnEnd srcPt692(Point(1737.12835649098, 311.2568549161261), 2);\n    connRef692->setSourceEndpoint(srcPt692);\n    ConnEnd dstPt692(Point(1737.12835649098, 361.2568549161261), 1);\n    connRef692->setDestEndpoint(dstPt692);\n    connRef692->setRoutingType((ConnType)2);\n\n    ConnRef *connRef693 = new ConnRef(router, 693);\n    ConnEnd srcPt693(Point(1627.12835648998, -547.4098117525407), 2);\n    connRef693->setSourceEndpoint(srcPt693);\n    ConnEnd dstPt693(Point(1627.12835648998, -497.4098117525407), 1);\n    connRef693->setDestEndpoint(dstPt693);\n    connRef693->setRoutingType((ConnType)2);\n\n    ConnRef *connRef694 = new ConnRef(router, 694);\n    ConnEnd srcPt694(Point(-125.87164351502, -877.4098117525407), 15);\n    connRef694->setSourceEndpoint(srcPt694);\n    ConnEnd dstPt694(Point(-662.12164351602, -876.9098117525407), 8);\n    connRef694->setDestEndpoint(dstPt694);\n    connRef694->setRoutingType((ConnType)2);\n\n    ConnRef *connRef695 = new ConnRef(router, 695);\n    ConnEnd srcPt695(Point(-1006.12164351602, -126.4098117515406), 15);\n    connRef695->setSourceEndpoint(srcPt695);\n    ConnEnd dstPt695(Point(-1005.62164351602, 280.7568549161261), 1);\n    connRef695->setDestEndpoint(dstPt695);\n    connRef695->setRoutingType((ConnType)2);\n\n    ConnRef *connRef696 = new ConnRef(router, 696);\n    ConnEnd srcPt696(Point(2046.795023159646, -298.4098117515406), 15);\n    connRef696->setSourceEndpoint(srcPt696);\n    ConnEnd dstPt696(Point(2035.795023161646, -369.9098117525406), 4);\n    connRef696->setDestEndpoint(dstPt696);\n    connRef696->setRoutingType((ConnType)2);\n\n    ConnRef *connRef697 = new ConnRef(router, 697);\n    ConnEnd srcPt697(Point(2046.795023159646, 1647.106854917126), 15);\n    connRef697->setSourceEndpoint(srcPt697);\n    ConnEnd dstPt697(Point(2035.295023161646, 1575.606854916126), 4);\n    connRef697->setDestEndpoint(dstPt697);\n    connRef697->setRoutingType((ConnType)2);\n\n    ConnRef *connRef698 = new ConnRef(router, 698);\n    ConnEnd srcPt698(Point(-1006.12164351602, -431.4098117525406), 15);\n    connRef698->setSourceEndpoint(srcPt698);\n    ConnEnd dstPt698(Point(-1109.62164351702, -152.4098117515406), 1);\n    connRef698->setDestEndpoint(dstPt698);\n    connRef698->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpointNudging3\");\n    bool overlap = router->existsOrthogonalSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/checkpoints01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 105);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n    Rectangle rect478845150(Point(50695, 51070), Point(50705, 51080));\n    JunctionRef *junctionRef478845150 = new JunctionRef(router, \n\t\t    Point(50700, 51075), 478845150);\n    \n    Rectangle rect92712048(Point(51246, 50475), Point(51304, 50585));\n    new ShapeRef(router, rect92712048, 92712048);\n    Rectangle rect23127921(Point(50365, 50766), Point(50485, 50834));\n    new ShapeRef(router, rect23127921, 23127921);\n    Rectangle rect159957148(Point(51740, 50891), Point(51860, 50959));\n    new ShapeRef(router, rect159957148, 159957148);\n    Rectangle rect1350214(Point(50375, 51015), Point(50625, 51135));\n    new ShapeRef(router, rect1350214, 1350214);\n    Rectangle rect247197258(Point(50265, 51046), Point(50375, 51104));\n    new ShapeRef(router, rect247197258, 247197258);\n    Rectangle rect281096654(Point(50700, 50390), Point(51000, 50610));\n    new ShapeRef(router, rect281096654, 281096654);\n    ConnEnd srcPt342420237(Point(50425, 50800), 15);\n    ConnEnd dstPt342420237(Point(50710, 50450), 4);\n    new ConnRef(router, srcPt342420237, dstPt342420237, 342420237);\n    ConnEnd srcPt352019675(Point(50990, 50500), 8);\n    ConnEnd dstPt352019675(junctionRef478845150);\n    //ConnEnd dstPt352019675(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt352019675, dstPt352019675, 352019675);\n    ConnEnd srcPt42699400(junctionRef478845150);\n    //ConnEnd srcPt42699400(Point(50700, 51075), 15);\n    ConnEnd dstPt42699400(Point(50615, 51075), 8);\n    new ConnRef(router, srcPt42699400, dstPt42699400, 42699400);\n    ConnEnd srcPt94712625(Point(50710, 50550), 4);\n    ConnEnd dstPt94712625(junctionRef478845150);\n    //ConnEnd dstPt94712625(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt94712625, dstPt94712625, 94712625);\n    \n    ConnEnd srcPt92802970(Point(50990, 50450), 8);\n    ConnEnd dstPt92802970(Point(51275, 50485), 1);\n    ConnRef *conn = new ConnRef(router, srcPt92802970, dstPt92802970, 92802970);\n    std::vector<Checkpoint> checkpoints;\n    checkpoints.push_back(Point(50000, 50000));\n    checkpoints.push_back(Point(50200, 50000));\n    checkpoints.push_back(Point(50200, 50200));\n    conn->setRoutingCheckpoints(checkpoints);\n    \n    ConnEnd srcPt716502036(Point(50710, 50500), 4);\n    ConnEnd dstPt716502036(Point(51800, 50925), 15);\n    new ConnRef(router, srcPt716502036, dstPt716502036, 716502036);\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpoints01-1\");\n    router->moveJunction(junctionRef478845150, 585, 0);\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpoints01-2\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/checkpoints02.cpp",
    "content": "// This is a regression test checking for a problem where orthogonal c-bends \n// due to checkpoints were being incorrectly limited in one dimension as if \n// they were bending around an obstacle. \n\n#include <cmath>\n\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(365.3425124847556, 152.0752314071785);\n    poly5.ps[1] = Point(365.3425124847556, 214.0752314071785);\n    poly5.ps[2] = Point(303.3425124847556, 214.0752314071785);\n    poly5.ps[3] = Point(303.3425124847556, 152.0752314071785);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(365.3425124847556, 24.07523140617849);\n    poly7.ps[1] = Point(365.3425124847556, 86.07523140617849);\n    poly7.ps[2] = Point(303.3425124847556, 86.07523140617849);\n    poly7.ps[3] = Point(303.3425124847556, 24.07523140617849);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(541.6758458190889, 24.07523140617849);\n    poly8.ps[1] = Point(541.6758458190889, 44.07523140617849);\n    poly8.ps[2] = Point(509.6758458190889, 44.07523140617849);\n    poly8.ps[3] = Point(509.6758458190889, 24.07523140617849);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(541.6758458190889, 66.07523140617849);\n    poly10.ps[1] = Point(541.6758458190889, 86.07523140617849);\n    poly10.ps[2] = Point(509.6758458190889, 86.07523140617849);\n    poly10.ps[3] = Point(509.6758458190889, 66.07523140617849);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(420.3425124847556, 101.0752314061785);\n    poly61.ps[1] = Point(420.3425124847556, 141.0752314061785);\n    poly61.ps[2] = Point(344.3425124847556, 141.0752314061785);\n    poly61.ps[3] = Point(344.3425124847556, 101.0752314061785);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(563.5758458190888, 34.07523140617849);\n    poly92.ps[1] = Point(563.5758458190888, 76.07523140617849);\n    poly92.ps[2] = Point(487.7758458190889, 76.07523140617849);\n    poly92.ps[3] = Point(487.7758458190889, 34.07523140617849);\n    new ShapeRef(router, poly92, 92);\n\n    ConnRef *connRef109 = new ConnRef(router, 109);\n    ConnEnd srcPt109(Point(510.6758458190889, 34.07523140617849), 4);\n    connRef109->setSourceEndpoint(srcPt109);\n    ConnEnd dstPt109(Point(334.3425124847556, 183.0752314071785), 15);\n    connRef109->setDestEndpoint(dstPt109);\n    connRef109->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints109(1);\n    checkpoints109[0] = Checkpoint(Point(487.6758458190889, 55.07523140617849), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef109->setRoutingCheckpoints(checkpoints109);\n\n    ConnRef *connRef110 = new ConnRef(router, 110);\n    ConnEnd srcPt110(Point(510.6758458190889, 76.07523140617849), 4);\n    connRef110->setSourceEndpoint(srcPt110);\n    ConnEnd dstPt110(Point(334.3425124847556, 183.0752314071785), 15);\n    connRef110->setDestEndpoint(dstPt110);\n    connRef110->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints110(1);\n    checkpoints110[0] = Checkpoint(Point(487.6758458190889, 55.07523140617849), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef110->setRoutingCheckpoints(checkpoints110);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpoints02\");\n\n    bool succeeded = true;\n    double checkpointY = 55.07523140617849;\n    Avoid::PolyLine route109 = connRef109->displayRoute();\n    if (fabs(route109.ps[route109.size() - 3].y - checkpointY) < 2)\n    {\n        succeeded = false;\n    }\n\n    Avoid::PolyLine route110 = connRef110->displayRoute();\n    if (fabs(route110.ps[route110.size() - 3].y - checkpointY) < 2)\n    {\n        succeeded = false;\n    }\n\n    delete router;\n    return (succeeded) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/checkpoints03.cpp",
    "content": "// This is a regression test for a problem where free segments slightly offset\n// from effectively fixed segments going through a checkpoint did not get \n// aligned.\n#include <cmath>\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(918.6758458220888, 441.0752314081785);\n    poly41.ps[1] = Point(918.6758458220888, 503.0752314081785);\n    poly41.ps[2] = Point(856.6758458220888, 503.0752314081785);\n    poly41.ps[3] = Point(856.6758458220888, 441.0752314081785);\n    new ShapeRef(router, poly41, 41);\n\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(710.6758458200889, 441.0752314081785);\n    poly43.ps[1] = Point(710.6758458200889, 461.0752314081785);\n    poly43.ps[2] = Point(678.6758458200889, 461.0752314081785);\n    poly43.ps[3] = Point(678.6758458200889, 441.0752314081785);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(710.6758458200889, 483.0752314081785);\n    poly44.ps[1] = Point(710.6758458200889, 503.0752314081785);\n    poly44.ps[2] = Point(678.6758458200889, 503.0752314081785);\n    poly44.ps[3] = Point(678.6758458200889, 483.0752314081785);\n    new ShapeRef(router, poly44, 44);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(709.6758458200889, 451.0752314081785), 8);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(887.6758458220888, 472.0752314081786), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints149(1);\n    checkpoints149[0] = Checkpoint(Point(732.6758458200889, 472.0752314081785), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef149->setRoutingCheckpoints(checkpoints149);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(709.6758458200889, 493.0752314081785), 8);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(887.6758458220888, 472.0752314081786), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints150(1);\n    checkpoints150[0] = Checkpoint(Point(732.6758458200889, 472.0752314081785), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef150->setRoutingCheckpoints(checkpoints150);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/checkpoints03\");\n\n    bool succeeded = true;\n    Avoid::PolyLine route149 = connRef149->displayRoute();\n    Avoid::PolyLine route150 = connRef150->displayRoute();\n    if (route149.size() > 4 || route150.size() > 4)\n    {\n\t// Five segments weren't merged into three.  The segments in the shape\n\t// on right weren't shifted to align with the segments going through\n\t// the checkpoint.\n\tsucceeded = false;\n    }\n    if (succeeded == true)\n    {\n\t    // The segments were merged by were not centred around the \n\t    // checkpoint.\n\t    double checkpointY = 472.0752314081785;\n\t    if (fabs(route149.ps[route149.size() - 1].y - checkpointY) < 2)\n\t    {\n\t\tsucceeded = false;\n\t    }\n\n\t    if (fabs(route150.ps[route150.size() - 1].y - checkpointY) < 2)\n\t    {\n\t\tsucceeded = false;\n\t    }\n    }\n    delete router;\n    return (succeeded) ? 0 : 1;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/complex.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n    \n\nstatic void connCallback(void *ptr)\n{\n    Avoid::ConnRef *connRef = (Avoid::ConnRef *) ptr; \n\n    printf(\"Connector %u needs rerouting!\\n\", connRef->id());\n\n    const Avoid::PolyLine& route = connRef->route();\n    printf(\"New path: \");\n    for (size_t i = 0; i < route.ps.size(); ++i) \n    {\n        printf(\"%s(%f, %f)\", (i > 0) ? \"-\" : \"\", \n                route.ps[i].x, route.ps[i].y);\n    }\n    printf(\"\\n\");\n}\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting |\n            Avoid::PolyLineRouting);\n    \n    Avoid::Point srcPt(1.2, 0.5);\n    Avoid::Point dstPt(1.5, 4);\n    Avoid::ConnRef *connRef = new Avoid::ConnRef(router, srcPt, dstPt);\n    connRef->setCallback(connCallback, connRef);\n    // Force inital callback:\n    router->processTransaction();\n\n    printf(\"\\nAdding a shape.\\n\");\n    // Create the ShapeRef:\n    Avoid::Polygon shapePoly(3);\n    shapePoly.ps[0] = Avoid::Point(1, 1);\n    shapePoly.ps[1] = Avoid::Point(2.5, 1.5);\n    shapePoly.ps[2] = Avoid::Point(1.5, 2.5);\n    Avoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, shapePoly);\n    router->processTransaction();\n\n    printf(\"\\nShifting endpoint.\\n\");\n    Avoid::Point dstPt2(6, 4.5);\n    connRef->setDestEndpoint(dstPt2);\n    // It's expected you know the connector needs rerouting, so the callback\n    // isn't called.  You can force it to be called though, via:\n    router->processTransaction();\n\n    printf(\"\\nMoving shape right by 0.5.\\n\");\n    router->moveShape(shapeRef, 0.5, 0);\n    router->processTransaction();\n\n    printf(\"\\nChanging type to orthogonal.\\n\");\n    connRef->setRoutingType(Avoid::ConnType_Orthogonal);\n    router->processTransaction();\n\n    printf(\"\\nChanging type back to polyline.\\n\");\n    connRef->setRoutingType(Avoid::ConnType_PolyLine);\n    router->processTransaction();\n\n    router->deleteConnector(connRef);\n    printf(\"\\nRemoving shape.\\n\");\n    router->deleteShape(shapeRef);\n    router->processTransaction();\n\n    printf(\"\\nReadding shape.\\n\");\n    shapeRef = new Avoid::ShapeRef(router, shapePoly);\n    router->processTransaction();\n\n    printf(\"\\nMoving shape right by 0.5.\\n\");\n    router->moveShape(shapeRef, 0.5, 0);\n    router->processTransaction();\n\n    router->deleteShape(shapeRef);\n    shapeRef = nullptr;\n    router->processTransaction();\n\n\trouter->outputDiagram(\"output/complex\");\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/connectionpin01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n#include \"libavoid/connectionpin.h\"\n\n// A testcase to check the functionality for connection pins.\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    \n    // Create the ShapeRef:\n    Avoid::Rectangle shapeRect1(Avoid::Point(0, 0), Avoid::Point(10, 10));\n    Avoid::ShapeRef *shapeRef1 = new Avoid::ShapeRef(router, shapeRect1);\n\n    \n    Avoid::Rectangle shapeRect2(Avoid::Point(40, 20), Avoid::Point(50, 30));\n    Avoid::ShapeRef *shapeRef2 = new Avoid::ShapeRef(router, shapeRect2);\n\n    const unsigned int CENTRE = 1;\n    new Avoid::ShapeConnectionPin(shapeRef1, CENTRE, Avoid::ATTACH_POS_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    new Avoid::ShapeConnectionPin(shapeRef2, CENTRE, Avoid::ATTACH_POS_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n\n    Avoid::ConnEnd dstEnd(shapeRef1, CENTRE);\n    Avoid::ConnEnd srcEnd(shapeRef2, CENTRE);\n    new Avoid::ConnRef(router, srcEnd, dstEnd);\n    // Force inital callback:\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin01-1\");\n\n    router->moveShape(shapeRef2, 5, 0);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin01-2\");\n    \n    router->moveShape(shapeRef1, 0, -10);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin01-3\");\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/connectionpin02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n#include \"libavoid/connectionpin.h\"\n\n// A testcase to check the functionality for connection pins.\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    router->setRoutingPenalty((Avoid::PenaltyType)0, 50);\n    \n    // Create the ShapeRef:\n    Avoid::Rectangle shapeRect1(Avoid::Point(0, 0), Avoid::Point(10, 10));\n    Avoid::ShapeRef *shapeRef1 = new Avoid::ShapeRef(router, shapeRect1);\n    \n    Avoid::Rectangle shapeRect2(Avoid::Point(0, 90), Avoid::Point(20, 100));\n    Avoid::ShapeRef *shapeRef2 = new Avoid::ShapeRef(router, shapeRect2);\n\n    Avoid::Rectangle shapeRect3(Avoid::Point(50, 40), Avoid::Point(90, 80));\n    Avoid::ShapeRef *shapeRef3 = new Avoid::ShapeRef(router, shapeRect3);\n\n    // Create pins two input pins on the left side of shape 3.\n    const unsigned int INPUT = 1;\n    new Avoid::ShapeConnectionPin(shapeRef3, INPUT, 0.25, \n            0.4, true, 0, Avoid::ConnDirLeft);\n    new Avoid::ShapeConnectionPin(shapeRef3, INPUT, 0.75, \n            0.6, true, 0, Avoid::ConnDirLeft);\n    \n    // And centre pins for two other shapes.\n    new Avoid::ShapeConnectionPin(shapeRef1, Avoid::CONNECTIONPIN_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    new Avoid::ShapeConnectionPin(shapeRef2, Avoid::CONNECTIONPIN_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n\n    // Create connectors from each shape to an input pin on shape 3.\n    Avoid::ConnEnd srcEnd(shapeRef2, Avoid::CONNECTIONPIN_CENTRE);\n    Avoid::ConnEnd dstEnd(shapeRef3, INPUT);\n    new Avoid::ConnRef(router, srcEnd, dstEnd);\n    \n    srcEnd = Avoid::ConnEnd(shapeRef1, Avoid::CONNECTIONPIN_CENTRE);\n    dstEnd = Avoid::ConnEnd(shapeRef3, INPUT);\n    new Avoid::ConnRef(router, srcEnd, dstEnd);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-1\");\n\n    router->moveShape(shapeRef1, 0, 90);\n    router->moveShape(shapeRef2, 0, -90);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-2\");\n    \n    router->moveShape(shapeRef3, 0, -60);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-3\");\n    \n    shapeRef3->transformConnectionPinPositions(Avoid::TransformationType_CW90);\n    /*\n    delete pin1;\n    delete pin2;\n    pin1 = new Avoid::ShapeConnectionPin(shapeRef3, INPUT, \n            Avoid::ATTACH_POS_RIGHT, 0.25, 5, Avoid::ConnDirRight);\n    pin2 = new Avoid::ShapeConnectionPin(shapeRef3, INPUT,\n            Avoid::ATTACH_POS_RIGHT, 0.75, 5, Avoid::ConnDirRight);\n    */\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-4\");\n    \n    shapeRef3->transformConnectionPinPositions(Avoid::TransformationType_CW180);\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-5\");\n\n    shapeRef3->transformConnectionPinPositions(Avoid::TransformationType_CW270);\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-6\");\n\n    shapeRef3->transformConnectionPinPositions(Avoid::TransformationType_FlipX);\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-7\");\n\n    shapeRef3->transformConnectionPinPositions(Avoid::TransformationType_FlipY);\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin02-8\");\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/connectionpin03.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly219926511(4);\n    poly219926511.ps[0] = Point(50760, 51240);\n    poly219926511.ps[1] = Point(50760, 51260);\n    poly219926511.ps[2] = Point(50740, 51260);\n    poly219926511.ps[3] = Point(50740, 51240);\n    ShapeRef *shapeRef219926511 = new ShapeRef(router, poly219926511, 219926511);\n    new ShapeConnectionPin(shapeRef219926511, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 4);\n    new ShapeConnectionPin(shapeRef219926511, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 1);\n    new ShapeConnectionPin(shapeRef219926511, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 8);\n    new ShapeConnectionPin(shapeRef219926511, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 2);\n\n    JunctionRef *shapeRef171026375 = new JunctionRef(router, Point(51075, 51225), 171026375);\n\n    Polygon poly878674(4);\n    poly878674.ps[0] = Point(51454, 51200);\n    poly878674.ps[1] = Point(51454, 51285);\n    poly878674.ps[2] = Point(51396, 51285);\n    poly878674.ps[3] = Point(51396, 51200);\n    new ShapeRef(router, poly878674, 878674);\n\n    Polygon poly286906544(4);\n    poly286906544.ps[0] = Point(50704, 51250);\n    poly286906544.ps[1] = Point(50704, 51335);\n    poly286906544.ps[2] = Point(50646, 51335);\n    poly286906544.ps[3] = Point(50646, 51250);\n    new ShapeRef(router, poly286906544, 286906544);\n\n    Polygon poly170813081(4);\n    poly170813081.ps[0] = Point(51104, 51090);\n    poly170813081.ps[1] = Point(51104, 51175);\n    poly170813081.ps[2] = Point(51046, 51175);\n    poly170813081.ps[3] = Point(51046, 51090);\n    new ShapeRef(router, poly170813081, 170813081);\n\n    Polygon poly342721632(4);\n    poly342721632.ps[0] = Point(51910, 50946);\n    poly342721632.ps[1] = Point(51910, 51004);\n    poly342721632.ps[2] = Point(51825, 51004);\n    poly342721632.ps[3] = Point(51825, 50946);\n    new ShapeRef(router, poly342721632, 342721632);\n\n    Polygon poly223927132(4);\n    poly223927132.ps[0] = Point(51510, 51190);\n    poly223927132.ps[1] = Point(51510, 51210);\n    poly223927132.ps[2] = Point(51490, 51210);\n    poly223927132.ps[3] = Point(51490, 51190);\n    ShapeRef *shapeRef223927132 = new ShapeRef(router, poly223927132, 223927132);\n    new ShapeConnectionPin(shapeRef223927132, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 4);\n    new ShapeConnectionPin(shapeRef223927132, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 1);\n    new ShapeConnectionPin(shapeRef223927132, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 8);\n    new ShapeConnectionPin(shapeRef223927132, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 2);\n\n    JunctionRef *shapeRef102578723 = new JunctionRef(router, Point(51275, 50725), 102578723);\n\n    JunctionRef *shapeRef17922268 = new JunctionRef(router, Point(50850, 50975), 17922268);\n\n    Polygon poly11057158(4);\n    poly11057158.ps[0] = Point(51679, 51200);\n    poly11057158.ps[1] = Point(51679, 51285);\n    poly11057158.ps[2] = Point(51621, 51285);\n    poly11057158.ps[3] = Point(51621, 51200);\n    new ShapeRef(router, poly11057158, 11057158);\n\n    Polygon poly322446045(4);\n    poly322446045.ps[0] = Point(50779, 51240);\n    poly322446045.ps[1] = Point(50779, 51335);\n    poly322446045.ps[2] = Point(50721, 51335);\n    poly322446045.ps[3] = Point(50721, 51240);\n    new ShapeRef(router, poly322446045, 322446045);\n\n    Polygon poly767565928(4);\n    poly767565928.ps[0] = Point(51004, 50741);\n    poly767565928.ps[1] = Point(51004, 50826);\n    poly767565928.ps[2] = Point(50946, 50826);\n    poly767565928.ps[3] = Point(50946, 50741);\n    new ShapeRef(router, poly767565928, 767565928);\n\n    Polygon poly280939374(4);\n    poly280939374.ps[0] = Point(51085, 50971);\n    poly280939374.ps[1] = Point(51085, 51029);\n    poly280939374.ps[2] = Point(51000, 51029);\n    poly280939374.ps[3] = Point(51000, 50971);\n    new ShapeRef(router, poly280939374, 280939374);\n\n    Polygon poly630623707(4);\n    poly630623707.ps[0] = Point(51279, 50925);\n    poly630623707.ps[1] = Point(51279, 51010);\n    poly630623707.ps[2] = Point(51221, 51010);\n    poly630623707.ps[3] = Point(51221, 50925);\n    new ShapeRef(router, poly630623707, 630623707);\n\n    Polygon poly28160455(4);\n    poly28160455.ps[0] = Point(50879, 51250);\n    poly28160455.ps[1] = Point(50879, 51335);\n    poly28160455.ps[2] = Point(50821, 51335);\n    poly28160455.ps[3] = Point(50821, 51250);\n    new ShapeRef(router, poly28160455, 28160455);\n\n    Polygon poly525890448(4);\n    poly525890448.ps[0] = Point(51174, 50721);\n    poly525890448.ps[1] = Point(51174, 50779);\n    poly525890448.ps[2] = Point(51089, 50779);\n    poly525890448.ps[3] = Point(51089, 50721);\n    new ShapeRef(router, poly525890448, 525890448);\n\n    Polygon poly157182552(4);\n    poly157182552.ps[0] = Point(51529, 51190);\n    poly157182552.ps[1] = Point(51529, 51285);\n    poly157182552.ps[2] = Point(51471, 51285);\n    poly157182552.ps[3] = Point(51471, 51190);\n    new ShapeRef(router, poly157182552, 157182552);\n\n    Polygon poly799637520(4);\n    poly799637520.ps[0] = Point(50625, 50896);\n    poly799637520.ps[1] = Point(50625, 50954);\n    poly799637520.ps[2] = Point(50540, 50954);\n    poly799637520.ps[3] = Point(50540, 50896);\n    new ShapeRef(router, poly799637520, 799637520);\n\n    Polygon poly60349320(4);\n    poly60349320.ps[0] = Point(50904, 51025);\n    poly60349320.ps[1] = Point(50904, 51110);\n    poly60349320.ps[2] = Point(50846, 51110);\n    poly60349320.ps[3] = Point(50846, 51025);\n    new ShapeRef(router, poly60349320, 60349320);\n    \n    Polygon poly119851894(4);\n    poly119851894.ps[0] = Point(51179, 51225);\n    poly119851894.ps[1] = Point(51179, 51310);\n    poly119851894.ps[2] = Point(51121, 51310);\n    poly119851894.ps[3] = Point(51121, 51225);\n    new ShapeRef(router, poly119851894, 119851894);\n    \n    Polygon poly233164275(4);\n    poly233164275.ps[0] = Point(51604, 51200);\n    poly233164275.ps[1] = Point(51604, 51285);\n    poly233164275.ps[2] = Point(51546, 51285);\n    poly233164275.ps[3] = Point(51546, 51200);\n    new ShapeRef(router, poly233164275, 233164275);\n    \n    Polygon poly807558175(4);\n    poly807558175.ps[0] = Point(51604, 51000);\n    poly807558175.ps[1] = Point(51604, 51085);\n    poly807558175.ps[2] = Point(51546, 51085);\n    poly807558175.ps[3] = Point(51546, 51000);\n    new ShapeRef(router, poly807558175, 807558175);\n    \n    JunctionRef *shapeRef265539540 = new JunctionRef(router, Point(51625, 50950), 265539540);\n\n    Polygon poly108859552(4);\n    poly108859552.ps[0] = Point(51560, 50721);\n    poly108859552.ps[1] = Point(51560, 50779);\n    poly108859552.ps[2] = Point(51475, 50779);\n    poly108859552.ps[3] = Point(51475, 50721);\n    new ShapeRef(router, poly108859552, 108859552);\n    \n    Polygon poly404900496(4);\n    poly404900496.ps[0] = Point(51525, 50946);\n    poly404900496.ps[1] = Point(51525, 51004);\n    poly404900496.ps[2] = Point(51440, 51004);\n    poly404900496.ps[3] = Point(51440, 50946);\n    new ShapeRef(router, poly404900496, 404900496);\n    \n    Polygon poly620445000(4);\n    poly620445000.ps[0] = Point(51029, 51225);\n    poly620445000.ps[1] = Point(51029, 51310);\n    poly620445000.ps[2] = Point(50971, 51310);\n    poly620445000.ps[3] = Point(50971, 51225);\n    new ShapeRef(router, poly620445000, 620445000);\n    \n    ConnRef *connRef450684531 = new ConnRef(router, 450684531);\n    ConnEnd srcPt450684531(Point(51165, 50750), 8);\n    connRef450684531->setSourceEndpoint(srcPt450684531);\n    ConnEnd dstPt450684531(shapeRef102578723);\n    connRef450684531->setDestEndpoint(dstPt450684531);\n    connRef450684531->setRoutingType((ConnType)2);\n\n    ConnRef *connRef135371350 = new ConnRef(router, 135371350);\n    ConnEnd srcPt135371350(shapeRef102578723);\n    connRef135371350->setSourceEndpoint(srcPt135371350);\n    ConnEnd dstPt135371350(Point(51250, 50935), 1);\n    connRef135371350->setDestEndpoint(dstPt135371350);\n    connRef135371350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef143333770 = new ConnRef(router, 143333770);\n    ConnEnd srcPt143333770(Point(51485, 50750), 4);\n    connRef143333770->setSourceEndpoint(srcPt143333770);\n    ConnEnd dstPt143333770(shapeRef102578723);\n    connRef143333770->setDestEndpoint(dstPt143333770);\n    connRef143333770->setRoutingType((ConnType)2);\n\n    ConnRef *connRef102966575 = new ConnRef(router, 102966575);\n    ConnEnd srcPt102966575(Point(50615, 50925), 8);\n    connRef102966575->setSourceEndpoint(srcPt102966575);\n    ConnEnd dstPt102966575(shapeRef17922268);\n    connRef102966575->setDestEndpoint(dstPt102966575);\n    connRef102966575->setRoutingType((ConnType)2);\n\n    ConnRef *connRef68998920 = new ConnRef(router, 68998920);\n    ConnEnd srcPt68998920(shapeRef17922268);\n    connRef68998920->setSourceEndpoint(srcPt68998920);\n    ConnEnd dstPt68998920(Point(50975, 50815), 2);\n    connRef68998920->setDestEndpoint(dstPt68998920);\n    connRef68998920->setRoutingType((ConnType)2);\n\n    ConnRef *connRef1625709 = new ConnRef(router, 1625709);\n    ConnEnd srcPt1625709(shapeRef17922268);\n    connRef1625709->setSourceEndpoint(srcPt1625709);\n    ConnEnd dstPt1625709(Point(50875, 51035), 1);\n    connRef1625709->setDestEndpoint(dstPt1625709);\n    connRef1625709->setRoutingType((ConnType)2);\n\n    ConnRef *connRef34178450 = new ConnRef(router, 34178450);\n    ConnEnd srcPt34178450(shapeRef17922268);\n    connRef34178450->setSourceEndpoint(srcPt34178450);\n    ConnEnd dstPt34178450(Point(51010, 51000), 4);\n    connRef34178450->setDestEndpoint(dstPt34178450);\n    connRef34178450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef7982176 = new ConnRef(router, 7982176);\n    ConnEnd srcPt7982176(Point(50675, 51260), 1);\n    connRef7982176->setSourceEndpoint(srcPt7982176);\n    ConnEnd dstPt7982176(shapeRef219926511, 2147483646);\n    connRef7982176->setDestEndpoint(dstPt7982176);\n    connRef7982176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197177982 = new ConnRef(router, 197177982);\n    ConnEnd srcPt197177982(Point(50750, 51250), 15);\n    connRef197177982->setSourceEndpoint(srcPt197177982);\n    ConnEnd dstPt197177982(Point(50750, 51260), 1);\n    connRef197177982->setDestEndpoint(dstPt197177982);\n    connRef197177982->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398066432 = new ConnRef(router, 398066432);\n    ConnEnd srcPt398066432(shapeRef219926511, 2147483646);\n    connRef398066432->setSourceEndpoint(srcPt398066432);\n    ConnEnd dstPt398066432(Point(50850, 51260), 1);\n    connRef398066432->setDestEndpoint(dstPt398066432);\n    connRef398066432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314512308 = new ConnRef(router, 314512308);\n    ConnEnd srcPt314512308(Point(51000, 51235), 1);\n    connRef314512308->setSourceEndpoint(srcPt314512308);\n    ConnEnd dstPt314512308(shapeRef171026375);\n    connRef314512308->setDestEndpoint(dstPt314512308);\n    connRef314512308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182776308 = new ConnRef(router, 182776308);\n    ConnEnd srcPt182776308(Point(51075, 51225), 15);\n    connRef182776308->setSourceEndpoint(srcPt182776308);\n    ConnEnd dstPt182776308(Point(51075, 51165), 2);\n    connRef182776308->setDestEndpoint(dstPt182776308);\n    connRef182776308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef96504835 = new ConnRef(router, 96504835);\n    ConnEnd srcPt96504835(Point(51150, 51235), 1);\n    connRef96504835->setSourceEndpoint(srcPt96504835);\n    ConnEnd dstPt96504835(shapeRef171026375);\n    connRef96504835->setDestEndpoint(dstPt96504835);\n    connRef96504835->setRoutingType((ConnType)2);\n\n    ConnRef *connRef118099300 = new ConnRef(router, 118099300);\n    ConnEnd srcPt118099300(Point(51425, 51210), 1);\n    connRef118099300->setSourceEndpoint(srcPt118099300);\n    ConnEnd dstPt118099300(shapeRef223927132, 2147483646);\n    connRef118099300->setDestEndpoint(dstPt118099300);\n    connRef118099300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176080410 = new ConnRef(router, 176080410);\n    ConnEnd srcPt176080410(shapeRef223927132, 2147483646);\n    connRef176080410->setSourceEndpoint(srcPt176080410);\n    ConnEnd dstPt176080410(Point(51575, 51210), 1);\n    connRef176080410->setDestEndpoint(dstPt176080410);\n    connRef176080410->setRoutingType((ConnType)2);\n\n    ConnRef *connRef426666001 = new ConnRef(router, 426666001);\n    ConnEnd srcPt426666001(Point(51500, 51210), 1);\n    connRef426666001->setSourceEndpoint(srcPt426666001);\n    ConnEnd dstPt426666001(Point(51500, 51200), 15);\n    connRef426666001->setDestEndpoint(dstPt426666001);\n    connRef426666001->setRoutingType((ConnType)2);\n\n    ConnRef *connRef795762792 = new ConnRef(router, 795762792);\n    ConnEnd srcPt795762792(Point(51650, 51210), 1);\n    connRef795762792->setSourceEndpoint(srcPt795762792);\n    ConnEnd dstPt795762792(shapeRef223927132, 2147483646);\n    connRef795762792->setDestEndpoint(dstPt795762792);\n    connRef795762792->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467016913 = new ConnRef(router, 467016913);\n    ConnEnd srcPt467016913(shapeRef265539540);\n    connRef467016913->setSourceEndpoint(srcPt467016913);\n    ConnEnd dstPt467016913(Point(51575, 51010), 1);\n    connRef467016913->setDestEndpoint(dstPt467016913);\n    connRef467016913->setRoutingType((ConnType)2);\n\n    ConnRef *connRef45740440 = new ConnRef(router, 45740440);\n    ConnEnd srcPt45740440(Point(51835, 50975), 4);\n    connRef45740440->setSourceEndpoint(srcPt45740440);\n    ConnEnd dstPt45740440(shapeRef265539540);\n    connRef45740440->setDestEndpoint(dstPt45740440);\n    connRef45740440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef985644192 = new ConnRef(router, 985644192);\n    ConnEnd srcPt985644192(Point(51515, 50975), 8);\n    connRef985644192->setSourceEndpoint(srcPt985644192);\n    ConnEnd dstPt985644192(shapeRef265539540);\n    connRef985644192->setDestEndpoint(dstPt985644192);\n    connRef985644192->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connectionpin03\");\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/connendmove.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n// Regression test to catch a bug where moving detaching a connected \n// endpoint that was scheduled to move would result in a double free.\n    \n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    \n    // Create the ShapeRef:\n    Avoid::Rectangle shapeRect1(Avoid::Point(0, 0), Avoid::Point(10, 10));\n    Avoid::ShapeRef *shapeRef1 = new Avoid::ShapeRef(router, shapeRect1);\n    const unsigned int CENTRE = 1;\n    new Avoid::ShapeConnectionPin(shapeRef1, CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    \n    Avoid::Rectangle shapeRect2(Avoid::Point(0, 0), Avoid::Point(10, 10));\n    Avoid::ShapeRef *shapeRef2 = new Avoid::ShapeRef(router, shapeRect1);\n\n    Avoid::ConnEnd dstPt(shapeRef1, CENTRE); \n    Avoid::Point srcPt(1.5, 4);\n    Avoid::ConnRef *connRef = new Avoid::ConnRef(router, srcPt, dstPt);\n    // Force inital callback:\n    router->processTransaction();\n    router->outputDiagram(\"output/connendmove-1\");\n\n    Avoid::Point dstPt2(20, 20);\n    connRef->setDestEndpoint(dstPt2);\n    router->moveShape(shapeRef1, 0.5, 0);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/connendmove-2\");\n\n    srcPt.x += 0.5;\n    connRef->setSourceEndpoint(srcPt);\n    router->moveShape(shapeRef1, 0.5, 0);\n    router->moveShape(shapeRef2, 0, 0.5);\n    \n    srcPt.x += 0.5;\n    connRef->setSourceEndpoint(srcPt);\n    router->moveShape(shapeRef1, 0.5, 0);\n    router->moveShape(shapeRef2, 0, 0.5);\n    \n    srcPt.x += 0.5;\n    connRef->setSourceEndpoint(srcPt);\n    router->moveShape(shapeRef1, 0.5, 0);\n    router->moveShape(shapeRef2, 0, 0.5);\n    \n    srcPt.x += 0.5;\n    connRef->setSourceEndpoint(srcPt);\n    router->moveShape(shapeRef1, 0.5, 0);\n    router->moveShape(shapeRef2, 0, 0.5);\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/connendmove-3\");\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/corneroverlap01.cpp",
    "content": "// From cornertouching_libavoid-debug bug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setOrthogonalNudgeDistance(12);\n\n    Polygon poly21424960(4);\n    poly21424960.ps[0] = Point(29950, 27210);\n    poly21424960.ps[1] = Point(29950, 27290);\n    poly21424960.ps[2] = Point(29700, 27290);\n    poly21424960.ps[3] = Point(29700, 27210);\n    new ShapeRef(router, poly21424960, 21424960);\n    \n    Polygon poly435105790(4);\n    poly435105790.ps[0] = Point(29950, 27110);\n    poly435105790.ps[1] = Point(29950, 27190);\n    poly435105790.ps[2] = Point(29700, 27190);\n    poly435105790.ps[3] = Point(29700, 27110);\n    new ShapeRef(router, poly435105790, 435105790);\n    \n    Polygon poly40787191(4);\n    poly40787191.ps[0] = Point(29950, 27010);\n    poly40787191.ps[1] = Point(29950, 27090);\n    poly40787191.ps[2] = Point(29700, 27090);\n    poly40787191.ps[3] = Point(29700, 27010);\n    new ShapeRef(router, poly40787191, 40787191);\n    \n    Polygon poly76911264(4);\n    poly76911264.ps[0] = Point(29950, 26910);\n    poly76911264.ps[1] = Point(29950, 26990);\n    poly76911264.ps[2] = Point(29700, 26990);\n    poly76911264.ps[3] = Point(29700, 26910);\n    new ShapeRef(router, poly76911264, 76911264);\n    \n    Polygon poly506213376(4);\n    poly506213376.ps[0] = Point(29925, 26820);\n    poly506213376.ps[1] = Point(29925, 26880);\n    poly506213376.ps[2] = Point(29675, 26880);\n    poly506213376.ps[3] = Point(29675, 26820);\n    new ShapeRef(router, poly506213376, 506213376);\n    \n    Polygon poly134604636(4);\n    poly134604636.ps[0] = Point(29925, 26720);\n    poly134604636.ps[1] = Point(29925, 26780);\n    poly134604636.ps[2] = Point(29675, 26780);\n    poly134604636.ps[3] = Point(29675, 26720);\n    new ShapeRef(router, poly134604636, 134604636);\n    \n    Polygon poly14353632(4);\n    poly14353632.ps[0] = Point(29600, 26590);\n    poly14353632.ps[1] = Point(29600, 27660);\n    poly14353632.ps[2] = Point(28440, 27660);\n    poly14353632.ps[3] = Point(28440, 26590);\n    new ShapeRef(router, poly14353632, 14353632);\n    \n    ConnRef *connRef70269732 = new ConnRef(router, 70269732);\n    ConnEnd srcPt70269732(Point(29590, 26700), 8);\n    connRef70269732->setSourceEndpoint(srcPt70269732);\n    ConnEnd dstPt70269732(Point(29915, 26750), 8);\n    connRef70269732->setDestEndpoint(dstPt70269732);\n    connRef70269732->setRoutingType((ConnType)2);\n\n    ConnRef *connRef371572709 = new ConnRef(router, 371572709);\n    ConnEnd srcPt371572709(Point(29590, 26800), 8);\n    connRef371572709->setSourceEndpoint(srcPt371572709);\n    ConnEnd dstPt371572709(Point(29915, 26850), 8);\n    connRef371572709->setDestEndpoint(dstPt371572709);\n    connRef371572709->setRoutingType((ConnType)2);\n\n    ConnRef *connRef876797766 = new ConnRef(router, 876797766);\n    ConnEnd srcPt876797766(Point(29590, 26900), 8);\n    connRef876797766->setSourceEndpoint(srcPt876797766);\n    ConnEnd dstPt876797766(Point(29940, 26950), 8);\n    connRef876797766->setDestEndpoint(dstPt876797766);\n    connRef876797766->setRoutingType((ConnType)2);\n\n    ConnRef *connRef134423590 = new ConnRef(router, 134423590);\n    ConnEnd srcPt134423590(Point(29590, 27000), 8);\n    connRef134423590->setSourceEndpoint(srcPt134423590);\n    ConnEnd dstPt134423590(Point(29940, 27050), 8);\n    connRef134423590->setDestEndpoint(dstPt134423590);\n    connRef134423590->setRoutingType((ConnType)2);\n\n    ConnRef *connRef872586669 = new ConnRef(router, 872586669);\n    ConnEnd srcPt872586669(Point(29590, 27100), 8);\n    connRef872586669->setSourceEndpoint(srcPt872586669);\n    ConnEnd dstPt872586669(Point(29940, 27150), 8);\n    connRef872586669->setDestEndpoint(dstPt872586669);\n    connRef872586669->setRoutingType((ConnType)2);\n\n    ConnRef *connRef23601612 = new ConnRef(router, 23601612);\n    ConnEnd srcPt23601612(Point(29590, 27200), 8);\n    connRef23601612->setSourceEndpoint(srcPt23601612);\n    ConnEnd dstPt23601612(Point(29940, 27250), 8);\n    connRef23601612->setDestEndpoint(dstPt23601612);\n    connRef23601612->setRoutingType((ConnType)2);\n\n    ConnRef *connRef737483980 = new ConnRef(router, 737483980);\n    ConnEnd srcPt737483980(Point(29685, 26750), 4);\n    connRef737483980->setSourceEndpoint(srcPt737483980);\n    ConnEnd dstPt737483980(Point(29590, 26650), 8);\n    connRef737483980->setDestEndpoint(dstPt737483980);\n    connRef737483980->setRoutingType((ConnType)2);\n\n    ConnRef *connRef410784855 = new ConnRef(router, 410784855);\n    ConnEnd srcPt410784855(Point(29685, 26850), 4);\n    connRef410784855->setSourceEndpoint(srcPt410784855);\n    ConnEnd dstPt410784855(Point(29590, 26750), 8);\n    connRef410784855->setDestEndpoint(dstPt410784855);\n    connRef410784855->setRoutingType((ConnType)2);\n\n    ConnRef *connRef15771480 = new ConnRef(router, 15771480);\n    ConnEnd srcPt15771480(Point(29710, 26950), 4);\n    connRef15771480->setSourceEndpoint(srcPt15771480);\n    ConnEnd dstPt15771480(Point(29590, 26850), 8);\n    connRef15771480->setDestEndpoint(dstPt15771480);\n    connRef15771480->setRoutingType((ConnType)2);\n\n    ConnRef *connRef34657402 = new ConnRef(router, 34657402);\n    ConnEnd srcPt34657402(Point(29710, 27050), 4);\n    connRef34657402->setSourceEndpoint(srcPt34657402);\n    ConnEnd dstPt34657402(Point(29590, 26950), 8);\n    connRef34657402->setDestEndpoint(dstPt34657402);\n    connRef34657402->setRoutingType((ConnType)2);\n\n    ConnRef *connRef98191218 = new ConnRef(router, 98191218);\n    ConnEnd srcPt98191218(Point(29710, 27150), 4);\n    connRef98191218->setSourceEndpoint(srcPt98191218);\n    ConnEnd dstPt98191218(Point(29590, 27050), 8);\n    connRef98191218->setDestEndpoint(dstPt98191218);\n    connRef98191218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef23433311 = new ConnRef(router, 23433311);\n    ConnEnd srcPt23433311(Point(29710, 27250), 4);\n    connRef23433311->setSourceEndpoint(srcPt23433311);\n    ConnEnd dstPt23433311(Point(29590, 27150), 8);\n    connRef23433311->setDestEndpoint(dstPt23433311);\n    connRef23433311->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/corneroverlap01\");\n    bool touching = router->existsOrthogonalTouchingPaths();\n    delete router;\n    return (touching) ? 1 : 0;\n};\n\n\n"
  },
  {
    "path": "cola/libavoid/tests/endlessLoop01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\nusing namespace Avoid;\r\n\r\nvoid outputDiagram(Avoid::Router * router)\r\n{\r\n\tstatic int counter = 0;\r\n\tstd::ostringstream os;\r\n\tos << (++counter);\r\n\trouter->outputDiagram(os.str());\r\n}\r\n\r\nvoid test()\r\n{\r\n\t// The contents of this function can be replaced by the automatically generated test code from the debug svg file\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tstd::vector<Avoid::Checkpoint> checkpoints_0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50700, 50615));\r\n\tpoly0.setPoint(1, Avoid::Point(50700, 51185));\r\n\tpoly0.setPoint(2, Avoid::Point(50365, 51185));\r\n\tpoly0.setPoint(3, Avoid::Point(50365, 50615));\r\n\tAvoid::ShapeRef * shape0_355243155 = new Avoid::ShapeRef(router0, poly0, 355243155);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_0 = new Avoid::ShapeConnectionPin(shape0_355243155, 1, 1, 0.149122807018, true, 10, 8);\r\n\tpin0_355243155_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_1 = new Avoid::ShapeConnectionPin(shape0_355243155, 2, 1, 0.675438596491, true, 10, 8);\r\n\tpin0_355243155_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_2 = new Avoid::ShapeConnectionPin(shape0_355243155, 3, 1, 0.80701754386, true, 10, 8);\r\n\tpin0_355243155_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_3 = new Avoid::ShapeConnectionPin(shape0_355243155, 4, 1, 0.543859649123, true, 10, 8);\r\n\tpin0_355243155_3->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_4 = new Avoid::ShapeConnectionPin(shape0_355243155, 5, 1, 0.280701754386, true, 10, 8);\r\n\tpin0_355243155_4->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_5 = new Avoid::ShapeConnectionPin(shape0_355243155, 6, 1, 0.412280701754, true, 10, 8);\r\n\tpin0_355243155_5->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_6 = new Avoid::ShapeConnectionPin(shape0_355243155, 7, 0.477611940299, 0.982456140351, true, 10, 2);\r\n\tpin0_355243155_6->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_355243155_7 = new Avoid::ShapeConnectionPin(shape0_355243155, 8, 0.253731343284, 0.982456140351, true, 10, 2);\r\n\tpin0_355243155_7->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51060, 50816));\r\n\tpoly0.setPoint(1, Avoid::Point(51060, 50884));\r\n\tpoly0.setPoint(2, Avoid::Point(50940, 50884));\r\n\tpoly0.setPoint(3, Avoid::Point(50940, 50816));\r\n\tAvoid::ShapeRef * shape0_35177560 = new Avoid::ShapeRef(router0, poly0, 35177560);\r\n\tAvoid::ShapeConnectionPin * pin0_35177560_0 = new Avoid::ShapeConnectionPin(shape0_35177560, 1, 0.5, 0.5, true, 0, 15);\r\n\tpin0_35177560_0->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51060, 50966));\r\n\tpoly0.setPoint(1, Avoid::Point(51060, 51034));\r\n\tpoly0.setPoint(2, Avoid::Point(50940, 51034));\r\n\tpoly0.setPoint(3, Avoid::Point(50940, 50966));\r\n\tAvoid::ShapeRef * shape0_214253640 = new Avoid::ShapeRef(router0, poly0, 214253640);\r\n\tAvoid::ShapeConnectionPin * pin0_214253640_0 = new Avoid::ShapeConnectionPin(shape0_214253640, 1, 0.5, 0.5, true, 0, 15);\r\n\tpin0_214253640_0->setExclusive(true);\r\n\tAvoid::JunctionRef * junction0_636368600 = new Avoid::JunctionRef(router0, Avoid::Point(50875, 50850), 636368600);\r\n\tAvoid::JunctionRef * junction0_503331836 = new Avoid::JunctionRef(router0, Avoid::Point(50875, 51000), 503331836);\r\n\tAvoid::JunctionRef * junction0_46074711 = new Avoid::JunctionRef(router0, Avoid::Point(50775, 51000), 46074711);\r\n\tAvoid::JunctionRef * junction0_390996481 = new Avoid::JunctionRef(router0, Avoid::Point(50775, 50850), 390996481);\r\n\tend1_0 = Avoid::ConnEnd(junction0_636368600);\r\n\tend2_0 = Avoid::ConnEnd(shape0_35177560, 1);\r\n\tAvoid::ConnRef * conn0_929108568 = new Avoid::ConnRef(router0, end1_0, end2_0, 929108568);\r\n\tend1_0 = Avoid::ConnEnd(junction0_503331836);\r\n\tend2_0 = Avoid::ConnEnd(shape0_214253640, 1);\r\n\tAvoid::ConnRef * conn0_627671070 = new Avoid::ConnRef(router0, end1_0, end2_0, 627671070);\r\n\tend1_0 = Avoid::ConnEnd(junction0_636368600);\r\n\tend2_0 = Avoid::ConnEnd(junction0_503331836);\r\n\tAvoid::ConnRef * conn0_510680660 = new Avoid::ConnRef(router0, end1_0, end2_0, 510680660);\r\n\tend1_0 = Avoid::ConnEnd(shape0_355243155, 2);\r\n\tend2_0 = Avoid::ConnEnd(junction0_46074711);\r\n\tAvoid::ConnRef * conn0_175131537 = new Avoid::ConnRef(router0, end1_0, end2_0, 175131537);\r\n\tend1_0 = Avoid::ConnEnd(junction0_46074711);\r\n\tend2_0 = Avoid::ConnEnd(junction0_503331836);\r\n\tAvoid::ConnRef * conn0_545568780 = new Avoid::ConnRef(router0, end1_0, end2_0, 545568780);\r\n\tend1_0 = Avoid::ConnEnd(shape0_355243155, 6);\r\n\tend2_0 = Avoid::ConnEnd(junction0_390996481);\r\n\tAvoid::ConnRef * conn0_17788857 = new Avoid::ConnRef(router0, end1_0, end2_0, 17788857);\r\n\tend1_0 = Avoid::ConnEnd(junction0_390996481);\r\n\tend2_0 = Avoid::ConnEnd(junction0_636368600);\r\n\tAvoid::ConnRef * conn0_160581511 = new Avoid::ConnRef(router0, end1_0, end2_0, 160581511);\r\n\tend1_0 = Avoid::ConnEnd(junction0_46074711);\r\n\tend2_0 = Avoid::ConnEnd(junction0_390996481);\r\n\tAvoid::ConnRef * conn0_92116728 = new Avoid::ConnRef(router0, end1_0, end2_0, 92116728);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\toutputDiagram(router0);\r\n\trouter0->deleteConnector(conn0_92116728);\r\n\tconn0_92116728 = nullptr;\r\n\trouter0->deleteConnector(conn0_160581511);\r\n\tconn0_160581511 = nullptr;\r\n\trouter0->deleteConnector(conn0_17788857);\r\n\tconn0_17788857 = nullptr;\r\n\trouter0->deleteJunction(junction0_390996481);\r\n\tjunction0_390996481 = nullptr;\r\n\trouter0->deleteConnector(conn0_545568780);\r\n\tconn0_545568780 = nullptr;\r\n\trouter0->deleteConnector(conn0_175131537);\r\n\tconn0_175131537 = nullptr;\r\n\trouter0->deleteJunction(junction0_46074711);\r\n\tjunction0_46074711 = nullptr;\r\n\trouter0->deleteConnector(conn0_510680660);\r\n\tconn0_510680660 = nullptr;\r\n\trouter0->deleteConnector(conn0_627671070);\r\n\tconn0_627671070 = nullptr;\r\n\trouter0->deleteJunction(junction0_503331836);\r\n\tjunction0_503331836 = nullptr;\r\n\trouter0->deleteConnector(conn0_929108568);\r\n\tconn0_929108568 = nullptr;\r\n\trouter0->deleteJunction(junction0_636368600);\r\n\tjunction0_636368600 = nullptr;\r\n\trouter0->deleteShape(shape0_214253640);\r\n\tshape0_214253640 = nullptr;\r\n\trouter0->deleteShape(shape0_35177560);\r\n\tshape0_35177560 = nullptr;\r\n\trouter0->deleteShape(shape0_355243155);\r\n\tshape0_355243155 = nullptr;\r\n\r\n\trouter0->processTransaction();\r\n\r\n\tdelete router0;\r\n}\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/example.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n    \n\nstatic void connCallback(void *ptr)\n{\n    Avoid::ConnRef *connRef = (Avoid::ConnRef *) ptr; \n\n    printf(\"Connector %u needs rerouting!\\n\", connRef->id());\n\n    const Avoid::PolyLine& route = connRef->displayRoute();\n    printf(\"New path: \");\n    for (size_t i = 0; i < route.ps.size(); ++i) \n    {\n        printf(\"%s(%f, %f)\", (i > 0) ? \"-\" : \"\", \n                route.ps[i].x, route.ps[i].y);\n    }\n    printf(\"\\n\");\n}\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::PolyLineRouting);\n    \n    Avoid::Point srcPt(1.2, 0.5);\n    Avoid::Point dstPt(1.5, 4);\n    Avoid::ConnRef *connRef = new Avoid::ConnRef(router, srcPt, dstPt);\n    connRef->setCallback(connCallback, connRef);\n    // Force inital callback:\n    router->processTransaction();\n\n    printf(\"\\nAdding a shape.\\n\");\n    // Create the ShapeRef:\n    Avoid::Polygon shapePoly(3);\n    shapePoly.ps[0] = Avoid::Point(1, 1);\n    shapePoly.ps[1] = Avoid::Point(2.5, 1.5);\n    shapePoly.ps[2] = Avoid::Point(1.5, 2.5);\n    Avoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, shapePoly);\n    router->processTransaction();\n\n    printf(\"\\nShifting endpoint.\\n\");\n    Avoid::Point dstPt2(6, 4.5);\n    connRef->setDestEndpoint(dstPt2);\n    // It's expected you know the connector needs rerouting, so the callback\n    // isn't called.  You can force it to be called though, via:\n    router->processTransaction();\n\n    printf(\"\\nMoving shape right by 0.5.\\n\");\n    router->moveShape(shapeRef, 0.5, 0);\n    router->processTransaction();\n\n    router->outputDiagram(\"output/example\");\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/finalSegmentNudging1.cpp",
    "content": "// KEGG -> SBGN example #330\n//\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n    router->setRoutingPenalty((PenaltyType)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n\n    /*\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1337.46, 45);\n    poly1.ps[1] = Point(1337.46, 80);\n    poly1.ps[2] = Point(1028.46, 80);\n    poly1.ps[3] = Point(1028.46, 45);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(1793.79, 126.5);\n    poly2.ps[1] = Point(1793.79, 188.5);\n    poly2.ps[2] = Point(1731.79, 188.5);\n    poly2.ps[3] = Point(1731.79, 126.5);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(1416.86, 538.7);\n    poly3.ps[1] = Point(1416.86, 600.7);\n    poly3.ps[2] = Point(1354.86, 600.7);\n    poly3.ps[3] = Point(1354.86, 538.7);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(2072.79, 538.7);\n    poly4.ps[1] = Point(2072.79, 600.7);\n    poly4.ps[2] = Point(2010.79, 600.7);\n    poly4.ps[3] = Point(2010.79, 538.7);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(1594.6, 947.5);\n    poly5.ps[1] = Point(1594.6, 1009.5);\n    poly5.ps[2] = Point(1532.6, 1009.5);\n    poly5.ps[3] = Point(1532.6, 947.5);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(641.333, 802.833);\n    poly6.ps[1] = Point(641.333, 864.833);\n    poly6.ps[2] = Point(579.333, 864.833);\n    poly6.ps[3] = Point(579.333, 802.833);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(421.333, 2368.05);\n    poly7.ps[1] = Point(421.333, 2430.05);\n    poly7.ps[2] = Point(359.333, 2430.05);\n    poly7.ps[3] = Point(359.333, 2368.05);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(1594.6, 2368.05);\n    poly8.ps[1] = Point(1594.6, 2430.05);\n    poly8.ps[2] = Point(1532.6, 2430.05);\n    poly8.ps[3] = Point(1532.6, 2368.05);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1813.79, 1347.24);\n    poly9.ps[1] = Point(1813.79, 1409.24);\n    poly9.ps[2] = Point(1751.79, 1409.24);\n    poly9.ps[3] = Point(1751.79, 1347.24);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1813.79, 1538.64);\n    poly10.ps[1] = Point(1813.79, 1600.64);\n    poly10.ps[2] = Point(1751.79, 1600.64);\n    poly10.ps[3] = Point(1751.79, 1538.64);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(2072.79, 1538.64);\n    poly11.ps[1] = Point(2072.79, 1600.64);\n    poly11.ps[2] = Point(2010.79, 1600.64);\n    poly11.ps[3] = Point(2010.79, 1538.64);\n    new ShapeRef(router, poly11, 11);\n    */\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(2072.79, 1841.95);\n    poly12.ps[1] = Point(2072.79, 1903.95);\n    poly12.ps[2] = Point(2010.79, 1903.95);\n    poly12.ps[3] = Point(2010.79, 1841.95);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(2272.79, 1841.95);\n    poly13.ps[1] = Point(2272.79, 1903.95);\n    poly13.ps[2] = Point(2210.79, 1903.95);\n    poly13.ps[3] = Point(2210.79, 1841.95);\n    new ShapeRef(router, poly13, 13);\n\n    /*\n    Polygon poly14(4);\n    poly14.ps[0] = Point(2578.71, 1841.95);\n    poly14.ps[1] = Point(2578.71, 1903.95);\n    poly14.ps[2] = Point(2516.71, 1903.95);\n    poly14.ps[3] = Point(2516.71, 1841.95);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(2818.54, 1841.95);\n    poly15.ps[1] = Point(2818.54, 1903.95);\n    poly15.ps[2] = Point(2756.54, 1903.95);\n    poly15.ps[3] = Point(2756.54, 1841.95);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(3150.9, 1841.95);\n    poly16.ps[1] = Point(3150.9, 1903.95);\n    poly16.ps[2] = Point(3088.9, 1903.95);\n    poly16.ps[3] = Point(3088.9, 1841.95);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(1346.96, 281.5);\n    poly17.ps[1] = Point(1346.96, 343.5);\n    poly17.ps[2] = Point(1284.96, 343.5);\n    poly17.ps[3] = Point(1284.96, 281.5);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(2072.79, 281.5);\n    poly18.ps[1] = Point(2072.79, 343.5);\n    poly18.ps[2] = Point(2010.79, 343.5);\n    poly18.ps[3] = Point(2010.79, 281.5);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(3247.44, 2154.05);\n    poly19.ps[1] = Point(3247.44, 2216.05);\n    poly19.ps[2] = Point(3185.44, 2216.05);\n    poly19.ps[3] = Point(3185.44, 2154.05);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(2578.71, 2154.05);\n    poly20.ps[1] = Point(2578.71, 2216.05);\n    poly20.ps[2] = Point(2516.71, 2216.05);\n    poly20.ps[3] = Point(2516.71, 2154.05);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(1104.18, 2154.05);\n    poly21.ps[1] = Point(1104.18, 2216.05);\n    poly21.ps[2] = Point(1042.18, 2216.05);\n    poly21.ps[3] = Point(1042.18, 2154.05);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(1104.18, 1409.24);\n    poly22.ps[1] = Point(1104.18, 1471.24);\n    poly22.ps[2] = Point(1042.18, 1471.24);\n    poly22.ps[3] = Point(1042.18, 1409.24);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(354, 802.833);\n    poly23.ps[1] = Point(354, 864.833);\n    poly23.ps[2] = Point(292, 864.833);\n    poly23.ps[3] = Point(292, 802.833);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(641.333, 1245.24);\n    poly24.ps[1] = Point(641.333, 1307.24);\n    poly24.ps[2] = Point(579.333, 1307.24);\n    poly24.ps[3] = Point(579.333, 1245.24);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(907.358, 1245.24);\n    poly25.ps[1] = Point(907.358, 1307.24);\n    poly25.ps[2] = Point(845.358, 1307.24);\n    poly25.ps[3] = Point(845.358, 1245.24);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1104.18, 1245.24);\n    poly26.ps[1] = Point(1104.18, 1307.24);\n    poly26.ps[2] = Point(1042.18, 1307.24);\n    poly26.ps[3] = Point(1042.18, 1245.24);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1104.18, 947.5);\n    poly27.ps[1] = Point(1104.18, 1009.5);\n    poly27.ps[2] = Point(1042.18, 1009.5);\n    poly27.ps[3] = Point(1042.18, 947.5);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(354, 344.5);\n    poly28.ps[1] = Point(354, 406.5);\n    poly28.ps[2] = Point(292, 406.5);\n    poly28.ps[3] = Point(292, 344.5);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(2272.79, 809.75);\n    poly29.ps[1] = Point(2272.79, 871.75);\n    poly29.ps[2] = Point(2210.79, 871.75);\n    poly29.ps[3] = Point(2210.79, 809.75);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(2578.71, 809.75);\n    poly30.ps[1] = Point(2578.71, 871.75);\n    poly30.ps[2] = Point(2516.71, 871.75);\n    poly30.ps[3] = Point(2516.71, 809.75);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(2818.54, 809.75);\n    poly31.ps[1] = Point(2818.54, 871.75);\n    poly31.ps[2] = Point(2756.54, 871.75);\n    poly31.ps[3] = Point(2756.54, 809.75);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(2999.99, 809.75);\n    poly32.ps[1] = Point(2999.99, 871.75);\n    poly32.ps[2] = Point(2937.99, 871.75);\n    poly32.ps[3] = Point(2937.99, 809.75);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(2272.79, 189.875);\n    poly33.ps[1] = Point(2272.79, 251.875);\n    poly33.ps[2] = Point(2210.79, 251.875);\n    poly33.ps[3] = Point(2210.79, 189.875);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(2578.71, 189.875);\n    poly34.ps[1] = Point(2578.71, 251.875);\n    poly34.ps[2] = Point(2516.71, 251.875);\n    poly34.ps[3] = Point(2516.71, 189.875);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(2818.54, 189.875);\n    poly35.ps[1] = Point(2818.54, 251.875);\n    poly35.ps[2] = Point(2756.54, 251.875);\n    poly35.ps[3] = Point(2756.54, 189.875);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(3145.24, 189.875);\n    poly36.ps[1] = Point(3145.24, 251.875);\n    poly36.ps[2] = Point(3083.24, 251.875);\n    poly36.ps[3] = Point(3083.24, 189.875);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(2999.99, 1010.64);\n    poly37.ps[1] = Point(2999.99, 1072.64);\n    poly37.ps[2] = Point(2937.99, 1072.64);\n    poly37.ps[3] = Point(2937.99, 1010.64);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(3145.24, 406.7);\n    poly38.ps[1] = Point(3145.24, 468.7);\n    poly38.ps[2] = Point(3083.24, 468.7);\n    poly38.ps[3] = Point(3083.24, 406.7);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(2818.54, 406.7);\n    poly39.ps[1] = Point(2818.54, 468.7);\n    poly39.ps[2] = Point(2756.54, 468.7);\n    poly39.ps[3] = Point(2756.54, 406.7);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(2578.71, 406.7);\n    poly40.ps[1] = Point(2578.71, 468.7);\n    poly40.ps[2] = Point(2516.71, 468.7);\n    poly40.ps[3] = Point(2516.71, 406.7);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(1989.29, 1010.64);\n    poly41.ps[1] = Point(1989.29, 1072.64);\n    poly41.ps[2] = Point(1927.29, 1072.64);\n    poly41.ps[3] = Point(1927.29, 1010.64);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(2272.79, 1010.64);\n    poly42.ps[1] = Point(2272.79, 1072.64);\n    poly42.ps[2] = Point(2210.79, 1072.64);\n    poly42.ps[3] = Point(2210.79, 1010.64);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(2578.71, 1010.64);\n    poly43.ps[1] = Point(2578.71, 1072.64);\n    poly43.ps[2] = Point(2516.71, 1072.64);\n    poly43.ps[3] = Point(2516.71, 1010.64);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(2272.79, 1538.64);\n    poly44.ps[1] = Point(2272.79, 1600.64);\n    poly44.ps[2] = Point(2210.79, 1600.64);\n    poly44.ps[3] = Point(2210.79, 1538.64);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(2578.71, 1538.64);\n    poly45.ps[1] = Point(2578.71, 1600.64);\n    poly45.ps[2] = Point(2516.71, 1600.64);\n    poly45.ps[3] = Point(2516.71, 1538.64);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(2272.79, 1347.24);\n    poly46.ps[1] = Point(2272.79, 1409.24);\n    poly46.ps[2] = Point(2210.79, 1409.24);\n    poly46.ps[3] = Point(2210.79, 1347.24);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(2072.79, 1992.95);\n    poly47.ps[1] = Point(2072.79, 2054.95);\n    poly47.ps[2] = Point(2010.79, 2054.95);\n    poly47.ps[3] = Point(2010.79, 1992.95);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(2272.79, 1992.95);\n    poly48.ps[1] = Point(2272.79, 2054.95);\n    poly48.ps[2] = Point(2210.79, 2054.95);\n    poly48.ps[3] = Point(2210.79, 1992.95);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(2999.99, 1700.64);\n    poly49.ps[1] = Point(2999.99, 1762.64);\n    poly49.ps[2] = Point(2937.99, 1762.64);\n    poly49.ps[3] = Point(2937.99, 1700.64);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(2766.54, 331.5);\n    poly50.ps[1] = Point(2766.54, 393.5);\n    poly50.ps[2] = Point(2704.54, 393.5);\n    poly50.ps[3] = Point(2704.54, 331.5);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1594.6, 2914.3);\n    poly51.ps[1] = Point(1594.6, 2976.3);\n    poly51.ps[2] = Point(1532.6, 2976.3);\n    poly51.ps[3] = Point(1532.6, 2914.3);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(1594.6, 3382.3);\n    poly52.ps[1] = Point(1594.6, 3444.3);\n    poly52.ps[2] = Point(1532.6, 3444.3);\n    poly52.ps[3] = Point(1532.6, 3382.3);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(641.333, 2498.3);\n    poly53.ps[1] = Point(641.333, 2560.3);\n    poly53.ps[2] = Point(579.333, 2560.3);\n    poly53.ps[3] = Point(579.333, 2498.3);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(641.333, 2643.3);\n    poly54.ps[1] = Point(641.333, 2705.3);\n    poly54.ps[2] = Point(579.333, 2705.3);\n    poly54.ps[3] = Point(579.333, 2643.3);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(641.333, 2914.3);\n    poly55.ps[1] = Point(641.333, 2976.3);\n    poly55.ps[2] = Point(579.333, 2976.3);\n    poly55.ps[3] = Point(579.333, 2914.3);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(2272.79, 2914.3);\n    poly56.ps[1] = Point(2272.79, 2976.3);\n    poly56.ps[2] = Point(2210.79, 2976.3);\n    poly56.ps[3] = Point(2210.79, 2914.3);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(2353.71, 2643.3);\n    poly57.ps[1] = Point(2353.71, 2705.3);\n    poly57.ps[2] = Point(2291.71, 2705.3);\n    poly57.ps[3] = Point(2291.71, 2643.3);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(2578.71, 2914.3);\n    poly58.ps[1] = Point(2578.71, 2976.3);\n    poly58.ps[2] = Point(2516.71, 2976.3);\n    poly58.ps[3] = Point(2516.71, 2914.3);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(2353.71, 2498.3);\n    poly59.ps[1] = Point(2353.71, 2560.3);\n    poly59.ps[2] = Point(2291.71, 2560.3);\n    poly59.ps[3] = Point(2291.71, 2498.3);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(907.358, 2498.3);\n    poly60.ps[1] = Point(907.358, 2560.3);\n    poly60.ps[2] = Point(845.358, 2560.3);\n    poly60.ps[3] = Point(845.358, 2498.3);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(907.358, 2643.3);\n    poly61.ps[1] = Point(907.358, 2705.3);\n    poly61.ps[2] = Point(845.358, 2705.3);\n    poly61.ps[3] = Point(845.358, 2643.3);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(907.358, 2914.3);\n    poly62.ps[1] = Point(907.358, 2976.3);\n    poly62.ps[2] = Point(845.358, 2976.3);\n    poly62.ps[3] = Point(845.358, 2914.3);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(3353.24, 2368.05);\n    poly63.ps[1] = Point(3353.24, 2430.05);\n    poly63.ps[2] = Point(3291.24, 2430.05);\n    poly63.ps[3] = Point(3291.24, 2368.05);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(2999.99, 2266.05);\n    poly64.ps[1] = Point(2999.99, 2328.05);\n    poly64.ps[2] = Point(2937.99, 2328.05);\n    poly64.ps[3] = Point(2937.99, 2266.05);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(3509.07, 1347.24);\n    poly65.ps[1] = Point(3509.07, 1409.24);\n    poly65.ps[2] = Point(3447.07, 1409.24);\n    poly65.ps[3] = Point(3447.07, 1347.24);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(3509.07, 3382.3);\n    poly66.ps[1] = Point(3509.07, 3444.3);\n    poly66.ps[2] = Point(3447.07, 3444.3);\n    poly66.ps[3] = Point(3447.07, 3382.3);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(230, 496.5);\n    poly67.ps[1] = Point(230, 528.5);\n    poly67.ps[2] = Point(210, 528.5);\n    poly67.ps[3] = Point(210, 496.5);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(141, 632.5);\n    poly68.ps[1] = Point(141, 664.5);\n    poly68.ps[2] = Point(121, 664.5);\n    poly68.ps[3] = Point(121, 632.5);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(556.333, 698.5);\n    poly69.ps[1] = Point(556.333, 718.5);\n    poly69.ps[2] = Point(524.333, 718.5);\n    poly69.ps[3] = Point(524.333, 698.5);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(556.333, 823.833);\n    poly70.ps[1] = Point(556.333, 843.833);\n    poly70.ps[2] = Point(524.333, 843.833);\n    poly70.ps[3] = Point(524.333, 823.833);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(1405.46, 692.5);\n    poly71.ps[1] = Point(1405.46, 724.5);\n    poly71.ps[2] = Point(1385.46, 724.5);\n    poly71.ps[3] = Point(1385.46, 692.5);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(1558.46, 281.5);\n    poly72.ps[1] = Point(1558.46, 301.5);\n    poly72.ps[2] = Point(1526.46, 301.5);\n    poly72.ps[3] = Point(1526.46, 281.5);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(1492.46, 57.5);\n    poly73.ps[1] = Point(1492.46, 231.5);\n    poly73.ps[2] = Point(1359.46, 231.5);\n    poly73.ps[3] = Point(1359.46, 57.5);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(1958.29, 281.5);\n    poly74.ps[1] = Point(1958.29, 301.5);\n    poly74.ps[2] = Point(1926.29, 301.5);\n    poly74.ps[3] = Point(1926.29, 281.5);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(2042.79, 767.5);\n    poly75.ps[1] = Point(2042.79, 787.5);\n    poly75.ps[2] = Point(2010.79, 787.5);\n    poly75.ps[3] = Point(2010.79, 767.5);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(556.333, 1266.24);\n    poly76.ps[1] = Point(556.333, 1286.24);\n    poly76.ps[2] = Point(524.333, 1286.24);\n    poly76.ps[3] = Point(524.333, 1266.24);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(727.958, 1266.24);\n    poly77.ps[1] = Point(727.958, 1286.24);\n    poly77.ps[2] = Point(695.958, 1286.24);\n    poly77.ps[3] = Point(695.958, 1266.24);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(988.958, 1266.24);\n    poly78.ps[1] = Point(988.958, 1286.24);\n    poly78.ps[2] = Point(956.958, 1286.24);\n    poly78.ps[3] = Point(956.958, 1266.24);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1060.96, 1127.64);\n    poly79.ps[1] = Point(1060.96, 1159.64);\n    poly79.ps[2] = Point(1040.96, 1159.64);\n    poly79.ps[3] = Point(1040.96, 1127.64);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(1401.86, 959.5);\n    poly80.ps[1] = Point(1401.86, 979.5);\n    poly80.ps[2] = Point(1369.86, 979.5);\n    poly80.ps[3] = Point(1369.86, 959.5);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(1401.86, 1031.64);\n    poly81.ps[1] = Point(1401.86, 1051.64);\n    poly81.ps[2] = Point(1369.86, 1051.64);\n    poly81.ps[3] = Point(1369.86, 1031.64);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(1401.86, 1133.64);\n    poly82.ps[1] = Point(1401.86, 1153.64);\n    poly82.ps[2] = Point(1369.86, 1153.64);\n    poly82.ps[3] = Point(1369.86, 1133.64);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(1656.79, 1260.24);\n    poly83.ps[1] = Point(1656.79, 1292.24);\n    poly83.ps[2] = Point(1636.79, 1292.24);\n    poly83.ps[3] = Point(1636.79, 1260.24);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(1967.87, 1581.64);\n    poly84.ps[1] = Point(1967.87, 1621.64);\n    poly84.ps[2] = Point(1891.87, 1621.64);\n    poly84.ps[3] = Point(1891.87, 1581.64);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(1942.79, 1643.64);\n    poly85.ps[1] = Point(1942.79, 1663.64);\n    poly85.ps[2] = Point(1910.79, 1663.64);\n    poly85.ps[3] = Point(1910.79, 1643.64);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(1973.29, 1347.24);\n    poly86.ps[1] = Point(1973.29, 1409.24);\n    poly86.ps[2] = Point(1911.29, 1409.24);\n    poly86.ps[3] = Point(1911.29, 1347.24);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(1968.29, 1424.24);\n    poly87.ps[1] = Point(1968.29, 1456.24);\n    poly87.ps[2] = Point(1948.29, 1456.24);\n    poly87.ps[3] = Point(1948.29, 1424.24);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(2004.87, 1914.95);\n    poly88.ps[1] = Point(2004.87, 1954.95);\n    poly88.ps[2] = Point(1948.87, 1954.95);\n    poly88.ps[3] = Point(1948.87, 1914.95);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(2051.79, 1706.64);\n    poly89.ps[1] = Point(2051.79, 1738.64);\n    poly89.ps[2] = Point(2031.79, 1738.64);\n    poly89.ps[3] = Point(2031.79, 1706.64);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(2187.79, 1559.64);\n    poly90.ps[1] = Point(2187.79, 1579.64);\n    poly90.ps[2] = Point(2155.79, 1579.64);\n    poly90.ps[3] = Point(2155.79, 1559.64);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(2056.87, 1487.64);\n    poly91.ps[1] = Point(2056.87, 1527.64);\n    poly91.ps[2] = Point(2000.87, 1527.64);\n    poly91.ps[3] = Point(2000.87, 1487.64);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(2251.79, 1424.24);\n    poly92.ps[1] = Point(2251.79, 1456.24);\n    poly92.ps[2] = Point(2231.79, 1456.24);\n    poly92.ps[3] = Point(2231.79, 1424.24);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(2578.71, 1347.24);\n    poly93.ps[1] = Point(2578.71, 1409.24);\n    poly93.ps[2] = Point(2516.71, 1409.24);\n    poly93.ps[3] = Point(2516.71, 1347.24);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(2493.71, 1499.44);\n    poly94.ps[1] = Point(2493.71, 1519.44);\n    poly94.ps[2] = Point(2461.71, 1519.44);\n    poly94.ps[3] = Point(2461.71, 1499.44);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(2493.71, 1571.64);\n    poly95.ps[1] = Point(2493.71, 1591.64);\n    poly95.ps[2] = Point(2461.71, 1591.64);\n    poly95.ps[3] = Point(2461.71, 1571.64);\n    new ShapeRef(router, poly95, 95);\n    */\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(2187.79, 1862.95);\n    poly96.ps[1] = Point(2187.79, 1882.95);\n    poly96.ps[2] = Point(2155.79, 1882.95);\n    poly96.ps[3] = Point(2155.79, 1862.95);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(2139.79, 1864.95);\n    poly97.ps[1] = Point(2139.79, 1904.95);\n    poly97.ps[2] = Point(2063.79, 1904.95);\n    poly97.ps[3] = Point(2063.79, 1864.95);\n    new ShapeRef(router, poly97, 97);\n\n    /*\n    Polygon poly98(4);\n    poly98.ps[0] = Point(2237.79, 1713.77);\n    poly98.ps[1] = Point(2237.79, 1753.77);\n    poly98.ps[2] = Point(2161.79, 1753.77);\n    poly98.ps[3] = Point(2161.79, 1713.77);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(2493.71, 2003.95);\n    poly99.ps[1] = Point(2493.71, 2023.95);\n    poly99.ps[2] = Point(2461.71, 2023.95);\n    poly99.ps[3] = Point(2461.71, 2003.95);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(2493.71, 2045.95);\n    poly100.ps[1] = Point(2493.71, 2065.95);\n    poly100.ps[2] = Point(2461.71, 2065.95);\n    poly100.ps[3] = Point(2461.71, 2045.95);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(2676.54, 1802.64);\n    poly101.ps[1] = Point(2676.54, 1822.64);\n    poly101.ps[2] = Point(2644.54, 1822.64);\n    poly101.ps[3] = Point(2644.54, 1802.64);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(2653.54, 1874.95);\n    poly102.ps[1] = Point(2653.54, 1894.95);\n    poly102.ps[2] = Point(2621.54, 1894.95);\n    poly102.ps[3] = Point(2621.54, 1874.95);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(2751.54, 1874.95);\n    poly103.ps[1] = Point(2751.54, 1894.95);\n    poly103.ps[2] = Point(2719.54, 1894.95);\n    poly103.ps[3] = Point(2719.54, 1874.95);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(2914.99, 1802.64);\n    poly104.ps[1] = Point(2914.99, 1822.64);\n    poly104.ps[2] = Point(2882.99, 1822.64);\n    poly104.ps[3] = Point(2882.99, 1802.64);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(2891.99, 1874.95);\n    poly105.ps[1] = Point(2891.99, 1894.95);\n    poly105.ps[2] = Point(2859.99, 1894.95);\n    poly105.ps[3] = Point(2859.99, 1874.95);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(2969.99, 1874.95);\n    poly106.ps[1] = Point(2969.99, 1894.95);\n    poly106.ps[2] = Point(2937.99, 1894.95);\n    poly106.ps[3] = Point(2937.99, 1874.95);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(2251.79, 692.5);\n    poly107.ps[1] = Point(2251.79, 724.5);\n    poly107.ps[2] = Point(2231.79, 724.5);\n    poly107.ps[3] = Point(2231.79, 692.5);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(2557.71, 692.5);\n    poly108.ps[1] = Point(2557.71, 724.5);\n    poly108.ps[2] = Point(2537.71, 724.5);\n    poly108.ps[3] = Point(2537.71, 692.5);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(2797.54, 692.5);\n    poly109.ps[1] = Point(2797.54, 724.5);\n    poly109.ps[2] = Point(2777.54, 724.5);\n    poly109.ps[3] = Point(2777.54, 692.5);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(2978.99, 692.5);\n    poly110.ps[1] = Point(2978.99, 724.5);\n    poly110.ps[2] = Point(2958.99, 724.5);\n    poly110.ps[3] = Point(2958.99, 692.5);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(2978.99, 898.5);\n    poly111.ps[1] = Point(2978.99, 930.5);\n    poly111.ps[2] = Point(2958.99, 930.5);\n    poly111.ps[3] = Point(2958.99, 898.5);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(2251.79, 285.75);\n    poly112.ps[1] = Point(2251.79, 317.75);\n    poly112.ps[2] = Point(2231.79, 317.75);\n    poly112.ps[3] = Point(2231.79, 285.75);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(2493.71, 210.875);\n    poly113.ps[1] = Point(2493.71, 230.875);\n    poly113.ps[2] = Point(2461.71, 230.875);\n    poly113.ps[3] = Point(2461.71, 210.875);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(2557.71, 285.75);\n    poly114.ps[1] = Point(2557.71, 317.75);\n    poly114.ps[2] = Point(2537.71, 317.75);\n    poly114.ps[3] = Point(2537.71, 285.75);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(2681.54, 210.875);\n    poly115.ps[1] = Point(2681.54, 230.875);\n    poly115.ps[2] = Point(2649.54, 230.875);\n    poly115.ps[3] = Point(2649.54, 210.875);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(2681.54, 427.7);\n    poly116.ps[1] = Point(2681.54, 447.7);\n    poly116.ps[2] = Point(2649.54, 447.7);\n    poly116.ps[3] = Point(2649.54, 427.7);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(2935.99, 427.7);\n    poly117.ps[1] = Point(2935.99, 447.7);\n    poly117.ps[2] = Point(2903.99, 447.7);\n    poly117.ps[3] = Point(2903.99, 427.7);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(3149.24, 285.75);\n    poly118.ps[1] = Point(3149.24, 317.75);\n    poly118.ps[2] = Point(3129.24, 317.75);\n    poly118.ps[3] = Point(3129.24, 285.75);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(3494.07, 904.5);\n    poly119.ps[1] = Point(3494.07, 924.5);\n    poly119.ps[2] = Point(3462.07, 924.5);\n    poly119.ps[3] = Point(3462.07, 904.5);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(3488.07, 1856.95);\n    poly120.ps[1] = Point(3488.07, 1888.95);\n    poly120.ps[2] = Point(3468.07, 1888.95);\n    poly120.ps[3] = Point(3468.07, 1856.95);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(3488.07, 2596.3);\n    poly121.ps[1] = Point(3488.07, 2628.3);\n    poly121.ps[2] = Point(3468.07, 2628.3);\n    poly121.ps[3] = Point(3468.07, 2596.3);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(2803.54, 3407.3);\n    poly122.ps[1] = Point(2803.54, 3427.3);\n    poly122.ps[2] = Point(2771.54, 3427.3);\n    poly122.ps[3] = Point(2771.54, 3407.3);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(2803.54, 3509.3);\n    poly123.ps[1] = Point(2803.54, 3529.3);\n    poly123.ps[2] = Point(2771.54, 3529.3);\n    poly123.ps[3] = Point(2771.54, 3509.3);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(3606.07, 2596.3);\n    poly124.ps[1] = Point(3606.07, 2628.3);\n    poly124.ps[2] = Point(3586.07, 2628.3);\n    poly124.ps[3] = Point(3586.07, 2596.3);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(3606.07, 898.5);\n    poly125.ps[1] = Point(3606.07, 930.5);\n    poly125.ps[2] = Point(3586.07, 930.5);\n    poly125.ps[3] = Point(3586.07, 898.5);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(3336.74, 898.5);\n    poly126.ps[1] = Point(3336.74, 930.5);\n    poly126.ps[2] = Point(3316.74, 930.5);\n    poly126.ps[3] = Point(3316.74, 898.5);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(3232.44, 2389.05);\n    poly127.ps[1] = Point(3232.44, 2409.05);\n    poly127.ps[2] = Point(3200.44, 2409.05);\n    poly127.ps[3] = Point(3200.44, 2389.05);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(3232.44, 2287.05);\n    poly128.ps[1] = Point(3232.44, 2307.05);\n    poly128.ps[2] = Point(3200.44, 2307.05);\n    poly128.ps[3] = Point(3200.44, 2287.05);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(2803.54, 2287.05);\n    poly129.ps[1] = Point(2803.54, 2307.05);\n    poly129.ps[2] = Point(2771.54, 2307.05);\n    poly129.ps[3] = Point(2771.54, 2287.05);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(3232.44, 904.5);\n    poly130.ps[1] = Point(3232.44, 924.5);\n    poly130.ps[2] = Point(3200.44, 924.5);\n    poly130.ps[3] = Point(3200.44, 904.5);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(2803.54, 2175.05);\n    poly131.ps[1] = Point(2803.54, 2195.05);\n    poly131.ps[2] = Point(2771.54, 2195.05);\n    poly131.ps[3] = Point(2771.54, 2175.05);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(2415.71, 2175.05);\n    poly132.ps[1] = Point(2415.71, 2195.05);\n    poly132.ps[2] = Point(2383.71, 2195.05);\n    poly132.ps[3] = Point(2383.71, 2175.05);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(1942.79, 2175.05);\n    poly133.ps[1] = Point(1942.79, 2195.05);\n    poly133.ps[2] = Point(1910.79, 2195.05);\n    poly133.ps[3] = Point(1910.79, 2175.05);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(727.958, 2175.05);\n    poly134.ps[1] = Point(727.958, 2195.05);\n    poly134.ps[2] = Point(695.958, 2195.05);\n    poly134.ps[3] = Point(695.958, 2175.05);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(1573.6, 2007.95);\n    poly135.ps[1] = Point(1573.6, 2039.95);\n    poly135.ps[2] = Point(1553.6, 2039.95);\n    poly135.ps[3] = Point(1553.6, 2007.95);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(727.958, 1368.24);\n    poly136.ps[1] = Point(727.958, 1388.24);\n    poly136.ps[2] = Point(695.958, 1388.24);\n    poly136.ps[3] = Point(695.958, 1368.24);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(721.958, 1424.24);\n    poly137.ps[1] = Point(721.958, 1456.24);\n    poly137.ps[2] = Point(701.958, 1456.24);\n    poly137.ps[3] = Point(701.958, 1424.24);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(1395.86, 1424.24);\n    poly138.ps[1] = Point(1395.86, 1456.24);\n    poly138.ps[2] = Point(1375.86, 1456.24);\n    poly138.ps[3] = Point(1375.86, 1424.24);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(626.333, 2467.3);\n    poly139.ps[1] = Point(626.333, 2487.3);\n    poly139.ps[2] = Point(594.333, 2487.3);\n    poly139.ps[3] = Point(594.333, 2467.3);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(620.333, 2596.3);\n    poly140.ps[1] = Point(620.333, 2628.3);\n    poly140.ps[2] = Point(600.333, 2628.3);\n    poly140.ps[3] = Point(600.333, 2596.3);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1508.87, 2033.77);\n    poly141.ps[1] = Point(1508.87, 2073.77);\n    poly141.ps[2] = Point(1452.87, 2073.77);\n    poly141.ps[3] = Point(1452.87, 2033.77);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(626.333, 3061.3);\n    poly142.ps[1] = Point(626.333, 3081.3);\n    poly142.ps[2] = Point(594.333, 3081.3);\n    poly142.ps[3] = Point(594.333, 3061.3);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1207.96, 2596.3);\n    poly143.ps[1] = Point(1207.96, 2628.3);\n    poly143.ps[2] = Point(1187.96, 2628.3);\n    poly143.ps[3] = Point(1187.96, 2596.3);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(1325.96, 2596.3);\n    poly144.ps[1] = Point(1325.96, 2628.3);\n    poly144.ps[2] = Point(1305.96, 2628.3);\n    poly144.ps[3] = Point(1305.96, 2596.3);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1656.79, 2741.3);\n    poly145.ps[1] = Point(1656.79, 2773.3);\n    poly145.ps[2] = Point(1636.79, 2773.3);\n    poly145.ps[3] = Point(1636.79, 2741.3);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(1573.6, 2672.3);\n    poly146.ps[1] = Point(1573.6, 2704.3);\n    poly146.ps[2] = Point(1553.6, 2704.3);\n    poly146.ps[3] = Point(1553.6, 2672.3);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1548.46, 2741.3);\n    poly147.ps[1] = Point(1548.46, 2773.3);\n    poly147.ps[2] = Point(1528.46, 2773.3);\n    poly147.ps[3] = Point(1528.46, 2741.3);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(1656.79, 3124.3);\n    poly148.ps[1] = Point(1656.79, 3156.3);\n    poly148.ps[2] = Point(1636.79, 3156.3);\n    poly148.ps[3] = Point(1636.79, 3124.3);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(1548.46, 3124.3);\n    poly149.ps[1] = Point(1548.46, 3156.3);\n    poly149.ps[2] = Point(1528.46, 3156.3);\n    poly149.ps[3] = Point(1528.46, 3124.3);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1573.6, 3055.3);\n    poly150.ps[1] = Point(1573.6, 3087.3);\n    poly150.ps[2] = Point(1553.6, 3087.3);\n    poly150.ps[3] = Point(1553.6, 3055.3);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(2245.79, 2739.3);\n    poly151.ps[1] = Point(2245.79, 2759.3);\n    poly151.ps[2] = Point(2213.79, 2759.3);\n    poly151.ps[3] = Point(2213.79, 2739.3);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(2344.71, 2596.3);\n    poly152.ps[1] = Point(2344.71, 2628.3);\n    poly152.ps[2] = Point(2324.71, 2628.3);\n    poly152.ps[3] = Point(2324.71, 2596.3);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(2493.71, 2945.3);\n    poly153.ps[1] = Point(2493.71, 2965.3);\n    poly153.ps[2] = Point(2461.71, 2965.3);\n    poly153.ps[3] = Point(2461.71, 2945.3);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(860.958, 2461.3);\n    poly154.ps[1] = Point(860.958, 2493.3);\n    poly154.ps[2] = Point(840.958, 2493.3);\n    poly154.ps[3] = Point(840.958, 2461.3);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(974.958, 2467.3);\n    poly155.ps[1] = Point(974.958, 2487.3);\n    poly155.ps[2] = Point(942.958, 2487.3);\n    poly155.ps[3] = Point(942.958, 2467.3);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(886.358, 2596.3);\n    poly156.ps[1] = Point(886.358, 2628.3);\n    poly156.ps[2] = Point(866.358, 2628.3);\n    poly156.ps[3] = Point(866.358, 2596.3);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(886.358, 2741.3);\n    poly157.ps[1] = Point(886.358, 2773.3);\n    poly157.ps[2] = Point(866.358, 2773.3);\n    poly157.ps[3] = Point(866.358, 2741.3);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(892.358, 3061.3);\n    poly158.ps[1] = Point(892.358, 3081.3);\n    poly158.ps[2] = Point(860.358, 3081.3);\n    poly158.ps[3] = Point(860.358, 3061.3);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(2187.79, 1031.64);\n    poly159.ps[1] = Point(2187.79, 1051.64);\n    poly159.ps[2] = Point(2155.79, 1051.64);\n    poly159.ps[3] = Point(2155.79, 1031.64);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(2493.71, 1031.64);\n    poly160.ps[1] = Point(2493.71, 1051.64);\n    poly160.ps[2] = Point(2461.71, 1051.64);\n    poly160.ps[3] = Point(2461.71, 1031.64);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(2257.79, 1133.64);\n    poly161.ps[1] = Point(2257.79, 1153.64);\n    poly161.ps[2] = Point(2225.79, 1153.64);\n    poly161.ps[3] = Point(2225.79, 1133.64);\n    new ShapeRef(router, poly161, 161);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(1785.79, 496.5);\n    poly162.ps[1] = Point(1785.79, 516.5);\n    poly162.ps[2] = Point(1753.79, 516.5);\n    poly162.ps[3] = Point(1753.79, 496.5);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(1785.79, 567.5);\n    poly163.ps[1] = Point(1785.79, 587.5);\n    poly163.ps[2] = Point(1753.79, 587.5);\n    poly163.ps[3] = Point(1753.79, 567.5);\n    new ShapeRef(router, poly163, 163);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(3509.07, 2154.05);\n    poly164.ps[1] = Point(3509.07, 2216.05);\n    poly164.ps[2] = Point(3447.07, 2216.05);\n    poly164.ps[3] = Point(3447.07, 2154.05);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(3627.07, 2154.05);\n    poly165.ps[1] = Point(3627.07, 2216.05);\n    poly165.ps[2] = Point(3565.07, 2216.05);\n    poly165.ps[3] = Point(3565.07, 2154.05);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(2051.79, 1260.24);\n    poly166.ps[1] = Point(2051.79, 1292.24);\n    poly166.ps[2] = Point(2031.79, 1292.24);\n    poly166.ps[3] = Point(2031.79, 1260.24);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(333, 1109.24);\n    poly167.ps[1] = Point(333, 1141.24);\n    poly167.ps[2] = Point(313, 1141.24);\n    poly167.ps[3] = Point(313, 1109.24);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(291, 1127.64);\n    poly168.ps[1] = Point(291, 1159.64);\n    poly168.ps[2] = Point(271, 1159.64);\n    poly168.ps[3] = Point(271, 1127.64);\n    new ShapeRef(router, poly168, 168);\n\n    Polygon poly169(4);\n    poly169.ps[0] = Point(475.333, 1127.64);\n    poly169.ps[1] = Point(475.333, 1159.64);\n    poly169.ps[2] = Point(455.333, 1159.64);\n    poly169.ps[3] = Point(455.333, 1127.64);\n    new ShapeRef(router, poly169, 169);\n\n    Polygon poly170(4);\n    poly170.ps[0] = Point(3151.24, 1436.94);\n    poly170.ps[1] = Point(3151.24, 1601.94);\n    poly170.ps[2] = Point(3051.24, 1601.94);\n    poly170.ps[3] = Point(3051.24, 1436.94);\n    new ShapeRef(router, poly170, 170);\n\n    Polygon poly171(4);\n    poly171.ps[0] = Point(2153.8, 354.5);\n    poly171.ps[1] = Point(2153.8, 414.5);\n    poly171.ps[2] = Point(1901.8, 414.5);\n    poly171.ps[3] = Point(1901.8, 354.5);\n    new ShapeRef(router, poly171, 171);\n\n    Polygon poly172(4);\n    poly172.ps[0] = Point(1923.29, 1174.24);\n    poly172.ps[1] = Point(1923.29, 1234.24);\n    poly172.ps[2] = Point(1666.29, 1234.24);\n    poly172.ps[3] = Point(1666.29, 1174.24);\n    new ShapeRef(router, poly172, 172);\n\n    Polygon poly173(4);\n    poly173.ps[0] = Point(1521.6, 2799.3);\n    poly173.ps[1] = Point(1521.6, 2973.3);\n    poly173.ps[2] = Point(1228.6, 2973.3);\n    poly173.ps[3] = Point(1228.6, 2799.3);\n    new ShapeRef(router, poly173, 173);\n\n    Polygon poly174(4);\n    poly174.ps[0] = Point(1273.96, 211.5);\n    poly174.ps[1] = Point(1273.96, 385.5);\n    poly174.ps[2] = Point(1191.96, 385.5);\n    poly174.ps[3] = Point(1191.96, 211.5);\n    new ShapeRef(router, poly174, 174);\n\n    Polygon poly175(4);\n    poly175.ps[0] = Point(1335.86, 902.5);\n    poly175.ps[1] = Point(1335.86, 1076.5);\n    poly175.ps[2] = Point(1253.86, 1076.5);\n    poly175.ps[3] = Point(1253.86, 902.5);\n    new ShapeRef(router, poly175, 175);\n\n    Polygon poly176(4);\n    poly176.ps[0] = Point(2984.99, 1489.44);\n    poly176.ps[1] = Point(2984.99, 1549.44);\n    poly176.ps[2] = Point(2706.99, 1549.44);\n    poly176.ps[3] = Point(2706.99, 1489.44);\n    new ShapeRef(router, poly176, 176);\n\n    Polygon poly177(4);\n    poly177.ps[0] = Point(2646.54, 3113.3);\n    poly177.ps[1] = Point(2646.54, 3287.3);\n    poly177.ps[2] = Point(2566.54, 3287.3);\n    poly177.ps[3] = Point(2566.54, 3113.3);\n    new ShapeRef(router, poly177, 177);\n\n    Polygon poly178(4);\n    poly178.ps[0] = Point(1892.79, 3178.3);\n    poly178.ps[1] = Point(1892.79, 3240.3);\n    poly178.ps[2] = Point(1830.79, 3240.3);\n    poly178.ps[3] = Point(1830.79, 3178.3);\n    new ShapeRef(router, poly178, 178);\n\n    Polygon poly179(4);\n    poly179.ps[0] = Point(1798.79, 3391.3);\n    poly179.ps[1] = Point(1798.79, 3411.3);\n    poly179.ps[2] = Point(1766.79, 3411.3);\n    poly179.ps[3] = Point(1766.79, 3391.3);\n    new ShapeRef(router, poly179, 179);\n\n    Polygon poly180(4);\n    poly180.ps[0] = Point(1798.79, 3187.3);\n    poly180.ps[1] = Point(1798.79, 3207.3);\n    poly180.ps[2] = Point(1766.79, 3207.3);\n    poly180.ps[3] = Point(1766.79, 3187.3);\n    new ShapeRef(router, poly180, 180);\n\n    Polygon poly181(4);\n    poly181.ps[0] = Point(2791.54, 113.5);\n    poly181.ps[1] = Point(2791.54, 133.5);\n    poly181.ps[2] = Point(2759.54, 133.5);\n    poly181.ps[3] = Point(2759.54, 113.5);\n    new ShapeRef(router, poly181, 181);\n\n    Polygon poly182(4);\n    poly182.ps[0] = Point(2858.54, 2843.3);\n    poly182.ps[1] = Point(2858.54, 2903.3);\n    poly182.ps[2] = Point(2624.54, 2903.3);\n    poly182.ps[3] = Point(2624.54, 2843.3);\n    new ShapeRef(router, poly182, 182);\n\n    Polygon poly183(4);\n    poly183.ps[0] = Point(1969.79, 2935.3);\n    poly183.ps[1] = Point(1969.79, 2955.3);\n    poly183.ps[2] = Point(1937.79, 2955.3);\n    poly183.ps[3] = Point(1937.79, 2935.3);\n    new ShapeRef(router, poly183, 183);\n\n    Polygon poly184(4);\n    poly184.ps[0] = Point(2187.79, 210.875);\n    poly184.ps[1] = Point(2187.79, 230.875);\n    poly184.ps[2] = Point(2155.79, 230.875);\n    poly184.ps[3] = Point(2155.79, 210.875);\n    new ShapeRef(router, poly184, 184);\n\n    Polygon poly185(4);\n    poly185.ps[0] = Point(2072.79, 189.875);\n    poly185.ps[1] = Point(2072.79, 251.875);\n    poly185.ps[2] = Point(2010.79, 251.875);\n    poly185.ps[3] = Point(2010.79, 189.875);\n    new ShapeRef(router, poly185, 185);\n\n    Polygon poly186(4);\n    poly186.ps[0] = Point(2072.79, 2154.05);\n    poly186.ps[1] = Point(2072.79, 2216.05);\n    poly186.ps[2] = Point(2010.79, 2216.05);\n    poly186.ps[3] = Point(2010.79, 2154.05);\n    new ShapeRef(router, poly186, 186);\n\n    Polygon poly187(4);\n    poly187.ps[0] = Point(1806.79, 1841.95);\n    poly187.ps[1] = Point(1806.79, 1903.95);\n    poly187.ps[2] = Point(1744.79, 1903.95);\n    poly187.ps[3] = Point(1744.79, 1841.95);\n    new ShapeRef(router, poly187, 187);\n\n    Polygon poly188(4);\n    poly188.ps[0] = Point(1942.79, 1862.95);\n    poly188.ps[1] = Point(1942.79, 1882.95);\n    poly188.ps[2] = Point(1910.79, 1882.95);\n    poly188.ps[3] = Point(1910.79, 1862.95);\n    new ShapeRef(router, poly188, 188);\n\n    Polygon poly189(4);\n    poly189.ps[0] = Point(1104.18, 1841.95);\n    poly189.ps[1] = Point(1104.18, 1903.95);\n    poly189.ps[2] = Point(1042.18, 1903.95);\n    poly189.ps[3] = Point(1042.18, 1841.95);\n    new ShapeRef(router, poly189, 189);\n\n    Polygon poly190(4);\n    poly190.ps[0] = Point(1480.46, 1862.95);\n    poly190.ps[1] = Point(1480.46, 1882.95);\n    poly190.ps[2] = Point(1448.46, 1882.95);\n    poly190.ps[3] = Point(1448.46, 1862.95);\n    new ShapeRef(router, poly190, 190);\n\n    Polygon poly191(4);\n    poly191.ps[0] = Point(907.358, 1841.95);\n    poly191.ps[1] = Point(907.358, 1903.95);\n    poly191.ps[2] = Point(845.358, 1903.95);\n    poly191.ps[3] = Point(845.358, 1841.95);\n    new ShapeRef(router, poly191, 191);\n\n    Polygon poly192(4);\n    poly192.ps[0] = Point(988.958, 1862.95);\n    poly192.ps[1] = Point(988.958, 1882.95);\n    poly192.ps[2] = Point(956.958, 1882.95);\n    poly192.ps[3] = Point(956.958, 1862.95);\n    new ShapeRef(router, poly192, 192);\n\n    Polygon poly193(4);\n    poly193.ps[0] = Point(1104.18, 1700.64);\n    poly193.ps[1] = Point(1104.18, 1762.64);\n    poly193.ps[2] = Point(1042.18, 1762.64);\n    poly193.ps[3] = Point(1042.18, 1700.64);\n    new ShapeRef(router, poly193, 193);\n\n    Polygon poly194(4);\n    poly194.ps[0] = Point(1104.18, 1992.95);\n    poly194.ps[1] = Point(1104.18, 2054.95);\n    poly194.ps[2] = Point(1042.18, 2054.95);\n    poly194.ps[3] = Point(1042.18, 1992.95);\n    new ShapeRef(router, poly194, 194);\n\n    Polygon poly195(4);\n    poly195.ps[0] = Point(1551.87, 1611.77);\n    poly195.ps[1] = Point(1551.87, 1651.77);\n    poly195.ps[2] = Point(1475.87, 1651.77);\n    poly195.ps[3] = Point(1475.87, 1611.77);\n    new ShapeRef(router, poly195, 195);\n\n    Polygon poly196(4);\n    poly196.ps[0] = Point(2578.71, 1617.64);\n    poly196.ps[1] = Point(2578.71, 1679.64);\n    poly196.ps[2] = Point(2516.71, 1679.64);\n    poly196.ps[3] = Point(2516.71, 1617.64);\n    new ShapeRef(router, poly196, 196);\n\n    Polygon poly197(4);\n    poly197.ps[0] = Point(3099.24, 285.75);\n    poly197.ps[1] = Point(3099.24, 317.75);\n    poly197.ps[2] = Point(3079.24, 317.75);\n    poly197.ps[3] = Point(3079.24, 285.75);\n    new ShapeRef(router, poly197, 197);\n\n    Polygon poly198(4);\n    poly198.ps[0] = Point(2732.54, 2489.3);\n    poly198.ps[1] = Point(2732.54, 2533.3);\n    poly198.ps[2] = Point(2592.54, 2533.3);\n    poly198.ps[3] = Point(2592.54, 2489.3);\n    new ShapeRef(router, poly198, 198);\n\n    Polygon poly199(4);\n    poly199.ps[0] = Point(1822.83, 2270.38);\n    poly199.ps[1] = Point(1822.83, 2330.38);\n    poly199.ps[2] = Point(1504.83, 2330.38);\n    poly199.ps[3] = Point(1504.83, 2270.38);\n    new ShapeRef(router, poly199, 199);\n\n    Polygon poly200(4);\n    poly200.ps[0] = Point(2072.79, 2643.3);\n    poly200.ps[1] = Point(2072.79, 2705.3);\n    poly200.ps[2] = Point(2010.79, 2705.3);\n    poly200.ps[3] = Point(2010.79, 2643.3);\n    new ShapeRef(router, poly200, 200);\n\n    Polygon poly201(4);\n    poly201.ps[0] = Point(2051.79, 2733.3);\n    poly201.ps[1] = Point(2051.79, 2765.3);\n    poly201.ps[2] = Point(2031.79, 2765.3);\n    poly201.ps[3] = Point(2031.79, 2733.3);\n    new ShapeRef(router, poly201, 201);\n\n    Polygon poly202(4);\n    poly202.ps[0] = Point(1892.79, 2460.3);\n    poly202.ps[1] = Point(1892.79, 2522.3);\n    poly202.ps[2] = Point(1830.79, 2522.3);\n    poly202.ps[3] = Point(1830.79, 2460.3);\n    new ShapeRef(router, poly202, 202);\n\n    Polygon poly203(4);\n    poly203.ps[0] = Point(1892.79, 2643.3);\n    poly203.ps[1] = Point(1892.79, 2705.3);\n    poly203.ps[2] = Point(1830.79, 2705.3);\n    poly203.ps[3] = Point(1830.79, 2643.3);\n    new ShapeRef(router, poly203, 203);\n\n    Polygon poly204(4);\n    poly204.ps[0] = Point(1871.79, 2733.3);\n    poly204.ps[1] = Point(1871.79, 2765.3);\n    poly204.ps[2] = Point(1851.79, 2765.3);\n    poly204.ps[3] = Point(1851.79, 2733.3);\n    new ShapeRef(router, poly204, 204);\n\n    Polygon poly205(4);\n    poly205.ps[0] = Point(1892.79, 2780.3);\n    poly205.ps[1] = Point(1892.79, 2842.3);\n    poly205.ps[2] = Point(1830.79, 2842.3);\n    poly205.ps[3] = Point(1830.79, 2780.3);\n    new ShapeRef(router, poly205, 205);\n\n    Polygon poly206(4);\n    poly206.ps[0] = Point(1830.79, 2498.3);\n    poly206.ps[1] = Point(1830.79, 2560.3);\n    poly206.ps[2] = Point(1768.79, 2560.3);\n    poly206.ps[3] = Point(1768.79, 2498.3);\n    new ShapeRef(router, poly206, 206);\n\n    Polygon poly207(4);\n    poly207.ps[0] = Point(1793.79, 1914.95);\n    poly207.ps[1] = Point(1793.79, 1958.95);\n    poly207.ps[2] = Point(1713.79, 1958.95);\n    poly207.ps[3] = Point(1713.79, 1914.95);\n    new ShapeRef(router, poly207, 207);\n\n    Polygon poly208(4);\n    poly208.ps[0] = Point(1104.18, 538.7);\n    poly208.ps[1] = Point(1104.18, 600.7);\n    poly208.ps[2] = Point(1042.18, 600.7);\n    poly208.ps[3] = Point(1042.18, 538.7);\n    new ShapeRef(router, poly208, 208);\n\n    Polygon poly209(4);\n    poly209.ps[0] = Point(1083.18, 692.5);\n    poly209.ps[1] = Point(1083.18, 724.5);\n    poly209.ps[2] = Point(1063.18, 724.5);\n    poly209.ps[3] = Point(1063.18, 692.5);\n    new ShapeRef(router, poly209, 209);\n\n    Polygon poly210(4);\n    poly210.ps[0] = Point(1245.46, 559.7);\n    poly210.ps[1] = Point(1245.46, 579.7);\n    poly210.ps[2] = Point(1213.46, 579.7);\n    poly210.ps[3] = Point(1213.46, 559.7);\n    new ShapeRef(router, poly210, 210);\n\n    Polygon poly211(4);\n    poly211.ps[0] = Point(907.358, 344.5);\n    poly211.ps[1] = Point(907.358, 406.5);\n    poly211.ps[2] = Point(845.358, 406.5);\n    poly211.ps[3] = Point(845.358, 344.5);\n    new ShapeRef(router, poly211, 211);\n\n    Polygon poly212(4);\n    poly212.ps[0] = Point(886.358, 553.7);\n    poly212.ps[1] = Point(886.358, 585.7);\n    poly212.ps[2] = Point(866.358, 585.7);\n    poly212.ps[3] = Point(866.358, 553.7);\n    new ShapeRef(router, poly212, 212);\n\n    Polygon poly213(4);\n    poly213.ps[0] = Point(812.958, 684.5);\n    poly213.ps[1] = Point(812.958, 746.5);\n    poly213.ps[2] = Point(750.958, 746.5);\n    poly213.ps[3] = Point(750.958, 684.5);\n    new ShapeRef(router, poly213, 213);\n\n    Polygon poly214(4);\n    poly214.ps[0] = Point(414.333, 496.5);\n    poly214.ps[1] = Point(414.333, 528.5);\n    poly214.ps[2] = Point(394.333, 528.5);\n    poly214.ps[3] = Point(394.333, 496.5);\n    new ShapeRef(router, poly214, 214);\n\n    Polygon poly215(4);\n    poly215.ps[0] = Point(2493.71, 2854.3);\n    poly215.ps[1] = Point(2493.71, 2874.3);\n    poly215.ps[2] = Point(2461.71, 2874.3);\n    poly215.ps[3] = Point(2461.71, 2854.3);\n    new ShapeRef(router, poly215, 215);\n\n    Polygon poly216(4);\n    poly216.ps[0] = Point(3150.9, 2498.3);\n    poly216.ps[1] = Point(3150.9, 2560.3);\n    poly216.ps[2] = Point(3088.9, 2560.3);\n    poly216.ps[3] = Point(3088.9, 2498.3);\n    new ShapeRef(router, poly216, 216);\n\n    Polygon poly217(4);\n    poly217.ps[0] = Point(2999.99, 2643.3);\n    poly217.ps[1] = Point(2999.99, 2705.3);\n    poly217.ps[2] = Point(2937.99, 2705.3);\n    poly217.ps[3] = Point(2937.99, 2643.3);\n    new ShapeRef(router, poly217, 217);\n\n    Polygon poly218(4);\n    poly218.ps[0] = Point(2926.99, 2602.3);\n    poly218.ps[1] = Point(2926.99, 2622.3);\n    poly218.ps[2] = Point(2894.99, 2622.3);\n    poly218.ps[3] = Point(2894.99, 2602.3);\n    new ShapeRef(router, poly218, 218);\n\n    Polygon poly219(4);\n    poly219.ps[0] = Point(3150.9, 2841.3);\n    poly219.ps[1] = Point(3150.9, 2903.3);\n    poly219.ps[2] = Point(3088.9, 2903.3);\n    poly219.ps[3] = Point(3088.9, 2841.3);\n    new ShapeRef(router, poly219, 219);\n\n    Polygon poly220(4);\n    poly220.ps[0] = Point(2999.99, 3178.3);\n    poly220.ps[1] = Point(2999.99, 3240.3);\n    poly220.ps[2] = Point(2937.99, 3240.3);\n    poly220.ps[3] = Point(2937.99, 3178.3);\n    new ShapeRef(router, poly220, 220);\n\n    Polygon poly221(4);\n    poly221.ps[0] = Point(3252.24, 2643.3);\n    poly221.ps[1] = Point(3252.24, 2705.3);\n    poly221.ps[2] = Point(3190.24, 2705.3);\n    poly221.ps[3] = Point(3190.24, 2643.3);\n    new ShapeRef(router, poly221, 221);\n\n    Polygon poly222(4);\n    poly222.ps[0] = Point(3247.44, 3178.3);\n    poly222.ps[1] = Point(3247.44, 3240.3);\n    poly222.ps[2] = Point(3185.44, 3240.3);\n    poly222.ps[3] = Point(3185.44, 3178.3);\n    new ShapeRef(router, poly222, 222);\n\n    Polygon poly223(4);\n    poly223.ps[0] = Point(3252.24, 2596.3);\n    poly223.ps[1] = Point(3252.24, 2628.3);\n    poly223.ps[2] = Point(3232.24, 2628.3);\n    poly223.ps[3] = Point(3232.24, 2596.3);\n    new ShapeRef(router, poly223, 223);\n\n    Polygon poly224(4);\n    poly224.ps[0] = Point(2900.99, 3061.3);\n    poly224.ps[1] = Point(2900.99, 3081.3);\n    poly224.ps[2] = Point(2868.99, 3081.3);\n    poly224.ps[3] = Point(2868.99, 3061.3);\n    new ShapeRef(router, poly224, 224);\n\n    Polygon poly225(4);\n    poly225.ps[0] = Point(3336.74, 3055.3);\n    poly225.ps[1] = Point(3336.74, 3087.3);\n    poly225.ps[2] = Point(3316.74, 3087.3);\n    poly225.ps[3] = Point(3316.74, 3055.3);\n    new ShapeRef(router, poly225, 225);\n\n    Polygon poly226(4);\n    poly226.ps[0] = Point(1798.79, 3289.3);\n    poly226.ps[1] = Point(1798.79, 3309.3);\n    poly226.ps[2] = Point(1766.79, 3309.3);\n    poly226.ps[3] = Point(1766.79, 3289.3);\n    new ShapeRef(router, poly226, 226);\n\n    Polygon poly227(4);\n    poly227.ps[0] = Point(210, 492.5);\n    poly227.ps[1] = Point(210, 532.5);\n    poly227.ps[2] = Point(134, 532.5);\n    poly227.ps[3] = Point(134, 492.5);\n    new ShapeRef(router, poly227, 227);\n\n    Polygon poly228(4);\n    poly228.ps[0] = Point(121, 628.5);\n    poly228.ps[1] = Point(121, 668.5);\n    poly228.ps[2] = Point(45, 668.5);\n    poly228.ps[3] = Point(45, 628.5);\n    new ShapeRef(router, poly228, 228);\n\n    Polygon poly229(4);\n    poly229.ps[0] = Point(568.333, 638.5);\n    poly229.ps[1] = Point(568.333, 698.5);\n    poly229.ps[2] = Point(512.333, 698.5);\n    poly229.ps[3] = Point(512.333, 638.5);\n    new ShapeRef(router, poly229, 229);\n\n    Polygon poly230(4);\n    poly230.ps[0] = Point(568.333, 763.833);\n    poly230.ps[1] = Point(568.333, 823.833);\n    poly230.ps[2] = Point(512.333, 823.833);\n    poly230.ps[3] = Point(512.333, 763.833);\n    new ShapeRef(router, poly230, 230);\n\n    Polygon poly231(4);\n    poly231.ps[0] = Point(1481.46, 688.5);\n    poly231.ps[1] = Point(1481.46, 728.5);\n    poly231.ps[2] = Point(1405.46, 728.5);\n    poly231.ps[3] = Point(1405.46, 688.5);\n    new ShapeRef(router, poly231, 231);\n\n    Polygon poly232(4);\n    poly232.ps[0] = Point(1570.46, 221.5);\n    poly232.ps[1] = Point(1570.46, 281.5);\n    poly232.ps[2] = Point(1514.46, 281.5);\n    poly232.ps[3] = Point(1514.46, 221.5);\n    new ShapeRef(router, poly232, 232);\n\n    Polygon poly233(4);\n    poly233.ps[0] = Point(1970.29, 221.5);\n    poly233.ps[1] = Point(1970.29, 281.5);\n    poly233.ps[2] = Point(1914.29, 281.5);\n    poly233.ps[3] = Point(1914.29, 221.5);\n    new ShapeRef(router, poly233, 233);\n\n    Polygon poly234(4);\n    poly234.ps[0] = Point(2054.79, 707.5);\n    poly234.ps[1] = Point(2054.79, 767.5);\n    poly234.ps[2] = Point(1998.79, 767.5);\n    poly234.ps[3] = Point(1998.79, 707.5);\n    new ShapeRef(router, poly234, 234);\n\n    Polygon poly235(4);\n    poly235.ps[0] = Point(568.333, 1206.24);\n    poly235.ps[1] = Point(568.333, 1266.24);\n    poly235.ps[2] = Point(512.333, 1266.24);\n    poly235.ps[3] = Point(512.333, 1206.24);\n    new ShapeRef(router, poly235, 235);\n\n    Polygon poly236(4);\n    poly236.ps[0] = Point(739.958, 1206.24);\n    poly236.ps[1] = Point(739.958, 1266.24);\n    poly236.ps[2] = Point(683.958, 1266.24);\n    poly236.ps[3] = Point(683.958, 1206.24);\n    new ShapeRef(router, poly236, 236);\n\n    Polygon poly237(4);\n    poly237.ps[0] = Point(1000.96, 1206.24);\n    poly237.ps[1] = Point(1000.96, 1266.24);\n    poly237.ps[2] = Point(944.958, 1266.24);\n    poly237.ps[3] = Point(944.958, 1206.24);\n    new ShapeRef(router, poly237, 237);\n\n    Polygon poly238(4);\n    poly238.ps[0] = Point(1040.96, 1123.64);\n    poly238.ps[1] = Point(1040.96, 1163.64);\n    poly238.ps[2] = Point(964.958, 1163.64);\n    poly238.ps[3] = Point(964.958, 1123.64);\n    new ShapeRef(router, poly238, 238);\n\n    Polygon poly239(4);\n    poly239.ps[0] = Point(1413.86, 899.5);\n    poly239.ps[1] = Point(1413.86, 959.5);\n    poly239.ps[2] = Point(1357.86, 959.5);\n    poly239.ps[3] = Point(1357.86, 899.5);\n    new ShapeRef(router, poly239, 239);\n\n    Polygon poly240(4);\n    poly240.ps[0] = Point(1413.86, 1051.64);\n    poly240.ps[1] = Point(1413.86, 1111.64);\n    poly240.ps[2] = Point(1357.86, 1111.64);\n    poly240.ps[3] = Point(1357.86, 1051.64);\n    new ShapeRef(router, poly240, 240);\n\n    Polygon poly241(4);\n    poly241.ps[0] = Point(1413.86, 1153.64);\n    poly241.ps[1] = Point(1413.86, 1213.64);\n    poly241.ps[2] = Point(1357.86, 1213.64);\n    poly241.ps[3] = Point(1357.86, 1153.64);\n    new ShapeRef(router, poly241, 241);\n\n    Polygon poly242(4);\n    poly242.ps[0] = Point(1732.79, 1256.24);\n    poly242.ps[1] = Point(1732.79, 1296.24);\n    poly242.ps[2] = Point(1656.79, 1296.24);\n    poly242.ps[3] = Point(1656.79, 1256.24);\n    new ShapeRef(router, poly242, 242);\n\n    Polygon poly243(4);\n    poly243.ps[0] = Point(1954.79, 1663.64);\n    poly243.ps[1] = Point(1954.79, 1723.64);\n    poly243.ps[2] = Point(1898.79, 1723.64);\n    poly243.ps[3] = Point(1898.79, 1663.64);\n    new ShapeRef(router, poly243, 243);\n\n    Polygon poly244(4);\n    poly244.ps[0] = Point(2044.29, 1420.24);\n    poly244.ps[1] = Point(2044.29, 1460.24);\n    poly244.ps[2] = Point(1968.29, 1460.24);\n    poly244.ps[3] = Point(1968.29, 1420.24);\n    new ShapeRef(router, poly244, 244);\n\n    Polygon poly245(4);\n    poly245.ps[0] = Point(2127.79, 1702.64);\n    poly245.ps[1] = Point(2127.79, 1742.64);\n    poly245.ps[2] = Point(2051.79, 1742.64);\n    poly245.ps[3] = Point(2051.79, 1702.64);\n    new ShapeRef(router, poly245, 245);\n\n    Polygon poly246(4);\n    poly246.ps[0] = Point(2199.79, 1499.64);\n    poly246.ps[1] = Point(2199.79, 1559.64);\n    poly246.ps[2] = Point(2143.79, 1559.64);\n    poly246.ps[3] = Point(2143.79, 1499.64);\n    new ShapeRef(router, poly246, 246);\n\n    Polygon poly247(4);\n    poly247.ps[0] = Point(2327.79, 1420.24);\n    poly247.ps[1] = Point(2327.79, 1460.24);\n    poly247.ps[2] = Point(2251.79, 1460.24);\n    poly247.ps[3] = Point(2251.79, 1420.24);\n    new ShapeRef(router, poly247, 247);\n\n    Polygon poly248(4);\n    poly248.ps[0] = Point(2505.71, 1439.44);\n    poly248.ps[1] = Point(2505.71, 1499.44);\n    poly248.ps[2] = Point(2449.71, 1499.44);\n    poly248.ps[3] = Point(2449.71, 1439.44);\n    new ShapeRef(router, poly248, 248);\n\n    Polygon poly249(4);\n    poly249.ps[0] = Point(2505.71, 1591.64);\n    poly249.ps[1] = Point(2505.71, 1651.64);\n    poly249.ps[2] = Point(2449.71, 1651.64);\n    poly249.ps[3] = Point(2449.71, 1591.64);\n    new ShapeRef(router, poly249, 249);\n    */\n\n    Polygon poly250(4);\n    poly250.ps[0] = Point(2199.79, 1802.95);\n    poly250.ps[1] = Point(2199.79, 1862.95);\n    poly250.ps[2] = Point(2143.79, 1862.95);\n    poly250.ps[3] = Point(2143.79, 1802.95);\n    new ShapeRef(router, poly250, 250);\n\n    /*\n    Polygon poly251(4);\n    poly251.ps[0] = Point(2505.71, 1943.95);\n    poly251.ps[1] = Point(2505.71, 2003.95);\n    poly251.ps[2] = Point(2449.71, 2003.95);\n    poly251.ps[3] = Point(2449.71, 1943.95);\n    new ShapeRef(router, poly251, 251);\n\n    Polygon poly252(4);\n    poly252.ps[0] = Point(2505.71, 2065.95);\n    poly252.ps[1] = Point(2505.71, 2125.95);\n    poly252.ps[2] = Point(2449.71, 2125.95);\n    poly252.ps[3] = Point(2449.71, 2065.95);\n    new ShapeRef(router, poly252, 252);\n\n    Polygon poly253(4);\n    poly253.ps[0] = Point(2688.54, 1742.64);\n    poly253.ps[1] = Point(2688.54, 1802.64);\n    poly253.ps[2] = Point(2632.54, 1802.64);\n    poly253.ps[3] = Point(2632.54, 1742.64);\n    new ShapeRef(router, poly253, 253);\n\n    Polygon poly254(4);\n    poly254.ps[0] = Point(2665.54, 1894.95);\n    poly254.ps[1] = Point(2665.54, 1954.95);\n    poly254.ps[2] = Point(2609.54, 1954.95);\n    poly254.ps[3] = Point(2609.54, 1894.95);\n    new ShapeRef(router, poly254, 254);\n\n    Polygon poly255(4);\n    poly255.ps[0] = Point(2763.54, 1894.95);\n    poly255.ps[1] = Point(2763.54, 1954.95);\n    poly255.ps[2] = Point(2707.54, 1954.95);\n    poly255.ps[3] = Point(2707.54, 1894.95);\n    new ShapeRef(router, poly255, 255);\n\n    Polygon poly256(4);\n    poly256.ps[0] = Point(2926.99, 1742.64);\n    poly256.ps[1] = Point(2926.99, 1802.64);\n    poly256.ps[2] = Point(2870.99, 1802.64);\n    poly256.ps[3] = Point(2870.99, 1742.64);\n    new ShapeRef(router, poly256, 256);\n\n    Polygon poly257(4);\n    poly257.ps[0] = Point(2903.99, 1894.95);\n    poly257.ps[1] = Point(2903.99, 1954.95);\n    poly257.ps[2] = Point(2847.99, 1954.95);\n    poly257.ps[3] = Point(2847.99, 1894.95);\n    new ShapeRef(router, poly257, 257);\n\n    Polygon poly258(4);\n    poly258.ps[0] = Point(2981.99, 1894.95);\n    poly258.ps[1] = Point(2981.99, 1954.95);\n    poly258.ps[2] = Point(2925.99, 1954.95);\n    poly258.ps[3] = Point(2925.99, 1894.95);\n    new ShapeRef(router, poly258, 258);\n\n    Polygon poly259(4);\n    poly259.ps[0] = Point(2327.79, 688.5);\n    poly259.ps[1] = Point(2327.79, 728.5);\n    poly259.ps[2] = Point(2251.79, 728.5);\n    poly259.ps[3] = Point(2251.79, 688.5);\n    new ShapeRef(router, poly259, 259);\n\n    Polygon poly260(4);\n    poly260.ps[0] = Point(2633.71, 688.5);\n    poly260.ps[1] = Point(2633.71, 728.5);\n    poly260.ps[2] = Point(2557.71, 728.5);\n    poly260.ps[3] = Point(2557.71, 688.5);\n    new ShapeRef(router, poly260, 260);\n\n    Polygon poly261(4);\n    poly261.ps[0] = Point(2873.54, 688.5);\n    poly261.ps[1] = Point(2873.54, 728.5);\n    poly261.ps[2] = Point(2797.54, 728.5);\n    poly261.ps[3] = Point(2797.54, 688.5);\n    new ShapeRef(router, poly261, 261);\n\n    Polygon poly262(4);\n    poly262.ps[0] = Point(3054.99, 688.5);\n    poly262.ps[1] = Point(3054.99, 728.5);\n    poly262.ps[2] = Point(2978.99, 728.5);\n    poly262.ps[3] = Point(2978.99, 688.5);\n    new ShapeRef(router, poly262, 262);\n\n    Polygon poly263(4);\n    poly263.ps[0] = Point(3054.99, 894.5);\n    poly263.ps[1] = Point(3054.99, 934.5);\n    poly263.ps[2] = Point(2978.99, 934.5);\n    poly263.ps[3] = Point(2978.99, 894.5);\n    new ShapeRef(router, poly263, 263);\n\n    Polygon poly264(4);\n    poly264.ps[0] = Point(2327.79, 281.75);\n    poly264.ps[1] = Point(2327.79, 321.75);\n    poly264.ps[2] = Point(2251.79, 321.75);\n    poly264.ps[3] = Point(2251.79, 281.75);\n    new ShapeRef(router, poly264, 264);\n\n    Polygon poly265(4);\n    poly265.ps[0] = Point(2505.71, 150.875);\n    poly265.ps[1] = Point(2505.71, 210.875);\n    poly265.ps[2] = Point(2449.71, 210.875);\n    poly265.ps[3] = Point(2449.71, 150.875);\n    new ShapeRef(router, poly265, 265);\n\n    Polygon poly266(4);\n    poly266.ps[0] = Point(2633.71, 281.75);\n    poly266.ps[1] = Point(2633.71, 321.75);\n    poly266.ps[2] = Point(2557.71, 321.75);\n    poly266.ps[3] = Point(2557.71, 281.75);\n    new ShapeRef(router, poly266, 266);\n\n    Polygon poly267(4);\n    poly267.ps[0] = Point(2693.54, 150.875);\n    poly267.ps[1] = Point(2693.54, 210.875);\n    poly267.ps[2] = Point(2637.54, 210.875);\n    poly267.ps[3] = Point(2637.54, 150.875);\n    new ShapeRef(router, poly267, 267);\n\n    Polygon poly268(4);\n    poly268.ps[0] = Point(2693.54, 367.7);\n    poly268.ps[1] = Point(2693.54, 427.7);\n    poly268.ps[2] = Point(2637.54, 427.7);\n    poly268.ps[3] = Point(2637.54, 367.7);\n    new ShapeRef(router, poly268, 268);\n\n    Polygon poly269(4);\n    poly269.ps[0] = Point(2947.99, 367.7);\n    poly269.ps[1] = Point(2947.99, 427.7);\n    poly269.ps[2] = Point(2891.99, 427.7);\n    poly269.ps[3] = Point(2891.99, 367.7);\n    new ShapeRef(router, poly269, 269);\n\n    Polygon poly270(4);\n    poly270.ps[0] = Point(3225.24, 281.75);\n    poly270.ps[1] = Point(3225.24, 321.75);\n    poly270.ps[2] = Point(3149.24, 321.75);\n    poly270.ps[3] = Point(3149.24, 281.75);\n    new ShapeRef(router, poly270, 270);\n\n    Polygon poly271(4);\n    poly271.ps[0] = Point(3506.07, 844.5);\n    poly271.ps[1] = Point(3506.07, 904.5);\n    poly271.ps[2] = Point(3450.07, 904.5);\n    poly271.ps[3] = Point(3450.07, 844.5);\n    new ShapeRef(router, poly271, 271);\n\n    Polygon poly272(4);\n    poly272.ps[0] = Point(3564.07, 1852.95);\n    poly272.ps[1] = Point(3564.07, 1892.95);\n    poly272.ps[2] = Point(3488.07, 1892.95);\n    poly272.ps[3] = Point(3488.07, 1852.95);\n    new ShapeRef(router, poly272, 272);\n\n    Polygon poly273(4);\n    poly273.ps[0] = Point(3564.07, 2592.3);\n    poly273.ps[1] = Point(3564.07, 2632.3);\n    poly273.ps[2] = Point(3488.07, 2632.3);\n    poly273.ps[3] = Point(3488.07, 2592.3);\n    new ShapeRef(router, poly273, 273);\n\n    Polygon poly274(4);\n    poly274.ps[0] = Point(2815.54, 3427.3);\n    poly274.ps[1] = Point(2815.54, 3487.3);\n    poly274.ps[2] = Point(2759.54, 3487.3);\n    poly274.ps[3] = Point(2759.54, 3427.3);\n    new ShapeRef(router, poly274, 274);\n\n    Polygon poly275(4);\n    poly275.ps[0] = Point(2815.54, 3529.3);\n    poly275.ps[1] = Point(2815.54, 3589.3);\n    poly275.ps[2] = Point(2759.54, 3589.3);\n    poly275.ps[3] = Point(2759.54, 3529.3);\n    new ShapeRef(router, poly275, 275);\n\n    Polygon poly276(4);\n    poly276.ps[0] = Point(3682.07, 2592.3);\n    poly276.ps[1] = Point(3682.07, 2632.3);\n    poly276.ps[2] = Point(3606.07, 2632.3);\n    poly276.ps[3] = Point(3606.07, 2592.3);\n    new ShapeRef(router, poly276, 276);\n\n    Polygon poly277(4);\n    poly277.ps[0] = Point(3682.07, 894.5);\n    poly277.ps[1] = Point(3682.07, 934.5);\n    poly277.ps[2] = Point(3606.07, 934.5);\n    poly277.ps[3] = Point(3606.07, 894.5);\n    new ShapeRef(router, poly277, 277);\n\n    Polygon poly278(4);\n    poly278.ps[0] = Point(3412.74, 894.5);\n    poly278.ps[1] = Point(3412.74, 934.5);\n    poly278.ps[2] = Point(3336.74, 934.5);\n    poly278.ps[3] = Point(3336.74, 894.5);\n    new ShapeRef(router, poly278, 278);\n\n    Polygon poly279(4);\n    poly279.ps[0] = Point(3244.44, 2329.05);\n    poly279.ps[1] = Point(3244.44, 2389.05);\n    poly279.ps[2] = Point(3188.44, 2389.05);\n    poly279.ps[3] = Point(3188.44, 2329.05);\n    new ShapeRef(router, poly279, 279);\n\n    Polygon poly280(4);\n    poly280.ps[0] = Point(3244.44, 2227.05);\n    poly280.ps[1] = Point(3244.44, 2287.05);\n    poly280.ps[2] = Point(3188.44, 2287.05);\n    poly280.ps[3] = Point(3188.44, 2227.05);\n    new ShapeRef(router, poly280, 280);\n\n    Polygon poly281(4);\n    poly281.ps[0] = Point(2815.54, 2227.05);\n    poly281.ps[1] = Point(2815.54, 2287.05);\n    poly281.ps[2] = Point(2759.54, 2287.05);\n    poly281.ps[3] = Point(2759.54, 2227.05);\n    new ShapeRef(router, poly281, 281);\n\n    Polygon poly282(4);\n    poly282.ps[0] = Point(3244.44, 844.5);\n    poly282.ps[1] = Point(3244.44, 904.5);\n    poly282.ps[2] = Point(3188.44, 904.5);\n    poly282.ps[3] = Point(3188.44, 844.5);\n    new ShapeRef(router, poly282, 282);\n\n    Polygon poly283(4);\n    poly283.ps[0] = Point(2815.54, 2115.05);\n    poly283.ps[1] = Point(2815.54, 2175.05);\n    poly283.ps[2] = Point(2759.54, 2175.05);\n    poly283.ps[3] = Point(2759.54, 2115.05);\n    new ShapeRef(router, poly283, 283);\n\n    Polygon poly284(4);\n    poly284.ps[0] = Point(2427.71, 2115.05);\n    poly284.ps[1] = Point(2427.71, 2175.05);\n    poly284.ps[2] = Point(2371.71, 2175.05);\n    poly284.ps[3] = Point(2371.71, 2115.05);\n    new ShapeRef(router, poly284, 284);\n\n    Polygon poly285(4);\n    poly285.ps[0] = Point(1954.79, 2115.05);\n    poly285.ps[1] = Point(1954.79, 2175.05);\n    poly285.ps[2] = Point(1898.79, 2175.05);\n    poly285.ps[3] = Point(1898.79, 2115.05);\n    new ShapeRef(router, poly285, 285);\n\n    Polygon poly286(4);\n    poly286.ps[0] = Point(739.958, 2115.05);\n    poly286.ps[1] = Point(739.958, 2175.05);\n    poly286.ps[2] = Point(683.958, 2175.05);\n    poly286.ps[3] = Point(683.958, 2115.05);\n    new ShapeRef(router, poly286, 286);\n\n    Polygon poly287(4);\n    poly287.ps[0] = Point(1649.6, 2003.95);\n    poly287.ps[1] = Point(1649.6, 2043.95);\n    poly287.ps[2] = Point(1573.6, 2043.95);\n    poly287.ps[3] = Point(1573.6, 2003.95);\n    new ShapeRef(router, poly287, 287);\n\n    Polygon poly288(4);\n    poly288.ps[0] = Point(739.958, 1308.24);\n    poly288.ps[1] = Point(739.958, 1368.24);\n    poly288.ps[2] = Point(683.958, 1368.24);\n    poly288.ps[3] = Point(683.958, 1308.24);\n    new ShapeRef(router, poly288, 288);\n\n    Polygon poly289(4);\n    poly289.ps[0] = Point(797.958, 1420.24);\n    poly289.ps[1] = Point(797.958, 1460.24);\n    poly289.ps[2] = Point(721.958, 1460.24);\n    poly289.ps[3] = Point(721.958, 1420.24);\n    new ShapeRef(router, poly289, 289);\n\n    Polygon poly290(4);\n    poly290.ps[0] = Point(1375.86, 1420.24);\n    poly290.ps[1] = Point(1375.86, 1460.24);\n    poly290.ps[2] = Point(1299.86, 1460.24);\n    poly290.ps[3] = Point(1299.86, 1420.24);\n    new ShapeRef(router, poly290, 290);\n\n    Polygon poly291(4);\n    poly291.ps[0] = Point(638.333, 2407.3);\n    poly291.ps[1] = Point(638.333, 2467.3);\n    poly291.ps[2] = Point(582.333, 2467.3);\n    poly291.ps[3] = Point(582.333, 2407.3);\n    new ShapeRef(router, poly291, 291);\n\n    Polygon poly292(4);\n    poly292.ps[0] = Point(696.333, 2592.3);\n    poly292.ps[1] = Point(696.333, 2632.3);\n    poly292.ps[2] = Point(620.333, 2632.3);\n    poly292.ps[3] = Point(620.333, 2592.3);\n    new ShapeRef(router, poly292, 292);\n\n    Polygon poly293(4);\n    poly293.ps[0] = Point(638.333, 3081.3);\n    poly293.ps[1] = Point(638.333, 3141.3);\n    poly293.ps[2] = Point(582.333, 3141.3);\n    poly293.ps[3] = Point(582.333, 3081.3);\n    new ShapeRef(router, poly293, 293);\n\n    Polygon poly294(4);\n    poly294.ps[0] = Point(1187.96, 2592.3);\n    poly294.ps[1] = Point(1187.96, 2632.3);\n    poly294.ps[2] = Point(1111.96, 2632.3);\n    poly294.ps[3] = Point(1111.96, 2592.3);\n    new ShapeRef(router, poly294, 294);\n\n    Polygon poly295(4);\n    poly295.ps[0] = Point(1305.96, 2592.3);\n    poly295.ps[1] = Point(1305.96, 2632.3);\n    poly295.ps[2] = Point(1229.96, 2632.3);\n    poly295.ps[3] = Point(1229.96, 2592.3);\n    new ShapeRef(router, poly295, 295);\n\n    Polygon poly296(4);\n    poly296.ps[0] = Point(1732.79, 2737.3);\n    poly296.ps[1] = Point(1732.79, 2777.3);\n    poly296.ps[2] = Point(1656.79, 2777.3);\n    poly296.ps[3] = Point(1656.79, 2737.3);\n    new ShapeRef(router, poly296, 296);\n\n    Polygon poly297(4);\n    poly297.ps[0] = Point(1649.6, 2668.3);\n    poly297.ps[1] = Point(1649.6, 2708.3);\n    poly297.ps[2] = Point(1573.6, 2708.3);\n    poly297.ps[3] = Point(1573.6, 2668.3);\n    new ShapeRef(router, poly297, 297);\n\n    Polygon poly298(4);\n    poly298.ps[0] = Point(1528.46, 2737.3);\n    poly298.ps[1] = Point(1528.46, 2777.3);\n    poly298.ps[2] = Point(1452.46, 2777.3);\n    poly298.ps[3] = Point(1452.46, 2737.3);\n    new ShapeRef(router, poly298, 298);\n\n    Polygon poly299(4);\n    poly299.ps[0] = Point(1732.79, 3120.3);\n    poly299.ps[1] = Point(1732.79, 3160.3);\n    poly299.ps[2] = Point(1656.79, 3160.3);\n    poly299.ps[3] = Point(1656.79, 3120.3);\n    new ShapeRef(router, poly299, 299);\n\n    Polygon poly300(4);\n    poly300.ps[0] = Point(1528.46, 3120.3);\n    poly300.ps[1] = Point(1528.46, 3160.3);\n    poly300.ps[2] = Point(1452.46, 3160.3);\n    poly300.ps[3] = Point(1452.46, 3120.3);\n    new ShapeRef(router, poly300, 300);\n\n    Polygon poly301(4);\n    poly301.ps[0] = Point(1649.6, 3051.3);\n    poly301.ps[1] = Point(1649.6, 3091.3);\n    poly301.ps[2] = Point(1573.6, 3091.3);\n    poly301.ps[3] = Point(1573.6, 3051.3);\n    new ShapeRef(router, poly301, 301);\n\n    Polygon poly302(4);\n    poly302.ps[0] = Point(2257.79, 2679.3);\n    poly302.ps[1] = Point(2257.79, 2739.3);\n    poly302.ps[2] = Point(2201.79, 2739.3);\n    poly302.ps[3] = Point(2201.79, 2679.3);\n    new ShapeRef(router, poly302, 302);\n\n    Polygon poly303(4);\n    poly303.ps[0] = Point(2420.71, 2592.3);\n    poly303.ps[1] = Point(2420.71, 2632.3);\n    poly303.ps[2] = Point(2344.71, 2632.3);\n    poly303.ps[3] = Point(2344.71, 2592.3);\n    new ShapeRef(router, poly303, 303);\n\n    Polygon poly304(4);\n    poly304.ps[0] = Point(2505.71, 2965.3);\n    poly304.ps[1] = Point(2505.71, 3025.3);\n    poly304.ps[2] = Point(2449.71, 3025.3);\n    poly304.ps[3] = Point(2449.71, 2965.3);\n    new ShapeRef(router, poly304, 304);\n\n    Polygon poly305(4);\n    poly305.ps[0] = Point(840.958, 2457.3);\n    poly305.ps[1] = Point(840.958, 2497.3);\n    poly305.ps[2] = Point(764.958, 2497.3);\n    poly305.ps[3] = Point(764.958, 2457.3);\n    new ShapeRef(router, poly305, 305);\n\n    Polygon poly306(4);\n    poly306.ps[0] = Point(986.958, 2407.3);\n    poly306.ps[1] = Point(986.958, 2467.3);\n    poly306.ps[2] = Point(930.958, 2467.3);\n    poly306.ps[3] = Point(930.958, 2407.3);\n    new ShapeRef(router, poly306, 306);\n\n    Polygon poly307(4);\n    poly307.ps[0] = Point(962.358, 2592.3);\n    poly307.ps[1] = Point(962.358, 2632.3);\n    poly307.ps[2] = Point(886.358, 2632.3);\n    poly307.ps[3] = Point(886.358, 2592.3);\n    new ShapeRef(router, poly307, 307);\n\n    Polygon poly308(4);\n    poly308.ps[0] = Point(962.358, 2737.3);\n    poly308.ps[1] = Point(962.358, 2777.3);\n    poly308.ps[2] = Point(886.358, 2777.3);\n    poly308.ps[3] = Point(886.358, 2737.3);\n    new ShapeRef(router, poly308, 308);\n\n    Polygon poly309(4);\n    poly309.ps[0] = Point(904.358, 3001.3);\n    poly309.ps[1] = Point(904.358, 3061.3);\n    poly309.ps[2] = Point(848.358, 3061.3);\n    poly309.ps[3] = Point(848.358, 3001.3);\n    new ShapeRef(router, poly309, 309);\n\n    Polygon poly310(4);\n    poly310.ps[0] = Point(2199.79, 971.643);\n    poly310.ps[1] = Point(2199.79, 1031.64);\n    poly310.ps[2] = Point(2143.79, 1031.64);\n    poly310.ps[3] = Point(2143.79, 971.643);\n    new ShapeRef(router, poly310, 310);\n\n    Polygon poly311(4);\n    poly311.ps[0] = Point(2505.71, 971.643);\n    poly311.ps[1] = Point(2505.71, 1031.64);\n    poly311.ps[2] = Point(2449.71, 1031.64);\n    poly311.ps[3] = Point(2449.71, 971.643);\n    new ShapeRef(router, poly311, 311);\n\n    Polygon poly312(4);\n    poly312.ps[0] = Point(2269.79, 1153.64);\n    poly312.ps[1] = Point(2269.79, 1213.64);\n    poly312.ps[2] = Point(2213.79, 1213.64);\n    poly312.ps[3] = Point(2213.79, 1153.64);\n    new ShapeRef(router, poly312, 312);\n\n    Polygon poly313(4);\n    poly313.ps[0] = Point(1797.79, 436.5);\n    poly313.ps[1] = Point(1797.79, 496.5);\n    poly313.ps[2] = Point(1741.79, 496.5);\n    poly313.ps[3] = Point(1741.79, 436.5);\n    new ShapeRef(router, poly313, 313);\n\n    Polygon poly314(4);\n    poly314.ps[0] = Point(1797.79, 587.5);\n    poly314.ps[1] = Point(1797.79, 647.5);\n    poly314.ps[2] = Point(1741.79, 647.5);\n    poly314.ps[3] = Point(1741.79, 587.5);\n    new ShapeRef(router, poly314, 314);\n\n    Polygon poly315(4);\n    poly315.ps[0] = Point(2127.79, 1256.24);\n    poly315.ps[1] = Point(2127.79, 1296.24);\n    poly315.ps[2] = Point(2051.79, 1296.24);\n    poly315.ps[3] = Point(2051.79, 1256.24);\n    new ShapeRef(router, poly315, 315);\n\n    Polygon poly316(4);\n    poly316.ps[0] = Point(409, 1105.24);\n    poly316.ps[1] = Point(409, 1145.24);\n    poly316.ps[2] = Point(333, 1145.24);\n    poly316.ps[3] = Point(333, 1105.24);\n    new ShapeRef(router, poly316, 316);\n\n    Polygon poly317(4);\n    poly317.ps[0] = Point(271, 1123.64);\n    poly317.ps[1] = Point(271, 1163.64);\n    poly317.ps[2] = Point(195, 1163.64);\n    poly317.ps[3] = Point(195, 1123.64);\n    new ShapeRef(router, poly317, 317);\n\n    Polygon poly318(4);\n    poly318.ps[0] = Point(551.333, 1123.64);\n    poly318.ps[1] = Point(551.333, 1163.64);\n    poly318.ps[2] = Point(475.333, 1163.64);\n    poly318.ps[3] = Point(475.333, 1123.64);\n    new ShapeRef(router, poly318, 318);\n\n    Polygon poly319(4);\n    poly319.ps[0] = Point(1810.79, 3331.3);\n    poly319.ps[1] = Point(1810.79, 3391.3);\n    poly319.ps[2] = Point(1754.79, 3391.3);\n    poly319.ps[3] = Point(1754.79, 3331.3);\n    new ShapeRef(router, poly319, 319);\n\n    Polygon poly320(4);\n    poly320.ps[0] = Point(1810.79, 3127.3);\n    poly320.ps[1] = Point(1810.79, 3187.3);\n    poly320.ps[2] = Point(1754.79, 3187.3);\n    poly320.ps[3] = Point(1754.79, 3127.3);\n    new ShapeRef(router, poly320, 320);\n\n    Polygon poly321(4);\n    poly321.ps[0] = Point(2803.54, 53.5);\n    poly321.ps[1] = Point(2803.54, 113.5);\n    poly321.ps[2] = Point(2747.54, 113.5);\n    poly321.ps[3] = Point(2747.54, 53.5);\n    new ShapeRef(router, poly321, 321);\n\n    Polygon poly322(4);\n    poly322.ps[0] = Point(1981.79, 2875.3);\n    poly322.ps[1] = Point(1981.79, 2935.3);\n    poly322.ps[2] = Point(1925.79, 2935.3);\n    poly322.ps[3] = Point(1925.79, 2875.3);\n    new ShapeRef(router, poly322, 322);\n\n    Polygon poly323(4);\n    poly323.ps[0] = Point(2199.79, 150.875);\n    poly323.ps[1] = Point(2199.79, 210.875);\n    poly323.ps[2] = Point(2143.79, 210.875);\n    poly323.ps[3] = Point(2143.79, 150.875);\n    new ShapeRef(router, poly323, 323);\n\n    Polygon poly324(4);\n    poly324.ps[0] = Point(1954.79, 1802.95);\n    poly324.ps[1] = Point(1954.79, 1862.95);\n    poly324.ps[2] = Point(1898.79, 1862.95);\n    poly324.ps[3] = Point(1898.79, 1802.95);\n    new ShapeRef(router, poly324, 324);\n\n    Polygon poly325(4);\n    poly325.ps[0] = Point(1492.46, 1802.95);\n    poly325.ps[1] = Point(1492.46, 1862.95);\n    poly325.ps[2] = Point(1436.46, 1862.95);\n    poly325.ps[3] = Point(1436.46, 1802.95);\n    new ShapeRef(router, poly325, 325);\n\n    Polygon poly326(4);\n    poly326.ps[0] = Point(1000.96, 1802.95);\n    poly326.ps[1] = Point(1000.96, 1862.95);\n    poly326.ps[2] = Point(944.958, 1862.95);\n    poly326.ps[3] = Point(944.958, 1802.95);\n    new ShapeRef(router, poly326, 326);\n\n    Polygon poly327(4);\n    poly327.ps[0] = Point(3079.24, 281.75);\n    poly327.ps[1] = Point(3079.24, 321.75);\n    poly327.ps[2] = Point(3003.24, 321.75);\n    poly327.ps[3] = Point(3003.24, 281.75);\n    new ShapeRef(router, poly327, 327);\n\n    Polygon poly328(4);\n    poly328.ps[0] = Point(2127.79, 2729.3);\n    poly328.ps[1] = Point(2127.79, 2769.3);\n    poly328.ps[2] = Point(2051.79, 2769.3);\n    poly328.ps[3] = Point(2051.79, 2729.3);\n    new ShapeRef(router, poly328, 328);\n\n    Polygon poly329(4);\n    poly329.ps[0] = Point(1947.79, 2729.3);\n    poly329.ps[1] = Point(1947.79, 2769.3);\n    poly329.ps[2] = Point(1871.79, 2769.3);\n    poly329.ps[3] = Point(1871.79, 2729.3);\n    new ShapeRef(router, poly329, 329);\n\n    Polygon poly330(4);\n    poly330.ps[0] = Point(1159.18, 688.5);\n    poly330.ps[1] = Point(1159.18, 728.5);\n    poly330.ps[2] = Point(1083.18, 728.5);\n    poly330.ps[3] = Point(1083.18, 688.5);\n    new ShapeRef(router, poly330, 330);\n\n    Polygon poly331(4);\n    poly331.ps[0] = Point(1257.46, 499.7);\n    poly331.ps[1] = Point(1257.46, 559.7);\n    poly331.ps[2] = Point(1201.46, 559.7);\n    poly331.ps[3] = Point(1201.46, 499.7);\n    new ShapeRef(router, poly331, 331);\n\n    Polygon poly332(4);\n    poly332.ps[0] = Point(962.358, 549.7);\n    poly332.ps[1] = Point(962.358, 589.7);\n    poly332.ps[2] = Point(886.358, 589.7);\n    poly332.ps[3] = Point(886.358, 549.7);\n    new ShapeRef(router, poly332, 332);\n\n    Polygon poly333(4);\n    poly333.ps[0] = Point(490.333, 492.5);\n    poly333.ps[1] = Point(490.333, 532.5);\n    poly333.ps[2] = Point(414.333, 532.5);\n    poly333.ps[3] = Point(414.333, 492.5);\n    new ShapeRef(router, poly333, 333);\n\n    Polygon poly334(4);\n    poly334.ps[0] = Point(2505.71, 2794.3);\n    poly334.ps[1] = Point(2505.71, 2854.3);\n    poly334.ps[2] = Point(2449.71, 2854.3);\n    poly334.ps[3] = Point(2449.71, 2794.3);\n    new ShapeRef(router, poly334, 334);\n\n    Polygon poly335(4);\n    poly335.ps[0] = Point(2938.99, 2542.3);\n    poly335.ps[1] = Point(2938.99, 2602.3);\n    poly335.ps[2] = Point(2882.99, 2602.3);\n    poly335.ps[3] = Point(2882.99, 2542.3);\n    new ShapeRef(router, poly335, 335);\n\n    Polygon poly336(4);\n    poly336.ps[0] = Point(3328.24, 2592.3);\n    poly336.ps[1] = Point(3328.24, 2632.3);\n    poly336.ps[2] = Point(3252.24, 2632.3);\n    poly336.ps[3] = Point(3252.24, 2592.3);\n    new ShapeRef(router, poly336, 336);\n\n    Polygon poly337(4);\n    poly337.ps[0] = Point(2912.99, 3001.3);\n    poly337.ps[1] = Point(2912.99, 3061.3);\n    poly337.ps[2] = Point(2856.99, 3061.3);\n    poly337.ps[3] = Point(2856.99, 3001.3);\n    new ShapeRef(router, poly337, 337);\n\n    Polygon poly338(4);\n    poly338.ps[0] = Point(3412.74, 3051.3);\n    poly338.ps[1] = Point(3412.74, 3091.3);\n    poly338.ps[2] = Point(3336.74, 3091.3);\n    poly338.ps[3] = Point(3336.74, 3051.3);\n    new ShapeRef(router, poly338, 338);\n\n    Polygon poly339(4);\n    poly339.ps[0] = Point(1810.79, 3229.3);\n    poly339.ps[1] = Point(1810.79, 3289.3);\n    poly339.ps[2] = Point(1754.79, 3289.3);\n    poly339.ps[3] = Point(1754.79, 3229.3);\n    new ShapeRef(router, poly339, 339);\n\n    Polygon poly340(4);\n    poly340.ps[0] = Point(1446.46, 172);\n    poly340.ps[1] = Point(1446.46, 232);\n    poly340.ps[2] = Point(1406.46, 232);\n    poly340.ps[3] = Point(1406.46, 172);\n    new ShapeRef(router, poly340, 340);\n\n    Polygon poly341(4);\n    poly341.ps[0] = Point(3101.74, 1542.44);\n    poly341.ps[1] = Point(3101.74, 1602.44);\n    poly341.ps[2] = Point(3061.74, 1602.44);\n    poly341.ps[3] = Point(3061.74, 1542.44);\n    new ShapeRef(router, poly341, 341);\n\n    Polygon poly342(4);\n    poly342.ps[0] = Point(3141.74, 1542.44);\n    poly342.ps[1] = Point(3141.74, 1602.44);\n    poly342.ps[2] = Point(3101.74, 1602.44);\n    poly342.ps[3] = Point(3101.74, 1542.44);\n    new ShapeRef(router, poly342, 342);\n\n    Polygon poly343(4);\n    poly343.ps[0] = Point(1962.3, 365);\n    poly343.ps[1] = Point(1962.3, 405);\n    poly343.ps[2] = Point(1902.3, 405);\n    poly343.ps[3] = Point(1902.3, 365);\n    new ShapeRef(router, poly343, 343);\n\n    Polygon poly344(4);\n    poly344.ps[0] = Point(1726.79, 1184.74);\n    poly344.ps[1] = Point(1726.79, 1224.74);\n    poly344.ps[2] = Point(1666.79, 1224.74);\n    poly344.ps[3] = Point(1666.79, 1184.74);\n    new ShapeRef(router, poly344, 344);\n\n    Polygon poly345(4);\n    poly345.ps[0] = Point(1923.79, 1184.74);\n    poly345.ps[1] = Point(1923.79, 1224.74);\n    poly345.ps[2] = Point(1863.79, 1224.74);\n    poly345.ps[3] = Point(1863.79, 1184.74);\n    new ShapeRef(router, poly345, 345);\n\n    Polygon poly346(4);\n    poly346.ps[0] = Point(1522.1, 2866.8);\n    poly346.ps[1] = Point(1522.1, 2906.8);\n    poly346.ps[2] = Point(1462.1, 2906.8);\n    poly346.ps[3] = Point(1462.1, 2866.8);\n    new ShapeRef(router, poly346, 346);\n\n    Polygon poly347(4);\n    poly347.ps[0] = Point(1395.6, 2799.8);\n    poly347.ps[1] = Point(1395.6, 2859.8);\n    poly347.ps[2] = Point(1355.6, 2859.8);\n    poly347.ps[3] = Point(1355.6, 2799.8);\n    new ShapeRef(router, poly347, 347);\n\n    Polygon poly348(4);\n    poly348.ps[0] = Point(1253.46, 326);\n    poly348.ps[1] = Point(1253.46, 386);\n    poly348.ps[2] = Point(1213.46, 386);\n    poly348.ps[3] = Point(1213.46, 326);\n    new ShapeRef(router, poly348, 348);\n\n    Polygon poly349(4);\n    poly349.ps[0] = Point(1315.36, 903);\n    poly349.ps[1] = Point(1315.36, 963);\n    poly349.ps[2] = Point(1275.36, 963);\n    poly349.ps[3] = Point(1275.36, 903);\n    new ShapeRef(router, poly349, 349);\n\n    Polygon poly350(4);\n    poly350.ps[0] = Point(2767.49, 1499.94);\n    poly350.ps[1] = Point(2767.49, 1539.94);\n    poly350.ps[2] = Point(2707.49, 1539.94);\n    poly350.ps[3] = Point(2707.49, 1499.94);\n    new ShapeRef(router, poly350, 350);\n\n    Polygon poly351(4);\n    poly351.ps[0] = Point(2627.04, 3113.8);\n    poly351.ps[1] = Point(2627.04, 3173.8);\n    poly351.ps[2] = Point(2587.04, 3173.8);\n    poly351.ps[3] = Point(2587.04, 3113.8);\n    new ShapeRef(router, poly351, 351);\n\n    Polygon poly352(4);\n    poly352.ps[0] = Point(2685.04, 2853.8);\n    poly352.ps[1] = Point(2685.04, 2893.8);\n    poly352.ps[2] = Point(2625.04, 2893.8);\n    poly352.ps[3] = Point(2625.04, 2853.8);\n    new ShapeRef(router, poly352, 352);\n\n    Polygon poly353(4);\n    poly353.ps[0] = Point(1823.33, 2280.88);\n    poly353.ps[1] = Point(1823.33, 2320.88);\n    poly353.ps[2] = Point(1763.33, 2320.88);\n    poly353.ps[3] = Point(1763.33, 2280.88);\n    new ShapeRef(router, poly353, 353);\n\n    ConnRef *connRef354 = new ConnRef(router, 354);\n    ConnEnd srcPt354(Point(1762.79, 157.5), 15);\n    connRef354->setSourceEndpoint(srcPt354);\n    ConnEnd dstPt354(Point(1927.29, 291.5), 4);\n    connRef354->setDestEndpoint(dstPt354);\n    connRef354->setRoutingType((ConnType)2);\n\n    ConnRef *connRef355 = new ConnRef(router, 355);\n    ConnEnd srcPt355(Point(1395.46, 693.5), 1);\n    connRef355->setSourceEndpoint(srcPt355);\n    ConnEnd dstPt355(Point(1385.86, 569.7), 15);\n    connRef355->setDestEndpoint(dstPt355);\n    connRef355->setRoutingType((ConnType)2);\n\n    ConnRef *connRef356 = new ConnRef(router, 356);\n    ConnEnd srcPt356(Point(1385.86, 569.7), 15);\n    connRef356->setSourceEndpoint(srcPt356);\n    ConnEnd dstPt356(Point(1527.46, 291.5), 4);\n    connRef356->setDestEndpoint(dstPt356);\n    connRef356->setRoutingType((ConnType)2);\n\n    ConnRef *connRef357 = new ConnRef(router, 357);\n    ConnEnd srcPt357(Point(1754.79, 506.5), 4);\n    connRef357->setSourceEndpoint(srcPt357);\n    ConnEnd dstPt357(Point(1385.86, 569.7), 15);\n    connRef357->setDestEndpoint(dstPt357);\n    connRef357->setRoutingType((ConnType)2);\n\n    ConnRef *connRef358 = new ConnRef(router, 358);\n    ConnEnd srcPt358(Point(1754.79, 577.5), 4);\n    connRef358->setSourceEndpoint(srcPt358);\n    ConnEnd dstPt358(Point(1385.86, 569.7), 15);\n    connRef358->setDestEndpoint(dstPt358);\n    connRef358->setRoutingType((ConnType)2);\n\n    ConnRef *connRef359 = new ConnRef(router, 359);\n    ConnEnd srcPt359(Point(1244.46, 569.7), 8);\n    connRef359->setSourceEndpoint(srcPt359);\n    ConnEnd dstPt359(Point(1385.86, 569.7), 15);\n    connRef359->setDestEndpoint(dstPt359);\n    connRef359->setRoutingType((ConnType)2);\n\n    ConnRef *connRef360 = new ConnRef(router, 360);\n    ConnEnd srcPt360(Point(1957.29, 291.5), 8);\n    connRef360->setSourceEndpoint(srcPt360);\n    ConnEnd dstPt360(Point(2041.79, 569.7), 15);\n    connRef360->setDestEndpoint(dstPt360);\n    connRef360->setRoutingType((ConnType)2);\n\n    ConnRef *connRef361 = new ConnRef(router, 361);\n    ConnEnd srcPt361(Point(2041.79, 569.7), 15);\n    connRef361->setSourceEndpoint(srcPt361);\n    ConnEnd dstPt361(Point(2041.79, 777.5), 8);\n    connRef361->setDestEndpoint(dstPt361);\n    connRef361->setRoutingType((ConnType)2);\n\n    ConnRef *connRef362 = new ConnRef(router, 362);\n    ConnEnd srcPt362(Point(2241.79, 693.5), 1);\n    connRef362->setSourceEndpoint(srcPt362);\n    ConnEnd dstPt362(Point(2041.79, 569.7), 15);\n    connRef362->setDestEndpoint(dstPt362);\n    connRef362->setRoutingType((ConnType)2);\n\n    ConnRef *connRef363 = new ConnRef(router, 363);\n    ConnEnd srcPt363(Point(2547.71, 693.5), 1);\n    connRef363->setSourceEndpoint(srcPt363);\n    ConnEnd dstPt363(Point(2041.79, 569.7), 15);\n    connRef363->setDestEndpoint(dstPt363);\n    connRef363->setRoutingType((ConnType)2);\n\n    ConnRef *connRef364 = new ConnRef(router, 364);\n    ConnEnd srcPt364(Point(2041.79, 569.7), 15);\n    connRef364->setSourceEndpoint(srcPt364);\n    ConnEnd dstPt364(Point(2787.54, 693.5), 1);\n    connRef364->setDestEndpoint(dstPt364);\n    connRef364->setRoutingType((ConnType)2);\n\n    ConnRef *connRef365 = new ConnRef(router, 365);\n    ConnEnd srcPt365(Point(2041.79, 569.7), 15);\n    connRef365->setSourceEndpoint(srcPt365);\n    ConnEnd dstPt365(Point(2968.99, 693.5), 1);\n    connRef365->setDestEndpoint(dstPt365);\n    connRef365->setRoutingType((ConnType)2);\n\n    ConnRef *connRef366 = new ConnRef(router, 366);\n    ConnEnd srcPt366(Point(2241.79, 316.75), 2);\n    connRef366->setSourceEndpoint(srcPt366);\n    ConnEnd dstPt366(Point(2041.79, 569.7), 15);\n    connRef366->setDestEndpoint(dstPt366);\n    connRef366->setRoutingType((ConnType)2);\n\n    ConnRef *connRef367 = new ConnRef(router, 367);\n    ConnEnd srcPt367(Point(2041.79, 569.7), 15);\n    connRef367->setSourceEndpoint(srcPt367);\n    ConnEnd dstPt367(Point(3463.07, 914.5), 4);\n    connRef367->setDestEndpoint(dstPt367);\n    connRef367->setRoutingType((ConnType)2);\n\n    ConnRef *connRef368 = new ConnRef(router, 368);\n    ConnEnd srcPt368(Point(2041.79, 569.7), 15);\n    connRef368->setSourceEndpoint(srcPt368);\n    ConnEnd dstPt368(Point(3596.07, 899.5), 1);\n    connRef368->setDestEndpoint(dstPt368);\n    connRef368->setRoutingType((ConnType)2);\n\n    ConnRef *connRef369 = new ConnRef(router, 369);\n    ConnEnd srcPt369(Point(2041.79, 569.7), 15);\n    connRef369->setSourceEndpoint(srcPt369);\n    ConnEnd dstPt369(Point(3326.74, 899.5), 1);\n    connRef369->setDestEndpoint(dstPt369);\n    connRef369->setRoutingType((ConnType)2);\n\n    ConnRef *connRef370 = new ConnRef(router, 370);\n    ConnEnd srcPt370(Point(2041.79, 569.7), 15);\n    connRef370->setSourceEndpoint(srcPt370);\n    ConnEnd dstPt370(Point(3201.44, 914.5), 4);\n    connRef370->setDestEndpoint(dstPt370);\n    connRef370->setRoutingType((ConnType)2);\n\n    ConnRef *connRef371 = new ConnRef(router, 371);\n    ConnEnd srcPt371(Point(1784.79, 506.5), 8);\n    connRef371->setSourceEndpoint(srcPt371);\n    ConnEnd dstPt371(Point(2041.79, 569.7), 15);\n    connRef371->setDestEndpoint(dstPt371);\n    connRef371->setRoutingType((ConnType)2);\n\n    ConnRef *connRef372 = new ConnRef(router, 372);\n    ConnEnd srcPt372(Point(1784.79, 577.5), 8);\n    connRef372->setSourceEndpoint(srcPt372);\n    ConnEnd dstPt372(Point(2041.79, 569.7), 15);\n    connRef372->setDestEndpoint(dstPt372);\n    connRef372->setRoutingType((ConnType)2);\n\n    ConnRef *connRef373 = new ConnRef(router, 373);\n    ConnEnd srcPt373(Point(1563.6, 978.5), 15);\n    connRef373->setSourceEndpoint(srcPt373);\n    ConnEnd dstPt373(Point(1395.46, 723.5), 2);\n    connRef373->setDestEndpoint(dstPt373);\n    connRef373->setRoutingType((ConnType)2);\n\n    ConnRef *connRef374 = new ConnRef(router, 374);\n    ConnEnd srcPt374(Point(2011.79, 777.5), 4);\n    connRef374->setSourceEndpoint(srcPt374);\n    ConnEnd dstPt374(Point(1563.6, 978.5), 15);\n    connRef374->setDestEndpoint(dstPt374);\n    connRef374->setRoutingType((ConnType)2);\n\n    ConnRef *connRef375 = new ConnRef(router, 375);\n    ConnEnd srcPt375(Point(1400.86, 969.5), 8);\n    connRef375->setSourceEndpoint(srcPt375);\n    ConnEnd dstPt375(Point(1563.6, 978.5), 15);\n    connRef375->setDestEndpoint(dstPt375);\n    connRef375->setRoutingType((ConnType)2);\n\n    ConnRef *connRef376 = new ConnRef(router, 376);\n    ConnEnd srcPt376(Point(1400.86, 1041.64), 8);\n    connRef376->setSourceEndpoint(srcPt376);\n    ConnEnd dstPt376(Point(1563.6, 978.5), 15);\n    connRef376->setDestEndpoint(dstPt376);\n    connRef376->setRoutingType((ConnType)2);\n\n    ConnRef *connRef377 = new ConnRef(router, 377);\n    ConnEnd srcPt377(Point(1400.86, 1143.64), 8);\n    connRef377->setSourceEndpoint(srcPt377);\n    ConnEnd dstPt377(Point(1563.6, 978.5), 15);\n    connRef377->setDestEndpoint(dstPt377);\n    connRef377->setRoutingType((ConnType)2);\n\n    ConnRef *connRef378 = new ConnRef(router, 378);\n    ConnEnd srcPt378(Point(1646.79, 1261.24), 1);\n    connRef378->setSourceEndpoint(srcPt378);\n    ConnEnd dstPt378(Point(1563.6, 978.5), 15);\n    connRef378->setDestEndpoint(dstPt378);\n    connRef378->setRoutingType((ConnType)2);\n\n    ConnRef *connRef379 = new ConnRef(router, 379);\n    ConnEnd srcPt379(Point(1563.6, 978.5), 15);\n    connRef379->setSourceEndpoint(srcPt379);\n    ConnEnd dstPt379(Point(1563.6, 2008.95), 1);\n    connRef379->setDestEndpoint(dstPt379);\n    connRef379->setRoutingType((ConnType)2);\n\n    ConnRef *connRef380 = new ConnRef(router, 380);\n    ConnEnd srcPt380(Point(2041.79, 1261.24), 1);\n    connRef380->setSourceEndpoint(srcPt380);\n    ConnEnd dstPt380(Point(1563.6, 978.5), 15);\n    connRef380->setDestEndpoint(dstPt380);\n    connRef380->setRoutingType((ConnType)2);\n\n    ConnRef *connRef381 = new ConnRef(router, 381);\n    ConnEnd srcPt381(Point(555.333, 708.5), 8);\n    connRef381->setSourceEndpoint(srcPt381);\n    ConnEnd dstPt381(Point(610.333, 833.833), 15);\n    connRef381->setDestEndpoint(dstPt381);\n    connRef381->setRoutingType((ConnType)2);\n\n    ConnRef *connRef382 = new ConnRef(router, 382);\n    ConnEnd srcPt382(Point(555.333, 833.833), 8);\n    connRef382->setSourceEndpoint(srcPt382);\n    ConnEnd dstPt382(Point(610.333, 833.833), 15);\n    connRef382->setDestEndpoint(dstPt382);\n    connRef382->setRoutingType((ConnType)2);\n\n    ConnRef *connRef383 = new ConnRef(router, 383);\n    ConnEnd srcPt383(Point(610.333, 833.833), 15);\n    connRef383->setSourceEndpoint(srcPt383);\n    ConnEnd dstPt383(Point(1395.46, 723.5), 2);\n    connRef383->setDestEndpoint(dstPt383);\n    connRef383->setRoutingType((ConnType)2);\n\n    ConnRef *connRef384 = new ConnRef(router, 384);\n    ConnEnd srcPt384(Point(610.333, 833.833), 15);\n    connRef384->setSourceEndpoint(srcPt384);\n    ConnEnd dstPt384(Point(1073.18, 723.5), 2);\n    connRef384->setDestEndpoint(dstPt384);\n    connRef384->setRoutingType((ConnType)2);\n\n    ConnRef *connRef385 = new ConnRef(router, 385);\n    ConnEnd srcPt385(Point(610.333, 833.833), 15);\n    connRef385->setSourceEndpoint(srcPt385);\n    ConnEnd dstPt385(Point(876.358, 584.7), 2);\n    connRef385->setDestEndpoint(dstPt385);\n    connRef385->setRoutingType((ConnType)2);\n\n    ConnRef *connRef386 = new ConnRef(router, 386);\n    ConnEnd srcPt386(Point(390.333, 2399.05), 15);\n    connRef386->setSourceEndpoint(srcPt386);\n    ConnEnd dstPt386(Point(525.333, 1276.24), 4);\n    connRef386->setDestEndpoint(dstPt386);\n    connRef386->setRoutingType((ConnType)2);\n\n    ConnRef *connRef387 = new ConnRef(router, 387);\n    ConnEnd srcPt387(Point(696.958, 2185.05), 4);\n    connRef387->setSourceEndpoint(srcPt387);\n    ConnEnd dstPt387(Point(390.333, 2399.05), 15);\n    connRef387->setDestEndpoint(dstPt387);\n    connRef387->setRoutingType((ConnType)2);\n\n    ConnRef *connRef388 = new ConnRef(router, 388);\n    ConnEnd srcPt388(Point(696.958, 1378.24), 4);\n    connRef388->setSourceEndpoint(srcPt388);\n    ConnEnd dstPt388(Point(390.333, 2399.05), 15);\n    connRef388->setDestEndpoint(dstPt388);\n    connRef388->setRoutingType((ConnType)2);\n\n    ConnRef *connRef389 = new ConnRef(router, 389);\n    ConnEnd srcPt389(Point(390.333, 2399.05), 15);\n    connRef389->setSourceEndpoint(srcPt389);\n    ConnEnd dstPt389(Point(711.958, 1455.24), 2);\n    connRef389->setDestEndpoint(dstPt389);\n    connRef389->setRoutingType((ConnType)2);\n\n    ConnRef *connRef390 = new ConnRef(router, 390);\n    ConnEnd srcPt390(Point(390.333, 2399.05), 15);\n    connRef390->setSourceEndpoint(srcPt390);\n    ConnEnd dstPt390(Point(625.333, 2477.3), 8);\n    connRef390->setDestEndpoint(dstPt390);\n    connRef390->setRoutingType((ConnType)2);\n\n    ConnRef *connRef391 = new ConnRef(router, 391);\n    ConnEnd srcPt391(Point(625.333, 3071.3), 8);\n    connRef391->setSourceEndpoint(srcPt391);\n    ConnEnd dstPt391(Point(390.333, 2399.05), 15);\n    connRef391->setDestEndpoint(dstPt391);\n    connRef391->setRoutingType((ConnType)2);\n\n    ConnRef *connRef392 = new ConnRef(router, 392);\n    ConnEnd srcPt392(Point(323, 1140.24), 2);\n    connRef392->setSourceEndpoint(srcPt392);\n    ConnEnd dstPt392(Point(390.333, 2399.05), 15);\n    connRef392->setDestEndpoint(dstPt392);\n    connRef392->setRoutingType((ConnType)2);\n\n    ConnRef *connRef393 = new ConnRef(router, 393);\n    ConnEnd srcPt393(Point(281, 1158.64), 2);\n    connRef393->setSourceEndpoint(srcPt393);\n    ConnEnd dstPt393(Point(390.333, 2399.05), 15);\n    connRef393->setDestEndpoint(dstPt393);\n    connRef393->setRoutingType((ConnType)2);\n\n    ConnRef *connRef394 = new ConnRef(router, 394);\n    ConnEnd srcPt394(Point(465.333, 1158.64), 2);\n    connRef394->setSourceEndpoint(srcPt394);\n    ConnEnd dstPt394(Point(390.333, 2399.05), 15);\n    connRef394->setDestEndpoint(dstPt394);\n    connRef394->setRoutingType((ConnType)2);\n\n    ConnRef *connRef395 = new ConnRef(router, 395);\n    ConnEnd srcPt395(Point(1523.87, 1631.77), 15);\n    connRef395->setSourceEndpoint(srcPt395);\n    ConnEnd dstPt395(Point(390.333, 2399.05), 15);\n    connRef395->setDestEndpoint(dstPt395);\n    connRef395->setRoutingType((ConnType)2);\n\n    ConnRef *connRef396 = new ConnRef(router, 396);\n    ConnEnd srcPt396(Point(3201.44, 2399.05), 4);\n    connRef396->setSourceEndpoint(srcPt396);\n    ConnEnd dstPt396(Point(1563.6, 2399.05), 15);\n    connRef396->setDestEndpoint(dstPt396);\n    connRef396->setRoutingType((ConnType)2);\n\n    ConnRef *connRef397 = new ConnRef(router, 397);\n    ConnEnd srcPt397(Point(2772.54, 2297.05), 4);\n    connRef397->setSourceEndpoint(srcPt397);\n    ConnEnd dstPt397(Point(1563.6, 2399.05), 15);\n    connRef397->setDestEndpoint(dstPt397);\n    connRef397->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398 = new ConnRef(router, 398);\n    ConnEnd srcPt398(Point(1563.6, 2038.95), 2);\n    connRef398->setSourceEndpoint(srcPt398);\n    ConnEnd dstPt398(Point(1563.6, 2399.05), 15);\n    connRef398->setDestEndpoint(dstPt398);\n    connRef398->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399 = new ConnRef(router, 399);\n    ConnEnd srcPt399(Point(1563.6, 2399.05), 15);\n    connRef399->setSourceEndpoint(srcPt399);\n    ConnEnd dstPt399(Point(625.333, 2477.3), 8);\n    connRef399->setDestEndpoint(dstPt399);\n    connRef399->setRoutingType((ConnType)2);\n\n    ConnRef *connRef400 = new ConnRef(router, 400);\n    ConnEnd srcPt400(Point(1563.6, 2399.05), 15);\n    connRef400->setSourceEndpoint(srcPt400);\n    ConnEnd dstPt400(Point(1646.79, 2742.3), 1);\n    connRef400->setDestEndpoint(dstPt400);\n    connRef400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef401 = new ConnRef(router, 401);\n    ConnEnd srcPt401(Point(1563.6, 2399.05), 15);\n    connRef401->setSourceEndpoint(srcPt401);\n    ConnEnd dstPt401(Point(2214.79, 2749.3), 4);\n    connRef401->setDestEndpoint(dstPt401);\n    connRef401->setRoutingType((ConnType)2);\n\n    ConnRef *connRef402 = new ConnRef(router, 402);\n    ConnEnd srcPt402(Point(1563.6, 2399.05), 15);\n    connRef402->setSourceEndpoint(srcPt402);\n    ConnEnd dstPt402(Point(850.958, 2462.3), 1);\n    connRef402->setDestEndpoint(dstPt402);\n    connRef402->setRoutingType((ConnType)2);\n\n    ConnRef *connRef403 = new ConnRef(router, 403);\n    ConnEnd srcPt403(Point(1563.6, 2399.05), 15);\n    connRef403->setSourceEndpoint(srcPt403);\n    ConnEnd dstPt403(Point(973.958, 2477.3), 8);\n    connRef403->setDestEndpoint(dstPt403);\n    connRef403->setRoutingType((ConnType)2);\n\n    ConnRef *connRef404 = new ConnRef(router, 404);\n    ConnEnd srcPt404(Point(1563.6, 2399.05), 15);\n    connRef404->setSourceEndpoint(srcPt404);\n    ConnEnd dstPt404(Point(2895.99, 2612.3), 4);\n    connRef404->setDestEndpoint(dstPt404);\n    connRef404->setRoutingType((ConnType)2);\n\n    ConnRef *connRef405 = new ConnRef(router, 405);\n    ConnEnd srcPt405(Point(1563.6, 2399.05), 15);\n    connRef405->setSourceEndpoint(srcPt405);\n    ConnEnd dstPt405(Point(2869.99, 3071.3), 4);\n    connRef405->setDestEndpoint(dstPt405);\n    connRef405->setRoutingType((ConnType)2);\n\n    ConnRef *connRef406 = new ConnRef(router, 406);\n    ConnEnd srcPt406(Point(726.958, 1378.24), 8);\n    connRef406->setSourceEndpoint(srcPt406);\n    ConnEnd dstPt406(Point(1782.79, 1378.24), 15);\n    connRef406->setDestEndpoint(dstPt406);\n    connRef406->setRoutingType((ConnType)2);\n\n    ConnRef *connRef407 = new ConnRef(router, 407);\n    ConnEnd srcPt407(Point(1782.79, 1569.64), 15);\n    connRef407->setSourceEndpoint(srcPt407);\n    ConnEnd dstPt407(Point(1385.86, 1455.24), 2);\n    connRef407->setDestEndpoint(dstPt407);\n    connRef407->setRoutingType((ConnType)2);\n\n    ConnRef *connRef408 = new ConnRef(router, 408);\n    ConnEnd srcPt408(Point(1919.87, 1601.64), 15);\n    connRef408->setSourceEndpoint(srcPt408);\n    ConnEnd dstPt408(Point(2041.79, 1569.64), 15);\n    connRef408->setDestEndpoint(dstPt408);\n    connRef408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef409 = new ConnRef(router, 409);\n    ConnEnd srcPt409(Point(2041.79, 1569.64), 15);\n    connRef409->setSourceEndpoint(srcPt409);\n    ConnEnd dstPt409(Point(1941.79, 1653.64), 8);\n    connRef409->setDestEndpoint(dstPt409);\n    connRef409->setRoutingType((ConnType)2);\n\n    ConnRef *connRef410 = new ConnRef(router, 410);\n    ConnEnd srcPt410(Point(1958.29, 1455.24), 2);\n    connRef410->setSourceEndpoint(srcPt410);\n    ConnEnd dstPt410(Point(2041.79, 1569.64), 15);\n    connRef410->setDestEndpoint(dstPt410);\n    connRef410->setRoutingType((ConnType)2);\n\n    ConnRef *connRef411 = new ConnRef(router, 411);\n    ConnEnd srcPt411(Point(2041.79, 1569.64), 15);\n    connRef411->setSourceEndpoint(srcPt411);\n    ConnEnd dstPt411(Point(2041.79, 1707.64), 1);\n    connRef411->setDestEndpoint(dstPt411);\n    connRef411->setRoutingType((ConnType)2);\n\n    ConnRef *connRef412 = new ConnRef(router, 412);\n    ConnEnd srcPt412(Point(2041.79, 1569.64), 15);\n    connRef412->setSourceEndpoint(srcPt412);\n    ConnEnd dstPt412(Point(2156.79, 1569.64), 4);\n    connRef412->setDestEndpoint(dstPt412);\n    connRef412->setRoutingType((ConnType)2);\n\n    ConnRef *connRef413 = new ConnRef(router, 413);\n    ConnEnd srcPt413(Point(2041.79, 1569.64), 15);\n    connRef413->setSourceEndpoint(srcPt413);\n    ConnEnd dstPt413(Point(2028.87, 1507.64), 15);\n    connRef413->setDestEndpoint(dstPt413);\n    connRef413->setRoutingType((ConnType)2);\n\n    ConnRef *connRef414 = new ConnRef(router, 414);\n    ConnEnd srcPt414(Point(1976.87, 1934.95), 15);\n    connRef414->setSourceEndpoint(srcPt414);\n    ConnEnd dstPt414(Point(2041.79, 1872.95), 15);\n    connRef414->setDestEndpoint(dstPt414);\n    connRef414->setRoutingType((ConnType)2);\n\n    ConnRef *connRef415 = new ConnRef(router, 415);\n    ConnEnd srcPt415(Point(2041.79, 1737.64), 2);\n    connRef415->setSourceEndpoint(srcPt415);\n    ConnEnd dstPt415(Point(2041.79, 1872.95), 15);\n    connRef415->setDestEndpoint(dstPt415);\n    connRef415->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef416 = new ConnRef(router, 416);\n    ConnEnd srcPt416(Point(2041.79, 1872.95), 15);\n    connRef416->setSourceEndpoint(srcPt416);\n    ConnEnd dstPt416(Point(2156.79, 1872.95), 4);\n    connRef416->setDestEndpoint(dstPt416);\n    connRef416->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef417 = new ConnRef(router, 417);\n    ConnEnd srcPt417(Point(2111.79, 1884.95), 15);\n    connRef417->setSourceEndpoint(srcPt417);\n    ConnEnd dstPt417(Point(2041.79, 1872.95), 15);\n    connRef417->setDestEndpoint(dstPt417);\n    connRef417->setRoutingType((ConnType)2);\n\n    ConnRef *connRef418 = new ConnRef(router, 418);\n    ConnEnd srcPt418(Point(1941.79, 1872.95), 8);\n    connRef418->setSourceEndpoint(srcPt418);\n    ConnEnd dstPt418(Point(2041.79, 1872.95), 15);\n    connRef418->setDestEndpoint(dstPt418);\n    connRef418->setRoutingType((ConnType)2);\n\n    ConnRef *connRef419 = new ConnRef(router, 419);\n    ConnEnd srcPt419(Point(2189.79, 1733.77), 15);\n    connRef419->setSourceEndpoint(srcPt419);\n    ConnEnd dstPt419(Point(2547.71, 1872.95), 15);\n    connRef419->setDestEndpoint(dstPt419);\n    connRef419->setRoutingType((ConnType)2);\n\n    ConnRef *connRef420 = new ConnRef(router, 420);\n    ConnEnd srcPt420(Point(2492.71, 2013.95), 8);\n    connRef420->setSourceEndpoint(srcPt420);\n    ConnEnd dstPt420(Point(2547.71, 1872.95), 15);\n    connRef420->setDestEndpoint(dstPt420);\n    connRef420->setRoutingType((ConnType)2);\n\n    ConnRef *connRef421 = new ConnRef(router, 421);\n    ConnEnd srcPt421(Point(2492.71, 2055.95), 8);\n    connRef421->setSourceEndpoint(srcPt421);\n    ConnEnd dstPt421(Point(2547.71, 1872.95), 15);\n    connRef421->setDestEndpoint(dstPt421);\n    connRef421->setRoutingType((ConnType)2);\n\n    ConnRef *connRef422 = new ConnRef(router, 422);\n    ConnEnd srcPt422(Point(2547.71, 1872.95), 15);\n    connRef422->setSourceEndpoint(srcPt422);\n    ConnEnd dstPt422(Point(2645.54, 1812.64), 4);\n    connRef422->setDestEndpoint(dstPt422);\n    connRef422->setRoutingType((ConnType)2);\n\n    ConnRef *connRef423 = new ConnRef(router, 423);\n    ConnEnd srcPt423(Point(2547.71, 1872.95), 15);\n    connRef423->setSourceEndpoint(srcPt423);\n    ConnEnd dstPt423(Point(2622.54, 1884.95), 4);\n    connRef423->setDestEndpoint(dstPt423);\n    connRef423->setRoutingType((ConnType)2);\n\n    ConnRef *connRef424 = new ConnRef(router, 424);\n    ConnEnd srcPt424(Point(2547.71, 1872.95), 15);\n    connRef424->setSourceEndpoint(srcPt424);\n    ConnEnd dstPt424(Point(2720.54, 1884.95), 4);\n    connRef424->setDestEndpoint(dstPt424);\n    connRef424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef425 = new ConnRef(router, 425);\n    ConnEnd srcPt425(Point(2787.54, 1872.95), 15);\n    connRef425->setSourceEndpoint(srcPt425);\n    ConnEnd dstPt425(Point(2883.99, 1812.64), 4);\n    connRef425->setDestEndpoint(dstPt425);\n    connRef425->setRoutingType((ConnType)2);\n\n    ConnRef *connRef426 = new ConnRef(router, 426);\n    ConnEnd srcPt426(Point(2787.54, 1872.95), 15);\n    connRef426->setSourceEndpoint(srcPt426);\n    ConnEnd dstPt426(Point(2860.99, 1884.95), 4);\n    connRef426->setDestEndpoint(dstPt426);\n    connRef426->setRoutingType((ConnType)2);\n\n    ConnRef *connRef427 = new ConnRef(router, 427);\n    ConnEnd srcPt427(Point(2787.54, 1872.95), 15);\n    connRef427->setSourceEndpoint(srcPt427);\n    ConnEnd dstPt427(Point(2938.99, 1884.95), 4);\n    connRef427->setDestEndpoint(dstPt427);\n    connRef427->setRoutingType((ConnType)2);\n\n    ConnRef *connRef428 = new ConnRef(router, 428);\n    ConnEnd srcPt428(Point(1315.96, 312.5), 15);\n    connRef428->setSourceEndpoint(srcPt428);\n    ConnEnd dstPt428(Point(1527.46, 291.5), 4);\n    connRef428->setDestEndpoint(dstPt428);\n    connRef428->setRoutingType((ConnType)2);\n\n    ConnRef *connRef429 = new ConnRef(router, 429);\n    ConnEnd srcPt429(Point(3216.44, 2185.05), 15);\n    connRef429->setSourceEndpoint(srcPt429);\n    ConnEnd dstPt429(Point(2802.54, 2185.05), 8);\n    connRef429->setDestEndpoint(dstPt429);\n    connRef429->setRoutingType((ConnType)2);\n\n    ConnRef *connRef430 = new ConnRef(router, 430);\n    ConnEnd srcPt430(Point(2772.54, 2185.05), 4);\n    connRef430->setSourceEndpoint(srcPt430);\n    ConnEnd dstPt430(Point(2547.71, 2185.05), 15);\n    connRef430->setDestEndpoint(dstPt430);\n    connRef430->setRoutingType((ConnType)2);\n\n    ConnRef *connRef431 = new ConnRef(router, 431);\n    ConnEnd srcPt431(Point(2547.71, 2185.05), 15);\n    connRef431->setSourceEndpoint(srcPt431);\n    ConnEnd dstPt431(Point(2414.71, 2185.05), 8);\n    connRef431->setDestEndpoint(dstPt431);\n    connRef431->setRoutingType((ConnType)2);\n\n    ConnRef *connRef432 = new ConnRef(router, 432);\n    ConnEnd srcPt432(Point(1911.79, 2185.05), 4);\n    connRef432->setSourceEndpoint(srcPt432);\n    ConnEnd dstPt432(Point(1073.18, 2185.05), 15);\n    connRef432->setDestEndpoint(dstPt432);\n    connRef432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef433 = new ConnRef(router, 433);\n    ConnEnd srcPt433(Point(1073.18, 2185.05), 15);\n    connRef433->setSourceEndpoint(srcPt433);\n    ConnEnd dstPt433(Point(726.958, 2185.05), 8);\n    connRef433->setDestEndpoint(dstPt433);\n    connRef433->setRoutingType((ConnType)2);\n\n    ConnRef *connRef434 = new ConnRef(router, 434);\n    ConnEnd srcPt434(Point(1073.18, 1440.24), 15);\n    connRef434->setSourceEndpoint(srcPt434);\n    ConnEnd dstPt434(Point(1385.86, 1455.24), 2);\n    connRef434->setDestEndpoint(dstPt434);\n    connRef434->setRoutingType((ConnType)2);\n\n    ConnRef *connRef435 = new ConnRef(router, 435);\n    ConnEnd srcPt435(Point(323, 833.833), 15);\n    connRef435->setSourceEndpoint(srcPt435);\n    ConnEnd dstPt435(Point(131, 663.5), 2);\n    connRef435->setDestEndpoint(dstPt435);\n    connRef435->setRoutingType((ConnType)2);\n\n    ConnRef *connRef436 = new ConnRef(router, 436);\n    ConnEnd srcPt436(Point(525.333, 708.5), 4);\n    connRef436->setSourceEndpoint(srcPt436);\n    ConnEnd dstPt436(Point(323, 833.833), 15);\n    connRef436->setDestEndpoint(dstPt436);\n    connRef436->setRoutingType((ConnType)2);\n\n    ConnRef *connRef437 = new ConnRef(router, 437);\n    ConnEnd srcPt437(Point(323, 833.833), 15);\n    connRef437->setSourceEndpoint(srcPt437);\n    ConnEnd dstPt437(Point(525.333, 833.833), 4);\n    connRef437->setDestEndpoint(dstPt437);\n    connRef437->setRoutingType((ConnType)2);\n\n    ConnRef *connRef438 = new ConnRef(router, 438);\n    ConnEnd srcPt438(Point(323, 1110.24), 1);\n    connRef438->setSourceEndpoint(srcPt438);\n    ConnEnd dstPt438(Point(323, 833.833), 15);\n    connRef438->setDestEndpoint(dstPt438);\n    connRef438->setRoutingType((ConnType)2);\n\n    ConnRef *connRef439 = new ConnRef(router, 439);\n    ConnEnd srcPt439(Point(281, 1128.64), 1);\n    connRef439->setSourceEndpoint(srcPt439);\n    ConnEnd dstPt439(Point(323, 833.833), 15);\n    connRef439->setDestEndpoint(dstPt439);\n    connRef439->setRoutingType((ConnType)2);\n\n    ConnRef *connRef440 = new ConnRef(router, 440);\n    ConnEnd srcPt440(Point(465.333, 1128.64), 1);\n    connRef440->setSourceEndpoint(srcPt440);\n    ConnEnd dstPt440(Point(323, 833.833), 15);\n    connRef440->setDestEndpoint(dstPt440);\n    connRef440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef441 = new ConnRef(router, 441);\n    ConnEnd srcPt441(Point(610.333, 1276.24), 15);\n    connRef441->setSourceEndpoint(srcPt441);\n    ConnEnd dstPt441(Point(696.958, 1276.24), 4);\n    connRef441->setDestEndpoint(dstPt441);\n    connRef441->setRoutingType((ConnType)2);\n\n    ConnRef *connRef442 = new ConnRef(router, 442);\n    ConnEnd srcPt442(Point(876.358, 1276.24), 15);\n    connRef442->setSourceEndpoint(srcPt442);\n    ConnEnd dstPt442(Point(957.958, 1276.24), 4);\n    connRef442->setDestEndpoint(dstPt442);\n    connRef442->setRoutingType((ConnType)2);\n\n    ConnRef *connRef443 = new ConnRef(router, 443);\n    ConnEnd srcPt443(Point(1073.18, 1276.24), 15);\n    connRef443->setSourceEndpoint(srcPt443);\n    ConnEnd dstPt443(Point(1050.96, 1158.64), 2);\n    connRef443->setDestEndpoint(dstPt443);\n    connRef443->setRoutingType((ConnType)2);\n\n    ConnRef *connRef444 = new ConnRef(router, 444);\n    ConnEnd srcPt444(Point(1073.18, 978.5), 15);\n    connRef444->setSourceEndpoint(srcPt444);\n    ConnEnd dstPt444(Point(1370.86, 969.5), 4);\n    connRef444->setDestEndpoint(dstPt444);\n    connRef444->setRoutingType((ConnType)2);\n\n    ConnRef *connRef445 = new ConnRef(router, 445);\n    ConnEnd srcPt445(Point(1073.18, 978.5), 15);\n    connRef445->setSourceEndpoint(srcPt445);\n    ConnEnd dstPt445(Point(1370.86, 1041.64), 4);\n    connRef445->setDestEndpoint(dstPt445);\n    connRef445->setRoutingType((ConnType)2);\n\n    ConnRef *connRef446 = new ConnRef(router, 446);\n    ConnEnd srcPt446(Point(1370.86, 1143.64), 4);\n    connRef446->setSourceEndpoint(srcPt446);\n    ConnEnd dstPt446(Point(1073.18, 978.5), 15);\n    connRef446->setDestEndpoint(dstPt446);\n    connRef446->setRoutingType((ConnType)2);\n\n    ConnRef *connRef447 = new ConnRef(router, 447);\n    ConnEnd srcPt447(Point(1073.18, 978.5), 15);\n    connRef447->setSourceEndpoint(srcPt447);\n    ConnEnd dstPt447(Point(1073.18, 723.5), 2);\n    connRef447->setDestEndpoint(dstPt447);\n    connRef447->setRoutingType((ConnType)2);\n\n    ConnRef *connRef448 = new ConnRef(router, 448);\n    ConnEnd srcPt448(Point(220, 497.5), 1);\n    connRef448->setSourceEndpoint(srcPt448);\n    ConnEnd dstPt448(Point(323, 375.5), 15);\n    connRef448->setDestEndpoint(dstPt448);\n    connRef448->setRoutingType((ConnType)2);\n\n    ConnRef *connRef449 = new ConnRef(router, 449);\n    ConnEnd srcPt449(Point(404.333, 497.5), 1);\n    connRef449->setSourceEndpoint(srcPt449);\n    ConnEnd dstPt449(Point(323, 375.5), 15);\n    connRef449->setDestEndpoint(dstPt449);\n    connRef449->setRoutingType((ConnType)2);\n\n    ConnRef *connRef450 = new ConnRef(router, 450);\n    ConnEnd srcPt450(Point(2241.79, 723.5), 2);\n    connRef450->setSourceEndpoint(srcPt450);\n    ConnEnd dstPt450(Point(2241.79, 840.75), 15);\n    connRef450->setDestEndpoint(dstPt450);\n    connRef450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef451 = new ConnRef(router, 451);\n    ConnEnd srcPt451(Point(2968.99, 840.75), 15);\n    connRef451->setSourceEndpoint(srcPt451);\n    ConnEnd dstPt451(Point(2968.99, 899.5), 1);\n    connRef451->setDestEndpoint(dstPt451);\n    connRef451->setRoutingType((ConnType)2);\n\n    ConnRef *connRef452 = new ConnRef(router, 452);\n    ConnEnd srcPt452(Point(2241.79, 286.75), 1);\n    connRef452->setSourceEndpoint(srcPt452);\n    ConnEnd dstPt452(Point(2241.79, 220.875), 15);\n    connRef452->setDestEndpoint(dstPt452);\n    connRef452->setRoutingType((ConnType)2);\n\n    ConnRef *connRef453 = new ConnRef(router, 453);\n    ConnEnd srcPt453(Point(2241.79, 220.875), 15);\n    connRef453->setSourceEndpoint(srcPt453);\n    ConnEnd dstPt453(Point(2462.71, 220.875), 4);\n    connRef453->setDestEndpoint(dstPt453);\n    connRef453->setRoutingType((ConnType)2);\n\n    ConnRef *connRef454 = new ConnRef(router, 454);\n    ConnEnd srcPt454(Point(2186.79, 220.875), 8);\n    connRef454->setSourceEndpoint(srcPt454);\n    ConnEnd dstPt454(Point(2241.79, 220.875), 15);\n    connRef454->setDestEndpoint(dstPt454);\n    connRef454->setRoutingType((ConnType)2);\n\n    ConnRef *connRef455 = new ConnRef(router, 455);\n    ConnEnd srcPt455(Point(2547.71, 220.875), 15);\n    connRef455->setSourceEndpoint(srcPt455);\n    ConnEnd dstPt455(Point(2547.71, 286.75), 1);\n    connRef455->setDestEndpoint(dstPt455);\n    connRef455->setRoutingType((ConnType)2);\n\n    ConnRef *connRef456 = new ConnRef(router, 456);\n    ConnEnd srcPt456(Point(2547.71, 220.875), 15);\n    connRef456->setSourceEndpoint(srcPt456);\n    ConnEnd dstPt456(Point(2650.54, 220.875), 4);\n    connRef456->setDestEndpoint(dstPt456);\n    connRef456->setRoutingType((ConnType)2);\n\n    ConnRef *connRef457 = new ConnRef(router, 457);\n    ConnEnd srcPt457(Point(3114.24, 220.875), 15);\n    connRef457->setSourceEndpoint(srcPt457);\n    ConnEnd dstPt457(Point(3139.24, 286.75), 1);\n    connRef457->setDestEndpoint(dstPt457);\n    connRef457->setRoutingType((ConnType)2);\n\n    ConnRef *connRef458 = new ConnRef(router, 458);\n    ConnEnd srcPt458(Point(2790.54, 123.5), 8);\n    connRef458->setSourceEndpoint(srcPt458);\n    ConnEnd dstPt458(Point(3114.24, 220.875), 15);\n    connRef458->setDestEndpoint(dstPt458);\n    connRef458->setRoutingType((ConnType)2);\n\n    ConnRef *connRef459 = new ConnRef(router, 459);\n    ConnEnd srcPt459(Point(3114.24, 220.875), 15);\n    connRef459->setSourceEndpoint(srcPt459);\n    ConnEnd dstPt459(Point(3089.24, 286.75), 1);\n    connRef459->setDestEndpoint(dstPt459);\n    connRef459->setRoutingType((ConnType)2);\n\n    ConnRef *connRef460 = new ConnRef(router, 460);\n    ConnEnd srcPt460(Point(2934.99, 437.7), 8);\n    connRef460->setSourceEndpoint(srcPt460);\n    ConnEnd dstPt460(Point(3114.24, 437.7), 15);\n    connRef460->setDestEndpoint(dstPt460);\n    connRef460->setRoutingType((ConnType)2);\n\n    ConnRef *connRef461 = new ConnRef(router, 461);\n    ConnEnd srcPt461(Point(3139.24, 316.75), 2);\n    connRef461->setSourceEndpoint(srcPt461);\n    ConnEnd dstPt461(Point(3114.24, 437.7), 15);\n    connRef461->setDestEndpoint(dstPt461);\n    connRef461->setRoutingType((ConnType)2);\n\n    ConnRef *connRef462 = new ConnRef(router, 462);\n    ConnEnd srcPt462(Point(2787.54, 437.7), 15);\n    connRef462->setSourceEndpoint(srcPt462);\n    ConnEnd dstPt462(Point(2680.54, 437.7), 8);\n    connRef462->setDestEndpoint(dstPt462);\n    connRef462->setRoutingType((ConnType)2);\n\n    ConnRef *connRef463 = new ConnRef(router, 463);\n    ConnEnd srcPt463(Point(2904.99, 437.7), 4);\n    connRef463->setSourceEndpoint(srcPt463);\n    ConnEnd dstPt463(Point(2787.54, 437.7), 15);\n    connRef463->setDestEndpoint(dstPt463);\n    connRef463->setRoutingType((ConnType)2);\n\n    ConnRef *connRef464 = new ConnRef(router, 464);\n    ConnEnd srcPt464(Point(2650.54, 437.7), 4);\n    connRef464->setSourceEndpoint(srcPt464);\n    ConnEnd dstPt464(Point(2547.71, 437.7), 15);\n    connRef464->setDestEndpoint(dstPt464);\n    connRef464->setRoutingType((ConnType)2);\n\n    ConnRef *connRef465 = new ConnRef(router, 465);\n    ConnEnd srcPt465(Point(2156.79, 1041.64), 4);\n    connRef465->setSourceEndpoint(srcPt465);\n    ConnEnd dstPt465(Point(1958.29, 1041.64), 15);\n    connRef465->setDestEndpoint(dstPt465);\n    connRef465->setRoutingType((ConnType)2);\n\n    ConnRef *connRef466 = new ConnRef(router, 466);\n    ConnEnd srcPt466(Point(1958.29, 1041.64), 15);\n    connRef466->setSourceEndpoint(srcPt466);\n    ConnEnd dstPt466(Point(2226.79, 1143.64), 4);\n    connRef466->setDestEndpoint(dstPt466);\n    connRef466->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467 = new ConnRef(router, 467);\n    ConnEnd srcPt467(Point(2241.79, 1041.64), 15);\n    connRef467->setSourceEndpoint(srcPt467);\n    ConnEnd dstPt467(Point(2462.71, 1041.64), 4);\n    connRef467->setDestEndpoint(dstPt467);\n    connRef467->setRoutingType((ConnType)2);\n\n    ConnRef *connRef468 = new ConnRef(router, 468);\n    ConnEnd srcPt468(Point(2256.79, 1143.64), 8);\n    connRef468->setSourceEndpoint(srcPt468);\n    ConnEnd dstPt468(Point(2547.71, 1041.64), 15);\n    connRef468->setDestEndpoint(dstPt468);\n    connRef468->setRoutingType((ConnType)2);\n\n    ConnRef *connRef469 = new ConnRef(router, 469);\n    ConnEnd srcPt469(Point(2186.79, 1569.64), 8);\n    connRef469->setSourceEndpoint(srcPt469);\n    ConnEnd dstPt469(Point(2241.79, 1569.64), 15);\n    connRef469->setDestEndpoint(dstPt469);\n    connRef469->setRoutingType((ConnType)2);\n\n    ConnRef *connRef470 = new ConnRef(router, 470);\n    ConnEnd srcPt470(Point(2241.79, 1569.64), 15);\n    connRef470->setSourceEndpoint(srcPt470);\n    ConnEnd dstPt470(Point(2241.79, 1455.24), 2);\n    connRef470->setDestEndpoint(dstPt470);\n    connRef470->setRoutingType((ConnType)2);\n\n    ConnRef *connRef471 = new ConnRef(router, 471);\n    ConnEnd srcPt471(Point(2241.79, 1569.64), 15);\n    connRef471->setSourceEndpoint(srcPt471);\n    ConnEnd dstPt471(Point(2462.71, 1509.44), 4);\n    connRef471->setDestEndpoint(dstPt471);\n    connRef471->setRoutingType((ConnType)2);\n\n    ConnRef *connRef472 = new ConnRef(router, 472);\n    ConnEnd srcPt472(Point(2241.79, 1569.64), 15);\n    connRef472->setSourceEndpoint(srcPt472);\n    ConnEnd dstPt472(Point(2462.71, 1581.64), 4);\n    connRef472->setDestEndpoint(dstPt472);\n    connRef472->setRoutingType((ConnType)2);\n\n    ConnRef *connRef473 = new ConnRef(router, 473);\n    ConnEnd srcPt473(Point(2241.79, 1425.24), 1);\n    connRef473->setSourceEndpoint(srcPt473);\n    ConnEnd dstPt473(Point(2241.79, 1378.24), 15);\n    connRef473->setDestEndpoint(dstPt473);\n    connRef473->setRoutingType((ConnType)2);\n\n    ConnRef *connRef474 = new ConnRef(router, 474);\n    ConnEnd srcPt474(Point(2041.79, 2023.95), 15);\n    connRef474->setSourceEndpoint(srcPt474);\n    ConnEnd dstPt474(Point(1976.87, 1934.95), 15);\n    connRef474->setDestEndpoint(dstPt474);\n    connRef474->setRoutingType((ConnType)2);\n\n    ConnRef *connRef475 = new ConnRef(router, 475);\n    ConnEnd srcPt475(Point(2241.79, 2023.95), 15);\n    connRef475->setSourceEndpoint(srcPt475);\n    ConnEnd dstPt475(Point(2462.71, 2013.95), 4);\n    connRef475->setDestEndpoint(dstPt475);\n    connRef475->setRoutingType((ConnType)2);\n\n    ConnRef *connRef476 = new ConnRef(router, 476);\n    ConnEnd srcPt476(Point(2241.79, 2023.95), 15);\n    connRef476->setSourceEndpoint(srcPt476);\n    ConnEnd dstPt476(Point(2462.71, 2055.95), 4);\n    connRef476->setDestEndpoint(dstPt476);\n    connRef476->setRoutingType((ConnType)2);\n\n    ConnRef *connRef477 = new ConnRef(router, 477);\n    ConnEnd srcPt477(Point(1563.6, 2945.3), 15);\n    connRef477->setSourceEndpoint(srcPt477);\n    ConnEnd dstPt477(Point(1646.79, 3125.3), 1);\n    connRef477->setDestEndpoint(dstPt477);\n    connRef477->setRoutingType((ConnType)2);\n\n    ConnRef *connRef478 = new ConnRef(router, 478);\n    ConnEnd srcPt478(Point(1563.6, 2945.3), 15);\n    connRef478->setSourceEndpoint(srcPt478);\n    ConnEnd dstPt478(Point(1538.46, 3125.3), 1);\n    connRef478->setDestEndpoint(dstPt478);\n    connRef478->setRoutingType((ConnType)2);\n\n    ConnRef *connRef479 = new ConnRef(router, 479);\n    ConnEnd srcPt479(Point(1563.6, 2945.3), 15);\n    connRef479->setSourceEndpoint(srcPt479);\n    ConnEnd dstPt479(Point(1563.6, 3056.3), 1);\n    connRef479->setDestEndpoint(dstPt479);\n    connRef479->setRoutingType((ConnType)2);\n\n    ConnRef *connRef480 = new ConnRef(router, 480);\n    ConnEnd srcPt480(Point(1938.79, 2945.3), 4);\n    connRef480->setSourceEndpoint(srcPt480);\n    ConnEnd dstPt480(Point(1563.6, 2945.3), 15);\n    connRef480->setDestEndpoint(dstPt480);\n    connRef480->setRoutingType((ConnType)2);\n\n    ConnRef *connRef481 = new ConnRef(router, 481);\n    ConnEnd srcPt481(Point(2772.54, 3417.3), 4);\n    connRef481->setSourceEndpoint(srcPt481);\n    ConnEnd dstPt481(Point(1563.6, 3413.3), 15);\n    connRef481->setDestEndpoint(dstPt481);\n    connRef481->setRoutingType((ConnType)2);\n\n    ConnRef *connRef482 = new ConnRef(router, 482);\n    ConnEnd srcPt482(Point(1563.6, 3413.3), 15);\n    connRef482->setSourceEndpoint(srcPt482);\n    ConnEnd dstPt482(Point(2772.54, 3519.3), 4);\n    connRef482->setDestEndpoint(dstPt482);\n    connRef482->setRoutingType((ConnType)2);\n\n    ConnRef *connRef483 = new ConnRef(router, 483);\n    ConnEnd srcPt483(Point(625.333, 3071.3), 8);\n    connRef483->setSourceEndpoint(srcPt483);\n    ConnEnd dstPt483(Point(1563.6, 3413.3), 15);\n    connRef483->setDestEndpoint(dstPt483);\n    connRef483->setRoutingType((ConnType)2);\n\n    ConnRef *connRef484 = new ConnRef(router, 484);\n    ConnEnd srcPt484(Point(1646.79, 3155.3), 2);\n    connRef484->setSourceEndpoint(srcPt484);\n    ConnEnd dstPt484(Point(1563.6, 3413.3), 15);\n    connRef484->setDestEndpoint(dstPt484);\n    connRef484->setRoutingType((ConnType)2);\n\n    ConnRef *connRef485 = new ConnRef(router, 485);\n    ConnEnd srcPt485(Point(1538.46, 3155.3), 2);\n    connRef485->setSourceEndpoint(srcPt485);\n    ConnEnd dstPt485(Point(1563.6, 3413.3), 15);\n    connRef485->setDestEndpoint(dstPt485);\n    connRef485->setRoutingType((ConnType)2);\n\n    ConnRef *connRef486 = new ConnRef(router, 486);\n    ConnEnd srcPt486(Point(1563.6, 3086.3), 2);\n    connRef486->setSourceEndpoint(srcPt486);\n    ConnEnd dstPt486(Point(1563.6, 3413.3), 15);\n    connRef486->setDestEndpoint(dstPt486);\n    connRef486->setRoutingType((ConnType)2);\n\n    ConnRef *connRef487 = new ConnRef(router, 487);\n    ConnEnd srcPt487(Point(891.358, 3071.3), 8);\n    connRef487->setSourceEndpoint(srcPt487);\n    ConnEnd dstPt487(Point(1563.6, 3413.3), 15);\n    connRef487->setDestEndpoint(dstPt487);\n    connRef487->setRoutingType((ConnType)2);\n\n    ConnRef *connRef488 = new ConnRef(router, 488);\n    ConnEnd srcPt488(Point(1767.79, 3401.3), 4);\n    connRef488->setSourceEndpoint(srcPt488);\n    ConnEnd dstPt488(Point(1563.6, 3413.3), 15);\n    connRef488->setDestEndpoint(dstPt488);\n    connRef488->setRoutingType((ConnType)2);\n\n    ConnRef *connRef489 = new ConnRef(router, 489);\n    ConnEnd srcPt489(Point(1563.6, 3413.3), 15);\n    connRef489->setSourceEndpoint(srcPt489);\n    ConnEnd dstPt489(Point(1767.79, 3197.3), 4);\n    connRef489->setDestEndpoint(dstPt489);\n    connRef489->setRoutingType((ConnType)2);\n\n    ConnRef *connRef490 = new ConnRef(router, 490);\n    ConnEnd srcPt490(Point(1563.6, 3413.3), 15);\n    connRef490->setSourceEndpoint(srcPt490);\n    ConnEnd dstPt490(Point(1767.79, 3299.3), 4);\n    connRef490->setDestEndpoint(dstPt490);\n    connRef490->setRoutingType((ConnType)2);\n\n    ConnRef *connRef491 = new ConnRef(router, 491);\n    ConnEnd srcPt491(Point(610.333, 2529.3), 15);\n    connRef491->setSourceEndpoint(srcPt491);\n    ConnEnd dstPt491(Point(610.333, 2597.3), 1);\n    connRef491->setDestEndpoint(dstPt491);\n    connRef491->setRoutingType((ConnType)2);\n\n    ConnRef *connRef492 = new ConnRef(router, 492);\n    ConnEnd srcPt492(Point(610.333, 2674.3), 15);\n    connRef492->setSourceEndpoint(srcPt492);\n    ConnEnd dstPt492(Point(1480.87, 2053.77), 15);\n    connRef492->setDestEndpoint(dstPt492);\n    connRef492->setRoutingType((ConnType)2);\n\n    ConnRef *connRef493 = new ConnRef(router, 493);\n    ConnEnd srcPt493(Point(610.333, 2945.3), 15);\n    connRef493->setSourceEndpoint(srcPt493);\n    ConnEnd dstPt493(Point(595.333, 3071.3), 4);\n    connRef493->setDestEndpoint(dstPt493);\n    connRef493->setRoutingType((ConnType)2);\n\n    ConnRef *connRef494 = new ConnRef(router, 494);\n    ConnEnd srcPt494(Point(2244.79, 2749.3), 8);\n    connRef494->setSourceEndpoint(srcPt494);\n    ConnEnd dstPt494(Point(2241.79, 2945.3), 15);\n    connRef494->setDestEndpoint(dstPt494);\n    connRef494->setRoutingType((ConnType)2);\n\n    ConnRef *connRef495 = new ConnRef(router, 495);\n    ConnEnd srcPt495(Point(2241.79, 2945.3), 15);\n    connRef495->setSourceEndpoint(srcPt495);\n    ConnEnd dstPt495(Point(2462.71, 2955.3), 4);\n    connRef495->setDestEndpoint(dstPt495);\n    connRef495->setRoutingType((ConnType)2);\n\n    ConnRef *connRef496 = new ConnRef(router, 496);\n    ConnEnd srcPt496(Point(2241.79, 2945.3), 15);\n    connRef496->setSourceEndpoint(srcPt496);\n    ConnEnd dstPt496(Point(1968.79, 2945.3), 8);\n    connRef496->setDestEndpoint(dstPt496);\n    connRef496->setRoutingType((ConnType)2);\n\n    ConnRef *connRef497 = new ConnRef(router, 497);\n    ConnEnd srcPt497(Point(2241.79, 2945.3), 15);\n    connRef497->setSourceEndpoint(srcPt497);\n    ConnEnd dstPt497(Point(2462.71, 2864.3), 4);\n    connRef497->setDestEndpoint(dstPt497);\n    connRef497->setRoutingType((ConnType)2);\n\n    ConnRef *connRef498 = new ConnRef(router, 498);\n    ConnEnd srcPt498(Point(2322.71, 2674.3), 15);\n    connRef498->setSourceEndpoint(srcPt498);\n    ConnEnd dstPt498(Point(2214.79, 2749.3), 4);\n    connRef498->setDestEndpoint(dstPt498);\n    connRef498->setRoutingType((ConnType)2);\n\n    ConnRef *connRef499 = new ConnRef(router, 499);\n    ConnEnd srcPt499(Point(2334.71, 2627.3), 2);\n    connRef499->setSourceEndpoint(srcPt499);\n    ConnEnd dstPt499(Point(2322.71, 2674.3), 15);\n    connRef499->setDestEndpoint(dstPt499);\n    connRef499->setRoutingType((ConnType)2);\n\n    ConnRef *connRef500 = new ConnRef(router, 500);\n    ConnEnd srcPt500(Point(2322.71, 2674.3), 15);\n    connRef500->setSourceEndpoint(srcPt500);\n    ConnEnd dstPt500(Point(2462.71, 2955.3), 4);\n    connRef500->setDestEndpoint(dstPt500);\n    connRef500->setRoutingType((ConnType)2);\n\n    ConnRef *connRef501 = new ConnRef(router, 501);\n    ConnEnd srcPt501(Point(2322.71, 2674.3), 15);\n    connRef501->setSourceEndpoint(srcPt501);\n    ConnEnd dstPt501(Point(2462.71, 2864.3), 4);\n    connRef501->setDestEndpoint(dstPt501);\n    connRef501->setRoutingType((ConnType)2);\n\n    ConnRef *connRef502 = new ConnRef(router, 502);\n    ConnEnd srcPt502(Point(2322.71, 2529.3), 15);\n    connRef502->setSourceEndpoint(srcPt502);\n    ConnEnd dstPt502(Point(2334.71, 2597.3), 1);\n    connRef502->setDestEndpoint(dstPt502);\n    connRef502->setRoutingType((ConnType)2);\n\n    ConnRef *connRef503 = new ConnRef(router, 503);\n    ConnEnd srcPt503(Point(876.358, 2529.3), 15);\n    connRef503->setSourceEndpoint(srcPt503);\n    ConnEnd dstPt503(Point(876.358, 2597.3), 1);\n    connRef503->setDestEndpoint(dstPt503);\n    connRef503->setRoutingType((ConnType)2);\n\n    ConnRef *connRef504 = new ConnRef(router, 504);\n    ConnEnd srcPt504(Point(876.358, 2674.3), 15);\n    connRef504->setSourceEndpoint(srcPt504);\n    ConnEnd dstPt504(Point(876.358, 2742.3), 1);\n    connRef504->setDestEndpoint(dstPt504);\n    connRef504->setRoutingType((ConnType)2);\n\n    ConnRef *connRef505 = new ConnRef(router, 505);\n    ConnEnd srcPt505(Point(876.358, 2945.3), 15);\n    connRef505->setSourceEndpoint(srcPt505);\n    ConnEnd dstPt505(Point(861.358, 3071.3), 4);\n    connRef505->setDestEndpoint(dstPt505);\n    connRef505->setRoutingType((ConnType)2);\n\n    ConnRef *connRef506 = new ConnRef(router, 506);\n    ConnEnd srcPt506(Point(3322.24, 2399.05), 15);\n    connRef506->setSourceEndpoint(srcPt506);\n    ConnEnd dstPt506(Point(3231.44, 2399.05), 8);\n    connRef506->setDestEndpoint(dstPt506);\n    connRef506->setRoutingType((ConnType)2);\n\n    ConnRef *connRef507 = new ConnRef(router, 507);\n    ConnEnd srcPt507(Point(3322.24, 2399.05), 15);\n    connRef507->setSourceEndpoint(srcPt507);\n    ConnEnd dstPt507(Point(3231.44, 2297.05), 8);\n    connRef507->setDestEndpoint(dstPt507);\n    connRef507->setRoutingType((ConnType)2);\n\n    ConnRef *connRef508 = new ConnRef(router, 508);\n    ConnEnd srcPt508(Point(3322.24, 2399.05), 15);\n    connRef508->setSourceEndpoint(srcPt508);\n    ConnEnd dstPt508(Point(3242.24, 2597.3), 1);\n    connRef508->setDestEndpoint(dstPt508);\n    connRef508->setRoutingType((ConnType)2);\n\n    ConnRef *connRef509 = new ConnRef(router, 509);\n    ConnEnd srcPt509(Point(3322.24, 2399.05), 15);\n    connRef509->setSourceEndpoint(srcPt509);\n    ConnEnd dstPt509(Point(3326.74, 3056.3), 1);\n    connRef509->setDestEndpoint(dstPt509);\n    connRef509->setRoutingType((ConnType)2);\n\n    ConnRef *connRef510 = new ConnRef(router, 510);\n    ConnEnd srcPt510(Point(2968.99, 2297.05), 15);\n    connRef510->setSourceEndpoint(srcPt510);\n    ConnEnd dstPt510(Point(2802.54, 2297.05), 8);\n    connRef510->setDestEndpoint(dstPt510);\n    connRef510->setRoutingType((ConnType)2);\n\n    ConnRef *connRef511 = new ConnRef(router, 511);\n    ConnEnd srcPt511(Point(3478.07, 1378.24), 15);\n    connRef511->setSourceEndpoint(srcPt511);\n    ConnEnd dstPt511(Point(3478.07, 1857.95), 1);\n    connRef511->setDestEndpoint(dstPt511);\n    connRef511->setRoutingType((ConnType)2);\n\n    ConnRef *connRef512 = new ConnRef(router, 512);\n    ConnEnd srcPt512(Point(3478.07, 2627.3), 2);\n    connRef512->setSourceEndpoint(srcPt512);\n    ConnEnd dstPt512(Point(3478.07, 3413.3), 15);\n    connRef512->setDestEndpoint(dstPt512);\n    connRef512->setRoutingType((ConnType)2);\n\n    ConnRef *connRef513 = new ConnRef(router, 513);\n    ConnEnd srcPt513(Point(2802.54, 3417.3), 8);\n    connRef513->setSourceEndpoint(srcPt513);\n    ConnEnd dstPt513(Point(3478.07, 3413.3), 15);\n    connRef513->setDestEndpoint(dstPt513);\n    connRef513->setRoutingType((ConnType)2);\n\n    ConnRef *connRef514 = new ConnRef(router, 514);\n    ConnEnd srcPt514(Point(3596.07, 2627.3), 2);\n    connRef514->setSourceEndpoint(srcPt514);\n    ConnEnd dstPt514(Point(3478.07, 3413.3), 15);\n    connRef514->setDestEndpoint(dstPt514);\n    connRef514->setRoutingType((ConnType)2);\n\n    ConnRef *connRef515 = new ConnRef(router, 515);\n    ConnEnd srcPt515(Point(220, 527.5), 2);\n    connRef515->setSourceEndpoint(srcPt515);\n    ConnEnd dstPt515(Point(323, 833.833), 15);\n    connRef515->setDestEndpoint(dstPt515);\n    connRef515->setRoutingType((ConnType)2);\n\n    ConnRef *connRef516 = new ConnRef(router, 516);\n    ConnEnd srcPt516(Point(131, 633.5), 1);\n    connRef516->setSourceEndpoint(srcPt516);\n    ConnEnd dstPt516(Point(323, 375.5), 15);\n    connRef516->setDestEndpoint(dstPt516);\n    connRef516->setRoutingType((ConnType)2);\n\n    ConnRef *connRef517 = new ConnRef(router, 517);\n    ConnEnd srcPt517(Point(1557.46, 291.5), 8);\n    connRef517->setSourceEndpoint(srcPt517);\n    ConnEnd dstPt517(Point(1762.79, 157.5), 15);\n    connRef517->setDestEndpoint(dstPt517);\n    connRef517->setRoutingType((ConnType)2);\n\n    ConnRef *connRef518 = new ConnRef(router, 518);\n    ConnEnd srcPt518(Point(1957.29, 291.5), 8);\n    connRef518->setSourceEndpoint(srcPt518);\n    ConnEnd dstPt518(Point(2041.79, 312.5), 15);\n    connRef518->setDestEndpoint(dstPt518);\n    connRef518->setRoutingType((ConnType)2);\n\n    ConnRef *connRef519 = new ConnRef(router, 519);\n    ConnEnd srcPt519(Point(2011.79, 777.5), 4);\n    connRef519->setSourceEndpoint(srcPt519);\n    ConnEnd dstPt519(Point(1958.29, 1041.64), 15);\n    connRef519->setDestEndpoint(dstPt519);\n    connRef519->setRoutingType((ConnType)2);\n\n    ConnRef *connRef520 = new ConnRef(router, 520);\n    ConnEnd srcPt520(Point(555.333, 1276.24), 8);\n    connRef520->setSourceEndpoint(srcPt520);\n    ConnEnd dstPt520(Point(610.333, 1276.24), 15);\n    connRef520->setDestEndpoint(dstPt520);\n    connRef520->setRoutingType((ConnType)2);\n\n    ConnRef *connRef521 = new ConnRef(router, 521);\n    ConnEnd srcPt521(Point(726.958, 1276.24), 8);\n    connRef521->setSourceEndpoint(srcPt521);\n    ConnEnd dstPt521(Point(876.358, 1276.24), 15);\n    connRef521->setDestEndpoint(dstPt521);\n    connRef521->setRoutingType((ConnType)2);\n\n    ConnRef *connRef522 = new ConnRef(router, 522);\n    ConnEnd srcPt522(Point(987.958, 1276.24), 8);\n    connRef522->setSourceEndpoint(srcPt522);\n    ConnEnd dstPt522(Point(1073.18, 1276.24), 15);\n    connRef522->setDestEndpoint(dstPt522);\n    connRef522->setRoutingType((ConnType)2);\n\n    ConnRef *connRef523 = new ConnRef(router, 523);\n    ConnEnd srcPt523(Point(1050.96, 1128.64), 1);\n    connRef523->setSourceEndpoint(srcPt523);\n    ConnEnd dstPt523(Point(1073.18, 978.5), 15);\n    connRef523->setDestEndpoint(dstPt523);\n    connRef523->setRoutingType((ConnType)2);\n\n    ConnRef *connRef524 = new ConnRef(router, 524);\n    ConnEnd srcPt524(Point(1646.79, 1291.24), 2);\n    connRef524->setSourceEndpoint(srcPt524);\n    ConnEnd dstPt524(Point(1782.79, 1378.24), 15);\n    connRef524->setDestEndpoint(dstPt524);\n    connRef524->setRoutingType((ConnType)2);\n\n    ConnRef *connRef525 = new ConnRef(router, 525);\n    ConnEnd srcPt525(Point(1919.87, 1601.64), 15);\n    connRef525->setSourceEndpoint(srcPt525);\n    ConnEnd dstPt525(Point(1782.79, 1569.64), 15);\n    connRef525->setDestEndpoint(dstPt525);\n    connRef525->setRoutingType((ConnType)2);\n\n    ConnRef *connRef526 = new ConnRef(router, 526);\n    ConnEnd srcPt526(Point(1911.79, 1653.64), 4);\n    connRef526->setSourceEndpoint(srcPt526);\n    ConnEnd dstPt526(Point(1782.79, 1569.64), 15);\n    connRef526->setDestEndpoint(dstPt526);\n    connRef526->setRoutingType((ConnType)2);\n\n    ConnRef *connRef527 = new ConnRef(router, 527);\n    ConnEnd srcPt527(Point(1942.29, 1378.24), 15);\n    connRef527->setSourceEndpoint(srcPt527);\n    ConnEnd dstPt527(Point(1958.29, 1425.24), 1);\n    connRef527->setDestEndpoint(dstPt527);\n    connRef527->setRoutingType((ConnType)2);\n\n    ConnRef *connRef528 = new ConnRef(router, 528);\n    ConnEnd srcPt528(Point(2028.87, 1507.64), 15);\n    connRef528->setSourceEndpoint(srcPt528);\n    ConnEnd dstPt528(Point(2241.79, 1378.24), 15);\n    connRef528->setDestEndpoint(dstPt528);\n    connRef528->setRoutingType((ConnType)2);\n\n    ConnRef *connRef529 = new ConnRef(router, 529);\n    ConnEnd srcPt529(Point(2492.71, 1509.44), 8);\n    connRef529->setSourceEndpoint(srcPt529);\n    ConnEnd dstPt529(Point(2547.71, 1569.64), 15);\n    connRef529->setDestEndpoint(dstPt529);\n    connRef529->setRoutingType((ConnType)2);\n\n    ConnRef *connRef530 = new ConnRef(router, 530);\n    ConnEnd srcPt530(Point(2492.71, 1581.64), 8);\n    connRef530->setSourceEndpoint(srcPt530);\n    ConnEnd dstPt530(Point(2547.71, 1569.64), 15);\n    connRef530->setDestEndpoint(dstPt530);\n    connRef530->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef531 = new ConnRef(router, 531);\n    ConnEnd srcPt531(Point(2186.79, 1872.95), 8);\n    connRef531->setSourceEndpoint(srcPt531);\n    ConnEnd dstPt531(Point(2241.79, 1872.95), 15);\n    connRef531->setDestEndpoint(dstPt531);\n    connRef531->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef532 = new ConnRef(router, 532);\n    ConnEnd srcPt532(Point(2675.54, 1812.64), 8);\n    connRef532->setSourceEndpoint(srcPt532);\n    ConnEnd dstPt532(Point(2787.54, 1872.95), 15);\n    connRef532->setDestEndpoint(dstPt532);\n    connRef532->setRoutingType((ConnType)2);\n\n    ConnRef *connRef533 = new ConnRef(router, 533);\n    ConnEnd srcPt533(Point(2652.54, 1884.95), 8);\n    connRef533->setSourceEndpoint(srcPt533);\n    ConnEnd dstPt533(Point(2787.54, 1872.95), 15);\n    connRef533->setDestEndpoint(dstPt533);\n    connRef533->setRoutingType((ConnType)2);\n\n    ConnRef *connRef534 = new ConnRef(router, 534);\n    ConnEnd srcPt534(Point(2750.54, 1884.95), 8);\n    connRef534->setSourceEndpoint(srcPt534);\n    ConnEnd dstPt534(Point(2787.54, 1872.95), 15);\n    connRef534->setDestEndpoint(dstPt534);\n    connRef534->setRoutingType((ConnType)2);\n\n    ConnRef *connRef535 = new ConnRef(router, 535);\n    ConnEnd srcPt535(Point(2913.99, 1812.64), 8);\n    connRef535->setSourceEndpoint(srcPt535);\n    ConnEnd dstPt535(Point(3119.9, 1872.95), 15);\n    connRef535->setDestEndpoint(dstPt535);\n    connRef535->setRoutingType((ConnType)2);\n\n    ConnRef *connRef536 = new ConnRef(router, 536);\n    ConnEnd srcPt536(Point(2913.99, 1812.64), 8);\n    connRef536->setSourceEndpoint(srcPt536);\n    ConnEnd dstPt536(Point(2968.99, 1731.64), 15);\n    connRef536->setDestEndpoint(dstPt536);\n    connRef536->setRoutingType((ConnType)2);\n\n    ConnRef *connRef537 = new ConnRef(router, 537);\n    ConnEnd srcPt537(Point(2890.99, 1884.95), 8);\n    connRef537->setSourceEndpoint(srcPt537);\n    ConnEnd dstPt537(Point(3119.9, 1872.95), 15);\n    connRef537->setDestEndpoint(dstPt537);\n    connRef537->setRoutingType((ConnType)2);\n\n    ConnRef *connRef538 = new ConnRef(router, 538);\n    ConnEnd srcPt538(Point(2890.99, 1884.95), 8);\n    connRef538->setSourceEndpoint(srcPt538);\n    ConnEnd dstPt538(Point(2968.99, 1731.64), 15);\n    connRef538->setDestEndpoint(dstPt538);\n    connRef538->setRoutingType((ConnType)2);\n\n    ConnRef *connRef539 = new ConnRef(router, 539);\n    ConnEnd srcPt539(Point(2968.99, 1884.95), 8);\n    connRef539->setSourceEndpoint(srcPt539);\n    ConnEnd dstPt539(Point(3119.9, 1872.95), 15);\n    connRef539->setDestEndpoint(dstPt539);\n    connRef539->setRoutingType((ConnType)2);\n\n    ConnRef *connRef540 = new ConnRef(router, 540);\n    ConnEnd srcPt540(Point(2968.99, 1884.95), 8);\n    connRef540->setSourceEndpoint(srcPt540);\n    ConnEnd dstPt540(Point(2968.99, 1731.64), 15);\n    connRef540->setDestEndpoint(dstPt540);\n    connRef540->setRoutingType((ConnType)2);\n\n    ConnRef *connRef541 = new ConnRef(router, 541);\n    ConnEnd srcPt541(Point(2547.71, 723.5), 2);\n    connRef541->setSourceEndpoint(srcPt541);\n    ConnEnd dstPt541(Point(2547.71, 840.75), 15);\n    connRef541->setDestEndpoint(dstPt541);\n    connRef541->setRoutingType((ConnType)2);\n\n    ConnRef *connRef542 = new ConnRef(router, 542);\n    ConnEnd srcPt542(Point(2787.54, 723.5), 2);\n    connRef542->setSourceEndpoint(srcPt542);\n    ConnEnd dstPt542(Point(2787.54, 840.75), 15);\n    connRef542->setDestEndpoint(dstPt542);\n    connRef542->setRoutingType((ConnType)2);\n\n    ConnRef *connRef543 = new ConnRef(router, 543);\n    ConnEnd srcPt543(Point(2968.99, 723.5), 2);\n    connRef543->setSourceEndpoint(srcPt543);\n    ConnEnd dstPt543(Point(2968.99, 840.75), 15);\n    connRef543->setDestEndpoint(dstPt543);\n    connRef543->setRoutingType((ConnType)2);\n\n    ConnRef *connRef544 = new ConnRef(router, 544);\n    ConnEnd srcPt544(Point(2968.99, 929.5), 2);\n    connRef544->setSourceEndpoint(srcPt544);\n    ConnEnd dstPt544(Point(2968.99, 1041.64), 15);\n    connRef544->setDestEndpoint(dstPt544);\n    connRef544->setRoutingType((ConnType)2);\n\n    ConnRef *connRef545 = new ConnRef(router, 545);\n    ConnEnd srcPt545(Point(2492.71, 220.875), 8);\n    connRef545->setSourceEndpoint(srcPt545);\n    ConnEnd dstPt545(Point(2547.71, 220.875), 15);\n    connRef545->setDestEndpoint(dstPt545);\n    connRef545->setRoutingType((ConnType)2);\n\n    ConnRef *connRef546 = new ConnRef(router, 546);\n    ConnEnd srcPt546(Point(2547.71, 316.75), 2);\n    connRef546->setSourceEndpoint(srcPt546);\n    ConnEnd dstPt546(Point(2547.71, 437.7), 15);\n    connRef546->setDestEndpoint(dstPt546);\n    connRef546->setRoutingType((ConnType)2);\n\n    ConnRef *connRef547 = new ConnRef(router, 547);\n    ConnEnd srcPt547(Point(2547.71, 316.75), 2);\n    connRef547->setSourceEndpoint(srcPt547);\n    ConnEnd dstPt547(Point(2735.54, 362.5), 15);\n    connRef547->setDestEndpoint(dstPt547);\n    connRef547->setRoutingType((ConnType)2);\n\n    ConnRef *connRef548 = new ConnRef(router, 548);\n    ConnEnd srcPt548(Point(2680.54, 220.875), 8);\n    connRef548->setSourceEndpoint(srcPt548);\n    ConnEnd dstPt548(Point(2787.54, 220.875), 15);\n    connRef548->setDestEndpoint(dstPt548);\n    connRef548->setRoutingType((ConnType)2);\n\n    ConnRef *connRef549 = new ConnRef(router, 549);\n    ConnEnd srcPt549(Point(3493.07, 914.5), 8);\n    connRef549->setSourceEndpoint(srcPt549);\n    ConnEnd dstPt549(Point(3478.07, 1378.24), 15);\n    connRef549->setDestEndpoint(dstPt549);\n    connRef549->setRoutingType((ConnType)2);\n\n    ConnRef *connRef550 = new ConnRef(router, 550);\n    ConnEnd srcPt550(Point(3478.07, 1887.95), 2);\n    connRef550->setSourceEndpoint(srcPt550);\n    ConnEnd dstPt550(Point(3478.07, 2185.05), 15);\n    connRef550->setDestEndpoint(dstPt550);\n    connRef550->setRoutingType((ConnType)2);\n\n    ConnRef *connRef551 = new ConnRef(router, 551);\n    ConnEnd srcPt551(Point(2802.54, 3519.3), 8);\n    connRef551->setSourceEndpoint(srcPt551);\n    ConnEnd dstPt551(Point(3478.07, 3413.3), 15);\n    connRef551->setDestEndpoint(dstPt551);\n    connRef551->setRoutingType((ConnType)2);\n\n    ConnRef *connRef552 = new ConnRef(router, 552);\n    ConnEnd srcPt552(Point(3596.07, 929.5), 2);\n    connRef552->setSourceEndpoint(srcPt552);\n    ConnEnd dstPt552(Point(3596.07, 2185.05), 15);\n    connRef552->setDestEndpoint(dstPt552);\n    connRef552->setRoutingType((ConnType)2);\n\n    ConnRef *connRef553 = new ConnRef(router, 553);\n    ConnEnd srcPt553(Point(3326.74, 929.5), 2);\n    connRef553->setSourceEndpoint(srcPt553);\n    ConnEnd dstPt553(Point(3322.24, 2399.05), 15);\n    connRef553->setDestEndpoint(dstPt553);\n    connRef553->setRoutingType((ConnType)2);\n\n    ConnRef *connRef554 = new ConnRef(router, 554);\n    ConnEnd srcPt554(Point(3201.44, 2297.05), 4);\n    connRef554->setSourceEndpoint(srcPt554);\n    ConnEnd dstPt554(Point(2968.99, 2297.05), 15);\n    connRef554->setDestEndpoint(dstPt554);\n    connRef554->setRoutingType((ConnType)2);\n\n    ConnRef *connRef555 = new ConnRef(router, 555);\n    ConnEnd srcPt555(Point(3231.44, 914.5), 8);\n    connRef555->setSourceEndpoint(srcPt555);\n    ConnEnd dstPt555(Point(3216.44, 2185.05), 15);\n    connRef555->setDestEndpoint(dstPt555);\n    connRef555->setRoutingType((ConnType)2);\n\n    ConnRef *connRef556 = new ConnRef(router, 556);\n    ConnEnd srcPt556(Point(2384.71, 2185.05), 4);\n    connRef556->setSourceEndpoint(srcPt556);\n    ConnEnd dstPt556(Point(2041.79, 2185.05), 15);\n    connRef556->setDestEndpoint(dstPt556);\n    connRef556->setRoutingType((ConnType)2);\n\n    ConnRef *connRef557 = new ConnRef(router, 557);\n    ConnEnd srcPt557(Point(711.958, 1425.24), 1);\n    connRef557->setSourceEndpoint(srcPt557);\n    ConnEnd dstPt557(Point(1073.18, 1440.24), 15);\n    connRef557->setDestEndpoint(dstPt557);\n    connRef557->setRoutingType((ConnType)2);\n\n    ConnRef *connRef558 = new ConnRef(router, 558);\n    ConnEnd srcPt558(Point(1385.86, 1425.24), 1);\n    connRef558->setSourceEndpoint(srcPt558);\n    ConnEnd dstPt558(Point(1782.79, 1378.24), 15);\n    connRef558->setDestEndpoint(dstPt558);\n    connRef558->setRoutingType((ConnType)2);\n\n    ConnRef *connRef559 = new ConnRef(router, 559);\n    ConnEnd srcPt559(Point(595.333, 2477.3), 4);\n    connRef559->setSourceEndpoint(srcPt559);\n    ConnEnd dstPt559(Point(610.333, 2529.3), 15);\n    connRef559->setDestEndpoint(dstPt559);\n    connRef559->setRoutingType((ConnType)2);\n\n    ConnRef *connRef560 = new ConnRef(router, 560);\n    ConnEnd srcPt560(Point(610.333, 2627.3), 2);\n    connRef560->setSourceEndpoint(srcPt560);\n    ConnEnd dstPt560(Point(610.333, 2674.3), 15);\n    connRef560->setDestEndpoint(dstPt560);\n    connRef560->setRoutingType((ConnType)2);\n\n    ConnRef *connRef561 = new ConnRef(router, 561);\n    ConnEnd srcPt561(Point(1480.87, 2053.77), 15);\n    connRef561->setSourceEndpoint(srcPt561);\n    ConnEnd dstPt561(Point(610.333, 2945.3), 15);\n    connRef561->setDestEndpoint(dstPt561);\n    connRef561->setRoutingType((ConnType)2);\n\n    ConnRef *connRef562 = new ConnRef(router, 562);\n    ConnEnd srcPt562(Point(1197.96, 2627.3), 2);\n    connRef562->setSourceEndpoint(srcPt562);\n    ConnEnd dstPt562(Point(1563.6, 2945.3), 15);\n    connRef562->setDestEndpoint(dstPt562);\n    connRef562->setRoutingType((ConnType)2);\n\n    ConnRef *connRef563 = new ConnRef(router, 563);\n    ConnEnd srcPt563(Point(1315.96, 2627.3), 2);\n    connRef563->setSourceEndpoint(srcPt563);\n    ConnEnd dstPt563(Point(1563.6, 2945.3), 15);\n    connRef563->setDestEndpoint(dstPt563);\n    connRef563->setRoutingType((ConnType)2);\n\n    ConnRef *connRef564 = new ConnRef(router, 564);\n    ConnEnd srcPt564(Point(1646.79, 2772.3), 2);\n    connRef564->setSourceEndpoint(srcPt564);\n    ConnEnd dstPt564(Point(1563.6, 2945.3), 15);\n    connRef564->setDestEndpoint(dstPt564);\n    connRef564->setRoutingType((ConnType)2);\n\n    ConnRef *connRef565 = new ConnRef(router, 565);\n    ConnEnd srcPt565(Point(1563.6, 2703.3), 2);\n    connRef565->setSourceEndpoint(srcPt565);\n    ConnEnd dstPt565(Point(1563.6, 2945.3), 15);\n    connRef565->setDestEndpoint(dstPt565);\n    connRef565->setRoutingType((ConnType)2);\n\n    ConnRef *connRef566 = new ConnRef(router, 566);\n    ConnEnd srcPt566(Point(1538.46, 2772.3), 2);\n    connRef566->setSourceEndpoint(srcPt566);\n    ConnEnd dstPt566(Point(1563.6, 2945.3), 15);\n    connRef566->setDestEndpoint(dstPt566);\n    connRef566->setRoutingType((ConnType)2);\n\n    ConnRef *connRef567 = new ConnRef(router, 567);\n    ConnEnd srcPt567(Point(2492.71, 2955.3), 8);\n    connRef567->setSourceEndpoint(srcPt567);\n    ConnEnd dstPt567(Point(2547.71, 2945.3), 15);\n    connRef567->setDestEndpoint(dstPt567);\n    connRef567->setRoutingType((ConnType)2);\n\n    ConnRef *connRef568 = new ConnRef(router, 568);\n    ConnEnd srcPt568(Point(850.958, 2492.3), 2);\n    connRef568->setSourceEndpoint(srcPt568);\n    ConnEnd dstPt568(Point(876.358, 2529.3), 15);\n    connRef568->setDestEndpoint(dstPt568);\n    connRef568->setRoutingType((ConnType)2);\n\n    ConnRef *connRef569 = new ConnRef(router, 569);\n    ConnEnd srcPt569(Point(943.958, 2477.3), 4);\n    connRef569->setSourceEndpoint(srcPt569);\n    ConnEnd dstPt569(Point(876.358, 2529.3), 15);\n    connRef569->setDestEndpoint(dstPt569);\n    connRef569->setRoutingType((ConnType)2);\n\n    ConnRef *connRef570 = new ConnRef(router, 570);\n    ConnEnd srcPt570(Point(876.358, 2627.3), 2);\n    connRef570->setSourceEndpoint(srcPt570);\n    ConnEnd dstPt570(Point(876.358, 2674.3), 15);\n    connRef570->setDestEndpoint(dstPt570);\n    connRef570->setRoutingType((ConnType)2);\n\n    ConnRef *connRef571 = new ConnRef(router, 571);\n    ConnEnd srcPt571(Point(876.358, 2772.3), 2);\n    connRef571->setSourceEndpoint(srcPt571);\n    ConnEnd dstPt571(Point(876.358, 2945.3), 15);\n    connRef571->setDestEndpoint(dstPt571);\n    connRef571->setRoutingType((ConnType)2);\n\n    ConnRef *connRef572 = new ConnRef(router, 572);\n    ConnEnd srcPt572(Point(2186.79, 1041.64), 8);\n    connRef572->setSourceEndpoint(srcPt572);\n    ConnEnd dstPt572(Point(2241.79, 1041.64), 15);\n    connRef572->setDestEndpoint(dstPt572);\n    connRef572->setRoutingType((ConnType)2);\n\n    ConnRef *connRef573 = new ConnRef(router, 573);\n    ConnEnd srcPt573(Point(2492.71, 1041.64), 8);\n    connRef573->setSourceEndpoint(srcPt573);\n    ConnEnd dstPt573(Point(2547.71, 1041.64), 15);\n    connRef573->setDestEndpoint(dstPt573);\n    connRef573->setRoutingType((ConnType)2);\n\n    ConnRef *connRef574 = new ConnRef(router, 574);\n    ConnEnd srcPt574(Point(3478.07, 2185.05), 15);\n    connRef574->setSourceEndpoint(srcPt574);\n    ConnEnd dstPt574(Point(3478.07, 2597.3), 1);\n    connRef574->setDestEndpoint(dstPt574);\n    connRef574->setRoutingType((ConnType)2);\n\n    ConnRef *connRef575 = new ConnRef(router, 575);\n    ConnEnd srcPt575(Point(3596.07, 2185.05), 15);\n    connRef575->setSourceEndpoint(srcPt575);\n    ConnEnd dstPt575(Point(3596.07, 2597.3), 1);\n    connRef575->setDestEndpoint(dstPt575);\n    connRef575->setRoutingType((ConnType)2);\n\n    ConnRef *connRef576 = new ConnRef(router, 576);\n    ConnEnd srcPt576(Point(2041.79, 1291.24), 2);\n    connRef576->setSourceEndpoint(srcPt576);\n    ConnEnd dstPt576(Point(2041.79, 1569.64), 15);\n    connRef576->setDestEndpoint(dstPt576);\n    connRef576->setRoutingType((ConnType)2);\n\n    ConnRef *connRef577 = new ConnRef(router, 577);\n    ConnEnd srcPt577(Point(1797.79, 3401.3), 8);\n    connRef577->setSourceEndpoint(srcPt577);\n    ConnEnd dstPt577(Point(1861.79, 3209.3), 15);\n    connRef577->setDestEndpoint(dstPt577);\n    connRef577->setRoutingType((ConnType)2);\n\n    ConnRef *connRef578 = new ConnRef(router, 578);\n    ConnEnd srcPt578(Point(1797.79, 3197.3), 8);\n    connRef578->setSourceEndpoint(srcPt578);\n    ConnEnd dstPt578(Point(1861.79, 3209.3), 15);\n    connRef578->setDestEndpoint(dstPt578);\n    connRef578->setRoutingType((ConnType)2);\n\n    ConnRef *connRef579 = new ConnRef(router, 579);\n    ConnEnd srcPt579(Point(2760.54, 123.5), 4);\n    connRef579->setSourceEndpoint(srcPt579);\n    ConnEnd dstPt579(Point(2241.79, 220.875), 15);\n    connRef579->setDestEndpoint(dstPt579);\n    connRef579->setRoutingType((ConnType)2);\n\n    ConnRef *connRef580 = new ConnRef(router, 580);\n    ConnEnd srcPt580(Point(2760.54, 123.5), 4);\n    connRef580->setSourceEndpoint(srcPt580);\n    ConnEnd dstPt580(Point(2547.71, 220.875), 15);\n    connRef580->setDestEndpoint(dstPt580);\n    connRef580->setRoutingType((ConnType)2);\n\n    ConnRef *connRef581 = new ConnRef(router, 581);\n    ConnEnd srcPt581(Point(2156.79, 220.875), 4);\n    connRef581->setSourceEndpoint(srcPt581);\n    ConnEnd dstPt581(Point(2041.79, 220.875), 15);\n    connRef581->setDestEndpoint(dstPt581);\n    connRef581->setRoutingType((ConnType)2);\n\n    ConnRef *connRef582 = new ConnRef(router, 582);\n    ConnEnd srcPt582(Point(2041.79, 2185.05), 15);\n    connRef582->setSourceEndpoint(srcPt582);\n    ConnEnd dstPt582(Point(1941.79, 2185.05), 8);\n    connRef582->setDestEndpoint(dstPt582);\n    connRef582->setRoutingType((ConnType)2);\n\n    ConnRef *connRef583 = new ConnRef(router, 583);\n    ConnEnd srcPt583(Point(1775.79, 1872.95), 15);\n    connRef583->setSourceEndpoint(srcPt583);\n    ConnEnd dstPt583(Point(1479.46, 1872.95), 8);\n    connRef583->setDestEndpoint(dstPt583);\n    connRef583->setRoutingType((ConnType)2);\n\n    ConnRef *connRef584 = new ConnRef(router, 584);\n    ConnEnd srcPt584(Point(1911.79, 1872.95), 4);\n    connRef584->setSourceEndpoint(srcPt584);\n    ConnEnd dstPt584(Point(1775.79, 1872.95), 15);\n    connRef584->setDestEndpoint(dstPt584);\n    connRef584->setRoutingType((ConnType)2);\n\n    ConnRef *connRef585 = new ConnRef(router, 585);\n    ConnEnd srcPt585(Point(1449.46, 1872.95), 4);\n    connRef585->setSourceEndpoint(srcPt585);\n    ConnEnd dstPt585(Point(1073.18, 1872.95), 15);\n    connRef585->setDestEndpoint(dstPt585);\n    connRef585->setRoutingType((ConnType)2);\n\n    ConnRef *connRef586 = new ConnRef(router, 586);\n    ConnEnd srcPt586(Point(1073.18, 1872.95), 15);\n    connRef586->setSourceEndpoint(srcPt586);\n    ConnEnd dstPt586(Point(987.958, 1872.95), 8);\n    connRef586->setDestEndpoint(dstPt586);\n    connRef586->setRoutingType((ConnType)2);\n\n    ConnRef *connRef587 = new ConnRef(router, 587);\n    ConnEnd srcPt587(Point(957.958, 1872.95), 4);\n    connRef587->setSourceEndpoint(srcPt587);\n    ConnEnd dstPt587(Point(876.358, 1872.95), 15);\n    connRef587->setDestEndpoint(dstPt587);\n    connRef587->setRoutingType((ConnType)2);\n\n    ConnRef *connRef588 = new ConnRef(router, 588);\n    ConnEnd srcPt588(Point(3089.24, 316.75), 2);\n    connRef588->setSourceEndpoint(srcPt588);\n    ConnEnd dstPt588(Point(3114.24, 437.7), 15);\n    connRef588->setDestEndpoint(dstPt588);\n    connRef588->setRoutingType((ConnType)2);\n\n    ConnRef *connRef589 = new ConnRef(router, 589);\n    ConnEnd srcPt589(Point(2041.79, 2674.3), 15);\n    connRef589->setSourceEndpoint(srcPt589);\n    ConnEnd dstPt589(Point(2041.79, 2734.3), 1);\n    connRef589->setDestEndpoint(dstPt589);\n    connRef589->setRoutingType((ConnType)2);\n\n    ConnRef *connRef590 = new ConnRef(router, 590);\n    ConnEnd srcPt590(Point(2041.79, 2764.3), 2);\n    connRef590->setSourceEndpoint(srcPt590);\n    ConnEnd dstPt590(Point(2241.79, 2945.3), 15);\n    connRef590->setDestEndpoint(dstPt590);\n    connRef590->setRoutingType((ConnType)2);\n\n    ConnRef *connRef591 = new ConnRef(router, 591);\n    ConnEnd srcPt591(Point(1861.79, 2674.3), 15);\n    connRef591->setSourceEndpoint(srcPt591);\n    ConnEnd dstPt591(Point(1861.79, 2734.3), 1);\n    connRef591->setDestEndpoint(dstPt591);\n    connRef591->setRoutingType((ConnType)2);\n\n    ConnRef *connRef592 = new ConnRef(router, 592);\n    ConnEnd srcPt592(Point(1861.79, 2764.3), 2);\n    connRef592->setSourceEndpoint(srcPt592);\n    ConnEnd dstPt592(Point(1861.79, 2811.3), 15);\n    connRef592->setDestEndpoint(dstPt592);\n    connRef592->setRoutingType((ConnType)2);\n\n    ConnRef *connRef593 = new ConnRef(router, 593);\n    ConnEnd srcPt593(Point(1073.18, 569.7), 15);\n    connRef593->setSourceEndpoint(srcPt593);\n    ConnEnd dstPt593(Point(1214.46, 569.7), 4);\n    connRef593->setDestEndpoint(dstPt593);\n    connRef593->setRoutingType((ConnType)2);\n\n    ConnRef *connRef594 = new ConnRef(router, 594);\n    ConnEnd srcPt594(Point(1073.18, 693.5), 1);\n    connRef594->setSourceEndpoint(srcPt594);\n    ConnEnd dstPt594(Point(1073.18, 569.7), 15);\n    connRef594->setDestEndpoint(dstPt594);\n    connRef594->setRoutingType((ConnType)2);\n\n    ConnRef *connRef595 = new ConnRef(router, 595);\n    ConnEnd srcPt595(Point(876.358, 554.7), 1);\n    connRef595->setSourceEndpoint(srcPt595);\n    ConnEnd dstPt595(Point(876.358, 375.5), 15);\n    connRef595->setDestEndpoint(dstPt595);\n    connRef595->setRoutingType((ConnType)2);\n\n    ConnRef *connRef596 = new ConnRef(router, 596);\n    ConnEnd srcPt596(Point(781.958, 715.5), 15);\n    connRef596->setSourceEndpoint(srcPt596);\n    ConnEnd dstPt596(Point(876.358, 584.7), 2);\n    connRef596->setDestEndpoint(dstPt596);\n    connRef596->setRoutingType((ConnType)2);\n\n    ConnRef *connRef597 = new ConnRef(router, 597);\n    ConnEnd srcPt597(Point(404.333, 527.5), 2);\n    connRef597->setSourceEndpoint(srcPt597);\n    ConnEnd dstPt597(Point(323, 833.833), 15);\n    connRef597->setDestEndpoint(dstPt597);\n    connRef597->setRoutingType((ConnType)2);\n\n    ConnRef *connRef598 = new ConnRef(router, 598);\n    ConnEnd srcPt598(Point(2492.71, 2864.3), 8);\n    connRef598->setSourceEndpoint(srcPt598);\n    ConnEnd dstPt598(Point(2547.71, 2945.3), 15);\n    connRef598->setDestEndpoint(dstPt598);\n    connRef598->setRoutingType((ConnType)2);\n\n    ConnRef *connRef599 = new ConnRef(router, 599);\n    ConnEnd srcPt599(Point(3119.9, 2529.3), 15);\n    connRef599->setSourceEndpoint(srcPt599);\n    ConnEnd dstPt599(Point(2895.99, 2612.3), 4);\n    connRef599->setDestEndpoint(dstPt599);\n    connRef599->setRoutingType((ConnType)2);\n\n    ConnRef *connRef600 = new ConnRef(router, 600);\n    ConnEnd srcPt600(Point(3119.9, 2529.3), 15);\n    connRef600->setSourceEndpoint(srcPt600);\n    ConnEnd dstPt600(Point(3242.24, 2597.3), 1);\n    connRef600->setDestEndpoint(dstPt600);\n    connRef600->setRoutingType((ConnType)2);\n\n    ConnRef *connRef601 = new ConnRef(router, 601);\n    ConnEnd srcPt601(Point(2925.99, 2612.3), 8);\n    connRef601->setSourceEndpoint(srcPt601);\n    ConnEnd dstPt601(Point(2968.99, 2674.3), 15);\n    connRef601->setDestEndpoint(dstPt601);\n    connRef601->setRoutingType((ConnType)2);\n\n    ConnRef *connRef602 = new ConnRef(router, 602);\n    ConnEnd srcPt602(Point(3119.9, 2872.3), 15);\n    connRef602->setSourceEndpoint(srcPt602);\n    ConnEnd dstPt602(Point(2869.99, 3071.3), 4);\n    connRef602->setDestEndpoint(dstPt602);\n    connRef602->setRoutingType((ConnType)2);\n\n    ConnRef *connRef603 = new ConnRef(router, 603);\n    ConnEnd srcPt603(Point(3119.9, 2872.3), 15);\n    connRef603->setSourceEndpoint(srcPt603);\n    ConnEnd dstPt603(Point(3326.74, 3056.3), 1);\n    connRef603->setDestEndpoint(dstPt603);\n    connRef603->setRoutingType((ConnType)2);\n\n    ConnRef *connRef604 = new ConnRef(router, 604);\n    ConnEnd srcPt604(Point(3242.24, 2627.3), 2);\n    connRef604->setSourceEndpoint(srcPt604);\n    ConnEnd dstPt604(Point(3221.24, 2674.3), 15);\n    connRef604->setDestEndpoint(dstPt604);\n    connRef604->setRoutingType((ConnType)2);\n\n    ConnRef *connRef605 = new ConnRef(router, 605);\n    ConnEnd srcPt605(Point(2899.99, 3071.3), 8);\n    connRef605->setSourceEndpoint(srcPt605);\n    ConnEnd dstPt605(Point(2968.99, 3209.3), 15);\n    connRef605->setDestEndpoint(dstPt605);\n    connRef605->setRoutingType((ConnType)2);\n\n    ConnRef *connRef606 = new ConnRef(router, 606);\n    ConnEnd srcPt606(Point(3326.74, 3086.3), 2);\n    connRef606->setSourceEndpoint(srcPt606);\n    ConnEnd dstPt606(Point(3216.44, 3209.3), 15);\n    connRef606->setDestEndpoint(dstPt606);\n    connRef606->setRoutingType((ConnType)2);\n\n    ConnRef *connRef607 = new ConnRef(router, 607);\n    ConnEnd srcPt607(Point(1797.79, 3299.3), 8);\n    connRef607->setSourceEndpoint(srcPt607);\n    ConnEnd dstPt607(Point(1861.79, 3209.3), 15);\n    connRef607->setDestEndpoint(dstPt607);\n    connRef607->setRoutingType((ConnType)2);\n\n    ConnRef *connRef608 = new ConnRef(router, 608);\n    ConnEnd srcPt608(Point(162, 512.5), 8);\n    connRef608->setSourceEndpoint(srcPt608);\n    ConnEnd dstPt608(Point(220, 512.5), 4);\n    connRef608->setDestEndpoint(dstPt608);\n    connRef608->setRoutingType((ConnType)2);\n\n    ConnRef *connRef609 = new ConnRef(router, 609);\n    ConnEnd srcPt609(Point(73, 648.5), 8);\n    connRef609->setSourceEndpoint(srcPt609);\n    ConnEnd dstPt609(Point(131, 648.5), 4);\n    connRef609->setDestEndpoint(dstPt609);\n    connRef609->setRoutingType((ConnType)2);\n\n    ConnRef *connRef610 = new ConnRef(router, 610);\n    ConnEnd srcPt610(Point(540.333, 658.5), 2);\n    connRef610->setSourceEndpoint(srcPt610);\n    ConnEnd dstPt610(Point(540.333, 708.5), 1);\n    connRef610->setDestEndpoint(dstPt610);\n    connRef610->setRoutingType((ConnType)2);\n\n    ConnRef *connRef611 = new ConnRef(router, 611);\n    ConnEnd srcPt611(Point(540.333, 783.833), 2);\n    connRef611->setSourceEndpoint(srcPt611);\n    ConnEnd dstPt611(Point(540.333, 833.833), 1);\n    connRef611->setDestEndpoint(dstPt611);\n    connRef611->setRoutingType((ConnType)2);\n\n    ConnRef *connRef612 = new ConnRef(router, 612);\n    ConnEnd srcPt612(Point(1453.46, 708.5), 4);\n    connRef612->setSourceEndpoint(srcPt612);\n    ConnEnd dstPt612(Point(1395.46, 708.5), 8);\n    connRef612->setDestEndpoint(dstPt612);\n    connRef612->setRoutingType((ConnType)2);\n\n    ConnRef *connRef613 = new ConnRef(router, 613);\n    ConnEnd srcPt613(Point(1542.46, 241.5), 2);\n    connRef613->setSourceEndpoint(srcPt613);\n    ConnEnd dstPt613(Point(1542.46, 291.5), 1);\n    connRef613->setDestEndpoint(dstPt613);\n    connRef613->setRoutingType((ConnType)2);\n\n    ConnRef *connRef614 = new ConnRef(router, 614);\n    ConnEnd srcPt614(Point(1942.29, 241.5), 2);\n    connRef614->setSourceEndpoint(srcPt614);\n    ConnEnd dstPt614(Point(1942.29, 291.5), 1);\n    connRef614->setDestEndpoint(dstPt614);\n    connRef614->setRoutingType((ConnType)2);\n\n    ConnRef *connRef615 = new ConnRef(router, 615);\n    ConnEnd srcPt615(Point(2026.79, 727.5), 2);\n    connRef615->setSourceEndpoint(srcPt615);\n    ConnEnd dstPt615(Point(2026.79, 777.5), 1);\n    connRef615->setDestEndpoint(dstPt615);\n    connRef615->setRoutingType((ConnType)2);\n\n    ConnRef *connRef616 = new ConnRef(router, 616);\n    ConnEnd srcPt616(Point(540.333, 1226.24), 2);\n    connRef616->setSourceEndpoint(srcPt616);\n    ConnEnd dstPt616(Point(540.333, 1276.24), 1);\n    connRef616->setDestEndpoint(dstPt616);\n    connRef616->setRoutingType((ConnType)2);\n\n    ConnRef *connRef617 = new ConnRef(router, 617);\n    ConnEnd srcPt617(Point(711.958, 1226.24), 2);\n    connRef617->setSourceEndpoint(srcPt617);\n    ConnEnd dstPt617(Point(711.958, 1276.24), 1);\n    connRef617->setDestEndpoint(dstPt617);\n    connRef617->setRoutingType((ConnType)2);\n\n    ConnRef *connRef618 = new ConnRef(router, 618);\n    ConnEnd srcPt618(Point(972.958, 1226.24), 2);\n    connRef618->setSourceEndpoint(srcPt618);\n    ConnEnd dstPt618(Point(972.958, 1276.24), 1);\n    connRef618->setDestEndpoint(dstPt618);\n    connRef618->setRoutingType((ConnType)2);\n\n    ConnRef *connRef619 = new ConnRef(router, 619);\n    ConnEnd srcPt619(Point(992.958, 1143.64), 8);\n    connRef619->setSourceEndpoint(srcPt619);\n    ConnEnd dstPt619(Point(1050.96, 1143.64), 4);\n    connRef619->setDestEndpoint(dstPt619);\n    connRef619->setRoutingType((ConnType)2);\n\n    ConnRef *connRef620 = new ConnRef(router, 620);\n    ConnEnd srcPt620(Point(1385.86, 919.5), 2);\n    connRef620->setSourceEndpoint(srcPt620);\n    ConnEnd dstPt620(Point(1385.86, 969.5), 1);\n    connRef620->setDestEndpoint(dstPt620);\n    connRef620->setRoutingType((ConnType)2);\n\n    ConnRef *connRef621 = new ConnRef(router, 621);\n    ConnEnd srcPt621(Point(1385.86, 1091.64), 1);\n    connRef621->setSourceEndpoint(srcPt621);\n    ConnEnd dstPt621(Point(1385.86, 1041.64), 2);\n    connRef621->setDestEndpoint(dstPt621);\n    connRef621->setRoutingType((ConnType)2);\n\n    ConnRef *connRef622 = new ConnRef(router, 622);\n    ConnEnd srcPt622(Point(1385.86, 1193.64), 1);\n    connRef622->setSourceEndpoint(srcPt622);\n    ConnEnd dstPt622(Point(1385.86, 1143.64), 2);\n    connRef622->setDestEndpoint(dstPt622);\n    connRef622->setRoutingType((ConnType)2);\n\n    ConnRef *connRef623 = new ConnRef(router, 623);\n    ConnEnd srcPt623(Point(1704.79, 1276.24), 4);\n    connRef623->setSourceEndpoint(srcPt623);\n    ConnEnd dstPt623(Point(1646.79, 1276.24), 8);\n    connRef623->setDestEndpoint(dstPt623);\n    connRef623->setRoutingType((ConnType)2);\n\n    ConnRef *connRef624 = new ConnRef(router, 624);\n    ConnEnd srcPt624(Point(1926.79, 1703.64), 1);\n    connRef624->setSourceEndpoint(srcPt624);\n    ConnEnd dstPt624(Point(1926.79, 1653.64), 2);\n    connRef624->setDestEndpoint(dstPt624);\n    connRef624->setRoutingType((ConnType)2);\n\n    ConnRef *connRef625 = new ConnRef(router, 625);\n    ConnEnd srcPt625(Point(2016.29, 1440.24), 4);\n    connRef625->setSourceEndpoint(srcPt625);\n    ConnEnd dstPt625(Point(1958.29, 1440.24), 8);\n    connRef625->setDestEndpoint(dstPt625);\n    connRef625->setRoutingType((ConnType)2);\n\n    ConnRef *connRef626 = new ConnRef(router, 626);\n    ConnEnd srcPt626(Point(2099.79, 1722.64), 4);\n    connRef626->setSourceEndpoint(srcPt626);\n    ConnEnd dstPt626(Point(2041.79, 1722.64), 8);\n    connRef626->setDestEndpoint(dstPt626);\n    connRef626->setRoutingType((ConnType)2);\n\n    ConnRef *connRef627 = new ConnRef(router, 627);\n    ConnEnd srcPt627(Point(2171.79, 1519.64), 2);\n    connRef627->setSourceEndpoint(srcPt627);\n    ConnEnd dstPt627(Point(2171.79, 1569.64), 1);\n    connRef627->setDestEndpoint(dstPt627);\n    connRef627->setRoutingType((ConnType)2);\n\n    ConnRef *connRef628 = new ConnRef(router, 628);\n    ConnEnd srcPt628(Point(2299.79, 1440.24), 4);\n    connRef628->setSourceEndpoint(srcPt628);\n    ConnEnd dstPt628(Point(2241.79, 1440.24), 8);\n    connRef628->setDestEndpoint(dstPt628);\n    connRef628->setRoutingType((ConnType)2);\n\n    ConnRef *connRef629 = new ConnRef(router, 629);\n    ConnEnd srcPt629(Point(2477.71, 1459.44), 2);\n    connRef629->setSourceEndpoint(srcPt629);\n    ConnEnd dstPt629(Point(2477.71, 1509.44), 1);\n    connRef629->setDestEndpoint(dstPt629);\n    connRef629->setRoutingType((ConnType)2);\n\n    ConnRef *connRef630 = new ConnRef(router, 630);\n    ConnEnd srcPt630(Point(2477.71, 1631.64), 1);\n    connRef630->setSourceEndpoint(srcPt630);\n    ConnEnd dstPt630(Point(2477.71, 1581.64), 2);\n    connRef630->setDestEndpoint(dstPt630);\n    connRef630->setRoutingType((ConnType)2);\n\n    ConnRef *connRef631 = new ConnRef(router, 631);\n    ConnEnd srcPt631(Point(2171.79, 1822.95), 2);\n    connRef631->setSourceEndpoint(srcPt631);\n    ConnEnd dstPt631(Point(2171.79, 1872.95), 1);\n    connRef631->setDestEndpoint(dstPt631);\n    connRef631->setRoutingType((ConnType)2);\n\n    ConnRef *connRef632 = new ConnRef(router, 632);\n    ConnEnd srcPt632(Point(2477.71, 1963.95), 2);\n    connRef632->setSourceEndpoint(srcPt632);\n    ConnEnd dstPt632(Point(2477.71, 2013.95), 1);\n    connRef632->setDestEndpoint(dstPt632);\n    connRef632->setRoutingType((ConnType)2);\n\n    ConnRef *connRef633 = new ConnRef(router, 633);\n    ConnEnd srcPt633(Point(2477.71, 2105.95), 1);\n    connRef633->setSourceEndpoint(srcPt633);\n    ConnEnd dstPt633(Point(2477.71, 2055.95), 2);\n    connRef633->setDestEndpoint(dstPt633);\n    connRef633->setRoutingType((ConnType)2);\n\n    ConnRef *connRef634 = new ConnRef(router, 634);\n    ConnEnd srcPt634(Point(2660.54, 1762.64), 2);\n    connRef634->setSourceEndpoint(srcPt634);\n    ConnEnd dstPt634(Point(2660.54, 1812.64), 1);\n    connRef634->setDestEndpoint(dstPt634);\n    connRef634->setRoutingType((ConnType)2);\n\n    ConnRef *connRef635 = new ConnRef(router, 635);\n    ConnEnd srcPt635(Point(2637.54, 1934.95), 1);\n    connRef635->setSourceEndpoint(srcPt635);\n    ConnEnd dstPt635(Point(2637.54, 1884.95), 2);\n    connRef635->setDestEndpoint(dstPt635);\n    connRef635->setRoutingType((ConnType)2);\n\n    ConnRef *connRef636 = new ConnRef(router, 636);\n    ConnEnd srcPt636(Point(2735.54, 1934.95), 1);\n    connRef636->setSourceEndpoint(srcPt636);\n    ConnEnd dstPt636(Point(2735.54, 1884.95), 2);\n    connRef636->setDestEndpoint(dstPt636);\n    connRef636->setRoutingType((ConnType)2);\n\n    ConnRef *connRef637 = new ConnRef(router, 637);\n    ConnEnd srcPt637(Point(2898.99, 1762.64), 2);\n    connRef637->setSourceEndpoint(srcPt637);\n    ConnEnd dstPt637(Point(2898.99, 1812.64), 1);\n    connRef637->setDestEndpoint(dstPt637);\n    connRef637->setRoutingType((ConnType)2);\n\n    ConnRef *connRef638 = new ConnRef(router, 638);\n    ConnEnd srcPt638(Point(2875.99, 1934.95), 1);\n    connRef638->setSourceEndpoint(srcPt638);\n    ConnEnd dstPt638(Point(2875.99, 1884.95), 2);\n    connRef638->setDestEndpoint(dstPt638);\n    connRef638->setRoutingType((ConnType)2);\n\n    ConnRef *connRef639 = new ConnRef(router, 639);\n    ConnEnd srcPt639(Point(2953.99, 1934.95), 1);\n    connRef639->setSourceEndpoint(srcPt639);\n    ConnEnd dstPt639(Point(2953.99, 1884.95), 2);\n    connRef639->setDestEndpoint(dstPt639);\n    connRef639->setRoutingType((ConnType)2);\n\n    ConnRef *connRef640 = new ConnRef(router, 640);\n    ConnEnd srcPt640(Point(2299.79, 708.5), 4);\n    connRef640->setSourceEndpoint(srcPt640);\n    ConnEnd dstPt640(Point(2241.79, 708.5), 8);\n    connRef640->setDestEndpoint(dstPt640);\n    connRef640->setRoutingType((ConnType)2);\n\n    ConnRef *connRef641 = new ConnRef(router, 641);\n    ConnEnd srcPt641(Point(2605.71, 708.5), 4);\n    connRef641->setSourceEndpoint(srcPt641);\n    ConnEnd dstPt641(Point(2547.71, 708.5), 8);\n    connRef641->setDestEndpoint(dstPt641);\n    connRef641->setRoutingType((ConnType)2);\n\n    ConnRef *connRef642 = new ConnRef(router, 642);\n    ConnEnd srcPt642(Point(2845.54, 708.5), 4);\n    connRef642->setSourceEndpoint(srcPt642);\n    ConnEnd dstPt642(Point(2787.54, 708.5), 8);\n    connRef642->setDestEndpoint(dstPt642);\n    connRef642->setRoutingType((ConnType)2);\n\n    ConnRef *connRef643 = new ConnRef(router, 643);\n    ConnEnd srcPt643(Point(3026.99, 708.5), 4);\n    connRef643->setSourceEndpoint(srcPt643);\n    ConnEnd dstPt643(Point(2968.99, 708.5), 8);\n    connRef643->setDestEndpoint(dstPt643);\n    connRef643->setRoutingType((ConnType)2);\n\n    ConnRef *connRef644 = new ConnRef(router, 644);\n    ConnEnd srcPt644(Point(3026.99, 914.5), 4);\n    connRef644->setSourceEndpoint(srcPt644);\n    ConnEnd dstPt644(Point(2968.99, 914.5), 8);\n    connRef644->setDestEndpoint(dstPt644);\n    connRef644->setRoutingType((ConnType)2);\n\n    ConnRef *connRef645 = new ConnRef(router, 645);\n    ConnEnd srcPt645(Point(2299.79, 301.75), 4);\n    connRef645->setSourceEndpoint(srcPt645);\n    ConnEnd dstPt645(Point(2241.79, 301.75), 8);\n    connRef645->setDestEndpoint(dstPt645);\n    connRef645->setRoutingType((ConnType)2);\n\n    ConnRef *connRef646 = new ConnRef(router, 646);\n    ConnEnd srcPt646(Point(2477.71, 170.875), 2);\n    connRef646->setSourceEndpoint(srcPt646);\n    ConnEnd dstPt646(Point(2477.71, 220.875), 1);\n    connRef646->setDestEndpoint(dstPt646);\n    connRef646->setRoutingType((ConnType)2);\n\n    ConnRef *connRef647 = new ConnRef(router, 647);\n    ConnEnd srcPt647(Point(2605.71, 301.75), 4);\n    connRef647->setSourceEndpoint(srcPt647);\n    ConnEnd dstPt647(Point(2547.71, 301.75), 8);\n    connRef647->setDestEndpoint(dstPt647);\n    connRef647->setRoutingType((ConnType)2);\n\n    ConnRef *connRef648 = new ConnRef(router, 648);\n    ConnEnd srcPt648(Point(2665.54, 170.875), 2);\n    connRef648->setSourceEndpoint(srcPt648);\n    ConnEnd dstPt648(Point(2665.54, 220.875), 1);\n    connRef648->setDestEndpoint(dstPt648);\n    connRef648->setRoutingType((ConnType)2);\n\n    ConnRef *connRef649 = new ConnRef(router, 649);\n    ConnEnd srcPt649(Point(2665.54, 387.7), 2);\n    connRef649->setSourceEndpoint(srcPt649);\n    ConnEnd dstPt649(Point(2665.54, 437.7), 1);\n    connRef649->setDestEndpoint(dstPt649);\n    connRef649->setRoutingType((ConnType)2);\n\n    ConnRef *connRef650 = new ConnRef(router, 650);\n    ConnEnd srcPt650(Point(2919.99, 387.7), 2);\n    connRef650->setSourceEndpoint(srcPt650);\n    ConnEnd dstPt650(Point(2919.99, 437.7), 1);\n    connRef650->setDestEndpoint(dstPt650);\n    connRef650->setRoutingType((ConnType)2);\n\n    ConnRef *connRef651 = new ConnRef(router, 651);\n    ConnEnd srcPt651(Point(3197.24, 301.75), 4);\n    connRef651->setSourceEndpoint(srcPt651);\n    ConnEnd dstPt651(Point(3139.24, 301.75), 8);\n    connRef651->setDestEndpoint(dstPt651);\n    connRef651->setRoutingType((ConnType)2);\n\n    ConnRef *connRef652 = new ConnRef(router, 652);\n    ConnEnd srcPt652(Point(3478.07, 864.5), 2);\n    connRef652->setSourceEndpoint(srcPt652);\n    ConnEnd dstPt652(Point(3478.07, 914.5), 1);\n    connRef652->setDestEndpoint(dstPt652);\n    connRef652->setRoutingType((ConnType)2);\n\n    ConnRef *connRef653 = new ConnRef(router, 653);\n    ConnEnd srcPt653(Point(3536.07, 1872.95), 4);\n    connRef653->setSourceEndpoint(srcPt653);\n    ConnEnd dstPt653(Point(3478.07, 1872.95), 8);\n    connRef653->setDestEndpoint(dstPt653);\n    connRef653->setRoutingType((ConnType)2);\n\n    ConnRef *connRef654 = new ConnRef(router, 654);\n    ConnEnd srcPt654(Point(3536.07, 2612.3), 4);\n    connRef654->setSourceEndpoint(srcPt654);\n    ConnEnd dstPt654(Point(3478.07, 2612.3), 8);\n    connRef654->setDestEndpoint(dstPt654);\n    connRef654->setRoutingType((ConnType)2);\n\n    ConnRef *connRef655 = new ConnRef(router, 655);\n    ConnEnd srcPt655(Point(2787.54, 3467.3), 1);\n    connRef655->setSourceEndpoint(srcPt655);\n    ConnEnd dstPt655(Point(2787.54, 3417.3), 2);\n    connRef655->setDestEndpoint(dstPt655);\n    connRef655->setRoutingType((ConnType)2);\n\n    ConnRef *connRef656 = new ConnRef(router, 656);\n    ConnEnd srcPt656(Point(2787.54, 3569.3), 1);\n    connRef656->setSourceEndpoint(srcPt656);\n    ConnEnd dstPt656(Point(2787.54, 3519.3), 2);\n    connRef656->setDestEndpoint(dstPt656);\n    connRef656->setRoutingType((ConnType)2);\n\n    ConnRef *connRef657 = new ConnRef(router, 657);\n    ConnEnd srcPt657(Point(3654.07, 2612.3), 4);\n    connRef657->setSourceEndpoint(srcPt657);\n    ConnEnd dstPt657(Point(3596.07, 2612.3), 8);\n    connRef657->setDestEndpoint(dstPt657);\n    connRef657->setRoutingType((ConnType)2);\n\n    ConnRef *connRef658 = new ConnRef(router, 658);\n    ConnEnd srcPt658(Point(3654.07, 914.5), 4);\n    connRef658->setSourceEndpoint(srcPt658);\n    ConnEnd dstPt658(Point(3596.07, 914.5), 8);\n    connRef658->setDestEndpoint(dstPt658);\n    connRef658->setRoutingType((ConnType)2);\n\n    ConnRef *connRef659 = new ConnRef(router, 659);\n    ConnEnd srcPt659(Point(3384.74, 914.5), 4);\n    connRef659->setSourceEndpoint(srcPt659);\n    ConnEnd dstPt659(Point(3326.74, 914.5), 8);\n    connRef659->setDestEndpoint(dstPt659);\n    connRef659->setRoutingType((ConnType)2);\n\n    ConnRef *connRef660 = new ConnRef(router, 660);\n    ConnEnd srcPt660(Point(3216.44, 2349.05), 2);\n    connRef660->setSourceEndpoint(srcPt660);\n    ConnEnd dstPt660(Point(3216.44, 2399.05), 1);\n    connRef660->setDestEndpoint(dstPt660);\n    connRef660->setRoutingType((ConnType)2);\n\n    ConnRef *connRef661 = new ConnRef(router, 661);\n    ConnEnd srcPt661(Point(3216.44, 2247.05), 2);\n    connRef661->setSourceEndpoint(srcPt661);\n    ConnEnd dstPt661(Point(3216.44, 2297.05), 1);\n    connRef661->setDestEndpoint(dstPt661);\n    connRef661->setRoutingType((ConnType)2);\n\n    ConnRef *connRef662 = new ConnRef(router, 662);\n    ConnEnd srcPt662(Point(2787.54, 2247.05), 2);\n    connRef662->setSourceEndpoint(srcPt662);\n    ConnEnd dstPt662(Point(2787.54, 2297.05), 1);\n    connRef662->setDestEndpoint(dstPt662);\n    connRef662->setRoutingType((ConnType)2);\n\n    ConnRef *connRef663 = new ConnRef(router, 663);\n    ConnEnd srcPt663(Point(3216.44, 864.5), 2);\n    connRef663->setSourceEndpoint(srcPt663);\n    ConnEnd dstPt663(Point(3216.44, 914.5), 1);\n    connRef663->setDestEndpoint(dstPt663);\n    connRef663->setRoutingType((ConnType)2);\n\n    ConnRef *connRef664 = new ConnRef(router, 664);\n    ConnEnd srcPt664(Point(2787.54, 2135.05), 2);\n    connRef664->setSourceEndpoint(srcPt664);\n    ConnEnd dstPt664(Point(2787.54, 2185.05), 1);\n    connRef664->setDestEndpoint(dstPt664);\n    connRef664->setRoutingType((ConnType)2);\n\n    ConnRef *connRef665 = new ConnRef(router, 665);\n    ConnEnd srcPt665(Point(2399.71, 2135.05), 2);\n    connRef665->setSourceEndpoint(srcPt665);\n    ConnEnd dstPt665(Point(2399.71, 2185.05), 1);\n    connRef665->setDestEndpoint(dstPt665);\n    connRef665->setRoutingType((ConnType)2);\n\n    ConnRef *connRef666 = new ConnRef(router, 666);\n    ConnEnd srcPt666(Point(1926.79, 2135.05), 2);\n    connRef666->setSourceEndpoint(srcPt666);\n    ConnEnd dstPt666(Point(1926.79, 2185.05), 1);\n    connRef666->setDestEndpoint(dstPt666);\n    connRef666->setRoutingType((ConnType)2);\n\n    ConnRef *connRef667 = new ConnRef(router, 667);\n    ConnEnd srcPt667(Point(711.958, 2135.05), 2);\n    connRef667->setSourceEndpoint(srcPt667);\n    ConnEnd dstPt667(Point(711.958, 2185.05), 1);\n    connRef667->setDestEndpoint(dstPt667);\n    connRef667->setRoutingType((ConnType)2);\n\n    ConnRef *connRef668 = new ConnRef(router, 668);\n    ConnEnd srcPt668(Point(1621.6, 2023.95), 4);\n    connRef668->setSourceEndpoint(srcPt668);\n    ConnEnd dstPt668(Point(1563.6, 2023.95), 8);\n    connRef668->setDestEndpoint(dstPt668);\n    connRef668->setRoutingType((ConnType)2);\n\n    ConnRef *connRef669 = new ConnRef(router, 669);\n    ConnEnd srcPt669(Point(711.958, 1328.24), 2);\n    connRef669->setSourceEndpoint(srcPt669);\n    ConnEnd dstPt669(Point(711.958, 1378.24), 1);\n    connRef669->setDestEndpoint(dstPt669);\n    connRef669->setRoutingType((ConnType)2);\n\n    ConnRef *connRef670 = new ConnRef(router, 670);\n    ConnEnd srcPt670(Point(769.958, 1440.24), 4);\n    connRef670->setSourceEndpoint(srcPt670);\n    ConnEnd dstPt670(Point(711.958, 1440.24), 8);\n    connRef670->setDestEndpoint(dstPt670);\n    connRef670->setRoutingType((ConnType)2);\n\n    ConnRef *connRef671 = new ConnRef(router, 671);\n    ConnEnd srcPt671(Point(1327.86, 1440.24), 8);\n    connRef671->setSourceEndpoint(srcPt671);\n    ConnEnd dstPt671(Point(1385.86, 1440.24), 4);\n    connRef671->setDestEndpoint(dstPt671);\n    connRef671->setRoutingType((ConnType)2);\n\n    ConnRef *connRef672 = new ConnRef(router, 672);\n    ConnEnd srcPt672(Point(610.333, 2427.3), 2);\n    connRef672->setSourceEndpoint(srcPt672);\n    ConnEnd dstPt672(Point(610.333, 2477.3), 1);\n    connRef672->setDestEndpoint(dstPt672);\n    connRef672->setRoutingType((ConnType)2);\n\n    ConnRef *connRef673 = new ConnRef(router, 673);\n    ConnEnd srcPt673(Point(668.333, 2612.3), 4);\n    connRef673->setSourceEndpoint(srcPt673);\n    ConnEnd dstPt673(Point(610.333, 2612.3), 8);\n    connRef673->setDestEndpoint(dstPt673);\n    connRef673->setRoutingType((ConnType)2);\n\n    ConnRef *connRef674 = new ConnRef(router, 674);\n    ConnEnd srcPt674(Point(610.333, 3121.3), 1);\n    connRef674->setSourceEndpoint(srcPt674);\n    ConnEnd dstPt674(Point(610.333, 3071.3), 2);\n    connRef674->setDestEndpoint(dstPt674);\n    connRef674->setRoutingType((ConnType)2);\n\n    ConnRef *connRef675 = new ConnRef(router, 675);\n    ConnEnd srcPt675(Point(1139.96, 2612.3), 8);\n    connRef675->setSourceEndpoint(srcPt675);\n    ConnEnd dstPt675(Point(1197.96, 2612.3), 4);\n    connRef675->setDestEndpoint(dstPt675);\n    connRef675->setRoutingType((ConnType)2);\n\n    ConnRef *connRef676 = new ConnRef(router, 676);\n    ConnEnd srcPt676(Point(1257.96, 2612.3), 8);\n    connRef676->setSourceEndpoint(srcPt676);\n    ConnEnd dstPt676(Point(1315.96, 2612.3), 4);\n    connRef676->setDestEndpoint(dstPt676);\n    connRef676->setRoutingType((ConnType)2);\n\n    ConnRef *connRef677 = new ConnRef(router, 677);\n    ConnEnd srcPt677(Point(1704.79, 2757.3), 4);\n    connRef677->setSourceEndpoint(srcPt677);\n    ConnEnd dstPt677(Point(1646.79, 2757.3), 8);\n    connRef677->setDestEndpoint(dstPt677);\n    connRef677->setRoutingType((ConnType)2);\n\n    ConnRef *connRef678 = new ConnRef(router, 678);\n    ConnEnd srcPt678(Point(1621.6, 2688.3), 4);\n    connRef678->setSourceEndpoint(srcPt678);\n    ConnEnd dstPt678(Point(1563.6, 2688.3), 8);\n    connRef678->setDestEndpoint(dstPt678);\n    connRef678->setRoutingType((ConnType)2);\n\n    ConnRef *connRef679 = new ConnRef(router, 679);\n    ConnEnd srcPt679(Point(1480.46, 2757.3), 8);\n    connRef679->setSourceEndpoint(srcPt679);\n    ConnEnd dstPt679(Point(1538.46, 2757.3), 4);\n    connRef679->setDestEndpoint(dstPt679);\n    connRef679->setRoutingType((ConnType)2);\n\n    ConnRef *connRef680 = new ConnRef(router, 680);\n    ConnEnd srcPt680(Point(1704.79, 3140.3), 4);\n    connRef680->setSourceEndpoint(srcPt680);\n    ConnEnd dstPt680(Point(1646.79, 3140.3), 8);\n    connRef680->setDestEndpoint(dstPt680);\n    connRef680->setRoutingType((ConnType)2);\n\n    ConnRef *connRef681 = new ConnRef(router, 681);\n    ConnEnd srcPt681(Point(1480.46, 3140.3), 8);\n    connRef681->setSourceEndpoint(srcPt681);\n    ConnEnd dstPt681(Point(1538.46, 3140.3), 4);\n    connRef681->setDestEndpoint(dstPt681);\n    connRef681->setRoutingType((ConnType)2);\n\n    ConnRef *connRef682 = new ConnRef(router, 682);\n    ConnEnd srcPt682(Point(1621.6, 3071.3), 4);\n    connRef682->setSourceEndpoint(srcPt682);\n    ConnEnd dstPt682(Point(1563.6, 3071.3), 8);\n    connRef682->setDestEndpoint(dstPt682);\n    connRef682->setRoutingType((ConnType)2);\n\n    ConnRef *connRef683 = new ConnRef(router, 683);\n    ConnEnd srcPt683(Point(2229.79, 2699.3), 2);\n    connRef683->setSourceEndpoint(srcPt683);\n    ConnEnd dstPt683(Point(2229.79, 2749.3), 1);\n    connRef683->setDestEndpoint(dstPt683);\n    connRef683->setRoutingType((ConnType)2);\n\n    ConnRef *connRef684 = new ConnRef(router, 684);\n    ConnEnd srcPt684(Point(2392.71, 2612.3), 4);\n    connRef684->setSourceEndpoint(srcPt684);\n    ConnEnd dstPt684(Point(2334.71, 2612.3), 8);\n    connRef684->setDestEndpoint(dstPt684);\n    connRef684->setRoutingType((ConnType)2);\n\n    ConnRef *connRef685 = new ConnRef(router, 685);\n    ConnEnd srcPt685(Point(2477.71, 3005.3), 1);\n    connRef685->setSourceEndpoint(srcPt685);\n    ConnEnd dstPt685(Point(2477.71, 2955.3), 2);\n    connRef685->setDestEndpoint(dstPt685);\n    connRef685->setRoutingType((ConnType)2);\n\n    ConnRef *connRef686 = new ConnRef(router, 686);\n    ConnEnd srcPt686(Point(792.958, 2477.3), 8);\n    connRef686->setSourceEndpoint(srcPt686);\n    ConnEnd dstPt686(Point(850.958, 2477.3), 4);\n    connRef686->setDestEndpoint(dstPt686);\n    connRef686->setRoutingType((ConnType)2);\n\n    ConnRef *connRef687 = new ConnRef(router, 687);\n    ConnEnd srcPt687(Point(958.958, 2427.3), 2);\n    connRef687->setSourceEndpoint(srcPt687);\n    ConnEnd dstPt687(Point(958.958, 2477.3), 1);\n    connRef687->setDestEndpoint(dstPt687);\n    connRef687->setRoutingType((ConnType)2);\n\n    ConnRef *connRef688 = new ConnRef(router, 688);\n    ConnEnd srcPt688(Point(934.358, 2612.3), 4);\n    connRef688->setSourceEndpoint(srcPt688);\n    ConnEnd dstPt688(Point(876.358, 2612.3), 8);\n    connRef688->setDestEndpoint(dstPt688);\n    connRef688->setRoutingType((ConnType)2);\n\n    ConnRef *connRef689 = new ConnRef(router, 689);\n    ConnEnd srcPt689(Point(934.358, 2757.3), 4);\n    connRef689->setSourceEndpoint(srcPt689);\n    ConnEnd dstPt689(Point(876.358, 2757.3), 8);\n    connRef689->setDestEndpoint(dstPt689);\n    connRef689->setRoutingType((ConnType)2);\n\n    ConnRef *connRef690 = new ConnRef(router, 690);\n    ConnEnd srcPt690(Point(876.358, 3021.3), 2);\n    connRef690->setSourceEndpoint(srcPt690);\n    ConnEnd dstPt690(Point(876.358, 3071.3), 1);\n    connRef690->setDestEndpoint(dstPt690);\n    connRef690->setRoutingType((ConnType)2);\n\n    ConnRef *connRef691 = new ConnRef(router, 691);\n    ConnEnd srcPt691(Point(2171.79, 991.643), 2);\n    connRef691->setSourceEndpoint(srcPt691);\n    ConnEnd dstPt691(Point(2171.79, 1041.64), 1);\n    connRef691->setDestEndpoint(dstPt691);\n    connRef691->setRoutingType((ConnType)2);\n\n    ConnRef *connRef692 = new ConnRef(router, 692);\n    ConnEnd srcPt692(Point(2477.71, 991.643), 2);\n    connRef692->setSourceEndpoint(srcPt692);\n    ConnEnd dstPt692(Point(2477.71, 1041.64), 1);\n    connRef692->setDestEndpoint(dstPt692);\n    connRef692->setRoutingType((ConnType)2);\n\n    ConnRef *connRef693 = new ConnRef(router, 693);\n    ConnEnd srcPt693(Point(2241.79, 1193.64), 1);\n    connRef693->setSourceEndpoint(srcPt693);\n    ConnEnd dstPt693(Point(2241.79, 1143.64), 2);\n    connRef693->setDestEndpoint(dstPt693);\n    connRef693->setRoutingType((ConnType)2);\n\n    ConnRef *connRef694 = new ConnRef(router, 694);\n    ConnEnd srcPt694(Point(1769.79, 456.5), 2);\n    connRef694->setSourceEndpoint(srcPt694);\n    ConnEnd dstPt694(Point(1769.79, 506.5), 1);\n    connRef694->setDestEndpoint(dstPt694);\n    connRef694->setRoutingType((ConnType)2);\n\n    ConnRef *connRef695 = new ConnRef(router, 695);\n    ConnEnd srcPt695(Point(1769.79, 627.5), 1);\n    connRef695->setSourceEndpoint(srcPt695);\n    ConnEnd dstPt695(Point(1769.79, 577.5), 2);\n    connRef695->setDestEndpoint(dstPt695);\n    connRef695->setRoutingType((ConnType)2);\n\n    ConnRef *connRef696 = new ConnRef(router, 696);\n    ConnEnd srcPt696(Point(2099.79, 1276.24), 4);\n    connRef696->setSourceEndpoint(srcPt696);\n    ConnEnd dstPt696(Point(2041.79, 1276.24), 8);\n    connRef696->setDestEndpoint(dstPt696);\n    connRef696->setRoutingType((ConnType)2);\n\n    ConnRef *connRef697 = new ConnRef(router, 697);\n    ConnEnd srcPt697(Point(381, 1125.24), 4);\n    connRef697->setSourceEndpoint(srcPt697);\n    ConnEnd dstPt697(Point(323, 1125.24), 8);\n    connRef697->setDestEndpoint(dstPt697);\n    connRef697->setRoutingType((ConnType)2);\n\n    ConnRef *connRef698 = new ConnRef(router, 698);\n    ConnEnd srcPt698(Point(223, 1143.64), 8);\n    connRef698->setSourceEndpoint(srcPt698);\n    ConnEnd dstPt698(Point(281, 1143.64), 4);\n    connRef698->setDestEndpoint(dstPt698);\n    connRef698->setRoutingType((ConnType)2);\n\n    ConnRef *connRef699 = new ConnRef(router, 699);\n    ConnEnd srcPt699(Point(523.333, 1143.64), 4);\n    connRef699->setSourceEndpoint(srcPt699);\n    ConnEnd dstPt699(Point(465.333, 1143.64), 8);\n    connRef699->setDestEndpoint(dstPt699);\n    connRef699->setRoutingType((ConnType)2);\n\n    ConnRef *connRef700 = new ConnRef(router, 700);\n    ConnEnd srcPt700(Point(1782.79, 3351.3), 2);\n    connRef700->setSourceEndpoint(srcPt700);\n    ConnEnd dstPt700(Point(1782.79, 3401.3), 1);\n    connRef700->setDestEndpoint(dstPt700);\n    connRef700->setRoutingType((ConnType)2);\n\n    ConnRef *connRef701 = new ConnRef(router, 701);\n    ConnEnd srcPt701(Point(1782.79, 3147.3), 2);\n    connRef701->setSourceEndpoint(srcPt701);\n    ConnEnd dstPt701(Point(1782.79, 3197.3), 1);\n    connRef701->setDestEndpoint(dstPt701);\n    connRef701->setRoutingType((ConnType)2);\n\n    ConnRef *connRef702 = new ConnRef(router, 702);\n    ConnEnd srcPt702(Point(2775.54, 73.5), 2);\n    connRef702->setSourceEndpoint(srcPt702);\n    ConnEnd dstPt702(Point(2775.54, 123.5), 1);\n    connRef702->setDestEndpoint(dstPt702);\n    connRef702->setRoutingType((ConnType)2);\n\n    ConnRef *connRef703 = new ConnRef(router, 703);\n    ConnEnd srcPt703(Point(1953.79, 2895.3), 2);\n    connRef703->setSourceEndpoint(srcPt703);\n    ConnEnd dstPt703(Point(1953.79, 2945.3), 1);\n    connRef703->setDestEndpoint(dstPt703);\n    connRef703->setRoutingType((ConnType)2);\n\n    ConnRef *connRef704 = new ConnRef(router, 704);\n    ConnEnd srcPt704(Point(2171.79, 170.875), 2);\n    connRef704->setSourceEndpoint(srcPt704);\n    ConnEnd dstPt704(Point(2171.79, 220.875), 1);\n    connRef704->setDestEndpoint(dstPt704);\n    connRef704->setRoutingType((ConnType)2);\n\n    ConnRef *connRef705 = new ConnRef(router, 705);\n    ConnEnd srcPt705(Point(1926.79, 1822.95), 2);\n    connRef705->setSourceEndpoint(srcPt705);\n    ConnEnd dstPt705(Point(1926.79, 1872.95), 1);\n    connRef705->setDestEndpoint(dstPt705);\n    connRef705->setRoutingType((ConnType)2);\n\n    ConnRef *connRef706 = new ConnRef(router, 706);\n    ConnEnd srcPt706(Point(1464.46, 1822.95), 2);\n    connRef706->setSourceEndpoint(srcPt706);\n    ConnEnd dstPt706(Point(1464.46, 1872.95), 1);\n    connRef706->setDestEndpoint(dstPt706);\n    connRef706->setRoutingType((ConnType)2);\n\n    ConnRef *connRef707 = new ConnRef(router, 707);\n    ConnEnd srcPt707(Point(972.958, 1822.95), 2);\n    connRef707->setSourceEndpoint(srcPt707);\n    ConnEnd dstPt707(Point(972.958, 1872.95), 1);\n    connRef707->setDestEndpoint(dstPt707);\n    connRef707->setRoutingType((ConnType)2);\n\n    ConnRef *connRef708 = new ConnRef(router, 708);\n    ConnEnd srcPt708(Point(3031.24, 301.75), 8);\n    connRef708->setSourceEndpoint(srcPt708);\n    ConnEnd dstPt708(Point(3089.24, 301.75), 4);\n    connRef708->setDestEndpoint(dstPt708);\n    connRef708->setRoutingType((ConnType)2);\n\n    ConnRef *connRef709 = new ConnRef(router, 709);\n    ConnEnd srcPt709(Point(2099.79, 2749.3), 4);\n    connRef709->setSourceEndpoint(srcPt709);\n    ConnEnd dstPt709(Point(2041.79, 2749.3), 8);\n    connRef709->setDestEndpoint(dstPt709);\n    connRef709->setRoutingType((ConnType)2);\n\n    ConnRef *connRef710 = new ConnRef(router, 710);\n    ConnEnd srcPt710(Point(1919.79, 2749.3), 4);\n    connRef710->setSourceEndpoint(srcPt710);\n    ConnEnd dstPt710(Point(1861.79, 2749.3), 8);\n    connRef710->setDestEndpoint(dstPt710);\n    connRef710->setRoutingType((ConnType)2);\n\n    ConnRef *connRef711 = new ConnRef(router, 711);\n    ConnEnd srcPt711(Point(1131.18, 708.5), 4);\n    connRef711->setSourceEndpoint(srcPt711);\n    ConnEnd dstPt711(Point(1073.18, 708.5), 8);\n    connRef711->setDestEndpoint(dstPt711);\n    connRef711->setRoutingType((ConnType)2);\n\n    ConnRef *connRef712 = new ConnRef(router, 712);\n    ConnEnd srcPt712(Point(1229.46, 519.7), 2);\n    connRef712->setSourceEndpoint(srcPt712);\n    ConnEnd dstPt712(Point(1229.46, 569.7), 1);\n    connRef712->setDestEndpoint(dstPt712);\n    connRef712->setRoutingType((ConnType)2);\n\n    ConnRef *connRef713 = new ConnRef(router, 713);\n    ConnEnd srcPt713(Point(934.358, 569.7), 4);\n    connRef713->setSourceEndpoint(srcPt713);\n    ConnEnd dstPt713(Point(876.358, 569.7), 8);\n    connRef713->setDestEndpoint(dstPt713);\n    connRef713->setRoutingType((ConnType)2);\n\n    ConnRef *connRef714 = new ConnRef(router, 714);\n    ConnEnd srcPt714(Point(462.333, 512.5), 4);\n    connRef714->setSourceEndpoint(srcPt714);\n    ConnEnd dstPt714(Point(404.333, 512.5), 8);\n    connRef714->setDestEndpoint(dstPt714);\n    connRef714->setRoutingType((ConnType)2);\n\n    ConnRef *connRef715 = new ConnRef(router, 715);\n    ConnEnd srcPt715(Point(2477.71, 2814.3), 2);\n    connRef715->setSourceEndpoint(srcPt715);\n    ConnEnd dstPt715(Point(2477.71, 2864.3), 1);\n    connRef715->setDestEndpoint(dstPt715);\n    connRef715->setRoutingType((ConnType)2);\n\n    ConnRef *connRef716 = new ConnRef(router, 716);\n    ConnEnd srcPt716(Point(2910.99, 2562.3), 2);\n    connRef716->setSourceEndpoint(srcPt716);\n    ConnEnd dstPt716(Point(2910.99, 2612.3), 1);\n    connRef716->setDestEndpoint(dstPt716);\n    connRef716->setRoutingType((ConnType)2);\n\n    ConnRef *connRef717 = new ConnRef(router, 717);\n    ConnEnd srcPt717(Point(3300.24, 2612.3), 4);\n    connRef717->setSourceEndpoint(srcPt717);\n    ConnEnd dstPt717(Point(3242.24, 2612.3), 8);\n    connRef717->setDestEndpoint(dstPt717);\n    connRef717->setRoutingType((ConnType)2);\n\n    ConnRef *connRef718 = new ConnRef(router, 718);\n    ConnEnd srcPt718(Point(2884.99, 3021.3), 2);\n    connRef718->setSourceEndpoint(srcPt718);\n    ConnEnd dstPt718(Point(2884.99, 3071.3), 1);\n    connRef718->setDestEndpoint(dstPt718);\n    connRef718->setRoutingType((ConnType)2);\n\n    ConnRef *connRef719 = new ConnRef(router, 719);\n    ConnEnd srcPt719(Point(3384.74, 3071.3), 4);\n    connRef719->setSourceEndpoint(srcPt719);\n    ConnEnd dstPt719(Point(3326.74, 3071.3), 8);\n    connRef719->setDestEndpoint(dstPt719);\n    connRef719->setRoutingType((ConnType)2);\n\n    ConnRef *connRef720 = new ConnRef(router, 720);\n    ConnEnd srcPt720(Point(1782.79, 3249.3), 2);\n    connRef720->setSourceEndpoint(srcPt720);\n    ConnEnd dstPt720(Point(1782.79, 3299.3), 1);\n    connRef720->setDestEndpoint(dstPt720);\n    connRef720->setRoutingType((ConnType)2);\n\n    ConnRef *connRef721 = new ConnRef(router, 721);\n    ConnEnd srcPt721(Point(1563.6, 2399.05), 15);\n    connRef721->setSourceEndpoint(srcPt721);\n    ConnEnd dstPt721(Point(1197.96, 2597.3), 1);\n    connRef721->setDestEndpoint(dstPt721);\n    connRef721->setRoutingType((ConnType)2);\n\n    ConnRef *connRef722 = new ConnRef(router, 722);\n    ConnEnd srcPt722(Point(1563.6, 2399.05), 15);\n    connRef722->setSourceEndpoint(srcPt722);\n    ConnEnd dstPt722(Point(1315.96, 2597.3), 1);\n    connRef722->setDestEndpoint(dstPt722);\n    connRef722->setRoutingType((ConnType)2);\n\n    ConnRef *connRef723 = new ConnRef(router, 723);\n    ConnEnd srcPt723(Point(1563.6, 2399.05), 15);\n    connRef723->setSourceEndpoint(srcPt723);\n    ConnEnd dstPt723(Point(1563.6, 2673.3), 1);\n    connRef723->setDestEndpoint(dstPt723);\n    connRef723->setRoutingType((ConnType)2);\n\n    ConnRef *connRef724 = new ConnRef(router, 724);\n    ConnEnd srcPt724(Point(1563.6, 2399.05), 15);\n    connRef724->setSourceEndpoint(srcPt724);\n    ConnEnd dstPt724(Point(1538.46, 2742.3), 1);\n    connRef724->setDestEndpoint(dstPt724);\n    connRef724->setRoutingType((ConnType)2);\n\n    ConnRef *connRef725 = new ConnRef(router, 725);\n    ConnEnd srcPt725(Point(1523.87, 1631.77), 15);\n    connRef725->setSourceEndpoint(srcPt725);\n    ConnEnd dstPt725(Point(1782.79, 1569.64), 15);\n    connRef725->setDestEndpoint(dstPt725);\n    connRef725->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef726 = new ConnRef(router, 726);\n    ConnEnd srcPt726(Point(2111.79, 1884.95), 15);\n    connRef726->setSourceEndpoint(srcPt726);\n    ConnEnd dstPt726(Point(2241.79, 1872.95), 15);\n    connRef726->setDestEndpoint(dstPt726);\n    connRef726->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef727 = new ConnRef(router, 727);\n    ConnEnd srcPt727(Point(2189.79, 1733.77), 15);\n    connRef727->setSourceEndpoint(srcPt727);\n    ConnEnd dstPt727(Point(2241.79, 1872.95), 15);\n    connRef727->setDestEndpoint(dstPt727);\n    connRef727->setRoutingType((ConnType)2);\n\n    ConnRef *connRef728 = new ConnRef(router, 728);\n    ConnEnd srcPt728(Point(1315.96, 312.5), 15);\n    connRef728->setSourceEndpoint(srcPt728);\n    ConnEnd dstPt728(Point(1426.46, 227), 2);\n    connRef728->setDestEndpoint(dstPt728);\n    connRef728->setRoutingType((ConnType)2);\n\n    ConnRef *connRef729 = new ConnRef(router, 729);\n    ConnEnd srcPt729(Point(2968.99, 1731.64), 15);\n    connRef729->setSourceEndpoint(srcPt729);\n    ConnEnd dstPt729(Point(3081.74, 1597.44), 2);\n    connRef729->setDestEndpoint(dstPt729);\n    connRef729->setRoutingType((ConnType)2);\n\n    ConnRef *connRef730 = new ConnRef(router, 730);\n    ConnEnd srcPt730(Point(3119.9, 1872.95), 15);\n    connRef730->setSourceEndpoint(srcPt730);\n    ConnEnd dstPt730(Point(3121.74, 1597.44), 2);\n    connRef730->setDestEndpoint(dstPt730);\n    connRef730->setRoutingType((ConnType)2);\n\n    ConnRef *connRef731 = new ConnRef(router, 731);\n    ConnEnd srcPt731(Point(2041.79, 312.5), 15);\n    connRef731->setSourceEndpoint(srcPt731);\n    ConnEnd dstPt731(Point(1907.3, 385), 4);\n    connRef731->setDestEndpoint(dstPt731);\n    connRef731->setRoutingType((ConnType)2);\n\n    ConnRef *connRef732 = new ConnRef(router, 732);\n    ConnEnd srcPt732(Point(1563.6, 978.5), 15);\n    connRef732->setSourceEndpoint(srcPt732);\n    ConnEnd dstPt732(Point(1671.79, 1204.74), 4);\n    connRef732->setDestEndpoint(dstPt732);\n    connRef732->setRoutingType((ConnType)2);\n\n    ConnRef *connRef733 = new ConnRef(router, 733);\n    ConnEnd srcPt733(Point(2041.79, 569.7), 15);\n    connRef733->setSourceEndpoint(srcPt733);\n    ConnEnd dstPt733(Point(1918.79, 1204.74), 8);\n    connRef733->setDestEndpoint(dstPt733);\n    connRef733->setRoutingType((ConnType)2);\n\n    ConnRef *connRef734 = new ConnRef(router, 734);\n    ConnEnd srcPt734(Point(1563.6, 3413.3), 15);\n    connRef734->setSourceEndpoint(srcPt734);\n    ConnEnd dstPt734(Point(1517.1, 2886.8), 8);\n    connRef734->setDestEndpoint(dstPt734);\n    connRef734->setRoutingType((ConnType)2);\n\n    ConnRef *connRef735 = new ConnRef(router, 735);\n    ConnEnd srcPt735(Point(390.333, 2399.05), 15);\n    connRef735->setSourceEndpoint(srcPt735);\n    ConnEnd dstPt735(Point(1375.6, 2804.8), 1);\n    connRef735->setDestEndpoint(dstPt735);\n    connRef735->setRoutingType((ConnType)2);\n\n    ConnRef *connRef736 = new ConnRef(router, 736);\n    ConnEnd srcPt736(Point(610.333, 833.833), 15);\n    connRef736->setSourceEndpoint(srcPt736);\n    ConnEnd dstPt736(Point(1233.46, 381), 2);\n    connRef736->setDestEndpoint(dstPt736);\n    connRef736->setRoutingType((ConnType)2);\n\n    ConnRef *connRef737 = new ConnRef(router, 737);\n    ConnEnd srcPt737(Point(610.333, 833.833), 15);\n    connRef737->setSourceEndpoint(srcPt737);\n    ConnEnd dstPt737(Point(1295.36, 908), 1);\n    connRef737->setDestEndpoint(dstPt737);\n    connRef737->setRoutingType((ConnType)2);\n\n    ConnRef *connRef738 = new ConnRef(router, 738);\n    ConnEnd srcPt738(Point(2547.71, 1569.64), 15);\n    connRef738->setSourceEndpoint(srcPt738);\n    ConnEnd dstPt738(Point(2712.49, 1519.94), 4);\n    connRef738->setDestEndpoint(dstPt738);\n    connRef738->setRoutingType((ConnType)2);\n\n    ConnRef *connRef739 = new ConnRef(router, 739);\n    ConnEnd srcPt739(Point(2547.71, 2945.3), 15);\n    connRef739->setSourceEndpoint(srcPt739);\n    ConnEnd dstPt739(Point(2607.04, 3118.8), 1);\n    connRef739->setDestEndpoint(dstPt739);\n    connRef739->setRoutingType((ConnType)2);\n\n    ConnRef *connRef740 = new ConnRef(router, 740);\n    ConnEnd srcPt740(Point(2547.71, 2945.3), 15);\n    connRef740->setSourceEndpoint(srcPt740);\n    ConnEnd dstPt740(Point(2630.04, 2873.8), 4);\n    connRef740->setDestEndpoint(dstPt740);\n    connRef740->setRoutingType((ConnType)2);\n\n    ConnRef *connRef741 = new ConnRef(router, 741);\n    ConnEnd srcPt741(Point(1563.6, 2399.05), 15);\n    connRef741->setSourceEndpoint(srcPt741);\n    ConnEnd dstPt741(Point(1818.33, 2300.88), 8);\n    connRef741->setDestEndpoint(dstPt741);\n    connRef741->setRoutingType((ConnType)2);\n    */\n\n    router->processTransaction();\n    router->outputDiagram(\"output/finalSegmentNudging1\");\n\n    bool optimisedForConnectorType = true;\n    int crossings = router->existsCrossings(optimisedForConnectorType);\n\n    delete router;\n    return (crossings > 0) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/finalSegmentNudging2.cpp",
    "content": "// KEGG -> SBGN example #072\n//\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n    router->setRoutingPenalty((PenaltyType)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n\n    /*\n    Polygon poly1(4);\n    poly1.ps[0] = Point(541.101, 45);\n    poly1.ps[1] = Point(541.101, 89);\n    poly1.ps[2] = Point(274.101, 89);\n    poly1.ps[3] = Point(274.101, 45);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(445.857, 111);\n    poly2.ps[1] = Point(445.857, 276);\n    poly2.ps[2] = Point(309.857, 276);\n    poly2.ps[3] = Point(309.857, 111);\n    new ShapeRef(router, poly2, 2);\n    */\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(328, 368);\n    poly3.ps[1] = Point(328, 400);\n    poly3.ps[2] = Point(308, 400);\n    poly3.ps[3] = Point(308, 368);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(328, 492);\n    poly4.ps[1] = Point(328, 524);\n    poly4.ps[2] = Point(308, 524);\n    poly4.ps[3] = Point(308, 492);\n    new ShapeRef(router, poly4, 4);\n\n    /*\n    Polygon poly5(4);\n    poly5.ps[0] = Point(328, 629);\n    poly5.ps[1] = Point(328, 661);\n    poly5.ps[2] = Point(308, 661);\n    poly5.ps[3] = Point(308, 629);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(511.857, 308);\n    poly6.ps[1] = Point(511.857, 328);\n    poly6.ps[2] = Point(479.857, 328);\n    poly6.ps[3] = Point(479.857, 308);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(518.357, 629);\n    poly7.ps[1] = Point(518.357, 661);\n    poly7.ps[2] = Point(498.357, 661);\n    poly7.ps[3] = Point(498.357, 629);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(827.857, 210);\n    poly8.ps[1] = Point(827.857, 270);\n    poly8.ps[2] = Point(545.857, 270);\n    poly8.ps[3] = Point(545.857, 210);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(805.357, 409);\n    poly9.ps[1] = Point(805.357, 469);\n    poly9.ps[2] = Point(572.357, 469);\n    poly9.ps[3] = Point(572.357, 409);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(157.5, 426);\n    poly10.ps[1] = Point(157.5, 458);\n    poly10.ps[2] = Point(137.5, 458);\n    poly10.ps[3] = Point(137.5, 426);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(276, 597.655);\n    poly11.ps[1] = Point(276, 657.655);\n    poly11.ps[2] = Point(45, 657.655);\n    poly11.ps[3] = Point(45, 597.655);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(349, 287);\n    poly12.ps[1] = Point(349, 349);\n    poly12.ps[2] = Point(287, 349);\n    poly12.ps[3] = Point(287, 287);\n    new ShapeRef(router, poly12, 12);\n    */\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(349, 415);\n    poly13.ps[1] = Point(349, 477);\n    poly13.ps[2] = Point(287, 477);\n    poly13.ps[3] = Point(287, 415);\n    new ShapeRef(router, poly13, 13);\n\n    /*\n    Polygon poly14(4);\n    poly14.ps[0] = Point(349, 676);\n    poly14.ps[1] = Point(349, 738);\n    poly14.ps[2] = Point(287, 738);\n    poly14.ps[3] = Point(287, 676);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(349, 552);\n    poly15.ps[1] = Point(349, 614);\n    poly15.ps[2] = Point(287, 614);\n    poly15.ps[3] = Point(287, 552);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(539.357, 676);\n    poly16.ps[1] = Point(539.357, 738);\n    poly16.ps[2] = Point(477.357, 738);\n    poly16.ps[3] = Point(477.357, 676);\n    new ShapeRef(router, poly16, 16);\n    */\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(640.857, 336);\n    poly17.ps[1] = Point(640.857, 398);\n    poly17.ps[2] = Point(578.857, 398);\n    poly17.ps[3] = Point(578.857, 336);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(404, 364);\n    poly18.ps[1] = Point(404, 404);\n    poly18.ps[2] = Point(328, 404);\n    poly18.ps[3] = Point(328, 364);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(404, 488);\n    poly19.ps[1] = Point(404, 528);\n    poly19.ps[2] = Point(328, 528);\n    poly19.ps[3] = Point(328, 488);\n    new ShapeRef(router, poly19, 19);\n\n    /*\n    Polygon poly20(4);\n    poly20.ps[0] = Point(404, 625);\n    poly20.ps[1] = Point(404, 665);\n    poly20.ps[2] = Point(328, 665);\n    poly20.ps[3] = Point(328, 625);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(523.857, 248);\n    poly21.ps[1] = Point(523.857, 308);\n    poly21.ps[2] = Point(467.857, 308);\n    poly21.ps[3] = Point(467.857, 248);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(594.357, 625);\n    poly22.ps[1] = Point(594.357, 665);\n    poly22.ps[2] = Point(518.357, 665);\n    poly22.ps[3] = Point(518.357, 625);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(137.5, 422);\n    poly23.ps[1] = Point(137.5, 462);\n    poly23.ps[2] = Point(61.5, 462);\n    poly23.ps[3] = Point(61.5, 422);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(398.357, 216.5);\n    poly24.ps[1] = Point(398.357, 276.5);\n    poly24.ps[2] = Point(358.357, 276.5);\n    poly24.ps[3] = Point(358.357, 216.5);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(606.357, 220.5);\n    poly25.ps[1] = Point(606.357, 260.5);\n    poly25.ps[2] = Point(546.357, 260.5);\n    poly25.ps[3] = Point(546.357, 220.5);\n    new ShapeRef(router, poly25, 25);\n    */\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(632.857, 419.5);\n    poly26.ps[1] = Point(632.857, 459.5);\n    poly26.ps[2] = Point(572.857, 459.5);\n    poly26.ps[3] = Point(572.857, 419.5);\n    new ShapeRef(router, poly26, 26);\n\n    /*\n    Polygon poly27(4);\n    poly27.ps[0] = Point(276.5, 608.155);\n    poly27.ps[1] = Point(276.5, 648.155);\n    poly27.ps[2] = Point(216.5, 648.155);\n    poly27.ps[3] = Point(216.5, 608.155);\n    new ShapeRef(router, poly27, 27);\n\n    ConnRef *connRef28 = new ConnRef(router, 28);\n    ConnEnd srcPt28(Point(318, 399), 2);\n    connRef28->setSourceEndpoint(srcPt28);\n    ConnEnd dstPt28(Point(318, 446), 15);\n    connRef28->setDestEndpoint(dstPt28);\n    connRef28->setRoutingType((ConnType)2);\n\n    ConnRef *connRef29 = new ConnRef(router, 29);\n    ConnEnd srcPt29(Point(318, 523), 2);\n    connRef29->setSourceEndpoint(srcPt29);\n    ConnEnd dstPt29(Point(318, 583), 15);\n    connRef29->setDestEndpoint(dstPt29);\n    connRef29->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef30 = new ConnRef(router, 30);\n    ConnEnd srcPt30(Point(318, 523), 2);\n    connRef30->setSourceEndpoint(srcPt30);\n    ConnEnd dstPt30(Point(609.857, 367), 15);\n    connRef30->setDestEndpoint(dstPt30);\n    connRef30->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef31 = new ConnRef(router, 31);\n    ConnEnd srcPt31(Point(318, 660), 2);\n    connRef31->setSourceEndpoint(srcPt31);\n    ConnEnd dstPt31(Point(318, 707), 15);\n    connRef31->setDestEndpoint(dstPt31);\n    connRef31->setRoutingType((ConnType)2);\n\n    ConnRef *connRef32 = new ConnRef(router, 32);\n    ConnEnd srcPt32(Point(480.857, 318), 4);\n    connRef32->setSourceEndpoint(srcPt32);\n    ConnEnd dstPt32(Point(318, 318), 15);\n    connRef32->setDestEndpoint(dstPt32);\n    connRef32->setRoutingType((ConnType)2);\n\n    ConnRef *connRef33 = new ConnRef(router, 33);\n    ConnEnd srcPt33(Point(510.857, 318), 8);\n    connRef33->setSourceEndpoint(srcPt33);\n    ConnEnd dstPt33(Point(609.857, 367), 15);\n    connRef33->setDestEndpoint(dstPt33);\n    connRef33->setRoutingType((ConnType)2);\n\n    ConnRef *connRef34 = new ConnRef(router, 34);\n    ConnEnd srcPt34(Point(508.357, 630), 1);\n    connRef34->setSourceEndpoint(srcPt34);\n    ConnEnd dstPt34(Point(318, 583), 15);\n    connRef34->setDestEndpoint(dstPt34);\n    connRef34->setRoutingType((ConnType)2);\n\n    ConnRef *connRef35 = new ConnRef(router, 35);\n    ConnEnd srcPt35(Point(147.5, 427), 1);\n    connRef35->setSourceEndpoint(srcPt35);\n    ConnEnd dstPt35(Point(318, 318), 15);\n    connRef35->setDestEndpoint(dstPt35);\n    connRef35->setRoutingType((ConnType)2);\n\n    ConnRef *connRef36 = new ConnRef(router, 36);\n    ConnEnd srcPt36(Point(147.5, 457), 2);\n    connRef36->setSourceEndpoint(srcPt36);\n    ConnEnd dstPt36(Point(318, 583), 15);\n    connRef36->setDestEndpoint(dstPt36);\n    connRef36->setRoutingType((ConnType)2);\n\n    ConnRef *connRef37 = new ConnRef(router, 37);\n    ConnEnd srcPt37(Point(318, 446), 15);\n    connRef37->setSourceEndpoint(srcPt37);\n    ConnEnd dstPt37(Point(318, 493), 1);\n    connRef37->setDestEndpoint(dstPt37);\n    connRef37->setRoutingType((ConnType)2);\n\n    ConnRef *connRef38 = new ConnRef(router, 38);\n    ConnEnd srcPt38(Point(508.357, 660), 2);\n    connRef38->setSourceEndpoint(srcPt38);\n    ConnEnd dstPt38(Point(508.357, 707), 15);\n    connRef38->setDestEndpoint(dstPt38);\n    connRef38->setRoutingType((ConnType)2);\n\n    ConnRef *connRef39 = new ConnRef(router, 39);\n    ConnEnd srcPt39(Point(376, 384), 4);\n    connRef39->setSourceEndpoint(srcPt39);\n    ConnEnd dstPt39(Point(318, 384), 8);\n    connRef39->setDestEndpoint(dstPt39);\n    connRef39->setRoutingType((ConnType)2);\n\n    ConnRef *connRef40 = new ConnRef(router, 40);\n    ConnEnd srcPt40(Point(376, 508), 4);\n    connRef40->setSourceEndpoint(srcPt40);\n    ConnEnd dstPt40(Point(318, 508), 8);\n    connRef40->setDestEndpoint(dstPt40);\n    connRef40->setRoutingType((ConnType)2);\n\n    ConnRef *connRef41 = new ConnRef(router, 41);\n    ConnEnd srcPt41(Point(376, 645), 4);\n    connRef41->setSourceEndpoint(srcPt41);\n    ConnEnd dstPt41(Point(318, 645), 8);\n    connRef41->setDestEndpoint(dstPt41);\n    connRef41->setRoutingType((ConnType)2);\n\n    ConnRef *connRef42 = new ConnRef(router, 42);\n    ConnEnd srcPt42(Point(495.857, 268), 2);\n    connRef42->setSourceEndpoint(srcPt42);\n    ConnEnd dstPt42(Point(495.857, 318), 1);\n    connRef42->setDestEndpoint(dstPt42);\n    connRef42->setRoutingType((ConnType)2);\n\n    ConnRef *connRef43 = new ConnRef(router, 43);\n    ConnEnd srcPt43(Point(566.357, 645), 4);\n    connRef43->setSourceEndpoint(srcPt43);\n    ConnEnd dstPt43(Point(508.357, 645), 8);\n    connRef43->setDestEndpoint(dstPt43);\n    connRef43->setRoutingType((ConnType)2);\n\n    ConnRef *connRef44 = new ConnRef(router, 44);\n    ConnEnd srcPt44(Point(89.5, 442), 8);\n    connRef44->setSourceEndpoint(srcPt44);\n    ConnEnd dstPt44(Point(147.5, 442), 4);\n    connRef44->setDestEndpoint(dstPt44);\n    connRef44->setRoutingType((ConnType)2);\n\n    ConnRef *connRef45 = new ConnRef(router, 45);\n    ConnEnd srcPt45(Point(318, 318), 15);\n    connRef45->setSourceEndpoint(srcPt45);\n    ConnEnd dstPt45(Point(318, 369), 1);\n    connRef45->setDestEndpoint(dstPt45);\n    connRef45->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef46 = new ConnRef(router, 46);\n    ConnEnd srcPt46(Point(609.857, 367), 15);\n    connRef46->setSourceEndpoint(srcPt46);\n    ConnEnd dstPt46(Point(318, 369), 1);\n    connRef46->setDestEndpoint(dstPt46);\n    connRef46->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef47 = new ConnRef(router, 47);\n    ConnEnd srcPt47(Point(318, 583), 15);\n    connRef47->setSourceEndpoint(srcPt47);\n    ConnEnd dstPt47(Point(318, 630), 1);\n    connRef47->setDestEndpoint(dstPt47);\n    connRef47->setRoutingType((ConnType)2);\n\n    ConnRef *connRef48 = new ConnRef(router, 48);\n    ConnEnd srcPt48(Point(318, 318), 15);\n    connRef48->setSourceEndpoint(srcPt48);\n    ConnEnd dstPt48(Point(378.357, 271.5), 2);\n    connRef48->setDestEndpoint(dstPt48);\n    connRef48->setRoutingType((ConnType)2);\n\n    ConnRef *connRef49 = new ConnRef(router, 49);\n    ConnEnd srcPt49(Point(318, 318), 15);\n    connRef49->setSourceEndpoint(srcPt49);\n    ConnEnd dstPt49(Point(551.357, 240.5), 4);\n    connRef49->setDestEndpoint(dstPt49);\n    connRef49->setRoutingType((ConnType)2);\n    */\n\n    ConnRef *connRef50 = new ConnRef(router, 50);\n    ConnEnd srcPt50(Point(609.857, 367), 15);\n    connRef50->setSourceEndpoint(srcPt50);\n    ConnEnd dstPt50(Point(577.857, 439.5), 4);\n    connRef50->setDestEndpoint(dstPt50);\n    connRef50->setRoutingType((ConnType)2);\n\n    /*\n    ConnRef *connRef51 = new ConnRef(router, 51);\n    ConnEnd srcPt51(Point(318, 583), 15);\n    connRef51->setSourceEndpoint(srcPt51);\n    ConnEnd dstPt51(Point(271.5, 628.155), 8);\n    connRef51->setDestEndpoint(dstPt51);\n    connRef51->setRoutingType((ConnType)2);\n    */\n\n    router->processTransaction();\n    router->outputDiagram(\"output/finalSegmentNudging2\");\n    bool atEnds = true;\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap(atEnds);\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/finalSegmentNudging3.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n#ifdef ALL\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1339.5, 943.25);\n    poly1.ps[1] = Point(1339.5, 975.25);\n    poly1.ps[2] = Point(1319.5, 975.25);\n    poly1.ps[3] = Point(1319.5, 943.25);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(661.5, 2238.92);\n    poly2.ps[1] = Point(661.5, 2258.92);\n    poly2.ps[2] = Point(629.5, 2258.92);\n    poly2.ps[3] = Point(629.5, 2238.92);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(282.5, 2053.92);\n    poly3.ps[1] = Point(282.5, 2085.92);\n    poly3.ps[2] = Point(262.5, 2085.92);\n    poly3.ps[3] = Point(262.5, 2053.92);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(661.5, 2280.92);\n    poly4.ps[1] = Point(661.5, 2300.92);\n    poly4.ps[2] = Point(629.5, 2300.92);\n    poly4.ps[3] = Point(629.5, 2280.92);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(282.5, 2238.92);\n    poly5.ps[1] = Point(282.5, 2300.92);\n    poly5.ps[2] = Point(220.5, 2300.92);\n    poly5.ps[3] = Point(220.5, 2238.92);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(1771.5, 551.5);\n    poly6.ps[1] = Point(1771.5, 928.5);\n    poly6.ps[2] = Point(1549.5, 928.5);\n    poly6.ps[3] = Point(1549.5, 551.5);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(1449.5, 45);\n    poly7.ps[1] = Point(1449.5, 219);\n    poly7.ps[2] = Point(1329.5, 219);\n    poly7.ps[3] = Point(1329.5, 45);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(977.5, 2191.92);\n    poly8.ps[1] = Point(977.5, 2223.92);\n    poly8.ps[2] = Point(957.5, 2223.92);\n    poly8.ps[3] = Point(957.5, 2191.92);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1297.5, 2163.92);\n    poly9.ps[1] = Point(1297.5, 2183.92);\n    poly9.ps[2] = Point(1265.5, 2183.92);\n    poly9.ps[3] = Point(1265.5, 2163.92);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1297.5, 2238.92);\n    poly10.ps[1] = Point(1297.5, 2258.92);\n    poly10.ps[2] = Point(1265.5, 2258.92);\n    poly10.ps[3] = Point(1265.5, 2238.92);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(1173.5, 2031.92);\n    poly11.ps[1] = Point(1173.5, 2051.92);\n    poly11.ps[2] = Point(1141.5, 2051.92);\n    poly11.ps[3] = Point(1141.5, 2031.92);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(1167.5, 1909.92);\n    poly12.ps[1] = Point(1167.5, 1941.92);\n    poly12.ps[2] = Point(1147.5, 1941.92);\n    poly12.ps[3] = Point(1147.5, 1909.92);\n    new ShapeRef(router, poly12, 12);\n#endif\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(851.5, 1998.92);\n    poly13.ps[1] = Point(851.5, 2018.92);\n    poly13.ps[2] = Point(819.5, 2018.92);\n    poly13.ps[3] = Point(819.5, 1998.92);\n    new ShapeRef(router, poly13, 13);\n\n#ifdef ALL\n    Polygon poly14(4);\n    poly14.ps[0] = Point(426.5, 1998.92);\n    poly14.ps[1] = Point(426.5, 2018.92);\n    poly14.ps[2] = Point(394.5, 2018.92);\n    poly14.ps[3] = Point(394.5, 1998.92);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(1514.5, 1998.92);\n    poly15.ps[1] = Point(1514.5, 2018.92);\n    poly15.ps[2] = Point(1482.5, 2018.92);\n    poly15.ps[3] = Point(1482.5, 1998.92);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(1075.5, 1719.92);\n    poly16.ps[1] = Point(1075.5, 1763.92);\n    poly16.ps[2] = Point(987.5, 1763.92);\n    poly16.ps[3] = Point(987.5, 1719.92);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(1339.5, 1760.92);\n    poly17.ps[1] = Point(1339.5, 1792.92);\n    poly17.ps[2] = Point(1319.5, 1792.92);\n    poly17.ps[3] = Point(1319.5, 1760.92);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(252, 1782.92);\n    poly18.ps[1] = Point(252, 1946.92);\n    poly18.ps[2] = Point(45, 1946.92);\n    poly18.ps[3] = Point(45, 1782.92);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(1339.5, 1636.92);\n    poly19.ps[1] = Point(1339.5, 1668.92);\n    poly19.ps[2] = Point(1319.5, 1668.92);\n    poly19.ps[3] = Point(1319.5, 1636.92);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(1339.5, 1512.92);\n    poly20.ps[1] = Point(1339.5, 1544.92);\n    poly20.ps[2] = Point(1319.5, 1544.92);\n    poly20.ps[3] = Point(1319.5, 1512.92);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(1318.5, 1098.92);\n    poly21.ps[1] = Point(1318.5, 1130.92);\n    poly21.ps[2] = Point(1298.5, 1130.92);\n    poly21.ps[3] = Point(1298.5, 1098.92);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(867, 1443.92);\n    poly22.ps[1] = Point(867, 1503.92);\n    poly22.ps[2] = Point(554, 1503.92);\n    poly22.ps[3] = Point(554, 1443.92);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(1140.5, 1043.92);\n    poly23.ps[1] = Point(1140.5, 1063.92);\n    poly23.ps[2] = Point(1108.5, 1063.92);\n    poly23.ps[3] = Point(1108.5, 1043.92);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(1318.5, 761.25);\n    poly24.ps[1] = Point(1318.5, 793.25);\n    poly24.ps[2] = Point(1298.5, 793.25);\n    poly24.ps[3] = Point(1298.5, 761.25);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(1451.5, 761.25);\n    poly25.ps[1] = Point(1451.5, 793.25);\n    poly25.ps[2] = Point(1431.5, 793.25);\n    poly25.ps[3] = Point(1431.5, 761.25);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1481.5, 461);\n    poly26.ps[1] = Point(1481.5, 481);\n    poly26.ps[2] = Point(1449.5, 481);\n    poly26.ps[3] = Point(1449.5, 461);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1339.5, 573.75);\n    poly27.ps[1] = Point(1339.5, 605.75);\n    poly27.ps[2] = Point(1319.5, 605.75);\n    poly27.ps[3] = Point(1319.5, 573.75);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(1339.5, 372);\n    poly28.ps[1] = Point(1339.5, 404);\n    poly28.ps[2] = Point(1319.5, 404);\n    poly28.ps[3] = Point(1319.5, 372);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(1074.5, 667.25);\n    poly29.ps[1] = Point(1074.5, 687.25);\n    poly29.ps[2] = Point(1042.5, 687.25);\n    poly29.ps[3] = Point(1042.5, 667.25);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(529.5, 571.25);\n    poly30.ps[1] = Point(529.5, 591.25);\n    poly30.ps[2] = Point(497.5, 591.25);\n    poly30.ps[3] = Point(497.5, 571.25);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(529.5, 646.25);\n    poly31.ps[1] = Point(529.5, 666.25);\n    poly31.ps[2] = Point(497.5, 666.25);\n    poly31.ps[3] = Point(497.5, 646.25);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(950.5, 579.75);\n    poly32.ps[1] = Point(950.5, 599.75);\n    poly32.ps[2] = Point(918.5, 599.75);\n    poly32.ps[3] = Point(918.5, 579.75);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(779.5, 573.75);\n    poly33.ps[1] = Point(779.5, 605.75);\n    poly33.ps[2] = Point(759.5, 605.75);\n    poly33.ps[3] = Point(759.5, 573.75);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(296.5, 573.75);\n    poly34.ps[1] = Point(296.5, 605.75);\n    poly34.ps[2] = Point(276.5, 605.75);\n    poly34.ps[3] = Point(276.5, 573.75);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(628.5, 323.5);\n    poly35.ps[1] = Point(628.5, 343.5);\n    poly35.ps[2] = Point(596.5, 343.5);\n    poly35.ps[3] = Point(596.5, 323.5);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(628.5, 398.5);\n    poly36.ps[1] = Point(628.5, 418.5);\n    poly36.ps[2] = Point(596.5, 418.5);\n    poly36.ps[3] = Point(596.5, 398.5);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(628.5, 590.5);\n    poly37.ps[1] = Point(628.5, 610.5);\n    poly37.ps[2] = Point(596.5, 610.5);\n    poly37.ps[3] = Point(596.5, 590.5);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(917.5, 345);\n    poly38.ps[1] = Point(917.5, 365);\n    poly38.ps[2] = Point(885.5, 365);\n    poly38.ps[3] = Point(885.5, 345);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(917.5, 229);\n    poly39.ps[1] = Point(917.5, 249);\n    poly39.ps[2] = Point(885.5, 249);\n    poly39.ps[3] = Point(885.5, 229);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(402, 96.5);\n    poly40.ps[1] = Point(402, 131.5);\n    poly40.ps[2] = Point(141, 131.5);\n    poly40.ps[3] = Point(141, 96.5);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(562.5, 2164.92);\n    poly41.ps[1] = Point(562.5, 2184.92);\n    poly41.ps[2] = Point(530.5, 2184.92);\n    poly41.ps[3] = Point(530.5, 2164.92);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(1339.5, 1334.92);\n    poly42.ps[1] = Point(1339.5, 1366.92);\n    poly42.ps[2] = Point(1319.5, 1366.92);\n    poly42.ps[3] = Point(1319.5, 1334.92);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(628.5, 473.5);\n    poly43.ps[1] = Point(628.5, 493.5);\n    poly43.ps[2] = Point(596.5, 493.5);\n    poly43.ps[3] = Point(596.5, 473.5);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(529.5, 688.25);\n    poly44.ps[1] = Point(529.5, 708.25);\n    poly44.ps[2] = Point(497.5, 708.25);\n    poly44.ps[3] = Point(497.5, 688.25);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(302.5, 800.25);\n    poly45.ps[1] = Point(302.5, 820.25);\n    poly45.ps[2] = Point(270.5, 820.25);\n    poly45.ps[3] = Point(270.5, 800.25);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(302.5, 916.25);\n    poly46.ps[1] = Point(302.5, 936.25);\n    poly46.ps[2] = Point(270.5, 936.25);\n    poly46.ps[3] = Point(270.5, 916.25);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(694.5, 800.25);\n    poly47.ps[1] = Point(694.5, 820.25);\n    poly47.ps[2] = Point(662.5, 820.25);\n    poly47.ps[3] = Point(662.5, 800.25);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(694.5, 916.25);\n    poly48.ps[1] = Point(694.5, 936.25);\n    poly48.ps[2] = Point(662.5, 936.25);\n    poly48.ps[3] = Point(662.5, 916.25);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(1572.5, 440);\n    poly49.ps[1] = Point(1572.5, 502);\n    poly49.ps[2] = Point(1510.5, 502);\n    poly49.ps[3] = Point(1510.5, 440);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(1360.5, 241);\n    poly50.ps[1] = Point(1360.5, 303);\n    poly50.ps[2] = Point(1298.5, 303);\n    poly50.ps[3] = Point(1298.5, 241);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1360.5, 1559.92);\n    poly51.ps[1] = Point(1360.5, 1621.92);\n    poly51.ps[2] = Point(1298.5, 1621.92);\n    poly51.ps[3] = Point(1298.5, 1559.92);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(317.5, 473.5);\n    poly52.ps[1] = Point(317.5, 535.5);\n    poly52.ps[2] = Point(255.5, 535.5);\n    poly52.ps[3] = Point(255.5, 473.5);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(317.5, 646.25);\n    poly53.ps[1] = Point(317.5, 708.25);\n    poly53.ps[2] = Point(255.5, 708.25);\n    poly53.ps[3] = Point(255.5, 646.25);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(899.5, 1022.92);\n    poly54.ps[1] = Point(899.5, 1084.92);\n    poly54.ps[2] = Point(837.5, 1084.92);\n    poly54.ps[3] = Point(837.5, 1022.92);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(899.5, 646.25);\n    poly55.ps[1] = Point(899.5, 708.25);\n    poly55.ps[2] = Point(837.5, 708.25);\n    poly55.ps[3] = Point(837.5, 646.25);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(1360.5, 473.5);\n    poly56.ps[1] = Point(1360.5, 535.5);\n    poly56.ps[2] = Point(1298.5, 535.5);\n    poly56.ps[3] = Point(1298.5, 473.5);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(1360.5, 646.25);\n    poly57.ps[1] = Point(1360.5, 708.25);\n    poly57.ps[2] = Point(1298.5, 708.25);\n    poly57.ps[3] = Point(1298.5, 646.25);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(1360.5, 1683.92);\n    poly58.ps[1] = Point(1360.5, 1745.92);\n    poly58.ps[2] = Point(1298.5, 1745.92);\n    poly58.ps[3] = Point(1298.5, 1683.92);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(1360.5, 1435.92);\n    poly59.ps[1] = Point(1360.5, 1497.92);\n    poly59.ps[2] = Point(1298.5, 1497.92);\n    poly59.ps[3] = Point(1298.5, 1435.92);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(1360.5, 1195.92);\n    poly60.ps[1] = Point(1360.5, 1257.92);\n    poly60.ps[2] = Point(1298.5, 1257.92);\n    poly60.ps[3] = Point(1298.5, 1195.92);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(1605.5, 1977.92);\n    poly61.ps[1] = Point(1605.5, 2039.92);\n    poly61.ps[2] = Point(1543.5, 2039.92);\n    poly61.ps[3] = Point(1543.5, 1977.92);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(833.5, 2143.92);\n    poly62.ps[1] = Point(833.5, 2205.92);\n    poly62.ps[2] = Point(771.5, 2205.92);\n    poly62.ps[3] = Point(771.5, 2143.92);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(1496.5, 2238.92);\n    poly63.ps[1] = Point(1496.5, 2300.92);\n    poly63.ps[2] = Point(1434.5, 2300.92);\n    poly63.ps[3] = Point(1434.5, 2238.92);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1360.5, 1977.92);\n    poly64.ps[1] = Point(1360.5, 2039.92);\n    poly64.ps[2] = Point(1298.5, 2039.92);\n    poly64.ps[3] = Point(1298.5, 1977.92);\n    new ShapeRef(router, poly64, 64);\n#endif\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(998.5, 1977.92);\n    poly65.ps[1] = Point(998.5, 2039.92);\n    poly65.ps[2] = Point(936.5, 2039.92);\n    poly65.ps[3] = Point(936.5, 1977.92);\n    new ShapeRef(router, poly65, 65);\n\n#ifdef ALL\n    Polygon poly66(4);\n    poly66.ps[0] = Point(282.5, 1977.92);\n    poly66.ps[1] = Point(282.5, 2039.92);\n    poly66.ps[2] = Point(220.5, 2039.92);\n    poly66.ps[3] = Point(220.5, 1977.92);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(998.5, 2238.92);\n    poly67.ps[1] = Point(998.5, 2300.92);\n    poly67.ps[2] = Point(936.5, 2300.92);\n    poly67.ps[3] = Point(936.5, 2238.92);\n    new ShapeRef(router, poly67, 67);\n#endif\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(610.5, 1977.92);\n    poly68.ps[1] = Point(610.5, 2039.92);\n    poly68.ps[2] = Point(548.5, 2039.92);\n    poly68.ps[3] = Point(548.5, 1977.92);\n    new ShapeRef(router, poly68, 68);\n\n#ifdef ALL\n    Polygon poly69(4);\n    poly69.ps[0] = Point(441.5, 2143.92);\n    poly69.ps[1] = Point(441.5, 2205.92);\n    poly69.ps[2] = Point(379.5, 2205.92);\n    poly69.ps[3] = Point(379.5, 2143.92);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(1360.5, 812.25);\n    poly70.ps[1] = Point(1360.5, 874.25);\n    poly70.ps[2] = Point(1298.5, 874.25);\n    poly70.ps[3] = Point(1298.5, 812.25);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(247.5, 779.25);\n    poly71.ps[1] = Point(247.5, 841.25);\n    poly71.ps[2] = Point(185.5, 841.25);\n    poly71.ps[3] = Point(185.5, 779.25);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(474.5, 779.25);\n    poly72.ps[1] = Point(474.5, 841.25);\n    poly72.ps[2] = Point(412.5, 841.25);\n    poly72.ps[3] = Point(412.5, 779.25);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(474.5, 895.25);\n    poly73.ps[1] = Point(474.5, 957.25);\n    poly73.ps[2] = Point(412.5, 957.25);\n    poly73.ps[3] = Point(412.5, 895.25);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(247.5, 895.25);\n    poly74.ps[1] = Point(247.5, 957.25);\n    poly74.ps[2] = Point(185.5, 957.25);\n    poly74.ps[3] = Point(185.5, 895.25);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(393.5, 1683.92);\n    poly75.ps[1] = Point(393.5, 1703.92);\n    poly75.ps[2] = Point(361.5, 1703.92);\n    poly75.ps[3] = Point(361.5, 1683.92);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(282.5, 1683.92);\n    poly76.ps[1] = Point(282.5, 1745.92);\n    poly76.ps[2] = Point(220.5, 1745.92);\n    poly76.ps[3] = Point(220.5, 1683.92);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1297.5, 2280.92);\n    poly77.ps[1] = Point(1297.5, 2300.92);\n    poly77.ps[2] = Point(1265.5, 2300.92);\n    poly77.ps[3] = Point(1265.5, 2280.92);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(393.5, 1725.92);\n    poly78.ps[1] = Point(393.5, 1745.92);\n    poly78.ps[2] = Point(361.5, 1745.92);\n    poly78.ps[3] = Point(361.5, 1725.92);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1645, 2133.42);\n    poly79.ps[1] = Point(1645, 2298.42);\n    poly79.ps[2] = Point(1508, 2298.42);\n    poly79.ps[3] = Point(1508, 2133.42);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(1360.5, 1098.92);\n    poly80.ps[1] = Point(1360.5, 1130.92);\n    poly80.ps[2] = Point(1340.5, 1130.92);\n    poly80.ps[3] = Point(1340.5, 1098.92);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(1446.5, 1272.92);\n    poly81.ps[1] = Point(1446.5, 1304.92);\n    poly81.ps[2] = Point(1426.5, 1304.92);\n    poly81.ps[3] = Point(1426.5, 1272.92);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(1488.5, 1272.92);\n    poly82.ps[1] = Point(1488.5, 1304.92);\n    poly82.ps[2] = Point(1468.5, 1304.92);\n    poly82.ps[3] = Point(1468.5, 1272.92);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(694.5, 1849.92);\n    poly83.ps[1] = Point(694.5, 1869.92);\n    poly83.ps[2] = Point(662.5, 1869.92);\n    poly83.ps[3] = Point(662.5, 1849.92);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(1579.5, 1272.92);\n    poly84.ps[1] = Point(1579.5, 1304.92);\n    poly84.ps[2] = Point(1559.5, 1304.92);\n    poly84.ps[3] = Point(1559.5, 1272.92);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(1122.5, 1319.92);\n    poly85.ps[1] = Point(1122.5, 1381.92);\n    poly85.ps[2] = Point(1060.5, 1381.92);\n    poly85.ps[3] = Point(1060.5, 1319.92);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(1264.5, 1423.92);\n    poly86.ps[1] = Point(1264.5, 1443.92);\n    poly86.ps[2] = Point(1232.5, 1443.92);\n    poly86.ps[3] = Point(1232.5, 1423.92);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(1264.5, 1216.92);\n    poly87.ps[1] = Point(1264.5, 1236.92);\n    poly87.ps[2] = Point(1232.5, 1236.92);\n    poly87.ps[3] = Point(1232.5, 1216.92);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(1360.5, 1022.92);\n    poly88.ps[1] = Point(1360.5, 1084.92);\n    poly88.ps[2] = Point(1298.5, 1084.92);\n    poly88.ps[3] = Point(1298.5, 1022.92);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(240.5, 2053.92);\n    poly89.ps[1] = Point(240.5, 2085.92);\n    poly89.ps[2] = Point(220.5, 2085.92);\n    poly89.ps[3] = Point(220.5, 2053.92);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(1360.5, 761.25);\n    poly90.ps[1] = Point(1360.5, 793.25);\n    poly90.ps[2] = Point(1340.5, 793.25);\n    poly90.ps[3] = Point(1340.5, 761.25);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(628.5, 515.5);\n    poly91.ps[1] = Point(628.5, 535.5);\n    poly91.ps[2] = Point(596.5, 535.5);\n    poly91.ps[3] = Point(596.5, 515.5);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(529.5, 763.25);\n    poly92.ps[1] = Point(529.5, 783.25);\n    poly92.ps[2] = Point(497.5, 783.25);\n    poly92.ps[3] = Point(497.5, 763.25);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1297.5, 2355.92);\n    poly93.ps[1] = Point(1297.5, 2375.92);\n    poly93.ps[2] = Point(1265.5, 2375.92);\n    poly93.ps[3] = Point(1265.5, 2355.92);\n    new ShapeRef(router, poly93, 93);\n#endif\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(998.5, 1861.92);\n    poly94.ps[1] = Point(998.5, 1923.92);\n    poly94.ps[2] = Point(936.5, 1923.92);\n    poly94.ps[3] = Point(936.5, 1861.92);\n    new ShapeRef(router, poly94, 94);\n\n#ifdef ALL\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1415.5, 939.25);\n    poly95.ps[1] = Point(1415.5, 979.25);\n    poly95.ps[2] = Point(1339.5, 979.25);\n    poly95.ps[3] = Point(1339.5, 939.25);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(673.5, 2178.92);\n    poly96.ps[1] = Point(673.5, 2238.92);\n    poly96.ps[2] = Point(617.5, 2238.92);\n    poly96.ps[3] = Point(617.5, 2178.92);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(358.5, 2049.92);\n    poly97.ps[1] = Point(358.5, 2089.92);\n    poly97.ps[2] = Point(282.5, 2089.92);\n    poly97.ps[3] = Point(282.5, 2049.92);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(673.5, 2300.92);\n    poly98.ps[1] = Point(673.5, 2360.92);\n    poly98.ps[2] = Point(617.5, 2360.92);\n    poly98.ps[3] = Point(617.5, 2300.92);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(1053.5, 2187.92);\n    poly99.ps[1] = Point(1053.5, 2227.92);\n    poly99.ps[2] = Point(977.5, 2227.92);\n    poly99.ps[3] = Point(977.5, 2187.92);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(1309.5, 2103.92);\n    poly100.ps[1] = Point(1309.5, 2163.92);\n    poly100.ps[2] = Point(1253.5, 2163.92);\n    poly100.ps[3] = Point(1253.5, 2103.92);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(1309.5, 2178.92);\n    poly101.ps[1] = Point(1309.5, 2238.92);\n    poly101.ps[2] = Point(1253.5, 2238.92);\n    poly101.ps[3] = Point(1253.5, 2178.92);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(1185.5, 2051.92);\n    poly102.ps[1] = Point(1185.5, 2111.92);\n    poly102.ps[2] = Point(1129.5, 2111.92);\n    poly102.ps[3] = Point(1129.5, 2051.92);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(1243.5, 1905.92);\n    poly103.ps[1] = Point(1243.5, 1945.92);\n    poly103.ps[2] = Point(1167.5, 1945.92);\n    poly103.ps[3] = Point(1167.5, 1905.92);\n    new ShapeRef(router, poly103, 103);\n#endif\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(863.5, 1938.92);\n    poly104.ps[1] = Point(863.5, 1998.92);\n    poly104.ps[2] = Point(807.5, 1998.92);\n    poly104.ps[3] = Point(807.5, 1938.92);\n    new ShapeRef(router, poly104, 104);\n\n#ifdef ALL\n    Polygon poly105(4);\n    poly105.ps[0] = Point(438.5, 1938.92);\n    poly105.ps[1] = Point(438.5, 1998.92);\n    poly105.ps[2] = Point(382.5, 1998.92);\n    poly105.ps[3] = Point(382.5, 1938.92);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(1526.5, 1938.92);\n    poly106.ps[1] = Point(1526.5, 1998.92);\n    poly106.ps[2] = Point(1470.5, 1998.92);\n    poly106.ps[3] = Point(1470.5, 1938.92);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(1415.5, 1756.92);\n    poly107.ps[1] = Point(1415.5, 1796.92);\n    poly107.ps[2] = Point(1339.5, 1796.92);\n    poly107.ps[3] = Point(1339.5, 1756.92);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(1415.5, 1632.92);\n    poly108.ps[1] = Point(1415.5, 1672.92);\n    poly108.ps[2] = Point(1339.5, 1672.92);\n    poly108.ps[3] = Point(1339.5, 1632.92);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1415.5, 1508.92);\n    poly109.ps[1] = Point(1415.5, 1548.92);\n    poly109.ps[2] = Point(1339.5, 1548.92);\n    poly109.ps[3] = Point(1339.5, 1508.92);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(1298.5, 1094.92);\n    poly110.ps[1] = Point(1298.5, 1134.92);\n    poly110.ps[2] = Point(1222.5, 1134.92);\n    poly110.ps[3] = Point(1222.5, 1094.92);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(1152.5, 983.917);\n    poly111.ps[1] = Point(1152.5, 1043.92);\n    poly111.ps[2] = Point(1096.5, 1043.92);\n    poly111.ps[3] = Point(1096.5, 983.917);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(1298.5, 757.25);\n    poly112.ps[1] = Point(1298.5, 797.25);\n    poly112.ps[2] = Point(1222.5, 797.25);\n    poly112.ps[3] = Point(1222.5, 757.25);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(1527.5, 757.25);\n    poly113.ps[1] = Point(1527.5, 797.25);\n    poly113.ps[2] = Point(1451.5, 797.25);\n    poly113.ps[3] = Point(1451.5, 757.25);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(1493.5, 401);\n    poly114.ps[1] = Point(1493.5, 461);\n    poly114.ps[2] = Point(1437.5, 461);\n    poly114.ps[3] = Point(1437.5, 401);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(1415.5, 569.75);\n    poly115.ps[1] = Point(1415.5, 609.75);\n    poly115.ps[2] = Point(1339.5, 609.75);\n    poly115.ps[3] = Point(1339.5, 569.75);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(1415.5, 368);\n    poly116.ps[1] = Point(1415.5, 408);\n    poly116.ps[2] = Point(1339.5, 408);\n    poly116.ps[3] = Point(1339.5, 368);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(1086.5, 607.25);\n    poly117.ps[1] = Point(1086.5, 667.25);\n    poly117.ps[2] = Point(1030.5, 667.25);\n    poly117.ps[3] = Point(1030.5, 607.25);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(541.5, 511.25);\n    poly118.ps[1] = Point(541.5, 571.25);\n    poly118.ps[2] = Point(485.5, 571.25);\n    poly118.ps[3] = Point(485.5, 511.25);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(541.5, 586.25);\n    poly119.ps[1] = Point(541.5, 646.25);\n    poly119.ps[2] = Point(485.5, 646.25);\n    poly119.ps[3] = Point(485.5, 586.25);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(962.5, 519.75);\n    poly120.ps[1] = Point(962.5, 579.75);\n    poly120.ps[2] = Point(906.5, 579.75);\n    poly120.ps[3] = Point(906.5, 519.75);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(759.5, 569.75);\n    poly121.ps[1] = Point(759.5, 609.75);\n    poly121.ps[2] = Point(683.5, 609.75);\n    poly121.ps[3] = Point(683.5, 569.75);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(372.5, 569.75);\n    poly122.ps[1] = Point(372.5, 609.75);\n    poly122.ps[2] = Point(296.5, 609.75);\n    poly122.ps[3] = Point(296.5, 569.75);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(640.5, 263.5);\n    poly123.ps[1] = Point(640.5, 323.5);\n    poly123.ps[2] = Point(584.5, 323.5);\n    poly123.ps[3] = Point(584.5, 263.5);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(640.5, 338.5);\n    poly124.ps[1] = Point(640.5, 398.5);\n    poly124.ps[2] = Point(584.5, 398.5);\n    poly124.ps[3] = Point(584.5, 338.5);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(640.5, 610.5);\n    poly125.ps[1] = Point(640.5, 670.5);\n    poly125.ps[2] = Point(584.5, 670.5);\n    poly125.ps[3] = Point(584.5, 610.5);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(929.5, 285);\n    poly126.ps[1] = Point(929.5, 345);\n    poly126.ps[2] = Point(873.5, 345);\n    poly126.ps[3] = Point(873.5, 285);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(929.5, 169);\n    poly127.ps[1] = Point(929.5, 229);\n    poly127.ps[2] = Point(873.5, 229);\n    poly127.ps[3] = Point(873.5, 169);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(574.5, 2104.92);\n    poly128.ps[1] = Point(574.5, 2164.92);\n    poly128.ps[2] = Point(518.5, 2164.92);\n    poly128.ps[3] = Point(518.5, 2104.92);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(1415.5, 1330.92);\n    poly129.ps[1] = Point(1415.5, 1370.92);\n    poly129.ps[2] = Point(1339.5, 1370.92);\n    poly129.ps[3] = Point(1339.5, 1330.92);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(640.5, 413.5);\n    poly130.ps[1] = Point(640.5, 473.5);\n    poly130.ps[2] = Point(584.5, 473.5);\n    poly130.ps[3] = Point(584.5, 413.5);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(541.5, 708.25);\n    poly131.ps[1] = Point(541.5, 768.25);\n    poly131.ps[2] = Point(485.5, 768.25);\n    poly131.ps[3] = Point(485.5, 708.25);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(314.5, 740.25);\n    poly132.ps[1] = Point(314.5, 800.25);\n    poly132.ps[2] = Point(258.5, 800.25);\n    poly132.ps[3] = Point(258.5, 740.25);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(314.5, 856.25);\n    poly133.ps[1] = Point(314.5, 916.25);\n    poly133.ps[2] = Point(258.5, 916.25);\n    poly133.ps[3] = Point(258.5, 856.25);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(706.5, 740.25);\n    poly134.ps[1] = Point(706.5, 800.25);\n    poly134.ps[2] = Point(650.5, 800.25);\n    poly134.ps[3] = Point(650.5, 740.25);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(706.5, 856.25);\n    poly135.ps[1] = Point(706.5, 916.25);\n    poly135.ps[2] = Point(650.5, 916.25);\n    poly135.ps[3] = Point(650.5, 856.25);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(405.5, 1623.92);\n    poly136.ps[1] = Point(405.5, 1683.92);\n    poly136.ps[2] = Point(349.5, 1683.92);\n    poly136.ps[3] = Point(349.5, 1623.92);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(1309.5, 2300.92);\n    poly137.ps[1] = Point(1309.5, 2360.92);\n    poly137.ps[2] = Point(1253.5, 2360.92);\n    poly137.ps[3] = Point(1253.5, 2300.92);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(405.5, 1745.92);\n    poly138.ps[1] = Point(405.5, 1805.92);\n    poly138.ps[2] = Point(349.5, 1805.92);\n    poly138.ps[3] = Point(349.5, 1745.92);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(1436.5, 1094.92);\n    poly139.ps[1] = Point(1436.5, 1134.92);\n    poly139.ps[2] = Point(1360.5, 1134.92);\n    poly139.ps[3] = Point(1360.5, 1094.92);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(1426.5, 1268.92);\n    poly140.ps[1] = Point(1426.5, 1308.92);\n    poly140.ps[2] = Point(1350.5, 1308.92);\n    poly140.ps[3] = Point(1350.5, 1268.92);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1564.5, 1268.92);\n    poly141.ps[1] = Point(1564.5, 1308.92);\n    poly141.ps[2] = Point(1488.5, 1308.92);\n    poly141.ps[3] = Point(1488.5, 1268.92);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(706.5, 1789.92);\n    poly142.ps[1] = Point(706.5, 1849.92);\n    poly142.ps[2] = Point(650.5, 1849.92);\n    poly142.ps[3] = Point(650.5, 1789.92);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1655.5, 1268.92);\n    poly143.ps[1] = Point(1655.5, 1308.92);\n    poly143.ps[2] = Point(1579.5, 1308.92);\n    poly143.ps[3] = Point(1579.5, 1268.92);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(1276.5, 1363.92);\n    poly144.ps[1] = Point(1276.5, 1423.92);\n    poly144.ps[2] = Point(1220.5, 1423.92);\n    poly144.ps[3] = Point(1220.5, 1363.92);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1276.5, 1156.92);\n    poly145.ps[1] = Point(1276.5, 1216.92);\n    poly145.ps[2] = Point(1220.5, 1216.92);\n    poly145.ps[3] = Point(1220.5, 1156.92);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(220.5, 2049.92);\n    poly146.ps[1] = Point(220.5, 2089.92);\n    poly146.ps[2] = Point(144.5, 2089.92);\n    poly146.ps[3] = Point(144.5, 2049.92);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1436.5, 757.25);\n    poly147.ps[1] = Point(1436.5, 797.25);\n    poly147.ps[2] = Point(1360.5, 797.25);\n    poly147.ps[3] = Point(1360.5, 757.25);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(640.5, 535.5);\n    poly148.ps[1] = Point(640.5, 595.5);\n    poly148.ps[2] = Point(584.5, 595.5);\n    poly148.ps[3] = Point(584.5, 535.5);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(541.5, 783.25);\n    poly149.ps[1] = Point(541.5, 843.25);\n    poly149.ps[2] = Point(485.5, 843.25);\n    poly149.ps[3] = Point(485.5, 783.25);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1309.5, 2375.92);\n    poly150.ps[1] = Point(1309.5, 2435.92);\n    poly150.ps[2] = Point(1253.5, 2435.92);\n    poly150.ps[3] = Point(1253.5, 2375.92);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(1610, 700.5);\n    poly151.ps[1] = Point(1610, 740.5);\n    poly151.ps[2] = Point(1550, 740.5);\n    poly151.ps[3] = Point(1550, 700.5);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(1610, 740.5);\n    poly152.ps[1] = Point(1610, 780.5);\n    poly152.ps[2] = Point(1550, 780.5);\n    poly152.ps[3] = Point(1550, 740.5);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(1661, 869);\n    poly153.ps[1] = Point(1661, 929);\n    poly153.ps[2] = Point(1621, 929);\n    poly153.ps[3] = Point(1621, 869);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(1701, 869);\n    poly154.ps[1] = Point(1701, 929);\n    poly154.ps[2] = Point(1661, 929);\n    poly154.ps[3] = Point(1661, 869);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(1410, 159.5);\n    poly155.ps[1] = Point(1410, 219.5);\n    poly155.ps[2] = Point(1370, 219.5);\n    poly155.ps[3] = Point(1370, 159.5);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(252.5, 1825.42);\n    poly156.ps[1] = Point(252.5, 1865.42);\n    poly156.ps[2] = Point(192.5, 1865.42);\n    poly156.ps[3] = Point(192.5, 1825.42);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(252.5, 1865.42);\n    poly157.ps[1] = Point(252.5, 1905.42);\n    poly157.ps[2] = Point(192.5, 1905.42);\n    poly157.ps[3] = Point(192.5, 1865.42);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(867.5, 1454.42);\n    poly158.ps[1] = Point(867.5, 1494.42);\n    poly158.ps[2] = Point(807.5, 1494.42);\n    poly158.ps[3] = Point(807.5, 1454.42);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1597, 2133.92);\n    poly159.ps[1] = Point(1597, 2193.92);\n    poly159.ps[2] = Point(1557, 2193.92);\n    poly159.ps[3] = Point(1557, 2133.92);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(675.5, 2248.92);\n    poly160.ps[1] = Point(675.5, 2290.92);\n    poly160.ps[2] = Point(607.5, 2290.92);\n    poly160.ps[3] = Point(607.5, 2248.92);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(272.5, 2039.92);\n    poly161.ps[1] = Point(272.5, 2099.92);\n    poly161.ps[2] = Point(230.5, 2099.92);\n    poly161.ps[3] = Point(230.5, 2039.92);\n    new ShapeRef(router, poly161, 161);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(642.5, 333.5);\n    poly162.ps[1] = Point(642.5, 600.5);\n    poly162.ps[2] = Point(574.5, 600.5);\n    poly162.ps[3] = Point(574.5, 333.5);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(543.5, 581.25);\n    poly163.ps[1] = Point(543.5, 773.25);\n    poly163.ps[2] = Point(475.5, 773.25);\n    poly163.ps[3] = Point(475.5, 581.25);\n    new ShapeRef(router, poly163, 163);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(1441.5, 747.25);\n    poly164.ps[1] = Point(1441.5, 807.25);\n    poly164.ps[2] = Point(1308.5, 807.25);\n    poly164.ps[3] = Point(1308.5, 747.25);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(407.5, 1693.92);\n    poly165.ps[1] = Point(407.5, 1735.92);\n    poly165.ps[2] = Point(339.5, 1735.92);\n    poly165.ps[3] = Point(339.5, 1693.92);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(1569.5, 1258.92);\n    poly166.ps[1] = Point(1569.5, 1318.92);\n    poly166.ps[2] = Point(1436.5, 1318.92);\n    poly166.ps[3] = Point(1436.5, 1258.92);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(1350.5, 1084.92);\n    poly167.ps[1] = Point(1350.5, 1144.92);\n    poly167.ps[2] = Point(1308.5, 1144.92);\n    poly167.ps[3] = Point(1308.5, 1084.92);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(1311.5, 2173.92);\n    poly168.ps[1] = Point(1311.5, 2365.92);\n    poly168.ps[2] = Point(1243.5, 2365.92);\n    poly168.ps[3] = Point(1243.5, 2173.92);\n    new ShapeRef(router, poly168, 168);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1329.5, 974.25), 2);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(868.5, 1053.92), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1329.5, 944.25), 1);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1329.5, 843.25), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1329.5, 974.25), 2);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1329.5, 1053.92), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(630.5, 2248.92), 4);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(251.5, 2269.92), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints172(1);\n    checkpoints172[0] = Point(607.5, 2269.92);\n    connRef172->setRoutingCheckpoints(checkpoints172);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(660.5, 2248.92), 8);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(967.5, 2269.92), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints173(1);\n    checkpoints173[0] = Point(683.5, 2269.92);\n    connRef173->setRoutingCheckpoints(checkpoints173);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(272.5, 2084.92), 2);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(251.5, 2269.92), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints174(1);\n    checkpoints174[0] = Point(251.5, 2099.92);\n    connRef174->setRoutingCheckpoints(checkpoints174);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(630.5, 2290.92), 4);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(251.5, 2269.92), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints175(1);\n    checkpoints175[0] = Point(607.5, 2269.92);\n    connRef175->setRoutingCheckpoints(checkpoints175);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(660.5, 2290.92), 8);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(967.5, 2269.92), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints176(1);\n    checkpoints176[0] = Point(683.5, 2269.92);\n    connRef176->setRoutingCheckpoints(checkpoints176);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(251.5, 2269.92), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(230.5, 2084.92), 2);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints177(1);\n    checkpoints177[0] = Point(251.5, 2099.92);\n    connRef177->setRoutingCheckpoints(checkpoints177);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(967.5, 2222.92), 2);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(967.5, 2269.92), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(1266.5, 2173.92), 4);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(967.5, 2269.92), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints179(1);\n    checkpoints179[0] = Point(1243.5, 2269.92);\n    connRef179->setRoutingCheckpoints(checkpoints179);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(1266.5, 2248.92), 4);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(967.5, 2269.92), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints180(1);\n    checkpoints180[0] = Point(1243.5, 2269.92);\n    connRef180->setRoutingCheckpoints(checkpoints180);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(1142.5, 2041.92), 4);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(967.5, 2008.92), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(1157.5, 1940.92), 2);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(967.5, 2008.92), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n#endif\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(820.5, 2008.92), 4);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(579.5, 2008.92), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(820.5, 2008.92), 4);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(967.5, 1892.92), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n#ifdef ALL\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(395.5, 2008.92), 4);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(251.5, 2008.92), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(425.5, 2008.92), 8);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(579.5, 2008.92), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(395.5, 2008.92), 4);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(410.5, 2174.92), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(1513.5, 2008.92), 8);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(1574.5, 2008.92), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(1483.5, 2008.92), 4);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(1329.5, 2008.92), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(1329.5, 1791.92), 2);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(1329.5, 2008.92), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(1329.5, 1637.92), 1);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(1329.5, 1590.92), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(1329.5, 1667.92), 2);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(1329.5, 1714.92), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(1329.5, 1543.92), 2);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(1329.5, 1590.92), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(1329.5, 1513.92), 1);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(1329.5, 1466.92), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(1308.5, 1129.92), 2);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(1329.5, 1226.92), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints195(1);\n    checkpoints195[0] = Point(1329.5, 1144.92);\n    connRef195->setRoutingCheckpoints(checkpoints195);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(1308.5, 1099.92), 1);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(1329.5, 1053.92), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints196(1);\n    checkpoints196[0] = Point(1329.5, 1084.92);\n    connRef196->setRoutingCheckpoints(checkpoints196);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(1109.5, 1053.92), 4);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(868.5, 1053.92), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(1139.5, 1053.92), 8);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(1329.5, 1053.92), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(1308.5, 792.25), 2);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(1329.5, 843.25), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints199(1);\n    checkpoints199[0] = Point(1329.5, 807.25);\n    connRef199->setRoutingCheckpoints(checkpoints199);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(1441.5, 762.25), 1);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(1329.5, 677.25), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints200(1);\n    checkpoints200[0] = Point(1329.5, 747.25);\n    connRef200->setRoutingCheckpoints(checkpoints200);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(1450.5, 471), 4);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(1329.5, 504.5), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(1329.5, 574.75), 1);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(1329.5, 504.5), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(1329.5, 604.75), 2);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(1329.5, 677.25), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(1329.5, 373), 1);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(1329.5, 272), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(1329.5, 403), 2);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(1329.5, 504.5), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(1043.5, 677.25), 4);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(868.5, 677.25), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(1073.5, 677.25), 8);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(1329.5, 677.25), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(528.5, 581.25), 8);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(868.5, 677.25), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints208(1);\n    checkpoints208[0] = Point(551.5, 677.25);\n    connRef208->setRoutingCheckpoints(checkpoints208);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(528.5, 656.25), 8);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(868.5, 677.25), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints209(1);\n    checkpoints209[0] = Point(551.5, 677.25);\n    connRef209->setRoutingCheckpoints(checkpoints209);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(919.5, 589.75), 4);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(868.5, 677.25), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(949.5, 589.75), 8);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(1329.5, 504.5), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(769.5, 604.75), 2);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(868.5, 677.25), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(769.5, 574.75), 1);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(1329.5, 504.5), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(286.5, 574.75), 1);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(286.5, 504.5), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(286.5, 604.75), 2);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(286.5, 677.25), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(627.5, 333.5), 8);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(1329.5, 504.5), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints216(1);\n    checkpoints216[0] = Point(650.5, 504.5);\n    connRef216->setRoutingCheckpoints(checkpoints216);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(627.5, 408.5), 8);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(1329.5, 504.5), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints217(1);\n    checkpoints217[0] = Point(650.5, 504.5);\n    connRef217->setRoutingCheckpoints(checkpoints217);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(597.5, 600.5), 4);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(286.5, 504.5), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints218(1);\n    checkpoints218[0] = Point(574.5, 504.5);\n    connRef218->setRoutingCheckpoints(checkpoints218);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(886.5, 355), 4);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(286.5, 504.5), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(886.5, 239), 4);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(286.5, 504.5), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(561.5, 2174.92), 8);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(802.5, 2174.92), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1329.5, 1365.92), 2);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1329.5, 1466.92), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1329.5, 1335.92), 1);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1329.5, 1226.92), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(627.5, 483.5), 8);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(1329.5, 504.5), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints224(1);\n    checkpoints224[0] = Point(650.5, 504.5);\n    connRef224->setRoutingCheckpoints(checkpoints224);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(528.5, 698.25), 8);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(868.5, 677.25), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints225(1);\n    checkpoints225[0] = Point(551.5, 677.25);\n    connRef225->setRoutingCheckpoints(checkpoints225);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(301.5, 810.25), 8);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(443.5, 810.25), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(301.5, 926.25), 8);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(443.5, 926.25), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(693.5, 810.25), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(868.5, 677.25), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(693.5, 926.25), 8);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(868.5, 677.25), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(1541.5, 471), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(1480.5, 471), 8);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(286.5, 504.5), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(597.5, 483.5), 4);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints231(1);\n    checkpoints231[0] = Point(574.5, 504.5);\n    connRef231->setRoutingCheckpoints(checkpoints231);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(286.5, 504.5), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(597.5, 525.5), 4);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints232(1);\n    checkpoints232[0] = Point(574.5, 504.5);\n    connRef232->setRoutingCheckpoints(checkpoints232);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(286.5, 677.25), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(498.5, 698.25), 4);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints233(1);\n    checkpoints233[0] = Point(475.5, 677.25);\n    connRef233->setRoutingCheckpoints(checkpoints233);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(498.5, 773.25), 4);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(286.5, 677.25), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints234(1);\n    checkpoints234[0] = Point(475.5, 677.25);\n    connRef234->setRoutingCheckpoints(checkpoints234);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(528.5, 773.25), 8);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(868.5, 677.25), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints235(1);\n    checkpoints235[0] = Point(551.5, 677.25);\n    connRef235->setRoutingCheckpoints(checkpoints235);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(1329.5, 677.25), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(1350.5, 762.25), 1);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints236(1);\n    checkpoints236[0] = Point(1329.5, 747.25);\n    connRef236->setRoutingCheckpoints(checkpoints236);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(392.5, 1735.92), 8);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(1329.5, 1714.92), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints237(1);\n    checkpoints237[0] = Point(415.5, 1714.92);\n    connRef237->setRoutingCheckpoints(checkpoints237);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(1436.5, 1303.92), 2);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(1329.5, 1466.92), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints238(1);\n    checkpoints238[0] = Point(1457.5, 1318.92);\n    connRef238->setRoutingCheckpoints(checkpoints238);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(1478.5, 1303.92), 2);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(1329.5, 1466.92), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints239(1);\n    checkpoints239[0] = Point(1457.5, 1318.92);\n    connRef239->setRoutingCheckpoints(checkpoints239);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(1569.5, 1303.92), 2);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(1329.5, 1466.92), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints240(1);\n    checkpoints240[0] = Point(1457.5, 1318.92);\n    connRef240->setRoutingCheckpoints(checkpoints240);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(1350.5, 1129.92), 2);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(1329.5, 1226.92), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints241(1);\n    checkpoints241[0] = Point(1329.5, 1144.92);\n    connRef241->setRoutingCheckpoints(checkpoints241);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(1263.5, 1226.92), 8);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(1329.5, 1226.92), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(1296.5, 2173.92), 8);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(1465.5, 2269.92), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints243(1);\n    checkpoints243[0] = Point(1319.5, 2269.92);\n    connRef243->setRoutingCheckpoints(checkpoints243);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(1296.5, 2248.92), 8);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(1465.5, 2269.92), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints244(1);\n    checkpoints244[0] = Point(1319.5, 2269.92);\n    connRef244->setRoutingCheckpoints(checkpoints244);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(1296.5, 2290.92), 8);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(1465.5, 2269.92), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints245(1);\n    checkpoints245[0] = Point(1319.5, 2269.92);\n    connRef245->setRoutingCheckpoints(checkpoints245);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(1296.5, 2365.92), 8);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(1465.5, 2269.92), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints246(1);\n    checkpoints246[0] = Point(1319.5, 2269.92);\n    connRef246->setRoutingCheckpoints(checkpoints246);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(693.5, 1859.92), 8);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(1329.5, 2008.92), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(967.5, 2008.92), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(967.5, 2192.92), 1);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(663.5, 1859.92), 4);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(251.5, 2008.92), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(1266.5, 2290.92), 4);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(967.5, 2269.92), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints250(1);\n    checkpoints250[0] = Point(1243.5, 2269.92);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(1266.5, 2365.92), 4);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(967.5, 2269.92), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints251(1);\n    checkpoints251[0] = Point(1243.5, 2269.92);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(531.5, 2174.92), 4);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(410.5, 2174.92), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(1329.5, 843.25), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(1441.5, 792.25), 2);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints253(1);\n    checkpoints253[0] = Point(1329.5, 807.25);\n    connRef253->setRoutingCheckpoints(checkpoints253);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(216.5, 810.25), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(271.5, 810.25), 4);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(443.5, 810.25), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(663.5, 810.25), 4);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(443.5, 926.25), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(663.5, 926.25), 4);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(216.5, 926.25), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(271.5, 926.25), 4);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(392.5, 1693.92), 8);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1329.5, 1714.92), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints258(1);\n    checkpoints258[0] = Point(415.5, 1714.92);\n    connRef258->setRoutingCheckpoints(checkpoints258);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(251.5, 1714.92), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(362.5, 1693.92), 4);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints259(1);\n    checkpoints259[0] = Point(339.5, 1714.92);\n    connRef259->setRoutingCheckpoints(checkpoints259);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(251.5, 1714.92), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(362.5, 1735.92), 4);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints260(1);\n    checkpoints260[0] = Point(339.5, 1714.92);\n    connRef260->setRoutingCheckpoints(checkpoints260);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1350.5, 1099.92), 1);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1329.5, 1053.92), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints261(1);\n    checkpoints261[0] = Point(1329.5, 1084.92);\n    connRef261->setRoutingCheckpoints(checkpoints261);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1233.5, 1433.92), 4);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1091.5, 1350.92), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(1263.5, 1433.92), 8);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(1329.5, 1466.92), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(1233.5, 1226.92), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(1091.5, 1350.92), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(1329.5, 1053.92), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(1436.5, 1273.92), 1);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints265(1);\n    checkpoints265[0] = Point(1457.5, 1258.92);\n    connRef265->setRoutingCheckpoints(checkpoints265);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(1329.5, 1053.92), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(1478.5, 1273.92), 1);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints266(1);\n    checkpoints266[0] = Point(1457.5, 1258.92);\n    connRef266->setRoutingCheckpoints(checkpoints266);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(1329.5, 1053.92), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(1569.5, 1273.92), 1);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints267(1);\n    checkpoints267[0] = Point(1457.5, 1258.92);\n    connRef267->setRoutingCheckpoints(checkpoints267);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(230.5, 2054.92), 1);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(251.5, 2008.92), 15);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints268(1);\n    checkpoints268[0] = Point(251.5, 2039.92);\n    connRef268->setRoutingCheckpoints(checkpoints268);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(1350.5, 792.25), 2);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(1329.5, 843.25), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints269(1);\n    checkpoints269[0] = Point(1329.5, 807.25);\n    connRef269->setRoutingCheckpoints(checkpoints269);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(627.5, 525.5), 8);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(1329.5, 504.5), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints270(1);\n    checkpoints270[0] = Point(650.5, 504.5);\n    connRef270->setRoutingCheckpoints(checkpoints270);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(967.5, 1892.92), 15);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(1172.5, 2041.92), 8);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(967.5, 1892.92), 15);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(1157.5, 1910.92), 1);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(1387.5, 959.25), 4);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(1329.5, 959.25), 8);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(645.5, 2198.92), 2);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(645.5, 2248.92), 1);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(330.5, 2069.92), 4);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(272.5, 2069.92), 8);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(645.5, 2340.92), 1);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(645.5, 2290.92), 2);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(1025.5, 2207.92), 4);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(967.5, 2207.92), 8);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(1281.5, 2123.92), 2);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(1281.5, 2173.92), 1);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(1281.5, 2198.92), 2);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(1281.5, 2248.92), 1);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(1157.5, 2091.92), 1);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(1157.5, 2041.92), 2);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(1215.5, 1925.92), 4);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1157.5, 1925.92), 8);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(835.5, 1958.92), 2);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(835.5, 2008.92), 1);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(410.5, 1958.92), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(410.5, 2008.92), 1);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(1498.5, 1958.92), 2);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1498.5, 2008.92), 1);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(1387.5, 1776.92), 4);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1329.5, 1776.92), 8);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(1387.5, 1652.92), 4);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(1329.5, 1652.92), 8);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(1387.5, 1528.92), 4);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(1329.5, 1528.92), 8);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(1250.5, 1114.92), 8);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(1308.5, 1114.92), 4);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(1124.5, 1003.92), 2);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(1124.5, 1053.92), 1);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(1250.5, 777.25), 8);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(1308.5, 777.25), 4);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(1499.5, 777.25), 4);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(1441.5, 777.25), 8);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(1465.5, 421), 2);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(1465.5, 471), 1);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(1387.5, 589.75), 4);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(1329.5, 589.75), 8);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(1387.5, 388), 4);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(1329.5, 388), 8);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(1058.5, 627.25), 2);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(1058.5, 677.25), 1);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(513.5, 531.25), 2);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(513.5, 581.25), 1);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(513.5, 606.25), 2);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(513.5, 656.25), 1);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(934.5, 539.75), 2);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(934.5, 589.75), 1);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(711.5, 589.75), 8);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(769.5, 589.75), 4);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(344.5, 589.75), 4);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(286.5, 589.75), 8);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(612.5, 283.5), 2);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(612.5, 333.5), 1);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(612.5, 358.5), 2);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(612.5, 408.5), 1);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(612.5, 650.5), 1);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(612.5, 600.5), 2);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(901.5, 305), 2);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(901.5, 355), 1);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(901.5, 189), 2);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(901.5, 239), 1);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(546.5, 2124.92), 2);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(546.5, 2174.92), 1);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(1387.5, 1350.92), 4);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(1329.5, 1350.92), 8);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(612.5, 433.5), 2);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(612.5, 483.5), 1);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(513.5, 748.25), 1);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(513.5, 698.25), 2);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(286.5, 760.25), 2);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(286.5, 810.25), 1);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(286.5, 876.25), 2);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(286.5, 926.25), 1);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(678.5, 760.25), 2);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(678.5, 810.25), 1);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(678.5, 876.25), 2);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(678.5, 926.25), 1);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(377.5, 1643.92), 2);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(377.5, 1693.92), 1);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(1281.5, 2340.92), 1);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(1281.5, 2290.92), 2);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(377.5, 1785.92), 1);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(377.5, 1735.92), 2);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(1408.5, 1114.92), 4);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(1350.5, 1114.92), 8);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(1378.5, 1288.92), 8);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(1436.5, 1288.92), 4);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(1536.5, 1288.92), 4);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(1478.5, 1288.92), 8);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(678.5, 1809.92), 2);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(678.5, 1859.92), 1);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(1627.5, 1288.92), 4);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(1569.5, 1288.92), 8);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(1248.5, 1383.92), 2);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(1248.5, 1433.92), 1);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(1248.5, 1176.92), 2);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(1248.5, 1226.92), 1);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(172.5, 2069.92), 8);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(230.5, 2069.92), 4);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(1408.5, 777.25), 4);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(1350.5, 777.25), 8);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(612.5, 575.5), 1);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(612.5, 525.5), 2);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(513.5, 823.25), 1);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(513.5, 773.25), 2);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(1281.5, 2415.92), 1);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(1281.5, 2365.92), 2);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(251.5, 2008.92), 15);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(272.5, 2054.92), 1);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints329(1);\n    checkpoints329[0] = Point(251.5, 2039.92);\n    connRef329->setRoutingCheckpoints(checkpoints329);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(1329.5, 2008.92), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(1172.5, 2041.92), 8);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1329.5, 2008.92), 15);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(1157.5, 1910.92), 1);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(802.5, 2174.92), 15);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(850.5, 2008.92), 8);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(967.5, 2008.92), 15);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(850.5, 2008.92), 8);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(1329.5, 1714.92), 15);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(1329.5, 1761.92), 1);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(1329.5, 677.25), 15);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(1308.5, 762.25), 1);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints335(1);\n    checkpoints335[0] = Point(1329.5, 747.25);\n    connRef335->setRoutingCheckpoints(checkpoints335);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(286.5, 677.25), 15);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(498.5, 581.25), 4);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints336(1);\n    checkpoints336[0] = Point(475.5, 677.25);\n    connRef336->setRoutingCheckpoints(checkpoints336);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(286.5, 677.25), 15);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(498.5, 656.25), 4);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints337(1);\n    checkpoints337[0] = Point(475.5, 677.25);\n    connRef337->setRoutingCheckpoints(checkpoints337);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(286.5, 504.5), 15);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(597.5, 333.5), 4);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints338(1);\n    checkpoints338[0] = Point(574.5, 504.5);\n    connRef338->setRoutingCheckpoints(checkpoints338);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(286.5, 504.5), 15);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(597.5, 408.5), 4);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints339(1);\n    checkpoints339[0] = Point(574.5, 504.5);\n    connRef339->setRoutingCheckpoints(checkpoints339);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(1329.5, 504.5), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(627.5, 600.5), 8);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints340(1);\n    checkpoints340[0] = Point(650.5, 504.5);\n    connRef340->setRoutingCheckpoints(checkpoints340);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1329.5, 272), 15);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(916.5, 355), 8);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1329.5, 272), 15);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(916.5, 239), 8);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(1329.5, 504.5), 15);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(1555, 720.5), 4);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(1329.5, 1053.92), 15);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(1555, 760.5), 4);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(1329.5, 1590.92), 15);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(1641, 924), 2);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(1329.5, 2008.92), 15);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(1681, 924), 2);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(1329.5, 272), 15);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(1390, 214.5), 2);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(251.5, 1714.92), 15);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(247.5, 1845.42), 8);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(251.5, 2008.92), 15);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(247.5, 1885.42), 8);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(1329.5, 1466.92), 15);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(862.5, 1474.42), 8);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(1574.5, 2008.92), 15);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(1577, 2138.92), 1);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/finalSegmentNudging3\");\n\n    bool optimisedForConnectorType = false;\n    int crossings = router->existsCrossings(optimisedForConnectorType);\n\n    delete router;\n    return (crossings > 0) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/forwardFlowingConnectors01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(OrthogonalRouting);\r\n    router->setRoutingParameter((RoutingParameter)0, 10);\r\n    router->setRoutingParameter((RoutingParameter)1, 0);\r\n    router->setRoutingParameter((RoutingParameter)2, 1000);\r\n    router->setRoutingParameter((RoutingParameter)3, 4000);\r\n    router->setRoutingParameter((RoutingParameter)4, 0);\r\n    router->setRoutingParameter((RoutingParameter)5, 100);\r\n    router->setRoutingParameter((RoutingParameter)6, 1);\r\n    router->setRoutingParameter((RoutingParameter)7, 10);\r\n    router->setRoutingParameter(reverseDirectionPenalty, 500);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, false);\r\n    router->setRoutingOption((RoutingOption)3, false);\r\n    router->setRoutingOption((RoutingOption)4, true);\r\n    router->setRoutingOption((RoutingOption)5, true);\r\n    Polygon polygon;\r\n    ConnRef *connRef = nullptr;\r\n    ConnEnd srcPt;\r\n    ConnEnd dstPt;\r\n    PolyLine newRoute;\r\n    // shapeRef1\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(0, 0);\r\n    polygon.ps[1] = Point(0, 0);\r\n    polygon.ps[2] = Point(0, 0);\r\n    polygon.ps[3] = Point(0, 0);\r\n    new ShapeRef(router, polygon, 1);\r\n\r\n    // shapeRef2\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(0, 0);\r\n    polygon.ps[1] = Point(0, 0);\r\n    polygon.ps[2] = Point(0, 0);\r\n    polygon.ps[3] = Point(0, 0);\r\n    new ShapeRef(router, polygon, 2);\r\n\r\n    // shapeRef3\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(0, 0);\r\n    polygon.ps[1] = Point(0, 0);\r\n    polygon.ps[2] = Point(0, 0);\r\n    polygon.ps[3] = Point(0, 0);\r\n    new ShapeRef(router, polygon, 3);\r\n\r\n    // shapeRef4\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(0, 0);\r\n    polygon.ps[1] = Point(0, 0);\r\n    polygon.ps[2] = Point(0, 0);\r\n    polygon.ps[3] = Point(0, 0);\r\n    new ShapeRef(router, polygon, 4);\r\n\r\n    // shapeRef5\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(501, 345);\r\n    polygon.ps[1] = Point(501, 404);\r\n    polygon.ps[2] = Point(421, 404);\r\n    polygon.ps[3] = Point(421, 345);\r\n    ShapeRef *shapeRef5 = new ShapeRef(router, polygon, 5);\r\n    new ShapeConnectionPin(shapeRef5, 5, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef5, 6, 0, 0.79096, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef5, 7, 0, 0.514124, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef6\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(94, 251.5);\r\n    polygon.ps[1] = Point(94, 315.5);\r\n    polygon.ps[2] = Point(12, 315.5);\r\n    polygon.ps[3] = Point(12, 251.5);\r\n    ShapeRef *shapeRef6 = new ShapeRef(router, polygon, 6);\r\n    new ShapeConnectionPin(shapeRef6, 8, 1, 0.640625, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef6, 9, 0, 0.640625, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef7\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(634.366, 262);\r\n    polygon.ps[1] = Point(634.366, 305);\r\n    polygon.ps[2] = Point(416.366, 305);\r\n    polygon.ps[3] = Point(416.366, 262);\r\n    ShapeRef *shapeRef7 = new ShapeRef(router, polygon, 7);\r\n    new ShapeConnectionPin(shapeRef7, 10, 1, 0.709302, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef7, 11, 0, 0.709302, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef8\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(324, 147.167);\r\n    polygon.ps[1] = Point(324, 206.167);\r\n    polygon.ps[2] = Point(236, 206.167);\r\n    polygon.ps[3] = Point(236, 147.167);\r\n    ShapeRef *shapeRef8 = new ShapeRef(router, polygon, 8);\r\n    new ShapeConnectionPin(shapeRef8, 12, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef8, 13, 0, 0.79096, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef8, 14, 0, 0.514124, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef9\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(816, 353.167);\r\n    polygon.ps[1] = Point(816, 412.167);\r\n    polygon.ps[2] = Point(735, 412.167);\r\n    polygon.ps[3] = Point(735, 353.167);\r\n    ShapeRef *shapeRef9 = new ShapeRef(router, polygon, 9);\r\n    new ShapeConnectionPin(shapeRef9, 15, 1, 0.514124, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef9, 16, 1, 0.79096, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef9, 17, 0, 0.79096, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef9, 18, 0, 0.514124, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef10\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(981, 263.833);\r\n    polygon.ps[1] = Point(981, 321.833);\r\n    polygon.ps[2] = Point(828, 321.833);\r\n    polygon.ps[3] = Point(828, 263.833);\r\n    ShapeRef *shapeRef10 = new ShapeRef(router, polygon, 10);\r\n    new ShapeConnectionPin(shapeRef10, 19, 0, 0.655172, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef11\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(1011.49, 361.833);\r\n    polygon.ps[1] = Point(1011.49, 419.833);\r\n    polygon.ps[2] = Point(834.489, 419.833);\r\n    polygon.ps[3] = Point(834.489, 361.833);\r\n    ShapeRef *shapeRef11 = new ShapeRef(router, polygon, 11);\r\n    new ShapeConnectionPin(shapeRef11, 20, 0, 0.655172, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef12\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(511, 155.333);\r\n    polygon.ps[1] = Point(511, 214.333);\r\n    polygon.ps[2] = Point(422, 214.333);\r\n    polygon.ps[3] = Point(422, 155.333);\r\n    ShapeRef *shapeRef12 = new ShapeRef(router, polygon, 12);\r\n    new ShapeConnectionPin(shapeRef12, 21, 1, 0.514124, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef12, 22, 1, 0.79096, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef12, 23, 0, 0.79096, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef12, 24, 0, 0.514124, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef13\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(690, 66);\r\n    polygon.ps[1] = Point(690, 124);\r\n    polygon.ps[2] = Point(523, 124);\r\n    polygon.ps[3] = Point(523, 66);\r\n    ShapeRef *shapeRef13 = new ShapeRef(router, polygon, 13);\r\n    new ShapeConnectionPin(shapeRef13, 25, 0, 0.655172, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef14\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(720.212, 164);\r\n    polygon.ps[1] = Point(720.212, 222);\r\n    polygon.ps[2] = Point(529.212, 222);\r\n    polygon.ps[3] = Point(529.212, 164);\r\n    ShapeRef *shapeRef14 = new ShapeRef(router, polygon, 14);\r\n    new ShapeConnectionPin(shapeRef14, 26, 0, 0.655172, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef15\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(217, 336.833);\r\n    polygon.ps[1] = Point(217, 395.833);\r\n    polygon.ps[2] = Point(98, 395.833);\r\n    polygon.ps[3] = Point(98, 336.833);\r\n    ShapeRef *shapeRef15 = new ShapeRef(router, polygon, 15);\r\n    new ShapeConnectionPin(shapeRef15, 27, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef15, 28, 0, 0.652542, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef16\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(413, 147.167);\r\n    polygon.ps[1] = Point(413, 206.167);\r\n    polygon.ps[2] = Point(336, 206.167);\r\n    polygon.ps[3] = Point(336, 147.167);\r\n    ShapeRef *shapeRef16 = new ShapeRef(router, polygon, 16);\r\n    new ShapeConnectionPin(shapeRef16, 29, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef16, 30, 0, 0.652542, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef17\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(306, 336.833);\r\n    polygon.ps[1] = Point(306, 395.833);\r\n    polygon.ps[2] = Point(229, 395.833);\r\n    polygon.ps[3] = Point(229, 336.833);\r\n    ShapeRef *shapeRef17 = new ShapeRef(router, polygon, 17);\r\n    new ShapeConnectionPin(shapeRef17, 31, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef17, 32, 0, 0.652542, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef18\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(175, 139);\r\n    polygon.ps[1] = Point(175, 198);\r\n    polygon.ps[2] = Point(98, 198);\r\n    polygon.ps[3] = Point(98, 139);\r\n    ShapeRef *shapeRef18 = new ShapeRef(router, polygon, 18);\r\n    new ShapeConnectionPin(shapeRef18, 33, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef18, 34, 0, 0.652542, true, 0, (ConnDirFlags) 4);\r\n\r\n    // shapeRef19\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(409, 399.333);\r\n    polygon.ps[1] = Point(409, 458.333);\r\n    polygon.ps[2] = Point(298, 458.333);\r\n    polygon.ps[3] = Point(298, 399.333);\r\n    ShapeRef *shapeRef19 = new ShapeRef(router, polygon, 19);\r\n    new ShapeConnectionPin(shapeRef19, 35, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n\r\n    // shapeRef20\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(224, 40);\r\n    polygon.ps[1] = Point(224, 99);\r\n    polygon.ps[2] = Point(106, 99);\r\n    polygon.ps[3] = Point(106, 40);\r\n    ShapeRef *shapeRef20 = new ShapeRef(router, polygon, 20);\r\n    new ShapeConnectionPin(shapeRef20, 36, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n\r\n    // shapeRef21\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(604, 345);\r\n    polygon.ps[1] = Point(604, 404);\r\n    polygon.ps[2] = Point(513, 404);\r\n    polygon.ps[3] = Point(513, 345);\r\n    ShapeRef *shapeRef21 = new ShapeRef(router, polygon, 21);\r\n    new ShapeConnectionPin(shapeRef21, 37, 1, 0.652542, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef21, 38, 0, 0.652542, true, 0, (ConnDirFlags) 4);\r\n\r\n    // connRef1\r\n    connRef = new ConnRef(router, 1);\r\n    srcPt = ConnEnd(shapeRef5, 5);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef21, 38);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef2\r\n    connRef = new ConnRef(router, 2);\r\n    srcPt = ConnEnd(shapeRef6, 8);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef18, 34);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef3\r\n    connRef = new ConnRef(router, 3);\r\n    srcPt = ConnEnd(shapeRef6, 8);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef15, 28);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef4\r\n    connRef = new ConnRef(router, 4);\r\n    srcPt = ConnEnd(shapeRef6, 8);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef12, 23);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef5\r\n    connRef = new ConnRef(router, 5);\r\n    srcPt = ConnEnd(shapeRef6, 8);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef7, 11);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef6\r\n    connRef = new ConnRef(router, 6);\r\n    srcPt = ConnEnd(shapeRef7, 10);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef9, 17);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n    ConnRef *connector6 = connRef;\r\n\r\n    // connRef7\r\n    connRef = new ConnRef(router, 7);\r\n    srcPt = ConnEnd(shapeRef8, 12);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef16, 30);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef8\r\n    connRef = new ConnRef(router, 8);\r\n    srcPt = ConnEnd(shapeRef9, 15);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef10, 19);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef9\r\n    connRef = new ConnRef(router, 9);\r\n    srcPt = ConnEnd(shapeRef9, 16);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef11, 20);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef10\r\n    connRef = new ConnRef(router, 10);\r\n    srcPt = ConnEnd(shapeRef12, 21);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef13, 25);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef11\r\n    connRef = new ConnRef(router, 11);\r\n    srcPt = ConnEnd(shapeRef12, 22);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef14, 26);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef12\r\n    connRef = new ConnRef(router, 12);\r\n    srcPt = ConnEnd(shapeRef15, 27);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef17, 32);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef13\r\n    connRef = new ConnRef(router, 13);\r\n    srcPt = ConnEnd(shapeRef16, 29);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef12, 24);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef14\r\n    connRef = new ConnRef(router, 14);\r\n    srcPt = ConnEnd(shapeRef17, 31);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef5, 7);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef15\r\n    connRef = new ConnRef(router, 15);\r\n    srcPt = ConnEnd(shapeRef18, 33);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef8, 14);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef16\r\n    connRef = new ConnRef(router, 16);\r\n    srcPt = ConnEnd(shapeRef19, 35);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef5, 7);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef17\r\n    connRef = new ConnRef(router, 17);\r\n    srcPt = ConnEnd(shapeRef20, 36);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef8, 14);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef18\r\n    connRef = new ConnRef(router, 18);\r\n    srcPt = ConnEnd(shapeRef21, 37);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef9, 18);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    // Test that connector 6 has three segments and doesnt loop right\r\n    // around the shapes on the right due to the crossing penalty.\r\n    bool suceeds = (connector6->displayRoute().size() == 4);\r\n\r\n    //router->outputDiagram(\"output/forwardFlowingConnectors01\");\r\n    delete router;\r\n    return (suceeds ? 0 : 1);\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/freeFloatingDirection01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(348, 1286.05);\n    poly2.ps[1] = Point(348, 1304.05);\n    poly2.ps[2] = Point(330, 1304.05);\n    poly2.ps[3] = Point(330, 1286.05);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly153(4);\n    poly153.ps[0] = Point(495, 1032.05);\n    poly153.ps[1] = Point(495, 1070.05);\n    poly153.ps[2] = Point(440, 1070.05);\n    poly153.ps[3] = Point(440, 1032.05);\n    new ShapeRef(router, poly153, 153);\n    \n    Polygon poly154(4);\n    poly154.ps[0] = Point(613, 959.545);\n    poly154.ps[1] = Point(613, 997.545);\n    poly154.ps[2] = Point(559, 997.545);\n    poly154.ps[3] = Point(559, 959.545);\n    new ShapeRef(router, poly154, 154);\n    \n    Polygon poly155(4);\n    poly155.ps[0] = Point(596, 1134.05);\n    poly155.ps[1] = Point(596, 1172.05);\n    poly155.ps[2] = Point(542, 1172.05);\n    poly155.ps[3] = Point(542, 1134.05);\n    new ShapeRef(router, poly155, 155);\n    \n    Polygon poly156(4);\n    poly156.ps[0] = Point(762, 377);\n    poly156.ps[1] = Point(762, 415);\n    poly156.ps[2] = Point(708, 415);\n    poly156.ps[3] = Point(708, 377);\n    new ShapeRef(router, poly156, 156);\n    \n    Polygon poly157(4);\n    poly157.ps[0] = Point(888, 377);\n    poly157.ps[1] = Point(888, 415);\n    poly157.ps[2] = Point(834, 415);\n    poly157.ps[3] = Point(834, 377);\n    new ShapeRef(router, poly157, 157);\n    \n    Polygon poly158(4);\n    poly158.ps[0] = Point(545, 515.545);\n    poly158.ps[1] = Point(545, 553.545);\n    poly158.ps[2] = Point(491, 553.545);\n    poly158.ps[3] = Point(491, 515.545);\n    new ShapeRef(router, poly158, 158);\n    \n    Polygon poly159(4);\n    poly159.ps[0] = Point(819.5, 753.545);\n    poly159.ps[1] = Point(819.5, 791.545);\n    poly159.ps[2] = Point(765.5, 791.545);\n    poly159.ps[3] = Point(765.5, 753.545);\n    new ShapeRef(router, poly159, 159);\n    \n    Polygon poly160(4);\n    poly160.ps[0] = Point(824, 959.545);\n    poly160.ps[1] = Point(824, 997.545);\n    poly160.ps[2] = Point(770, 997.545);\n    poly160.ps[3] = Point(770, 959.545);\n    new ShapeRef(router, poly160, 160);\n    \n    Polygon poly161(4);\n    poly161.ps[0] = Point(868, 1104.55);\n    poly161.ps[1] = Point(868, 1142.55);\n    poly161.ps[2] = Point(814, 1142.55);\n    poly161.ps[3] = Point(814, 1104.55);\n    new ShapeRef(router, poly161, 161);\n    \n    Polygon poly162(4);\n    poly162.ps[0] = Point(819.5, 617.545);\n    poly162.ps[1] = Point(819.5, 655.545);\n    poly162.ps[2] = Point(765.5, 655.545);\n    poly162.ps[3] = Point(765.5, 617.545);\n    new ShapeRef(router, poly162, 162);\n    \n    Polygon poly163(4);\n    poly163.ps[0] = Point(826, 1156.55);\n    poly163.ps[1] = Point(826, 1194.55);\n    poly163.ps[2] = Point(772, 1194.55);\n    poly163.ps[3] = Point(772, 1156.55);\n    new ShapeRef(router, poly163, 163);\n    \n    Polygon poly164(4);\n    poly164.ps[0] = Point(897, 1391.71);\n    poly164.ps[1] = Point(897, 1429.71);\n    poly164.ps[2] = Point(843, 1429.71);\n    poly164.ps[3] = Point(843, 1391.71);\n    new ShapeRef(router, poly164, 164);\n    \n    Polygon poly165(4);\n    poly165.ps[0] = Point(781, 1524.71);\n    poly165.ps[1] = Point(781, 1562.71);\n    poly165.ps[2] = Point(727, 1562.71);\n    poly165.ps[3] = Point(727, 1524.71);\n    new ShapeRef(router, poly165, 165);\n    \n    Polygon poly166(4);\n    poly166.ps[0] = Point(853, 1657.71);\n    poly166.ps[1] = Point(853, 1695.71);\n    poly166.ps[2] = Point(799, 1695.71);\n    poly166.ps[3] = Point(799, 1657.71);\n    new ShapeRef(router, poly166, 166);\n    \n    Polygon poly167(4);\n    poly167.ps[0] = Point(1014, 241);\n    poly167.ps[1] = Point(1014, 279);\n    poly167.ps[2] = Point(960, 279);\n    poly167.ps[3] = Point(960, 241);\n    new ShapeRef(router, poly167, 167);\n    \n    Polygon poly168(4);\n    poly168.ps[0] = Point(1014, 325);\n    poly168.ps[1] = Point(1014, 363);\n    poly168.ps[2] = Point(960, 363);\n    poly168.ps[3] = Point(960, 325);\n    new ShapeRef(router, poly168, 168);\n    \n    Polygon poly169(4);\n    poly169.ps[0] = Point(1014, 660.045);\n    poly169.ps[1] = Point(1014, 698.045);\n    poly169.ps[2] = Point(960, 698.045);\n    poly169.ps[3] = Point(960, 660.045);\n    new ShapeRef(router, poly169, 169);\n    \n    Polygon poly170(4);\n    poly170.ps[0] = Point(1014, 913.545);\n    poly170.ps[1] = Point(1014, 951.545);\n    poly170.ps[2] = Point(960, 951.545);\n    poly170.ps[3] = Point(960, 913.545);\n    new ShapeRef(router, poly170, 170);\n    \n    Polygon poly171(4);\n    poly171.ps[0] = Point(1012, 46);\n    poly171.ps[1] = Point(1012, 84);\n    poly171.ps[2] = Point(958, 84);\n    poly171.ps[3] = Point(958, 46);\n    new ShapeRef(router, poly171, 171);\n    \n    Polygon poly172(4);\n    poly172.ps[0] = Point(1017, 377);\n    poly172.ps[1] = Point(1017, 415);\n    poly172.ps[2] = Point(963, 415);\n    poly172.ps[3] = Point(963, 377);\n    new ShapeRef(router, poly172, 172);\n    \n    Polygon poly173(4);\n    poly173.ps[0] = Point(1199, 377);\n    poly173.ps[1] = Point(1199, 415);\n    poly173.ps[2] = Point(1145, 415);\n    poly173.ps[3] = Point(1145, 377);\n    new ShapeRef(router, poly173, 173);\n    \n    Polygon poly174(4);\n    poly174.ps[0] = Point(1179, 691.379);\n    poly174.ps[1] = Point(1179, 729.379);\n    poly174.ps[2] = Point(1125, 729.379);\n    poly174.ps[3] = Point(1125, 691.379);\n    new ShapeRef(router, poly174, 174);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(119, 565.545);\n    poly130.ps[1] = Point(119, 603.545);\n    poly130.ps[2] = Point(81, 603.545);\n    poly130.ps[3] = Point(81, 565.545);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(239, 565.545);\n    poly131.ps[1] = Point(239, 603.545);\n    poly131.ps[2] = Point(201, 603.545);\n    poly131.ps[3] = Point(201, 565.545);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(1517.53, 1758.71);\n    poly132.ps[1] = Point(1517.53, 1796.71);\n    poly132.ps[2] = Point(1479.53, 1796.71);\n    poly132.ps[3] = Point(1479.53, 1758.71);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(1627.2, 1758.71);\n    poly133.ps[1] = Point(1627.2, 1796.71);\n    poly133.ps[2] = Point(1589.2, 1796.71);\n    poly133.ps[3] = Point(1589.2, 1758.71);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(1364, 1758.71);\n    poly134.ps[1] = Point(1364, 1796.71);\n    poly134.ps[2] = Point(1326, 1796.71);\n    poly134.ps[3] = Point(1326, 1758.71);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(1238, 1758.71);\n    poly135.ps[1] = Point(1238, 1796.71);\n    poly135.ps[2] = Point(1200, 1796.71);\n    poly135.ps[3] = Point(1200, 1758.71);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(1153, 1758.71);\n    poly136.ps[1] = Point(1153, 1796.71);\n    poly136.ps[2] = Point(1115, 1796.71);\n    poly136.ps[3] = Point(1115, 1758.71);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1563.49, 1033.05);\n    poly137.ps[1] = Point(1563.49, 1071.05);\n    poly137.ps[2] = Point(1525.49, 1071.05);\n    poly137.ps[3] = Point(1525.49, 1033.05);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1563.49, 1635.71);\n    poly138.ps[1] = Point(1563.49, 1673.71);\n    poly138.ps[2] = Point(1525.49, 1673.71);\n    poly138.ps[3] = Point(1525.49, 1635.71);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(648, 565.545);\n    poly139.ps[1] = Point(648, 603.545);\n    poly139.ps[2] = Point(610, 603.545);\n    poly139.ps[3] = Point(610, 565.545);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(665, 1208.55);\n    poly140.ps[1] = Point(665, 1246.55);\n    poly140.ps[2] = Point(627, 1246.55);\n    poly140.ps[3] = Point(627, 1208.55);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(777, 1328.05);\n    poly141.ps[1] = Point(777, 1386.05);\n    poly141.ps[2] = Point(466, 1386.05);\n    poly141.ps[3] = Point(466, 1328.05);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(892, 305);\n    poly142.ps[1] = Point(892, 363);\n    poly142.ps[2] = Point(581, 363);\n    poly142.ps[3] = Point(581, 305);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(366, 1226.05);\n    poly143.ps[1] = Point(366, 1264.05);\n    poly143.ps[2] = Point(312, 1264.05);\n    poly143.ps[3] = Point(312, 1226.05);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(366, 1134.05);\n    poly144.ps[1] = Point(366, 1172.05);\n    poly144.ps[2] = Point(312, 1172.05);\n    poly144.ps[3] = Point(312, 1134.05);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(100, 1130.05);\n    poly145.ps[1] = Point(100, 1168.05);\n    poly145.ps[2] = Point(46, 1168.05);\n    poly145.ps[3] = Point(46, 1130.05);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(1497.2, 669.545);\n    poly146.ps[1] = Point(1497.2, 707.545);\n    poly146.ps[2] = Point(1443.2, 707.545);\n    poly146.ps[3] = Point(1443.2, 669.545);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(545, 377);\n    poly147.ps[1] = Point(545, 415);\n    poly147.ps[2] = Point(491, 415);\n    poly147.ps[3] = Point(491, 377);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly148(4);\n    poly148.ps[0] = Point(361.2, 617.545);\n    poly148.ps[1] = Point(361.2, 655.545);\n    poly148.ps[2] = Point(307.2, 655.545);\n    poly148.ps[3] = Point(307.2, 617.545);\n    new ShapeRef(router, poly148, 148);\n    \n    Polygon poly149(4);\n    poly149.ps[0] = Point(218, 1080.05);\n    poly149.ps[1] = Point(218, 1118.05);\n    poly149.ps[2] = Point(164, 1118.05);\n    poly149.ps[3] = Point(164, 1080.05);\n    new ShapeRef(router, poly149, 149);\n    \n    Polygon poly150(4);\n    poly150.ps[0] = Point(423.2, 751.545);\n    poly150.ps[1] = Point(423.2, 789.545);\n    poly150.ps[2] = Point(369.2, 789.545);\n    poly150.ps[3] = Point(369.2, 751.545);\n    new ShapeRef(router, poly150, 150);\n    \n    Polygon poly151(4);\n    poly151.ps[0] = Point(423.2, 803.545);\n    poly151.ps[1] = Point(423.2, 841.545);\n    poly151.ps[2] = Point(369.2, 841.545);\n    poly151.ps[3] = Point(369.2, 803.545);\n    new ShapeRef(router, poly151, 151);\n    \n    Polygon poly152(4);\n    poly152.ps[0] = Point(423.2, 855.545);\n    poly152.ps[1] = Point(423.2, 893.545);\n    poly152.ps[2] = Point(369.2, 893.545);\n    poly152.ps[3] = Point(369.2, 855.545);\n    new ShapeRef(router, poly152, 152);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(348, 1194.05);\n    poly3.ps[1] = Point(348, 1212.05);\n    poly3.ps[2] = Point(330, 1212.05);\n    poly3.ps[3] = Point(330, 1194.05);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly198(4);\n    poly198.ps[0] = Point(1291, 1134.05);\n    poly198.ps[1] = Point(1291, 1172.05);\n    poly198.ps[2] = Point(1237, 1172.05);\n    poly198.ps[3] = Point(1237, 1134.05);\n    new ShapeRef(router, poly198, 198);\n    \n    Polygon poly199(4);\n    poly199.ps[0] = Point(1700.2, 1287.71);\n    poly199.ps[1] = Point(1700.2, 1325.71);\n    poly199.ps[2] = Point(1646.2, 1325.71);\n    poly199.ps[3] = Point(1646.2, 1287.71);\n    new ShapeRef(router, poly199, 199);\n    \n    Polygon poly200(4);\n    poly200.ps[0] = Point(586.5, 855.545);\n    poly200.ps[1] = Point(586.5, 893.545);\n    poly200.ps[2] = Point(532.5, 893.545);\n    poly200.ps[3] = Point(532.5, 855.545);\n    new ShapeRef(router, poly200, 200);\n    \n    Polygon poly201(4);\n    poly201.ps[0] = Point(787, 855.545);\n    poly201.ps[1] = Point(787, 893.545);\n    poly201.ps[2] = Point(733, 893.545);\n    poly201.ps[3] = Point(733, 855.545);\n    new ShapeRef(router, poly201, 201);\n    \n    Polygon poly202(4);\n    poly202.ps[0] = Point(496, 907.545);\n    poly202.ps[1] = Point(496, 945.545);\n    poly202.ps[2] = Point(442, 945.545);\n    poly202.ps[3] = Point(442, 907.545);\n    new ShapeRef(router, poly202, 202);\n    \n    Polygon poly203(4);\n    poly203.ps[0] = Point(1223, 1088.21);\n    poly203.ps[1] = Point(1223, 1126.21);\n    poly203.ps[2] = Point(1169, 1126.21);\n    poly203.ps[3] = Point(1169, 1088.21);\n    new ShapeRef(router, poly203, 203);\n    \n    Polygon poly204(4);\n    poly204.ps[0] = Point(1841.2, 1593.71);\n    poly204.ps[1] = Point(1841.2, 1631.71);\n    poly204.ps[2] = Point(1787.2, 1631.71);\n    poly204.ps[3] = Point(1787.2, 1593.71);\n    new ShapeRef(router, poly204, 204);\n    \n    Polygon poly205(4);\n    poly205.ps[0] = Point(658, 1260.55);\n    poly205.ps[1] = Point(658, 1298.55);\n    poly205.ps[2] = Point(604, 1298.55);\n    poly205.ps[3] = Point(604, 1260.55);\n    new ShapeRef(router, poly205, 205);\n    \n    Polygon poly206(4);\n    poly206.ps[0] = Point(545, 980.045);\n    poly206.ps[1] = Point(545, 1018.05);\n    poly206.ps[2] = Point(491, 1018.05);\n    poly206.ps[3] = Point(491, 980.045);\n    new ShapeRef(router, poly206, 206);\n    \n    Polygon poly207(4);\n    poly207.ps[0] = Point(357, 565.545);\n    poly207.ps[1] = Point(357, 603.545);\n    poly207.ps[2] = Point(303, 603.545);\n    poly207.ps[3] = Point(303, 565.545);\n    new ShapeRef(router, poly207, 207);\n    \n    Polygon poly208(4);\n    poly208.ps[0] = Point(187, 515.545);\n    poly208.ps[1] = Point(187, 553.545);\n    poly208.ps[2] = Point(133, 553.545);\n    poly208.ps[3] = Point(133, 515.545);\n    new ShapeRef(router, poly208, 208);\n    \n    Polygon poly209(4);\n    poly209.ps[0] = Point(1025.8, 976.045);\n    poly209.ps[1] = Point(1025.8, 1014.05);\n    poly209.ps[2] = Point(971.8, 1014.05);\n    poly209.ps[3] = Point(971.8, 976.045);\n    new ShapeRef(router, poly209, 209);\n    \n    Polygon poly210(4);\n    poly210.ps[0] = Point(1654.2, 1339.71);\n    poly210.ps[1] = Point(1654.2, 1377.71);\n    poly210.ps[2] = Point(1600.2, 1377.71);\n    poly210.ps[3] = Point(1600.2, 1339.71);\n    new ShapeRef(router, poly210, 210);\n    \n    Polygon poly211(4);\n    poly211.ps[0] = Point(1466.53, 1339.71);\n    poly211.ps[1] = Point(1466.53, 1377.71);\n    poly211.ps[2] = Point(1412.53, 1377.71);\n    poly211.ps[3] = Point(1412.53, 1339.71);\n    new ShapeRef(router, poly211, 211);\n    \n    Polygon poly212(4);\n    poly212.ps[0] = Point(1633.49, 1593.71);\n    poly212.ps[1] = Point(1633.49, 1631.71);\n    poly212.ps[2] = Point(1579.49, 1631.71);\n    poly212.ps[3] = Point(1579.49, 1593.71);\n    new ShapeRef(router, poly212, 212);\n    \n    Polygon poly213(4);\n    poly213.ps[0] = Point(1429.2, 840.545);\n    poly213.ps[1] = Point(1429.2, 878.545);\n    poly213.ps[2] = Point(1375.2, 878.545);\n    poly213.ps[3] = Point(1375.2, 840.545);\n    new ShapeRef(router, poly213, 213);\n    \n    Polygon poly214(4);\n    poly214.ps[0] = Point(1633.49, 975.545);\n    poly214.ps[1] = Point(1633.49, 1013.55);\n    poly214.ps[2] = Point(1579.49, 1013.55);\n    poly214.ps[3] = Point(1579.49, 975.545);\n    new ShapeRef(router, poly214, 214);\n    \n    Polygon poly215(4);\n    poly215.ps[0] = Point(1505.53, 925.545);\n    poly215.ps[1] = Point(1505.53, 963.545);\n    poly215.ps[2] = Point(1451.53, 963.545);\n    poly215.ps[3] = Point(1451.53, 925.545);\n    new ShapeRef(router, poly215, 215);\n    \n    Polygon poly216(4);\n    poly216.ps[0] = Point(1099.8, 1595.71);\n    poly216.ps[1] = Point(1099.8, 1633.71);\n    poly216.ps[2] = Point(1041.8, 1633.71);\n    poly216.ps[3] = Point(1041.8, 1595.71);\n    new ShapeRef(router, poly216, 216);\n    \n    Polygon poly217(4);\n    poly217.ps[0] = Point(1207, 325);\n    poly217.ps[1] = Point(1207, 363);\n    poly217.ps[2] = Point(1149, 363);\n    poly217.ps[3] = Point(1149, 325);\n    new ShapeRef(router, poly217, 217);\n    \n    Polygon poly218(4);\n    poly218.ps[0] = Point(1259, 305);\n    poly218.ps[1] = Point(1259, 363);\n    poly218.ps[2] = Point(1221, 363);\n    poly218.ps[3] = Point(1221, 305);\n    new ShapeRef(router, poly218, 218);\n    \n    Polygon poly219(4);\n    poly219.ps[0] = Point(342, 463.545);\n    poly219.ps[1] = Point(342, 501.545);\n    poly219.ps[2] = Point(284, 501.545);\n    poly219.ps[3] = Point(284, 463.545);\n    new ShapeRef(router, poly219, 219);\n    \n    Polygon poly220(4);\n    poly220.ps[0] = Point(1066.83, 731.462);\n    poly220.ps[1] = Point(1066.83, 789.462);\n    poly220.ps[2] = Point(1028.83, 789.462);\n    poly220.ps[3] = Point(1028.83, 731.462);\n    new ShapeRef(router, poly220, 220);\n    \n    Polygon poly221(4);\n    poly221.ps[0] = Point(777, 1328.05);\n    poly221.ps[1] = Point(777, 1366.05);\n    poly221.ps[2] = Point(719, 1366.05);\n    poly221.ps[3] = Point(719, 1328.05);\n    new ShapeRef(router, poly221, 221);\n    \n    Polygon poly222(4);\n    poly222.ps[0] = Point(892, 325);\n    poly222.ps[1] = Point(892, 363);\n    poly222.ps[2] = Point(834, 363);\n    poly222.ps[3] = Point(834, 325);\n    new ShapeRef(router, poly222, 222);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(1620.2, 1297.71);\n    poly63.ps[1] = Point(1620.2, 1315.71);\n    poly63.ps[2] = Point(1602.2, 1315.71);\n    poly63.ps[3] = Point(1602.2, 1297.71);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(630.5, 865.545);\n    poly64.ps[1] = Point(630.5, 883.545);\n    poly64.ps[2] = Point(612.5, 883.545);\n    poly64.ps[3] = Point(612.5, 865.545);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(707, 865.545);\n    poly65.ps[1] = Point(707, 883.545);\n    poly65.ps[2] = Point(689, 883.545);\n    poly65.ps[3] = Point(689, 865.545);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(416, 917.545);\n    poly66.ps[1] = Point(416, 935.545);\n    poly66.ps[2] = Point(398, 935.545);\n    poly66.ps[3] = Point(398, 917.545);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(1143, 1098.21);\n    poly67.ps[1] = Point(1143, 1116.21);\n    poly67.ps[2] = Point(1125, 1116.21);\n    poly67.ps[3] = Point(1125, 1098.21);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(1761.2, 1603.71);\n    poly68.ps[1] = Point(1761.2, 1621.71);\n    poly68.ps[2] = Point(1743.2, 1621.71);\n    poly68.ps[3] = Point(1743.2, 1603.71);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(578, 1270.55);\n    poly69.ps[1] = Point(578, 1288.55);\n    poly69.ps[2] = Point(560, 1288.55);\n    poly69.ps[3] = Point(560, 1270.55);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(527, 1040.05);\n    poly70.ps[1] = Point(527, 1058.05);\n    poly70.ps[2] = Point(509, 1058.05);\n    poly70.ps[3] = Point(509, 1040.05);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(277, 575.545);\n    poly71.ps[1] = Point(277, 593.545);\n    poly71.ps[2] = Point(259, 593.545);\n    poly71.ps[3] = Point(259, 575.545);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(169, 575.545);\n    poly72.ps[1] = Point(169, 593.545);\n    poly72.ps[2] = Point(151, 593.545);\n    poly72.ps[3] = Point(151, 575.545);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(1007.8, 1036.05);\n    poly73.ps[1] = Point(1007.8, 1054.05);\n    poly73.ps[2] = Point(989.8, 1054.05);\n    poly73.ps[3] = Point(989.8, 1036.05);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(1574.2, 1349.71);\n    poly74.ps[1] = Point(1574.2, 1367.71);\n    poly74.ps[2] = Point(1556.2, 1367.71);\n    poly74.ps[3] = Point(1556.2, 1349.71);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(1510.53, 1349.71);\n    poly75.ps[1] = Point(1510.53, 1367.71);\n    poly75.ps[2] = Point(1492.53, 1367.71);\n    poly75.ps[3] = Point(1492.53, 1349.71);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(1553.49, 1603.71);\n    poly76.ps[1] = Point(1553.49, 1621.71);\n    poly76.ps[2] = Point(1535.49, 1621.71);\n    poly76.ps[3] = Point(1535.49, 1603.71);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(1349.2, 850.545);\n    poly77.ps[1] = Point(1349.2, 868.545);\n    poly77.ps[2] = Point(1331.2, 868.545);\n    poly77.ps[3] = Point(1331.2, 850.545);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(1553.49, 985.545);\n    poly78.ps[1] = Point(1553.49, 1003.55);\n    poly78.ps[2] = Point(1535.49, 1003.55);\n    poly78.ps[3] = Point(1535.49, 985.545);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(1487.53, 985.545);\n    poly79.ps[1] = Point(1487.53, 1003.55);\n    poly79.ps[2] = Point(1469.53, 1003.55);\n    poly79.ps[3] = Point(1469.53, 985.545);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(119, 667.545);\n    poly80.ps[1] = Point(119, 705.545);\n    poly80.ps[2] = Point(81, 705.545);\n    poly80.ps[3] = Point(81, 667.545);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(179, 803.545);\n    poly81.ps[1] = Point(179, 841.545);\n    poly81.ps[2] = Point(141, 841.545);\n    poly81.ps[3] = Point(141, 803.545);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(394, 427);\n    poly82.ps[1] = Point(394, 465);\n    poly82.ps[2] = Point(356, 465);\n    poly82.ps[3] = Point(356, 427);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(658.5, 427);\n    poly83.ps[1] = Point(658.5, 465);\n    poly83.ps[2] = Point(620.5, 465);\n    poly83.ps[3] = Point(620.5, 427);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(820, 427);\n    poly84.ps[1] = Point(820, 465);\n    poly84.ps[2] = Point(782, 465);\n    poly84.ps[3] = Point(782, 427);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(801.5, 677.545);\n    poly22.ps[1] = Point(801.5, 695.545);\n    poly22.ps[2] = Point(783.5, 695.545);\n    poly22.ps[3] = Point(783.5, 677.545);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(870, 1166.55);\n    poly23.ps[1] = Point(870, 1184.55);\n    poly23.ps[2] = Point(852, 1184.55);\n    poly23.ps[3] = Point(852, 1166.55);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(879, 1451.71);\n    poly24.ps[1] = Point(879, 1469.71);\n    poly24.ps[2] = Point(861, 1469.71);\n    poly24.ps[3] = Point(861, 1451.71);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(763, 1584.71);\n    poly25.ps[1] = Point(763, 1602.71);\n    poly25.ps[2] = Point(745, 1602.71);\n    poly25.ps[3] = Point(745, 1584.71);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(835, 1617.71);\n    poly26.ps[1] = Point(835, 1635.71);\n    poly26.ps[2] = Point(817, 1635.71);\n    poly26.ps[3] = Point(817, 1617.71);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(934, 251);\n    poly27.ps[1] = Point(934, 269);\n    poly27.ps[2] = Point(916, 269);\n    poly27.ps[3] = Point(916, 251);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(934, 335);\n    poly28.ps[1] = Point(934, 353);\n    poly28.ps[2] = Point(916, 353);\n    poly28.ps[3] = Point(916, 335);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(934, 670.045);\n    poly29.ps[1] = Point(934, 688.045);\n    poly29.ps[2] = Point(916, 688.045);\n    poly29.ps[3] = Point(916, 670.045);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(934, 923.545);\n    poly30.ps[1] = Point(934, 941.545);\n    poly30.ps[2] = Point(916, 941.545);\n    poly30.ps[3] = Point(916, 923.545);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(994, 106);\n    poly31.ps[1] = Point(994, 124);\n    poly31.ps[2] = Point(976, 124);\n    poly31.ps[3] = Point(976, 106);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(999, 437);\n    poly32.ps[1] = Point(999, 455);\n    poly32.ps[2] = Point(981, 455);\n    poly32.ps[3] = Point(981, 437);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(1181, 437);\n    poly33.ps[1] = Point(1181, 455);\n    poly33.ps[2] = Point(1163, 455);\n    poly33.ps[3] = Point(1163, 437);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1161, 751.379);\n    poly34.ps[1] = Point(1161, 769.379);\n    poly34.ps[2] = Point(1143, 769.379);\n    poly34.ps[3] = Point(1143, 751.379);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1107, 813.545);\n    poly35.ps[1] = Point(1107, 831.545);\n    poly35.ps[2] = Point(1089, 831.545);\n    poly35.ps[3] = Point(1089, 813.545);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(979, 1098.21);\n    poly36.ps[1] = Point(979, 1116.21);\n    poly36.ps[2] = Point(961, 1116.21);\n    poly36.ps[3] = Point(961, 1098.21);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(947.8, 1620.71);\n    poly37.ps[1] = Point(947.8, 1638.71);\n    poly37.ps[2] = Point(929.8, 1638.71);\n    poly37.ps[3] = Point(929.8, 1620.71);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(1299.8, 1595.71);\n    poly38.ps[1] = Point(1299.8, 1653.71);\n    poly38.ps[2] = Point(1041.8, 1653.71);\n    poly38.ps[3] = Point(1041.8, 1595.71);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(767, 1676.71);\n    poly39.ps[1] = Point(767, 1694.71);\n    poly39.ps[2] = Point(749, 1694.71);\n    poly39.ps[3] = Point(749, 1676.71);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(767, 1768.71);\n    poly40.ps[1] = Point(767, 1786.71);\n    poly40.ps[2] = Point(749, 1786.71);\n    poly40.ps[3] = Point(749, 1768.71);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(944, 96);\n    poly85.ps[1] = Point(944, 134);\n    poly85.ps[2] = Point(906, 134);\n    poly85.ps[3] = Point(906, 96);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(1120, 96);\n    poly86.ps[1] = Point(1120, 134);\n    poly86.ps[2] = Point(1082, 134);\n    poly86.ps[3] = Point(1082, 96);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(1120, 283);\n    poly87.ps[1] = Point(1120, 321);\n    poly87.ps[2] = Point(1082, 321);\n    poly87.ps[3] = Point(1082, 283);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(944, 283);\n    poly88.ps[1] = Point(944, 321);\n    poly88.ps[2] = Point(906, 321);\n    poly88.ps[3] = Point(906, 283);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(353.2, 709.545);\n    poly89.ps[1] = Point(353.2, 747.545);\n    poly89.ps[2] = Point(315.2, 747.545);\n    poly89.ps[3] = Point(315.2, 709.545);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(665, 667.545);\n    poly90.ps[1] = Point(665, 705.545);\n    poly90.ps[2] = Point(627, 705.545);\n    poly90.ps[3] = Point(627, 667.545);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(665, 803.545);\n    poly91.ps[1] = Point(665, 841.545);\n    poly91.ps[2] = Point(627, 841.545);\n    poly91.ps[3] = Point(627, 803.545);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(944, 427);\n    poly92.ps[1] = Point(944, 465);\n    poly92.ps[2] = Point(906, 465);\n    poly92.ps[3] = Point(906, 427);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(1131, 427);\n    poly93.ps[1] = Point(1131, 465);\n    poly93.ps[2] = Point(1093, 465);\n    poly93.ps[3] = Point(1093, 427);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(1254, 427);\n    poly94.ps[1] = Point(1254, 465);\n    poly94.ps[2] = Point(1216, 465);\n    poly94.ps[3] = Point(1216, 427);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(944, 803.545);\n    poly95.ps[1] = Point(944, 841.545);\n    poly95.ps[2] = Point(906, 841.545);\n    poly95.ps[3] = Point(906, 803.545);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(270, 1082.05);\n    poly96.ps[1] = Point(270, 1120.05);\n    poly96.ps[2] = Point(232, 1120.05);\n    poly96.ps[3] = Point(232, 1082.05);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(426, 1009.55);\n    poly97.ps[1] = Point(426, 1047.55);\n    poly97.ps[2] = Point(388, 1047.55);\n    poly97.ps[3] = Point(388, 1009.55);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(262, 1276.05);\n    poly98.ps[1] = Point(262, 1314.05);\n    poly98.ps[2] = Point(224, 1314.05);\n    poly98.ps[3] = Point(224, 1276.05);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(957.8, 1832.71);\n    poly99.ps[1] = Point(957.8, 1870.71);\n    poly99.ps[2] = Point(919.8, 1870.71);\n    poly99.ps[3] = Point(919.8, 1832.71);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(957.8, 1666.71);\n    poly100.ps[1] = Point(957.8, 1704.71);\n    poly100.ps[2] = Point(919.8, 1704.71);\n    poly100.ps[3] = Point(919.8, 1666.71);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(568, 1767.85);\n    poly101.ps[1] = Point(568, 1805.85);\n    poly101.ps[2] = Point(530, 1805.85);\n    poly101.ps[3] = Point(530, 1767.85);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(717, 1596.71);\n    poly102.ps[1] = Point(717, 1634.71);\n    poly102.ps[2] = Point(679, 1634.71);\n    poly102.ps[3] = Point(679, 1596.71);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(829, 1441.71);\n    poly103.ps[1] = Point(829, 1479.71);\n    poly103.ps[2] = Point(791, 1479.71);\n    poly103.ps[3] = Point(791, 1441.71);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(949, 1208.55);\n    poly104.ps[1] = Point(949, 1246.55);\n    poly104.ps[2] = Point(911, 1246.55);\n    poly104.ps[3] = Point(911, 1208.55);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(804, 1208.55);\n    poly105.ps[1] = Point(804, 1246.55);\n    poly105.ps[2] = Point(766, 1246.55);\n    poly105.ps[3] = Point(766, 1208.55);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(717, 1009.55);\n    poly106.ps[1] = Point(717, 1047.55);\n    poly106.ps[2] = Point(679, 1047.55);\n    poly106.ps[3] = Point(679, 1009.55);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(1111, 1088.21);\n    poly107.ps[1] = Point(1111, 1126.21);\n    poly107.ps[2] = Point(1073, 1126.21);\n    poly107.ps[3] = Point(1073, 1088.21);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(144, 1140.05);\n    poly4.ps[1] = Point(144, 1158.05);\n    poly4.ps[2] = Point(126, 1158.05);\n    poly4.ps[3] = Point(126, 1140.05);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(1563.49, 741.379);\n    poly1.ps[1] = Point(1563.49, 779.379);\n    poly1.ps[2] = Point(1525.49, 779.379);\n    poly1.ps[3] = Point(1525.49, 741.379);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(527, 437);\n    poly7.ps[1] = Point(527, 455);\n    poly7.ps[2] = Point(509, 455);\n    poly7.ps[3] = Point(509, 437);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(343.2, 677.545);\n    poly8.ps[1] = Point(343.2, 695.545);\n    poly8.ps[2] = Point(325.2, 695.545);\n    poly8.ps[3] = Point(325.2, 677.545);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(200, 1140.05);\n    poly9.ps[1] = Point(200, 1158.05);\n    poly9.ps[2] = Point(182, 1158.05);\n    poly9.ps[3] = Point(182, 1140.05);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(343.2, 761.545);\n    poly10.ps[1] = Point(343.2, 779.545);\n    poly10.ps[2] = Point(325.2, 779.545);\n    poly10.ps[3] = Point(325.2, 761.545);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(343.2, 813.545);\n    poly11.ps[1] = Point(343.2, 831.545);\n    poly11.ps[2] = Point(325.2, 831.545);\n    poly11.ps[3] = Point(325.2, 813.545);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(343.2, 865.545);\n    poly12.ps[1] = Point(343.2, 883.545);\n    poly12.ps[2] = Point(325.2, 883.545);\n    poly12.ps[3] = Point(325.2, 865.545);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(476.5, 1092.05);\n    poly13.ps[1] = Point(476.5, 1110.05);\n    poly13.ps[2] = Point(458.5, 1110.05);\n    poly13.ps[3] = Point(458.5, 1092.05);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(595, 1019.55);\n    poly14.ps[1] = Point(595, 1037.55);\n    poly14.ps[2] = Point(577, 1037.55);\n    poly14.ps[3] = Point(577, 1019.55);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(578, 1194.05);\n    poly15.ps[1] = Point(578, 1212.05);\n    poly15.ps[2] = Point(560, 1212.05);\n    poly15.ps[3] = Point(560, 1194.05);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(744, 437);\n    poly16.ps[1] = Point(744, 455);\n    poly16.ps[2] = Point(726, 455);\n    poly16.ps[3] = Point(726, 437);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(870, 437);\n    poly17.ps[1] = Point(870, 455);\n    poly17.ps[2] = Point(852, 455);\n    poly17.ps[3] = Point(852, 437);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(527, 575.545);\n    poly18.ps[1] = Point(527, 593.545);\n    poly18.ps[2] = Point(509, 593.545);\n    poly18.ps[3] = Point(509, 575.545);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(801.5, 813.545);\n    poly19.ps[1] = Point(801.5, 831.545);\n    poly19.ps[2] = Point(783.5, 831.545);\n    poly19.ps[3] = Point(783.5, 813.545);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(806, 1019.55);\n    poly20.ps[1] = Point(806, 1037.55);\n    poly20.ps[2] = Point(788, 1037.55);\n    poly20.ps[3] = Point(788, 1019.55);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(788, 1114.55);\n    poly21.ps[1] = Point(788, 1132.55);\n    poly21.ps[2] = Point(770, 1132.55);\n    poly21.ps[3] = Point(770, 1114.55);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1479.2, 729.545);\n    poly5.ps[1] = Point(1479.2, 747.545);\n    poly5.ps[2] = Point(1461.2, 747.545);\n    poly5.ps[3] = Point(1461.2, 729.545);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(687.327, 258);\n    poly6.ps[1] = Point(687.327, 291);\n    poly6.ps[2] = Point(393.327, 291);\n    poly6.ps[3] = Point(393.327, 258);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly175(4);\n    poly175.ps[0] = Point(1187, 803.545);\n    poly175.ps[1] = Point(1187, 841.545);\n    poly175.ps[2] = Point(1133, 841.545);\n    poly175.ps[3] = Point(1133, 803.545);\n    new ShapeRef(router, poly175, 175);\n    \n    Polygon poly176(4);\n    poly176.ps[0] = Point(1059, 1088.21);\n    poly176.ps[1] = Point(1059, 1126.21);\n    poly176.ps[2] = Point(1005, 1126.21);\n    poly176.ps[3] = Point(1005, 1088.21);\n    new ShapeRef(router, poly176, 176);\n    \n    Polygon poly177(4);\n    poly177.ps[0] = Point(1027.8, 1610.71);\n    poly177.ps[1] = Point(1027.8, 1648.71);\n    poly177.ps[2] = Point(973.8, 1648.71);\n    poly177.ps[3] = Point(973.8, 1610.71);\n    new ShapeRef(router, poly177, 177);\n    \n    Polygon poly178(4);\n    poly178.ps[0] = Point(785, 1616.71);\n    poly178.ps[1] = Point(785, 1654.71);\n    poly178.ps[2] = Point(731, 1654.71);\n    poly178.ps[3] = Point(731, 1616.71);\n    new ShapeRef(router, poly178, 178);\n    \n    Polygon poly179(4);\n    poly179.ps[0] = Point(785, 1708.71);\n    poly179.ps[1] = Point(785, 1746.71);\n    poly179.ps[2] = Point(731, 1746.71);\n    poly179.ps[3] = Point(731, 1708.71);\n    new ShapeRef(router, poly179, 179);\n    \n    Polygon poly180(4);\n    poly180.ps[0] = Point(785, 1840.71);\n    poly180.ps[1] = Point(785, 1878.71);\n    poly180.ps[2] = Point(731, 1878.71);\n    poly180.ps[3] = Point(731, 1840.71);\n    new ShapeRef(router, poly180, 180);\n    \n    Polygon poly181(4);\n    poly181.ps[0] = Point(1027.8, 1790.71);\n    poly181.ps[1] = Point(1027.8, 1828.71);\n    poly181.ps[2] = Point(973.8, 1828.71);\n    poly181.ps[3] = Point(973.8, 1790.71);\n    new ShapeRef(router, poly181, 181);\n    \n    Polygon poly182(4);\n    poly182.ps[0] = Point(1193, 1543.71);\n    poly182.ps[1] = Point(1193, 1581.71);\n    poly182.ps[2] = Point(1139, 1581.71);\n    poly182.ps[3] = Point(1139, 1543.71);\n    new ShapeRef(router, poly182, 182);\n    \n    Polygon poly183(4);\n    poly183.ps[0] = Point(1255, 1491.71);\n    poly183.ps[1] = Point(1255, 1529.71);\n    poly183.ps[2] = Point(1201, 1529.71);\n    poly183.ps[3] = Point(1201, 1491.71);\n    new ShapeRef(router, poly183, 183);\n    \n    Polygon poly184(4);\n    poly184.ps[0] = Point(1429.2, 663.045);\n    poly184.ps[1] = Point(1429.2, 701.045);\n    poly184.ps[2] = Point(1375.2, 701.045);\n    poly184.ps[3] = Point(1375.2, 663.045);\n    new ShapeRef(router, poly184, 184);\n    \n    Polygon poly185(4);\n    poly185.ps[0] = Point(1444.33, 1082.05);\n    poly185.ps[1] = Point(1444.33, 1120.05);\n    poly185.ps[2] = Point(1390.33, 1120.05);\n    poly185.ps[3] = Point(1390.33, 1082.05);\n    new ShapeRef(router, poly185, 185);\n    \n    Polygon poly186(4);\n    poly186.ps[0] = Point(1557.2, 383.545);\n    poly186.ps[1] = Point(1557.2, 421.545);\n    poly186.ps[2] = Point(1503.2, 421.545);\n    poly186.ps[3] = Point(1503.2, 383.545);\n    new ShapeRef(router, poly186, 186);\n    \n    Polygon poly187(4);\n    poly187.ps[0] = Point(1557.2, 475.545);\n    poly187.ps[1] = Point(1557.2, 513.545);\n    poly187.ps[2] = Point(1503.2, 513.545);\n    poly187.ps[3] = Point(1503.2, 475.545);\n    new ShapeRef(router, poly187, 187);\n    \n    Polygon poly188(4);\n    poly188.ps[0] = Point(1497.2, 801.545);\n    poly188.ps[1] = Point(1497.2, 839.545);\n    poly188.ps[2] = Point(1443.2, 839.545);\n    poly188.ps[3] = Point(1443.2, 801.545);\n    new ShapeRef(router, poly188, 188);\n    \n    Polygon poly189(4);\n    poly189.ps[0] = Point(1557.2, 567.545);\n    poly189.ps[1] = Point(1557.2, 605.545);\n    poly189.ps[2] = Point(1503.2, 605.545);\n    poly189.ps[3] = Point(1503.2, 567.545);\n    new ShapeRef(router, poly189, 189);\n    \n    Polygon poly190(4);\n    poly190.ps[0] = Point(1633.49, 840.545);\n    poly190.ps[1] = Point(1633.49, 878.545);\n    poly190.ps[2] = Point(1579.49, 878.545);\n    poly190.ps[3] = Point(1579.49, 840.545);\n    new ShapeRef(router, poly190, 190);\n    \n    Polygon poly191(4);\n    poly191.ps[0] = Point(1745.49, 840.545);\n    poly191.ps[1] = Point(1745.49, 878.545);\n    poly191.ps[2] = Point(1691.49, 878.545);\n    poly191.ps[3] = Point(1691.49, 840.545);\n    new ShapeRef(router, poly191, 191);\n    \n    Polygon poly192(4);\n    poly192.ps[0] = Point(1497.2, 1134.05);\n    poly192.ps[1] = Point(1497.2, 1172.05);\n    poly192.ps[2] = Point(1443.2, 1172.05);\n    poly192.ps[3] = Point(1443.2, 1134.05);\n    new ShapeRef(router, poly192, 192);\n    \n    Polygon poly193(4);\n    poly193.ps[0] = Point(1497.2, 1230.21);\n    poly193.ps[1] = Point(1497.2, 1268.21);\n    poly193.ps[2] = Point(1443.2, 1268.21);\n    poly193.ps[3] = Point(1443.2, 1230.21);\n    new ShapeRef(router, poly193, 193);\n    \n    Polygon poly194(4);\n    poly194.ps[0] = Point(1497.2, 1391.71);\n    poly194.ps[1] = Point(1497.2, 1429.71);\n    poly194.ps[2] = Point(1443.2, 1429.71);\n    poly194.ps[3] = Point(1443.2, 1391.71);\n    new ShapeRef(router, poly194, 194);\n    \n    Polygon poly195(4);\n    poly195.ps[0] = Point(1812.2, 1287.71);\n    poly195.ps[1] = Point(1812.2, 1325.71);\n    poly195.ps[2] = Point(1758.2, 1325.71);\n    poly195.ps[3] = Point(1758.2, 1287.71);\n    new ShapeRef(router, poly195, 195);\n    \n    Polygon poly196(4);\n    poly196.ps[0] = Point(1215, 148);\n    poly196.ps[1] = Point(1215, 186);\n    poly196.ps[2] = Point(1161, 186);\n    poly196.ps[3] = Point(1161, 148);\n    new ShapeRef(router, poly196, 196);\n    \n    Polygon poly197(4);\n    poly197.ps[0] = Point(981.8, 148);\n    poly197.ps[1] = Point(981.8, 186);\n    poly197.ps[2] = Point(927.8, 186);\n    poly197.ps[3] = Point(927.8, 148);\n    new ShapeRef(router, poly197, 197);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(767, 1800.71);\n    poly41.ps[1] = Point(767, 1818.71);\n    poly41.ps[2] = Point(749, 1818.71);\n    poly41.ps[3] = Point(749, 1800.71);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(947.8, 1800.71);\n    poly42.ps[1] = Point(947.8, 1818.71);\n    poly42.ps[2] = Point(929.8, 1818.71);\n    poly42.ps[3] = Point(929.8, 1800.71);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1237, 1553.71);\n    poly43.ps[1] = Point(1237, 1571.71);\n    poly43.ps[2] = Point(1219, 1571.71);\n    poly43.ps[3] = Point(1219, 1553.71);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(1237, 1451.71);\n    poly44.ps[1] = Point(1237, 1469.71);\n    poly44.ps[2] = Point(1219, 1469.71);\n    poly44.ps[3] = Point(1219, 1451.71);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(1349.2, 673.045);\n    poly45.ps[1] = Point(1349.2, 691.045);\n    poly45.ps[2] = Point(1331.2, 691.045);\n    poly45.ps[3] = Point(1331.2, 673.045);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(1364.33, 1092.05);\n    poly46.ps[1] = Point(1364.33, 1110.05);\n    poly46.ps[2] = Point(1346.33, 1110.05);\n    poly46.ps[3] = Point(1346.33, 1092.05);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(1539.2, 443.545);\n    poly47.ps[1] = Point(1539.2, 461.545);\n    poly47.ps[2] = Point(1521.2, 461.545);\n    poly47.ps[3] = Point(1521.2, 443.545);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(1539.2, 535.545);\n    poly48.ps[1] = Point(1539.2, 553.545);\n    poly48.ps[2] = Point(1521.2, 553.545);\n    poly48.ps[3] = Point(1521.2, 535.545);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(1479.2, 761.545);\n    poly49.ps[1] = Point(1479.2, 779.545);\n    poly49.ps[2] = Point(1461.2, 779.545);\n    poly49.ps[3] = Point(1461.2, 761.545);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(1539.2, 627.545);\n    poly50.ps[1] = Point(1539.2, 645.545);\n    poly50.ps[2] = Point(1521.2, 645.545);\n    poly50.ps[3] = Point(1521.2, 627.545);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1553.49, 850.545);\n    poly51.ps[1] = Point(1553.49, 868.545);\n    poly51.ps[2] = Point(1535.49, 868.545);\n    poly51.ps[3] = Point(1535.49, 850.545);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(1665.49, 850.545);\n    poly52.ps[1] = Point(1665.49, 868.545);\n    poly52.ps[2] = Point(1647.49, 868.545);\n    poly52.ps[3] = Point(1647.49, 850.545);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(1479.2, 1194.05);\n    poly53.ps[1] = Point(1479.2, 1212.05);\n    poly53.ps[2] = Point(1461.2, 1212.05);\n    poly53.ps[3] = Point(1461.2, 1194.05);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(1479.2, 1290.21);\n    poly54.ps[1] = Point(1479.2, 1308.21);\n    poly54.ps[2] = Point(1461.2, 1308.21);\n    poly54.ps[3] = Point(1461.2, 1290.21);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(1479.2, 1451.71);\n    poly55.ps[1] = Point(1479.2, 1469.71);\n    poly55.ps[2] = Point(1461.2, 1469.71);\n    poly55.ps[3] = Point(1461.2, 1451.71);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(1732.2, 1297.71);\n    poly56.ps[1] = Point(1732.2, 1315.71);\n    poly56.ps[2] = Point(1714.2, 1315.71);\n    poly56.ps[3] = Point(1714.2, 1297.71);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(1441, 200);\n    poly57.ps[1] = Point(1441, 363);\n    poly57.ps[2] = Point(1149, 363);\n    poly57.ps[3] = Point(1149, 200);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(342, 443.545);\n    poly58.ps[1] = Point(342, 501.545);\n    poly58.ps[2] = Point(49, 501.545);\n    poly58.ps[3] = Point(49, 443.545);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(1111, 617.545);\n    poly59.ps[1] = Point(1111, 789.545);\n    poly59.ps[2] = Point(1028, 789.545);\n    poly59.ps[3] = Point(1028, 617.545);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(1135, 158);\n    poly60.ps[1] = Point(1135, 176);\n    poly60.ps[2] = Point(1117, 176);\n    poly60.ps[3] = Point(1117, 158);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(1025.8, 158);\n    poly61.ps[1] = Point(1025.8, 176);\n    poly61.ps[2] = Point(1007.8, 176);\n    poly61.ps[3] = Point(1007.8, 158);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(1273, 1194.05);\n    poly62.ps[1] = Point(1273, 1212.05);\n    poly62.ps[2] = Point(1255, 1212.05);\n    poly62.ps[3] = Point(1255, 1194.05);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(1678.49, 1184.05);\n    poly108.ps[1] = Point(1678.49, 1222.05);\n    poly108.ps[2] = Point(1640.49, 1222.05);\n    poly108.ps[3] = Point(1640.49, 1184.05);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(1559.2, 1280.21);\n    poly109.ps[1] = Point(1559.2, 1318.21);\n    poly109.ps[2] = Point(1521.2, 1318.21);\n    poly109.ps[3] = Point(1521.2, 1280.21);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(1374.33, 1124.05);\n    poly110.ps[1] = Point(1374.33, 1162.05);\n    poly110.ps[2] = Point(1336.33, 1162.05);\n    poly110.ps[3] = Point(1336.33, 1124.05);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(1374.33, 1026.05);\n    poly111.ps[1] = Point(1374.33, 1064.05);\n    poly111.ps[2] = Point(1336.33, 1064.05);\n    poly111.ps[3] = Point(1336.33, 1026.05);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(1489.2, 617.545);\n    poly112.ps[1] = Point(1489.2, 655.545);\n    poly112.ps[2] = Point(1451.2, 655.545);\n    poly112.ps[3] = Point(1451.2, 617.545);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(1359.2, 741.379);\n    poly113.ps[1] = Point(1359.2, 779.379);\n    poly113.ps[2] = Point(1321.2, 779.379);\n    poly113.ps[3] = Point(1321.2, 741.379);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(1359.2, 525.545);\n    poly114.ps[1] = Point(1359.2, 563.545);\n    poly114.ps[2] = Point(1321.2, 563.545);\n    poly114.ps[3] = Point(1321.2, 525.545);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(1609.2, 617.545);\n    poly115.ps[1] = Point(1609.2, 655.545);\n    poly115.ps[2] = Point(1571.2, 655.545);\n    poly115.ps[3] = Point(1571.2, 617.545);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(1678.49, 525.545);\n    poly116.ps[1] = Point(1678.49, 563.545);\n    poly116.ps[2] = Point(1640.49, 563.545);\n    poly116.ps[3] = Point(1640.49, 525.545);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(1563.49, 907.545);\n    poly117.ps[1] = Point(1563.49, 945.545);\n    poly117.ps[2] = Point(1525.49, 945.545);\n    poly117.ps[3] = Point(1525.49, 907.545);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(409, 565.545);\n    poly118.ps[1] = Point(409, 603.545);\n    poly118.ps[2] = Point(371, 603.545);\n    poly118.ps[3] = Point(371, 565.545);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(1359.2, 904.545);\n    poly119.ps[1] = Point(1359.2, 942.545);\n    poly119.ps[2] = Point(1321.2, 942.545);\n    poly119.ps[3] = Point(1321.2, 904.545);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(648, 1082.05);\n    poly120.ps[1] = Point(648, 1120.05);\n    poly120.ps[2] = Point(610, 1120.05);\n    poly120.ps[3] = Point(610, 1082.05);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(1196, 1297.71);\n    poly121.ps[1] = Point(1196, 1335.71);\n    poly121.ps[2] = Point(1158, 1335.71);\n    poly121.ps[3] = Point(1158, 1297.71);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(1343, 1184.05);\n    poly122.ps[1] = Point(1343, 1222.05);\n    poly122.ps[2] = Point(1305, 1222.05);\n    poly122.ps[3] = Point(1305, 1184.05);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(1559.2, 1441.71);\n    poly123.ps[1] = Point(1559.2, 1479.71);\n    poly123.ps[2] = Point(1521.2, 1479.71);\n    poly123.ps[3] = Point(1521.2, 1441.71);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(1771.2, 1758.71);\n    poly124.ps[1] = Point(1771.2, 1796.71);\n    poly124.ps[2] = Point(1733.2, 1796.71);\n    poly124.ps[3] = Point(1733.2, 1758.71);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(957.8, 965.545);\n    poly125.ps[1] = Point(957.8, 1003.55);\n    poly125.ps[2] = Point(919.8, 1003.55);\n    poly125.ps[3] = Point(919.8, 965.545);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(1131, 1026.05);\n    poly126.ps[1] = Point(1131, 1064.05);\n    poly126.ps[2] = Point(1093, 1064.05);\n    poly126.ps[3] = Point(1093, 1026.05);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(665, 939.925);\n    poly127.ps[1] = Point(665, 977.925);\n    poly127.ps[2] = Point(627, 977.925);\n    poly127.ps[3] = Point(627, 939.925);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(418, 1184.05);\n    poly128.ps[1] = Point(418, 1222.05);\n    poly128.ps[2] = Point(380, 1222.05);\n    poly128.ps[3] = Point(380, 1184.05);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(418, 1276.05);\n    poly129.ps[1] = Point(418, 1314.05);\n    poly129.ps[2] = Point(380, 1314.05);\n    poly129.ps[3] = Point(380, 1276.05);\n    new ShapeRef(router, poly129, 129);\n    \n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1544.49, 849.545), 1);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1544.49, 760.379), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(329, 1295.05), 4);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(243, 1295.05), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(329, 1203.05), 4);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(243, 1295.05), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(135, 1159.05), 2);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(938.8, 1851.71), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(1480.2, 738.545), 8);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(1544.49, 760.379), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(508, 446), 4);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(375, 446), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(324.2, 686.545), 4);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(100, 686.545), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(324.2, 686.545), 4);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(160, 822.545), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(324.2, 686.545), 4);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(646, 686.545), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(201, 1149.05), 8);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(938.8, 1851.71), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(334.2, 780.545), 2);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(160, 822.545), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(334.2, 780.545), 2);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(646, 822.545), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(334.2, 780.545), 2);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(251, 1101.05), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(334.2, 832.545), 2);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(160, 822.545), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(334.2, 832.545), 2);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(646, 822.545), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(334.2, 832.545), 2);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(251, 1101.05), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(334.2, 884.545), 2);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(160, 822.545), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(334.2, 884.545), 2);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(646, 822.545), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(334.2, 884.545), 2);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(251, 1101.05), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(457.5, 1101.05), 4);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(251, 1101.05), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(576, 1028.55), 4);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(407, 1028.55), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(579, 1203.05), 8);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(399, 1203.05), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(579, 1203.05), 8);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(646, 1227.55), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(725, 446), 4);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(639.5, 446), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(851, 446), 4);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(801, 446), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(528, 584.545), 8);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(646, 686.545), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(528, 584.545), 8);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(629, 584.545), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(782.5, 822.545), 4);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(646, 822.545), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(787, 1028.55), 4);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(698, 1028.55), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(779, 1133.55), 2);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(646, 1227.55), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(782.5, 686.545), 4);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(646, 686.545), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(861, 1185.55), 2);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(930, 1227.55), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(860, 1460.71), 4);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(810, 1460.71), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(880, 1460.71), 8);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(930, 1227.55), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(744, 1593.71), 4);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(549, 1786.85), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(744, 1593.71), 4);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(698, 1615.71), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(816, 1626.71), 4);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(698, 1615.71), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(925, 250), 1);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(925, 115), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(925, 334), 1);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(925, 302), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(925, 354), 2);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(925, 446), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(925, 669.045), 1);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(925, 446), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(925, 922.545), 1);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(925, 822.545), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(995, 115), 8);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(1101, 115), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(1000, 446), 8);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(1112, 446), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(1182, 446), 8);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(1235, 446), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(1162, 760.379), 8);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(1340.2, 760.379), 15);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(1098, 832.545), 2);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(1177, 1316.71), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(970, 1097.21), 1);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(1092, 1107.21), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(938.8, 1639.71), 2);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(938.8, 1685.71), 15);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(938.8, 1619.71), 1);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(930, 1227.55), 15);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(768, 1685.71), 8);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(938.8, 1685.71), 15);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(748, 1685.71), 4);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(549, 1786.85), 15);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(768, 1777.71), 8);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(938.8, 1685.71), 15);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(768, 1809.71), 8);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(938.8, 1685.71), 15);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(938.8, 1819.71), 2);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(938.8, 1851.71), 15);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(1228, 1572.71), 2);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(1177, 1316.71), 15);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(1228, 1552.71), 1);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(1324, 1203.05), 15);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(1228, 1572.71), 2);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(1540.2, 1460.71), 15);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(1238, 1460.71), 8);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1324, 1203.05), 15);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(1340.2, 672.045), 1);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(1340.2, 544.545), 15);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(1355.33, 1111.05), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(1355.33, 1143.05), 15);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(1540.2, 452.545), 8);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1659.49, 544.545), 15);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(1540.2, 544.545), 8);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1590.2, 636.545), 15);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(1540.2, 544.545), 8);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(1659.49, 544.545), 15);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(1480.2, 770.545), 8);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(1544.49, 760.379), 15);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(1520.2, 636.545), 4);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(1470.2, 636.545), 15);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(1540.2, 636.545), 8);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(1590.2, 636.545), 15);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(1544.49, 869.545), 2);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(1544.49, 926.545), 15);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(1656.49, 849.545), 1);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(1659.49, 1203.05), 15);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(1656.49, 849.545), 1);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(1590.2, 636.545), 15);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(1656.49, 849.545), 1);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(1659.49, 544.545), 15);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(1480.2, 1203.05), 8);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(1659.49, 1203.05), 15);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(1480.2, 1203.05), 8);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(1355.33, 1143.05), 15);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(1480.2, 1203.05), 8);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(1544.49, 1052.05), 15);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(1480.2, 1299.21), 8);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(1540.2, 1299.21), 15);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(1480.2, 1460.71), 8);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(1540.2, 1460.71), 15);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(1723.2, 1316.71), 2);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(1540.2, 1460.71), 15);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(1126, 177), 2);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(1101, 302), 15);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(1016.8, 177), 2);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(1101, 302), 15);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(1254, 1203.05), 4);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(930, 1227.55), 15);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(1254, 1203.05), 4);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(1177, 1316.71), 15);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(1611.2, 1316.71), 2);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(1659.49, 1203.05), 15);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(1611.2, 1316.71), 2);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(1540.2, 1460.71), 15);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(621.5, 884.545), 2);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(646, 958.925), 15);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(698, 884.545), 2);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(646, 958.925), 15);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(407, 936.545), 2);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(646, 822.545), 15);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(407, 936.545), 2);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(407, 1028.55), 15);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(1134, 1117.21), 2);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(1177, 1316.71), 15);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(1752.2, 1602.71), 1);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(930, 1227.55), 15);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(1752.2, 1602.71), 1);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(1659.49, 544.545), 15);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(569, 1269.55), 1);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(399, 1203.05), 15);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(569, 1269.55), 1);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(646, 1227.55), 15);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(508, 1049.05), 4);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(251, 1101.05), 15);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(268, 594.545), 2);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(407, 1028.55), 15);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(268, 594.545), 2);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(390, 584.545), 15);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(268, 574.545), 1);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(220, 584.545), 15);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(150, 584.545), 4);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(100, 584.545), 15);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(988.8, 1045.05), 4);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(930, 1227.55), 15);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(988.8, 1045.05), 4);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(938.8, 984.545), 15);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(1565.2, 1368.71), 2);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(1540.2, 1460.71), 15);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(1501.53, 1368.71), 2);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(1540.2, 1460.71), 15);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(1544.49, 1602.71), 1);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(1540.2, 1460.71), 15);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(1340.2, 849.545), 1);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(1340.2, 760.379), 15);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(1544.49, 984.545), 1);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(1544.49, 926.545), 15);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(1468.53, 994.545), 4);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(1340.2, 923.545), 15);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(135, 1139.05), 1);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(160, 822.545), 15);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(181, 1149.05), 4);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(160, 822.545), 15);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(925, 115), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(975, 115), 4);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1101, 115), 15);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(1126, 157), 1);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(1101, 115), 15);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(1016.8, 157), 1);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(925, 446), 15);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(980, 446), 4);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef411 = new ConnRef(router, 411);\n    ConnEnd srcPt411(Point(1470.2, 1249.21), 15);\n    connRef411->setSourceEndpoint(srcPt411);\n    ConnEnd dstPt411(Point(1470.2, 1299.21), 15);\n    connRef411->setDestEndpoint(dstPt411);\n    connRef411->setRoutingType((ConnType)2);\n\n    ConnRef *connRef412 = new ConnRef(router, 412);\n    ConnEnd srcPt412(Point(1470.2, 1410.71), 15);\n    connRef412->setSourceEndpoint(srcPt412);\n    ConnEnd dstPt412(Point(1470.2, 1460.71), 15);\n    connRef412->setDestEndpoint(dstPt412);\n    connRef412->setRoutingType((ConnType)2);\n\n    ConnRef *connRef413 = new ConnRef(router, 413);\n    ConnEnd srcPt413(Point(1785.2, 1306.71), 15);\n    connRef413->setSourceEndpoint(srcPt413);\n    ConnEnd dstPt413(Point(1723.2, 1306.71), 15);\n    connRef413->setDestEndpoint(dstPt413);\n    connRef413->setRoutingType((ConnType)2);\n\n    ConnRef *connRef414 = new ConnRef(router, 414);\n    ConnEnd srcPt414(Point(1188, 167), 15);\n    connRef414->setSourceEndpoint(srcPt414);\n    ConnEnd dstPt414(Point(1126, 167), 15);\n    connRef414->setDestEndpoint(dstPt414);\n    connRef414->setRoutingType((ConnType)2);\n\n    ConnRef *connRef415 = new ConnRef(router, 415);\n    ConnEnd srcPt415(Point(954.8, 167), 15);\n    connRef415->setSourceEndpoint(srcPt415);\n    ConnEnd dstPt415(Point(1016.8, 167), 15);\n    connRef415->setDestEndpoint(dstPt415);\n    connRef415->setRoutingType((ConnType)2);\n\n    ConnRef *connRef416 = new ConnRef(router, 416);\n    ConnEnd srcPt416(Point(1264, 1153.05), 15);\n    connRef416->setSourceEndpoint(srcPt416);\n    ConnEnd dstPt416(Point(1264, 1203.05), 15);\n    connRef416->setDestEndpoint(dstPt416);\n    connRef416->setRoutingType((ConnType)2);\n\n    ConnRef *connRef417 = new ConnRef(router, 417);\n    ConnEnd srcPt417(Point(1673.2, 1306.71), 15);\n    connRef417->setSourceEndpoint(srcPt417);\n    ConnEnd dstPt417(Point(1611.2, 1306.71), 15);\n    connRef417->setDestEndpoint(dstPt417);\n    connRef417->setRoutingType((ConnType)2);\n\n    ConnRef *connRef418 = new ConnRef(router, 418);\n    ConnEnd srcPt418(Point(559.5, 874.545), 15);\n    connRef418->setSourceEndpoint(srcPt418);\n    ConnEnd dstPt418(Point(621.5, 874.545), 15);\n    connRef418->setDestEndpoint(dstPt418);\n    connRef418->setRoutingType((ConnType)2);\n\n    ConnRef *connRef419 = new ConnRef(router, 419);\n    ConnEnd srcPt419(Point(760, 874.545), 15);\n    connRef419->setSourceEndpoint(srcPt419);\n    ConnEnd dstPt419(Point(698, 874.545), 15);\n    connRef419->setDestEndpoint(dstPt419);\n    connRef419->setRoutingType((ConnType)2);\n\n    ConnRef *connRef420 = new ConnRef(router, 420);\n    ConnEnd srcPt420(Point(469, 926.545), 15);\n    connRef420->setSourceEndpoint(srcPt420);\n    ConnEnd dstPt420(Point(407, 926.545), 15);\n    connRef420->setDestEndpoint(dstPt420);\n    connRef420->setRoutingType((ConnType)2);\n\n    ConnRef *connRef421 = new ConnRef(router, 421);\n    ConnEnd srcPt421(Point(1196, 1107.21), 15);\n    connRef421->setSourceEndpoint(srcPt421);\n    ConnEnd dstPt421(Point(1134, 1107.21), 15);\n    connRef421->setDestEndpoint(dstPt421);\n    connRef421->setRoutingType((ConnType)2);\n\n    ConnRef *connRef422 = new ConnRef(router, 422);\n    ConnEnd srcPt422(Point(1814.2, 1612.71), 15);\n    connRef422->setSourceEndpoint(srcPt422);\n    ConnEnd dstPt422(Point(1752.2, 1612.71), 15);\n    connRef422->setDestEndpoint(dstPt422);\n    connRef422->setRoutingType((ConnType)2);\n\n    ConnRef *connRef423 = new ConnRef(router, 423);\n    ConnEnd srcPt423(Point(631, 1279.55), 15);\n    connRef423->setSourceEndpoint(srcPt423);\n    ConnEnd dstPt423(Point(569, 1279.55), 15);\n    connRef423->setDestEndpoint(dstPt423);\n    connRef423->setRoutingType((ConnType)2);\n\n    ConnRef *connRef424 = new ConnRef(router, 424);\n    ConnEnd srcPt424(Point(518, 999.045), 15);\n    connRef424->setSourceEndpoint(srcPt424);\n    ConnEnd dstPt424(Point(518, 1049.05), 15);\n    connRef424->setDestEndpoint(dstPt424);\n    connRef424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef425 = new ConnRef(router, 425);\n    ConnEnd srcPt425(Point(330, 584.545), 15);\n    connRef425->setSourceEndpoint(srcPt425);\n    ConnEnd dstPt425(Point(268, 584.545), 15);\n    connRef425->setDestEndpoint(dstPt425);\n    connRef425->setRoutingType((ConnType)2);\n\n    ConnRef *connRef426 = new ConnRef(router, 426);\n    ConnEnd srcPt426(Point(160, 534.545), 15);\n    connRef426->setSourceEndpoint(srcPt426);\n    ConnEnd dstPt426(Point(160, 584.545), 15);\n    connRef426->setDestEndpoint(dstPt426);\n    connRef426->setRoutingType((ConnType)2);\n\n    ConnRef *connRef427 = new ConnRef(router, 427);\n    ConnEnd srcPt427(Point(998.8, 995.045), 15);\n    connRef427->setSourceEndpoint(srcPt427);\n    ConnEnd dstPt427(Point(998.8, 1045.05), 15);\n    connRef427->setDestEndpoint(dstPt427);\n    connRef427->setRoutingType((ConnType)2);\n\n    ConnRef *connRef428 = new ConnRef(router, 428);\n    ConnEnd srcPt428(Point(1627.2, 1358.71), 15);\n    connRef428->setSourceEndpoint(srcPt428);\n    ConnEnd dstPt428(Point(1565.2, 1358.71), 15);\n    connRef428->setDestEndpoint(dstPt428);\n    connRef428->setRoutingType((ConnType)2);\n\n    ConnRef *connRef429 = new ConnRef(router, 429);\n    ConnEnd srcPt429(Point(1439.53, 1358.71), 15);\n    connRef429->setSourceEndpoint(srcPt429);\n    ConnEnd dstPt429(Point(1501.53, 1358.71), 15);\n    connRef429->setDestEndpoint(dstPt429);\n    connRef429->setRoutingType((ConnType)2);\n\n    ConnRef *connRef430 = new ConnRef(router, 430);\n    ConnEnd srcPt430(Point(1606.49, 1612.71), 15);\n    connRef430->setSourceEndpoint(srcPt430);\n    ConnEnd dstPt430(Point(1544.49, 1612.71), 15);\n    connRef430->setDestEndpoint(dstPt430);\n    connRef430->setRoutingType((ConnType)2);\n\n    ConnRef *connRef431 = new ConnRef(router, 431);\n    ConnEnd srcPt431(Point(1402.2, 859.545), 15);\n    connRef431->setSourceEndpoint(srcPt431);\n    ConnEnd dstPt431(Point(1340.2, 859.545), 15);\n    connRef431->setDestEndpoint(dstPt431);\n    connRef431->setRoutingType((ConnType)2);\n\n    ConnRef *connRef432 = new ConnRef(router, 432);\n    ConnEnd srcPt432(Point(1606.49, 994.545), 15);\n    connRef432->setSourceEndpoint(srcPt432);\n    ConnEnd dstPt432(Point(1544.49, 994.545), 15);\n    connRef432->setDestEndpoint(dstPt432);\n    connRef432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef433 = new ConnRef(router, 433);\n    ConnEnd srcPt433(Point(1478.53, 944.545), 15);\n    connRef433->setSourceEndpoint(srcPt433);\n    ConnEnd dstPt433(Point(1478.53, 994.545), 15);\n    connRef433->setDestEndpoint(dstPt433);\n    connRef433->setRoutingType((ConnType)2);\n\n    ConnRef *connRef434 = new ConnRef(router, 434);\n    ConnEnd srcPt434(Point(399, 1295.05), 15);\n    connRef434->setSourceEndpoint(srcPt434);\n    ConnEnd dstPt434(Point(349, 1295.05), 8);\n    connRef434->setDestEndpoint(dstPt434);\n    connRef434->setRoutingType((ConnType)2);\n\n    ConnRef *connRef435 = new ConnRef(router, 435);\n    ConnEnd srcPt435(Point(399, 1203.05), 15);\n    connRef435->setSourceEndpoint(srcPt435);\n    ConnEnd dstPt435(Point(349, 1203.05), 8);\n    connRef435->setDestEndpoint(dstPt435);\n    connRef435->setRoutingType((ConnType)2);\n\n    ConnRef *connRef436 = new ConnRef(router, 436);\n    ConnEnd srcPt436(Point(1340.2, 760.379), 15);\n    connRef436->setSourceEndpoint(srcPt436);\n    ConnEnd dstPt436(Point(1460.2, 738.545), 4);\n    connRef436->setDestEndpoint(dstPt436);\n    connRef436->setRoutingType((ConnType)2);\n\n    ConnRef *connRef437 = new ConnRef(router, 437);\n    ConnEnd srcPt437(Point(639.5, 446), 15);\n    connRef437->setSourceEndpoint(srcPt437);\n    ConnEnd dstPt437(Point(528, 446), 8);\n    connRef437->setDestEndpoint(dstPt437);\n    connRef437->setRoutingType((ConnType)2);\n\n    ConnRef *connRef438 = new ConnRef(router, 438);\n    ConnEnd srcPt438(Point(698, 1028.55), 15);\n    connRef438->setSourceEndpoint(srcPt438);\n    ConnEnd dstPt438(Point(596, 1028.55), 8);\n    connRef438->setDestEndpoint(dstPt438);\n    connRef438->setRoutingType((ConnType)2);\n\n    ConnRef *connRef439 = new ConnRef(router, 439);\n    ConnEnd srcPt439(Point(801, 446), 15);\n    connRef439->setSourceEndpoint(srcPt439);\n    ConnEnd dstPt439(Point(745, 446), 8);\n    connRef439->setDestEndpoint(dstPt439);\n    connRef439->setRoutingType((ConnType)2);\n\n    ConnRef *connRef440 = new ConnRef(router, 440);\n    ConnEnd srcPt440(Point(925, 446), 15);\n    connRef440->setSourceEndpoint(srcPt440);\n    ConnEnd dstPt440(Point(871, 446), 8);\n    connRef440->setDestEndpoint(dstPt440);\n    connRef440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef441 = new ConnRef(router, 441);\n    ConnEnd srcPt441(Point(390, 584.545), 15);\n    connRef441->setSourceEndpoint(srcPt441);\n    ConnEnd dstPt441(Point(508, 584.545), 4);\n    connRef441->setDestEndpoint(dstPt441);\n    connRef441->setRoutingType((ConnType)2);\n\n    ConnRef *connRef442 = new ConnRef(router, 442);\n    ConnEnd srcPt442(Point(925, 822.545), 15);\n    connRef442->setSourceEndpoint(srcPt442);\n    ConnEnd dstPt442(Point(802.5, 822.545), 8);\n    connRef442->setDestEndpoint(dstPt442);\n    connRef442->setRoutingType((ConnType)2);\n\n    ConnRef *connRef443 = new ConnRef(router, 443);\n    ConnEnd srcPt443(Point(925, 822.545), 15);\n    connRef443->setSourceEndpoint(srcPt443);\n    ConnEnd dstPt443(Point(807, 1028.55), 8);\n    connRef443->setDestEndpoint(dstPt443);\n    connRef443->setRoutingType((ConnType)2);\n\n    ConnRef *connRef444 = new ConnRef(router, 444);\n    ConnEnd srcPt444(Point(925, 822.545), 15);\n    connRef444->setSourceEndpoint(srcPt444);\n    ConnEnd dstPt444(Point(779, 1113.55), 1);\n    connRef444->setDestEndpoint(dstPt444);\n    connRef444->setRoutingType((ConnType)2);\n\n    ConnRef *connRef445 = new ConnRef(router, 445);\n    ConnEnd srcPt445(Point(925, 822.545), 15);\n    connRef445->setSourceEndpoint(srcPt445);\n    ConnEnd dstPt445(Point(802.5, 686.545), 8);\n    connRef445->setDestEndpoint(dstPt445);\n    connRef445->setRoutingType((ConnType)2);\n\n    ConnRef *connRef446 = new ConnRef(router, 446);\n    ConnEnd srcPt446(Point(925, 822.545), 15);\n    connRef446->setSourceEndpoint(srcPt446);\n    ConnEnd dstPt446(Point(861, 1165.55), 1);\n    connRef446->setDestEndpoint(dstPt446);\n    connRef446->setRoutingType((ConnType)2);\n\n    ConnRef *connRef447 = new ConnRef(router, 447);\n    ConnEnd srcPt447(Point(930, 1227.55), 15);\n    connRef447->setSourceEndpoint(srcPt447);\n    ConnEnd dstPt447(Point(764, 1593.71), 8);\n    connRef447->setDestEndpoint(dstPt447);\n    connRef447->setRoutingType((ConnType)2);\n\n    ConnRef *connRef448 = new ConnRef(router, 448);\n    ConnEnd srcPt448(Point(930, 1227.55), 15);\n    connRef448->setSourceEndpoint(srcPt448);\n    ConnEnd dstPt448(Point(836, 1626.71), 8);\n    connRef448->setDestEndpoint(dstPt448);\n    connRef448->setRoutingType((ConnType)2);\n\n    ConnRef *connRef449 = new ConnRef(router, 449);\n    ConnEnd srcPt449(Point(925, 302), 15);\n    connRef449->setSourceEndpoint(srcPt449);\n    ConnEnd dstPt449(Point(925, 270), 2);\n    connRef449->setDestEndpoint(dstPt449);\n    connRef449->setRoutingType((ConnType)2);\n\n    ConnRef *connRef450 = new ConnRef(router, 450);\n    ConnEnd srcPt450(Point(925, 822.545), 15);\n    connRef450->setSourceEndpoint(srcPt450);\n    ConnEnd dstPt450(Point(925, 689.045), 2);\n    connRef450->setDestEndpoint(dstPt450);\n    connRef450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef451 = new ConnRef(router, 451);\n    ConnEnd srcPt451(Point(930, 1227.55), 15);\n    connRef451->setSourceEndpoint(srcPt451);\n    ConnEnd dstPt451(Point(925, 942.545), 2);\n    connRef451->setDestEndpoint(dstPt451);\n    connRef451->setRoutingType((ConnType)2);\n\n    ConnRef *connRef452 = new ConnRef(router, 452);\n    ConnEnd srcPt452(Point(1112, 446), 15);\n    connRef452->setSourceEndpoint(srcPt452);\n    ConnEnd dstPt452(Point(1162, 446), 4);\n    connRef452->setDestEndpoint(dstPt452);\n    connRef452->setRoutingType((ConnType)2);\n\n    ConnRef *connRef453 = new ConnRef(router, 453);\n    ConnEnd srcPt453(Point(925, 822.545), 15);\n    connRef453->setSourceEndpoint(srcPt453);\n    ConnEnd dstPt453(Point(1142, 760.379), 4);\n    connRef453->setDestEndpoint(dstPt453);\n    connRef453->setRoutingType((ConnType)2);\n\n    ConnRef *connRef454 = new ConnRef(router, 454);\n    ConnEnd srcPt454(Point(930, 1227.55), 15);\n    connRef454->setSourceEndpoint(srcPt454);\n    ConnEnd dstPt454(Point(970, 1117.21), 2);\n    connRef454->setDestEndpoint(dstPt454);\n    connRef454->setRoutingType((ConnType)2);\n\n    ConnRef *connRef455 = new ConnRef(router, 455);\n    ConnEnd srcPt455(Point(1177, 1316.71), 15);\n    connRef455->setSourceEndpoint(srcPt455);\n    ConnEnd dstPt455(Point(1218, 1460.71), 4);\n    connRef455->setDestEndpoint(dstPt455);\n    connRef455->setRoutingType((ConnType)2);\n\n    ConnRef *connRef456 = new ConnRef(router, 456);\n    ConnEnd srcPt456(Point(1340.2, 760.379), 15);\n    connRef456->setSourceEndpoint(srcPt456);\n    ConnEnd dstPt456(Point(1340.2, 692.045), 2);\n    connRef456->setDestEndpoint(dstPt456);\n    connRef456->setRoutingType((ConnType)2);\n\n    ConnRef *connRef457 = new ConnRef(router, 457);\n    ConnEnd srcPt457(Point(1340.2, 760.379), 15);\n    connRef457->setSourceEndpoint(srcPt457);\n    ConnEnd dstPt457(Point(1460.2, 770.545), 4);\n    connRef457->setDestEndpoint(dstPt457);\n    connRef457->setRoutingType((ConnType)2);\n\n    ConnRef *connRef458 = new ConnRef(router, 458);\n    ConnEnd srcPt458(Point(1324, 1203.05), 15);\n    connRef458->setSourceEndpoint(srcPt458);\n    ConnEnd dstPt458(Point(1460.2, 1203.05), 4);\n    connRef458->setDestEndpoint(dstPt458);\n    connRef458->setRoutingType((ConnType)2);\n\n    ConnRef *connRef459 = new ConnRef(router, 459);\n    ConnEnd srcPt459(Point(1324, 1203.05), 15);\n    connRef459->setSourceEndpoint(srcPt459);\n    ConnEnd dstPt459(Point(1460.2, 1299.21), 4);\n    connRef459->setDestEndpoint(dstPt459);\n    connRef459->setRoutingType((ConnType)2);\n\n    ConnRef *connRef460 = new ConnRef(router, 460);\n    ConnEnd srcPt460(Point(646, 822.545), 15);\n    connRef460->setSourceEndpoint(srcPt460);\n    ConnEnd dstPt460(Point(621.5, 864.545), 1);\n    connRef460->setDestEndpoint(dstPt460);\n    connRef460->setRoutingType((ConnType)2);\n\n    ConnRef *connRef461 = new ConnRef(router, 461);\n    ConnEnd srcPt461(Point(646, 822.545), 15);\n    connRef461->setSourceEndpoint(srcPt461);\n    ConnEnd dstPt461(Point(698, 864.545), 1);\n    connRef461->setDestEndpoint(dstPt461);\n    connRef461->setRoutingType((ConnType)2);\n\n    ConnRef *connRef462 = new ConnRef(router, 462);\n    ConnEnd srcPt462(Point(1340.2, 923.545), 15);\n    connRef462->setSourceEndpoint(srcPt462);\n    ConnEnd dstPt462(Point(1340.2, 869.545), 2);\n    connRef462->setDestEndpoint(dstPt462);\n    connRef462->setRoutingType((ConnType)2);\n\n    ConnRef *connRef463 = new ConnRef(router, 463);\n    ConnEnd srcPt463(Point(1544.49, 1052.05), 15);\n    connRef463->setSourceEndpoint(srcPt463);\n    ConnEnd dstPt463(Point(1544.49, 1004.55), 2);\n    connRef463->setDestEndpoint(dstPt463);\n    connRef463->setRoutingType((ConnType)2);\n\n    ConnRef *connRef464 = new ConnRef(router, 464);\n    ConnEnd srcPt464(Point(549, 1786.85), 15);\n    connRef464->setSourceEndpoint(srcPt464);\n    ConnEnd dstPt464(Point(748, 1777.71), 4);\n    connRef464->setDestEndpoint(dstPt464);\n    connRef464->setRoutingType((ConnType)2);\n\n    ConnRef *connRef465 = new ConnRef(router, 465);\n    ConnEnd srcPt465(Point(549, 1786.85), 15);\n    connRef465->setSourceEndpoint(srcPt465);\n    ConnEnd dstPt465(Point(748, 1809.71), 4);\n    connRef465->setDestEndpoint(dstPt465);\n    connRef465->setRoutingType((ConnType)2);\n\n    ConnRef *connRef466 = new ConnRef(router, 466);\n    ConnEnd srcPt466(Point(930, 1227.55), 15);\n    connRef466->setSourceEndpoint(srcPt466);\n    ConnEnd dstPt466(Point(1045.8, 1614.71), 4);\n    connRef466->setDestEndpoint(dstPt466);\n    connRef466->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467 = new ConnRef(router, 467);\n    ConnEnd srcPt467(Point(1101, 302), 15);\n    connRef467->setSourceEndpoint(srcPt467);\n    ConnEnd dstPt467(Point(1153, 344), 4);\n    connRef467->setDestEndpoint(dstPt467);\n    connRef467->setRoutingType((ConnType)2);\n\n    ConnRef *connRef468 = new ConnRef(router, 468);\n    ConnEnd srcPt468(Point(1235, 446), 15);\n    connRef468->setSourceEndpoint(srcPt468);\n    ConnEnd dstPt468(Point(1240, 359), 2);\n    connRef468->setDestEndpoint(dstPt468);\n    connRef468->setRoutingType((ConnType)2);\n\n    ConnRef *connRef469 = new ConnRef(router, 469);\n    ConnEnd srcPt469(Point(375, 446), 15);\n    connRef469->setSourceEndpoint(srcPt469);\n    ConnEnd dstPt469(Point(338, 482.545), 8);\n    connRef469->setDestEndpoint(dstPt469);\n    connRef469->setRoutingType((ConnType)2);\n\n    ConnRef *connRef470 = new ConnRef(router, 470);\n    ConnEnd srcPt470(Point(1112, 446), 15);\n    connRef470->setSourceEndpoint(srcPt470);\n    ConnEnd dstPt470(Point(1047.83, 735.462), 1);\n    connRef470->setDestEndpoint(dstPt470);\n    connRef470->setRoutingType((ConnType)2);\n\n    ConnRef *connRef471 = new ConnRef(router, 471);\n    ConnEnd srcPt471(Point(810, 1460.71), 15);\n    connRef471->setSourceEndpoint(srcPt471);\n    ConnEnd dstPt471(Point(773, 1347.05), 8);\n    connRef471->setDestEndpoint(dstPt471);\n    connRef471->setRoutingType((ConnType)2);\n\n    ConnRef *connRef472 = new ConnRef(router, 472);\n    ConnEnd srcPt472(Point(925, 302), 15);\n    connRef472->setSourceEndpoint(srcPt472);\n    ConnEnd dstPt472(Point(888, 344), 8);\n    connRef472->setDestEndpoint(dstPt472);\n    connRef472->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(925, 822.545), 15);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(1098, 812.545), 1);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(938.8, 1799.71), 1);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(938.8, 1685.71), 15);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(698, 1028.55), 15);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(528, 1049.05), 8);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(1092, 1107.21), 15);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(1134, 1097.21), 1);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(1659.49, 1203.05), 15);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(1723.2, 1296.71), 1);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(1540.2, 1299.21), 15);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(1565.2, 1348.71), 1);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(1540.2, 1299.21), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(1501.53, 1348.71), 1);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1355.33, 1045.05), 15);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(1355.33, 1091.05), 1);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1340.2, 544.545), 15);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(1520.2, 452.545), 4);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(1340.2, 544.545), 15);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(1520.2, 544.545), 4);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(1659.49, 544.545), 15);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(1611.2, 1296.71), 1);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(390, 584.545), 15);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(334.2, 760.545), 1);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(390, 584.545), 15);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(334.2, 812.545), 1);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(390, 584.545), 15);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(334.2, 864.545), 1);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(629, 1101.05), 15);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(477.5, 1101.05), 8);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(1324, 1203.05), 15);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(1460.2, 1460.71), 4);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(1324, 1203.05), 15);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(1274, 1203.05), 8);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(1752.2, 1622.71), 2);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(1752.2, 1777.71), 15);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n\n    ConnRef *connRef352 = new ConnRef(router, 352);\n    ConnEnd srcPt352(Point(1008.8, 1045.05), 8);\n    connRef352->setSourceEndpoint(srcPt352);\n    ConnEnd dstPt352(Point(1112, 1045.05), 15);\n    connRef352->setDestEndpoint(dstPt352);\n    connRef352->setRoutingType((ConnType)2);\n\n    ConnRef *connRef353 = new ConnRef(router, 353);\n    ConnEnd srcPt353(Point(399, 1295.05), 15);\n    connRef353->setSourceEndpoint(srcPt353);\n    ConnEnd dstPt353(Point(559, 1203.05), 4);\n    connRef353->setDestEndpoint(dstPt353);\n    connRef353->setRoutingType((ConnType)2);\n\n    ConnRef *connRef354 = new ConnRef(router, 354);\n    ConnEnd srcPt354(Point(399, 1295.05), 15);\n    connRef354->setSourceEndpoint(srcPt354);\n    ConnEnd dstPt354(Point(569, 1289.55), 2);\n    connRef354->setDestEndpoint(dstPt354);\n    connRef354->setRoutingType((ConnType)2);\n\n    ConnRef *connRef355 = new ConnRef(router, 355);\n    ConnEnd srcPt355(Point(407, 916.545), 1);\n    connRef355->setSourceEndpoint(srcPt355);\n    ConnEnd dstPt355(Point(220, 584.545), 15);\n    connRef355->setDestEndpoint(dstPt355);\n    connRef355->setRoutingType((ConnType)2);\n\n    ConnRef *connRef356 = new ConnRef(router, 356);\n    ConnEnd srcPt356(Point(220, 584.545), 15);\n    connRef356->setSourceEndpoint(srcPt356);\n    ConnEnd dstPt356(Point(170, 584.545), 8);\n    connRef356->setDestEndpoint(dstPt356);\n    connRef356->setRoutingType((ConnType)2);\n\n    ConnRef *connRef357 = new ConnRef(router, 357);\n    ConnEnd srcPt357(Point(1544.49, 1052.05), 15);\n    connRef357->setSourceEndpoint(srcPt357);\n    ConnEnd dstPt357(Point(1656.49, 869.545), 2);\n    connRef357->setDestEndpoint(dstPt357);\n    connRef357->setRoutingType((ConnType)2);\n\n    ConnRef *connRef358 = new ConnRef(router, 358);\n    ConnEnd srcPt358(Point(1488.53, 994.545), 8);\n    connRef358->setSourceEndpoint(srcPt358);\n    ConnEnd dstPt358(Point(1544.49, 1052.05), 15);\n    connRef358->setDestEndpoint(dstPt358);\n    connRef358->setRoutingType((ConnType)2);\n\n    ConnRef *connRef359 = new ConnRef(router, 359);\n    ConnEnd srcPt359(Point(1544.49, 1654.71), 15);\n    connRef359->setSourceEndpoint(srcPt359);\n    ConnEnd dstPt359(Point(1544.49, 1622.71), 2);\n    connRef359->setDestEndpoint(dstPt359);\n    connRef359->setRoutingType((ConnType)2);\n\n    ConnRef *connRef360 = new ConnRef(router, 360);\n    ConnEnd srcPt360(Point(344.2, 686.545), 8);\n    connRef360->setSourceEndpoint(srcPt360);\n    ConnEnd dstPt360(Point(629, 584.545), 15);\n    connRef360->setDestEndpoint(dstPt360);\n    connRef360->setRoutingType((ConnType)2);\n\n    ConnRef *connRef361 = new ConnRef(router, 361);\n    ConnEnd srcPt361(Point(339, 1245.05), 15);\n    connRef361->setSourceEndpoint(srcPt361);\n    ConnEnd dstPt361(Point(339, 1295.05), 15);\n    connRef361->setDestEndpoint(dstPt361);\n    connRef361->setRoutingType((ConnType)2);\n\n    ConnRef *connRef362 = new ConnRef(router, 362);\n    ConnEnd srcPt362(Point(339, 1153.05), 15);\n    connRef362->setSourceEndpoint(srcPt362);\n    ConnEnd dstPt362(Point(339, 1203.05), 15);\n    connRef362->setDestEndpoint(dstPt362);\n    connRef362->setRoutingType((ConnType)2);\n\n    ConnRef *connRef363 = new ConnRef(router, 363);\n    ConnEnd srcPt363(Point(73, 1149.05), 15);\n    connRef363->setSourceEndpoint(srcPt363);\n    ConnEnd dstPt363(Point(135, 1149.05), 15);\n    connRef363->setDestEndpoint(dstPt363);\n    connRef363->setRoutingType((ConnType)2);\n\n    ConnRef *connRef364 = new ConnRef(router, 364);\n    ConnEnd srcPt364(Point(1470.2, 688.545), 15);\n    connRef364->setSourceEndpoint(srcPt364);\n    ConnEnd dstPt364(Point(1470.2, 738.545), 15);\n    connRef364->setDestEndpoint(dstPt364);\n    connRef364->setRoutingType((ConnType)2);\n\n    ConnRef *connRef365 = new ConnRef(router, 365);\n    ConnEnd srcPt365(Point(518, 396), 15);\n    connRef365->setSourceEndpoint(srcPt365);\n    ConnEnd dstPt365(Point(518, 446), 15);\n    connRef365->setDestEndpoint(dstPt365);\n    connRef365->setRoutingType((ConnType)2);\n\n    ConnRef *connRef366 = new ConnRef(router, 366);\n    ConnEnd srcPt366(Point(334.2, 636.545), 15);\n    connRef366->setSourceEndpoint(srcPt366);\n    ConnEnd dstPt366(Point(334.2, 686.545), 15);\n    connRef366->setDestEndpoint(dstPt366);\n    connRef366->setRoutingType((ConnType)2);\n\n    ConnRef *connRef367 = new ConnRef(router, 367);\n    ConnEnd srcPt367(Point(191, 1099.05), 15);\n    connRef367->setSourceEndpoint(srcPt367);\n    ConnEnd dstPt367(Point(191, 1149.05), 15);\n    connRef367->setDestEndpoint(dstPt367);\n    connRef367->setRoutingType((ConnType)2);\n\n    ConnRef *connRef368 = new ConnRef(router, 368);\n    ConnEnd srcPt368(Point(396.2, 770.545), 15);\n    connRef368->setSourceEndpoint(srcPt368);\n    ConnEnd dstPt368(Point(334.2, 770.545), 15);\n    connRef368->setDestEndpoint(dstPt368);\n    connRef368->setRoutingType((ConnType)2);\n\n    ConnRef *connRef369 = new ConnRef(router, 369);\n    ConnEnd srcPt369(Point(396.2, 822.545), 15);\n    connRef369->setSourceEndpoint(srcPt369);\n    ConnEnd dstPt369(Point(334.2, 822.545), 15);\n    connRef369->setDestEndpoint(dstPt369);\n    connRef369->setRoutingType((ConnType)2);\n\n    ConnRef *connRef370 = new ConnRef(router, 370);\n    ConnEnd srcPt370(Point(396.2, 874.545), 15);\n    connRef370->setSourceEndpoint(srcPt370);\n    ConnEnd dstPt370(Point(334.2, 874.545), 15);\n    connRef370->setDestEndpoint(dstPt370);\n    connRef370->setRoutingType((ConnType)2);\n\n    ConnRef *connRef371 = new ConnRef(router, 371);\n    ConnEnd srcPt371(Point(467.5, 1051.05), 15);\n    connRef371->setSourceEndpoint(srcPt371);\n    ConnEnd dstPt371(Point(467.5, 1101.05), 15);\n    connRef371->setDestEndpoint(dstPt371);\n    connRef371->setRoutingType((ConnType)2);\n\n    ConnRef *connRef372 = new ConnRef(router, 372);\n    ConnEnd srcPt372(Point(586, 978.545), 15);\n    connRef372->setSourceEndpoint(srcPt372);\n    ConnEnd dstPt372(Point(586, 1028.55), 15);\n    connRef372->setDestEndpoint(dstPt372);\n    connRef372->setRoutingType((ConnType)2);\n\n    ConnRef *connRef373 = new ConnRef(router, 373);\n    ConnEnd srcPt373(Point(569, 1153.05), 15);\n    connRef373->setSourceEndpoint(srcPt373);\n    ConnEnd dstPt373(Point(569, 1203.05), 15);\n    connRef373->setDestEndpoint(dstPt373);\n    connRef373->setRoutingType((ConnType)2);\n\n    ConnRef *connRef374 = new ConnRef(router, 374);\n    ConnEnd srcPt374(Point(735, 396), 15);\n    connRef374->setSourceEndpoint(srcPt374);\n    ConnEnd dstPt374(Point(735, 446), 15);\n    connRef374->setDestEndpoint(dstPt374);\n    connRef374->setRoutingType((ConnType)2);\n\n    ConnRef *connRef375 = new ConnRef(router, 375);\n    ConnEnd srcPt375(Point(861, 396), 15);\n    connRef375->setSourceEndpoint(srcPt375);\n    ConnEnd dstPt375(Point(861, 446), 15);\n    connRef375->setDestEndpoint(dstPt375);\n    connRef375->setRoutingType((ConnType)2);\n\n    ConnRef *connRef376 = new ConnRef(router, 376);\n    ConnEnd srcPt376(Point(518, 534.545), 15);\n    connRef376->setSourceEndpoint(srcPt376);\n    ConnEnd dstPt376(Point(518, 584.545), 15);\n    connRef376->setDestEndpoint(dstPt376);\n    connRef376->setRoutingType((ConnType)2);\n\n    ConnRef *connRef377 = new ConnRef(router, 377);\n    ConnEnd srcPt377(Point(792.5, 772.545), 15);\n    connRef377->setSourceEndpoint(srcPt377);\n    ConnEnd dstPt377(Point(792.5, 822.545), 15);\n    connRef377->setDestEndpoint(dstPt377);\n    connRef377->setRoutingType((ConnType)2);\n\n    ConnRef *connRef378 = new ConnRef(router, 378);\n    ConnEnd srcPt378(Point(797, 978.545), 15);\n    connRef378->setSourceEndpoint(srcPt378);\n    ConnEnd dstPt378(Point(797, 1028.55), 15);\n    connRef378->setDestEndpoint(dstPt378);\n    connRef378->setRoutingType((ConnType)2);\n\n    ConnRef *connRef379 = new ConnRef(router, 379);\n    ConnEnd srcPt379(Point(841, 1123.55), 15);\n    connRef379->setSourceEndpoint(srcPt379);\n    ConnEnd dstPt379(Point(779, 1123.55), 15);\n    connRef379->setDestEndpoint(dstPt379);\n    connRef379->setRoutingType((ConnType)2);\n\n    ConnRef *connRef380 = new ConnRef(router, 380);\n    ConnEnd srcPt380(Point(792.5, 636.545), 15);\n    connRef380->setSourceEndpoint(srcPt380);\n    ConnEnd dstPt380(Point(792.5, 686.545), 15);\n    connRef380->setDestEndpoint(dstPt380);\n    connRef380->setRoutingType((ConnType)2);\n\n    ConnRef *connRef381 = new ConnRef(router, 381);\n    ConnEnd srcPt381(Point(799, 1175.55), 15);\n    connRef381->setSourceEndpoint(srcPt381);\n    ConnEnd dstPt381(Point(861, 1175.55), 15);\n    connRef381->setDestEndpoint(dstPt381);\n    connRef381->setRoutingType((ConnType)2);\n\n    ConnRef *connRef382 = new ConnRef(router, 382);\n    ConnEnd srcPt382(Point(870, 1410.71), 15);\n    connRef382->setSourceEndpoint(srcPt382);\n    ConnEnd dstPt382(Point(870, 1460.71), 15);\n    connRef382->setDestEndpoint(dstPt382);\n    connRef382->setRoutingType((ConnType)2);\n\n    ConnRef *connRef383 = new ConnRef(router, 383);\n    ConnEnd srcPt383(Point(754, 1543.71), 15);\n    connRef383->setSourceEndpoint(srcPt383);\n    ConnEnd dstPt383(Point(754, 1593.71), 15);\n    connRef383->setDestEndpoint(dstPt383);\n    connRef383->setRoutingType((ConnType)2);\n\n    ConnRef *connRef384 = new ConnRef(router, 384);\n    ConnEnd srcPt384(Point(826, 1676.71), 15);\n    connRef384->setSourceEndpoint(srcPt384);\n    ConnEnd dstPt384(Point(826, 1626.71), 15);\n    connRef384->setDestEndpoint(dstPt384);\n    connRef384->setRoutingType((ConnType)2);\n\n    ConnRef *connRef385 = new ConnRef(router, 385);\n    ConnEnd srcPt385(Point(987, 260), 15);\n    connRef385->setSourceEndpoint(srcPt385);\n    ConnEnd dstPt385(Point(925, 260), 15);\n    connRef385->setDestEndpoint(dstPt385);\n    connRef385->setRoutingType((ConnType)2);\n\n    ConnRef *connRef386 = new ConnRef(router, 386);\n    ConnEnd srcPt386(Point(987, 344), 15);\n    connRef386->setSourceEndpoint(srcPt386);\n    ConnEnd dstPt386(Point(925, 344), 15);\n    connRef386->setDestEndpoint(dstPt386);\n    connRef386->setRoutingType((ConnType)2);\n\n    ConnRef *connRef387 = new ConnRef(router, 387);\n    ConnEnd srcPt387(Point(987, 679.045), 15);\n    connRef387->setSourceEndpoint(srcPt387);\n    ConnEnd dstPt387(Point(925, 679.045), 15);\n    connRef387->setDestEndpoint(dstPt387);\n    connRef387->setRoutingType((ConnType)2);\n\n    ConnRef *connRef388 = new ConnRef(router, 388);\n    ConnEnd srcPt388(Point(987, 932.545), 15);\n    connRef388->setSourceEndpoint(srcPt388);\n    ConnEnd dstPt388(Point(925, 932.545), 15);\n    connRef388->setDestEndpoint(dstPt388);\n    connRef388->setRoutingType((ConnType)2);\n\n    ConnRef *connRef389 = new ConnRef(router, 389);\n    ConnEnd srcPt389(Point(985, 65), 15);\n    connRef389->setSourceEndpoint(srcPt389);\n    ConnEnd dstPt389(Point(985, 115), 15);\n    connRef389->setDestEndpoint(dstPt389);\n    connRef389->setRoutingType((ConnType)2);\n\n    ConnRef *connRef390 = new ConnRef(router, 390);\n    ConnEnd srcPt390(Point(990, 396), 15);\n    connRef390->setSourceEndpoint(srcPt390);\n    ConnEnd dstPt390(Point(990, 446), 15);\n    connRef390->setDestEndpoint(dstPt390);\n    connRef390->setRoutingType((ConnType)2);\n\n    ConnRef *connRef391 = new ConnRef(router, 391);\n    ConnEnd srcPt391(Point(1172, 396), 15);\n    connRef391->setSourceEndpoint(srcPt391);\n    ConnEnd dstPt391(Point(1172, 446), 15);\n    connRef391->setDestEndpoint(dstPt391);\n    connRef391->setRoutingType((ConnType)2);\n\n    ConnRef *connRef392 = new ConnRef(router, 392);\n    ConnEnd srcPt392(Point(1152, 710.379), 15);\n    connRef392->setSourceEndpoint(srcPt392);\n    ConnEnd dstPt392(Point(1152, 760.379), 15);\n    connRef392->setDestEndpoint(dstPt392);\n    connRef392->setRoutingType((ConnType)2);\n\n    ConnRef *connRef393 = new ConnRef(router, 393);\n    ConnEnd srcPt393(Point(1160, 822.545), 15);\n    connRef393->setSourceEndpoint(srcPt393);\n    ConnEnd dstPt393(Point(1098, 822.545), 15);\n    connRef393->setDestEndpoint(dstPt393);\n    connRef393->setRoutingType((ConnType)2);\n\n    ConnRef *connRef394 = new ConnRef(router, 394);\n    ConnEnd srcPt394(Point(1032, 1107.21), 15);\n    connRef394->setSourceEndpoint(srcPt394);\n    ConnEnd dstPt394(Point(970, 1107.21), 15);\n    connRef394->setDestEndpoint(dstPt394);\n    connRef394->setRoutingType((ConnType)2);\n\n    ConnRef *connRef395 = new ConnRef(router, 395);\n    ConnEnd srcPt395(Point(1000.8, 1629.71), 15);\n    connRef395->setSourceEndpoint(srcPt395);\n    ConnEnd dstPt395(Point(938.8, 1629.71), 15);\n    connRef395->setDestEndpoint(dstPt395);\n    connRef395->setRoutingType((ConnType)2);\n\n    ConnRef *connRef396 = new ConnRef(router, 396);\n    ConnEnd srcPt396(Point(758, 1635.71), 15);\n    connRef396->setSourceEndpoint(srcPt396);\n    ConnEnd dstPt396(Point(758, 1685.71), 15);\n    connRef396->setDestEndpoint(dstPt396);\n    connRef396->setRoutingType((ConnType)2);\n\n    ConnRef *connRef397 = new ConnRef(router, 397);\n    ConnEnd srcPt397(Point(758, 1727.71), 15);\n    connRef397->setSourceEndpoint(srcPt397);\n    ConnEnd dstPt397(Point(758, 1777.71), 15);\n    connRef397->setDestEndpoint(dstPt397);\n    connRef397->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398 = new ConnRef(router, 398);\n    ConnEnd srcPt398(Point(758, 1859.71), 15);\n    connRef398->setSourceEndpoint(srcPt398);\n    ConnEnd dstPt398(Point(758, 1809.71), 15);\n    connRef398->setDestEndpoint(dstPt398);\n    connRef398->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399 = new ConnRef(router, 399);\n    ConnEnd srcPt399(Point(1000.8, 1809.71), 15);\n    connRef399->setSourceEndpoint(srcPt399);\n    ConnEnd dstPt399(Point(938.8, 1809.71), 15);\n    connRef399->setDestEndpoint(dstPt399);\n    connRef399->setRoutingType((ConnType)2);\n\n    ConnRef *connRef400 = new ConnRef(router, 400);\n    ConnEnd srcPt400(Point(1166, 1562.71), 15);\n    connRef400->setSourceEndpoint(srcPt400);\n    ConnEnd dstPt400(Point(1228, 1562.71), 15);\n    connRef400->setDestEndpoint(dstPt400);\n    connRef400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef401 = new ConnRef(router, 401);\n    ConnEnd srcPt401(Point(1228, 1510.71), 15);\n    connRef401->setSourceEndpoint(srcPt401);\n    ConnEnd dstPt401(Point(1228, 1460.71), 15);\n    connRef401->setDestEndpoint(dstPt401);\n    connRef401->setRoutingType((ConnType)2);\n\n    ConnRef *connRef402 = new ConnRef(router, 402);\n    ConnEnd srcPt402(Point(1402.2, 682.045), 15);\n    connRef402->setSourceEndpoint(srcPt402);\n    ConnEnd dstPt402(Point(1340.2, 682.045), 15);\n    connRef402->setDestEndpoint(dstPt402);\n    connRef402->setRoutingType((ConnType)2);\n\n    ConnRef *connRef403 = new ConnRef(router, 403);\n    ConnEnd srcPt403(Point(1417.33, 1101.05), 15);\n    connRef403->setSourceEndpoint(srcPt403);\n    ConnEnd dstPt403(Point(1355.33, 1101.05), 15);\n    connRef403->setDestEndpoint(dstPt403);\n    connRef403->setRoutingType((ConnType)2);\n\n    ConnRef *connRef404 = new ConnRef(router, 404);\n    ConnEnd srcPt404(Point(1530.2, 402.545), 15);\n    connRef404->setSourceEndpoint(srcPt404);\n    ConnEnd dstPt404(Point(1530.2, 452.545), 15);\n    connRef404->setDestEndpoint(dstPt404);\n    connRef404->setRoutingType((ConnType)2);\n\n    ConnRef *connRef405 = new ConnRef(router, 405);\n    ConnEnd srcPt405(Point(1530.2, 494.545), 15);\n    connRef405->setSourceEndpoint(srcPt405);\n    ConnEnd dstPt405(Point(1530.2, 544.545), 15);\n    connRef405->setDestEndpoint(dstPt405);\n    connRef405->setRoutingType((ConnType)2);\n\n    ConnRef *connRef406 = new ConnRef(router, 406);\n    ConnEnd srcPt406(Point(1470.2, 820.545), 15);\n    connRef406->setSourceEndpoint(srcPt406);\n    ConnEnd dstPt406(Point(1470.2, 770.545), 15);\n    connRef406->setDestEndpoint(dstPt406);\n    connRef406->setRoutingType((ConnType)2);\n\n    ConnRef *connRef407 = new ConnRef(router, 407);\n    ConnEnd srcPt407(Point(1530.2, 586.545), 15);\n    connRef407->setSourceEndpoint(srcPt407);\n    ConnEnd dstPt407(Point(1530.2, 636.545), 15);\n    connRef407->setDestEndpoint(dstPt407);\n    connRef407->setRoutingType((ConnType)2);\n\n    ConnRef *connRef408 = new ConnRef(router, 408);\n    ConnEnd srcPt408(Point(1606.49, 859.545), 15);\n    connRef408->setSourceEndpoint(srcPt408);\n    ConnEnd dstPt408(Point(1544.49, 859.545), 15);\n    connRef408->setDestEndpoint(dstPt408);\n    connRef408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef409 = new ConnRef(router, 409);\n    ConnEnd srcPt409(Point(1718.49, 859.545), 15);\n    connRef409->setSourceEndpoint(srcPt409);\n    ConnEnd dstPt409(Point(1656.49, 859.545), 15);\n    connRef409->setDestEndpoint(dstPt409);\n    connRef409->setRoutingType((ConnType)2);\n\n    ConnRef *connRef410 = new ConnRef(router, 410);\n    ConnEnd srcPt410(Point(1470.2, 1153.05), 15);\n    connRef410->setSourceEndpoint(srcPt410);\n    ConnEnd dstPt410(Point(1470.2, 1203.05), 15);\n    connRef410->setDestEndpoint(dstPt410);\n    connRef410->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/freeFloatingDirection01\");\n    assert(connRef239->displayRoute().size() == 4);\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/hola01.cpp",
    "content": "// Regression test exercises a problem with nudging that would result in the \n// following assertion if a sub-problem was unsatisfiable because the right \n// channel edge but not the left had moved.\n//    Assertion failed: (unsatisfiedRanges.size() > 0)\n// Reported by Steve Kieffer and Tobias Czauderna.\n//\n// Problem happens if EDGE128 is defined.\n\n#include \"libavoid/libavoid.h\"\n\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 30);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 120);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 0);\n    router->setRoutingParameter((RoutingParameter)6, 7.5);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingParameter((RoutingParameter)8, 0);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    router->setRoutingOption((RoutingOption)4, true);\n    router->setRoutingOption((RoutingOption)5, false);\n    router->setRoutingOption((RoutingOption)6, false);\n    Polygon polygon;\n    ConnRef *connRef = nullptr;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n    ConnEnd heConnPt;\n    PolyLine newRoute;\n    ShapeConnectionPin *connPin = nullptr;\n\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(274.03, 356.334);\n    polygon.ps[1] = Point(304.03, 356.334);\n    polygon.ps[2] = Point(304.03, 386.334);\n    polygon.ps[3] = Point(274.03, 386.334);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(214.034, 356.334);\n    polygon.ps[1] = Point(244.034, 356.334);\n    polygon.ps[2] = Point(244.034, 386.334);\n    polygon.ps[3] = Point(214.034, 386.334);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef2\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(214.034, 439.168);\n    polygon.ps[1] = Point(244.034, 439.168);\n    polygon.ps[2] = Point(244.034, 469.168);\n    polygon.ps[3] = Point(214.034, 469.168);\n    new ShapeRef(router, polygon, 2);\n\n    // shapeRef3\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.024, 416.334);\n    polygon.ps[1] = Point(384.024, 416.334);\n    polygon.ps[2] = Point(384.024, 446.334);\n    polygon.ps[3] = Point(354.024, 446.334);\n    new ShapeRef(router, polygon, 3);\n\n    // shapeRef4\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(274.03, 276.334);\n    polygon.ps[1] = Point(304.03, 276.334);\n    polygon.ps[2] = Point(304.03, 306.334);\n    polygon.ps[3] = Point(274.03, 306.334);\n    new ShapeRef(router, polygon, 4);\n\n    // shapeRef5\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(534.011, 276.334);\n    polygon.ps[1] = Point(564.011, 276.334);\n    polygon.ps[2] = Point(564.011, 306.334);\n    polygon.ps[3] = Point(534.011, 306.334);\n    new ShapeRef(router, polygon, 5);\n\n    // shapeRef6\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(414.023, 416.334);\n    polygon.ps[1] = Point(444.023, 416.334);\n    polygon.ps[2] = Point(444.023, 446.334);\n    polygon.ps[3] = Point(414.023, 446.334);\n    new ShapeRef(router, polygon, 6);\n\n    // shapeRef7\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(594.052, 276.334);\n    polygon.ps[1] = Point(624.052, 276.334);\n    polygon.ps[2] = Point(624.052, 306.334);\n    polygon.ps[3] = Point(594.052, 306.334);\n    new ShapeRef(router, polygon, 7);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(254.052, 386.334);\n    polygon.ps[1] = Point(284.052, 386.334);\n    polygon.ps[2] = Point(284.052, 416.334);\n    polygon.ps[3] = Point(254.052, 416.334);\n    new ShapeRef(router, polygon, 8);\n\n    // shapeRef9\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 416.334);\n    polygon.ps[1] = Point(504.011, 416.334);\n    polygon.ps[2] = Point(504.011, 446.334);\n    polygon.ps[3] = Point(474.011, 446.334);\n    new ShapeRef(router, polygon, 9);\n\n    // shapeRef10\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(274.03, 76.3341);\n    polygon.ps[1] = Point(304.03, 76.3341);\n    polygon.ps[2] = Point(304.03, 106.334);\n    polygon.ps[3] = Point(274.03, 106.334);\n    new ShapeRef(router, polygon, 10);\n\n    // shapeRef11\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.034, 536.334);\n    polygon.ps[1] = Point(384.034, 536.334);\n    polygon.ps[2] = Point(384.034, 566.334);\n    polygon.ps[3] = Point(354.034, 566.334);\n    new ShapeRef(router, polygon, 11);\n\n    // shapeRef12\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(414.023, 476.334);\n    polygon.ps[1] = Point(444.023, 476.334);\n    polygon.ps[2] = Point(444.023, 506.334);\n    polygon.ps[3] = Point(414.023, 506.334);\n    new ShapeRef(router, polygon, 12);\n\n    // shapeRef13\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.034, 596.334);\n    polygon.ps[1] = Point(384.034, 596.334);\n    polygon.ps[2] = Point(384.034, 626.334);\n    polygon.ps[3] = Point(354.034, 626.334);\n    new ShapeRef(router, polygon, 13);\n\n    // shapeRef14\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(274.03, 446.334);\n    polygon.ps[1] = Point(304.03, 446.334);\n    polygon.ps[2] = Point(304.03, 476.334);\n    polygon.ps[3] = Point(274.03, 476.334);\n    new ShapeRef(router, polygon, 14);\n\n    // shapeRef15\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(131.696, 276.334);\n    polygon.ps[1] = Point(161.696, 276.334);\n    polygon.ps[2] = Point(161.696, 306.334);\n    polygon.ps[3] = Point(131.696, 306.334);\n    new ShapeRef(router, polygon, 15);\n\n    // shapeRef16\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(564.023, 416.334);\n    polygon.ps[1] = Point(594.023, 416.334);\n    polygon.ps[2] = Point(594.023, 446.334);\n    polygon.ps[3] = Point(564.023, 446.334);\n    new ShapeRef(router, polygon, 16);\n\n    // shapeRef17\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8.56882, 276.334);\n    polygon.ps[1] = Point(38.5688, 276.334);\n    polygon.ps[2] = Point(38.5688, 306.334);\n    polygon.ps[3] = Point(8.56882, 306.334);\n    new ShapeRef(router, polygon, 17);\n\n    // shapeRef18\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 216.334);\n    polygon.ps[1] = Point(504.011, 216.334);\n    polygon.ps[2] = Point(504.011, 246.334);\n    polygon.ps[3] = Point(474.011, 246.334);\n    new ShapeRef(router, polygon, 18);\n\n    // shapeRef19\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 156.334);\n    polygon.ps[1] = Point(504.011, 156.334);\n    polygon.ps[2] = Point(504.011, 186.334);\n    polygon.ps[3] = Point(474.011, 186.334);\n    new ShapeRef(router, polygon, 19);\n\n    // shapeRef20\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(534.011, 216.334);\n    polygon.ps[1] = Point(564.011, 216.334);\n    polygon.ps[2] = Point(564.011, 246.334);\n    polygon.ps[3] = Point(534.011, 246.334);\n    new ShapeRef(router, polygon, 20);\n\n    // shapeRef21\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 96.3341);\n    polygon.ps[1] = Point(504.011, 96.3341);\n    polygon.ps[2] = Point(504.011, 126.334);\n    polygon.ps[3] = Point(474.011, 126.334);\n    new ShapeRef(router, polygon, 21);\n\n    // shapeRef22\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(334.035, 356.334);\n    polygon.ps[1] = Point(364.035, 356.334);\n    polygon.ps[2] = Point(364.035, 386.334);\n    polygon.ps[3] = Point(334.035, 386.334);\n    new ShapeRef(router, polygon, 22);\n\n    // shapeRef23\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(414.023, 536.334);\n    polygon.ps[1] = Point(444.023, 536.334);\n    polygon.ps[2] = Point(444.023, 566.334);\n    polygon.ps[3] = Point(414.023, 566.334);\n    new ShapeRef(router, polygon, 23);\n\n    // shapeRef25\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(564.052, 180.582);\n    polygon.ps[1] = Point(594.052, 180.582);\n    polygon.ps[2] = Point(594.052, 210.582);\n    polygon.ps[3] = Point(564.052, 210.582);\n    new ShapeRef(router, polygon, 25);\n\n    // shapeRef26\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(154.041, 476.334);\n    polygon.ps[1] = Point(184.041, 476.334);\n    polygon.ps[2] = Point(184.041, 506.334);\n    polygon.ps[3] = Point(154.041, 506.334);\n    new ShapeRef(router, polygon, 26);\n\n    // shapeRef27\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 300.457);\n    polygon.ps[1] = Point(504.011, 300.457);\n    polygon.ps[2] = Point(504.011, 330.457);\n    polygon.ps[3] = Point(474.011, 330.457);\n    new ShapeRef(router, polygon, 27);\n\n    // shapeRef28\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(134.045, 306.334);\n    polygon.ps[1] = Point(164.045, 306.334);\n    polygon.ps[2] = Point(164.045, 336.334);\n    polygon.ps[3] = Point(134.045, 336.334);\n    new ShapeRef(router, polygon, 28);\n\n    // shapeRef29\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(254.039, 216.334);\n    polygon.ps[1] = Point(284.039, 216.334);\n    polygon.ps[2] = Point(284.039, 246.334);\n    polygon.ps[3] = Point(254.039, 246.334);\n    new ShapeRef(router, polygon, 29);\n\n    // shapeRef30\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(134.045, 386.334);\n    polygon.ps[1] = Point(164.045, 386.334);\n    polygon.ps[2] = Point(164.045, 416.334);\n    polygon.ps[3] = Point(134.045, 416.334);\n    new ShapeRef(router, polygon, 30);\n\n    // shapeRef31\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(74.0462, 386.334);\n    polygon.ps[1] = Point(104.046, 386.334);\n    polygon.ps[2] = Point(104.046, 416.334);\n    polygon.ps[3] = Point(74.0462, 416.334);\n    new ShapeRef(router, polygon, 31);\n\n    // shapeRef32\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(594.052, 596.334);\n    polygon.ps[1] = Point(624.052, 596.334);\n    polygon.ps[2] = Point(624.052, 626.334);\n    polygon.ps[3] = Point(594.052, 626.334);\n    new ShapeRef(router, polygon, 32);\n\n    // shapeRef34\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(154.041, 356.334);\n    polygon.ps[1] = Point(184.041, 356.334);\n    polygon.ps[2] = Point(184.041, 386.334);\n    polygon.ps[3] = Point(154.041, 386.334);\n    new ShapeRef(router, polygon, 34);\n\n    // shapeRef35\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(474.011, 36.3341);\n    polygon.ps[1] = Point(504.011, 36.3341);\n    polygon.ps[2] = Point(504.011, 66.3341);\n    polygon.ps[3] = Point(474.011, 66.3341);\n    new ShapeRef(router, polygon, 35);\n\n    // shapeRef38\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(534.011, 386.334);\n    polygon.ps[1] = Point(564.011, 386.334);\n    polygon.ps[2] = Point(564.011, 416.334);\n    polygon.ps[3] = Point(534.011, 416.334);\n    new ShapeRef(router, polygon, 38);\n\n    // shapeRef39\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(564.023, 343.278);\n    polygon.ps[1] = Point(594.023, 343.278);\n    polygon.ps[2] = Point(594.023, 373.278);\n    polygon.ps[3] = Point(564.023, 373.278);\n    new ShapeRef(router, polygon, 39);\n\n    // shapeRef40\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(74.0462, 156.334);\n    polygon.ps[1] = Point(104.046, 156.334);\n    polygon.ps[2] = Point(104.046, 186.334);\n    polygon.ps[3] = Point(74.0462, 186.334);\n    new ShapeRef(router, polygon, 40);\n\n    // shapeRef41\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(214.034, 76.3341);\n    polygon.ps[1] = Point(244.034, 76.3341);\n    polygon.ps[2] = Point(244.034, 106.334);\n    polygon.ps[3] = Point(214.034, 106.334);\n    new ShapeRef(router, polygon, 41);\n\n    // shapeRef42\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(334.035, 136.334);\n    polygon.ps[1] = Point(364.035, 136.334);\n    polygon.ps[2] = Point(364.035, 166.334);\n    polygon.ps[3] = Point(334.035, 166.334);\n    new ShapeRef(router, polygon, 42);\n\n    // shapeRef45\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.024, 300.457);\n    polygon.ps[1] = Point(384.024, 300.457);\n    polygon.ps[2] = Point(384.024, 330.457);\n    polygon.ps[3] = Point(354.024, 330.457);\n    new ShapeRef(router, polygon, 45);\n\n    // shapeRef46\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(154.041, 416.334);\n    polygon.ps[1] = Point(184.041, 416.334);\n    polygon.ps[2] = Point(184.041, 446.334);\n    polygon.ps[3] = Point(154.041, 446.334);\n    new ShapeRef(router, polygon, 46);\n\n    // shapeRef47\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(214.034, 136.334);\n    polygon.ps[1] = Point(244.034, 136.334);\n    polygon.ps[2] = Point(244.034, 166.334);\n    polygon.ps[3] = Point(214.034, 166.334);\n    new ShapeRef(router, polygon, 47);\n\n    // shapeRef48\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(214.034, 296.334);\n    polygon.ps[1] = Point(244.034, 296.334);\n    polygon.ps[2] = Point(244.034, 326.334);\n    polygon.ps[3] = Point(214.034, 326.334);\n    new ShapeRef(router, polygon, 48);\n\n    // shapeRef50\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(74.0462, 296.334);\n    polygon.ps[1] = Point(104.046, 296.334);\n    polygon.ps[2] = Point(104.046, 326.334);\n    polygon.ps[3] = Point(74.0462, 326.334);\n    new ShapeRef(router, polygon, 50);\n\n    // shapeRef51\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.024, 36.3341);\n    polygon.ps[1] = Point(384.024, 36.3341);\n    polygon.ps[2] = Point(384.024, 66.3341);\n    polygon.ps[3] = Point(354.024, 66.3341);\n    new ShapeRef(router, polygon, 51);\n\n    // shapeRef53\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354.024, 180.582);\n    polygon.ps[1] = Point(384.024, 180.582);\n    polygon.ps[2] = Point(384.024, 210.582);\n    polygon.ps[3] = Point(354.024, 210.582);\n    new ShapeRef(router, polygon, 53);\n\n    // shapeRef54\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(534.011, 596.334);\n    polygon.ps[1] = Point(564.011, 596.334);\n    polygon.ps[2] = Point(564.011, 626.334);\n    polygon.ps[3] = Point(534.011, 626.334);\n    new ShapeRef(router, polygon, 54);\n\n    // shapeRef55\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8.56882, 156.334);\n    polygon.ps[1] = Point(38.5688, 156.334);\n    polygon.ps[2] = Point(38.5688, 186.334);\n    polygon.ps[3] = Point(8.56882, 186.334);\n    new ShapeRef(router, polygon, 55);\n\n    // shapeRef57\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(281.314, 476.334);\n    polygon.ps[1] = Point(311.314, 476.334);\n    polygon.ps[2] = Point(311.314, 506.334);\n    polygon.ps[3] = Point(281.314, 506.334);\n    new ShapeRef(router, polygon, 57);\n\n    // shapeRef58\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(254.039, 312.99);\n    polygon.ps[1] = Point(284.039, 312.99);\n    polygon.ps[2] = Point(284.039, 342.99);\n    polygon.ps[3] = Point(254.039, 342.99);\n    new ShapeRef(router, polygon, 58);\n\n    // connRef59\n    connRef = new ConnRef(router, 59);\n    srcPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef60\n    connRef = new ConnRef(router, 60);\n    srcPt = ConnEnd(Point(169.041, 491.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef61\n    connRef = new ConnRef(router, 61);\n    srcPt = ConnEnd(Point(369.024, 315.457), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.024, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef62\n    connRef = new ConnRef(router, 62);\n    srcPt = ConnEnd(Point(23.5688, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(23.5688, 171.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef63\n    connRef = new ConnRef(router, 63);\n    srcPt = ConnEnd(Point(429.023, 551.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(429.023, 491.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef64\n    connRef = new ConnRef(router, 64);\n    srcPt = ConnEnd(Point(549.011, 611.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.034, 611.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef65\n    connRef = new ConnRef(router, 65);\n    srcPt = ConnEnd(Point(369.024, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 454.168), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef66\n    connRef = new ConnRef(router, 66);\n    srcPt = ConnEnd(Point(429.023, 551.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(579.023, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef67\n    connRef = new ConnRef(router, 67);\n    srcPt = ConnEnd(Point(489.011, 231.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(269.039, 231.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef68\n    connRef = new ConnRef(router, 68);\n    srcPt = ConnEnd(Point(369.034, 551.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(429.023, 551.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef69\n    connRef = new ConnRef(router, 69);\n    srcPt = ConnEnd(Point(169.041, 371.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(149.045, 401.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef70\n    connRef = new ConnRef(router, 70);\n    srcPt = ConnEnd(Point(169.041, 491.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef71\n    connRef = new ConnRef(router, 71);\n    srcPt = ConnEnd(Point(149.045, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(149.045, 321.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef72\n    connRef = new ConnRef(router, 72);\n    srcPt = ConnEnd(Point(489.011, 231.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef73\n    connRef = new ConnRef(router, 73);\n    srcPt = ConnEnd(Point(229.034, 91.3341), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 91.3341), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef74\n    connRef = new ConnRef(router, 74);\n    srcPt = ConnEnd(Point(369.024, 315.457), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.024, 195.582), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef75\n    connRef = new ConnRef(router, 75);\n    srcPt = ConnEnd(Point(489.011, 171.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 231.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef76\n    connRef = new ConnRef(router, 76);\n    srcPt = ConnEnd(Point(146.696, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef77\n    connRef = new ConnRef(router, 77);\n    srcPt = ConnEnd(Point(23.5688, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(146.696, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef78\n    connRef = new ConnRef(router, 78);\n    srcPt = ConnEnd(Point(609.052, 611.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 461.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef79\n    connRef = new ConnRef(router, 79);\n    srcPt = ConnEnd(Point(489.011, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(429.023, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef80\n    connRef = new ConnRef(router, 80);\n    srcPt = ConnEnd(Point(489.011, 315.457), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 231.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef81\n    connRef = new ConnRef(router, 81);\n    srcPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef82\n    connRef = new ConnRef(router, 82);\n    srcPt = ConnEnd(Point(489.011, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 315.457), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef83\n    connRef = new ConnRef(router, 83);\n    srcPt = ConnEnd(Point(89.0462, 171.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 171.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef84\n    connRef = new ConnRef(router, 84);\n    srcPt = ConnEnd(Point(229.034, 151.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 91.3341), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef85\n    connRef = new ConnRef(router, 85);\n    srcPt = ConnEnd(Point(289.03, 91.3341), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef86\n    connRef = new ConnRef(router, 86);\n    srcPt = ConnEnd(Point(89.0462, 311.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(89.0462, 171.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef87\n    connRef = new ConnRef(router, 87);\n    srcPt = ConnEnd(Point(149.045, 321.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 171.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef88\n    connRef = new ConnRef(router, 88);\n    srcPt = ConnEnd(Point(489.011, 315.457), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(609.052, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef89\n    connRef = new ConnRef(router, 89);\n    srcPt = ConnEnd(Point(369.024, 195.582), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.024, 51.3341), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef90\n    connRef = new ConnRef(router, 90);\n    srcPt = ConnEnd(Point(289.03, 461.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef91\n    connRef = new ConnRef(router, 91);\n    srcPt = ConnEnd(Point(296.314, 491.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(429.023, 491.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef92\n    connRef = new ConnRef(router, 92);\n    srcPt = ConnEnd(Point(369.034, 611.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.034, 551.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef93\n    connRef = new ConnRef(router, 93);\n    srcPt = ConnEnd(Point(609.052, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef94\n    connRef = new ConnRef(router, 94);\n    srcPt = ConnEnd(Point(579.023, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(579.023, 358.278), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef95\n    connRef = new ConnRef(router, 95);\n    srcPt = ConnEnd(Point(549.011, 231.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef96\n    connRef = new ConnRef(router, 96);\n    srcPt = ConnEnd(Point(579.052, 195.582), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef97\n    connRef = new ConnRef(router, 97);\n    srcPt = ConnEnd(Point(489.011, 231.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 231.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef98\n    connRef = new ConnRef(router, 98);\n    srcPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef99\n    connRef = new ConnRef(router, 99);\n    srcPt = ConnEnd(Point(149.045, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(269.052, 401.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef100\n    connRef = new ConnRef(router, 100);\n    srcPt = ConnEnd(Point(579.023, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef101\n    connRef = new ConnRef(router, 101);\n    srcPt = ConnEnd(Point(229.034, 454.168), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef102\n    connRef = new ConnRef(router, 102);\n    srcPt = ConnEnd(Point(489.011, 111.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 171.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef103\n    connRef = new ConnRef(router, 103);\n    srcPt = ConnEnd(Point(369.024, 315.457), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 315.457), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef104\n    connRef = new ConnRef(router, 104);\n    srcPt = ConnEnd(Point(349.035, 371.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 111.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef105\n    connRef = new ConnRef(router, 105);\n    srcPt = ConnEnd(Point(429.023, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef106\n    connRef = new ConnRef(router, 106);\n    srcPt = ConnEnd(Point(269.039, 231.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(349.035, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef107\n    connRef = new ConnRef(router, 107);\n    srcPt = ConnEnd(Point(289.03, 371.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(349.035, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef108\n    connRef = new ConnRef(router, 108);\n    srcPt = ConnEnd(Point(579.023, 358.278), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef109\n    connRef = new ConnRef(router, 109);\n    srcPt = ConnEnd(Point(429.023, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369.024, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef110\n    connRef = new ConnRef(router, 110);\n    srcPt = ConnEnd(Point(369.024, 51.3341), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.011, 51.3341), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef111\n    connRef = new ConnRef(router, 111);\n    srcPt = ConnEnd(Point(296.314, 491.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 491.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef112\n    connRef = new ConnRef(router, 112);\n    srcPt = ConnEnd(Point(349.035, 151.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(349.035, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef113\n    connRef = new ConnRef(router, 113);\n    srcPt = ConnEnd(Point(229.034, 311.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef114\n    connRef = new ConnRef(router, 114);\n    srcPt = ConnEnd(Point(269.039, 327.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef115\n    connRef = new ConnRef(router, 115);\n    srcPt = ConnEnd(Point(369.034, 551.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef116\n    connRef = new ConnRef(router, 116);\n    srcPt = ConnEnd(Point(429.023, 491.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(429.023, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef117\n    connRef = new ConnRef(router, 117);\n    srcPt = ConnEnd(Point(89.0462, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(149.045, 401.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef118\n    connRef = new ConnRef(router, 118);\n    srcPt = ConnEnd(Point(349.035, 151.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 151.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef119\n    connRef = new ConnRef(router, 119);\n    srcPt = ConnEnd(Point(549.011, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 611.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef120\n    connRef = new ConnRef(router, 120);\n    srcPt = ConnEnd(Point(369.024, 195.582), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(579.052, 195.582), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef121\n    connRef = new ConnRef(router, 121);\n    srcPt = ConnEnd(Point(269.039, 327.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(269.039, 231.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef122\n    connRef = new ConnRef(router, 122);\n    srcPt = ConnEnd(Point(169.041, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef123\n    connRef = new ConnRef(router, 123);\n    srcPt = ConnEnd(Point(369.024, 431.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(169.041, 431.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef124\n    connRef = new ConnRef(router, 124);\n    srcPt = ConnEnd(Point(229.034, 151.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(229.034, 311.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef125\n    connRef = new ConnRef(router, 125);\n    srcPt = ConnEnd(Point(549.011, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(269.052, 401.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef126\n    connRef = new ConnRef(router, 126);\n    srcPt = ConnEnd(Point(549.011, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(549.011, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef127\n    connRef = new ConnRef(router, 127);\n    srcPt = ConnEnd(Point(269.052, 401.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n#define EDGE128\n#ifdef EDGE128\n    // connRef128\n    connRef = new ConnRef(router, 128);\n    srcPt = ConnEnd(Point(289.03, 291.334), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(289.03, 371.334), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/hola01\");\n    delete router;\n    return 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/hyperedge01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    //router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    //router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    JunctionRef *shapeRef171026375 = new JunctionRef(router, Point(51075, 51225), 171026375);\n\n    Polygon poly878674(4);\n    poly878674.ps[0] = Point(51454, 51200);\n    poly878674.ps[1] = Point(51454, 51285);\n    poly878674.ps[2] = Point(51396, 51285);\n    poly878674.ps[3] = Point(51396, 51200);\n    new ShapeRef(router, poly878674, 878674);\n\n    Polygon poly286906544(4);\n    poly286906544.ps[0] = Point(50704, 51250);\n    poly286906544.ps[1] = Point(50704, 51335);\n    poly286906544.ps[2] = Point(50646, 51335);\n    poly286906544.ps[3] = Point(50646, 51250);\n    new ShapeRef(router, poly286906544, 286906544);\n\n    Polygon poly170813081(4);\n    poly170813081.ps[0] = Point(51104, 51090);\n    poly170813081.ps[1] = Point(51104, 51175);\n    poly170813081.ps[2] = Point(51046, 51175);\n    poly170813081.ps[3] = Point(51046, 51090);\n    new ShapeRef(router, poly170813081, 170813081);\n\n    Polygon poly342721632(4);\n    poly342721632.ps[0] = Point(51910, 50946);\n    poly342721632.ps[1] = Point(51910, 51004);\n    poly342721632.ps[2] = Point(51825, 51004);\n    poly342721632.ps[3] = Point(51825, 50946);\n    new ShapeRef(router, poly342721632, 342721632);\n\n    JunctionRef *shapeRef102578723 = new JunctionRef(router, Point(51275, 50725), 102578723);\n\n    JunctionRef *shapeRef17922268 = new JunctionRef(router, Point(50850, 50975), 17922268);\n\n    Polygon poly11057158(4);\n    poly11057158.ps[0] = Point(51679, 51200);\n    poly11057158.ps[1] = Point(51679, 51285);\n    poly11057158.ps[2] = Point(51621, 51285);\n    poly11057158.ps[3] = Point(51621, 51200);\n    new ShapeRef(router, poly11057158, 11057158);\n\n    Polygon poly322446045(4);\n    poly322446045.ps[0] = Point(50779, 51240);\n    poly322446045.ps[1] = Point(50779, 51335);\n    poly322446045.ps[2] = Point(50721, 51335);\n    poly322446045.ps[3] = Point(50721, 51240);\n    new ShapeRef(router, poly322446045, 322446045);\n\n    Polygon poly767565928(4);\n    poly767565928.ps[0] = Point(51004, 50741);\n    poly767565928.ps[1] = Point(51004, 50826);\n    poly767565928.ps[2] = Point(50946, 50826);\n    poly767565928.ps[3] = Point(50946, 50741);\n    new ShapeRef(router, poly767565928, 767565928);\n\n    Polygon poly280939374(4);\n    poly280939374.ps[0] = Point(51085, 50971);\n    poly280939374.ps[1] = Point(51085, 51029);\n    poly280939374.ps[2] = Point(51000, 51029);\n    poly280939374.ps[3] = Point(51000, 50971);\n    new ShapeRef(router, poly280939374, 280939374);\n\n    Polygon poly630623707(4);\n    poly630623707.ps[0] = Point(51279, 50925);\n    poly630623707.ps[1] = Point(51279, 51010);\n    poly630623707.ps[2] = Point(51221, 51010);\n    poly630623707.ps[3] = Point(51221, 50925);\n    new ShapeRef(router, poly630623707, 630623707);\n\n    Polygon poly28160455(4);\n    poly28160455.ps[0] = Point(50879, 51250);\n    poly28160455.ps[1] = Point(50879, 51335);\n    poly28160455.ps[2] = Point(50821, 51335);\n    poly28160455.ps[3] = Point(50821, 51250);\n    new ShapeRef(router, poly28160455, 28160455);\n\n    Polygon poly525890448(4);\n    poly525890448.ps[0] = Point(51174, 50721);\n    poly525890448.ps[1] = Point(51174, 50779);\n    poly525890448.ps[2] = Point(51089, 50779);\n    poly525890448.ps[3] = Point(51089, 50721);\n    new ShapeRef(router, poly525890448, 525890448);\n\n    Polygon poly157182552(4);\n    poly157182552.ps[0] = Point(51529, 51190);\n    poly157182552.ps[1] = Point(51529, 51285);\n    poly157182552.ps[2] = Point(51471, 51285);\n    poly157182552.ps[3] = Point(51471, 51190);\n    new ShapeRef(router, poly157182552, 157182552);\n\n    Polygon poly799637520(4);\n    poly799637520.ps[0] = Point(50625, 50896);\n    poly799637520.ps[1] = Point(50625, 50954);\n    poly799637520.ps[2] = Point(50540, 50954);\n    poly799637520.ps[3] = Point(50540, 50896);\n    new ShapeRef(router, poly799637520, 799637520);\n\n    Polygon poly60349320(4);\n    poly60349320.ps[0] = Point(50904, 51025);\n    poly60349320.ps[1] = Point(50904, 51110);\n    poly60349320.ps[2] = Point(50846, 51110);\n    poly60349320.ps[3] = Point(50846, 51025);\n    new ShapeRef(router, poly60349320, 60349320);\n    \n    Polygon poly119851894(4);\n    poly119851894.ps[0] = Point(51179, 51225);\n    poly119851894.ps[1] = Point(51179, 51310);\n    poly119851894.ps[2] = Point(51121, 51310);\n    poly119851894.ps[3] = Point(51121, 51225);\n    new ShapeRef(router, poly119851894, 119851894);\n    \n    Polygon poly233164275(4);\n    poly233164275.ps[0] = Point(51604, 51200);\n    poly233164275.ps[1] = Point(51604, 51285);\n    poly233164275.ps[2] = Point(51546, 51285);\n    poly233164275.ps[3] = Point(51546, 51200);\n    new ShapeRef(router, poly233164275, 233164275);\n    \n    Polygon poly807558175(4);\n    poly807558175.ps[0] = Point(51604, 51000);\n    poly807558175.ps[1] = Point(51604, 51085);\n    poly807558175.ps[2] = Point(51546, 51085);\n    poly807558175.ps[3] = Point(51546, 51000);\n    new ShapeRef(router, poly807558175, 807558175);\n    \n    JunctionRef *shapeRef265539540 = new JunctionRef(router, Point(51625, 50950), 265539540);\n\n    Polygon poly108859552(4);\n    poly108859552.ps[0] = Point(51560, 50721);\n    poly108859552.ps[1] = Point(51560, 50779);\n    poly108859552.ps[2] = Point(51475, 50779);\n    poly108859552.ps[3] = Point(51475, 50721);\n    new ShapeRef(router, poly108859552, 108859552);\n    \n    Polygon poly404900496(4);\n    poly404900496.ps[0] = Point(51525, 50946);\n    poly404900496.ps[1] = Point(51525, 51004);\n    poly404900496.ps[2] = Point(51440, 51004);\n    poly404900496.ps[3] = Point(51440, 50946);\n    new ShapeRef(router, poly404900496, 404900496);\n    \n    Polygon poly620445000(4);\n    poly620445000.ps[0] = Point(51029, 51225);\n    poly620445000.ps[1] = Point(51029, 51310);\n    poly620445000.ps[2] = Point(50971, 51310);\n    poly620445000.ps[3] = Point(50971, 51225);\n    new ShapeRef(router, poly620445000, 620445000);\n    \n    ConnRef *connRef450684531 = new ConnRef(router, 450684531);\n    ConnEnd srcPt450684531(Point(51165, 50750), 8);\n    connRef450684531->setSourceEndpoint(srcPt450684531);\n    ConnEnd dstPt450684531(shapeRef102578723);\n    connRef450684531->setDestEndpoint(dstPt450684531);\n    connRef450684531->setRoutingType((ConnType)2);\n\n    ConnRef *connRef135371350 = new ConnRef(router, 135371350);\n    ConnEnd srcPt135371350(shapeRef102578723);\n    connRef135371350->setSourceEndpoint(srcPt135371350);\n    ConnEnd dstPt135371350(Point(51250, 50935), 1);\n    connRef135371350->setDestEndpoint(dstPt135371350);\n    connRef135371350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef143333770 = new ConnRef(router, 143333770);\n    ConnEnd srcPt143333770(Point(51485, 50750), 4);\n    connRef143333770->setSourceEndpoint(srcPt143333770);\n    ConnEnd dstPt143333770(shapeRef102578723);\n    connRef143333770->setDestEndpoint(dstPt143333770);\n    connRef143333770->setRoutingType((ConnType)2);\n\n    ConnRef *connRef102966575 = new ConnRef(router, 102966575);\n    ConnEnd srcPt102966575(Point(50615, 50925), 8);\n    connRef102966575->setSourceEndpoint(srcPt102966575);\n    ConnEnd dstPt102966575(shapeRef17922268);\n    connRef102966575->setDestEndpoint(dstPt102966575);\n    connRef102966575->setRoutingType((ConnType)2);\n\n    ConnRef *connRef68998920 = new ConnRef(router, 68998920);\n    ConnEnd srcPt68998920(shapeRef17922268);\n    connRef68998920->setSourceEndpoint(srcPt68998920);\n    ConnEnd dstPt68998920(Point(50975, 50815), 2);\n    connRef68998920->setDestEndpoint(dstPt68998920);\n    connRef68998920->setRoutingType((ConnType)2);\n\n    ConnRef *connRef1625709 = new ConnRef(router, 1625709);\n    ConnEnd srcPt1625709(shapeRef17922268);\n    connRef1625709->setSourceEndpoint(srcPt1625709);\n    ConnEnd dstPt1625709(Point(50875, 51035), 1);\n    connRef1625709->setDestEndpoint(dstPt1625709);\n    connRef1625709->setRoutingType((ConnType)2);\n\n    ConnRef *connRef34178450 = new ConnRef(router, 34178450);\n    ConnEnd srcPt34178450(shapeRef17922268);\n    connRef34178450->setSourceEndpoint(srcPt34178450);\n    ConnEnd dstPt34178450(Point(51010, 51000), 4);\n    connRef34178450->setDestEndpoint(dstPt34178450);\n    connRef34178450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314512308 = new ConnRef(router, 314512308);\n    ConnEnd srcPt314512308(Point(51000, 51235), 1);\n    connRef314512308->setSourceEndpoint(srcPt314512308);\n    ConnEnd dstPt314512308(shapeRef171026375);\n    connRef314512308->setDestEndpoint(dstPt314512308);\n    connRef314512308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182776308 = new ConnRef(router, 182776308);\n    ConnEnd srcPt182776308(shapeRef171026375);\n    connRef182776308->setSourceEndpoint(srcPt182776308);\n    ConnEnd dstPt182776308(Point(51075, 51165), 2);\n    connRef182776308->setDestEndpoint(dstPt182776308);\n    connRef182776308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef96504835 = new ConnRef(router, 96504835);\n    ConnEnd srcPt96504835(Point(51150, 51235), 1);\n    connRef96504835->setSourceEndpoint(srcPt96504835);\n    ConnEnd dstPt96504835(shapeRef171026375);\n    connRef96504835->setDestEndpoint(dstPt96504835);\n    connRef96504835->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467016913 = new ConnRef(router, 467016913);\n    ConnEnd srcPt467016913(shapeRef265539540);\n    connRef467016913->setSourceEndpoint(srcPt467016913);\n    ConnEnd dstPt467016913(Point(51575, 51010), 1);\n    connRef467016913->setDestEndpoint(dstPt467016913);\n    connRef467016913->setRoutingType((ConnType)2);\n\n    ConnRef *connRef45740440 = new ConnRef(router, 45740440);\n    ConnEnd srcPt45740440(Point(51835, 50975), 4);\n    connRef45740440->setSourceEndpoint(srcPt45740440);\n    ConnEnd dstPt45740440(shapeRef265539540);\n    connRef45740440->setDestEndpoint(dstPt45740440);\n    connRef45740440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef985644192 = new ConnRef(router, 985644192);\n    ConnEnd srcPt985644192(Point(51515, 50975), 8);\n    connRef985644192->setSourceEndpoint(srcPt985644192);\n    ConnEnd dstPt985644192(shapeRef265539540);\n    connRef985644192->setDestEndpoint(dstPt985644192);\n    connRef985644192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef1 = new ConnRef(router, 1);\n    ConnEnd srcPt1(shapeRef102578723);\n    connRef1->setSourceEndpoint(srcPt1);\n    ConnEnd dstPt1(shapeRef171026375);\n    connRef1->setDestEndpoint(dstPt1);\n    connRef1->setRoutingType((ConnType)2);\n\n    ConnRef *connRef2 = new ConnRef(router, 2);\n    ConnEnd srcPt2(shapeRef102578723);\n    connRef2->setSourceEndpoint(srcPt2);\n    ConnEnd dstPt2(shapeRef17922268);\n    connRef2->setDestEndpoint(dstPt2);\n    connRef2->setRoutingType((ConnType)2);\n\n    ConnRef *connRef3 = new ConnRef(router, 3);\n    ConnEnd srcPt3(shapeRef102578723);\n    connRef3->setSourceEndpoint(srcPt3);\n    ConnEnd dstPt3(shapeRef265539540);\n    connRef3->setDestEndpoint(dstPt3);\n    connRef3->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/hyperedge01-1\");\n\n    HyperedgeRerouter *hyperedgeRerouter = router->hyperedgeRerouter();\n    hyperedgeRerouter->registerHyperedgeForRerouting(shapeRef102578723);\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/hyperedge01-2\");\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/hyperedge02.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    ConnEndList hyperedgeTerminals;\n    Router *router = new Router(OrthogonalRouting);\n    /*\n    router->setRoutingPenalty((PenaltyType)0, 78.7234);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 0);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n    router->setRoutingPenalty((PenaltyType)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setOrthogonalNudgeDistance(4);\n    */\n\n    Polygon poly1(4);\n    poly1.ps[0] = Point(461.05, 1.66648);\n    poly1.ps[1] = Point(461.05, 65.6665);\n    poly1.ps[2] = Point(376.05, 65.6665);\n    poly1.ps[3] = Point(376.05, 1.66648);\n    ShapeRef *shapeRef1 = new ShapeRef(router, poly1, 1);\n    new ShapeConnectionPin(shapeRef1, 102, 0.5, 1, true, 10, (ConnDirFlags) 2);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef1, 102));\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(404, 166);\n    poly2.ps[1] = Point(404, 227);\n    poly2.ps[2] = Point(320, 227);\n    poly2.ps[3] = Point(320, 166);\n    ShapeRef *shapeRef2 = new ShapeRef(router, poly2, 2);\n    new ShapeConnectionPin(shapeRef2, 102, 0, 0.5, true, 10, (ConnDirFlags) 4);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef2, 102));\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(240.001, 185);\n    poly3.ps[1] = Point(240.001, 227);\n    poly3.ps[2] = Point(178.001, 227);\n    poly3.ps[3] = Point(178.001, 185);\n    ShapeRef *shapeRef3 = new ShapeRef(router, poly3, 3);\n    new ShapeConnectionPin(shapeRef3, 102, 1, 0.5, true, 10, (ConnDirFlags) 8);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef3, 102));\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(274.526, 132);\n    poly4.ps[1] = Point(274.526, 174);\n    poly4.ps[2] = Point(90.526, 174);\n    poly4.ps[3] = Point(90.526, 132);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(152.526, 1.66648);\n    poly5.ps[1] = Point(152.526, 40);\n    poly5.ps[2] = Point(90.526, 40);\n    poly5.ps[3] = Point(90.526, 1.66648);\n    ShapeRef *shapeRef5 = new ShapeRef(router, poly5, 5);\n    new ShapeConnectionPin(shapeRef5, 102, 0.5, 1, true, 10, (ConnDirFlags) 2);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef5, 102));\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(366.925, 1.66648);\n    poly6.ps[1] = Point(366.925, 92.6665);\n    poly6.ps[2] = Point(304.925, 92.6665);\n    poly6.ps[3] = Point(304.925, 1.66648);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(345, 115);\n    poly8.ps[1] = Point(345, 140);\n    poly8.ps[2] = Point(320, 140);\n    poly8.ps[3] = Point(320, 115);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(223.675, 1.66648);\n    poly7.ps[1] = Point(223.675, 50.3333);\n    poly7.ps[2] = Point(161.675, 50.3333);\n    poly7.ps[3] = Point(161.675, 1.66648);\n    ShapeRef *shapeRef7 = new ShapeRef(router, poly7, 7);\n    new ShapeConnectionPin(shapeRef7, 102, 0.5, 1, true, 10, (ConnDirFlags) 2);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef7, 102));\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(295.3, 1.66648);\n    poly10.ps[1] = Point(295.3, 40);\n    poly10.ps[2] = Point(233.3, 40);\n    poly10.ps[3] = Point(233.3, 1.66648);\n    ShapeRef *shapeRef10 = new ShapeRef(router, poly10, 10);\n    new ShapeConnectionPin(shapeRef10, 102, 0.5, 1, true, 10, (ConnDirFlags) 2);\n    hyperedgeTerminals.push_back(ConnEnd(shapeRef10, 102));\n\n    HyperedgeRerouter *hyperedgeRerouter = router->hyperedgeRerouter();\n    hyperedgeRerouter->registerHyperedgeForRerouting(hyperedgeTerminals);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/hyperedge02\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/hyperedgeLoop1.cpp",
    "content": "// THis is a regression test for an infinite loop in the hyperedge improvement.\r\n\r\n#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\nusing namespace Avoid;\r\n\r\nvoid test()\r\n{\r\n\tAvoid::ConnEnd end1;\r\n\tAvoid::ConnEnd end2;\r\n\tAvoid::Polygon poly;\r\n\tAvoid::Router * router1 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\trouter1->setTransactionUse(true);\r\n\trouter1->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter1->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter1->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50760, 50620));\r\n\tpoly.setPoint(1, Avoid::Point(50760, 50680));\r\n\tpoly.setPoint(2, Avoid::Point(50590, 50680));\r\n\tpoly.setPoint(3, Avoid::Point(50590, 50620));\r\n\tAvoid::ShapeRef * shape147006780 = new Avoid::ShapeRef(router1, poly, 147006780);\r\n\tAvoid::ShapeConnectionPin * pin147006780_1 = new Avoid::ShapeConnectionPin(shape147006780, 2, 0.941176, 0.5, true, 10, 8);\r\n\tpin147006780_1->setExclusive(true);\r\n\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(50585, 50765));\r\n\tpoly.setPoint(1, Avoid::Point(50585, 50935));\r\n\tpoly.setPoint(2, Avoid::Point(50365, 50935));\r\n\tpoly.setPoint(3, Avoid::Point(50365, 50765));\r\n\tAvoid::ShapeRef * shape69758810 = new Avoid::ShapeRef(router1, poly, 69758810);\r\n\tAvoid::ShapeConnectionPin * pin69758810_1 = new Avoid::ShapeConnectionPin(shape69758810, 2, 0.954545, 0.5, true, 10, 8);\r\n\tpin69758810_1->setExclusive(true);\r\n\r\n\tpoly = Avoid::Polygon(4);\r\n\tpoly.setPoint(0, Avoid::Point(51060, 51020));\r\n\tpoly.setPoint(1, Avoid::Point(51060, 51080));\r\n\tpoly.setPoint(2, Avoid::Point(50890, 51080));\r\n\tpoly.setPoint(3, Avoid::Point(50890, 51020));\r\n\tAvoid::ShapeRef * shape149922619 = new Avoid::ShapeRef(router1, poly, 149922619);\r\n\tAvoid::ShapeConnectionPin * pin149922619_1 = new Avoid::ShapeConnectionPin(shape149922619, 2, 0.941176, 0.5, true, 10, 8);\r\n\tpin149922619_1->setExclusive(true);\r\n\r\n\tAvoid::JunctionRef * junction228834480 = new Avoid::JunctionRef(router1, Avoid::Point(51050, 51050), 228834480);\r\n\tend1 = Avoid::ConnEnd(shape69758810, 2);\r\n\tend2 = Avoid::ConnEnd(junction228834480);\r\n\tAvoid::ConnRef * conn159270000 = new Avoid::ConnRef(router1, end1, end2);\r\n\tconn159270000->makePathInvalid();\r\n\tend1 = Avoid::ConnEnd(junction228834480);\r\n\tend2 = Avoid::ConnEnd(shape149922619, 2);\r\n\tAvoid::ConnRef * conn199495942 = new Avoid::ConnRef(router1, end1, end2);\r\n\trouter1->processTransaction();\r\n\r\n\trouter1->outputDiagram(\"output/hyperedgeLoop1-1\");\r\n\tend1 = Avoid::ConnEnd(shape147006780, 2);\r\n\tend2 = Avoid::ConnEnd(junction228834480);\r\n\tAvoid::ConnRef * conn8326760 = new Avoid::ConnRef(router1, end1, end2);\r\n\tconn8326760->makePathInvalid();\r\n\trouter1->processTransaction(); // infinite\r\n\r\n\trouter1->outputDiagram(\"output/hyperedgeLoop1-2\");\r\n\trouter1->deleteShape(shape147006780);\r\n\tshape147006780 = nullptr;\r\n\trouter1->deleteShape(shape69758810);\r\n\tshape69758810 = nullptr;\r\n\trouter1->deleteShape(shape149922619);\r\n\tshape149922619 = nullptr;\r\n\trouter1->deleteJunction(junction228834480);\r\n\tjunction228834480 = nullptr;\r\n\trouter1->deleteConnector(conn159270000);\r\n\tconn159270000 = nullptr;\r\n\trouter1->deleteConnector(conn199495942);\r\n\tconn199495942 = nullptr;\r\n\trouter1->deleteConnector(conn8326760);\r\n\tconn8326760 = nullptr;\r\n\trouter1->processTransaction();\r\n\r\n\tdelete router1;\r\n}\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/hyperedgeRerouting01.cpp",
    "content": "// Based on 33004heap_corruption.cpp\r\n//\r\n#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\n\r\nvoid outputDiagram(Avoid::Router * router)\r\n{\r\n\tstatic int counter = 0;\r\n\tstd::ostringstream os;\r\n\tos << (++counter);\r\n\t//router->outputDiagram(os.str());\r\n}\r\n\r\nint test()\r\n{\r\n\t// The contents of this function can be replaced by the automatically generated test code from the debug svg file\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(27350, 26040));\r\n\tpoly0.setPoint(1, Avoid::Point(27350, 26450));\r\n\tpoly0.setPoint(2, Avoid::Point(26925, 26450));\r\n\tpoly0.setPoint(3, Avoid::Point(26925, 26040));\r\n\tAvoid::ShapeRef * shape0_478041183 = new Avoid::ShapeRef(router0, poly0, 478041183);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_0 = new Avoid::ShapeConnectionPin(shape0_478041183, 1, 0, 85, false, 10, 4);\r\n\tpin0_478041183_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_1 = new Avoid::ShapeConnectionPin(shape0_478041183, 2, 100, -1, false, 10, 2);\r\n\tpin0_478041183_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_2 = new Avoid::ShapeConnectionPin(shape0_478041183, 3, -1, 85, false, 10, 8);\r\n\tpin0_478041183_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_3 = new Avoid::ShapeConnectionPin(shape0_478041183, 4, 250, -1, false, 10, 2);\r\n\tpin0_478041183_3->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_4 = new Avoid::ShapeConnectionPin(shape0_478041183, 5, 0, 235, false, 10, 4);\r\n\tpin0_478041183_4->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_5 = new Avoid::ShapeConnectionPin(shape0_478041183, 6, 0, 160, false, 10, 4);\r\n\tpin0_478041183_5->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_6 = new Avoid::ShapeConnectionPin(shape0_478041183, 7, 175, -1, false, 10, 2);\r\n\tpin0_478041183_6->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_7 = new Avoid::ShapeConnectionPin(shape0_478041183, 8, -1, 160, false, 10, 8);\r\n\tpin0_478041183_7->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_8 = new Avoid::ShapeConnectionPin(shape0_478041183, 9, 325, -1, false, 10, 2);\r\n\tpin0_478041183_8->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_478041183_9 = new Avoid::ShapeConnectionPin(shape0_478041183, 10, 0, 310, false, 10, 4);\r\n\tpin0_478041183_9->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(27030, 26900));\r\n\tpoly0.setPoint(1, Avoid::Point(27030, 27050));\r\n\tpoly0.setPoint(2, Avoid::Point(26970, 27050));\r\n\tpoly0.setPoint(3, Avoid::Point(26970, 26900));\r\n\tAvoid::ShapeRef * shape0_646972128 = new Avoid::ShapeRef(router0, poly0, 646972128);\r\n\tAvoid::ShapeConnectionPin * pin0_646972128_0 = new Avoid::ShapeConnectionPin(shape0_646972128, 1, 25, -1, false, 10, 2);\r\n\tpin0_646972128_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_646972128_1 = new Avoid::ShapeConnectionPin(shape0_646972128, 2, 25, 0, false, 10, 1);\r\n\tpin0_646972128_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(26480, 26350));\r\n\tpoly0.setPoint(1, Avoid::Point(26480, 26500));\r\n\tpoly0.setPoint(2, Avoid::Point(26420, 26500));\r\n\tpoly0.setPoint(3, Avoid::Point(26420, 26350));\r\n\tAvoid::ShapeRef * shape0_53041512 = new Avoid::ShapeRef(router0, poly0, 53041512);\r\n\tAvoid::ShapeConnectionPin * pin0_53041512_0 = new Avoid::ShapeConnectionPin(shape0_53041512, 1, 30, 0, false, 10, 1);\r\n\tpin0_53041512_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_53041512_1 = new Avoid::ShapeConnectionPin(shape0_53041512, 2, 30, -1, false, 10, 2);\r\n\tpin0_53041512_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(26860, 26900));\r\n\tpoly0.setPoint(1, Avoid::Point(26860, 27050));\r\n\tpoly0.setPoint(2, Avoid::Point(26790, 27050));\r\n\tpoly0.setPoint(3, Avoid::Point(26790, 26900));\r\n\tAvoid::ShapeRef * shape0_241539284 = new Avoid::ShapeRef(router0, poly0, 241539284);\r\n\tAvoid::ShapeConnectionPin * pin0_241539284_0 = new Avoid::ShapeConnectionPin(shape0_241539284, 1, 35, -1, false, 10, 2);\r\n\tpin0_241539284_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_241539284_1 = new Avoid::ShapeConnectionPin(shape0_241539284, 2, 35, 0, false, 10, 1);\r\n\tpin0_241539284_1->setExclusive(true);\r\n\tAvoid::JunctionRef * junction0_16268769 = new Avoid::JunctionRef(router0, Avoid::Point(27000, 27075), 16268769);\r\n\tjunction0_16268769->setPositionFixed(true);\r\n\tAvoid::JunctionRef * junction0_142222080 = new Avoid::JunctionRef(router0, Avoid::Point(27200, 26450), 142222080);\r\n\tjunction0_142222080->setPositionFixed(true);\r\n\tAvoid::JunctionRef * junction0_471289251 = new Avoid::JunctionRef(router0, Avoid::Point(26350, 26325), 471289251);\r\n\tjunction0_471289251->setPositionFixed(true);\r\n\t\r\n\t\r\n\tend1_0 = Avoid::ConnEnd(shape0_646972128, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_16268769);\r\n\tAvoid::ConnRef * conn0_64950216 = new Avoid::ConnRef(router0, end1_0, end2_0, 64950216);\r\n\tend1_0 = Avoid::ConnEnd(junction0_16268769);\r\n\tend2_0 = Avoid::ConnEnd(shape0_478041183, 7);\r\n\tAvoid::ConnRef * conn0_278089510 = new Avoid::ConnRef(router0, end1_0, end2_0, 278089510);\r\n\tend1_0 = Avoid::ConnEnd(shape0_241539284, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_16268769);\r\n\tAvoid::ConnRef * conn0_41268690 = new Avoid::ConnRef(router0, end1_0, end2_0, 41268690);\r\n\r\n\tend1_0 = Avoid::ConnEnd(shape0_478041183, 9);\r\n\tend2_0 = Avoid::ConnEnd(junction0_142222080);\r\n\tAvoid::ConnRef * conn0_60256130 = new Avoid::ConnRef(router0, end1_0, end2_0, 60256130);\r\n\tend1_0 = Avoid::ConnEnd(shape0_478041183, 3);\r\n\tend2_0 = Avoid::ConnEnd(junction0_142222080);\r\n\tAvoid::ConnRef * conn0_73835204 = new Avoid::ConnRef(router0, end1_0, end2_0, 73835204);\r\n\tend1_0 = Avoid::ConnEnd(shape0_478041183, 4);\r\n\tend2_0 = Avoid::ConnEnd(junction0_142222080);\r\n\tAvoid::ConnRef * conn0_93872527 = new Avoid::ConnRef(router0, end1_0, end2_0, 93872527);\r\n\r\n\tend1_0 = Avoid::ConnEnd(shape0_53041512, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_471289251);\r\n\tAvoid::ConnRef * conn0_448284384 = new Avoid::ConnRef(router0, end1_0, end2_0, 448284384);\r\n\tend1_0 = Avoid::ConnEnd(shape0_478041183, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_471289251);\r\n\tAvoid::ConnRef * conn0_392836745 = new Avoid::ConnRef(router0, end1_0, end2_0, 392836745);\r\n\tend1_0 = Avoid::ConnEnd(shape0_241539284, 2);\r\n\tend2_0 = Avoid::ConnEnd(junction0_471289251);\r\n\tAvoid::ConnRef * conn0_836242673 = new Avoid::ConnRef(router0, end1_0, end2_0, 836242673);\r\n\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\toutputDiagram(router0);\r\n\t\r\n\tjunction0_16268769->setPositionFixed(false);\r\n\tjunction0_142222080->setPositionFixed(false);\r\n\tjunction0_471289251->setPositionFixed(false);\r\n\t\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_16268769);\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_142222080);\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_471289251);\r\n\t\r\n\trouter0->processTransaction();\r\n\toutputDiagram(router0);\r\n\r\n    int result = router0->existsInvalidOrthogonalPaths();\r\n    delete router0;\r\n    return result;\r\n}\r\n\r\nextern \"C\" int main(int argc, char* argv[])\r\n{\r\n\treturn test();\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\n#include <sstream>\nusing namespace Avoid;\n\nint test()\n{\n\t// The contents of this function can be replaced by the automatically generated test code from the debug svg file\n\tAvoid::ConnEnd end1;\n\tAvoid::ConnEnd end2;\n\tAvoid::Polygon poly;\n\tAvoid::Router * router = new Avoid::Router(Avoid::OrthogonalRouting);\n\trouter->setTransactionUse(true);\n\trouter->setRoutingPenalty(Avoid::segmentPenalty);\n\trouter->setRoutingPenalty(Avoid::crossingPenalty);\n\trouter->setRoutingPenalty(Avoid::fixedSharedPathPenalty);\n\trouter->setRoutingParameter(idealNudgingDistance, 25);\n\trouter->setRoutingOption(Avoid::improveHyperedgeRoutesMovingJunctions, true);\n\tpoly = Avoid::Polygon(4);\n\tpoly.setPoint(0, Avoid::Point(51160, 50670));\n\tpoly.setPoint(1, Avoid::Point(51160, 50730));\n\tpoly.setPoint(2, Avoid::Point(50950, 50730));\n\tpoly.setPoint(3, Avoid::Point(50950, 50670));\n\tAvoid::ShapeRef * shape341041314 = new Avoid::ShapeRef(router, poly, 341041314);\n\tAvoid::ShapeConnectionPin * pin341041314_0 = new Avoid::ShapeConnectionPin(shape341041314, 1, 0.952381, 0.5, true, 10, 8);\n\tpin341041314_0->setExclusive(true);\n\tAvoid::ShapeConnectionPin * pin341041314_1 = new Avoid::ShapeConnectionPin(shape341041314, 2, 0, 0.5, true, 10, 4);\n\tpin341041314_1->setExclusive(true);\n\tpoly = Avoid::Polygon(4);\n\tpoly.setPoint(0, Avoid::Point(51160, 50395));\n\tpoly.setPoint(1, Avoid::Point(51160, 50455));\n\tpoly.setPoint(2, Avoid::Point(50950, 50455));\n\tpoly.setPoint(3, Avoid::Point(50950, 50395));\n\tAvoid::ShapeRef * shape47540376 = new Avoid::ShapeRef(router, poly, 47540376);\n\tAvoid::ShapeConnectionPin * pin47540376_0 = new Avoid::ShapeConnectionPin(shape47540376, 1, 0.952381, 0.5, true, 10, 8);\n\tpin47540376_0->setExclusive(true);\n\tAvoid::ShapeConnectionPin * pin47540376_1 = new Avoid::ShapeConnectionPin(shape47540376, 2, 0, 0.5, true, 10, 4);\n\tpin47540376_1->setExclusive(true);\n\tpoly = Avoid::Polygon(4);\n\tpoly.setPoint(0, Avoid::Point(50850, 50770));\n\tpoly.setPoint(1, Avoid::Point(50850, 50830));\n\tpoly.setPoint(2, Avoid::Point(50665, 50830));\n\tpoly.setPoint(3, Avoid::Point(50665, 50770));\n\tAvoid::ShapeRef * shape81920772 = new Avoid::ShapeRef(router, poly, 81920772);\n\tAvoid::ShapeConnectionPin * pin81920772_0 = new Avoid::ShapeConnectionPin(shape81920772, 1, 0.047619, 0.5, true, 10, 4);\n\tpin81920772_0->setExclusive(true);\n\tAvoid::ShapeConnectionPin * pin81920772_1 = new Avoid::ShapeConnectionPin(shape81920772, 2, 1, 0.5, true, 10, 8);\n\tpin81920772_1->setExclusive(true);\n\tAvoid::JunctionRef * junction878282342 = new Avoid::JunctionRef(router, Avoid::Point(50875, 50700), 878282342);\n\tjunction878282342->setPositionFixed(false);\n\tpoly = Avoid::Polygon(4);\n\tpoly.setPoint(0, Avoid::Point(50850, 50470));\n\tpoly.setPoint(1, Avoid::Point(50850, 50530));\n\tpoly.setPoint(2, Avoid::Point(50665, 50530));\n\tpoly.setPoint(3, Avoid::Point(50665, 50470));\n\tAvoid::ShapeRef * shape206564314 = new Avoid::ShapeRef(router, poly, 206564314);\n\tAvoid::ShapeConnectionPin * pin206564314_0 = new Avoid::ShapeConnectionPin(shape206564314, 1, 0.047619, 0.5, true, 10, 4);\n\tpin206564314_0->setExclusive(true);\n\tAvoid::ShapeConnectionPin * pin206564314_1 = new Avoid::ShapeConnectionPin(shape206564314, 2, 1, 0.5, true, 10, 8);\n\tpin206564314_1->setExclusive(true);\n\tAvoid::JunctionRef * junction213455341 = new Avoid::JunctionRef(router, Avoid::Point(50875, 50500), 213455341);\n\tjunction213455341->setPositionFixed(false);\n\tend1 = Avoid::ConnEnd(junction878282342);\n\tend2 = Avoid::ConnEnd(shape341041314, 2);\n\tAvoid::ConnRef * conn290033688 = new Avoid::ConnRef(router, end1, end2);\n\tconn290033688->makePathInvalid();\n\tend1 = Avoid::ConnEnd(shape81920772, 2);\n\tend2 = Avoid::ConnEnd(junction878282342);\n\tAvoid::ConnRef * conn281807178 = new Avoid::ConnRef(router, end1, end2);\n\tconn281807178->makePathInvalid();\n\tend1 = Avoid::ConnEnd(shape47540376, 2);\n\tend2 = Avoid::ConnEnd(junction213455341);\n\tAvoid::ConnRef * conn762966660 = new Avoid::ConnRef(router, end1, end2);\n\tconn762966660->makePathInvalid();\n\tend1 = Avoid::ConnEnd(junction213455341);\n\tend2 = Avoid::ConnEnd(junction878282342);\n\tAvoid::ConnRef * conn46508714 = new Avoid::ConnRef(router, end1, end2);\n\tconn46508714->makePathInvalid();\n\tend1 = Avoid::ConnEnd(shape206564314, 2);\n\tend2 = Avoid::ConnEnd(junction213455341);\n\tAvoid::ConnRef * conn385831514 = new Avoid::ConnRef(router, end1, end2);\n\tconn385831514->makePathInvalid();\n\trouter->processTransaction();\n\n\trouter->outputDiagram(\"output/improveHyperedge01-1\");\n\tpoly = Avoid::Polygon(4);\n\tpoly.setPoint(0, Avoid::Point(51160, 50645));\n\tpoly.setPoint(1, Avoid::Point(51160, 50705));\n\tpoly.setPoint(2, Avoid::Point(50950, 50705));\n\tpoly.setPoint(3, Avoid::Point(50950, 50645));\n\trouter->moveShape(shape341041314, poly);\n\tconn290033688->makePathInvalid();\n\tconn281807178->makePathInvalid();\n\tconn46508714->makePathInvalid();\n\tconn762966660->makePathInvalid();\n\trouter->processTransaction();\n\n\trouter->outputDiagram(\"output/improveHyperedge01-2\");\n\tAvoid::Point junctionPos = junction878282342->recommendedPosition();\n\n\tdelete router;\n\t\n\t// Regression test to check that a junction is correctly moved.\n\treturn (junctionPos.y == 50675) ? 0 : 1; \n}\n\nint main(void)\n{\n\treturn test();\n}\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge02.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 9000);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, true);\r\n    router->setRoutingOption(improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly39761567(4);\r\n    poly39761567.ps[0] = Point(50754, 50975);\r\n    poly39761567.ps[1] = Point(50754, 51060);\r\n    poly39761567.ps[2] = Point(50696, 51060);\r\n    poly39761567.ps[3] = Point(50696, 50975);\r\n    ShapeRef *shapeRef39761567 = new ShapeRef(router, poly39761567, 39761567);\r\n    new ShapeConnectionPin(shapeRef39761567, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly115776716(4);\r\n    poly115776716.ps[0] = Point(51504, 50975);\r\n    poly115776716.ps[1] = Point(51504, 51060);\r\n    poly115776716.ps[2] = Point(51446, 51060);\r\n    poly115776716.ps[3] = Point(51446, 50975);\r\n    ShapeRef *shapeRef115776716 = new ShapeRef(router, poly115776716, 115776716);\r\n    new ShapeConnectionPin(shapeRef115776716, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly238475293(4);\r\n    poly238475293.ps[0] = Point(50554, 50975);\r\n    poly238475293.ps[1] = Point(50554, 51060);\r\n    poly238475293.ps[2] = Point(50496, 51060);\r\n    poly238475293.ps[3] = Point(50496, 50975);\r\n    ShapeRef *shapeRef238475293 = new ShapeRef(router, poly238475293, 238475293);\r\n    new ShapeConnectionPin(shapeRef238475293, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly430971008(4);\r\n    poly430971008.ps[0] = Point(51004, 50465);\r\n    poly430971008.ps[1] = Point(51004, 50550);\r\n    poly430971008.ps[2] = Point(50946, 50550);\r\n    poly430971008.ps[3] = Point(50946, 50465);\r\n    ShapeRef *shapeRef430971008 = new ShapeRef(router, poly430971008, 430971008);\r\n    new ShapeConnectionPin(shapeRef430971008, 1, 0.5, 1, true, 10, (ConnDirFlags) 2);\r\n\r\n    JunctionRef *junctionRef513246008 = new JunctionRef(router, Point(50925, 50725), 513246008);\r\n    /*\r\n    // This may be useful if junction pins are modified.\r\n    new ShapeConnectionPin(junctionRef513246008, 2147483646, (ConnDirFlags) 15);\r\n    */\r\n\r\n    ConnRef *connRef513246009 = new ConnRef(router, 513246009);\r\n    ConnEnd srcPt513246009(shapeRef39761567, 1);\r\n    connRef513246009->setSourceEndpoint(srcPt513246009);\r\n    ConnEnd dstPt513246009(junctionRef513246008);\r\n    connRef513246009->setDestEndpoint(dstPt513246009);\r\n    connRef513246009->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246010 = new ConnRef(router, 513246010);\r\n    ConnEnd srcPt513246010(junctionRef513246008);\r\n    connRef513246010->setSourceEndpoint(srcPt513246010);\r\n    ConnEnd dstPt513246010(shapeRef430971008, 1);\r\n    connRef513246010->setDestEndpoint(dstPt513246010);\r\n    connRef513246010->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246011 = new ConnRef(router, 513246011);\r\n    ConnEnd srcPt513246011(junctionRef513246008);\r\n    connRef513246011->setSourceEndpoint(srcPt513246011);\r\n    ConnEnd dstPt513246011(shapeRef238475293, 1);\r\n    connRef513246011->setDestEndpoint(dstPt513246011);\r\n    connRef513246011->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246012 = new ConnRef(router, 513246012);\r\n    ConnEnd srcPt513246012(shapeRef115776716, 1);\r\n    connRef513246012->setSourceEndpoint(srcPt513246012);\r\n    ConnEnd dstPt513246012(junctionRef513246008);\r\n    connRef513246012->setDestEndpoint(dstPt513246012);\r\n    connRef513246012->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/improveHyperedge02\");\r\n\r\n    bool overlaps = router->existsOrthogonalSegmentOverlap(true);\r\n    delete router;\r\n    return (overlaps) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge03.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 9000);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, true);\r\n    router->setRoutingOption(improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly39761567(4);\r\n    poly39761567.ps[0] = Point(50754, 50975);\r\n    poly39761567.ps[1] = Point(50754, 51060);\r\n    poly39761567.ps[2] = Point(50696, 51060);\r\n    poly39761567.ps[3] = Point(50696, 50975);\r\n    ShapeRef *shapeRef39761567 = new ShapeRef(router, poly39761567, 39761567);\r\n    new ShapeConnectionPin(shapeRef39761567, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly115776716(4);\r\n    poly115776716.ps[0] = Point(51504, 50975);\r\n    poly115776716.ps[1] = Point(51504, 51060);\r\n    poly115776716.ps[2] = Point(51446, 51060);\r\n    poly115776716.ps[3] = Point(51446, 50975);\r\n    ShapeRef *shapeRef115776716 = new ShapeRef(router, poly115776716, 115776716);\r\n    new ShapeConnectionPin(shapeRef115776716, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly238475293(4);\r\n    poly238475293.ps[0] = Point(50554, 50975);\r\n    poly238475293.ps[1] = Point(50554, 51060);\r\n    poly238475293.ps[2] = Point(50496, 51060);\r\n    poly238475293.ps[3] = Point(50496, 50975);\r\n    ShapeRef *shapeRef238475293 = new ShapeRef(router, poly238475293, 238475293);\r\n    new ShapeConnectionPin(shapeRef238475293, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly430971008(4);\r\n    poly430971008.ps[0] = Point(51004, 50975);\r\n    poly430971008.ps[1] = Point(51004, 51060);\r\n    poly430971008.ps[2] = Point(50946, 51060);\r\n    poly430971008.ps[3] = Point(50946, 50975);\r\n    ShapeRef *shapeRef430971008 = new ShapeRef(router, poly430971008, 430971008);\r\n    new ShapeConnectionPin(shapeRef430971008, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    JunctionRef *junctionRef513246008 = new JunctionRef(router, Point(50925, 50725), 513246008);\r\n    /*\r\n    // This may be useful if junction pins are modified.\r\n    new ShapeConnectionPin(junctionRef513246008, 2147483646, (ConnDirFlags) 15);\r\n    */\r\n\r\n    ConnRef *connRef513246009 = new ConnRef(router, 513246009);\r\n    ConnEnd srcPt513246009(shapeRef39761567, 1);\r\n    connRef513246009->setSourceEndpoint(srcPt513246009);\r\n    ConnEnd dstPt513246009(junctionRef513246008);\r\n    connRef513246009->setDestEndpoint(dstPt513246009);\r\n    connRef513246009->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246010 = new ConnRef(router, 513246010);\r\n    ConnEnd srcPt513246010(junctionRef513246008);\r\n    connRef513246010->setSourceEndpoint(srcPt513246010);\r\n    ConnEnd dstPt513246010(shapeRef430971008, 1);\r\n    connRef513246010->setDestEndpoint(dstPt513246010);\r\n    connRef513246010->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246011 = new ConnRef(router, 513246011);\r\n    ConnEnd srcPt513246011(junctionRef513246008);\r\n    connRef513246011->setSourceEndpoint(srcPt513246011);\r\n    ConnEnd dstPt513246011(shapeRef238475293, 1);\r\n    connRef513246011->setDestEndpoint(dstPt513246011);\r\n    connRef513246011->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246012 = new ConnRef(router, 513246012);\r\n    ConnEnd srcPt513246012(shapeRef115776716, 1);\r\n    connRef513246012->setSourceEndpoint(srcPt513246012);\r\n    ConnEnd dstPt513246012(junctionRef513246008);\r\n    connRef513246012->setDestEndpoint(dstPt513246012);\r\n    connRef513246012->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/improveHyperedge03\");\r\n\r\n    bool overlaps = router->existsOrthogonalSegmentOverlap(true);\r\n    delete router;\r\n    return (overlaps) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge04.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 9000);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, true);\r\n    router->setRoutingOption(improveHyperedgeRoutesMovingJunctions, false);\r\n    router->setRoutingOption(improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly2(4);\r\n    poly2.ps[0] = Point(50354, 50975);\r\n    poly2.ps[1] = Point(50354, 51060);\r\n    poly2.ps[2] = Point(50296, 51060);\r\n    poly2.ps[3] = Point(50296, 50975);\r\n    ShapeRef *shapeRef2 = new ShapeRef(router, poly2, 2);\r\n    new ShapeConnectionPin(shapeRef2, 1, 0.5, 1, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly39761567(4);\r\n    poly39761567.ps[0] = Point(50754, 50975);\r\n    poly39761567.ps[1] = Point(50754, 51060);\r\n    poly39761567.ps[2] = Point(50696, 51060);\r\n    poly39761567.ps[3] = Point(50696, 50975);\r\n    ShapeRef *shapeRef39761567 = new ShapeRef(router, poly39761567, 39761567);\r\n    new ShapeConnectionPin(shapeRef39761567, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly115776716(4);\r\n    poly115776716.ps[0] = Point(51504, 50975);\r\n    poly115776716.ps[1] = Point(51504, 51060);\r\n    poly115776716.ps[2] = Point(51446, 51060);\r\n    poly115776716.ps[3] = Point(51446, 50975);\r\n    ShapeRef *shapeRef115776716 = new ShapeRef(router, poly115776716, 115776716);\r\n    new ShapeConnectionPin(shapeRef115776716, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly238475293(4);\r\n    poly238475293.ps[0] = Point(50554, 50975);\r\n    poly238475293.ps[1] = Point(50554, 51060);\r\n    poly238475293.ps[2] = Point(50496, 51060);\r\n    poly238475293.ps[3] = Point(50496, 50975);\r\n    ShapeRef *shapeRef238475293 = new ShapeRef(router, poly238475293, 238475293);\r\n    new ShapeConnectionPin(shapeRef238475293, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly430971008(4);\r\n    poly430971008.ps[0] = Point(51004, 50975);\r\n    poly430971008.ps[1] = Point(51004, 51060);\r\n    poly430971008.ps[2] = Point(50946, 51060);\r\n    poly430971008.ps[3] = Point(50946, 50975);\r\n    ShapeRef *shapeRef430971008 = new ShapeRef(router, poly430971008, 430971008);\r\n    new ShapeConnectionPin(shapeRef430971008, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    JunctionRef *junctionRef513246008 = new JunctionRef(router, Point(50925, 50700), 513246008);\r\n    /*\r\n    // This may be useful if junction pins are modified.\r\n    new ShapeConnectionPin(junctionRef513246008, 2147483646, (ConnDirFlags) 15);\r\n    */\r\n    JunctionRef *junctionRef4 = new JunctionRef(router, Point(50725, 50725), 4);\r\n\r\n    ConnRef *connRef3 = new ConnRef(router, 3);\r\n    ConnEnd srcPt3(shapeRef2, 1);\r\n    connRef3->setSourceEndpoint(srcPt3);\r\n    ConnEnd dstPt3(junctionRef513246008);\r\n    connRef3->setDestEndpoint(dstPt3);\r\n    connRef3->setRoutingType((ConnType)2);\r\n    \r\n    ConnRef *connRef5 = new ConnRef(router, 5);\r\n    ConnEnd srcPt5(junctionRef4);\r\n    connRef5->setSourceEndpoint(srcPt5);\r\n    ConnEnd dstPt5(junctionRef513246008);\r\n    connRef5->setDestEndpoint(dstPt5);\r\n    connRef5->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246009 = new ConnRef(router, 513246009);\r\n    ConnEnd srcPt513246009(shapeRef39761567, 1);\r\n    connRef513246009->setSourceEndpoint(srcPt513246009);\r\n    ConnEnd dstPt513246009(junctionRef4);\r\n    connRef513246009->setDestEndpoint(dstPt513246009);\r\n    connRef513246009->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246010 = new ConnRef(router, 513246010);\r\n    ConnEnd srcPt513246010(junctionRef513246008);\r\n    connRef513246010->setSourceEndpoint(srcPt513246010);\r\n    ConnEnd dstPt513246010(shapeRef430971008, 1);\r\n    connRef513246010->setDestEndpoint(dstPt513246010);\r\n    connRef513246010->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246011 = new ConnRef(router, 513246011);\r\n    ConnEnd srcPt513246011(junctionRef4);\r\n    connRef513246011->setSourceEndpoint(srcPt513246011);\r\n    ConnEnd dstPt513246011(shapeRef238475293, 1);\r\n    connRef513246011->setDestEndpoint(dstPt513246011);\r\n    connRef513246011->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246012 = new ConnRef(router, 513246012);\r\n    ConnEnd srcPt513246012(shapeRef115776716, 1);\r\n    connRef513246012->setSourceEndpoint(srcPt513246012);\r\n    ConnEnd dstPt513246012(junctionRef513246008);\r\n    connRef513246012->setDestEndpoint(dstPt513246012);\r\n    connRef513246012->setRoutingType((ConnType)2);\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/improveHyperedge04\");\r\n\r\n    bool overlaps = router->existsOrthogonalSegmentOverlap(true);\r\n    delete router;\r\n    return (overlaps) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge05.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\nusing namespace Avoid;\r\n\r\nvoid outputDiagram(Avoid::Router * router)\r\n{\r\n\tstatic int counter = 0;\r\n\tstd::ostringstream os;\r\n\tos << \"output/improveHyperedge05-\" << (++counter);\r\n\trouter->outputDiagram(os.str());\r\n}\r\n\r\nvoid test()\r\n{\r\n\t// The contents of this function can be replaced by the automatically generated test code from the debug svg file\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tstd::vector<Avoid::Checkpoint> checkpoints_0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::crossingPenalty);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\toutputDiagram(router0);\r\n\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51885, 50715));\r\n\tpoly0.setPoint(1, Avoid::Point(51885, 50935));\r\n\tpoly0.setPoint(2, Avoid::Point(51700, 50935));\r\n\tpoly0.setPoint(3, Avoid::Point(51700, 50715));\r\n\tAvoid::ShapeRef * shape0_68611488 = new Avoid::ShapeRef(router0, poly0, 68611488);\r\n\tAvoid::ShapeConnectionPin * pin0_68611488_0 = new Avoid::ShapeConnectionPin(shape0_68611488, 1, 0.810810810811, 0.0454545454545, true, 10, 1);\r\n\tpin0_68611488_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_68611488_1 = new Avoid::ShapeConnectionPin(shape0_68611488, 2, 0, 0.5, true, 10, 4);\r\n\tpin0_68611488_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_68611488_2 = new Avoid::ShapeConnectionPin(shape0_68611488, 3, 0.810810810811, 0.954545454545, true, 10, 2);\r\n\tpin0_68611488_2->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51600, 50795));\r\n\tpoly0.setPoint(1, Avoid::Point(51600, 50855));\r\n\tpoly0.setPoint(2, Avoid::Point(51440, 50855));\r\n\tpoly0.setPoint(3, Avoid::Point(51440, 50795));\r\n\tAvoid::ShapeRef * shape0_84988680 = new Avoid::ShapeRef(router0, poly0, 84988680);\r\n\tAvoid::ShapeConnectionPin * pin0_84988680_0 = new Avoid::ShapeConnectionPin(shape0_84988680, 1, 0.0625, 0.5, true, 10, 4);\r\n\tpin0_84988680_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_84988680_1 = new Avoid::ShapeConnectionPin(shape0_84988680, 2, 1, 0.5, true, 10, 8);\r\n\tpin0_84988680_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51705, 50640));\r\n\tpoly0.setPoint(1, Avoid::Point(51705, 50800));\r\n\tpoly0.setPoint(2, Avoid::Point(51645, 50800));\r\n\tpoly0.setPoint(3, Avoid::Point(51645, 50640));\r\n\tAvoid::ShapeRef * shape0_170757006 = new Avoid::ShapeRef(router0, poly0, 170757006);\r\n\tAvoid::ShapeConnectionPin * pin0_170757006_0 = new Avoid::ShapeConnectionPin(shape0_170757006, 1, 0.5, 1, true, 10, 2);\r\n\tpin0_170757006_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_170757006_1 = new Avoid::ShapeConnectionPin(shape0_170757006, 2, 0.5, 0.0625, true, 10, 1);\r\n\tpin0_170757006_1->setExclusive(true);\r\n\tAvoid::JunctionRef * junction0_185122667 = new Avoid::JunctionRef(router0, Avoid::Point(51675, 50825), 185122667);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51705, 50925));\r\n\tpoly0.setPoint(1, Avoid::Point(51705, 51085));\r\n\tpoly0.setPoint(2, Avoid::Point(51645, 51085));\r\n\tpoly0.setPoint(3, Avoid::Point(51645, 50925));\r\n\tAvoid::ShapeRef * shape0_300278382 = new Avoid::ShapeRef(router0, poly0, 300278382);\r\n\tAvoid::ShapeConnectionPin * pin0_300278382_0 = new Avoid::ShapeConnectionPin(shape0_300278382, 1, 0.5, 0.9375, true, 10, 2);\r\n\tpin0_300278382_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_300278382_1 = new Avoid::ShapeConnectionPin(shape0_300278382, 2, 0.5, 0, true, 10, 1);\r\n\tpin0_300278382_1->setExclusive(true);\r\n\tend1_0 = Avoid::ConnEnd(shape0_84988680, 2);\r\n\tend2_0 = Avoid::ConnEnd(junction0_185122667);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 70922320);\r\n\tend1_0 = Avoid::ConnEnd(junction0_185122667);\r\n\tend2_0 = Avoid::ConnEnd(shape0_68611488, 2);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 141698060);\r\n\tend1_0 = Avoid::ConnEnd(shape0_170757006, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_185122667);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 27983869);\r\n\tend1_0 = Avoid::ConnEnd(shape0_300278382, 2);\r\n\tend2_0 = Avoid::ConnEnd(junction0_185122667);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 197910572);\r\n\trouter0->processTransaction();\r\n\t//printf(\"%d\\n\", junction0_185122667->attachedConnectors().size());\r\n\tCOLA_ASSERT(junction0_185122667->attachedConnectors().size() == 4);\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\toutputDiagram(router0);\r\n\tprintf(\"\\n\\n\\n\");\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(51305, 50690));\r\n\tpoly0.setPoint(1, Avoid::Point(51305, 50850));\r\n\tpoly0.setPoint(2, Avoid::Point(51245, 50850));\r\n\tpoly0.setPoint(3, Avoid::Point(51245, 50690));\r\n\trouter0->moveShape(shape0_170757006, poly0);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\tjunctionit_0 = newanddeletedobjects_0.newJunctionList.begin();\r\n\tAvoid::JunctionRef * junction0_436653030 = *junctionit_0;\r\n\tjunction0_436653030->position();\r\n\t//printf(\"%d %d\\n\", junction0_185122667->attachedConnectors().size(),\r\n\t//\t\tjunction0_436653030->attachedConnectors().size());\r\n\tCOLA_ASSERT(junction0_185122667->attachedConnectors().size() == 3);\r\n\tCOLA_ASSERT(junction0_436653030->attachedConnectors().size() == 3);\r\n\r\n\tjunction0_436653030->attachedConnectors();\r\n\tjunction0_436653030->setPositionFixed(true);\r\n\tjunctionit_0++;\r\n\tCOLA_ASSERT(junctionit_0 == newanddeletedobjects_0.newJunctionList.end());\r\n\tconnit_0 = newanddeletedobjects_0.newConnectorList.begin();\r\n\tAvoid::ConnRef * conn0_400977693 = *connit_0;\r\n\tconn0_400977693->endpointConnEnds();\r\n\tconnit_0++;\r\n\tCOLA_ASSERT(connit_0 == newanddeletedobjects_0.newConnectorList.end());\r\n\toutputDiagram(router0);\r\n\t\r\n\tconn0_400977693->makePathInvalid();\r\n\trouter0->processTransaction();\r\n\t\r\n\toutputDiagram(router0);\r\n\treturn;\t\r\n/*\r\n        // INCORRECT\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\tjunctionit_0 = newanddeletedobjects_0.newJunctionList.begin();\r\n\tAvoid::JunctionRef * junction0_112970070 = *junctionit_0;\r\n\tjunction0_112970070->position();\r\n\tjunction0_112970070->attachedConnectors();\r\n\tjunction0_112970070->setPositionFixed(true);\r\n\tjunctionit_0++;\r\n\tCOLA_ASSERT(junctionit_0 == newanddeletedobjects_0.newJunctionList.end());\r\n\tconnit_0 = newanddeletedobjects_0.newConnectorList.begin();\r\n\tAvoid::ConnRef * conn0_152820633 = *connit_0;\r\n\tconn0_152820633->endpointConnEnds();\r\n\tconnit_0++;\r\n\tCOLA_ASSERT(connit_0 == newanddeletedobjects_0.newConnectorList.end());\r\n\toutputDiagram(router0);\r\n\t*/\r\n}\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/improveHyperedge06.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 9000);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, true);\r\n    router->setRoutingOption(improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly39761567(4);\r\n    poly39761567.ps[0] = Point(50754, 50975);\r\n    poly39761567.ps[1] = Point(50754, 51060);\r\n    poly39761567.ps[2] = Point(50696, 51060);\r\n    poly39761567.ps[3] = Point(50696, 50975);\r\n    ShapeRef *shapeRef39761567 = new ShapeRef(router, poly39761567, 39761567);\r\n    new ShapeConnectionPin(shapeRef39761567, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly115776716(4);\r\n    poly115776716.ps[0] = Point(51504, 50975);\r\n    poly115776716.ps[1] = Point(51504, 51060);\r\n    poly115776716.ps[2] = Point(51446, 51060);\r\n    poly115776716.ps[3] = Point(51446, 50975);\r\n    ShapeRef *shapeRef115776716 = new ShapeRef(router, poly115776716, 115776716);\r\n    new ShapeConnectionPin(shapeRef115776716, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly238475293(4);\r\n    poly238475293.ps[0] = Point(50554, 50975);\r\n    poly238475293.ps[1] = Point(50554, 51060);\r\n    poly238475293.ps[2] = Point(50496, 51060);\r\n    poly238475293.ps[3] = Point(50496, 50975);\r\n    ShapeRef *shapeRef238475293 = new ShapeRef(router, poly238475293, 238475293);\r\n    new ShapeConnectionPin(shapeRef238475293, 1, 0.5, 0, true, 10, (ConnDirFlags) 1);\r\n\r\n    Polygon poly430971008(4);\r\n    poly430971008.ps[0] = Point(51004, 50465);\r\n    poly430971008.ps[1] = Point(51004, 50550);\r\n    poly430971008.ps[2] = Point(50946, 50550);\r\n    poly430971008.ps[3] = Point(50946, 50465);\r\n    ShapeRef *shapeRef430971008 = new ShapeRef(router, poly430971008, 430971008);\r\n    new ShapeConnectionPin(shapeRef430971008, 1, 0.5, 1, true, 10, (ConnDirFlags) 2);\r\n\r\n    JunctionRef *junctionRef513246008 = new JunctionRef(router, Point(50925, 50725), 513246008);\r\n    junctionRef513246008->setPositionFixed(true);\r\n\r\n    /*\r\n    // This may be useful if junction pins are modified.\r\n    new ShapeConnectionPin(junctionRef513246008, 2147483646, (ConnDirFlags) 15);\r\n    */\r\n\r\n    ConnRef *connRef513246009 = new ConnRef(router, 513246009);\r\n    ConnEnd srcPt513246009(shapeRef39761567, 1);\r\n    connRef513246009->setSourceEndpoint(srcPt513246009);\r\n    ConnEnd dstPt513246009(junctionRef513246008);\r\n    connRef513246009->setDestEndpoint(dstPt513246009);\r\n    connRef513246009->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246010 = new ConnRef(router, 513246010);\r\n    ConnEnd srcPt513246010(junctionRef513246008);\r\n    connRef513246010->setSourceEndpoint(srcPt513246010);\r\n    ConnEnd dstPt513246010(shapeRef430971008, 1);\r\n    connRef513246010->setDestEndpoint(dstPt513246010);\r\n    connRef513246010->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246011 = new ConnRef(router, 513246011);\r\n    ConnEnd srcPt513246011(junctionRef513246008);\r\n    connRef513246011->setSourceEndpoint(srcPt513246011);\r\n    ConnEnd dstPt513246011(shapeRef238475293, 1);\r\n    connRef513246011->setDestEndpoint(dstPt513246011);\r\n    connRef513246011->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef513246012 = new ConnRef(router, 513246012);\r\n    ConnEnd srcPt513246012(shapeRef115776716, 1);\r\n    connRef513246012->setSourceEndpoint(srcPt513246012);\r\n    ConnEnd dstPt513246012(junctionRef513246008);\r\n    connRef513246012->setDestEndpoint(dstPt513246012);\r\n    connRef513246012->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/improveHyperedge06\");\r\n\r\n    bool overlaps = router->existsOrthogonalSegmentOverlap(true);\r\n    delete router;\r\n    return (overlaps) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/infinity.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty(segmentPenalty, 50);\n    router->setRoutingParameter(idealNudgingDistance, 10);\n    Rectangle rect47(Point(51145, 50195), Point(51145+360, 50195+685));\n    new ShapeRef(router, rect47);\n    Rectangle rect46(Point(51920, 49770), Point(51920+360, 49770+310));\n    new ShapeRef(router, rect46);\n    Rectangle rect45(Point(51151, 49770), Point(51151+360, 49770+310));\n    new ShapeRef(router, rect45);\n    ConnEnd srcPt53(Point(51150,49850), 4);\n    ConnEnd dstPt53(Point(51500,50350), 8);\n    new ConnRef(router, srcPt53, dstPt53);\n    ConnEnd srcPt52(Point(52275,49850), 8);\n    ConnEnd dstPt52(Point(51150,49925), 4);\n    new ConnRef(router, srcPt52, dstPt52);\n    ConnEnd srcPt6(Point(51150,50500), 4);\n    ConnEnd dstPt6(Point(51925,50000), 4);\n    new ConnRef(router, srcPt6, dstPt6, 6);\n    router->processTransaction();\n    router->outputDiagram(\"output/infinity\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/inline.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\nusing Avoid::ConnDirUp;\nusing Avoid::ConnDirDown;\nusing Avoid::ConnDirLeft;\nusing Avoid::ConnDirRight;\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    \n    // Create the ShapeRef:\n    Avoid::Rectangle shapePoly(Avoid::Point(0, 0), Avoid::Point(100, 100));\n    new Avoid::ShapeRef(router, shapePoly);\n\n    Avoid::ConnEnd srcPt(Avoid::Point(200, 200));\n\n    Avoid::ConnEnd dstPt(Avoid::Point(95, 25), \n            ConnDirUp | ConnDirRight | ConnDirDown);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n    \n    dstPt = Avoid::ConnEnd(Avoid::Point(95, 75), \n            ConnDirUp | ConnDirRight | ConnDirDown);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n    \n    // Up goes towards negative coordinates.\n    dstPt = Avoid::ConnEnd(Avoid::Point(25, 5), \n            ConnDirLeft | ConnDirRight | ConnDirUp);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n    \n    dstPt = Avoid::ConnEnd(Avoid::Point(75, 5), \n            ConnDirLeft | ConnDirRight | ConnDirUp);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n\n    dstPt = Avoid::ConnEnd(Avoid::Point(25, 95), \n            ConnDirLeft | ConnDirRight | ConnDirDown);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n    \n    dstPt = Avoid::ConnEnd(Avoid::Point(75, 95), \n            ConnDirLeft | ConnDirRight | ConnDirDown);\n    new Avoid::ConnRef(router, srcPt, dstPt);\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/inline\");\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineOverlap09.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingParameter((RoutingParameter)0, 10);\r\n    router->setRoutingParameter((RoutingParameter)1, 0);\r\n    router->setRoutingParameter((RoutingParameter)2, 100);\r\n    router->setRoutingParameter((RoutingParameter)3, 4000);\r\n    router->setRoutingParameter((RoutingParameter)4, 1000);\r\n    router->setRoutingParameter((RoutingParameter)5, 100);\r\n    router->setRoutingParameter((RoutingParameter)6, 20);\r\n    router->setRoutingParameter((RoutingParameter)7, 40);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, false);\r\n    router->setRoutingOption((RoutingOption)3, false);\r\n    Polygon poly1(4);\r\n    poly1.ps[0] = Point(3.43711e+006, 6.73107e+006);\r\n    poly1.ps[1] = Point(3.43711e+006, 6.73108e+006);\r\n    poly1.ps[2] = Point(3.4371e+006, 6.73108e+006);\r\n    poly1.ps[3] = Point(3.4371e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly1, 1);\r\n\r\n    Polygon poly2(4);\r\n    poly2.ps[0] = Point(3.43536e+006, 6.73107e+006);\r\n    poly2.ps[1] = Point(3.43536e+006, 6.73108e+006);\r\n    poly2.ps[2] = Point(3.43535e+006, 6.73108e+006);\r\n    poly2.ps[3] = Point(3.43535e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly2, 2);\r\n\r\n    Polygon poly3(4);\r\n    poly3.ps[0] = Point(3.43786e+006, 6.73107e+006);\r\n    poly3.ps[1] = Point(3.43786e+006, 6.73108e+006);\r\n    poly3.ps[2] = Point(3.43785e+006, 6.73108e+006);\r\n    poly3.ps[3] = Point(3.43785e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly3, 3);\r\n\r\n    Polygon poly4(4);\r\n    poly4.ps[0] = Point(3.43736e+006, 6.73107e+006);\r\n    poly4.ps[1] = Point(3.43736e+006, 6.73108e+006);\r\n    poly4.ps[2] = Point(3.43735e+006, 6.73108e+006);\r\n    poly4.ps[3] = Point(3.43735e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly4, 4);\r\n\r\n    Polygon poly5(4);\r\n    poly5.ps[0] = Point(3.4349e+006, 6.73107e+006);\r\n    poly5.ps[1] = Point(3.4349e+006, 6.73108e+006);\r\n    poly5.ps[2] = Point(3.43489e+006, 6.73108e+006);\r\n    poly5.ps[3] = Point(3.43489e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly5, 5);\r\n\r\n    Polygon poly6(4);\r\n    poly6.ps[0] = Point(3.43573e+006, 6.73052e+006);\r\n    poly6.ps[1] = Point(3.43573e+006, 6.73053e+006);\r\n    poly6.ps[2] = Point(3.43572e+006, 6.73053e+006);\r\n    poly6.ps[3] = Point(3.43572e+006, 6.73052e+006);\r\n    new ShapeRef(router, poly6, 6);\r\n\r\n    Polygon poly7(4);\r\n    poly7.ps[0] = Point(3.43636e+006, 6.73107e+006);\r\n    poly7.ps[1] = Point(3.43636e+006, 6.73108e+006);\r\n    poly7.ps[2] = Point(3.43635e+006, 6.73108e+006);\r\n    poly7.ps[3] = Point(3.43635e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly7, 7);\r\n\r\n    Polygon poly8(4);\r\n    poly8.ps[0] = Point(3.43769e+006, 6.73107e+006);\r\n    poly8.ps[1] = Point(3.43769e+006, 6.73108e+006);\r\n    poly8.ps[2] = Point(3.43768e+006, 6.73108e+006);\r\n    poly8.ps[3] = Point(3.43768e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly8, 8);\r\n\r\n    Polygon poly9(4);\r\n    poly9.ps[0] = Point(3.43761e+006, 6.73107e+006);\r\n    poly9.ps[1] = Point(3.43761e+006, 6.73108e+006);\r\n    poly9.ps[2] = Point(3.4376e+006, 6.73108e+006);\r\n    poly9.ps[3] = Point(3.4376e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly9, 9);\r\n\r\n    Polygon poly10(4);\r\n    poly10.ps[0] = Point(3.43661e+006, 6.73107e+006);\r\n    poly10.ps[1] = Point(3.43661e+006, 6.73108e+006);\r\n    poly10.ps[2] = Point(3.4366e+006, 6.73108e+006);\r\n    poly10.ps[3] = Point(3.4366e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly10, 10);\r\n\r\n    Polygon poly11(4);\r\n    poly11.ps[0] = Point(3.4369e+006, 6.73107e+006);\r\n    poly11.ps[1] = Point(3.4369e+006, 6.73108e+006);\r\n    poly11.ps[2] = Point(3.43689e+006, 6.73108e+006);\r\n    poly11.ps[3] = Point(3.43689e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly11, 11);\r\n\r\n    Polygon poly12(4);\r\n    poly12.ps[0] = Point(3.43619e+006, 6.73107e+006);\r\n    poly12.ps[1] = Point(3.43619e+006, 6.73108e+006);\r\n    poly12.ps[2] = Point(3.43618e+006, 6.73108e+006);\r\n    poly12.ps[3] = Point(3.43618e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly12, 12);\r\n\r\n    Polygon poly13(4);\r\n    poly13.ps[0] = Point(3.43611e+006, 6.73107e+006);\r\n    poly13.ps[1] = Point(3.43611e+006, 6.73108e+006);\r\n    poly13.ps[2] = Point(3.4361e+006, 6.73108e+006);\r\n    poly13.ps[3] = Point(3.4361e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly13, 13);\r\n\r\n    Polygon poly14(4);\r\n    poly14.ps[0] = Point(3.43461e+006, 6.73107e+006);\r\n    poly14.ps[1] = Point(3.43461e+006, 6.73108e+006);\r\n    poly14.ps[2] = Point(3.4346e+006, 6.73108e+006);\r\n    poly14.ps[3] = Point(3.4346e+006, 6.73107e+006);\r\n    new ShapeRef(router, poly14, 14);\r\n\r\n    Polygon poly15(4);\r\n    poly15.ps[0] = Point(3.43476e+006, 6.73128e+006);\r\n    poly15.ps[1] = Point(3.43476e+006, 6.73148e+006);\r\n    poly15.ps[2] = Point(3.43456e+006, 6.73148e+006);\r\n    poly15.ps[3] = Point(3.43456e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly15, 15);\r\n\r\n    Polygon poly16(4);\r\n    poly16.ps[0] = Point(3.43476e+006, 6.73013e+006);\r\n    poly16.ps[1] = Point(3.43476e+006, 6.73033e+006);\r\n    poly16.ps[2] = Point(3.43456e+006, 6.73033e+006);\r\n    poly16.ps[3] = Point(3.43456e+006, 6.73013e+006);\r\n    new ShapeRef(router, poly16, 16);\r\n\r\n    Polygon poly17(4);\r\n    poly17.ps[0] = Point(3.43501e+006, 6.73013e+006);\r\n    poly17.ps[1] = Point(3.43501e+006, 6.73033e+006);\r\n    poly17.ps[2] = Point(3.43481e+006, 6.73033e+006);\r\n    poly17.ps[3] = Point(3.43481e+006, 6.73013e+006);\r\n    new ShapeRef(router, poly17, 17);\r\n\r\n    Polygon poly18(4);\r\n    poly18.ps[0] = Point(3.43526e+006, 6.73013e+006);\r\n    poly18.ps[1] = Point(3.43526e+006, 6.73033e+006);\r\n    poly18.ps[2] = Point(3.43506e+006, 6.73033e+006);\r\n    poly18.ps[3] = Point(3.43506e+006, 6.73013e+006);\r\n    new ShapeRef(router, poly18, 18);\r\n\r\n    Polygon poly19(4);\r\n    poly19.ps[0] = Point(3.43551e+006, 6.73013e+006);\r\n    poly19.ps[1] = Point(3.43551e+006, 6.73033e+006);\r\n    poly19.ps[2] = Point(3.43531e+006, 6.73033e+006);\r\n    poly19.ps[3] = Point(3.43531e+006, 6.73013e+006);\r\n    new ShapeRef(router, poly19, 19);\r\n\r\n    Polygon poly20(4);\r\n    poly20.ps[0] = Point(3.43501e+006, 6.73128e+006);\r\n    poly20.ps[1] = Point(3.43501e+006, 6.73148e+006);\r\n    poly20.ps[2] = Point(3.43481e+006, 6.73148e+006);\r\n    poly20.ps[3] = Point(3.43481e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly20, 20);\r\n\r\n    Polygon poly21(4);\r\n    poly21.ps[0] = Point(3.43526e+006, 6.73128e+006);\r\n    poly21.ps[1] = Point(3.43526e+006, 6.73148e+006);\r\n    poly21.ps[2] = Point(3.43506e+006, 6.73148e+006);\r\n    poly21.ps[3] = Point(3.43506e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly21, 21);\r\n\r\n    Polygon poly22(4);\r\n    poly22.ps[0] = Point(3.43551e+006, 6.73128e+006);\r\n    poly22.ps[1] = Point(3.43551e+006, 6.73148e+006);\r\n    poly22.ps[2] = Point(3.43531e+006, 6.73148e+006);\r\n    poly22.ps[3] = Point(3.43531e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly22, 22);\r\n\r\n    Polygon poly23(4);\r\n    poly23.ps[0] = Point(3.43576e+006, 6.73128e+006);\r\n    poly23.ps[1] = Point(3.43576e+006, 6.73148e+006);\r\n    poly23.ps[2] = Point(3.43556e+006, 6.73148e+006);\r\n    poly23.ps[3] = Point(3.43556e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly23, 23);\r\n\r\n    Polygon poly24(4);\r\n    poly24.ps[0] = Point(3.43601e+006, 6.73128e+006);\r\n    poly24.ps[1] = Point(3.43601e+006, 6.73148e+006);\r\n    poly24.ps[2] = Point(3.43581e+006, 6.73148e+006);\r\n    poly24.ps[3] = Point(3.43581e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly24, 24);\r\n\r\n    Polygon poly25(4);\r\n    poly25.ps[0] = Point(3.43626e+006, 6.73128e+006);\r\n    poly25.ps[1] = Point(3.43626e+006, 6.73148e+006);\r\n    poly25.ps[2] = Point(3.43606e+006, 6.73148e+006);\r\n    poly25.ps[3] = Point(3.43606e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly25, 25);\r\n\r\n    Polygon poly26(4);\r\n    poly26.ps[0] = Point(3.43651e+006, 6.73128e+006);\r\n    poly26.ps[1] = Point(3.43651e+006, 6.73148e+006);\r\n    poly26.ps[2] = Point(3.43631e+006, 6.73148e+006);\r\n    poly26.ps[3] = Point(3.43631e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly26, 26);\r\n\r\n    Polygon poly27(4);\r\n    poly27.ps[0] = Point(3.43676e+006, 6.73128e+006);\r\n    poly27.ps[1] = Point(3.43676e+006, 6.73148e+006);\r\n    poly27.ps[2] = Point(3.43656e+006, 6.73148e+006);\r\n    poly27.ps[3] = Point(3.43656e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly27, 27);\r\n\r\n    Polygon poly28(4);\r\n    poly28.ps[0] = Point(3.43701e+006, 6.73128e+006);\r\n    poly28.ps[1] = Point(3.43701e+006, 6.73148e+006);\r\n    poly28.ps[2] = Point(3.43681e+006, 6.73148e+006);\r\n    poly28.ps[3] = Point(3.43681e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly28, 28);\r\n\r\n    Polygon poly29(4);\r\n    poly29.ps[0] = Point(3.43726e+006, 6.73128e+006);\r\n    poly29.ps[1] = Point(3.43726e+006, 6.73148e+006);\r\n    poly29.ps[2] = Point(3.43706e+006, 6.73148e+006);\r\n    poly29.ps[3] = Point(3.43706e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly29, 29);\r\n\r\n    Polygon poly30(4);\r\n    poly30.ps[0] = Point(3.43751e+006, 6.73128e+006);\r\n    poly30.ps[1] = Point(3.43751e+006, 6.73148e+006);\r\n    poly30.ps[2] = Point(3.43731e+006, 6.73148e+006);\r\n    poly30.ps[3] = Point(3.43731e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly30, 30);\r\n\r\n    Polygon poly31(4);\r\n    poly31.ps[0] = Point(3.43776e+006, 6.73128e+006);\r\n    poly31.ps[1] = Point(3.43776e+006, 6.73148e+006);\r\n    poly31.ps[2] = Point(3.43756e+006, 6.73148e+006);\r\n    poly31.ps[3] = Point(3.43756e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly31, 31);\r\n\r\n    Polygon poly32(4);\r\n    poly32.ps[0] = Point(3.43576e+006, 6.73013e+006);\r\n    poly32.ps[1] = Point(3.43576e+006, 6.73033e+006);\r\n    poly32.ps[2] = Point(3.43556e+006, 6.73033e+006);\r\n    poly32.ps[3] = Point(3.43556e+006, 6.73013e+006);\r\n    new ShapeRef(router, poly32, 32);\r\n\r\n    Polygon poly33(4);\r\n    poly33.ps[0] = Point(3.43801e+006, 6.73128e+006);\r\n    poly33.ps[1] = Point(3.43801e+006, 6.73148e+006);\r\n    poly33.ps[2] = Point(3.43781e+006, 6.73148e+006);\r\n    poly33.ps[3] = Point(3.43781e+006, 6.73128e+006);\r\n    new ShapeRef(router, poly33, 33);\r\n\r\n    ConnRef *connRef34 = new ConnRef(router, 34);\r\n    ConnEnd srcPt34(Point(3.4351e+006, 6.73033e+006), 2);\r\n    connRef34->setSourceEndpoint(srcPt34);\r\n    ConnEnd dstPt34(Point(3.4356e+006, 6.73128e+006), 1);\r\n    connRef34->setDestEndpoint(dstPt34);\r\n    connRef34->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef35 = new ConnRef(router, 35);\r\n    ConnEnd srcPt35(Point(3.43485e+006, 6.73033e+006), 2);\r\n    connRef35->setSourceEndpoint(srcPt35);\r\n    ConnEnd dstPt35(Point(3.4351e+006, 6.73128e+006), 1);\r\n    connRef35->setDestEndpoint(dstPt35);\r\n    connRef35->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef36 = new ConnRef(router, 36);\r\n    ConnEnd srcPt36(Point(3.4346e+006, 6.73033e+006), 2);\r\n    connRef36->setSourceEndpoint(srcPt36);\r\n    ConnEnd dstPt36(Point(3.43485e+006, 6.73128e+006), 1);\r\n    connRef36->setDestEndpoint(dstPt36);\r\n    connRef36->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef37 = new ConnRef(router, 37);\r\n    ConnEnd srcPt37(Point(3.4356e+006, 6.73033e+006), 2);\r\n    connRef37->setSourceEndpoint(srcPt37);\r\n    ConnEnd dstPt37(Point(3.43685e+006, 6.73128e+006), 1);\r\n    connRef37->setDestEndpoint(dstPt37);\r\n    connRef37->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef38 = new ConnRef(router, 38);\r\n    ConnEnd srcPt38(Point(3.43564e+006, 6.73033e+006), 2);\r\n    connRef38->setSourceEndpoint(srcPt38);\r\n    ConnEnd dstPt38(Point(3.43764e+006, 6.73128e+006), 1);\r\n    connRef38->setDestEndpoint(dstPt38);\r\n    connRef38->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef39 = new ConnRef(router, 39);\r\n    ConnEnd srcPt39(Point(3.43568e+006, 6.73033e+006), 2);\r\n    connRef39->setSourceEndpoint(srcPt39);\r\n    ConnEnd dstPt39(Point(3.43614e+006, 6.73128e+006), 1);\r\n    connRef39->setDestEndpoint(dstPt39);\r\n    connRef39->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef40 = new ConnRef(router, 40);\r\n    ConnEnd srcPt40(Point(3.43572e+006, 6.73033e+006), 2);\r\n    connRef40->setSourceEndpoint(srcPt40);\r\n    ConnEnd dstPt40(Point(3.43572e+006, 6.73052e+006), 1);\r\n    connRef40->setDestEndpoint(dstPt40);\r\n    connRef40->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef41 = new ConnRef(router, 41);\r\n    ConnEnd srcPt41(Point(3.43535e+006, 6.73033e+006), 2);\r\n    connRef41->setSourceEndpoint(srcPt41);\r\n    ConnEnd dstPt41(Point(3.43585e+006, 6.73128e+006), 1);\r\n    connRef41->setDestEndpoint(dstPt41);\r\n    connRef41->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef42 = new ConnRef(router, 42);\r\n    ConnEnd srcPt42(Point(3.43535e+006, 6.73128e+006), 1);\r\n    connRef42->setSourceEndpoint(srcPt42);\r\n    ConnEnd dstPt42(Point(3.43535e+006, 6.73108e+006), 2);\r\n    connRef42->setDestEndpoint(dstPt42);\r\n    connRef42->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef43 = new ConnRef(router, 43);\r\n    ConnEnd srcPt43(Point(3.4366e+006, 6.73128e+006), 1);\r\n    connRef43->setSourceEndpoint(srcPt43);\r\n    ConnEnd dstPt43(Point(3.4366e+006, 6.73108e+006), 2);\r\n    connRef43->setDestEndpoint(dstPt43);\r\n    connRef43->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef44 = new ConnRef(router, 44);\r\n    ConnEnd srcPt44(Point(3.43489e+006, 6.73128e+006), 1);\r\n    connRef44->setSourceEndpoint(srcPt44);\r\n    ConnEnd dstPt44(Point(3.43489e+006, 6.73108e+006), 2);\r\n    connRef44->setDestEndpoint(dstPt44);\r\n    connRef44->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef45 = new ConnRef(router, 45);\r\n    ConnEnd srcPt45(Point(3.43689e+006, 6.73128e+006), 1);\r\n    connRef45->setSourceEndpoint(srcPt45);\r\n    ConnEnd dstPt45(Point(3.43689e+006, 6.73108e+006), 2);\r\n    connRef45->setDestEndpoint(dstPt45);\r\n    connRef45->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef46 = new ConnRef(router, 46);\r\n    ConnEnd srcPt46(Point(3.4361e+006, 6.73128e+006), 1);\r\n    connRef46->setSourceEndpoint(srcPt46);\r\n    ConnEnd dstPt46(Point(3.4361e+006, 6.73108e+006), 2);\r\n    connRef46->setDestEndpoint(dstPt46);\r\n    connRef46->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef47 = new ConnRef(router, 47);\r\n    ConnEnd srcPt47(Point(3.43618e+006, 6.73128e+006), 1);\r\n    connRef47->setSourceEndpoint(srcPt47);\r\n    ConnEnd dstPt47(Point(3.43618e+006, 6.73108e+006), 2);\r\n    connRef47->setDestEndpoint(dstPt47);\r\n    connRef47->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef48 = new ConnRef(router, 48);\r\n    ConnEnd srcPt48(Point(3.4371e+006, 6.73128e+006), 1);\r\n    connRef48->setSourceEndpoint(srcPt48);\r\n    ConnEnd dstPt48(Point(3.4371e+006, 6.73108e+006), 2);\r\n    connRef48->setDestEndpoint(dstPt48);\r\n    connRef48->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef49 = new ConnRef(router, 49);\r\n    ConnEnd srcPt49(Point(3.43735e+006, 6.73128e+006), 1);\r\n    connRef49->setSourceEndpoint(srcPt49);\r\n    ConnEnd dstPt49(Point(3.43735e+006, 6.73108e+006), 2);\r\n    connRef49->setDestEndpoint(dstPt49);\r\n    connRef49->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef50 = new ConnRef(router, 50);\r\n    ConnEnd srcPt50(Point(3.4376e+006, 6.73128e+006), 1);\r\n    connRef50->setSourceEndpoint(srcPt50);\r\n    ConnEnd dstPt50(Point(3.4376e+006, 6.73108e+006), 2);\r\n    connRef50->setDestEndpoint(dstPt50);\r\n    connRef50->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef51 = new ConnRef(router, 51);\r\n    ConnEnd srcPt51(Point(3.43768e+006, 6.73128e+006), 1);\r\n    connRef51->setSourceEndpoint(srcPt51);\r\n    ConnEnd dstPt51(Point(3.43768e+006, 6.73108e+006), 2);\r\n    connRef51->setDestEndpoint(dstPt51);\r\n    connRef51->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef52 = new ConnRef(router, 52);\r\n    ConnEnd srcPt52(Point(3.4346e+006, 6.73128e+006), 1);\r\n    connRef52->setSourceEndpoint(srcPt52);\r\n    ConnEnd dstPt52(Point(3.4346e+006, 6.73108e+006), 2);\r\n    connRef52->setDestEndpoint(dstPt52);\r\n    connRef52->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef53 = new ConnRef(router, 53);\r\n    ConnEnd srcPt53(Point(3.43635e+006, 6.73128e+006), 1);\r\n    connRef53->setSourceEndpoint(srcPt53);\r\n    ConnEnd dstPt53(Point(3.43635e+006, 6.73108e+006), 2);\r\n    connRef53->setDestEndpoint(dstPt53);\r\n    connRef53->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef54 = new ConnRef(router, 54);\r\n    ConnEnd srcPt54(Point(3.43785e+006, 6.73128e+006), 1);\r\n    connRef54->setSourceEndpoint(srcPt54);\r\n    ConnEnd dstPt54(Point(3.43785e+006, 6.73108e+006), 2);\r\n    connRef54->setDestEndpoint(dstPt54);\r\n    connRef54->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/inlineOverlap09\");\r\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\r\n    delete router;\r\n    return (overlap) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/inlineOverlap10.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(OrthogonalRouting);\r\n    router->setRoutingParameter((RoutingParameter)0, 50);\r\n    router->setRoutingParameter((RoutingParameter)1, 0);\r\n    router->setRoutingParameter((RoutingParameter)2, 200);\r\n    router->setRoutingParameter((RoutingParameter)3, 4000);\r\n    router->setRoutingParameter((RoutingParameter)4, 20000);\r\n    router->setRoutingParameter((RoutingParameter)5, 100);\r\n    router->setRoutingParameter((RoutingParameter)6, 0);\r\n    router->setRoutingParameter((RoutingParameter)7, 25);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingOption((RoutingOption)2, true);\r\n    router->setRoutingOption((RoutingOption)3, false);\r\n    router->setRoutingOption((RoutingOption)4, true);\r\n    router->setRoutingOption((RoutingOption)5, true);\r\n    Polygon polygon;\r\n    ConnRef *connRef = nullptr;\r\n    ConnEnd srcPt;\r\n    ConnEnd dstPt;\r\n    PolyLine newRoute;\r\n    // shapeRef320077872\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(51000, 50740);\r\n    polygon.ps[1] = Point(51000, 51135);\r\n    polygon.ps[2] = Point(50650, 51135);\r\n    polygon.ps[3] = Point(50650, 50740);\r\n    ShapeRef *shapeRef320077872 = new ShapeRef(router, polygon, 320077872);\r\n    new ShapeConnectionPin(shapeRef320077872, 1, 0, 0.21519, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef320077872, 2, 1, 0.21519, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef320077872, 3, 0.0714286, 0.405063, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef320077872, 4, 1, 0.405063, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef320077872, 5, 0.0714286, 0.594937, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef320077872, 6, 1, 0.594937, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef320077872, 7, 0, 0.78481, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef320077872, 8, 1, 0.78481, true, 10, (ConnDirFlags) 8);\r\n\r\n    // shapeRef346216920\r\n    polygon = Polygon(4);\r\n    polygon.ps[0] = Point(51650, 50740);\r\n    polygon.ps[1] = Point(51650, 51135);\r\n    polygon.ps[2] = Point(51300, 51135);\r\n    polygon.ps[3] = Point(51300, 50740);\r\n    ShapeRef *shapeRef346216920 = new ShapeRef(router, polygon, 346216920);\r\n    new ShapeConnectionPin(shapeRef346216920, 1, 0, 0.21519, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef346216920, 2, 1, 0.21519, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef346216920, 3, 0, 0.405063, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef346216920, 4, 0.928571, 0.405063, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef346216920, 5, 0, 0.594937, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef346216920, 6, 0.928571, 0.594937, true, 10, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef346216920, 7, 0, 0.78481, true, 10, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef346216920, 8, 1, 0.78481, true, 10, (ConnDirFlags) 8);\r\n\r\n    // connRef13958908\r\n    connRef = new ConnRef(router, 13958908);\r\n    srcPt = ConnEnd(shapeRef346216920, 3);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef320077872, 6);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef81482716\r\n    connRef = new ConnRef(router, 81482716);\r\n    srcPt = ConnEnd(shapeRef320077872, 8);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef346216920, 7);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef180721992\r\n    connRef = new ConnRef(router, 180721992);\r\n    srcPt = ConnEnd(shapeRef320077872, 4);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef346216920, 5);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    // connRef273666240\r\n    connRef = new ConnRef(router, 273666240);\r\n    srcPt = ConnEnd(shapeRef320077872, 2);\r\n    connRef->setSourceEndpoint(srcPt);\r\n    dstPt = ConnEnd(shapeRef346216920, 1);\r\n    connRef->setDestEndpoint(dstPt);\r\n    connRef->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/inlineoverlap10\");\r\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\r\n    delete router;\r\n    return (overlap) ? 1 : 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/inlineOverlap11.cpp",
    "content": "// From endpointOverlap.cpp\r\n#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\n\r\nextern \"C\" int main(void)\r\n{\r\n\t// The contents of this function can be replaced by the automatically generated test code from the debug svg file\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingParameter(Avoid::portDirectionPenalty, 100);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::crossingPenalty);\r\n\trouter0->setRoutingOption(Avoid::performUnifyingNudgingPreprocessingStep, true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50410, 50115));\r\n\tpoly0.setPoint(1, Avoid::Point(50410, 51860));\r\n\tpoly0.setPoint(2, Avoid::Point(50050, 51860));\r\n\tpoly0.setPoint(3, Avoid::Point(50050, 50115));\r\n\tAvoid::ShapeRef * shape0_288069558 = new Avoid::ShapeRef(router0, poly0, 288069558);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_0 = new Avoid::ShapeConnectionPin(shape0_288069558, 1, 0, 85, false, 10, 4);\r\n\tpin0_288069558_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_1 = new Avoid::ShapeConnectionPin(shape0_288069558, 2, 0, 160, false, 10, 4);\r\n\tpin0_288069558_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_2 = new Avoid::ShapeConnectionPin(shape0_288069558, 3, 0, 235, false, 10, 4);\r\n\tpin0_288069558_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_3 = new Avoid::ShapeConnectionPin(shape0_288069558, 4, 0, 310, false, 10, 4);\r\n\tpin0_288069558_3->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_4 = new Avoid::ShapeConnectionPin(shape0_288069558, 5, 0, 385, false, 10, 4);\r\n\tpin0_288069558_4->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_5 = new Avoid::ShapeConnectionPin(shape0_288069558, 6, 0, 460, false, 10, 4);\r\n\tpin0_288069558_5->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_6 = new Avoid::ShapeConnectionPin(shape0_288069558, 7, 0, 535, false, 10, 4);\r\n\tpin0_288069558_6->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_7 = new Avoid::ShapeConnectionPin(shape0_288069558, 8, 0, 610, false, 10, 4);\r\n\tpin0_288069558_7->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_8 = new Avoid::ShapeConnectionPin(shape0_288069558, 9, 0, 685, false, 10, 4);\r\n\tpin0_288069558_8->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_9 = new Avoid::ShapeConnectionPin(shape0_288069558, 10, 0, 760, false, 10, 4);\r\n\tpin0_288069558_9->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_10 = new Avoid::ShapeConnectionPin(shape0_288069558, 11, 0, 835, false, 10, 4);\r\n\tpin0_288069558_10->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_11 = new Avoid::ShapeConnectionPin(shape0_288069558, 12, 0, 910, false, 10, 4);\r\n\tpin0_288069558_11->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_12 = new Avoid::ShapeConnectionPin(shape0_288069558, 13, 0, 985, false, 10, 4);\r\n\tpin0_288069558_12->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_13 = new Avoid::ShapeConnectionPin(shape0_288069558, 14, 0, 1060, false, 10, 4);\r\n\tpin0_288069558_13->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_14 = new Avoid::ShapeConnectionPin(shape0_288069558, 15, 0, 1135, false, 10, 4);\r\n\tpin0_288069558_14->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_15 = new Avoid::ShapeConnectionPin(shape0_288069558, 16, 0, 1210, false, 10, 4);\r\n\tpin0_288069558_15->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_16 = new Avoid::ShapeConnectionPin(shape0_288069558, 17, 0, 1285, false, 10, 4);\r\n\tpin0_288069558_16->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_17 = new Avoid::ShapeConnectionPin(shape0_288069558, 18, 0, 1360, false, 10, 4);\r\n\tpin0_288069558_17->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_18 = new Avoid::ShapeConnectionPin(shape0_288069558, 19, 0, 1435, false, 10, 4);\r\n\tpin0_288069558_18->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_19 = new Avoid::ShapeConnectionPin(shape0_288069558, 20, 0, 1510, false, 10, 4);\r\n\tpin0_288069558_19->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_20 = new Avoid::ShapeConnectionPin(shape0_288069558, 21, 0, 1585, false, 10, 4);\r\n\tpin0_288069558_20->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_21 = new Avoid::ShapeConnectionPin(shape0_288069558, 22, 0, 1660, false, 10, 4);\r\n\tpin0_288069558_21->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_22 = new Avoid::ShapeConnectionPin(shape0_288069558, 23, 350, 85, false, 10, 8);\r\n\tpin0_288069558_22->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_23 = new Avoid::ShapeConnectionPin(shape0_288069558, 24, 350, 160, false, 10, 8);\r\n\tpin0_288069558_23->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_24 = new Avoid::ShapeConnectionPin(shape0_288069558, 25, 350, 235, false, 10, 8);\r\n\tpin0_288069558_24->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_25 = new Avoid::ShapeConnectionPin(shape0_288069558, 26, 350, 310, false, 10, 8);\r\n\tpin0_288069558_25->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_26 = new Avoid::ShapeConnectionPin(shape0_288069558, 27, 350, 385, false, 10, 8);\r\n\tpin0_288069558_26->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_27 = new Avoid::ShapeConnectionPin(shape0_288069558, 28, 350, 460, false, 10, 8);\r\n\tpin0_288069558_27->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_28 = new Avoid::ShapeConnectionPin(shape0_288069558, 29, 350, 535, false, 10, 8);\r\n\tpin0_288069558_28->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_29 = new Avoid::ShapeConnectionPin(shape0_288069558, 30, 350, 610, false, 10, 8);\r\n\tpin0_288069558_29->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_30 = new Avoid::ShapeConnectionPin(shape0_288069558, 31, 350, 685, false, 10, 8);\r\n\tpin0_288069558_30->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_31 = new Avoid::ShapeConnectionPin(shape0_288069558, 32, 350, 760, false, 10, 8);\r\n\tpin0_288069558_31->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_32 = new Avoid::ShapeConnectionPin(shape0_288069558, 33, 350, 835, false, 10, 8);\r\n\tpin0_288069558_32->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_33 = new Avoid::ShapeConnectionPin(shape0_288069558, 34, 350, 910, false, 10, 8);\r\n\tpin0_288069558_33->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_34 = new Avoid::ShapeConnectionPin(shape0_288069558, 35, 350, 985, false, 10, 8);\r\n\tpin0_288069558_34->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_35 = new Avoid::ShapeConnectionPin(shape0_288069558, 36, 350, 1060, false, 10, 8);\r\n\tpin0_288069558_35->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_36 = new Avoid::ShapeConnectionPin(shape0_288069558, 37, 350, 1135, false, 10, 8);\r\n\tpin0_288069558_36->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_37 = new Avoid::ShapeConnectionPin(shape0_288069558, 38, 350, 1210, false, 10, 8);\r\n\tpin0_288069558_37->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_38 = new Avoid::ShapeConnectionPin(shape0_288069558, 39, 350, 1285, false, 10, 8);\r\n\tpin0_288069558_38->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_39 = new Avoid::ShapeConnectionPin(shape0_288069558, 40, 350, 1360, false, 10, 8);\r\n\tpin0_288069558_39->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_40 = new Avoid::ShapeConnectionPin(shape0_288069558, 41, 350, 1435, false, 10, 8);\r\n\tpin0_288069558_40->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_41 = new Avoid::ShapeConnectionPin(shape0_288069558, 42, 350, 1510, false, 10, 8);\r\n\tpin0_288069558_41->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_288069558_42 = new Avoid::ShapeConnectionPin(shape0_288069558, 43, 350, 1585, false, 10, 8);\r\n\tpin0_288069558_42->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49500, 50920));\r\n\tpoly0.setPoint(1, Avoid::Point(49500, 50980));\r\n\tpoly0.setPoint(2, Avoid::Point(49340, 50980));\r\n\tpoly0.setPoint(3, Avoid::Point(49340, 50920));\r\n\tAvoid::ShapeRef * shape0_59726400 = new Avoid::ShapeRef(router0, poly0, 59726400);\r\n\tAvoid::ShapeConnectionPin * pin0_59726400_0 = new Avoid::ShapeConnectionPin(shape0_59726400, 1, 10, 30, false, 10, 4);\r\n\tpin0_59726400_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_59726400_1 = new Avoid::ShapeConnectionPin(shape0_59726400, 2, -1, 30, false, 10, 8);\r\n\tpin0_59726400_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49500, 50845));\r\n\tpoly0.setPoint(1, Avoid::Point(49500, 50905));\r\n\tpoly0.setPoint(2, Avoid::Point(49340, 50905));\r\n\tpoly0.setPoint(3, Avoid::Point(49340, 50845));\r\n\tAvoid::ShapeRef * shape0_574489840 = new Avoid::ShapeRef(router0, poly0, 574489840);\r\n\tAvoid::ShapeConnectionPin * pin0_574489840_0 = new Avoid::ShapeConnectionPin(shape0_574489840, 1, 10, 30, false, 10, 4);\r\n\tpin0_574489840_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_574489840_1 = new Avoid::ShapeConnectionPin(shape0_574489840, 2, -1, 30, false, 10, 8);\r\n\tpin0_574489840_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49500, 50695));\r\n\tpoly0.setPoint(1, Avoid::Point(49500, 50755));\r\n\tpoly0.setPoint(2, Avoid::Point(49340, 50755));\r\n\tpoly0.setPoint(3, Avoid::Point(49340, 50695));\r\n\tAvoid::ShapeRef * shape0_482418284 = new Avoid::ShapeRef(router0, poly0, 482418284);\r\n\tAvoid::ShapeConnectionPin * pin0_482418284_0 = new Avoid::ShapeConnectionPin(shape0_482418284, 1, 10, 30, false, 10, 4);\r\n\tpin0_482418284_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_482418284_1 = new Avoid::ShapeConnectionPin(shape0_482418284, 2, -1, 30, false, 10, 8);\r\n\tpin0_482418284_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49500, 50770));\r\n\tpoly0.setPoint(1, Avoid::Point(49500, 50830));\r\n\tpoly0.setPoint(2, Avoid::Point(49340, 50830));\r\n\tpoly0.setPoint(3, Avoid::Point(49340, 50770));\r\n\tAvoid::ShapeRef * shape0_100128936 = new Avoid::ShapeRef(router0, poly0, 100128936);\r\n\tAvoid::ShapeConnectionPin * pin0_100128936_0 = new Avoid::ShapeConnectionPin(shape0_100128936, 1, 10, 30, false, 10, 4);\r\n\tpin0_100128936_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_100128936_1 = new Avoid::ShapeConnectionPin(shape0_100128936, 2, -1, 30, false, 10, 8);\r\n\tpin0_100128936_1->setExclusive(true);\r\n\tend1_0 = Avoid::ConnEnd(shape0_100128936, 2);\r\n\tend2_0 = Avoid::ConnEnd(shape0_288069558, 12);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 105958336);\r\n\tend1_0 = Avoid::ConnEnd(shape0_574489840, 2);\r\n\tend2_0 = Avoid::ConnEnd(shape0_288069558, 13);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 377294085);\r\n\tend1_0 = Avoid::ConnEnd(shape0_59726400, 2);\r\n\tend2_0 = Avoid::ConnEnd(shape0_288069558, 14);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 870686312);\r\n\trouter0->processTransaction();\r\n\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49518, 50707));\r\n\tpoly0.setPoint(1, Avoid::Point(49518, 50743));\r\n\tpoly0.setPoint(2, Avoid::Point(49482, 50743));\r\n\tpoly0.setPoint(3, Avoid::Point(49482, 50707));\r\n\tAvoid::ShapeRef * shape0_91346832 = new Avoid::ShapeRef(router0, poly0, 91346832);\r\n\tAvoid::ShapeConnectionPin * pin0_91346832_0 = new Avoid::ShapeConnectionPin(shape0_91346832, 2147483646, 18, 18, false, 0, 15);\r\n\tpin0_91346832_0->setExclusive(false);\r\n\tend1_0 = Avoid::ConnEnd(shape0_91346832, Avoid::CONNECTIONPIN_CENTRE);\r\n\tend2_0 = Avoid::ConnEnd(shape0_288069558, 11);\r\n\tnew Avoid::ConnRef(router0, end1_0, end2_0, 214417907);\r\n\trouter0->processTransaction();\r\n\r\n\trouter0->outputDiagram(\"output/inlineOverlap11\");\r\n\r\n\tbool optimisedForConnectorType = false;\r\n\tint crossings = router0->existsCrossings(optimisedForConnectorType);\r\n\tdelete router0;\r\n\treturn (crossings > 0) ? 1 : 0;\r\n}\r\n\r\n"
  },
  {
    "path": "cola/libavoid/tests/inlineShapes.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly1(4);\n    poly1.ps[0] = Point(52, 188);\n    poly1.ps[1] = Point(52, 292);\n    poly1.ps[2] = Point(-52, 292);\n    poly1.ps[3] = Point(-52, 188);\n    ShapeRef *shapeRef1 = new ShapeRef(router, poly1, 1);\n    new ShapeConnectionPin(shapeRef1, 544, 0.5, 0.5, true, 10, (ConnDirFlags) 0);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(52, -52);\n    poly2.ps[1] = Point(52, 52);\n    poly2.ps[2] = Point(-52, 52);\n    poly2.ps[3] = Point(-52, -52);\n    ShapeRef *shapeRef2 = new ShapeRef(router, poly2, 2);\n    new ShapeConnectionPin(shapeRef2, 544, 0.5, 0.5, true, 10, (ConnDirFlags) 0);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(52, 428);\n    poly3.ps[1] = Point(52, 532);\n    poly3.ps[2] = Point(-52, 532);\n    poly3.ps[3] = Point(-52, 428);\n    ShapeRef *shapeRef3 = new ShapeRef(router, poly3, 3);\n    new ShapeConnectionPin(shapeRef3, 544, 0.5, 0.5, true, 10, (ConnDirFlags) 0);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(52, 68);\n    poly4.ps[1] = Point(52, 172);\n    poly4.ps[2] = Point(-52, 172);\n    poly4.ps[3] = Point(-52, 68);\n    ShapeRef *shapeRef4 = new ShapeRef(router, poly4, 4);\n    new ShapeConnectionPin(shapeRef4, 544, 0.5, 0.5, true, 10, (ConnDirFlags) 0);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(52, 308);\n    poly5.ps[1] = Point(52, 412);\n    poly5.ps[2] = Point(-52, 412);\n    poly5.ps[3] = Point(-52, 308);\n    ShapeRef *shapeRef5 = new ShapeRef(router, poly5, 5);\n    new ShapeConnectionPin(shapeRef5, 544, 0.5, 0.5, true, 10, (ConnDirFlags) 0);\n\n    ConnRef *connRef6 = new ConnRef(router, 6);\n    ConnEnd srcPt6(shapeRef2, 544);\n    connRef6->setSourceEndpoint(srcPt6);\n    ConnEnd dstPt6(shapeRef5, 544);\n    connRef6->setDestEndpoint(dstPt6);\n    connRef6->setRoutingType((ConnType)2);\n\n    ConnRef *connRef7 = new ConnRef(router, 7);\n    ConnEnd srcPt7(shapeRef5, 544);\n    connRef7->setSourceEndpoint(srcPt7);\n    ConnEnd dstPt7(shapeRef4, 544);\n    connRef7->setDestEndpoint(dstPt7);\n    connRef7->setRoutingType((ConnType)2);\n\n    ConnRef *connRef8 = new ConnRef(router, 8);\n    ConnEnd srcPt8(shapeRef1, 544);\n    connRef8->setSourceEndpoint(srcPt8);\n    ConnEnd dstPt8(shapeRef5, 544);\n    connRef8->setDestEndpoint(dstPt8);\n    connRef8->setRoutingType((ConnType)2);\n\n    ConnRef *connRef9 = new ConnRef(router, 9);\n    ConnEnd srcPt9(shapeRef2, 544);\n    connRef9->setSourceEndpoint(srcPt9);\n    ConnEnd dstPt9(shapeRef3, 544);\n    connRef9->setDestEndpoint(dstPt9);\n    connRef9->setRoutingType((ConnType)2);\n\n    ConnRef *connRef10 = new ConnRef(router, 10);\n    ConnEnd srcPt10(shapeRef3, 544);\n    connRef10->setSourceEndpoint(srcPt10);\n    ConnEnd dstPt10(shapeRef4, 544);\n    connRef10->setDestEndpoint(dstPt10);\n    connRef10->setRoutingType((ConnType)2);\n\n    ConnRef *connRef11 = new ConnRef(router, 11);\n    ConnEnd srcPt11(shapeRef1, 544);\n    connRef11->setSourceEndpoint(srcPt11);\n    ConnEnd dstPt11(shapeRef3, 544);\n    connRef11->setDestEndpoint(dstPt11);\n    connRef11->setRoutingType((ConnType)2);\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/inlineShapes\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty(segmentPenalty);\n    router->setRoutingPenalty(fixedSharedPathPenalty);\n    router->setRoutingParameter(idealNudgingDistance, 20);\n    Rectangle rect335855988(Point(51140, 50190), Point(51510, 50885));\n    new ShapeRef(router, rect335855988, 335855988);\n    Rectangle rect548374163(Point(51915, 50415), Point(52285, 50885));\n    new ShapeRef(router, rect548374163, 548374163);\n    Rectangle rect942733064(Point(51771, 50790), Point(51829, 50885));\n    new ShapeRef(router, rect942733064, 942733064);\n    ConnEnd srcPt100850179(Point(51925, 50800), 4);\n    ConnEnd dstPt100850179(Point(51500, 50650), 8);\n    new ConnRef(router, srcPt100850179, dstPt100850179, 100850179);\n    ConnEnd srcPt240732432(Point(51925, 50650), 4);\n    ConnEnd dstPt240732432(Point(51800, 50800), 1);\n    new ConnRef(router, srcPt240732432, dstPt240732432, 240732432);\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap01\");\n    bool overlap = router->existsOrthogonalTouchingPaths();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap02.cpp",
    "content": "// From p-overlap bug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly548374163(4);\n    poly548374163.ps[0] = Point(52285, 50415);\n    poly548374163.ps[1] = Point(52285, 50885);\n    poly548374163.ps[2] = Point(51915, 50885);\n    poly548374163.ps[3] = Point(51915, 50415);\n    new ShapeRef(router, poly548374163, 548374163);\n\n    Polygon poly942733064(4);\n    poly942733064.ps[0] = Point(51829, 50800);\n    poly942733064.ps[1] = Point(51829, 50885);\n    poly942733064.ps[2] = Point(51771, 50885);\n    poly942733064.ps[3] = Point(51771, 50800);\n    new ShapeRef(router, poly942733064, 942733064);\n\n    Polygon poly335855988(4);\n    poly335855988.ps[0] = Point(51510, 50190);\n    poly335855988.ps[1] = Point(51510, 50885);\n    poly335855988.ps[2] = Point(51140, 50885);\n    poly335855988.ps[3] = Point(51140, 50190);\n    new ShapeRef(router, poly335855988, 335855988);\n\n    ConnRef *connRef240732432 = new ConnRef(router, 240732432);\n    ConnEnd srcPt240732432(Point(51935, 50650), 4);\n    connRef240732432->setSourceEndpoint(srcPt240732432);\n    ConnEnd dstPt240732432(Point(51800, 50810), 1);\n    connRef240732432->setDestEndpoint(dstPt240732432);\n    connRef240732432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148374725 = new ConnRef(router, 148374725);\n    ConnEnd srcPt148374725(Point(51935, 50500), 4);\n    connRef148374725->setSourceEndpoint(srcPt148374725);\n    ConnEnd dstPt148374725(Point(51490, 50800), 8);\n    connRef148374725->setDestEndpoint(dstPt148374725);\n    connRef148374725->setRoutingType((ConnType)2);\n\n    ConnRef *connRef100850179 = new ConnRef(router, 100850179);\n    ConnEnd srcPt100850179(Point(51935, 50800), 4);\n    connRef100850179->setSourceEndpoint(srcPt100850179);\n    ConnEnd dstPt100850179(Point(51490, 50650), 8);\n    connRef100850179->setDestEndpoint(dstPt100850179);\n    connRef100850179->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap02\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap03.cpp",
    "content": "// From diffport-pins-overlap-reduced_libavoid-debug_4 bug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly421433292(4);\n    poly421433292.ps[0] = Point(51335, 50215);\n    poly421433292.ps[1] = Point(51335, 50385);\n    poly421433292.ps[2] = Point(51065, 50385);\n    poly421433292.ps[3] = Point(51065, 50215);\n    new ShapeRef(router, poly421433292, 421433292);\n\n    Polygon poly174734866(4);\n    poly174734866.ps[0] = Point(51335, 50490);\n    poly174734866.ps[1] = Point(51335, 50660);\n    poly174734866.ps[2] = Point(51065, 50660);\n    poly174734866.ps[3] = Point(51065, 50490);\n    new ShapeRef(router, poly174734866, 174734866);\n\n    Polygon poly564884274(4);\n    poly564884274.ps[0] = Point(50635, 50500);\n    poly564884274.ps[1] = Point(50635, 50583);\n    poly564884274.ps[2] = Point(50515, 50583);\n    poly564884274.ps[3] = Point(50515, 50500);\n    new ShapeRef(router, poly564884274, 564884274);\n\n    ConnRef *connRef103176525 = new ConnRef(router, 103176525);\n    ConnEnd srcPt103176525(Point(51085, 50550), 4);\n    connRef103176525->setSourceEndpoint(srcPt103176525);\n    ConnEnd dstPt103176525(Point(50575, 50510), 1);\n    connRef103176525->setDestEndpoint(dstPt103176525);\n    connRef103176525->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223495632 = new ConnRef(router, 223495632);\n    ConnEnd srcPt223495632(Point(51085, 50325), 4);\n    connRef223495632->setSourceEndpoint(srcPt223495632);\n    ConnEnd dstPt223495632(Point(50575, 50550), 14);\n    connRef223495632->setDestEndpoint(dstPt223495632);\n    connRef223495632->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap03\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap04.cpp",
    "content": "// From Routing_2a_libavoid-debug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly170253204(4);\n    poly170253204.ps[0] = Point(50450, 50190);\n    poly170253204.ps[1] = Point(50450, 50360);\n    poly170253204.ps[2] = Point(50265, 50360);\n    poly170253204.ps[3] = Point(50265, 50190);\n    new ShapeRef(router, poly170253204, 170253204);\n\n    Polygon poly914700248(4);\n    poly914700248.ps[0] = Point(50800, 50390);\n    poly914700248.ps[1] = Point(50800, 50560);\n    poly914700248.ps[2] = Point(50615, 50560);\n    poly914700248.ps[3] = Point(50615, 50390);\n    new ShapeRef(router, poly914700248, 914700248);\n\n    Polygon poly285103539(4);\n    poly285103539.ps[0] = Point(51385, 50390);\n    poly285103539.ps[1] = Point(51385, 50560);\n    poly285103539.ps[2] = Point(51200, 50560);\n    poly285103539.ps[3] = Point(51200, 50390);\n    new ShapeRef(router, poly285103539, 285103539);\n\n    Polygon poly252459412(4);\n    poly252459412.ps[0] = Point(51360, 50190);\n    poly252459412.ps[1] = Point(51360, 50360);\n    poly252459412.ps[2] = Point(51175, 50360);\n    poly252459412.ps[3] = Point(51175, 50190);\n    new ShapeRef(router, poly252459412, 252459412);\n\n    ConnRef *connRef573390636 = new ConnRef(router, 573390636);\n    ConnEnd srcPt573390636(Point(50790, 50475), 8);\n    connRef573390636->setSourceEndpoint(srcPt573390636);\n    ConnEnd dstPt573390636(Point(51185, 50275), 4);\n    connRef573390636->setDestEndpoint(dstPt573390636);\n    connRef573390636->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214207623 = new ConnRef(router, 214207623);\n    ConnEnd srcPt214207623(Point(51210, 50475), 4);\n    connRef214207623->setSourceEndpoint(srcPt214207623);\n    ConnEnd dstPt214207623(Point(50440, 50275), 8);\n    connRef214207623->setDestEndpoint(dstPt214207623);\n    connRef214207623->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap04\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap05.cpp",
    "content": "// From Diplexer-reduced2_libavoid-debug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly231469760(4);\n    poly231469760.ps[0] = Point(6385, 9390);\n    poly231469760.ps[1] = Point(6385, 9560);\n    poly231469760.ps[2] = Point(6200, 9560);\n    poly231469760.ps[3] = Point(6200, 9390);\n    new ShapeRef(router, poly231469760, 231469760);\n\n    Polygon poly7136376(4);\n    poly7136376.ps[0] = Point(6560, 9290);\n    poly7136376.ps[1] = Point(6560, 9460);\n    poly7136376.ps[2] = Point(6375, 9460);\n    poly7136376.ps[3] = Point(6375, 9290);\n    new ShapeRef(router, poly7136376, 7136376);\n\n    Polygon poly215821749(4);\n    poly215821749.ps[0] = Point(6510, 9540);\n    poly215821749.ps[1] = Point(6510, 9710);\n    poly215821749.ps[2] = Point(6325, 9710);\n    poly215821749.ps[3] = Point(6325, 9540);\n    new ShapeRef(router, poly215821749, 215821749);\n\n    Polygon poly83086994(4);\n    poly83086994.ps[0] = Point(5925, 9240);\n    poly83086994.ps[1] = Point(5925, 10085);\n    poly83086994.ps[2] = Point(5575, 10085);\n    poly83086994.ps[3] = Point(5575, 9240);\n    new ShapeRef(router, poly83086994, 83086994);\n\n    ConnRef *connRef292408794 = new ConnRef(router, 292408794);\n    ConnEnd srcPt292408794(Point(5915, 9625), 8);\n    connRef292408794->setSourceEndpoint(srcPt292408794);\n    ConnEnd dstPt292408794(Point(6210, 9475), 4);\n    connRef292408794->setDestEndpoint(dstPt292408794);\n    connRef292408794->setRoutingType((ConnType)2);\n\n    ConnRef *connRef40917776 = new ConnRef(router, 40917776);\n    ConnEnd srcPt40917776(Point(5915, 9550), 8);\n    connRef40917776->setSourceEndpoint(srcPt40917776);\n    ConnEnd dstPt40917776(Point(6385, 9375), 4);\n    connRef40917776->setDestEndpoint(dstPt40917776);\n    connRef40917776->setRoutingType((ConnType)2);\n\n    ConnRef *connRef629564142 = new ConnRef(router, 629564142);\n    ConnEnd srcPt629564142(Point(5915, 9475), 8);\n    connRef629564142->setSourceEndpoint(srcPt629564142);\n    ConnEnd dstPt629564142(Point(6335, 9625), 4);\n    connRef629564142->setDestEndpoint(dstPt629564142);\n    connRef629564142->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap05\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap06.cpp",
    "content": "// From Routing_2a-broken_libavoid-debug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 210);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly170253204(4);\n    poly170253204.ps[0] = Point(50450, 50190);\n    poly170253204.ps[1] = Point(50450, 50360);\n    poly170253204.ps[2] = Point(50265, 50360);\n    poly170253204.ps[3] = Point(50265, 50190);\n    new ShapeRef(router, poly170253204, 170253204);\n\n    Polygon poly285103539(4);\n    poly285103539.ps[0] = Point(51385, 50390);\n    poly285103539.ps[1] = Point(51385, 50560);\n    poly285103539.ps[2] = Point(51200, 50560);\n    poly285103539.ps[3] = Point(51200, 50390);\n    new ShapeRef(router, poly285103539, 285103539);\n\n    Polygon poly252459412(4);\n    poly252459412.ps[0] = Point(51360, 50190);\n    poly252459412.ps[1] = Point(51360, 50360);\n    poly252459412.ps[2] = Point(51175, 50360);\n    poly252459412.ps[3] = Point(51175, 50190);\n    new ShapeRef(router, poly252459412, 252459412);\n\n    Polygon poly914700248(4);\n    poly914700248.ps[0] = Point(50800, 50390);\n    poly914700248.ps[1] = Point(50800, 50560);\n    poly914700248.ps[2] = Point(50615, 50560);\n    poly914700248.ps[3] = Point(50615, 50390);\n    new ShapeRef(router, poly914700248, 914700248);\n\n    ConnRef *connRef214207623 = new ConnRef(router, 214207623);\n    ConnEnd srcPt214207623(Point(51210, 50475), 4);\n    connRef214207623->setSourceEndpoint(srcPt214207623);\n    ConnEnd dstPt214207623(Point(50440, 50275), 8);\n    connRef214207623->setDestEndpoint(dstPt214207623);\n    connRef214207623->setRoutingType((ConnType)2);\n\n    ConnRef *connRef573390636 = new ConnRef(router, 573390636);\n    ConnEnd srcPt573390636(Point(50790, 50475), 8);\n    connRef573390636->setSourceEndpoint(srcPt573390636);\n    ConnEnd dstPt573390636(Point(51185, 50275), 4);\n    connRef573390636->setDestEndpoint(dstPt573390636);\n    connRef573390636->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap06\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap07.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingPenalty((PenaltyType)5, 100);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly186982048(4);\n    poly186982048.ps[0] = Point(52660, 50490);\n    poly186982048.ps[1] = Point(52660, 50960);\n    poly186982048.ps[2] = Point(52100, 50960);\n    poly186982048.ps[3] = Point(52100, 50490);\n    new ShapeRef(router, poly186982048, 186982048);\n    \n    Polygon poly193989760(4);\n    poly193989760.ps[0] = Point(51850, 50665);\n    poly193989760.ps[1] = Point(51850, 50835);\n    poly193989760.ps[2] = Point(51590, 50835);\n    poly193989760.ps[3] = Point(51590, 50665);\n    new ShapeRef(router, poly193989760, 193989760);\n    \n    Polygon poly276825384(4);\n    poly276825384.ps[0] = Point(51825, 51040);\n    poly276825384.ps[1] = Point(51825, 51210);\n    poly276825384.ps[2] = Point(51565, 51210);\n    poly276825384.ps[3] = Point(51565, 51040);\n    new ShapeRef(router, poly276825384, 276825384);\n    \n    Polygon poly190150804(4);\n    poly190150804.ps[0] = Point(50460, 51340);\n    poly190150804.ps[1] = Point(50460, 51510);\n    poly190150804.ps[2] = Point(50290, 51510);\n    poly190150804.ps[3] = Point(50290, 51340);\n    new ShapeRef(router, poly190150804, 190150804);\n    \n    ConnRef *connRef562170592 = new ConnRef(router, 562170592);\n    ConnEnd srcPt562170592(Point(52110, 50800), 4);\n    connRef562170592->setSourceEndpoint(srcPt562170592);\n    ConnEnd dstPt562170592(Point(51815, 51100), 8);\n    connRef562170592->setDestEndpoint(dstPt562170592);\n    connRef562170592->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171593006 = new ConnRef(router, 171593006);\n    ConnEnd srcPt171593006(Point(52110, 50750), 4);\n    connRef171593006->setSourceEndpoint(srcPt171593006);\n    ConnEnd dstPt171593006(Point(51840, 50725), 8);\n    connRef171593006->setDestEndpoint(dstPt171593006);\n    connRef171593006->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172593160 = new ConnRef(router, 172593160);\n    ConnEnd srcPt172593160(Point(51815, 51150), 8);\n    connRef172593160->setSourceEndpoint(srcPt172593160);\n    ConnEnd dstPt172593160(Point(52110, 50900), 4);\n    connRef172593160->setDestEndpoint(dstPt172593160);\n    connRef172593160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef116944564 = new ConnRef(router, 116944564);\n    ConnEnd srcPt116944564(Point(51840, 50775), 8);\n    connRef116944564->setSourceEndpoint(srcPt116944564);\n    ConnEnd dstPt116944564(Point(52110, 50850), 4);\n    connRef116944564->setDestEndpoint(dstPt116944564);\n    connRef116944564->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap07\");\n    delete router;\n    return 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/inlineoverlap08.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 10);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 400);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n    Polygon poly1(4);\n    poly1.ps[0] = Point(99, -20);\n    poly1.ps[1] = Point(99, 0);\n    poly1.ps[2] = Point(55, 0);\n    poly1.ps[3] = Point(55, -20);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(20, -65);\n    poly2.ps[1] = Point(20, -45);\n    poly2.ps[2] = Point(0, -45);\n    poly2.ps[3] = Point(0, -65);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(20, -90);\n    poly3.ps[1] = Point(20, -70);\n    poly3.ps[2] = Point(0, -70);\n    poly3.ps[3] = Point(0, -90);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(20, -115);\n    poly4.ps[1] = Point(20, -95);\n    poly4.ps[2] = Point(0, -95);\n    poly4.ps[3] = Point(0, -115);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(20, -140);\n    poly5.ps[1] = Point(20, -120);\n    poly5.ps[2] = Point(0, -120);\n    poly5.ps[3] = Point(0, -140);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(75, -185);\n    poly6.ps[1] = Point(75, -165);\n    poly6.ps[2] = Point(55, -165);\n    poly6.ps[3] = Point(55, -185);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(100, -185);\n    poly7.ps[1] = Point(100, -165);\n    poly7.ps[2] = Point(80, -165);\n    poly7.ps[3] = Point(80, -185);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(125, -185);\n    poly8.ps[1] = Point(125, -165);\n    poly8.ps[2] = Point(105, -165);\n    poly8.ps[3] = Point(105, -185);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(150, -185);\n    poly9.ps[1] = Point(150, -165);\n    poly9.ps[2] = Point(130, -165);\n    poly9.ps[3] = Point(130, -185);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(175, -185);\n    poly10.ps[1] = Point(175, -165);\n    poly10.ps[2] = Point(155, -165);\n    poly10.ps[3] = Point(155, -185);\n    new ShapeRef(router, poly10, 10);\n\n    ConnRef *connRef11 = new ConnRef(router, 11);\n    ConnEnd srcPt11(Point(20, -47), 15);\n    connRef11->setSourceEndpoint(srcPt11);\n    ConnEnd dstPt11(Point(57, -165), 15);\n    connRef11->setDestEndpoint(dstPt11);\n    connRef11->setRoutingType((ConnType)2);\n\n    ConnRef *connRef12 = new ConnRef(router, 12);\n    ConnEnd srcPt12(Point(61, -165), 15);\n    connRef12->setSourceEndpoint(srcPt12);\n    ConnEnd dstPt12(Point(57, -20), 15);\n    connRef12->setDestEndpoint(dstPt12);\n    connRef12->setRoutingType((ConnType)2);\n\n    ConnRef *connRef13 = new ConnRef(router, 13);\n    ConnEnd srcPt13(Point(15, -74), 15);\n    connRef13->setSourceEndpoint(srcPt13);\n    ConnEnd dstPt13(Point(65, -20), 15);\n    connRef13->setDestEndpoint(dstPt13);\n    connRef13->setRoutingType((ConnType)2);\n\n    ConnRef *connRef14 = new ConnRef(router, 14);\n    ConnEnd srcPt14(Point(61, -20), 15);\n    connRef14->setSourceEndpoint(srcPt14);\n    ConnEnd dstPt14(Point(61, -24), 15);\n    connRef14->setDestEndpoint(dstPt14);\n    connRef14->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/inlineoverlap08\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/junction01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 105);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n    Rectangle rect478845150(Point(50695, 51070), Point(50705, 51080));\n    ShapeRef *shapeRef478845150 = new ShapeRef(router, rect478845150, 478845150);\n    ShapeConnectionPin *pin = new Avoid::ShapeConnectionPin(shapeRef478845150, \n\t    Avoid::CONNECTIONPIN_CENTRE, Avoid::ATTACH_POS_CENTRE, \n\t    Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    pin->setExclusive(false);\n    \n    Rectangle rect92712048(Point(51246, 50475), Point(51304, 50585));\n    new ShapeRef(router, rect92712048, 92712048);\n    Rectangle rect23127921(Point(50365, 50766), Point(50485, 50834));\n    new ShapeRef(router, rect23127921, 23127921);\n    Rectangle rect159957148(Point(51740, 50891), Point(51860, 50959));\n    new ShapeRef(router, rect159957148, 159957148);\n    Rectangle rect1350214(Point(50375, 51015), Point(50625, 51135));\n    new ShapeRef(router, rect1350214, 1350214);\n    Rectangle rect247197258(Point(50265, 51046), Point(50375, 51104));\n    new ShapeRef(router, rect247197258, 247197258);\n    Rectangle rect281096654(Point(50700, 50390), Point(51000, 50610));\n    new ShapeRef(router, rect281096654, 281096654);\n    ConnEnd srcPt342420237(Point(50425, 50800), 15);\n    ConnEnd dstPt342420237(Point(50710, 50450), 4);\n    new ConnRef(router, srcPt342420237, dstPt342420237, 342420237);\n    ConnEnd srcPt352019675(Point(50990, 50500), 8);\n    ConnEnd dstPt352019675(shapeRef478845150, Avoid::CONNECTIONPIN_CENTRE);\n    //ConnEnd dstPt352019675(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt352019675, dstPt352019675, 352019675);\n    ConnEnd srcPt42699400(shapeRef478845150, Avoid::CONNECTIONPIN_CENTRE);\n    //ConnEnd srcPt42699400(Point(50700, 51075), 15);\n    ConnEnd dstPt42699400(Point(50615, 51075), 8);\n    new ConnRef(router, srcPt42699400, dstPt42699400, 42699400);\n    ConnEnd srcPt94712625(Point(50710, 50550), 4);\n    ConnEnd dstPt94712625(shapeRef478845150, Avoid::CONNECTIONPIN_CENTRE);\n    //ConnEnd dstPt94712625(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt94712625, dstPt94712625, 94712625);\n    ConnEnd srcPt92802970(Point(50990, 50450), 8);\n    ConnEnd dstPt92802970(Point(51275, 50485), 1);\n    new ConnRef(router, srcPt92802970, dstPt92802970, 92802970);\n    ConnEnd srcPt716502036(Point(50710, 50500), 4);\n    ConnEnd dstPt716502036(Point(51800, 50925), 15);\n    new ConnRef(router, srcPt716502036, dstPt716502036, 716502036);\n    router->processTransaction();\n    router->outputDiagram(\"output/junction01\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/junction02.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 105);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    JunctionRef *junction478845150 = new JunctionRef(router, Point(50700, 51075));\n    \n    Rectangle rect92712048(Point(51246, 50475), Point(51304, 50585));\n    new ShapeRef(router, rect92712048, 92712048);\n    Rectangle rect23127921(Point(50365, 50766), Point(50485, 50834));\n    new ShapeRef(router, rect23127921, 23127921);\n    Rectangle rect159957148(Point(51740, 50891), Point(51860, 50959));\n    new ShapeRef(router, rect159957148, 159957148);\n    Rectangle rect1350214(Point(50375, 51015), Point(50625, 51135));\n    new ShapeRef(router, rect1350214, 1350214);\n    Rectangle rect247197258(Point(50265, 51046), Point(50375, 51104));\n    new ShapeRef(router, rect247197258, 247197258);\n    Rectangle rect281096654(Point(50700, 50390), Point(51000, 50610));\n    new ShapeRef(router, rect281096654, 281096654);\n    ConnEnd srcPt342420237(Point(50425, 50800), 15);\n    ConnEnd dstPt342420237(Point(50710, 50450), 4);\n    new ConnRef(router, srcPt342420237, dstPt342420237, 342420237);\n    ConnEnd srcPt352019675(Point(50990, 50500), 8);\n    ConnEnd dstPt352019675(junction478845150);\n    //ConnEnd dstPt352019675(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt352019675, dstPt352019675, 352019675);\n    ConnEnd srcPt42699400(junction478845150);\n    //ConnEnd srcPt42699400(Point(50700, 51075), 15);\n    ConnEnd dstPt42699400(Point(50615, 51075), 8);\n    new ConnRef(router, srcPt42699400, dstPt42699400, 42699400);\n    ConnEnd srcPt94712625(Point(50710, 50550), 4);\n    ConnEnd dstPt94712625(junction478845150);\n    //ConnEnd dstPt94712625(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt94712625, dstPt94712625, 94712625);\n    ConnEnd srcPt92802970(Point(50990, 50450), 8);\n    ConnEnd dstPt92802970(Point(51275, 50485), 1);\n    new ConnRef(router, srcPt92802970, dstPt92802970, 92802970);\n    ConnEnd srcPt716502036(Point(50710, 50500), 4);\n    ConnEnd dstPt716502036(Point(51800, 50925), 15);\n    new ConnRef(router, srcPt716502036, dstPt716502036, 716502036);\n    router->processTransaction();\n    router->outputDiagram(\"output/junction02-1\");\n    router->moveJunction(junction478845150, 585, 0);\n    router->processTransaction();\n    router->outputDiagram(\"output/junction02-2\");\n    delete router;\n    return 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/junction03.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 105);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n    Rectangle rect478845150(Point(50695, 51070), Point(50705, 51080));\n    JunctionRef *junctionRef478845150 = new JunctionRef(router, \n\t\t    Point(50700, 51075), 478845150);\n    \n    Rectangle rect92712048(Point(51246, 50475), Point(51304, 50585));\n    new ShapeRef(router, rect92712048, 92712048);\n    Rectangle rect23127921(Point(50365, 50766), Point(50485, 50834));\n    new ShapeRef(router, rect23127921, 23127921);\n    Rectangle rect159957148(Point(51740, 50891), Point(51860, 50959));\n    new ShapeRef(router, rect159957148, 159957148);\n    Rectangle rect1350214(Point(50375, 51015), Point(50625, 51135));\n    new ShapeRef(router, rect1350214, 1350214);\n    Rectangle rect247197258(Point(50265, 51046), Point(50375, 51104));\n    new ShapeRef(router, rect247197258, 247197258);\n    Rectangle rect281096654(Point(50700, 50390), Point(51000, 50610));\n    new ShapeRef(router, rect281096654, 281096654);\n    ConnEnd srcPt342420237(Point(50425, 50800), 15);\n    ConnEnd dstPt342420237(Point(50710, 50450), 4);\n    new ConnRef(router, srcPt342420237, dstPt342420237, 342420237);\n    ConnEnd srcPt352019675(Point(50990, 50500), 8);\n    ConnEnd dstPt352019675(junctionRef478845150);\n    //ConnEnd dstPt352019675(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt352019675, dstPt352019675, 352019675);\n    ConnEnd srcPt42699400(junctionRef478845150);\n    //ConnEnd srcPt42699400(Point(50700, 51075), 15);\n    ConnEnd dstPt42699400(Point(50615, 51075), 8);\n    new ConnRef(router, srcPt42699400, dstPt42699400, 42699400);\n    ConnEnd srcPt94712625(Point(50710, 50550), 4);\n    ConnEnd dstPt94712625(junctionRef478845150);\n    //ConnEnd dstPt94712625(Point(50700, 51075), 15);\n    new ConnRef(router, srcPt94712625, dstPt94712625, 94712625);\n    ConnEnd srcPt92802970(Point(50990, 50450), 8);\n    ConnEnd dstPt92802970(Point(51275, 50485), 1);\n    new ConnRef(router, srcPt92802970, dstPt92802970, 92802970);\n    ConnEnd srcPt716502036(Point(50710, 50500), 4);\n    ConnEnd dstPt716502036(Point(51800, 50925), 15);\n    new ConnRef(router, srcPt716502036, dstPt716502036, 716502036);\n    router->processTransaction();\n    router->outputDiagram(\"output/junction03-1\");\n    router->moveJunction(junctionRef478845150, 585, 0);\n    router->processTransaction();\n    router->outputDiagram(\"output/junction03-2\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/junction04.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n// Another testcase to check the functionality for connection pins.\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    router->setRoutingPenalty((Avoid::PenaltyType)0, 50);\n    \n    Avoid::Rectangle shapeRect1(Avoid::Point(0, 0), Avoid::Point(30, 20));\n    Avoid::ShapeRef *shapeRef1 = new Avoid::ShapeRef(router, shapeRect1);\n    \n    Avoid::Rectangle shapeRect2(Avoid::Point(70, 7), Avoid::Point(100, 27));\n    new Avoid::ShapeRef(router, shapeRect2);\n    \n    Avoid::Rectangle shapeRect3(Avoid::Point(50, 60), Avoid::Point(80, 155));\n    new Avoid::ShapeRef(router, shapeRect3);\n    \n    Avoid::Rectangle shapeRect4(Avoid::Point(125, 60), Avoid::Point(155, 80));\n    new Avoid::ShapeRef(router, shapeRect4);\n    \n    Avoid::Rectangle shapeRect5(Avoid::Point(15, 150), Avoid::Point(45, 170));\n    Avoid::ShapeRef *shapeRef5 = new Avoid::ShapeRef(router, shapeRect5);\n    \n    Avoid::Rectangle shapeRect6(Avoid::Point(130, 130), Avoid::Point(160, 150));\n    Avoid::ShapeRef *shapeRef6 = new Avoid::ShapeRef(router, shapeRect6);\n    \n    // Add a centre connection pin for the three shapes we'll be using.\n    new Avoid::ShapeConnectionPin(shapeRef1, Avoid::CONNECTIONPIN_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    new Avoid::ShapeConnectionPin(shapeRef5, Avoid::CONNECTIONPIN_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n    new Avoid::ShapeConnectionPin(shapeRef6, Avoid::CONNECTIONPIN_CENTRE, \n            Avoid::ATTACH_POS_CENTRE, Avoid::ATTACH_POS_CENTRE, true, 0.0, Avoid::ConnDirNone);\n\n    Avoid::ConnEnd srcEnd(shapeRef1, Avoid::CONNECTIONPIN_CENTRE);\n    Avoid::ConnEnd dstEnd(shapeRef6, Avoid::CONNECTIONPIN_CENTRE);\n    Avoid::ConnRef *conn1= new Avoid::ConnRef(router, srcEnd, dstEnd);\n    \n    router->processTransaction();\n    router->outputDiagram(\"output/junction04-1\");\n\n    // Split the connector on its second segment and add a junction point.\n    std::pair<Avoid::JunctionRef *, Avoid::ConnRef *> newObjs = \n            conn1->splitAtSegment(2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/junction04-2\");\n\n    // Create a connector from the centre of shape 5 that connects to \n    // the junction.\n    Avoid::ConnEnd srcEnd3(shapeRef5, Avoid::CONNECTIONPIN_CENTRE);\n    Avoid::ConnEnd dstEnd3(newObjs.first);\n    new Avoid::ConnRef(router, srcEnd3, dstEnd3);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/junction04-3\");\n\n    // Delete one half of the original connector, up to the junction.\n    router->deleteConnector(conn1);\n    conn1 = nullptr;\n\n    router->processTransaction();\n    router->outputDiagram(\"output/junction04-4\");\n    \n    // The junction just has two connector now, so merge these into one.\n    newObjs.first->removeJunctionAndMergeConnectors();\n    router->processTransaction();\n    router->outputDiagram(\"output/junction04-5\");\n    \n    router->processTransaction();\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/latesetup.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n    \n\nstatic void connCallback(void *ptr)\n{\n    Avoid::ConnRef *connRef = (Avoid::ConnRef *) ptr; \n\n    printf(\"Connector %u needs rerouting!\\n\", connRef->id());\n\n    const Avoid::PolyLine& route = connRef->route();\n    printf(\"New path: \");\n    for (size_t i = 0; i < route.ps.size(); ++i) \n    {\n        printf(\"%s(%f, %f)\", (i > 0) ? \"-\" : \"\", \n                route.ps[i].x, route.ps[i].y);\n    }\n    printf(\"\\n\");\n}\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::PolyLineRouting);\n    router->setTransactionUse(false);\n\n    printf(\"\\nCreate connector.\\n\");\n    Avoid::Point srcPt(1.2, 0.5);\n    Avoid::Point dstPt(1.5, 4);\n    Avoid::ConnRef *connRef = new Avoid::ConnRef(router);\n    connRef->setCallback(connCallback, connRef);\n    // Force inital callback:\n    router->processTransaction();\n\n    Avoid::ConnRef *connRef2 = new Avoid::ConnRef(router);\n    connRef2->setCallback(connCallback, connRef2);\n    router->processTransaction();\n\n    router->deleteConnector(connRef2);\n    connRef2 = nullptr;\n    router->processTransaction();\n\n    printf(\"\\nAdd endpoints.\\n\");\n    connRef->setEndpoints(srcPt, dstPt);\n    router->processTransaction();\n    \n    printf(\"\\nAdding a shape.\\n\");\n    // Create the ShapeRef:\n    Avoid::Polygon shapePoly(3);\n    shapePoly.ps[0] = Avoid::Point(1, 1);\n    shapePoly.ps[1] = Avoid::Point(2.5, 1.5);\n    shapePoly.ps[2] = Avoid::Point(1.5, 2.5);\n    Avoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, shapePoly);\n    router->processTransaction();\n\n    printf(\"\\nShifting endpoint.\\n\");\n    Avoid::Point dstPt2(6, 4.5);\n    connRef->setDestEndpoint(dstPt2);\n    // It's expected you know the connector needs rerouting, so the callback\n    // isn't called.  You can force it to be called though, via:\n    router->processTransaction();\n\n    printf(\"\\nMoving shape right by 0.5.\\n\");\n    router->moveShape(shapeRef, 0.5, 0);\n    router->processTransaction();\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash1.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash1\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash2.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash2\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash3.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash3\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash4.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash4\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash5.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash5\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash6.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash6\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash7.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(607.924, 527.557), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(797.924, 343.557), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(847.924, 343.557), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/lineSegWrapperCrash7\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/lineSegWrapperCrash8.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(387.924, 753.557);\n    poly79.ps[1] = Point(387.924, 773.557);\n    poly79.ps[2] = Point(367.924, 773.557);\n    poly79.ps[3] = Point(367.924, 753.557);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(97.9242, 14.8422);\n    poly58.ps[1] = Point(97.9242, 54.8422);\n    poly58.ps[2] = Point(57.9242, 54.8422);\n    poly58.ps[3] = Point(57.9242, 14.8422);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(577.924, 629.557);\n    poly62.ps[1] = Point(577.924, 669.557);\n    poly62.ps[2] = Point(537.924, 669.557);\n    poly62.ps[3] = Point(537.924, 629.557);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(457.924, 507.557);\n    poly63.ps[1] = Point(457.924, 547.557);\n    poly63.ps[2] = Point(417.924, 547.557);\n    poly63.ps[3] = Point(417.924, 507.557);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(217.924, 141.557);\n    poly19.ps[1] = Point(217.924, 181.557);\n    poly19.ps[2] = Point(177.924, 181.557);\n    poly19.ps[3] = Point(177.924, 141.557);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(97.9242, 743.557);\n    poly48.ps[1] = Point(97.9242, 783.557);\n    poly48.ps[2] = Point(57.9242, 783.557);\n    poly48.ps[3] = Point(57.9242, 743.557);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(1158.92, -80.6578);\n    poly8.ps[1] = Point(1158.92, -40.6578);\n    poly8.ps[2] = Point(1118.92, -40.6578);\n    poly8.ps[3] = Point(1118.92, -80.6578);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(817.924, 840.057);\n    poly1.ps[1] = Point(817.924, 880.057);\n    poly1.ps[2] = Point(777.924, 880.057);\n    poly1.ps[3] = Point(777.924, 840.057);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(457.924, 743.557);\n    poly24.ps[1] = Point(457.924, 783.557);\n    poly24.ps[2] = Point(417.924, 783.557);\n    poly24.ps[3] = Point(417.924, 743.557);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(267.924, 151.557);\n    poly69.ps[1] = Point(267.924, 171.557);\n    poly69.ps[2] = Point(247.924, 171.557);\n    poly69.ps[3] = Point(247.924, 151.557);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(405.924, -42.6578);\n    poly125.ps[1] = Point(405.924, -2.65778);\n    poly125.ps[2] = Point(349.924, -2.65778);\n    poly125.ps[3] = Point(349.924, -42.6578);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(525.924, -24.1578);\n    poly126.ps[1] = Point(525.924, 15.8422);\n    poly126.ps[2] = Point(469.924, 15.8422);\n    poly126.ps[3] = Point(469.924, -24.1578);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(645.924, -24.1578);\n    poly127.ps[1] = Point(645.924, 15.8422);\n    poly127.ps[2] = Point(589.924, 15.8422);\n    poly127.ps[3] = Point(589.924, -24.1578);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(285.924, 91.5565);\n    poly109.ps[1] = Point(285.924, 131.557);\n    poly109.ps[2] = Point(229.924, 131.557);\n    poly109.ps[3] = Point(229.924, 91.5565);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(507.924, 753.557);\n    poly80.ps[1] = Point(507.924, 773.557);\n    poly80.ps[2] = Point(487.924, 773.557);\n    poly80.ps[3] = Point(487.924, 753.557);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(1038.92, 415.557);\n    poly29.ps[1] = Point(1038.92, 455.557);\n    poly29.ps[2] = Point(998.924, 455.557);\n    poly29.ps[3] = Point(998.924, 415.557);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(937.924, -80.6578);\n    poly10.ps[1] = Point(937.924, -40.6578);\n    poly10.ps[2] = Point(897.924, -40.6578);\n    poly10.ps[3] = Point(897.924, -80.6578);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(1371.92, 29.8422);\n    poly4.ps[1] = Point(1371.92, 69.8422);\n    poly4.ps[2] = Point(1331.92, 69.8422);\n    poly4.ps[3] = Point(1331.92, 29.8422);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(1038.92, 260.557);\n    poly12.ps[1] = Point(1038.92, 300.557);\n    poly12.ps[2] = Point(998.924, 300.557);\n    poly12.ps[3] = Point(998.924, 260.557);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(337.924, 743.557);\n    poly16.ps[1] = Point(337.924, 783.557);\n    poly16.ps[2] = Point(297.924, 783.557);\n    poly16.ps[3] = Point(297.924, 743.557);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(627.924, 517.557);\n    poly91.ps[1] = Point(627.924, 537.557);\n    poly91.ps[2] = Point(607.924, 537.557);\n    poly91.ps[3] = Point(607.924, 517.557);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(507.924, 425.557);\n    poly90.ps[1] = Point(507.924, 445.557);\n    poly90.ps[2] = Point(487.924, 445.557);\n    poly90.ps[3] = Point(487.924, 425.557);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(405.924, 693.557);\n    poly119.ps[1] = Point(405.924, 733.557);\n    poly119.ps[2] = Point(349.924, 733.557);\n    poly119.ps[3] = Point(349.924, 693.557);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(525.924, 693.557);\n    poly120.ps[1] = Point(525.924, 733.557);\n    poly120.ps[2] = Point(469.924, 733.557);\n    poly120.ps[3] = Point(469.924, 693.557);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(507.924, 517.557);\n    poly89.ps[1] = Point(507.924, 537.557);\n    poly89.ps[2] = Point(487.924, 537.557);\n    poly89.ps[3] = Point(487.924, 517.557);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.924, 564.057);\n    poly88.ps[1] = Point(747.924, 584.057);\n    poly88.ps[2] = Point(727.924, 584.057);\n    poly88.ps[3] = Point(727.924, 564.057);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(627.924, 35.8422);\n    poly87.ps[1] = Point(627.924, 55.8422);\n    poly87.ps[2] = Point(607.924, 55.8422);\n    poly87.ps[3] = Point(607.924, 35.8422);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(507.924, 35.8422);\n    poly86.ps[1] = Point(507.924, 55.8422);\n    poly86.ps[2] = Point(487.924, 55.8422);\n    poly86.ps[3] = Point(487.924, 35.8422);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(387.924, 17.3422);\n    poly85.ps[1] = Point(387.924, 37.3422);\n    poly85.ps[2] = Point(367.924, 37.3422);\n    poly85.ps[3] = Point(367.924, 17.3422);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(147.924, 609.557);\n    poly74.ps[1] = Point(147.924, 629.557);\n    poly74.ps[2] = Point(127.924, 629.557);\n    poly74.ps[3] = Point(127.924, 609.557);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(817.924, 323.557);\n    poly28.ps[1] = Point(817.924, 363.557);\n    poly28.ps[2] = Point(777.924, 363.557);\n    poly28.ps[3] = Point(777.924, 323.557);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(577.924, -44.6578);\n    poly61.ps[1] = Point(577.924, -4.65778);\n    poly61.ps[2] = Point(537.924, -4.65778);\n    poly61.ps[3] = Point(537.924, -44.6578);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(1158.92, 415.557);\n    poly15.ps[1] = Point(1158.92, 455.557);\n    poly15.ps[2] = Point(1118.92, 455.557);\n    poly15.ps[3] = Point(1118.92, 415.557);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(45.9242, 169.75);\n    poly49.ps[1] = Point(45.9242, 334.75);\n    poly49.ps[2] = Point(-242.076, 334.75);\n    poly49.ps[3] = Point(-242.076, 169.75);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(337.924, 507.557);\n    poly20.ps[1] = Point(337.924, 547.557);\n    poly20.ps[2] = Point(297.924, 547.557);\n    poly20.ps[3] = Point(297.924, 507.557);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(747.924, -70.6578);\n    poly66.ps[1] = Point(747.924, -50.6578);\n    poly66.ps[2] = Point(727.924, -50.6578);\n    poly66.ps[3] = Point(727.924, -70.6578);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(937.924, 141.557);\n    poly21.ps[1] = Point(937.924, 181.557);\n    poly21.ps[2] = Point(897.924, 181.557);\n    poly21.ps[3] = Point(897.924, 141.557);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(147.924, 151.557);\n    poly68.ps[1] = Point(147.924, 171.557);\n    poly68.ps[2] = Point(127.924, 171.557);\n    poly68.ps[3] = Point(127.924, 151.557);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(207.924, 203.557);\n    poly70.ps[1] = Point(207.924, 223.557);\n    poly70.ps[2] = Point(187.924, 223.557);\n    poly70.ps[3] = Point(187.924, 203.557);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(217.924, 507.557);\n    poly38.ps[1] = Point(217.924, 547.557);\n    poly38.ps[2] = Point(177.924, 547.557);\n    poly38.ps[3] = Point(177.924, 507.557);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(1038.92, 323.557);\n    poly51.ps[1] = Point(1038.92, 363.557);\n    poly51.ps[2] = Point(998.924, 363.557);\n    poly51.ps[3] = Point(998.924, 323.557);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(697.924, 415.557);\n    poly42.ps[1] = Point(697.924, 455.557);\n    poly42.ps[2] = Point(657.924, 455.557);\n    poly42.ps[3] = Point(657.924, 415.557);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(937.924, 323.557);\n    poly59.ps[1] = Point(937.924, 363.557);\n    poly59.ps[2] = Point(897.924, 363.557);\n    poly59.ps[3] = Point(897.924, 323.557);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(1038.92, 141.557);\n    poly32.ps[1] = Point(1038.92, 181.557);\n    poly32.ps[2] = Point(998.924, 181.557);\n    poly32.ps[3] = Point(998.924, 141.557);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(1371.92, -80.6578);\n    poly6.ps[1] = Point(1371.92, -40.6578);\n    poly6.ps[2] = Point(1331.92, -40.6578);\n    poly6.ps[3] = Point(1331.92, -80.6578);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(97.9242, 141.557);\n    poly40.ps[1] = Point(97.9242, 181.557);\n    poly40.ps[2] = Point(57.9242, 181.557);\n    poly40.ps[3] = Point(57.9242, 141.557);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1038.92, 1.84222);\n    poly43.ps[1] = Point(1038.92, 41.8422);\n    poly43.ps[2] = Point(998.924, 41.8422);\n    poly43.ps[3] = Point(998.924, 1.84222);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(1158.92, 40.3422);\n    poly35.ps[1] = Point(1158.92, 80.3422);\n    poly35.ps[2] = Point(1118.92, 80.3422);\n    poly35.ps[3] = Point(1118.92, 40.3422);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(627.924, 753.557);\n    poly81.ps[1] = Point(627.924, 773.557);\n    poly81.ps[2] = Point(607.924, 773.557);\n    poly81.ps[3] = Point(607.924, 753.557);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(285.924, 245.557);\n    poly111.ps[1] = Point(285.924, 285.557);\n    poly111.ps[2] = Point(229.924, 285.557);\n    poly111.ps[3] = Point(229.924, 245.557);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(765.924, 504.057);\n    poly128.ps[1] = Point(765.924, 544.057);\n    poly128.ps[2] = Point(709.924, 544.057);\n    poly128.ps[3] = Point(709.924, 504.057);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(525.924, 457.557);\n    poly129.ps[1] = Point(525.924, 497.557);\n    poly129.ps[2] = Point(469.924, 497.557);\n    poly129.ps[3] = Point(469.924, 457.557);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(525.924, 365.557);\n    poly130.ps[1] = Point(525.924, 405.557);\n    poly130.ps[2] = Point(469.924, 405.557);\n    poly130.ps[3] = Point(469.924, 365.557);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(217.924, 743.557);\n    poly18.ps[1] = Point(217.924, 783.557);\n    poly18.ps[2] = Point(177.924, 783.557);\n    poly18.ps[3] = Point(177.924, 743.557);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1278.92, 323.557);\n    poly34.ps[1] = Point(1278.92, 363.557);\n    poly34.ps[2] = Point(1238.92, 363.557);\n    poly34.ps[3] = Point(1238.92, 323.557);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly57(4);\n    poly57.ps[0] = Point(817.924, 141.557);\n    poly57.ps[1] = Point(817.924, 181.557);\n    poly57.ps[2] = Point(777.924, 181.557);\n    poly57.ps[3] = Point(777.924, 141.557);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(627.924, 893.057);\n    poly83.ps[1] = Point(627.924, 913.057);\n    poly83.ps[2] = Point(607.924, 913.057);\n    poly83.ps[3] = Point(607.924, 893.057);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(645.924, 833.057);\n    poly123.ps[1] = Point(645.924, 873.057);\n    poly123.ps[2] = Point(589.924, 873.057);\n    poly123.ps[3] = Point(589.924, 833.057);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(405.924, 91.5565);\n    poly124.ps[1] = Point(405.924, 131.557);\n    poly124.ps[2] = Point(349.924, 131.557);\n    poly124.ps[3] = Point(349.924, 91.5565);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(1278.92, -80.6578);\n    poly7.ps[1] = Point(1278.92, -40.6578);\n    poly7.ps[2] = Point(1238.92, -40.6578);\n    poly7.ps[3] = Point(1238.92, -80.6578);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(97.9242, 507.557);\n    poly44.ps[1] = Point(97.9242, 547.557);\n    poly44.ps[2] = Point(57.9242, 547.557);\n    poly44.ps[3] = Point(57.9242, 507.557);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(1278.92, 415.557);\n    poly30.ps[1] = Point(1278.92, 455.557);\n    poly30.ps[2] = Point(1238.92, 455.557);\n    poly30.ps[3] = Point(1238.92, 415.557);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(267.924, 305.557);\n    poly71.ps[1] = Point(267.924, 325.557);\n    poly71.ps[2] = Point(247.924, 325.557);\n    poly71.ps[3] = Point(247.924, 305.557);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(577.924, 743.557);\n    poly41.ps[1] = Point(577.924, 783.557);\n    poly41.ps[2] = Point(537.924, 783.557);\n    poly41.ps[3] = Point(537.924, 743.557);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(457.924, 141.557);\n    poly39.ps[1] = Point(457.924, 181.557);\n    poly39.ps[2] = Point(417.924, 181.557);\n    poly39.ps[3] = Point(417.924, 141.557);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(697.924, 271.557);\n    poly47.ps[1] = Point(697.924, 311.557);\n    poly47.ps[2] = Point(657.924, 311.557);\n    poly47.ps[3] = Point(657.924, 271.557);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(147.924, 517.557);\n    poly73.ps[1] = Point(147.924, 537.557);\n    poly73.ps[2] = Point(127.924, 537.557);\n    poly73.ps[3] = Point(127.924, 517.557);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(817.924, -80.6578);\n    poly11.ps[1] = Point(817.924, -40.6578);\n    poly11.ps[2] = Point(777.924, -40.6578);\n    poly11.ps[3] = Point(777.924, -80.6578);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(87.9242, 651.557);\n    poly75.ps[1] = Point(87.9242, 671.557);\n    poly75.ps[2] = Point(67.9242, 671.557);\n    poly75.ps[3] = Point(67.9242, 651.557);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(577.924, 507.557);\n    poly27.ps[1] = Point(577.924, 547.557);\n    poly27.ps[2] = Point(537.924, 547.557);\n    poly27.ps[3] = Point(537.924, 507.557);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1278.92, 141.557);\n    poly31.ps[1] = Point(1278.92, 181.557);\n    poly31.ps[2] = Point(1238.92, 181.557);\n    poly31.ps[3] = Point(1238.92, 141.557);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(147.924, 24.8422);\n    poly67.ps[1] = Point(147.924, 44.8422);\n    poly67.ps[2] = Point(127.924, 44.8422);\n    poly67.ps[3] = Point(127.924, 24.8422);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(272.5, -82.1578);\n    poly50.ps[1] = Point(272.5, -47.1578);\n    poly50.ps[2] = Point(35.5, -47.1578);\n    poly50.ps[3] = Point(35.5, -82.1578);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(577.924, 415.557);\n    poly46.ps[1] = Point(577.924, 455.557);\n    poly46.ps[2] = Point(537.924, 455.557);\n    poly46.ps[3] = Point(537.924, 415.557);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(817.924, 554.057);\n    poly64.ps[1] = Point(817.924, 594.057);\n    poly64.ps[2] = Point(777.924, 594.057);\n    poly64.ps[3] = Point(777.924, 554.057);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(337.924, 141.557);\n    poly23.ps[1] = Point(337.924, 181.557);\n    poly23.ps[2] = Point(297.924, 181.557);\n    poly23.ps[3] = Point(297.924, 141.557);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(87.9242, 357.557);\n    poly72.ps[1] = Point(87.9242, 377.557);\n    poly72.ps[2] = Point(67.9242, 377.557);\n    poly72.ps[3] = Point(67.9242, 357.557);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(1158.92, 141.557);\n    poly14.ps[1] = Point(1158.92, 181.557);\n    poly14.ps[2] = Point(1118.92, 181.557);\n    poly14.ps[3] = Point(1118.92, 141.557);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(577.924, 34.8422);\n    poly45.ps[1] = Point(577.924, 74.8422);\n    poly45.ps[2] = Point(537.924, 74.8422);\n    poly45.ps[3] = Point(537.924, 34.8422);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(507.924, 893.057);\n    poly82.ps[1] = Point(507.924, 913.057);\n    poly82.ps[2] = Point(487.924, 913.057);\n    poly82.ps[3] = Point(487.924, 893.057);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(457.924, -44.6578);\n    poly56.ps[1] = Point(457.924, -4.65778);\n    poly56.ps[2] = Point(417.924, -4.65778);\n    poly56.ps[3] = Point(417.924, -44.6578);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(577.924, 883.057);\n    poly17.ps[1] = Point(577.924, 923.057);\n    poly17.ps[2] = Point(537.924, 923.057);\n    poly17.ps[3] = Point(537.924, 883.057);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(937.924, 415.557);\n    poly33.ps[1] = Point(937.924, 455.557);\n    poly33.ps[2] = Point(897.924, 455.557);\n    poly33.ps[3] = Point(897.924, 415.557);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(697.924, 34.8422);\n    poly22.ps[1] = Point(697.924, 74.8422);\n    poly22.ps[2] = Point(657.924, 74.8422);\n    poly22.ps[3] = Point(657.924, 34.8422);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(1158.92, 323.557);\n    poly13.ps[1] = Point(1158.92, 363.557);\n    poly13.ps[2] = Point(1118.92, 363.557);\n    poly13.ps[3] = Point(1118.92, 323.557);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(217.924, 295.557);\n    poly52.ps[1] = Point(217.924, 335.557);\n    poly52.ps[2] = Point(177.924, 335.557);\n    poly52.ps[3] = Point(177.924, 295.557);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(387.924, 151.557);\n    poly84.ps[1] = Point(387.924, 171.557);\n    poly84.ps[2] = Point(367.924, 171.557);\n    poly84.ps[3] = Point(367.924, 151.557);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(387.924, 617.557);\n    poly78.ps[1] = Point(387.924, 637.557);\n    poly78.ps[2] = Point(367.924, 637.557);\n    poly78.ps[3] = Point(367.924, 617.557);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(165.924, 549.557);\n    poly114.ps[1] = Point(165.924, 589.557);\n    poly114.ps[2] = Point(109.924, 589.557);\n    poly114.ps[3] = Point(109.924, 549.557);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(165.924, -35.1578);\n    poly107.ps[1] = Point(165.924, 4.84222);\n    poly107.ps[2] = Point(109.924, 4.84222);\n    poly107.ps[3] = Point(109.924, -35.1578);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(765.924, -130.658);\n    poly106.ps[1] = Point(765.924, -90.6578);\n    poly106.ps[2] = Point(709.924, -90.6578);\n    poly106.ps[3] = Point(709.924, -130.658);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(747.924, 850.057);\n    poly105.ps[1] = Point(747.924, 870.057);\n    poly105.ps[2] = Point(727.924, 870.057);\n    poly105.ps[3] = Point(727.924, 850.057);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(747.924, 151.557);\n    poly104.ps[1] = Point(747.924, 171.557);\n    poly104.ps[2] = Point(727.924, 171.557);\n    poly104.ps[3] = Point(727.924, 151.557);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(968.924, 270.557);\n    poly103.ps[1] = Point(968.924, 290.557);\n    poly103.ps[2] = Point(948.924, 290.557);\n    poly103.ps[3] = Point(948.924, 270.557);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1088.92, -70.6578);\n    poly102.ps[1] = Point(1088.92, -50.6578);\n    poly102.ps[2] = Point(1068.92, -50.6578);\n    poly102.ps[3] = Point(1068.92, -70.6578);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(1208.92, 142.342);\n    poly101.ps[1] = Point(1208.92, 162.342);\n    poly101.ps[2] = Point(1188.92, 162.342);\n    poly101.ps[3] = Point(1188.92, 142.342);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(1088.92, 50.3422);\n    poly100.ps[1] = Point(1088.92, 70.3422);\n    poly100.ps[2] = Point(1068.92, 70.3422);\n    poly100.ps[3] = Point(1068.92, 50.3422);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(167.924, 641.557);\n    poly115.ps[1] = Point(167.924, 681.557);\n    poly115.ps[2] = Point(111.924, 681.557);\n    poly115.ps[3] = Point(111.924, 641.557);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(165.924, 693.557);\n    poly116.ps[1] = Point(165.924, 733.557);\n    poly116.ps[2] = Point(109.924, 733.557);\n    poly116.ps[3] = Point(109.924, 693.557);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(1088.92, 142.342);\n    poly99.ps[1] = Point(1088.92, 162.342);\n    poly99.ps[2] = Point(1068.92, 162.342);\n    poly99.ps[3] = Point(1068.92, 142.342);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(1208.92, 378.557);\n    poly98.ps[1] = Point(1208.92, 398.557);\n    poly98.ps[2] = Point(1188.92, 398.557);\n    poly98.ps[3] = Point(1188.92, 378.557);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(1088.92, 378.557);\n    poly97.ps[1] = Point(1088.92, 398.557);\n    poly97.ps[2] = Point(1068.92, 398.557);\n    poly97.ps[3] = Point(1068.92, 378.557);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(747.924, 333.557);\n    poly96.ps[1] = Point(747.924, 353.557);\n    poly96.ps[2] = Point(727.924, 353.557);\n    poly96.ps[3] = Point(727.924, 333.557);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(867.924, 151.557);\n    poly95.ps[1] = Point(867.924, 171.557);\n    poly95.ps[2] = Point(847.924, 171.557);\n    poly95.ps[3] = Point(847.924, 151.557);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(867.924, 425.557);\n    poly94.ps[1] = Point(867.924, 445.557);\n    poly94.ps[2] = Point(847.924, 445.557);\n    poly94.ps[3] = Point(847.924, 425.557);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(867.924, 333.557);\n    poly93.ps[1] = Point(867.924, 353.557);\n    poly93.ps[2] = Point(847.924, 353.557);\n    poly93.ps[3] = Point(847.924, 333.557);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(627.924, 425.557);\n    poly92.ps[1] = Point(627.924, 445.557);\n    poly92.ps[2] = Point(607.924, 445.557);\n    poly92.ps[3] = Point(607.924, 425.557);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(285.924, 693.557);\n    poly117.ps[1] = Point(285.924, 733.557);\n    poly117.ps[2] = Point(229.924, 733.557);\n    poly117.ps[3] = Point(229.924, 693.557);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(405.924, 557.557);\n    poly118.ps[1] = Point(405.924, 597.557);\n    poly118.ps[2] = Point(349.924, 597.557);\n    poly118.ps[3] = Point(349.924, 557.557);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(697.924, 507.557);\n    poly36.ps[1] = Point(697.924, 547.557);\n    poly36.ps[2] = Point(657.924, 547.557);\n    poly36.ps[3] = Point(657.924, 507.557);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(457.924, 7.34222);\n    poly55.ps[1] = Point(457.924, 47.3422);\n    poly55.ps[2] = Point(417.924, 47.3422);\n    poly55.ps[3] = Point(417.924, 7.34222);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(697.924, 743.557);\n    poly26.ps[1] = Point(697.924, 783.557);\n    poly26.ps[2] = Point(657.924, 783.557);\n    poly26.ps[3] = Point(657.924, 743.557);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(457.924, 607.557);\n    poly37.ps[1] = Point(457.924, 647.557);\n    poly37.ps[2] = Point(417.924, 647.557);\n    poly37.ps[3] = Point(417.924, 607.557);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(267.924, 753.557);\n    poly77.ps[1] = Point(267.924, 773.557);\n    poly77.ps[2] = Point(247.924, 773.557);\n    poly77.ps[3] = Point(247.924, 753.557);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(937.924, 1.84222);\n    poly60.ps[1] = Point(937.924, 41.8422);\n    poly60.ps[2] = Point(897.924, 41.8422);\n    poly60.ps[3] = Point(897.924, 1.84222);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(97.9242, 599.557);\n    poly65.ps[1] = Point(97.9242, 639.557);\n    poly65.ps[2] = Point(57.9242, 639.557);\n    poly65.ps[3] = Point(57.9242, 599.557);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(165.924, 91.5565);\n    poly108.ps[1] = Point(165.924, 131.557);\n    poly108.ps[2] = Point(109.924, 131.557);\n    poly108.ps[3] = Point(109.924, 91.5565);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(697.924, 323.557);\n    poly54.ps[1] = Point(697.924, 363.557);\n    poly54.ps[2] = Point(657.924, 363.557);\n    poly54.ps[3] = Point(657.924, 323.557);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(167.924, 347.557);\n    poly112.ps[1] = Point(167.924, 387.557);\n    poly112.ps[2] = Point(111.924, 387.557);\n    poly112.ps[3] = Point(111.924, 347.557);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(165.924, 457.557);\n    poly113.ps[1] = Point(165.924, 497.557);\n    poly113.ps[2] = Point(109.924, 497.557);\n    poly113.ps[3] = Point(109.924, 457.557);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(287.924, 193.557);\n    poly110.ps[1] = Point(287.924, 233.557);\n    poly110.ps[2] = Point(231.924, 233.557);\n    poly110.ps[3] = Point(231.924, 193.557);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(697.924, 883.057);\n    poly25.ps[1] = Point(697.924, 923.057);\n    poly25.ps[2] = Point(657.924, 923.057);\n    poly25.ps[3] = Point(657.924, 883.057);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(577.924, 323.557);\n    poly53.ps[1] = Point(577.924, 363.557);\n    poly53.ps[2] = Point(537.924, 363.557);\n    poly53.ps[3] = Point(537.924, 323.557);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(1278.92, -22.1578);\n    poly3.ps[1] = Point(1278.92, 17.8422);\n    poly3.ps[2] = Point(1238.92, 17.8422);\n    poly3.ps[3] = Point(1238.92, -22.1578);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(1226.92, 82.3422);\n    poly141.ps[1] = Point(1226.92, 122.342);\n    poly141.ps[2] = Point(1170.92, 122.342);\n    poly141.ps[3] = Point(1170.92, 82.3422);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(1106.92, -130.658);\n    poly142.ps[1] = Point(1106.92, -90.6578);\n    poly142.ps[2] = Point(1050.92, -90.6578);\n    poly142.ps[3] = Point(1050.92, -130.658);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(986.924, 210.557);\n    poly143.ps[1] = Point(986.924, 250.557);\n    poly143.ps[2] = Point(930.924, 250.557);\n    poly143.ps[3] = Point(930.924, 210.557);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(765.924, 91.5565);\n    poly144.ps[1] = Point(765.924, 131.557);\n    poly144.ps[2] = Point(709.924, 131.557);\n    poly144.ps[3] = Point(709.924, 91.5565);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(765.924, 790.057);\n    poly145.ps[1] = Point(765.924, 830.057);\n    poly145.ps[2] = Point(709.924, 830.057);\n    poly145.ps[3] = Point(709.924, 790.057);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(45.9242, 232.5);\n    poly146.ps[1] = Point(45.9242, 272.5);\n    poly146.ps[2] = Point(-14.0758, 272.5);\n    poly146.ps[3] = Point(-14.0758, 232.5);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(-26.0758, 274.75);\n    poly147.ps[1] = Point(-26.0758, 334.75);\n    poly147.ps[2] = Point(-66.0758, 334.75);\n    poly147.ps[3] = Point(-66.0758, 274.75);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(1371.92, -22.1578);\n    poly5.ps[1] = Point(1371.92, 17.8422);\n    poly5.ps[2] = Point(1331.92, 17.8422);\n    poly5.ps[3] = Point(1331.92, -22.1578);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(645.924, 457.557);\n    poly131.ps[1] = Point(645.924, 497.557);\n    poly131.ps[2] = Point(589.924, 497.557);\n    poly131.ps[3] = Point(589.924, 457.557);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(645.924, 365.557);\n    poly132.ps[1] = Point(645.924, 405.557);\n    poly132.ps[2] = Point(589.924, 405.557);\n    poly132.ps[3] = Point(589.924, 365.557);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(885.924, 273.557);\n    poly133.ps[1] = Point(885.924, 313.557);\n    poly133.ps[2] = Point(829.924, 313.557);\n    poly133.ps[3] = Point(829.924, 273.557);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(645.924, 693.557);\n    poly121.ps[1] = Point(645.924, 733.557);\n    poly121.ps[2] = Point(589.924, 733.557);\n    poly121.ps[3] = Point(589.924, 693.557);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(525.924, 833.057);\n    poly122.ps[1] = Point(525.924, 873.057);\n    poly122.ps[2] = Point(469.924, 873.057);\n    poly122.ps[3] = Point(469.924, 833.057);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(885.924, 365.557);\n    poly134.ps[1] = Point(885.924, 405.557);\n    poly134.ps[2] = Point(829.924, 405.557);\n    poly134.ps[3] = Point(829.924, 365.557);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(885.924, 91.5565);\n    poly135.ps[1] = Point(885.924, 131.557);\n    poly135.ps[2] = Point(829.924, 131.557);\n    poly135.ps[3] = Point(829.924, 91.5565);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(765.924, 273.557);\n    poly136.ps[1] = Point(765.924, 313.557);\n    poly136.ps[2] = Point(709.924, 313.557);\n    poly136.ps[3] = Point(709.924, 273.557);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(1106.92, 318.557);\n    poly137.ps[1] = Point(1106.92, 358.557);\n    poly137.ps[2] = Point(1050.92, 358.557);\n    poly137.ps[3] = Point(1050.92, 318.557);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(1226.92, 318.557);\n    poly138.ps[1] = Point(1226.92, 358.557);\n    poly138.ps[2] = Point(1170.92, 358.557);\n    poly138.ps[3] = Point(1170.92, 318.557);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(1106.92, 82.3422);\n    poly139.ps[1] = Point(1106.92, 122.342);\n    poly139.ps[2] = Point(1050.92, 122.342);\n    poly139.ps[3] = Point(1050.92, 82.3422);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(1106.92, -9.65778);\n    poly140.ps[1] = Point(1106.92, 30.3422);\n    poly140.ps[2] = Point(1050.92, 30.3422);\n    poly140.ps[3] = Point(1050.92, -9.65778);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(147.924, 753.557);\n    poly76.ps[1] = Point(147.924, 773.557);\n    poly76.ps[2] = Point(127.924, 773.557);\n    poly76.ps[3] = Point(127.924, 753.557);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(1038.92, -80.6578);\n    poly9.ps[1] = Point(1038.92, -40.6578);\n    poly9.ps[2] = Point(998.924, -40.6578);\n    poly9.ps[3] = Point(998.924, -80.6578);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(577.924, 795.557);\n    poly2.ps[1] = Point(577.924, 835.557);\n    poly2.ps[2] = Point(537.924, 835.557);\n    poly2.ps[3] = Point(537.924, 795.557);\n    new ShapeRef(router, poly2, 2);\n    \n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(507.924, 45.8422), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(557.924, 54.8422), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(627.924, 45.8422), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(677.924, 54.8422), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(747.924, 574.057), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(797.924, 574.057), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(507.924, 527.557), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(557.924, 527.557), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(507.924, 435.557), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(557.924, 435.557), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(627.924, 527.557), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(677.924, 527.557), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(627.924, 435.557), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(677.924, 435.557), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(867.924, 343.557), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(917.924, 343.557), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(867.924, 435.557), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(917.924, 435.557), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(867.924, 161.557), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(917.924, 161.557), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(747.924, 343.557), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(797.924, 343.557), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(1088.92, 388.557), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(1138.92, 435.557), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(1208.92, 388.557), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(1258.92, 435.557), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(1088.92, 152.342), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(1138.92, 161.557), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(1088.92, 60.3422), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(1138.92, 60.3422), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1208.92, 152.342), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1258.92, 161.557), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1088.92, -60.6578), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1138.92, -60.6578), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(747.924, 161.557), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(797.924, 161.557), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(747.924, 860.057), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(797.924, 860.057), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(737.924, -110.658), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(737.924, -60.6578), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(137.924, -15.1578), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(137.924, 34.8422), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(137.924, 111.557), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(137.924, 161.557), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(257.924, 111.557), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(257.924, 161.557), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(259.924, 213.557), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(197.924, 213.557), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(257.924, 265.557), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(257.924, 315.557), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(677.924, 343.557), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(727.924, 343.557), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(797.924, 161.557), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(847.924, 161.557), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(77.9242, 34.8422), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(127.924, 34.8422), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(437.924, 527.557), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(487.924, 527.557), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(77.9242, 619.557), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(127.924, 619.557), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(747.924, -60.6578), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(797.924, -60.6578), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(147.924, 34.8422), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(197.924, 161.557), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(267.924, 161.557), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(317.924, 161.557), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(197.924, 223.557), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(197.924, 315.557), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(77.9242, 377.557), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(77.9242, 527.557), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(147.924, 527.557), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(197.924, 527.557), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(147.924, 619.557), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(197.924, 763.557), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(77.9242, 651.557), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(77.9242, 619.557), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(147.924, 763.557), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(197.924, 763.557), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(267.924, 763.557), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(317.924, 763.557), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(387.924, 627.557), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(437.924, 627.557), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(387.924, 763.557), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(437.924, 763.557), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(507.924, 763.557), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(557.924, 763.557), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(627.924, 763.557), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(677.924, 763.557), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(507.924, 903.057), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(557.924, 903.057), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(627.924, 903.057), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(677.924, 903.057), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(387.924, 161.557), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(437.924, 161.557), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(387.924, 27.3422), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(437.924, 27.3422), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(139.924, 367.557), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(77.9242, 367.557), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(137.924, 477.557), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(137.924, 527.557), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(137.924, 569.557), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(137.924, 619.557), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(139.924, 661.557), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(77.9242, 661.557), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(137.924, 713.557), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(137.924, 763.557), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(257.924, 713.557), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(257.924, 763.557), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(377.924, 577.557), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(377.924, 627.557), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(377.924, 713.557), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(377.924, 763.557), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(497.924, 713.557), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(497.924, 763.557), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(617.924, 713.557), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(617.924, 763.557), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(497.924, 853.057), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(497.924, 903.057), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(617.924, 853.057), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(617.924, 903.057), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(377.924, 111.557), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(377.924, 161.557), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(377.924, -22.6578), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(377.924, 27.3422), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(497.924, -4.15778), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(497.924, 45.8422), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(617.924, -4.15778), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(617.924, 45.8422), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(737.924, 524.057), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(737.924, 574.057), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(497.924, 477.557), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(497.924, 527.557), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(497.924, 385.557), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(497.924, 435.557), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(617.924, 477.557), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(617.924, 527.557), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(617.924, 385.557), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(617.924, 435.557), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(857.924, 293.557), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(857.924, 343.557), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(857.924, 385.557), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(857.924, 435.557), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(857.924, 111.557), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(857.924, 161.557), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(737.924, 293.557), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(737.924, 343.557), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(1078.92, 338.557), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(1078.92, 388.557), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(1198.92, 338.557), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1198.92, 388.557), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(1078.92, 102.342), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(1078.92, 152.342), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(1078.92, 10.3422), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(1078.92, 60.3422), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1198.92, 102.342), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1198.92, 152.342), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1078.92, -110.658), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1078.92, -60.6578), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(958.924, 230.557), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(958.924, 280.557), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(737.924, 111.557), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(737.924, 161.557), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(737.924, 810.057), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(737.924, 860.057), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(77.9242, 161.557), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(40.9242, 252.5), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(77.9242, 763.557), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-46.0758, 329.75), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(797.924, 343.557), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(847.924, 435.557), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1018.92, 435.557), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(1068.92, 388.557), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1018.92, 161.557), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1068.92, 152.342), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1018.92, 161.557), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1068.92, 60.3422), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(267.924, 315.557), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(437.924, 161.557), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(437.924, 161.557), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(487.924, 45.8422), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(437.924, 161.557), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(727.924, 161.557), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(77.9242, 161.557), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(127.924, 161.557), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(77.9242, 161.557), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(77.9242, 357.557), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(557.924, 763.557), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(607.924, 763.557), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(77.9242, 527.557), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(127.924, 527.557), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(557.924, 54.8422), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(607.924, 45.8422), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(557.924, 435.557), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(607.924, 435.557), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(77.9242, 763.557), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(77.9242, 671.557), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(77.9242, 763.557), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(127.924, 763.557), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(197.924, 315.557), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(247.924, 315.557), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(1018.92, -60.6578), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(1068.92, -60.6578), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(1138.92, 161.557), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(1188.92, 152.342), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(1138.92, 435.557), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(1188.92, 388.557), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(317.924, 763.557), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(367.924, 627.557), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(317.924, 763.557), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(367.924, 763.557), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(317.924, 763.557), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(487.924, 903.057), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(317.924, 763.557), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(727.924, 574.057), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(557.924, 903.057), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(607.924, 903.057), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(197.924, 763.557), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(247.924, 763.557), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(147.924, 161.557), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(197.924, 161.557), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(197.924, 161.557), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(247.924, 161.557), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(197.924, 161.557), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(197.924, 203.557), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(317.924, 161.557), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(727.924, -60.6578), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(317.924, 161.557), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(367.924, 161.557), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(317.924, 161.557), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(367.924, 27.3422), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(317.924, 161.557), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(487.924, 435.557), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(437.924, 763.557), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(487.924, 763.557), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(437.924, 763.557), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(727.924, 860.057), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(557.924, 527.557), 15);\n    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  },
  {
    "path": "cola/libavoid/tests/multiconnact.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n * Copyright (C) 2004-2007  Michael Wybrow <mjwybrow@users.sourceforge.net>\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow <mjwybrow@users.sourceforge.net>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n    \n\nstatic void connCallback(void *ptr)\n{\n    Avoid::ConnRef *connRef = (Avoid::ConnRef *) ptr; \n\n    printf(\"Connector %u needs rerouting!\\n\", connRef->id());\n\n    const Avoid::PolyLine& route = connRef->displayRoute();\n    printf(\"New path: \");\n    for (size_t i = 0; i < route.ps.size(); ++i) \n    {\n        printf(\"%s(%f, %f)\", (i > 0) ? \"-\" : \"\", \n                route.ps[i].x, route.ps[i].y);\n    }\n    printf(\"\\n\");\n}\n\n\nint main(void)\n{\n    Avoid::Router *router = new Avoid::Router(Avoid::OrthogonalRouting);\n    \n    Avoid::Point srcPt(0,400);\n    Avoid::Point dstPt(775,400);\n    Avoid::ConnRef *connRef = new Avoid::ConnRef(router, srcPt, dstPt);\n    connRef->setCallback(connCallback, connRef);\n\n    Avoid::Point srcPt2(775,625);\n    Avoid::Point dstPt2(350,475);\n    Avoid::ConnRef *connRef2 = new Avoid::ConnRef(router, srcPt2, dstPt2);\n    connRef2->setCallback(connCallback, connRef2);\n    \n    router->processTransaction();\n\n    printf(\"\\nShifting endpoint.\\n\");\n    connRef->setEndpoints(Avoid::Point(0,375), Avoid::Point(775,400));\n    connRef2->setEndpoints(Avoid::Point(775,625), Avoid::Point(350,450));\n    router->processTransaction();\n\n    printf(\"\\nShifting endpoint.\\n\");\n    connRef->setEndpoints(Avoid::Point(0,400), Avoid::Point(775,400));\n    connRef2->setEndpoints(Avoid::Point(775,625), Avoid::Point(350,475));\n    router->processTransaction();\n\n    delete router;\n    return 0;\n}\n\n"
  },
  {
    "path": "cola/libavoid/tests/node1.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    //router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    double buffer = 4;\n    Polygon poly342721632(4);\n    poly342721632.ps[0] = Point(51910, 50946);\n    poly342721632.ps[1] = Point(51910, 51004);\n    poly342721632.ps[2] = Point(51825, 51004);\n    poly342721632.ps[3] = Point(51825, 50946);\n    ShapeRef *shapeRef342721632 = new ShapeRef(router, poly342721632, 342721632);\n    new ShapeConnectionPin(shapeRef342721632, 1, \n            ATTACH_POS_LEFT, ATTACH_POS_CENTRE, true, buffer, ConnDirLeft);\n\n    Polygon poly807558175(4);\n    poly807558175.ps[0] = Point(51604, 51000);\n    poly807558175.ps[1] = Point(51604, 51085);\n    poly807558175.ps[2] = Point(51546, 51085);\n    poly807558175.ps[3] = Point(51546, 51000);\n    ShapeRef *shapeRef807558175 = new ShapeRef(router, poly807558175, 807558175);\n    new ShapeConnectionPin(shapeRef807558175, 1, \n\t    ATTACH_POS_CENTRE, ATTACH_POS_TOP, true, buffer, ConnDirNone);\n\n    Polygon poly404900496(4);\n    poly404900496.ps[0] = Point(51525, 50946);\n    poly404900496.ps[1] = Point(51525, 51004);\n    poly404900496.ps[2] = Point(51440, 51004);\n    poly404900496.ps[3] = Point(51440, 50946);\n    ShapeRef *shapeRef404900496 = new ShapeRef(router, poly404900496, 404900496);\n    new ShapeConnectionPin(shapeRef404900496, 1, \n\t    ATTACH_POS_RIGHT, ATTACH_POS_CENTRE, true, buffer, (ConnDirFlags) 8);\n\n    JunctionRef *junctionRef265539540 = new JunctionRef(router, Point(51625, 50950), 265539540);\n\n    ConnRef *connRef985644192 = new ConnRef(router, 985644192);\n    ConnEnd srcPt985644192(shapeRef404900496, 1);\n    connRef985644192->setSourceEndpoint(srcPt985644192);\n    ConnEnd dstPt985644192(junctionRef265539540);\n    connRef985644192->setDestEndpoint(dstPt985644192);\n    connRef985644192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467016913 = new ConnRef(router, 467016913);\n    ConnEnd srcPt467016913(junctionRef265539540);\n    connRef467016913->setSourceEndpoint(srcPt467016913);\n    ConnEnd dstPt467016913(shapeRef807558175, 1);\n    connRef467016913->setDestEndpoint(dstPt467016913);\n    connRef467016913->setRoutingType((ConnType)2);\n\n    ConnRef *connRef45740440 = new ConnRef(router, 45740440);\n    ConnEnd srcPt45740440(shapeRef342721632, 1);\n    connRef45740440->setSourceEndpoint(srcPt45740440);\n    ConnEnd dstPt45740440(junctionRef265539540);\n    connRef45740440->setDestEndpoint(dstPt45740440);\n    connRef45740440->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/node1\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/nudgeCrossing01.cpp",
    "content": "// #00010\n//\n// Regression test to catch a crossing that could be intriduced during\n// nudging when the centring step could previously change the ordering\n// of some segments.  It now unifies them, rather than centring.\n//\n#include \"libavoid/libavoid.h\"\n#include \"libcola/cola.h\"\nusing namespace cola;\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n#if 0\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1299.5, 855.5);\n    poly1.ps[1] = Point(1299.5, 887.5);\n    poly1.ps[2] = Point(1279.5, 887.5);\n    poly1.ps[3] = Point(1279.5, 855.5);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(647.5, 2048.54);\n    poly2.ps[1] = Point(647.5, 2068.54);\n    poly2.ps[2] = Point(615.5, 2068.54);\n    poly2.ps[3] = Point(615.5, 2048.54);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(282.5, 1914.17);\n    poly3.ps[1] = Point(282.5, 1946.17);\n    poly3.ps[2] = Point(262.5, 1946.17);\n    poly3.ps[3] = Point(262.5, 1914.17);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(647.5, 2090.54);\n    poly4.ps[1] = Point(647.5, 2110.54);\n    poly4.ps[2] = Point(615.5, 2110.54);\n    poly4.ps[3] = Point(615.5, 2090.54);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(282.5, 2048.54);\n    poly5.ps[1] = Point(282.5, 2110.54);\n    poly5.ps[2] = Point(220.5, 2110.54);\n    poly5.ps[3] = Point(220.5, 2048.54);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(1731.5, 492);\n    poly6.ps[1] = Point(1731.5, 869);\n    poly6.ps[2] = Point(1509.5, 869);\n    poly6.ps[3] = Point(1509.5, 492);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(1409.5, 45);\n    poly7.ps[1] = Point(1409.5, 219);\n    poly7.ps[2] = Point(1289.5, 219);\n    poly7.ps[3] = Point(1289.5, 45);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(947.5, 2001.54);\n    poly8.ps[1] = Point(947.5, 2033.54);\n    poly8.ps[2] = Point(927.5, 2033.54);\n    poly8.ps[3] = Point(927.5, 2001.54);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1255.5, 1973.54);\n    poly9.ps[1] = Point(1255.5, 1993.54);\n    poly9.ps[2] = Point(1223.5, 1993.54);\n    poly9.ps[3] = Point(1223.5, 1973.54);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1255.5, 2048.54);\n    poly10.ps[1] = Point(1255.5, 2068.54);\n    poly10.ps[2] = Point(1223.5, 2068.54);\n    poly10.ps[3] = Point(1223.5, 2048.54);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(1135.5, 1869.54);\n    poly11.ps[1] = Point(1135.5, 1889.54);\n    poly11.ps[2] = Point(1103.5, 1889.54);\n    poly11.ps[3] = Point(1103.5, 1869.54);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(1129.5, 1782.17);\n    poly12.ps[1] = Point(1129.5, 1814.17);\n    poly12.ps[2] = Point(1109.5, 1814.17);\n    poly12.ps[3] = Point(1109.5, 1782.17);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(829.5, 1859.17);\n    poly13.ps[1] = Point(829.5, 1879.17);\n    poly13.ps[2] = Point(797.5, 1879.17);\n    poly13.ps[3] = Point(797.5, 1859.17);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(422.5, 1859.17);\n    poly14.ps[1] = Point(422.5, 1879.17);\n    poly14.ps[2] = Point(390.5, 1879.17);\n    poly14.ps[3] = Point(390.5, 1859.17);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(1472.5, 1859.17);\n    poly15.ps[1] = Point(1472.5, 1879.17);\n    poly15.ps[2] = Point(1440.5, 1879.17);\n    poly15.ps[3] = Point(1440.5, 1859.17);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(979.028, 1370.55);\n    poly16.ps[1] = Point(979.028, 1414.55);\n    poly16.ps[2] = Point(891.028, 1414.55);\n    poly16.ps[3] = Point(891.028, 1370.55);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(1299.5, 1649.17);\n    poly17.ps[1] = Point(1299.5, 1681.17);\n    poly17.ps[2] = Point(1279.5, 1681.17);\n    poly17.ps[3] = Point(1279.5, 1649.17);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(252, 1663.17);\n    poly18.ps[1] = Point(252, 1827.17);\n    poly18.ps[2] = Point(45, 1827.17);\n    poly18.ps[3] = Point(45, 1663.17);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(1299.5, 1525.17);\n    poly19.ps[1] = Point(1299.5, 1557.17);\n    poly19.ps[2] = Point(1279.5, 1557.17);\n    poly19.ps[3] = Point(1279.5, 1525.17);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(1299.5, 1401.17);\n    poly20.ps[1] = Point(1299.5, 1433.17);\n    poly20.ps[2] = Point(1279.5, 1433.17);\n    poly20.ps[3] = Point(1279.5, 1401.17);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(1278.5, 1011.17);\n    poly21.ps[1] = Point(1278.5, 1043.17);\n    poly21.ps[2] = Point(1258.5, 1043.17);\n    poly21.ps[3] = Point(1258.5, 1011.17);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(849, 1332.17);\n    poly22.ps[1] = Point(849, 1392.17);\n    poly22.ps[2] = Point(536, 1392.17);\n    poly22.ps[3] = Point(536, 1332.17);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(1104.5, 956.167);\n    poly23.ps[1] = Point(1104.5, 976.167);\n    poly23.ps[2] = Point(1072.5, 976.167);\n    poly23.ps[3] = Point(1072.5, 956.167);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(1278.5, 713.5);\n    poly24.ps[1] = Point(1278.5, 745.5);\n    poly24.ps[2] = Point(1258.5, 745.5);\n    poly24.ps[3] = Point(1258.5, 713.5);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(1411.5, 713.5);\n    poly25.ps[1] = Point(1411.5, 745.5);\n    poly25.ps[2] = Point(1391.5, 745.5);\n    poly25.ps[3] = Point(1391.5, 713.5);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1441.5, 422.5);\n    poly26.ps[1] = Point(1441.5, 442.5);\n    poly26.ps[2] = Point(1409.5, 442.5);\n    poly26.ps[3] = Point(1409.5, 422.5);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1299.5, 535.25);\n    poly27.ps[1] = Point(1299.5, 567.25);\n    poly27.ps[2] = Point(1279.5, 567.25);\n    poly27.ps[3] = Point(1279.5, 535.25);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(1299.5, 344);\n    poly28.ps[1] = Point(1299.5, 376);\n    poly28.ps[2] = Point(1279.5, 376);\n    poly28.ps[3] = Point(1279.5, 344);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(1042.5, 628.75);\n    poly29.ps[1] = Point(1042.5, 648.75);\n    poly29.ps[2] = Point(1010.5, 648.75);\n    poly29.ps[3] = Point(1010.5, 628.75);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(523.5, 532.75);\n    poly30.ps[1] = Point(523.5, 552.75);\n    poly30.ps[2] = Point(491.5, 552.75);\n    poly30.ps[3] = Point(491.5, 532.75);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(523.5, 607.75);\n    poly31.ps[1] = Point(523.5, 627.75);\n    poly31.ps[2] = Point(491.5, 627.75);\n    poly31.ps[3] = Point(491.5, 607.75);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(922.5, 541.25);\n    poly32.ps[1] = Point(922.5, 561.25);\n    poly32.ps[2] = Point(890.5, 561.25);\n    poly32.ps[3] = Point(890.5, 541.25);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(761.5, 535.25);\n    poly33.ps[1] = Point(761.5, 567.25);\n    poly33.ps[2] = Point(741.5, 567.25);\n    poly33.ps[3] = Point(741.5, 535.25);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(296.5, 535.25);\n    poly34.ps[1] = Point(296.5, 567.25);\n    poly34.ps[2] = Point(276.5, 567.25);\n    poly34.ps[3] = Point(276.5, 535.25);\n    new ShapeRef(router, poly34, 34);\n#endif\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(616.5, 285);\n    poly35.ps[1] = Point(616.5, 305);\n    poly35.ps[2] = Point(584.5, 305);\n    poly35.ps[3] = Point(584.5, 285);\n    new ShapeRef(router, poly35, 35);\n\n#if 0\n    Polygon poly36(4);\n    poly36.ps[0] = Point(616.5, 360);\n    poly36.ps[1] = Point(616.5, 380);\n    poly36.ps[2] = Point(584.5, 380);\n    poly36.ps[3] = Point(584.5, 360);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(616.5, 552);\n    poly37.ps[1] = Point(616.5, 572);\n    poly37.ps[2] = Point(584.5, 572);\n    poly37.ps[3] = Point(584.5, 552);\n    new ShapeRef(router, poly37, 37);\n#endif\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(891.5, 331);\n    poly38.ps[1] = Point(891.5, 351);\n    poly38.ps[2] = Point(859.5, 351);\n    poly38.ps[3] = Point(859.5, 331);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(891.5, 229);\n    poly39.ps[1] = Point(891.5, 249);\n    poly39.ps[2] = Point(859.5, 249);\n    poly39.ps[3] = Point(859.5, 229);\n    new ShapeRef(router, poly39, 39);\n\n#if 0\n    Polygon poly40(4);\n    poly40.ps[0] = Point(402, 96.5);\n    poly40.ps[1] = Point(402, 131.5);\n    poly40.ps[2] = Point(141, 131.5);\n    poly40.ps[3] = Point(141, 96.5);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(554.5, 2002.21);\n    poly41.ps[1] = Point(554.5, 2022.21);\n    poly41.ps[2] = Point(522.5, 2022.21);\n    poly41.ps[3] = Point(522.5, 2002.21);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(1299.5, 1247.17);\n    poly42.ps[1] = Point(1299.5, 1279.17);\n    poly42.ps[2] = Point(1279.5, 1279.17);\n    poly42.ps[3] = Point(1279.5, 1247.17);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(616.5, 435);\n    poly43.ps[1] = Point(616.5, 455);\n    poly43.ps[2] = Point(584.5, 455);\n    poly43.ps[3] = Point(584.5, 435);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(523.5, 649.75);\n    poly44.ps[1] = Point(523.5, 669.75);\n    poly44.ps[2] = Point(491.5, 669.75);\n    poly44.ps[3] = Point(491.5, 649.75);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(302.5, 740.75);\n    poly45.ps[1] = Point(302.5, 760.75);\n    poly45.ps[2] = Point(270.5, 760.75);\n    poly45.ps[3] = Point(270.5, 740.75);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(302.5, 842.75);\n    poly46.ps[1] = Point(302.5, 862.75);\n    poly46.ps[2] = Point(270.5, 862.75);\n    poly46.ps[3] = Point(270.5, 842.75);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(678.5, 740.75);\n    poly47.ps[1] = Point(678.5, 760.75);\n    poly47.ps[2] = Point(646.5, 760.75);\n    poly47.ps[3] = Point(646.5, 740.75);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(678.5, 842.75);\n    poly48.ps[1] = Point(678.5, 862.75);\n    poly48.ps[2] = Point(646.5, 862.75);\n    poly48.ps[3] = Point(646.5, 842.75);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(1530.5, 401.5);\n    poly49.ps[1] = Point(1530.5, 463.5);\n    poly49.ps[2] = Point(1468.5, 463.5);\n    poly49.ps[3] = Point(1468.5, 401.5);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(1320.5, 249);\n    poly50.ps[1] = Point(1320.5, 311);\n    poly50.ps[2] = Point(1258.5, 311);\n    poly50.ps[3] = Point(1258.5, 249);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(1320.5, 1448.17);\n    poly51.ps[1] = Point(1320.5, 1510.17);\n    poly51.ps[2] = Point(1258.5, 1510.17);\n    poly51.ps[3] = Point(1258.5, 1448.17);\n    new ShapeRef(router, poly51, 51);\n#endif\n    Polygon poly52(4);\n    poly52.ps[0] = Point(317.5, 435);\n    poly52.ps[1] = Point(317.5, 497);\n    poly52.ps[2] = Point(255.5, 497);\n    poly52.ps[3] = Point(255.5, 435);\n    new ShapeRef(router, poly52, 52);\n#if 0\n    Polygon poly53(4);\n    poly53.ps[0] = Point(317.5, 607.75);\n    poly53.ps[1] = Point(317.5, 669.75);\n    poly53.ps[2] = Point(255.5, 669.75);\n    poly53.ps[3] = Point(255.5, 607.75);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(875.5, 935.167);\n    poly54.ps[1] = Point(875.5, 997.167);\n    poly54.ps[2] = Point(813.5, 997.167);\n    poly54.ps[3] = Point(813.5, 935.167);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(875.5, 607.75);\n    poly55.ps[1] = Point(875.5, 669.75);\n    poly55.ps[2] = Point(813.5, 669.75);\n    poly55.ps[3] = Point(813.5, 607.75);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(1320.5, 435);\n    poly56.ps[1] = Point(1320.5, 497);\n    poly56.ps[2] = Point(1258.5, 497);\n    poly56.ps[3] = Point(1258.5, 435);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(1320.5, 607.75);\n    poly57.ps[1] = Point(1320.5, 669.75);\n    poly57.ps[2] = Point(1258.5, 669.75);\n    poly57.ps[3] = Point(1258.5, 607.75);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(1320.5, 1572.17);\n    poly58.ps[1] = Point(1320.5, 1634.17);\n    poly58.ps[2] = Point(1258.5, 1634.17);\n    poly58.ps[3] = Point(1258.5, 1572.17);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(1320.5, 1324.17);\n    poly59.ps[1] = Point(1320.5, 1386.17);\n    poly59.ps[2] = Point(1258.5, 1386.17);\n    poly59.ps[3] = Point(1258.5, 1324.17);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(1320.5, 1108.17);\n    poly60.ps[1] = Point(1320.5, 1170.17);\n    poly60.ps[2] = Point(1258.5, 1170.17);\n    poly60.ps[3] = Point(1258.5, 1108.17);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(1561.5, 1838.17);\n    poly61.ps[1] = Point(1561.5, 1900.17);\n    poly61.ps[2] = Point(1499.5, 1900.17);\n    poly61.ps[3] = Point(1499.5, 1838.17);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(813.5, 1981.21);\n    poly62.ps[1] = Point(813.5, 2043.21);\n    poly62.ps[2] = Point(751.5, 2043.21);\n    poly62.ps[3] = Point(751.5, 1981.21);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(1456.5, 2048.54);\n    poly63.ps[1] = Point(1456.5, 2110.54);\n    poly63.ps[2] = Point(1394.5, 2110.54);\n    poly63.ps[3] = Point(1394.5, 2048.54);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1320.5, 1838.17);\n    poly64.ps[1] = Point(1320.5, 1900.17);\n    poly64.ps[2] = Point(1258.5, 1900.17);\n    poly64.ps[3] = Point(1258.5, 1838.17);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(968.5, 1838.17);\n    poly65.ps[1] = Point(968.5, 1900.17);\n    poly65.ps[2] = Point(906.5, 1900.17);\n    poly65.ps[3] = Point(906.5, 1838.17);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(282.5, 1838.17);\n    poly66.ps[1] = Point(282.5, 1900.17);\n    poly66.ps[2] = Point(220.5, 1900.17);\n    poly66.ps[3] = Point(220.5, 1838.17);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(968.5, 2048.54);\n    poly67.ps[1] = Point(968.5, 2110.54);\n    poly67.ps[2] = Point(906.5, 2110.54);\n    poly67.ps[3] = Point(906.5, 2048.54);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(600.5, 1838.17);\n    poly68.ps[1] = Point(600.5, 1900.17);\n    poly68.ps[2] = Point(538.5, 1900.17);\n    poly68.ps[3] = Point(538.5, 1838.17);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(437.5, 1981.21);\n    poly69.ps[1] = Point(437.5, 2043.21);\n    poly69.ps[2] = Point(375.5, 2043.21);\n    poly69.ps[3] = Point(375.5, 1981.21);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(1320.5, 759.5);\n    poly70.ps[1] = Point(1320.5, 821.5);\n    poly70.ps[2] = Point(1258.5, 821.5);\n    poly70.ps[3] = Point(1258.5, 759.5);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(247.5, 719.75);\n    poly71.ps[1] = Point(247.5, 781.75);\n    poly71.ps[2] = Point(185.5, 781.75);\n    poly71.ps[3] = Point(185.5, 719.75);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(468.5, 719.75);\n    poly72.ps[1] = Point(468.5, 781.75);\n    poly72.ps[2] = Point(406.5, 781.75);\n    poly72.ps[3] = Point(406.5, 719.75);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(468.5, 821.75);\n    poly73.ps[1] = Point(468.5, 883.75);\n    poly73.ps[2] = Point(406.5, 883.75);\n    poly73.ps[3] = Point(406.5, 821.75);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(247.5, 821.75);\n    poly74.ps[1] = Point(247.5, 883.75);\n    poly74.ps[2] = Point(185.5, 883.75);\n    poly74.ps[3] = Point(185.5, 821.75);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(391.5, 1572.17);\n    poly75.ps[1] = Point(391.5, 1592.17);\n    poly75.ps[2] = Point(359.5, 1592.17);\n    poly75.ps[3] = Point(359.5, 1572.17);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(282.5, 1572.17);\n    poly76.ps[1] = Point(282.5, 1634.17);\n    poly76.ps[2] = Point(220.5, 1634.17);\n    poly76.ps[3] = Point(220.5, 1572.17);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1255.5, 2090.54);\n    poly77.ps[1] = Point(1255.5, 2110.54);\n    poly77.ps[2] = Point(1223.5, 2110.54);\n    poly77.ps[3] = Point(1223.5, 2090.54);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(391.5, 1614.17);\n    poly78.ps[1] = Point(391.5, 1634.17);\n    poly78.ps[2] = Point(359.5, 1634.17);\n    poly78.ps[3] = Point(359.5, 1614.17);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1604.5, 1943.04);\n    poly79.ps[1] = Point(1604.5, 2108.04);\n    poly79.ps[2] = Point(1467.5, 2108.04);\n    poly79.ps[3] = Point(1467.5, 1943.04);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(1320.5, 1011.17);\n    poly80.ps[1] = Point(1320.5, 1043.17);\n    poly80.ps[2] = Point(1300.5, 1043.17);\n    poly80.ps[3] = Point(1300.5, 1011.17);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(1406.5, 1185.17);\n    poly81.ps[1] = Point(1406.5, 1217.17);\n    poly81.ps[2] = Point(1386.5, 1217.17);\n    poly81.ps[3] = Point(1386.5, 1185.17);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(1448.5, 1185.17);\n    poly82.ps[1] = Point(1448.5, 1217.17);\n    poly82.ps[2] = Point(1428.5, 1217.17);\n    poly82.ps[3] = Point(1428.5, 1185.17);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(678.5, 1730.17);\n    poly83.ps[1] = Point(678.5, 1750.17);\n    poly83.ps[2] = Point(646.5, 1750.17);\n    poly83.ps[3] = Point(646.5, 1730.17);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(1539.5, 1185.17);\n    poly84.ps[1] = Point(1539.5, 1217.17);\n    poly84.ps[2] = Point(1519.5, 1217.17);\n    poly84.ps[3] = Point(1519.5, 1185.17);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(1088.5, 1232.17);\n    poly85.ps[1] = Point(1088.5, 1294.17);\n    poly85.ps[2] = Point(1026.5, 1294.17);\n    poly85.ps[3] = Point(1026.5, 1232.17);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(1224.5, 1333.17);\n    poly86.ps[1] = Point(1224.5, 1353.17);\n    poly86.ps[2] = Point(1192.5, 1353.17);\n    poly86.ps[3] = Point(1192.5, 1333.17);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(1224.5, 1129.17);\n    poly87.ps[1] = Point(1224.5, 1149.17);\n    poly87.ps[2] = Point(1192.5, 1149.17);\n    poly87.ps[3] = Point(1192.5, 1129.17);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(1320.5, 935.167);\n    poly88.ps[1] = Point(1320.5, 997.167);\n    poly88.ps[2] = Point(1258.5, 997.167);\n    poly88.ps[3] = Point(1258.5, 935.167);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(240.5, 1914.17);\n    poly89.ps[1] = Point(240.5, 1946.17);\n    poly89.ps[2] = Point(220.5, 1946.17);\n    poly89.ps[3] = Point(220.5, 1914.17);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(1320.5, 713.5);\n    poly90.ps[1] = Point(1320.5, 745.5);\n    poly90.ps[2] = Point(1300.5, 745.5);\n    poly90.ps[3] = Point(1300.5, 713.5);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(616.5, 477);\n    poly91.ps[1] = Point(616.5, 497);\n    poly91.ps[2] = Point(584.5, 497);\n    poly91.ps[3] = Point(584.5, 477);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(523.5, 724.75);\n    poly92.ps[1] = Point(523.5, 744.75);\n    poly92.ps[2] = Point(491.5, 744.75);\n    poly92.ps[3] = Point(491.5, 724.75);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1255.5, 2165.54);\n    poly93.ps[1] = Point(1255.5, 2185.54);\n    poly93.ps[2] = Point(1223.5, 2185.54);\n    poly93.ps[3] = Point(1223.5, 2165.54);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(968.5, 1734.17);\n    poly94.ps[1] = Point(968.5, 1796.17);\n    poly94.ps[2] = Point(906.5, 1796.17);\n    poly94.ps[3] = Point(906.5, 1734.17);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1375.5, 851.5);\n    poly95.ps[1] = Point(1375.5, 891.5);\n    poly95.ps[2] = Point(1299.5, 891.5);\n    poly95.ps[3] = Point(1299.5, 851.5);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(659.5, 1988.54);\n    poly96.ps[1] = Point(659.5, 2048.54);\n    poly96.ps[2] = Point(603.5, 2048.54);\n    poly96.ps[3] = Point(603.5, 1988.54);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(358.5, 1910.17);\n    poly97.ps[1] = Point(358.5, 1950.17);\n    poly97.ps[2] = Point(282.5, 1950.17);\n    poly97.ps[3] = Point(282.5, 1910.17);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(659.5, 2110.54);\n    poly98.ps[1] = Point(659.5, 2170.54);\n    poly98.ps[2] = Point(603.5, 2170.54);\n    poly98.ps[3] = Point(603.5, 2110.54);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(1023.5, 1997.54);\n    poly99.ps[1] = Point(1023.5, 2037.54);\n    poly99.ps[2] = Point(947.5, 2037.54);\n    poly99.ps[3] = Point(947.5, 1997.54);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(1267.5, 1913.54);\n    poly100.ps[1] = Point(1267.5, 1973.54);\n    poly100.ps[2] = Point(1211.5, 1973.54);\n    poly100.ps[3] = Point(1211.5, 1913.54);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(1267.5, 1988.54);\n    poly101.ps[1] = Point(1267.5, 2048.54);\n    poly101.ps[2] = Point(1211.5, 2048.54);\n    poly101.ps[3] = Point(1211.5, 1988.54);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(1147.5, 1889.54);\n    poly102.ps[1] = Point(1147.5, 1949.54);\n    poly102.ps[2] = Point(1091.5, 1949.54);\n    poly102.ps[3] = Point(1091.5, 1889.54);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(1205.5, 1778.17);\n    poly103.ps[1] = Point(1205.5, 1818.17);\n    poly103.ps[2] = Point(1129.5, 1818.17);\n    poly103.ps[3] = Point(1129.5, 1778.17);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(841.5, 1799.17);\n    poly104.ps[1] = Point(841.5, 1859.17);\n    poly104.ps[2] = Point(785.5, 1859.17);\n    poly104.ps[3] = Point(785.5, 1799.17);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(434.5, 1799.17);\n    poly105.ps[1] = Point(434.5, 1859.17);\n    poly105.ps[2] = Point(378.5, 1859.17);\n    poly105.ps[3] = Point(378.5, 1799.17);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(1484.5, 1799.17);\n    poly106.ps[1] = Point(1484.5, 1859.17);\n    poly106.ps[2] = Point(1428.5, 1859.17);\n    poly106.ps[3] = Point(1428.5, 1799.17);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(1375.5, 1645.17);\n    poly107.ps[1] = Point(1375.5, 1685.17);\n    poly107.ps[2] = Point(1299.5, 1685.17);\n    poly107.ps[3] = Point(1299.5, 1645.17);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(1375.5, 1521.17);\n    poly108.ps[1] = Point(1375.5, 1561.17);\n    poly108.ps[2] = Point(1299.5, 1561.17);\n    poly108.ps[3] = Point(1299.5, 1521.17);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1375.5, 1397.17);\n    poly109.ps[1] = Point(1375.5, 1437.17);\n    poly109.ps[2] = Point(1299.5, 1437.17);\n    poly109.ps[3] = Point(1299.5, 1397.17);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(1258.5, 1007.17);\n    poly110.ps[1] = Point(1258.5, 1047.17);\n    poly110.ps[2] = Point(1182.5, 1047.17);\n    poly110.ps[3] = Point(1182.5, 1007.17);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(1116.5, 896.167);\n    poly111.ps[1] = Point(1116.5, 956.167);\n    poly111.ps[2] = Point(1060.5, 956.167);\n    poly111.ps[3] = Point(1060.5, 896.167);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(1258.5, 709.5);\n    poly112.ps[1] = Point(1258.5, 749.5);\n    poly112.ps[2] = Point(1182.5, 749.5);\n    poly112.ps[3] = Point(1182.5, 709.5);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(1487.5, 709.5);\n    poly113.ps[1] = Point(1487.5, 749.5);\n    poly113.ps[2] = Point(1411.5, 749.5);\n    poly113.ps[3] = Point(1411.5, 709.5);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(1453.5, 362.5);\n    poly114.ps[1] = Point(1453.5, 422.5);\n    poly114.ps[2] = Point(1397.5, 422.5);\n    poly114.ps[3] = Point(1397.5, 362.5);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(1375.5, 531.25);\n    poly115.ps[1] = Point(1375.5, 571.25);\n    poly115.ps[2] = Point(1299.5, 571.25);\n    poly115.ps[3] = Point(1299.5, 531.25);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(1375.5, 340);\n    poly116.ps[1] = Point(1375.5, 380);\n    poly116.ps[2] = Point(1299.5, 380);\n    poly116.ps[3] = Point(1299.5, 340);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(1054.5, 568.75);\n    poly117.ps[1] = Point(1054.5, 628.75);\n    poly117.ps[2] = Point(998.5, 628.75);\n    poly117.ps[3] = Point(998.5, 568.75);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(535.5, 472.75);\n    poly118.ps[1] = Point(535.5, 532.75);\n    poly118.ps[2] = Point(479.5, 532.75);\n    poly118.ps[3] = Point(479.5, 472.75);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(535.5, 547.75);\n    poly119.ps[1] = Point(535.5, 607.75);\n    poly119.ps[2] = Point(479.5, 607.75);\n    poly119.ps[3] = Point(479.5, 547.75);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(934.5, 481.25);\n    poly120.ps[1] = Point(934.5, 541.25);\n    poly120.ps[2] = Point(878.5, 541.25);\n    poly120.ps[3] = Point(878.5, 481.25);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(741.5, 531.25);\n    poly121.ps[1] = Point(741.5, 571.25);\n    poly121.ps[2] = Point(665.5, 571.25);\n    poly121.ps[3] = Point(665.5, 531.25);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(372.5, 531.25);\n    poly122.ps[1] = Point(372.5, 571.25);\n    poly122.ps[2] = Point(296.5, 571.25);\n    poly122.ps[3] = Point(296.5, 531.25);\n    new ShapeRef(router, poly122, 122);\n#endif\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(628.5, 225);\n    poly123.ps[1] = Point(628.5, 285);\n    poly123.ps[2] = Point(572.5, 285);\n    poly123.ps[3] = Point(572.5, 225);\n    new ShapeRef(router, poly123, 123);\n\n#if 0\n    Polygon poly124(4);\n    poly124.ps[0] = Point(628.5, 300);\n    poly124.ps[1] = Point(628.5, 360);\n    poly124.ps[2] = Point(572.5, 360);\n    poly124.ps[3] = Point(572.5, 300);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(628.5, 572);\n    poly125.ps[1] = Point(628.5, 632);\n    poly125.ps[2] = Point(572.5, 632);\n    poly125.ps[3] = Point(572.5, 572);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(903.5, 271);\n    poly126.ps[1] = Point(903.5, 331);\n    poly126.ps[2] = Point(847.5, 331);\n    poly126.ps[3] = Point(847.5, 271);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(903.5, 169);\n    poly127.ps[1] = Point(903.5, 229);\n    poly127.ps[2] = Point(847.5, 229);\n    poly127.ps[3] = Point(847.5, 169);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(566.5, 1942.21);\n    poly128.ps[1] = Point(566.5, 2002.21);\n    poly128.ps[2] = Point(510.5, 2002.21);\n    poly128.ps[3] = Point(510.5, 1942.21);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(1375.5, 1243.17);\n    poly129.ps[1] = Point(1375.5, 1283.17);\n    poly129.ps[2] = Point(1299.5, 1283.17);\n    poly129.ps[3] = Point(1299.5, 1243.17);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(628.5, 375);\n    poly130.ps[1] = Point(628.5, 435);\n    poly130.ps[2] = Point(572.5, 435);\n    poly130.ps[3] = Point(572.5, 375);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(535.5, 669.75);\n    poly131.ps[1] = Point(535.5, 729.75);\n    poly131.ps[2] = Point(479.5, 729.75);\n    poly131.ps[3] = Point(479.5, 669.75);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(314.5, 680.75);\n    poly132.ps[1] = Point(314.5, 740.75);\n    poly132.ps[2] = Point(258.5, 740.75);\n    poly132.ps[3] = Point(258.5, 680.75);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(314.5, 782.75);\n    poly133.ps[1] = Point(314.5, 842.75);\n    poly133.ps[2] = Point(258.5, 842.75);\n    poly133.ps[3] = Point(258.5, 782.75);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(690.5, 680.75);\n    poly134.ps[1] = Point(690.5, 740.75);\n    poly134.ps[2] = Point(634.5, 740.75);\n    poly134.ps[3] = Point(634.5, 680.75);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(690.5, 782.75);\n    poly135.ps[1] = Point(690.5, 842.75);\n    poly135.ps[2] = Point(634.5, 842.75);\n    poly135.ps[3] = Point(634.5, 782.75);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(403.5, 1512.17);\n    poly136.ps[1] = Point(403.5, 1572.17);\n    poly136.ps[2] = Point(347.5, 1572.17);\n    poly136.ps[3] = Point(347.5, 1512.17);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(1267.5, 2110.54);\n    poly137.ps[1] = Point(1267.5, 2170.54);\n    poly137.ps[2] = Point(1211.5, 2170.54);\n    poly137.ps[3] = Point(1211.5, 2110.54);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(403.5, 1634.17);\n    poly138.ps[1] = Point(403.5, 1694.17);\n    poly138.ps[2] = Point(347.5, 1694.17);\n    poly138.ps[3] = Point(347.5, 1634.17);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(1396.5, 1007.17);\n    poly139.ps[1] = Point(1396.5, 1047.17);\n    poly139.ps[2] = Point(1320.5, 1047.17);\n    poly139.ps[3] = Point(1320.5, 1007.17);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(1386.5, 1181.17);\n    poly140.ps[1] = Point(1386.5, 1221.17);\n    poly140.ps[2] = Point(1310.5, 1221.17);\n    poly140.ps[3] = Point(1310.5, 1181.17);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(1524.5, 1181.17);\n    poly141.ps[1] = Point(1524.5, 1221.17);\n    poly141.ps[2] = Point(1448.5, 1221.17);\n    poly141.ps[3] = Point(1448.5, 1181.17);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(690.5, 1670.17);\n    poly142.ps[1] = Point(690.5, 1730.17);\n    poly142.ps[2] = Point(634.5, 1730.17);\n    poly142.ps[3] = Point(634.5, 1670.17);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1615.5, 1181.17);\n    poly143.ps[1] = Point(1615.5, 1221.17);\n    poly143.ps[2] = Point(1539.5, 1221.17);\n    poly143.ps[3] = Point(1539.5, 1181.17);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(1236.5, 1273.17);\n    poly144.ps[1] = Point(1236.5, 1333.17);\n    poly144.ps[2] = Point(1180.5, 1333.17);\n    poly144.ps[3] = Point(1180.5, 1273.17);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(1236.5, 1069.17);\n    poly145.ps[1] = Point(1236.5, 1129.17);\n    poly145.ps[2] = Point(1180.5, 1129.17);\n    poly145.ps[3] = Point(1180.5, 1069.17);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(220.5, 1910.17);\n    poly146.ps[1] = Point(220.5, 1950.17);\n    poly146.ps[2] = Point(144.5, 1950.17);\n    poly146.ps[3] = Point(144.5, 1910.17);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(1396.5, 709.5);\n    poly147.ps[1] = Point(1396.5, 749.5);\n    poly147.ps[2] = Point(1320.5, 749.5);\n    poly147.ps[3] = Point(1320.5, 709.5);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(628.5, 497);\n    poly148.ps[1] = Point(628.5, 557);\n    poly148.ps[2] = Point(572.5, 557);\n    poly148.ps[3] = Point(572.5, 497);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(535.5, 744.75);\n    poly149.ps[1] = Point(535.5, 804.75);\n    poly149.ps[2] = Point(479.5, 804.75);\n    poly149.ps[3] = Point(479.5, 744.75);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(1267.5, 2185.54);\n    poly150.ps[1] = Point(1267.5, 2245.54);\n    poly150.ps[2] = Point(1211.5, 2245.54);\n    poly150.ps[3] = Point(1211.5, 2185.54);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(1570, 641);\n    poly151.ps[1] = Point(1570, 681);\n    poly151.ps[2] = Point(1510, 681);\n    poly151.ps[3] = Point(1510, 641);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(1570, 681);\n    poly152.ps[1] = Point(1570, 721);\n    poly152.ps[2] = Point(1510, 721);\n    poly152.ps[3] = Point(1510, 681);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(1621, 809.5);\n    poly153.ps[1] = Point(1621, 869.5);\n    poly153.ps[2] = Point(1581, 869.5);\n    poly153.ps[3] = Point(1581, 809.5);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(1661, 809.5);\n    poly154.ps[1] = Point(1661, 869.5);\n    poly154.ps[2] = Point(1621, 869.5);\n    poly154.ps[3] = Point(1621, 809.5);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(1370, 159.5);\n    poly155.ps[1] = Point(1370, 219.5);\n    poly155.ps[2] = Point(1330, 219.5);\n    poly155.ps[3] = Point(1330, 159.5);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(252.5, 1705.67);\n    poly156.ps[1] = Point(252.5, 1745.67);\n    poly156.ps[2] = Point(192.5, 1745.67);\n    poly156.ps[3] = Point(192.5, 1705.67);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(252.5, 1745.67);\n    poly157.ps[1] = Point(252.5, 1785.67);\n    poly157.ps[2] = Point(192.5, 1785.67);\n    poly157.ps[3] = Point(192.5, 1745.67);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(849.5, 1342.67);\n    poly158.ps[1] = Point(849.5, 1382.67);\n    poly158.ps[2] = Point(789.5, 1382.67);\n    poly158.ps[3] = Point(789.5, 1342.67);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1556.5, 1943.54);\n    poly159.ps[1] = Point(1556.5, 2003.54);\n    poly159.ps[2] = Point(1516.5, 2003.54);\n    poly159.ps[3] = Point(1516.5, 1943.54);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(661.5, 2058.54);\n    poly160.ps[1] = Point(661.5, 2100.54);\n    poly160.ps[2] = Point(593.5, 2100.54);\n    poly160.ps[3] = Point(593.5, 2058.54);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(272.5, 1900.17);\n    poly161.ps[1] = Point(272.5, 1960.17);\n    poly161.ps[2] = Point(230.5, 1960.17);\n    poly161.ps[3] = Point(230.5, 1900.17);\n    new ShapeRef(router, poly161, 161);\n#endif\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(630.5, 295);\n    poly162.ps[1] = Point(630.5, 562);\n    poly162.ps[2] = Point(562.5, 562);\n    poly162.ps[3] = Point(562.5, 295);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(537.5, 542.75);\n    poly163.ps[1] = Point(537.5, 734.75);\n    poly163.ps[2] = Point(469.5, 734.75);\n    poly163.ps[3] = Point(469.5, 542.75);\n    new ShapeRef(router, poly163, 163);\n\n#if 0\n    Polygon poly164(4);\n    poly164.ps[0] = Point(1401.5, 699.5);\n    poly164.ps[1] = Point(1401.5, 759.5);\n    poly164.ps[2] = Point(1268.5, 759.5);\n    poly164.ps[3] = Point(1268.5, 699.5);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(405.5, 1582.17);\n    poly165.ps[1] = Point(405.5, 1624.17);\n    poly165.ps[2] = Point(337.5, 1624.17);\n    poly165.ps[3] = Point(337.5, 1582.17);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(1529.5, 1171.17);\n    poly166.ps[1] = Point(1529.5, 1231.17);\n    poly166.ps[2] = Point(1396.5, 1231.17);\n    poly166.ps[3] = Point(1396.5, 1171.17);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(1310.5, 997.167);\n    poly167.ps[1] = Point(1310.5, 1057.17);\n    poly167.ps[2] = Point(1268.5, 1057.17);\n    poly167.ps[3] = Point(1268.5, 997.167);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(1269.5, 1983.54);\n    poly168.ps[1] = Point(1269.5, 2175.54);\n    poly168.ps[2] = Point(1201.5, 2175.54);\n    poly168.ps[3] = Point(1201.5, 1983.54);\n    new ShapeRef(router, poly168, 168);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(1289.5, 886.5), 2);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(844.5, 966.167), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(1289.5, 856.5), 1);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(1289.5, 790.5), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(1289.5, 886.5), 2);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(1289.5, 966.167), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(616.5, 2058.54), 4);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(251.5, 2079.54), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints172(1);\n    checkpoints172[0] = Point(593.5, 2079.54);\n    connRef172->setRoutingCheckpoints(checkpoints172);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(646.5, 2058.54), 8);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(937.5, 2079.54), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints173(1);\n    checkpoints173[0] = Point(669.5, 2079.54);\n    connRef173->setRoutingCheckpoints(checkpoints173);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(272.5, 1945.17), 2);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(251.5, 2079.54), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints174(1);\n    checkpoints174[0] = Point(251.5, 1960.17);\n    connRef174->setRoutingCheckpoints(checkpoints174);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(616.5, 2100.54), 4);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(251.5, 2079.54), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints175(1);\n    checkpoints175[0] = Point(593.5, 2079.54);\n    connRef175->setRoutingCheckpoints(checkpoints175);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(646.5, 2100.54), 8);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(937.5, 2079.54), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints176(1);\n    checkpoints176[0] = Point(669.5, 2079.54);\n    connRef176->setRoutingCheckpoints(checkpoints176);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(251.5, 2079.54), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(230.5, 1945.17), 2);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints177(1);\n    checkpoints177[0] = Point(251.5, 1960.17);\n    connRef177->setRoutingCheckpoints(checkpoints177);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(937.5, 2032.54), 2);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(937.5, 2079.54), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(1224.5, 1983.54), 4);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(937.5, 2079.54), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints179(1);\n    checkpoints179[0] = Point(1201.5, 2079.54);\n    connRef179->setRoutingCheckpoints(checkpoints179);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(1224.5, 2058.54), 4);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(937.5, 2079.54), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints180(1);\n    checkpoints180[0] = Point(1201.5, 2079.54);\n    connRef180->setRoutingCheckpoints(checkpoints180);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(1104.5, 1879.54), 4);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(937.5, 1869.17), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(1119.5, 1813.17), 2);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(937.5, 1869.17), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(798.5, 1869.17), 4);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(569.5, 1869.17), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(798.5, 1869.17), 4);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(937.5, 1765.17), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(391.5, 1869.17), 4);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(251.5, 1869.17), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(421.5, 1869.17), 8);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(569.5, 1869.17), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(391.5, 1869.17), 4);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(406.5, 2012.21), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(1471.5, 1869.17), 8);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(1530.5, 1869.17), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(1441.5, 1869.17), 4);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(1289.5, 1869.17), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(1289.5, 1680.17), 2);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(1289.5, 1869.17), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(1289.5, 1526.17), 1);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(1289.5, 1479.17), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(1289.5, 1556.17), 2);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(1289.5, 1603.17), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(1289.5, 1432.17), 2);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(1289.5, 1479.17), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(1289.5, 1402.17), 1);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(1289.5, 1355.17), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(1268.5, 1042.17), 2);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(1289.5, 1139.17), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints195(1);\n    checkpoints195[0] = Point(1289.5, 1057.17);\n    connRef195->setRoutingCheckpoints(checkpoints195);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(1268.5, 1012.17), 1);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(1289.5, 966.167), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints196(1);\n    checkpoints196[0] = Point(1289.5, 997.167);\n    connRef196->setRoutingCheckpoints(checkpoints196);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(1073.5, 966.167), 4);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(844.5, 966.167), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(1103.5, 966.167), 8);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(1289.5, 966.167), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(1268.5, 744.5), 2);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(1289.5, 790.5), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints199(1);\n    checkpoints199[0] = Point(1289.5, 759.5);\n    connRef199->setRoutingCheckpoints(checkpoints199);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(1401.5, 714.5), 1);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(1289.5, 638.75), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints200(1);\n    checkpoints200[0] = Point(1289.5, 699.5);\n    connRef200->setRoutingCheckpoints(checkpoints200);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(1410.5, 432.5), 4);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(1289.5, 466), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(1289.5, 536.25), 1);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(1289.5, 466), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(1289.5, 566.25), 2);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(1289.5, 638.75), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(1289.5, 345), 1);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(1289.5, 280), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(1289.5, 375), 2);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(1289.5, 466), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(1011.5, 638.75), 4);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(844.5, 638.75), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(1041.5, 638.75), 8);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(1289.5, 638.75), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(522.5, 542.75), 8);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(844.5, 638.75), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints208(1);\n    checkpoints208[0] = Point(545.5, 638.75);\n    connRef208->setRoutingCheckpoints(checkpoints208);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(522.5, 617.75), 8);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(844.5, 638.75), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints209(1);\n    checkpoints209[0] = Point(545.5, 638.75);\n    connRef209->setRoutingCheckpoints(checkpoints209);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(891.5, 551.25), 4);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(844.5, 638.75), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(921.5, 551.25), 8);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(1289.5, 466), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(751.5, 566.25), 2);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(844.5, 638.75), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(751.5, 536.25), 1);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(1289.5, 466), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(286.5, 536.25), 1);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(286.5, 466), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(286.5, 566.25), 2);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(286.5, 638.75), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(615.5, 295), 8);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(1289.5, 466), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints216(1);\n    checkpoints216[0] = Point(638.5, 466);\n    connRef216->setRoutingCheckpoints(checkpoints216);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(615.5, 370), 8);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(1289.5, 466), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints217(1);\n    checkpoints217[0] = Point(638.5, 466);\n    connRef217->setRoutingCheckpoints(checkpoints217);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(585.5, 562), 4);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(286.5, 466), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints218(1);\n    checkpoints218[0] = Point(562.5, 466);\n    connRef218->setRoutingCheckpoints(checkpoints218);\n#endif\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(860.5, 341), 4);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(286.5, 466), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(860.5, 239), 4);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(286.5, 466), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n#if 0\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(553.5, 2012.21), 8);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(782.5, 2012.21), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(1289.5, 1278.17), 2);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(1289.5, 1355.17), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(1289.5, 1248.17), 1);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(1289.5, 1139.17), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(615.5, 445), 8);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(1289.5, 466), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints224(1);\n    checkpoints224[0] = Point(638.5, 466);\n    connRef224->setRoutingCheckpoints(checkpoints224);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(522.5, 659.75), 8);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(844.5, 638.75), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints225(1);\n    checkpoints225[0] = Point(545.5, 638.75);\n    connRef225->setRoutingCheckpoints(checkpoints225);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(301.5, 750.75), 8);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(437.5, 750.75), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(301.5, 852.75), 8);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(437.5, 852.75), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(677.5, 750.75), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(844.5, 638.75), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(677.5, 852.75), 8);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(844.5, 638.75), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(1499.5, 432.5), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(1440.5, 432.5), 8);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(286.5, 466), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(585.5, 445), 4);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints231(1);\n    checkpoints231[0] = Point(562.5, 466);\n    connRef231->setRoutingCheckpoints(checkpoints231);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(286.5, 466), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(585.5, 487), 4);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints232(1);\n    checkpoints232[0] = Point(562.5, 466);\n    connRef232->setRoutingCheckpoints(checkpoints232);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(286.5, 638.75), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(492.5, 659.75), 4);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints233(1);\n    checkpoints233[0] = Point(469.5, 638.75);\n    connRef233->setRoutingCheckpoints(checkpoints233);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(492.5, 734.75), 4);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(286.5, 638.75), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints234(1);\n    checkpoints234[0] = Point(469.5, 638.75);\n    connRef234->setRoutingCheckpoints(checkpoints234);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(522.5, 734.75), 8);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(844.5, 638.75), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints235(1);\n    checkpoints235[0] = Point(545.5, 638.75);\n    connRef235->setRoutingCheckpoints(checkpoints235);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(1289.5, 638.75), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(1310.5, 714.5), 1);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints236(1);\n    checkpoints236[0] = Point(1289.5, 699.5);\n    connRef236->setRoutingCheckpoints(checkpoints236);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(390.5, 1624.17), 8);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(1289.5, 1603.17), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints237(1);\n    checkpoints237[0] = Point(413.5, 1603.17);\n    connRef237->setRoutingCheckpoints(checkpoints237);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(1396.5, 1216.17), 2);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(1289.5, 1355.17), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints238(1);\n    checkpoints238[0] = Point(1417.5, 1231.17);\n    connRef238->setRoutingCheckpoints(checkpoints238);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(1438.5, 1216.17), 2);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(1289.5, 1355.17), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints239(1);\n    checkpoints239[0] = Point(1417.5, 1231.17);\n    connRef239->setRoutingCheckpoints(checkpoints239);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(1529.5, 1216.17), 2);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(1289.5, 1355.17), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints240(1);\n    checkpoints240[0] = Point(1417.5, 1231.17);\n    connRef240->setRoutingCheckpoints(checkpoints240);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(1310.5, 1042.17), 2);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(1289.5, 1139.17), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints241(1);\n    checkpoints241[0] = Point(1289.5, 1057.17);\n    connRef241->setRoutingCheckpoints(checkpoints241);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(1223.5, 1139.17), 8);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(1289.5, 1139.17), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(1254.5, 1983.54), 8);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(1425.5, 2079.54), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints243(1);\n    checkpoints243[0] = Point(1277.5, 2079.54);\n    connRef243->setRoutingCheckpoints(checkpoints243);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(1254.5, 2058.54), 8);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(1425.5, 2079.54), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints244(1);\n    checkpoints244[0] = Point(1277.5, 2079.54);\n    connRef244->setRoutingCheckpoints(checkpoints244);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(1254.5, 2100.54), 8);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(1425.5, 2079.54), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints245(1);\n    checkpoints245[0] = Point(1277.5, 2079.54);\n    connRef245->setRoutingCheckpoints(checkpoints245);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(1254.5, 2175.54), 8);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(1425.5, 2079.54), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints246(1);\n    checkpoints246[0] = Point(1277.5, 2079.54);\n    connRef246->setRoutingCheckpoints(checkpoints246);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(677.5, 1740.17), 8);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(1289.5, 1869.17), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(937.5, 1869.17), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(937.5, 2002.54), 1);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(647.5, 1740.17), 4);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(251.5, 1869.17), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(1224.5, 2100.54), 4);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(937.5, 2079.54), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints250(1);\n    checkpoints250[0] = Point(1201.5, 2079.54);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(1224.5, 2175.54), 4);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(937.5, 2079.54), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints251(1);\n    checkpoints251[0] = Point(1201.5, 2079.54);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(523.5, 2012.21), 4);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(406.5, 2012.21), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(1289.5, 790.5), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(1401.5, 744.5), 2);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints253(1);\n    checkpoints253[0] = Point(1289.5, 759.5);\n    connRef253->setRoutingCheckpoints(checkpoints253);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(216.5, 750.75), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(271.5, 750.75), 4);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(437.5, 750.75), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(647.5, 750.75), 4);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(437.5, 852.75), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(647.5, 852.75), 4);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(216.5, 852.75), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(271.5, 852.75), 4);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(390.5, 1582.17), 8);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(1289.5, 1603.17), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints258(1);\n    checkpoints258[0] = Point(413.5, 1603.17);\n    connRef258->setRoutingCheckpoints(checkpoints258);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(251.5, 1603.17), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(360.5, 1582.17), 4);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints259(1);\n    checkpoints259[0] = Point(337.5, 1603.17);\n    connRef259->setRoutingCheckpoints(checkpoints259);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(251.5, 1603.17), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(360.5, 1624.17), 4);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints260(1);\n    checkpoints260[0] = Point(337.5, 1603.17);\n    connRef260->setRoutingCheckpoints(checkpoints260);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(1310.5, 1012.17), 1);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(1289.5, 966.167), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints261(1);\n    checkpoints261[0] = Point(1289.5, 997.167);\n    connRef261->setRoutingCheckpoints(checkpoints261);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(1193.5, 1343.17), 4);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(1057.5, 1263.17), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(1223.5, 1343.17), 8);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(1289.5, 1355.17), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(1193.5, 1139.17), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(1057.5, 1263.17), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(1289.5, 966.167), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(1396.5, 1186.17), 1);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints265(1);\n    checkpoints265[0] = Point(1417.5, 1171.17);\n    connRef265->setRoutingCheckpoints(checkpoints265);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(1289.5, 966.167), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(1438.5, 1186.17), 1);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints266(1);\n    checkpoints266[0] = Point(1417.5, 1171.17);\n    connRef266->setRoutingCheckpoints(checkpoints266);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(1289.5, 966.167), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(1529.5, 1186.17), 1);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints267(1);\n    checkpoints267[0] = Point(1417.5, 1171.17);\n    connRef267->setRoutingCheckpoints(checkpoints267);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(230.5, 1915.17), 1);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(251.5, 1869.17), 15);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints268(1);\n    checkpoints268[0] = Point(251.5, 1900.17);\n    connRef268->setRoutingCheckpoints(checkpoints268);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(1310.5, 744.5), 2);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(1289.5, 790.5), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints269(1);\n    checkpoints269[0] = Point(1289.5, 759.5);\n    connRef269->setRoutingCheckpoints(checkpoints269);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(615.5, 487), 8);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(1289.5, 466), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints270(1);\n    checkpoints270[0] = Point(638.5, 466);\n    connRef270->setRoutingCheckpoints(checkpoints270);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(937.5, 1765.17), 15);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(1134.5, 1879.54), 8);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(937.5, 1765.17), 15);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(1119.5, 1783.17), 1);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(1347.5, 871.5), 4);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(1289.5, 871.5), 8);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(631.5, 2008.54), 2);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(631.5, 2058.54), 1);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(330.5, 1930.17), 4);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(272.5, 1930.17), 8);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(631.5, 2150.54), 1);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(631.5, 2100.54), 2);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(995.5, 2017.54), 4);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(937.5, 2017.54), 8);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(1239.5, 1933.54), 2);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(1239.5, 1983.54), 1);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(1239.5, 2008.54), 2);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(1239.5, 2058.54), 1);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(1119.5, 1929.54), 1);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(1119.5, 1879.54), 2);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(1177.5, 1798.17), 4);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1119.5, 1798.17), 8);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(813.5, 1819.17), 2);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(813.5, 1869.17), 1);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(406.5, 1819.17), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(406.5, 1869.17), 1);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(1456.5, 1819.17), 2);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1456.5, 1869.17), 1);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(1347.5, 1665.17), 4);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1289.5, 1665.17), 8);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(1347.5, 1541.17), 4);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(1289.5, 1541.17), 8);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(1347.5, 1417.17), 4);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(1289.5, 1417.17), 8);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(1210.5, 1027.17), 8);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(1268.5, 1027.17), 4);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(1088.5, 916.167), 2);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(1088.5, 966.167), 1);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(1210.5, 729.5), 8);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(1268.5, 729.5), 4);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(1459.5, 729.5), 4);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(1401.5, 729.5), 8);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(1425.5, 382.5), 2);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(1425.5, 432.5), 1);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(1347.5, 551.25), 4);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(1289.5, 551.25), 8);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(1347.5, 360), 4);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(1289.5, 360), 8);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(1026.5, 588.75), 2);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(1026.5, 638.75), 1);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(507.5, 492.75), 2);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(507.5, 542.75), 1);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(507.5, 567.75), 2);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(507.5, 617.75), 1);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(906.5, 501.25), 2);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(906.5, 551.25), 1);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(693.5, 551.25), 8);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(751.5, 551.25), 4);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(344.5, 551.25), 4);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(286.5, 551.25), 8);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(600.5, 245), 2);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(600.5, 295), 1);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(600.5, 320), 2);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(600.5, 370), 1);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(600.5, 612), 1);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(600.5, 562), 2);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(875.5, 291), 2);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(875.5, 341), 1);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(875.5, 189), 2);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(875.5, 239), 1);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(538.5, 1962.21), 2);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(538.5, 2012.21), 1);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(1347.5, 1263.17), 4);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(1289.5, 1263.17), 8);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(600.5, 395), 2);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(600.5, 445), 1);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(507.5, 709.75), 1);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(507.5, 659.75), 2);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(286.5, 700.75), 2);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(286.5, 750.75), 1);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(286.5, 802.75), 2);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(286.5, 852.75), 1);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(662.5, 700.75), 2);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(662.5, 750.75), 1);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(662.5, 802.75), 2);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(662.5, 852.75), 1);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(375.5, 1532.17), 2);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(375.5, 1582.17), 1);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(1239.5, 2150.54), 1);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(1239.5, 2100.54), 2);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(375.5, 1674.17), 1);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(375.5, 1624.17), 2);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(1368.5, 1027.17), 4);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(1310.5, 1027.17), 8);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(1338.5, 1201.17), 8);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(1396.5, 1201.17), 4);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(1496.5, 1201.17), 4);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(1438.5, 1201.17), 8);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(662.5, 1690.17), 2);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(662.5, 1740.17), 1);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(1587.5, 1201.17), 4);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(1529.5, 1201.17), 8);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(1208.5, 1293.17), 2);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(1208.5, 1343.17), 1);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(1208.5, 1089.17), 2);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(1208.5, 1139.17), 1);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(172.5, 1930.17), 8);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(230.5, 1930.17), 4);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(1368.5, 729.5), 4);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(1310.5, 729.5), 8);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(600.5, 537), 1);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(600.5, 487), 2);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(507.5, 784.75), 1);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(507.5, 734.75), 2);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(1239.5, 2225.54), 1);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(1239.5, 2175.54), 2);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(251.5, 1869.17), 15);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(272.5, 1915.17), 1);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints329(1);\n    checkpoints329[0] = Point(251.5, 1900.17);\n    connRef329->setRoutingCheckpoints(checkpoints329);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(1289.5, 1869.17), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(1134.5, 1879.54), 8);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1289.5, 1869.17), 15);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(1119.5, 1783.17), 1);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(782.5, 2012.21), 15);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(828.5, 1869.17), 8);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(937.5, 1869.17), 15);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(828.5, 1869.17), 8);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(1289.5, 1603.17), 15);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(1289.5, 1650.17), 1);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(1289.5, 638.75), 15);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(1268.5, 714.5), 1);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints335(1);\n    checkpoints335[0] = Point(1289.5, 699.5);\n    connRef335->setRoutingCheckpoints(checkpoints335);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(286.5, 638.75), 15);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(492.5, 542.75), 4);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints336(1);\n    checkpoints336[0] = Point(469.5, 638.75);\n    connRef336->setRoutingCheckpoints(checkpoints336);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(286.5, 638.75), 15);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(492.5, 617.75), 4);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints337(1);\n    checkpoints337[0] = Point(469.5, 638.75);\n    connRef337->setRoutingCheckpoints(checkpoints337);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(286.5, 466), 15);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(585.5, 295), 4);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints338(1);\n    checkpoints338[0] = Point(562.5, 466);\n    connRef338->setRoutingCheckpoints(checkpoints338);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(286.5, 466), 15);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(585.5, 370), 4);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints339(1);\n    checkpoints339[0] = Point(562.5, 466);\n    connRef339->setRoutingCheckpoints(checkpoints339);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(1289.5, 466), 15);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(615.5, 562), 8);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n    std::vector<Point> checkpoints340(1);\n    checkpoints340[0] = Point(638.5, 466);\n    connRef340->setRoutingCheckpoints(checkpoints340);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1289.5, 280), 15);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(890.5, 341), 8);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1289.5, 280), 15);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(890.5, 239), 8);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(1289.5, 466), 15);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(1515, 661), 4);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(1289.5, 966.167), 15);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(1515, 701), 4);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(1289.5, 1479.17), 15);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(1601, 864.5), 2);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(1289.5, 1869.17), 15);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(1641, 864.5), 2);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(1289.5, 280), 15);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(1350, 214.5), 2);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(251.5, 1603.17), 15);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(247.5, 1725.67), 8);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(251.5, 1869.17), 15);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(247.5, 1765.67), 8);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(1289.5, 1355.17), 15);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(844.5, 1362.67), 8);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(1530.5, 1869.17), 15);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(1536.5, 1948.54), 1);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/nudgeCrossing01\");\n\n    bool optimisedForConnectorType = false;\n    int crossings = router->existsCrossings(optimisedForConnectorType);\n\n    delete router;\n    return crossings;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/nudgeintobug.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((Avoid::PenaltyType)0, 50);\n    router->setRoutingPenalty((Avoid::PenaltyType)1, 0);\n    router->setRoutingPenalty((Avoid::PenaltyType)2, 200);\n    router->setRoutingPenalty((Avoid::PenaltyType)3, 4000);\n    router->setRoutingPenalty((Avoid::PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n    Rectangle rect548374163(Point(51900, 50400), Point(52300, 50900));\n    new ShapeRef(router, rect548374163, 548374163);\n    Rectangle rect901116812(Point(51131, 49750), Point(51531, 50100));\n    new ShapeRef(router, rect901116812, 901116812);\n    Rectangle rect335855988(Point(51125, 50175), Point(51525, 50900));\n    new ShapeRef(router, rect335855988, 335855988);\n    Rectangle rect448725420(Point(52375, 50750), Point(52575, 50900));\n    new ShapeRef(router, rect448725420, 448725420);\n    Rectangle rect74263573(Point(51900, 49750), Point(52300, 50100));\n    new ShapeRef(router, rect74263573, 74263573);\n    ConnEnd srcPt463223880(Point(51500, 50275), 8);\n    ConnEnd dstPt463223880(Point(51150, 50275), 4);\n    ConnEnd srcPt144520410(Point(51150, 49850), 4);\n    ConnEnd dstPt144520410(Point(51500, 50350), 8);\n    ConnEnd srcPt45398340(Point(52400, 50825), 4);\n    ConnEnd dstPt45398340(Point(51500, 49925), 8);\n    ConnEnd srcPt29344262(Point(51150, 50500), 4);\n    ConnEnd dstPt29344262(Point(51925, 50000), 4);\n    new ConnRef(router, srcPt29344262, dstPt29344262, 29344262);\n    new ConnRef(router, srcPt45398340, dstPt45398340, 45398340);\n    new ConnRef(router, srcPt144520410, dstPt144520410, 144520410);\n    new ConnRef(router, srcPt463223880, dstPt463223880, 463223880);\n    router->processTransaction();\n    router->outputDiagram(\"output/nudgeintobug\");\n    bool overlap = router->existsOrthogonalFixedSegmentOverlap();\n    bool touching = router->existsOrthogonalTouchingPaths();\n    delete router;\n    return (overlap || touching) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/nudgeold.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly426345871(4);\n    poly426345871.ps[0] = Point(7200, 5240);\n    poly426345871.ps[1] = Point(7200, 5660);\n    poly426345871.ps[2] = Point(6690, 5660);\n    poly426345871.ps[3] = Point(6690, 5240);\n    new ShapeRef(router, poly426345871, 426345871);\n    \n    Polygon poly596896212(4);\n    poly596896212.ps[0] = Point(7200, 5740);\n    poly596896212.ps[1] = Point(7200, 6160);\n    poly596896212.ps[2] = Point(6690, 6160);\n    poly596896212.ps[3] = Point(6690, 5740);\n    new ShapeRef(router, poly596896212, 596896212);\n    \n    ConnRef *connRef20026701 = new ConnRef(router, 20026701);\n    ConnEnd srcPt20026701(Point(7190, 5600), 8);\n    connRef20026701->setSourceEndpoint(srcPt20026701);\n    ConnEnd dstPt20026701(Point(7190, 5800), 8);\n    connRef20026701->setDestEndpoint(dstPt20026701);\n    connRef20026701->setRoutingType((ConnType)2);\n\n    ConnRef *connRef124776000 = new ConnRef(router, 124776000);\n    ConnEnd srcPt124776000(Point(7190, 5550), 8);\n    connRef124776000->setSourceEndpoint(srcPt124776000);\n    ConnEnd dstPt124776000(Point(7190, 5850), 8);\n    connRef124776000->setDestEndpoint(dstPt124776000);\n    connRef124776000->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162425002 = new ConnRef(router, 162425002);\n    ConnEnd srcPt162425002(Point(7190, 5500), 8);\n    connRef162425002->setSourceEndpoint(srcPt162425002);\n    ConnEnd dstPt162425002(Point(7190, 5900), 8);\n    connRef162425002->setDestEndpoint(dstPt162425002);\n    connRef162425002->setRoutingType((ConnType)2);\n\n    ConnRef *connRef445102866 = new ConnRef(router, 445102866);\n    ConnEnd srcPt445102866(Point(7190, 5450), 8);\n    connRef445102866->setSourceEndpoint(srcPt445102866);\n    ConnEnd dstPt445102866(Point(7190, 5950), 8);\n    connRef445102866->setDestEndpoint(dstPt445102866);\n    connRef445102866->setRoutingType((ConnType)2);\n\n    ConnRef *connRef472520508 = new ConnRef(router, 472520508);\n    ConnEnd srcPt472520508(Point(7190, 5400), 8);\n    connRef472520508->setSourceEndpoint(srcPt472520508);\n    ConnEnd dstPt472520508(Point(7190, 6000), 8);\n    connRef472520508->setDestEndpoint(dstPt472520508);\n    connRef472520508->setRoutingType((ConnType)2);\n\n    ConnRef *connRef406587600 = new ConnRef(router, 406587600);\n    ConnEnd srcPt406587600(Point(7190, 5350), 8);\n    connRef406587600->setSourceEndpoint(srcPt406587600);\n    ConnEnd dstPt406587600(Point(7190, 6050), 8);\n    connRef406587600->setDestEndpoint(dstPt406587600);\n    connRef406587600->setRoutingType((ConnType)2);\n\n    ConnRef *connRef41657796 = new ConnRef(router, 41657796);\n    ConnEnd srcPt41657796(Point(7190, 5300), 8);\n    connRef41657796->setSourceEndpoint(srcPt41657796);\n    ConnEnd dstPt41657796(Point(7190, 6100), 8);\n    connRef41657796->setDestEndpoint(dstPt41657796);\n    connRef41657796->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/nudgeold\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/nudgingSkipsCheckpoint01.cpp",
    "content": "// Regression test to catch problem where orthogonal segments from the same \n// connector were being merged with others going through checkpoints and \n// being simplified so as not to pass the checkpoint anymore.\n// Based on ec00232.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    Polygon polygon;\n    ConnRef *connRef = nullptr;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n#if ALL\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-80.18071812011561, 825.315092940984);\n    polygon.ps[1] = Point(-80.18071812011561, 887.315092940984);\n    polygon.ps[2] = Point(-142.1807181201156, 887.315092940984);\n    polygon.ps[3] = Point(-142.1807181201156, 825.315092940984);\n    new ShapeRef(router, polygon, 1);\n#endif\n\n    // shapeRef2\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(620.1049961655988, -86.0182403953493);\n    polygon.ps[1] = Point(620.1049961655988, -24.0182403953493);\n    polygon.ps[2] = Point(558.1049961655988, -24.0182403953493);\n    polygon.ps[3] = Point(558.1049961655988, -86.0182403953493);\n    new ShapeRef(router, polygon, 2);\n\n#if ALL\n    // shapeRef3\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1044.504996167599, 719.315092940984);\n    polygon.ps[1] = Point(1044.504996167599, 781.315092940984);\n    polygon.ps[2] = Point(982.5049961675986, 781.315092940984);\n    polygon.ps[3] = Point(982.5049961675986, 719.315092940984);\n    new ShapeRef(router, polygon, 3);\n\n    // shapeRef4\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1153.104996167599, 759.315092940984);\n    polygon.ps[1] = Point(1153.104996167599, 821.315092940984);\n    polygon.ps[2] = Point(1091.104996167599, 821.315092940984);\n    polygon.ps[3] = Point(1091.104996167599, 759.315092940984);\n    new ShapeRef(router, polygon, 4);\n\n    // shapeRef5\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1044.504996167599, 495.9817596066507);\n    polygon.ps[1] = Point(1044.504996167599, 557.9817596066507);\n    polygon.ps[2] = Point(982.5049961675986, 557.9817596066507);\n    polygon.ps[3] = Point(982.5049961675986, 495.9817596066507);\n    new ShapeRef(router, polygon, 5);\n\n    // shapeRef6\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(968.1049961675988, 759.315092940984);\n    polygon.ps[1] = Point(968.1049961675988, 821.315092940984);\n    polygon.ps[2] = Point(906.1049961675988, 821.315092940984);\n    polygon.ps[3] = Point(906.1049961675988, 759.315092940984);\n    new ShapeRef(router, polygon, 6);\n\n    // shapeRef7\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1044.504996167599, 792.315092940984);\n    polygon.ps[1] = Point(1044.504996167599, 854.315092940984);\n    polygon.ps[2] = Point(982.5049961675986, 854.315092940984);\n    polygon.ps[3] = Point(982.5049961675986, 792.315092940984);\n    new ShapeRef(router, polygon, 7);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(349.8192818798844, 1008.815092941984);\n    polygon.ps[1] = Point(349.8192818798844, 1070.815092941984);\n    polygon.ps[2] = Point(287.8192818798844, 1070.815092941984);\n    polygon.ps[3] = Point(287.8192818798844, 1008.815092941984);\n    new ShapeRef(router, polygon, 8);\n\n    // shapeRef9\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(349.8192818798844, 617.315092940984);\n    polygon.ps[1] = Point(349.8192818798844, 679.315092940984);\n    polygon.ps[2] = Point(287.8192818798844, 679.315092940984);\n    polygon.ps[3] = Point(287.8192818798844, 617.315092940984);\n    new ShapeRef(router, polygon, 9);\n\n    // shapeRef10\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(288.8192818798844, 371.9817596066507);\n    polygon.ps[1] = Point(288.8192818798844, 433.9817596066507);\n    polygon.ps[2] = Point(226.8192818798844, 433.9817596066507);\n    polygon.ps[3] = Point(226.8192818798844, 371.9817596066507);\n    new ShapeRef(router, polygon, 10);\n#endif\n\n    // shapeRef11\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(103.8192818798844, 975.8150929419839);\n    polygon.ps[1] = Point(103.8192818798844, 995.8150929419839);\n    polygon.ps[2] = Point(71.81928187988439, 995.8150929419839);\n    polygon.ps[3] = Point(71.81928187988439, 975.8150929419839);\n    new ShapeRef(router, polygon, 11);\n\n    // shapeRef12\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(103.8192818798844, 1017.815092941984);\n    polygon.ps[1] = Point(103.8192818798844, 1037.815092941984);\n    polygon.ps[2] = Point(71.81928187988439, 1037.815092941984);\n    polygon.ps[3] = Point(71.81928187988439, 1017.815092941984);\n    new ShapeRef(router, polygon, 12);\n\n#if ALL\n    // shapeRef13\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(328.8192818798844, 957.8150929419839);\n    polygon.ps[1] = Point(328.8192818798844, 989.8150929419839);\n    polygon.ps[2] = Point(308.8192818798844, 989.8150929419839);\n    polygon.ps[3] = Point(308.8192818798844, 957.8150929419839);\n    new ShapeRef(router, polygon, 13);\n\n    // shapeRef14\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12.81928187988439, 901.815092940984);\n    polygon.ps[1] = Point(12.81928187988439, 921.815092940984);\n    polygon.ps[2] = Point(-19.18071812011561, 921.815092940984);\n    polygon.ps[3] = Point(-19.18071812011561, 901.815092940984);\n    new ShapeRef(router, polygon, 14);\n\n    // shapeRef15\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(466.8192818798844, 840.315092940984);\n    polygon.ps[1] = Point(466.8192818798844, 872.315092940984);\n    polygon.ps[2] = Point(446.8192818798844, 872.315092940984);\n    polygon.ps[3] = Point(446.8192818798844, 840.315092940984);\n    new ShapeRef(router, polygon, 15);\n\n    // shapeRef16\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1023.504996167599, 572.9817596076507);\n    polygon.ps[1] = Point(1023.504996167599, 604.9817596076507);\n    polygon.ps[2] = Point(1003.504996167599, 604.9817596076507);\n    polygon.ps[3] = Point(1003.504996167599, 572.9817596076507);\n    new ShapeRef(router, polygon, 16);\n\n    // shapeRef17\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(887.1049961675988, 638.315092940984);\n    polygon.ps[1] = Point(887.1049961675988, 658.315092940984);\n    polygon.ps[2] = Point(855.1049961675988, 658.315092940984);\n    polygon.ps[3] = Point(855.1049961675988, 638.315092940984);\n    new ShapeRef(router, polygon, 17);\n\n    // shapeRef18\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, 671.315092940984);\n    polygon.ps[1] = Point(472.8192818798844, 691.315092940984);\n    polygon.ps[2] = Point(440.8192818798844, 691.315092940984);\n    polygon.ps[3] = Point(440.8192818798844, 671.315092940984);\n    new ShapeRef(router, polygon, 18);\n\n    // shapeRef19\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(142.8192818798844, 638.315092940984);\n    polygon.ps[1] = Point(142.8192818798844, 658.315092940984);\n    polygon.ps[2] = Point(110.8192818798844, 658.315092940984);\n    polygon.ps[3] = Point(110.8192818798844, 638.315092940984);\n    new ShapeRef(router, polygon, 19);\n\n    // shapeRef20\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(599.1049961655988, 419.9817596066507);\n    polygon.ps[1] = Point(599.1049961655988, 451.9817596066507);\n    polygon.ps[2] = Point(579.1049961655988, 451.9817596066507);\n    polygon.ps[3] = Point(579.1049961655988, 419.9817596066507);\n    new ShapeRef(router, polygon, 20);\n\n    // shapeRef21\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, 483.9817596066507);\n    polygon.ps[1] = Point(472.8192818798844, 503.9817596066507);\n    polygon.ps[2] = Point(440.8192818798844, 503.9817596066507);\n    polygon.ps[3] = Point(440.8192818798844, 483.9817596066507);\n    new ShapeRef(router, polygon, 21);\n\n    // shapeRef22\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, 134.9817596056507);\n    polygon.ps[1] = Point(472.8192818798844, 154.9817596056507);\n    polygon.ps[2] = Point(440.8192818798844, 154.9817596056507);\n    polygon.ps[3] = Point(440.8192818798844, 134.9817596056507);\n    new ShapeRef(router, polygon, 22);\n\n    // shapeRef23\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1023.504996167599, 419.9817596066507);\n    polygon.ps[1] = Point(1023.504996167599, 451.9817596066507);\n    polygon.ps[2] = Point(1003.504996167599, 451.9817596066507);\n    polygon.ps[3] = Point(1003.504996167599, 419.9817596066507);\n    new ShapeRef(router, polygon, 23);\n\n    // shapeRef24\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.1049961665988, 276.9817596056507);\n    polygon.ps[1] = Point(751.1049961665988, 296.9817596056507);\n    polygon.ps[2] = Point(719.1049961665988, 296.9817596056507);\n    polygon.ps[3] = Point(719.1049961665988, 276.9817596056507);\n    new ShapeRef(router, polygon, 24);\n\n    // shapeRef25\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, 209.9817596056507);\n    polygon.ps[1] = Point(472.8192818798844, 229.9817596056507);\n    polygon.ps[2] = Point(440.8192818798844, 229.9817596056507);\n    polygon.ps[3] = Point(440.8192818798844, 209.9817596056507);\n    new ShapeRef(router, polygon, 25);\n\n    // shapeRef26\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.1049961665988, 318.9817596056507);\n    polygon.ps[1] = Point(751.1049961665988, 338.9817596056507);\n    polygon.ps[2] = Point(719.1049961665988, 338.9817596056507);\n    polygon.ps[3] = Point(719.1049961665988, 318.9817596056507);\n    new ShapeRef(router, polygon, 26);\n\n    // shapeRef27\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, -181.0182403963493);\n    polygon.ps[1] = Point(472.8192818798844, -161.0182403963493);\n    polygon.ps[2] = Point(440.8192818798844, -161.0182403963493);\n    polygon.ps[3] = Point(440.8192818798844, -181.0182403963493);\n    new ShapeRef(router, polygon, 27);\n\n    // shapeRef28\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(599.1049961655988, -199.0182403963493);\n    polygon.ps[1] = Point(599.1049961655988, -167.0182403963493);\n    polygon.ps[2] = Point(579.1049961655988, -167.0182403963493);\n    polygon.ps[3] = Point(579.1049961655988, -199.0182403963493);\n    new ShapeRef(router, polygon, 28);\n\n    // shapeRef29\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, 251.9817596056507);\n    polygon.ps[1] = Point(472.8192818798844, 271.9817596056507);\n    polygon.ps[2] = Point(440.8192818798844, 271.9817596056507);\n    polygon.ps[3] = Point(440.8192818798844, 251.9817596056507);\n    new ShapeRef(router, polygon, 29);\n\n    // shapeRef30\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(142.8192818798844, -65.0182403953493);\n    polygon.ps[1] = Point(142.8192818798844, -45.0182403953493);\n    polygon.ps[2] = Point(110.8192818798844, -45.0182403953493);\n    polygon.ps[3] = Point(110.8192818798844, -65.0182403953493);\n    new ShapeRef(router, polygon, 30);\n\n    // shapeRef31\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-20.18071812011561, -65.0182403953493);\n    polygon.ps[1] = Point(-20.18071812011561, -45.0182403953493);\n    polygon.ps[2] = Point(-52.18071812011561, -45.0182403953493);\n    polygon.ps[3] = Point(-52.18071812011561, -65.0182403953493);\n    new ShapeRef(router, polygon, 31);\n\n    // shapeRef32\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(267.8192818798844, 324.9817596056507);\n    polygon.ps[1] = Point(267.8192818798844, 356.9817596056507);\n    polygon.ps[2] = Point(247.8192818798844, 356.9817596056507);\n    polygon.ps[3] = Point(247.8192818798844, 324.9817596056507);\n    new ShapeRef(router, polygon, 32);\n\n    // shapeRef33\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(136.8192818798844, 258.9817596056507);\n    polygon.ps[1] = Point(136.8192818798844, 290.9817596056507);\n    polygon.ps[2] = Point(116.8192818798844, 290.9817596056507);\n    polygon.ps[3] = Point(116.8192818798844, 258.9817596056507);\n    new ShapeRef(router, polygon, 33);\n\n    // shapeRef34\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, -32.0182403953493);\n    polygon.ps[1] = Point(472.8192818798844, -12.0182403953493);\n    polygon.ps[2] = Point(440.8192818798844, -12.0182403953493);\n    polygon.ps[3] = Point(440.8192818798844, -32.0182403953493);\n    new ShapeRef(router, polygon, 34);\n\n    // shapeRef35\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1001.104996167599, 276.9817596056507);\n    polygon.ps[1] = Point(1001.104996167599, 338.9817596056507);\n    polygon.ps[2] = Point(939.1049961675988, 338.9817596056507);\n    polygon.ps[3] = Point(939.1049961675988, 276.9817596056507);\n    new ShapeRef(router, polygon, 35);\n\n    // shapeRef36\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(854.1049961675988, 144.9817596056507);\n    polygon.ps[1] = Point(854.1049961675988, 164.9817596056507);\n    polygon.ps[2] = Point(822.1049961675988, 164.9817596056507);\n    polygon.ps[3] = Point(822.1049961675988, 144.9817596056507);\n    new ShapeRef(router, polygon, 36);\n\n    // shapeRef37\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(854.1049961675988, 186.9817596056507);\n    polygon.ps[1] = Point(854.1049961675988, 206.9817596056507);\n    polygon.ps[2] = Point(822.1049961675988, 206.9817596056507);\n    polygon.ps[3] = Point(822.1049961675988, 186.9817596056507);\n    new ShapeRef(router, polygon, 37);\n\n    // shapeRef38\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(472.8192818798844, -139.0182403963493);\n    polygon.ps[1] = Point(472.8192818798844, -119.0182403963493);\n    polygon.ps[2] = Point(440.8192818798844, -119.0182403963493);\n    polygon.ps[3] = Point(440.8192818798844, -139.0182403963493);\n    new ShapeRef(router, polygon, 38);\n\n    // shapeRef39\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(854.1049961675988, 69.98175960565069);\n    polygon.ps[1] = Point(854.1049961675988, 89.98175960565069);\n    polygon.ps[2] = Point(822.1049961675988, 89.98175960565069);\n    polygon.ps[3] = Point(822.1049961675988, 69.98175960565069);\n    new ShapeRef(router, polygon, 39);\n\n    // shapeRef40\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-51.68071812011561, 455.4817596066507);\n    polygon.ps[1] = Point(-51.68071812011561, 619.4817596066507);\n    polygon.ps[2] = Point(-170.6807181201156, 619.4817596066507);\n    polygon.ps[3] = Point(-170.6807181201156, 455.4817596066507);\n    new ShapeRef(router, polygon, 40);\n\n    // shapeRef41\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(31.81928187988439, -317.5182403973492);\n    polygon.ps[1] = Point(31.81928187988439, -282.5182403973492);\n    polygon.ps[2] = Point(-164.1807181201156, -282.5182403973492);\n    polygon.ps[3] = Point(-164.1807181201156, -317.5182403973492);\n    new ShapeRef(router, polygon, 41);\n\n    // shapeRef42\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(752.8192818798843, 768.315092940984);\n    polygon.ps[1] = Point(752.8192818798843, 812.315092940984);\n    polygon.ps[2] = Point(664.8192818798843, 812.315092940984);\n    polygon.ps[3] = Point(664.8192818798843, 768.315092940984);\n    new ShapeRef(router, polygon, 42);\n\n    // shapeRef43\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(349.8192818798844, 880.815092940984);\n    polygon.ps[1] = Point(349.8192818798844, 942.815092940984);\n    polygon.ps[2] = Point(287.8192818798844, 942.815092940984);\n    polygon.ps[3] = Point(287.8192818798844, 880.815092940984);\n    new ShapeRef(router, polygon, 43);\n\n    // shapeRef44\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(349.8192818798844, -181.0182403963493);\n    polygon.ps[1] = Point(349.8192818798844, -119.0182403963493);\n    polygon.ps[2] = Point(287.8192818798844, -119.0182403963493);\n    polygon.ps[3] = Point(287.8192818798844, -181.0182403963493);\n    new ShapeRef(router, polygon, 44);\n\n    // shapeRef45\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(935.1049961675988, -276.0182403973492);\n    polygon.ps[1] = Point(935.1049961675988, -214.0182403973492);\n    polygon.ps[2] = Point(873.1049961675988, -214.0182403973492);\n    polygon.ps[3] = Point(873.1049961675988, -276.0182403973492);\n    new ShapeRef(router, polygon, 45);\n\n    // shapeRef46\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(620.1049961655988, 276.9817596056507);\n    polygon.ps[1] = Point(620.1049961655988, 338.9817596056507);\n    polygon.ps[2] = Point(558.1049961655988, 338.9817596056507);\n    polygon.ps[3] = Point(558.1049961655988, 276.9817596056507);\n    new ShapeRef(router, polygon, 46);\n\n    // shapeRef47\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(620.1049961655988, 617.315092940984);\n    polygon.ps[1] = Point(620.1049961655988, 679.315092940984);\n    polygon.ps[2] = Point(558.1049961655988, 679.315092940984);\n    polygon.ps[3] = Point(558.1049961655988, 617.315092940984);\n    new ShapeRef(router, polygon, 47);\n#endif\n\n    // shapeRef48\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(78.81928187988439, -86.0182403953493);\n    polygon.ps[1] = Point(78.81928187988439, -24.0182403953493);\n    polygon.ps[2] = Point(16.81928187988439, -24.0182403953493);\n    polygon.ps[3] = Point(16.81928187988439, -86.0182403953493);\n    new ShapeRef(router, polygon, 48);\n\n#if ALL\n    // shapeRef49\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-80.18071812011561, -86.0182403953493);\n    polygon.ps[1] = Point(-80.18071812011561, -24.0182403953493);\n    polygon.ps[2] = Point(-142.1807181201156, -24.0182403953493);\n    polygon.ps[3] = Point(-142.1807181201156, -86.0182403953493);\n    new ShapeRef(router, polygon, 49);\n\n    // shapeRef50\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(620.1049961655988, -276.0182403973492);\n    polygon.ps[1] = Point(620.1049961655988, -214.0182403973492);\n    polygon.ps[2] = Point(558.1049961655988, -214.0182403973492);\n    polygon.ps[3] = Point(558.1049961655988, -276.0182403973492);\n    new ShapeRef(router, polygon, 50);\n\n    // shapeRef51\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(349.8192818798844, -86.0182403953493);\n    polygon.ps[1] = Point(349.8192818798844, -24.0182403953493);\n    polygon.ps[2] = Point(287.8192818798844, -24.0182403953493);\n    polygon.ps[3] = Point(287.8192818798844, -86.0182403953493);\n    new ShapeRef(router, polygon, 51);\n\n    // shapeRef52\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(620.1049961655988, 495.9817596066507);\n    polygon.ps[1] = Point(620.1049961655988, 557.9817596066507);\n    polygon.ps[2] = Point(558.1049961655988, 557.9817596066507);\n    polygon.ps[3] = Point(558.1049961655988, 495.9817596066507);\n    new ShapeRef(router, polygon, 52);\n\n    // shapeRef53\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(115.8192818798844, 915.8150929419839);\n    polygon.ps[1] = Point(115.8192818798844, 975.8150929419839);\n    polygon.ps[2] = Point(59.81928187988439, 975.8150929419839);\n    polygon.ps[3] = Point(59.81928187988439, 915.8150929419839);\n    new ShapeRef(router, polygon, 53);\n\n    // shapeRef54\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(115.8192818798844, 1037.815092941984);\n    polygon.ps[1] = Point(115.8192818798844, 1097.815092941984);\n    polygon.ps[2] = Point(59.81928187988439, 1097.815092941984);\n    polygon.ps[3] = Point(59.81928187988439, 1037.815092941984);\n    new ShapeRef(router, polygon, 54);\n\n    // shapeRef55\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(404.8192818798844, 953.8150929419839);\n    polygon.ps[1] = Point(404.8192818798844, 993.8150929419839);\n    polygon.ps[2] = Point(328.8192818798844, 993.8150929419839);\n    polygon.ps[3] = Point(328.8192818798844, 953.8150929419839);\n    new ShapeRef(router, polygon, 55);\n#endif\n\n    // shapeRef56\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(24.81928187988439, 841.815092940984);\n    polygon.ps[1] = Point(24.81928187988439, 901.815092940984);\n    polygon.ps[2] = Point(-31.18071812011561, 901.815092940984);\n    polygon.ps[3] = Point(-31.18071812011561, 841.815092940984);\n    new ShapeRef(router, polygon, 56);\n\n#if ALL\n    // shapeRef57\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(542.8192818798843, 836.315092940984);\n    polygon.ps[1] = Point(542.8192818798843, 876.315092940984);\n    polygon.ps[2] = Point(466.8192818798844, 876.315092940984);\n    polygon.ps[3] = Point(466.8192818798844, 836.315092940984);\n    new ShapeRef(router, polygon, 57);\n\n    // shapeRef58\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1099.504996167599, 568.9817596076507);\n    polygon.ps[1] = Point(1099.504996167599, 608.9817596076507);\n    polygon.ps[2] = Point(1023.504996167599, 608.9817596076507);\n    polygon.ps[3] = Point(1023.504996167599, 568.9817596076507);\n    new ShapeRef(router, polygon, 58);\n\n    // shapeRef59\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(899.1049961675988, 578.315092940984);\n    polygon.ps[1] = Point(899.1049961675988, 638.315092940984);\n    polygon.ps[2] = Point(843.1049961675988, 638.315092940984);\n    polygon.ps[3] = Point(843.1049961675988, 578.315092940984);\n    new ShapeRef(router, polygon, 59);\n\n    // shapeRef60\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, 691.315092940984);\n    polygon.ps[1] = Point(484.8192818798844, 751.315092940984);\n    polygon.ps[2] = Point(428.8192818798844, 751.315092940984);\n    polygon.ps[3] = Point(428.8192818798844, 691.315092940984);\n    new ShapeRef(router, polygon, 60);\n\n    // shapeRef61\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(154.8192818798844, 578.315092940984);\n    polygon.ps[1] = Point(154.8192818798844, 638.315092940984);\n    polygon.ps[2] = Point(98.81928187988439, 638.315092940984);\n    polygon.ps[3] = Point(98.81928187988439, 578.315092940984);\n    new ShapeRef(router, polygon, 61);\n\n    // shapeRef62\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(675.1049961655988, 415.9817596066507);\n    polygon.ps[1] = Point(675.1049961655988, 455.9817596066507);\n    polygon.ps[2] = Point(599.1049961655988, 455.9817596066507);\n    polygon.ps[3] = Point(599.1049961655988, 415.9817596066507);\n    new ShapeRef(router, polygon, 62);\n\n    // shapeRef63\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, 423.9817596066507);\n    polygon.ps[1] = Point(484.8192818798844, 483.9817596066507);\n    polygon.ps[2] = Point(428.8192818798844, 483.9817596066507);\n    polygon.ps[3] = Point(428.8192818798844, 423.9817596066507);\n    new ShapeRef(router, polygon, 63);\n\n    // shapeRef64\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, 74.98175960565069);\n    polygon.ps[1] = Point(484.8192818798844, 134.9817596056507);\n    polygon.ps[2] = Point(428.8192818798844, 134.9817596056507);\n    polygon.ps[3] = Point(428.8192818798844, 74.98175960565069);\n    new ShapeRef(router, polygon, 64);\n\n    // shapeRef65\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1099.504996167599, 415.9817596066507);\n    polygon.ps[1] = Point(1099.504996167599, 455.9817596066507);\n    polygon.ps[2] = Point(1023.504996167599, 455.9817596066507);\n    polygon.ps[3] = Point(1023.504996167599, 415.9817596066507);\n    new ShapeRef(router, polygon, 65);\n\n    // shapeRef66\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(763.1049961665988, 216.9817596056507);\n    polygon.ps[1] = Point(763.1049961665988, 276.9817596056507);\n    polygon.ps[2] = Point(707.1049961665988, 276.9817596056507);\n    polygon.ps[3] = Point(707.1049961665988, 216.9817596056507);\n    new ShapeRef(router, polygon, 66);\n\n    // shapeRef67\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, 149.9817596056507);\n    polygon.ps[1] = Point(484.8192818798844, 209.9817596056507);\n    polygon.ps[2] = Point(428.8192818798844, 209.9817596056507);\n    polygon.ps[3] = Point(428.8192818798844, 149.9817596056507);\n    new ShapeRef(router, polygon, 67);\n\n    // shapeRef68\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(763.1049961665988, 338.9817596056507);\n    polygon.ps[1] = Point(763.1049961665988, 398.9817596056507);\n    polygon.ps[2] = Point(707.1049961665988, 398.9817596056507);\n    polygon.ps[3] = Point(707.1049961665988, 338.9817596056507);\n    new ShapeRef(router, polygon, 68);\n\n    // shapeRef69\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, -241.0182403963493);\n    polygon.ps[1] = Point(484.8192818798844, -181.0182403963493);\n    polygon.ps[2] = Point(428.8192818798844, -181.0182403963493);\n    polygon.ps[3] = Point(428.8192818798844, -241.0182403963493);\n    new ShapeRef(router, polygon, 69);\n\n    // shapeRef70\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(675.1049961655988, -203.0182403963493);\n    polygon.ps[1] = Point(675.1049961655988, -163.0182403963493);\n    polygon.ps[2] = Point(599.1049961655988, -163.0182403963493);\n    polygon.ps[3] = Point(599.1049961655988, -203.0182403963493);\n    new ShapeRef(router, polygon, 70);\n\n    // shapeRef71\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, 271.9817596056507);\n    polygon.ps[1] = Point(484.8192818798844, 331.9817596056507);\n    polygon.ps[2] = Point(428.8192818798844, 331.9817596056507);\n    polygon.ps[3] = Point(428.8192818798844, 271.9817596056507);\n    new ShapeRef(router, polygon, 71);\n\n    // shapeRef72\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(154.8192818798844, -125.0182403953493);\n    polygon.ps[1] = Point(154.8192818798844, -65.0182403953493);\n    polygon.ps[2] = Point(98.81928187988439, -65.0182403953493);\n    polygon.ps[3] = Point(98.81928187988439, -125.0182403953493);\n    new ShapeRef(router, polygon, 72);\n\n    // shapeRef73\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-8.180718120115614, -125.0182403953493);\n    polygon.ps[1] = Point(-8.180718120115614, -65.0182403953493);\n    polygon.ps[2] = Point(-64.18071812011561, -65.0182403953493);\n    polygon.ps[3] = Point(-64.18071812011561, -125.0182403953493);\n    new ShapeRef(router, polygon, 73);\n\n    // shapeRef74\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.8192818798844, 320.9817596056507);\n    polygon.ps[1] = Point(343.8192818798844, 360.9817596056507);\n    polygon.ps[2] = Point(267.8192818798844, 360.9817596056507);\n    polygon.ps[3] = Point(267.8192818798844, 320.9817596056507);\n    new ShapeRef(router, polygon, 74);\n\n    // shapeRef75\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(212.8192818798844, 254.9817596056507);\n    polygon.ps[1] = Point(212.8192818798844, 294.9817596056507);\n    polygon.ps[2] = Point(136.8192818798844, 294.9817596056507);\n    polygon.ps[3] = Point(136.8192818798844, 254.9817596056507);\n    new ShapeRef(router, polygon, 75);\n\n    // shapeRef76\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, -12.0182403953493);\n    polygon.ps[1] = Point(484.8192818798844, 47.9817596046507);\n    polygon.ps[2] = Point(428.8192818798844, 47.9817596046507);\n    polygon.ps[3] = Point(428.8192818798844, -12.0182403953493);\n    new ShapeRef(router, polygon, 76);\n\n    // shapeRef77\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(866.1049961675988, 84.98175960565069);\n    polygon.ps[1] = Point(866.1049961675988, 144.9817596056507);\n    polygon.ps[2] = Point(810.1049961675988, 144.9817596056507);\n    polygon.ps[3] = Point(810.1049961675988, 84.98175960565069);\n    new ShapeRef(router, polygon, 77);\n\n    // shapeRef78\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(866.1049961675988, 206.9817596056507);\n    polygon.ps[1] = Point(866.1049961675988, 266.9817596056507);\n    polygon.ps[2] = Point(810.1049961675988, 266.9817596056507);\n    polygon.ps[3] = Point(810.1049961675988, 206.9817596056507);\n    new ShapeRef(router, polygon, 78);\n\n    // shapeRef79\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(484.8192818798844, -119.0182403963493);\n    polygon.ps[1] = Point(484.8192818798844, -59.01824039634928);\n    polygon.ps[2] = Point(428.8192818798844, -59.01824039634928);\n    polygon.ps[3] = Point(428.8192818798844, -119.0182403963493);\n    new ShapeRef(router, polygon, 79);\n\n    // shapeRef80\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(866.1049961675988, 9.981759605650694);\n    polygon.ps[1] = Point(866.1049961675988, 69.98175960565069);\n    polygon.ps[2] = Point(810.1049961675988, 69.98175960565069);\n    polygon.ps[3] = Point(810.1049961675988, 9.981759605650694);\n    new ShapeRef(router, polygon, 80);\n\n    // shapeRef81\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-91.18071812011561, 455.9817596066507);\n    polygon.ps[1] = Point(-91.18071812011561, 515.9817596066507);\n    polygon.ps[2] = Point(-131.1807181201156, 515.9817596066507);\n    polygon.ps[3] = Point(-131.1807181201156, 455.9817596066507);\n    new ShapeRef(router, polygon, 81);\n\n    // shapeRef82\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(-91.18071812011561, 559.9817596066507);\n    polygon.ps[1] = Point(-91.18071812011561, 619.9817596066507);\n    polygon.ps[2] = Point(-131.1807181201156, 619.9817596066507);\n    polygon.ps[3] = Point(-131.1807181201156, 559.9817596066507);\n    new ShapeRef(router, polygon, 82);\n\n    // shapeRef83\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(876.0049961675987, 79.98175960565069);\n    polygon.ps[1] = Point(876.0049961675987, 196.9817596056507);\n    polygon.ps[2] = Point(800.2049961675988, 196.9817596056507);\n    polygon.ps[3] = Point(800.2049961675988, 79.98175960565069);\n    new ShapeRef(router, polygon, 83);\n#endif\n\n    // shapeRef84\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.7192818798844, 985.8150929419839);\n    polygon.ps[1] = Point(125.7192818798844, 1027.815092941984);\n    polygon.ps[2] = Point(49.91928187988439, 1027.815092941984);\n    polygon.ps[3] = Point(49.91928187988439, 985.8150929419839);\n    new ShapeRef(router, polygon, 84);\n\n#if ALL\n    // shapeRef85\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(494.7192818798844, -171.0182403963493);\n    polygon.ps[1] = Point(494.7192818798844, -129.0182403963493);\n    polygon.ps[2] = Point(418.9192818798844, -129.0182403963493);\n    polygon.ps[3] = Point(418.9192818798844, -171.0182403963493);\n    new ShapeRef(router, polygon, 85);\n\n    // shapeRef86\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(773.0049961665987, 286.9817596056507);\n    polygon.ps[1] = Point(773.0049961665987, 328.9817596056507);\n    polygon.ps[2] = Point(697.2049961665988, 328.9817596056507);\n    polygon.ps[3] = Point(697.2049961665988, 286.9817596056507);\n    new ShapeRef(router, polygon, 86);\n\n    // shapeRef87\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(494.7192818798844, 144.9817596056507);\n    polygon.ps[1] = Point(494.7192818798844, 261.9817596056507);\n    polygon.ps[2] = Point(418.9192818798844, 261.9817596056507);\n    polygon.ps[3] = Point(418.9192818798844, 144.9817596056507);\n    new ShapeRef(router, polygon, 87);\n\n    // connRef88\n    connRef = new ConnRef(router, 88);\n    srcPt = ConnEnd(Point(111.8192818798844, 648.315092940984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-111.1807181201156, 856.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef89\n    connRef = new ConnRef(router, 89);\n    srcPt = ConnEnd(Point(126.8192818798844, 289.9817596056507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-111.1807181201156, 856.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n#endif\n\n    // connRef90\n    connRef = new ConnRef(router, 90);\n    srcPt = ConnEnd(Point(72.81928187988439, 985.8150929419839), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints90(1);\n    checkpoints90[0] = Checkpoint(Point(49.81928187988439, 1006.815092941984), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints90);\n    Avoid::ConnRef *connRef90 = connRef;\n\n    // connRef91\n    connRef = new ConnRef(router, 91);\n    srcPt = ConnEnd(Point(72.81928187988439, 1027.815092941984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints91(1);\n    checkpoints91[0] = Checkpoint(Point(49.81928187988439, 1006.815092941984), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints91);\n    Avoid::ConnRef *connRef91 = connRef;\n\n#if ALL\n    // connRef92\n    connRef = new ConnRef(router, 92);\n    srcPt = ConnEnd(Point(471.8192818798844, -171.0182403963493), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints92(1);\n    checkpoints92[0] = Checkpoint(Point(494.8192818798844, -150.0182403963493), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints92);\n\n    // connRef93\n    connRef = new ConnRef(router, 93);\n    srcPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -168.0182403963493), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef94\n    connRef = new ConnRef(router, 94);\n    srcPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(471.8192818798844, -22.0182403953493), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef95\n    connRef = new ConnRef(router, 95);\n    srcPt = ConnEnd(Point(823.1049961675988, 154.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints95(1);\n    checkpoints95[0] = Checkpoint(Point(800.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints95);\n\n    // connRef96\n    connRef = new ConnRef(router, 96);\n    srcPt = ConnEnd(Point(823.1049961675988, 196.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints96(1);\n    checkpoints96[0] = Checkpoint(Point(800.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints96);\n\n    // connRef97\n    connRef = new ConnRef(router, 97);\n    srcPt = ConnEnd(Point(471.8192818798844, -129.0182403963493), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints97(1);\n    checkpoints97[0] = Checkpoint(Point(494.8192818798844, -150.0182403963493), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints97);\n\n    // connRef98\n    connRef = new ConnRef(router, 98);\n    srcPt = ConnEnd(Point(823.1049961675988, 79.98175960565069), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints98(1);\n    checkpoints98[0] = Checkpoint(Point(800.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints98);\n\n    // connRef99\n    connRef = new ConnRef(router, 99);\n    srcPt = ConnEnd(Point(1013.504996167599, 526.9817596066507), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 573.9817596076507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef100\n    connRef = new ConnRef(router, 100);\n    srcPt = ConnEnd(Point(1013.504996167599, 450.9817596066507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 526.9817596066507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef101\n    connRef = new ConnRef(router, 101);\n    srcPt = ConnEnd(Point(318.8192818798844, 648.315092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(141.8192818798844, 648.315092940984), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef102\n    connRef = new ConnRef(router, 102);\n    srcPt = ConnEnd(Point(441.8192818798844, 493.9817596066507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 648.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef103\n    connRef = new ConnRef(router, 103);\n    srcPt = ConnEnd(Point(102.8192818798844, 985.8150929419839), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 911.815092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints103(1);\n    checkpoints103[0] = Checkpoint(Point(125.8192818798844, 1006.815092941984), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints103);\n\n    // connRef104\n    connRef = new ConnRef(router, 104);\n    srcPt = ConnEnd(Point(102.8192818798844, 1027.815092941984), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 911.815092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints104(1);\n    checkpoints104[0] = Checkpoint(Point(125.8192818798844, 1006.815092941984), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints104);\n\n    // connRef105\n    connRef = new ConnRef(router, 105);\n    srcPt = ConnEnd(Point(318.8192818798844, 988.8150929419839), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 1039.815092941984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef106\n    connRef = new ConnRef(router, 106);\n    srcPt = ConnEnd(Point(318.8192818798844, 911.815092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 958.8150929419839), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef107\n    connRef = new ConnRef(router, 107);\n    srcPt = ConnEnd(Point(-18.18071812011561, 911.815092940984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-111.1807181201156, 856.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef108\n    connRef = new ConnRef(router, 108);\n    srcPt = ConnEnd(Point(318.8192818798844, 911.815092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11.81928187988439, 911.815092940984), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef109\n    connRef = new ConnRef(router, 109);\n    srcPt = ConnEnd(Point(456.8192818798844, 871.315092940984), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 911.815092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef110\n    connRef = new ConnRef(router, 110);\n    srcPt = ConnEnd(Point(589.1049961655988, 648.315092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 841.315092940984), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef111\n    connRef = new ConnRef(router, 111);\n    srcPt = ConnEnd(Point(1013.504996167599, 603.9817596076507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 750.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef112\n    connRef = new ConnRef(router, 112);\n    srcPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(886.1049961675988, 648.315092940984), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef113\n    connRef = new ConnRef(router, 113);\n    srcPt = ConnEnd(Point(856.1049961675988, 648.315092940984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 648.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef114\n    connRef = new ConnRef(router, 114);\n    srcPt = ConnEnd(Point(441.8192818798844, 681.315092940984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 648.315092940984), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef115\n    connRef = new ConnRef(router, 115);\n    srcPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 420.9817596066507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef116\n    connRef = new ConnRef(router, 116);\n    srcPt = ConnEnd(Point(589.1049961655988, 450.9817596066507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 526.9817596066507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef117\n    connRef = new ConnRef(router, 117);\n    srcPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(471.8192818798844, 493.9817596066507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef118\n    connRef = new ConnRef(router, 118);\n    srcPt = ConnEnd(Point(471.8192818798844, 144.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints118(1);\n    checkpoints118[0] = Checkpoint(Point(494.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints118);\n\n    // connRef119\n    connRef = new ConnRef(router, 119);\n    srcPt = ConnEnd(Point(441.8192818798844, 144.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints119(1);\n    checkpoints119[0] = Checkpoint(Point(418.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints119);\n\n    // connRef120\n    connRef = new ConnRef(router, 120);\n    srcPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 420.9817596066507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef121\n    connRef = new ConnRef(router, 121);\n    srcPt = ConnEnd(Point(750.1049961665988, 286.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints121(1);\n    checkpoints121[0] = Checkpoint(Point(773.1049961665988, 307.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints121);\n\n    // connRef122\n    connRef = new ConnRef(router, 122);\n    srcPt = ConnEnd(Point(720.1049961665988, 286.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints122(1);\n    checkpoints122[0] = Checkpoint(Point(697.1049961665988, 307.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints122);\n\n    // connRef123\n    connRef = new ConnRef(router, 123);\n    srcPt = ConnEnd(Point(471.8192818798844, 219.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints123(1);\n    checkpoints123[0] = Checkpoint(Point(494.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints123);\n\n    // connRef124\n    connRef = new ConnRef(router, 124);\n    srcPt = ConnEnd(Point(441.8192818798844, 219.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints124(1);\n    checkpoints124[0] = Checkpoint(Point(418.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints124);\n\n    // connRef125\n    connRef = new ConnRef(router, 125);\n    srcPt = ConnEnd(Point(750.1049961665988, 328.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints125(1);\n    checkpoints125[0] = Checkpoint(Point(773.1049961665988, 307.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints125);\n\n    // connRef126\n    connRef = new ConnRef(router, 126);\n    srcPt = ConnEnd(Point(441.8192818798844, -171.0182403963493), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -150.0182403963493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints126(1);\n    checkpoints126[0] = Checkpoint(Point(418.8192818798844, -150.0182403963493), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints126);\n\n    // connRef127\n    connRef = new ConnRef(router, 127);\n    srcPt = ConnEnd(Point(589.1049961655988, -198.0182403963493), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -245.0182403973492), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef128\n    connRef = new ConnRef(router, 128);\n    srcPt = ConnEnd(Point(471.8192818798844, 261.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints128(1);\n    checkpoints128[0] = Checkpoint(Point(494.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints128);\n\n    // connRef129\n    connRef = new ConnRef(router, 129);\n    srcPt = ConnEnd(Point(441.8192818798844, 261.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints129(1);\n    checkpoints129[0] = Checkpoint(Point(418.8192818798844, 240.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints129);\n#endif\n\n    // connRef130\n    connRef = new ConnRef(router, 130);\n    srcPt = ConnEnd(Point(47.81928187988439, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(111.8192818798844, -55.0182403953493), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n#if ALL\n    // connRef131\n    connRef = new ConnRef(router, 131);\n    srcPt = ConnEnd(Point(141.8192818798844, -55.0182403953493), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef132\n    connRef = new ConnRef(router, 132);\n    srcPt = ConnEnd(Point(-21.18071812011561, -55.0182403953493), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(47.81928187988439, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef133\n    connRef = new ConnRef(router, 133);\n    srcPt = ConnEnd(Point(-111.1807181201156, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-51.18071812011561, -55.0182403953493), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef134\n    connRef = new ConnRef(router, 134);\n    srcPt = ConnEnd(Point(257.8192818798844, 355.9817596056507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(257.8192818798844, 402.9817596066507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef135\n    connRef = new ConnRef(router, 135);\n    srcPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(257.8192818798844, 325.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef136\n    connRef = new ConnRef(router, 136);\n    srcPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(126.8192818798844, 259.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef137\n    connRef = new ConnRef(router, 137);\n    srcPt = ConnEnd(Point(441.8192818798844, -22.0182403953493), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -55.0182403953493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef138\n    connRef = new ConnRef(router, 138);\n    srcPt = ConnEnd(Point(853.1049961675988, 154.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints138(1);\n    checkpoints138[0] = Checkpoint(Point(876.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints138);\n\n    // connRef139\n    connRef = new ConnRef(router, 139);\n    srcPt = ConnEnd(Point(853.1049961675988, 196.9817596056507), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints139(1);\n    checkpoints139[0] = Checkpoint(Point(876.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints139);\n\n    // connRef140\n    connRef = new ConnRef(router, 140);\n    srcPt = ConnEnd(Point(853.1049961675988, 79.98175960565069), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(970.1049961675988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints140(1);\n    checkpoints140[0] = Checkpoint(Point(876.1049961675988, 175.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef->setRoutingCheckpoints(checkpoints140);\n\n    // connRef141\n    connRef = new ConnRef(router, 141);\n    srcPt = ConnEnd(Point(441.8192818798844, -129.0182403963493), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, -150.0182403963493), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints141(1);\n    checkpoints141[0] = Checkpoint(Point(418.8192818798844, -150.0182403963493), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints141);\n\n    // connRef142\n    connRef = new ConnRef(router, 142);\n    srcPt = ConnEnd(Point(720.1049961665988, 328.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 307.9817596056507), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints142(1);\n    checkpoints142[0] = Checkpoint(Point(697.1049961665988, 307.9817596056507), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef->setRoutingCheckpoints(checkpoints142);\n\n    // connRef143\n    connRef = new ConnRef(router, 143);\n    srcPt = ConnEnd(Point(589.1049961655988, 648.315092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(471.8192818798844, 681.315092940984), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef144\n    connRef = new ConnRef(router, 144);\n    srcPt = ConnEnd(Point(87.81928187988439, 935.8150929419839), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(87.81928187988439, 985.8150929419839), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef145\n    connRef = new ConnRef(router, 145);\n    srcPt = ConnEnd(Point(87.81928187988439, 1077.815092941984), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(87.81928187988439, 1027.815092941984), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef146\n    connRef = new ConnRef(router, 146);\n    srcPt = ConnEnd(Point(376.8192818798844, 973.8150929419839), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(318.8192818798844, 973.8150929419839), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef147\n    connRef = new ConnRef(router, 147);\n    srcPt = ConnEnd(Point(-3.180718120115614, 861.815092940984), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-3.180718120115614, 911.815092940984), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef148\n    connRef = new ConnRef(router, 148);\n    srcPt = ConnEnd(Point(514.8192818798843, 856.315092940984), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 856.315092940984), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef149\n    connRef = new ConnRef(router, 149);\n    srcPt = ConnEnd(Point(1071.504996167599, 588.9817596076507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 588.9817596076507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef150\n    connRef = new ConnRef(router, 150);\n    srcPt = ConnEnd(Point(871.1049961675988, 598.315092940984), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(871.1049961675988, 648.315092940984), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef151\n    connRef = new ConnRef(router, 151);\n    srcPt = ConnEnd(Point(456.8192818798844, 731.315092940984), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 681.315092940984), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef152\n    connRef = new ConnRef(router, 152);\n    srcPt = ConnEnd(Point(126.8192818798844, 598.315092940984), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(126.8192818798844, 648.315092940984), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef153\n    connRef = new ConnRef(router, 153);\n    srcPt = ConnEnd(Point(647.1049961655988, 435.9817596066507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, 435.9817596066507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef154\n    connRef = new ConnRef(router, 154);\n    srcPt = ConnEnd(Point(456.8192818798844, 443.9817596066507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 493.9817596066507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef155\n    connRef = new ConnRef(router, 155);\n    srcPt = ConnEnd(Point(456.8192818798844, 94.98175960565069), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 144.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef156\n    connRef = new ConnRef(router, 156);\n    srcPt = ConnEnd(Point(1071.504996167599, 435.9817596066507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1013.504996167599, 435.9817596066507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef157\n    connRef = new ConnRef(router, 157);\n    srcPt = ConnEnd(Point(735.1049961665988, 236.9817596056507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(735.1049961665988, 286.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef158\n    connRef = new ConnRef(router, 158);\n    srcPt = ConnEnd(Point(456.8192818798844, 169.9817596056507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 219.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef159\n    connRef = new ConnRef(router, 159);\n    srcPt = ConnEnd(Point(735.1049961665988, 378.9817596056507), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(735.1049961665988, 328.9817596056507), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef160\n    connRef = new ConnRef(router, 160);\n    srcPt = ConnEnd(Point(456.8192818798844, -221.0182403963493), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, -171.0182403963493), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef161\n    connRef = new ConnRef(router, 161);\n    srcPt = ConnEnd(Point(647.1049961655988, -183.0182403963493), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(589.1049961655988, -183.0182403963493), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef162\n    connRef = new ConnRef(router, 162);\n    srcPt = ConnEnd(Point(456.8192818798844, 311.9817596056507), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, 261.9817596056507), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef163\n    connRef = new ConnRef(router, 163);\n    srcPt = ConnEnd(Point(126.8192818798844, -105.0182403953493), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(126.8192818798844, -55.0182403953493), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef164\n    connRef = new ConnRef(router, 164);\n    srcPt = ConnEnd(Point(-36.18071812011561, -105.0182403953493), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-36.18071812011561, -55.0182403953493), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef165\n    connRef = new ConnRef(router, 165);\n    srcPt = ConnEnd(Point(315.8192818798844, 340.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(257.8192818798844, 340.9817596056507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef166\n    connRef = new ConnRef(router, 166);\n    srcPt = ConnEnd(Point(184.8192818798844, 274.9817596056507), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(126.8192818798844, 274.9817596056507), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef167\n    connRef = new ConnRef(router, 167);\n    srcPt = ConnEnd(Point(456.8192818798844, 27.9817596046507), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, -22.0182403953493), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef168\n    connRef = new ConnRef(router, 168);\n    srcPt = ConnEnd(Point(838.1049961675988, 104.9817596056507), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(838.1049961675988, 154.9817596056507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef169\n    connRef = new ConnRef(router, 169);\n    srcPt = ConnEnd(Point(838.1049961675988, 246.9817596056507), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(838.1049961675988, 196.9817596056507), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef170\n    connRef = new ConnRef(router, 170);\n    srcPt = ConnEnd(Point(456.8192818798844, -79.01824039634928), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(456.8192818798844, -129.0182403963493), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef171\n    connRef = new ConnRef(router, 171);\n    srcPt = ConnEnd(Point(838.1049961675988, 29.98175960565069), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(838.1049961675988, 79.98175960565069), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef172\n    connRef = new ConnRef(router, 172);\n    srcPt = ConnEnd(Point(-111.1807181201156, -55.0182403953493), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-111.1807181201156, 460.9817596066507), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef173\n    connRef = new ConnRef(router, 173);\n    srcPt = ConnEnd(Point(-111.1807181201156, 856.315092940984), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-111.1807181201156, 614.9817596066507), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/nudgingSkipsCheckpoint01\");\n    Avoid::PolyLine route90 = connRef90->displayRoute();\n    Avoid::PolyLine route91 = connRef91->displayRoute();\n    \n    delete router;\n    return (route90.size() == 7 && route91.size() == 7) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/nudgingSkipsCheckpoint02.cpp",
    "content": "// Regression test to catch problem where orthogonal segments from the same \n// connector were being merged with others going through checkpoints and \n// being simplified so as not to pass the checkpoint anymore.\n// Based on ec00480.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n\n#ifdef ALL\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1395.728847251115, 277.2282734381338);\n    poly1.ps[1] = Point(1395.728847251115, 339.2282734381338);\n    poly1.ps[2] = Point(1333.728847251115, 339.2282734381338);\n    poly1.ps[3] = Point(1333.728847251115, 277.2282734381338);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(-406.4508064345389, -754.3431551372947);\n    poly2.ps[1] = Point(-406.4508064345389, -719.3431551372947);\n    poly2.ps[2] = Point(-635.4508064345389, -719.3431551372947);\n    poly2.ps[3] = Point(-635.4508064345389, -754.3431551372947);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(887.7288472481148, -474.3431551372947);\n    poly3.ps[1] = Point(887.7288472481148, -310.3431551372947);\n    poly3.ps[2] = Point(803.7288472481148, -310.3431551372947);\n    poly3.ps[3] = Point(803.7288472481148, -474.3431551372947);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(723.2288472481148, -439.8431551372947);\n    poly4.ps[1] = Point(723.2288472481148, -384.8431551372947);\n    poly4.ps[2] = Point(515.2288472481148, -384.8431551372947);\n    poly4.ps[3] = Point(515.2288472481148, -439.8431551372947);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(543.4431329624006, -281.3431551362947);\n    poly5.ps[1] = Point(543.4431329624006, -231.3431551362947);\n    poly5.ps[2] = Point(301.4431329624006, -231.3431551362947);\n    poly5.ps[3] = Point(301.4431329624006, -281.3431551362947);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(261.4431329624006, -444.8431551372947);\n    poly6.ps[1] = Point(261.4431329624006, -389.8431551372947);\n    poly6.ps[2] = Point(49.44313296240057, -389.8431551372947);\n    poly6.ps[3] = Point(49.44313296240057, -444.8431551372947);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(976.7288472491148, 236.2282734371338);\n    poly7.ps[1] = Point(976.7288472491148, 256.2282734371338);\n    poly7.ps[2] = Point(944.7288472491148, 256.2282734371338);\n    poly7.ps[3] = Point(944.7288472491148, 236.2282734371338);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(865.7288472481148, 364.561606771467);\n    poly8.ps[1] = Point(865.7288472481148, 384.561606771467);\n    poly8.ps[2] = Point(833.7288472481148, 384.561606771467);\n    poly8.ps[3] = Point(833.7288472481148, 364.561606771467);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(634.7288472481148, 424.9901782000385);\n    poly9.ps[1] = Point(634.7288472481148, 444.9901782000385);\n    poly9.ps[2] = Point(602.7288472481148, 444.9901782000385);\n    poly9.ps[3] = Point(602.7288472481148, 424.9901782000385);\n    new ShapeRef(router, poly9, 9);\n#endif\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(-264.9508064325389, 376.2282734371338);\n    poly10.ps[1] = Point(-264.9508064325389, 396.2282734371338);\n    poly10.ps[2] = Point(-296.9508064325389, 396.2282734371338);\n    poly10.ps[3] = Point(-296.9508064325389, 376.2282734371338);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(-264.9508064325389, 451.2282734371338);\n    poly11.ps[1] = Point(-264.9508064325389, 471.2282734371338);\n    poly11.ps[2] = Point(-296.9508064325389, 471.2282734371338);\n    poly11.ps[3] = Point(-296.9508064325389, 451.2282734371338);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(-264.9508064325389, 526.2282734371338);\n    poly12.ps[1] = Point(-264.9508064325389, 546.2282734371338);\n    poly12.ps[2] = Point(-296.9508064325389, 546.2282734371338);\n    poly12.ps[3] = Point(-296.9508064325389, 526.2282734371338);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(-264.9508064325389, 601.2282734371338);\n    poly13.ps[1] = Point(-264.9508064325389, 621.2282734371338);\n    poly13.ps[2] = Point(-296.9508064325389, 621.2282734371338);\n    poly13.ps[3] = Point(-296.9508064325389, 601.2282734371338);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(-264.9508064325389, 676.2282734371338);\n    poly14.ps[1] = Point(-264.9508064325389, 696.2282734371338);\n    poly14.ps[2] = Point(-296.9508064325389, 696.2282734371338);\n    poly14.ps[3] = Point(-296.9508064325389, 676.2282734371338);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(-264.9508064325389, 943.2282734371338);\n    poly15.ps[1] = Point(-264.9508064325389, 963.2282734371338);\n    poly15.ps[2] = Point(-296.9508064325389, 963.2282734371338);\n    poly15.ps[3] = Point(-296.9508064325389, 943.2282734371338);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(-264.9508064325389, 751.2282734371338);\n    poly16.ps[1] = Point(-264.9508064325389, 771.2282734371338);\n    poly16.ps[2] = Point(-296.9508064325389, 771.2282734371338);\n    poly16.ps[3] = Point(-296.9508064325389, 751.2282734371338);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(-264.9508064325389, 793.2282734371338);\n    poly17.ps[1] = Point(-264.9508064325389, 813.2282734371338);\n    poly17.ps[2] = Point(-296.9508064325389, 813.2282734371338);\n    poly17.ps[3] = Point(-296.9508064325389, 793.2282734371338);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(-264.9508064325389, 868.2282734371338);\n    poly18.ps[1] = Point(-264.9508064325389, 888.2282734371338);\n    poly18.ps[2] = Point(-296.9508064325389, 888.2282734371338);\n    poly18.ps[3] = Point(-296.9508064325389, 868.2282734371338);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(-264.9508064325389, 1018.228273437134);\n    poly19.ps[1] = Point(-264.9508064325389, 1038.228273437134);\n    poly19.ps[2] = Point(-296.9508064325389, 1038.228273437134);\n    poly19.ps[3] = Point(-296.9508064325389, 1018.228273437134);\n    new ShapeRef(router, poly19, 19);\n\n#ifdef ALL\n    Polygon poly20(4);\n    poly20.ps[0] = Point(-392.9508064335388, 202.2282734381338);\n    poly20.ps[1] = Point(-392.9508064335388, 222.2282734381338);\n    poly20.ps[2] = Point(-424.9508064335388, 222.2282734381338);\n    poly20.ps[3] = Point(-424.9508064335388, 202.2282734381338);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(-392.9508064335388, 277.2282734381338);\n    poly21.ps[1] = Point(-392.9508064335388, 297.2282734381338);\n    poly21.ps[2] = Point(-424.9508064335388, 297.2282734381338);\n    poly21.ps[3] = Point(-424.9508064335388, 277.2282734381338);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(-392.9508064335388, 319.2282734381338);\n    poly22.ps[1] = Point(-392.9508064335388, 339.2282734381338);\n    poly22.ps[2] = Point(-424.9508064335388, 339.2282734381338);\n    poly22.ps[3] = Point(-424.9508064335388, 319.2282734381338);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(601.7288472481148, 236.2282734371338);\n    poly23.ps[1] = Point(601.7288472481148, 256.2282734371338);\n    poly23.ps[2] = Point(569.7288472481148, 256.2282734371338);\n    poly23.ps[3] = Point(569.7288472481148, 236.2282734371338);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(727.7288472481148, -284.3431551362947);\n    poly24.ps[1] = Point(727.7288472481148, -252.3431551362947);\n    poly24.ps[2] = Point(707.7288472481148, -252.3431551362947);\n    poly24.ps[3] = Point(707.7288472481148, -284.3431551362947);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(168.7764662957339, 153.6568448657052);\n    poly25.ps[1] = Point(168.7764662957339, 185.6568448657052);\n    poly25.ps[2] = Point(148.7764662957339, 185.6568448657052);\n    poly25.ps[3] = Point(148.7764662957339, 153.6568448657052);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(257.9431329624006, -143.3431551362948);\n    poly26.ps[1] = Point(257.9431329624006, -123.3431551362948);\n    poly26.ps[2] = Point(225.9431329624006, -123.3431551362948);\n    poly26.ps[3] = Point(225.9431329624006, -143.3431551362948);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(354.4431329624006, -561.3431551372947);\n    poly27.ps[1] = Point(354.4431329624006, -541.3431551372947);\n    poly27.ps[2] = Point(322.4431329624006, -541.3431551372947);\n    poly27.ps[3] = Point(322.4431329624006, -561.3431551372947);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(568.7288472481148, -651.8431551372947);\n    poly28.ps[1] = Point(568.7288472481148, -631.8431551372947);\n    poly28.ps[2] = Point(536.7288472481148, -631.8431551372947);\n    poly28.ps[3] = Point(536.7288472481148, -651.8431551372947);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(-210.9735337052661, 120.6568448657052);\n    poly29.ps[1] = Point(-210.9735337052661, 152.6568448657052);\n    poly29.ps[2] = Point(-230.9735337052661, 152.6568448657052);\n    poly29.ps[3] = Point(-230.9735337052661, 120.6568448657052);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(-210.9735337052661, -372.3431551372947);\n    poly30.ps[1] = Point(-210.9735337052661, -340.3431551372947);\n    poly30.ps[2] = Point(-230.9735337052661, -340.3431551372947);\n    poly30.ps[3] = Point(-230.9735337052661, -372.3431551372947);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(1446.728847251115, 424.9901782000385);\n    poly31.ps[1] = Point(1446.728847251115, 444.9901782000385);\n    poly31.ps[2] = Point(1414.728847251115, 444.9901782000385);\n    poly31.ps[3] = Point(1414.728847251115, 424.9901782000385);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(420.4431329624006, 424.9901782000385);\n    poly32.ps[1] = Point(420.4431329624006, 444.9901782000385);\n    poly32.ps[2] = Point(388.4431329624006, 444.9901782000385);\n    poly32.ps[3] = Point(388.4431329624006, 424.9901782000385);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(447.4431329624006, 869.3235115333719);\n    poly33.ps[1] = Point(447.4431329624006, 901.3235115333719);\n    poly33.ps[2] = Point(427.4431329624006, 901.3235115333719);\n    poly33.ps[3] = Point(427.4431329624006, 869.3235115333719);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(447.4431329624006, 578.9901782000385);\n    poly34.ps[1] = Point(447.4431329624006, 610.9901782000385);\n    poly34.ps[2] = Point(427.4431329624006, 610.9901782000385);\n    poly34.ps[3] = Point(427.4431329624006, 578.9901782000385);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(-555.9508064345389, -439.3431551372947);\n    poly35.ps[1] = Point(-555.9508064345389, -377.3431551372947);\n    poly35.ps[2] = Point(-617.9508064345389, -377.3431551372947);\n    poly35.ps[3] = Point(-617.9508064345389, -439.3431551372947);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(-189.9735337052661, -582.3431551372947);\n    poly36.ps[1] = Point(-189.9735337052661, -520.3431551372947);\n    poly36.ps[2] = Point(-251.9735337052661, -520.3431551372947);\n    poly36.ps[3] = Point(-251.9735337052661, -582.3431551372947);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(468.4431329624006, -354.3431551372947);\n    poly37.ps[1] = Point(468.4431329624006, -292.3431551372947);\n    poly37.ps[2] = Point(406.4431329624006, -292.3431551372947);\n    poly37.ps[3] = Point(406.4431329624006, -354.3431551372947);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(748.7288472481148, -549.3431551372947);\n    poly38.ps[1] = Point(748.7288472481148, -487.3431551372947);\n    poly38.ps[2] = Point(686.7288472481148, -487.3431551372947);\n    poly38.ps[3] = Point(686.7288472481148, -549.3431551372947);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(649.7288472481148, -233.3431551362948);\n    poly39.ps[1] = Point(649.7288472481148, -171.3431551362948);\n    poly39.ps[2] = Point(587.7288472481148, -171.3431551362948);\n    poly39.ps[3] = Point(587.7288472481148, -233.3431551362948);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(189.7764662957339, 72.65684486570521);\n    poly40.ps[1] = Point(189.7764662957339, 134.6568448657052);\n    poly40.ps[2] = Point(127.7764662957339, 134.6568448657052);\n    poly40.ps[3] = Point(127.7764662957339, 72.65684486570521);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(-189.9735337052661, -266.3431551362947);\n    poly41.ps[1] = Point(-189.9735337052661, -204.3431551362947);\n    poly41.ps[2] = Point(-251.9735337052661, -204.3431551362947);\n    poly41.ps[3] = Point(-251.9735337052661, -266.3431551362947);\n    new ShapeRef(router, poly41, 41);\n#endif\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(189.7764662957339, 215.2282734371338);\n    poly42.ps[1] = Point(189.7764662957339, 277.2282734371338);\n    poly42.ps[2] = Point(127.7764662957339, 277.2282734371338);\n    poly42.ps[3] = Point(127.7764662957339, 215.2282734371338);\n    new ShapeRef(router, poly42, 42);\n\n#ifdef ALL\n    Polygon poly43(4);\n    poly43.ps[0] = Point(748.7288472481148, 215.2282734371338);\n    poly43.ps[1] = Point(748.7288472481148, 277.2282734371338);\n    poly43.ps[2] = Point(686.7288472481148, 277.2282734371338);\n    poly43.ps[3] = Point(686.7288472481148, 215.2282734371338);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(1329.728847251115, 215.2282734371338);\n    poly44.ps[1] = Point(1329.728847251115, 277.2282734371338);\n    poly44.ps[2] = Point(1267.728847251115, 277.2282734371338);\n    poly44.ps[3] = Point(1267.728847251115, 215.2282734371338);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(-594.9508064345389, 215.2282734371338);\n    poly45.ps[1] = Point(-594.9508064345389, 277.2282734371338);\n    poly45.ps[2] = Point(-656.9508064345389, 277.2282734371338);\n    poly45.ps[3] = Point(-656.9508064345389, 215.2282734371338);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(-522.9508064345389, 277.2282734381338);\n    poly46.ps[1] = Point(-522.9508064345389, 339.2282734381338);\n    poly46.ps[2] = Point(-584.9508064345389, 339.2282734381338);\n    poly46.ps[3] = Point(-584.9508064345389, 277.2282734381338);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(0.776466294733865, 277.2282734381338);\n    poly47.ps[1] = Point(0.776466294733865, 339.2282734381338);\n    poly47.ps[2] = Point(-61.22353370526614, 339.2282734381338);\n    poly47.ps[3] = Point(-61.22353370526614, 277.2282734381338);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(272.9431329624006, 277.2282734381338);\n    poly48.ps[1] = Point(272.9431329624006, 339.2282734381338);\n    poly48.ps[2] = Point(210.9431329624006, 339.2282734381338);\n    poly48.ps[3] = Point(210.9431329624006, 277.2282734381338);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(550.7288472481148, 403.9901782000385);\n    poly49.ps[1] = Point(550.7288472481148, 465.9901782000385);\n    poly49.ps[2] = Point(488.7288472481148, 465.9901782000385);\n    poly49.ps[3] = Point(488.7288472481148, 403.9901782000385);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(682.7288472481148, 887.3235115333719);\n    poly50.ps[1] = Point(682.7288472481148, 949.3235115333719);\n    poly50.ps[2] = Point(620.7288472481148, 949.3235115333719);\n    poly50.ps[3] = Point(620.7288472481148, 887.3235115333719);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(715.7288472481148, 277.2282734381338);\n    poly51.ps[1] = Point(715.7288472481148, 339.2282734381338);\n    poly51.ps[2] = Point(653.7288472481148, 339.2282734381338);\n    poly51.ps[3] = Point(653.7288472481148, 277.2282734381338);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(812.7288472481148, 403.9901782000385);\n    poly52.ps[1] = Point(812.7288472481148, 465.9901782000385);\n    poly52.ps[2] = Point(750.7288472481148, 465.9901782000385);\n    poly52.ps[3] = Point(750.7288472481148, 403.9901782000385);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(1160.728847250115, 277.2282734381338);\n    poly53.ps[1] = Point(1160.728847250115, 339.2282734381338);\n    poly53.ps[2] = Point(1098.728847250115, 339.2282734381338);\n    poly53.ps[3] = Point(1098.728847250115, 277.2282734381338);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(1362.728847251115, 403.9901782000385);\n    poly54.ps[1] = Point(1362.728847251115, 465.9901782000385);\n    poly54.ps[2] = Point(1300.728847251115, 465.9901782000385);\n    poly54.ps[3] = Point(1300.728847251115, 403.9901782000385);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(1542.728847251115, 403.9901782000385);\n    poly55.ps[1] = Point(1542.728847251115, 465.9901782000385);\n    poly55.ps[2] = Point(1480.728847251115, 465.9901782000385);\n    poly55.ps[3] = Point(1480.728847251115, 403.9901782000385);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(-485.9508064345389, 236.2282734371338);\n    poly56.ps[1] = Point(-485.9508064345389, 256.2282734371338);\n    poly56.ps[2] = Point(-517.9508064345389, 256.2282734371338);\n    poly56.ps[3] = Point(-517.9508064345389, 236.2282734371338);\n    new ShapeRef(router, poly56, 56);\n#endif\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(-264.9508064325389, 1093.228273437134);\n    poly57.ps[1] = Point(-264.9508064325389, 1113.228273437134);\n    poly57.ps[2] = Point(-296.9508064325389, 1113.228273437134);\n    poly57.ps[3] = Point(-296.9508064325389, 1093.228273437134);\n    new ShapeRef(router, poly57, 57);\n\n#ifdef ALL\n    Polygon poly58(4);\n    poly58.ps[0] = Point(-119.8902003719328, 990.3235115333719);\n    poly58.ps[1] = Point(-119.8902003719328, 1052.323511533372);\n    poly58.ps[2] = Point(-181.8902003719328, 1052.323511533372);\n    poly58.ps[3] = Point(-181.8902003719328, 990.3235115333719);\n    new ShapeRef(router, poly58, 58);\n#endif\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(-119.8902003719328, 765.3235115333719);\n    poly59.ps[1] = Point(-119.8902003719328, 827.3235115333719);\n    poly59.ps[2] = Point(-181.8902003719328, 827.3235115333719);\n    poly59.ps[3] = Point(-181.8902003719328, 765.3235115333719);\n    new ShapeRef(router, poly59, 59);\n\n#ifdef ALL\n    Polygon poly60(4);\n    poly60.ps[0] = Point(402.4431329624006, 765.3235115333719);\n    poly60.ps[1] = Point(402.4431329624006, 827.3235115333719);\n    poly60.ps[2] = Point(340.4431329624006, 827.3235115333719);\n    poly60.ps[3] = Point(340.4431329624006, 765.3235115333719);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(925.7288472491148, 887.3235115333719);\n    poly61.ps[1] = Point(925.7288472491148, 949.3235115333719);\n    poly61.ps[2] = Point(863.7288472491148, 949.3235115333719);\n    poly61.ps[3] = Point(863.7288472491148, 887.3235115333719);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(1509.728847251115, 887.3235115333719);\n    poly62.ps[1] = Point(1509.728847251115, 949.3235115333719);\n    poly62.ps[2] = Point(1447.728847251115, 949.3235115333719);\n    poly62.ps[3] = Point(1447.728847251115, 887.3235115333719);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(1428.728847251115, 530.9901782000385);\n    poly63.ps[1] = Point(1428.728847251115, 592.9901782000385);\n    poly63.ps[2] = Point(1366.728847251115, 592.9901782000385);\n    poly63.ps[3] = Point(1366.728847251115, 530.9901782000385);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1127.728847250115, 530.9901782000385);\n    poly64.ps[1] = Point(1127.728847250115, 592.9901782000385);\n    poly64.ps[2] = Point(1065.728847250115, 592.9901782000385);\n    poly64.ps[3] = Point(1065.728847250115, 530.9901782000385);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(1024.728847249115, 821.3235115333719);\n    poly65.ps[1] = Point(1024.728847249115, 883.3235115333719);\n    poly65.ps[2] = Point(962.7288472491148, 883.3235115333719);\n    poly65.ps[3] = Point(962.7288472491148, 821.3235115333719);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(1461.728847251115, 821.3235115333719);\n    poly66.ps[1] = Point(1461.728847251115, 883.3235115333719);\n    poly66.ps[2] = Point(1399.728847251115, 883.3235115333719);\n    poly66.ps[3] = Point(1399.728847251115, 821.3235115333719);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(1024.728847249115, 1023.323511533372);\n    poly67.ps[1] = Point(1024.728847249115, 1085.323511533372);\n    poly67.ps[2] = Point(962.7288472491148, 1085.323511533372);\n    poly67.ps[3] = Point(962.7288472491148, 1023.323511533372);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(1461.728847251115, 1023.323511533372);\n    poly68.ps[1] = Point(1461.728847251115, 1085.323511533372);\n    poly68.ps[2] = Point(1399.728847251115, 1085.323511533372);\n    poly68.ps[3] = Point(1399.728847251115, 1023.323511533372);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(305.9431329624006, 1120.323511533372);\n    poly69.ps[1] = Point(305.9431329624006, 1182.323511533372);\n    poly69.ps[2] = Point(243.9431329624006, 1182.323511533372);\n    poly69.ps[3] = Point(243.9431329624006, 1120.323511533372);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(682.7288472481148, 1293.723511533372);\n    poly70.ps[1] = Point(682.7288472481148, 1355.723511533372);\n    poly70.ps[2] = Point(620.7288472481148, 1355.723511533372);\n    poly70.ps[3] = Point(620.7288472481148, 1293.723511533372);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(925.7288472491148, 1293.723511533372);\n    poly71.ps[1] = Point(925.7288472491148, 1355.723511533372);\n    poly71.ps[2] = Point(863.7288472491148, 1355.723511533372);\n    poly71.ps[3] = Point(863.7288472491148, 1293.723511533372);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(1509.728847251115, 1293.723511533372);\n    poly72.ps[1] = Point(1509.728847251115, 1355.723511533372);\n    poly72.ps[2] = Point(1447.728847251115, 1355.723511533372);\n    poly72.ps[3] = Point(1447.728847251115, 1293.723511533372);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(-410.9508064335388, 1449.609225819086);\n    poly73.ps[1] = Point(-410.9508064335388, 1511.609225819086);\n    poly73.ps[2] = Point(-472.9508064335388, 1511.609225819086);\n    poly73.ps[3] = Point(-472.9508064335388, 1449.609225819086);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(66.77646629473389, 1449.609225819086);\n    poly74.ps[1] = Point(66.77646629473389, 1511.609225819086);\n    poly74.ps[2] = Point(4.776466294733893, 1511.609225819086);\n    poly74.ps[3] = Point(4.776466294733893, 1449.609225819086);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(682.7288472481148, 1449.609225819086);\n    poly75.ps[1] = Point(682.7288472481148, 1511.609225819086);\n    poly75.ps[2] = Point(620.7288472481148, 1511.609225819086);\n    poly75.ps[3] = Point(620.7288472481148, 1449.609225819086);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(925.7288472491148, 1449.609225819086);\n    poly76.ps[1] = Point(925.7288472491148, 1511.609225819086);\n    poly76.ps[2] = Point(863.7288472491148, 1511.609225819086);\n    poly76.ps[3] = Point(863.7288472491148, 1449.609225819086);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(1509.728847251115, 1449.609225819086);\n    poly77.ps[1] = Point(1509.728847251115, 1511.609225819086);\n    poly77.ps[2] = Point(1447.728847251115, 1511.609225819086);\n    poly77.ps[3] = Point(1447.728847251115, 1449.609225819086);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(-392.9508064335388, 394.2282734381338);\n    poly78.ps[1] = Point(-392.9508064335388, 414.2282734381338);\n    poly78.ps[2] = Point(-424.9508064335388, 414.2282734381338);\n    poly78.ps[3] = Point(-424.9508064335388, 394.2282734381338);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(-140.8902003719328, 902.3235115333719);\n    poly79.ps[1] = Point(-140.8902003719328, 934.3235115333719);\n    poly79.ps[2] = Point(-160.8902003719328, 934.3235115333719);\n    poly79.ps[3] = Point(-160.8902003719328, 902.3235115333719);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(18.77646629473389, 786.3235115333719);\n    poly80.ps[1] = Point(18.77646629473389, 806.3235115333719);\n    poly80.ps[2] = Point(-13.22353370526611, 806.3235115333719);\n    poly80.ps[3] = Point(-13.22353370526611, 786.3235115333719);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(453.4431329624006, 705.9901782000385);\n    poly81.ps[1] = Point(453.4431329624006, 725.9901782000385);\n    poly81.ps[2] = Point(421.4431329624006, 725.9901782000385);\n    poly81.ps[3] = Point(421.4431329624006, 705.9901782000385);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(453.4431329624006, 941.3235115333719);\n    poly82.ps[1] = Point(453.4431329624006, 961.3235115333719);\n    poly82.ps[2] = Point(421.4431329624006, 961.3235115333719);\n    poly82.ps[3] = Point(421.4431329624006, 941.3235115333719);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(830.7288472481148, 929.3235115333719);\n    poly83.ps[1] = Point(830.7288472481148, 949.3235115333719);\n    poly83.ps[2] = Point(798.7288472481148, 949.3235115333719);\n    poly83.ps[3] = Point(798.7288472481148, 929.3235115333719);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(830.7288472481148, 887.3235115333719);\n    poly84.ps[1] = Point(830.7288472481148, 907.3235115333719);\n    poly84.ps[2] = Point(798.7288472481148, 907.3235115333719);\n    poly84.ps[3] = Point(798.7288472481148, 887.3235115333719);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(284.9431329624006, 1071.323511533372);\n    poly85.ps[1] = Point(284.9431329624006, 1103.323511533372);\n    poly85.ps[2] = Point(264.9431329624006, 1103.323511533372);\n    poly85.ps[3] = Point(264.9431329624006, 1071.323511533372);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(453.4431329624006, 1314.723511533372);\n    poly86.ps[1] = Point(453.4431329624006, 1334.723511533372);\n    poly86.ps[2] = Point(421.4431329624006, 1334.723511533372);\n    poly86.ps[3] = Point(421.4431329624006, 1314.723511533372);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(830.7288472481148, 1314.723511533372);\n    poly87.ps[1] = Point(830.7288472481148, 1334.723511533372);\n    poly87.ps[2] = Point(798.7288472481148, 1334.723511533372);\n    poly87.ps[3] = Point(798.7288472481148, 1314.723511533372);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(-47.22353370526614, 1470.609225819086);\n    poly88.ps[1] = Point(-47.22353370526614, 1490.609225819086);\n    poly88.ps[2] = Point(-79.22353370526614, 1490.609225819086);\n    poly88.ps[3] = Point(-79.22353370526614, 1470.609225819086);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(453.4431329624006, 1470.609225819086);\n    poly89.ps[1] = Point(453.4431329624006, 1490.609225819086);\n    poly89.ps[2] = Point(421.4431329624006, 1490.609225819086);\n    poly89.ps[3] = Point(421.4431329624006, 1470.609225819086);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(830.7288472481148, 1449.609225819086);\n    poly90.ps[1] = Point(830.7288472481148, 1469.609225819086);\n    poly90.ps[2] = Point(798.7288472481148, 1469.609225819086);\n    poly90.ps[3] = Point(798.7288472481148, 1449.609225819086);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(830.7288472481148, 1491.609225819086);\n    poly91.ps[1] = Point(830.7288472481148, 1511.609225819086);\n    poly91.ps[2] = Point(798.7288472481148, 1511.609225819086);\n    poly91.ps[3] = Point(798.7288472481148, 1491.609225819086);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(1281.728847251115, 842.3235115333719);\n    poly92.ps[1] = Point(1281.728847251115, 862.3235115333719);\n    poly92.ps[2] = Point(1249.728847251115, 862.3235115333719);\n    poly92.ps[3] = Point(1249.728847251115, 842.3235115333719);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(1281.728847251115, 645.9901782000385);\n    poly93.ps[1] = Point(1281.728847251115, 665.9901782000385);\n    poly93.ps[2] = Point(1249.728847251115, 665.9901782000385);\n    poly93.ps[3] = Point(1249.728847251115, 645.9901782000385);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(1178.728847250115, 948.3235115333719);\n    poly94.ps[1] = Point(1178.728847250115, 968.3235115333719);\n    poly94.ps[2] = Point(1146.728847250115, 968.3235115333719);\n    poly94.ps[3] = Point(1146.728847250115, 948.3235115333719);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(1178.728847250115, 1023.323511533372);\n    poly95.ps[1] = Point(1178.728847250115, 1043.323511533372);\n    poly95.ps[2] = Point(1146.728847250115, 1043.323511533372);\n    poly95.ps[3] = Point(1146.728847250115, 1023.323511533372);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(1281.728847251115, 1043.323511533372);\n    poly96.ps[1] = Point(1281.728847251115, 1063.323511533372);\n    poly96.ps[2] = Point(1249.728847251115, 1063.323511533372);\n    poly96.ps[3] = Point(1249.728847251115, 1043.323511533372);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(1281.728847251115, 1085.323511533372);\n    poly97.ps[1] = Point(1281.728847251115, 1105.323511533372);\n    poly97.ps[2] = Point(1249.728847251115, 1105.323511533372);\n    poly97.ps[3] = Point(1249.728847251115, 1085.323511533372);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(1281.728847251115, 1257.323511533372);\n    poly98.ps[1] = Point(1281.728847251115, 1277.323511533372);\n    poly98.ps[2] = Point(1249.728847251115, 1277.323511533372);\n    poly98.ps[3] = Point(1249.728847251115, 1257.323511533372);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(1281.728847251115, 1413.323511533372);\n    poly99.ps[1] = Point(1281.728847251115, 1433.323511533372);\n    poly99.ps[2] = Point(1249.728847251115, 1433.323511533372);\n    poly99.ps[3] = Point(1249.728847251115, 1413.323511533372);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(-27.22353370526614, 1116.323511533372);\n    poly100.ps[1] = Point(-27.22353370526614, 1160.323511533372);\n    poly100.ps[2] = Point(-157.2235337052661, 1160.323511533372);\n    poly100.ps[3] = Point(-157.2235337052661, 1116.323511533372);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(116.7764662947339, -149.3431551362948);\n    poly101.ps[1] = Point(116.7764662947339, -117.3431551362948);\n    poly101.ps[2] = Point(96.77646629473389, -117.3431551362948);\n    poly101.ps[3] = Point(96.77646629473389, -149.3431551362948);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(865.7288472481148, 457.9901782000385);\n    poly102.ps[1] = Point(865.7288472481148, 477.9901782000385);\n    poly102.ps[2] = Point(833.7288472481148, 477.9901782000385);\n    poly102.ps[3] = Point(833.7288472481148, 457.9901782000385);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(116.7764662947339, -47.34315513529478);\n    poly103.ps[1] = Point(116.7764662947339, -15.34315513529478);\n    poly103.ps[2] = Point(96.77646629473389, -15.34315513529478);\n    poly103.ps[3] = Point(96.77646629473389, -47.34315513529478);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(943.7288472491148, 457.9901782000385);\n    poly104.ps[1] = Point(943.7288472491148, 477.9901782000385);\n    poly104.ps[2] = Point(911.7288472491148, 477.9901782000385);\n    poly104.ps[3] = Point(911.7288472491148, 457.9901782000385);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(116.7764662947339, 54.65684486570521);\n    poly105.ps[1] = Point(116.7764662947339, 86.65684486570521);\n    poly105.ps[2] = Point(96.77646629473389, 86.65684486570521);\n    poly105.ps[3] = Point(96.77646629473389, 54.65684486570521);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(1042.728847249115, 457.9901782000385);\n    poly106.ps[1] = Point(1042.728847249115, 477.9901782000385);\n    poly106.ps[2] = Point(1010.728847249115, 477.9901782000385);\n    poly106.ps[3] = Point(1010.728847249115, 457.9901782000385);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(257.9431329624006, -41.34315513529478);\n    poly107.ps[1] = Point(257.9431329624006, -21.34315513529478);\n    poly107.ps[2] = Point(225.9431329624006, -21.34315513529478);\n    poly107.ps[3] = Point(225.9431329624006, -41.34315513529478);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(943.7288472491148, 364.561606771467);\n    poly108.ps[1] = Point(943.7288472491148, 384.561606771467);\n    poly108.ps[2] = Point(911.7288472491148, 384.561606771467);\n    poly108.ps[3] = Point(911.7288472491148, 364.561606771467);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(1178.728847250115, 1065.323511533372);\n    poly109.ps[1] = Point(1178.728847250115, 1085.323511533372);\n    poly109.ps[2] = Point(1146.728847250115, 1085.323511533372);\n    poly109.ps[3] = Point(1146.728847250115, 1065.323511533372);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(257.9431329624006, 60.65684486570521);\n    poly110.ps[1] = Point(257.9431329624006, 80.65684486570521);\n    poly110.ps[2] = Point(225.9431329624006, 80.65684486570521);\n    poly110.ps[3] = Point(225.9431329624006, 60.65684486570521);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(1042.728847249115, 364.561606771467);\n    poly111.ps[1] = Point(1042.728847249115, 384.561606771467);\n    poly111.ps[2] = Point(1010.728847249115, 384.561606771467);\n    poly111.ps[3] = Point(1010.728847249115, 364.561606771467);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(988.7288472491148, 176.2282734371338);\n    poly112.ps[1] = Point(988.7288472491148, 236.2282734371338);\n    poly112.ps[2] = Point(932.7288472491148, 236.2282734371338);\n    poly112.ps[3] = Point(932.7288472491148, 176.2282734371338);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(877.7288472481148, 304.561606771467);\n    poly113.ps[1] = Point(877.7288472481148, 364.561606771467);\n    poly113.ps[2] = Point(821.7288472481148, 364.561606771467);\n    poly113.ps[3] = Point(821.7288472481148, 304.561606771467);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(646.7288472481148, 364.9901782000385);\n    poly114.ps[1] = Point(646.7288472481148, 424.9901782000385);\n    poly114.ps[2] = Point(590.7288472481148, 424.9901782000385);\n    poly114.ps[3] = Point(590.7288472481148, 364.9901782000385);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(-252.9508064325389, 316.2282734371338);\n    poly115.ps[1] = Point(-252.9508064325389, 376.2282734371338);\n    poly115.ps[2] = Point(-308.9508064325389, 376.2282734371338);\n    poly115.ps[3] = Point(-308.9508064325389, 316.2282734371338);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(-252.9508064325389, 391.2282734371338);\n    poly116.ps[1] = Point(-252.9508064325389, 451.2282734371338);\n    poly116.ps[2] = Point(-308.9508064325389, 451.2282734371338);\n    poly116.ps[3] = Point(-308.9508064325389, 391.2282734371338);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(-252.9508064325389, 466.2282734371338);\n    poly117.ps[1] = Point(-252.9508064325389, 526.2282734371338);\n    poly117.ps[2] = Point(-308.9508064325389, 526.2282734371338);\n    poly117.ps[3] = Point(-308.9508064325389, 466.2282734371338);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(-252.9508064325389, 541.2282734371338);\n    poly118.ps[1] = Point(-252.9508064325389, 601.2282734371338);\n    poly118.ps[2] = Point(-308.9508064325389, 601.2282734371338);\n    poly118.ps[3] = Point(-308.9508064325389, 541.2282734371338);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(-252.9508064325389, 616.2282734371338);\n    poly119.ps[1] = Point(-252.9508064325389, 676.2282734371338);\n    poly119.ps[2] = Point(-308.9508064325389, 676.2282734371338);\n    poly119.ps[3] = Point(-308.9508064325389, 616.2282734371338);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(-252.9508064325389, 963.2282734371338);\n    poly120.ps[1] = Point(-252.9508064325389, 1023.228273437134);\n    poly120.ps[2] = Point(-308.9508064325389, 1023.228273437134);\n    poly120.ps[3] = Point(-308.9508064325389, 963.2282734371338);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(-252.9508064325389, 691.2282734371338);\n    poly121.ps[1] = Point(-252.9508064325389, 751.2282734371338);\n    poly121.ps[2] = Point(-308.9508064325389, 751.2282734371338);\n    poly121.ps[3] = Point(-308.9508064325389, 691.2282734371338);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(-252.9508064325389, 813.2282734371338);\n    poly122.ps[1] = Point(-252.9508064325389, 873.2282734371338);\n    poly122.ps[2] = Point(-308.9508064325389, 873.2282734371338);\n    poly122.ps[3] = Point(-308.9508064325389, 813.2282734371338);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(-252.9508064325389, 888.2282734371338);\n    poly123.ps[1] = Point(-252.9508064325389, 948.2282734371338);\n    poly123.ps[2] = Point(-308.9508064325389, 948.2282734371338);\n    poly123.ps[3] = Point(-308.9508064325389, 888.2282734371338);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(-252.9508064325389, 1038.228273437134);\n    poly124.ps[1] = Point(-252.9508064325389, 1098.228273437134);\n    poly124.ps[2] = Point(-308.9508064325389, 1098.228273437134);\n    poly124.ps[3] = Point(-308.9508064325389, 1038.228273437134);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(-380.9508064335388, 142.2282734381338);\n    poly125.ps[1] = Point(-380.9508064335388, 202.2282734381338);\n    poly125.ps[2] = Point(-436.9508064335388, 202.2282734381338);\n    poly125.ps[3] = Point(-436.9508064335388, 142.2282734381338);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(-380.9508064335388, 217.2282734381338);\n    poly126.ps[1] = Point(-380.9508064335388, 277.2282734381338);\n    poly126.ps[2] = Point(-436.9508064335388, 277.2282734381338);\n    poly126.ps[3] = Point(-436.9508064335388, 217.2282734381338);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(-380.9508064335388, 339.2282734381338);\n    poly127.ps[1] = Point(-380.9508064335388, 399.2282734381338);\n    poly127.ps[2] = Point(-436.9508064335388, 399.2282734381338);\n    poly127.ps[3] = Point(-436.9508064335388, 339.2282734381338);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(613.7288472481148, 176.2282734371338);\n    poly128.ps[1] = Point(613.7288472481148, 236.2282734371338);\n    poly128.ps[2] = Point(557.7288472481148, 236.2282734371338);\n    poly128.ps[3] = Point(557.7288472481148, 176.2282734371338);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(803.7288472481148, -288.3431551362947);\n    poly129.ps[1] = Point(803.7288472481148, -248.3431551362947);\n    poly129.ps[2] = Point(727.7288472481148, -248.3431551362947);\n    poly129.ps[3] = Point(727.7288472481148, -288.3431551362947);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(244.7764662957339, 149.6568448657052);\n    poly130.ps[1] = Point(244.7764662957339, 189.6568448657052);\n    poly130.ps[2] = Point(168.7764662957339, 189.6568448657052);\n    poly130.ps[3] = Point(168.7764662957339, 149.6568448657052);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(269.9431329624006, -203.3431551362948);\n    poly131.ps[1] = Point(269.9431329624006, -143.3431551362948);\n    poly131.ps[2] = Point(213.9431329624006, -143.3431551362948);\n    poly131.ps[3] = Point(213.9431329624006, -203.3431551362948);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(366.4431329624006, -621.3431551372947);\n    poly132.ps[1] = Point(366.4431329624006, -561.3431551372947);\n    poly132.ps[2] = Point(310.4431329624006, -561.3431551372947);\n    poly132.ps[3] = Point(310.4431329624006, -621.3431551372947);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(580.7288472481148, -711.8431551372947);\n    poly133.ps[1] = Point(580.7288472481148, -651.8431551372947);\n    poly133.ps[2] = Point(524.7288472481148, -651.8431551372947);\n    poly133.ps[3] = Point(524.7288472481148, -711.8431551372947);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(-230.9735337052661, 116.6568448657052);\n    poly134.ps[1] = Point(-230.9735337052661, 156.6568448657052);\n    poly134.ps[2] = Point(-306.9735337052662, 156.6568448657052);\n    poly134.ps[3] = Point(-306.9735337052662, 116.6568448657052);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(-134.9735337052661, -376.3431551372947);\n    poly135.ps[1] = Point(-134.9735337052661, -336.3431551372947);\n    poly135.ps[2] = Point(-210.9735337052661, -336.3431551372947);\n    poly135.ps[3] = Point(-210.9735337052661, -376.3431551372947);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(1458.728847251115, 364.9901782000385);\n    poly136.ps[1] = Point(1458.728847251115, 424.9901782000385);\n    poly136.ps[2] = Point(1402.728847251115, 424.9901782000385);\n    poly136.ps[3] = Point(1402.728847251115, 364.9901782000385);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(432.4431329624006, 364.9901782000385);\n    poly137.ps[1] = Point(432.4431329624006, 424.9901782000385);\n    poly137.ps[2] = Point(376.4431329624006, 424.9901782000385);\n    poly137.ps[3] = Point(376.4431329624006, 364.9901782000385);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(523.4431329624006, 865.3235115333719);\n    poly138.ps[1] = Point(523.4431329624006, 905.3235115333719);\n    poly138.ps[2] = Point(447.4431329624006, 905.3235115333719);\n    poly138.ps[3] = Point(447.4431329624006, 865.3235115333719);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(523.4431329624006, 574.9901782000385);\n    poly139.ps[1] = Point(523.4431329624006, 614.9901782000385);\n    poly139.ps[2] = Point(447.4431329624006, 614.9901782000385);\n    poly139.ps[3] = Point(447.4431329624006, 574.9901782000385);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(-473.9508064345389, 176.2282734371338);\n    poly140.ps[1] = Point(-473.9508064345389, 236.2282734371338);\n    poly140.ps[2] = Point(-529.9508064345389, 236.2282734371338);\n    poly140.ps[3] = Point(-529.9508064345389, 176.2282734371338);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(-252.9508064325389, 1113.228273437134);\n    poly141.ps[1] = Point(-252.9508064325389, 1173.228273437134);\n    poly141.ps[2] = Point(-308.9508064325389, 1173.228273437134);\n    poly141.ps[3] = Point(-308.9508064325389, 1113.228273437134);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(-380.9508064335388, 414.2282734381338);\n    poly142.ps[1] = Point(-380.9508064335388, 474.2282734381338);\n    poly142.ps[2] = Point(-436.9508064335388, 474.2282734381338);\n    poly142.ps[3] = Point(-436.9508064335388, 414.2282734381338);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(-64.89020037193279, 898.3235115333719);\n    poly143.ps[1] = Point(-64.89020037193279, 938.3235115333719);\n    poly143.ps[2] = Point(-140.8902003719328, 938.3235115333719);\n    poly143.ps[3] = Point(-140.8902003719328, 898.3235115333719);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(30.77646629473389, 726.3235115333719);\n    poly144.ps[1] = Point(30.77646629473389, 786.3235115333719);\n    poly144.ps[2] = Point(-25.22353370526611, 786.3235115333719);\n    poly144.ps[3] = Point(-25.22353370526611, 726.3235115333719);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(465.4431329624006, 645.9901782000385);\n    poly145.ps[1] = Point(465.4431329624006, 705.9901782000385);\n    poly145.ps[2] = Point(409.4431329624006, 705.9901782000385);\n    poly145.ps[3] = Point(409.4431329624006, 645.9901782000385);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(465.4431329624006, 961.3235115333719);\n    poly146.ps[1] = Point(465.4431329624006, 1021.323511533372);\n    poly146.ps[2] = Point(409.4431329624006, 1021.323511533372);\n    poly146.ps[3] = Point(409.4431329624006, 961.3235115333719);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(842.7288472481148, 949.3235115333719);\n    poly147.ps[1] = Point(842.7288472481148, 1009.323511533372);\n    poly147.ps[2] = Point(786.7288472481148, 1009.323511533372);\n    poly147.ps[3] = Point(786.7288472481148, 949.3235115333719);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(842.7288472481148, 827.3235115333719);\n    poly148.ps[1] = Point(842.7288472481148, 887.3235115333719);\n    poly148.ps[2] = Point(786.7288472481148, 887.3235115333719);\n    poly148.ps[3] = Point(786.7288472481148, 827.3235115333719);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(360.9431329624006, 1067.323511533372);\n    poly149.ps[1] = Point(360.9431329624006, 1107.323511533372);\n    poly149.ps[2] = Point(284.9431329624006, 1107.323511533372);\n    poly149.ps[3] = Point(284.9431329624006, 1067.323511533372);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(465.4431329624006, 1254.723511533372);\n    poly150.ps[1] = Point(465.4431329624006, 1314.723511533372);\n    poly150.ps[2] = Point(409.4431329624006, 1314.723511533372);\n    poly150.ps[3] = Point(409.4431329624006, 1254.723511533372);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(842.7288472481148, 1254.723511533372);\n    poly151.ps[1] = Point(842.7288472481148, 1314.723511533372);\n    poly151.ps[2] = Point(786.7288472481148, 1314.723511533372);\n    poly151.ps[3] = Point(786.7288472481148, 1254.723511533372);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(-35.22353370526614, 1410.609225819086);\n    poly152.ps[1] = Point(-35.22353370526614, 1470.609225819086);\n    poly152.ps[2] = Point(-91.22353370526614, 1470.609225819086);\n    poly152.ps[3] = Point(-91.22353370526614, 1410.609225819086);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(465.4431329624006, 1410.609225819086);\n    poly153.ps[1] = Point(465.4431329624006, 1470.609225819086);\n    poly153.ps[2] = Point(409.4431329624006, 1470.609225819086);\n    poly153.ps[3] = Point(409.4431329624006, 1410.609225819086);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(842.7288472481148, 1389.609225819086);\n    poly154.ps[1] = Point(842.7288472481148, 1449.609225819086);\n    poly154.ps[2] = Point(786.7288472481148, 1449.609225819086);\n    poly154.ps[3] = Point(786.7288472481148, 1389.609225819086);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(842.7288472481148, 1511.609225819086);\n    poly155.ps[1] = Point(842.7288472481148, 1571.609225819086);\n    poly155.ps[2] = Point(786.7288472481148, 1571.609225819086);\n    poly155.ps[3] = Point(786.7288472481148, 1511.609225819086);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(1293.728847251115, 782.3235115333719);\n    poly156.ps[1] = Point(1293.728847251115, 842.3235115333719);\n    poly156.ps[2] = Point(1237.728847251115, 842.3235115333719);\n    poly156.ps[3] = Point(1237.728847251115, 782.3235115333719);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(1293.728847251115, 585.9901782000385);\n    poly157.ps[1] = Point(1293.728847251115, 645.9901782000385);\n    poly157.ps[2] = Point(1237.728847251115, 645.9901782000385);\n    poly157.ps[3] = Point(1237.728847251115, 585.9901782000385);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(1190.728847250115, 888.3235115333719);\n    poly158.ps[1] = Point(1190.728847250115, 948.3235115333719);\n    poly158.ps[2] = Point(1134.728847250115, 948.3235115333719);\n    poly158.ps[3] = Point(1134.728847250115, 888.3235115333719);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(1190.728847250115, 963.3235115333719);\n    poly159.ps[1] = Point(1190.728847250115, 1023.323511533372);\n    poly159.ps[2] = Point(1134.728847250115, 1023.323511533372);\n    poly159.ps[3] = Point(1134.728847250115, 963.3235115333719);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(1293.728847251115, 983.3235115333719);\n    poly160.ps[1] = Point(1293.728847251115, 1043.323511533372);\n    poly160.ps[2] = Point(1237.728847251115, 1043.323511533372);\n    poly160.ps[3] = Point(1237.728847251115, 983.3235115333719);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(1293.728847251115, 1105.323511533372);\n    poly161.ps[1] = Point(1293.728847251115, 1165.323511533372);\n    poly161.ps[2] = Point(1237.728847251115, 1165.323511533372);\n    poly161.ps[3] = Point(1237.728847251115, 1105.323511533372);\n    new ShapeRef(router, poly161, 161);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(1293.728847251115, 1197.323511533372);\n    poly162.ps[1] = Point(1293.728847251115, 1257.323511533372);\n    poly162.ps[2] = Point(1237.728847251115, 1257.323511533372);\n    poly162.ps[3] = Point(1237.728847251115, 1197.323511533372);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(1293.728847251115, 1353.323511533372);\n    poly163.ps[1] = Point(1293.728847251115, 1413.323511533372);\n    poly163.ps[2] = Point(1237.728847251115, 1413.323511533372);\n    poly163.ps[3] = Point(1237.728847251115, 1353.323511533372);\n    new ShapeRef(router, poly163, 163);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(96.77646629473389, -153.3431551362948);\n    poly164.ps[1] = Point(96.77646629473389, -113.3431551362948);\n    poly164.ps[2] = Point(20.77646629473389, -113.3431551362948);\n    poly164.ps[3] = Point(20.77646629473389, -153.3431551362948);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(877.7288472481148, 477.9901782000385);\n    poly165.ps[1] = Point(877.7288472481148, 537.9901782000385);\n    poly165.ps[2] = Point(821.7288472481148, 537.9901782000385);\n    poly165.ps[3] = Point(821.7288472481148, 477.9901782000385);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(96.77646629473389, -51.34315513529478);\n    poly166.ps[1] = Point(96.77646629473389, -11.34315513529478);\n    poly166.ps[2] = Point(20.77646629473389, -11.34315513529478);\n    poly166.ps[3] = Point(20.77646629473389, -51.34315513529478);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(955.7288472491148, 477.9901782000385);\n    poly167.ps[1] = Point(955.7288472491148, 537.9901782000385);\n    poly167.ps[2] = Point(899.7288472491148, 537.9901782000385);\n    poly167.ps[3] = Point(899.7288472491148, 477.9901782000385);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(96.77646629473389, 50.65684486570521);\n    poly168.ps[1] = Point(96.77646629473389, 90.65684486570521);\n    poly168.ps[2] = Point(20.77646629473389, 90.65684486570521);\n    poly168.ps[3] = Point(20.77646629473389, 50.65684486570521);\n    new ShapeRef(router, poly168, 168);\n\n    Polygon poly169(4);\n    poly169.ps[0] = Point(1054.728847249115, 477.9901782000385);\n    poly169.ps[1] = Point(1054.728847249115, 537.9901782000385);\n    poly169.ps[2] = Point(998.7288472491148, 537.9901782000385);\n    poly169.ps[3] = Point(998.7288472491148, 477.9901782000385);\n    new ShapeRef(router, poly169, 169);\n\n    Polygon poly170(4);\n    poly170.ps[0] = Point(269.9431329624006, -101.3431551352948);\n    poly170.ps[1] = Point(269.9431329624006, -41.34315513529478);\n    poly170.ps[2] = Point(213.9431329624006, -41.34315513529478);\n    poly170.ps[3] = Point(213.9431329624006, -101.3431551352948);\n    new ShapeRef(router, poly170, 170);\n\n    Polygon poly171(4);\n    poly171.ps[0] = Point(955.7288472491148, 304.561606771467);\n    poly171.ps[1] = Point(955.7288472491148, 364.561606771467);\n    poly171.ps[2] = Point(899.7288472491148, 364.561606771467);\n    poly171.ps[3] = Point(899.7288472491148, 304.561606771467);\n    new ShapeRef(router, poly171, 171);\n\n    Polygon poly172(4);\n    poly172.ps[0] = Point(1190.728847250115, 1085.323511533372);\n    poly172.ps[1] = Point(1190.728847250115, 1145.323511533372);\n    poly172.ps[2] = Point(1134.728847250115, 1145.323511533372);\n    poly172.ps[3] = Point(1134.728847250115, 1085.323511533372);\n    new ShapeRef(router, poly172, 172);\n\n    Polygon poly173(4);\n    poly173.ps[0] = Point(269.9431329624006, 0.6568448657052102);\n    poly173.ps[1] = Point(269.9431329624006, 60.65684486570521);\n    poly173.ps[2] = Point(213.9431329624006, 60.65684486570521);\n    poly173.ps[3] = Point(213.9431329624006, 0.6568448657052102);\n    new ShapeRef(router, poly173, 173);\n\n    Polygon poly174(4);\n    poly174.ps[0] = Point(1054.728847249115, 304.561606771467);\n    poly174.ps[1] = Point(1054.728847249115, 364.561606771467);\n    poly174.ps[2] = Point(998.7288472491148, 364.561606771467);\n    poly174.ps[3] = Point(998.7288472491148, 304.561606771467);\n    new ShapeRef(router, poly174, 174);\n\n    Polygon poly175(4);\n    poly175.ps[0] = Point(865.7288472481148, -473.8431551372947);\n    poly175.ps[1] = Point(865.7288472481148, -413.8431551372947);\n    poly175.ps[2] = Point(825.7288472481148, -413.8431551372947);\n    poly175.ps[3] = Point(825.7288472481148, -473.8431551372947);\n    new ShapeRef(router, poly175, 175);\n\n    Polygon poly176(4);\n    poly176.ps[0] = Point(575.7288472481148, -432.3431551372947);\n    poly176.ps[1] = Point(575.7288472481148, -392.3431551372947);\n    poly176.ps[2] = Point(515.7288472481148, -392.3431551372947);\n    poly176.ps[3] = Point(515.7288472481148, -432.3431551372947);\n    new ShapeRef(router, poly176, 176);\n\n    Polygon poly177(4);\n    poly177.ps[0] = Point(543.9431329624006, -276.3431551362947);\n    poly177.ps[1] = Point(543.9431329624006, -236.3431551362947);\n    poly177.ps[2] = Point(483.9431329624006, -236.3431551362947);\n    poly177.ps[3] = Point(483.9431329624006, -276.3431551362947);\n    new ShapeRef(router, poly177, 177);\n\n    Polygon poly178(4);\n    poly178.ps[0] = Point(261.9431329624006, -437.3431551372947);\n    poly178.ps[1] = Point(261.9431329624006, -397.3431551372947);\n    poly178.ps[2] = Point(201.9431329624006, -397.3431551372947);\n    poly178.ps[3] = Point(201.9431329624006, -437.3431551372947);\n    new ShapeRef(router, poly178, 178);\n\n    Polygon poly179(4);\n    poly179.ps[0] = Point(-243.0508064325388, 386.2282734371338);\n    poly179.ps[1] = Point(-243.0508064325388, 1103.228273437134);\n    poly179.ps[2] = Point(-318.8508064325388, 1103.228273437134);\n    poly179.ps[3] = Point(-318.8508064325388, 386.2282734371338);\n    new ShapeRef(router, poly179, 179);\n\n    Polygon poly180(4);\n    poly180.ps[0] = Point(-371.0508064335389, 212.2282734381338);\n    poly180.ps[1] = Point(-371.0508064335389, 404.2282734381338);\n    poly180.ps[2] = Point(-446.8508064335388, 404.2282734381338);\n    poly180.ps[3] = Point(-446.8508064335388, 212.2282734381338);\n    new ShapeRef(router, poly180, 180);\n\n    Polygon poly181(4);\n    poly181.ps[0] = Point(852.6288472481148, 897.3235115333719);\n    poly181.ps[1] = Point(852.6288472481148, 939.3235115333719);\n    poly181.ps[2] = Point(776.8288472481148, 939.3235115333719);\n    poly181.ps[3] = Point(776.8288472481148, 897.3235115333719);\n    new ShapeRef(router, poly181, 181);\n\n    Polygon poly182(4);\n    poly182.ps[0] = Point(1303.628847251115, 1053.323511533372);\n    poly182.ps[1] = Point(1303.628847251115, 1095.323511533372);\n    poly182.ps[2] = Point(1227.828847251115, 1095.323511533372);\n    poly182.ps[3] = Point(1227.828847251115, 1053.323511533372);\n    new ShapeRef(router, poly182, 182);\n\n    Polygon poly183(4);\n    poly183.ps[0] = Point(1200.628847250115, 958.3235115333719);\n    poly183.ps[1] = Point(1200.628847250115, 1075.323511533372);\n    poly183.ps[2] = Point(1124.828847250115, 1075.323511533372);\n    poly183.ps[3] = Point(1124.828847250115, 958.3235115333719);\n    new ShapeRef(router, poly183, 183);\n\n    Polygon poly184(4);\n    poly184.ps[0] = Point(852.6288472481148, 1459.609225819086);\n    poly184.ps[1] = Point(852.6288472481148, 1501.609225819086);\n    poly184.ps[2] = Point(776.8288472481148, 1501.609225819086);\n    poly184.ps[3] = Point(776.8288472481148, 1459.609225819086);\n    new ShapeRef(router, poly184, 184);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(1364.728847251115, 308.2282734381338), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(1415.728847251115, 434.9901782000385), 4);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(717.7288472481148, 246.2282734371338), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(945.7288472491148, 246.2282734371338), 4);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(975.7288472491148, 246.2282734371338), 8);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(1298.728847251115, 246.2282734371338), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(864.7288472481148, 374.561606771467), 8);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(864.7288472481148, 374.561606771467), 8);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(633.7288472481148, 434.9901782000385), 8);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(684.7288472481148, 308.2282734381338), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(633.7288472481148, 434.9901782000385), 8);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(-295.9508064325389, 386.2282734371338), 4);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints192(1);\n    checkpoints192[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef192->setRoutingCheckpoints(checkpoints192);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(-295.9508064325389, 461.2282734371338), 4);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints193(1);\n    checkpoints193[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef193->setRoutingCheckpoints(checkpoints193);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(-295.9508064325389, 536.2282734371338), 4);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints194(1);\n    checkpoints194[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef194->setRoutingCheckpoints(checkpoints194);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(-295.9508064325389, 611.2282734371338), 4);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints195(1);\n    checkpoints195[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef195->setRoutingCheckpoints(checkpoints195);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(-295.9508064325389, 686.2282734371338), 4);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints196(1);\n    checkpoints196[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef196->setRoutingCheckpoints(checkpoints196);\n#endif\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(-265.9508064325389, 953.2282734371338), 8);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints197(1);\n    checkpoints197[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef197->setRoutingCheckpoints(checkpoints197);\n\n#ifdef ALL\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(-295.9508064325389, 761.2282734371338), 4);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints198(1);\n    checkpoints198[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef198->setRoutingCheckpoints(checkpoints198);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(-295.9508064325389, 803.2282734371338), 4);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints199(1);\n    checkpoints199[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef199->setRoutingCheckpoints(checkpoints199);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(-295.9508064325389, 878.2282734371338), 4);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints200(1);\n    checkpoints200[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef200->setRoutingCheckpoints(checkpoints200);\n#endif\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(-265.9508064325389, 1028.228273437134), 8);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints201(1);\n    checkpoints201[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef201->setRoutingCheckpoints(checkpoints201);\n\n#ifdef ALL\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(-423.9508064335388, 212.2282734381338), 4);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(-553.9508064345389, 308.2282734381338), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints202(1);\n    checkpoints202[0] = Checkpoint(Point(-446.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef202->setRoutingCheckpoints(checkpoints202);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(-423.9508064335388, 287.2282734381338), 4);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(-553.9508064345389, 308.2282734381338), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints203(1);\n    checkpoints203[0] = Checkpoint(Point(-446.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef203->setRoutingCheckpoints(checkpoints203);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(-423.9508064335388, 329.2282734381338), 4);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(-553.9508064345389, 308.2282734381338), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints204(1);\n    checkpoints204[0] = Checkpoint(Point(-446.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef204->setRoutingCheckpoints(checkpoints204);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(600.7288472481148, 246.2282734371338), 8);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(570.7288472481148, 246.2282734371338), 4);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(717.7288472481148, 246.2282734371338), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(600.7288472481148, 246.2282734371338), 8);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(717.7288472481148, -283.3431551362947), 1);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(717.7288472481148, -518.3431551372947), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(717.7288472481148, -283.3431551362947), 1);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(717.7288472481148, -253.3431551362947), 2);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(717.7288472481148, 246.2282734371338), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(158.7764662957339, 154.6568448657052), 1);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(717.7288472481148, -518.3431551372947), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(158.7764662957339, 154.6568448657052), 1);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(158.7764662957339, 184.6568448657052), 2);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(256.9431329624006, -133.3431551362948), 8);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(256.9431329624006, -133.3431551362948), 8);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(226.9431329624006, -133.3431551362948), 4);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(-220.9735337052661, -551.3431551372947), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(323.4431329624006, -551.3431551372947), 4);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(353.4431329624006, -551.3431551372947), 8);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(717.7288472481148, -518.3431551372947), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(537.7288472481148, -641.8431551372947), 4);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(-220.9735337052661, -551.3431551372947), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(537.7288472481148, -641.8431551372947), 4);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(-220.9735337052661, 121.6568448657052), 1);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(-220.9735337052661, 121.6568448657052), 1);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(-220.9735337052661, -235.3431551362947), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(-220.9735337052661, 151.6568448657052), 2);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(-220.9735337052661, -371.3431551372947), 1);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(-586.9508064345389, -408.3431551372947), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(-220.9735337052661, -371.3431551372947), 1);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(-220.9735337052661, -551.3431551372947), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(-220.9735337052661, -235.3431551362947), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(-220.9735337052661, -341.3431551372947), 2);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(1415.728847251115, 434.9901782000385), 4);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(1445.728847251115, 434.9901782000385), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(1511.728847251115, 434.9901782000385), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(389.4431329624006, 434.9901782000385), 4);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(419.4431329624006, 434.9901782000385), 8);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(519.7288472481148, 434.9901782000385), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(437.4431329624006, 870.3235115333719), 1);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(437.4431329624006, 900.3235115333719), 2);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(437.4431329624006, 870.3235115333719), 1);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(437.4431329624006, 579.9901782000385), 1);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(437.4431329624006, 609.9901782000385), 2);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(437.4431329624006, 579.9901782000385), 1);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(-586.9508064345389, -408.3431551372947), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(-220.9735337052661, 151.6568448657052), 2);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(256.9431329624006, 70.65684486570521), 8);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(106.7764662947339, -148.3431551362948), 1);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(106.7764662947339, -46.34315513529478), 1);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(106.7764662947339, 55.65684486570521), 1);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(256.9431329624006, -31.34315513529478), 8);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(256.9431329624006, 70.65684486570521), 8);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(106.7764662947339, -118.3431551362948), 2);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(106.7764662947339, -16.34315513529478), 2);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(106.7764662947339, 85.65684486570521), 2);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(226.9431329624006, -31.34315513529478), 4);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(158.7764662957339, 103.6568448657052), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(226.9431329624006, 70.65684486570521), 4);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n#endif\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(-265.9508064325389, 386.2282734371338), 8);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints249(1);\n    checkpoints249[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef249->setRoutingCheckpoints(checkpoints249);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(-265.9508064325389, 461.2282734371338), 8);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints250(1);\n    checkpoints250[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(-265.9508064325389, 536.2282734371338), 8);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints251(1);\n    checkpoints251[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(-265.9508064325389, 611.2282734371338), 8);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints252(1);\n    checkpoints252[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef252->setRoutingCheckpoints(checkpoints252);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(-265.9508064325389, 686.2282734371338), 8);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints253(1);\n    checkpoints253[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef253->setRoutingCheckpoints(checkpoints253);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(-265.9508064325389, 761.2282734371338), 8);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints254(1);\n    checkpoints254[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef254->setRoutingCheckpoints(checkpoints254);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(-265.9508064325389, 803.2282734371338), 8);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints255(1);\n    checkpoints255[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef255->setRoutingCheckpoints(checkpoints255);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(-265.9508064325389, 878.2282734371338), 8);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints256(1);\n    checkpoints256[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef256->setRoutingCheckpoints(checkpoints256);\n\n#ifdef ALL\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(-486.9508064345389, 246.2282734371338), 8);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n#endif\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(-265.9508064325389, 1103.228273437134), 8);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints258(1);\n    checkpoints258[0] = Checkpoint(Point(-242.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef258->setRoutingCheckpoints(checkpoints258);\n\n#ifdef ALL\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(422.4431329624006, 715.9901782000385), 4);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(422.4431329624006, 951.3235115333719), 4);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(422.4431329624006, 1324.723511533372), 4);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(158.7764662957339, 246.2282734371338), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(422.4431329624006, 1480.609225819086), 4);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(717.7288472481148, 246.2282734371338), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(567.7288472481148, -641.8431551372947), 8);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(-295.9508064325389, 953.2282734371338), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints264(1);\n    checkpoints264[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef264->setRoutingCheckpoints(checkpoints264);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(-295.9508064325389, 1028.228273437134), 4);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints265(1);\n    checkpoints265[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef265->setRoutingCheckpoints(checkpoints265);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(-516.9508064345389, 246.2282734371338), 4);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(-295.9508064325389, 1103.228273437134), 4);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(-625.9508064345389, 246.2282734371338), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints267(1);\n    checkpoints267[0] = Checkpoint(Point(-318.9508064325389, 782.2282734371338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef267->setRoutingCheckpoints(checkpoints267);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(-553.9508064345389, 308.2282734381338), 15);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(-516.9508064345389, 246.2282734371338), 4);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(-393.9508064335388, 212.2282734381338), 8);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(-30.22353370526614, 308.2282734381338), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints269(1);\n    checkpoints269[0] = Checkpoint(Point(-370.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef269->setRoutingCheckpoints(checkpoints269);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(-393.9508064335388, 287.2282734381338), 8);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(-30.22353370526614, 308.2282734381338), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints270(1);\n    checkpoints270[0] = Checkpoint(Point(-370.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef270->setRoutingCheckpoints(checkpoints270);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(-393.9508064335388, 329.2282734381338), 8);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(-30.22353370526614, 308.2282734381338), 15);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints271(1);\n    checkpoints271[0] = Checkpoint(Point(-370.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef271->setRoutingCheckpoints(checkpoints271);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(-393.9508064335388, 404.2282734381338), 8);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(-30.22353370526614, 308.2282734381338), 15);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints272(1);\n    checkpoints272[0] = Checkpoint(Point(-370.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef272->setRoutingCheckpoints(checkpoints272);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(241.9431329624006, 308.2282734381338), 15);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(389.4431329624006, 434.9901782000385), 4);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(519.7288472481148, 434.9901782000385), 15);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(603.7288472481148, 434.9901782000385), 4);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(452.4431329624006, 715.9901782000385), 8);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(799.7288472481148, 939.3235115333719), 4);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints276(1);\n    checkpoints276[0] = Checkpoint(Point(776.7288472481148, 918.3235115333719), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef276->setRoutingCheckpoints(checkpoints276);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(799.7288472481148, 897.3235115333719), 4);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints277(1);\n    checkpoints277[0] = Checkpoint(Point(776.7288472481148, 918.3235115333719), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef277->setRoutingCheckpoints(checkpoints277);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(834.7288472481148, 374.561606771467), 4);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(834.7288472481148, 467.9901782000385), 4);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(912.7288472491148, 467.9901782000385), 4);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(1011.728847249115, 467.9901782000385), 4);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(912.7288472491148, 374.561606771467), 4);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(781.7288472481148, 434.9901782000385), 15);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(1011.728847249115, 374.561606771467), 4);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(864.7288472481148, 467.9901782000385), 8);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(942.7288472491148, 467.9901782000385), 8);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(1041.728847249115, 467.9901782000385), 8);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(942.7288472491148, 374.561606771467), 8);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(-486.9508064345389, 246.2282734371338), 8);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(-30.22353370526614, 308.2282734381338), 15);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(-150.8902003719328, 1021.323511533372), 15);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(-150.8902003719328, 933.3235115333719), 2);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(-150.8902003719328, 796.3235115333719), 15);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(-12.22353370526611, 796.3235115333719), 4);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(17.77646629473389, 796.3235115333719), 8);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(422.4431329624006, 951.3235115333719), 4);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(274.9431329624006, 1072.323511533372), 1);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(829.7288472481148, 939.3235115333719), 8);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(894.7288472491148, 918.3235115333719), 15);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints294(1);\n    checkpoints294[0] = Checkpoint(Point(852.7288472481148, 918.3235115333719), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef294->setRoutingCheckpoints(checkpoints294);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(1250.728847251115, 655.9901782000385), 4);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(894.7288472491148, 918.3235115333719), 15);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(1250.728847251115, 1053.323511533372), 4);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(894.7288472491148, 918.3235115333719), 15);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints296(1);\n    checkpoints296[0] = Checkpoint(Point(1227.728847251115, 1074.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef296->setRoutingCheckpoints(checkpoints296);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(1250.728847251115, 1095.323511533372), 4);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(894.7288472491148, 918.3235115333719), 15);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints297(1);\n    checkpoints297[0] = Checkpoint(Point(1227.728847251115, 1074.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef297->setRoutingCheckpoints(checkpoints297);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(1478.728847251115, 918.3235115333719), 15);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(1280.728847251115, 655.9901782000385), 8);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(1397.728847251115, 561.9901782000385), 15);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(1280.728847251115, 655.9901782000385), 8);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(1430.728847251115, 852.3235115333719), 15);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(1280.728847251115, 852.3235115333719), 8);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(1177.728847250115, 958.3235115333719), 8);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(1430.728847251115, 1054.323511533372), 15);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints301(1);\n    checkpoints301[0] = Checkpoint(Point(1200.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef301->setRoutingCheckpoints(checkpoints301);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(1177.728847250115, 1033.323511533372), 8);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(1430.728847251115, 1054.323511533372), 15);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints302(1);\n    checkpoints302[0] = Checkpoint(Point(1200.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef302->setRoutingCheckpoints(checkpoints302);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(1177.728847250115, 1075.323511533372), 8);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(1430.728847251115, 1054.323511533372), 15);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints303(1);\n    checkpoints303[0] = Checkpoint(Point(1200.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef303->setRoutingCheckpoints(checkpoints303);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(274.9431329624006, 1151.323511533372), 15);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(422.4431329624006, 1324.723511533372), 4);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(651.7288472481148, 1324.723511533372), 15);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(799.7288472481148, 1324.723511533372), 4);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(1250.728847251115, 1267.323511533372), 4);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(894.7288472491148, 1324.723511533372), 15);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(1478.728847251115, 1324.723511533372), 15);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(1280.728847251115, 1267.323511533372), 8);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(-441.9508064335388, 1480.609225819086), 15);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(-78.22353370526614, 1480.609225819086), 4);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(35.77646629473389, 1480.609225819086), 15);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(422.4431329624006, 1480.609225819086), 4);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(799.7288472481148, 1459.609225819086), 4);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(651.7288472481148, 1480.609225819086), 15);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints310(1);\n    checkpoints310[0] = Checkpoint(Point(776.7288472481148, 1480.609225819086), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef310->setRoutingCheckpoints(checkpoints310);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(829.7288472481148, 1501.609225819086), 8);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(894.7288472491148, 1480.609225819086), 15);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints311(1);\n    checkpoints311[0] = Checkpoint(Point(852.7288472481148, 1480.609225819086), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef311->setRoutingCheckpoints(checkpoints311);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(1250.728847251115, 1423.323511533372), 4);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(894.7288472491148, 1480.609225819086), 15);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(1478.728847251115, 1480.609225819086), 15);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(1280.728847251115, 1423.323511533372), 8);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(-423.9508064335388, 404.2282734381338), 4);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(-553.9508064345389, 308.2282734381338), 15);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints314(1);\n    checkpoints314[0] = Checkpoint(Point(-446.9508064335388, 308.2282734381338), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef314->setRoutingCheckpoints(checkpoints314);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(-150.8902003719328, 903.3235115333719), 1);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(-150.8902003719328, 796.3235115333719), 15);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(422.4431329624006, 715.9901782000385), 4);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(371.4431329624006, 796.3235115333719), 15);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(452.4431329624006, 951.3235115333719), 8);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(651.7288472481148, 918.3235115333719), 15);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(829.7288472481148, 897.3235115333719), 8);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(894.7288472491148, 918.3235115333719), 15);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints318(1);\n    checkpoints318[0] = Checkpoint(Point(852.7288472481148, 918.3235115333719), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef318->setRoutingCheckpoints(checkpoints318);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(274.9431329624006, 1102.323511533372), 2);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(274.9431329624006, 1151.323511533372), 15);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(452.4431329624006, 1324.723511533372), 8);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(651.7288472481148, 1324.723511533372), 15);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(829.7288472481148, 1324.723511533372), 8);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(894.7288472491148, 1324.723511533372), 15);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(-48.22353370526614, 1480.609225819086), 8);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(35.77646629473389, 1480.609225819086), 15);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(452.4431329624006, 1480.609225819086), 8);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(651.7288472481148, 1480.609225819086), 15);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(829.7288472481148, 1459.609225819086), 8);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(894.7288472491148, 1480.609225819086), 15);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints324(1);\n    checkpoints324[0] = Checkpoint(Point(852.7288472481148, 1480.609225819086), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef324->setRoutingCheckpoints(checkpoints324);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(799.7288472481148, 1501.609225819086), 4);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(651.7288472481148, 1480.609225819086), 15);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints325(1);\n    checkpoints325[0] = Checkpoint(Point(776.7288472481148, 1480.609225819086), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef325->setRoutingCheckpoints(checkpoints325);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(1250.728847251115, 852.3235115333719), 4);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(993.7288472491148, 852.3235115333719), 15);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(1250.728847251115, 655.9901782000385), 4);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(1096.728847250115, 561.9901782000385), 15);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(1147.728847250115, 958.3235115333719), 4);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(993.7288472491148, 1054.323511533372), 15);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints328(1);\n    checkpoints328[0] = Checkpoint(Point(1124.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef328->setRoutingCheckpoints(checkpoints328);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(1147.728847250115, 1033.323511533372), 4);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(993.7288472491148, 1054.323511533372), 15);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints329(1);\n    checkpoints329[0] = Checkpoint(Point(1124.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef329->setRoutingCheckpoints(checkpoints329);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(1280.728847251115, 1053.323511533372), 8);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(1478.728847251115, 918.3235115333719), 15);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints330(1);\n    checkpoints330[0] = Checkpoint(Point(1303.728847251115, 1074.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef330->setRoutingCheckpoints(checkpoints330);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(1280.728847251115, 1095.323511533372), 8);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(1478.728847251115, 918.3235115333719), 15);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints331(1);\n    checkpoints331[0] = Checkpoint(Point(1303.728847251115, 1074.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef331->setRoutingCheckpoints(checkpoints331);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(106.7764662947339, -148.3431551362948), 1);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(864.7288472481148, 467.9901782000385), 8);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(106.7764662947339, -46.34315513529478), 1);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(942.7288472491148, 467.9901782000385), 8);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(106.7764662947339, 55.65684486570521), 1);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(1041.728847249115, 467.9901782000385), 8);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(256.9431329624006, -31.34315513529478), 8);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(942.7288472491148, 374.561606771467), 8);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(1147.728847250115, 1075.323511533372), 4);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(993.7288472491148, 1054.323511533372), 15);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints340(1);\n    checkpoints340[0] = Checkpoint(Point(1124.728847250115, 1054.323511533372), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef340->setRoutingCheckpoints(checkpoints340);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(1041.728847249115, 374.561606771467), 8);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(1129.728847250115, 308.2282734381338), 15);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(1041.728847249115, 374.561606771467), 8);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(1331.728847251115, 434.9901782000385), 15);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(960.7288472491148, 196.2282734371338), 2);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(960.7288472491148, 246.2282734371338), 1);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(849.7288472481148, 324.561606771467), 2);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(849.7288472481148, 374.561606771467), 1);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(618.7288472481148, 384.9901782000385), 2);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(618.7288472481148, 434.9901782000385), 1);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(-280.9508064325389, 336.2282734371338), 2);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(-280.9508064325389, 386.2282734371338), 1);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(-280.9508064325389, 411.2282734371338), 2);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(-280.9508064325389, 461.2282734371338), 1);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(-280.9508064325389, 486.2282734371338), 2);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(-280.9508064325389, 536.2282734371338), 1);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(-280.9508064325389, 561.2282734371338), 2);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(-280.9508064325389, 611.2282734371338), 1);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(-280.9508064325389, 636.2282734371338), 2);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(-280.9508064325389, 686.2282734371338), 1);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(-280.9508064325389, 1003.228273437134), 1);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(-280.9508064325389, 953.2282734371338), 2);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n\n    ConnRef *connRef352 = new ConnRef(router, 352);\n    ConnEnd srcPt352(Point(-280.9508064325389, 711.2282734371338), 2);\n    connRef352->setSourceEndpoint(srcPt352);\n    ConnEnd dstPt352(Point(-280.9508064325389, 761.2282734371338), 1);\n    connRef352->setDestEndpoint(dstPt352);\n    connRef352->setRoutingType((ConnType)2);\n\n    ConnRef *connRef353 = new ConnRef(router, 353);\n    ConnEnd srcPt353(Point(-280.9508064325389, 853.2282734371338), 1);\n    connRef353->setSourceEndpoint(srcPt353);\n    ConnEnd dstPt353(Point(-280.9508064325389, 803.2282734371338), 2);\n    connRef353->setDestEndpoint(dstPt353);\n    connRef353->setRoutingType((ConnType)2);\n\n    ConnRef *connRef354 = new ConnRef(router, 354);\n    ConnEnd srcPt354(Point(-280.9508064325389, 928.2282734371338), 1);\n    connRef354->setSourceEndpoint(srcPt354);\n    ConnEnd dstPt354(Point(-280.9508064325389, 878.2282734371338), 2);\n    connRef354->setDestEndpoint(dstPt354);\n    connRef354->setRoutingType((ConnType)2);\n\n    ConnRef *connRef355 = new ConnRef(router, 355);\n    ConnEnd srcPt355(Point(-280.9508064325389, 1078.228273437134), 1);\n    connRef355->setSourceEndpoint(srcPt355);\n    ConnEnd dstPt355(Point(-280.9508064325389, 1028.228273437134), 2);\n    connRef355->setDestEndpoint(dstPt355);\n    connRef355->setRoutingType((ConnType)2);\n\n    ConnRef *connRef356 = new ConnRef(router, 356);\n    ConnEnd srcPt356(Point(-408.9508064335388, 162.2282734381338), 2);\n    connRef356->setSourceEndpoint(srcPt356);\n    ConnEnd dstPt356(Point(-408.9508064335388, 212.2282734381338), 1);\n    connRef356->setDestEndpoint(dstPt356);\n    connRef356->setRoutingType((ConnType)2);\n\n    ConnRef *connRef357 = new ConnRef(router, 357);\n    ConnEnd srcPt357(Point(-408.9508064335388, 237.2282734381338), 2);\n    connRef357->setSourceEndpoint(srcPt357);\n    ConnEnd dstPt357(Point(-408.9508064335388, 287.2282734381338), 1);\n    connRef357->setDestEndpoint(dstPt357);\n    connRef357->setRoutingType((ConnType)2);\n\n    ConnRef *connRef358 = new ConnRef(router, 358);\n    ConnEnd srcPt358(Point(-408.9508064335388, 379.2282734381338), 1);\n    connRef358->setSourceEndpoint(srcPt358);\n    ConnEnd dstPt358(Point(-408.9508064335388, 329.2282734381338), 2);\n    connRef358->setDestEndpoint(dstPt358);\n    connRef358->setRoutingType((ConnType)2);\n\n    ConnRef *connRef359 = new ConnRef(router, 359);\n    ConnEnd srcPt359(Point(585.7288472481148, 196.2282734371338), 2);\n    connRef359->setSourceEndpoint(srcPt359);\n    ConnEnd dstPt359(Point(585.7288472481148, 246.2282734371338), 1);\n    connRef359->setDestEndpoint(dstPt359);\n    connRef359->setRoutingType((ConnType)2);\n\n    ConnRef *connRef360 = new ConnRef(router, 360);\n    ConnEnd srcPt360(Point(775.7288472481148, -268.3431551362947), 4);\n    connRef360->setSourceEndpoint(srcPt360);\n    ConnEnd dstPt360(Point(717.7288472481148, -268.3431551362947), 8);\n    connRef360->setDestEndpoint(dstPt360);\n    connRef360->setRoutingType((ConnType)2);\n\n    ConnRef *connRef361 = new ConnRef(router, 361);\n    ConnEnd srcPt361(Point(216.7764662957339, 169.6568448657052), 4);\n    connRef361->setSourceEndpoint(srcPt361);\n    ConnEnd dstPt361(Point(158.7764662957339, 169.6568448657052), 8);\n    connRef361->setDestEndpoint(dstPt361);\n    connRef361->setRoutingType((ConnType)2);\n\n    ConnRef *connRef362 = new ConnRef(router, 362);\n    ConnEnd srcPt362(Point(241.9431329624006, -183.3431551362948), 2);\n    connRef362->setSourceEndpoint(srcPt362);\n    ConnEnd dstPt362(Point(241.9431329624006, -133.3431551362948), 1);\n    connRef362->setDestEndpoint(dstPt362);\n    connRef362->setRoutingType((ConnType)2);\n\n    ConnRef *connRef363 = new ConnRef(router, 363);\n    ConnEnd srcPt363(Point(338.4431329624006, -601.3431551372947), 2);\n    connRef363->setSourceEndpoint(srcPt363);\n    ConnEnd dstPt363(Point(338.4431329624006, -551.3431551372947), 1);\n    connRef363->setDestEndpoint(dstPt363);\n    connRef363->setRoutingType((ConnType)2);\n\n    ConnRef *connRef364 = new ConnRef(router, 364);\n    ConnEnd srcPt364(Point(552.7288472481148, -691.8431551372947), 2);\n    connRef364->setSourceEndpoint(srcPt364);\n    ConnEnd dstPt364(Point(552.7288472481148, -641.8431551372947), 1);\n    connRef364->setDestEndpoint(dstPt364);\n    connRef364->setRoutingType((ConnType)2);\n\n    ConnRef *connRef365 = new ConnRef(router, 365);\n    ConnEnd srcPt365(Point(-278.9735337052662, 136.6568448657052), 8);\n    connRef365->setSourceEndpoint(srcPt365);\n    ConnEnd dstPt365(Point(-220.9735337052661, 136.6568448657052), 4);\n    connRef365->setDestEndpoint(dstPt365);\n    connRef365->setRoutingType((ConnType)2);\n\n    ConnRef *connRef366 = new ConnRef(router, 366);\n    ConnEnd srcPt366(Point(-162.9735337052661, -356.3431551372947), 4);\n    connRef366->setSourceEndpoint(srcPt366);\n    ConnEnd dstPt366(Point(-220.9735337052661, -356.3431551372947), 8);\n    connRef366->setDestEndpoint(dstPt366);\n    connRef366->setRoutingType((ConnType)2);\n\n    ConnRef *connRef367 = new ConnRef(router, 367);\n    ConnEnd srcPt367(Point(1430.728847251115, 384.9901782000385), 2);\n    connRef367->setSourceEndpoint(srcPt367);\n    ConnEnd dstPt367(Point(1430.728847251115, 434.9901782000385), 1);\n    connRef367->setDestEndpoint(dstPt367);\n    connRef367->setRoutingType((ConnType)2);\n\n    ConnRef *connRef368 = new ConnRef(router, 368);\n    ConnEnd srcPt368(Point(404.4431329624006, 384.9901782000385), 2);\n    connRef368->setSourceEndpoint(srcPt368);\n    ConnEnd dstPt368(Point(404.4431329624006, 434.9901782000385), 1);\n    connRef368->setDestEndpoint(dstPt368);\n    connRef368->setRoutingType((ConnType)2);\n\n    ConnRef *connRef369 = new ConnRef(router, 369);\n    ConnEnd srcPt369(Point(495.4431329624006, 885.3235115333719), 4);\n    connRef369->setSourceEndpoint(srcPt369);\n    ConnEnd dstPt369(Point(437.4431329624006, 885.3235115333719), 8);\n    connRef369->setDestEndpoint(dstPt369);\n    connRef369->setRoutingType((ConnType)2);\n\n    ConnRef *connRef370 = new ConnRef(router, 370);\n    ConnEnd srcPt370(Point(495.4431329624006, 594.9901782000385), 4);\n    connRef370->setSourceEndpoint(srcPt370);\n    ConnEnd dstPt370(Point(437.4431329624006, 594.9901782000385), 8);\n    connRef370->setDestEndpoint(dstPt370);\n    connRef370->setRoutingType((ConnType)2);\n\n    ConnRef *connRef371 = new ConnRef(router, 371);\n    ConnEnd srcPt371(Point(-501.9508064345389, 196.2282734371338), 2);\n    connRef371->setSourceEndpoint(srcPt371);\n    ConnEnd dstPt371(Point(-501.9508064345389, 246.2282734371338), 1);\n    connRef371->setDestEndpoint(dstPt371);\n    connRef371->setRoutingType((ConnType)2);\n\n    ConnRef *connRef372 = new ConnRef(router, 372);\n    ConnEnd srcPt372(Point(-280.9508064325389, 1153.228273437134), 1);\n    connRef372->setSourceEndpoint(srcPt372);\n    ConnEnd dstPt372(Point(-280.9508064325389, 1103.228273437134), 2);\n    connRef372->setDestEndpoint(dstPt372);\n    connRef372->setRoutingType((ConnType)2);\n\n    ConnRef *connRef373 = new ConnRef(router, 373);\n    ConnEnd srcPt373(Point(-408.9508064335388, 454.2282734381338), 1);\n    connRef373->setSourceEndpoint(srcPt373);\n    ConnEnd dstPt373(Point(-408.9508064335388, 404.2282734381338), 2);\n    connRef373->setDestEndpoint(dstPt373);\n    connRef373->setRoutingType((ConnType)2);\n\n    ConnRef *connRef374 = new ConnRef(router, 374);\n    ConnEnd srcPt374(Point(-92.89020037193279, 918.3235115333719), 4);\n    connRef374->setSourceEndpoint(srcPt374);\n    ConnEnd dstPt374(Point(-150.8902003719328, 918.3235115333719), 8);\n    connRef374->setDestEndpoint(dstPt374);\n    connRef374->setRoutingType((ConnType)2);\n\n    ConnRef *connRef375 = new ConnRef(router, 375);\n    ConnEnd srcPt375(Point(2.776466294733893, 746.3235115333719), 2);\n    connRef375->setSourceEndpoint(srcPt375);\n    ConnEnd dstPt375(Point(2.776466294733893, 796.3235115333719), 1);\n    connRef375->setDestEndpoint(dstPt375);\n    connRef375->setRoutingType((ConnType)2);\n\n    ConnRef *connRef376 = new ConnRef(router, 376);\n    ConnEnd srcPt376(Point(437.4431329624006, 665.9901782000385), 2);\n    connRef376->setSourceEndpoint(srcPt376);\n    ConnEnd dstPt376(Point(437.4431329624006, 715.9901782000385), 1);\n    connRef376->setDestEndpoint(dstPt376);\n    connRef376->setRoutingType((ConnType)2);\n\n    ConnRef *connRef377 = new ConnRef(router, 377);\n    ConnEnd srcPt377(Point(437.4431329624006, 1001.323511533372), 1);\n    connRef377->setSourceEndpoint(srcPt377);\n    ConnEnd dstPt377(Point(437.4431329624006, 951.3235115333719), 2);\n    connRef377->setDestEndpoint(dstPt377);\n    connRef377->setRoutingType((ConnType)2);\n\n    ConnRef *connRef378 = new ConnRef(router, 378);\n    ConnEnd srcPt378(Point(814.7288472481148, 989.3235115333719), 1);\n    connRef378->setSourceEndpoint(srcPt378);\n    ConnEnd dstPt378(Point(814.7288472481148, 939.3235115333719), 2);\n    connRef378->setDestEndpoint(dstPt378);\n    connRef378->setRoutingType((ConnType)2);\n\n    ConnRef *connRef379 = new ConnRef(router, 379);\n    ConnEnd srcPt379(Point(814.7288472481148, 847.3235115333719), 2);\n    connRef379->setSourceEndpoint(srcPt379);\n    ConnEnd dstPt379(Point(814.7288472481148, 897.3235115333719), 1);\n    connRef379->setDestEndpoint(dstPt379);\n    connRef379->setRoutingType((ConnType)2);\n\n    ConnRef *connRef380 = new ConnRef(router, 380);\n    ConnEnd srcPt380(Point(332.9431329624006, 1087.323511533372), 4);\n    connRef380->setSourceEndpoint(srcPt380);\n    ConnEnd dstPt380(Point(274.9431329624006, 1087.323511533372), 8);\n    connRef380->setDestEndpoint(dstPt380);\n    connRef380->setRoutingType((ConnType)2);\n\n    ConnRef *connRef381 = new ConnRef(router, 381);\n    ConnEnd srcPt381(Point(437.4431329624006, 1274.723511533372), 2);\n    connRef381->setSourceEndpoint(srcPt381);\n    ConnEnd dstPt381(Point(437.4431329624006, 1324.723511533372), 1);\n    connRef381->setDestEndpoint(dstPt381);\n    connRef381->setRoutingType((ConnType)2);\n\n    ConnRef *connRef382 = new ConnRef(router, 382);\n    ConnEnd srcPt382(Point(814.7288472481148, 1274.723511533372), 2);\n    connRef382->setSourceEndpoint(srcPt382);\n    ConnEnd dstPt382(Point(814.7288472481148, 1324.723511533372), 1);\n    connRef382->setDestEndpoint(dstPt382);\n    connRef382->setRoutingType((ConnType)2);\n\n    ConnRef *connRef383 = new ConnRef(router, 383);\n    ConnEnd srcPt383(Point(-63.22353370526614, 1430.609225819086), 2);\n    connRef383->setSourceEndpoint(srcPt383);\n    ConnEnd dstPt383(Point(-63.22353370526614, 1480.609225819086), 1);\n    connRef383->setDestEndpoint(dstPt383);\n    connRef383->setRoutingType((ConnType)2);\n\n    ConnRef *connRef384 = new ConnRef(router, 384);\n    ConnEnd srcPt384(Point(437.4431329624006, 1430.609225819086), 2);\n    connRef384->setSourceEndpoint(srcPt384);\n    ConnEnd dstPt384(Point(437.4431329624006, 1480.609225819086), 1);\n    connRef384->setDestEndpoint(dstPt384);\n    connRef384->setRoutingType((ConnType)2);\n\n    ConnRef *connRef385 = new ConnRef(router, 385);\n    ConnEnd srcPt385(Point(814.7288472481148, 1409.609225819086), 2);\n    connRef385->setSourceEndpoint(srcPt385);\n    ConnEnd dstPt385(Point(814.7288472481148, 1459.609225819086), 1);\n    connRef385->setDestEndpoint(dstPt385);\n    connRef385->setRoutingType((ConnType)2);\n\n    ConnRef *connRef386 = new ConnRef(router, 386);\n    ConnEnd srcPt386(Point(814.7288472481148, 1551.609225819086), 1);\n    connRef386->setSourceEndpoint(srcPt386);\n    ConnEnd dstPt386(Point(814.7288472481148, 1501.609225819086), 2);\n    connRef386->setDestEndpoint(dstPt386);\n    connRef386->setRoutingType((ConnType)2);\n\n    ConnRef *connRef387 = new ConnRef(router, 387);\n    ConnEnd srcPt387(Point(1265.728847251115, 802.3235115333719), 2);\n    connRef387->setSourceEndpoint(srcPt387);\n    ConnEnd dstPt387(Point(1265.728847251115, 852.3235115333719), 1);\n    connRef387->setDestEndpoint(dstPt387);\n    connRef387->setRoutingType((ConnType)2);\n\n    ConnRef *connRef388 = new ConnRef(router, 388);\n    ConnEnd srcPt388(Point(1265.728847251115, 605.9901782000385), 2);\n    connRef388->setSourceEndpoint(srcPt388);\n    ConnEnd dstPt388(Point(1265.728847251115, 655.9901782000385), 1);\n    connRef388->setDestEndpoint(dstPt388);\n    connRef388->setRoutingType((ConnType)2);\n\n    ConnRef *connRef389 = new ConnRef(router, 389);\n    ConnEnd srcPt389(Point(1162.728847250115, 908.3235115333719), 2);\n    connRef389->setSourceEndpoint(srcPt389);\n    ConnEnd dstPt389(Point(1162.728847250115, 958.3235115333719), 1);\n    connRef389->setDestEndpoint(dstPt389);\n    connRef389->setRoutingType((ConnType)2);\n\n    ConnRef *connRef390 = new ConnRef(router, 390);\n    ConnEnd srcPt390(Point(1162.728847250115, 983.3235115333719), 2);\n    connRef390->setSourceEndpoint(srcPt390);\n    ConnEnd dstPt390(Point(1162.728847250115, 1033.323511533372), 1);\n    connRef390->setDestEndpoint(dstPt390);\n    connRef390->setRoutingType((ConnType)2);\n\n    ConnRef *connRef391 = new ConnRef(router, 391);\n    ConnEnd srcPt391(Point(1265.728847251115, 1003.323511533372), 2);\n    connRef391->setSourceEndpoint(srcPt391);\n    ConnEnd dstPt391(Point(1265.728847251115, 1053.323511533372), 1);\n    connRef391->setDestEndpoint(dstPt391);\n    connRef391->setRoutingType((ConnType)2);\n\n    ConnRef *connRef392 = new ConnRef(router, 392);\n    ConnEnd srcPt392(Point(1265.728847251115, 1145.323511533372), 1);\n    connRef392->setSourceEndpoint(srcPt392);\n    ConnEnd dstPt392(Point(1265.728847251115, 1095.323511533372), 2);\n    connRef392->setDestEndpoint(dstPt392);\n    connRef392->setRoutingType((ConnType)2);\n\n    ConnRef *connRef393 = new ConnRef(router, 393);\n    ConnEnd srcPt393(Point(1265.728847251115, 1217.323511533372), 2);\n    connRef393->setSourceEndpoint(srcPt393);\n    ConnEnd dstPt393(Point(1265.728847251115, 1267.323511533372), 1);\n    connRef393->setDestEndpoint(dstPt393);\n    connRef393->setRoutingType((ConnType)2);\n\n    ConnRef *connRef394 = new ConnRef(router, 394);\n    ConnEnd srcPt394(Point(1265.728847251115, 1373.323511533372), 2);\n    connRef394->setSourceEndpoint(srcPt394);\n    ConnEnd dstPt394(Point(1265.728847251115, 1423.323511533372), 1);\n    connRef394->setDestEndpoint(dstPt394);\n    connRef394->setRoutingType((ConnType)2);\n\n    ConnRef *connRef395 = new ConnRef(router, 395);\n    ConnEnd srcPt395(Point(48.77646629473389, -133.3431551362948), 8);\n    connRef395->setSourceEndpoint(srcPt395);\n    ConnEnd dstPt395(Point(106.7764662947339, -133.3431551362948), 4);\n    connRef395->setDestEndpoint(dstPt395);\n    connRef395->setRoutingType((ConnType)2);\n\n    ConnRef *connRef396 = new ConnRef(router, 396);\n    ConnEnd srcPt396(Point(849.7288472481148, 517.9901782000385), 1);\n    connRef396->setSourceEndpoint(srcPt396);\n    ConnEnd dstPt396(Point(849.7288472481148, 467.9901782000385), 2);\n    connRef396->setDestEndpoint(dstPt396);\n    connRef396->setRoutingType((ConnType)2);\n\n    ConnRef *connRef397 = new ConnRef(router, 397);\n    ConnEnd srcPt397(Point(48.77646629473389, -31.34315513529478), 8);\n    connRef397->setSourceEndpoint(srcPt397);\n    ConnEnd dstPt397(Point(106.7764662947339, -31.34315513529478), 4);\n    connRef397->setDestEndpoint(dstPt397);\n    connRef397->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398 = new ConnRef(router, 398);\n    ConnEnd srcPt398(Point(927.7288472491148, 517.9901782000385), 1);\n    connRef398->setSourceEndpoint(srcPt398);\n    ConnEnd dstPt398(Point(927.7288472491148, 467.9901782000385), 2);\n    connRef398->setDestEndpoint(dstPt398);\n    connRef398->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399 = new ConnRef(router, 399);\n    ConnEnd srcPt399(Point(48.77646629473389, 70.65684486570521), 8);\n    connRef399->setSourceEndpoint(srcPt399);\n    ConnEnd dstPt399(Point(106.7764662947339, 70.65684486570521), 4);\n    connRef399->setDestEndpoint(dstPt399);\n    connRef399->setRoutingType((ConnType)2);\n\n    ConnRef *connRef400 = new ConnRef(router, 400);\n    ConnEnd srcPt400(Point(1026.728847249115, 517.9901782000385), 1);\n    connRef400->setSourceEndpoint(srcPt400);\n    ConnEnd dstPt400(Point(1026.728847249115, 467.9901782000385), 2);\n    connRef400->setDestEndpoint(dstPt400);\n    connRef400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef401 = new ConnRef(router, 401);\n    ConnEnd srcPt401(Point(241.9431329624006, -81.34315513529478), 2);\n    connRef401->setSourceEndpoint(srcPt401);\n    ConnEnd dstPt401(Point(241.9431329624006, -31.34315513529478), 1);\n    connRef401->setDestEndpoint(dstPt401);\n    connRef401->setRoutingType((ConnType)2);\n\n    ConnRef *connRef402 = new ConnRef(router, 402);\n    ConnEnd srcPt402(Point(927.7288472491148, 324.561606771467), 2);\n    connRef402->setSourceEndpoint(srcPt402);\n    ConnEnd dstPt402(Point(927.7288472491148, 374.561606771467), 1);\n    connRef402->setDestEndpoint(dstPt402);\n    connRef402->setRoutingType((ConnType)2);\n\n    ConnRef *connRef403 = new ConnRef(router, 403);\n    ConnEnd srcPt403(Point(1162.728847250115, 1125.323511533372), 1);\n    connRef403->setSourceEndpoint(srcPt403);\n    ConnEnd dstPt403(Point(1162.728847250115, 1075.323511533372), 2);\n    connRef403->setDestEndpoint(dstPt403);\n    connRef403->setRoutingType((ConnType)2);\n\n    ConnRef *connRef404 = new ConnRef(router, 404);\n    ConnEnd srcPt404(Point(241.9431329624006, 20.65684486570521), 2);\n    connRef404->setSourceEndpoint(srcPt404);\n    ConnEnd dstPt404(Point(241.9431329624006, 70.65684486570521), 1);\n    connRef404->setDestEndpoint(dstPt404);\n    connRef404->setRoutingType((ConnType)2);\n\n    ConnRef *connRef405 = new ConnRef(router, 405);\n    ConnEnd srcPt405(Point(1026.728847249115, 324.561606771467), 2);\n    connRef405->setSourceEndpoint(srcPt405);\n    ConnEnd dstPt405(Point(1026.728847249115, 374.561606771467), 1);\n    connRef405->setDestEndpoint(dstPt405);\n    connRef405->setRoutingType((ConnType)2);\n\n    ConnRef *connRef406 = new ConnRef(router, 406);\n    ConnEnd srcPt406(Point(717.7288472481148, -518.3431551372947), 15);\n    connRef406->setSourceEndpoint(srcPt406);\n    ConnEnd dstPt406(Point(845.7288472481148, -468.8431551372947), 1);\n    connRef406->setDestEndpoint(dstPt406);\n    connRef406->setRoutingType((ConnType)2);\n\n    ConnRef *connRef407 = new ConnRef(router, 407);\n    ConnEnd srcPt407(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef407->setSourceEndpoint(srcPt407);\n    ConnEnd dstPt407(Point(520.7288472481148, -412.3431551372947), 4);\n    connRef407->setDestEndpoint(dstPt407);\n    connRef407->setRoutingType((ConnType)2);\n\n    ConnRef *connRef408 = new ConnRef(router, 408);\n    ConnEnd srcPt408(Point(618.7288472481148, -202.3431551362948), 15);\n    connRef408->setSourceEndpoint(srcPt408);\n    ConnEnd dstPt408(Point(538.9431329624006, -256.3431551362947), 8);\n    connRef408->setDestEndpoint(dstPt408);\n    connRef408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef409 = new ConnRef(router, 409);\n    ConnEnd srcPt409(Point(437.4431329624006, -323.3431551372947), 15);\n    connRef409->setSourceEndpoint(srcPt409);\n    ConnEnd dstPt409(Point(256.9431329624006, -417.3431551372947), 8);\n    connRef409->setDestEndpoint(dstPt409);\n    connRef409->setRoutingType((ConnType)2);\n#endif\n\n    router->processTransaction();\n    router->outputDiagram(\"output/nudgingSkipsCheckpoint02\");\n    Avoid::PolyLine route249 = connRef249->displayRoute();\n    \n    delete router;\n    return (route249.size() == 6) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/orderassertion.cpp",
    "content": "// Test case that triggers the orderSwapped after a second call \n// to the PtOrder::addPoints method.\n\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(232, 362);\n    poly73.ps[1] = Point(232, 402);\n    poly73.ps[2] = Point(192, 402);\n    poly73.ps[3] = Point(192, 362);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(125, 362);\n    poly74.ps[1] = Point(125, 402);\n    poly74.ps[2] = Point(85, 402);\n    poly74.ps[3] = Point(85, 362);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(77.5, 716);\n    poly75.ps[1] = Point(77.5, 880);\n    poly75.ps[2] = Point(20.5, 880);\n    poly75.ps[3] = Point(20.5, 716);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(187, 713);\n    poly76.ps[1] = Point(187, 733);\n    poly76.ps[2] = Point(167, 733);\n    poly76.ps[3] = Point(167, 713);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(139, 714);\n    poly77.ps[1] = Point(139, 754);\n    poly77.ps[2] = Point(99, 754);\n    poly77.ps[3] = Point(99, 714);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(422, 951);\n    poly78.ps[1] = Point(422, 971);\n    poly78.ps[2] = Point(402, 971);\n    poly78.ps[3] = Point(402, 951);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(187, 734);\n    poly79.ps[1] = Point(187, 754);\n    poly79.ps[2] = Point(167, 754);\n    poly79.ps[3] = Point(167, 734);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(470, 951);\n    poly80.ps[1] = Point(470, 971);\n    poly80.ps[2] = Point(450, 971);\n    poly80.ps[3] = Point(450, 951);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(669.5, 899.5);\n    poly81.ps[1] = Point(669.5, 934.5);\n    poly81.ps[2] = Point(532.5, 934.5);\n    poly81.ps[3] = Point(532.5, 899.5);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(491, 471);\n    poly82.ps[1] = Point(491, 491);\n    poly82.ps[2] = Point(471, 491);\n    poly82.ps[3] = Point(471, 471);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(565, 512);\n    poly83.ps[1] = Point(565, 532);\n    poly83.ps[2] = Point(545, 532);\n    poly83.ps[3] = Point(545, 512);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(538, 531);\n    poly84.ps[1] = Point(538, 551);\n    poly84.ps[2] = Point(518, 551);\n    poly84.ps[3] = Point(518, 531);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(272, 782);\n    poly85.ps[1] = Point(272, 802);\n    poly85.ps[2] = Point(252, 802);\n    poly85.ps[3] = Point(252, 782);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(515, 512);\n    poly86.ps[1] = Point(515, 532);\n    poly86.ps[2] = Point(495, 532);\n    poly86.ps[3] = Point(495, 512);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(391, 534);\n    poly87.ps[1] = Point(391, 574);\n    poly87.ps[2] = Point(351, 574);\n    poly87.ps[3] = Point(351, 534);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(420, 573);\n    poly88.ps[1] = Point(420, 593);\n    poly88.ps[2] = Point(400, 593);\n    poly88.ps[3] = Point(400, 573);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(421, 509);\n    poly89.ps[1] = Point(421, 529);\n    poly89.ps[2] = Point(401, 529);\n    poly89.ps[3] = Point(401, 509);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(476, 426);\n    poly90.ps[1] = Point(476, 466);\n    poly90.ps[2] = Point(436, 466);\n    poly90.ps[3] = Point(436, 426);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(290, 970);\n    poly91.ps[1] = Point(290, 1010);\n    poly91.ps[2] = Point(234, 1010);\n    poly91.ps[3] = Point(234, 970);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(77, 888);\n    poly92.ps[1] = Point(77, 928);\n    poly92.ps[2] = Point(21, 928);\n    poly92.ps[3] = Point(21, 888);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(360, 991);\n    poly93.ps[1] = Point(360, 1031);\n    poly93.ps[2] = Point(304, 1031);\n    poly93.ps[3] = Point(304, 991);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(449, 889);\n    poly94.ps[1] = Point(449, 929);\n    poly94.ps[2] = Point(393, 929);\n    poly94.ps[3] = Point(393, 889);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(488, 970);\n    poly95.ps[1] = Point(488, 1010);\n    poly95.ps[2] = Point(432, 1010);\n    poly95.ps[3] = Point(432, 970);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(440, 970);\n    poly96.ps[1] = Point(440, 1010);\n    poly96.ps[2] = Point(384, 1010);\n    poly96.ps[3] = Point(384, 970);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(432, 801);\n    poly97.ps[1] = Point(432, 841);\n    poly97.ps[2] = Point(376, 841);\n    poly97.ps[3] = Point(376, 801);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(502, 780);\n    poly98.ps[1] = Point(502, 820);\n    poly98.ps[2] = Point(446, 820);\n    poly98.ps[3] = Point(446, 780);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(320, 792);\n    poly99.ps[1] = Point(320, 832);\n    poly99.ps[2] = Point(264, 832);\n    poly99.ps[3] = Point(264, 792);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(211, 792);\n    poly100.ps[1] = Point(211, 832);\n    poly100.ps[2] = Point(155, 832);\n    poly100.ps[3] = Point(155, 792);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(559, 791);\n    poly101.ps[1] = Point(559, 831);\n    poly101.ps[2] = Point(503, 831);\n    poly101.ps[3] = Point(503, 791);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(554, 747);\n    poly102.ps[1] = Point(554, 787);\n    poly102.ps[2] = Point(498, 787);\n    poly102.ps[3] = Point(498, 747);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(554, 678);\n    poly103.ps[1] = Point(554, 718);\n    poly103.ps[2] = Point(498, 718);\n    poly103.ps[3] = Point(498, 678);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(555, 606);\n    poly104.ps[1] = Point(555, 646);\n    poly104.ps[2] = Point(499, 646);\n    poly104.ps[3] = Point(499, 606);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(389, 461);\n    poly105.ps[1] = Point(389, 501);\n    poly105.ps[2] = Point(333, 501);\n    poly105.ps[3] = Point(333, 461);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(404, 377);\n    poly106.ps[1] = Point(404, 417);\n    poly106.ps[2] = Point(348, 417);\n    poly106.ps[3] = Point(348, 377);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(554, 381);\n    poly107.ps[1] = Point(554, 421);\n    poly107.ps[2] = Point(498, 421);\n    poly107.ps[3] = Point(498, 381);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(554, 315);\n    poly108.ps[1] = Point(554, 355);\n    poly108.ps[2] = Point(498, 355);\n    poly108.ps[3] = Point(498, 315);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(431, 265);\n    poly109.ps[1] = Point(431, 305);\n    poly109.ps[2] = Point(375, 305);\n    poly109.ps[3] = Point(375, 265);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(553, 122);\n    poly110.ps[1] = Point(553, 162);\n    poly110.ps[2] = Point(497, 162);\n    poly110.ps[3] = Point(497, 122);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(554, 245);\n    poly111.ps[1] = Point(554, 285);\n    poly111.ps[2] = Point(498, 285);\n    poly111.ps[3] = Point(498, 245);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(414, 150);\n    poly112.ps[1] = Point(414, 190);\n    poly112.ps[2] = Point(358, 190);\n    poly112.ps[3] = Point(358, 150);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(404, 229);\n    poly113.ps[1] = Point(404, 269);\n    poly113.ps[2] = Point(348, 269);\n    poly113.ps[3] = Point(348, 229);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(319, 310);\n    poly114.ps[1] = Point(319, 350);\n    poly114.ps[2] = Point(263, 350);\n    poly114.ps[3] = Point(263, 310);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(249, 229);\n    poly115.ps[1] = Point(249, 269);\n    poly115.ps[2] = Point(193, 269);\n    poly115.ps[3] = Point(193, 229);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(358, 196);\n    poly116.ps[1] = Point(358, 236);\n    poly116.ps[2] = Point(302, 236);\n    poly116.ps[3] = Point(302, 196);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(308, 196);\n    poly117.ps[1] = Point(308, 236);\n    poly117.ps[2] = Point(252, 236);\n    poly117.ps[3] = Point(252, 196);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(112, 241);\n    poly118.ps[1] = Point(112, 281);\n    poly118.ps[2] = Point(56, 281);\n    poly118.ps[3] = Point(56, 241);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(249, 154);\n    poly119.ps[1] = Point(249, 194);\n    poly119.ps[2] = Point(193, 194);\n    poly119.ps[3] = Point(193, 154);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(249, 135);\n    poly120.ps[1] = Point(249, 175);\n    poly120.ps[2] = Point(193, 175);\n    poly120.ps[3] = Point(193, 135);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(317, 113);\n    poly121.ps[1] = Point(317, 153);\n    poly121.ps[2] = Point(261, 153);\n    poly121.ps[3] = Point(261, 113);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(344, 81);\n    poly122.ps[1] = Point(344, 121);\n    poly122.ps[2] = Point(288, 121);\n    poly122.ps[3] = Point(288, 81);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(344, 160);\n    poly123.ps[1] = Point(344, 200);\n    poly123.ps[2] = Point(288, 200);\n    poly123.ps[3] = Point(288, 160);\n    new ShapeRef(router, poly123, 123);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(263, 835);\n    poly124.ps[1] = Point(263, 875);\n    poly124.ps[2] = Point(207, 875);\n    poly124.ps[3] = Point(207, 835);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(554, 533);\n    poly125.ps[1] = Point(554, 573);\n    poly125.ps[2] = Point(498, 573);\n    poly125.ps[3] = Point(498, 533);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(249, 173);\n    poly126.ps[1] = Point(249, 213);\n    poly126.ps[2] = Point(193, 213);\n    poly126.ps[3] = Point(193, 173);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(319, 248);\n    poly127.ps[1] = Point(319, 288);\n    poly127.ps[2] = Point(263, 288);\n    poly127.ps[3] = Point(263, 248);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(182, 287);\n    poly128.ps[1] = Point(182, 327);\n    poly128.ps[2] = Point(126, 327);\n    poly128.ps[3] = Point(126, 287);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(182, 413);\n    poly129.ps[1] = Point(182, 453);\n    poly129.ps[2] = Point(126, 453);\n    poly129.ps[3] = Point(126, 413);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(292, 286);\n    poly130.ps[1] = Point(292, 326);\n    poly130.ps[2] = Point(236, 326);\n    poly130.ps[3] = Point(236, 286);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(292, 412);\n    poly131.ps[1] = Point(292, 452);\n    poly131.ps[2] = Point(236, 452);\n    poly131.ps[3] = Point(236, 412);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(205, 653);\n    poly132.ps[1] = Point(205, 693);\n    poly132.ps[2] = Point(149, 693);\n    poly132.ps[3] = Point(149, 653);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(510, 891);\n    poly133.ps[1] = Point(510, 931);\n    poly133.ps[2] = Point(454, 931);\n    poly133.ps[3] = Point(454, 891);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(275, 674);\n    poly134.ps[1] = Point(275, 714);\n    poly134.ps[2] = Point(219, 714);\n    poly134.ps[3] = Point(219, 674);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(488, 891);\n    poly135.ps[1] = Point(488, 931);\n    poly135.ps[2] = Point(432, 931);\n    poly135.ps[3] = Point(432, 891);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(579, 461);\n    poly136.ps[1] = Point(579, 501);\n    poly136.ps[2] = Point(523, 501);\n    poly136.ps[3] = Point(523, 461);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(583, 452);\n    poly137.ps[1] = Point(583, 492);\n    poly137.ps[2] = Point(527, 492);\n    poly137.ps[3] = Point(527, 452);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(556, 571);\n    poly138.ps[1] = Point(556, 611);\n    poly138.ps[2] = Point(500, 611);\n    poly138.ps[3] = Point(500, 571);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(290, 722);\n    poly139.ps[1] = Point(290, 762);\n    poly139.ps[2] = Point(234, 762);\n    poly139.ps[3] = Point(234, 722);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(603, 502);\n    poly140.ps[1] = Point(603, 542);\n    poly140.ps[2] = Point(547, 542);\n    poly140.ps[3] = Point(547, 502);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(438, 613);\n    poly141.ps[1] = Point(438, 653);\n    poly141.ps[2] = Point(382, 653);\n    poly141.ps[3] = Point(382, 613);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(439, 449);\n    poly142.ps[1] = Point(439, 489);\n    poly142.ps[2] = Point(383, 489);\n    poly142.ps[3] = Point(383, 449);\n    new ShapeRef(router, poly142, 142);\n    \n    ConnRef *connRef143 = new ConnRef(router, 143);\n    ConnEnd srcPt143(Point(262, 940), 15);\n    connRef143->setSourceEndpoint(srcPt143);\n    ConnEnd dstPt143(Point(119, 951), 15);\n    connRef143->setDestEndpoint(dstPt143);\n    connRef143->setRoutingType((ConnType)2);\n\n    ConnRef *connRef144 = new ConnRef(router, 144);\n    ConnEnd srcPt144(Point(262, 940), 15);\n    connRef144->setSourceEndpoint(srcPt144);\n    ConnEnd dstPt144(Point(351, 951), 15);\n    connRef144->setDestEndpoint(dstPt144);\n    connRef144->setRoutingType((ConnType)2);\n\n    ConnRef *connRef145 = new ConnRef(router, 145);\n    ConnEnd srcPt145(Point(119, 908), 15);\n    connRef145->setSourceEndpoint(srcPt145);\n    ConnEnd dstPt145(Point(119, 951), 15);\n    connRef145->setDestEndpoint(dstPt145);\n    connRef145->setRoutingType((ConnType)2);\n\n    ConnRef *connRef146 = new ConnRef(router, 146);\n    ConnEnd srcPt146(Point(119, 908), 15);\n    connRef146->setSourceEndpoint(srcPt146);\n    ConnEnd dstPt146(Point(119, 861), 15);\n    connRef146->setDestEndpoint(dstPt146);\n    connRef146->setRoutingType((ConnType)2);\n\n    ConnRef *connRef147 = new ConnRef(router, 147);\n    ConnEnd srcPt147(Point(262, 961), 15);\n    connRef147->setSourceEndpoint(srcPt147);\n    ConnEnd dstPt147(Point(119, 951), 15);\n    connRef147->setDestEndpoint(dstPt147);\n    connRef147->setRoutingType((ConnType)2);\n\n    ConnRef *connRef148 = new ConnRef(router, 148);\n    ConnEnd srcPt148(Point(262, 961), 15);\n    connRef148->setSourceEndpoint(srcPt148);\n    ConnEnd dstPt148(Point(351, 951), 15);\n    connRef148->setDestEndpoint(dstPt148);\n    connRef148->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149 = new ConnRef(router, 149);\n    ConnEnd srcPt149(Point(629, 336), 15);\n    connRef149->setSourceEndpoint(srcPt149);\n    ConnEnd dstPt149(Point(456, 446), 15);\n    connRef149->setDestEndpoint(dstPt149);\n    connRef149->setRoutingType((ConnType)2);\n\n    ConnRef *connRef150 = new ConnRef(router, 150);\n    ConnEnd srcPt150(Point(351, 909), 15);\n    connRef150->setSourceEndpoint(srcPt150);\n    ConnEnd dstPt150(Point(351, 951), 15);\n    connRef150->setDestEndpoint(dstPt150);\n    connRef150->setRoutingType((ConnType)2);\n\n    ConnRef *connRef151 = new ConnRef(router, 151);\n    ConnEnd srcPt151(Point(460, 940), 15);\n    connRef151->setSourceEndpoint(srcPt151);\n    ConnEnd dstPt151(Point(351, 951), 15);\n    connRef151->setDestEndpoint(dstPt151);\n    connRef151->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152 = new ConnRef(router, 152);\n    ConnEnd srcPt152(Point(412, 940), 15);\n    connRef152->setSourceEndpoint(srcPt152);\n    ConnEnd dstPt152(Point(351, 951), 15);\n    connRef152->setDestEndpoint(dstPt152);\n    connRef152->setRoutingType((ConnType)2);\n\n    ConnRef *connRef153 = new ConnRef(router, 153);\n    ConnEnd srcPt153(Point(404, 871), 15);\n    connRef153->setSourceEndpoint(srcPt153);\n    ConnEnd dstPt153(Point(456, 861), 15);\n    connRef153->setDestEndpoint(dstPt153);\n    connRef153->setRoutingType((ConnType)2);\n\n    ConnRef *connRef154 = new ConnRef(router, 154);\n    ConnEnd srcPt154(Point(404, 871), 15);\n    connRef154->setSourceEndpoint(srcPt154);\n    ConnEnd dstPt154(Point(351, 861), 15);\n    connRef154->setDestEndpoint(dstPt154);\n    connRef154->setRoutingType((ConnType)2);\n\n    ConnRef *connRef155 = new ConnRef(router, 155);\n    ConnEnd srcPt155(Point(404, 850), 15);\n    connRef155->setSourceEndpoint(srcPt155);\n    ConnEnd dstPt155(Point(456, 861), 15);\n    connRef155->setDestEndpoint(dstPt155);\n    connRef155->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156 = new ConnRef(router, 156);\n    ConnEnd srcPt156(Point(404, 850), 15);\n    connRef156->setSourceEndpoint(srcPt156);\n    ConnEnd dstPt156(Point(351, 861), 15);\n    connRef156->setDestEndpoint(dstPt156);\n    connRef156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157 = new ConnRef(router, 157);\n    ConnEnd srcPt157(Point(292, 862), 15);\n    connRef157->setSourceEndpoint(srcPt157);\n    ConnEnd dstPt157(Point(287, 904), 15);\n    connRef157->setDestEndpoint(dstPt157);\n    connRef157->setRoutingType((ConnType)2);\n\n    ConnRef *connRef158 = new ConnRef(router, 158);\n    ConnEnd srcPt158(Point(292, 862), 15);\n    connRef158->setSourceEndpoint(srcPt158);\n    ConnEnd dstPt158(Point(351, 861), 15);\n    connRef158->setDestEndpoint(dstPt158);\n    connRef158->setRoutingType((ConnType)2);\n\n    ConnRef *connRef159 = new ConnRef(router, 159);\n    ConnEnd srcPt159(Point(292, 862), 15);\n    connRef159->setSourceEndpoint(srcPt159);\n    ConnEnd dstPt159(Point(351, 818), 15);\n    connRef159->setDestEndpoint(dstPt159);\n    connRef159->setRoutingType((ConnType)2);\n\n    ConnRef *connRef160 = new ConnRef(router, 160);\n    ConnEnd srcPt160(Point(292, 862), 15);\n    connRef160->setSourceEndpoint(srcPt160);\n    ConnEnd dstPt160(Point(238, 861), 15);\n    connRef160->setDestEndpoint(dstPt160);\n    connRef160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef161 = new ConnRef(router, 161);\n    ConnEnd srcPt161(Point(183, 862), 15);\n    connRef161->setSourceEndpoint(srcPt161);\n    ConnEnd dstPt161(Point(119, 861), 15);\n    connRef161->setDestEndpoint(dstPt161);\n    connRef161->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162 = new ConnRef(router, 162);\n    ConnEnd srcPt162(Point(183, 862), 15);\n    connRef162->setSourceEndpoint(srcPt162);\n    ConnEnd dstPt162(Point(238, 861), 15);\n    connRef162->setDestEndpoint(dstPt162);\n    connRef162->setRoutingType((ConnType)2);\n\n    ConnRef *connRef163 = new ConnRef(router, 163);\n    ConnEnd srcPt163(Point(183, 862), 15);\n    connRef163->setSourceEndpoint(srcPt163);\n    ConnEnd dstPt163(Point(185, 904), 15);\n    connRef163->setDestEndpoint(dstPt163);\n    connRef163->setRoutingType((ConnType)2);\n\n    ConnRef *connRef164 = new ConnRef(router, 164);\n    ConnEnd srcPt164(Point(531, 861), 15);\n    connRef164->setSourceEndpoint(srcPt164);\n    ConnEnd dstPt164(Point(600, 861), 15);\n    connRef164->setDestEndpoint(dstPt164);\n    connRef164->setRoutingType((ConnType)2);\n\n    ConnRef *connRef165 = new ConnRef(router, 165);\n    ConnEnd srcPt165(Point(531, 861), 15);\n    connRef165->setSourceEndpoint(srcPt165);\n    ConnEnd dstPt165(Point(456, 861), 15);\n    connRef165->setDestEndpoint(dstPt165);\n    connRef165->setRoutingType((ConnType)2);\n\n    ConnRef *connRef166 = new ConnRef(router, 166);\n    ConnEnd srcPt166(Point(456, 767), 15);\n    connRef166->setSourceEndpoint(srcPt166);\n    ConnEnd dstPt166(Point(456, 734), 15);\n    connRef166->setDestEndpoint(dstPt166);\n    connRef166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef167 = new ConnRef(router, 167);\n    ConnEnd srcPt167(Point(456, 767), 15);\n    connRef167->setSourceEndpoint(srcPt167);\n    ConnEnd dstPt167(Point(456, 861), 15);\n    connRef167->setDestEndpoint(dstPt167);\n    connRef167->setRoutingType((ConnType)2);\n\n    ConnRef *connRef168 = new ConnRef(router, 168);\n    ConnEnd srcPt168(Point(456, 698), 15);\n    connRef168->setSourceEndpoint(srcPt168);\n    ConnEnd dstPt168(Point(456, 662), 15);\n    connRef168->setDestEndpoint(dstPt168);\n    connRef168->setRoutingType((ConnType)2);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(456, 698), 15);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(456, 734), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(457, 626), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(456, 662), 15);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(457, 626), 15);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(456, 590), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(431, 481), 15);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(456, 518), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(431, 481), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(456, 446), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(376, 447), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(305, 446), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(376, 447), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(456, 446), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(456, 401), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(305, 446), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(456, 401), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(456, 371), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(456, 401), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(456, 446), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(456, 335), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(456, 301), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(456, 335), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(456, 371), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(403, 335), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(456, 301), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(525, 192), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(456, 228), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(456, 265), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(456, 228), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(456, 265), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(456, 301), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(456, 170), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(456, 141), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(456, 170), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(456, 228), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(376, 299), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(305, 299), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(376, 299), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(456, 301), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(221, 280), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(154, 299), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(221, 280), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(305, 299), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(221, 299), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(154, 299), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(221, 299), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(305, 299), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(330, 266), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(305, 299), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(330, 266), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(456, 228), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(280, 266), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(305, 299), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(280, 266), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(456, 228), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(154, 261), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(154, 226), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(154, 261), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(154, 299), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(221, 224), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(154, 226), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(221, 224), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(456, 228), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(221, 205), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(154, 226), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(221, 205), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(456, 228), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(289, 183), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(154, 226), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(289, 183), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(456, 228), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(316, 151), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(456, 141), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(316, 151), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(154, 226), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(316, 130), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(456, 141), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(316, 130), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(154, 226), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(235, 905), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(287, 904), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(456, 553), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(456, 590), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(456, 553), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(456, 518), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(221, 243), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(456, 228), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(221, 318), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(305, 299), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(154, 357), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(212, 356), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(154, 383), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(212, 382), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(264, 356), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(305, 299), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(264, 382), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(305, 299), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(574, 193), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(525, 192), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(456, 141), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(458, 74), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(456, 662), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(629, 336), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(154, 226), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(221, 243), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(221, 318), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(154, 299), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(456, 228), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(629, 336), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(456, 734), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(49, 798), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(177, 744), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(456, 734), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(456, 590), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(278, 597), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(555, 522), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(456, 590), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(528, 541), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(456, 590), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(505, 522), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(456, 590), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(481, 481), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(456, 518), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(411, 519), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(456, 518), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(600, 861), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(601, 917), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(460, 940), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(523, 951), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(412, 940), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(523, 951), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(523, 951), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(412, 961), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(460, 961), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(523, 951), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(456, 861), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(629, 336), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(456, 861), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(49, 798), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(262, 792), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(456, 861), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(351, 861), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(351, 909), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(351, 818), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(404, 871), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(351, 818), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(404, 850), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(119, 861), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(49, 798), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(262, 792), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(119, 861), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(412, 961), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(351, 951), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(460, 961), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(351, 951), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(235, 905), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(185, 904), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(456, 371), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(403, 335), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(105, 356), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(154, 357), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(212, 356), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(264, 356), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(212, 382), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(264, 382), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(105, 382), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(154, 383), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(49, 798), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(119, 734), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(177, 723), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(456, 734), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(119, 734), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(177, 723), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(119, 734), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(177, 744), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(481, 481), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(456, 446), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(410, 583), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(371, 554), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(410, 583), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(456, 590), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(411, 519), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(371, 554), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(456, 446), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(555, 522), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(456, 446), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(528, 541), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(456, 446), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(505, 522), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(262, 990), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(262, 940), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(49, 908), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(119, 908), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(332, 1011), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(262, 961), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(421, 909), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(351, 909), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(460, 990), 15);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(460, 940), 15);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(412, 990), 15);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(412, 940), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(404, 821), 15);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(404, 871), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(474, 800), 15);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(404, 850), 15);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(292, 812), 15);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(292, 862), 15);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(183, 812), 15);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(183, 862), 15);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(531, 811), 15);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(531, 861), 15);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(526, 767), 15);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(456, 767), 15);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(526, 698), 15);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(456, 698), 15);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(527, 626), 15);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(457, 626), 15);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(361, 481), 15);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(431, 481), 15);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(376, 397), 15);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(376, 447), 15);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(526, 401), 15);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(456, 401), 15);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(526, 335), 15);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(456, 335), 15);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(403, 285), 15);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(403, 335), 15);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(525, 142), 15);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(525, 192), 15);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(526, 265), 15);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(456, 265), 15);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(386, 170), 15);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(456, 170), 15);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(376, 249), 15);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(376, 299), 15);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(291, 330), 15);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(221, 280), 15);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(221, 249), 15);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(221, 299), 15);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(330, 216), 15);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(330, 266), 15);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(280, 216), 15);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(280, 266), 15);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(84, 261), 15);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(154, 261), 15);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(221, 174), 15);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(221, 224), 15);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(221, 155), 15);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(221, 205), 15);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(289, 133), 15);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(289, 183), 15);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(316, 101), 15);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(316, 151), 15);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(316, 180), 15);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(316, 130), 15);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(235, 855), 15);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(235, 905), 15);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(526, 553), 15);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(456, 553), 15);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(221, 193), 15);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(221, 243), 15);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(291, 268), 15);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(221, 318), 15);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(154, 307), 15);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(154, 357), 15);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(154, 433), 15);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(154, 383), 15);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(264, 306), 15);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(264, 356), 15);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(264, 432), 15);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(264, 382), 15);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(177, 673), 15);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(177, 723), 15);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(482, 911), 15);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(412, 961), 15);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(247, 694), 15);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(177, 744), 15);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(460, 911), 15);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(460, 961), 15);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(551, 481), 15);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(481, 481), 15);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(555, 472), 15);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(555, 522), 15);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(528, 591), 15);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(528, 541), 15);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(262, 742), 15);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(262, 792), 15);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(575, 522), 15);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(505, 522), 15);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(410, 633), 15);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(410, 583), 15);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(411, 469), 15);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(411, 519), 15);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/orderassertion\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/orthordering01.cpp",
    "content": "// From bandgap_1_nooverlap_reduced_libavoid-debug.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 400);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly143407352(4);\n    poly143407352.ps[0] = Point(5810, 4340);\n    poly143407352.ps[1] = Point(5810, 5035);\n    poly143407352.ps[2] = Point(5450, 5035);\n    poly143407352.ps[3] = Point(5450, 4340);\n    new ShapeRef(router, poly143407352, 143407352);\n    \n    Polygon poly124950386(4);\n    poly124950386.ps[0] = Point(4900, 4090);\n    poly124950386.ps[1] = Point(4900, 4785);\n    poly124950386.ps[2] = Point(4540, 4785);\n    poly124950386.ps[3] = Point(4540, 4090);\n    new ShapeRef(router, poly124950386, 124950386);\n    \n    ConnRef *connRef373967044 = new ConnRef(router, 373967044);\n    ConnEnd srcPt373967044(Point(4890, 4250), 8);\n    connRef373967044->setSourceEndpoint(srcPt373967044);\n    ConnEnd dstPt373967044(Point(5460, 4500), 4);\n    connRef373967044->setDestEndpoint(dstPt373967044);\n    connRef373967044->setRoutingType((ConnType)2);\n\n    ConnRef *connRef681881486 = new ConnRef(router, 681881486);\n    ConnEnd srcPt681881486(Point(4890, 4325), 8);\n    connRef681881486->setSourceEndpoint(srcPt681881486);\n    ConnEnd dstPt681881486(Point(5460, 4575), 4);\n    connRef681881486->setDestEndpoint(dstPt681881486);\n    connRef681881486->setRoutingType((ConnType)2);\n\n    ConnRef *connRef829752 = new ConnRef(router, 829752);\n    ConnEnd srcPt829752(Point(4890, 4400), 8);\n    connRef829752->setSourceEndpoint(srcPt829752);\n    ConnEnd dstPt829752(Point(5460, 4650), 4);\n    connRef829752->setDestEndpoint(dstPt829752);\n    connRef829752->setRoutingType((ConnType)2);\n\n    ConnRef *connRef17625739 = new ConnRef(router, 17625739);\n    ConnEnd srcPt17625739(Point(4890, 4475), 8);\n    connRef17625739->setSourceEndpoint(srcPt17625739);\n    ConnEnd dstPt17625739(Point(5460, 4725), 4);\n    connRef17625739->setDestEndpoint(dstPt17625739);\n    connRef17625739->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223864175 = new ConnRef(router, 223864175);\n    ConnEnd srcPt223864175(Point(4890, 4550), 8);\n    connRef223864175->setSourceEndpoint(srcPt223864175);\n    ConnEnd dstPt223864175(Point(5460, 4800), 4);\n    connRef223864175->setDestEndpoint(dstPt223864175);\n    connRef223864175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef98144280 = new ConnRef(router, 98144280);\n    ConnEnd srcPt98144280(Point(4890, 4625), 8);\n    connRef98144280->setSourceEndpoint(srcPt98144280);\n    ConnEnd dstPt98144280(Point(5460, 4875), 4);\n    connRef98144280->setDestEndpoint(dstPt98144280);\n    connRef98144280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283100856 = new ConnRef(router, 283100856);\n    ConnEnd srcPt283100856(Point(4890, 4700), 8);\n    connRef283100856->setSourceEndpoint(srcPt283100856);\n    ConnEnd dstPt283100856(Point(5460, 4950), 4);\n    connRef283100856->setDestEndpoint(dstPt283100856);\n    connRef283100856->setRoutingType((ConnType)2);\n\n    ConnRef *connRef387080925 = new ConnRef(router, 387080925);\n    ConnEnd srcPt387080925(Point(5460, 4425), 4);\n    connRef387080925->setSourceEndpoint(srcPt387080925);\n    ConnEnd dstPt387080925(Point(4890, 4175), 8);\n    connRef387080925->setDestEndpoint(dstPt387080925);\n    connRef387080925->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/orthordering-01\");\n    \n    int crossings = router->existsCrossings();\n\n    delete router;\n    return (crossings > 0) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/orthordering02.cpp",
    "content": "// From bandgap_1_overlap_reduced_libavoid-debug.svg.\n#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 50);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly143407352(4);\n    poly143407352.ps[0] = Point(6035, 4390);\n    poly143407352.ps[1] = Point(6035, 5085);\n    poly143407352.ps[2] = Point(5675, 5085);\n    poly143407352.ps[3] = Point(5675, 4390);\n    new ShapeRef(router, poly143407352, 143407352);\n    \n    Polygon poly124950386(4);\n    poly124950386.ps[0] = Point(4900, 4090);\n    poly124950386.ps[1] = Point(4900, 4785);\n    poly124950386.ps[2] = Point(4540, 4785);\n    poly124950386.ps[3] = Point(4540, 4090);\n    new ShapeRef(router, poly124950386, 124950386);\n    \n    ConnRef *connRef373967044 = new ConnRef(router, 373967044);\n    ConnEnd srcPt373967044(Point(4890, 4250), 8);\n    connRef373967044->setSourceEndpoint(srcPt373967044);\n    ConnEnd dstPt373967044(Point(5685, 4550), 4);\n    connRef373967044->setDestEndpoint(dstPt373967044);\n    connRef373967044->setRoutingType((ConnType)2);\n\n    ConnRef *connRef681881486 = new ConnRef(router, 681881486);\n    ConnEnd srcPt681881486(Point(4890, 4325), 8);\n    connRef681881486->setSourceEndpoint(srcPt681881486);\n    ConnEnd dstPt681881486(Point(5685, 4625), 4);\n    connRef681881486->setDestEndpoint(dstPt681881486);\n    connRef681881486->setRoutingType((ConnType)2);\n\n    ConnRef *connRef829752 = new ConnRef(router, 829752);\n    ConnEnd srcPt829752(Point(4890, 4400), 8);\n    connRef829752->setSourceEndpoint(srcPt829752);\n    ConnEnd dstPt829752(Point(5685, 4700), 4);\n    connRef829752->setDestEndpoint(dstPt829752);\n    connRef829752->setRoutingType((ConnType)2);\n\n    ConnRef *connRef17625739 = new ConnRef(router, 17625739);\n    ConnEnd srcPt17625739(Point(4890, 4475), 8);\n    connRef17625739->setSourceEndpoint(srcPt17625739);\n    ConnEnd dstPt17625739(Point(5685, 4775), 4);\n    connRef17625739->setDestEndpoint(dstPt17625739);\n    connRef17625739->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223864175 = new ConnRef(router, 223864175);\n    ConnEnd srcPt223864175(Point(4890, 4550), 8);\n    connRef223864175->setSourceEndpoint(srcPt223864175);\n    ConnEnd dstPt223864175(Point(5685, 4850), 4);\n    connRef223864175->setDestEndpoint(dstPt223864175);\n    connRef223864175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef98144280 = new ConnRef(router, 98144280);\n    ConnEnd srcPt98144280(Point(4890, 4625), 8);\n    connRef98144280->setSourceEndpoint(srcPt98144280);\n    ConnEnd dstPt98144280(Point(5685, 4925), 4);\n    connRef98144280->setDestEndpoint(dstPt98144280);\n    connRef98144280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283100856 = new ConnRef(router, 283100856);\n    ConnEnd srcPt283100856(Point(4890, 4700), 8);\n    connRef283100856->setSourceEndpoint(srcPt283100856);\n    ConnEnd dstPt283100856(Point(5685, 5000), 4);\n    connRef283100856->setDestEndpoint(dstPt283100856);\n    connRef283100856->setRoutingType((ConnType)2);\n\n    ConnRef *connRef387080925 = new ConnRef(router, 387080925);\n    ConnEnd srcPt387080925(Point(5685, 4475), 4);\n    connRef387080925->setSourceEndpoint(srcPt387080925);\n    ConnEnd dstPt387080925(Point(4890, 4175), 8);\n    connRef387080925->setDestEndpoint(dstPt387080925);\n    connRef387080925->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/orthordering-02\");\n    \n    int crossings = router->existsCrossings();\n\n    delete router;\n    return (crossings > 0) ? 1 : 0;\n};\n\n"
  },
  {
    "path": "cola/libavoid/tests/output/README.txt",
    "content": "This directory is used to for output debug svg files from the testcases.\n"
  },
  {
    "path": "cola/libavoid/tests/overlappingRects.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n    router->setRoutingOption(nudgeOrthogonalSegmentsConnectedToShapes, true);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(-66.016, 38.6079);\n    poly57.ps[1] = Point(-66.016, 58.6079);\n    poly57.ps[2] = Point(-86.016, 58.6079);\n    poly57.ps[3] = Point(-86.016, 38.6079);\n    new ShapeRef(router, poly57, 57);\n    \n    Polygon poly114(4);\n    poly114.ps[0] = Point(886.746, 359.608);\n    poly114.ps[1] = Point(886.746, 399.608);\n    poly114.ps[2] = Point(830.746, 399.608);\n    poly114.ps[3] = Point(830.746, 359.608);\n    new ShapeRef(router, poly114, 114);\n    \n    Polygon poly126(4);\n    poly126.ps[0] = Point(510.984, 767.608);\n    poly126.ps[1] = Point(510.984, 807.608);\n    poly126.ps[2] = Point(454.984, 807.608);\n    poly126.ps[3] = Point(454.984, 767.608);\n    new ShapeRef(router, poly126, 126);\n    \n    Polygon poly142(4);\n    poly142.ps[0] = Point(149.984, 62.6079);\n    poly142.ps[1] = Point(149.984, 102.608);\n    poly142.ps[2] = Point(93.984, 102.608);\n    poly142.ps[3] = Point(93.984, 62.6079);\n    new ShapeRef(router, poly142, 142);\n    \n    Polygon poly115(4);\n    poly115.ps[0] = Point(539.534, 166.608);\n    poly115.ps[1] = Point(539.534, 206.608);\n    poly115.ps[2] = Point(483.534, 206.608);\n    poly115.ps[3] = Point(483.534, 166.608);\n    new ShapeRef(router, poly115, 115);\n    \n    Polygon poly107(4);\n    poly107.ps[0] = Point(484.984, 500.608);\n    poly107.ps[1] = Point(484.984, 540.608);\n    poly107.ps[2] = Point(444.984, 540.608);\n    poly107.ps[3] = Point(444.984, 500.608);\n    new ShapeRef(router, poly107, 107);\n    \n    Polygon poly164(4);\n    poly164.ps[0] = Point(388.984, 1086.01);\n    poly164.ps[1] = Point(388.984, 1126.01);\n    poly164.ps[2] = Point(328.984, 1126.01);\n    poly164.ps[3] = Point(328.984, 1086.01);\n    new ShapeRef(router, poly164, 164);\n    \n    Polygon poly40(4);\n    poly40.ps[0] = Point(131.984, -13.3921);\n    poly40.ps[1] = Point(131.984, 6.60786);\n    poly40.ps[2] = Point(111.984, 6.60786);\n    poly40.ps[3] = Point(111.984, -13.3921);\n    new ShapeRef(router, poly40, 40);\n    \n    Polygon poly161(4);\n    poly161.ps[0] = Point(785.5, 24.6079);\n    poly161.ps[1] = Point(785.5, 64.6079);\n    poly161.ps[2] = Point(725.5, 64.6079);\n    poly161.ps[3] = Point(725.5, 24.6079);\n    new ShapeRef(router, poly161, 161);\n    \n    Polygon poly82(4);\n    poly82.ps[0] = Point(813.984, 1031.01);\n    poly82.ps[1] = Point(813.984, 1071.01);\n    poly82.ps[2] = Point(773.984, 1071.01);\n    poly82.ps[3] = Point(773.984, 1031.01);\n    new ShapeRef(router, poly82, 82);\n    \n    Polygon poly146(4);\n    poly146.ps[0] = Point(530.584, -65.3921);\n    poly146.ps[1] = Point(530.584, -25.3921);\n    poly146.ps[2] = Point(474.584, -25.3921);\n    poly146.ps[3] = Point(474.584, -65.3921);\n    new ShapeRef(router, poly146, 146);\n    \n    Polygon poly151(4);\n    poly151.ps[0] = Point(97.984, -229.392);\n    poly151.ps[1] = Point(97.984, -189.392);\n    poly151.ps[2] = Point(41.984, -189.392);\n    poly151.ps[3] = Point(41.984, -229.392);\n    new ShapeRef(router, poly151, 151);\n    \n    Polygon poly23(4);\n    poly23.ps[0] = Point(691.984, 725.608);\n    poly23.ps[1] = Point(691.984, 745.608);\n    poly23.ps[2] = Point(671.984, 745.608);\n    poly23.ps[3] = Point(671.984, 725.608);\n    new ShapeRef(router, poly23, 23);\n    \n    Polygon poly121(4);\n    poly121.ps[0] = Point(709.984, 1063.01);\n    poly121.ps[1] = Point(709.984, 1103.01);\n    poly121.ps[2] = Point(653.984, 1103.01);\n    poly121.ps[3] = Point(653.984, 1063.01);\n    new ShapeRef(router, poly121, 121);\n    \n    Polygon poly68(4);\n    poly68.ps[0] = Point(460.584, 164.608);\n    poly68.ps[1] = Point(460.584, 204.608);\n    poly68.ps[2] = Point(420.584, 204.608);\n    poly68.ps[3] = Point(420.584, 164.608);\n    new ShapeRef(router, poly68, 68);\n    \n    Polygon poly53(4);\n    poly53.ps[0] = Point(450.584, -424.392);\n    poly53.ps[1] = Point(450.584, -404.392);\n    poly53.ps[2] = Point(430.584, -404.392);\n    poly53.ps[3] = Point(430.584, -424.392);\n    new ShapeRef(router, poly53, 53);\n    \n    Polygon poly29(4);\n    poly29.ps[0] = Point(808.746, 229.608);\n    poly29.ps[1] = Point(808.746, 249.608);\n    poly29.ps[2] = Point(788.746, 249.608);\n    poly29.ps[3] = Point(788.746, 229.608);\n    new ShapeRef(router, poly29, 29);\n    \n    Polygon poly88(4);\n    poly88.ps[0] = Point(1085.98, 883.608);\n    poly88.ps[1] = Point(1085.98, 923.608);\n    poly88.ps[2] = Point(1045.98, 923.608);\n    poly88.ps[3] = Point(1045.98, 883.608);\n    new ShapeRef(router, poly88, 88);\n    \n    Polygon poly141(4);\n    poly141.ps[0] = Point(390.984, 62.6079);\n    poly141.ps[1] = Point(390.984, 102.608);\n    poly141.ps[2] = Point(334.984, 102.608);\n    poly141.ps[3] = Point(334.984, 62.6079);\n    new ShapeRef(router, poly141, 141);\n    \n    Polygon poly118(4);\n    poly118.ps[0] = Point(1155.98, 739.608);\n    poly118.ps[1] = Point(1155.98, 779.608);\n    poly118.ps[2] = Point(1099.98, 779.608);\n    poly118.ps[3] = Point(1099.98, 739.608);\n    new ShapeRef(router, poly118, 118);\n    \n    Polygon poly31(4);\n    poly31.ps[0] = Point(1.98401, 363.608);\n    poly31.ps[1] = Point(1.98401, 383.608);\n    poly31.ps[2] = Point(-18.016, 383.608);\n    poly31.ps[3] = Point(-18.016, 363.608);\n    new ShapeRef(router, poly31, 31);\n    \n    Polygon poly137(4);\n    poly137.ps[0] = Point(408.584, 166.608);\n    poly137.ps[1] = Point(408.584, 206.608);\n    poly137.ps[2] = Point(352.584, 206.608);\n    poly137.ps[3] = Point(352.584, 166.608);\n    new ShapeRef(router, poly137, 137);\n    \n    Polygon poly159(4);\n    poly159.ps[0] = Point(622.984, 330.5);\n    poly159.ps[1] = Point(622.984, 390.5);\n    poly159.ps[2] = Point(582.984, 390.5);\n    poly159.ps[3] = Point(582.984, 330.5);\n    new ShapeRef(router, poly159, 159);\n    \n    Polygon poly169(4);\n    poly169.ps[0] = Point(1089.98, 243.608);\n    poly169.ps[1] = Point(1089.98, 303.608);\n    poly169.ps[2] = Point(1049.98, 303.608);\n    poly169.ps[3] = Point(1049.98, 243.608);\n    new ShapeRef(router, poly169, 169);\n    \n    Polygon poly13(4);\n    poly13.ps[0] = Point(763.984, 1145.01);\n    poly13.ps[1] = Point(763.984, 1165.01);\n    poly13.ps[2] = Point(743.984, 1165.01);\n    poly13.ps[3] = Point(743.984, 1145.01);\n    new ShapeRef(router, poly13, 13);\n    \n    Polygon poly33(4);\n    poly33.ps[0] = Point(327.084, 309.608);\n    poly33.ps[1] = Point(327.084, 329.608);\n    poly33.ps[2] = Point(307.084, 329.608);\n    poly33.ps[3] = Point(307.084, 309.608);\n    new ShapeRef(router, poly33, 33);\n    \n    Polygon poly60(4);\n    poly60.ps[0] = Point(11.984, -23.3921);\n    poly60.ps[1] = Point(11.984, 16.6079);\n    poly60.ps[2] = Point(-28.016, 16.6079);\n    poly60.ps[3] = Point(-28.016, -23.3921);\n    new ShapeRef(router, poly60, 60);\n    \n    Polygon poly145(4);\n    poly145.ps[0] = Point(149.984, -73.3921);\n    poly145.ps[1] = Point(149.984, -33.3921);\n    poly145.ps[2] = Point(93.984, -33.3921);\n    poly145.ps[3] = Point(93.984, -73.3921);\n    new ShapeRef(router, poly145, 145);\n    \n    Polygon poly134(4);\n    poly134.ps[0] = Point(888.746, 219.608);\n    poly134.ps[1] = Point(888.746, 259.608);\n    poly134.ps[2] = Point(832.746, 259.608);\n    poly134.ps[3] = Point(832.746, 219.608);\n    new ShapeRef(router, poly134, 134);\n    \n    Polygon poly160(4);\n    poly160.ps[0] = Point(785.5, -27.3921);\n    poly160.ps[1] = Point(785.5, 12.6079);\n    poly160.ps[2] = Point(725.5, 12.6079);\n    poly160.ps[3] = Point(725.5, -27.3921);\n    new ShapeRef(router, poly160, 160);\n    \n    Polygon poly117(4);\n    poly117.ps[0] = Point(646.484, 1203.01);\n    poly117.ps[1] = Point(646.484, 1243.01);\n    poly117.ps[2] = Point(590.484, 1243.01);\n    poly117.ps[3] = Point(590.484, 1203.01);\n    new ShapeRef(router, poly117, 117);\n    \n    Polygon poly170(4);\n    poly170.ps[0] = Point(322.984, 536.5);\n    poly170.ps[1] = Point(322.984, 596.5);\n    poly170.ps[2] = Point(282.984, 596.5);\n    poly170.ps[3] = Point(282.984, 536.5);\n    new ShapeRef(router, poly170, 170);\n    \n    Polygon poly36(4);\n    poly36.ps[0] = Point(372.984, 122.608);\n    poly36.ps[1] = Point(372.984, 142.608);\n    poly36.ps[2] = Point(352.984, 142.608);\n    poly36.ps[3] = Point(352.984, 122.608);\n    new ShapeRef(router, poly36, 36);\n    \n    Polygon poly19(4);\n    poly19.ps[0] = Point(803.984, 869.608);\n    poly19.ps[1] = Point(803.984, 889.608);\n    poly19.ps[2] = Point(783.984, 889.608);\n    poly19.ps[3] = Point(783.984, 869.608);\n    new ShapeRef(router, poly19, 19);\n    \n    Polygon poly116(4);\n    poly116.ps[0] = Point(456.984, 1213.01);\n    poly116.ps[1] = Point(456.984, 1253.01);\n    poly116.ps[2] = Point(400.984, 1253.01);\n    poly116.ps[3] = Point(400.984, 1213.01);\n    new ShapeRef(router, poly116, 116);\n    \n    Polygon poly52(4);\n    poly52.ps[0] = Point(450.584, -271.392);\n    poly52.ps[1] = Point(450.584, -251.392);\n    poly52.ps[2] = Point(430.584, -251.392);\n    poly52.ps[3] = Point(430.584, -271.392);\n    new ShapeRef(router, poly52, 52);\n    \n    Polygon poly99(4);\n    poly99.ps[0] = Point(307.984, -334.392);\n    poly99.ps[1] = Point(307.984, -294.392);\n    poly99.ps[2] = Point(267.984, -294.392);\n    poly99.ps[3] = Point(267.984, -334.392);\n    new ShapeRef(router, poly99, 99);\n    \n    Polygon poly154(4);\n    poly154.ps[0] = Point(570.984, 450.608);\n    poly154.ps[1] = Point(570.984, 490.608);\n    poly154.ps[2] = Point(514.984, 490.608);\n    poly154.ps[3] = Point(514.984, 450.608);\n    new ShapeRef(router, poly154, 154);\n    \n    Polygon poly150(4);\n    poly150.ps[0] = Point(377.984, -281.392);\n    poly150.ps[1] = Point(377.984, -241.392);\n    poly150.ps[2] = Point(321.984, -241.392);\n    poly150.ps[3] = Point(321.984, -281.392);\n    new ShapeRef(router, poly150, 150);\n    \n    Polygon poly153(4);\n    poly153.ps[0] = Point(767.984, 450.608);\n    poly153.ps[1] = Point(767.984, 490.608);\n    poly153.ps[2] = Point(711.984, 490.608);\n    poly153.ps[3] = Point(711.984, 450.608);\n    new ShapeRef(router, poly153, 153);\n    \n    Polygon poly104(4);\n    poly104.ps[0] = Point(965.984, 164.608);\n    poly104.ps[1] = Point(965.984, 204.608);\n    poly104.ps[2] = Point(925.984, 204.608);\n    poly104.ps[3] = Point(925.984, 164.608);\n    new ShapeRef(router, poly104, 104);\n    \n    Polygon poly75(4);\n    poly75.ps[0] = Point(442.984, 663.608);\n    poly75.ps[1] = Point(442.984, 703.608);\n    poly75.ps[2] = Point(402.984, 703.608);\n    poly75.ps[3] = Point(402.984, 663.608);\n    new ShapeRef(router, poly75, 75);\n    \n    Polygon poly51(4);\n    poly51.ps[0] = Point(450.584, -55.3921);\n    poly51.ps[1] = Point(450.584, -35.3921);\n    poly51.ps[2] = Point(430.584, -35.3921);\n    poly51.ps[3] = Point(430.584, -55.3921);\n    new ShapeRef(router, poly51, 51);\n    \n    Polygon poly112(4);\n    poly112.ps[0] = Point(539.534, -229.392);\n    poly112.ps[1] = Point(539.534, -189.392);\n    poly112.ps[2] = Point(483.534, -189.392);\n    poly112.ps[3] = Point(483.534, -229.392);\n    new ShapeRef(router, poly112, 112);\n    \n    Polygon poly61(4);\n    poly61.ps[0] = Point(337.084, 425.608);\n    poly61.ps[1] = Point(337.084, 465.608);\n    poly61.ps[2] = Point(297.084, 465.608);\n    poly61.ps[3] = Point(297.084, 425.608);\n    new ShapeRef(router, poly61, 61);\n    \n    Polygon poly158(4);\n    poly158.ps[0] = Point(285.084, 425.608);\n    poly158.ps[1] = Point(285.084, 465.608);\n    poly158.ps[2] = Point(225.084, 465.608);\n    poly158.ps[3] = Point(225.084, 425.608);\n    new ShapeRef(router, poly158, 158);\n    \n    Polygon poly162(4);\n    poly162.ps[0] = Point(785.5, 76.6079);\n    poly162.ps[1] = Point(785.5, 116.608);\n    poly162.ps[2] = Point(725.5, 116.608);\n    poly162.ps[3] = Point(725.5, 76.6079);\n    new ShapeRef(router, poly162, 162);\n    \n    Polygon poly103(4);\n    poly103.ps[0] = Point(965.984, 315.608);\n    poly103.ps[1] = Point(965.984, 355.608);\n    poly103.ps[2] = Point(925.984, 355.608);\n    poly103.ps[3] = Point(925.984, 315.608);\n    new ShapeRef(router, poly103, 103);\n    \n    Polygon poly90(4);\n    poly90.ps[0] = Point(813.984, 817.608);\n    poly90.ps[1] = Point(813.984, 857.608);\n    poly90.ps[2] = Point(773.984, 857.608);\n    poly90.ps[3] = Point(773.984, 817.608);\n    new ShapeRef(router, poly90, 90);\n    \n    Polygon poly70(4);\n    poly70.ps[0] = Point(340.584, 164.608);\n    poly70.ps[1] = Point(340.584, 204.608);\n    poly70.ps[2] = Point(300.584, 204.608);\n    poly70.ps[3] = Point(300.584, 164.608);\n    new ShapeRef(router, poly70, 70);\n    \n    Polygon poly50(4);\n    poly50.ps[0] = Point(886.746, 307.608);\n    poly50.ps[1] = Point(886.746, 347.608);\n    poly50.ps[2] = Point(830.746, 347.608);\n    poly50.ps[3] = Point(830.746, 307.608);\n    new ShapeRef(router, poly50, 50);\n    \n    Polygon poly49(4);\n    poly49.ps[0] = Point(1115.98, 1187.01);\n    poly49.ps[1] = Point(1115.98, 1247.01);\n    poly49.ps[2] = Point(825.984, 1247.01);\n    poly49.ps[3] = Point(825.984, 1187.01);\n    new ShapeRef(router, poly49, 49);\n    \n    Polygon poly37(4);\n    poly37.ps[0] = Point(131.984, 122.608);\n    poly37.ps[1] = Point(131.984, 142.608);\n    poly37.ps[2] = Point(111.984, 142.608);\n    poly37.ps[3] = Point(111.984, 122.608);\n    new ShapeRef(router, poly37, 37);\n    \n    Polygon poly120(4);\n    poly120.ps[0] = Point(843.984, 1135.01);\n    poly120.ps[1] = Point(843.984, 1175.01);\n    poly120.ps[2] = Point(787.984, 1175.01);\n    poly120.ps[3] = Point(787.984, 1135.01);\n    new ShapeRef(router, poly120, 120);\n    \n    Polygon poly28(4);\n    poly28.ps[0] = Point(372.984, 673.608);\n    poly28.ps[1] = Point(372.984, 693.608);\n    poly28.ps[2] = Point(352.984, 693.608);\n    poly28.ps[3] = Point(352.984, 673.608);\n    new ShapeRef(router, poly28, 28);\n    \n    Polygon poly136(4);\n    poly136.ps[0] = Point(81.984, 353.608);\n    poly136.ps[1] = Point(81.984, 393.608);\n    poly136.ps[2] = Point(25.984, 393.608);\n    poly136.ps[3] = Point(25.984, 353.608);\n    new ShapeRef(router, poly136, 136);\n    \n    Polygon poly12(4);\n    poly12.ps[0] = Point(933.984, 939.008);\n    poly12.ps[1] = Point(933.984, 959.008);\n    poly12.ps[2] = Point(913.984, 959.008);\n    poly12.ps[3] = Point(913.984, 939.008);\n    new ShapeRef(router, poly12, 12);\n    \n    Polygon poly131(4);\n    poly131.ps[0] = Point(390.984, 715.608);\n    poly131.ps[1] = Point(390.984, 755.608);\n    poly131.ps[2] = Point(334.984, 755.608);\n    poly131.ps[3] = Point(334.984, 715.608);\n    new ShapeRef(router, poly131, 131);\n    \n    Polygon poly78(4);\n    poly78.ps[0] = Point(302.984, 1031.01);\n    poly78.ps[1] = Point(302.984, 1071.01);\n    poly78.ps[2] = Point(262.984, 1071.01);\n    poly78.ps[3] = Point(262.984, 1031.01);\n    new ShapeRef(router, poly78, 78);\n    \n    Polygon poly3(4);\n    poly3.ps[0] = Point(944.984, 516.108);\n    poly3.ps[1] = Point(944.984, 536.108);\n    poly3.ps[2] = Point(924.984, 536.108);\n    poly3.ps[3] = Point(924.984, 516.108);\n    new ShapeRef(router, poly3, 3);\n    \n    Polygon poly17(4);\n    poly17.ps[0] = Point(691.984, 939.008);\n    poly17.ps[1] = Point(691.984, 959.008);\n    poly17.ps[2] = Point(671.984, 959.008);\n    poly17.ps[3] = Point(671.984, 939.008);\n    new ShapeRef(router, poly17, 17);\n    \n    Polygon poly66(4);\n    poly66.ps[0] = Point(11.984, 229.608);\n    poly66.ps[1] = Point(11.984, 269.608);\n    poly66.ps[2] = Point(-28.016, 269.608);\n    poly66.ps[3] = Point(-28.016, 229.608);\n    new ShapeRef(router, poly66, 66);\n    \n    Polygon poly15(4);\n    poly15.ps[0] = Point(691.984, 1031.01);\n    poly15.ps[1] = Point(691.984, 1051.01);\n    poly15.ps[2] = Point(671.984, 1051.01);\n    poly15.ps[3] = Point(671.984, 1031.01);\n    new ShapeRef(router, poly15, 15);\n    \n    Polygon poly4(4);\n    poly4.ps[0] = Point(868.746, 419.608);\n    poly4.ps[1] = Point(868.746, 439.608);\n    poly4.ps[2] = Point(848.746, 439.608);\n    poly4.ps[3] = Point(848.746, 419.608);\n    new ShapeRef(router, poly4, 4);\n    \n    Polygon poly22(4);\n    poly22.ps[0] = Point(803.984, 725.608);\n    poly22.ps[1] = Point(803.984, 745.608);\n    poly22.ps[2] = Point(783.984, 745.608);\n    poly22.ps[3] = Point(783.984, 725.608);\n    new ShapeRef(router, poly22, 22);\n    \n    Polygon poly119(4);\n    poly119.ps[0] = Point(951.984, 879.008);\n    poly119.ps[1] = Point(951.984, 919.008);\n    poly119.ps[2] = Point(895.984, 919.008);\n    poly119.ps[3] = Point(895.984, 879.008);\n    new ShapeRef(router, poly119, 119);\n    \n    Polygon poly130(4);\n    poly130.ps[0] = Point(512.984, 715.608);\n    poly130.ps[1] = Point(512.984, 755.608);\n    poly130.ps[2] = Point(456.984, 755.608);\n    poly130.ps[3] = Point(456.984, 715.608);\n    new ShapeRef(router, poly130, 130);\n    \n    Polygon poly138(4);\n    poly138.ps[0] = Point(407.084, 299.608);\n    poly138.ps[1] = Point(407.084, 339.608);\n    poly138.ps[2] = Point(351.084, 339.608);\n    poly138.ps[3] = Point(351.084, 299.608);\n    new ShapeRef(router, poly138, 138);\n    \n    Polygon poly97(4);\n    poly97.ps[0] = Point(460.584, -334.392);\n    poly97.ps[1] = Point(460.584, -294.392);\n    poly97.ps[2] = Point(420.584, -294.392);\n    poly97.ps[3] = Point(420.584, -334.392);\n    new ShapeRef(router, poly97, 97);\n    \n    Polygon poly156(4);\n    poly156.ps[0] = Point(190.984, 624.465);\n    poly156.ps[1] = Point(190.984, 664.465);\n    poly156.ps[2] = Point(134.984, 664.465);\n    poly156.ps[3] = Point(134.984, 624.465);\n    new ShapeRef(router, poly156, 156);\n    \n    Polygon poly11(4);\n    poly11.ps[0] = Point(1075.98, 749.608);\n    poly11.ps[1] = Point(1075.98, 769.608);\n    poly11.ps[2] = Point(1055.98, 769.608);\n    poly11.ps[3] = Point(1055.98, 749.608);\n    new ShapeRef(router, poly11, 11);\n    \n    Polygon poly152(4);\n    poly152.ps[0] = Point(13.984, 28.6079);\n    poly152.ps[1] = Point(13.984, 68.6079);\n    poly152.ps[2] = Point(-42.016, 68.6079);\n    poly152.ps[3] = Point(-42.016, 28.6079);\n    new ShapeRef(router, poly152, 152);\n    \n    Polygon poly81(4);\n    poly81.ps[0] = Point(122.984, 817.608);\n    poly81.ps[1] = Point(122.984, 857.608);\n    poly81.ps[2] = Point(82.984, 857.608);\n    poly81.ps[3] = Point(82.984, 817.608);\n    new ShapeRef(router, poly81, 81);\n    \n    Polygon poly109(4);\n    poly109.ps[0] = Point(372.984, -313.392);\n    poly109.ps[1] = Point(372.984, -293.392);\n    poly109.ps[2] = Point(352.984, -293.392);\n    poly109.ps[3] = Point(352.984, -313.392);\n    new ShapeRef(router, poly109, 109);\n    \n    Polygon poly101(4);\n    poly101.ps[0] = Point(-81.016, -179.392);\n    poly101.ps[1] = Point(-81.016, -139.392);\n    poly101.ps[2] = Point(-121.016, -139.392);\n    poly101.ps[3] = Point(-121.016, -179.392);\n    new ShapeRef(router, poly101, 101);\n    \n    Polygon poly64(4);\n    poly64.ps[0] = Point(307.984, 112.608);\n    poly64.ps[1] = Point(307.984, 152.608);\n    poly64.ps[2] = Point(267.984, 152.608);\n    poly64.ps[3] = Point(267.984, 112.608);\n    new ShapeRef(router, poly64, 64);\n    \n    Polygon poly92(4);\n    poly92.ps[0] = Point(813.984, 929.008);\n    poly92.ps[1] = Point(813.984, 969.008);\n    poly92.ps[2] = Point(773.984, 969.008);\n    poly92.ps[3] = Point(773.984, 929.008);\n    new ShapeRef(router, poly92, 92);\n    \n    Polygon poly27(4);\n    poly27.ps[0] = Point(542.984, 680.465);\n    poly27.ps[1] = Point(542.984, 700.465);\n    poly27.ps[2] = Point(522.984, 700.465);\n    poly27.ps[3] = Point(522.984, 680.465);\n    new ShapeRef(router, poly27, 27);\n    \n    Polygon poly9(4);\n    poly9.ps[0] = Point(438.984, 1273.01);\n    poly9.ps[1] = Point(438.984, 1293.01);\n    poly9.ps[2] = Point(418.984, 1293.01);\n    poly9.ps[3] = Point(418.984, 1273.01);\n    new ShapeRef(router, poly9, 9);\n    \n    Polygon poly171(4);\n    poly171.ps[0] = Point(885.984, 1187.01);\n    poly171.ps[1] = Point(885.984, 1227.01);\n    poly171.ps[2] = Point(825.984, 1227.01);\n    poly171.ps[3] = Point(825.984, 1187.01);\n    new ShapeRef(router, poly171, 171);\n    \n    Polygon poly26(4);\n    poly26.ps[0] = Point(852, 549);\n    poly26.ps[1] = Point(852, 589);\n    poly26.ps[2] = Point(796, 589);\n    poly26.ps[3] = Point(796, 549);\n    new ShapeRef(router, poly26, 26);\n    \n    Polygon poly95(4);\n    poly95.ps[0] = Point(818.746, 315.608);\n    poly95.ps[1] = Point(818.746, 355.608);\n    poly95.ps[2] = Point(778.746, 355.608);\n    poly95.ps[3] = Point(778.746, 315.608);\n    new ShapeRef(router, poly95, 95);\n    \n    Polygon poly72(4);\n    poly72.ps[0] = Point(813.984, 663.608);\n    poly72.ps[1] = Point(813.984, 703.608);\n    poly72.ps[2] = Point(773.984, 703.608);\n    poly72.ps[3] = Point(773.984, 663.608);\n    new ShapeRef(router, poly72, 72);\n    \n    Polygon poly16(4);\n    poly16.ps[0] = Point(561.984, 981.008);\n    poly16.ps[1] = Point(561.984, 1001.01);\n    poly16.ps[2] = Point(541.984, 1001.01);\n    poly16.ps[3] = Point(541.984, 981.008);\n    new ShapeRef(router, poly16, 16);\n    \n    Polygon poly35(4);\n    poly35.ps[0] = Point(521.534, 122.608);\n    poly35.ps[1] = Point(521.534, 142.608);\n    poly35.ps[2] = Point(501.534, 142.608);\n    poly35.ps[3] = Point(501.534, 122.608);\n    new ShapeRef(router, poly35, 35);\n    \n    Polygon poly34(4);\n    poly34.ps[0] = Point(1.98401, 197.608);\n    poly34.ps[1] = Point(1.98401, 217.608);\n    poly34.ps[2] = Point(-18.016, 217.608);\n    poly34.ps[3] = Point(-18.016, 197.608);\n    new ShapeRef(router, poly34, 34);\n    \n    Polygon poly86(4);\n    poly86.ps[0] = Point(571.984, 1031.01);\n    poly86.ps[1] = Point(571.984, 1071.01);\n    poly86.ps[2] = Point(531.984, 1071.01);\n    poly86.ps[3] = Point(531.984, 1031.01);\n    new ShapeRef(router, poly86, 86);\n    \n    Polygon poly140(4);\n    poly140.ps[0] = Point(539.534, 62.6079);\n    poly140.ps[1] = Point(539.534, 102.608);\n    poly140.ps[2] = Point(483.534, 102.608);\n    poly140.ps[3] = Point(483.534, 62.6079);\n    new ShapeRef(router, poly140, 140);\n    \n    Polygon poly69(4);\n    poly69.ps[0] = Point(591.534, 164.608);\n    poly69.ps[1] = Point(591.534, 204.608);\n    poly69.ps[2] = Point(551.534, 204.608);\n    poly69.ps[3] = Point(551.534, 164.608);\n    new ShapeRef(router, poly69, 69);\n    \n    Polygon poly48(4);\n    poly48.ps[0] = Point(322.984, 477.608);\n    poly48.ps[1] = Point(322.984, 651.608);\n    poly48.ps[2] = Point(202.984, 651.608);\n    poly48.ps[3] = Point(202.984, 477.608);\n    new ShapeRef(router, poly48, 48);\n    \n    Polygon poly100(4);\n    poly100.ps[0] = Point(307.984, -179.392);\n    poly100.ps[1] = Point(307.984, -139.392);\n    poly100.ps[2] = Point(267.984, -139.392);\n    poly100.ps[3] = Point(267.984, -179.392);\n    new ShapeRef(router, poly100, 100);\n    \n    Polygon poly54(4);\n    poly54.ps[0] = Point(372.984, -405.392);\n    poly54.ps[1] = Point(372.984, -385.392);\n    poly54.ps[2] = Point(352.984, -385.392);\n    poly54.ps[3] = Point(352.984, -405.392);\n    new ShapeRef(router, poly54, 54);\n    \n    Polygon poly113(4);\n    poly113.ps[0] = Point(1024.98, 506.108);\n    poly113.ps[1] = Point(1024.98, 546.108);\n    poly113.ps[2] = Point(968.984, 546.108);\n    poly113.ps[3] = Point(968.984, 506.108);\n    new ShapeRef(router, poly113, 113);\n    \n    Polygon poly155(4);\n    poly155.ps[0] = Point(390.984, -373.392);\n    poly155.ps[1] = Point(390.984, -333.392);\n    poly155.ps[2] = Point(334.984, -333.392);\n    poly155.ps[3] = Point(334.984, -373.392);\n    new ShapeRef(router, poly155, 155);\n    \n    Polygon poly87(4);\n    poly87.ps[0] = Point(376.184, 939.758);\n    poly87.ps[1] = Point(376.184, 979.758);\n    poly87.ps[2] = Point(336.184, 979.758);\n    poly87.ps[3] = Point(336.184, 939.758);\n    new ShapeRef(router, poly87, 87);\n    \n    Polygon poly63(4);\n    poly63.ps[0] = Point(460.584, 112.608);\n    poly63.ps[1] = Point(460.584, 152.608);\n    poly63.ps[2] = Point(420.584, 152.608);\n    poly63.ps[3] = Point(420.584, 112.608);\n    new ShapeRef(router, poly63, 63);\n    \n    Polygon poly129(4);\n    poly129.ps[0] = Point(771.984, 715.608);\n    poly129.ps[1] = Point(771.984, 755.608);\n    poly129.ps[2] = Point(715.984, 755.608);\n    poly129.ps[3] = Point(715.984, 715.608);\n    new ShapeRef(router, poly129, 129);\n    \n    Polygon poly76(4);\n    poly76.ps[0] = Point(320.984, 663.608);\n    poly76.ps[1] = Point(320.984, 703.608);\n    poly76.ps[2] = Point(280.984, 703.608);\n    poly76.ps[3] = Point(280.984, 663.608);\n    new ShapeRef(router, poly76, 76);\n    \n    Polygon poly93(4);\n    poly93.ps[0] = Point(1085.98, 663.608);\n    poly93.ps[1] = Point(1085.98, 703.608);\n    poly93.ps[2] = Point(1045.98, 703.608);\n    poly93.ps[3] = Point(1045.98, 663.608);\n    new ShapeRef(router, poly93, 93);\n    \n    Polygon poly157(4);\n    poly157.ps[0] = Point(213, 425.608);\n    poly157.ps[1] = Point(213, 465.608);\n    poly157.ps[2] = Point(153, 465.608);\n    poly157.ps[3] = Point(153, 425.608);\n    new ShapeRef(router, poly157, 157);\n    \n    Polygon poly147(4);\n    poly147.ps[0] = Point(530.584, -281.392);\n    poly147.ps[1] = Point(530.584, -241.392);\n    poly147.ps[2] = Point(474.584, -241.392);\n    poly147.ps[3] = Point(474.584, -281.392);\n    new ShapeRef(router, poly147, 147);\n    \n    Polygon poly80(4);\n    poly80.ps[0] = Point(122.984, 933.758);\n    poly80.ps[1] = Point(122.984, 973.758);\n    poly80.ps[2] = Point(82.984, 973.758);\n    poly80.ps[3] = Point(82.984, 933.758);\n    new ShapeRef(router, poly80, 80);\n    \n    Polygon poly7(4);\n    poly7.ps[0] = Point(326.584, 1263.01);\n    poly7.ps[1] = Point(326.584, 1303.01);\n    poly7.ps[2] = Point(286.584, 1303.01);\n    poly7.ps[3] = Point(286.584, 1263.01);\n    new ShapeRef(router, poly7, 7);\n    \n    Polygon poly5(4);\n    poly5.ps[0] = Point(460.584, 216.608);\n    poly5.ps[1] = Point(460.584, 256.608);\n    poly5.ps[2] = Point(420.584, 256.608);\n    poly5.ps[3] = Point(420.584, 216.608);\n    new ShapeRef(router, poly5, 5);\n    \n    Polygon poly148(4);\n    poly148.ps[0] = Point(530.584, -434.392);\n    poly148.ps[1] = Point(530.584, -394.392);\n    poly148.ps[2] = Point(474.584, -394.392);\n    poly148.ps[3] = Point(474.584, -434.392);\n    new ShapeRef(router, poly148, 148);\n    \n    Polygon poly166(4);\n    poly166.ps[0] = Point(316.984, 1158.01);\n    poly166.ps[1] = Point(316.984, 1218.01);\n    poly166.ps[2] = Point(276.984, 1218.01);\n    poly166.ps[3] = Point(276.984, 1158.01);\n    new ShapeRef(router, poly166, 166);\n    \n    Polygon poly139(4);\n    poly139.ps[0] = Point(81.984, 187.608);\n    poly139.ps[1] = Point(81.984, 227.608);\n    poly139.ps[2] = Point(25.984, 227.608);\n    poly139.ps[3] = Point(25.984, 187.608);\n    new ShapeRef(router, poly139, 139);\n    \n    Polygon poly91(4);\n    poly91.ps[0] = Point(701.984, 827.008);\n    poly91.ps[1] = Point(701.984, 867.008);\n    poly91.ps[2] = Point(661.984, 867.008);\n    poly91.ps[3] = Point(661.984, 827.008);\n    new ShapeRef(router, poly91, 91);\n    \n    Polygon poly122(4);\n    poly122.ps[0] = Point(709.984, 971.008);\n    poly122.ps[1] = Point(709.984, 1011.01);\n    poly122.ps[2] = Point(653.984, 1011.01);\n    poly122.ps[3] = Point(653.984, 971.008);\n    new ShapeRef(router, poly122, 122);\n    \n    Polygon poly6(4);\n    poly6.ps[0] = Point(521.534, 226.608);\n    poly6.ps[1] = Point(521.534, 246.608);\n    poly6.ps[2] = Point(501.534, 246.608);\n    poly6.ps[3] = Point(501.534, 226.608);\n    new ShapeRef(router, poly6, 6);\n    \n    Polygon poly18(4);\n    poly18.ps[0] = Point(517, 916.608);\n    poly18.ps[1] = Point(517, 956.608);\n    poly18.ps[2] = Point(461, 956.608);\n    poly18.ps[3] = Point(461, 916.608);\n    new ShapeRef(router, poly18, 18);\n    \n    Polygon poly39(4);\n    poly39.ps[0] = Point(372.984, -13.3921);\n    poly39.ps[1] = Point(372.984, 6.60786);\n    poly39.ps[2] = Point(352.984, 6.60786);\n    poly39.ps[3] = Point(352.984, -13.3921);\n    new ShapeRef(router, poly39, 39);\n    \n    Polygon poly25(4);\n    poly25.ps[0] = Point(310.984, 725.608);\n    poly25.ps[1] = Point(310.984, 745.608);\n    poly25.ps[2] = Point(290.984, 745.608);\n    poly25.ps[3] = Point(290.984, 725.608);\n    new ShapeRef(router, poly25, 25);\n    \n    Polygon poly56(4);\n    poly56.ps[0] = Point(79.984, -169.392);\n    poly56.ps[1] = Point(79.984, -149.392);\n    poly56.ps[2] = Point(59.984, -149.392);\n    poly56.ps[3] = Point(59.984, -169.392);\n    new ShapeRef(router, poly56, 56);\n    \n    Polygon poly21(4);\n    poly21.ps[0] = Point(432.984, 874.608);\n    poly21.ps[1] = Point(432.984, 894.608);\n    poly21.ps[2] = Point(412.984, 894.608);\n    poly21.ps[3] = Point(412.984, 874.608);\n    new ShapeRef(router, poly21, 21);\n    \n    Polygon poly47(4);\n    poly47.ps[0] = Point(1291.98, 128.608);\n    poly47.ps[1] = Point(1291.98, 303.608);\n    poly47.ps[2] = Point(977.984, 303.608);\n    poly47.ps[3] = Point(977.984, 128.608);\n    new ShapeRef(router, poly47, 47);\n    \n    Polygon poly62(4);\n    poly62.ps[0] = Point(460.584, -23.3921);\n    poly62.ps[1] = Point(460.584, 16.6079);\n    poly62.ps[2] = Point(420.584, 16.6079);\n    poly62.ps[3] = Point(420.584, -23.3921);\n    new ShapeRef(router, poly62, 62);\n    \n    Polygon poly74(4);\n    poly74.ps[0] = Point(11.984, 425.608);\n    poly74.ps[1] = Point(11.984, 465.608);\n    poly74.ps[2] = Point(-28.016, 465.608);\n    poly74.ps[3] = Point(-28.016, 425.608);\n    new ShapeRef(router, poly74, 74);\n    \n    Polygon poly89(4);\n    poly89.ps[0] = Point(979.984, 663.608);\n    poly89.ps[1] = Point(979.984, 703.608);\n    poly89.ps[2] = Point(939.984, 703.608);\n    poly89.ps[3] = Point(939.984, 663.608);\n    new ShapeRef(router, poly89, 89);\n    \n    Polygon poly143(4);\n    poly143.ps[0] = Point(81.984, 70.6079);\n    poly143.ps[1] = Point(81.984, 110.608);\n    poly143.ps[2] = Point(25.984, 110.608);\n    poly143.ps[3] = Point(25.984, 70.6079);\n    new ShapeRef(router, poly143, 143);\n    \n    Polygon poly135(4);\n    poly135.ps[0] = Point(407.084, 383.608);\n    poly135.ps[1] = Point(407.084, 423.608);\n    poly135.ps[2] = Point(351.084, 423.608);\n    poly135.ps[3] = Point(351.084, 383.608);\n    new ShapeRef(router, poly135, 135);\n    \n    Polygon poly46(4);\n    poly46.ps[0] = Point(285.084, 281.608);\n    poly46.ps[1] = Point(285.084, 341.608);\n    poly46.ps[2] = Point(49.084, 341.608);\n    poly46.ps[3] = Point(49.084, 281.608);\n    new ShapeRef(router, poly46, 46);\n    \n    Polygon poly144(4);\n    poly144.ps[0] = Point(390.984, -73.3921);\n    poly144.ps[1] = Point(390.984, -33.3921);\n    poly144.ps[2] = Point(334.984, -33.3921);\n    poly144.ps[3] = Point(334.984, -73.3921);\n    new ShapeRef(router, poly144, 144);\n    \n    Polygon poly128(4);\n    poly128.ps[0] = Point(883.984, 715.608);\n    poly128.ps[1] = Point(883.984, 755.608);\n    poly128.ps[2] = Point(827.984, 755.608);\n    poly128.ps[3] = Point(827.984, 715.608);\n    new ShapeRef(router, poly128, 128);\n    \n    Polygon poly111(4);\n    poly111.ps[0] = Point(172.984, 684.465);\n    poly111.ps[1] = Point(172.984, 704.465);\n    poly111.ps[2] = Point(152.984, 704.465);\n    poly111.ps[3] = Point(152.984, 684.465);\n    new ShapeRef(router, poly111, 111);\n    \n    Polygon poly45(4);\n    poly45.ps[0] = Point(388.984, 1086.01);\n    poly45.ps[1] = Point(388.984, 1251.01);\n    poly45.ps[2] = Point(73.984, 1251.01);\n    poly45.ps[3] = Point(73.984, 1086.01);\n    new ShapeRef(router, poly45, 45);\n    \n    Polygon poly172(4);\n    poly172.ps[0] = Point(532.584, -117.392);\n    poly172.ps[1] = Point(532.584, -77.3921);\n    poly172.ps[2] = Point(472.584, -77.3921);\n    poly172.ps[3] = Point(472.584, -117.392);\n    new ShapeRef(router, poly172, 172);\n    \n    Polygon poly83(4);\n    poly83.ps[0] = Point(813.984, 1187.01);\n    poly83.ps[1] = Point(813.984, 1227.01);\n    poly83.ps[2] = Point(773.984, 1227.01);\n    poly83.ps[3] = Point(773.984, 1187.01);\n    new ShapeRef(router, poly83, 83);\n    \n    Polygon poly58(4);\n    poly58.ps[0] = Point(749.984, 510.608);\n    poly58.ps[1] = Point(749.984, 530.608);\n    poly58.ps[2] = Point(729.984, 530.608);\n    poly58.ps[3] = Point(729.984, 510.608);\n    new ShapeRef(router, poly58, 58);\n    \n    Polygon poly106(4);\n    poly106.ps[0] = Point(502.984, 448.608);\n    poly106.ps[1] = Point(502.984, 488.608);\n    poly106.ps[2] = Point(462.984, 488.608);\n    poly106.ps[3] = Point(462.984, 448.608);\n    new ShapeRef(router, poly106, 106);\n    \n    Polygon poly41(4);\n    poly41.ps[0] = Point(285.084, 405.608);\n    poly41.ps[1] = Point(285.084, 465.608);\n    poly41.ps[2] = Point(52.084, 465.608);\n    poly41.ps[3] = Point(52.084, 405.608);\n    new ShapeRef(router, poly41, 41);\n    \n    Polygon poly132(4);\n    poly132.ps[0] = Point(560.984, 620.465);\n    poly132.ps[1] = Point(560.984, 660.465);\n    poly132.ps[2] = Point(504.984, 660.465);\n    poly132.ps[3] = Point(504.984, 620.465);\n    new ShapeRef(router, poly132, 132);\n    \n    Polygon poly127(4);\n    poly127.ps[0] = Point(512.984, 864.608);\n    poly127.ps[1] = Point(512.984, 904.608);\n    poly127.ps[2] = Point(456.984, 904.608);\n    poly127.ps[3] = Point(456.984, 864.608);\n    new ShapeRef(router, poly127, 127);\n    \n    Polygon poly124(4);\n    poly124.ps[0] = Point(709.984, 879.008);\n    poly124.ps[1] = Point(709.984, 919.008);\n    poly124.ps[2] = Point(653.984, 919.008);\n    poly124.ps[3] = Point(653.984, 879.008);\n    new ShapeRef(router, poly124, 124);\n    \n    Polygon poly168(4);\n    poly168.ps[0] = Point(1037.98, 263.5);\n    poly168.ps[1] = Point(1037.98, 303.5);\n    poly168.ps[2] = Point(977.984, 303.5);\n    poly168.ps[3] = Point(977.984, 263.5);\n    new ShapeRef(router, poly168, 168);\n    \n    Polygon poly85(4);\n    poly85.ps[0] = Point(442.984, 817.608);\n    poly85.ps[1] = Point(442.984, 857.608);\n    poly85.ps[2] = Point(402.984, 857.608);\n    poly85.ps[3] = Point(402.984, 817.608);\n    new ShapeRef(router, poly85, 85);\n    \n    Polygon poly149(4);\n    poly149.ps[0] = Point(390.984, -465.392);\n    poly149.ps[1] = Point(390.984, -425.392);\n    poly149.ps[2] = Point(334.984, -425.392);\n    poly149.ps[3] = Point(334.984, -465.392);\n    new ShapeRef(router, poly149, 149);\n    \n    Polygon poly79(4);\n    poly79.ps[0] = Point(122.984, 1034.01);\n    poly79.ps[1] = Point(122.984, 1074.01);\n    poly79.ps[2] = Point(82.984, 1074.01);\n    poly79.ps[3] = Point(82.984, 1034.01);\n    new ShapeRef(router, poly79, 79);\n    \n    Polygon poly133(4);\n    poly133.ps[0] = Point(390.984, 613.608);\n    poly133.ps[1] = Point(390.984, 653.608);\n    poly133.ps[2] = Point(334.984, 653.608);\n    poly133.ps[3] = Point(334.984, 613.608);\n    new ShapeRef(router, poly133, 133);\n    \n    Polygon poly14(4);\n    poly14.ps[0] = Point(691.984, 1123.01);\n    poly14.ps[1] = Point(691.984, 1143.01);\n    poly14.ps[2] = Point(671.984, 1143.01);\n    poly14.ps[3] = Point(671.984, 1123.01);\n    new ShapeRef(router, poly14, 14);\n    \n    Polygon poly30(4);\n    poly30.ps[0] = Point(327.084, 393.608);\n    poly30.ps[1] = Point(327.084, 413.608);\n    poly30.ps[2] = Point(307.084, 413.608);\n    poly30.ps[3] = Point(307.084, 393.608);\n    new ShapeRef(router, poly30, 30);\n    \n    Polygon poly20(4);\n    poly20.ps[0] = Point(492.984, 827.608);\n    poly20.ps[1] = Point(492.984, 847.608);\n    poly20.ps[2] = Point(472.984, 847.608);\n    poly20.ps[3] = Point(472.984, 827.608);\n    new ShapeRef(router, poly20, 20);\n    \n    Polygon poly38(4);\n    poly38.ps[0] = Point(1.98401, 80.6079);\n    poly38.ps[1] = Point(1.98401, 100.608);\n    poly38.ps[2] = Point(-18.016, 100.608);\n    poly38.ps[3] = Point(-18.016, 80.6079);\n    new ShapeRef(router, poly38, 38);\n    \n    Polygon poly44(4);\n    poly44.ps[0] = Point(408.584, -512.392);\n    poly44.ps[1] = Point(408.584, -477.392);\n    poly44.ps[2] = Point(20.584, -477.392);\n    poly44.ps[3] = Point(20.584, -512.392);\n    new ShapeRef(router, poly44, 44);\n    \n    Polygon poly94(4);\n    poly94.ps[0] = Point(585.984, 817.608);\n    poly94.ps[1] = Point(585.984, 857.608);\n    poly94.ps[2] = Point(545.984, 857.608);\n    poly94.ps[3] = Point(545.984, 817.608);\n    new ShapeRef(router, poly94, 94);\n    \n    Polygon poly32(4);\n    poly32.ps[0] = Point(390.584, 226.608);\n    poly32.ps[1] = Point(390.584, 246.608);\n    poly32.ps[2] = Point(370.584, 246.608);\n    poly32.ps[3] = Point(370.584, 226.608);\n    new ShapeRef(router, poly32, 32);\n    \n    Polygon poly8(4);\n    poly8.ps[0] = Point(576.484, 1263.01);\n    poly8.ps[1] = Point(576.484, 1303.01);\n    poly8.ps[2] = Point(536.484, 1303.01);\n    poly8.ps[3] = Point(536.484, 1263.01);\n    new ShapeRef(router, poly8, 8);\n    \n    Polygon poly59(4);\n    poly59.ps[0] = Point(552.984, 510.608);\n    poly59.ps[1] = Point(552.984, 530.608);\n    poly59.ps[2] = Point(532.984, 530.608);\n    poly59.ps[3] = Point(532.984, 510.608);\n    new ShapeRef(router, poly59, 59);\n    \n    Polygon poly102(4);\n    poly102.ps[0] = Point(1047.98, 315.608);\n    poly102.ps[1] = Point(1047.98, 355.608);\n    poly102.ps[2] = Point(1007.98, 355.608);\n    poly102.ps[3] = Point(1007.98, 315.608);\n    new ShapeRef(router, poly102, 102);\n    \n    Polygon poly67(4);\n    poly67.ps[0] = Point(818.746, 164.608);\n    poly67.ps[1] = Point(818.746, 204.608);\n    poly67.ps[2] = Point(778.746, 204.608);\n    poly67.ps[3] = Point(778.746, 164.608);\n    new ShapeRef(router, poly67, 67);\n    \n    Polygon poly77(4);\n    poly77.ps[0] = Point(429.484, 1031.01);\n    poly77.ps[1] = Point(429.484, 1071.01);\n    poly77.ps[2] = Point(389.484, 1071.01);\n    poly77.ps[3] = Point(389.484, 1031.01);\n    new ShapeRef(router, poly77, 77);\n    \n    Polygon poly163(4);\n    poly163.ps[0] = Point(886.5, 56.6079);\n    poly163.ps[1] = Point(886.5, 116.608);\n    poly163.ps[2] = Point(846.5, 116.608);\n    poly163.ps[3] = Point(846.5, 56.6079);\n    new ShapeRef(router, poly163, 163);\n    \n    Polygon poly2(4);\n    poly2.ps[0] = Point(954.984, 442.608);\n    poly2.ps[1] = Point(954.984, 482.608);\n    poly2.ps[2] = Point(914.984, 482.608);\n    poly2.ps[3] = Point(914.984, 442.608);\n    new ShapeRef(router, poly2, 2);\n    \n    Polygon poly73(4);\n    poly73.ps[0] = Point(122.984, 663.608);\n    poly73.ps[1] = Point(122.984, 703.608);\n    poly73.ps[2] = Point(82.984, 703.608);\n    poly73.ps[3] = Point(82.984, 663.608);\n    new ShapeRef(router, poly73, 73);\n    \n    Polygon poly65(4);\n    poly65.ps[0] = Point(307.984, -23.3921);\n    poly65.ps[1] = Point(307.984, 16.6079);\n    poly65.ps[2] = Point(267.984, 16.6079);\n    poly65.ps[3] = Point(267.984, -23.3921);\n    new ShapeRef(router, poly65, 65);\n    \n    Polygon poly71(4);\n    poly71.ps[0] = Point(337.084, 341.608);\n    poly71.ps[1] = Point(337.084, 381.608);\n    poly71.ps[2] = Point(297.084, 381.608);\n    poly71.ps[3] = Point(297.084, 341.608);\n    new ShapeRef(router, poly71, 71);\n    \n    Polygon poly110(4);\n    poly110.ps[0] = Point(786.584, -137.392);\n    poly110.ps[1] = Point(786.584, -77.3921);\n    poly110.ps[2] = Point(472.584, -77.3921);\n    poly110.ps[3] = Point(472.584, -137.392);\n    new ShapeRef(router, poly110, 110);\n    \n    Polygon poly84(4);\n    poly84.ps[0] = Point(571.984, 929.008);\n    poly84.ps[1] = Point(571.984, 969.008);\n    poly84.ps[2] = Point(531.984, 969.008);\n    poly84.ps[3] = Point(531.984, 929.008);\n    new ShapeRef(router, poly84, 84);\n    \n    Polygon poly125(4);\n    poly125.ps[0] = Point(883.984, 859.608);\n    poly125.ps[1] = Point(883.984, 899.608);\n    poly125.ps[2] = Point(827.984, 899.608);\n    poly125.ps[3] = Point(827.984, 859.608);\n    new ShapeRef(router, poly125, 125);\n    \n    Polygon poly96(4);\n    poly96.ps[0] = Point(460.584, -476.392);\n    poly96.ps[1] = Point(460.584, -436.392);\n    poly96.ps[2] = Point(420.584, -436.392);\n    poly96.ps[3] = Point(420.584, -476.392);\n    new ShapeRef(router, poly96, 96);\n    \n    Polygon poly167(4);\n    poly167.ps[0] = Point(285.084, 301.608);\n    poly167.ps[1] = Point(285.084, 341.608);\n    poly167.ps[2] = Point(225.084, 341.608);\n    poly167.ps[3] = Point(225.084, 301.608);\n    new ShapeRef(router, poly167, 167);\n    \n    Polygon poly43(4);\n    poly43.ps[0] = Point(1007, -57.3921);\n    poly43.ps[1] = Point(1007, 116.608);\n    poly43.ps[2] = Point(725, 116.608);\n    poly43.ps[3] = Point(725, -57.3921);\n    new ShapeRef(router, poly43, 43);\n    \n    Polygon poly55(4);\n    poly55.ps[0] = Point(297.984, -271.392);\n    poly55.ps[1] = Point(297.984, -251.392);\n    poly55.ps[2] = Point(277.984, -251.392);\n    poly55.ps[3] = Point(277.984, -271.392);\n    new ShapeRef(router, poly55, 55);\n    \n    Polygon poly98(4);\n    poly98.ps[0] = Point(460.584, -179.392);\n    poly98.ps[1] = Point(460.584, -139.392);\n    poly98.ps[2] = Point(420.584, -139.392);\n    poly98.ps[3] = Point(420.584, -179.392);\n    new ShapeRef(router, poly98, 98);\n    \n    Polygon poly42(4);\n    poly42.ps[0] = Point(699.984, 314.608);\n    poly42.ps[1] = Point(699.984, 488.608);\n    poly42.ps[2] = Point(582.984, 488.608);\n    poly42.ps[3] = Point(582.984, 314.608);\n    new ShapeRef(router, poly42, 42);\n    \n    Polygon poly105(4);\n    poly105.ps[0] = Point(622.984, 500.608);\n    poly105.ps[1] = Point(622.984, 540.608);\n    poly105.ps[2] = Point(582.984, 540.608);\n    poly105.ps[3] = Point(582.984, 500.608);\n    new ShapeRef(router, poly105, 105);\n    \n    Polygon poly1(4);\n    poly1.ps[0] = Point(521.534, -169.392);\n    poly1.ps[1] = Point(521.534, -149.392);\n    poly1.ps[2] = Point(501.534, -149.392);\n    poly1.ps[3] = Point(501.534, -169.392);\n    new ShapeRef(router, poly1, 1);\n    \n    Polygon poly165(4);\n    poly165.ps[0] = Point(316.984, 1086.01);\n    poly165.ps[1] = Point(316.984, 1146.01);\n    poly165.ps[2] = Point(276.984, 1146.01);\n    poly165.ps[3] = Point(276.984, 1086.01);\n    new ShapeRef(router, poly165, 165);\n    \n    Polygon poly10(4);\n    poly10.ps[0] = Point(566.484, 1213.01);\n    poly10.ps[1] = Point(566.484, 1233.01);\n    poly10.ps[2] = Point(546.484, 1233.01);\n    poly10.ps[3] = Point(546.484, 1213.01);\n    new ShapeRef(router, poly10, 10);\n    \n    Polygon poly24(4);\n    poly24.ps[0] = Point(432.984, 725.608);\n    poly24.ps[1] = Point(432.984, 745.608);\n    poly24.ps[2] = Point(412.984, 745.608);\n    poly24.ps[3] = Point(412.984, 725.608);\n    new ShapeRef(router, poly24, 24);\n    \n    Polygon poly108(4);\n    poly108.ps[0] = Point(11.984, 112.608);\n    poly108.ps[1] = Point(11.984, 152.608);\n    poly108.ps[2] = Point(-28.016, 152.608);\n    poly108.ps[3] = Point(-28.016, 112.608);\n    new ShapeRef(router, poly108, 108);\n    \n    Polygon poly123(4);\n    poly123.ps[0] = Point(641.984, 971.008);\n    poly123.ps[1] = Point(641.984, 1011.01);\n    poly123.ps[2] = Point(585.984, 1011.01);\n    poly123.ps[3] = Point(585.984, 971.008);\n    new ShapeRef(router, poly123, 123);\n    \n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(743.984, 735.608), 15);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(681.984, 735.608), 15);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(484.984, 735.608), 15);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(422.984, 735.608), 15);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(1065.98, 683.608), 15);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(1069.98, 298.608), 2);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(440.584, -3.39214), 15);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(477.584, -97.3921), 4);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(934.984, 536.108), 15);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(793.984, 837.608), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(440.584, 236.608), 15);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(501.534, 236.608), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(440.584, -159.392), 15);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(440.584, -55.3921), 15);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(162.984, 644.465), 15);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(162.984, 694.465), 15);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(422.984, 894.608), 15);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(551.984, 949.008), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(422.984, 874.608), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(422.984, 837.608), 15);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(532.984, 640.465), 15);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(532.984, 690.465), 15);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(362.984, 633.608), 15);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(362.984, 683.608), 15);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(913.984, 949.008), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(793.984, 949.008), 15);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(753.984, 1145.01), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(793.984, 1051.01), 15);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(501.534, 132.608), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(440.584, 132.608), 15);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(521.534, 132.608), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(571.534, 184.608), 15);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(860.746, 239.608), 15);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(798.746, 239.608), 15);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(934.984, 462.608), 15);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(934.984, 516.108), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(868.746, 429.608), 15);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(934.984, 462.608), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(753.984, 1165.01), 15);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(793.984, 1207.01), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(671.984, 1133.01), 15);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(551.984, 1051.01), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(492.984, 837.608), 15);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(565.984, 837.608), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(798.746, 335.608), 15);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(858.746, 327.608), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(-8.01599, 445.608), 15);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(158, 445.608), 4);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(1065.98, 683.608), 15);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(866.5, 111.608), 2);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(438.984, 1283.01), 15);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(556.484, 1283.01), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(556.484, 1233.01), 15);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(556.484, 1283.01), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(379.084, 319.608), 15);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(317.084, 319.608), 15);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(53.984, 207.608), 15);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(-8.01599, 207.608), 15);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(300.984, 683.608), 15);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(302.984, 591.5), 2);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(793.984, 1207.01), 15);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(830.984, 1207.01), 4);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(551.984, 1001.01), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(551.984, 1051.01), 15);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(671.984, 949.008), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(551.984, 949.008), 15);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(-8.01599, 363.608), 15);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(-8.01599, 249.608), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(482.984, 787.608), 15);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(482.984, 837.608), 15);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(484.984, 884.608), 15);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(422.984, 884.608), 15);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(613.984, 991.008), 15);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(551.984, 991.008), 15);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(681.984, 899.008), 15);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(681.984, 949.008), 15);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(440.584, -314.392), 15);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(440.584, -271.392), 15);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(287.984, -314.392), 15);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(287.984, -271.392), 15);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(691.984, 1041.01), 15);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(793.984, 1051.01), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(317.084, 445.608), 15);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(317.084, 413.608), 15);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(681.984, 745.608), 15);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(681.984, 847.008), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(532.984, 520.608), 15);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(482.984, 468.608), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(317.084, 445.608), 15);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(280.084, 445.608), 8);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(571.534, 184.608), 15);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(602.984, 335.5), 1);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(287.984, -251.392), 15);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(287.984, -159.392), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(59.984, -159.392), 15);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(-101.016, -159.392), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(551.984, 1051.01), 15);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(383.984, 1106.01), 8);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(-8.01599, 132.608), 15);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(296.984, 1091.01), 1);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(798.746, 249.608), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(798.746, 335.608), 15);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(317.084, 393.608), 15);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(317.084, 361.608), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(749.984, 520.608), 15);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(793.984, 683.608), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(372.984, 683.608), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(422.984, 683.608), 15);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(681.984, 991.008), 15);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(681.984, 1041.01), 15);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(522.984, 690.465), 15);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(422.984, 683.608), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(352.984, 683.608), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(300.984, 683.608), 15);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(300.984, 683.608), 15);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(172.984, 694.465), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(390.584, 236.608), 15);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(440.584, 236.608), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(521.534, 236.608), 15);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(571.534, 184.608), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(691.984, 949.008), 15);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(793.984, 949.008), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(502.584, -45.3921), 15);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(440.584, -45.3921), 15);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(440.584, -35.3921), 15);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(440.584, -3.39214), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(409.484, 1051.01), 15);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(551.984, 1051.01), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(691.984, 1133.01), 15);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(793.984, 1051.01), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(923.984, 899.008), 15);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(923.984, 949.008), 15);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(532.984, 520.608), 15);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(464.984, 520.608), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(131.984, 132.608), 15);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(287.984, 132.608), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(793.984, 745.608), 15);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(793.984, 837.608), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(681.984, 725.608), 15);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(793.984, 683.608), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(306.584, 1283.01), 15);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(296.984, 1213.01), 2);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(418.984, 1283.01), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(306.584, 1283.01), 15);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(556.484, 1213.01), 15);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(551.984, 1051.01), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(671.984, 1041.01), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(551.984, 1051.01), 15);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(551.984, 981.008), 15);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(551.984, 949.008), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(379.084, 403.608), 15);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(317.084, 403.608), 15);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(53.984, 373.608), 15);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(-8.01599, 373.608), 15);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(362.984, 82.6079), 15);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(362.984, 132.608), 15);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(121.984, 82.6079), 15);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(121.984, 132.608), 15);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(317.084, 361.608), 15);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(280.084, 321.608), 8);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(571.534, 184.608), 15);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(982.984, 283.5), 4);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(317.084, 329.608), 15);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(317.084, 361.608), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(-8.01599, 217.608), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(-8.01599, 249.608), 15);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(372.984, 132.608), 15);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(440.584, 132.608), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(511.534, -149.392), 15);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(440.584, -3.39214), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(552.984, 520.608), 15);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(602.984, 520.608), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(472.984, 837.608), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(422.984, 837.608), 15);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(300.984, 725.608), 15);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(300.984, 683.608), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(440.584, -456.392), 15);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(440.584, -424.392), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(440.584, -314.392), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(362.984, -405.392), 15);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(352.984, 132.608), 15);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(287.984, 132.608), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(111.984, 132.608), 15);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(-8.01599, 132.608), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(-76.016, 38.6079), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(-101.016, -159.392), 15);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(1065.98, 769.608), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(1065.98, 903.608), 15);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(1065.98, 749.608), 15);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(1065.98, 683.608), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(798.746, 229.608), 15);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(798.746, 184.608), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(489, 936.608), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(551.984, 1051.01), 15);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(793.984, 869.608), 15);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(793.984, 837.608), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(362.984, -53.3921), 15);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(362.984, -3.39214), 15);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(121.984, -53.3921), 15);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(121.984, -3.39214), 15);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(798.746, 335.608), 15);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(945.984, 335.608), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(858.746, 379.608), 15);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(858.746, 429.608), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(511.534, 186.608), 15);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(511.534, 236.608), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(428.984, 1233.01), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(428.984, 1283.01), 15);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(511.534, 82.6079), 15);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(511.534, 132.608), 15);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(815.984, 1155.01), 15);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(753.984, 1155.01), 15);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(681.984, 1083.01), 15);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(681.984, 1133.01), 15);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(69.984, -209.392), 15);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(69.984, -159.392), 15);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(352.984, -3.39214), 15);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(287.984, -3.39214), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(111.984, -3.39214), 15);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(-8.01599, -3.39214), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(-76.016, 58.6079), 15);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(-8.01599, 132.608), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(729.984, 520.608), 15);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(602.984, 520.608), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(-8.01599, 100.608), 15);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(-8.01599, 132.608), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(362.984, 735.608), 15);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(300.984, 735.608), 15);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(-8.01599, 197.608), 15);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(-8.01599, 132.608), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(542.984, 470.608), 15);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(542.984, 520.608), 15);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(362.984, -353.392), 15);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(362.984, -303.392), 15);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(571.534, 184.608), 15);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(730.5, 44.6079), 4);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(798.746, 184.608), 15);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(730.5, 96.6079), 4);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(793.984, 889.608), 15);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(793.984, 949.008), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(152.984, 694.465), 15);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(102.984, 683.608), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(511.534, -209.392), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(511.534, -159.392), 15);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(440.584, -314.392), 15);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(372.984, -303.392), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(362.984, -385.392), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(287.984, -314.392), 15);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(996.984, 526.108), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(934.984, 526.108), 15);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(380.584, 186.608), 15);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(380.584, 236.608), 15);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(317.084, 309.608), 15);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(320.584, 184.608), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(618.484, 1223.01), 15);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(556.484, 1223.01), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(1127.98, 759.608), 15);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(1065.98, 759.608), 15);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(855.984, 735.608), 15);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(793.984, 735.608), 15);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(362.984, -445.392), 15);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(362.984, -395.392), 15);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(349.984, -261.392), 15);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(287.984, -261.392), 15);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(-14.016, 48.6079), 15);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(-76.016, 48.6079), 15);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(739.984, 470.608), 15);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(739.984, 520.608), 15);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(422.984, 725.608), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(422.984, 683.608), 15);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(422.984, 745.608), 15);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(422.984, 837.608), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(300.984, 745.608), 15);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(422.984, 837.608), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(824, 569), 15);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(1065.98, 683.608), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(352.984, -303.392), 15);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(287.984, -314.392), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(79.984, -159.392), 15);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(287.984, -159.392), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(793.984, 725.608), 15);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(793.984, 683.608), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(440.584, -251.392), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(440.584, -159.392), 15);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(440.584, -404.392), 15);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(440.584, -314.392), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(440.584, -3.39214), 15);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(730.5, -7.39214), 4);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(53.984, 90.6079), 15);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(-8.01599, 90.6079), 15);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(-8.01599, -3.39214), 15);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(-8.01599, 80.6079), 15);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(440.584, -3.39214), 15);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(372.984, -3.39214), 15);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(933.984, 949.008), 15);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(1065.98, 903.608), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(959.984, 683.608), 15);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(1065.98, 683.608), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(287.984, -3.39214), 15);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(131.984, -3.39214), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(855.984, 879.608), 15);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(793.984, 879.608), 15);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(440.584, -314.392), 15);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(511.534, -169.392), 15);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(798.746, 335.608), 15);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(848.746, 429.608), 15);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(502.584, -261.392), 15);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(440.584, -261.392), 15);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(502.584, -414.392), 15);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(440.584, -414.392), 15);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(-8.01599, 383.608), 15);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(-8.01599, 445.608), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(370.584, 236.608), 15);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(320.584, 184.608), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(542.984, 690.465), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(793.984, 683.608), 15);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/overlappingRects\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/penaltyRerouting01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 10);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 1e+09);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 0);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingParameter((RoutingParameter)8, 0);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    router->setRoutingOption((RoutingOption)4, true);\n    router->setRoutingOption((RoutingOption)5, false);\n    router->setRoutingOption((RoutingOption)6, true);\n    Polygon polygon;\n    ConnRef *connRef = nullptr;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n    ConnEnd heConnPt;\n    PolyLine newRoute;\n\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(449, 491);\n    polygon.ps[1] = Point(479, 491);\n    polygon.ps[2] = Point(479, 521);\n    polygon.ps[3] = Point(449, 521);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(449, 583);\n    polygon.ps[1] = Point(479, 583);\n    polygon.ps[2] = Point(479, 613);\n    polygon.ps[3] = Point(449, 613);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef2\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354, 583);\n    polygon.ps[1] = Point(384, 583);\n    polygon.ps[2] = Point(384, 613);\n    polygon.ps[3] = Point(354, 613);\n    new ShapeRef(router, polygon, 2);\n\n    // shapeRef3\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(354, 354);\n    polygon.ps[1] = Point(384, 354);\n    polygon.ps[2] = Point(384, 384);\n    polygon.ps[3] = Point(354, 384);\n    new ShapeRef(router, polygon, 3);\n\n    // shapeRef4\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(252.5, 354);\n    polygon.ps[1] = Point(282.5, 354);\n    polygon.ps[2] = Point(282.5, 384);\n    polygon.ps[3] = Point(252.5, 384);\n    new ShapeRef(router, polygon, 4);\n\n    // shapeRef5\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(252.5, 583);\n    polygon.ps[1] = Point(282.5, 583);\n    polygon.ps[2] = Point(282.5, 613);\n    polygon.ps[3] = Point(252.5, 613);\n    new ShapeRef(router, polygon, 5);\n\n    // shapeRef6\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(151, 583);\n    polygon.ps[1] = Point(181, 583);\n    polygon.ps[2] = Point(181, 613);\n    polygon.ps[3] = Point(151, 613);\n    new ShapeRef(router, polygon, 6);\n\n    // shapeRef7\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(151, 130);\n    polygon.ps[1] = Point(181, 130);\n    polygon.ps[2] = Point(181, 160);\n    polygon.ps[3] = Point(151, 160);\n    new ShapeRef(router, polygon, 7);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(520, 491);\n    polygon.ps[1] = Point(550, 491);\n    polygon.ps[2] = Point(550, 521);\n    polygon.ps[3] = Point(520, 521);\n    new ShapeRef(router, polygon, 8);\n\n    // shapeRef9\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(520, 354);\n    polygon.ps[1] = Point(550, 354);\n    polygon.ps[2] = Point(550, 384);\n    polygon.ps[3] = Point(520, 384);\n    new ShapeRef(router, polygon, 9);\n\n    // shapeRef10\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(633, 354);\n    polygon.ps[1] = Point(663, 354);\n    polygon.ps[2] = Point(663, 384);\n    polygon.ps[3] = Point(633, 384);\n    new ShapeRef(router, polygon, 10);\n\n    // shapeRef11\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(633, 583);\n    polygon.ps[1] = Point(663, 583);\n    polygon.ps[2] = Point(663, 613);\n    polygon.ps[3] = Point(633, 613);\n    new ShapeRef(router, polygon, 11);\n\n    // shapeRef12\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(741, 583);\n    polygon.ps[1] = Point(771, 583);\n    polygon.ps[2] = Point(771, 613);\n    polygon.ps[3] = Point(741, 613);\n    new ShapeRef(router, polygon, 12);\n\n    // shapeRef13\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(741, 130);\n    polygon.ps[1] = Point(771, 130);\n    polygon.ps[2] = Point(771, 160);\n    polygon.ps[3] = Point(741, 160);\n    new ShapeRef(router, polygon, 13);\n\n    // shapeRef14\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(459.495, 481.99);\n    polygon.ps[1] = Point(468.505, 481.99);\n    polygon.ps[2] = Point(468.505, 491);\n    polygon.ps[3] = Point(459.495, 491);\n    new ShapeRef(router, polygon, 14);\n\n    // shapeRef15\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(212.495, 481.99);\n    polygon.ps[1] = Point(221.505, 481.99);\n    polygon.ps[2] = Point(221.505, 491);\n    polygon.ps[3] = Point(212.495, 491);\n    new ShapeRef(router, polygon, 15);\n\n    // shapeRef16\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(701.99, 481.99);\n    polygon.ps[1] = Point(711, 481.99);\n    polygon.ps[2] = Point(711, 491);\n    polygon.ps[3] = Point(701.99, 491);\n    new ShapeRef(router, polygon, 16);\n\n    // connRef17\n    connRef = new ConnRef(router, 17);\n    srcPt = ConnEnd(Point(464, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369, 598), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 17;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(464, 598);\n    newRoute.ps[1] = Point(369, 598);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef18\n    connRef = new ConnRef(router, 18);\n    srcPt = ConnEnd(Point(267.5, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(166, 598), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 18;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(267.5, 598);\n    newRoute.ps[1] = Point(166, 598);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef19\n    connRef = new ConnRef(router, 19);\n    srcPt = ConnEnd(Point(369, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(369, 369), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 19;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(369, 598);\n    newRoute.ps[1] = Point(369, 369);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef20\n    connRef = new ConnRef(router, 20);\n    srcPt = ConnEnd(Point(464, 506), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(464, 598), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 20;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(464, 506);\n    newRoute.ps[1] = Point(464, 598);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef21\n    connRef = new ConnRef(router, 21);\n    srcPt = ConnEnd(Point(756, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(756, 145), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 21;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(756, 598);\n    newRoute.ps[1] = Point(756, 145);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef22\n    connRef = new ConnRef(router, 22);\n    srcPt = ConnEnd(Point(369, 369), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(267.5, 369), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 22;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(369, 369);\n    newRoute.ps[1] = Point(267.5, 369);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef23\n    connRef = new ConnRef(router, 23);\n    srcPt = ConnEnd(Point(166, 145), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(756, 145), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 23;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(166, 145);\n    newRoute.ps[1] = Point(756, 145);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef24\n    connRef = new ConnRef(router, 24);\n    srcPt = ConnEnd(Point(464, 486.495), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(706.495, 486.495), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef25\n    connRef = new ConnRef(router, 25);\n    srcPt = ConnEnd(Point(535, 369), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(535, 506), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 25;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(535, 369);\n    newRoute.ps[1] = Point(535, 506);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef26\n    connRef = new ConnRef(router, 26);\n    srcPt = ConnEnd(Point(648, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(648, 369), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 26;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(648, 598);\n    newRoute.ps[1] = Point(648, 369);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef27\n    connRef = new ConnRef(router, 27);\n    srcPt = ConnEnd(Point(464, 486.495), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(217, 486.495), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef28\n    connRef = new ConnRef(router, 28);\n    srcPt = ConnEnd(Point(648, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(756, 598), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 28;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(648, 598);\n    newRoute.ps[1] = Point(756, 598);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef29\n    connRef = new ConnRef(router, 29);\n    srcPt = ConnEnd(Point(166, 598), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(166, 145), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 29;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(166, 598);\n    newRoute.ps[1] = Point(166, 145);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef30\n    connRef = new ConnRef(router, 30);\n    srcPt = ConnEnd(Point(648, 369), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(535, 369), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 30;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(648, 369);\n    newRoute.ps[1] = Point(535, 369);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef31\n    connRef = new ConnRef(router, 31);\n    srcPt = ConnEnd(Point(267.5, 369), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(267.5, 598), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 31;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(267.5, 369);\n    newRoute.ps[1] = Point(267.5, 598);\n    connRef->setFixedRoute(newRoute);\n\n    // connRef32\n    connRef = new ConnRef(router, 32);\n    srcPt = ConnEnd(Point(535, 506), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(464, 506), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n    newRoute._id = 32;\n    newRoute.ps.resize(2);\n    newRoute.ps[0] = Point(535, 506);\n    newRoute.ps[1] = Point(464, 506);\n    connRef->setFixedRoute(newRoute);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/penaltyRerouting01\");\n\n    int crossings = router->existsCrossings();\n\n    delete router;\n    return (crossings > 0) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/performance01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    Polygon polygon;\n    ConnRef *connRef = nullptr;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 612.918);\n    polygon.ps[1] = Point(1015.25, 632.918);\n    polygon.ps[2] = Point(995.246, 632.918);\n    polygon.ps[3] = Point(995.246, 612.918);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef2\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 612.918);\n    polygon.ps[1] = Point(859.246, 632.918);\n    polygon.ps[2] = Point(839.246, 632.918);\n    polygon.ps[3] = Point(839.246, 612.918);\n    new ShapeRef(router, polygon, 2);\n\n    // shapeRef3\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 612.918);\n    polygon.ps[1] = Point(703.246, 632.918);\n    polygon.ps[2] = Point(683.246, 632.918);\n    polygon.ps[3] = Point(683.246, 612.918);\n    new ShapeRef(router, polygon, 3);\n\n    // shapeRef4\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 612.918);\n    polygon.ps[1] = Point(547.246, 632.918);\n    polygon.ps[2] = Point(527.246, 632.918);\n    polygon.ps[3] = Point(527.246, 612.918);\n    new ShapeRef(router, polygon, 4);\n\n    // shapeRef5\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 612.918);\n    polygon.ps[1] = Point(391.246, 632.918);\n    polygon.ps[2] = Point(371.246, 632.918);\n    polygon.ps[3] = Point(371.246, 612.918);\n    new ShapeRef(router, polygon, 5);\n\n    // shapeRef6\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 612.918);\n    polygon.ps[1] = Point(235.246, 632.918);\n    polygon.ps[2] = Point(215.246, 632.918);\n    polygon.ps[3] = Point(215.246, 612.918);\n    new ShapeRef(router, polygon, 6);\n\n    // shapeRef7\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 644.918);\n    polygon.ps[1] = Point(77.2456, 664.918);\n    polygon.ps[2] = Point(57.2456, 664.918);\n    polygon.ps[3] = Point(57.2456, 644.918);\n    new ShapeRef(router, polygon, 7);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1223.25, 656.918);\n    polygon.ps[1] = Point(1223.25, 696.918);\n    polygon.ps[2] = Point(1183.25, 696.918);\n    polygon.ps[3] = Point(1183.25, 656.918);\n    new ShapeRef(router, polygon, 8);\n\n    // shapeRef9\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1223.25, 538.918);\n    polygon.ps[1] = Point(1223.25, 578.918);\n    polygon.ps[2] = Point(1183.25, 578.918);\n    polygon.ps[3] = Point(1183.25, 538.918);\n    new ShapeRef(router, polygon, 9);\n\n    // shapeRef10\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1223.25, 427.955);\n    polygon.ps[1] = Point(1223.25, 467.955);\n    polygon.ps[2] = Point(1183.25, 467.955);\n    polygon.ps[3] = Point(1183.25, 427.955);\n    new ShapeRef(router, polygon, 10);\n\n    // shapeRef11\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1223.25, 312.918);\n    polygon.ps[1] = Point(1223.25, 352.918);\n    polygon.ps[2] = Point(1183.25, 352.918);\n    polygon.ps[3] = Point(1183.25, 312.918);\n    new ShapeRef(router, polygon, 11);\n\n    // shapeRef12\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1469.25, 730.918);\n    polygon.ps[1] = Point(1469.25, 770.918);\n    polygon.ps[2] = Point(1429.25, 770.918);\n    polygon.ps[3] = Point(1429.25, 730.918);\n    new ShapeRef(router, polygon, 12);\n\n    // shapeRef13\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1223.25, 730.918);\n    polygon.ps[1] = Point(1223.25, 770.918);\n    polygon.ps[2] = Point(1183.25, 770.918);\n    polygon.ps[3] = Point(1183.25, 730.918);\n    new ShapeRef(router, polygon, 13);\n\n    // shapeRef14\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1191.25, 730.918);\n    polygon.ps[1] = Point(1191.25, 770.918);\n    polygon.ps[2] = Point(1151.25, 770.918);\n    polygon.ps[3] = Point(1151.25, 730.918);\n    new ShapeRef(router, polygon, 14);\n\n    // shapeRef15\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1469.25, 656.918);\n    polygon.ps[1] = Point(1469.25, 696.918);\n    polygon.ps[2] = Point(1429.25, 696.918);\n    polygon.ps[3] = Point(1429.25, 656.918);\n    new ShapeRef(router, polygon, 15);\n\n    // shapeRef16\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1191.25, 656.918);\n    polygon.ps[1] = Point(1191.25, 696.918);\n    polygon.ps[2] = Point(1151.25, 696.918);\n    polygon.ps[3] = Point(1151.25, 656.918);\n    new ShapeRef(router, polygon, 16);\n\n    // shapeRef17\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(843.246, 730.918);\n    polygon.ps[1] = Point(843.246, 770.918);\n    polygon.ps[2] = Point(803.246, 770.918);\n    polygon.ps[3] = Point(803.246, 730.918);\n    new ShapeRef(router, polygon, 17);\n\n    // shapeRef18\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(693.933, 730.918);\n    polygon.ps[1] = Point(693.933, 770.918);\n    polygon.ps[2] = Point(653.933, 770.918);\n    polygon.ps[3] = Point(653.933, 730.918);\n    new ShapeRef(router, polygon, 18);\n\n    // shapeRef19\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 730.918);\n    polygon.ps[1] = Point(547.246, 770.918);\n    polygon.ps[2] = Point(507.246, 770.918);\n    polygon.ps[3] = Point(507.246, 730.918);\n    new ShapeRef(router, polygon, 19);\n\n    // shapeRef20\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 730.918);\n    polygon.ps[1] = Point(391.246, 770.918);\n    polygon.ps[2] = Point(351.246, 770.918);\n    polygon.ps[3] = Point(351.246, 730.918);\n    new ShapeRef(router, polygon, 20);\n\n    // shapeRef21\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 708.918);\n    polygon.ps[1] = Point(811.246, 728.918);\n    polygon.ps[2] = Point(791.246, 728.918);\n    polygon.ps[3] = Point(791.246, 708.918);\n    new ShapeRef(router, polygon, 21);\n\n    // shapeRef22\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1171.25, 708.918);\n    polygon.ps[1] = Point(1171.25, 728.918);\n    polygon.ps[2] = Point(1151.25, 728.918);\n    polygon.ps[3] = Point(1151.25, 708.918);\n    new ShapeRef(router, polygon, 22);\n\n    // shapeRef23\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1183.25, 708.918);\n    polygon.ps[1] = Point(1183.25, 728.918);\n    polygon.ps[2] = Point(1163.25, 728.918);\n    polygon.ps[3] = Point(1163.25, 708.918);\n    new ShapeRef(router, polygon, 23);\n\n    // shapeRef24\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(537.246, 708.918);\n    polygon.ps[1] = Point(537.246, 728.918);\n    polygon.ps[2] = Point(517.246, 728.918);\n    polygon.ps[3] = Point(517.246, 708.918);\n    new ShapeRef(router, polygon, 24);\n\n    // shapeRef25\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(381.246, 708.918);\n    polygon.ps[1] = Point(381.246, 728.918);\n    polygon.ps[2] = Point(361.246, 728.918);\n    polygon.ps[3] = Point(361.246, 708.918);\n    new ShapeRef(router, polygon, 25);\n\n    // shapeRef26\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1381.25, 666.918);\n    polygon.ps[1] = Point(1381.25, 686.918);\n    polygon.ps[2] = Point(1361.25, 686.918);\n    polygon.ps[3] = Point(1361.25, 666.918);\n    new ShapeRef(router, polygon, 26);\n\n    // shapeRef27\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 565.942);\n    polygon.ps[1] = Point(1303.25, 585.942);\n    polygon.ps[2] = Point(1283.25, 585.942);\n    polygon.ps[3] = Point(1283.25, 565.942);\n    new ShapeRef(router, polygon, 27);\n\n    // shapeRef28\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 644.918);\n    polygon.ps[1] = Point(1015.25, 664.918);\n    polygon.ps[2] = Point(995.246, 664.918);\n    polygon.ps[3] = Point(995.246, 644.918);\n    new ShapeRef(router, polygon, 28);\n\n    // shapeRef29\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 644.918);\n    polygon.ps[1] = Point(859.246, 664.918);\n    polygon.ps[2] = Point(839.246, 664.918);\n    polygon.ps[3] = Point(839.246, 644.918);\n    new ShapeRef(router, polygon, 29);\n\n    // shapeRef30\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 644.918);\n    polygon.ps[1] = Point(703.246, 664.918);\n    polygon.ps[2] = Point(683.246, 664.918);\n    polygon.ps[3] = Point(683.246, 644.918);\n    new ShapeRef(router, polygon, 30);\n\n    // shapeRef31\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 644.918);\n    polygon.ps[1] = Point(547.246, 664.918);\n    polygon.ps[2] = Point(527.246, 664.918);\n    polygon.ps[3] = Point(527.246, 644.918);\n    new ShapeRef(router, polygon, 31);\n\n    // shapeRef32\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 644.918);\n    polygon.ps[1] = Point(391.246, 664.918);\n    polygon.ps[2] = Point(371.246, 664.918);\n    polygon.ps[3] = Point(371.246, 644.918);\n    new ShapeRef(router, polygon, 32);\n\n    // shapeRef33\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 644.918);\n    polygon.ps[1] = Point(235.246, 664.918);\n    polygon.ps[2] = Point(215.246, 664.918);\n    polygon.ps[3] = Point(215.246, 644.918);\n    new ShapeRef(router, polygon, 33);\n\n    // shapeRef34\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 612.918);\n    polygon.ps[1] = Point(77.2456, 632.918);\n    polygon.ps[2] = Point(57.2456, 632.918);\n    polygon.ps[3] = Point(57.2456, 612.918);\n    new ShapeRef(router, polygon, 34);\n\n    // shapeRef35\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 504.918);\n    polygon.ps[1] = Point(1303.25, 524.918);\n    polygon.ps[2] = Point(1283.25, 524.918);\n    polygon.ps[3] = Point(1283.25, 504.918);\n    new ShapeRef(router, polygon, 35);\n\n    // shapeRef36\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 526.918);\n    polygon.ps[1] = Point(1015.25, 546.918);\n    polygon.ps[2] = Point(995.246, 546.918);\n    polygon.ps[3] = Point(995.246, 526.918);\n    new ShapeRef(router, polygon, 36);\n\n    // shapeRef37\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 526.918);\n    polygon.ps[1] = Point(859.246, 546.918);\n    polygon.ps[2] = Point(839.246, 546.918);\n    polygon.ps[3] = Point(839.246, 526.918);\n    new ShapeRef(router, polygon, 37);\n\n    // shapeRef38\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 526.918);\n    polygon.ps[1] = Point(703.246, 546.918);\n    polygon.ps[2] = Point(683.246, 546.918);\n    polygon.ps[3] = Point(683.246, 526.918);\n    new ShapeRef(router, polygon, 38);\n\n    // shapeRef39\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 526.918);\n    polygon.ps[1] = Point(547.246, 546.918);\n    polygon.ps[2] = Point(527.246, 546.918);\n    polygon.ps[3] = Point(527.246, 526.918);\n    new ShapeRef(router, polygon, 39);\n\n    // shapeRef40\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 526.918);\n    polygon.ps[1] = Point(391.246, 546.918);\n    polygon.ps[2] = Point(371.246, 546.918);\n    polygon.ps[3] = Point(371.246, 526.918);\n    new ShapeRef(router, polygon, 40);\n\n    // shapeRef41\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 526.918);\n    polygon.ps[1] = Point(235.246, 546.918);\n    polygon.ps[2] = Point(215.246, 546.918);\n    polygon.ps[3] = Point(215.246, 526.918);\n    new ShapeRef(router, polygon, 41);\n\n    // shapeRef42\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 526.918);\n    polygon.ps[1] = Point(77.2456, 546.918);\n    polygon.ps[2] = Point(57.2456, 546.918);\n    polygon.ps[3] = Point(57.2456, 526.918);\n    new ShapeRef(router, polygon, 42);\n\n    // shapeRef43\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 278.918);\n    polygon.ps[1] = Point(1303.25, 298.918);\n    polygon.ps[2] = Point(1283.25, 298.918);\n    polygon.ps[3] = Point(1283.25, 278.918);\n    new ShapeRef(router, polygon, 43);\n\n    // shapeRef44\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1093.25, 666.918);\n    polygon.ps[1] = Point(1093.25, 686.918);\n    polygon.ps[2] = Point(1073.25, 686.918);\n    polygon.ps[3] = Point(1073.25, 666.918);\n    new ShapeRef(router, polygon, 44);\n\n    // shapeRef45\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 408.918);\n    polygon.ps[1] = Point(1303.25, 428.918);\n    polygon.ps[2] = Point(1283.25, 428.918);\n    polygon.ps[3] = Point(1283.25, 408.918);\n    new ShapeRef(router, polygon, 45);\n\n    // shapeRef46\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 708.918);\n    polygon.ps[1] = Point(1303.25, 728.918);\n    polygon.ps[2] = Point(1283.25, 728.918);\n    polygon.ps[3] = Point(1283.25, 708.918);\n    new ShapeRef(router, polygon, 46);\n\n    // shapeRef47\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1459.25, 708.918);\n    polygon.ps[1] = Point(1459.25, 728.918);\n    polygon.ps[2] = Point(1439.25, 728.918);\n    polygon.ps[3] = Point(1439.25, 708.918);\n    new ShapeRef(router, polygon, 47);\n\n    // shapeRef48\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 708.918);\n    polygon.ps[1] = Point(655.246, 728.918);\n    polygon.ps[2] = Point(635.246, 728.918);\n    polygon.ps[3] = Point(635.246, 708.918);\n    new ShapeRef(router, polygon, 48);\n\n    // shapeRef49\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 708.918);\n    polygon.ps[1] = Point(859.246, 728.918);\n    polygon.ps[2] = Point(839.246, 728.918);\n    polygon.ps[3] = Point(839.246, 708.918);\n    new ShapeRef(router, polygon, 49);\n\n    // shapeRef50\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 22.9179);\n    polygon.ps[1] = Point(77.2456, 42.9179);\n    polygon.ps[2] = Point(57.2456, 42.9179);\n    polygon.ps[3] = Point(57.2456, 22.9179);\n    new ShapeRef(router, polygon, 50);\n\n    // shapeRef51\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 300.918);\n    polygon.ps[1] = Point(77.2456, 320.918);\n    polygon.ps[2] = Point(57.2456, 320.918);\n    polygon.ps[3] = Point(57.2456, 300.918);\n    new ShapeRef(router, polygon, 51);\n\n    // shapeRef52\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 278.918);\n    polygon.ps[1] = Point(1015.25, 298.918);\n    polygon.ps[2] = Point(995.246, 298.918);\n    polygon.ps[3] = Point(995.246, 278.918);\n    new ShapeRef(router, polygon, 52);\n\n    // shapeRef53\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 278.918);\n    polygon.ps[1] = Point(859.246, 298.918);\n    polygon.ps[2] = Point(839.246, 298.918);\n    polygon.ps[3] = Point(839.246, 278.918);\n    new ShapeRef(router, polygon, 53);\n\n    // shapeRef54\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 278.918);\n    polygon.ps[1] = Point(703.246, 298.918);\n    polygon.ps[2] = Point(683.246, 298.918);\n    polygon.ps[3] = Point(683.246, 278.918);\n    new ShapeRef(router, polygon, 54);\n\n    // shapeRef55\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 278.918);\n    polygon.ps[1] = Point(547.246, 298.918);\n    polygon.ps[2] = Point(527.246, 298.918);\n    polygon.ps[3] = Point(527.246, 278.918);\n    new ShapeRef(router, polygon, 55);\n\n    // shapeRef56\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 278.918);\n    polygon.ps[1] = Point(391.246, 298.918);\n    polygon.ps[2] = Point(371.246, 298.918);\n    polygon.ps[3] = Point(371.246, 278.918);\n    new ShapeRef(router, polygon, 56);\n\n    // shapeRef57\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 278.918);\n    polygon.ps[1] = Point(235.246, 298.918);\n    polygon.ps[2] = Point(215.246, 298.918);\n    polygon.ps[3] = Point(215.246, 278.918);\n    new ShapeRef(router, polygon, 57);\n\n    // shapeRef58\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1047.75, 767.422);\n    polygon.ps[1] = Point(1047.75, 802.422);\n    polygon.ps[2] = Point(910.746, 802.422);\n    polygon.ps[3] = Point(910.746, 767.422);\n    new ShapeRef(router, polygon, 58);\n\n    // shapeRef59\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(207.246, -128.082);\n    polygon.ps[1] = Point(207.246, -93.0821);\n    polygon.ps[2] = Point(-12.7544, -93.0821);\n    polygon.ps[3] = Point(-12.7544, -128.082);\n    new ShapeRef(router, polygon, 59);\n\n    // shapeRef60\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(590.455, 4.91795);\n    polygon.ps[1] = Point(590.455, 64.9179);\n    polygon.ps[2] = Point(312.455, 64.9179);\n    polygon.ps[3] = Point(312.455, 4.91795);\n    new ShapeRef(router, polygon, 60);\n\n    // shapeRef61\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(222.246, -101.082);\n    polygon.ps[1] = Point(222.246, -41.0821);\n    polygon.ps[2] = Point(-12.7544, -41.0821);\n    polygon.ps[3] = Point(-12.7544, -101.082);\n    new ShapeRef(router, polygon, 61);\n\n    // shapeRef62\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 708.918);\n    polygon.ps[1] = Point(1015.25, 728.918);\n    polygon.ps[2] = Point(995.246, 728.918);\n    polygon.ps[3] = Point(995.246, 708.918);\n    new ShapeRef(router, polygon, 62);\n\n    // shapeRef63\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 676.918);\n    polygon.ps[1] = Point(967.246, 696.918);\n    polygon.ps[2] = Point(947.246, 696.918);\n    polygon.ps[3] = Point(947.246, 676.918);\n    new ShapeRef(router, polygon, 63);\n\n    // shapeRef64\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 580.918);\n    polygon.ps[1] = Point(1015.25, 600.918);\n    polygon.ps[2] = Point(995.246, 600.918);\n    polygon.ps[3] = Point(995.246, 580.918);\n    new ShapeRef(router, polygon, 64);\n\n    // shapeRef65\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 612.918);\n    polygon.ps[1] = Point(967.246, 632.918);\n    polygon.ps[2] = Point(947.246, 632.918);\n    polygon.ps[3] = Point(947.246, 612.918);\n    new ShapeRef(router, polygon, 65);\n\n    // shapeRef66\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 580.918);\n    polygon.ps[1] = Point(967.246, 600.918);\n    polygon.ps[2] = Point(947.246, 600.918);\n    polygon.ps[3] = Point(947.246, 580.918);\n    new ShapeRef(router, polygon, 66);\n\n    // shapeRef67\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 504.918);\n    polygon.ps[1] = Point(967.246, 524.918);\n    polygon.ps[2] = Point(947.246, 524.918);\n    polygon.ps[3] = Point(947.246, 504.918);\n    new ShapeRef(router, polygon, 67);\n\n    // shapeRef68\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 472.918);\n    polygon.ps[1] = Point(967.246, 492.918);\n    polygon.ps[2] = Point(947.246, 492.918);\n    polygon.ps[3] = Point(947.246, 472.918);\n    new ShapeRef(router, polygon, 68);\n\n    // shapeRef69\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 408.918);\n    polygon.ps[1] = Point(1015.25, 428.918);\n    polygon.ps[2] = Point(995.246, 428.918);\n    polygon.ps[3] = Point(995.246, 408.918);\n    new ShapeRef(router, polygon, 69);\n\n    // shapeRef70\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 408.918);\n    polygon.ps[1] = Point(967.246, 428.918);\n    polygon.ps[2] = Point(947.246, 428.918);\n    polygon.ps[3] = Point(947.246, 408.918);\n    new ShapeRef(router, polygon, 70);\n\n    // shapeRef71\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 376.918);\n    polygon.ps[1] = Point(967.246, 396.918);\n    polygon.ps[2] = Point(947.246, 396.918);\n    polygon.ps[3] = Point(947.246, 376.918);\n    new ShapeRef(router, polygon, 71);\n\n    // shapeRef72\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1015.25, 246.918);\n    polygon.ps[1] = Point(1015.25, 266.918);\n    polygon.ps[2] = Point(995.246, 266.918);\n    polygon.ps[3] = Point(995.246, 246.918);\n    new ShapeRef(router, polygon, 72);\n\n    // shapeRef73\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 268.918);\n    polygon.ps[1] = Point(967.246, 288.918);\n    polygon.ps[2] = Point(947.246, 288.918);\n    polygon.ps[3] = Point(947.246, 268.918);\n    new ShapeRef(router, polygon, 73);\n\n    // shapeRef74\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 236.918);\n    polygon.ps[1] = Point(967.246, 256.918);\n    polygon.ps[2] = Point(947.246, 256.918);\n    polygon.ps[3] = Point(947.246, 236.918);\n    new ShapeRef(router, polygon, 74);\n\n    // shapeRef75\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 580.918);\n    polygon.ps[1] = Point(859.246, 600.918);\n    polygon.ps[2] = Point(839.246, 600.918);\n    polygon.ps[3] = Point(839.246, 580.918);\n    new ShapeRef(router, polygon, 75);\n\n    // shapeRef76\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 612.918);\n    polygon.ps[1] = Point(811.246, 632.918);\n    polygon.ps[2] = Point(791.246, 632.918);\n    polygon.ps[3] = Point(791.246, 612.918);\n    new ShapeRef(router, polygon, 76);\n\n    // shapeRef77\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 580.918);\n    polygon.ps[1] = Point(811.246, 600.918);\n    polygon.ps[2] = Point(791.246, 600.918);\n    polygon.ps[3] = Point(791.246, 580.918);\n    new ShapeRef(router, polygon, 77);\n\n    // shapeRef78\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 504.918);\n    polygon.ps[1] = Point(811.246, 524.918);\n    polygon.ps[2] = Point(791.246, 524.918);\n    polygon.ps[3] = Point(791.246, 504.918);\n    new ShapeRef(router, polygon, 78);\n\n    // shapeRef79\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 472.918);\n    polygon.ps[1] = Point(811.246, 492.918);\n    polygon.ps[2] = Point(791.246, 492.918);\n    polygon.ps[3] = Point(791.246, 472.918);\n    new ShapeRef(router, polygon, 79);\n\n    // shapeRef80\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 408.918);\n    polygon.ps[1] = Point(859.246, 428.918);\n    polygon.ps[2] = Point(839.246, 428.918);\n    polygon.ps[3] = Point(839.246, 408.918);\n    new ShapeRef(router, polygon, 80);\n\n    // shapeRef81\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 408.918);\n    polygon.ps[1] = Point(811.246, 428.918);\n    polygon.ps[2] = Point(791.246, 428.918);\n    polygon.ps[3] = Point(791.246, 408.918);\n    new ShapeRef(router, polygon, 81);\n\n    // shapeRef82\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 376.918);\n    polygon.ps[1] = Point(811.246, 396.918);\n    polygon.ps[2] = Point(791.246, 396.918);\n    polygon.ps[3] = Point(791.246, 376.918);\n    new ShapeRef(router, polygon, 82);\n\n    // shapeRef83\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(859.246, 246.918);\n    polygon.ps[1] = Point(859.246, 266.918);\n    polygon.ps[2] = Point(839.246, 266.918);\n    polygon.ps[3] = Point(839.246, 246.918);\n    new ShapeRef(router, polygon, 83);\n\n    // shapeRef84\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 268.918);\n    polygon.ps[1] = Point(811.246, 288.918);\n    polygon.ps[2] = Point(791.246, 288.918);\n    polygon.ps[3] = Point(791.246, 268.918);\n    new ShapeRef(router, polygon, 84);\n\n    // shapeRef85\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 236.918);\n    polygon.ps[1] = Point(811.246, 256.918);\n    polygon.ps[2] = Point(791.246, 256.918);\n    polygon.ps[3] = Point(791.246, 236.918);\n    new ShapeRef(router, polygon, 85);\n\n    // shapeRef86\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 580.918);\n    polygon.ps[1] = Point(703.246, 600.918);\n    polygon.ps[2] = Point(683.246, 600.918);\n    polygon.ps[3] = Point(683.246, 580.918);\n    new ShapeRef(router, polygon, 86);\n\n    // shapeRef87\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 612.918);\n    polygon.ps[1] = Point(655.246, 632.918);\n    polygon.ps[2] = Point(635.246, 632.918);\n    polygon.ps[3] = Point(635.246, 612.918);\n    new ShapeRef(router, polygon, 87);\n\n    // shapeRef88\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 580.918);\n    polygon.ps[1] = Point(655.246, 600.918);\n    polygon.ps[2] = Point(635.246, 600.918);\n    polygon.ps[3] = Point(635.246, 580.918);\n    new ShapeRef(router, polygon, 88);\n\n    // shapeRef89\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 504.918);\n    polygon.ps[1] = Point(655.246, 524.918);\n    polygon.ps[2] = Point(635.246, 524.918);\n    polygon.ps[3] = Point(635.246, 504.918);\n    new ShapeRef(router, polygon, 89);\n\n    // shapeRef90\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 472.918);\n    polygon.ps[1] = Point(655.246, 492.918);\n    polygon.ps[2] = Point(635.246, 492.918);\n    polygon.ps[3] = Point(635.246, 472.918);\n    new ShapeRef(router, polygon, 90);\n\n    // shapeRef91\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 408.918);\n    polygon.ps[1] = Point(703.246, 428.918);\n    polygon.ps[2] = Point(683.246, 428.918);\n    polygon.ps[3] = Point(683.246, 408.918);\n    new ShapeRef(router, polygon, 91);\n\n    // shapeRef92\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 408.918);\n    polygon.ps[1] = Point(655.246, 428.918);\n    polygon.ps[2] = Point(635.246, 428.918);\n    polygon.ps[3] = Point(635.246, 408.918);\n    new ShapeRef(router, polygon, 92);\n\n    // shapeRef93\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 376.918);\n    polygon.ps[1] = Point(655.246, 396.918);\n    polygon.ps[2] = Point(635.246, 396.918);\n    polygon.ps[3] = Point(635.246, 376.918);\n    new ShapeRef(router, polygon, 93);\n\n    // shapeRef94\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(703.246, 246.918);\n    polygon.ps[1] = Point(703.246, 266.918);\n    polygon.ps[2] = Point(683.246, 266.918);\n    polygon.ps[3] = Point(683.246, 246.918);\n    new ShapeRef(router, polygon, 94);\n\n    // shapeRef95\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 268.918);\n    polygon.ps[1] = Point(655.246, 288.918);\n    polygon.ps[2] = Point(635.246, 288.918);\n    polygon.ps[3] = Point(635.246, 268.918);\n    new ShapeRef(router, polygon, 95);\n\n    // shapeRef96\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 236.918);\n    polygon.ps[1] = Point(655.246, 256.918);\n    polygon.ps[2] = Point(635.246, 256.918);\n    polygon.ps[3] = Point(635.246, 236.918);\n    new ShapeRef(router, polygon, 96);\n\n    // shapeRef97\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 580.918);\n    polygon.ps[1] = Point(547.246, 600.918);\n    polygon.ps[2] = Point(527.246, 600.918);\n    polygon.ps[3] = Point(527.246, 580.918);\n    new ShapeRef(router, polygon, 97);\n\n    // shapeRef98\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 612.918);\n    polygon.ps[1] = Point(499.246, 632.918);\n    polygon.ps[2] = Point(479.246, 632.918);\n    polygon.ps[3] = Point(479.246, 612.918);\n    new ShapeRef(router, polygon, 98);\n\n    // shapeRef99\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 580.918);\n    polygon.ps[1] = Point(499.246, 600.918);\n    polygon.ps[2] = Point(479.246, 600.918);\n    polygon.ps[3] = Point(479.246, 580.918);\n    new ShapeRef(router, polygon, 99);\n\n    // shapeRef100\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 476.951);\n    polygon.ps[1] = Point(547.246, 496.951);\n    polygon.ps[2] = Point(527.246, 496.951);\n    polygon.ps[3] = Point(527.246, 476.951);\n    new ShapeRef(router, polygon, 100);\n\n    // shapeRef101\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 504.918);\n    polygon.ps[1] = Point(499.246, 524.918);\n    polygon.ps[2] = Point(479.246, 524.918);\n    polygon.ps[3] = Point(479.246, 504.918);\n    new ShapeRef(router, polygon, 101);\n\n    // shapeRef102\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 472.918);\n    polygon.ps[1] = Point(499.246, 492.918);\n    polygon.ps[2] = Point(479.246, 492.918);\n    polygon.ps[3] = Point(479.246, 472.918);\n    new ShapeRef(router, polygon, 102);\n\n    // shapeRef103\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 408.918);\n    polygon.ps[1] = Point(547.246, 428.918);\n    polygon.ps[2] = Point(527.246, 428.918);\n    polygon.ps[3] = Point(527.246, 408.918);\n    new ShapeRef(router, polygon, 103);\n\n    // shapeRef104\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 408.918);\n    polygon.ps[1] = Point(499.246, 428.918);\n    polygon.ps[2] = Point(479.246, 428.918);\n    polygon.ps[3] = Point(479.246, 408.918);\n    new ShapeRef(router, polygon, 104);\n\n    // shapeRef105\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 376.918);\n    polygon.ps[1] = Point(499.246, 396.918);\n    polygon.ps[2] = Point(479.246, 396.918);\n    polygon.ps[3] = Point(479.246, 376.918);\n    new ShapeRef(router, polygon, 105);\n\n    // shapeRef106\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 246.918);\n    polygon.ps[1] = Point(547.246, 266.918);\n    polygon.ps[2] = Point(527.246, 266.918);\n    polygon.ps[3] = Point(527.246, 246.918);\n    new ShapeRef(router, polygon, 106);\n\n    // shapeRef107\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 268.918);\n    polygon.ps[1] = Point(499.246, 288.918);\n    polygon.ps[2] = Point(479.246, 288.918);\n    polygon.ps[3] = Point(479.246, 268.918);\n    new ShapeRef(router, polygon, 107);\n\n    // shapeRef108\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 236.918);\n    polygon.ps[1] = Point(499.246, 256.918);\n    polygon.ps[2] = Point(479.246, 256.918);\n    polygon.ps[3] = Point(479.246, 236.918);\n    new ShapeRef(router, polygon, 108);\n\n    // shapeRef109\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 580.918);\n    polygon.ps[1] = Point(391.246, 600.918);\n    polygon.ps[2] = Point(371.246, 600.918);\n    polygon.ps[3] = Point(371.246, 580.918);\n    new ShapeRef(router, polygon, 109);\n\n    // shapeRef110\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 612.918);\n    polygon.ps[1] = Point(343.246, 632.918);\n    polygon.ps[2] = Point(323.246, 632.918);\n    polygon.ps[3] = Point(323.246, 612.918);\n    new ShapeRef(router, polygon, 110);\n\n    // shapeRef111\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 580.918);\n    polygon.ps[1] = Point(343.246, 600.918);\n    polygon.ps[2] = Point(323.246, 600.918);\n    polygon.ps[3] = Point(323.246, 580.918);\n    new ShapeRef(router, polygon, 111);\n\n    // shapeRef112\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 504.918);\n    polygon.ps[1] = Point(343.246, 524.918);\n    polygon.ps[2] = Point(323.246, 524.918);\n    polygon.ps[3] = Point(323.246, 504.918);\n    new ShapeRef(router, polygon, 112);\n\n    // shapeRef113\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 472.918);\n    polygon.ps[1] = Point(343.246, 492.918);\n    polygon.ps[2] = Point(323.246, 492.918);\n    polygon.ps[3] = Point(323.246, 472.918);\n    new ShapeRef(router, polygon, 113);\n\n    // shapeRef114\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 408.918);\n    polygon.ps[1] = Point(391.246, 428.918);\n    polygon.ps[2] = Point(371.246, 428.918);\n    polygon.ps[3] = Point(371.246, 408.918);\n    new ShapeRef(router, polygon, 114);\n\n    // shapeRef115\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 408.918);\n    polygon.ps[1] = Point(343.246, 428.918);\n    polygon.ps[2] = Point(323.246, 428.918);\n    polygon.ps[3] = Point(323.246, 408.918);\n    new ShapeRef(router, polygon, 115);\n\n    // shapeRef116\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 376.918);\n    polygon.ps[1] = Point(343.246, 396.918);\n    polygon.ps[2] = Point(323.246, 396.918);\n    polygon.ps[3] = Point(323.246, 376.918);\n    new ShapeRef(router, polygon, 116);\n\n    // shapeRef117\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 246.918);\n    polygon.ps[1] = Point(391.246, 266.918);\n    polygon.ps[2] = Point(371.246, 266.918);\n    polygon.ps[3] = Point(371.246, 246.918);\n    new ShapeRef(router, polygon, 117);\n\n    // shapeRef118\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 268.918);\n    polygon.ps[1] = Point(343.246, 288.918);\n    polygon.ps[2] = Point(323.246, 288.918);\n    polygon.ps[3] = Point(323.246, 268.918);\n    new ShapeRef(router, polygon, 118);\n\n    // shapeRef119\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 236.918);\n    polygon.ps[1] = Point(343.246, 256.918);\n    polygon.ps[2] = Point(323.246, 256.918);\n    polygon.ps[3] = Point(323.246, 236.918);\n    new ShapeRef(router, polygon, 119);\n\n    // shapeRef120\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 580.918);\n    polygon.ps[1] = Point(235.246, 600.918);\n    polygon.ps[2] = Point(215.246, 600.918);\n    polygon.ps[3] = Point(215.246, 580.918);\n    new ShapeRef(router, polygon, 120);\n\n    // shapeRef121\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 612.918);\n    polygon.ps[1] = Point(203.246, 632.918);\n    polygon.ps[2] = Point(183.246, 632.918);\n    polygon.ps[3] = Point(183.246, 612.918);\n    new ShapeRef(router, polygon, 121);\n\n    // shapeRef122\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 580.918);\n    polygon.ps[1] = Point(203.246, 600.918);\n    polygon.ps[2] = Point(183.246, 600.918);\n    polygon.ps[3] = Point(183.246, 580.918);\n    new ShapeRef(router, polygon, 122);\n\n    // shapeRef123\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 504.918);\n    polygon.ps[1] = Point(203.246, 524.918);\n    polygon.ps[2] = Point(183.246, 524.918);\n    polygon.ps[3] = Point(183.246, 504.918);\n    new ShapeRef(router, polygon, 123);\n\n    // shapeRef124\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 472.918);\n    polygon.ps[1] = Point(203.246, 492.918);\n    polygon.ps[2] = Point(183.246, 492.918);\n    polygon.ps[3] = Point(183.246, 472.918);\n    new ShapeRef(router, polygon, 124);\n\n    // shapeRef125\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 408.918);\n    polygon.ps[1] = Point(235.246, 428.918);\n    polygon.ps[2] = Point(215.246, 428.918);\n    polygon.ps[3] = Point(215.246, 408.918);\n    new ShapeRef(router, polygon, 125);\n\n    // shapeRef126\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 408.918);\n    polygon.ps[1] = Point(203.246, 428.918);\n    polygon.ps[2] = Point(183.246, 428.918);\n    polygon.ps[3] = Point(183.246, 408.918);\n    new ShapeRef(router, polygon, 126);\n\n    // shapeRef127\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 376.918);\n    polygon.ps[1] = Point(203.246, 396.918);\n    polygon.ps[2] = Point(183.246, 396.918);\n    polygon.ps[3] = Point(183.246, 376.918);\n    new ShapeRef(router, polygon, 127);\n\n    // shapeRef128\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 246.918);\n    polygon.ps[1] = Point(235.246, 266.918);\n    polygon.ps[2] = Point(215.246, 266.918);\n    polygon.ps[3] = Point(215.246, 246.918);\n    new ShapeRef(router, polygon, 128);\n\n    // shapeRef129\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 236.918);\n    polygon.ps[1] = Point(203.246, 256.918);\n    polygon.ps[2] = Point(183.246, 256.918);\n    polygon.ps[3] = Point(183.246, 236.918);\n    new ShapeRef(router, polygon, 129);\n\n    // shapeRef130\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 268.918);\n    polygon.ps[1] = Point(203.246, 288.918);\n    polygon.ps[2] = Point(183.246, 288.918);\n    polygon.ps[3] = Point(183.246, 268.918);\n    new ShapeRef(router, polygon, 130);\n\n    // shapeRef131\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 580.918);\n    polygon.ps[1] = Point(77.2456, 600.918);\n    polygon.ps[2] = Point(57.2456, 600.918);\n    polygon.ps[3] = Point(57.2456, 580.918);\n    new ShapeRef(router, polygon, 131);\n\n    // shapeRef132\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 612.918);\n    polygon.ps[1] = Point(27.2456, 632.918);\n    polygon.ps[2] = Point(7.24557, 632.918);\n    polygon.ps[3] = Point(7.24557, 612.918);\n    new ShapeRef(router, polygon, 132);\n\n    // shapeRef133\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 580.918);\n    polygon.ps[1] = Point(27.2456, 600.918);\n    polygon.ps[2] = Point(7.24557, 600.918);\n    polygon.ps[3] = Point(7.24557, 580.918);\n    new ShapeRef(router, polygon, 133);\n\n    // shapeRef134\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 504.918);\n    polygon.ps[1] = Point(27.2456, 524.918);\n    polygon.ps[2] = Point(7.24557, 524.918);\n    polygon.ps[3] = Point(7.24557, 504.918);\n    new ShapeRef(router, polygon, 134);\n\n    // shapeRef135\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 472.918);\n    polygon.ps[1] = Point(27.2456, 492.918);\n    polygon.ps[2] = Point(7.24557, 492.918);\n    polygon.ps[3] = Point(7.24557, 472.918);\n    new ShapeRef(router, polygon, 135);\n\n    // shapeRef136\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 408.918);\n    polygon.ps[1] = Point(77.2456, 428.918);\n    polygon.ps[2] = Point(57.2456, 428.918);\n    polygon.ps[3] = Point(57.2456, 408.918);\n    new ShapeRef(router, polygon, 136);\n\n    // shapeRef137\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 408.918);\n    polygon.ps[1] = Point(27.2456, 428.918);\n    polygon.ps[2] = Point(7.24557, 428.918);\n    polygon.ps[3] = Point(7.24557, 408.918);\n    new ShapeRef(router, polygon, 137);\n\n    // shapeRef138\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 376.918);\n    polygon.ps[1] = Point(27.2456, 396.918);\n    polygon.ps[2] = Point(7.24557, 396.918);\n    polygon.ps[3] = Point(7.24557, 376.918);\n    new ShapeRef(router, polygon, 138);\n\n    // shapeRef139\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 268.918);\n    polygon.ps[1] = Point(27.2456, 288.918);\n    polygon.ps[2] = Point(7.24557, 288.918);\n    polygon.ps[3] = Point(7.24557, 268.918);\n    new ShapeRef(router, polygon, 139);\n\n    // shapeRef140\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 236.918);\n    polygon.ps[1] = Point(27.2456, 256.918);\n    polygon.ps[2] = Point(7.24557, 256.918);\n    polygon.ps[3] = Point(7.24557, 236.918);\n    new ShapeRef(router, polygon, 140);\n\n    // shapeRef141\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(254.976, 160.918);\n    polygon.ps[1] = Point(254.976, 180.918);\n    polygon.ps[2] = Point(234.976, 180.918);\n    polygon.ps[3] = Point(234.976, 160.918);\n    new ShapeRef(router, polygon, 141);\n\n    // shapeRef142\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(155.246, 76.9179);\n    polygon.ps[1] = Point(155.246, 96.9179);\n    polygon.ps[2] = Point(135.246, 96.9179);\n    polygon.ps[3] = Point(135.246, 76.9179);\n    new ShapeRef(router, polygon, 142);\n\n    // shapeRef143\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(155.246, 44.9179);\n    polygon.ps[1] = Point(155.246, 64.9179);\n    polygon.ps[2] = Point(135.246, 64.9179);\n    polygon.ps[3] = Point(135.246, 44.9179);\n    new ShapeRef(router, polygon, 143);\n\n    // shapeRef144\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 160.918);\n    polygon.ps[1] = Point(27.2456, 180.918);\n    polygon.ps[2] = Point(7.24557, 180.918);\n    polygon.ps[3] = Point(7.24557, 160.918);\n    new ShapeRef(router, polygon, 144);\n\n    // shapeRef145\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 22.9179);\n    polygon.ps[1] = Point(27.2456, 42.9179);\n    polygon.ps[2] = Point(7.24557, 42.9179);\n    polygon.ps[3] = Point(7.24557, 22.9179);\n    new ShapeRef(router, polygon, 145);\n\n    // shapeRef146\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, -9.08205);\n    polygon.ps[1] = Point(27.2456, 10.9179);\n    polygon.ps[2] = Point(7.24557, 10.9179);\n    polygon.ps[3] = Point(7.24557, -9.08205);\n    new ShapeRef(router, polygon, 146);\n\n    // shapeRef147\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(329.219, -39.0821);\n    polygon.ps[1] = Point(329.219, -19.0821);\n    polygon.ps[2] = Point(309.219, -19.0821);\n    polygon.ps[3] = Point(309.219, -39.0821);\n    new ShapeRef(router, polygon, 147);\n\n    // shapeRef148\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(207.246, -39.0821);\n    polygon.ps[1] = Point(207.246, -19.0821);\n    polygon.ps[2] = Point(187.246, -19.0821);\n    polygon.ps[3] = Point(187.246, -39.0821);\n    new ShapeRef(router, polygon, 148);\n\n    // shapeRef149\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(601.954, 56.9179);\n    polygon.ps[1] = Point(601.954, 116.918);\n    polygon.ps[2] = Point(311.954, 116.918);\n    polygon.ps[3] = Point(311.954, 56.9179);\n    new ShapeRef(router, polygon, 149);\n\n    // shapeRef150\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 105.987);\n    polygon.ps[1] = Point(77.2456, 145.987);\n    polygon.ps[2] = Point(37.2456, 145.987);\n    polygon.ps[3] = Point(37.2456, 105.987);\n    new ShapeRef(router, polygon, 150);\n\n    // shapeRef151\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(339.219, -71.0821);\n    polygon.ps[1] = Point(339.219, -31.0821);\n    polygon.ps[2] = Point(299.219, -31.0821);\n    polygon.ps[3] = Point(299.219, -71.0821);\n    new ShapeRef(router, polygon, 151);\n\n    // shapeRef152\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(339.219, -27.0821);\n    polygon.ps[1] = Point(339.219, 12.9179);\n    polygon.ps[2] = Point(299.219, 12.9179);\n    polygon.ps[3] = Point(299.219, -27.0821);\n    new ShapeRef(router, polygon, 152);\n\n    // shapeRef153\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(217.246, 76.9179);\n    polygon.ps[1] = Point(217.246, 116.918);\n    polygon.ps[2] = Point(177.246, 116.918);\n    polygon.ps[3] = Point(177.246, 76.9179);\n    new ShapeRef(router, polygon, 153);\n\n    // shapeRef154\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(217.246, 140.918);\n    polygon.ps[1] = Point(217.246, 180.918);\n    polygon.ps[2] = Point(177.246, 180.918);\n    polygon.ps[3] = Point(177.246, 140.918);\n    new ShapeRef(router, polygon, 154);\n\n    // shapeRef155\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 140.918);\n    polygon.ps[1] = Point(77.2456, 180.918);\n    polygon.ps[2] = Point(37.2456, 180.918);\n    polygon.ps[3] = Point(37.2456, 140.918);\n    new ShapeRef(router, polygon, 155);\n\n    // shapeRef156\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 312.918);\n    polygon.ps[1] = Point(77.2456, 352.918);\n    polygon.ps[2] = Point(37.2456, 352.918);\n    polygon.ps[3] = Point(37.2456, 312.918);\n    new ShapeRef(router, polygon, 156);\n\n    // shapeRef157\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 427.955);\n    polygon.ps[1] = Point(77.2456, 467.955);\n    polygon.ps[2] = Point(37.2456, 467.955);\n    polygon.ps[3] = Point(37.2456, 427.955);\n    new ShapeRef(router, polygon, 157);\n\n    // shapeRef158\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 538.918);\n    polygon.ps[1] = Point(77.2456, 578.918);\n    polygon.ps[2] = Point(37.2456, 578.918);\n    polygon.ps[3] = Point(37.2456, 538.918);\n    new ShapeRef(router, polygon, 158);\n\n    // shapeRef159\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 656.918);\n    polygon.ps[1] = Point(77.2456, 696.918);\n    polygon.ps[2] = Point(37.2456, 696.918);\n    polygon.ps[3] = Point(37.2456, 656.918);\n    new ShapeRef(router, polygon, 159);\n\n    // shapeRef160\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(45.2456, 76.9179);\n    polygon.ps[1] = Point(45.2456, 116.918);\n    polygon.ps[2] = Point(5.24557, 116.918);\n    polygon.ps[3] = Point(5.24557, 76.9179);\n    new ShapeRef(router, polygon, 160);\n\n    // shapeRef161\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 312.918);\n    polygon.ps[1] = Point(235.246, 352.918);\n    polygon.ps[2] = Point(195.246, 352.918);\n    polygon.ps[3] = Point(195.246, 312.918);\n    new ShapeRef(router, polygon, 161);\n\n    // shapeRef162\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 427.955);\n    polygon.ps[1] = Point(235.246, 467.955);\n    polygon.ps[2] = Point(195.246, 467.955);\n    polygon.ps[3] = Point(195.246, 427.955);\n    new ShapeRef(router, polygon, 162);\n\n    // shapeRef163\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 538.918);\n    polygon.ps[1] = Point(235.246, 578.918);\n    polygon.ps[2] = Point(195.246, 578.918);\n    polygon.ps[3] = Point(195.246, 538.918);\n    new ShapeRef(router, polygon, 163);\n\n    // shapeRef164\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(235.246, 656.918);\n    polygon.ps[1] = Point(235.246, 696.918);\n    polygon.ps[2] = Point(195.246, 696.918);\n    polygon.ps[3] = Point(195.246, 656.918);\n    new ShapeRef(router, polygon, 164);\n\n    // shapeRef165\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 656.918);\n    polygon.ps[1] = Point(391.246, 696.918);\n    polygon.ps[2] = Point(351.246, 696.918);\n    polygon.ps[3] = Point(351.246, 656.918);\n    new ShapeRef(router, polygon, 165);\n\n    // shapeRef166\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 538.918);\n    polygon.ps[1] = Point(391.246, 578.918);\n    polygon.ps[2] = Point(351.246, 578.918);\n    polygon.ps[3] = Point(351.246, 538.918);\n    new ShapeRef(router, polygon, 166);\n\n    // shapeRef167\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 427.955);\n    polygon.ps[1] = Point(391.246, 467.955);\n    polygon.ps[2] = Point(351.246, 467.955);\n    polygon.ps[3] = Point(351.246, 427.955);\n    new ShapeRef(router, polygon, 167);\n\n    // shapeRef168\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(391.246, 312.918);\n    polygon.ps[1] = Point(391.246, 352.918);\n    polygon.ps[2] = Point(351.246, 352.918);\n    polygon.ps[3] = Point(351.246, 312.918);\n    new ShapeRef(router, polygon, 168);\n\n    // shapeRef169\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 312.918);\n    polygon.ps[1] = Point(547.246, 352.918);\n    polygon.ps[2] = Point(507.246, 352.918);\n    polygon.ps[3] = Point(507.246, 312.918);\n    new ShapeRef(router, polygon, 169);\n\n    // shapeRef170\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 427.955);\n    polygon.ps[1] = Point(547.246, 467.955);\n    polygon.ps[2] = Point(507.246, 467.955);\n    polygon.ps[3] = Point(507.246, 427.955);\n    new ShapeRef(router, polygon, 170);\n\n    // shapeRef171\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 538.918);\n    polygon.ps[1] = Point(547.246, 578.918);\n    polygon.ps[2] = Point(507.246, 578.918);\n    polygon.ps[3] = Point(507.246, 538.918);\n    new ShapeRef(router, polygon, 171);\n\n    // shapeRef172\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(547.246, 656.918);\n    polygon.ps[1] = Point(547.246, 696.918);\n    polygon.ps[2] = Point(507.246, 696.918);\n    polygon.ps[3] = Point(507.246, 656.918);\n    new ShapeRef(router, polygon, 172);\n\n    // shapeRef173\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(693.933, 656.918);\n    polygon.ps[1] = Point(693.933, 696.918);\n    polygon.ps[2] = Point(653.933, 696.918);\n    polygon.ps[3] = Point(653.933, 656.918);\n    new ShapeRef(router, polygon, 173);\n\n    // shapeRef174\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(693.933, 538.918);\n    polygon.ps[1] = Point(693.933, 578.918);\n    polygon.ps[2] = Point(653.933, 578.918);\n    polygon.ps[3] = Point(653.933, 538.918);\n    new ShapeRef(router, polygon, 174);\n\n    // shapeRef175\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(693.933, 427.955);\n    polygon.ps[1] = Point(693.933, 467.955);\n    polygon.ps[2] = Point(653.933, 467.955);\n    polygon.ps[3] = Point(653.933, 427.955);\n    new ShapeRef(router, polygon, 175);\n\n    // shapeRef176\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(693.933, 312.918);\n    polygon.ps[1] = Point(693.933, 352.918);\n    polygon.ps[2] = Point(653.933, 352.918);\n    polygon.ps[3] = Point(653.933, 312.918);\n    new ShapeRef(router, polygon, 176);\n\n    // shapeRef177\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(843.246, 312.918);\n    polygon.ps[1] = Point(843.246, 352.918);\n    polygon.ps[2] = Point(803.246, 352.918);\n    polygon.ps[3] = Point(803.246, 312.918);\n    new ShapeRef(router, polygon, 177);\n\n    // shapeRef178\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(843.246, 427.955);\n    polygon.ps[1] = Point(843.246, 467.955);\n    polygon.ps[2] = Point(803.246, 467.955);\n    polygon.ps[3] = Point(803.246, 427.955);\n    new ShapeRef(router, polygon, 178);\n\n    // shapeRef179\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(843.246, 538.918);\n    polygon.ps[1] = Point(843.246, 578.918);\n    polygon.ps[2] = Point(803.246, 578.918);\n    polygon.ps[3] = Point(803.246, 538.918);\n    new ShapeRef(router, polygon, 179);\n\n    // shapeRef180\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(843.246, 656.918);\n    polygon.ps[1] = Point(843.246, 696.918);\n    polygon.ps[2] = Point(803.246, 696.918);\n    polygon.ps[3] = Point(803.246, 656.918);\n    new ShapeRef(router, polygon, 180);\n\n    // shapeRef181\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(999.246, 730.918);\n    polygon.ps[1] = Point(999.246, 770.918);\n    polygon.ps[2] = Point(959.246, 770.918);\n    polygon.ps[3] = Point(959.246, 730.918);\n    new ShapeRef(router, polygon, 181);\n\n    // shapeRef182\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(999.246, 656.918);\n    polygon.ps[1] = Point(999.246, 696.918);\n    polygon.ps[2] = Point(959.246, 696.918);\n    polygon.ps[3] = Point(959.246, 656.918);\n    new ShapeRef(router, polygon, 182);\n\n    // shapeRef183\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(999.246, 538.918);\n    polygon.ps[1] = Point(999.246, 578.918);\n    polygon.ps[2] = Point(959.246, 578.918);\n    polygon.ps[3] = Point(959.246, 538.918);\n    new ShapeRef(router, polygon, 183);\n\n    // shapeRef184\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(999.246, 427.955);\n    polygon.ps[1] = Point(999.246, 467.955);\n    polygon.ps[2] = Point(959.246, 467.955);\n    polygon.ps[3] = Point(959.246, 427.955);\n    new ShapeRef(router, polygon, 184);\n\n    // shapeRef185\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(999.246, 312.918);\n    polygon.ps[1] = Point(999.246, 352.918);\n    polygon.ps[2] = Point(959.246, 352.918);\n    polygon.ps[3] = Point(959.246, 312.918);\n    new ShapeRef(router, polygon, 185);\n\n    // shapeRef186\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 300.918);\n    polygon.ps[1] = Point(27.2456, 320.918);\n    polygon.ps[2] = Point(7.24557, 320.918);\n    polygon.ps[3] = Point(7.24557, 300.918);\n    new ShapeRef(router, polygon, 186);\n\n    // shapeRef187\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 300.918);\n    polygon.ps[1] = Point(203.246, 320.918);\n    polygon.ps[2] = Point(183.246, 320.918);\n    polygon.ps[3] = Point(183.246, 300.918);\n    new ShapeRef(router, polygon, 187);\n\n    // shapeRef188\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 300.918);\n    polygon.ps[1] = Point(343.246, 320.918);\n    polygon.ps[2] = Point(323.246, 320.918);\n    polygon.ps[3] = Point(323.246, 300.918);\n    new ShapeRef(router, polygon, 188);\n\n    // shapeRef189\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 300.918);\n    polygon.ps[1] = Point(499.246, 320.918);\n    polygon.ps[2] = Point(479.246, 320.918);\n    polygon.ps[3] = Point(479.246, 300.918);\n    new ShapeRef(router, polygon, 189);\n\n    // shapeRef190\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 300.918);\n    polygon.ps[1] = Point(655.246, 320.918);\n    polygon.ps[2] = Point(635.246, 320.918);\n    polygon.ps[3] = Point(635.246, 300.918);\n    new ShapeRef(router, polygon, 190);\n\n    // shapeRef191\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 300.918);\n    polygon.ps[1] = Point(811.246, 320.918);\n    polygon.ps[2] = Point(791.246, 320.918);\n    polygon.ps[3] = Point(791.246, 300.918);\n    new ShapeRef(router, polygon, 191);\n\n    // shapeRef192\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 300.918);\n    polygon.ps[1] = Point(967.246, 320.918);\n    polygon.ps[2] = Point(947.246, 320.918);\n    polygon.ps[3] = Point(947.246, 300.918);\n    new ShapeRef(router, polygon, 192);\n\n    // shapeRef193\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 440.918);\n    polygon.ps[1] = Point(27.2456, 460.918);\n    polygon.ps[2] = Point(7.24557, 460.918);\n    polygon.ps[3] = Point(7.24557, 440.918);\n    new ShapeRef(router, polygon, 193);\n\n    // shapeRef194\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 440.918);\n    polygon.ps[1] = Point(203.246, 460.918);\n    polygon.ps[2] = Point(183.246, 460.918);\n    polygon.ps[3] = Point(183.246, 440.918);\n    new ShapeRef(router, polygon, 194);\n\n    // shapeRef195\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 440.918);\n    polygon.ps[1] = Point(343.246, 460.918);\n    polygon.ps[2] = Point(323.246, 460.918);\n    polygon.ps[3] = Point(323.246, 440.918);\n    new ShapeRef(router, polygon, 195);\n\n    // shapeRef196\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 440.918);\n    polygon.ps[1] = Point(499.246, 460.918);\n    polygon.ps[2] = Point(479.246, 460.918);\n    polygon.ps[3] = Point(479.246, 440.918);\n    new ShapeRef(router, polygon, 196);\n\n    // shapeRef197\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 440.918);\n    polygon.ps[1] = Point(811.246, 460.918);\n    polygon.ps[2] = Point(791.246, 460.918);\n    polygon.ps[3] = Point(791.246, 440.918);\n    new ShapeRef(router, polygon, 197);\n\n    // shapeRef198\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 440.918);\n    polygon.ps[1] = Point(967.246, 460.918);\n    polygon.ps[2] = Point(947.246, 460.918);\n    polygon.ps[3] = Point(947.246, 440.918);\n    new ShapeRef(router, polygon, 198);\n\n    // shapeRef199\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 440.918);\n    polygon.ps[1] = Point(655.246, 460.918);\n    polygon.ps[2] = Point(635.246, 460.918);\n    polygon.ps[3] = Point(635.246, 440.918);\n    new ShapeRef(router, polygon, 199);\n\n    // shapeRef200\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 548.918);\n    polygon.ps[1] = Point(27.2456, 568.918);\n    polygon.ps[2] = Point(7.24557, 568.918);\n    polygon.ps[3] = Point(7.24557, 548.918);\n    new ShapeRef(router, polygon, 200);\n\n    // shapeRef201\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 548.918);\n    polygon.ps[1] = Point(203.246, 568.918);\n    polygon.ps[2] = Point(183.246, 568.918);\n    polygon.ps[3] = Point(183.246, 548.918);\n    new ShapeRef(router, polygon, 201);\n\n    // shapeRef202\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 548.918);\n    polygon.ps[1] = Point(343.246, 568.918);\n    polygon.ps[2] = Point(323.246, 568.918);\n    polygon.ps[3] = Point(323.246, 548.918);\n    new ShapeRef(router, polygon, 202);\n\n    // shapeRef203\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 548.918);\n    polygon.ps[1] = Point(499.246, 568.918);\n    polygon.ps[2] = Point(479.246, 568.918);\n    polygon.ps[3] = Point(479.246, 548.918);\n    new ShapeRef(router, polygon, 203);\n\n    // shapeRef204\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 548.918);\n    polygon.ps[1] = Point(655.246, 568.918);\n    polygon.ps[2] = Point(635.246, 568.918);\n    polygon.ps[3] = Point(635.246, 548.918);\n    new ShapeRef(router, polygon, 204);\n\n    // shapeRef205\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 548.918);\n    polygon.ps[1] = Point(811.246, 568.918);\n    polygon.ps[2] = Point(791.246, 568.918);\n    polygon.ps[3] = Point(791.246, 548.918);\n    new ShapeRef(router, polygon, 205);\n\n    // shapeRef206\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 548.918);\n    polygon.ps[1] = Point(967.246, 568.918);\n    polygon.ps[2] = Point(947.246, 568.918);\n    polygon.ps[3] = Point(947.246, 548.918);\n    new ShapeRef(router, polygon, 206);\n\n    // shapeRef207\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(27.2456, 644.918);\n    polygon.ps[1] = Point(27.2456, 664.918);\n    polygon.ps[2] = Point(7.24557, 664.918);\n    polygon.ps[3] = Point(7.24557, 644.918);\n    new ShapeRef(router, polygon, 207);\n\n    // shapeRef208\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(203.246, 644.918);\n    polygon.ps[1] = Point(203.246, 664.918);\n    polygon.ps[2] = Point(183.246, 664.918);\n    polygon.ps[3] = Point(183.246, 644.918);\n    new ShapeRef(router, polygon, 208);\n\n    // shapeRef209\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(343.246, 644.918);\n    polygon.ps[1] = Point(343.246, 664.918);\n    polygon.ps[2] = Point(323.246, 664.918);\n    polygon.ps[3] = Point(323.246, 644.918);\n    new ShapeRef(router, polygon, 209);\n\n    // shapeRef210\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(499.246, 644.918);\n    polygon.ps[1] = Point(499.246, 664.918);\n    polygon.ps[2] = Point(479.246, 664.918);\n    polygon.ps[3] = Point(479.246, 644.918);\n    new ShapeRef(router, polygon, 210);\n\n    // shapeRef211\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(655.246, 644.918);\n    polygon.ps[1] = Point(655.246, 664.918);\n    polygon.ps[2] = Point(635.246, 664.918);\n    polygon.ps[3] = Point(635.246, 644.918);\n    new ShapeRef(router, polygon, 211);\n\n    // shapeRef212\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(811.246, 644.918);\n    polygon.ps[1] = Point(811.246, 664.918);\n    polygon.ps[2] = Point(791.246, 664.918);\n    polygon.ps[3] = Point(791.246, 644.918);\n    new ShapeRef(router, polygon, 212);\n\n    // shapeRef213\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 644.918);\n    polygon.ps[1] = Point(967.246, 664.918);\n    polygon.ps[2] = Point(947.246, 664.918);\n    polygon.ps[3] = Point(947.246, 644.918);\n    new ShapeRef(router, polygon, 213);\n\n    // shapeRef214\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1243.25, 268.918);\n    polygon.ps[1] = Point(1243.25, 288.918);\n    polygon.ps[2] = Point(1223.25, 288.918);\n    polygon.ps[3] = Point(1223.25, 268.918);\n    new ShapeRef(router, polygon, 214);\n\n    // shapeRef215\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1243.25, 408.918);\n    polygon.ps[1] = Point(1243.25, 428.918);\n    polygon.ps[2] = Point(1223.25, 428.918);\n    polygon.ps[3] = Point(1223.25, 408.918);\n    new ShapeRef(router, polygon, 215);\n\n    // shapeRef216\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1243.25, 504.918);\n    polygon.ps[1] = Point(1243.25, 524.918);\n    polygon.ps[2] = Point(1223.25, 524.918);\n    polygon.ps[3] = Point(1223.25, 504.918);\n    new ShapeRef(router, polygon, 216);\n\n    // shapeRef217\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1243.25, 612.918);\n    polygon.ps[1] = Point(1243.25, 632.918);\n    polygon.ps[2] = Point(1223.25, 632.918);\n    polygon.ps[3] = Point(1223.25, 612.918);\n    new ShapeRef(router, polygon, 217);\n\n    // shapeRef218\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 708.918);\n    polygon.ps[1] = Point(967.246, 728.918);\n    polygon.ps[2] = Point(947.246, 728.918);\n    polygon.ps[3] = Point(947.246, 708.918);\n    new ShapeRef(router, polygon, 218);\n\n    // shapeRef219\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(967.246, 740.918);\n    polygon.ps[1] = Point(967.246, 760.918);\n    polygon.ps[2] = Point(947.246, 760.918);\n    polygon.ps[3] = Point(947.246, 740.918);\n    new ShapeRef(router, polygon, 219);\n\n    // shapeRef220\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1243.25, 708.918);\n    polygon.ps[1] = Point(1243.25, 728.918);\n    polygon.ps[2] = Point(1223.25, 728.918);\n    polygon.ps[3] = Point(1223.25, 708.918);\n    new ShapeRef(router, polygon, 220);\n\n    // shapeRef221\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 246.918);\n    polygon.ps[1] = Point(1303.25, 266.918);\n    polygon.ps[2] = Point(1283.25, 266.918);\n    polygon.ps[3] = Point(1283.25, 246.918);\n    new ShapeRef(router, polygon, 221);\n\n    // shapeRef222\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1303.25, 634.918);\n    polygon.ps[1] = Point(1303.25, 654.918);\n    polygon.ps[2] = Point(1283.25, 654.918);\n    polygon.ps[3] = Point(1283.25, 634.918);\n    new ShapeRef(router, polygon, 222);\n\n    // shapeRef223\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 236.918);\n    polygon.ps[1] = Point(77.2456, 256.918);\n    polygon.ps[2] = Point(57.2456, 256.918);\n    polygon.ps[3] = Point(57.2456, 236.918);\n    new ShapeRef(router, polygon, 223);\n\n    // shapeRef224\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(77.2456, 268.918);\n    polygon.ps[1] = Point(77.2456, 288.918);\n    polygon.ps[2] = Point(57.2456, 288.918);\n    polygon.ps[3] = Point(57.2456, 268.918);\n    new ShapeRef(router, polygon, 224);\n\n    // shapeRef225\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 602.918);\n    polygon.ps[1] = Point(1159.25, 642.918);\n    polygon.ps[2] = Point(1103.25, 642.918);\n    polygon.ps[3] = Point(1103.25, 602.918);\n    new ShapeRef(router, polygon, 225);\n\n    // shapeRef226\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 602.918);\n    polygon.ps[1] = Point(955.246, 642.918);\n    polygon.ps[2] = Point(899.246, 642.918);\n    polygon.ps[3] = Point(899.246, 602.918);\n    new ShapeRef(router, polygon, 226);\n\n    // shapeRef227\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(799.246, 602.918);\n    polygon.ps[1] = Point(799.246, 642.918);\n    polygon.ps[2] = Point(743.246, 642.918);\n    polygon.ps[3] = Point(743.246, 602.918);\n    new ShapeRef(router, polygon, 227);\n\n    // shapeRef228\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 602.918);\n    polygon.ps[1] = Point(643.246, 642.918);\n    polygon.ps[2] = Point(587.246, 642.918);\n    polygon.ps[3] = Point(587.246, 602.918);\n    new ShapeRef(router, polygon, 228);\n\n    // shapeRef229\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(487.246, 602.918);\n    polygon.ps[1] = Point(487.246, 642.918);\n    polygon.ps[2] = Point(431.246, 642.918);\n    polygon.ps[3] = Point(431.246, 602.918);\n    new ShapeRef(router, polygon, 229);\n\n    // shapeRef230\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 602.918);\n    polygon.ps[1] = Point(331.246, 642.918);\n    polygon.ps[2] = Point(275.246, 642.918);\n    polygon.ps[3] = Point(275.246, 602.918);\n    new ShapeRef(router, polygon, 230);\n\n    // shapeRef231\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 634.918);\n    polygon.ps[1] = Point(173.246, 674.918);\n    polygon.ps[2] = Point(117.246, 674.918);\n    polygon.ps[3] = Point(117.246, 634.918);\n    new ShapeRef(router, polygon, 231);\n\n    // shapeRef232\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 698.918);\n    polygon.ps[1] = Point(907.246, 738.918);\n    polygon.ps[2] = Point(851.246, 738.918);\n    polygon.ps[3] = Point(851.246, 698.918);\n    new ShapeRef(router, polygon, 232);\n\n    // shapeRef233\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1231.25, 698.918);\n    polygon.ps[1] = Point(1231.25, 738.918);\n    polygon.ps[2] = Point(1175.25, 738.918);\n    polygon.ps[3] = Point(1175.25, 698.918);\n    new ShapeRef(router, polygon, 233);\n\n    // shapeRef234\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1291.25, 698.918);\n    polygon.ps[1] = Point(1291.25, 738.918);\n    polygon.ps[2] = Point(1235.25, 738.918);\n    polygon.ps[3] = Point(1235.25, 698.918);\n    new ShapeRef(router, polygon, 234);\n\n    // shapeRef235\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(622.941, 698.918);\n    polygon.ps[1] = Point(622.941, 738.918);\n    polygon.ps[2] = Point(566.941, 738.918);\n    polygon.ps[3] = Point(566.941, 698.918);\n    new ShapeRef(router, polygon, 235);\n\n    // shapeRef236\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(479.455, 698.918);\n    polygon.ps[1] = Point(479.455, 738.918);\n    polygon.ps[2] = Point(423.455, 738.918);\n    polygon.ps[3] = Point(423.455, 698.918);\n    new ShapeRef(router, polygon, 236);\n\n    // shapeRef237\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1399.25, 602.918);\n    polygon.ps[1] = Point(1399.25, 642.918);\n    polygon.ps[2] = Point(1343.25, 642.918);\n    polygon.ps[3] = Point(1343.25, 602.918);\n    new ShapeRef(router, polygon, 237);\n\n    // shapeRef238\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1447.25, 555.942);\n    polygon.ps[1] = Point(1447.25, 595.942);\n    polygon.ps[2] = Point(1391.25, 595.942);\n    polygon.ps[3] = Point(1391.25, 555.942);\n    new ShapeRef(router, polygon, 238);\n\n    // shapeRef239\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 634.918);\n    polygon.ps[1] = Point(1159.25, 674.918);\n    polygon.ps[2] = Point(1103.25, 674.918);\n    polygon.ps[3] = Point(1103.25, 634.918);\n    new ShapeRef(router, polygon, 239);\n\n    // shapeRef240\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 634.918);\n    polygon.ps[1] = Point(955.246, 674.918);\n    polygon.ps[2] = Point(899.246, 674.918);\n    polygon.ps[3] = Point(899.246, 634.918);\n    new ShapeRef(router, polygon, 240);\n\n    // shapeRef241\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(799.246, 634.918);\n    polygon.ps[1] = Point(799.246, 674.918);\n    polygon.ps[2] = Point(743.246, 674.918);\n    polygon.ps[3] = Point(743.246, 634.918);\n    new ShapeRef(router, polygon, 241);\n\n    // shapeRef242\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 634.918);\n    polygon.ps[1] = Point(643.246, 674.918);\n    polygon.ps[2] = Point(587.246, 674.918);\n    polygon.ps[3] = Point(587.246, 634.918);\n    new ShapeRef(router, polygon, 242);\n\n    // shapeRef243\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(487.246, 634.918);\n    polygon.ps[1] = Point(487.246, 674.918);\n    polygon.ps[2] = Point(431.246, 674.918);\n    polygon.ps[3] = Point(431.246, 634.918);\n    new ShapeRef(router, polygon, 243);\n\n    // shapeRef244\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 634.918);\n    polygon.ps[1] = Point(331.246, 674.918);\n    polygon.ps[2] = Point(275.246, 674.918);\n    polygon.ps[3] = Point(275.246, 634.918);\n    new ShapeRef(router, polygon, 244);\n\n    // shapeRef245\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 602.918);\n    polygon.ps[1] = Point(173.246, 642.918);\n    polygon.ps[2] = Point(117.246, 642.918);\n    polygon.ps[3] = Point(117.246, 602.918);\n    new ShapeRef(router, polygon, 245);\n\n    // shapeRef246\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1447.25, 494.918);\n    polygon.ps[1] = Point(1447.25, 534.918);\n    polygon.ps[2] = Point(1391.25, 534.918);\n    polygon.ps[3] = Point(1391.25, 494.918);\n    new ShapeRef(router, polygon, 246);\n\n    // shapeRef247\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 516.918);\n    polygon.ps[1] = Point(1159.25, 556.918);\n    polygon.ps[2] = Point(1103.25, 556.918);\n    polygon.ps[3] = Point(1103.25, 516.918);\n    new ShapeRef(router, polygon, 247);\n\n    // shapeRef248\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 516.918);\n    polygon.ps[1] = Point(955.246, 556.918);\n    polygon.ps[2] = Point(899.246, 556.918);\n    polygon.ps[3] = Point(899.246, 516.918);\n    new ShapeRef(router, polygon, 248);\n\n    // shapeRef249\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(799.246, 516.918);\n    polygon.ps[1] = Point(799.246, 556.918);\n    polygon.ps[2] = Point(743.246, 556.918);\n    polygon.ps[3] = Point(743.246, 516.918);\n    new ShapeRef(router, polygon, 249);\n\n    // shapeRef250\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 516.918);\n    polygon.ps[1] = Point(643.246, 556.918);\n    polygon.ps[2] = Point(587.246, 556.918);\n    polygon.ps[3] = Point(587.246, 516.918);\n    new ShapeRef(router, polygon, 250);\n\n    // shapeRef251\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(487.246, 516.918);\n    polygon.ps[1] = Point(487.246, 556.918);\n    polygon.ps[2] = Point(431.246, 556.918);\n    polygon.ps[3] = Point(431.246, 516.918);\n    new ShapeRef(router, polygon, 251);\n\n    // shapeRef252\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 516.918);\n    polygon.ps[1] = Point(331.246, 556.918);\n    polygon.ps[2] = Point(275.246, 556.918);\n    polygon.ps[3] = Point(275.246, 516.918);\n    new ShapeRef(router, polygon, 252);\n\n    // shapeRef253\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 516.918);\n    polygon.ps[1] = Point(173.246, 556.918);\n    polygon.ps[2] = Point(117.246, 556.918);\n    polygon.ps[3] = Point(117.246, 516.918);\n    new ShapeRef(router, polygon, 253);\n\n    // shapeRef254\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1321.25, 214.918);\n    polygon.ps[1] = Point(1321.25, 254.918);\n    polygon.ps[2] = Point(1265.25, 254.918);\n    polygon.ps[3] = Point(1265.25, 214.918);\n    new ShapeRef(router, polygon, 254);\n\n    // shapeRef255\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1111.25, 602.918);\n    polygon.ps[1] = Point(1111.25, 642.918);\n    polygon.ps[2] = Point(1055.25, 642.918);\n    polygon.ps[3] = Point(1055.25, 602.918);\n    new ShapeRef(router, polygon, 255);\n\n    // shapeRef256\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1447.25, 398.918);\n    polygon.ps[1] = Point(1447.25, 438.918);\n    polygon.ps[2] = Point(1391.25, 438.918);\n    polygon.ps[3] = Point(1391.25, 398.918);\n    new ShapeRef(router, polygon, 256);\n\n    // shapeRef257\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1447.25, 698.918);\n    polygon.ps[1] = Point(1447.25, 738.918);\n    polygon.ps[2] = Point(1391.25, 738.918);\n    polygon.ps[3] = Point(1391.25, 698.918);\n    new ShapeRef(router, polygon, 257);\n\n    // shapeRef258\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1507.25, 698.918);\n    polygon.ps[1] = Point(1507.25, 738.918);\n    polygon.ps[2] = Point(1451.25, 738.918);\n    polygon.ps[3] = Point(1451.25, 698.918);\n    new ShapeRef(router, polygon, 258);\n\n    // shapeRef259\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 698.918);\n    polygon.ps[1] = Point(751.246, 738.918);\n    polygon.ps[2] = Point(695.246, 738.918);\n    polygon.ps[3] = Point(695.246, 698.918);\n    new ShapeRef(router, polygon, 259);\n\n    // shapeRef260\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 698.918);\n    polygon.ps[1] = Point(955.246, 738.918);\n    polygon.ps[2] = Point(899.246, 738.918);\n    polygon.ps[3] = Point(899.246, 698.918);\n    new ShapeRef(router, polygon, 260);\n\n    // shapeRef261\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 12.9179);\n    polygon.ps[1] = Point(173.246, 52.9179);\n    polygon.ps[2] = Point(117.246, 52.9179);\n    polygon.ps[3] = Point(117.246, 12.9179);\n    new ShapeRef(router, polygon, 261);\n\n    // shapeRef262\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 290.918);\n    polygon.ps[1] = Point(173.246, 330.918);\n    polygon.ps[2] = Point(117.246, 330.918);\n    polygon.ps[3] = Point(117.246, 290.918);\n    new ShapeRef(router, polygon, 262);\n\n    // shapeRef263\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1033.25, 214.918);\n    polygon.ps[1] = Point(1033.25, 254.918);\n    polygon.ps[2] = Point(977.246, 254.918);\n    polygon.ps[3] = Point(977.246, 214.918);\n    new ShapeRef(router, polygon, 263);\n\n    // shapeRef264\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(877.246, 214.918);\n    polygon.ps[1] = Point(877.246, 254.918);\n    polygon.ps[2] = Point(821.246, 254.918);\n    polygon.ps[3] = Point(821.246, 214.918);\n    new ShapeRef(router, polygon, 264);\n\n    // shapeRef265\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(721.246, 214.918);\n    polygon.ps[1] = Point(721.246, 254.918);\n    polygon.ps[2] = Point(665.246, 254.918);\n    polygon.ps[3] = Point(665.246, 214.918);\n    new ShapeRef(router, polygon, 265);\n\n    // shapeRef266\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(565.246, 214.918);\n    polygon.ps[1] = Point(565.246, 254.918);\n    polygon.ps[2] = Point(509.246, 254.918);\n    polygon.ps[3] = Point(509.246, 214.918);\n    new ShapeRef(router, polygon, 266);\n\n    // shapeRef267\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(409.246, 214.918);\n    polygon.ps[1] = Point(409.246, 254.918);\n    polygon.ps[2] = Point(353.246, 254.918);\n    polygon.ps[3] = Point(353.246, 214.918);\n    new ShapeRef(router, polygon, 267);\n\n    // shapeRef268\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 268.918);\n    polygon.ps[1] = Point(331.246, 308.918);\n    polygon.ps[2] = Point(275.246, 308.918);\n    polygon.ps[3] = Point(275.246, 268.918);\n    new ShapeRef(router, polygon, 268);\n\n    // shapeRef269\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 698.918);\n    polygon.ps[1] = Point(1159.25, 738.918);\n    polygon.ps[2] = Point(1103.25, 738.918);\n    polygon.ps[3] = Point(1103.25, 698.918);\n    new ShapeRef(router, polygon, 269);\n\n    // shapeRef270\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 666.918);\n    polygon.ps[1] = Point(1063.25, 706.918);\n    polygon.ps[2] = Point(1007.25, 706.918);\n    polygon.ps[3] = Point(1007.25, 666.918);\n    new ShapeRef(router, polygon, 270);\n\n    // shapeRef271\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 570.918);\n    polygon.ps[1] = Point(1159.25, 610.918);\n    polygon.ps[2] = Point(1103.25, 610.918);\n    polygon.ps[3] = Point(1103.25, 570.918);\n    new ShapeRef(router, polygon, 271);\n\n    // shapeRef272\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 602.918);\n    polygon.ps[1] = Point(1063.25, 642.918);\n    polygon.ps[2] = Point(1007.25, 642.918);\n    polygon.ps[3] = Point(1007.25, 602.918);\n    new ShapeRef(router, polygon, 272);\n\n    // shapeRef273\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 570.918);\n    polygon.ps[1] = Point(1063.25, 610.918);\n    polygon.ps[2] = Point(1007.25, 610.918);\n    polygon.ps[3] = Point(1007.25, 570.918);\n    new ShapeRef(router, polygon, 273);\n\n    // shapeRef274\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 494.918);\n    polygon.ps[1] = Point(1063.25, 534.918);\n    polygon.ps[2] = Point(1007.25, 534.918);\n    polygon.ps[3] = Point(1007.25, 494.918);\n    new ShapeRef(router, polygon, 274);\n\n    // shapeRef275\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 462.918);\n    polygon.ps[1] = Point(1063.25, 502.918);\n    polygon.ps[2] = Point(1007.25, 502.918);\n    polygon.ps[3] = Point(1007.25, 462.918);\n    new ShapeRef(router, polygon, 275);\n\n    // shapeRef276\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1159.25, 398.918);\n    polygon.ps[1] = Point(1159.25, 438.918);\n    polygon.ps[2] = Point(1103.25, 438.918);\n    polygon.ps[3] = Point(1103.25, 398.918);\n    new ShapeRef(router, polygon, 276);\n\n    // shapeRef277\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 398.918);\n    polygon.ps[1] = Point(1063.25, 438.918);\n    polygon.ps[2] = Point(1007.25, 438.918);\n    polygon.ps[3] = Point(1007.25, 398.918);\n    new ShapeRef(router, polygon, 277);\n\n    // shapeRef278\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 366.918);\n    polygon.ps[1] = Point(1063.25, 406.918);\n    polygon.ps[2] = Point(1007.25, 406.918);\n    polygon.ps[3] = Point(1007.25, 366.918);\n    new ShapeRef(router, polygon, 278);\n\n    // shapeRef279\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1033.25, 182.918);\n    polygon.ps[1] = Point(1033.25, 222.918);\n    polygon.ps[2] = Point(977.246, 222.918);\n    polygon.ps[3] = Point(977.246, 182.918);\n    new ShapeRef(router, polygon, 279);\n\n    // shapeRef280\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(985.246, 172.918);\n    polygon.ps[1] = Point(985.246, 212.918);\n    polygon.ps[2] = Point(929.246, 212.918);\n    polygon.ps[3] = Point(929.246, 172.918);\n    new ShapeRef(router, polygon, 280);\n\n    // shapeRef281\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(985.246, 108.918);\n    polygon.ps[1] = Point(985.246, 148.918);\n    polygon.ps[2] = Point(929.246, 148.918);\n    polygon.ps[3] = Point(929.246, 108.918);\n    new ShapeRef(router, polygon, 281);\n\n    // shapeRef282\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 570.918);\n    polygon.ps[1] = Point(955.246, 610.918);\n    polygon.ps[2] = Point(899.246, 610.918);\n    polygon.ps[3] = Point(899.246, 570.918);\n    new ShapeRef(router, polygon, 282);\n\n    // shapeRef283\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 602.918);\n    polygon.ps[1] = Point(907.246, 642.918);\n    polygon.ps[2] = Point(851.246, 642.918);\n    polygon.ps[3] = Point(851.246, 602.918);\n    new ShapeRef(router, polygon, 283);\n\n    // shapeRef284\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 570.918);\n    polygon.ps[1] = Point(907.246, 610.918);\n    polygon.ps[2] = Point(851.246, 610.918);\n    polygon.ps[3] = Point(851.246, 570.918);\n    new ShapeRef(router, polygon, 284);\n\n    // shapeRef285\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 494.918);\n    polygon.ps[1] = Point(907.246, 534.918);\n    polygon.ps[2] = Point(851.246, 534.918);\n    polygon.ps[3] = Point(851.246, 494.918);\n    new ShapeRef(router, polygon, 285);\n\n    // shapeRef286\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 462.918);\n    polygon.ps[1] = Point(907.246, 502.918);\n    polygon.ps[2] = Point(851.246, 502.918);\n    polygon.ps[3] = Point(851.246, 462.918);\n    new ShapeRef(router, polygon, 286);\n\n    // shapeRef287\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(955.246, 398.918);\n    polygon.ps[1] = Point(955.246, 438.918);\n    polygon.ps[2] = Point(899.246, 438.918);\n    polygon.ps[3] = Point(899.246, 398.918);\n    new ShapeRef(router, polygon, 287);\n\n    // shapeRef288\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 398.918);\n    polygon.ps[1] = Point(907.246, 438.918);\n    polygon.ps[2] = Point(851.246, 438.918);\n    polygon.ps[3] = Point(851.246, 398.918);\n    new ShapeRef(router, polygon, 288);\n\n    // shapeRef289\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 366.918);\n    polygon.ps[1] = Point(907.246, 406.918);\n    polygon.ps[2] = Point(851.246, 406.918);\n    polygon.ps[3] = Point(851.246, 366.918);\n    new ShapeRef(router, polygon, 289);\n\n    // shapeRef290\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(877.246, 182.918);\n    polygon.ps[1] = Point(877.246, 222.918);\n    polygon.ps[2] = Point(821.246, 222.918);\n    polygon.ps[3] = Point(821.246, 182.918);\n    new ShapeRef(router, polygon, 290);\n\n    // shapeRef291\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(829.246, 172.918);\n    polygon.ps[1] = Point(829.246, 212.918);\n    polygon.ps[2] = Point(773.246, 212.918);\n    polygon.ps[3] = Point(773.246, 172.918);\n    new ShapeRef(router, polygon, 291);\n\n    // shapeRef292\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(829.246, 108.918);\n    polygon.ps[1] = Point(829.246, 148.918);\n    polygon.ps[2] = Point(773.246, 148.918);\n    polygon.ps[3] = Point(773.246, 108.918);\n    new ShapeRef(router, polygon, 292);\n\n    // shapeRef293\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(799.246, 570.918);\n    polygon.ps[1] = Point(799.246, 610.918);\n    polygon.ps[2] = Point(743.246, 610.918);\n    polygon.ps[3] = Point(743.246, 570.918);\n    new ShapeRef(router, polygon, 293);\n\n    // shapeRef294\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 602.918);\n    polygon.ps[1] = Point(751.246, 642.918);\n    polygon.ps[2] = Point(695.246, 642.918);\n    polygon.ps[3] = Point(695.246, 602.918);\n    new ShapeRef(router, polygon, 294);\n\n    // shapeRef295\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 570.918);\n    polygon.ps[1] = Point(751.246, 610.918);\n    polygon.ps[2] = Point(695.246, 610.918);\n    polygon.ps[3] = Point(695.246, 570.918);\n    new ShapeRef(router, polygon, 295);\n\n    // shapeRef296\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 494.918);\n    polygon.ps[1] = Point(751.246, 534.918);\n    polygon.ps[2] = Point(695.246, 534.918);\n    polygon.ps[3] = Point(695.246, 494.918);\n    new ShapeRef(router, polygon, 296);\n\n    // shapeRef297\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 462.918);\n    polygon.ps[1] = Point(751.246, 502.918);\n    polygon.ps[2] = Point(695.246, 502.918);\n    polygon.ps[3] = Point(695.246, 462.918);\n    new ShapeRef(router, polygon, 297);\n\n    // shapeRef298\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(799.246, 398.918);\n    polygon.ps[1] = Point(799.246, 438.918);\n    polygon.ps[2] = Point(743.246, 438.918);\n    polygon.ps[3] = Point(743.246, 398.918);\n    new ShapeRef(router, polygon, 298);\n\n    // shapeRef299\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 398.918);\n    polygon.ps[1] = Point(751.246, 438.918);\n    polygon.ps[2] = Point(695.246, 438.918);\n    polygon.ps[3] = Point(695.246, 398.918);\n    new ShapeRef(router, polygon, 299);\n\n    // shapeRef300\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 366.918);\n    polygon.ps[1] = Point(751.246, 406.918);\n    polygon.ps[2] = Point(695.246, 406.918);\n    polygon.ps[3] = Point(695.246, 366.918);\n    new ShapeRef(router, polygon, 300);\n\n    // shapeRef301\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(721.246, 182.918);\n    polygon.ps[1] = Point(721.246, 222.918);\n    polygon.ps[2] = Point(665.246, 222.918);\n    polygon.ps[3] = Point(665.246, 182.918);\n    new ShapeRef(router, polygon, 301);\n\n    // shapeRef302\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(673.246, 172.918);\n    polygon.ps[1] = Point(673.246, 212.918);\n    polygon.ps[2] = Point(617.246, 212.918);\n    polygon.ps[3] = Point(617.246, 172.918);\n    new ShapeRef(router, polygon, 302);\n\n    // shapeRef303\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(673.246, 108.918);\n    polygon.ps[1] = Point(673.246, 148.918);\n    polygon.ps[2] = Point(617.246, 148.918);\n    polygon.ps[3] = Point(617.246, 108.918);\n    new ShapeRef(router, polygon, 303);\n\n    // shapeRef304\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 570.918);\n    polygon.ps[1] = Point(643.246, 610.918);\n    polygon.ps[2] = Point(587.246, 610.918);\n    polygon.ps[3] = Point(587.246, 570.918);\n    new ShapeRef(router, polygon, 304);\n\n    // shapeRef305\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 602.918);\n    polygon.ps[1] = Point(595.246, 642.918);\n    polygon.ps[2] = Point(539.246, 642.918);\n    polygon.ps[3] = Point(539.246, 602.918);\n    new ShapeRef(router, polygon, 305);\n\n    // shapeRef306\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 570.918);\n    polygon.ps[1] = Point(595.246, 610.918);\n    polygon.ps[2] = Point(539.246, 610.918);\n    polygon.ps[3] = Point(539.246, 570.918);\n    new ShapeRef(router, polygon, 306);\n\n    // shapeRef307\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 466.951);\n    polygon.ps[1] = Point(643.246, 506.951);\n    polygon.ps[2] = Point(587.246, 506.951);\n    polygon.ps[3] = Point(587.246, 466.951);\n    new ShapeRef(router, polygon, 307);\n\n    // shapeRef308\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 494.918);\n    polygon.ps[1] = Point(595.246, 534.918);\n    polygon.ps[2] = Point(539.246, 534.918);\n    polygon.ps[3] = Point(539.246, 494.918);\n    new ShapeRef(router, polygon, 308);\n\n    // shapeRef309\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 462.918);\n    polygon.ps[1] = Point(595.246, 502.918);\n    polygon.ps[2] = Point(539.246, 502.918);\n    polygon.ps[3] = Point(539.246, 462.918);\n    new ShapeRef(router, polygon, 309);\n\n    // shapeRef310\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(643.246, 398.918);\n    polygon.ps[1] = Point(643.246, 438.918);\n    polygon.ps[2] = Point(587.246, 438.918);\n    polygon.ps[3] = Point(587.246, 398.918);\n    new ShapeRef(router, polygon, 310);\n\n    // shapeRef311\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 398.918);\n    polygon.ps[1] = Point(595.246, 438.918);\n    polygon.ps[2] = Point(539.246, 438.918);\n    polygon.ps[3] = Point(539.246, 398.918);\n    new ShapeRef(router, polygon, 311);\n\n    // shapeRef312\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 366.918);\n    polygon.ps[1] = Point(595.246, 406.918);\n    polygon.ps[2] = Point(539.246, 406.918);\n    polygon.ps[3] = Point(539.246, 366.918);\n    new ShapeRef(router, polygon, 312);\n\n    // shapeRef313\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(565.246, 182.918);\n    polygon.ps[1] = Point(565.246, 222.918);\n    polygon.ps[2] = Point(509.246, 222.918);\n    polygon.ps[3] = Point(509.246, 182.918);\n    new ShapeRef(router, polygon, 313);\n\n    // shapeRef314\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(517.246, 172.918);\n    polygon.ps[1] = Point(517.246, 212.918);\n    polygon.ps[2] = Point(461.246, 212.918);\n    polygon.ps[3] = Point(461.246, 172.918);\n    new ShapeRef(router, polygon, 314);\n\n    // shapeRef315\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(517.246, 108.918);\n    polygon.ps[1] = Point(517.246, 148.918);\n    polygon.ps[2] = Point(461.246, 148.918);\n    polygon.ps[3] = Point(461.246, 108.918);\n    new ShapeRef(router, polygon, 315);\n\n    // shapeRef316\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(487.246, 570.918);\n    polygon.ps[1] = Point(487.246, 610.918);\n    polygon.ps[2] = Point(431.246, 610.918);\n    polygon.ps[3] = Point(431.246, 570.918);\n    new ShapeRef(router, polygon, 316);\n\n    // shapeRef317\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 602.918);\n    polygon.ps[1] = Point(439.246, 642.918);\n    polygon.ps[2] = Point(383.246, 642.918);\n    polygon.ps[3] = Point(383.246, 602.918);\n    new ShapeRef(router, polygon, 317);\n\n    // shapeRef318\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 570.918);\n    polygon.ps[1] = Point(439.246, 610.918);\n    polygon.ps[2] = Point(383.246, 610.918);\n    polygon.ps[3] = Point(383.246, 570.918);\n    new ShapeRef(router, polygon, 318);\n\n    // shapeRef319\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 494.918);\n    polygon.ps[1] = Point(439.246, 534.918);\n    polygon.ps[2] = Point(383.246, 534.918);\n    polygon.ps[3] = Point(383.246, 494.918);\n    new ShapeRef(router, polygon, 319);\n\n    // shapeRef320\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 462.918);\n    polygon.ps[1] = Point(439.246, 502.918);\n    polygon.ps[2] = Point(383.246, 502.918);\n    polygon.ps[3] = Point(383.246, 462.918);\n    new ShapeRef(router, polygon, 320);\n\n    // shapeRef321\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(487.246, 398.918);\n    polygon.ps[1] = Point(487.246, 438.918);\n    polygon.ps[2] = Point(431.246, 438.918);\n    polygon.ps[3] = Point(431.246, 398.918);\n    new ShapeRef(router, polygon, 321);\n\n    // shapeRef322\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 398.918);\n    polygon.ps[1] = Point(439.246, 438.918);\n    polygon.ps[2] = Point(383.246, 438.918);\n    polygon.ps[3] = Point(383.246, 398.918);\n    new ShapeRef(router, polygon, 322);\n\n    // shapeRef323\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 366.918);\n    polygon.ps[1] = Point(439.246, 406.918);\n    polygon.ps[2] = Point(383.246, 406.918);\n    polygon.ps[3] = Point(383.246, 366.918);\n    new ShapeRef(router, polygon, 323);\n\n    // shapeRef324\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(409.246, 182.918);\n    polygon.ps[1] = Point(409.246, 222.918);\n    polygon.ps[2] = Point(353.246, 222.918);\n    polygon.ps[3] = Point(353.246, 182.918);\n    new ShapeRef(router, polygon, 324);\n\n    // shapeRef325\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(361.246, 172.918);\n    polygon.ps[1] = Point(361.246, 212.918);\n    polygon.ps[2] = Point(305.246, 212.918);\n    polygon.ps[3] = Point(305.246, 172.918);\n    new ShapeRef(router, polygon, 325);\n\n    // shapeRef326\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(361.246, 108.918);\n    polygon.ps[1] = Point(361.246, 148.918);\n    polygon.ps[2] = Point(305.246, 148.918);\n    polygon.ps[3] = Point(305.246, 108.918);\n    new ShapeRef(router, polygon, 326);\n\n    // shapeRef327\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 570.918);\n    polygon.ps[1] = Point(331.246, 610.918);\n    polygon.ps[2] = Point(275.246, 610.918);\n    polygon.ps[3] = Point(275.246, 570.918);\n    new ShapeRef(router, polygon, 327);\n\n    // shapeRef328\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 602.918);\n    polygon.ps[1] = Point(283.246, 642.918);\n    polygon.ps[2] = Point(227.246, 642.918);\n    polygon.ps[3] = Point(227.246, 602.918);\n    new ShapeRef(router, polygon, 328);\n\n    // shapeRef329\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 570.918);\n    polygon.ps[1] = Point(283.246, 610.918);\n    polygon.ps[2] = Point(227.246, 610.918);\n    polygon.ps[3] = Point(227.246, 570.918);\n    new ShapeRef(router, polygon, 329);\n\n    // shapeRef330\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 494.918);\n    polygon.ps[1] = Point(283.246, 534.918);\n    polygon.ps[2] = Point(227.246, 534.918);\n    polygon.ps[3] = Point(227.246, 494.918);\n    new ShapeRef(router, polygon, 330);\n\n    // shapeRef331\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 462.918);\n    polygon.ps[1] = Point(283.246, 502.918);\n    polygon.ps[2] = Point(227.246, 502.918);\n    polygon.ps[3] = Point(227.246, 462.918);\n    new ShapeRef(router, polygon, 331);\n\n    // shapeRef332\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 398.918);\n    polygon.ps[1] = Point(331.246, 438.918);\n    polygon.ps[2] = Point(275.246, 438.918);\n    polygon.ps[3] = Point(275.246, 398.918);\n    new ShapeRef(router, polygon, 332);\n\n    // shapeRef333\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 398.918);\n    polygon.ps[1] = Point(283.246, 438.918);\n    polygon.ps[2] = Point(227.246, 438.918);\n    polygon.ps[3] = Point(227.246, 398.918);\n    new ShapeRef(router, polygon, 333);\n\n    // shapeRef334\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 366.918);\n    polygon.ps[1] = Point(283.246, 406.918);\n    polygon.ps[2] = Point(227.246, 406.918);\n    polygon.ps[3] = Point(227.246, 366.918);\n    new ShapeRef(router, polygon, 334);\n\n    // shapeRef335\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(331.246, 236.918);\n    polygon.ps[1] = Point(331.246, 276.918);\n    polygon.ps[2] = Point(275.246, 276.918);\n    polygon.ps[3] = Point(275.246, 236.918);\n    new ShapeRef(router, polygon, 335);\n\n    // shapeRef336\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(221.246, 108.918);\n    polygon.ps[1] = Point(221.246, 148.918);\n    polygon.ps[2] = Point(165.246, 148.918);\n    polygon.ps[3] = Point(165.246, 108.918);\n    new ShapeRef(router, polygon, 336);\n\n    // shapeRef337\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(221.246, 172.918);\n    polygon.ps[1] = Point(221.246, 212.918);\n    polygon.ps[2] = Point(165.246, 212.918);\n    polygon.ps[3] = Point(165.246, 172.918);\n    new ShapeRef(router, polygon, 337);\n\n    // shapeRef338\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 570.918);\n    polygon.ps[1] = Point(173.246, 610.918);\n    polygon.ps[2] = Point(117.246, 610.918);\n    polygon.ps[3] = Point(117.246, 570.918);\n    new ShapeRef(router, polygon, 338);\n\n    // shapeRef339\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 602.918);\n    polygon.ps[1] = Point(125.246, 642.918);\n    polygon.ps[2] = Point(69.2456, 642.918);\n    polygon.ps[3] = Point(69.2456, 602.918);\n    new ShapeRef(router, polygon, 339);\n\n    // shapeRef340\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 570.918);\n    polygon.ps[1] = Point(125.246, 610.918);\n    polygon.ps[2] = Point(69.2456, 610.918);\n    polygon.ps[3] = Point(69.2456, 570.918);\n    new ShapeRef(router, polygon, 340);\n\n    // shapeRef341\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 494.918);\n    polygon.ps[1] = Point(125.246, 534.918);\n    polygon.ps[2] = Point(69.2456, 534.918);\n    polygon.ps[3] = Point(69.2456, 494.918);\n    new ShapeRef(router, polygon, 341);\n\n    // shapeRef342\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 462.918);\n    polygon.ps[1] = Point(125.246, 502.918);\n    polygon.ps[2] = Point(69.2456, 502.918);\n    polygon.ps[3] = Point(69.2456, 462.918);\n    new ShapeRef(router, polygon, 342);\n\n    // shapeRef343\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 398.918);\n    polygon.ps[1] = Point(173.246, 438.918);\n    polygon.ps[2] = Point(117.246, 438.918);\n    polygon.ps[3] = Point(117.246, 398.918);\n    new ShapeRef(router, polygon, 343);\n\n    // shapeRef344\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 398.918);\n    polygon.ps[1] = Point(125.246, 438.918);\n    polygon.ps[2] = Point(69.2456, 438.918);\n    polygon.ps[3] = Point(69.2456, 398.918);\n    new ShapeRef(router, polygon, 344);\n\n    // shapeRef345\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 366.918);\n    polygon.ps[1] = Point(125.246, 406.918);\n    polygon.ps[2] = Point(69.2456, 406.918);\n    polygon.ps[3] = Point(69.2456, 366.918);\n    new ShapeRef(router, polygon, 345);\n\n    // shapeRef346\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(45.2456, 172.918);\n    polygon.ps[1] = Point(45.2456, 212.918);\n    polygon.ps[2] = Point(-10.7544, 212.918);\n    polygon.ps[3] = Point(-10.7544, 172.918);\n    new ShapeRef(router, polygon, 346);\n\n    // shapeRef347\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(45.2456, 108.918);\n    polygon.ps[1] = Point(45.2456, 148.918);\n    polygon.ps[2] = Point(-10.7544, 148.918);\n    polygon.ps[3] = Point(-10.7544, 108.918);\n    new ShapeRef(router, polygon, 347);\n\n    // shapeRef348\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(313.246, 150.918);\n    polygon.ps[1] = Point(313.246, 190.918);\n    polygon.ps[2] = Point(257.246, 190.918);\n    polygon.ps[3] = Point(257.246, 150.918);\n    new ShapeRef(router, polygon, 348);\n\n    // shapeRef349\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(265.246, 66.9179);\n    polygon.ps[1] = Point(265.246, 106.918);\n    polygon.ps[2] = Point(209.246, 106.918);\n    polygon.ps[3] = Point(209.246, 66.9179);\n    new ShapeRef(router, polygon, 349);\n\n    // shapeRef350\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(265.246, 34.9179);\n    polygon.ps[1] = Point(265.246, 74.9179);\n    polygon.ps[2] = Point(209.246, 74.9179);\n    polygon.ps[3] = Point(209.246, 34.9179);\n    new ShapeRef(router, polygon, 350);\n\n    // shapeRef351\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 150.918);\n    polygon.ps[1] = Point(125.246, 190.918);\n    polygon.ps[2] = Point(69.2456, 190.918);\n    polygon.ps[3] = Point(69.2456, 150.918);\n    new ShapeRef(router, polygon, 351);\n\n    // shapeRef352\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 12.9179);\n    polygon.ps[1] = Point(125.246, 52.9179);\n    polygon.ps[2] = Point(69.2456, 52.9179);\n    polygon.ps[3] = Point(69.2456, 12.9179);\n    new ShapeRef(router, polygon, 352);\n\n    // shapeRef353\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, -19.0821);\n    polygon.ps[1] = Point(125.246, 20.9179);\n    polygon.ps[2] = Point(69.2456, 20.9179);\n    polygon.ps[3] = Point(69.2456, -19.0821);\n    new ShapeRef(router, polygon, 353);\n\n    // shapeRef354\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(408.962, -49.0821);\n    polygon.ps[1] = Point(408.962, -9.08205);\n    polygon.ps[2] = Point(352.962, -9.08205);\n    polygon.ps[3] = Point(352.962, -49.0821);\n    new ShapeRef(router, polygon, 354);\n\n    // shapeRef355\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(307.219, -49.0821);\n    polygon.ps[1] = Point(307.219, -9.08205);\n    polygon.ps[2] = Point(251.219, -9.08205);\n    polygon.ps[3] = Point(251.219, -49.0821);\n    new ShapeRef(router, polygon, 355);\n\n    // shapeRef356\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 290.918);\n    polygon.ps[1] = Point(125.246, 330.918);\n    polygon.ps[2] = Point(69.2456, 330.918);\n    polygon.ps[3] = Point(69.2456, 290.918);\n    new ShapeRef(router, polygon, 356);\n\n    // shapeRef357\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(221.246, 204.918);\n    polygon.ps[1] = Point(221.246, 244.918);\n    polygon.ps[2] = Point(165.246, 244.918);\n    polygon.ps[3] = Point(165.246, 204.918);\n    new ShapeRef(router, polygon, 357);\n\n    // shapeRef358\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(361.246, 204.918);\n    polygon.ps[1] = Point(361.246, 244.918);\n    polygon.ps[2] = Point(305.246, 244.918);\n    polygon.ps[3] = Point(305.246, 204.918);\n    new ShapeRef(router, polygon, 358);\n\n    // shapeRef359\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(517.246, 204.918);\n    polygon.ps[1] = Point(517.246, 244.918);\n    polygon.ps[2] = Point(461.246, 244.918);\n    polygon.ps[3] = Point(461.246, 204.918);\n    new ShapeRef(router, polygon, 359);\n\n    // shapeRef360\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(673.246, 204.918);\n    polygon.ps[1] = Point(673.246, 244.918);\n    polygon.ps[2] = Point(617.246, 244.918);\n    polygon.ps[3] = Point(617.246, 204.918);\n    new ShapeRef(router, polygon, 360);\n\n    // shapeRef361\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(829.246, 204.918);\n    polygon.ps[1] = Point(829.246, 244.918);\n    polygon.ps[2] = Point(773.246, 244.918);\n    polygon.ps[3] = Point(773.246, 204.918);\n    new ShapeRef(router, polygon, 361);\n\n    // shapeRef362\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(985.246, 204.918);\n    polygon.ps[1] = Point(985.246, 244.918);\n    polygon.ps[2] = Point(929.246, 244.918);\n    polygon.ps[3] = Point(929.246, 204.918);\n    new ShapeRef(router, polygon, 362);\n\n    // shapeRef363\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(45.2456, 344.918);\n    polygon.ps[1] = Point(45.2456, 384.918);\n    polygon.ps[2] = Point(-10.7544, 384.918);\n    polygon.ps[3] = Point(-10.7544, 344.918);\n    new ShapeRef(router, polygon, 363);\n\n    // shapeRef364\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 430.918);\n    polygon.ps[1] = Point(283.246, 470.918);\n    polygon.ps[2] = Point(227.246, 470.918);\n    polygon.ps[3] = Point(227.246, 430.918);\n    new ShapeRef(router, polygon, 364);\n\n    // shapeRef365\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 430.918);\n    polygon.ps[1] = Point(439.246, 470.918);\n    polygon.ps[2] = Point(383.246, 470.918);\n    polygon.ps[3] = Point(383.246, 430.918);\n    new ShapeRef(router, polygon, 365);\n\n    // shapeRef366\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 430.918);\n    polygon.ps[1] = Point(595.246, 470.918);\n    polygon.ps[2] = Point(539.246, 470.918);\n    polygon.ps[3] = Point(539.246, 430.918);\n    new ShapeRef(router, polygon, 366);\n\n    // shapeRef367\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 430.918);\n    polygon.ps[1] = Point(907.246, 470.918);\n    polygon.ps[2] = Point(851.246, 470.918);\n    polygon.ps[3] = Point(851.246, 430.918);\n    new ShapeRef(router, polygon, 367);\n\n    // shapeRef368\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 430.918);\n    polygon.ps[1] = Point(1063.25, 470.918);\n    polygon.ps[2] = Point(1007.25, 470.918);\n    polygon.ps[3] = Point(1007.25, 430.918);\n    new ShapeRef(router, polygon, 368);\n\n    // shapeRef369\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 430.918);\n    polygon.ps[1] = Point(751.246, 470.918);\n    polygon.ps[2] = Point(695.246, 470.918);\n    polygon.ps[3] = Point(695.246, 430.918);\n    new ShapeRef(router, polygon, 369);\n\n    // shapeRef370\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 538.918);\n    polygon.ps[1] = Point(125.246, 578.918);\n    polygon.ps[2] = Point(69.2456, 578.918);\n    polygon.ps[3] = Point(69.2456, 538.918);\n    new ShapeRef(router, polygon, 370);\n\n    // shapeRef371\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 538.918);\n    polygon.ps[1] = Point(283.246, 578.918);\n    polygon.ps[2] = Point(227.246, 578.918);\n    polygon.ps[3] = Point(227.246, 538.918);\n    new ShapeRef(router, polygon, 371);\n\n    // shapeRef372\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 538.918);\n    polygon.ps[1] = Point(439.246, 578.918);\n    polygon.ps[2] = Point(383.246, 578.918);\n    polygon.ps[3] = Point(383.246, 538.918);\n    new ShapeRef(router, polygon, 372);\n\n    // shapeRef373\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 538.918);\n    polygon.ps[1] = Point(595.246, 578.918);\n    polygon.ps[2] = Point(539.246, 578.918);\n    polygon.ps[3] = Point(539.246, 538.918);\n    new ShapeRef(router, polygon, 373);\n\n    // shapeRef374\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 538.918);\n    polygon.ps[1] = Point(751.246, 578.918);\n    polygon.ps[2] = Point(695.246, 578.918);\n    polygon.ps[3] = Point(695.246, 538.918);\n    new ShapeRef(router, polygon, 374);\n\n    // shapeRef375\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 538.918);\n    polygon.ps[1] = Point(907.246, 578.918);\n    polygon.ps[2] = Point(851.246, 578.918);\n    polygon.ps[3] = Point(851.246, 538.918);\n    new ShapeRef(router, polygon, 375);\n\n    // shapeRef376\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 538.918);\n    polygon.ps[1] = Point(1063.25, 578.918);\n    polygon.ps[2] = Point(1007.25, 578.918);\n    polygon.ps[3] = Point(1007.25, 538.918);\n    new ShapeRef(router, polygon, 376);\n\n    // shapeRef377\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(125.246, 634.918);\n    polygon.ps[1] = Point(125.246, 674.918);\n    polygon.ps[2] = Point(69.2456, 674.918);\n    polygon.ps[3] = Point(69.2456, 634.918);\n    new ShapeRef(router, polygon, 377);\n\n    // shapeRef378\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(283.246, 634.918);\n    polygon.ps[1] = Point(283.246, 674.918);\n    polygon.ps[2] = Point(227.246, 674.918);\n    polygon.ps[3] = Point(227.246, 634.918);\n    new ShapeRef(router, polygon, 378);\n\n    // shapeRef379\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(439.246, 634.918);\n    polygon.ps[1] = Point(439.246, 674.918);\n    polygon.ps[2] = Point(383.246, 674.918);\n    polygon.ps[3] = Point(383.246, 634.918);\n    new ShapeRef(router, polygon, 379);\n\n    // shapeRef380\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(595.246, 634.918);\n    polygon.ps[1] = Point(595.246, 674.918);\n    polygon.ps[2] = Point(539.246, 674.918);\n    polygon.ps[3] = Point(539.246, 634.918);\n    new ShapeRef(router, polygon, 380);\n\n    // shapeRef381\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(751.246, 634.918);\n    polygon.ps[1] = Point(751.246, 674.918);\n    polygon.ps[2] = Point(695.246, 674.918);\n    polygon.ps[3] = Point(695.246, 634.918);\n    new ShapeRef(router, polygon, 381);\n\n    // shapeRef382\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(907.246, 634.918);\n    polygon.ps[1] = Point(907.246, 674.918);\n    polygon.ps[2] = Point(851.246, 674.918);\n    polygon.ps[3] = Point(851.246, 634.918);\n    new ShapeRef(router, polygon, 382);\n\n    // shapeRef383\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 634.918);\n    polygon.ps[1] = Point(1063.25, 674.918);\n    polygon.ps[2] = Point(1007.25, 674.918);\n    polygon.ps[3] = Point(1007.25, 634.918);\n    new ShapeRef(router, polygon, 383);\n\n    // shapeRef384\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1261.25, 172.918);\n    polygon.ps[1] = Point(1261.25, 212.918);\n    polygon.ps[2] = Point(1205.25, 212.918);\n    polygon.ps[3] = Point(1205.25, 172.918);\n    new ShapeRef(router, polygon, 384);\n\n    // shapeRef385\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1351.25, 398.918);\n    polygon.ps[1] = Point(1351.25, 438.918);\n    polygon.ps[2] = Point(1295.25, 438.918);\n    polygon.ps[3] = Point(1295.25, 398.918);\n    new ShapeRef(router, polygon, 385);\n\n    // shapeRef386\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1351.25, 494.918);\n    polygon.ps[1] = Point(1351.25, 534.918);\n    polygon.ps[2] = Point(1295.25, 534.918);\n    polygon.ps[3] = Point(1295.25, 494.918);\n    new ShapeRef(router, polygon, 386);\n\n    // shapeRef387\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1351.25, 602.918);\n    polygon.ps[1] = Point(1351.25, 642.918);\n    polygon.ps[2] = Point(1295.25, 642.918);\n    polygon.ps[3] = Point(1295.25, 602.918);\n    new ShapeRef(router, polygon, 387);\n\n    // shapeRef388\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 698.918);\n    polygon.ps[1] = Point(1063.25, 738.918);\n    polygon.ps[2] = Point(1007.25, 738.918);\n    polygon.ps[3] = Point(1007.25, 698.918);\n    new ShapeRef(router, polygon, 388);\n\n    // shapeRef389\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1063.25, 730.918);\n    polygon.ps[1] = Point(1063.25, 770.918);\n    polygon.ps[2] = Point(1007.25, 770.918);\n    polygon.ps[3] = Point(1007.25, 730.918);\n    new ShapeRef(router, polygon, 389);\n\n    // shapeRef390\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1351.25, 698.918);\n    polygon.ps[1] = Point(1351.25, 738.918);\n    polygon.ps[2] = Point(1295.25, 738.918);\n    polygon.ps[3] = Point(1295.25, 698.918);\n    new ShapeRef(router, polygon, 390);\n\n    // shapeRef391\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1321.25, 182.918);\n    polygon.ps[1] = Point(1321.25, 222.918);\n    polygon.ps[2] = Point(1265.25, 222.918);\n    polygon.ps[3] = Point(1265.25, 182.918);\n    new ShapeRef(router, polygon, 391);\n\n    // shapeRef392\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1447.25, 624.918);\n    polygon.ps[1] = Point(1447.25, 664.918);\n    polygon.ps[2] = Point(1391.25, 664.918);\n    polygon.ps[3] = Point(1391.25, 624.918);\n    new ShapeRef(router, polygon, 392);\n\n    // shapeRef393\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 226.918);\n    polygon.ps[1] = Point(173.246, 266.918);\n    polygon.ps[2] = Point(117.246, 266.918);\n    polygon.ps[3] = Point(117.246, 226.918);\n    new ShapeRef(router, polygon, 393);\n\n    // shapeRef394\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(173.246, 258.918);\n    polygon.ps[1] = Point(173.246, 298.918);\n    polygon.ps[2] = Point(117.246, 298.918);\n    polygon.ps[3] = Point(117.246, 258.918);\n    new ShapeRef(router, polygon, 394);\n\n    // shapeRef395\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(372.466, 14.9179);\n    polygon.ps[1] = Point(372.466, 54.9179);\n    polygon.ps[2] = Point(312.466, 54.9179);\n    polygon.ps[3] = Point(312.466, 14.9179);\n    new ShapeRef(router, polygon, 395);\n\n    // shapeRef396\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(47.2456, -91.0821);\n    polygon.ps[1] = Point(47.2456, -51.0821);\n    polygon.ps[2] = Point(-12.7544, -51.0821);\n    polygon.ps[3] = Point(-12.7544, -91.0821);\n    new ShapeRef(router, polygon, 396);\n\n    // shapeRef397\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(372.466, 66.9179);\n    polygon.ps[1] = Point(372.466, 106.918);\n    polygon.ps[2] = Point(312.466, 106.918);\n    polygon.ps[3] = Point(312.466, 66.9179);\n    new ShapeRef(router, polygon, 397);\n\n    // connRef398\n    connRef = new ConnRef(router, 398);\n    srcPt = ConnEnd(Point(982, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef399\n    connRef = new ConnRef(router, 399);\n    srcPt = ConnEnd(Point(840, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef400\n    connRef = new ConnRef(router, 400);\n    srcPt = ConnEnd(Point(699, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef401\n    connRef = new ConnRef(router, 401);\n    srcPt = ConnEnd(Point(557, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef402\n    connRef = new ConnRef(router, 402);\n    srcPt = ConnEnd(Point(415, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef403\n    connRef = new ConnRef(router, 403);\n    srcPt = ConnEnd(Point(273, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef404\n    connRef = new ConnRef(router, 404);\n    srcPt = ConnEnd(Point(132, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef405\n    connRef = new ConnRef(router, 405);\n    srcPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1227, 632), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef406\n    connRef = new ConnRef(router, 406);\n    srcPt = ConnEnd(Point(1209, 586), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef407\n    connRef = new ConnRef(router, 407);\n    srcPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1209, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef408\n    connRef = new ConnRef(router, 408);\n    srcPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1159, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef409\n    connRef = new ConnRef(router, 409);\n    srcPt = ConnEnd(Point(1209, 566), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef410\n    connRef = new ConnRef(router, 410);\n    srcPt = ConnEnd(Point(1209, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef411\n    connRef = new ConnRef(router, 411);\n    srcPt = ConnEnd(Point(1159, 575), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef412\n    connRef = new ConnRef(router, 412);\n    srcPt = ConnEnd(Point(1209, 585), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef413\n    connRef = new ConnRef(router, 413);\n    srcPt = ConnEnd(Point(1209, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef414\n    connRef = new ConnRef(router, 414);\n    srcPt = ConnEnd(Point(1209, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef415\n    connRef = new ConnRef(router, 415);\n    srcPt = ConnEnd(Point(1159, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef416\n    connRef = new ConnRef(router, 416);\n    srcPt = ConnEnd(Point(1209, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef417\n    connRef = new ConnRef(router, 417);\n    srcPt = ConnEnd(Point(1159, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef418\n    connRef = new ConnRef(router, 418);\n    srcPt = ConnEnd(Point(1449.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1299, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef419\n    connRef = new ConnRef(router, 419);\n    srcPt = ConnEnd(Point(1171.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1059, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef420\n    connRef = new ConnRef(router, 420);\n    srcPt = ConnEnd(Point(1171.25, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1109, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef421\n    connRef = new ConnRef(router, 421);\n    srcPt = ConnEnd(Point(1050, 634), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1171.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef422\n    connRef = new ConnRef(router, 422);\n    srcPt = ConnEnd(Point(790, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef423\n    connRef = new ConnRef(router, 423);\n    srcPt = ConnEnd(Point(1059, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1171.25, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef424\n    connRef = new ConnRef(router, 424);\n    srcPt = ConnEnd(Point(1109, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1171.25, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef425\n    connRef = new ConnRef(router, 425);\n    srcPt = ConnEnd(Point(533, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef426\n    connRef = new ConnRef(router, 426);\n    srcPt = ConnEnd(Point(390, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef427\n    connRef = new ConnRef(router, 427);\n    srcPt = ConnEnd(Point(1247, 632), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1449.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef428\n    connRef = new ConnRef(router, 428);\n    srcPt = ConnEnd(Point(982, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef429\n    connRef = new ConnRef(router, 429);\n    srcPt = ConnEnd(Point(840, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef430\n    connRef = new ConnRef(router, 430);\n    srcPt = ConnEnd(Point(699, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef431\n    connRef = new ConnRef(router, 431);\n    srcPt = ConnEnd(Point(557, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef432\n    connRef = new ConnRef(router, 432);\n    srcPt = ConnEnd(Point(415, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef433\n    connRef = new ConnRef(router, 433);\n    srcPt = ConnEnd(Point(273, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef434\n    connRef = new ConnRef(router, 434);\n    srcPt = ConnEnd(Point(132, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef435\n    connRef = new ConnRef(router, 435);\n    srcPt = ConnEnd(Point(982, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef436\n    connRef = new ConnRef(router, 436);\n    srcPt = ConnEnd(Point(982, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef437\n    connRef = new ConnRef(router, 437);\n    srcPt = ConnEnd(Point(840, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef438\n    connRef = new ConnRef(router, 438);\n    srcPt = ConnEnd(Point(840, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef439\n    connRef = new ConnRef(router, 439);\n    srcPt = ConnEnd(Point(699, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef440\n    connRef = new ConnRef(router, 440);\n    srcPt = ConnEnd(Point(699, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef441\n    connRef = new ConnRef(router, 441);\n    srcPt = ConnEnd(Point(557, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef442\n    connRef = new ConnRef(router, 442);\n    srcPt = ConnEnd(Point(557, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef443\n    connRef = new ConnRef(router, 443);\n    srcPt = ConnEnd(Point(415, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef444\n    connRef = new ConnRef(router, 444);\n    srcPt = ConnEnd(Point(415, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef445\n    connRef = new ConnRef(router, 445);\n    srcPt = ConnEnd(Point(273, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef446\n    connRef = new ConnRef(router, 446);\n    srcPt = ConnEnd(Point(273, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef447\n    connRef = new ConnRef(router, 447);\n    srcPt = ConnEnd(Point(132, 496), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef448\n    connRef = new ConnRef(router, 448);\n    srcPt = ConnEnd(Point(132, 516), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef449\n    connRef = new ConnRef(router, 449);\n    srcPt = ConnEnd(Point(1219, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef450\n    connRef = new ConnRef(router, 450);\n    srcPt = ConnEnd(Point(1199, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef451\n    connRef = new ConnRef(router, 451);\n    srcPt = ConnEnd(Point(1199, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef452\n    connRef = new ConnRef(router, 452);\n    srcPt = ConnEnd(Point(1209, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef453\n    connRef = new ConnRef(router, 453);\n    srcPt = ConnEnd(Point(1299, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1449.25, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef454\n    connRef = new ConnRef(router, 454);\n    srcPt = ConnEnd(Point(649, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef455\n    connRef = new ConnRef(router, 455);\n    srcPt = ConnEnd(Point(840, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef456\n    connRef = new ConnRef(router, 456);\n    srcPt = ConnEnd(Point(132, 195), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef457\n    connRef = new ConnRef(router, 457);\n    srcPt = ConnEnd(Point(132, 338), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef458\n    connRef = new ConnRef(router, 458);\n    srcPt = ConnEnd(Point(992, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef459\n    connRef = new ConnRef(router, 459);\n    srcPt = ConnEnd(Point(850, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef460\n    connRef = new ConnRef(router, 460);\n    srcPt = ConnEnd(Point(709, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef461\n    connRef = new ConnRef(router, 461);\n    srcPt = ConnEnd(Point(567, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef462\n    connRef = new ConnRef(router, 462);\n    srcPt = ConnEnd(Point(425, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef463\n    connRef = new ConnRef(router, 463);\n    srcPt = ConnEnd(Point(273, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef464\n    connRef = new ConnRef(router, 464);\n    srcPt = ConnEnd(Point(982, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef465\n    connRef = new ConnRef(router, 465);\n    srcPt = ConnEnd(Point(932, 668), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef466\n    connRef = new ConnRef(router, 466);\n    srcPt = ConnEnd(Point(982, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef467\n    connRef = new ConnRef(router, 467);\n    srcPt = ConnEnd(Point(982, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef468\n    connRef = new ConnRef(router, 468);\n    srcPt = ConnEnd(Point(932, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef469\n    connRef = new ConnRef(router, 469);\n    srcPt = ConnEnd(Point(932, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef470\n    connRef = new ConnRef(router, 470);\n    srcPt = ConnEnd(Point(932, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef471\n    connRef = new ConnRef(router, 471);\n    srcPt = ConnEnd(Point(932, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef472\n    connRef = new ConnRef(router, 472);\n    srcPt = ConnEnd(Point(932, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef473\n    connRef = new ConnRef(router, 473);\n    srcPt = ConnEnd(Point(932, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef474\n    connRef = new ConnRef(router, 474);\n    srcPt = ConnEnd(Point(932, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef475\n    connRef = new ConnRef(router, 475);\n    srcPt = ConnEnd(Point(932, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef476\n    connRef = new ConnRef(router, 476);\n    srcPt = ConnEnd(Point(982, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef477\n    connRef = new ConnRef(router, 477);\n    srcPt = ConnEnd(Point(982, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef478\n    connRef = new ConnRef(router, 478);\n    srcPt = ConnEnd(Point(932, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef479\n    connRef = new ConnRef(router, 479);\n    srcPt = ConnEnd(Point(932, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef480\n    connRef = new ConnRef(router, 480);\n    srcPt = ConnEnd(Point(932, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef481\n    connRef = new ConnRef(router, 481);\n    srcPt = ConnEnd(Point(932, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef482\n    connRef = new ConnRef(router, 482);\n    srcPt = ConnEnd(Point(992, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef483\n    connRef = new ConnRef(router, 483);\n    srcPt = ConnEnd(Point(942, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef484\n    connRef = new ConnRef(router, 484);\n    srcPt = ConnEnd(Point(942, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef485\n    connRef = new ConnRef(router, 485);\n    srcPt = ConnEnd(Point(840, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef486\n    connRef = new ConnRef(router, 486);\n    srcPt = ConnEnd(Point(840, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef487\n    connRef = new ConnRef(router, 487);\n    srcPt = ConnEnd(Point(790, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef488\n    connRef = new ConnRef(router, 488);\n    srcPt = ConnEnd(Point(790, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef489\n    connRef = new ConnRef(router, 489);\n    srcPt = ConnEnd(Point(790, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef490\n    connRef = new ConnRef(router, 490);\n    srcPt = ConnEnd(Point(790, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef491\n    connRef = new ConnRef(router, 491);\n    srcPt = ConnEnd(Point(790, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef492\n    connRef = new ConnRef(router, 492);\n    srcPt = ConnEnd(Point(790, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef493\n    connRef = new ConnRef(router, 493);\n    srcPt = ConnEnd(Point(790, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef494\n    connRef = new ConnRef(router, 494);\n    srcPt = ConnEnd(Point(790, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef495\n    connRef = new ConnRef(router, 495);\n    srcPt = ConnEnd(Point(840, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef496\n    connRef = new ConnRef(router, 496);\n    srcPt = ConnEnd(Point(840, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef497\n    connRef = new ConnRef(router, 497);\n    srcPt = ConnEnd(Point(790, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef498\n    connRef = new ConnRef(router, 498);\n    srcPt = ConnEnd(Point(790, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef499\n    connRef = new ConnRef(router, 499);\n    srcPt = ConnEnd(Point(790, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef500\n    connRef = new ConnRef(router, 500);\n    srcPt = ConnEnd(Point(790, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef501\n    connRef = new ConnRef(router, 501);\n    srcPt = ConnEnd(Point(850, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef502\n    connRef = new ConnRef(router, 502);\n    srcPt = ConnEnd(Point(800, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef503\n    connRef = new ConnRef(router, 503);\n    srcPt = ConnEnd(Point(800, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef504\n    connRef = new ConnRef(router, 504);\n    srcPt = ConnEnd(Point(699, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef505\n    connRef = new ConnRef(router, 505);\n    srcPt = ConnEnd(Point(699, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef506\n    connRef = new ConnRef(router, 506);\n    srcPt = ConnEnd(Point(649, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef507\n    connRef = new ConnRef(router, 507);\n    srcPt = ConnEnd(Point(649, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef508\n    connRef = new ConnRef(router, 508);\n    srcPt = ConnEnd(Point(649, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef509\n    connRef = new ConnRef(router, 509);\n    srcPt = ConnEnd(Point(649, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef510\n    connRef = new ConnRef(router, 510);\n    srcPt = ConnEnd(Point(649, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef511\n    connRef = new ConnRef(router, 511);\n    srcPt = ConnEnd(Point(649, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef512\n    connRef = new ConnRef(router, 512);\n    srcPt = ConnEnd(Point(649, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef513\n    connRef = new ConnRef(router, 513);\n    srcPt = ConnEnd(Point(649, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef514\n    connRef = new ConnRef(router, 514);\n    srcPt = ConnEnd(Point(699, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef515\n    connRef = new ConnRef(router, 515);\n    srcPt = ConnEnd(Point(699, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef516\n    connRef = new ConnRef(router, 516);\n    srcPt = ConnEnd(Point(649, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef517\n    connRef = new ConnRef(router, 517);\n    srcPt = ConnEnd(Point(649, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef518\n    connRef = new ConnRef(router, 518);\n    srcPt = ConnEnd(Point(649, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef519\n    connRef = new ConnRef(router, 519);\n    srcPt = ConnEnd(Point(649, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef520\n    connRef = new ConnRef(router, 520);\n    srcPt = ConnEnd(Point(709, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef521\n    connRef = new ConnRef(router, 521);\n    srcPt = ConnEnd(Point(659, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef522\n    connRef = new ConnRef(router, 522);\n    srcPt = ConnEnd(Point(659, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef523\n    connRef = new ConnRef(router, 523);\n    srcPt = ConnEnd(Point(557, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef524\n    connRef = new ConnRef(router, 524);\n    srcPt = ConnEnd(Point(557, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef525\n    connRef = new ConnRef(router, 525);\n    srcPt = ConnEnd(Point(507, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef526\n    connRef = new ConnRef(router, 526);\n    srcPt = ConnEnd(Point(507, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef527\n    connRef = new ConnRef(router, 527);\n    srcPt = ConnEnd(Point(507, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef528\n    connRef = new ConnRef(router, 528);\n    srcPt = ConnEnd(Point(507, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef529\n    connRef = new ConnRef(router, 529);\n    srcPt = ConnEnd(Point(557, 477), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef530\n    connRef = new ConnRef(router, 530);\n    srcPt = ConnEnd(Point(557, 497), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef531\n    connRef = new ConnRef(router, 531);\n    srcPt = ConnEnd(Point(507, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef532\n    connRef = new ConnRef(router, 532);\n    srcPt = ConnEnd(Point(507, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef533\n    connRef = new ConnRef(router, 533);\n    srcPt = ConnEnd(Point(507, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef534\n    connRef = new ConnRef(router, 534);\n    srcPt = ConnEnd(Point(507, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef535\n    connRef = new ConnRef(router, 535);\n    srcPt = ConnEnd(Point(557, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef536\n    connRef = new ConnRef(router, 536);\n    srcPt = ConnEnd(Point(557, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef537\n    connRef = new ConnRef(router, 537);\n    srcPt = ConnEnd(Point(507, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef538\n    connRef = new ConnRef(router, 538);\n    srcPt = ConnEnd(Point(507, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef539\n    connRef = new ConnRef(router, 539);\n    srcPt = ConnEnd(Point(507, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef540\n    connRef = new ConnRef(router, 540);\n    srcPt = ConnEnd(Point(507, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef541\n    connRef = new ConnRef(router, 541);\n    srcPt = ConnEnd(Point(567, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef542\n    connRef = new ConnRef(router, 542);\n    srcPt = ConnEnd(Point(517, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef543\n    connRef = new ConnRef(router, 543);\n    srcPt = ConnEnd(Point(517, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef544\n    connRef = new ConnRef(router, 544);\n    srcPt = ConnEnd(Point(415, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef545\n    connRef = new ConnRef(router, 545);\n    srcPt = ConnEnd(Point(415, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef546\n    connRef = new ConnRef(router, 546);\n    srcPt = ConnEnd(Point(365, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef547\n    connRef = new ConnRef(router, 547);\n    srcPt = ConnEnd(Point(365, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef548\n    connRef = new ConnRef(router, 548);\n    srcPt = ConnEnd(Point(365, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef549\n    connRef = new ConnRef(router, 549);\n    srcPt = ConnEnd(Point(365, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef550\n    connRef = new ConnRef(router, 550);\n    srcPt = ConnEnd(Point(365, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef551\n    connRef = new ConnRef(router, 551);\n    srcPt = ConnEnd(Point(365, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef552\n    connRef = new ConnRef(router, 552);\n    srcPt = ConnEnd(Point(365, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef553\n    connRef = new ConnRef(router, 553);\n    srcPt = ConnEnd(Point(365, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef554\n    connRef = new ConnRef(router, 554);\n    srcPt = ConnEnd(Point(415, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef555\n    connRef = new ConnRef(router, 555);\n    srcPt = ConnEnd(Point(415, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef556\n    connRef = new ConnRef(router, 556);\n    srcPt = ConnEnd(Point(365, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef557\n    connRef = new ConnRef(router, 557);\n    srcPt = ConnEnd(Point(365, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef558\n    connRef = new ConnRef(router, 558);\n    srcPt = ConnEnd(Point(365, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef559\n    connRef = new ConnRef(router, 559);\n    srcPt = ConnEnd(Point(365, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef560\n    connRef = new ConnRef(router, 560);\n    srcPt = ConnEnd(Point(425, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef561\n    connRef = new ConnRef(router, 561);\n    srcPt = ConnEnd(Point(375, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef562\n    connRef = new ConnRef(router, 562);\n    srcPt = ConnEnd(Point(375, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef563\n    connRef = new ConnRef(router, 563);\n    srcPt = ConnEnd(Point(273, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef564\n    connRef = new ConnRef(router, 564);\n    srcPt = ConnEnd(Point(273, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef565\n    connRef = new ConnRef(router, 565);\n    srcPt = ConnEnd(Point(223, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef566\n    connRef = new ConnRef(router, 566);\n    srcPt = ConnEnd(Point(223, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef567\n    connRef = new ConnRef(router, 567);\n    srcPt = ConnEnd(Point(223, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef568\n    connRef = new ConnRef(router, 568);\n    srcPt = ConnEnd(Point(223, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef569\n    connRef = new ConnRef(router, 569);\n    srcPt = ConnEnd(Point(223, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef570\n    connRef = new ConnRef(router, 570);\n    srcPt = ConnEnd(Point(223, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef571\n    connRef = new ConnRef(router, 571);\n    srcPt = ConnEnd(Point(223, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef572\n    connRef = new ConnRef(router, 572);\n    srcPt = ConnEnd(Point(223, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef573\n    connRef = new ConnRef(router, 573);\n    srcPt = ConnEnd(Point(273, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef574\n    connRef = new ConnRef(router, 574);\n    srcPt = ConnEnd(Point(273, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef575\n    connRef = new ConnRef(router, 575);\n    srcPt = ConnEnd(Point(223, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef576\n    connRef = new ConnRef(router, 576);\n    srcPt = ConnEnd(Point(223, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef577\n    connRef = new ConnRef(router, 577);\n    srcPt = ConnEnd(Point(223, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef578\n    connRef = new ConnRef(router, 578);\n    srcPt = ConnEnd(Point(223, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef579\n    connRef = new ConnRef(router, 579);\n    srcPt = ConnEnd(Point(273, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef580\n    connRef = new ConnRef(router, 580);\n    srcPt = ConnEnd(Point(233, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef581\n    connRef = new ConnRef(router, 581);\n    srcPt = ConnEnd(Point(233, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef582\n    connRef = new ConnRef(router, 582);\n    srcPt = ConnEnd(Point(132, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef583\n    connRef = new ConnRef(router, 583);\n    srcPt = ConnEnd(Point(132, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef584\n    connRef = new ConnRef(router, 584);\n    srcPt = ConnEnd(Point(82, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef585\n    connRef = new ConnRef(router, 585);\n    srcPt = ConnEnd(Point(82, 596), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef586\n    connRef = new ConnRef(router, 586);\n    srcPt = ConnEnd(Point(82, 557), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef587\n    connRef = new ConnRef(router, 587);\n    srcPt = ConnEnd(Point(82, 577), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef588\n    connRef = new ConnRef(router, 588);\n    srcPt = ConnEnd(Point(82, 485), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef589\n    connRef = new ConnRef(router, 589);\n    srcPt = ConnEnd(Point(82, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef590\n    connRef = new ConnRef(router, 590);\n    srcPt = ConnEnd(Point(82, 466), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef591\n    connRef = new ConnRef(router, 591);\n    srcPt = ConnEnd(Point(82, 486), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef592\n    connRef = new ConnRef(router, 592);\n    srcPt = ConnEnd(Point(132, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef593\n    connRef = new ConnRef(router, 593);\n    srcPt = ConnEnd(Point(132, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef594\n    connRef = new ConnRef(router, 594);\n    srcPt = ConnEnd(Point(82, 394), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef595\n    connRef = new ConnRef(router, 595);\n    srcPt = ConnEnd(Point(82, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef596\n    connRef = new ConnRef(router, 596);\n    srcPt = ConnEnd(Point(82, 375), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef597\n    connRef = new ConnRef(router, 597);\n    srcPt = ConnEnd(Point(82, 395), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef598\n    connRef = new ConnRef(router, 598);\n    srcPt = ConnEnd(Point(72, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef599\n    connRef = new ConnRef(router, 599);\n    srcPt = ConnEnd(Point(72, 290), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef600\n    connRef = new ConnRef(router, 600);\n    srcPt = ConnEnd(Point(245, 207), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef601\n    connRef = new ConnRef(router, 601);\n    srcPt = ConnEnd(Point(245, 227), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef602\n    connRef = new ConnRef(router, 602);\n    srcPt = ConnEnd(Point(195, 217), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef603\n    connRef = new ConnRef(router, 603);\n    srcPt = ConnEnd(Point(195, 237), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef604\n    connRef = new ConnRef(router, 604);\n    srcPt = ConnEnd(Point(195, 198), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef605\n    connRef = new ConnRef(router, 605);\n    srcPt = ConnEnd(Point(195, 218), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef606\n    connRef = new ConnRef(router, 606);\n    srcPt = ConnEnd(Point(82, 214), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef607\n    connRef = new ConnRef(router, 607);\n    srcPt = ConnEnd(Point(82, 195), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef608\n    connRef = new ConnRef(router, 608);\n    srcPt = ConnEnd(Point(82, 176), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef609\n    connRef = new ConnRef(router, 609);\n    srcPt = ConnEnd(Point(319, 135), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(319.219, -51.0821), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef610\n    connRef = new ConnRef(router, 610);\n    srcPt = ConnEnd(Point(220, 135), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef611\n    connRef = new ConnRef(router, 611);\n    srcPt = ConnEnd(Point(220, 155), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(319.219, -7.08205), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef612\n    connRef = new ConnRef(router, 612);\n    srcPt = ConnEnd(Point(220, 155), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef613\n    connRef = new ConnRef(router, 613);\n    srcPt = ConnEnd(Point(220, 135), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(319.219, -51.0821), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef614\n    connRef = new ConnRef(router, 614);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 318), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef615\n    connRef = new ConnRef(router, 615);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef616\n    connRef = new ConnRef(router, 616);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef617\n    connRef = new ConnRef(router, 617);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef618\n    connRef = new ConnRef(router, 618);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef619\n    connRef = new ConnRef(router, 619);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef620\n    connRef = new ConnRef(router, 620);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef621\n    connRef = new ConnRef(router, 621);\n    srcPt = ConnEnd(Point(1149, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef622\n    connRef = new ConnRef(router, 622);\n    srcPt = ConnEnd(Point(1199, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef623\n    connRef = new ConnRef(router, 623);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 280), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef624\n    connRef = new ConnRef(router, 624);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 299), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef625\n    connRef = new ConnRef(router, 625);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 318), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef626\n    connRef = new ConnRef(router, 626);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 280), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef627\n    connRef = new ConnRef(router, 627);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 299), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef628\n    connRef = new ConnRef(router, 628);\n    srcPt = ConnEnd(Point(72, 423), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef629\n    connRef = new ConnRef(router, 629);\n    srcPt = ConnEnd(Point(92, 423), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef630\n    connRef = new ConnRef(router, 630);\n    srcPt = ConnEnd(Point(82, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef631\n    connRef = new ConnRef(router, 631);\n    srcPt = ConnEnd(Point(132, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef632\n    connRef = new ConnRef(router, 632);\n    srcPt = ConnEnd(Point(132, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef633\n    connRef = new ConnRef(router, 633);\n    srcPt = ConnEnd(Point(82, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef634\n    connRef = new ConnRef(router, 634);\n    srcPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef635\n    connRef = new ConnRef(router, 635);\n    srcPt = ConnEnd(Point(25.2456, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 175), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef636\n    connRef = new ConnRef(router, 636);\n    srcPt = ConnEnd(Point(25.2456, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 194), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef637\n    connRef = new ConnRef(router, 637);\n    srcPt = ConnEnd(Point(25.2456, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 175), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef638\n    connRef = new ConnRef(router, 638);\n    srcPt = ConnEnd(Point(25.2456, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 156), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef639\n    connRef = new ConnRef(router, 639);\n    srcPt = ConnEnd(Point(223, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef640\n    connRef = new ConnRef(router, 640);\n    srcPt = ConnEnd(Point(223, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef641\n    connRef = new ConnRef(router, 641);\n    srcPt = ConnEnd(Point(273, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef642\n    connRef = new ConnRef(router, 642);\n    srcPt = ConnEnd(Point(273, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef643\n    connRef = new ConnRef(router, 643);\n    srcPt = ConnEnd(Point(223, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef644\n    connRef = new ConnRef(router, 644);\n    srcPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef645\n    connRef = new ConnRef(router, 645);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef646\n    connRef = new ConnRef(router, 646);\n    srcPt = ConnEnd(Point(415, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef647\n    connRef = new ConnRef(router, 647);\n    srcPt = ConnEnd(Point(415, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef648\n    connRef = new ConnRef(router, 648);\n    srcPt = ConnEnd(Point(365, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef649\n    connRef = new ConnRef(router, 649);\n    srcPt = ConnEnd(Point(365, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef650\n    connRef = new ConnRef(router, 650);\n    srcPt = ConnEnd(Point(365, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef651\n    connRef = new ConnRef(router, 651);\n    srcPt = ConnEnd(Point(507, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef652\n    connRef = new ConnRef(router, 652);\n    srcPt = ConnEnd(Point(507, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef653\n    connRef = new ConnRef(router, 653);\n    srcPt = ConnEnd(Point(557, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef654\n    connRef = new ConnRef(router, 654);\n    srcPt = ConnEnd(Point(557, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef655\n    connRef = new ConnRef(router, 655);\n    srcPt = ConnEnd(Point(507, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef656\n    connRef = new ConnRef(router, 656);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef657\n    connRef = new ConnRef(router, 657);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef658\n    connRef = new ConnRef(router, 658);\n    srcPt = ConnEnd(Point(699, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef659\n    connRef = new ConnRef(router, 659);\n    srcPt = ConnEnd(Point(699, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef660\n    connRef = new ConnRef(router, 660);\n    srcPt = ConnEnd(Point(649, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef661\n    connRef = new ConnRef(router, 661);\n    srcPt = ConnEnd(Point(649, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef662\n    connRef = new ConnRef(router, 662);\n    srcPt = ConnEnd(Point(649, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef663\n    connRef = new ConnRef(router, 663);\n    srcPt = ConnEnd(Point(790, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef664\n    connRef = new ConnRef(router, 664);\n    srcPt = ConnEnd(Point(790, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef665\n    connRef = new ConnRef(router, 665);\n    srcPt = ConnEnd(Point(840, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef666\n    connRef = new ConnRef(router, 666);\n    srcPt = ConnEnd(Point(840, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef667\n    connRef = new ConnRef(router, 667);\n    srcPt = ConnEnd(Point(790, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef668\n    connRef = new ConnRef(router, 668);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 328), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef669\n    connRef = new ConnRef(router, 669);\n    srcPt = ConnEnd(Point(1149, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef670\n    connRef = new ConnRef(router, 670);\n    srcPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(932, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef671\n    connRef = new ConnRef(router, 671);\n    srcPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(932, 686), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef672\n    connRef = new ConnRef(router, 672);\n    srcPt = ConnEnd(Point(1199, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef673\n    connRef = new ConnRef(router, 673);\n    srcPt = ConnEnd(Point(982, 576), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef674\n    connRef = new ConnRef(router, 674);\n    srcPt = ConnEnd(Point(982, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef675\n    connRef = new ConnRef(router, 675);\n    srcPt = ConnEnd(Point(932, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef676\n    connRef = new ConnRef(router, 676);\n    srcPt = ConnEnd(Point(932, 504), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef677\n    connRef = new ConnRef(router, 677);\n    srcPt = ConnEnd(Point(932, 413), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef678\n    connRef = new ConnRef(router, 678);\n    srcPt = ConnEnd(Point(82, 338), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef679\n    connRef = new ConnRef(router, 679);\n    srcPt = ConnEnd(Point(233, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef680\n    connRef = new ConnRef(router, 680);\n    srcPt = ConnEnd(Point(375, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef681\n    connRef = new ConnRef(router, 681);\n    srcPt = ConnEnd(Point(517, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef682\n    connRef = new ConnRef(router, 682);\n    srcPt = ConnEnd(Point(659, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef683\n    connRef = new ConnRef(router, 683);\n    srcPt = ConnEnd(Point(800, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef684\n    connRef = new ConnRef(router, 684);\n    srcPt = ConnEnd(Point(942, 328), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef685\n    connRef = new ConnRef(router, 685);\n    srcPt = ConnEnd(Point(223, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef686\n    connRef = new ConnRef(router, 686);\n    srcPt = ConnEnd(Point(365, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef687\n    connRef = new ConnRef(router, 687);\n    srcPt = ConnEnd(Point(507, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef688\n    connRef = new ConnRef(router, 688);\n    srcPt = ConnEnd(Point(790, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef689\n    connRef = new ConnRef(router, 689);\n    srcPt = ConnEnd(Point(932, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef690\n    connRef = new ConnRef(router, 690);\n    srcPt = ConnEnd(Point(649, 433), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef691\n    connRef = new ConnRef(router, 691);\n    srcPt = ConnEnd(Point(82, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef692\n    connRef = new ConnRef(router, 692);\n    srcPt = ConnEnd(Point(223, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef693\n    connRef = new ConnRef(router, 693);\n    srcPt = ConnEnd(Point(365, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef694\n    connRef = new ConnRef(router, 694);\n    srcPt = ConnEnd(Point(507, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef695\n    connRef = new ConnRef(router, 695);\n    srcPt = ConnEnd(Point(649, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef696\n    connRef = new ConnRef(router, 696);\n    srcPt = ConnEnd(Point(790, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef697\n    connRef = new ConnRef(router, 697);\n    srcPt = ConnEnd(Point(932, 524), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef698\n    connRef = new ConnRef(router, 698);\n    srcPt = ConnEnd(Point(82, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef699\n    connRef = new ConnRef(router, 699);\n    srcPt = ConnEnd(Point(223, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef700\n    connRef = new ConnRef(router, 700);\n    srcPt = ConnEnd(Point(365, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef701\n    connRef = new ConnRef(router, 701);\n    srcPt = ConnEnd(Point(507, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef702\n    connRef = new ConnRef(router, 702);\n    srcPt = ConnEnd(Point(649, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef703\n    connRef = new ConnRef(router, 703);\n    srcPt = ConnEnd(Point(790, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef704\n    connRef = new ConnRef(router, 704);\n    srcPt = ConnEnd(Point(932, 615), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef705\n    connRef = new ConnRef(router, 705);\n    srcPt = ConnEnd(Point(1169, 309), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef706\n    connRef = new ConnRef(router, 706);\n    srcPt = ConnEnd(Point(1159, 414), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 447.955), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef707\n    connRef = new ConnRef(router, 707);\n    srcPt = ConnEnd(Point(1159, 505), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef708\n    connRef = new ConnRef(router, 708);\n    srcPt = ConnEnd(Point(1159, 595), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef709\n    connRef = new ConnRef(router, 709);\n    srcPt = ConnEnd(Point(932, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef710\n    connRef = new ConnRef(router, 710);\n    srcPt = ConnEnd(Point(932, 706), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(979.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef711\n    connRef = new ConnRef(router, 711);\n    srcPt = ConnEnd(Point(1159, 687), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef712\n    connRef = new ConnRef(router, 712);\n    srcPt = ConnEnd(Point(1219, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef713\n    connRef = new ConnRef(router, 713);\n    srcPt = ConnEnd(Point(1209, 605), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1203.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef714\n    connRef = new ConnRef(router, 714);\n    srcPt = ConnEnd(Point(132, 300), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef715\n    connRef = new ConnRef(router, 715);\n    srcPt = ConnEnd(Point(132, 319), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(57.2456, 332.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef716\n    connRef = new ConnRef(router, 716);\n    srcPt = ConnEnd(Point(1131.25, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef717\n    connRef = new ConnRef(router, 717);\n    srcPt = ConnEnd(Point(927.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef718\n    connRef = new ConnRef(router, 718);\n    srcPt = ConnEnd(Point(771.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef719\n    connRef = new ConnRef(router, 719);\n    srcPt = ConnEnd(Point(615.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef720\n    connRef = new ConnRef(router, 720);\n    srcPt = ConnEnd(Point(459.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef721\n    connRef = new ConnRef(router, 721);\n    srcPt = ConnEnd(Point(303.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef722\n    connRef = new ConnRef(router, 722);\n    srcPt = ConnEnd(Point(145.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef723\n    connRef = new ConnRef(router, 723);\n    srcPt = ConnEnd(Point(879.246, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef724\n    connRef = new ConnRef(router, 724);\n    srcPt = ConnEnd(Point(1203.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1161.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef725\n    connRef = new ConnRef(router, 725);\n    srcPt = ConnEnd(Point(1263.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1173.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef726\n    connRef = new ConnRef(router, 726);\n    srcPt = ConnEnd(Point(594.941, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(527.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef727\n    connRef = new ConnRef(router, 727);\n    srcPt = ConnEnd(Point(451.455, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(371.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef728\n    connRef = new ConnRef(router, 728);\n    srcPt = ConnEnd(Point(1371.25, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1371.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef729\n    connRef = new ConnRef(router, 729);\n    srcPt = ConnEnd(Point(1419.25, 575.942), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 575.942), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef730\n    connRef = new ConnRef(router, 730);\n    srcPt = ConnEnd(Point(1131.25, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef731\n    connRef = new ConnRef(router, 731);\n    srcPt = ConnEnd(Point(927.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef732\n    connRef = new ConnRef(router, 732);\n    srcPt = ConnEnd(Point(771.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef733\n    connRef = new ConnRef(router, 733);\n    srcPt = ConnEnd(Point(615.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef734\n    connRef = new ConnRef(router, 734);\n    srcPt = ConnEnd(Point(459.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef735\n    connRef = new ConnRef(router, 735);\n    srcPt = ConnEnd(Point(303.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef736\n    connRef = new ConnRef(router, 736);\n    srcPt = ConnEnd(Point(145.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef737\n    connRef = new ConnRef(router, 737);\n    srcPt = ConnEnd(Point(1419.25, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef738\n    connRef = new ConnRef(router, 738);\n    srcPt = ConnEnd(Point(1131.25, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef739\n    connRef = new ConnRef(router, 739);\n    srcPt = ConnEnd(Point(927.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef740\n    connRef = new ConnRef(router, 740);\n    srcPt = ConnEnd(Point(771.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef741\n    connRef = new ConnRef(router, 741);\n    srcPt = ConnEnd(Point(615.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef742\n    connRef = new ConnRef(router, 742);\n    srcPt = ConnEnd(Point(459.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef743\n    connRef = new ConnRef(router, 743);\n    srcPt = ConnEnd(Point(303.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef744\n    connRef = new ConnRef(router, 744);\n    srcPt = ConnEnd(Point(145.246, 536.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 536.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef745\n    connRef = new ConnRef(router, 745);\n    srcPt = ConnEnd(Point(1293.25, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef746\n    connRef = new ConnRef(router, 746);\n    srcPt = ConnEnd(Point(1083.25, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1083.25, 676.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef747\n    connRef = new ConnRef(router, 747);\n    srcPt = ConnEnd(Point(1419.25, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef748\n    connRef = new ConnRef(router, 748);\n    srcPt = ConnEnd(Point(1419.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef749\n    connRef = new ConnRef(router, 749);\n    srcPt = ConnEnd(Point(1479.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1449.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef750\n    connRef = new ConnRef(router, 750);\n    srcPt = ConnEnd(Point(723.246, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef751\n    connRef = new ConnRef(router, 751);\n    srcPt = ConnEnd(Point(927.246, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef752\n    connRef = new ConnRef(router, 752);\n    srcPt = ConnEnd(Point(145.246, 32.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 32.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef753\n    connRef = new ConnRef(router, 753);\n    srcPt = ConnEnd(Point(145.246, 310.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef754\n    connRef = new ConnRef(router, 754);\n    srcPt = ConnEnd(Point(1005.25, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef755\n    connRef = new ConnRef(router, 755);\n    srcPt = ConnEnd(Point(849.246, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef756\n    connRef = new ConnRef(router, 756);\n    srcPt = ConnEnd(Point(693.246, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef757\n    connRef = new ConnRef(router, 757);\n    srcPt = ConnEnd(Point(537.246, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef758\n    connRef = new ConnRef(router, 758);\n    srcPt = ConnEnd(Point(381.246, 234.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef759\n    connRef = new ConnRef(router, 759);\n    srcPt = ConnEnd(Point(303.246, 288.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 288.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef760\n    connRef = new ConnRef(router, 760);\n    srcPt = ConnEnd(Point(1131.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef761\n    connRef = new ConnRef(router, 761);\n    srcPt = ConnEnd(Point(1035.25, 686.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 686.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef762\n    connRef = new ConnRef(router, 762);\n    srcPt = ConnEnd(Point(1131.25, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef763\n    connRef = new ConnRef(router, 763);\n    srcPt = ConnEnd(Point(1035.25, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef764\n    connRef = new ConnRef(router, 764);\n    srcPt = ConnEnd(Point(1035.25, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef765\n    connRef = new ConnRef(router, 765);\n    srcPt = ConnEnd(Point(1035.25, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef766\n    connRef = new ConnRef(router, 766);\n    srcPt = ConnEnd(Point(1035.25, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef767\n    connRef = new ConnRef(router, 767);\n    srcPt = ConnEnd(Point(1131.25, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef768\n    connRef = new ConnRef(router, 768);\n    srcPt = ConnEnd(Point(1035.25, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef769\n    connRef = new ConnRef(router, 769);\n    srcPt = ConnEnd(Point(1035.25, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef770\n    connRef = new ConnRef(router, 770);\n    srcPt = ConnEnd(Point(1005.25, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1005.25, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef771\n    connRef = new ConnRef(router, 771);\n    srcPt = ConnEnd(Point(957.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef772\n    connRef = new ConnRef(router, 772);\n    srcPt = ConnEnd(Point(957.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef773\n    connRef = new ConnRef(router, 773);\n    srcPt = ConnEnd(Point(927.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef774\n    connRef = new ConnRef(router, 774);\n    srcPt = ConnEnd(Point(879.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef775\n    connRef = new ConnRef(router, 775);\n    srcPt = ConnEnd(Point(879.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef776\n    connRef = new ConnRef(router, 776);\n    srcPt = ConnEnd(Point(879.246, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef777\n    connRef = new ConnRef(router, 777);\n    srcPt = ConnEnd(Point(879.246, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef778\n    connRef = new ConnRef(router, 778);\n    srcPt = ConnEnd(Point(927.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef779\n    connRef = new ConnRef(router, 779);\n    srcPt = ConnEnd(Point(879.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef780\n    connRef = new ConnRef(router, 780);\n    srcPt = ConnEnd(Point(879.246, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef781\n    connRef = new ConnRef(router, 781);\n    srcPt = ConnEnd(Point(849.246, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(849.246, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef782\n    connRef = new ConnRef(router, 782);\n    srcPt = ConnEnd(Point(801.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef783\n    connRef = new ConnRef(router, 783);\n    srcPt = ConnEnd(Point(801.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef784\n    connRef = new ConnRef(router, 784);\n    srcPt = ConnEnd(Point(771.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef785\n    connRef = new ConnRef(router, 785);\n    srcPt = ConnEnd(Point(723.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef786\n    connRef = new ConnRef(router, 786);\n    srcPt = ConnEnd(Point(723.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef787\n    connRef = new ConnRef(router, 787);\n    srcPt = ConnEnd(Point(723.246, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef788\n    connRef = new ConnRef(router, 788);\n    srcPt = ConnEnd(Point(723.246, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef789\n    connRef = new ConnRef(router, 789);\n    srcPt = ConnEnd(Point(771.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef790\n    connRef = new ConnRef(router, 790);\n    srcPt = ConnEnd(Point(723.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef791\n    connRef = new ConnRef(router, 791);\n    srcPt = ConnEnd(Point(723.246, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef792\n    connRef = new ConnRef(router, 792);\n    srcPt = ConnEnd(Point(693.246, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(693.246, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef793\n    connRef = new ConnRef(router, 793);\n    srcPt = ConnEnd(Point(645.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef794\n    connRef = new ConnRef(router, 794);\n    srcPt = ConnEnd(Point(645.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef795\n    connRef = new ConnRef(router, 795);\n    srcPt = ConnEnd(Point(615.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef796\n    connRef = new ConnRef(router, 796);\n    srcPt = ConnEnd(Point(567.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef797\n    connRef = new ConnRef(router, 797);\n    srcPt = ConnEnd(Point(567.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef798\n    connRef = new ConnRef(router, 798);\n    srcPt = ConnEnd(Point(615.246, 486.951), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 486.951), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef799\n    connRef = new ConnRef(router, 799);\n    srcPt = ConnEnd(Point(567.246, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef800\n    connRef = new ConnRef(router, 800);\n    srcPt = ConnEnd(Point(567.246, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef801\n    connRef = new ConnRef(router, 801);\n    srcPt = ConnEnd(Point(615.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef802\n    connRef = new ConnRef(router, 802);\n    srcPt = ConnEnd(Point(567.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef803\n    connRef = new ConnRef(router, 803);\n    srcPt = ConnEnd(Point(567.246, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef804\n    connRef = new ConnRef(router, 804);\n    srcPt = ConnEnd(Point(537.246, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(537.246, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef805\n    connRef = new ConnRef(router, 805);\n    srcPt = ConnEnd(Point(489.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef806\n    connRef = new ConnRef(router, 806);\n    srcPt = ConnEnd(Point(489.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef807\n    connRef = new ConnRef(router, 807);\n    srcPt = ConnEnd(Point(459.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef808\n    connRef = new ConnRef(router, 808);\n    srcPt = ConnEnd(Point(411.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef809\n    connRef = new ConnRef(router, 809);\n    srcPt = ConnEnd(Point(411.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef810\n    connRef = new ConnRef(router, 810);\n    srcPt = ConnEnd(Point(411.246, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef811\n    connRef = new ConnRef(router, 811);\n    srcPt = ConnEnd(Point(411.246, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef812\n    connRef = new ConnRef(router, 812);\n    srcPt = ConnEnd(Point(459.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef813\n    connRef = new ConnRef(router, 813);\n    srcPt = ConnEnd(Point(411.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef814\n    connRef = new ConnRef(router, 814);\n    srcPt = ConnEnd(Point(411.246, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef815\n    connRef = new ConnRef(router, 815);\n    srcPt = ConnEnd(Point(381.246, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(381.246, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef816\n    connRef = new ConnRef(router, 816);\n    srcPt = ConnEnd(Point(333.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef817\n    connRef = new ConnRef(router, 817);\n    srcPt = ConnEnd(Point(333.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef818\n    connRef = new ConnRef(router, 818);\n    srcPt = ConnEnd(Point(303.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef819\n    connRef = new ConnRef(router, 819);\n    srcPt = ConnEnd(Point(255.246, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef820\n    connRef = new ConnRef(router, 820);\n    srcPt = ConnEnd(Point(255.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef821\n    connRef = new ConnRef(router, 821);\n    srcPt = ConnEnd(Point(255.246, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef822\n    connRef = new ConnRef(router, 822);\n    srcPt = ConnEnd(Point(255.246, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef823\n    connRef = new ConnRef(router, 823);\n    srcPt = ConnEnd(Point(303.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef824\n    connRef = new ConnRef(router, 824);\n    srcPt = ConnEnd(Point(255.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef825\n    connRef = new ConnRef(router, 825);\n    srcPt = ConnEnd(Point(255.246, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef826\n    connRef = new ConnRef(router, 826);\n    srcPt = ConnEnd(Point(303.246, 256.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(225.246, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef827\n    connRef = new ConnRef(router, 827);\n    srcPt = ConnEnd(Point(193.246, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef828\n    connRef = new ConnRef(router, 828);\n    srcPt = ConnEnd(Point(193.246, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef829\n    connRef = new ConnRef(router, 829);\n    srcPt = ConnEnd(Point(145.246, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef830\n    connRef = new ConnRef(router, 830);\n    srcPt = ConnEnd(Point(97.2456, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef831\n    connRef = new ConnRef(router, 831);\n    srcPt = ConnEnd(Point(97.2456, 590.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 590.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef832\n    connRef = new ConnRef(router, 832);\n    srcPt = ConnEnd(Point(97.2456, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef833\n    connRef = new ConnRef(router, 833);\n    srcPt = ConnEnd(Point(97.2456, 482.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 482.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef834\n    connRef = new ConnRef(router, 834);\n    srcPt = ConnEnd(Point(145.246, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef835\n    connRef = new ConnRef(router, 835);\n    srcPt = ConnEnd(Point(97.2456, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef836\n    connRef = new ConnRef(router, 836);\n    srcPt = ConnEnd(Point(97.2456, 386.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 386.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef837\n    connRef = new ConnRef(router, 837);\n    srcPt = ConnEnd(Point(17.2456, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef838\n    connRef = new ConnRef(router, 838);\n    srcPt = ConnEnd(Point(17.2456, 128.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef839\n    connRef = new ConnRef(router, 839);\n    srcPt = ConnEnd(Point(285.246, 170.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(244.976, 170.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef840\n    connRef = new ConnRef(router, 840);\n    srcPt = ConnEnd(Point(237.246, 86.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(145.246, 86.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef841\n    connRef = new ConnRef(router, 841);\n    srcPt = ConnEnd(Point(237.246, 54.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(145.246, 54.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef842\n    connRef = new ConnRef(router, 842);\n    srcPt = ConnEnd(Point(97.2456, 170.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 170.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef843\n    connRef = new ConnRef(router, 843);\n    srcPt = ConnEnd(Point(97.2456, 32.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 32.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef844\n    connRef = new ConnRef(router, 844);\n    srcPt = ConnEnd(Point(97.2456, 0.917947), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 0.917947), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef845\n    connRef = new ConnRef(router, 845);\n    srcPt = ConnEnd(Point(380.962, -29.0821), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(319.219, -29.0821), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef846\n    connRef = new ConnRef(router, 846);\n    srcPt = ConnEnd(Point(279.219, -29.0821), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(197.246, -29.0821), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef847\n    connRef = new ConnRef(router, 847);\n    srcPt = ConnEnd(Point(97.2456, 310.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef848\n    connRef = new ConnRef(router, 848);\n    srcPt = ConnEnd(Point(193.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef849\n    connRef = new ConnRef(router, 849);\n    srcPt = ConnEnd(Point(333.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef850\n    connRef = new ConnRef(router, 850);\n    srcPt = ConnEnd(Point(489.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef851\n    connRef = new ConnRef(router, 851);\n    srcPt = ConnEnd(Point(645.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef852\n    connRef = new ConnRef(router, 852);\n    srcPt = ConnEnd(Point(801.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef853\n    connRef = new ConnRef(router, 853);\n    srcPt = ConnEnd(Point(957.246, 224.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 310.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef854\n    connRef = new ConnRef(router, 854);\n    srcPt = ConnEnd(Point(17.2456, 364.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef855\n    connRef = new ConnRef(router, 855);\n    srcPt = ConnEnd(Point(255.246, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef856\n    connRef = new ConnRef(router, 856);\n    srcPt = ConnEnd(Point(411.246, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef857\n    connRef = new ConnRef(router, 857);\n    srcPt = ConnEnd(Point(567.246, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef858\n    connRef = new ConnRef(router, 858);\n    srcPt = ConnEnd(Point(879.246, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef859\n    connRef = new ConnRef(router, 859);\n    srcPt = ConnEnd(Point(1035.25, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef860\n    connRef = new ConnRef(router, 860);\n    srcPt = ConnEnd(Point(723.246, 450.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 450.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef861\n    connRef = new ConnRef(router, 861);\n    srcPt = ConnEnd(Point(97.2456, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef862\n    connRef = new ConnRef(router, 862);\n    srcPt = ConnEnd(Point(255.246, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef863\n    connRef = new ConnRef(router, 863);\n    srcPt = ConnEnd(Point(411.246, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef864\n    connRef = new ConnRef(router, 864);\n    srcPt = ConnEnd(Point(567.246, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef865\n    connRef = new ConnRef(router, 865);\n    srcPt = ConnEnd(Point(723.246, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef866\n    connRef = new ConnRef(router, 866);\n    srcPt = ConnEnd(Point(879.246, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef867\n    connRef = new ConnRef(router, 867);\n    srcPt = ConnEnd(Point(1035.25, 558.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 558.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef868\n    connRef = new ConnRef(router, 868);\n    srcPt = ConnEnd(Point(97.2456, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17.2456, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef869\n    connRef = new ConnRef(router, 869);\n    srcPt = ConnEnd(Point(255.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(193.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef870\n    connRef = new ConnRef(router, 870);\n    srcPt = ConnEnd(Point(411.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(333.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef871\n    connRef = new ConnRef(router, 871);\n    srcPt = ConnEnd(Point(567.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(489.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef872\n    connRef = new ConnRef(router, 872);\n    srcPt = ConnEnd(Point(723.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(645.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef873\n    connRef = new ConnRef(router, 873);\n    srcPt = ConnEnd(Point(879.246, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(801.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef874\n    connRef = new ConnRef(router, 874);\n    srcPt = ConnEnd(Point(1035.25, 654.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 654.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef875\n    connRef = new ConnRef(router, 875);\n    srcPt = ConnEnd(Point(1233.25, 192.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1233.25, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef876\n    connRef = new ConnRef(router, 876);\n    srcPt = ConnEnd(Point(1323.25, 418.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1233.25, 418.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef877\n    connRef = new ConnRef(router, 877);\n    srcPt = ConnEnd(Point(1323.25, 514.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1233.25, 514.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef878\n    connRef = new ConnRef(router, 878);\n    srcPt = ConnEnd(Point(1323.25, 622.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1233.25, 622.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef879\n    connRef = new ConnRef(router, 879);\n    srcPt = ConnEnd(Point(1035.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef880\n    connRef = new ConnRef(router, 880);\n    srcPt = ConnEnd(Point(1035.25, 750.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(957.246, 750.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef881\n    connRef = new ConnRef(router, 881);\n    srcPt = ConnEnd(Point(1323.25, 718.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1233.25, 718.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef882\n    connRef = new ConnRef(router, 882);\n    srcPt = ConnEnd(Point(1293.25, 202.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 256.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef883\n    connRef = new ConnRef(router, 883);\n    srcPt = ConnEnd(Point(1419.25, 644.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1293.25, 644.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef884\n    connRef = new ConnRef(router, 884);\n    srcPt = ConnEnd(Point(145.246, 246.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 246.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef885\n    connRef = new ConnRef(router, 885);\n    srcPt = ConnEnd(Point(145.246, 278.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(67.2456, 278.918), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef886\n    connRef = new ConnRef(router, 886);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(790, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef887\n    connRef = new ConnRef(router, 887);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(533, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef888\n    connRef = new ConnRef(router, 888);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(390, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef889\n    connRef = new ConnRef(router, 889);\n    srcPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1030, 634), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef890\n    connRef = new ConnRef(router, 890);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(649, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef891\n    connRef = new ConnRef(router, 891);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(840, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef892\n    connRef = new ConnRef(router, 892);\n    srcPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 175), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef893\n    connRef = new ConnRef(router, 893);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 318), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef894\n    connRef = new ConnRef(router, 894);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(132, 318), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef895\n    connRef = new ConnRef(router, 895);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(972, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef896\n    connRef = new ConnRef(router, 896);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(972, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef897\n    connRef = new ConnRef(router, 897);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(830, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef898\n    connRef = new ConnRef(router, 898);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(830, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef899\n    connRef = new ConnRef(router, 899);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(689, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef900\n    connRef = new ConnRef(router, 900);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(689, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef901\n    connRef = new ConnRef(router, 901);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(547, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef902\n    connRef = new ConnRef(router, 902);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(547, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef903\n    connRef = new ConnRef(router, 903);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(405, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef904\n    connRef = new ConnRef(router, 904);\n    srcPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(405, 319), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef905\n    connRef = new ConnRef(router, 905);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(273, 329), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef906\n    connRef = new ConnRef(router, 906);\n    srcPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(273, 329), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef907\n    connRef = new ConnRef(router, 907);\n    srcPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(982, 667), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef908\n    connRef = new ConnRef(router, 908);\n    srcPt = ConnEnd(Point(979.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(932, 648), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef909\n    connRef = new ConnRef(router, 909);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(972, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef910\n    connRef = new ConnRef(router, 910);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(972, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef911\n    connRef = new ConnRef(router, 911);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef912\n    connRef = new ConnRef(router, 912);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef913\n    connRef = new ConnRef(router, 913);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef914\n    connRef = new ConnRef(router, 914);\n    srcPt = ConnEnd(Point(823.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(922, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef915\n    connRef = new ConnRef(router, 915);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(830, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef916\n    connRef = new ConnRef(router, 916);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(830, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef917\n    connRef = new ConnRef(router, 917);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef918\n    connRef = new ConnRef(router, 918);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef919\n    connRef = new ConnRef(router, 919);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef920\n    connRef = new ConnRef(router, 920);\n    srcPt = ConnEnd(Point(673.933, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(780, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef921\n    connRef = new ConnRef(router, 921);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(689, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef922\n    connRef = new ConnRef(router, 922);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(689, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef923\n    connRef = new ConnRef(router, 923);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef924\n    connRef = new ConnRef(router, 924);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef925\n    connRef = new ConnRef(router, 925);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef926\n    connRef = new ConnRef(router, 926);\n    srcPt = ConnEnd(Point(527.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(639, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef927\n    connRef = new ConnRef(router, 927);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(547, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef928\n    connRef = new ConnRef(router, 928);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(547, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef929\n    connRef = new ConnRef(router, 929);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef930\n    connRef = new ConnRef(router, 930);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef931\n    connRef = new ConnRef(router, 931);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef932\n    connRef = new ConnRef(router, 932);\n    srcPt = ConnEnd(Point(371.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(497, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef933\n    connRef = new ConnRef(router, 933);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(405, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef934\n    connRef = new ConnRef(router, 934);\n    srcPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(405, 300), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef935\n    connRef = new ConnRef(router, 935);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef936\n    connRef = new ConnRef(router, 936);\n    srcPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef937\n    connRef = new ConnRef(router, 937);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef938\n    connRef = new ConnRef(router, 938);\n    srcPt = ConnEnd(Point(215.246, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(355, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef939\n    connRef = new ConnRef(router, 939);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(273, 310), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef940\n    connRef = new ConnRef(router, 940);\n    srcPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(273, 310), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef941\n    connRef = new ConnRef(router, 941);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef942\n    connRef = new ConnRef(router, 942);\n    srcPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef943\n    connRef = new ConnRef(router, 943);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef944\n    connRef = new ConnRef(router, 944);\n    srcPt = ConnEnd(Point(57.2456, 676.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(213, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef945\n    connRef = new ConnRef(router, 945);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(92, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef946\n    connRef = new ConnRef(router, 946);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(92, 309), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef947\n    connRef = new ConnRef(router, 947);\n    srcPt = ConnEnd(Point(197.246, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(92, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef948\n    connRef = new ConnRef(router, 948);\n    srcPt = ConnEnd(Point(57.2456, 160.918), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(92, 290), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef949\n    connRef = new ConnRef(router, 949);\n    srcPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 194), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef950\n    connRef = new ConnRef(router, 950);\n    srcPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 175), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef951\n    connRef = new ConnRef(router, 951);\n    srcPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(82, 156), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef952\n    connRef = new ConnRef(router, 952);\n    srcPt = ConnEnd(Point(319.219, -7.08205), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(319, 155), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef953\n    connRef = new ConnRef(router, 953);\n    srcPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(317.466, 34.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef954\n    connRef = new ConnRef(router, 954);\n    srcPt = ConnEnd(Point(57.2456, 125.987), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(-7.75443, -71.0821), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef955\n    connRef = new ConnRef(router, 955);\n    srcPt = ConnEnd(Point(197.246, 96.9179), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(317.466, 86.9179), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/performance01\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/reallyslowrouting.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 0);\n    router->setOrthogonalNudgeDistance(4);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(703.246, 408.918);\n    poly91.ps[1] = Point(703.246, 428.918);\n    poly91.ps[2] = Point(683.246, 428.918);\n    poly91.ps[3] = Point(683.246, 408.918);\n    ShapeRef *shapeRef91 = new ShapeRef(router, poly91, 91);\n    router->addShape(shapeRef91);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(811.246, 268.918);\n    poly84.ps[1] = Point(811.246, 288.918);\n    poly84.ps[2] = Point(791.246, 288.918);\n    poly84.ps[3] = Point(791.246, 268.918);\n    ShapeRef *shapeRef84 = new ShapeRef(router, poly84, 84);\n    router->addShape(shapeRef84);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(859.246, 580.918);\n    poly75.ps[1] = Point(859.246, 600.918);\n    poly75.ps[2] = Point(839.246, 600.918);\n    poly75.ps[3] = Point(839.246, 580.918);\n    ShapeRef *shapeRef75 = new ShapeRef(router, poly75, 75);\n    router->addShape(shapeRef75);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(235.246, 580.918);\n    poly120.ps[1] = Point(235.246, 600.918);\n    poly120.ps[2] = Point(215.246, 600.918);\n    poly120.ps[3] = Point(215.246, 580.918);\n    ShapeRef *shapeRef120 = new ShapeRef(router, poly120, 120);\n    router->addShape(shapeRef120);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(77.2456, 427.955);\n    poly157.ps[1] = Point(77.2456, 467.955);\n    poly157.ps[2] = Point(37.2456, 467.955);\n    poly157.ps[3] = Point(37.2456, 427.955);\n    ShapeRef *shapeRef157 = new ShapeRef(router, poly157, 157);\n    router->addShape(shapeRef157);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(27.2456, 376.918);\n    poly138.ps[1] = Point(27.2456, 396.918);\n    poly138.ps[2] = Point(7.24557, 396.918);\n    poly138.ps[3] = Point(7.24557, 376.918);\n    ShapeRef *shapeRef138 = new ShapeRef(router, poly138, 138);\n    router->addShape(shapeRef138);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(235.246, 612.918);\n    poly6.ps[1] = Point(235.246, 632.918);\n    poly6.ps[2] = Point(215.246, 632.918);\n    poly6.ps[3] = Point(215.246, 612.918);\n    ShapeRef *shapeRef6 = new ShapeRef(router, poly6, 6);\n    router->addShape(shapeRef6);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(391.246, 246.918);\n    poly117.ps[1] = Point(391.246, 266.918);\n    poly117.ps[2] = Point(371.246, 266.918);\n    poly117.ps[3] = Point(371.246, 246.918);\n    ShapeRef *shapeRef117 = new ShapeRef(router, poly117, 117);\n    router->addShape(shapeRef117);\n\n    Polygon poly177(4);\n    poly177.ps[0] = Point(843.246, 312.918);\n    poly177.ps[1] = Point(843.246, 352.918);\n    poly177.ps[2] = Point(803.246, 352.918);\n    poly177.ps[3] = Point(803.246, 312.918);\n    ShapeRef *shapeRef177 = new ShapeRef(router, poly177, 177);\n    router->addShape(shapeRef177);\n\n    Polygon poly178(4);\n    poly178.ps[0] = Point(843.246, 427.955);\n    poly178.ps[1] = Point(843.246, 467.955);\n    poly178.ps[2] = Point(803.246, 467.955);\n    poly178.ps[3] = Point(803.246, 427.955);\n    ShapeRef *shapeRef178 = new ShapeRef(router, poly178, 178);\n    router->addShape(shapeRef178);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(547.246, 644.918);\n    poly31.ps[1] = Point(547.246, 664.918);\n    poly31.ps[2] = Point(527.246, 664.918);\n    poly31.ps[3] = Point(527.246, 644.918);\n    ShapeRef *shapeRef31 = new ShapeRef(router, poly31, 31);\n    router->addShape(shapeRef31);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(203.246, 472.918);\n    poly124.ps[1] = Point(203.246, 492.918);\n    poly124.ps[2] = Point(183.246, 492.918);\n    poly124.ps[3] = Point(183.246, 472.918);\n    ShapeRef *shapeRef124 = new ShapeRef(router, poly124, 124);\n    router->addShape(shapeRef124);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(703.246, 526.918);\n    poly38.ps[1] = Point(703.246, 546.918);\n    poly38.ps[2] = Point(683.246, 546.918);\n    poly38.ps[3] = Point(683.246, 526.918);\n    ShapeRef *shapeRef38 = new ShapeRef(router, poly38, 38);\n    router->addShape(shapeRef38);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(967.246, 268.918);\n    poly73.ps[1] = Point(967.246, 288.918);\n    poly73.ps[2] = Point(947.246, 288.918);\n    poly73.ps[3] = Point(947.246, 268.918);\n    ShapeRef *shapeRef73 = new ShapeRef(router, poly73, 73);\n    router->addShape(shapeRef73);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(391.246, 656.918);\n    poly165.ps[1] = Point(391.246, 696.918);\n    poly165.ps[2] = Point(351.246, 696.918);\n    poly165.ps[3] = Point(351.246, 656.918);\n    ShapeRef *shapeRef165 = new ShapeRef(router, poly165, 165);\n    router->addShape(shapeRef165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(391.246, 538.918);\n    poly166.ps[1] = Point(391.246, 578.918);\n    poly166.ps[2] = Point(351.246, 578.918);\n    poly166.ps[3] = Point(351.246, 538.918);\n    ShapeRef *shapeRef166 = new ShapeRef(router, poly166, 166);\n    router->addShape(shapeRef166);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(217.246, 76.9179);\n    poly153.ps[1] = Point(217.246, 116.918);\n    poly153.ps[2] = Point(177.246, 116.918);\n    poly153.ps[3] = Point(177.246, 76.9179);\n    ShapeRef *shapeRef153 = new ShapeRef(router, poly153, 153);\n    router->addShape(shapeRef153);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(843.246, 730.918);\n    poly17.ps[1] = Point(843.246, 770.918);\n    poly17.ps[2] = Point(803.246, 770.918);\n    poly17.ps[3] = Point(803.246, 730.918);\n    ShapeRef *shapeRef17 = new ShapeRef(router, poly17, 17);\n    router->addShape(shapeRef17);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(655.246, 708.918);\n    poly48.ps[1] = Point(655.246, 728.918);\n    poly48.ps[2] = Point(635.246, 728.918);\n    poly48.ps[3] = Point(635.246, 708.918);\n    ShapeRef *shapeRef48 = new ShapeRef(router, poly48, 48);\n    router->addShape(shapeRef48);\n\n    Polygon poly290(4);\n    poly290.ps[0] = Point(877.246, 182.918);\n    poly290.ps[1] = Point(877.246, 222.918);\n    poly290.ps[2] = Point(821.246, 222.918);\n    poly290.ps[3] = Point(821.246, 182.918);\n    ShapeRef *shapeRef290 = new ShapeRef(router, poly290, 290);\n    router->addShape(shapeRef290);\n\n    Polygon poly291(4);\n    poly291.ps[0] = Point(829.246, 172.918);\n    poly291.ps[1] = Point(829.246, 212.918);\n    poly291.ps[2] = Point(773.246, 212.918);\n    poly291.ps[3] = Point(773.246, 172.918);\n    ShapeRef *shapeRef291 = new ShapeRef(router, poly291, 291);\n    router->addShape(shapeRef291);\n\n    Polygon poly292(4);\n    poly292.ps[0] = Point(829.246, 108.918);\n    poly292.ps[1] = Point(829.246, 148.918);\n    poly292.ps[2] = Point(773.246, 148.918);\n    poly292.ps[3] = Point(773.246, 108.918);\n    ShapeRef *shapeRef292 = new ShapeRef(router, poly292, 292);\n    router->addShape(shapeRef292);\n\n    Polygon poly293(4);\n    poly293.ps[0] = Point(799.246, 570.918);\n    poly293.ps[1] = Point(799.246, 610.918);\n    poly293.ps[2] = Point(743.246, 610.918);\n    poly293.ps[3] = Point(743.246, 570.918);\n    ShapeRef *shapeRef293 = new ShapeRef(router, poly293, 293);\n    router->addShape(shapeRef293);\n\n    Polygon poly294(4);\n    poly294.ps[0] = Point(751.246, 602.918);\n    poly294.ps[1] = Point(751.246, 642.918);\n    poly294.ps[2] = Point(695.246, 642.918);\n    poly294.ps[3] = Point(695.246, 602.918);\n    ShapeRef *shapeRef294 = new ShapeRef(router, poly294, 294);\n    router->addShape(shapeRef294);\n\n    Polygon poly295(4);\n    poly295.ps[0] = Point(751.246, 570.918);\n    poly295.ps[1] = Point(751.246, 610.918);\n    poly295.ps[2] = Point(695.246, 610.918);\n    poly295.ps[3] = Point(695.246, 570.918);\n    ShapeRef *shapeRef295 = new ShapeRef(router, poly295, 295);\n    router->addShape(shapeRef295);\n\n    Polygon poly296(4);\n    poly296.ps[0] = Point(751.246, 494.918);\n    poly296.ps[1] = Point(751.246, 534.918);\n    poly296.ps[2] = Point(695.246, 534.918);\n    poly296.ps[3] = Point(695.246, 494.918);\n    ShapeRef *shapeRef296 = new ShapeRef(router, poly296, 296);\n    router->addShape(shapeRef296);\n\n    Polygon poly297(4);\n    poly297.ps[0] = Point(751.246, 462.918);\n    poly297.ps[1] = Point(751.246, 502.918);\n    poly297.ps[2] = Point(695.246, 502.918);\n    poly297.ps[3] = Point(695.246, 462.918);\n    ShapeRef *shapeRef297 = new ShapeRef(router, poly297, 297);\n    router->addShape(shapeRef297);\n\n    Polygon poly298(4);\n    poly298.ps[0] = Point(799.246, 398.918);\n    poly298.ps[1] = Point(799.246, 438.918);\n    poly298.ps[2] = Point(743.246, 438.918);\n    poly298.ps[3] = Point(743.246, 398.918);\n    ShapeRef *shapeRef298 = new ShapeRef(router, poly298, 298);\n    router->addShape(shapeRef298);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(499.246, 580.918);\n    poly99.ps[1] = Point(499.246, 600.918);\n    poly99.ps[2] = Point(479.246, 600.918);\n    poly99.ps[3] = Point(479.246, 580.918);\n    ShapeRef *shapeRef99 = new ShapeRef(router, poly99, 99);\n    router->addShape(shapeRef99);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(811.246, 236.918);\n    poly85.ps[1] = Point(811.246, 256.918);\n    poly85.ps[2] = Point(791.246, 256.918);\n    poly85.ps[3] = Point(791.246, 236.918);\n    ShapeRef *shapeRef85 = new ShapeRef(router, poly85, 85);\n    router->addShape(shapeRef85);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(537.246, 708.918);\n    poly24.ps[1] = Point(537.246, 728.918);\n    poly24.ps[2] = Point(517.246, 728.918);\n    poly24.ps[3] = Point(517.246, 708.918);\n    ShapeRef *shapeRef24 = new ShapeRef(router, poly24, 24);\n    router->addShape(shapeRef24);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(1015.25, 246.918);\n    poly72.ps[1] = Point(1015.25, 266.918);\n    poly72.ps[2] = Point(995.246, 266.918);\n    poly72.ps[3] = Point(995.246, 246.918);\n    ShapeRef *shapeRef72 = new ShapeRef(router, poly72, 72);\n    router->addShape(shapeRef72);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(391.246, 730.918);\n    poly20.ps[1] = Point(391.246, 770.918);\n    poly20.ps[2] = Point(351.246, 770.918);\n    poly20.ps[3] = Point(351.246, 730.918);\n    ShapeRef *shapeRef20 = new ShapeRef(router, poly20, 20);\n    router->addShape(shapeRef20);\n\n    Polygon poly254(4);\n    poly254.ps[0] = Point(1321.25, 214.918);\n    poly254.ps[1] = Point(1321.25, 254.918);\n    poly254.ps[2] = Point(1265.25, 254.918);\n    poly254.ps[3] = Point(1265.25, 214.918);\n    ShapeRef *shapeRef254 = new ShapeRef(router, poly254, 254);\n    router->addShape(shapeRef254);\n\n    Polygon poly255(4);\n    poly255.ps[0] = Point(1111.25, 602.918);\n    poly255.ps[1] = Point(1111.25, 642.918);\n    poly255.ps[2] = Point(1055.25, 642.918);\n    poly255.ps[3] = Point(1055.25, 602.918);\n    ShapeRef *shapeRef255 = new ShapeRef(router, poly255, 255);\n    router->addShape(shapeRef255);\n\n    Polygon poly256(4);\n    poly256.ps[0] = Point(1447.25, 398.918);\n    poly256.ps[1] = Point(1447.25, 438.918);\n    poly256.ps[2] = Point(1391.25, 438.918);\n    poly256.ps[3] = Point(1391.25, 398.918);\n    ShapeRef *shapeRef256 = new ShapeRef(router, poly256, 256);\n    router->addShape(shapeRef256);\n\n    Polygon poly257(4);\n    poly257.ps[0] = Point(1447.25, 698.918);\n    poly257.ps[1] = Point(1447.25, 738.918);\n    poly257.ps[2] = Point(1391.25, 738.918);\n    poly257.ps[3] = Point(1391.25, 698.918);\n    ShapeRef *shapeRef257 = new ShapeRef(router, poly257, 257);\n    router->addShape(shapeRef257);\n\n    Polygon poly258(4);\n    poly258.ps[0] = Point(1507.25, 698.918);\n    poly258.ps[1] = Point(1507.25, 738.918);\n    poly258.ps[2] = Point(1451.25, 738.918);\n    poly258.ps[3] = Point(1451.25, 698.918);\n    ShapeRef *shapeRef258 = new ShapeRef(router, poly258, 258);\n    router->addShape(shapeRef258);\n\n    Polygon poly259(4);\n    poly259.ps[0] = Point(751.246, 698.918);\n    poly259.ps[1] = Point(751.246, 738.918);\n    poly259.ps[2] = Point(695.246, 738.918);\n    poly259.ps[3] = Point(695.246, 698.918);\n    ShapeRef *shapeRef259 = new ShapeRef(router, poly259, 259);\n    router->addShape(shapeRef259);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(655.246, 612.918);\n    poly87.ps[1] = Point(655.246, 632.918);\n    poly87.ps[2] = Point(635.246, 632.918);\n    poly87.ps[3] = Point(635.246, 612.918);\n    ShapeRef *shapeRef87 = new ShapeRef(router, poly87, 87);\n    router->addShape(shapeRef87);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(27.2456, 504.918);\n    poly134.ps[1] = Point(27.2456, 524.918);\n    poly134.ps[2] = Point(7.24557, 524.918);\n    poly134.ps[3] = Point(7.24557, 504.918);\n    ShapeRef *shapeRef134 = new ShapeRef(router, poly134, 134);\n    router->addShape(shapeRef134);\n\n    Polygon poly201(4);\n    poly201.ps[0] = Point(203.246, 548.918);\n    poly201.ps[1] = Point(203.246, 568.918);\n    poly201.ps[2] = Point(183.246, 568.918);\n    poly201.ps[3] = Point(183.246, 548.918);\n    ShapeRef *shapeRef201 = new ShapeRef(router, poly201, 201);\n    router->addShape(shapeRef201);\n\n    Polygon poly202(4);\n    poly202.ps[0] = Point(343.246, 548.918);\n    poly202.ps[1] = Point(343.246, 568.918);\n    poly202.ps[2] = Point(323.246, 568.918);\n    poly202.ps[3] = Point(323.246, 548.918);\n    ShapeRef *shapeRef202 = new ShapeRef(router, poly202, 202);\n    router->addShape(shapeRef202);\n\n    Polygon poly203(4);\n    poly203.ps[0] = Point(499.246, 548.918);\n    poly203.ps[1] = Point(499.246, 568.918);\n    poly203.ps[2] = Point(479.246, 568.918);\n    poly203.ps[3] = Point(479.246, 548.918);\n    ShapeRef *shapeRef203 = new ShapeRef(router, poly203, 203);\n    router->addShape(shapeRef203);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(391.246, 644.918);\n    poly32.ps[1] = Point(391.246, 664.918);\n    poly32.ps[2] = Point(371.246, 664.918);\n    poly32.ps[3] = Point(371.246, 644.918);\n    ShapeRef *shapeRef32 = new ShapeRef(router, poly32, 32);\n    router->addShape(shapeRef32);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(381.246, 708.918);\n    poly25.ps[1] = Point(381.246, 728.918);\n    poly25.ps[2] = Point(361.246, 728.918);\n    poly25.ps[3] = Point(361.246, 708.918);\n    ShapeRef *shapeRef25 = new ShapeRef(router, poly25, 25);\n    router->addShape(shapeRef25);\n\n    Polygon poly210(4);\n    poly210.ps[0] = Point(499.246, 644.918);\n    poly210.ps[1] = Point(499.246, 664.918);\n    poly210.ps[2] = Point(479.246, 664.918);\n    poly210.ps[3] = Point(479.246, 644.918);\n    ShapeRef *shapeRef210 = new ShapeRef(router, poly210, 210);\n    router->addShape(shapeRef210);\n\n    Polygon poly211(4);\n    poly211.ps[0] = Point(655.246, 644.918);\n    poly211.ps[1] = Point(655.246, 664.918);\n    poly211.ps[2] = Point(635.246, 664.918);\n    poly211.ps[3] = Point(635.246, 644.918);\n    ShapeRef *shapeRef211 = new ShapeRef(router, poly211, 211);\n    router->addShape(shapeRef211);\n\n    Polygon poly212(4);\n    poly212.ps[0] = Point(811.246, 644.918);\n    poly212.ps[1] = Point(811.246, 664.918);\n    poly212.ps[2] = Point(791.246, 664.918);\n    poly212.ps[3] = Point(791.246, 644.918);\n    ShapeRef *shapeRef212 = new ShapeRef(router, poly212, 212);\n    router->addShape(shapeRef212);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(499.246, 612.918);\n    poly98.ps[1] = Point(499.246, 632.918);\n    poly98.ps[2] = Point(479.246, 632.918);\n    poly98.ps[3] = Point(479.246, 612.918);\n    ShapeRef *shapeRef98 = new ShapeRef(router, poly98, 98);\n    router->addShape(shapeRef98);\n\n    Polygon poly310(4);\n    poly310.ps[0] = Point(643.246, 398.918);\n    poly310.ps[1] = Point(643.246, 438.918);\n    poly310.ps[2] = Point(587.246, 438.918);\n    poly310.ps[3] = Point(587.246, 398.918);\n    ShapeRef *shapeRef310 = new ShapeRef(router, poly310, 310);\n    router->addShape(shapeRef310);\n\n    Polygon poly311(4);\n    poly311.ps[0] = Point(595.246, 398.918);\n    poly311.ps[1] = Point(595.246, 438.918);\n    poly311.ps[2] = Point(539.246, 438.918);\n    poly311.ps[3] = Point(539.246, 398.918);\n    ShapeRef *shapeRef311 = new ShapeRef(router, poly311, 311);\n    router->addShape(shapeRef311);\n\n    Polygon poly312(4);\n    poly312.ps[0] = Point(595.246, 366.918);\n    poly312.ps[1] = Point(595.246, 406.918);\n    poly312.ps[2] = Point(539.246, 406.918);\n    poly312.ps[3] = Point(539.246, 366.918);\n    ShapeRef *shapeRef312 = new ShapeRef(router, poly312, 312);\n    router->addShape(shapeRef312);\n\n    Polygon poly313(4);\n    poly313.ps[0] = Point(565.246, 182.918);\n    poly313.ps[1] = Point(565.246, 222.918);\n    poly313.ps[2] = Point(509.246, 222.918);\n    poly313.ps[3] = Point(509.246, 182.918);\n    ShapeRef *shapeRef313 = new ShapeRef(router, poly313, 313);\n    router->addShape(shapeRef313);\n\n    Polygon poly314(4);\n    poly314.ps[0] = Point(517.246, 172.918);\n    poly314.ps[1] = Point(517.246, 212.918);\n    poly314.ps[2] = Point(461.246, 212.918);\n    poly314.ps[3] = Point(461.246, 172.918);\n    ShapeRef *shapeRef314 = new ShapeRef(router, poly314, 314);\n    router->addShape(shapeRef314);\n\n    Polygon poly315(4);\n    poly315.ps[0] = Point(517.246, 108.918);\n    poly315.ps[1] = Point(517.246, 148.918);\n    poly315.ps[2] = Point(461.246, 148.918);\n    poly315.ps[3] = Point(461.246, 108.918);\n    ShapeRef *shapeRef315 = new ShapeRef(router, poly315, 315);\n    router->addShape(shapeRef315);\n\n    Polygon poly316(4);\n    poly316.ps[0] = Point(487.246, 570.918);\n    poly316.ps[1] = Point(487.246, 610.918);\n    poly316.ps[2] = Point(431.246, 610.918);\n    poly316.ps[3] = Point(431.246, 570.918);\n    ShapeRef *shapeRef316 = new ShapeRef(router, poly316, 316);\n    router->addShape(shapeRef316);\n\n    Polygon poly317(4);\n    poly317.ps[0] = Point(439.246, 602.918);\n    poly317.ps[1] = Point(439.246, 642.918);\n    poly317.ps[2] = Point(383.246, 642.918);\n    poly317.ps[3] = Point(383.246, 602.918);\n    ShapeRef *shapeRef317 = new ShapeRef(router, poly317, 317);\n    router->addShape(shapeRef317);\n\n    Polygon poly318(4);\n    poly318.ps[0] = Point(439.246, 570.918);\n    poly318.ps[1] = Point(439.246, 610.918);\n    poly318.ps[2] = Point(383.246, 610.918);\n    poly318.ps[3] = Point(383.246, 570.918);\n    ShapeRef *shapeRef318 = new ShapeRef(router, poly318, 318);\n    router->addShape(shapeRef318);\n\n    Polygon poly319(4);\n    poly319.ps[0] = Point(439.246, 494.918);\n    poly319.ps[1] = Point(439.246, 534.918);\n    poly319.ps[2] = Point(383.246, 534.918);\n    poly319.ps[3] = Point(383.246, 494.918);\n    ShapeRef *shapeRef319 = new ShapeRef(router, poly319, 319);\n    router->addShape(shapeRef319);\n\n    Polygon poly320(4);\n    poly320.ps[0] = Point(439.246, 462.918);\n    poly320.ps[1] = Point(439.246, 502.918);\n    poly320.ps[2] = Point(383.246, 502.918);\n    poly320.ps[3] = Point(383.246, 462.918);\n    ShapeRef *shapeRef320 = new ShapeRef(router, poly320, 320);\n    router->addShape(shapeRef320);\n\n    Polygon poly321(4);\n    poly321.ps[0] = Point(487.246, 398.918);\n    poly321.ps[1] = Point(487.246, 438.918);\n    poly321.ps[2] = Point(431.246, 438.918);\n    poly321.ps[3] = Point(431.246, 398.918);\n    ShapeRef *shapeRef321 = new ShapeRef(router, poly321, 321);\n    router->addShape(shapeRef321);\n\n    Polygon poly322(4);\n    poly322.ps[0] = Point(439.246, 398.918);\n    poly322.ps[1] = Point(439.246, 438.918);\n    poly322.ps[2] = Point(383.246, 438.918);\n    poly322.ps[3] = Point(383.246, 398.918);\n    ShapeRef *shapeRef322 = new ShapeRef(router, poly322, 322);\n    router->addShape(shapeRef322);\n\n    Polygon poly323(4);\n    poly323.ps[0] = Point(439.246, 366.918);\n    poly323.ps[1] = Point(439.246, 406.918);\n    poly323.ps[2] = Point(383.246, 406.918);\n    poly323.ps[3] = Point(383.246, 366.918);\n    ShapeRef *shapeRef323 = new ShapeRef(router, poly323, 323);\n    router->addShape(shapeRef323);\n\n    Polygon poly324(4);\n    poly324.ps[0] = Point(409.246, 182.918);\n    poly324.ps[1] = Point(409.246, 222.918);\n    poly324.ps[2] = Point(353.246, 222.918);\n    poly324.ps[3] = Point(353.246, 182.918);\n    ShapeRef *shapeRef324 = new ShapeRef(router, poly324, 324);\n    router->addShape(shapeRef324);\n\n    Polygon poly325(4);\n    poly325.ps[0] = Point(361.246, 172.918);\n    poly325.ps[1] = Point(361.246, 212.918);\n    poly325.ps[2] = Point(305.246, 212.918);\n    poly325.ps[3] = Point(305.246, 172.918);\n    ShapeRef *shapeRef325 = new ShapeRef(router, poly325, 325);\n    router->addShape(shapeRef325);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(655.246, 236.918);\n    poly96.ps[1] = Point(655.246, 256.918);\n    poly96.ps[2] = Point(635.246, 256.918);\n    poly96.ps[3] = Point(635.246, 236.918);\n    ShapeRef *shapeRef96 = new ShapeRef(router, poly96, 96);\n    router->addShape(shapeRef96);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(27.2456, 160.918);\n    poly144.ps[1] = Point(27.2456, 180.918);\n    poly144.ps[2] = Point(7.24557, 180.918);\n    poly144.ps[3] = Point(7.24557, 160.918);\n    ShapeRef *shapeRef144 = new ShapeRef(router, poly144, 144);\n    router->addShape(shapeRef144);\n\n    Polygon poly192(4);\n    poly192.ps[0] = Point(967.246, 300.918);\n    poly192.ps[1] = Point(967.246, 320.918);\n    poly192.ps[2] = Point(947.246, 320.918);\n    poly192.ps[3] = Point(947.246, 300.918);\n    ShapeRef *shapeRef192 = new ShapeRef(router, poly192, 192);\n    router->addShape(shapeRef192);\n\n    Polygon poly193(4);\n    poly193.ps[0] = Point(27.2456, 440.918);\n    poly193.ps[1] = Point(27.2456, 460.918);\n    poly193.ps[2] = Point(7.24557, 460.918);\n    poly193.ps[3] = Point(7.24557, 440.918);\n    ShapeRef *shapeRef193 = new ShapeRef(router, poly193, 193);\n    router->addShape(shapeRef193);\n\n    Polygon poly173(4);\n    poly173.ps[0] = Point(693.933, 656.918);\n    poly173.ps[1] = Point(693.933, 696.918);\n    poly173.ps[2] = Point(653.933, 696.918);\n    poly173.ps[3] = Point(653.933, 656.918);\n    ShapeRef *shapeRef173 = new ShapeRef(router, poly173, 173);\n    router->addShape(shapeRef173);\n\n    Polygon poly174(4);\n    poly174.ps[0] = Point(693.933, 538.918);\n    poly174.ps[1] = Point(693.933, 578.918);\n    poly174.ps[2] = Point(653.933, 578.918);\n    poly174.ps[3] = Point(653.933, 538.918);\n    ShapeRef *shapeRef174 = new ShapeRef(router, poly174, 174);\n    router->addShape(shapeRef174);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(343.246, 268.918);\n    poly118.ps[1] = Point(343.246, 288.918);\n    poly118.ps[2] = Point(323.246, 288.918);\n    poly118.ps[3] = Point(323.246, 268.918);\n    ShapeRef *shapeRef118 = new ShapeRef(router, poly118, 118);\n    router->addShape(shapeRef118);\n\n    Polygon poly183(4);\n    poly183.ps[0] = Point(999.246, 538.918);\n    poly183.ps[1] = Point(999.246, 578.918);\n    poly183.ps[2] = Point(959.246, 578.918);\n    poly183.ps[3] = Point(959.246, 538.918);\n    ShapeRef *shapeRef183 = new ShapeRef(router, poly183, 183);\n    router->addShape(shapeRef183);\n\n    Polygon poly184(4);\n    poly184.ps[0] = Point(999.246, 427.955);\n    poly184.ps[1] = Point(999.246, 467.955);\n    poly184.ps[2] = Point(959.246, 467.955);\n    poly184.ps[3] = Point(959.246, 427.955);\n    ShapeRef *shapeRef184 = new ShapeRef(router, poly184, 184);\n    router->addShape(shapeRef184);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(235.246, 408.918);\n    poly125.ps[1] = Point(235.246, 428.918);\n    poly125.ps[2] = Point(215.246, 428.918);\n    poly125.ps[3] = Point(215.246, 408.918);\n    ShapeRef *shapeRef125 = new ShapeRef(router, poly125, 125);\n    router->addShape(shapeRef125);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(499.246, 504.918);\n    poly101.ps[1] = Point(499.246, 524.918);\n    poly101.ps[2] = Point(479.246, 524.918);\n    poly101.ps[3] = Point(479.246, 504.918);\n    ShapeRef *shapeRef101 = new ShapeRef(router, poly101, 101);\n    router->addShape(shapeRef101);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(27.2456, 268.918);\n    poly139.ps[1] = Point(27.2456, 288.918);\n    poly139.ps[2] = Point(7.24557, 288.918);\n    poly139.ps[3] = Point(7.24557, 268.918);\n    ShapeRef *shapeRef139 = new ShapeRef(router, poly139, 139);\n    router->addShape(shapeRef139);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(859.246, 612.918);\n    poly2.ps[1] = Point(859.246, 632.918);\n    poly2.ps[2] = Point(839.246, 632.918);\n    poly2.ps[3] = Point(839.246, 612.918);\n    ShapeRef *shapeRef2 = new ShapeRef(router, poly2, 2);\n    router->addShape(shapeRef2);\n\n    Polygon poly1(4);\n    poly1.ps[0] = Point(1015.25, 612.918);\n    poly1.ps[1] = Point(1015.25, 632.918);\n    poly1.ps[2] = Point(995.246, 632.918);\n    poly1.ps[3] = Point(995.246, 612.918);\n    ShapeRef *shapeRef1 = new ShapeRef(router, poly1, 1);\n    router->addShape(shapeRef1);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(499.246, 376.918);\n    poly105.ps[1] = Point(499.246, 396.918);\n    poly105.ps[2] = Point(479.246, 396.918);\n    poly105.ps[3] = Point(479.246, 376.918);\n    ShapeRef *shapeRef105 = new ShapeRef(router, poly105, 105);\n    router->addShape(shapeRef105);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(859.246, 644.918);\n    poly29.ps[1] = Point(859.246, 664.918);\n    poly29.ps[2] = Point(839.246, 664.918);\n    poly29.ps[3] = Point(839.246, 644.918);\n    ShapeRef *shapeRef29 = new ShapeRef(router, poly29, 29);\n    router->addShape(shapeRef29);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(235.246, 246.918);\n    poly128.ps[1] = Point(235.246, 266.918);\n    poly128.ps[2] = Point(215.246, 266.918);\n    poly128.ps[3] = Point(215.246, 246.918);\n    ShapeRef *shapeRef128 = new ShapeRef(router, poly128, 128);\n    router->addShape(shapeRef128);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(1303.25, 408.918);\n    poly45.ps[1] = Point(1303.25, 428.918);\n    poly45.ps[2] = Point(1283.25, 428.918);\n    poly45.ps[3] = Point(1283.25, 408.918);\n    ShapeRef *shapeRef45 = new ShapeRef(router, poly45, 45);\n    router->addShape(shapeRef45);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(1191.25, 656.918);\n    poly16.ps[1] = Point(1191.25, 696.918);\n    poly16.ps[2] = Point(1151.25, 696.918);\n    poly16.ps[3] = Point(1151.25, 656.918);\n    ShapeRef *shapeRef16 = new ShapeRef(router, poly16, 16);\n    router->addShape(shapeRef16);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(655.246, 580.918);\n    poly88.ps[1] = Point(655.246, 600.918);\n    poly88.ps[2] = Point(635.246, 600.918);\n    poly88.ps[3] = Point(635.246, 580.918);\n    ShapeRef *shapeRef88 = new ShapeRef(router, poly88, 88);\n    router->addShape(shapeRef88);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(203.246, 236.918);\n    poly129.ps[1] = Point(203.246, 256.918);\n    poly129.ps[2] = Point(183.246, 256.918);\n    poly129.ps[3] = Point(183.246, 236.918);\n    ShapeRef *shapeRef129 = new ShapeRef(router, poly129, 129);\n    router->addShape(shapeRef129);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(499.246, 268.918);\n    poly107.ps[1] = Point(499.246, 288.918);\n    poly107.ps[2] = Point(479.246, 288.918);\n    poly107.ps[3] = Point(479.246, 268.918);\n    ShapeRef *shapeRef107 = new ShapeRef(router, poly107, 107);\n    router->addShape(shapeRef107);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(45.2456, 76.9179);\n    poly160.ps[1] = Point(45.2456, 116.918);\n    poly160.ps[2] = Point(5.24557, 116.918);\n    poly160.ps[3] = Point(5.24557, 76.9179);\n    ShapeRef *shapeRef160 = new ShapeRef(router, poly160, 160);\n    router->addShape(shapeRef160);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(343.246, 376.918);\n    poly116.ps[1] = Point(343.246, 396.918);\n    poly116.ps[2] = Point(323.246, 396.918);\n    poly116.ps[3] = Point(323.246, 376.918);\n    ShapeRef *shapeRef116 = new ShapeRef(router, poly116, 116);\n    router->addShape(shapeRef116);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(203.246, 376.918);\n    poly127.ps[1] = Point(203.246, 396.918);\n    poly127.ps[2] = Point(183.246, 396.918);\n    poly127.ps[3] = Point(183.246, 376.918);\n    ShapeRef *shapeRef127 = new ShapeRef(router, poly127, 127);\n    router->addShape(shapeRef127);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(235.246, 278.918);\n    poly57.ps[1] = Point(235.246, 298.918);\n    poly57.ps[2] = Point(215.246, 298.918);\n    poly57.ps[3] = Point(215.246, 278.918);\n    ShapeRef *shapeRef57 = new ShapeRef(router, poly57, 57);\n    router->addShape(shapeRef57);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(859.246, 526.918);\n    poly37.ps[1] = Point(859.246, 546.918);\n    poly37.ps[2] = Point(839.246, 546.918);\n    poly37.ps[3] = Point(839.246, 526.918);\n    ShapeRef *shapeRef37 = new ShapeRef(router, poly37, 37);\n    router->addShape(shapeRef37);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(391.246, 427.955);\n    poly167.ps[1] = Point(391.246, 467.955);\n    poly167.ps[2] = Point(351.246, 467.955);\n    poly167.ps[3] = Point(351.246, 427.955);\n    ShapeRef *shapeRef167 = new ShapeRef(router, poly167, 167);\n    router->addShape(shapeRef167);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(811.246, 580.918);\n    poly77.ps[1] = Point(811.246, 600.918);\n    poly77.ps[2] = Point(791.246, 600.918);\n    poly77.ps[3] = Point(791.246, 580.918);\n    ShapeRef *shapeRef77 = new ShapeRef(router, poly77, 77);\n    router->addShape(shapeRef77);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(343.246, 408.918);\n    poly115.ps[1] = Point(343.246, 428.918);\n    poly115.ps[2] = Point(323.246, 428.918);\n    poly115.ps[3] = Point(323.246, 408.918);\n    ShapeRef *shapeRef115 = new ShapeRef(router, poly115, 115);\n    router->addShape(shapeRef115);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(547.246, 580.918);\n    poly97.ps[1] = Point(547.246, 600.918);\n    poly97.ps[2] = Point(527.246, 600.918);\n    poly97.ps[3] = Point(527.246, 580.918);\n    ShapeRef *shapeRef97 = new ShapeRef(router, poly97, 97);\n    router->addShape(shapeRef97);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(1015.25, 644.918);\n    poly28.ps[1] = Point(1015.25, 664.918);\n    poly28.ps[2] = Point(995.246, 664.918);\n    poly28.ps[3] = Point(995.246, 644.918);\n    ShapeRef *shapeRef28 = new ShapeRef(router, poly28, 28);\n    router->addShape(shapeRef28);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(203.246, 408.918);\n    poly126.ps[1] = Point(203.246, 428.918);\n    poly126.ps[2] = Point(183.246, 428.918);\n    poly126.ps[3] = Point(183.246, 408.918);\n    ShapeRef *shapeRef126 = new ShapeRef(router, poly126, 126);\n    router->addShape(shapeRef126);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(499.246, 236.918);\n    poly108.ps[1] = Point(499.246, 256.918);\n    poly108.ps[2] = Point(479.246, 256.918);\n    poly108.ps[3] = Point(479.246, 236.918);\n    ShapeRef *shapeRef108 = new ShapeRef(router, poly108, 108);\n    router->addShape(shapeRef108);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(235.246, 312.918);\n    poly161.ps[1] = Point(235.246, 352.918);\n    poly161.ps[2] = Point(195.246, 352.918);\n    poly161.ps[3] = Point(195.246, 312.918);\n    ShapeRef *shapeRef161 = new ShapeRef(router, poly161, 161);\n    router->addShape(shapeRef161);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(27.2456, -9.08205);\n    poly146.ps[1] = Point(27.2456, 10.9179);\n    poly146.ps[2] = Point(7.24557, 10.9179);\n    poly146.ps[3] = Point(7.24557, -9.08205);\n    ShapeRef *shapeRef146 = new ShapeRef(router, poly146, 146);\n    router->addShape(shapeRef146);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(391.246, 408.918);\n    poly114.ps[1] = Point(391.246, 428.918);\n    poly114.ps[2] = Point(371.246, 428.918);\n    poly114.ps[3] = Point(371.246, 408.918);\n    ShapeRef *shapeRef114 = new ShapeRef(router, poly114, 114);\n    router->addShape(shapeRef114);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(1015.25, 580.918);\n    poly64.ps[1] = Point(1015.25, 600.918);\n    poly64.ps[2] = Point(995.246, 600.918);\n    poly64.ps[3] = Point(995.246, 580.918);\n    ShapeRef *shapeRef64 = new ShapeRef(router, poly64, 64);\n    router->addShape(shapeRef64);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(1223.25, 312.918);\n    poly11.ps[1] = Point(1223.25, 352.918);\n    poly11.ps[2] = Point(1183.25, 352.918);\n    poly11.ps[3] = Point(1183.25, 312.918);\n    ShapeRef *shapeRef11 = new ShapeRef(router, poly11, 11);\n    router->addShape(shapeRef11);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(967.246, 504.918);\n    poly67.ps[1] = Point(967.246, 524.918);\n    poly67.ps[2] = Point(947.246, 524.918);\n    poly67.ps[3] = Point(947.246, 504.918);\n    ShapeRef *shapeRef67 = new ShapeRef(router, poly67, 67);\n    router->addShape(shapeRef67);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(77.2456, 538.918);\n    poly158.ps[1] = Point(77.2456, 578.918);\n    poly158.ps[2] = Point(37.2456, 578.918);\n    poly158.ps[3] = Point(37.2456, 538.918);\n    ShapeRef *shapeRef158 = new ShapeRef(router, poly158, 158);\n    router->addShape(shapeRef158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(77.2456, 656.918);\n    poly159.ps[1] = Point(77.2456, 696.918);\n    poly159.ps[2] = Point(37.2456, 696.918);\n    poly159.ps[3] = Point(37.2456, 656.918);\n    ShapeRef *shapeRef159 = new ShapeRef(router, poly159, 159);\n    router->addShape(shapeRef159);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(703.246, 246.918);\n    poly94.ps[1] = Point(703.246, 266.918);\n    poly94.ps[2] = Point(683.246, 266.918);\n    poly94.ps[3] = Point(683.246, 246.918);\n    ShapeRef *shapeRef94 = new ShapeRef(router, poly94, 94);\n    router->addShape(shapeRef94);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(499.246, 472.918);\n    poly102.ps[1] = Point(499.246, 492.918);\n    poly102.ps[2] = Point(479.246, 492.918);\n    poly102.ps[3] = Point(479.246, 472.918);\n    ShapeRef *shapeRef102 = new ShapeRef(router, poly102, 102);\n    router->addShape(shapeRef102);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(77.2456, 526.918);\n    poly42.ps[1] = Point(77.2456, 546.918);\n    poly42.ps[2] = Point(57.2456, 546.918);\n    poly42.ps[3] = Point(57.2456, 526.918);\n    ShapeRef *shapeRef42 = new ShapeRef(router, poly42, 42);\n    router->addShape(shapeRef42);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(77.2456, 580.918);\n    poly131.ps[1] = Point(77.2456, 600.918);\n    poly131.ps[2] = Point(57.2456, 600.918);\n    poly131.ps[3] = Point(57.2456, 580.918);\n    ShapeRef *shapeRef131 = new ShapeRef(router, poly131, 131);\n    router->addShape(shapeRef131);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(601.954, 56.9179);\n    poly149.ps[1] = Point(601.954, 116.918);\n    poly149.ps[2] = Point(311.954, 116.918);\n    poly149.ps[3] = Point(311.954, 56.9179);\n    ShapeRef *shapeRef149 = new ShapeRef(router, poly149, 149);\n    router->addShape(shapeRef149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(77.2456, 105.987);\n    poly150.ps[1] = Point(77.2456, 145.987);\n    poly150.ps[2] = Point(37.2456, 145.987);\n    poly150.ps[3] = Point(37.2456, 105.987);\n    ShapeRef *shapeRef150 = new ShapeRef(router, poly150, 150);\n    router->addShape(shapeRef150);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(967.246, 236.918);\n    poly74.ps[1] = Point(967.246, 256.918);\n    poly74.ps[2] = Point(947.246, 256.918);\n    poly74.ps[3] = Point(947.246, 236.918);\n    ShapeRef *shapeRef74 = new ShapeRef(router, poly74, 74);\n    router->addShape(shapeRef74);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(77.2456, 612.918);\n    poly34.ps[1] = Point(77.2456, 632.918);\n    poly34.ps[2] = Point(57.2456, 632.918);\n    poly34.ps[3] = Point(57.2456, 612.918);\n    ShapeRef *shapeRef34 = new ShapeRef(router, poly34, 34);\n    router->addShape(shapeRef34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(1303.25, 504.918);\n    poly35.ps[1] = Point(1303.25, 524.918);\n    poly35.ps[2] = Point(1283.25, 524.918);\n    poly35.ps[3] = Point(1283.25, 504.918);\n    ShapeRef *shapeRef35 = new ShapeRef(router, poly35, 35);\n    router->addShape(shapeRef35);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(1381.25, 666.918);\n    poly26.ps[1] = Point(1381.25, 686.918);\n    poly26.ps[2] = Point(1361.25, 686.918);\n    poly26.ps[3] = Point(1361.25, 666.918);\n    ShapeRef *shapeRef26 = new ShapeRef(router, poly26, 26);\n    router->addShape(shapeRef26);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(1015.25, 526.918);\n    poly36.ps[1] = Point(1015.25, 546.918);\n    poly36.ps[2] = Point(995.246, 546.918);\n    poly36.ps[3] = Point(995.246, 526.918);\n    ShapeRef *shapeRef36 = new ShapeRef(router, poly36, 36);\n    router->addShape(shapeRef36);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(343.246, 612.918);\n    poly110.ps[1] = Point(343.246, 632.918);\n    poly110.ps[2] = Point(323.246, 632.918);\n    poly110.ps[3] = Point(323.246, 612.918);\n    ShapeRef *shapeRef110 = new ShapeRef(router, poly110, 110);\n    router->addShape(shapeRef110);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(703.246, 612.918);\n    poly3.ps[1] = Point(703.246, 632.918);\n    poly3.ps[2] = Point(683.246, 632.918);\n    poly3.ps[3] = Point(683.246, 612.918);\n    ShapeRef *shapeRef3 = new ShapeRef(router, poly3, 3);\n    router->addShape(shapeRef3);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(343.246, 472.918);\n    poly113.ps[1] = Point(343.246, 492.918);\n    poly113.ps[2] = Point(323.246, 492.918);\n    poly113.ps[3] = Point(323.246, 472.918);\n    ShapeRef *shapeRef113 = new ShapeRef(router, poly113, 113);\n    router->addShape(shapeRef113);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(27.2456, 408.918);\n    poly137.ps[1] = Point(27.2456, 428.918);\n    poly137.ps[2] = Point(7.24557, 428.918);\n    poly137.ps[3] = Point(7.24557, 408.918);\n    ShapeRef *shapeRef137 = new ShapeRef(router, poly137, 137);\n    router->addShape(shapeRef137);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(1303.25, 708.918);\n    poly46.ps[1] = Point(1303.25, 728.918);\n    poly46.ps[2] = Point(1283.25, 728.918);\n    poly46.ps[3] = Point(1283.25, 708.918);\n    ShapeRef *shapeRef46 = new ShapeRef(router, poly46, 46);\n    router->addShape(shapeRef46);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(235.246, 656.918);\n    poly164.ps[1] = Point(235.246, 696.918);\n    poly164.ps[2] = Point(195.246, 696.918);\n    poly164.ps[3] = Point(195.246, 656.918);\n    ShapeRef *shapeRef164 = new ShapeRef(router, poly164, 164);\n    router->addShape(shapeRef164);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(967.246, 472.918);\n    poly68.ps[1] = Point(967.246, 492.918);\n    poly68.ps[2] = Point(947.246, 492.918);\n    poly68.ps[3] = Point(947.246, 472.918);\n    ShapeRef *shapeRef68 = new ShapeRef(router, poly68, 68);\n    router->addShape(shapeRef68);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(1171.25, 708.918);\n    poly22.ps[1] = Point(1171.25, 728.918);\n    poly22.ps[2] = Point(1151.25, 728.918);\n    poly22.ps[3] = Point(1151.25, 708.918);\n    ShapeRef *shapeRef22 = new ShapeRef(router, poly22, 22);\n    router->addShape(shapeRef22);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(811.246, 708.918);\n    poly21.ps[1] = Point(811.246, 728.918);\n    poly21.ps[2] = Point(791.246, 728.918);\n    poly21.ps[3] = Point(791.246, 708.918);\n    ShapeRef *shapeRef21 = new ShapeRef(router, poly21, 21);\n    router->addShape(shapeRef21);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(235.246, 427.955);\n    poly162.ps[1] = Point(235.246, 467.955);\n    poly162.ps[2] = Point(195.246, 467.955);\n    poly162.ps[3] = Point(195.246, 427.955);\n    ShapeRef *shapeRef162 = new ShapeRef(router, poly162, 162);\n    router->addShape(shapeRef162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(235.246, 538.918);\n    poly163.ps[1] = Point(235.246, 578.918);\n    poly163.ps[2] = Point(195.246, 578.918);\n    poly163.ps[3] = Point(195.246, 538.918);\n    ShapeRef *shapeRef163 = new ShapeRef(router, poly163, 163);\n    router->addShape(shapeRef163);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(27.2456, 472.918);\n    poly135.ps[1] = Point(27.2456, 492.918);\n    poly135.ps[2] = Point(7.24557, 492.918);\n    poly135.ps[3] = Point(7.24557, 472.918);\n    ShapeRef *shapeRef135 = new ShapeRef(router, poly135, 135);\n    router->addShape(shapeRef135);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(1223.25, 730.918);\n    poly13.ps[1] = Point(1223.25, 770.918);\n    poly13.ps[2] = Point(1183.25, 770.918);\n    poly13.ps[3] = Point(1183.25, 730.918);\n    ShapeRef *shapeRef13 = new ShapeRef(router, poly13, 13);\n    router->addShape(shapeRef13);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(655.246, 376.918);\n    poly93.ps[1] = Point(655.246, 396.918);\n    poly93.ps[2] = Point(635.246, 396.918);\n    poly93.ps[3] = Point(635.246, 376.918);\n    ShapeRef *shapeRef93 = new ShapeRef(router, poly93, 93);\n    router->addShape(shapeRef93);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(859.246, 408.918);\n    poly80.ps[1] = Point(859.246, 428.918);\n    poly80.ps[2] = Point(839.246, 428.918);\n    poly80.ps[3] = Point(839.246, 408.918);\n    ShapeRef *shapeRef80 = new ShapeRef(router, poly80, 80);\n    router->addShape(shapeRef80);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(655.246, 408.918);\n    poly92.ps[1] = Point(655.246, 428.918);\n    poly92.ps[2] = Point(635.246, 428.918);\n    poly92.ps[3] = Point(635.246, 408.918);\n    ShapeRef *shapeRef92 = new ShapeRef(router, poly92, 92);\n    router->addShape(shapeRef92);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(207.246, -128.082);\n    poly59.ps[1] = Point(207.246, -93.0821);\n    poly59.ps[2] = Point(-12.7544, -93.0821);\n    poly59.ps[3] = Point(-12.7544, -128.082);\n    ShapeRef *shapeRef59 = new ShapeRef(router, poly59, 59);\n    router->addShape(shapeRef59);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(1303.25, 278.918);\n    poly43.ps[1] = Point(1303.25, 298.918);\n    poly43.ps[2] = Point(1283.25, 298.918);\n    poly43.ps[3] = Point(1283.25, 278.918);\n    ShapeRef *shapeRef43 = new ShapeRef(router, poly43, 43);\n    router->addShape(shapeRef43);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(547.246, 246.918);\n    poly106.ps[1] = Point(547.246, 266.918);\n    poly106.ps[2] = Point(527.246, 266.918);\n    poly106.ps[3] = Point(527.246, 246.918);\n    ShapeRef *shapeRef106 = new ShapeRef(router, poly106, 106);\n    router->addShape(shapeRef106);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(811.246, 472.918);\n    poly79.ps[1] = Point(811.246, 492.918);\n    poly79.ps[2] = Point(791.246, 492.918);\n    poly79.ps[3] = Point(791.246, 472.918);\n    ShapeRef *shapeRef79 = new ShapeRef(router, poly79, 79);\n    router->addShape(shapeRef79);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(703.246, 580.918);\n    poly86.ps[1] = Point(703.246, 600.918);\n    poly86.ps[2] = Point(683.246, 600.918);\n    poly86.ps[3] = Point(683.246, 580.918);\n    ShapeRef *shapeRef86 = new ShapeRef(router, poly86, 86);\n    router->addShape(shapeRef86);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(343.246, 504.918);\n    poly112.ps[1] = Point(343.246, 524.918);\n    poly112.ps[2] = Point(323.246, 524.918);\n    poly112.ps[3] = Point(323.246, 504.918);\n    ShapeRef *shapeRef112 = new ShapeRef(router, poly112, 112);\n    router->addShape(shapeRef112);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(811.246, 376.918);\n    poly82.ps[1] = Point(811.246, 396.918);\n    poly82.ps[2] = Point(791.246, 396.918);\n    poly82.ps[3] = Point(791.246, 376.918);\n    ShapeRef *shapeRef82 = new ShapeRef(router, poly82, 82);\n    router->addShape(shapeRef82);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(254.976, 160.918);\n    poly141.ps[1] = Point(254.976, 180.918);\n    poly141.ps[2] = Point(234.976, 180.918);\n    poly141.ps[3] = Point(234.976, 160.918);\n    ShapeRef *shapeRef141 = new ShapeRef(router, poly141, 141);\n    router->addShape(shapeRef141);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(1469.25, 656.918);\n    poly15.ps[1] = Point(1469.25, 696.918);\n    poly15.ps[2] = Point(1429.25, 696.918);\n    poly15.ps[3] = Point(1429.25, 656.918);\n    ShapeRef *shapeRef15 = new ShapeRef(router, poly15, 15);\n    router->addShape(shapeRef15);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(339.219, -27.0821);\n    poly152.ps[1] = Point(339.219, 12.9179);\n    poly152.ps[2] = Point(299.219, 12.9179);\n    poly152.ps[3] = Point(299.219, -27.0821);\n    ShapeRef *shapeRef152 = new ShapeRef(router, poly152, 152);\n    router->addShape(shapeRef152);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(1223.25, 538.918);\n    poly9.ps[1] = Point(1223.25, 578.918);\n    poly9.ps[2] = Point(1183.25, 578.918);\n    poly9.ps[3] = Point(1183.25, 538.918);\n    ShapeRef *shapeRef9 = new ShapeRef(router, poly9, 9);\n    router->addShape(shapeRef9);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(207.246, -39.0821);\n    poly148.ps[1] = Point(207.246, -19.0821);\n    poly148.ps[2] = Point(187.246, -19.0821);\n    poly148.ps[3] = Point(187.246, -39.0821);\n    ShapeRef *shapeRef148 = new ShapeRef(router, poly148, 148);\n    router->addShape(shapeRef148);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(27.2456, 236.918);\n    poly140.ps[1] = Point(27.2456, 256.918);\n    poly140.ps[2] = Point(7.24557, 256.918);\n    poly140.ps[3] = Point(7.24557, 236.918);\n    ShapeRef *shapeRef140 = new ShapeRef(router, poly140, 140);\n    router->addShape(shapeRef140);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(693.933, 730.918);\n    poly18.ps[1] = Point(693.933, 770.918);\n    poly18.ps[2] = Point(653.933, 770.918);\n    poly18.ps[3] = Point(653.933, 730.918);\n    ShapeRef *shapeRef18 = new ShapeRef(router, poly18, 18);\n    router->addShape(shapeRef18);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(391.246, 526.918);\n    poly40.ps[1] = Point(391.246, 546.918);\n    poly40.ps[2] = Point(371.246, 546.918);\n    poly40.ps[3] = Point(371.246, 526.918);\n    ShapeRef *shapeRef40 = new ShapeRef(router, poly40, 40);\n    router->addShape(shapeRef40);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(203.246, 580.918);\n    poly122.ps[1] = Point(203.246, 600.918);\n    poly122.ps[2] = Point(183.246, 600.918);\n    poly122.ps[3] = Point(183.246, 580.918);\n    ShapeRef *shapeRef122 = new ShapeRef(router, poly122, 122);\n    router->addShape(shapeRef122);\n\n    Polygon poly175(4);\n    poly175.ps[0] = Point(693.933, 427.955);\n    poly175.ps[1] = Point(693.933, 467.955);\n    poly175.ps[2] = Point(653.933, 467.955);\n    poly175.ps[3] = Point(653.933, 427.955);\n    ShapeRef *shapeRef175 = new ShapeRef(router, poly175, 175);\n    router->addShape(shapeRef175);\n\n    Polygon poly176(4);\n    poly176.ps[0] = Point(693.933, 312.918);\n    poly176.ps[1] = Point(693.933, 352.918);\n    poly176.ps[2] = Point(653.933, 352.918);\n    poly176.ps[3] = Point(653.933, 312.918);\n    ShapeRef *shapeRef176 = new ShapeRef(router, poly176, 176);\n    router->addShape(shapeRef176);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(27.2456, 612.918);\n    poly132.ps[1] = Point(27.2456, 632.918);\n    poly132.ps[2] = Point(7.24557, 632.918);\n    poly132.ps[3] = Point(7.24557, 612.918);\n    ShapeRef *shapeRef132 = new ShapeRef(router, poly132, 132);\n    router->addShape(shapeRef132);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(1093.25, 666.918);\n    poly44.ps[1] = Point(1093.25, 686.918);\n    poly44.ps[2] = Point(1073.25, 686.918);\n    poly44.ps[3] = Point(1073.25, 666.918);\n    ShapeRef *shapeRef44 = new ShapeRef(router, poly44, 44);\n    router->addShape(shapeRef44);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(1015.25, 708.918);\n    poly62.ps[1] = Point(1015.25, 728.918);\n    poly62.ps[2] = Point(995.246, 728.918);\n    poly62.ps[3] = Point(995.246, 708.918);\n    ShapeRef *shapeRef62 = new ShapeRef(router, poly62, 62);\n    router->addShape(shapeRef62);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(339.219, -71.0821);\n    poly151.ps[1] = Point(339.219, -31.0821);\n    poly151.ps[2] = Point(299.219, -31.0821);\n    poly151.ps[3] = Point(299.219, -71.0821);\n    ShapeRef *shapeRef151 = new ShapeRef(router, poly151, 151);\n    router->addShape(shapeRef151);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(967.246, 408.918);\n    poly70.ps[1] = Point(967.246, 428.918);\n    poly70.ps[2] = Point(947.246, 428.918);\n    poly70.ps[3] = Point(947.246, 408.918);\n    ShapeRef *shapeRef70 = new ShapeRef(router, poly70, 70);\n    router->addShape(shapeRef70);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(391.246, 312.918);\n    poly168.ps[1] = Point(391.246, 352.918);\n    poly168.ps[2] = Point(351.246, 352.918);\n    poly168.ps[3] = Point(351.246, 312.918);\n    ShapeRef *shapeRef168 = new ShapeRef(router, poly168, 168);\n    router->addShape(shapeRef168);\n\n    Polygon poly169(4);\n    poly169.ps[0] = Point(547.246, 312.918);\n    poly169.ps[1] = Point(547.246, 352.918);\n    poly169.ps[2] = Point(507.246, 352.918);\n    poly169.ps[3] = Point(507.246, 312.918);\n    ShapeRef *shapeRef169 = new ShapeRef(router, poly169, 169);\n    router->addShape(shapeRef169);\n\n    Polygon poly189(4);\n    poly189.ps[0] = Point(499.246, 300.918);\n    poly189.ps[1] = Point(499.246, 320.918);\n    poly189.ps[2] = Point(479.246, 320.918);\n    poly189.ps[3] = Point(479.246, 300.918);\n    ShapeRef *shapeRef189 = new ShapeRef(router, poly189, 189);\n    router->addShape(shapeRef189);\n\n    Polygon poly190(4);\n    poly190.ps[0] = Point(655.246, 300.918);\n    poly190.ps[1] = Point(655.246, 320.918);\n    poly190.ps[2] = Point(635.246, 320.918);\n    poly190.ps[3] = Point(635.246, 300.918);\n    ShapeRef *shapeRef190 = new ShapeRef(router, poly190, 190);\n    router->addShape(shapeRef190);\n\n    Polygon poly191(4);\n    poly191.ps[0] = Point(811.246, 300.918);\n    poly191.ps[1] = Point(811.246, 320.918);\n    poly191.ps[2] = Point(791.246, 320.918);\n    poly191.ps[3] = Point(791.246, 300.918);\n    ShapeRef *shapeRef191 = new ShapeRef(router, poly191, 191);\n    router->addShape(shapeRef191);\n\n    Polygon poly207(4);\n    poly207.ps[0] = Point(27.2456, 644.918);\n    poly207.ps[1] = Point(27.2456, 664.918);\n    poly207.ps[2] = Point(7.24557, 664.918);\n    poly207.ps[3] = Point(7.24557, 644.918);\n    ShapeRef *shapeRef207 = new ShapeRef(router, poly207, 207);\n    router->addShape(shapeRef207);\n\n    Polygon poly208(4);\n    poly208.ps[0] = Point(203.246, 644.918);\n    poly208.ps[1] = Point(203.246, 664.918);\n    poly208.ps[2] = Point(183.246, 664.918);\n    poly208.ps[3] = Point(183.246, 644.918);\n    ShapeRef *shapeRef208 = new ShapeRef(router, poly208, 208);\n    router->addShape(shapeRef208);\n\n    Polygon poly209(4);\n    poly209.ps[0] = Point(343.246, 644.918);\n    poly209.ps[1] = Point(343.246, 664.918);\n    poly209.ps[2] = Point(323.246, 664.918);\n    poly209.ps[3] = Point(323.246, 644.918);\n    ShapeRef *shapeRef209 = new ShapeRef(router, poly209, 209);\n    router->addShape(shapeRef209);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(1223.25, 427.955);\n    poly10.ps[1] = Point(1223.25, 467.955);\n    poly10.ps[2] = Point(1183.25, 467.955);\n    poly10.ps[3] = Point(1183.25, 427.955);\n    ShapeRef *shapeRef10 = new ShapeRef(router, poly10, 10);\n    router->addShape(shapeRef10);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(703.246, 644.918);\n    poly30.ps[1] = Point(703.246, 664.918);\n    poly30.ps[2] = Point(683.246, 664.918);\n    poly30.ps[3] = Point(683.246, 644.918);\n    ShapeRef *shapeRef30 = new ShapeRef(router, poly30, 30);\n    router->addShape(shapeRef30);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(343.246, 236.918);\n    poly119.ps[1] = Point(343.246, 256.918);\n    poly119.ps[2] = Point(323.246, 256.918);\n    poly119.ps[3] = Point(323.246, 236.918);\n    ShapeRef *shapeRef119 = new ShapeRef(router, poly119, 119);\n    router->addShape(shapeRef119);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(1469.25, 730.918);\n    poly12.ps[1] = Point(1469.25, 770.918);\n    poly12.ps[2] = Point(1429.25, 770.918);\n    poly12.ps[3] = Point(1429.25, 730.918);\n    ShapeRef *shapeRef12 = new ShapeRef(router, poly12, 12);\n    router->addShape(shapeRef12);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(217.246, 140.918);\n    poly154.ps[1] = Point(217.246, 180.918);\n    poly154.ps[2] = Point(177.246, 180.918);\n    poly154.ps[3] = Point(177.246, 140.918);\n    ShapeRef *shapeRef154 = new ShapeRef(router, poly154, 154);\n    router->addShape(shapeRef154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(77.2456, 140.918);\n    poly155.ps[1] = Point(77.2456, 180.918);\n    poly155.ps[2] = Point(37.2456, 180.918);\n    poly155.ps[3] = Point(37.2456, 140.918);\n    ShapeRef *shapeRef155 = new ShapeRef(router, poly155, 155);\n    router->addShape(shapeRef155);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(547.246, 526.918);\n    poly39.ps[1] = Point(547.246, 546.918);\n    poly39.ps[2] = Point(527.246, 546.918);\n    poly39.ps[3] = Point(527.246, 526.918);\n    ShapeRef *shapeRef39 = new ShapeRef(router, poly39, 39);\n    router->addShape(shapeRef39);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(155.246, 76.9179);\n    poly142.ps[1] = Point(155.246, 96.9179);\n    poly142.ps[2] = Point(135.246, 96.9179);\n    poly142.ps[3] = Point(135.246, 76.9179);\n    ShapeRef *shapeRef142 = new ShapeRef(router, poly142, 142);\n    router->addShape(shapeRef142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(155.246, 44.9179);\n    poly143.ps[1] = Point(155.246, 64.9179);\n    poly143.ps[2] = Point(135.246, 64.9179);\n    poly143.ps[3] = Point(135.246, 44.9179);\n    ShapeRef *shapeRef143 = new ShapeRef(router, poly143, 143);\n    router->addShape(shapeRef143);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(811.246, 612.918);\n    poly76.ps[1] = Point(811.246, 632.918);\n    poly76.ps[2] = Point(791.246, 632.918);\n    poly76.ps[3] = Point(791.246, 612.918);\n    ShapeRef *shapeRef76 = new ShapeRef(router, poly76, 76);\n    router->addShape(shapeRef76);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(547.246, 278.918);\n    poly55.ps[1] = Point(547.246, 298.918);\n    poly55.ps[2] = Point(527.246, 298.918);\n    poly55.ps[3] = Point(527.246, 278.918);\n    ShapeRef *shapeRef55 = new ShapeRef(router, poly55, 55);\n    router->addShape(shapeRef55);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(27.2456, 580.918);\n    poly133.ps[1] = Point(27.2456, 600.918);\n    poly133.ps[2] = Point(7.24557, 600.918);\n    poly133.ps[3] = Point(7.24557, 580.918);\n    ShapeRef *shapeRef133 = new ShapeRef(router, poly133, 133);\n    router->addShape(shapeRef133);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(203.246, 504.918);\n    poly123.ps[1] = Point(203.246, 524.918);\n    poly123.ps[2] = Point(183.246, 524.918);\n    poly123.ps[3] = Point(183.246, 504.918);\n    ShapeRef *shapeRef123 = new ShapeRef(router, poly123, 123);\n    router->addShape(shapeRef123);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(811.246, 408.918);\n    poly81.ps[1] = Point(811.246, 428.918);\n    poly81.ps[2] = Point(791.246, 428.918);\n    poly81.ps[3] = Point(791.246, 408.918);\n    ShapeRef *shapeRef81 = new ShapeRef(router, poly81, 81);\n    router->addShape(shapeRef81);\n\n    Polygon poly170(4);\n    poly170.ps[0] = Point(547.246, 427.955);\n    poly170.ps[1] = Point(547.246, 467.955);\n    poly170.ps[2] = Point(507.246, 467.955);\n    poly170.ps[3] = Point(507.246, 427.955);\n    ShapeRef *shapeRef170 = new ShapeRef(router, poly170, 170);\n    router->addShape(shapeRef170);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(27.2456, 22.9179);\n    poly145.ps[1] = Point(27.2456, 42.9179);\n    poly145.ps[2] = Point(7.24557, 42.9179);\n    poly145.ps[3] = Point(7.24557, 22.9179);\n    ShapeRef *shapeRef145 = new ShapeRef(router, poly145, 145);\n    router->addShape(shapeRef145);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(1191.25, 730.918);\n    poly14.ps[1] = Point(1191.25, 770.918);\n    poly14.ps[2] = Point(1151.25, 770.918);\n    poly14.ps[3] = Point(1151.25, 730.918);\n    ShapeRef *shapeRef14 = new ShapeRef(router, poly14, 14);\n    router->addShape(shapeRef14);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(343.246, 580.918);\n    poly111.ps[1] = Point(343.246, 600.918);\n    poly111.ps[2] = Point(323.246, 600.918);\n    poly111.ps[3] = Point(323.246, 580.918);\n    ShapeRef *shapeRef111 = new ShapeRef(router, poly111, 111);\n    router->addShape(shapeRef111);\n\n    Polygon poly299(4);\n    poly299.ps[0] = Point(751.246, 398.918);\n    poly299.ps[1] = Point(751.246, 438.918);\n    poly299.ps[2] = Point(695.246, 438.918);\n    poly299.ps[3] = Point(695.246, 398.918);\n    ShapeRef *shapeRef299 = new ShapeRef(router, poly299, 299);\n    router->addShape(shapeRef299);\n\n    Polygon poly300(4);\n    poly300.ps[0] = Point(751.246, 366.918);\n    poly300.ps[1] = Point(751.246, 406.918);\n    poly300.ps[2] = Point(695.246, 406.918);\n    poly300.ps[3] = Point(695.246, 366.918);\n    ShapeRef *shapeRef300 = new ShapeRef(router, poly300, 300);\n    router->addShape(shapeRef300);\n\n    Polygon poly301(4);\n    poly301.ps[0] = Point(721.246, 182.918);\n    poly301.ps[1] = Point(721.246, 222.918);\n    poly301.ps[2] = Point(665.246, 222.918);\n    poly301.ps[3] = Point(665.246, 182.918);\n    ShapeRef *shapeRef301 = new ShapeRef(router, poly301, 301);\n    router->addShape(shapeRef301);\n\n    Polygon poly302(4);\n    poly302.ps[0] = Point(673.246, 172.918);\n    poly302.ps[1] = Point(673.246, 212.918);\n    poly302.ps[2] = Point(617.246, 212.918);\n    poly302.ps[3] = Point(617.246, 172.918);\n    ShapeRef *shapeRef302 = new ShapeRef(router, poly302, 302);\n    router->addShape(shapeRef302);\n\n    Polygon poly303(4);\n    poly303.ps[0] = Point(673.246, 108.918);\n    poly303.ps[1] = Point(673.246, 148.918);\n    poly303.ps[2] = Point(617.246, 148.918);\n    poly303.ps[3] = Point(617.246, 108.918);\n    ShapeRef *shapeRef303 = new ShapeRef(router, poly303, 303);\n    router->addShape(shapeRef303);\n\n    Polygon poly304(4);\n    poly304.ps[0] = Point(643.246, 570.918);\n    poly304.ps[1] = Point(643.246, 610.918);\n    poly304.ps[2] = Point(587.246, 610.918);\n    poly304.ps[3] = Point(587.246, 570.918);\n    ShapeRef *shapeRef304 = new ShapeRef(router, poly304, 304);\n    router->addShape(shapeRef304);\n\n    Polygon poly305(4);\n    poly305.ps[0] = Point(595.246, 602.918);\n    poly305.ps[1] = Point(595.246, 642.918);\n    poly305.ps[2] = Point(539.246, 642.918);\n    poly305.ps[3] = Point(539.246, 602.918);\n    ShapeRef *shapeRef305 = new ShapeRef(router, poly305, 305);\n    router->addShape(shapeRef305);\n\n    Polygon poly306(4);\n    poly306.ps[0] = Point(595.246, 570.918);\n    poly306.ps[1] = Point(595.246, 610.918);\n    poly306.ps[2] = Point(539.246, 610.918);\n    poly306.ps[3] = Point(539.246, 570.918);\n    ShapeRef *shapeRef306 = new ShapeRef(router, poly306, 306);\n    router->addShape(shapeRef306);\n\n    Polygon poly307(4);\n    poly307.ps[0] = Point(643.246, 466.951);\n    poly307.ps[1] = Point(643.246, 506.951);\n    poly307.ps[2] = Point(587.246, 506.951);\n    poly307.ps[3] = Point(587.246, 466.951);\n    ShapeRef *shapeRef307 = new ShapeRef(router, poly307, 307);\n    router->addShape(shapeRef307);\n\n    Polygon poly308(4);\n    poly308.ps[0] = Point(595.246, 494.918);\n    poly308.ps[1] = Point(595.246, 534.918);\n    poly308.ps[2] = Point(539.246, 534.918);\n    poly308.ps[3] = Point(539.246, 494.918);\n    ShapeRef *shapeRef308 = new ShapeRef(router, poly308, 308);\n    router->addShape(shapeRef308);\n\n    Polygon poly309(4);\n    poly309.ps[0] = Point(595.246, 462.918);\n    poly309.ps[1] = Point(595.246, 502.918);\n    poly309.ps[2] = Point(539.246, 502.918);\n    poly309.ps[3] = Point(539.246, 462.918);\n    ShapeRef *shapeRef309 = new ShapeRef(router, poly309, 309);\n    router->addShape(shapeRef309);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(77.2456, 300.918);\n    poly51.ps[1] = Point(77.2456, 320.918);\n    poly51.ps[2] = Point(57.2456, 320.918);\n    poly51.ps[3] = Point(57.2456, 300.918);\n    ShapeRef *shapeRef51 = new ShapeRef(router, poly51, 51);\n    router->addShape(shapeRef51);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(859.246, 708.918);\n    poly49.ps[1] = Point(859.246, 728.918);\n    poly49.ps[2] = Point(839.246, 728.918);\n    poly49.ps[3] = Point(839.246, 708.918);\n    ShapeRef *shapeRef49 = new ShapeRef(router, poly49, 49);\n    router->addShape(shapeRef49);\n\n    Polygon poly267(4);\n    poly267.ps[0] = Point(409.246, 214.918);\n    poly267.ps[1] = Point(409.246, 254.918);\n    poly267.ps[2] = Point(353.246, 254.918);\n    poly267.ps[3] = Point(353.246, 214.918);\n    ShapeRef *shapeRef267 = new ShapeRef(router, poly267, 267);\n    router->addShape(shapeRef267);\n\n    Polygon poly268(4);\n    poly268.ps[0] = Point(331.246, 268.918);\n    poly268.ps[1] = Point(331.246, 308.918);\n    poly268.ps[2] = Point(275.246, 308.918);\n    poly268.ps[3] = Point(275.246, 268.918);\n    ShapeRef *shapeRef268 = new ShapeRef(router, poly268, 268);\n    router->addShape(shapeRef268);\n\n    Polygon poly269(4);\n    poly269.ps[0] = Point(1159.25, 698.918);\n    poly269.ps[1] = Point(1159.25, 738.918);\n    poly269.ps[2] = Point(1103.25, 738.918);\n    poly269.ps[3] = Point(1103.25, 698.918);\n    ShapeRef *shapeRef269 = new ShapeRef(router, poly269, 269);\n    router->addShape(shapeRef269);\n\n    Polygon poly270(4);\n    poly270.ps[0] = Point(1063.25, 666.918);\n    poly270.ps[1] = Point(1063.25, 706.918);\n    poly270.ps[2] = Point(1007.25, 706.918);\n    poly270.ps[3] = Point(1007.25, 666.918);\n    ShapeRef *shapeRef270 = new ShapeRef(router, poly270, 270);\n    router->addShape(shapeRef270);\n\n    Polygon poly271(4);\n    poly271.ps[0] = Point(1159.25, 570.918);\n    poly271.ps[1] = Point(1159.25, 610.918);\n    poly271.ps[2] = Point(1103.25, 610.918);\n    poly271.ps[3] = Point(1103.25, 570.918);\n    ShapeRef *shapeRef271 = new ShapeRef(router, poly271, 271);\n    router->addShape(shapeRef271);\n\n    Polygon poly272(4);\n    poly272.ps[0] = Point(1063.25, 602.918);\n    poly272.ps[1] = Point(1063.25, 642.918);\n    poly272.ps[2] = Point(1007.25, 642.918);\n    poly272.ps[3] = Point(1007.25, 602.918);\n    ShapeRef *shapeRef272 = new ShapeRef(router, poly272, 272);\n    router->addShape(shapeRef272);\n\n    Polygon poly273(4);\n    poly273.ps[0] = Point(1063.25, 570.918);\n    poly273.ps[1] = Point(1063.25, 610.918);\n    poly273.ps[2] = Point(1007.25, 610.918);\n    poly273.ps[3] = Point(1007.25, 570.918);\n    ShapeRef *shapeRef273 = new ShapeRef(router, poly273, 273);\n    router->addShape(shapeRef273);\n\n    Polygon poly199(4);\n    poly199.ps[0] = Point(655.246, 440.918);\n    poly199.ps[1] = Point(655.246, 460.918);\n    poly199.ps[2] = Point(635.246, 460.918);\n    poly199.ps[3] = Point(635.246, 440.918);\n    ShapeRef *shapeRef199 = new ShapeRef(router, poly199, 199);\n    router->addShape(shapeRef199);\n\n    Polygon poly200(4);\n    poly200.ps[0] = Point(27.2456, 548.918);\n    poly200.ps[1] = Point(27.2456, 568.918);\n    poly200.ps[2] = Point(7.24557, 568.918);\n    poly200.ps[3] = Point(7.24557, 548.918);\n    ShapeRef *shapeRef200 = new ShapeRef(router, poly200, 200);\n    router->addShape(shapeRef200);\n\n    Polygon poly227(4);\n    poly227.ps[0] = Point(799.246, 602.918);\n    poly227.ps[1] = Point(799.246, 642.918);\n    poly227.ps[2] = Point(743.246, 642.918);\n    poly227.ps[3] = Point(743.246, 602.918);\n    ShapeRef *shapeRef227 = new ShapeRef(router, poly227, 227);\n    router->addShape(shapeRef227);\n\n    Polygon poly228(4);\n    poly228.ps[0] = Point(643.246, 602.918);\n    poly228.ps[1] = Point(643.246, 642.918);\n    poly228.ps[2] = Point(587.246, 642.918);\n    poly228.ps[3] = Point(587.246, 602.918);\n    ShapeRef *shapeRef228 = new ShapeRef(router, poly228, 228);\n    router->addShape(shapeRef228);\n\n    Polygon poly229(4);\n    poly229.ps[0] = Point(487.246, 602.918);\n    poly229.ps[1] = Point(487.246, 642.918);\n    poly229.ps[2] = Point(431.246, 642.918);\n    poly229.ps[3] = Point(431.246, 602.918);\n    ShapeRef *shapeRef229 = new ShapeRef(router, poly229, 229);\n    router->addShape(shapeRef229);\n\n    Polygon poly230(4);\n    poly230.ps[0] = Point(331.246, 602.918);\n    poly230.ps[1] = Point(331.246, 642.918);\n    poly230.ps[2] = Point(275.246, 642.918);\n    poly230.ps[3] = Point(275.246, 602.918);\n    ShapeRef *shapeRef230 = new ShapeRef(router, poly230, 230);\n    router->addShape(shapeRef230);\n\n    Polygon poly185(4);\n    poly185.ps[0] = Point(999.246, 312.918);\n    poly185.ps[1] = Point(999.246, 352.918);\n    poly185.ps[2] = Point(959.246, 352.918);\n    poly185.ps[3] = Point(959.246, 312.918);\n    ShapeRef *shapeRef185 = new ShapeRef(router, poly185, 185);\n    router->addShape(shapeRef185);\n\n    Polygon poly186(4);\n    poly186.ps[0] = Point(27.2456, 300.918);\n    poly186.ps[1] = Point(27.2456, 320.918);\n    poly186.ps[2] = Point(7.24557, 320.918);\n    poly186.ps[3] = Point(7.24557, 300.918);\n    ShapeRef *shapeRef186 = new ShapeRef(router, poly186, 186);\n    router->addShape(shapeRef186);\n\n    Polygon poly204(4);\n    poly204.ps[0] = Point(655.246, 548.918);\n    poly204.ps[1] = Point(655.246, 568.918);\n    poly204.ps[2] = Point(635.246, 568.918);\n    poly204.ps[3] = Point(635.246, 548.918);\n    ShapeRef *shapeRef204 = new ShapeRef(router, poly204, 204);\n    router->addShape(shapeRef204);\n\n    Polygon poly205(4);\n    poly205.ps[0] = Point(811.246, 548.918);\n    poly205.ps[1] = Point(811.246, 568.918);\n    poly205.ps[2] = Point(791.246, 568.918);\n    poly205.ps[3] = Point(791.246, 548.918);\n    ShapeRef *shapeRef205 = new ShapeRef(router, poly205, 205);\n    router->addShape(shapeRef205);\n\n    Polygon poly206(4);\n    poly206.ps[0] = Point(967.246, 548.918);\n    poly206.ps[1] = Point(967.246, 568.918);\n    poly206.ps[2] = Point(947.246, 568.918);\n    poly206.ps[3] = Point(947.246, 548.918);\n    ShapeRef *shapeRef206 = new ShapeRef(router, poly206, 206);\n    router->addShape(shapeRef206);\n\n    Polygon poly237(4);\n    poly237.ps[0] = Point(1399.25, 602.918);\n    poly237.ps[1] = Point(1399.25, 642.918);\n    poly237.ps[2] = Point(1343.25, 642.918);\n    poly237.ps[3] = Point(1343.25, 602.918);\n    ShapeRef *shapeRef237 = new ShapeRef(router, poly237, 237);\n    router->addShape(shapeRef237);\n\n    Polygon poly238(4);\n    poly238.ps[0] = Point(1447.25, 555.942);\n    poly238.ps[1] = Point(1447.25, 595.942);\n    poly238.ps[2] = Point(1391.25, 595.942);\n    poly238.ps[3] = Point(1391.25, 555.942);\n    ShapeRef *shapeRef238 = new ShapeRef(router, poly238, 238);\n    router->addShape(shapeRef238);\n\n    Polygon poly239(4);\n    poly239.ps[0] = Point(1159.25, 634.918);\n    poly239.ps[1] = Point(1159.25, 674.918);\n    poly239.ps[2] = Point(1103.25, 674.918);\n    poly239.ps[3] = Point(1103.25, 634.918);\n    ShapeRef *shapeRef239 = new ShapeRef(router, poly239, 239);\n    router->addShape(shapeRef239);\n\n    Polygon poly240(4);\n    poly240.ps[0] = Point(955.246, 634.918);\n    poly240.ps[1] = Point(955.246, 674.918);\n    poly240.ps[2] = Point(899.246, 674.918);\n    poly240.ps[3] = Point(899.246, 634.918);\n    ShapeRef *shapeRef240 = new ShapeRef(router, poly240, 240);\n    router->addShape(shapeRef240);\n\n    Polygon poly241(4);\n    poly241.ps[0] = Point(799.246, 634.918);\n    poly241.ps[1] = Point(799.246, 674.918);\n    poly241.ps[2] = Point(743.246, 674.918);\n    poly241.ps[3] = Point(743.246, 634.918);\n    ShapeRef *shapeRef241 = new ShapeRef(router, poly241, 241);\n    router->addShape(shapeRef241);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(967.246, 376.918);\n    poly71.ps[1] = Point(967.246, 396.918);\n    poly71.ps[2] = Point(947.246, 396.918);\n    poly71.ps[3] = Point(947.246, 376.918);\n    ShapeRef *shapeRef71 = new ShapeRef(router, poly71, 71);\n    router->addShape(shapeRef71);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(77.2456, 22.9179);\n    poly50.ps[1] = Point(77.2456, 42.9179);\n    poly50.ps[2] = Point(57.2456, 42.9179);\n    poly50.ps[3] = Point(57.2456, 22.9179);\n    ShapeRef *shapeRef50 = new ShapeRef(router, poly50, 50);\n    router->addShape(shapeRef50);\n\n    Polygon poly358(4);\n    poly358.ps[0] = Point(361.246, 204.918);\n    poly358.ps[1] = Point(361.246, 244.918);\n    poly358.ps[2] = Point(305.246, 244.918);\n    poly358.ps[3] = Point(305.246, 204.918);\n    ShapeRef *shapeRef358 = new ShapeRef(router, poly358, 358);\n    router->addShape(shapeRef358);\n\n    Polygon poly359(4);\n    poly359.ps[0] = Point(517.246, 204.918);\n    poly359.ps[1] = Point(517.246, 244.918);\n    poly359.ps[2] = Point(461.246, 244.918);\n    poly359.ps[3] = Point(461.246, 204.918);\n    ShapeRef *shapeRef359 = new ShapeRef(router, poly359, 359);\n    router->addShape(shapeRef359);\n\n    Polygon poly360(4);\n    poly360.ps[0] = Point(673.246, 204.918);\n    poly360.ps[1] = Point(673.246, 244.918);\n    poly360.ps[2] = Point(617.246, 244.918);\n    poly360.ps[3] = Point(617.246, 204.918);\n    ShapeRef *shapeRef360 = new ShapeRef(router, poly360, 360);\n    router->addShape(shapeRef360);\n\n    Polygon poly361(4);\n    poly361.ps[0] = Point(829.246, 204.918);\n    poly361.ps[1] = Point(829.246, 244.918);\n    poly361.ps[2] = Point(773.246, 244.918);\n    poly361.ps[3] = Point(773.246, 204.918);\n    ShapeRef *shapeRef361 = new ShapeRef(router, poly361, 361);\n    router->addShape(shapeRef361);\n\n    Polygon poly362(4);\n    poly362.ps[0] = Point(985.246, 204.918);\n    poly362.ps[1] = Point(985.246, 244.918);\n    poly362.ps[2] = Point(929.246, 244.918);\n    poly362.ps[3] = Point(929.246, 204.918);\n    ShapeRef *shapeRef362 = new ShapeRef(router, poly362, 362);\n    router->addShape(shapeRef362);\n\n    Polygon poly363(4);\n    poly363.ps[0] = Point(45.2456, 344.918);\n    poly363.ps[1] = Point(45.2456, 384.918);\n    poly363.ps[2] = Point(-10.7544, 384.918);\n    poly363.ps[3] = Point(-10.7544, 344.918);\n    ShapeRef *shapeRef363 = new ShapeRef(router, poly363, 363);\n    router->addShape(shapeRef363);\n\n    Polygon poly364(4);\n    poly364.ps[0] = Point(283.246, 430.918);\n    poly364.ps[1] = Point(283.246, 470.918);\n    poly364.ps[2] = Point(227.246, 470.918);\n    poly364.ps[3] = Point(227.246, 430.918);\n    ShapeRef *shapeRef364 = new ShapeRef(router, poly364, 364);\n    router->addShape(shapeRef364);\n\n    Polygon poly365(4);\n    poly365.ps[0] = Point(439.246, 430.918);\n    poly365.ps[1] = Point(439.246, 470.918);\n    poly365.ps[2] = Point(383.246, 470.918);\n    poly365.ps[3] = Point(383.246, 430.918);\n    ShapeRef *shapeRef365 = new ShapeRef(router, poly365, 365);\n    router->addShape(shapeRef365);\n\n    Polygon poly366(4);\n    poly366.ps[0] = Point(595.246, 430.918);\n    poly366.ps[1] = Point(595.246, 470.918);\n    poly366.ps[2] = Point(539.246, 470.918);\n    poly366.ps[3] = Point(539.246, 430.918);\n    ShapeRef *shapeRef366 = new ShapeRef(router, poly366, 366);\n    router->addShape(shapeRef366);\n\n    Polygon poly367(4);\n    poly367.ps[0] = Point(907.246, 430.918);\n    poly367.ps[1] = Point(907.246, 470.918);\n    poly367.ps[2] = Point(851.246, 470.918);\n    poly367.ps[3] = Point(851.246, 430.918);\n    ShapeRef *shapeRef367 = new ShapeRef(router, poly367, 367);\n    router->addShape(shapeRef367);\n\n    Polygon poly368(4);\n    poly368.ps[0] = Point(1063.25, 430.918);\n    poly368.ps[1] = Point(1063.25, 470.918);\n    poly368.ps[2] = Point(1007.25, 470.918);\n    poly368.ps[3] = Point(1007.25, 430.918);\n    ShapeRef *shapeRef368 = new ShapeRef(router, poly368, 368);\n    router->addShape(shapeRef368);\n\n    Polygon poly369(4);\n    poly369.ps[0] = Point(751.246, 430.918);\n    poly369.ps[1] = Point(751.246, 470.918);\n    poly369.ps[2] = Point(695.246, 470.918);\n    poly369.ps[3] = Point(695.246, 430.918);\n    ShapeRef *shapeRef369 = new ShapeRef(router, poly369, 369);\n    router->addShape(shapeRef369);\n\n    Polygon poly370(4);\n    poly370.ps[0] = Point(125.246, 538.918);\n    poly370.ps[1] = Point(125.246, 578.918);\n    poly370.ps[2] = Point(69.2456, 578.918);\n    poly370.ps[3] = Point(69.2456, 538.918);\n    ShapeRef *shapeRef370 = new ShapeRef(router, poly370, 370);\n    router->addShape(shapeRef370);\n\n    Polygon poly371(4);\n    poly371.ps[0] = Point(283.246, 538.918);\n    poly371.ps[1] = Point(283.246, 578.918);\n    poly371.ps[2] = Point(227.246, 578.918);\n    poly371.ps[3] = Point(227.246, 538.918);\n    ShapeRef *shapeRef371 = new ShapeRef(router, poly371, 371);\n    router->addShape(shapeRef371);\n\n    Polygon poly372(4);\n    poly372.ps[0] = Point(439.246, 538.918);\n    poly372.ps[1] = Point(439.246, 578.918);\n    poly372.ps[2] = Point(383.246, 578.918);\n    poly372.ps[3] = Point(383.246, 538.918);\n    ShapeRef *shapeRef372 = new ShapeRef(router, poly372, 372);\n    router->addShape(shapeRef372);\n\n    Polygon poly373(4);\n    poly373.ps[0] = Point(595.246, 538.918);\n    poly373.ps[1] = Point(595.246, 578.918);\n    poly373.ps[2] = Point(539.246, 578.918);\n    poly373.ps[3] = Point(539.246, 538.918);\n    ShapeRef *shapeRef373 = new ShapeRef(router, poly373, 373);\n    router->addShape(shapeRef373);\n\n    Polygon poly374(4);\n    poly374.ps[0] = Point(751.246, 538.918);\n    poly374.ps[1] = Point(751.246, 578.918);\n    poly374.ps[2] = Point(695.246, 578.918);\n    poly374.ps[3] = Point(695.246, 538.918);\n    ShapeRef *shapeRef374 = new ShapeRef(router, poly374, 374);\n    router->addShape(shapeRef374);\n\n    Polygon poly375(4);\n    poly375.ps[0] = Point(907.246, 538.918);\n    poly375.ps[1] = Point(907.246, 578.918);\n    poly375.ps[2] = Point(851.246, 578.918);\n    poly375.ps[3] = Point(851.246, 538.918);\n    ShapeRef *shapeRef375 = new ShapeRef(router, poly375, 375);\n    router->addShape(shapeRef375);\n\n    Polygon poly376(4);\n    poly376.ps[0] = Point(1063.25, 538.918);\n    poly376.ps[1] = Point(1063.25, 578.918);\n    poly376.ps[2] = Point(1007.25, 578.918);\n    poly376.ps[3] = Point(1007.25, 538.918);\n    ShapeRef *shapeRef376 = new ShapeRef(router, poly376, 376);\n    router->addShape(shapeRef376);\n\n    Polygon poly377(4);\n    poly377.ps[0] = Point(125.246, 634.918);\n    poly377.ps[1] = Point(125.246, 674.918);\n    poly377.ps[2] = Point(69.2456, 674.918);\n    poly377.ps[3] = Point(69.2456, 634.918);\n    ShapeRef *shapeRef377 = new ShapeRef(router, poly377, 377);\n    router->addShape(shapeRef377);\n\n    Polygon poly378(4);\n    poly378.ps[0] = Point(283.246, 634.918);\n    poly378.ps[1] = Point(283.246, 674.918);\n    poly378.ps[2] = Point(227.246, 674.918);\n    poly378.ps[3] = Point(227.246, 634.918);\n    ShapeRef *shapeRef378 = new ShapeRef(router, poly378, 378);\n    router->addShape(shapeRef378);\n\n    Polygon poly379(4);\n    poly379.ps[0] = Point(439.246, 634.918);\n    poly379.ps[1] = Point(439.246, 674.918);\n    poly379.ps[2] = Point(383.246, 674.918);\n    poly379.ps[3] = Point(383.246, 634.918);\n    ShapeRef *shapeRef379 = new ShapeRef(router, poly379, 379);\n    router->addShape(shapeRef379);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(1015.25, 278.918);\n    poly52.ps[1] = Point(1015.25, 298.918);\n    poly52.ps[2] = Point(995.246, 298.918);\n    poly52.ps[3] = Point(995.246, 278.918);\n    ShapeRef *shapeRef52 = new ShapeRef(router, poly52, 52);\n    router->addShape(shapeRef52);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(547.246, 730.918);\n    poly19.ps[1] = Point(547.246, 770.918);\n    poly19.ps[2] = Point(507.246, 770.918);\n    poly19.ps[3] = Point(507.246, 730.918);\n    ShapeRef *shapeRef19 = new ShapeRef(router, poly19, 19);\n    router->addShape(shapeRef19);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(655.246, 504.918);\n    poly89.ps[1] = Point(655.246, 524.918);\n    poly89.ps[2] = Point(635.246, 524.918);\n    poly89.ps[3] = Point(635.246, 504.918);\n    ShapeRef *shapeRef89 = new ShapeRef(router, poly89, 89);\n    router->addShape(shapeRef89);\n\n    Polygon poly194(4);\n    poly194.ps[0] = Point(203.246, 440.918);\n    poly194.ps[1] = Point(203.246, 460.918);\n    poly194.ps[2] = Point(183.246, 460.918);\n    poly194.ps[3] = Point(183.246, 440.918);\n    ShapeRef *shapeRef194 = new ShapeRef(router, poly194, 194);\n    router->addShape(shapeRef194);\n\n    Polygon poly195(4);\n    poly195.ps[0] = Point(343.246, 440.918);\n    poly195.ps[1] = Point(343.246, 460.918);\n    poly195.ps[2] = Point(323.246, 460.918);\n    poly195.ps[3] = Point(323.246, 440.918);\n    ShapeRef *shapeRef195 = new ShapeRef(router, poly195, 195);\n    router->addShape(shapeRef195);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(391.246, 612.918);\n    poly5.ps[1] = Point(391.246, 632.918);\n    poly5.ps[2] = Point(371.246, 632.918);\n    poly5.ps[3] = Point(371.246, 612.918);\n    ShapeRef *shapeRef5 = new ShapeRef(router, poly5, 5);\n    router->addShape(shapeRef5);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(1303.25, 565.942);\n    poly27.ps[1] = Point(1303.25, 585.942);\n    poly27.ps[2] = Point(1283.25, 585.942);\n    poly27.ps[3] = Point(1283.25, 565.942);\n    ShapeRef *shapeRef27 = new ShapeRef(router, poly27, 27);\n    router->addShape(shapeRef27);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(329.219, -39.0821);\n    poly147.ps[1] = Point(329.219, -19.0821);\n    poly147.ps[2] = Point(309.219, -19.0821);\n    poly147.ps[3] = Point(309.219, -39.0821);\n    ShapeRef *shapeRef147 = new ShapeRef(router, poly147, 147);\n    router->addShape(shapeRef147);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(203.246, 268.918);\n    poly130.ps[1] = Point(203.246, 288.918);\n    poly130.ps[2] = Point(183.246, 288.918);\n    poly130.ps[3] = Point(183.246, 268.918);\n    ShapeRef *shapeRef130 = new ShapeRef(router, poly130, 130);\n    router->addShape(shapeRef130);\n\n    Polygon poly216(4);\n    poly216.ps[0] = Point(1243.25, 504.918);\n    poly216.ps[1] = Point(1243.25, 524.918);\n    poly216.ps[2] = Point(1223.25, 524.918);\n    poly216.ps[3] = Point(1223.25, 504.918);\n    ShapeRef *shapeRef216 = new ShapeRef(router, poly216, 216);\n    router->addShape(shapeRef216);\n\n    Polygon poly217(4);\n    poly217.ps[0] = Point(1243.25, 612.918);\n    poly217.ps[1] = Point(1243.25, 632.918);\n    poly217.ps[2] = Point(1223.25, 632.918);\n    poly217.ps[3] = Point(1223.25, 612.918);\n    ShapeRef *shapeRef217 = new ShapeRef(router, poly217, 217);\n    router->addShape(shapeRef217);\n\n    Polygon poly218(4);\n    poly218.ps[0] = Point(967.246, 708.918);\n    poly218.ps[1] = Point(967.246, 728.918);\n    poly218.ps[2] = Point(947.246, 728.918);\n    poly218.ps[3] = Point(947.246, 708.918);\n    ShapeRef *shapeRef218 = new ShapeRef(router, poly218, 218);\n    router->addShape(shapeRef218);\n\n    Polygon poly219(4);\n    poly219.ps[0] = Point(967.246, 740.918);\n    poly219.ps[1] = Point(967.246, 760.918);\n    poly219.ps[2] = Point(947.246, 760.918);\n    poly219.ps[3] = Point(947.246, 740.918);\n    ShapeRef *shapeRef219 = new ShapeRef(router, poly219, 219);\n    router->addShape(shapeRef219);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(235.246, 526.918);\n    poly41.ps[1] = Point(235.246, 546.918);\n    poly41.ps[2] = Point(215.246, 546.918);\n    poly41.ps[3] = Point(215.246, 526.918);\n    ShapeRef *shapeRef41 = new ShapeRef(router, poly41, 41);\n    router->addShape(shapeRef41);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(391.246, 580.918);\n    poly109.ps[1] = Point(391.246, 600.918);\n    poly109.ps[2] = Point(371.246, 600.918);\n    poly109.ps[3] = Point(371.246, 580.918);\n    ShapeRef *shapeRef109 = new ShapeRef(router, poly109, 109);\n    router->addShape(shapeRef109);\n\n    Polygon poly213(4);\n    poly213.ps[0] = Point(967.246, 644.918);\n    poly213.ps[1] = Point(967.246, 664.918);\n    poly213.ps[2] = Point(947.246, 664.918);\n    poly213.ps[3] = Point(947.246, 644.918);\n    ShapeRef *shapeRef213 = new ShapeRef(router, poly213, 213);\n    router->addShape(shapeRef213);\n\n    Polygon poly214(4);\n    poly214.ps[0] = Point(1243.25, 268.918);\n    poly214.ps[1] = Point(1243.25, 288.918);\n    poly214.ps[2] = Point(1223.25, 288.918);\n    poly214.ps[3] = Point(1223.25, 268.918);\n    ShapeRef *shapeRef214 = new ShapeRef(router, poly214, 214);\n    router->addShape(shapeRef214);\n\n    Polygon poly215(4);\n    poly215.ps[0] = Point(1243.25, 408.918);\n    poly215.ps[1] = Point(1243.25, 428.918);\n    poly215.ps[2] = Point(1223.25, 428.918);\n    poly215.ps[3] = Point(1223.25, 408.918);\n    ShapeRef *shapeRef215 = new ShapeRef(router, poly215, 215);\n    router->addShape(shapeRef215);\n\n    Polygon poly196(4);\n    poly196.ps[0] = Point(499.246, 440.918);\n    poly196.ps[1] = Point(499.246, 460.918);\n    poly196.ps[2] = Point(479.246, 460.918);\n    poly196.ps[3] = Point(479.246, 440.918);\n    ShapeRef *shapeRef196 = new ShapeRef(router, poly196, 196);\n    router->addShape(shapeRef196);\n\n    Polygon poly197(4);\n    poly197.ps[0] = Point(811.246, 440.918);\n    poly197.ps[1] = Point(811.246, 460.918);\n    poly197.ps[2] = Point(791.246, 460.918);\n    poly197.ps[3] = Point(791.246, 440.918);\n    ShapeRef *shapeRef197 = new ShapeRef(router, poly197, 197);\n    router->addShape(shapeRef197);\n\n    Polygon poly198(4);\n    poly198.ps[0] = Point(967.246, 440.918);\n    poly198.ps[1] = Point(967.246, 460.918);\n    poly198.ps[2] = Point(947.246, 460.918);\n    poly198.ps[3] = Point(947.246, 440.918);\n    ShapeRef *shapeRef198 = new ShapeRef(router, poly198, 198);\n    router->addShape(shapeRef198);\n\n    Polygon poly181(4);\n    poly181.ps[0] = Point(999.246, 730.918);\n    poly181.ps[1] = Point(999.246, 770.918);\n    poly181.ps[2] = Point(959.246, 770.918);\n    poly181.ps[3] = Point(959.246, 730.918);\n    ShapeRef *shapeRef181 = new ShapeRef(router, poly181, 181);\n    router->addShape(shapeRef181);\n\n    Polygon poly182(4);\n    poly182.ps[0] = Point(999.246, 656.918);\n    poly182.ps[1] = Point(999.246, 696.918);\n    poly182.ps[2] = Point(959.246, 696.918);\n    poly182.ps[3] = Point(959.246, 656.918);\n    ShapeRef *shapeRef182 = new ShapeRef(router, poly182, 182);\n    router->addShape(shapeRef182);\n\n    Polygon poly223(4);\n    poly223.ps[0] = Point(77.2456, 236.918);\n    poly223.ps[1] = Point(77.2456, 256.918);\n    poly223.ps[2] = Point(57.2456, 256.918);\n    poly223.ps[3] = Point(57.2456, 236.918);\n    ShapeRef *shapeRef223 = new ShapeRef(router, poly223, 223);\n    router->addShape(shapeRef223);\n\n    Polygon poly224(4);\n    poly224.ps[0] = Point(77.2456, 268.918);\n    poly224.ps[1] = Point(77.2456, 288.918);\n    poly224.ps[2] = Point(57.2456, 288.918);\n    poly224.ps[3] = Point(57.2456, 268.918);\n    ShapeRef *shapeRef224 = new ShapeRef(router, poly224, 224);\n    router->addShape(shapeRef224);\n\n    Polygon poly225(4);\n    poly225.ps[0] = Point(1159.25, 602.918);\n    poly225.ps[1] = Point(1159.25, 642.918);\n    poly225.ps[2] = Point(1103.25, 642.918);\n    poly225.ps[3] = Point(1103.25, 602.918);\n    ShapeRef *shapeRef225 = new ShapeRef(router, poly225, 225);\n    router->addShape(shapeRef225);\n\n    Polygon poly226(4);\n    poly226.ps[0] = Point(955.246, 602.918);\n    poly226.ps[1] = Point(955.246, 642.918);\n    poly226.ps[2] = Point(899.246, 642.918);\n    poly226.ps[3] = Point(899.246, 602.918);\n    ShapeRef *shapeRef226 = new ShapeRef(router, poly226, 226);\n    router->addShape(shapeRef226);\n\n    Polygon poly326(4);\n    poly326.ps[0] = Point(361.246, 108.918);\n    poly326.ps[1] = Point(361.246, 148.918);\n    poly326.ps[2] = Point(305.246, 148.918);\n    poly326.ps[3] = Point(305.246, 108.918);\n    ShapeRef *shapeRef326 = new ShapeRef(router, poly326, 326);\n    router->addShape(shapeRef326);\n\n    Polygon poly327(4);\n    poly327.ps[0] = Point(331.246, 570.918);\n    poly327.ps[1] = Point(331.246, 610.918);\n    poly327.ps[2] = Point(275.246, 610.918);\n    poly327.ps[3] = Point(275.246, 570.918);\n    ShapeRef *shapeRef327 = new ShapeRef(router, poly327, 327);\n    router->addShape(shapeRef327);\n\n    Polygon poly328(4);\n    poly328.ps[0] = Point(283.246, 602.918);\n    poly328.ps[1] = Point(283.246, 642.918);\n    poly328.ps[2] = Point(227.246, 642.918);\n    poly328.ps[3] = Point(227.246, 602.918);\n    ShapeRef *shapeRef328 = new ShapeRef(router, poly328, 328);\n    router->addShape(shapeRef328);\n\n    Polygon poly329(4);\n    poly329.ps[0] = Point(283.246, 570.918);\n    poly329.ps[1] = Point(283.246, 610.918);\n    poly329.ps[2] = Point(227.246, 610.918);\n    poly329.ps[3] = Point(227.246, 570.918);\n    ShapeRef *shapeRef329 = new ShapeRef(router, poly329, 329);\n    router->addShape(shapeRef329);\n\n    Polygon poly330(4);\n    poly330.ps[0] = Point(283.246, 494.918);\n    poly330.ps[1] = Point(283.246, 534.918);\n    poly330.ps[2] = Point(227.246, 534.918);\n    poly330.ps[3] = Point(227.246, 494.918);\n    ShapeRef *shapeRef330 = new ShapeRef(router, poly330, 330);\n    router->addShape(shapeRef330);\n\n    Polygon poly331(4);\n    poly331.ps[0] = Point(283.246, 462.918);\n    poly331.ps[1] = Point(283.246, 502.918);\n    poly331.ps[2] = Point(227.246, 502.918);\n    poly331.ps[3] = Point(227.246, 462.918);\n    ShapeRef *shapeRef331 = new ShapeRef(router, poly331, 331);\n    router->addShape(shapeRef331);\n\n    Polygon poly332(4);\n    poly332.ps[0] = Point(331.246, 398.918);\n    poly332.ps[1] = Point(331.246, 438.918);\n    poly332.ps[2] = Point(275.246, 438.918);\n    poly332.ps[3] = Point(275.246, 398.918);\n    ShapeRef *shapeRef332 = new ShapeRef(router, poly332, 332);\n    router->addShape(shapeRef332);\n\n    Polygon poly333(4);\n    poly333.ps[0] = Point(283.246, 398.918);\n    poly333.ps[1] = Point(283.246, 438.918);\n    poly333.ps[2] = Point(227.246, 438.918);\n    poly333.ps[3] = Point(227.246, 398.918);\n    ShapeRef *shapeRef333 = new ShapeRef(router, poly333, 333);\n    router->addShape(shapeRef333);\n\n    Polygon poly334(4);\n    poly334.ps[0] = Point(283.246, 366.918);\n    poly334.ps[1] = Point(283.246, 406.918);\n    poly334.ps[2] = Point(227.246, 406.918);\n    poly334.ps[3] = Point(227.246, 366.918);\n    ShapeRef *shapeRef334 = new ShapeRef(router, poly334, 334);\n    router->addShape(shapeRef334);\n\n    Polygon poly335(4);\n    poly335.ps[0] = Point(331.246, 236.918);\n    poly335.ps[1] = Point(331.246, 276.918);\n    poly335.ps[2] = Point(275.246, 276.918);\n    poly335.ps[3] = Point(275.246, 236.918);\n    ShapeRef *shapeRef335 = new ShapeRef(router, poly335, 335);\n    router->addShape(shapeRef335);\n\n    Polygon poly336(4);\n    poly336.ps[0] = Point(221.246, 108.918);\n    poly336.ps[1] = Point(221.246, 148.918);\n    poly336.ps[2] = Point(165.246, 148.918);\n    poly336.ps[3] = Point(165.246, 108.918);\n    ShapeRef *shapeRef336 = new ShapeRef(router, poly336, 336);\n    router->addShape(shapeRef336);\n\n    Polygon poly337(4);\n    poly337.ps[0] = Point(221.246, 172.918);\n    poly337.ps[1] = Point(221.246, 212.918);\n    poly337.ps[2] = Point(165.246, 212.918);\n    poly337.ps[3] = Point(165.246, 172.918);\n    ShapeRef *shapeRef337 = new ShapeRef(router, poly337, 337);\n    router->addShape(shapeRef337);\n\n    Polygon poly338(4);\n    poly338.ps[0] = Point(173.246, 570.918);\n    poly338.ps[1] = Point(173.246, 610.918);\n    poly338.ps[2] = Point(117.246, 610.918);\n    poly338.ps[3] = Point(117.246, 570.918);\n    ShapeRef *shapeRef338 = new ShapeRef(router, poly338, 338);\n    router->addShape(shapeRef338);\n\n    Polygon poly339(4);\n    poly339.ps[0] = Point(125.246, 602.918);\n    poly339.ps[1] = Point(125.246, 642.918);\n    poly339.ps[2] = Point(69.2456, 642.918);\n    poly339.ps[3] = Point(69.2456, 602.918);\n    ShapeRef *shapeRef339 = new ShapeRef(router, poly339, 339);\n    router->addShape(shapeRef339);\n\n    Polygon poly340(4);\n    poly340.ps[0] = Point(125.246, 570.918);\n    poly340.ps[1] = Point(125.246, 610.918);\n    poly340.ps[2] = Point(69.2456, 610.918);\n    poly340.ps[3] = Point(69.2456, 570.918);\n    ShapeRef *shapeRef340 = new ShapeRef(router, poly340, 340);\n    router->addShape(shapeRef340);\n\n    Polygon poly341(4);\n    poly341.ps[0] = Point(125.246, 494.918);\n    poly341.ps[1] = Point(125.246, 534.918);\n    poly341.ps[2] = Point(69.2456, 534.918);\n    poly341.ps[3] = Point(69.2456, 494.918);\n    ShapeRef *shapeRef341 = new ShapeRef(router, poly341, 341);\n    router->addShape(shapeRef341);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(1459.25, 708.918);\n    poly47.ps[1] = Point(1459.25, 728.918);\n    poly47.ps[2] = Point(1439.25, 728.918);\n    poly47.ps[3] = Point(1439.25, 708.918);\n    ShapeRef *shapeRef47 = new ShapeRef(router, poly47, 47);\n    router->addShape(shapeRef47);\n\n    Polygon poly342(4);\n    poly342.ps[0] = Point(125.246, 462.918);\n    poly342.ps[1] = Point(125.246, 502.918);\n    poly342.ps[2] = Point(69.2456, 502.918);\n    poly342.ps[3] = Point(69.2456, 462.918);\n    ShapeRef *shapeRef342 = new ShapeRef(router, poly342, 342);\n    router->addShape(shapeRef342);\n\n    Polygon poly343(4);\n    poly343.ps[0] = Point(173.246, 398.918);\n    poly343.ps[1] = Point(173.246, 438.918);\n    poly343.ps[2] = Point(117.246, 438.918);\n    poly343.ps[3] = Point(117.246, 398.918);\n    ShapeRef *shapeRef343 = new ShapeRef(router, poly343, 343);\n    router->addShape(shapeRef343);\n\n    Polygon poly344(4);\n    poly344.ps[0] = Point(125.246, 398.918);\n    poly344.ps[1] = Point(125.246, 438.918);\n    poly344.ps[2] = Point(69.2456, 438.918);\n    poly344.ps[3] = Point(69.2456, 398.918);\n    ShapeRef *shapeRef344 = new ShapeRef(router, poly344, 344);\n    router->addShape(shapeRef344);\n\n    Polygon poly345(4);\n    poly345.ps[0] = Point(125.246, 366.918);\n    poly345.ps[1] = Point(125.246, 406.918);\n    poly345.ps[2] = Point(69.2456, 406.918);\n    poly345.ps[3] = Point(69.2456, 366.918);\n    ShapeRef *shapeRef345 = new ShapeRef(router, poly345, 345);\n    router->addShape(shapeRef345);\n\n    Polygon poly346(4);\n    poly346.ps[0] = Point(45.2456, 172.918);\n    poly346.ps[1] = Point(45.2456, 212.918);\n    poly346.ps[2] = Point(-10.7544, 212.918);\n    poly346.ps[3] = Point(-10.7544, 172.918);\n    ShapeRef *shapeRef346 = new ShapeRef(router, poly346, 346);\n    router->addShape(shapeRef346);\n\n    Polygon poly347(4);\n    poly347.ps[0] = Point(45.2456, 108.918);\n    poly347.ps[1] = Point(45.2456, 148.918);\n    poly347.ps[2] = Point(-10.7544, 148.918);\n    poly347.ps[3] = Point(-10.7544, 108.918);\n    ShapeRef *shapeRef347 = new ShapeRef(router, poly347, 347);\n    router->addShape(shapeRef347);\n\n    Polygon poly348(4);\n    poly348.ps[0] = Point(313.246, 150.918);\n    poly348.ps[1] = Point(313.246, 190.918);\n    poly348.ps[2] = Point(257.246, 190.918);\n    poly348.ps[3] = Point(257.246, 150.918);\n    ShapeRef *shapeRef348 = new ShapeRef(router, poly348, 348);\n    router->addShape(shapeRef348);\n\n    Polygon poly349(4);\n    poly349.ps[0] = Point(265.246, 66.9179);\n    poly349.ps[1] = Point(265.246, 106.918);\n    poly349.ps[2] = Point(209.246, 106.918);\n    poly349.ps[3] = Point(209.246, 66.9179);\n    ShapeRef *shapeRef349 = new ShapeRef(router, poly349, 349);\n    router->addShape(shapeRef349);\n\n    Polygon poly350(4);\n    poly350.ps[0] = Point(265.246, 34.9179);\n    poly350.ps[1] = Point(265.246, 74.9179);\n    poly350.ps[2] = Point(209.246, 74.9179);\n    poly350.ps[3] = Point(209.246, 34.9179);\n    ShapeRef *shapeRef350 = new ShapeRef(router, poly350, 350);\n    router->addShape(shapeRef350);\n\n    Polygon poly351(4);\n    poly351.ps[0] = Point(125.246, 150.918);\n    poly351.ps[1] = Point(125.246, 190.918);\n    poly351.ps[2] = Point(69.2456, 190.918);\n    poly351.ps[3] = Point(69.2456, 150.918);\n    ShapeRef *shapeRef351 = new ShapeRef(router, poly351, 351);\n    router->addShape(shapeRef351);\n\n    Polygon poly352(4);\n    poly352.ps[0] = Point(125.246, 12.9179);\n    poly352.ps[1] = Point(125.246, 52.9179);\n    poly352.ps[2] = Point(69.2456, 52.9179);\n    poly352.ps[3] = Point(69.2456, 12.9179);\n    ShapeRef *shapeRef352 = new ShapeRef(router, poly352, 352);\n    router->addShape(shapeRef352);\n\n    Polygon poly353(4);\n    poly353.ps[0] = Point(125.246, -19.0821);\n    poly353.ps[1] = Point(125.246, 20.9179);\n    poly353.ps[2] = Point(69.2456, 20.9179);\n    poly353.ps[3] = Point(69.2456, -19.0821);\n    ShapeRef *shapeRef353 = new ShapeRef(router, poly353, 353);\n    router->addShape(shapeRef353);\n\n    Polygon poly354(4);\n    poly354.ps[0] = Point(408.962, -49.0821);\n    poly354.ps[1] = Point(408.962, -9.08205);\n    poly354.ps[2] = Point(352.962, -9.08205);\n    poly354.ps[3] = Point(352.962, -49.0821);\n    ShapeRef *shapeRef354 = new ShapeRef(router, poly354, 354);\n    router->addShape(shapeRef354);\n\n    Polygon poly355(4);\n    poly355.ps[0] = Point(307.219, -49.0821);\n    poly355.ps[1] = Point(307.219, -9.08205);\n    poly355.ps[2] = Point(251.219, -9.08205);\n    poly355.ps[3] = Point(251.219, -49.0821);\n    ShapeRef *shapeRef355 = new ShapeRef(router, poly355, 355);\n    router->addShape(shapeRef355);\n\n    Polygon poly356(4);\n    poly356.ps[0] = Point(125.246, 290.918);\n    poly356.ps[1] = Point(125.246, 330.918);\n    poly356.ps[2] = Point(69.2456, 330.918);\n    poly356.ps[3] = Point(69.2456, 290.918);\n    ShapeRef *shapeRef356 = new ShapeRef(router, poly356, 356);\n    router->addShape(shapeRef356);\n\n    Polygon poly357(4);\n    poly357.ps[0] = Point(221.246, 204.918);\n    poly357.ps[1] = Point(221.246, 244.918);\n    poly357.ps[2] = Point(165.246, 244.918);\n    poly357.ps[3] = Point(165.246, 204.918);\n    ShapeRef *shapeRef357 = new ShapeRef(router, poly357, 357);\n    router->addShape(shapeRef357);\n\n    Polygon poly260(4);\n    poly260.ps[0] = Point(955.246, 698.918);\n    poly260.ps[1] = Point(955.246, 738.918);\n    poly260.ps[2] = Point(899.246, 738.918);\n    poly260.ps[3] = Point(899.246, 698.918);\n    ShapeRef *shapeRef260 = new ShapeRef(router, poly260, 260);\n    router->addShape(shapeRef260);\n\n    Polygon poly261(4);\n    poly261.ps[0] = Point(173.246, 12.9179);\n    poly261.ps[1] = Point(173.246, 52.9179);\n    poly261.ps[2] = Point(117.246, 52.9179);\n    poly261.ps[3] = Point(117.246, 12.9179);\n    ShapeRef *shapeRef261 = new ShapeRef(router, poly261, 261);\n    router->addShape(shapeRef261);\n\n    Polygon poly262(4);\n    poly262.ps[0] = Point(173.246, 290.918);\n    poly262.ps[1] = Point(173.246, 330.918);\n    poly262.ps[2] = Point(117.246, 330.918);\n    poly262.ps[3] = Point(117.246, 290.918);\n    ShapeRef *shapeRef262 = new ShapeRef(router, poly262, 262);\n    router->addShape(shapeRef262);\n\n    Polygon poly263(4);\n    poly263.ps[0] = Point(1033.25, 214.918);\n    poly263.ps[1] = Point(1033.25, 254.918);\n    poly263.ps[2] = Point(977.246, 254.918);\n    poly263.ps[3] = Point(977.246, 214.918);\n    ShapeRef *shapeRef263 = new ShapeRef(router, poly263, 263);\n    router->addShape(shapeRef263);\n\n    Polygon poly264(4);\n    poly264.ps[0] = Point(877.246, 214.918);\n    poly264.ps[1] = Point(877.246, 254.918);\n    poly264.ps[2] = Point(821.246, 254.918);\n    poly264.ps[3] = Point(821.246, 214.918);\n    ShapeRef *shapeRef264 = new ShapeRef(router, poly264, 264);\n    router->addShape(shapeRef264);\n\n    Polygon poly265(4);\n    poly265.ps[0] = Point(721.246, 214.918);\n    poly265.ps[1] = Point(721.246, 254.918);\n    poly265.ps[2] = Point(665.246, 254.918);\n    poly265.ps[3] = Point(665.246, 214.918);\n    ShapeRef *shapeRef265 = new ShapeRef(router, poly265, 265);\n    router->addShape(shapeRef265);\n\n    Polygon poly266(4);\n    poly266.ps[0] = Point(565.246, 214.918);\n    poly266.ps[1] = Point(565.246, 254.918);\n    poly266.ps[2] = Point(509.246, 254.918);\n    poly266.ps[3] = Point(509.246, 214.918);\n    ShapeRef *shapeRef266 = new ShapeRef(router, poly266, 266);\n    router->addShape(shapeRef266);\n\n    Polygon poly179(4);\n    poly179.ps[0] = Point(843.246, 538.918);\n    poly179.ps[1] = Point(843.246, 578.918);\n    poly179.ps[2] = Point(803.246, 578.918);\n    poly179.ps[3] = Point(803.246, 538.918);\n    ShapeRef *shapeRef179 = new ShapeRef(router, poly179, 179);\n    router->addShape(shapeRef179);\n\n    Polygon poly180(4);\n    poly180.ps[0] = Point(843.246, 656.918);\n    poly180.ps[1] = Point(843.246, 696.918);\n    poly180.ps[2] = Point(803.246, 696.918);\n    poly180.ps[3] = Point(803.246, 656.918);\n    ShapeRef *shapeRef180 = new ShapeRef(router, poly180, 180);\n    router->addShape(shapeRef180);\n\n    Polygon poly274(4);\n    poly274.ps[0] = Point(1063.25, 494.918);\n    poly274.ps[1] = Point(1063.25, 534.918);\n    poly274.ps[2] = Point(1007.25, 534.918);\n    poly274.ps[3] = Point(1007.25, 494.918);\n    ShapeRef *shapeRef274 = new ShapeRef(router, poly274, 274);\n    router->addShape(shapeRef274);\n\n    Polygon poly275(4);\n    poly275.ps[0] = Point(1063.25, 462.918);\n    poly275.ps[1] = Point(1063.25, 502.918);\n    poly275.ps[2] = Point(1007.25, 502.918);\n    poly275.ps[3] = Point(1007.25, 462.918);\n    ShapeRef *shapeRef275 = new ShapeRef(router, poly275, 275);\n    router->addShape(shapeRef275);\n\n    Polygon poly276(4);\n    poly276.ps[0] = Point(1159.25, 398.918);\n    poly276.ps[1] = Point(1159.25, 438.918);\n    poly276.ps[2] = Point(1103.25, 438.918);\n    poly276.ps[3] = Point(1103.25, 398.918);\n    ShapeRef *shapeRef276 = new ShapeRef(router, poly276, 276);\n    router->addShape(shapeRef276);\n\n    Polygon poly277(4);\n    poly277.ps[0] = Point(1063.25, 398.918);\n    poly277.ps[1] = Point(1063.25, 438.918);\n    poly277.ps[2] = Point(1007.25, 438.918);\n    poly277.ps[3] = Point(1007.25, 398.918);\n    ShapeRef *shapeRef277 = new ShapeRef(router, poly277, 277);\n    router->addShape(shapeRef277);\n\n    Polygon poly278(4);\n    poly278.ps[0] = Point(1063.25, 366.918);\n    poly278.ps[1] = Point(1063.25, 406.918);\n    poly278.ps[2] = Point(1007.25, 406.918);\n    poly278.ps[3] = Point(1007.25, 366.918);\n    ShapeRef *shapeRef278 = new ShapeRef(router, poly278, 278);\n    router->addShape(shapeRef278);\n\n    Polygon poly279(4);\n    poly279.ps[0] = Point(1033.25, 182.918);\n    poly279.ps[1] = Point(1033.25, 222.918);\n    poly279.ps[2] = Point(977.246, 222.918);\n    poly279.ps[3] = Point(977.246, 182.918);\n    ShapeRef *shapeRef279 = new ShapeRef(router, poly279, 279);\n    router->addShape(shapeRef279);\n\n    Polygon poly280(4);\n    poly280.ps[0] = Point(985.246, 172.918);\n    poly280.ps[1] = Point(985.246, 212.918);\n    poly280.ps[2] = Point(929.246, 212.918);\n    poly280.ps[3] = Point(929.246, 172.918);\n    ShapeRef *shapeRef280 = new ShapeRef(router, poly280, 280);\n    router->addShape(shapeRef280);\n\n    Polygon poly281(4);\n    poly281.ps[0] = Point(985.246, 108.918);\n    poly281.ps[1] = Point(985.246, 148.918);\n    poly281.ps[2] = Point(929.246, 148.918);\n    poly281.ps[3] = Point(929.246, 108.918);\n    ShapeRef *shapeRef281 = new ShapeRef(router, poly281, 281);\n    router->addShape(shapeRef281);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(967.246, 612.918);\n    poly65.ps[1] = Point(967.246, 632.918);\n    poly65.ps[2] = Point(947.246, 632.918);\n    poly65.ps[3] = Point(947.246, 612.918);\n    ShapeRef *shapeRef65 = new ShapeRef(router, poly65, 65);\n    router->addShape(shapeRef65);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(859.246, 278.918);\n    poly53.ps[1] = Point(859.246, 298.918);\n    poly53.ps[2] = Point(839.246, 298.918);\n    poly53.ps[3] = Point(839.246, 278.918);\n    ShapeRef *shapeRef53 = new ShapeRef(router, poly53, 53);\n    router->addShape(shapeRef53);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(967.246, 580.918);\n    poly66.ps[1] = Point(967.246, 600.918);\n    poly66.ps[2] = Point(947.246, 600.918);\n    poly66.ps[3] = Point(947.246, 580.918);\n    ShapeRef *shapeRef66 = new ShapeRef(router, poly66, 66);\n    router->addShape(shapeRef66);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(703.246, 278.918);\n    poly54.ps[1] = Point(703.246, 298.918);\n    poly54.ps[2] = Point(683.246, 298.918);\n    poly54.ps[3] = Point(683.246, 278.918);\n    ShapeRef *shapeRef54 = new ShapeRef(router, poly54, 54);\n    router->addShape(shapeRef54);\n\n    Polygon poly171(4);\n    poly171.ps[0] = Point(547.246, 538.918);\n    poly171.ps[1] = Point(547.246, 578.918);\n    poly171.ps[2] = Point(507.246, 578.918);\n    poly171.ps[3] = Point(507.246, 538.918);\n    ShapeRef *shapeRef171 = new ShapeRef(router, poly171, 171);\n    router->addShape(shapeRef171);\n\n    Polygon poly172(4);\n    poly172.ps[0] = Point(547.246, 656.918);\n    poly172.ps[1] = Point(547.246, 696.918);\n    poly172.ps[2] = Point(507.246, 696.918);\n    poly172.ps[3] = Point(507.246, 656.918);\n    ShapeRef *shapeRef172 = new ShapeRef(router, poly172, 172);\n    router->addShape(shapeRef172);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(811.246, 504.918);\n    poly78.ps[1] = Point(811.246, 524.918);\n    poly78.ps[2] = Point(791.246, 524.918);\n    poly78.ps[3] = Point(791.246, 504.918);\n    ShapeRef *shapeRef78 = new ShapeRef(router, poly78, 78);\n    router->addShape(shapeRef78);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(655.246, 268.918);\n    poly95.ps[1] = Point(655.246, 288.918);\n    poly95.ps[2] = Point(635.246, 288.918);\n    poly95.ps[3] = Point(635.246, 268.918);\n    ShapeRef *shapeRef95 = new ShapeRef(router, poly95, 95);\n    router->addShape(shapeRef95);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(77.2456, 312.918);\n    poly156.ps[1] = Point(77.2456, 352.918);\n    poly156.ps[2] = Point(37.2456, 352.918);\n    poly156.ps[3] = Point(37.2456, 312.918);\n    ShapeRef *shapeRef156 = new ShapeRef(router, poly156, 156);\n    router->addShape(shapeRef156);\n\n    Polygon poly187(4);\n    poly187.ps[0] = Point(203.246, 300.918);\n    poly187.ps[1] = Point(203.246, 320.918);\n    poly187.ps[2] = Point(183.246, 320.918);\n    poly187.ps[3] = Point(183.246, 300.918);\n    ShapeRef *shapeRef187 = new ShapeRef(router, poly187, 187);\n    router->addShape(shapeRef187);\n\n    Polygon poly188(4);\n    poly188.ps[0] = Point(343.246, 300.918);\n    poly188.ps[1] = Point(343.246, 320.918);\n    poly188.ps[2] = Point(323.246, 320.918);\n    poly188.ps[3] = Point(323.246, 300.918);\n    ShapeRef *shapeRef188 = new ShapeRef(router, poly188, 188);\n    router->addShape(shapeRef188);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(547.246, 476.951);\n    poly100.ps[1] = Point(547.246, 496.951);\n    poly100.ps[2] = Point(527.246, 496.951);\n    poly100.ps[3] = Point(527.246, 476.951);\n    ShapeRef *shapeRef100 = new ShapeRef(router, poly100, 100);\n    router->addShape(shapeRef100);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(391.246, 278.918);\n    poly56.ps[1] = Point(391.246, 298.918);\n    poly56.ps[2] = Point(371.246, 298.918);\n    poly56.ps[3] = Point(371.246, 278.918);\n    ShapeRef *shapeRef56 = new ShapeRef(router, poly56, 56);\n    router->addShape(shapeRef56);\n\n    Polygon poly220(4);\n    poly220.ps[0] = Point(1243.25, 708.918);\n    poly220.ps[1] = Point(1243.25, 728.918);\n    poly220.ps[2] = Point(1223.25, 728.918);\n    poly220.ps[3] = Point(1223.25, 708.918);\n    ShapeRef *shapeRef220 = new ShapeRef(router, poly220, 220);\n    router->addShape(shapeRef220);\n\n    Polygon poly221(4);\n    poly221.ps[0] = Point(1303.25, 246.918);\n    poly221.ps[1] = Point(1303.25, 266.918);\n    poly221.ps[2] = Point(1283.25, 266.918);\n    poly221.ps[3] = Point(1283.25, 246.918);\n    ShapeRef *shapeRef221 = new ShapeRef(router, poly221, 221);\n    router->addShape(shapeRef221);\n\n    Polygon poly222(4);\n    poly222.ps[0] = Point(1303.25, 634.918);\n    poly222.ps[1] = Point(1303.25, 654.918);\n    poly222.ps[2] = Point(1283.25, 654.918);\n    poly222.ps[3] = Point(1283.25, 634.918);\n    ShapeRef *shapeRef222 = new ShapeRef(router, poly222, 222);\n    router->addShape(shapeRef222);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(859.246, 246.918);\n    poly83.ps[1] = Point(859.246, 266.918);\n    poly83.ps[2] = Point(839.246, 266.918);\n    poly83.ps[3] = Point(839.246, 246.918);\n    ShapeRef *shapeRef83 = new ShapeRef(router, poly83, 83);\n    router->addShape(shapeRef83);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(77.2456, 408.918);\n    poly136.ps[1] = Point(77.2456, 428.918);\n    poly136.ps[2] = Point(57.2456, 428.918);\n    poly136.ps[3] = Point(57.2456, 408.918);\n    ShapeRef *shapeRef136 = new ShapeRef(router, poly136, 136);\n    router->addShape(shapeRef136);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(590.455, 4.91795);\n    poly60.ps[1] = Point(590.455, 64.9179);\n    poly60.ps[2] = Point(312.455, 64.9179);\n    poly60.ps[3] = Point(312.455, 4.91795);\n    ShapeRef *shapeRef60 = new ShapeRef(router, poly60, 60);\n    router->addShape(shapeRef60);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(499.246, 408.918);\n    poly104.ps[1] = Point(499.246, 428.918);\n    poly104.ps[2] = Point(479.246, 428.918);\n    poly104.ps[3] = Point(479.246, 408.918);\n    ShapeRef *shapeRef104 = new ShapeRef(router, poly104, 104);\n    router->addShape(shapeRef104);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(1223.25, 656.918);\n    poly8.ps[1] = Point(1223.25, 696.918);\n    poly8.ps[2] = Point(1183.25, 696.918);\n    poly8.ps[3] = Point(1183.25, 656.918);\n    ShapeRef *shapeRef8 = new ShapeRef(router, poly8, 8);\n    router->addShape(shapeRef8);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(203.246, 612.918);\n    poly121.ps[1] = Point(203.246, 632.918);\n    poly121.ps[2] = Point(183.246, 632.918);\n    poly121.ps[3] = Point(183.246, 612.918);\n    ShapeRef *shapeRef121 = new ShapeRef(router, poly121, 121);\n    router->addShape(shapeRef121);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(222.246, -101.082);\n    poly61.ps[1] = Point(222.246, -41.0821);\n    poly61.ps[2] = Point(-12.7544, -41.0821);\n    poly61.ps[3] = Point(-12.7544, -101.082);\n    ShapeRef *shapeRef61 = new ShapeRef(router, poly61, 61);\n    router->addShape(shapeRef61);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(1047.75, 767.422);\n    poly58.ps[1] = Point(1047.75, 802.422);\n    poly58.ps[2] = Point(910.746, 802.422);\n    poly58.ps[3] = Point(910.746, 767.422);\n    ShapeRef *shapeRef58 = new ShapeRef(router, poly58, 58);\n    router->addShape(shapeRef58);\n\n    Polygon poly248(4);\n    poly248.ps[0] = Point(955.246, 516.918);\n    poly248.ps[1] = Point(955.246, 556.918);\n    poly248.ps[2] = Point(899.246, 556.918);\n    poly248.ps[3] = Point(899.246, 516.918);\n    ShapeRef *shapeRef248 = new ShapeRef(router, poly248, 248);\n    router->addShape(shapeRef248);\n\n    Polygon poly249(4);\n    poly249.ps[0] = Point(799.246, 516.918);\n    poly249.ps[1] = Point(799.246, 556.918);\n    poly249.ps[2] = Point(743.246, 556.918);\n    poly249.ps[3] = Point(743.246, 516.918);\n    ShapeRef *shapeRef249 = new ShapeRef(router, poly249, 249);\n    router->addShape(shapeRef249);\n\n    Polygon poly250(4);\n    poly250.ps[0] = Point(643.246, 516.918);\n    poly250.ps[1] = Point(643.246, 556.918);\n    poly250.ps[2] = Point(587.246, 556.918);\n    poly250.ps[3] = Point(587.246, 516.918);\n    ShapeRef *shapeRef250 = new ShapeRef(router, poly250, 250);\n    router->addShape(shapeRef250);\n\n    Polygon poly251(4);\n    poly251.ps[0] = Point(487.246, 516.918);\n    poly251.ps[1] = Point(487.246, 556.918);\n    poly251.ps[2] = Point(431.246, 556.918);\n    poly251.ps[3] = Point(431.246, 516.918);\n    ShapeRef *shapeRef251 = new ShapeRef(router, poly251, 251);\n    router->addShape(shapeRef251);\n\n    Polygon poly252(4);\n    poly252.ps[0] = Point(331.246, 516.918);\n    poly252.ps[1] = Point(331.246, 556.918);\n    poly252.ps[2] = Point(275.246, 556.918);\n    poly252.ps[3] = Point(275.246, 516.918);\n    ShapeRef *shapeRef252 = new ShapeRef(router, poly252, 252);\n    router->addShape(shapeRef252);\n\n    Polygon poly253(4);\n    poly253.ps[0] = Point(173.246, 516.918);\n    poly253.ps[1] = Point(173.246, 556.918);\n    poly253.ps[2] = Point(117.246, 556.918);\n    poly253.ps[3] = Point(117.246, 516.918);\n    ShapeRef *shapeRef253 = new ShapeRef(router, poly253, 253);\n    router->addShape(shapeRef253);\n\n    Polygon poly231(4);\n    poly231.ps[0] = Point(173.246, 634.918);\n    poly231.ps[1] = Point(173.246, 674.918);\n    poly231.ps[2] = Point(117.246, 674.918);\n    poly231.ps[3] = Point(117.246, 634.918);\n    ShapeRef *shapeRef231 = new ShapeRef(router, poly231, 231);\n    router->addShape(shapeRef231);\n\n    Polygon poly232(4);\n    poly232.ps[0] = Point(907.246, 698.918);\n    poly232.ps[1] = Point(907.246, 738.918);\n    poly232.ps[2] = Point(851.246, 738.918);\n    poly232.ps[3] = Point(851.246, 698.918);\n    ShapeRef *shapeRef232 = new ShapeRef(router, poly232, 232);\n    router->addShape(shapeRef232);\n\n    Polygon poly233(4);\n    poly233.ps[0] = Point(1231.25, 698.918);\n    poly233.ps[1] = Point(1231.25, 738.918);\n    poly233.ps[2] = Point(1175.25, 738.918);\n    poly233.ps[3] = Point(1175.25, 698.918);\n    ShapeRef *shapeRef233 = new ShapeRef(router, poly233, 233);\n    router->addShape(shapeRef233);\n\n    Polygon poly234(4);\n    poly234.ps[0] = Point(1291.25, 698.918);\n    poly234.ps[1] = Point(1291.25, 738.918);\n    poly234.ps[2] = Point(1235.25, 738.918);\n    poly234.ps[3] = Point(1235.25, 698.918);\n    ShapeRef *shapeRef234 = new ShapeRef(router, poly234, 234);\n    router->addShape(shapeRef234);\n\n    Polygon poly235(4);\n    poly235.ps[0] = Point(622.941, 698.918);\n    poly235.ps[1] = Point(622.941, 738.918);\n    poly235.ps[2] = Point(566.941, 738.918);\n    poly235.ps[3] = Point(566.941, 698.918);\n    ShapeRef *shapeRef235 = new ShapeRef(router, poly235, 235);\n    router->addShape(shapeRef235);\n\n    Polygon poly236(4);\n    poly236.ps[0] = Point(479.455, 698.918);\n    poly236.ps[1] = Point(479.455, 738.918);\n    poly236.ps[2] = Point(423.455, 738.918);\n    poly236.ps[3] = Point(423.455, 698.918);\n    ShapeRef *shapeRef236 = new ShapeRef(router, poly236, 236);\n    router->addShape(shapeRef236);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(547.246, 408.918);\n    poly103.ps[1] = Point(547.246, 428.918);\n    poly103.ps[2] = Point(527.246, 428.918);\n    poly103.ps[3] = Point(527.246, 408.918);\n    ShapeRef *shapeRef103 = new ShapeRef(router, poly103, 103);\n    router->addShape(shapeRef103);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(1015.25, 408.918);\n    poly69.ps[1] = Point(1015.25, 428.918);\n    poly69.ps[2] = Point(995.246, 428.918);\n    poly69.ps[3] = Point(995.246, 408.918);\n    ShapeRef *shapeRef69 = new ShapeRef(router, poly69, 69);\n    router->addShape(shapeRef69);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(547.246, 612.918);\n    poly4.ps[1] = Point(547.246, 632.918);\n    poly4.ps[2] = Point(527.246, 632.918);\n    poly4.ps[3] = Point(527.246, 612.918);\n    ShapeRef *shapeRef4 = new ShapeRef(router, poly4, 4);\n    router->addShape(shapeRef4);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(77.2456, 644.918);\n    poly7.ps[1] = Point(77.2456, 664.918);\n    poly7.ps[2] = Point(57.2456, 664.918);\n    poly7.ps[3] = Point(57.2456, 644.918);\n    ShapeRef *shapeRef7 = new ShapeRef(router, poly7, 7);\n    router->addShape(shapeRef7);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(235.246, 644.918);\n    poly33.ps[1] = Point(235.246, 664.918);\n    poly33.ps[2] = Point(215.246, 664.918);\n    poly33.ps[3] = Point(215.246, 644.918);\n    ShapeRef *shapeRef33 = new ShapeRef(router, poly33, 33);\n    router->addShape(shapeRef33);\n\n    Polygon poly380(4);\n    poly380.ps[0] = Point(595.246, 634.918);\n    poly380.ps[1] = Point(595.246, 674.918);\n    poly380.ps[2] = Point(539.246, 674.918);\n    poly380.ps[3] = Point(539.246, 634.918);\n    ShapeRef *shapeRef380 = new ShapeRef(router, poly380, 380);\n    router->addShape(shapeRef380);\n\n    Polygon poly381(4);\n    poly381.ps[0] = Point(751.246, 634.918);\n    poly381.ps[1] = Point(751.246, 674.918);\n    poly381.ps[2] = Point(695.246, 674.918);\n    poly381.ps[3] = Point(695.246, 634.918);\n    ShapeRef *shapeRef381 = new ShapeRef(router, poly381, 381);\n    router->addShape(shapeRef381);\n\n    Polygon poly382(4);\n    poly382.ps[0] = Point(907.246, 634.918);\n    poly382.ps[1] = Point(907.246, 674.918);\n    poly382.ps[2] = Point(851.246, 674.918);\n    poly382.ps[3] = Point(851.246, 634.918);\n    ShapeRef *shapeRef382 = new ShapeRef(router, poly382, 382);\n    router->addShape(shapeRef382);\n\n    Polygon poly383(4);\n    poly383.ps[0] = Point(1063.25, 634.918);\n    poly383.ps[1] = Point(1063.25, 674.918);\n    poly383.ps[2] = Point(1007.25, 674.918);\n    poly383.ps[3] = Point(1007.25, 634.918);\n    ShapeRef *shapeRef383 = new ShapeRef(router, poly383, 383);\n    router->addShape(shapeRef383);\n\n    Polygon poly384(4);\n    poly384.ps[0] = Point(1261.25, 172.918);\n    poly384.ps[1] = Point(1261.25, 212.918);\n    poly384.ps[2] = Point(1205.25, 212.918);\n    poly384.ps[3] = Point(1205.25, 172.918);\n    ShapeRef *shapeRef384 = new ShapeRef(router, poly384, 384);\n    router->addShape(shapeRef384);\n\n    Polygon poly385(4);\n    poly385.ps[0] = Point(1351.25, 398.918);\n    poly385.ps[1] = Point(1351.25, 438.918);\n    poly385.ps[2] = Point(1295.25, 438.918);\n    poly385.ps[3] = Point(1295.25, 398.918);\n    ShapeRef *shapeRef385 = new ShapeRef(router, poly385, 385);\n    router->addShape(shapeRef385);\n\n    Polygon poly386(4);\n    poly386.ps[0] = Point(1351.25, 494.918);\n    poly386.ps[1] = Point(1351.25, 534.918);\n    poly386.ps[2] = Point(1295.25, 534.918);\n    poly386.ps[3] = Point(1295.25, 494.918);\n    ShapeRef *shapeRef386 = new ShapeRef(router, poly386, 386);\n    router->addShape(shapeRef386);\n\n    Polygon poly387(4);\n    poly387.ps[0] = Point(1351.25, 602.918);\n    poly387.ps[1] = Point(1351.25, 642.918);\n    poly387.ps[2] = Point(1295.25, 642.918);\n    poly387.ps[3] = Point(1295.25, 602.918);\n    ShapeRef *shapeRef387 = new ShapeRef(router, poly387, 387);\n    router->addShape(shapeRef387);\n\n    Polygon poly388(4);\n    poly388.ps[0] = Point(1063.25, 698.918);\n    poly388.ps[1] = Point(1063.25, 738.918);\n    poly388.ps[2] = Point(1007.25, 738.918);\n    poly388.ps[3] = Point(1007.25, 698.918);\n    ShapeRef *shapeRef388 = new ShapeRef(router, poly388, 388);\n    router->addShape(shapeRef388);\n\n    Polygon poly389(4);\n    poly389.ps[0] = Point(1063.25, 730.918);\n    poly389.ps[1] = Point(1063.25, 770.918);\n    poly389.ps[2] = Point(1007.25, 770.918);\n    poly389.ps[3] = Point(1007.25, 730.918);\n    ShapeRef *shapeRef389 = new ShapeRef(router, poly389, 389);\n    router->addShape(shapeRef389);\n\n    Polygon poly390(4);\n    poly390.ps[0] = Point(1351.25, 698.918);\n    poly390.ps[1] = Point(1351.25, 738.918);\n    poly390.ps[2] = Point(1295.25, 738.918);\n    poly390.ps[3] = Point(1295.25, 698.918);\n    ShapeRef *shapeRef390 = new ShapeRef(router, poly390, 390);\n    router->addShape(shapeRef390);\n\n    Polygon poly391(4);\n    poly391.ps[0] = Point(1321.25, 182.918);\n    poly391.ps[1] = Point(1321.25, 222.918);\n    poly391.ps[2] = Point(1265.25, 222.918);\n    poly391.ps[3] = Point(1265.25, 182.918);\n    ShapeRef *shapeRef391 = new ShapeRef(router, poly391, 391);\n    router->addShape(shapeRef391);\n\n    Polygon poly392(4);\n    poly392.ps[0] = Point(1447.25, 624.918);\n    poly392.ps[1] = Point(1447.25, 664.918);\n    poly392.ps[2] = Point(1391.25, 664.918);\n    poly392.ps[3] = Point(1391.25, 624.918);\n    ShapeRef *shapeRef392 = new ShapeRef(router, poly392, 392);\n    router->addShape(shapeRef392);\n\n    Polygon poly393(4);\n    poly393.ps[0] = Point(173.246, 226.918);\n    poly393.ps[1] = Point(173.246, 266.918);\n    poly393.ps[2] = Point(117.246, 266.918);\n    poly393.ps[3] = Point(117.246, 226.918);\n    ShapeRef *shapeRef393 = new ShapeRef(router, poly393, 393);\n    router->addShape(shapeRef393);\n\n    Polygon poly394(4);\n    poly394.ps[0] = Point(173.246, 258.918);\n    poly394.ps[1] = Point(173.246, 298.918);\n    poly394.ps[2] = Point(117.246, 298.918);\n    poly394.ps[3] = Point(117.246, 258.918);\n    ShapeRef *shapeRef394 = new ShapeRef(router, poly394, 394);\n    router->addShape(shapeRef394);\n\n    Polygon poly395(4);\n    poly395.ps[0] = Point(372.466, 14.9179);\n    poly395.ps[1] = Point(372.466, 54.9179);\n    poly395.ps[2] = Point(312.466, 54.9179);\n    poly395.ps[3] = Point(312.466, 14.9179);\n    ShapeRef *shapeRef395 = new ShapeRef(router, poly395, 395);\n    router->addShape(shapeRef395);\n\n    Polygon poly396(4);\n    poly396.ps[0] = Point(47.2456, -91.0821);\n    poly396.ps[1] = Point(47.2456, -51.0821);\n    poly396.ps[2] = Point(-12.7544, -51.0821);\n    poly396.ps[3] = Point(-12.7544, -91.0821);\n    ShapeRef *shapeRef396 = new ShapeRef(router, poly396, 396);\n    router->addShape(shapeRef396);\n\n    Polygon poly397(4);\n    poly397.ps[0] = Point(372.466, 66.9179);\n    poly397.ps[1] = Point(372.466, 106.918);\n    poly397.ps[2] = Point(312.466, 106.918);\n    poly397.ps[3] = Point(312.466, 66.9179);\n    ShapeRef *shapeRef397 = new ShapeRef(router, poly397, 397);\n    router->addShape(shapeRef397);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(967.246, 676.918);\n    poly63.ps[1] = Point(967.246, 696.918);\n    poly63.ps[2] = Point(947.246, 696.918);\n    poly63.ps[3] = Point(947.246, 676.918);\n    ShapeRef *shapeRef63 = new ShapeRef(router, poly63, 63);\n    router->addShape(shapeRef63);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(655.246, 472.918);\n    poly90.ps[1] = Point(655.246, 492.918);\n    poly90.ps[2] = Point(635.246, 492.918);\n    poly90.ps[3] = Point(635.246, 472.918);\n    ShapeRef *shapeRef90 = new ShapeRef(router, poly90, 90);\n    router->addShape(shapeRef90);\n\n    Polygon poly282(4);\n    poly282.ps[0] = Point(955.246, 570.918);\n    poly282.ps[1] = Point(955.246, 610.918);\n    poly282.ps[2] = Point(899.246, 610.918);\n    poly282.ps[3] = Point(899.246, 570.918);\n    ShapeRef *shapeRef282 = new ShapeRef(router, poly282, 282);\n    router->addShape(shapeRef282);\n\n    Polygon poly283(4);\n    poly283.ps[0] = Point(907.246, 602.918);\n    poly283.ps[1] = Point(907.246, 642.918);\n    poly283.ps[2] = Point(851.246, 642.918);\n    poly283.ps[3] = Point(851.246, 602.918);\n    ShapeRef *shapeRef283 = new ShapeRef(router, poly283, 283);\n    router->addShape(shapeRef283);\n\n    Polygon poly284(4);\n    poly284.ps[0] = Point(907.246, 570.918);\n    poly284.ps[1] = Point(907.246, 610.918);\n    poly284.ps[2] = Point(851.246, 610.918);\n    poly284.ps[3] = Point(851.246, 570.918);\n    ShapeRef *shapeRef284 = new ShapeRef(router, poly284, 284);\n    router->addShape(shapeRef284);\n\n    Polygon poly285(4);\n    poly285.ps[0] = Point(907.246, 494.918);\n    poly285.ps[1] = Point(907.246, 534.918);\n    poly285.ps[2] = Point(851.246, 534.918);\n    poly285.ps[3] = Point(851.246, 494.918);\n    ShapeRef *shapeRef285 = new ShapeRef(router, poly285, 285);\n    router->addShape(shapeRef285);\n\n    Polygon poly286(4);\n    poly286.ps[0] = Point(907.246, 462.918);\n    poly286.ps[1] = Point(907.246, 502.918);\n    poly286.ps[2] = Point(851.246, 502.918);\n    poly286.ps[3] = Point(851.246, 462.918);\n    ShapeRef *shapeRef286 = new ShapeRef(router, poly286, 286);\n    router->addShape(shapeRef286);\n\n    Polygon poly287(4);\n    poly287.ps[0] = Point(955.246, 398.918);\n    poly287.ps[1] = Point(955.246, 438.918);\n    poly287.ps[2] = Point(899.246, 438.918);\n    poly287.ps[3] = Point(899.246, 398.918);\n    ShapeRef *shapeRef287 = new ShapeRef(router, poly287, 287);\n    router->addShape(shapeRef287);\n\n    Polygon poly288(4);\n    poly288.ps[0] = Point(907.246, 398.918);\n    poly288.ps[1] = Point(907.246, 438.918);\n    poly288.ps[2] = Point(851.246, 438.918);\n    poly288.ps[3] = Point(851.246, 398.918);\n    ShapeRef *shapeRef288 = new ShapeRef(router, poly288, 288);\n    router->addShape(shapeRef288);\n\n    Polygon poly289(4);\n    poly289.ps[0] = Point(907.246, 366.918);\n    poly289.ps[1] = Point(907.246, 406.918);\n    poly289.ps[2] = Point(851.246, 406.918);\n    poly289.ps[3] = Point(851.246, 366.918);\n    ShapeRef *shapeRef289 = new ShapeRef(router, poly289, 289);\n    router->addShape(shapeRef289);\n\n    Polygon poly242(4);\n    poly242.ps[0] = Point(643.246, 634.918);\n    poly242.ps[1] = Point(643.246, 674.918);\n    poly242.ps[2] = Point(587.246, 674.918);\n    poly242.ps[3] = Point(587.246, 634.918);\n    ShapeRef *shapeRef242 = new ShapeRef(router, poly242, 242);\n    router->addShape(shapeRef242);\n\n    Polygon poly243(4);\n    poly243.ps[0] = Point(487.246, 634.918);\n    poly243.ps[1] = Point(487.246, 674.918);\n    poly243.ps[2] = Point(431.246, 674.918);\n    poly243.ps[3] = Point(431.246, 634.918);\n    ShapeRef *shapeRef243 = new ShapeRef(router, poly243, 243);\n    router->addShape(shapeRef243);\n\n    Polygon poly244(4);\n    poly244.ps[0] = Point(331.246, 634.918);\n    poly244.ps[1] = Point(331.246, 674.918);\n    poly244.ps[2] = Point(275.246, 674.918);\n    poly244.ps[3] = Point(275.246, 634.918);\n    ShapeRef *shapeRef244 = new ShapeRef(router, poly244, 244);\n    router->addShape(shapeRef244);\n\n    Polygon poly245(4);\n    poly245.ps[0] = Point(173.246, 602.918);\n    poly245.ps[1] = Point(173.246, 642.918);\n    poly245.ps[2] = Point(117.246, 642.918);\n    poly245.ps[3] = Point(117.246, 602.918);\n    ShapeRef *shapeRef245 = new ShapeRef(router, poly245, 245);\n    router->addShape(shapeRef245);\n\n    Polygon poly246(4);\n    poly246.ps[0] = Point(1447.25, 494.918);\n    poly246.ps[1] = Point(1447.25, 534.918);\n    poly246.ps[2] = Point(1391.25, 534.918);\n    poly246.ps[3] = Point(1391.25, 494.918);\n    ShapeRef *shapeRef246 = new ShapeRef(router, poly246, 246);\n    router->addShape(shapeRef246);\n\n    Polygon poly247(4);\n    poly247.ps[0] = Point(1159.25, 516.918);\n    poly247.ps[1] = Point(1159.25, 556.918);\n    poly247.ps[2] = Point(1103.25, 556.918);\n    poly247.ps[3] = Point(1103.25, 516.918);\n    ShapeRef *shapeRef247 = new ShapeRef(router, poly247, 247);\n    router->addShape(shapeRef247);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(1183.25, 708.918);\n    poly23.ps[1] = Point(1183.25, 728.918);\n    poly23.ps[2] = Point(1163.25, 728.918);\n    poly23.ps[3] = Point(1163.25, 708.918);\n    ShapeRef *shapeRef23 = new ShapeRef(router, poly23, 23);\n    router->addShape(shapeRef23);\n\n    ConnRef *connRef715 = new ConnRef(router, 715);\n    ConnEnd srcPt715(Point(132, 319), 15);\n    connRef715->setSourceEndpoint(srcPt715);\n    ConnEnd dstPt715(Point(57.2456, 332.918), 15);\n    connRef715->setDestEndpoint(dstPt715);\n    connRef715->setRoutingType((ConnType)2);\n\n    ConnRef *connRef716 = new ConnRef(router, 716);\n    ConnEnd srcPt716(Point(1131.25, 622.918), 15);\n    connRef716->setSourceEndpoint(srcPt716);\n    ConnEnd dstPt716(Point(1005.25, 622.918), 15);\n    connRef716->setDestEndpoint(dstPt716);\n    connRef716->setRoutingType((ConnType)2);\n\n    ConnRef *connRef717 = new ConnRef(router, 717);\n    ConnEnd srcPt717(Point(927.246, 622.918), 15);\n    connRef717->setSourceEndpoint(srcPt717);\n    ConnEnd dstPt717(Point(849.246, 622.918), 15);\n    connRef717->setDestEndpoint(dstPt717);\n    connRef717->setRoutingType((ConnType)2);\n\n    ConnRef *connRef718 = new ConnRef(router, 718);\n    ConnEnd srcPt718(Point(771.246, 622.918), 15);\n    connRef718->setSourceEndpoint(srcPt718);\n    ConnEnd dstPt718(Point(693.246, 622.918), 15);\n    connRef718->setDestEndpoint(dstPt718);\n    connRef718->setRoutingType((ConnType)2);\n\n    ConnRef *connRef719 = new ConnRef(router, 719);\n    ConnEnd srcPt719(Point(615.246, 622.918), 15);\n    connRef719->setSourceEndpoint(srcPt719);\n    ConnEnd dstPt719(Point(537.246, 622.918), 15);\n    connRef719->setDestEndpoint(dstPt719);\n    connRef719->setRoutingType((ConnType)2);\n\n    ConnRef *connRef720 = new ConnRef(router, 720);\n    ConnEnd srcPt720(Point(459.246, 622.918), 15);\n    connRef720->setSourceEndpoint(srcPt720);\n    ConnEnd dstPt720(Point(381.246, 622.918), 15);\n    connRef720->setDestEndpoint(dstPt720);\n    connRef720->setRoutingType((ConnType)2);\n\n    ConnRef *connRef721 = new ConnRef(router, 721);\n    ConnEnd srcPt721(Point(303.246, 622.918), 15);\n    connRef721->setSourceEndpoint(srcPt721);\n    ConnEnd dstPt721(Point(225.246, 622.918), 15);\n    connRef721->setDestEndpoint(dstPt721);\n    connRef721->setRoutingType((ConnType)2);\n\n    ConnRef *connRef722 = new ConnRef(router, 722);\n    ConnEnd srcPt722(Point(145.246, 654.918), 15);\n    connRef722->setSourceEndpoint(srcPt722);\n    ConnEnd dstPt722(Point(67.2456, 654.918), 15);\n    connRef722->setDestEndpoint(dstPt722);\n    connRef722->setRoutingType((ConnType)2);\n\n    ConnRef *connRef723 = new ConnRef(router, 723);\n    ConnEnd srcPt723(Point(879.246, 718.918), 15);\n    connRef723->setSourceEndpoint(srcPt723);\n    ConnEnd dstPt723(Point(801.246, 718.918), 15);\n    connRef723->setDestEndpoint(dstPt723);\n    connRef723->setRoutingType((ConnType)2);\n\n    ConnRef *connRef724 = new ConnRef(router, 724);\n    ConnEnd srcPt724(Point(1203.25, 718.918), 15);\n    connRef724->setSourceEndpoint(srcPt724);\n    ConnEnd dstPt724(Point(1161.25, 718.918), 15);\n    connRef724->setDestEndpoint(dstPt724);\n    connRef724->setRoutingType((ConnType)2);\n\n    ConnRef *connRef725 = new ConnRef(router, 725);\n    ConnEnd srcPt725(Point(1263.25, 718.918), 15);\n    connRef725->setSourceEndpoint(srcPt725);\n    ConnEnd dstPt725(Point(1173.25, 718.918), 15);\n    connRef725->setDestEndpoint(dstPt725);\n    connRef725->setRoutingType((ConnType)2);\n\n    ConnRef *connRef726 = new ConnRef(router, 726);\n    ConnEnd srcPt726(Point(594.941, 718.918), 15);\n    connRef726->setSourceEndpoint(srcPt726);\n    ConnEnd dstPt726(Point(527.246, 718.918), 15);\n    connRef726->setDestEndpoint(dstPt726);\n    connRef726->setRoutingType((ConnType)2);\n\n    ConnRef *connRef727 = new ConnRef(router, 727);\n    ConnEnd srcPt727(Point(451.455, 718.918), 15);\n    connRef727->setSourceEndpoint(srcPt727);\n    ConnEnd dstPt727(Point(371.246, 718.918), 15);\n    connRef727->setDestEndpoint(dstPt727);\n    connRef727->setRoutingType((ConnType)2);\n\n    ConnRef *connRef728 = new ConnRef(router, 728);\n    ConnEnd srcPt728(Point(1371.25, 622.918), 15);\n    connRef728->setSourceEndpoint(srcPt728);\n    ConnEnd dstPt728(Point(1371.25, 676.918), 15);\n    connRef728->setDestEndpoint(dstPt728);\n    connRef728->setRoutingType((ConnType)2);\n\n    ConnRef *connRef729 = new ConnRef(router, 729);\n    ConnEnd srcPt729(Point(1419.25, 575.942), 15);\n    connRef729->setSourceEndpoint(srcPt729);\n    ConnEnd dstPt729(Point(1293.25, 575.942), 15);\n    connRef729->setDestEndpoint(dstPt729);\n    connRef729->setRoutingType((ConnType)2);\n\n    ConnRef *connRef730 = new ConnRef(router, 730);\n    ConnEnd srcPt730(Point(1131.25, 654.918), 15);\n    connRef730->setSourceEndpoint(srcPt730);\n    ConnEnd dstPt730(Point(1005.25, 654.918), 15);\n    connRef730->setDestEndpoint(dstPt730);\n    connRef730->setRoutingType((ConnType)2);\n\n    ConnRef *connRef731 = new ConnRef(router, 731);\n    ConnEnd srcPt731(Point(927.246, 654.918), 15);\n    connRef731->setSourceEndpoint(srcPt731);\n    ConnEnd dstPt731(Point(849.246, 654.918), 15);\n    connRef731->setDestEndpoint(dstPt731);\n    connRef731->setRoutingType((ConnType)2);\n\n    ConnRef *connRef732 = new ConnRef(router, 732);\n    ConnEnd srcPt732(Point(771.246, 654.918), 15);\n    connRef732->setSourceEndpoint(srcPt732);\n    ConnEnd dstPt732(Point(693.246, 654.918), 15);\n    connRef732->setDestEndpoint(dstPt732);\n    connRef732->setRoutingType((ConnType)2);\n\n    ConnRef *connRef733 = new ConnRef(router, 733);\n    ConnEnd srcPt733(Point(615.246, 654.918), 15);\n    connRef733->setSourceEndpoint(srcPt733);\n    ConnEnd dstPt733(Point(537.246, 654.918), 15);\n    connRef733->setDestEndpoint(dstPt733);\n    connRef733->setRoutingType((ConnType)2);\n\n    ConnRef *connRef734 = new ConnRef(router, 734);\n    ConnEnd srcPt734(Point(459.246, 654.918), 15);\n    connRef734->setSourceEndpoint(srcPt734);\n    ConnEnd dstPt734(Point(381.246, 654.918), 15);\n    connRef734->setDestEndpoint(dstPt734);\n    connRef734->setRoutingType((ConnType)2);\n\n    ConnRef *connRef735 = new ConnRef(router, 735);\n    ConnEnd srcPt735(Point(303.246, 654.918), 15);\n    connRef735->setSourceEndpoint(srcPt735);\n    ConnEnd dstPt735(Point(225.246, 654.918), 15);\n    connRef735->setDestEndpoint(dstPt735);\n    connRef735->setRoutingType((ConnType)2);\n\n    ConnRef *connRef736 = new ConnRef(router, 736);\n    ConnEnd srcPt736(Point(145.246, 622.918), 15);\n    connRef736->setSourceEndpoint(srcPt736);\n    ConnEnd dstPt736(Point(67.2456, 622.918), 15);\n    connRef736->setDestEndpoint(dstPt736);\n    connRef736->setRoutingType((ConnType)2);\n\n    ConnRef *connRef737 = new ConnRef(router, 737);\n    ConnEnd srcPt737(Point(1419.25, 514.918), 15);\n    connRef737->setSourceEndpoint(srcPt737);\n    ConnEnd dstPt737(Point(1293.25, 514.918), 15);\n    connRef737->setDestEndpoint(dstPt737);\n    connRef737->setRoutingType((ConnType)2);\n\n    ConnRef *connRef738 = new ConnRef(router, 738);\n    ConnEnd srcPt738(Point(1131.25, 536.918), 15);\n    connRef738->setSourceEndpoint(srcPt738);\n    ConnEnd dstPt738(Point(1005.25, 536.918), 15);\n    connRef738->setDestEndpoint(dstPt738);\n    connRef738->setRoutingType((ConnType)2);\n\n    ConnRef *connRef739 = new ConnRef(router, 739);\n    ConnEnd srcPt739(Point(927.246, 536.918), 15);\n    connRef739->setSourceEndpoint(srcPt739);\n    ConnEnd dstPt739(Point(849.246, 536.918), 15);\n    connRef739->setDestEndpoint(dstPt739);\n    connRef739->setRoutingType((ConnType)2);\n\n    ConnRef *connRef740 = new ConnRef(router, 740);\n    ConnEnd srcPt740(Point(771.246, 536.918), 15);\n    connRef740->setSourceEndpoint(srcPt740);\n    ConnEnd dstPt740(Point(693.246, 536.918), 15);\n    connRef740->setDestEndpoint(dstPt740);\n    connRef740->setRoutingType((ConnType)2);\n\n    ConnRef *connRef741 = new ConnRef(router, 741);\n    ConnEnd srcPt741(Point(615.246, 536.918), 15);\n    connRef741->setSourceEndpoint(srcPt741);\n    ConnEnd dstPt741(Point(537.246, 536.918), 15);\n    connRef741->setDestEndpoint(dstPt741);\n    connRef741->setRoutingType((ConnType)2);\n\n    ConnRef *connRef742 = new ConnRef(router, 742);\n    ConnEnd srcPt742(Point(459.246, 536.918), 15);\n    connRef742->setSourceEndpoint(srcPt742);\n    ConnEnd dstPt742(Point(381.246, 536.918), 15);\n    connRef742->setDestEndpoint(dstPt742);\n    connRef742->setRoutingType((ConnType)2);\n\n    ConnRef *connRef743 = new ConnRef(router, 743);\n    ConnEnd srcPt743(Point(303.246, 536.918), 15);\n    connRef743->setSourceEndpoint(srcPt743);\n    ConnEnd dstPt743(Point(225.246, 536.918), 15);\n    connRef743->setDestEndpoint(dstPt743);\n    connRef743->setRoutingType((ConnType)2);\n\n    ConnRef *connRef744 = new ConnRef(router, 744);\n    ConnEnd srcPt744(Point(145.246, 536.918), 15);\n    connRef744->setSourceEndpoint(srcPt744);\n    ConnEnd dstPt744(Point(67.2456, 536.918), 15);\n    connRef744->setDestEndpoint(dstPt744);\n    connRef744->setRoutingType((ConnType)2);\n\n    ConnRef *connRef745 = new ConnRef(router, 745);\n    ConnEnd srcPt745(Point(1293.25, 234.918), 15);\n    connRef745->setSourceEndpoint(srcPt745);\n    ConnEnd dstPt745(Point(1293.25, 288.918), 15);\n    connRef745->setDestEndpoint(dstPt745);\n    connRef745->setRoutingType((ConnType)2);\n\n    ConnRef *connRef746 = new ConnRef(router, 746);\n    ConnEnd srcPt746(Point(1083.25, 622.918), 15);\n    connRef746->setSourceEndpoint(srcPt746);\n    ConnEnd dstPt746(Point(1083.25, 676.918), 15);\n    connRef746->setDestEndpoint(dstPt746);\n    connRef746->setRoutingType((ConnType)2);\n\n    ConnRef *connRef747 = new ConnRef(router, 747);\n    ConnEnd srcPt747(Point(1419.25, 418.918), 15);\n    connRef747->setSourceEndpoint(srcPt747);\n    ConnEnd dstPt747(Point(1293.25, 418.918), 15);\n    connRef747->setDestEndpoint(dstPt747);\n    connRef747->setRoutingType((ConnType)2);\n\n    ConnRef *connRef748 = new ConnRef(router, 748);\n    ConnEnd srcPt748(Point(1419.25, 718.918), 15);\n    connRef748->setSourceEndpoint(srcPt748);\n    ConnEnd dstPt748(Point(1293.25, 718.918), 15);\n    connRef748->setDestEndpoint(dstPt748);\n    connRef748->setRoutingType((ConnType)2);\n\n    ConnRef *connRef749 = new ConnRef(router, 749);\n    ConnEnd srcPt749(Point(1479.25, 718.918), 15);\n    connRef749->setSourceEndpoint(srcPt749);\n    ConnEnd dstPt749(Point(1449.25, 718.918), 15);\n    connRef749->setDestEndpoint(dstPt749);\n    connRef749->setRoutingType((ConnType)2);\n\n    ConnRef *connRef750 = new ConnRef(router, 750);\n    ConnEnd srcPt750(Point(723.246, 718.918), 15);\n    connRef750->setSourceEndpoint(srcPt750);\n    ConnEnd dstPt750(Point(645.246, 718.918), 15);\n    connRef750->setDestEndpoint(dstPt750);\n    connRef750->setRoutingType((ConnType)2);\n\n    ConnRef *connRef751 = new ConnRef(router, 751);\n    ConnEnd srcPt751(Point(927.246, 718.918), 15);\n    connRef751->setSourceEndpoint(srcPt751);\n    ConnEnd dstPt751(Point(849.246, 718.918), 15);\n    connRef751->setDestEndpoint(dstPt751);\n    connRef751->setRoutingType((ConnType)2);\n\n    ConnRef *connRef752 = new ConnRef(router, 752);\n    ConnEnd srcPt752(Point(145.246, 32.9179), 15);\n    connRef752->setSourceEndpoint(srcPt752);\n    ConnEnd dstPt752(Point(67.2456, 32.9179), 15);\n    connRef752->setDestEndpoint(dstPt752);\n    connRef752->setRoutingType((ConnType)2);\n\n    ConnRef *connRef753 = new ConnRef(router, 753);\n    ConnEnd srcPt753(Point(145.246, 310.918), 15);\n    connRef753->setSourceEndpoint(srcPt753);\n    ConnEnd dstPt753(Point(67.2456, 310.918), 15);\n    connRef753->setDestEndpoint(dstPt753);\n    connRef753->setRoutingType((ConnType)2);\n\n    ConnRef *connRef754 = new ConnRef(router, 754);\n    ConnEnd srcPt754(Point(1005.25, 234.918), 15);\n    connRef754->setSourceEndpoint(srcPt754);\n    ConnEnd dstPt754(Point(1005.25, 288.918), 15);\n    connRef754->setDestEndpoint(dstPt754);\n    connRef754->setRoutingType((ConnType)2);\n\n    ConnRef *connRef755 = new ConnRef(router, 755);\n    ConnEnd srcPt755(Point(849.246, 234.918), 15);\n    connRef755->setSourceEndpoint(srcPt755);\n    ConnEnd dstPt755(Point(849.246, 288.918), 15);\n    connRef755->setDestEndpoint(dstPt755);\n    connRef755->setRoutingType((ConnType)2);\n\n    ConnRef *connRef756 = new ConnRef(router, 756);\n    ConnEnd srcPt756(Point(693.246, 234.918), 15);\n    connRef756->setSourceEndpoint(srcPt756);\n    ConnEnd dstPt756(Point(693.246, 288.918), 15);\n    connRef756->setDestEndpoint(dstPt756);\n    connRef756->setRoutingType((ConnType)2);\n\n    ConnRef *connRef757 = new ConnRef(router, 757);\n    ConnEnd srcPt757(Point(537.246, 234.918), 15);\n    connRef757->setSourceEndpoint(srcPt757);\n    ConnEnd dstPt757(Point(537.246, 288.918), 15);\n    connRef757->setDestEndpoint(dstPt757);\n    connRef757->setRoutingType((ConnType)2);\n\n    ConnRef *connRef758 = new ConnRef(router, 758);\n    ConnEnd srcPt758(Point(381.246, 234.918), 15);\n    connRef758->setSourceEndpoint(srcPt758);\n    ConnEnd dstPt758(Point(381.246, 288.918), 15);\n    connRef758->setDestEndpoint(dstPt758);\n    connRef758->setRoutingType((ConnType)2);\n\n    ConnRef *connRef759 = new ConnRef(router, 759);\n    ConnEnd srcPt759(Point(303.246, 288.918), 15);\n    connRef759->setSourceEndpoint(srcPt759);\n    ConnEnd dstPt759(Point(225.246, 288.918), 15);\n    connRef759->setDestEndpoint(dstPt759);\n    connRef759->setRoutingType((ConnType)2);\n\n    ConnRef *connRef760 = new ConnRef(router, 760);\n    ConnEnd srcPt760(Point(1131.25, 718.918), 15);\n    connRef760->setSourceEndpoint(srcPt760);\n    ConnEnd dstPt760(Point(1005.25, 718.918), 15);\n    connRef760->setDestEndpoint(dstPt760);\n    connRef760->setRoutingType((ConnType)2);\n\n    ConnRef *connRef761 = new ConnRef(router, 761);\n    ConnEnd srcPt761(Point(1035.25, 686.918), 15);\n    connRef761->setSourceEndpoint(srcPt761);\n    ConnEnd dstPt761(Point(957.246, 686.918), 15);\n    connRef761->setDestEndpoint(dstPt761);\n    connRef761->setRoutingType((ConnType)2);\n\n    ConnRef *connRef762 = new ConnRef(router, 762);\n    ConnEnd srcPt762(Point(1131.25, 590.918), 15);\n    connRef762->setSourceEndpoint(srcPt762);\n    ConnEnd dstPt762(Point(1005.25, 590.918), 15);\n    connRef762->setDestEndpoint(dstPt762);\n    connRef762->setRoutingType((ConnType)2);\n\n    ConnRef *connRef763 = new ConnRef(router, 763);\n    ConnEnd srcPt763(Point(1035.25, 622.918), 15);\n    connRef763->setSourceEndpoint(srcPt763);\n    ConnEnd dstPt763(Point(957.246, 622.918), 15);\n    connRef763->setDestEndpoint(dstPt763);\n    connRef763->setRoutingType((ConnType)2);\n\n    ConnRef *connRef764 = new ConnRef(router, 764);\n    ConnEnd srcPt764(Point(1035.25, 590.918), 15);\n    connRef764->setSourceEndpoint(srcPt764);\n    ConnEnd dstPt764(Point(957.246, 590.918), 15);\n    connRef764->setDestEndpoint(dstPt764);\n    connRef764->setRoutingType((ConnType)2);\n\n    ConnRef *connRef765 = new ConnRef(router, 765);\n    ConnEnd srcPt765(Point(1035.25, 514.918), 15);\n    connRef765->setSourceEndpoint(srcPt765);\n    ConnEnd dstPt765(Point(957.246, 514.918), 15);\n    connRef765->setDestEndpoint(dstPt765);\n    connRef765->setRoutingType((ConnType)2);\n\n    ConnRef *connRef766 = new ConnRef(router, 766);\n    ConnEnd srcPt766(Point(1035.25, 482.918), 15);\n    connRef766->setSourceEndpoint(srcPt766);\n    ConnEnd dstPt766(Point(957.246, 482.918), 15);\n    connRef766->setDestEndpoint(dstPt766);\n    connRef766->setRoutingType((ConnType)2);\n\n    ConnRef *connRef767 = new ConnRef(router, 767);\n    ConnEnd srcPt767(Point(1131.25, 418.918), 15);\n    connRef767->setSourceEndpoint(srcPt767);\n    ConnEnd dstPt767(Point(1005.25, 418.918), 15);\n    connRef767->setDestEndpoint(dstPt767);\n    connRef767->setRoutingType((ConnType)2);\n\n    ConnRef *connRef768 = new ConnRef(router, 768);\n    ConnEnd srcPt768(Point(1035.25, 418.918), 15);\n    connRef768->setSourceEndpoint(srcPt768);\n    ConnEnd dstPt768(Point(957.246, 418.918), 15);\n    connRef768->setDestEndpoint(dstPt768);\n    connRef768->setRoutingType((ConnType)2);\n\n    ConnRef *connRef769 = new ConnRef(router, 769);\n    ConnEnd srcPt769(Point(1035.25, 386.918), 15);\n    connRef769->setSourceEndpoint(srcPt769);\n    ConnEnd dstPt769(Point(957.246, 386.918), 15);\n    connRef769->setDestEndpoint(dstPt769);\n    connRef769->setRoutingType((ConnType)2);\n\n    ConnRef *connRef770 = new ConnRef(router, 770);\n    ConnEnd srcPt770(Point(1005.25, 202.918), 15);\n    connRef770->setSourceEndpoint(srcPt770);\n    ConnEnd dstPt770(Point(1005.25, 256.918), 15);\n    connRef770->setDestEndpoint(dstPt770);\n    connRef770->setRoutingType((ConnType)2);\n\n    ConnRef *connRef771 = new ConnRef(router, 771);\n    ConnEnd srcPt771(Point(957.246, 192.918), 15);\n    connRef771->setSourceEndpoint(srcPt771);\n    ConnEnd dstPt771(Point(957.246, 278.918), 15);\n    connRef771->setDestEndpoint(dstPt771);\n    connRef771->setRoutingType((ConnType)2);\n\n    ConnRef *connRef772 = new ConnRef(router, 772);\n    ConnEnd srcPt772(Point(957.246, 128.918), 15);\n    connRef772->setSourceEndpoint(srcPt772);\n    ConnEnd dstPt772(Point(957.246, 246.918), 15);\n    connRef772->setDestEndpoint(dstPt772);\n    connRef772->setRoutingType((ConnType)2);\n\n    ConnRef *connRef773 = new ConnRef(router, 773);\n    ConnEnd srcPt773(Point(927.246, 590.918), 15);\n    connRef773->setSourceEndpoint(srcPt773);\n    ConnEnd dstPt773(Point(849.246, 590.918), 15);\n    connRef773->setDestEndpoint(dstPt773);\n    connRef773->setRoutingType((ConnType)2);\n\n    ConnRef *connRef774 = new ConnRef(router, 774);\n    ConnEnd srcPt774(Point(879.246, 622.918), 15);\n    connRef774->setSourceEndpoint(srcPt774);\n    ConnEnd dstPt774(Point(801.246, 622.918), 15);\n    connRef774->setDestEndpoint(dstPt774);\n    connRef774->setRoutingType((ConnType)2);\n\n    ConnRef *connRef775 = new ConnRef(router, 775);\n    ConnEnd srcPt775(Point(879.246, 590.918), 15);\n    connRef775->setSourceEndpoint(srcPt775);\n    ConnEnd dstPt775(Point(801.246, 590.918), 15);\n    connRef775->setDestEndpoint(dstPt775);\n    connRef775->setRoutingType((ConnType)2);\n\n    ConnRef *connRef776 = new ConnRef(router, 776);\n    ConnEnd srcPt776(Point(879.246, 514.918), 15);\n    connRef776->setSourceEndpoint(srcPt776);\n    ConnEnd dstPt776(Point(801.246, 514.918), 15);\n    connRef776->setDestEndpoint(dstPt776);\n    connRef776->setRoutingType((ConnType)2);\n\n    ConnRef *connRef777 = new ConnRef(router, 777);\n    ConnEnd srcPt777(Point(879.246, 482.918), 15);\n    connRef777->setSourceEndpoint(srcPt777);\n    ConnEnd dstPt777(Point(801.246, 482.918), 15);\n    connRef777->setDestEndpoint(dstPt777);\n    connRef777->setRoutingType((ConnType)2);\n\n    ConnRef *connRef778 = new ConnRef(router, 778);\n    ConnEnd srcPt778(Point(927.246, 418.918), 15);\n    connRef778->setSourceEndpoint(srcPt778);\n    ConnEnd dstPt778(Point(849.246, 418.918), 15);\n    connRef778->setDestEndpoint(dstPt778);\n    connRef778->setRoutingType((ConnType)2);\n\n    ConnRef *connRef779 = new ConnRef(router, 779);\n    ConnEnd srcPt779(Point(879.246, 418.918), 15);\n    connRef779->setSourceEndpoint(srcPt779);\n    ConnEnd dstPt779(Point(801.246, 418.918), 15);\n    connRef779->setDestEndpoint(dstPt779);\n    connRef779->setRoutingType((ConnType)2);\n\n    ConnRef *connRef780 = new ConnRef(router, 780);\n    ConnEnd srcPt780(Point(879.246, 386.918), 15);\n    connRef780->setSourceEndpoint(srcPt780);\n    ConnEnd dstPt780(Point(801.246, 386.918), 15);\n    connRef780->setDestEndpoint(dstPt780);\n    connRef780->setRoutingType((ConnType)2);\n\n    ConnRef *connRef781 = new ConnRef(router, 781);\n    ConnEnd srcPt781(Point(849.246, 202.918), 15);\n    connRef781->setSourceEndpoint(srcPt781);\n    ConnEnd dstPt781(Point(849.246, 256.918), 15);\n    connRef781->setDestEndpoint(dstPt781);\n    connRef781->setRoutingType((ConnType)2);\n\n    ConnRef *connRef782 = new ConnRef(router, 782);\n    ConnEnd srcPt782(Point(801.246, 192.918), 15);\n    connRef782->setSourceEndpoint(srcPt782);\n    ConnEnd dstPt782(Point(801.246, 278.918), 15);\n    connRef782->setDestEndpoint(dstPt782);\n    connRef782->setRoutingType((ConnType)2);\n\n    ConnRef *connRef783 = new ConnRef(router, 783);\n    ConnEnd srcPt783(Point(801.246, 128.918), 15);\n    connRef783->setSourceEndpoint(srcPt783);\n    ConnEnd dstPt783(Point(801.246, 246.918), 15);\n    connRef783->setDestEndpoint(dstPt783);\n    connRef783->setRoutingType((ConnType)2);\n\n    ConnRef *connRef784 = new ConnRef(router, 784);\n    ConnEnd srcPt784(Point(771.246, 590.918), 15);\n    connRef784->setSourceEndpoint(srcPt784);\n    ConnEnd dstPt784(Point(693.246, 590.918), 15);\n    connRef784->setDestEndpoint(dstPt784);\n    connRef784->setRoutingType((ConnType)2);\n\n    ConnRef *connRef785 = new ConnRef(router, 785);\n    ConnEnd srcPt785(Point(723.246, 622.918), 15);\n    connRef785->setSourceEndpoint(srcPt785);\n    ConnEnd dstPt785(Point(645.246, 622.918), 15);\n    connRef785->setDestEndpoint(dstPt785);\n    connRef785->setRoutingType((ConnType)2);\n\n    ConnRef *connRef786 = new ConnRef(router, 786);\n    ConnEnd srcPt786(Point(723.246, 590.918), 15);\n    connRef786->setSourceEndpoint(srcPt786);\n    ConnEnd dstPt786(Point(645.246, 590.918), 15);\n    connRef786->setDestEndpoint(dstPt786);\n    connRef786->setRoutingType((ConnType)2);\n\n    ConnRef *connRef787 = new ConnRef(router, 787);\n    ConnEnd srcPt787(Point(723.246, 514.918), 15);\n    connRef787->setSourceEndpoint(srcPt787);\n    ConnEnd dstPt787(Point(645.246, 514.918), 15);\n    connRef787->setDestEndpoint(dstPt787);\n    connRef787->setRoutingType((ConnType)2);\n\n    ConnRef *connRef788 = new ConnRef(router, 788);\n    ConnEnd srcPt788(Point(723.246, 482.918), 15);\n    connRef788->setSourceEndpoint(srcPt788);\n    ConnEnd dstPt788(Point(645.246, 482.918), 15);\n    connRef788->setDestEndpoint(dstPt788);\n    connRef788->setRoutingType((ConnType)2);\n\n    ConnRef *connRef789 = new ConnRef(router, 789);\n    ConnEnd srcPt789(Point(771.246, 418.918), 15);\n    connRef789->setSourceEndpoint(srcPt789);\n    ConnEnd dstPt789(Point(693.246, 418.918), 15);\n    connRef789->setDestEndpoint(dstPt789);\n    connRef789->setRoutingType((ConnType)2);\n\n    ConnRef *connRef790 = new ConnRef(router, 790);\n    ConnEnd srcPt790(Point(723.246, 418.918), 15);\n    connRef790->setSourceEndpoint(srcPt790);\n    ConnEnd dstPt790(Point(645.246, 418.918), 15);\n    connRef790->setDestEndpoint(dstPt790);\n    connRef790->setRoutingType((ConnType)2);\n\n    ConnRef *connRef791 = new ConnRef(router, 791);\n    ConnEnd srcPt791(Point(723.246, 386.918), 15);\n    connRef791->setSourceEndpoint(srcPt791);\n    ConnEnd dstPt791(Point(645.246, 386.918), 15);\n    connRef791->setDestEndpoint(dstPt791);\n    connRef791->setRoutingType((ConnType)2);\n\n    ConnRef *connRef792 = new ConnRef(router, 792);\n    ConnEnd srcPt792(Point(693.246, 202.918), 15);\n    connRef792->setSourceEndpoint(srcPt792);\n    ConnEnd dstPt792(Point(693.246, 256.918), 15);\n    connRef792->setDestEndpoint(dstPt792);\n    connRef792->setRoutingType((ConnType)2);\n\n    ConnRef *connRef793 = new ConnRef(router, 793);\n    ConnEnd srcPt793(Point(645.246, 192.918), 15);\n    connRef793->setSourceEndpoint(srcPt793);\n    ConnEnd dstPt793(Point(645.246, 278.918), 15);\n    connRef793->setDestEndpoint(dstPt793);\n    connRef793->setRoutingType((ConnType)2);\n\n    ConnRef *connRef794 = new ConnRef(router, 794);\n    ConnEnd srcPt794(Point(645.246, 128.918), 15);\n    connRef794->setSourceEndpoint(srcPt794);\n    ConnEnd dstPt794(Point(645.246, 246.918), 15);\n    connRef794->setDestEndpoint(dstPt794);\n    connRef794->setRoutingType((ConnType)2);\n\n    ConnRef *connRef795 = new ConnRef(router, 795);\n    ConnEnd srcPt795(Point(615.246, 590.918), 15);\n    connRef795->setSourceEndpoint(srcPt795);\n    ConnEnd dstPt795(Point(537.246, 590.918), 15);\n    connRef795->setDestEndpoint(dstPt795);\n    connRef795->setRoutingType((ConnType)2);\n\n    ConnRef *connRef796 = new ConnRef(router, 796);\n    ConnEnd srcPt796(Point(567.246, 622.918), 15);\n    connRef796->setSourceEndpoint(srcPt796);\n    ConnEnd dstPt796(Point(489.246, 622.918), 15);\n    connRef796->setDestEndpoint(dstPt796);\n    connRef796->setRoutingType((ConnType)2);\n\n    ConnRef *connRef797 = new ConnRef(router, 797);\n    ConnEnd srcPt797(Point(567.246, 590.918), 15);\n    connRef797->setSourceEndpoint(srcPt797);\n    ConnEnd dstPt797(Point(489.246, 590.918), 15);\n    connRef797->setDestEndpoint(dstPt797);\n    connRef797->setRoutingType((ConnType)2);\n\n    ConnRef *connRef798 = new ConnRef(router, 798);\n    ConnEnd srcPt798(Point(615.246, 486.951), 15);\n    connRef798->setSourceEndpoint(srcPt798);\n    ConnEnd dstPt798(Point(537.246, 486.951), 15);\n    connRef798->setDestEndpoint(dstPt798);\n    connRef798->setRoutingType((ConnType)2);\n\n    ConnRef *connRef799 = new ConnRef(router, 799);\n    ConnEnd srcPt799(Point(567.246, 514.918), 15);\n    connRef799->setSourceEndpoint(srcPt799);\n    ConnEnd dstPt799(Point(489.246, 514.918), 15);\n    connRef799->setDestEndpoint(dstPt799);\n    connRef799->setRoutingType((ConnType)2);\n\n    ConnRef *connRef800 = new ConnRef(router, 800);\n    ConnEnd srcPt800(Point(567.246, 482.918), 15);\n    connRef800->setSourceEndpoint(srcPt800);\n    ConnEnd dstPt800(Point(489.246, 482.918), 15);\n    connRef800->setDestEndpoint(dstPt800);\n    connRef800->setRoutingType((ConnType)2);\n\n    ConnRef *connRef801 = new ConnRef(router, 801);\n    ConnEnd srcPt801(Point(615.246, 418.918), 15);\n    connRef801->setSourceEndpoint(srcPt801);\n    ConnEnd dstPt801(Point(537.246, 418.918), 15);\n    connRef801->setDestEndpoint(dstPt801);\n    connRef801->setRoutingType((ConnType)2);\n\n    ConnRef *connRef802 = new ConnRef(router, 802);\n    ConnEnd srcPt802(Point(567.246, 418.918), 15);\n    connRef802->setSourceEndpoint(srcPt802);\n    ConnEnd dstPt802(Point(489.246, 418.918), 15);\n    connRef802->setDestEndpoint(dstPt802);\n    connRef802->setRoutingType((ConnType)2);\n\n    ConnRef *connRef803 = new ConnRef(router, 803);\n    ConnEnd srcPt803(Point(567.246, 386.918), 15);\n    connRef803->setSourceEndpoint(srcPt803);\n    ConnEnd dstPt803(Point(489.246, 386.918), 15);\n    connRef803->setDestEndpoint(dstPt803);\n    connRef803->setRoutingType((ConnType)2);\n\n    ConnRef *connRef804 = new ConnRef(router, 804);\n    ConnEnd srcPt804(Point(537.246, 202.918), 15);\n    connRef804->setSourceEndpoint(srcPt804);\n    ConnEnd dstPt804(Point(537.246, 256.918), 15);\n    connRef804->setDestEndpoint(dstPt804);\n    connRef804->setRoutingType((ConnType)2);\n\n    ConnRef *connRef805 = new ConnRef(router, 805);\n    ConnEnd srcPt805(Point(489.246, 192.918), 15);\n    connRef805->setSourceEndpoint(srcPt805);\n    ConnEnd dstPt805(Point(489.246, 278.918), 15);\n    connRef805->setDestEndpoint(dstPt805);\n    connRef805->setRoutingType((ConnType)2);\n\n    ConnRef *connRef806 = new ConnRef(router, 806);\n    ConnEnd srcPt806(Point(489.246, 128.918), 15);\n    connRef806->setSourceEndpoint(srcPt806);\n    ConnEnd dstPt806(Point(489.246, 246.918), 15);\n    connRef806->setDestEndpoint(dstPt806);\n    connRef806->setRoutingType((ConnType)2);\n\n    ConnRef *connRef807 = new ConnRef(router, 807);\n    ConnEnd srcPt807(Point(459.246, 590.918), 15);\n    connRef807->setSourceEndpoint(srcPt807);\n    ConnEnd dstPt807(Point(381.246, 590.918), 15);\n    connRef807->setDestEndpoint(dstPt807);\n    connRef807->setRoutingType((ConnType)2);\n\n    ConnRef *connRef808 = new ConnRef(router, 808);\n    ConnEnd srcPt808(Point(411.246, 622.918), 15);\n    connRef808->setSourceEndpoint(srcPt808);\n    ConnEnd dstPt808(Point(333.246, 622.918), 15);\n    connRef808->setDestEndpoint(dstPt808);\n    connRef808->setRoutingType((ConnType)2);\n\n    ConnRef *connRef809 = new ConnRef(router, 809);\n    ConnEnd srcPt809(Point(411.246, 590.918), 15);\n    connRef809->setSourceEndpoint(srcPt809);\n    ConnEnd dstPt809(Point(333.246, 590.918), 15);\n    connRef809->setDestEndpoint(dstPt809);\n    connRef809->setRoutingType((ConnType)2);\n\n    ConnRef *connRef810 = new ConnRef(router, 810);\n    ConnEnd srcPt810(Point(411.246, 514.918), 15);\n    connRef810->setSourceEndpoint(srcPt810);\n    ConnEnd dstPt810(Point(333.246, 514.918), 15);\n    connRef810->setDestEndpoint(dstPt810);\n    connRef810->setRoutingType((ConnType)2);\n\n    ConnRef *connRef811 = new ConnRef(router, 811);\n    ConnEnd srcPt811(Point(411.246, 482.918), 15);\n    connRef811->setSourceEndpoint(srcPt811);\n    ConnEnd dstPt811(Point(333.246, 482.918), 15);\n    connRef811->setDestEndpoint(dstPt811);\n    connRef811->setRoutingType((ConnType)2);\n\n    ConnRef *connRef812 = new ConnRef(router, 812);\n    ConnEnd srcPt812(Point(459.246, 418.918), 15);\n    connRef812->setSourceEndpoint(srcPt812);\n    ConnEnd dstPt812(Point(381.246, 418.918), 15);\n    connRef812->setDestEndpoint(dstPt812);\n    connRef812->setRoutingType((ConnType)2);\n\n    ConnRef *connRef813 = new ConnRef(router, 813);\n    ConnEnd srcPt813(Point(411.246, 418.918), 15);\n    connRef813->setSourceEndpoint(srcPt813);\n    ConnEnd dstPt813(Point(333.246, 418.918), 15);\n    connRef813->setDestEndpoint(dstPt813);\n    connRef813->setRoutingType((ConnType)2);\n\n    ConnRef *connRef814 = new ConnRef(router, 814);\n    ConnEnd srcPt814(Point(411.246, 386.918), 15);\n    connRef814->setSourceEndpoint(srcPt814);\n    ConnEnd dstPt814(Point(333.246, 386.918), 15);\n    connRef814->setDestEndpoint(dstPt814);\n    connRef814->setRoutingType((ConnType)2);\n\n    ConnRef *connRef815 = new ConnRef(router, 815);\n    ConnEnd srcPt815(Point(381.246, 202.918), 15);\n    connRef815->setSourceEndpoint(srcPt815);\n    ConnEnd dstPt815(Point(381.246, 256.918), 15);\n    connRef815->setDestEndpoint(dstPt815);\n    connRef815->setRoutingType((ConnType)2);\n\n    ConnRef *connRef816 = new ConnRef(router, 816);\n    ConnEnd srcPt816(Point(333.246, 192.918), 15);\n    connRef816->setSourceEndpoint(srcPt816);\n    ConnEnd dstPt816(Point(333.246, 278.918), 15);\n    connRef816->setDestEndpoint(dstPt816);\n    connRef816->setRoutingType((ConnType)2);\n\n    ConnRef *connRef817 = new ConnRef(router, 817);\n    ConnEnd srcPt817(Point(333.246, 128.918), 15);\n    connRef817->setSourceEndpoint(srcPt817);\n    ConnEnd dstPt817(Point(333.246, 246.918), 15);\n    connRef817->setDestEndpoint(dstPt817);\n    connRef817->setRoutingType((ConnType)2);\n\n    ConnRef *connRef818 = new ConnRef(router, 818);\n    ConnEnd srcPt818(Point(303.246, 590.918), 15);\n    connRef818->setSourceEndpoint(srcPt818);\n    ConnEnd dstPt818(Point(225.246, 590.918), 15);\n    connRef818->setDestEndpoint(dstPt818);\n    connRef818->setRoutingType((ConnType)2);\n\n    ConnRef *connRef819 = new ConnRef(router, 819);\n    ConnEnd srcPt819(Point(255.246, 622.918), 15);\n    connRef819->setSourceEndpoint(srcPt819);\n    ConnEnd dstPt819(Point(193.246, 622.918), 15);\n    connRef819->setDestEndpoint(dstPt819);\n    connRef819->setRoutingType((ConnType)2);\n\n    ConnRef *connRef820 = new ConnRef(router, 820);\n    ConnEnd srcPt820(Point(255.246, 590.918), 15);\n    connRef820->setSourceEndpoint(srcPt820);\n    ConnEnd dstPt820(Point(193.246, 590.918), 15);\n    connRef820->setDestEndpoint(dstPt820);\n    connRef820->setRoutingType((ConnType)2);\n\n    ConnRef *connRef821 = new ConnRef(router, 821);\n    ConnEnd srcPt821(Point(255.246, 514.918), 15);\n    connRef821->setSourceEndpoint(srcPt821);\n    ConnEnd dstPt821(Point(193.246, 514.918), 15);\n    connRef821->setDestEndpoint(dstPt821);\n    connRef821->setRoutingType((ConnType)2);\n\n    ConnRef *connRef822 = new ConnRef(router, 822);\n    ConnEnd srcPt822(Point(255.246, 482.918), 15);\n    connRef822->setSourceEndpoint(srcPt822);\n    ConnEnd dstPt822(Point(193.246, 482.918), 15);\n    connRef822->setDestEndpoint(dstPt822);\n    connRef822->setRoutingType((ConnType)2);\n\n    ConnRef *connRef823 = new ConnRef(router, 823);\n    ConnEnd srcPt823(Point(303.246, 418.918), 15);\n    connRef823->setSourceEndpoint(srcPt823);\n    ConnEnd dstPt823(Point(225.246, 418.918), 15);\n    connRef823->setDestEndpoint(dstPt823);\n    connRef823->setRoutingType((ConnType)2);\n\n    ConnRef *connRef824 = new ConnRef(router, 824);\n    ConnEnd srcPt824(Point(255.246, 418.918), 15);\n    connRef824->setSourceEndpoint(srcPt824);\n    ConnEnd dstPt824(Point(193.246, 418.918), 15);\n    connRef824->setDestEndpoint(dstPt824);\n    connRef824->setRoutingType((ConnType)2);\n\n    ConnRef *connRef825 = new ConnRef(router, 825);\n    ConnEnd srcPt825(Point(255.246, 386.918), 15);\n    connRef825->setSourceEndpoint(srcPt825);\n    ConnEnd dstPt825(Point(193.246, 386.918), 15);\n    connRef825->setDestEndpoint(dstPt825);\n    connRef825->setRoutingType((ConnType)2);\n\n    ConnRef *connRef826 = new ConnRef(router, 826);\n    ConnEnd srcPt826(Point(303.246, 256.918), 15);\n    connRef826->setSourceEndpoint(srcPt826);\n    ConnEnd dstPt826(Point(225.246, 256.918), 15);\n    connRef826->setDestEndpoint(dstPt826);\n    connRef826->setRoutingType((ConnType)2);\n\n    ConnRef *connRef827 = new ConnRef(router, 827);\n    ConnEnd srcPt827(Point(193.246, 128.918), 15);\n    connRef827->setSourceEndpoint(srcPt827);\n    ConnEnd dstPt827(Point(193.246, 246.918), 15);\n    connRef827->setDestEndpoint(dstPt827);\n    connRef827->setRoutingType((ConnType)2);\n\n    ConnRef *connRef828 = new ConnRef(router, 828);\n    ConnEnd srcPt828(Point(193.246, 192.918), 15);\n    connRef828->setSourceEndpoint(srcPt828);\n    ConnEnd dstPt828(Point(193.246, 278.918), 15);\n    connRef828->setDestEndpoint(dstPt828);\n    connRef828->setRoutingType((ConnType)2);\n\n    ConnRef *connRef829 = new ConnRef(router, 829);\n    ConnEnd srcPt829(Point(145.246, 590.918), 15);\n    connRef829->setSourceEndpoint(srcPt829);\n    ConnEnd dstPt829(Point(67.2456, 590.918), 15);\n    connRef829->setDestEndpoint(dstPt829);\n    connRef829->setRoutingType((ConnType)2);\n\n    ConnRef *connRef830 = new ConnRef(router, 830);\n    ConnEnd srcPt830(Point(97.2456, 622.918), 15);\n    connRef830->setSourceEndpoint(srcPt830);\n    ConnEnd dstPt830(Point(17.2456, 622.918), 15);\n    connRef830->setDestEndpoint(dstPt830);\n    connRef830->setRoutingType((ConnType)2);\n\n    ConnRef *connRef831 = new ConnRef(router, 831);\n    ConnEnd srcPt831(Point(97.2456, 590.918), 15);\n    connRef831->setSourceEndpoint(srcPt831);\n    ConnEnd dstPt831(Point(17.2456, 590.918), 15);\n    connRef831->setDestEndpoint(dstPt831);\n    connRef831->setRoutingType((ConnType)2);\n\n    ConnRef *connRef832 = new ConnRef(router, 832);\n    ConnEnd srcPt832(Point(97.2456, 514.918), 15);\n    connRef832->setSourceEndpoint(srcPt832);\n    ConnEnd dstPt832(Point(17.2456, 514.918), 15);\n    connRef832->setDestEndpoint(dstPt832);\n    connRef832->setRoutingType((ConnType)2);\n\n    ConnRef *connRef833 = new ConnRef(router, 833);\n    ConnEnd srcPt833(Point(97.2456, 482.918), 15);\n    connRef833->setSourceEndpoint(srcPt833);\n    ConnEnd dstPt833(Point(17.2456, 482.918), 15);\n    connRef833->setDestEndpoint(dstPt833);\n    connRef833->setRoutingType((ConnType)2);\n\n    ConnRef *connRef834 = new ConnRef(router, 834);\n    ConnEnd srcPt834(Point(145.246, 418.918), 15);\n    connRef834->setSourceEndpoint(srcPt834);\n    ConnEnd dstPt834(Point(67.2456, 418.918), 15);\n    connRef834->setDestEndpoint(dstPt834);\n    connRef834->setRoutingType((ConnType)2);\n\n    ConnRef *connRef835 = new ConnRef(router, 835);\n    ConnEnd srcPt835(Point(97.2456, 418.918), 15);\n    connRef835->setSourceEndpoint(srcPt835);\n    ConnEnd dstPt835(Point(17.2456, 418.918), 15);\n    connRef835->setDestEndpoint(dstPt835);\n    connRef835->setRoutingType((ConnType)2);\n\n    ConnRef *connRef836 = new ConnRef(router, 836);\n    ConnEnd srcPt836(Point(97.2456, 386.918), 15);\n    connRef836->setSourceEndpoint(srcPt836);\n    ConnEnd dstPt836(Point(17.2456, 386.918), 15);\n    connRef836->setDestEndpoint(dstPt836);\n    connRef836->setRoutingType((ConnType)2);\n\n    ConnRef *connRef837 = new ConnRef(router, 837);\n    ConnEnd srcPt837(Point(17.2456, 192.918), 15);\n    connRef837->setSourceEndpoint(srcPt837);\n    ConnEnd dstPt837(Point(17.2456, 278.918), 15);\n    connRef837->setDestEndpoint(dstPt837);\n    connRef837->setRoutingType((ConnType)2);\n\n    ConnRef *connRef838 = new ConnRef(router, 838);\n    ConnEnd srcPt838(Point(17.2456, 128.918), 15);\n    connRef838->setSourceEndpoint(srcPt838);\n    ConnEnd dstPt838(Point(17.2456, 246.918), 15);\n    connRef838->setDestEndpoint(dstPt838);\n    connRef838->setRoutingType((ConnType)2);\n\n    ConnRef *connRef839 = new ConnRef(router, 839);\n    ConnEnd srcPt839(Point(285.246, 170.918), 15);\n    connRef839->setSourceEndpoint(srcPt839);\n    ConnEnd dstPt839(Point(244.976, 170.918), 15);\n    connRef839->setDestEndpoint(dstPt839);\n    connRef839->setRoutingType((ConnType)2);\n\n    ConnRef *connRef840 = new ConnRef(router, 840);\n    ConnEnd srcPt840(Point(237.246, 86.9179), 15);\n    connRef840->setSourceEndpoint(srcPt840);\n    ConnEnd dstPt840(Point(145.246, 86.9179), 15);\n    connRef840->setDestEndpoint(dstPt840);\n    connRef840->setRoutingType((ConnType)2);\n\n    ConnRef *connRef841 = new ConnRef(router, 841);\n    ConnEnd srcPt841(Point(237.246, 54.9179), 15);\n    connRef841->setSourceEndpoint(srcPt841);\n    ConnEnd dstPt841(Point(145.246, 54.9179), 15);\n    connRef841->setDestEndpoint(dstPt841);\n    connRef841->setRoutingType((ConnType)2);\n\n    ConnRef *connRef842 = new ConnRef(router, 842);\n    ConnEnd srcPt842(Point(97.2456, 170.918), 15);\n    connRef842->setSourceEndpoint(srcPt842);\n    ConnEnd dstPt842(Point(17.2456, 170.918), 15);\n    connRef842->setDestEndpoint(dstPt842);\n    connRef842->setRoutingType((ConnType)2);\n\n    ConnRef *connRef843 = new ConnRef(router, 843);\n    ConnEnd srcPt843(Point(97.2456, 32.9179), 15);\n    connRef843->setSourceEndpoint(srcPt843);\n    ConnEnd dstPt843(Point(17.2456, 32.9179), 15);\n    connRef843->setDestEndpoint(dstPt843);\n    connRef843->setRoutingType((ConnType)2);\n\n    ConnRef *connRef844 = new ConnRef(router, 844);\n    ConnEnd srcPt844(Point(97.2456, 0.917947), 15);\n    connRef844->setSourceEndpoint(srcPt844);\n    ConnEnd dstPt844(Point(17.2456, 0.917947), 15);\n    connRef844->setDestEndpoint(dstPt844);\n    connRef844->setRoutingType((ConnType)2);\n\n    ConnRef *connRef845 = new ConnRef(router, 845);\n    ConnEnd srcPt845(Point(380.962, -29.0821), 15);\n    connRef845->setSourceEndpoint(srcPt845);\n    ConnEnd dstPt845(Point(319.219, -29.0821), 15);\n    connRef845->setDestEndpoint(dstPt845);\n    connRef845->setRoutingType((ConnType)2);\n\n    ConnRef *connRef846 = new ConnRef(router, 846);\n    ConnEnd srcPt846(Point(279.219, -29.0821), 15);\n    connRef846->setSourceEndpoint(srcPt846);\n    ConnEnd dstPt846(Point(197.246, -29.0821), 15);\n    connRef846->setDestEndpoint(dstPt846);\n    connRef846->setRoutingType((ConnType)2);\n\n    ConnRef *connRef847 = new ConnRef(router, 847);\n    ConnEnd srcPt847(Point(97.2456, 310.918), 15);\n    connRef847->setSourceEndpoint(srcPt847);\n    ConnEnd dstPt847(Point(17.2456, 310.918), 15);\n    connRef847->setDestEndpoint(dstPt847);\n    connRef847->setRoutingType((ConnType)2);\n\n    ConnRef *connRef848 = new ConnRef(router, 848);\n    ConnEnd srcPt848(Point(193.246, 224.918), 15);\n    connRef848->setSourceEndpoint(srcPt848);\n    ConnEnd dstPt848(Point(193.246, 310.918), 15);\n    connRef848->setDestEndpoint(dstPt848);\n    connRef848->setRoutingType((ConnType)2);\n\n    ConnRef *connRef849 = new ConnRef(router, 849);\n    ConnEnd srcPt849(Point(333.246, 224.918), 15);\n    connRef849->setSourceEndpoint(srcPt849);\n    ConnEnd dstPt849(Point(333.246, 310.918), 15);\n    connRef849->setDestEndpoint(dstPt849);\n    connRef849->setRoutingType((ConnType)2);\n\n    ConnRef *connRef850 = new ConnRef(router, 850);\n    ConnEnd srcPt850(Point(489.246, 224.918), 15);\n    connRef850->setSourceEndpoint(srcPt850);\n    ConnEnd dstPt850(Point(489.246, 310.918), 15);\n    connRef850->setDestEndpoint(dstPt850);\n    connRef850->setRoutingType((ConnType)2);\n\n    ConnRef *connRef851 = new ConnRef(router, 851);\n    ConnEnd srcPt851(Point(645.246, 224.918), 15);\n    connRef851->setSourceEndpoint(srcPt851);\n    ConnEnd dstPt851(Point(645.246, 310.918), 15);\n    connRef851->setDestEndpoint(dstPt851);\n    connRef851->setRoutingType((ConnType)2);\n\n    ConnRef *connRef852 = new ConnRef(router, 852);\n    ConnEnd srcPt852(Point(801.246, 224.918), 15);\n    connRef852->setSourceEndpoint(srcPt852);\n    ConnEnd dstPt852(Point(801.246, 310.918), 15);\n    connRef852->setDestEndpoint(dstPt852);\n    connRef852->setRoutingType((ConnType)2);\n\n    ConnRef *connRef853 = new ConnRef(router, 853);\n    ConnEnd srcPt853(Point(957.246, 224.918), 15);\n    connRef853->setSourceEndpoint(srcPt853);\n    ConnEnd dstPt853(Point(957.246, 310.918), 15);\n    connRef853->setDestEndpoint(dstPt853);\n    connRef853->setRoutingType((ConnType)2);\n\n    ConnRef *connRef854 = new ConnRef(router, 854);\n    ConnEnd srcPt854(Point(17.2456, 364.918), 15);\n    connRef854->setSourceEndpoint(srcPt854);\n    ConnEnd dstPt854(Point(17.2456, 450.918), 15);\n    connRef854->setDestEndpoint(dstPt854);\n    connRef854->setRoutingType((ConnType)2);\n\n    ConnRef *connRef855 = new ConnRef(router, 855);\n    ConnEnd srcPt855(Point(255.246, 450.918), 15);\n    connRef855->setSourceEndpoint(srcPt855);\n    ConnEnd dstPt855(Point(193.246, 450.918), 15);\n    connRef855->setDestEndpoint(dstPt855);\n    connRef855->setRoutingType((ConnType)2);\n\n    ConnRef *connRef856 = new ConnRef(router, 856);\n    ConnEnd srcPt856(Point(411.246, 450.918), 15);\n    connRef856->setSourceEndpoint(srcPt856);\n    ConnEnd dstPt856(Point(333.246, 450.918), 15);\n    connRef856->setDestEndpoint(dstPt856);\n    connRef856->setRoutingType((ConnType)2);\n\n    ConnRef *connRef857 = new ConnRef(router, 857);\n    ConnEnd srcPt857(Point(567.246, 450.918), 15);\n    connRef857->setSourceEndpoint(srcPt857);\n    ConnEnd dstPt857(Point(489.246, 450.918), 15);\n    connRef857->setDestEndpoint(dstPt857);\n    connRef857->setRoutingType((ConnType)2);\n\n    ConnRef *connRef858 = new ConnRef(router, 858);\n    ConnEnd srcPt858(Point(879.246, 450.918), 15);\n    connRef858->setSourceEndpoint(srcPt858);\n    ConnEnd dstPt858(Point(801.246, 450.918), 15);\n    connRef858->setDestEndpoint(dstPt858);\n    connRef858->setRoutingType((ConnType)2);\n\n    ConnRef *connRef859 = new ConnRef(router, 859);\n    ConnEnd srcPt859(Point(1035.25, 450.918), 15);\n    connRef859->setSourceEndpoint(srcPt859);\n    ConnEnd dstPt859(Point(957.246, 450.918), 15);\n    connRef859->setDestEndpoint(dstPt859);\n    connRef859->setRoutingType((ConnType)2);\n\n    ConnRef *connRef860 = new ConnRef(router, 860);\n    ConnEnd srcPt860(Point(723.246, 450.918), 15);\n    connRef860->setSourceEndpoint(srcPt860);\n    ConnEnd dstPt860(Point(645.246, 450.918), 15);\n    connRef860->setDestEndpoint(dstPt860);\n    connRef860->setRoutingType((ConnType)2);\n\n    ConnRef *connRef861 = new ConnRef(router, 861);\n    ConnEnd srcPt861(Point(97.2456, 558.918), 15);\n    connRef861->setSourceEndpoint(srcPt861);\n    ConnEnd dstPt861(Point(17.2456, 558.918), 15);\n    connRef861->setDestEndpoint(dstPt861);\n    connRef861->setRoutingType((ConnType)2);\n\n    ConnRef *connRef862 = new ConnRef(router, 862);\n    ConnEnd srcPt862(Point(255.246, 558.918), 15);\n    connRef862->setSourceEndpoint(srcPt862);\n    ConnEnd dstPt862(Point(193.246, 558.918), 15);\n    connRef862->setDestEndpoint(dstPt862);\n    connRef862->setRoutingType((ConnType)2);\n\n    ConnRef *connRef863 = new ConnRef(router, 863);\n    ConnEnd srcPt863(Point(411.246, 558.918), 15);\n    connRef863->setSourceEndpoint(srcPt863);\n    ConnEnd dstPt863(Point(333.246, 558.918), 15);\n    connRef863->setDestEndpoint(dstPt863);\n    connRef863->setRoutingType((ConnType)2);\n\n    ConnRef *connRef864 = new ConnRef(router, 864);\n    ConnEnd srcPt864(Point(567.246, 558.918), 15);\n    connRef864->setSourceEndpoint(srcPt864);\n    ConnEnd dstPt864(Point(489.246, 558.918), 15);\n    connRef864->setDestEndpoint(dstPt864);\n    connRef864->setRoutingType((ConnType)2);\n\n    ConnRef *connRef865 = new ConnRef(router, 865);\n    ConnEnd srcPt865(Point(723.246, 558.918), 15);\n    connRef865->setSourceEndpoint(srcPt865);\n    ConnEnd dstPt865(Point(645.246, 558.918), 15);\n    connRef865->setDestEndpoint(dstPt865);\n    connRef865->setRoutingType((ConnType)2);\n\n    ConnRef *connRef866 = new ConnRef(router, 866);\n    ConnEnd srcPt866(Point(879.246, 558.918), 15);\n    connRef866->setSourceEndpoint(srcPt866);\n    ConnEnd dstPt866(Point(801.246, 558.918), 15);\n    connRef866->setDestEndpoint(dstPt866);\n    connRef866->setRoutingType((ConnType)2);\n\n    ConnRef *connRef867 = new ConnRef(router, 867);\n    ConnEnd srcPt867(Point(1035.25, 558.918), 15);\n    connRef867->setSourceEndpoint(srcPt867);\n    ConnEnd dstPt867(Point(957.246, 558.918), 15);\n    connRef867->setDestEndpoint(dstPt867);\n    connRef867->setRoutingType((ConnType)2);\n\n    ConnRef *connRef868 = new ConnRef(router, 868);\n    ConnEnd srcPt868(Point(97.2456, 654.918), 15);\n    connRef868->setSourceEndpoint(srcPt868);\n    ConnEnd dstPt868(Point(17.2456, 654.918), 15);\n    connRef868->setDestEndpoint(dstPt868);\n    connRef868->setRoutingType((ConnType)2);\n\n    ConnRef *connRef869 = new ConnRef(router, 869);\n    ConnEnd srcPt869(Point(255.246, 654.918), 15);\n    connRef869->setSourceEndpoint(srcPt869);\n    ConnEnd dstPt869(Point(193.246, 654.918), 15);\n    connRef869->setDestEndpoint(dstPt869);\n    connRef869->setRoutingType((ConnType)2);\n\n    ConnRef *connRef870 = new ConnRef(router, 870);\n    ConnEnd srcPt870(Point(411.246, 654.918), 15);\n    connRef870->setSourceEndpoint(srcPt870);\n    ConnEnd dstPt870(Point(333.246, 654.918), 15);\n    connRef870->setDestEndpoint(dstPt870);\n    connRef870->setRoutingType((ConnType)2);\n\n    ConnRef *connRef871 = new ConnRef(router, 871);\n    ConnEnd srcPt871(Point(567.246, 654.918), 15);\n    connRef871->setSourceEndpoint(srcPt871);\n    ConnEnd dstPt871(Point(489.246, 654.918), 15);\n    connRef871->setDestEndpoint(dstPt871);\n    connRef871->setRoutingType((ConnType)2);\n\n    ConnRef *connRef872 = new ConnRef(router, 872);\n    ConnEnd srcPt872(Point(723.246, 654.918), 15);\n    connRef872->setSourceEndpoint(srcPt872);\n    ConnEnd dstPt872(Point(645.246, 654.918), 15);\n    connRef872->setDestEndpoint(dstPt872);\n    connRef872->setRoutingType((ConnType)2);\n\n    ConnRef *connRef873 = new ConnRef(router, 873);\n    ConnEnd srcPt873(Point(879.246, 654.918), 15);\n    connRef873->setSourceEndpoint(srcPt873);\n    ConnEnd dstPt873(Point(801.246, 654.918), 15);\n    connRef873->setDestEndpoint(dstPt873);\n    connRef873->setRoutingType((ConnType)2);\n\n    ConnRef *connRef874 = new ConnRef(router, 874);\n    ConnEnd srcPt874(Point(1035.25, 654.918), 15);\n    connRef874->setSourceEndpoint(srcPt874);\n    ConnEnd dstPt874(Point(957.246, 654.918), 15);\n    connRef874->setDestEndpoint(dstPt874);\n    connRef874->setRoutingType((ConnType)2);\n\n    ConnRef *connRef875 = new ConnRef(router, 875);\n    ConnEnd srcPt875(Point(1233.25, 192.918), 15);\n    connRef875->setSourceEndpoint(srcPt875);\n    ConnEnd dstPt875(Point(1233.25, 278.918), 15);\n    connRef875->setDestEndpoint(dstPt875);\n    connRef875->setRoutingType((ConnType)2);\n\n    ConnRef *connRef876 = new ConnRef(router, 876);\n    ConnEnd srcPt876(Point(1323.25, 418.918), 15);\n    connRef876->setSourceEndpoint(srcPt876);\n    ConnEnd dstPt876(Point(1233.25, 418.918), 15);\n    connRef876->setDestEndpoint(dstPt876);\n    connRef876->setRoutingType((ConnType)2);\n\n    ConnRef *connRef877 = new ConnRef(router, 877);\n    ConnEnd srcPt877(Point(1323.25, 514.918), 15);\n    connRef877->setSourceEndpoint(srcPt877);\n    ConnEnd dstPt877(Point(1233.25, 514.918), 15);\n    connRef877->setDestEndpoint(dstPt877);\n    connRef877->setRoutingType((ConnType)2);\n\n    ConnRef *connRef878 = new ConnRef(router, 878);\n    ConnEnd srcPt878(Point(1323.25, 622.918), 15);\n    connRef878->setSourceEndpoint(srcPt878);\n    ConnEnd dstPt878(Point(1233.25, 622.918), 15);\n    connRef878->setDestEndpoint(dstPt878);\n    connRef878->setRoutingType((ConnType)2);\n\n    ConnRef *connRef879 = new ConnRef(router, 879);\n    ConnEnd srcPt879(Point(1035.25, 718.918), 15);\n    connRef879->setSourceEndpoint(srcPt879);\n    ConnEnd dstPt879(Point(957.246, 718.918), 15);\n    connRef879->setDestEndpoint(dstPt879);\n    connRef879->setRoutingType((ConnType)2);\n\n    ConnRef *connRef880 = new ConnRef(router, 880);\n    ConnEnd srcPt880(Point(1035.25, 750.918), 15);\n    connRef880->setSourceEndpoint(srcPt880);\n    ConnEnd dstPt880(Point(957.246, 750.918), 15);\n    connRef880->setDestEndpoint(dstPt880);\n    connRef880->setRoutingType((ConnType)2);\n\n    ConnRef *connRef881 = new ConnRef(router, 881);\n    ConnEnd srcPt881(Point(1323.25, 718.918), 15);\n    connRef881->setSourceEndpoint(srcPt881);\n    ConnEnd dstPt881(Point(1233.25, 718.918), 15);\n    connRef881->setDestEndpoint(dstPt881);\n    connRef881->setRoutingType((ConnType)2);\n\n    ConnRef *connRef882 = new ConnRef(router, 882);\n    ConnEnd srcPt882(Point(1293.25, 202.918), 15);\n    connRef882->setSourceEndpoint(srcPt882);\n    ConnEnd dstPt882(Point(1293.25, 256.918), 15);\n    connRef882->setDestEndpoint(dstPt882);\n    connRef882->setRoutingType((ConnType)2);\n\n    ConnRef *connRef883 = new ConnRef(router, 883);\n    ConnEnd srcPt883(Point(1419.25, 644.918), 15);\n    connRef883->setSourceEndpoint(srcPt883);\n    ConnEnd dstPt883(Point(1293.25, 644.918), 15);\n    connRef883->setDestEndpoint(dstPt883);\n    connRef883->setRoutingType((ConnType)2);\n\n    ConnRef *connRef884 = new ConnRef(router, 884);\n    ConnEnd srcPt884(Point(145.246, 246.918), 15);\n    connRef884->setSourceEndpoint(srcPt884);\n    ConnEnd dstPt884(Point(67.2456, 246.918), 15);\n    connRef884->setDestEndpoint(dstPt884);\n    connRef884->setRoutingType((ConnType)2);\n\n    ConnRef *connRef885 = new ConnRef(router, 885);\n    ConnEnd srcPt885(Point(145.246, 278.918), 15);\n    connRef885->setSourceEndpoint(srcPt885);\n    ConnEnd dstPt885(Point(67.2456, 278.918), 15);\n    connRef885->setDestEndpoint(dstPt885);\n    connRef885->setRoutingType((ConnType)2);\n\n    ConnRef *connRef886 = new ConnRef(router, 886);\n    ConnEnd srcPt886(Point(823.246, 676.918), 15);\n    connRef886->setSourceEndpoint(srcPt886);\n    ConnEnd dstPt886(Point(790, 667), 15);\n    connRef886->setDestEndpoint(dstPt886);\n    connRef886->setRoutingType((ConnType)2);\n\n    ConnRef *connRef887 = new ConnRef(router, 887);\n    ConnEnd srcPt887(Point(527.246, 676.918), 15);\n    connRef887->setSourceEndpoint(srcPt887);\n    ConnEnd dstPt887(Point(533, 667), 15);\n    connRef887->setDestEndpoint(dstPt887);\n    connRef887->setRoutingType((ConnType)2);\n\n    ConnRef *connRef888 = new ConnRef(router, 888);\n    ConnEnd srcPt888(Point(371.246, 676.918), 15);\n    connRef888->setSourceEndpoint(srcPt888);\n    ConnEnd dstPt888(Point(390, 667), 15);\n    connRef888->setDestEndpoint(dstPt888);\n    connRef888->setRoutingType((ConnType)2);\n\n    ConnRef *connRef889 = new ConnRef(router, 889);\n    ConnEnd srcPt889(Point(979.246, 676.918), 15);\n    connRef889->setSourceEndpoint(srcPt889);\n    ConnEnd dstPt889(Point(1030, 634), 15);\n    connRef889->setDestEndpoint(dstPt889);\n    connRef889->setRoutingType((ConnType)2);\n\n    ConnRef *connRef890 = new ConnRef(router, 890);\n    ConnEnd srcPt890(Point(673.933, 676.918), 15);\n    connRef890->setSourceEndpoint(srcPt890);\n    ConnEnd dstPt890(Point(649, 667), 15);\n    connRef890->setDestEndpoint(dstPt890);\n    connRef890->setRoutingType((ConnType)2);\n\n    ConnRef *connRef891 = new ConnRef(router, 891);\n    ConnEnd srcPt891(Point(823.246, 676.918), 15);\n    connRef891->setSourceEndpoint(srcPt891);\n    ConnEnd dstPt891(Point(840, 667), 15);\n    connRef891->setDestEndpoint(dstPt891);\n    connRef891->setRoutingType((ConnType)2);\n\n    ConnRef *connRef892 = new ConnRef(router, 892);\n    ConnEnd srcPt892(Point(57.2456, 125.987), 15);\n    connRef892->setSourceEndpoint(srcPt892);\n    ConnEnd dstPt892(Point(132, 175), 15);\n    connRef892->setDestEndpoint(dstPt892);\n    connRef892->setRoutingType((ConnType)2);\n\n    ConnRef *connRef893 = new ConnRef(router, 893);\n    ConnEnd srcPt893(Point(197.246, 160.918), 15);\n    connRef893->setSourceEndpoint(srcPt893);\n    ConnEnd dstPt893(Point(132, 318), 15);\n    connRef893->setDestEndpoint(dstPt893);\n    connRef893->setRoutingType((ConnType)2);\n\n    ConnRef *connRef894 = new ConnRef(router, 894);\n    ConnEnd srcPt894(Point(57.2456, 160.918), 15);\n    connRef894->setSourceEndpoint(srcPt894);\n    ConnEnd dstPt894(Point(132, 318), 15);\n    connRef894->setDestEndpoint(dstPt894);\n    connRef894->setRoutingType((ConnType)2);\n\n    ConnRef *connRef895 = new ConnRef(router, 895);\n    ConnEnd srcPt895(Point(197.246, 160.918), 15);\n    connRef895->setSourceEndpoint(srcPt895);\n    ConnEnd dstPt895(Point(972, 319), 15);\n    connRef895->setDestEndpoint(dstPt895);\n    connRef895->setRoutingType((ConnType)2);\n\n    ConnRef *connRef896 = new ConnRef(router, 896);\n    ConnEnd srcPt896(Point(823.246, 676.918), 15);\n    connRef896->setSourceEndpoint(srcPt896);\n    ConnEnd dstPt896(Point(972, 319), 15);\n    connRef896->setDestEndpoint(dstPt896);\n    connRef896->setRoutingType((ConnType)2);\n\n    ConnRef *connRef897 = new ConnRef(router, 897);\n    ConnEnd srcPt897(Point(197.246, 160.918), 15);\n    connRef897->setSourceEndpoint(srcPt897);\n    ConnEnd dstPt897(Point(830, 319), 15);\n    connRef897->setDestEndpoint(dstPt897);\n    connRef897->setRoutingType((ConnType)2);\n\n    ConnRef *connRef898 = new ConnRef(router, 898);\n    ConnEnd srcPt898(Point(673.933, 676.918), 15);\n    connRef898->setSourceEndpoint(srcPt898);\n    ConnEnd dstPt898(Point(830, 319), 15);\n    connRef898->setDestEndpoint(dstPt898);\n    connRef898->setRoutingType((ConnType)2);\n\n    ConnRef *connRef899 = new ConnRef(router, 899);\n    ConnEnd srcPt899(Point(197.246, 160.918), 15);\n    connRef899->setSourceEndpoint(srcPt899);\n    ConnEnd dstPt899(Point(689, 319), 15);\n    connRef899->setDestEndpoint(dstPt899);\n    connRef899->setRoutingType((ConnType)2);\n\n    ConnRef *connRef900 = new ConnRef(router, 900);\n    ConnEnd srcPt900(Point(527.246, 676.918), 15);\n    connRef900->setSourceEndpoint(srcPt900);\n    ConnEnd dstPt900(Point(689, 319), 15);\n    connRef900->setDestEndpoint(dstPt900);\n    connRef900->setRoutingType((ConnType)2);\n\n    ConnRef *connRef901 = new ConnRef(router, 901);\n    ConnEnd srcPt901(Point(197.246, 160.918), 15);\n    connRef901->setSourceEndpoint(srcPt901);\n    ConnEnd dstPt901(Point(547, 319), 15);\n    connRef901->setDestEndpoint(dstPt901);\n    connRef901->setRoutingType((ConnType)2);\n\n    ConnRef *connRef902 = new ConnRef(router, 902);\n    ConnEnd srcPt902(Point(371.246, 676.918), 15);\n    connRef902->setSourceEndpoint(srcPt902);\n    ConnEnd dstPt902(Point(547, 319), 15);\n    connRef902->setDestEndpoint(dstPt902);\n    connRef902->setRoutingType((ConnType)2);\n\n    ConnRef *connRef903 = new ConnRef(router, 903);\n    ConnEnd srcPt903(Point(197.246, 160.918), 15);\n    connRef903->setSourceEndpoint(srcPt903);\n    ConnEnd dstPt903(Point(405, 319), 15);\n    connRef903->setDestEndpoint(dstPt903);\n    connRef903->setRoutingType((ConnType)2);\n\n    ConnRef *connRef904 = new ConnRef(router, 904);\n    ConnEnd srcPt904(Point(215.246, 676.918), 15);\n    connRef904->setSourceEndpoint(srcPt904);\n    ConnEnd dstPt904(Point(405, 319), 15);\n    connRef904->setDestEndpoint(dstPt904);\n    connRef904->setRoutingType((ConnType)2);\n\n    ConnRef *connRef905 = new ConnRef(router, 905);\n    ConnEnd srcPt905(Point(197.246, 160.918), 15);\n    connRef905->setSourceEndpoint(srcPt905);\n    ConnEnd dstPt905(Point(273, 329), 15);\n    connRef905->setDestEndpoint(dstPt905);\n    connRef905->setRoutingType((ConnType)2);\n\n    ConnRef *connRef906 = new ConnRef(router, 906);\n    ConnEnd srcPt906(Point(57.2456, 676.918), 15);\n    connRef906->setSourceEndpoint(srcPt906);\n    ConnEnd dstPt906(Point(273, 329), 15);\n    connRef906->setDestEndpoint(dstPt906);\n    connRef906->setRoutingType((ConnType)2);\n\n    ConnRef *connRef907 = new ConnRef(router, 907);\n    ConnEnd srcPt907(Point(979.246, 676.918), 15);\n    connRef907->setSourceEndpoint(srcPt907);\n    ConnEnd dstPt907(Point(982, 667), 15);\n    connRef907->setDestEndpoint(dstPt907);\n    connRef907->setRoutingType((ConnType)2);\n\n    ConnRef *connRef908 = new ConnRef(router, 908);\n    ConnEnd srcPt908(Point(979.246, 676.918), 15);\n    connRef908->setSourceEndpoint(srcPt908);\n    ConnEnd dstPt908(Point(932, 648), 15);\n    connRef908->setDestEndpoint(dstPt908);\n    connRef908->setRoutingType((ConnType)2);\n\n    ConnRef *connRef909 = new ConnRef(router, 909);\n    ConnEnd srcPt909(Point(197.246, 160.918), 15);\n    connRef909->setSourceEndpoint(srcPt909);\n    ConnEnd dstPt909(Point(972, 300), 15);\n    connRef909->setDestEndpoint(dstPt909);\n    connRef909->setRoutingType((ConnType)2);\n\n    ConnRef *connRef910 = new ConnRef(router, 910);\n    ConnEnd srcPt910(Point(823.246, 676.918), 15);\n    connRef910->setSourceEndpoint(srcPt910);\n    ConnEnd dstPt910(Point(972, 300), 15);\n    connRef910->setDestEndpoint(dstPt910);\n    connRef910->setRoutingType((ConnType)2);\n\n    ConnRef *connRef911 = new ConnRef(router, 911);\n    ConnEnd srcPt911(Point(197.246, 160.918), 15);\n    connRef911->setSourceEndpoint(srcPt911);\n    ConnEnd dstPt911(Point(922, 309), 15);\n    connRef911->setDestEndpoint(dstPt911);\n    connRef911->setRoutingType((ConnType)2);\n\n    ConnRef *connRef912 = new ConnRef(router, 912);\n    ConnEnd srcPt912(Point(823.246, 676.918), 15);\n    connRef912->setSourceEndpoint(srcPt912);\n    ConnEnd dstPt912(Point(922, 309), 15);\n    connRef912->setDestEndpoint(dstPt912);\n    connRef912->setRoutingType((ConnType)2);\n\n    ConnRef *connRef913 = new ConnRef(router, 913);\n    ConnEnd srcPt913(Point(197.246, 160.918), 15);\n    connRef913->setSourceEndpoint(srcPt913);\n    ConnEnd dstPt913(Point(922, 290), 15);\n    connRef913->setDestEndpoint(dstPt913);\n    connRef913->setRoutingType((ConnType)2);\n\n    ConnRef *connRef914 = new ConnRef(router, 914);\n    ConnEnd srcPt914(Point(823.246, 676.918), 15);\n    connRef914->setSourceEndpoint(srcPt914);\n    ConnEnd dstPt914(Point(922, 290), 15);\n    connRef914->setDestEndpoint(dstPt914);\n    connRef914->setRoutingType((ConnType)2);\n\n    ConnRef *connRef915 = new ConnRef(router, 915);\n    ConnEnd srcPt915(Point(197.246, 160.918), 15);\n    connRef915->setSourceEndpoint(srcPt915);\n    ConnEnd dstPt915(Point(830, 300), 15);\n    connRef915->setDestEndpoint(dstPt915);\n    connRef915->setRoutingType((ConnType)2);\n\n    ConnRef *connRef916 = new ConnRef(router, 916);\n    ConnEnd srcPt916(Point(673.933, 676.918), 15);\n    connRef916->setSourceEndpoint(srcPt916);\n    ConnEnd dstPt916(Point(830, 300), 15);\n    connRef916->setDestEndpoint(dstPt916);\n    connRef916->setRoutingType((ConnType)2);\n\n    ConnRef *connRef917 = new ConnRef(router, 917);\n    ConnEnd srcPt917(Point(197.246, 160.918), 15);\n    connRef917->setSourceEndpoint(srcPt917);\n    ConnEnd dstPt917(Point(780, 309), 15);\n    connRef917->setDestEndpoint(dstPt917);\n    connRef917->setRoutingType((ConnType)2);\n\n    ConnRef *connRef918 = new ConnRef(router, 918);\n    ConnEnd srcPt918(Point(673.933, 676.918), 15);\n    connRef918->setSourceEndpoint(srcPt918);\n    ConnEnd dstPt918(Point(780, 309), 15);\n    connRef918->setDestEndpoint(dstPt918);\n    connRef918->setRoutingType((ConnType)2);\n\n    ConnRef *connRef919 = new ConnRef(router, 919);\n    ConnEnd srcPt919(Point(197.246, 160.918), 15);\n    connRef919->setSourceEndpoint(srcPt919);\n    ConnEnd dstPt919(Point(780, 290), 15);\n    connRef919->setDestEndpoint(dstPt919);\n    connRef919->setRoutingType((ConnType)2);\n\n    ConnRef *connRef920 = new ConnRef(router, 920);\n    ConnEnd srcPt920(Point(673.933, 676.918), 15);\n    connRef920->setSourceEndpoint(srcPt920);\n    ConnEnd dstPt920(Point(780, 290), 15);\n    connRef920->setDestEndpoint(dstPt920);\n    connRef920->setRoutingType((ConnType)2);\n\n    ConnRef *connRef921 = new ConnRef(router, 921);\n    ConnEnd srcPt921(Point(197.246, 160.918), 15);\n    connRef921->setSourceEndpoint(srcPt921);\n    ConnEnd dstPt921(Point(689, 300), 15);\n    connRef921->setDestEndpoint(dstPt921);\n    connRef921->setRoutingType((ConnType)2);\n\n    ConnRef *connRef922 = new ConnRef(router, 922);\n    ConnEnd srcPt922(Point(527.246, 676.918), 15);\n    connRef922->setSourceEndpoint(srcPt922);\n    ConnEnd dstPt922(Point(689, 300), 15);\n    connRef922->setDestEndpoint(dstPt922);\n    connRef922->setRoutingType((ConnType)2);\n\n    ConnRef *connRef923 = new ConnRef(router, 923);\n    ConnEnd srcPt923(Point(197.246, 160.918), 15);\n    connRef923->setSourceEndpoint(srcPt923);\n    ConnEnd dstPt923(Point(639, 309), 15);\n    connRef923->setDestEndpoint(dstPt923);\n    connRef923->setRoutingType((ConnType)2);\n\n    ConnRef *connRef924 = new ConnRef(router, 924);\n    ConnEnd srcPt924(Point(527.246, 676.918), 15);\n    connRef924->setSourceEndpoint(srcPt924);\n    ConnEnd dstPt924(Point(639, 309), 15);\n    connRef924->setDestEndpoint(dstPt924);\n    connRef924->setRoutingType((ConnType)2);\n\n    ConnRef *connRef925 = new ConnRef(router, 925);\n    ConnEnd srcPt925(Point(197.246, 160.918), 15);\n    connRef925->setSourceEndpoint(srcPt925);\n    ConnEnd dstPt925(Point(639, 290), 15);\n    connRef925->setDestEndpoint(dstPt925);\n    connRef925->setRoutingType((ConnType)2);\n\n    ConnRef *connRef926 = new ConnRef(router, 926);\n    ConnEnd srcPt926(Point(527.246, 676.918), 15);\n    connRef926->setSourceEndpoint(srcPt926);\n    ConnEnd dstPt926(Point(639, 290), 15);\n    connRef926->setDestEndpoint(dstPt926);\n    connRef926->setRoutingType((ConnType)2);\n\n    ConnRef *connRef927 = new ConnRef(router, 927);\n    ConnEnd srcPt927(Point(197.246, 160.918), 15);\n    connRef927->setSourceEndpoint(srcPt927);\n    ConnEnd dstPt927(Point(547, 300), 15);\n    connRef927->setDestEndpoint(dstPt927);\n    connRef927->setRoutingType((ConnType)2);\n\n    ConnRef *connRef928 = new ConnRef(router, 928);\n    ConnEnd srcPt928(Point(371.246, 676.918), 15);\n    connRef928->setSourceEndpoint(srcPt928);\n    ConnEnd dstPt928(Point(547, 300), 15);\n    connRef928->setDestEndpoint(dstPt928);\n    connRef928->setRoutingType((ConnType)2);\n\n    ConnRef *connRef929 = new ConnRef(router, 929);\n    ConnEnd srcPt929(Point(197.246, 160.918), 15);\n    connRef929->setSourceEndpoint(srcPt929);\n    ConnEnd dstPt929(Point(497, 309), 15);\n    connRef929->setDestEndpoint(dstPt929);\n    connRef929->setRoutingType((ConnType)2);\n\n    ConnRef *connRef930 = new ConnRef(router, 930);\n    ConnEnd srcPt930(Point(371.246, 676.918), 15);\n    connRef930->setSourceEndpoint(srcPt930);\n    ConnEnd dstPt930(Point(497, 309), 15);\n    connRef930->setDestEndpoint(dstPt930);\n    connRef930->setRoutingType((ConnType)2);\n\n    ConnRef *connRef931 = new ConnRef(router, 931);\n    ConnEnd srcPt931(Point(197.246, 160.918), 15);\n    connRef931->setSourceEndpoint(srcPt931);\n    ConnEnd dstPt931(Point(497, 290), 15);\n    connRef931->setDestEndpoint(dstPt931);\n    connRef931->setRoutingType((ConnType)2);\n\n    ConnRef *connRef932 = new ConnRef(router, 932);\n    ConnEnd srcPt932(Point(371.246, 676.918), 15);\n    connRef932->setSourceEndpoint(srcPt932);\n    ConnEnd dstPt932(Point(497, 290), 15);\n    connRef932->setDestEndpoint(dstPt932);\n    connRef932->setRoutingType((ConnType)2);\n\n    ConnRef *connRef933 = new ConnRef(router, 933);\n    ConnEnd srcPt933(Point(197.246, 160.918), 15);\n    connRef933->setSourceEndpoint(srcPt933);\n    ConnEnd dstPt933(Point(405, 300), 15);\n    connRef933->setDestEndpoint(dstPt933);\n    connRef933->setRoutingType((ConnType)2);\n\n    ConnRef *connRef934 = new ConnRef(router, 934);\n    ConnEnd srcPt934(Point(215.246, 676.918), 15);\n    connRef934->setSourceEndpoint(srcPt934);\n    ConnEnd dstPt934(Point(405, 300), 15);\n    connRef934->setDestEndpoint(dstPt934);\n    connRef934->setRoutingType((ConnType)2);\n\n    ConnRef *connRef935 = new ConnRef(router, 935);\n    ConnEnd srcPt935(Point(197.246, 160.918), 15);\n    connRef935->setSourceEndpoint(srcPt935);\n    ConnEnd dstPt935(Point(355, 309), 15);\n    connRef935->setDestEndpoint(dstPt935);\n    connRef935->setRoutingType((ConnType)2);\n\n    ConnRef *connRef936 = new ConnRef(router, 936);\n    ConnEnd srcPt936(Point(215.246, 676.918), 15);\n    connRef936->setSourceEndpoint(srcPt936);\n    ConnEnd dstPt936(Point(355, 309), 15);\n    connRef936->setDestEndpoint(dstPt936);\n    connRef936->setRoutingType((ConnType)2);\n\n    ConnRef *connRef937 = new ConnRef(router, 937);\n    ConnEnd srcPt937(Point(197.246, 160.918), 15);\n    connRef937->setSourceEndpoint(srcPt937);\n    ConnEnd dstPt937(Point(355, 290), 15);\n    connRef937->setDestEndpoint(dstPt937);\n    connRef937->setRoutingType((ConnType)2);\n\n    ConnRef *connRef938 = new ConnRef(router, 938);\n    ConnEnd srcPt938(Point(215.246, 676.918), 15);\n    connRef938->setSourceEndpoint(srcPt938);\n    ConnEnd dstPt938(Point(355, 290), 15);\n    connRef938->setDestEndpoint(dstPt938);\n    connRef938->setRoutingType((ConnType)2);\n\n    ConnRef *connRef939 = new ConnRef(router, 939);\n    ConnEnd srcPt939(Point(197.246, 160.918), 15);\n    connRef939->setSourceEndpoint(srcPt939);\n    ConnEnd dstPt939(Point(273, 310), 15);\n    connRef939->setDestEndpoint(dstPt939);\n    connRef939->setRoutingType((ConnType)2);\n\n    ConnRef *connRef940 = new ConnRef(router, 940);\n    ConnEnd srcPt940(Point(57.2456, 676.918), 15);\n    connRef940->setSourceEndpoint(srcPt940);\n    ConnEnd dstPt940(Point(273, 310), 15);\n    connRef940->setDestEndpoint(dstPt940);\n    connRef940->setRoutingType((ConnType)2);\n\n    ConnRef *connRef941 = new ConnRef(router, 941);\n    ConnEnd srcPt941(Point(197.246, 160.918), 15);\n    connRef941->setSourceEndpoint(srcPt941);\n    ConnEnd dstPt941(Point(213, 290), 15);\n    connRef941->setDestEndpoint(dstPt941);\n    connRef941->setRoutingType((ConnType)2);\n\n    ConnRef *connRef942 = new ConnRef(router, 942);\n    ConnEnd srcPt942(Point(57.2456, 676.918), 15);\n    connRef942->setSourceEndpoint(srcPt942);\n    ConnEnd dstPt942(Point(213, 290), 15);\n    connRef942->setDestEndpoint(dstPt942);\n    connRef942->setRoutingType((ConnType)2);\n\n    ConnRef *connRef943 = new ConnRef(router, 943);\n    ConnEnd srcPt943(Point(197.246, 160.918), 15);\n    connRef943->setSourceEndpoint(srcPt943);\n    ConnEnd dstPt943(Point(213, 309), 15);\n    connRef943->setDestEndpoint(dstPt943);\n    connRef943->setRoutingType((ConnType)2);\n\n    ConnRef *connRef944 = new ConnRef(router, 944);\n    ConnEnd srcPt944(Point(57.2456, 676.918), 15);\n    connRef944->setSourceEndpoint(srcPt944);\n    ConnEnd dstPt944(Point(213, 309), 15);\n    connRef944->setDestEndpoint(dstPt944);\n    connRef944->setRoutingType((ConnType)2);\n\n    ConnRef *connRef945 = new ConnRef(router, 945);\n    ConnEnd srcPt945(Point(197.246, 160.918), 15);\n    connRef945->setSourceEndpoint(srcPt945);\n    ConnEnd dstPt945(Point(92, 309), 15);\n    connRef945->setDestEndpoint(dstPt945);\n    connRef945->setRoutingType((ConnType)2);\n\n    ConnRef *connRef946 = new ConnRef(router, 946);\n    ConnEnd srcPt946(Point(57.2456, 160.918), 15);\n    connRef946->setSourceEndpoint(srcPt946);\n    ConnEnd dstPt946(Point(92, 309), 15);\n    connRef946->setDestEndpoint(dstPt946);\n    connRef946->setRoutingType((ConnType)2);\n\n    ConnRef *connRef947 = new ConnRef(router, 947);\n    ConnEnd srcPt947(Point(197.246, 160.918), 15);\n    connRef947->setSourceEndpoint(srcPt947);\n    ConnEnd dstPt947(Point(92, 290), 15);\n    connRef947->setDestEndpoint(dstPt947);\n    connRef947->setRoutingType((ConnType)2);\n\n    ConnRef *connRef948 = new ConnRef(router, 948);\n    ConnEnd srcPt948(Point(57.2456, 160.918), 15);\n    connRef948->setSourceEndpoint(srcPt948);\n    ConnEnd dstPt948(Point(92, 290), 15);\n    connRef948->setDestEndpoint(dstPt948);\n    connRef948->setRoutingType((ConnType)2);\n\n    ConnRef *connRef949 = new ConnRef(router, 949);\n    ConnEnd srcPt949(Point(57.2456, 125.987), 15);\n    connRef949->setSourceEndpoint(srcPt949);\n    ConnEnd dstPt949(Point(82, 194), 15);\n    connRef949->setDestEndpoint(dstPt949);\n    connRef949->setRoutingType((ConnType)2);\n\n    ConnRef *connRef950 = new ConnRef(router, 950);\n    ConnEnd srcPt950(Point(57.2456, 125.987), 15);\n    connRef950->setSourceEndpoint(srcPt950);\n    ConnEnd dstPt950(Point(82, 175), 15);\n    connRef950->setDestEndpoint(dstPt950);\n    connRef950->setRoutingType((ConnType)2);\n\n    ConnRef *connRef951 = new ConnRef(router, 951);\n    ConnEnd srcPt951(Point(57.2456, 125.987), 15);\n    connRef951->setSourceEndpoint(srcPt951);\n    ConnEnd dstPt951(Point(82, 156), 15);\n    connRef951->setDestEndpoint(dstPt951);\n    connRef951->setRoutingType((ConnType)2);\n\n    ConnRef *connRef952 = new ConnRef(router, 952);\n    ConnEnd srcPt952(Point(319.219, -7.08205), 15);\n    connRef952->setSourceEndpoint(srcPt952);\n    ConnEnd dstPt952(Point(319, 155), 15);\n    connRef952->setDestEndpoint(dstPt952);\n    connRef952->setRoutingType((ConnType)2);\n\n    ConnRef *connRef953 = new ConnRef(router, 953);\n    ConnEnd srcPt953(Point(197.246, 96.9179), 15);\n    connRef953->setSourceEndpoint(srcPt953);\n    ConnEnd dstPt953(Point(317.466, 34.9179), 15);\n    connRef953->setDestEndpoint(dstPt953);\n    connRef953->setRoutingType((ConnType)2);\n\n    ConnRef *connRef954 = new ConnRef(router, 954);\n    ConnEnd srcPt954(Point(57.2456, 125.987), 15);\n    connRef954->setSourceEndpoint(srcPt954);\n    ConnEnd dstPt954(Point(-7.75443, -71.0821), 15);\n    connRef954->setDestEndpoint(dstPt954);\n    connRef954->setRoutingType((ConnType)2);\n\n    ConnRef *connRef955 = new ConnRef(router, 955);\n    ConnEnd srcPt955(Point(197.246, 96.9179), 15);\n    connRef955->setSourceEndpoint(srcPt955);\n    ConnEnd dstPt955(Point(317.466, 86.9179), 15);\n    connRef955->setDestEndpoint(dstPt955);\n    connRef955->setRoutingType((ConnType)2);\n\n    ConnRef *connRef398 = new ConnRef(router, 398);\n    ConnEnd srcPt398(Point(982, 596), 15);\n    connRef398->setSourceEndpoint(srcPt398);\n    ConnEnd dstPt398(Point(979.246, 676.918), 15);\n    connRef398->setDestEndpoint(dstPt398);\n    connRef398->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399 = new ConnRef(router, 399);\n    ConnEnd srcPt399(Point(840, 596), 15);\n    connRef399->setSourceEndpoint(srcPt399);\n    ConnEnd dstPt399(Point(823.246, 676.918), 15);\n    connRef399->setDestEndpoint(dstPt399);\n    connRef399->setRoutingType((ConnType)2);\n\n    ConnRef *connRef400 = new ConnRef(router, 400);\n    ConnEnd srcPt400(Point(699, 596), 15);\n    connRef400->setSourceEndpoint(srcPt400);\n    ConnEnd dstPt400(Point(673.933, 676.918), 15);\n    connRef400->setDestEndpoint(dstPt400);\n    connRef400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef401 = new ConnRef(router, 401);\n    ConnEnd srcPt401(Point(557, 596), 15);\n    connRef401->setSourceEndpoint(srcPt401);\n    ConnEnd dstPt401(Point(527.246, 676.918), 15);\n    connRef401->setDestEndpoint(dstPt401);\n    connRef401->setRoutingType((ConnType)2);\n\n    ConnRef *connRef402 = new ConnRef(router, 402);\n    ConnEnd srcPt402(Point(415, 596), 15);\n    connRef402->setSourceEndpoint(srcPt402);\n    ConnEnd dstPt402(Point(371.246, 676.918), 15);\n    connRef402->setDestEndpoint(dstPt402);\n    connRef402->setRoutingType((ConnType)2);\n\n    ConnRef *connRef403 = new ConnRef(router, 403);\n    ConnEnd srcPt403(Point(273, 596), 15);\n    connRef403->setSourceEndpoint(srcPt403);\n    ConnEnd dstPt403(Point(215.246, 676.918), 15);\n    connRef403->setDestEndpoint(dstPt403);\n    connRef403->setRoutingType((ConnType)2);\n\n    ConnRef *connRef404 = new ConnRef(router, 404);\n    ConnEnd srcPt404(Point(132, 615), 15);\n    connRef404->setSourceEndpoint(srcPt404);\n    ConnEnd dstPt404(Point(57.2456, 676.918), 15);\n    connRef404->setDestEndpoint(dstPt404);\n    connRef404->setRoutingType((ConnType)2);\n\n    ConnRef *connRef405 = new ConnRef(router, 405);\n    ConnEnd srcPt405(Point(1203.25, 676.918), 15);\n    connRef405->setSourceEndpoint(srcPt405);\n    ConnEnd dstPt405(Point(1227, 632), 15);\n    connRef405->setDestEndpoint(dstPt405);\n    connRef405->setRoutingType((ConnType)2);\n\n    ConnRef *connRef406 = new ConnRef(router, 406);\n    ConnEnd srcPt406(Point(1209, 586), 15);\n    connRef406->setSourceEndpoint(srcPt406);\n    ConnEnd dstPt406(Point(1203.25, 676.918), 15);\n    connRef406->setDestEndpoint(dstPt406);\n    connRef406->setRoutingType((ConnType)2);\n\n    ConnRef *connRef407 = new ConnRef(router, 407);\n    ConnEnd srcPt407(Point(1203.25, 676.918), 15);\n    connRef407->setSourceEndpoint(srcPt407);\n    ConnEnd dstPt407(Point(1209, 667), 15);\n    connRef407->setDestEndpoint(dstPt407);\n    connRef407->setRoutingType((ConnType)2);\n\n    ConnRef *connRef408 = new ConnRef(router, 408);\n    ConnEnd srcPt408(Point(1203.25, 676.918), 15);\n    connRef408->setSourceEndpoint(srcPt408);\n    ConnEnd dstPt408(Point(1159, 667), 15);\n    connRef408->setDestEndpoint(dstPt408);\n    connRef408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef409 = new ConnRef(router, 409);\n    ConnEnd srcPt409(Point(1209, 566), 15);\n    connRef409->setSourceEndpoint(srcPt409);\n    ConnEnd dstPt409(Point(1203.25, 558.918), 15);\n    connRef409->setDestEndpoint(dstPt409);\n    connRef409->setRoutingType((ConnType)2);\n\n    ConnRef *connRef410 = new ConnRef(router, 410);\n    ConnEnd srcPt410(Point(1209, 505), 15);\n    connRef410->setSourceEndpoint(srcPt410);\n    ConnEnd dstPt410(Point(1203.25, 558.918), 15);\n    connRef410->setDestEndpoint(dstPt410);\n    connRef410->setRoutingType((ConnType)2);\n\n    ConnRef *connRef411 = new ConnRef(router, 411);\n    ConnEnd srcPt411(Point(1159, 575), 15);\n    connRef411->setSourceEndpoint(srcPt411);\n    ConnEnd dstPt411(Point(1203.25, 558.918), 15);\n    connRef411->setDestEndpoint(dstPt411);\n    connRef411->setRoutingType((ConnType)2);\n\n    ConnRef *connRef412 = new ConnRef(router, 412);\n    ConnEnd srcPt412(Point(1209, 585), 15);\n    connRef412->setSourceEndpoint(srcPt412);\n    ConnEnd dstPt412(Point(1203.25, 558.918), 15);\n    connRef412->setDestEndpoint(dstPt412);\n    connRef412->setRoutingType((ConnType)2);\n\n    ConnRef *connRef413 = new ConnRef(router, 413);\n    ConnEnd srcPt413(Point(1209, 485), 15);\n    connRef413->setSourceEndpoint(srcPt413);\n    ConnEnd dstPt413(Point(1203.25, 447.955), 15);\n    connRef413->setDestEndpoint(dstPt413);\n    connRef413->setRoutingType((ConnType)2);\n\n    ConnRef *connRef414 = new ConnRef(router, 414);\n    ConnEnd srcPt414(Point(1209, 414), 15);\n    connRef414->setSourceEndpoint(srcPt414);\n    ConnEnd dstPt414(Point(1203.25, 447.955), 15);\n    connRef414->setDestEndpoint(dstPt414);\n    connRef414->setRoutingType((ConnType)2);\n\n    ConnRef *connRef415 = new ConnRef(router, 415);\n    ConnEnd srcPt415(Point(1159, 485), 15);\n    connRef415->setSourceEndpoint(srcPt415);\n    ConnEnd dstPt415(Point(1203.25, 447.955), 15);\n    connRef415->setDestEndpoint(dstPt415);\n    connRef415->setRoutingType((ConnType)2);\n\n    ConnRef *connRef416 = new ConnRef(router, 416);\n    ConnEnd srcPt416(Point(1209, 394), 15);\n    connRef416->setSourceEndpoint(srcPt416);\n    ConnEnd dstPt416(Point(1203.25, 332.918), 15);\n    connRef416->setDestEndpoint(dstPt416);\n    connRef416->setRoutingType((ConnType)2);\n\n    ConnRef *connRef417 = new ConnRef(router, 417);\n    ConnEnd srcPt417(Point(1159, 394), 15);\n    connRef417->setSourceEndpoint(srcPt417);\n    ConnEnd dstPt417(Point(1203.25, 332.918), 15);\n    connRef417->setDestEndpoint(dstPt417);\n    connRef417->setRoutingType((ConnType)2);\n\n    ConnRef *connRef418 = new ConnRef(router, 418);\n    ConnEnd srcPt418(Point(1449.25, 676.918), 15);\n    connRef418->setSourceEndpoint(srcPt418);\n    ConnEnd dstPt418(Point(1299, 667), 15);\n    connRef418->setDestEndpoint(dstPt418);\n    connRef418->setRoutingType((ConnType)2);\n\n    ConnRef *connRef419 = new ConnRef(router, 419);\n    ConnEnd srcPt419(Point(1171.25, 676.918), 15);\n    connRef419->setSourceEndpoint(srcPt419);\n    ConnEnd dstPt419(Point(1059, 667), 15);\n    connRef419->setDestEndpoint(dstPt419);\n    connRef419->setRoutingType((ConnType)2);\n\n    ConnRef *connRef420 = new ConnRef(router, 420);\n    ConnEnd srcPt420(Point(1171.25, 676.918), 15);\n    connRef420->setSourceEndpoint(srcPt420);\n    ConnEnd dstPt420(Point(1109, 667), 15);\n    connRef420->setDestEndpoint(dstPt420);\n    connRef420->setRoutingType((ConnType)2);\n\n    ConnRef *connRef421 = new ConnRef(router, 421);\n    ConnEnd srcPt421(Point(1050, 634), 15);\n    connRef421->setSourceEndpoint(srcPt421);\n    ConnEnd dstPt421(Point(1171.25, 676.918), 15);\n    connRef421->setDestEndpoint(dstPt421);\n    connRef421->setRoutingType((ConnType)2);\n\n    ConnRef *connRef422 = new ConnRef(router, 422);\n    ConnEnd srcPt422(Point(790, 687), 15);\n    connRef422->setSourceEndpoint(srcPt422);\n    ConnEnd dstPt422(Point(823.246, 750.918), 15);\n    connRef422->setDestEndpoint(dstPt422);\n    connRef422->setRoutingType((ConnType)2);\n\n    ConnRef *connRef423 = new ConnRef(router, 423);\n    ConnEnd srcPt423(Point(1059, 687), 15);\n    connRef423->setSourceEndpoint(srcPt423);\n    ConnEnd dstPt423(Point(1171.25, 750.918), 15);\n    connRef423->setDestEndpoint(dstPt423);\n    connRef423->setRoutingType((ConnType)2);\n\n    ConnRef *connRef424 = new ConnRef(router, 424);\n    ConnEnd srcPt424(Point(1109, 687), 15);\n    connRef424->setSourceEndpoint(srcPt424);\n    ConnEnd dstPt424(Point(1171.25, 750.918), 15);\n    connRef424->setDestEndpoint(dstPt424);\n    connRef424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef425 = new ConnRef(router, 425);\n    ConnEnd srcPt425(Point(533, 687), 15);\n    connRef425->setSourceEndpoint(srcPt425);\n    ConnEnd dstPt425(Point(527.246, 750.918), 15);\n    connRef425->setDestEndpoint(dstPt425);\n    connRef425->setRoutingType((ConnType)2);\n\n    ConnRef *connRef426 = new ConnRef(router, 426);\n    ConnEnd srcPt426(Point(390, 687), 15);\n    connRef426->setSourceEndpoint(srcPt426);\n    ConnEnd dstPt426(Point(371.246, 750.918), 15);\n    connRef426->setDestEndpoint(dstPt426);\n    connRef426->setRoutingType((ConnType)2);\n\n    ConnRef *connRef427 = new ConnRef(router, 427);\n    ConnEnd srcPt427(Point(1247, 632), 15);\n    connRef427->setSourceEndpoint(srcPt427);\n    ConnEnd dstPt427(Point(1449.25, 676.918), 15);\n    connRef427->setDestEndpoint(dstPt427);\n    connRef427->setRoutingType((ConnType)2);\n\n    ConnRef *connRef428 = new ConnRef(router, 428);\n    ConnEnd srcPt428(Point(982, 615), 15);\n    connRef428->setSourceEndpoint(srcPt428);\n    ConnEnd dstPt428(Point(979.246, 676.918), 15);\n    connRef428->setDestEndpoint(dstPt428);\n    connRef428->setRoutingType((ConnType)2);\n\n    ConnRef *connRef429 = new ConnRef(router, 429);\n    ConnEnd srcPt429(Point(840, 615), 15);\n    connRef429->setSourceEndpoint(srcPt429);\n    ConnEnd dstPt429(Point(823.246, 676.918), 15);\n    connRef429->setDestEndpoint(dstPt429);\n    connRef429->setRoutingType((ConnType)2);\n\n    ConnRef *connRef430 = new ConnRef(router, 430);\n    ConnEnd srcPt430(Point(699, 615), 15);\n    connRef430->setSourceEndpoint(srcPt430);\n    ConnEnd dstPt430(Point(673.933, 676.918), 15);\n    connRef430->setDestEndpoint(dstPt430);\n    connRef430->setRoutingType((ConnType)2);\n\n    ConnRef *connRef431 = new ConnRef(router, 431);\n    ConnEnd srcPt431(Point(557, 615), 15);\n    connRef431->setSourceEndpoint(srcPt431);\n    ConnEnd dstPt431(Point(527.246, 676.918), 15);\n    connRef431->setDestEndpoint(dstPt431);\n    connRef431->setRoutingType((ConnType)2);\n\n    ConnRef *connRef432 = new ConnRef(router, 432);\n    ConnEnd srcPt432(Point(415, 615), 15);\n    connRef432->setSourceEndpoint(srcPt432);\n    ConnEnd dstPt432(Point(371.246, 676.918), 15);\n    connRef432->setDestEndpoint(dstPt432);\n    connRef432->setRoutingType((ConnType)2);\n\n    ConnRef *connRef433 = new ConnRef(router, 433);\n    ConnEnd srcPt433(Point(273, 615), 15);\n    connRef433->setSourceEndpoint(srcPt433);\n    ConnEnd dstPt433(Point(215.246, 676.918), 15);\n    connRef433->setDestEndpoint(dstPt433);\n    connRef433->setRoutingType((ConnType)2);\n\n    ConnRef *connRef434 = new ConnRef(router, 434);\n    ConnEnd srcPt434(Point(132, 596), 15);\n    connRef434->setSourceEndpoint(srcPt434);\n    ConnEnd dstPt434(Point(57.2456, 676.918), 15);\n    connRef434->setDestEndpoint(dstPt434);\n    connRef434->setRoutingType((ConnType)2);\n\n    ConnRef *connRef435 = new ConnRef(router, 435);\n    ConnEnd srcPt435(Point(982, 516), 15);\n    connRef435->setSourceEndpoint(srcPt435);\n    ConnEnd dstPt435(Point(979.246, 558.918), 15);\n    connRef435->setDestEndpoint(dstPt435);\n    connRef435->setRoutingType((ConnType)2);\n\n    ConnRef *connRef436 = new ConnRef(router, 436);\n    ConnEnd srcPt436(Point(982, 496), 15);\n    connRef436->setSourceEndpoint(srcPt436);\n    ConnEnd dstPt436(Point(979.246, 447.955), 15);\n    connRef436->setDestEndpoint(dstPt436);\n    connRef436->setRoutingType((ConnType)2);\n\n    ConnRef *connRef437 = new ConnRef(router, 437);\n    ConnEnd srcPt437(Point(840, 496), 15);\n    connRef437->setSourceEndpoint(srcPt437);\n    ConnEnd dstPt437(Point(823.246, 447.955), 15);\n    connRef437->setDestEndpoint(dstPt437);\n    connRef437->setRoutingType((ConnType)2);\n\n    ConnRef *connRef438 = new ConnRef(router, 438);\n    ConnEnd srcPt438(Point(840, 516), 15);\n    connRef438->setSourceEndpoint(srcPt438);\n    ConnEnd dstPt438(Point(823.246, 558.918), 15);\n    connRef438->setDestEndpoint(dstPt438);\n    connRef438->setRoutingType((ConnType)2);\n\n    ConnRef *connRef439 = new ConnRef(router, 439);\n    ConnEnd srcPt439(Point(699, 516), 15);\n    connRef439->setSourceEndpoint(srcPt439);\n    ConnEnd dstPt439(Point(673.933, 558.918), 15);\n    connRef439->setDestEndpoint(dstPt439);\n    connRef439->setRoutingType((ConnType)2);\n\n    ConnRef *connRef440 = new ConnRef(router, 440);\n    ConnEnd srcPt440(Point(699, 496), 15);\n    connRef440->setSourceEndpoint(srcPt440);\n    ConnEnd dstPt440(Point(673.933, 447.955), 15);\n    connRef440->setDestEndpoint(dstPt440);\n    connRef440->setRoutingType((ConnType)2);\n\n    ConnRef *connRef441 = new ConnRef(router, 441);\n    ConnEnd srcPt441(Point(557, 496), 15);\n    connRef441->setSourceEndpoint(srcPt441);\n    ConnEnd dstPt441(Point(527.246, 447.955), 15);\n    connRef441->setDestEndpoint(dstPt441);\n    connRef441->setRoutingType((ConnType)2);\n\n    ConnRef *connRef442 = new ConnRef(router, 442);\n    ConnEnd srcPt442(Point(557, 516), 15);\n    connRef442->setSourceEndpoint(srcPt442);\n    ConnEnd dstPt442(Point(527.246, 558.918), 15);\n    connRef442->setDestEndpoint(dstPt442);\n    connRef442->setRoutingType((ConnType)2);\n\n    ConnRef *connRef443 = new ConnRef(router, 443);\n    ConnEnd srcPt443(Point(415, 516), 15);\n    connRef443->setSourceEndpoint(srcPt443);\n    ConnEnd dstPt443(Point(371.246, 558.918), 15);\n    connRef443->setDestEndpoint(dstPt443);\n    connRef443->setRoutingType((ConnType)2);\n\n    ConnRef *connRef444 = new ConnRef(router, 444);\n    ConnEnd srcPt444(Point(415, 496), 15);\n    connRef444->setSourceEndpoint(srcPt444);\n    ConnEnd dstPt444(Point(371.246, 447.955), 15);\n    connRef444->setDestEndpoint(dstPt444);\n    connRef444->setRoutingType((ConnType)2);\n\n    ConnRef *connRef445 = new ConnRef(router, 445);\n    ConnEnd srcPt445(Point(273, 496), 15);\n    connRef445->setSourceEndpoint(srcPt445);\n    ConnEnd dstPt445(Point(215.246, 447.955), 15);\n    connRef445->setDestEndpoint(dstPt445);\n    connRef445->setRoutingType((ConnType)2);\n\n    ConnRef *connRef446 = new ConnRef(router, 446);\n    ConnEnd srcPt446(Point(273, 516), 15);\n    connRef446->setSourceEndpoint(srcPt446);\n    ConnEnd dstPt446(Point(215.246, 558.918), 15);\n    connRef446->setDestEndpoint(dstPt446);\n    connRef446->setRoutingType((ConnType)2);\n\n    ConnRef *connRef447 = new ConnRef(router, 447);\n    ConnEnd srcPt447(Point(132, 496), 15);\n    connRef447->setSourceEndpoint(srcPt447);\n    ConnEnd dstPt447(Point(57.2456, 447.955), 15);\n    connRef447->setDestEndpoint(dstPt447);\n    connRef447->setRoutingType((ConnType)2);\n\n    ConnRef *connRef448 = new ConnRef(router, 448);\n    ConnEnd srcPt448(Point(132, 516), 15);\n    connRef448->setSourceEndpoint(srcPt448);\n    ConnEnd dstPt448(Point(57.2456, 558.918), 15);\n    connRef448->setDestEndpoint(dstPt448);\n    connRef448->setRoutingType((ConnType)2);\n\n    ConnRef *connRef449 = new ConnRef(router, 449);\n    ConnEnd srcPt449(Point(1219, 319), 15);\n    connRef449->setSourceEndpoint(srcPt449);\n    ConnEnd dstPt449(Point(1203.25, 332.918), 15);\n    connRef449->setDestEndpoint(dstPt449);\n    connRef449->setRoutingType((ConnType)2);\n\n    ConnRef *connRef450 = new ConnRef(router, 450);\n    ConnEnd srcPt450(Point(1199, 319), 15);\n    connRef450->setSourceEndpoint(srcPt450);\n    ConnEnd dstPt450(Point(197.246, 160.918), 15);\n    connRef450->setDestEndpoint(dstPt450);\n    connRef450->setRoutingType((ConnType)2);\n\n    ConnRef *connRef451 = new ConnRef(router, 451);\n    ConnEnd srcPt451(Point(1199, 319), 15);\n    connRef451->setSourceEndpoint(srcPt451);\n    ConnEnd dstPt451(Point(979.246, 676.918), 15);\n    connRef451->setDestEndpoint(dstPt451);\n    connRef451->setRoutingType((ConnType)2);\n\n    ConnRef *connRef452 = new ConnRef(router, 452);\n    ConnEnd srcPt452(Point(1209, 687), 15);\n    connRef452->setSourceEndpoint(srcPt452);\n    ConnEnd dstPt452(Point(1203.25, 750.918), 15);\n    connRef452->setDestEndpoint(dstPt452);\n    connRef452->setRoutingType((ConnType)2);\n\n    ConnRef *connRef453 = new ConnRef(router, 453);\n    ConnEnd srcPt453(Point(1299, 687), 15);\n    connRef453->setSourceEndpoint(srcPt453);\n    ConnEnd dstPt453(Point(1449.25, 750.918), 15);\n    connRef453->setDestEndpoint(dstPt453);\n    connRef453->setRoutingType((ConnType)2);\n\n    ConnRef *connRef454 = new ConnRef(router, 454);\n    ConnEnd srcPt454(Point(649, 687), 15);\n    connRef454->setSourceEndpoint(srcPt454);\n    ConnEnd dstPt454(Point(673.933, 750.918), 15);\n    connRef454->setDestEndpoint(dstPt454);\n    connRef454->setRoutingType((ConnType)2);\n\n    ConnRef *connRef455 = new ConnRef(router, 455);\n    ConnEnd srcPt455(Point(840, 687), 15);\n    connRef455->setSourceEndpoint(srcPt455);\n    ConnEnd dstPt455(Point(823.246, 750.918), 15);\n    connRef455->setDestEndpoint(dstPt455);\n    connRef455->setRoutingType((ConnType)2);\n\n    ConnRef *connRef456 = new ConnRef(router, 456);\n    ConnEnd srcPt456(Point(132, 195), 15);\n    connRef456->setSourceEndpoint(srcPt456);\n    ConnEnd dstPt456(Point(57.2456, 160.918), 15);\n    connRef456->setDestEndpoint(dstPt456);\n    connRef456->setRoutingType((ConnType)2);\n\n    ConnRef *connRef457 = new ConnRef(router, 457);\n    ConnEnd srcPt457(Point(132, 338), 15);\n    connRef457->setSourceEndpoint(srcPt457);\n    ConnEnd dstPt457(Point(57.2456, 332.918), 15);\n    connRef457->setDestEndpoint(dstPt457);\n    connRef457->setRoutingType((ConnType)2);\n\n    ConnRef *connRef458 = new ConnRef(router, 458);\n    ConnEnd srcPt458(Point(992, 319), 15);\n    connRef458->setSourceEndpoint(srcPt458);\n    ConnEnd dstPt458(Point(979.246, 332.918), 15);\n    connRef458->setDestEndpoint(dstPt458);\n    connRef458->setRoutingType((ConnType)2);\n\n    ConnRef *connRef459 = new ConnRef(router, 459);\n    ConnEnd srcPt459(Point(850, 319), 15);\n    connRef459->setSourceEndpoint(srcPt459);\n    ConnEnd dstPt459(Point(823.246, 332.918), 15);\n    connRef459->setDestEndpoint(dstPt459);\n    connRef459->setRoutingType((ConnType)2);\n\n    ConnRef *connRef460 = new ConnRef(router, 460);\n    ConnEnd srcPt460(Point(709, 319), 15);\n    connRef460->setSourceEndpoint(srcPt460);\n    ConnEnd dstPt460(Point(673.933, 332.918), 15);\n    connRef460->setDestEndpoint(dstPt460);\n    connRef460->setRoutingType((ConnType)2);\n\n    ConnRef *connRef461 = new ConnRef(router, 461);\n    ConnEnd srcPt461(Point(567, 319), 15);\n    connRef461->setSourceEndpoint(srcPt461);\n    ConnEnd dstPt461(Point(527.246, 332.918), 15);\n    connRef461->setDestEndpoint(dstPt461);\n    connRef461->setRoutingType((ConnType)2);\n\n    ConnRef *connRef462 = new ConnRef(router, 462);\n    ConnEnd srcPt462(Point(425, 319), 15);\n    connRef462->setSourceEndpoint(srcPt462);\n    ConnEnd dstPt462(Point(371.246, 332.918), 15);\n    connRef462->setDestEndpoint(dstPt462);\n    connRef462->setRoutingType((ConnType)2);\n\n    ConnRef *connRef463 = new ConnRef(router, 463);\n    ConnEnd srcPt463(Point(273, 309), 15);\n    connRef463->setSourceEndpoint(srcPt463);\n    ConnEnd dstPt463(Point(215.246, 332.918), 15);\n    connRef463->setDestEndpoint(dstPt463);\n    connRef463->setRoutingType((ConnType)2);\n\n    ConnRef *connRef464 = new ConnRef(router, 464);\n    ConnEnd srcPt464(Point(982, 687), 15);\n    connRef464->setSourceEndpoint(srcPt464);\n    ConnEnd dstPt464(Point(979.246, 750.918), 15);\n    connRef464->setDestEndpoint(dstPt464);\n    connRef464->setRoutingType((ConnType)2);\n\n    ConnRef *connRef465 = new ConnRef(router, 465);\n    ConnEnd srcPt465(Point(932, 668), 15);\n    connRef465->setSourceEndpoint(srcPt465);\n    ConnEnd dstPt465(Point(979.246, 750.918), 15);\n    connRef465->setDestEndpoint(dstPt465);\n    connRef465->setRoutingType((ConnType)2);\n\n    ConnRef *connRef466 = new ConnRef(router, 466);\n    ConnEnd srcPt466(Point(982, 577), 15);\n    connRef466->setSourceEndpoint(srcPt466);\n    ConnEnd dstPt466(Point(979.246, 676.918), 15);\n    connRef466->setDestEndpoint(dstPt466);\n    connRef466->setRoutingType((ConnType)2);\n\n    ConnRef *connRef467 = new ConnRef(router, 467);\n    ConnEnd srcPt467(Point(982, 557), 15);\n    connRef467->setSourceEndpoint(srcPt467);\n    ConnEnd dstPt467(Point(979.246, 558.918), 15);\n    connRef467->setDestEndpoint(dstPt467);\n    connRef467->setRoutingType((ConnType)2);\n\n    ConnRef *connRef468 = new ConnRef(router, 468);\n    ConnEnd srcPt468(Point(932, 596), 15);\n    connRef468->setSourceEndpoint(srcPt468);\n    ConnEnd dstPt468(Point(979.246, 676.918), 15);\n    connRef468->setDestEndpoint(dstPt468);\n    connRef468->setRoutingType((ConnType)2);\n\n    ConnRef *connRef469 = new ConnRef(router, 469);\n    ConnEnd srcPt469(Point(932, 576), 15);\n    connRef469->setSourceEndpoint(srcPt469);\n    ConnEnd dstPt469(Point(979.246, 558.918), 15);\n    connRef469->setDestEndpoint(dstPt469);\n    connRef469->setRoutingType((ConnType)2);\n\n    ConnRef *connRef470 = new ConnRef(router, 470);\n    ConnEnd srcPt470(Point(932, 577), 15);\n    connRef470->setSourceEndpoint(srcPt470);\n    ConnEnd dstPt470(Point(979.246, 676.918), 15);\n    connRef470->setDestEndpoint(dstPt470);\n    connRef470->setRoutingType((ConnType)2);\n\n    ConnRef *connRef471 = new ConnRef(router, 471);\n    ConnEnd srcPt471(Point(932, 557), 15);\n    connRef471->setSourceEndpoint(srcPt471);\n    ConnEnd dstPt471(Point(979.246, 558.918), 15);\n    connRef471->setDestEndpoint(dstPt471);\n    connRef471->setRoutingType((ConnType)2);\n\n    ConnRef *connRef472 = new ConnRef(router, 472);\n    ConnEnd srcPt472(Point(932, 505), 15);\n    connRef472->setSourceEndpoint(srcPt472);\n    ConnEnd dstPt472(Point(979.246, 558.918), 15);\n    connRef472->setDestEndpoint(dstPt472);\n    connRef472->setRoutingType((ConnType)2);\n\n    ConnRef *connRef473 = new ConnRef(router, 473);\n    ConnEnd srcPt473(Point(932, 485), 15);\n    connRef473->setSourceEndpoint(srcPt473);\n    ConnEnd dstPt473(Point(979.246, 447.955), 15);\n    connRef473->setDestEndpoint(dstPt473);\n    connRef473->setRoutingType((ConnType)2);\n\n    ConnRef *connRef474 = new ConnRef(router, 474);\n    ConnEnd srcPt474(Point(932, 486), 15);\n    connRef474->setSourceEndpoint(srcPt474);\n    ConnEnd dstPt474(Point(979.246, 558.918), 15);\n    connRef474->setDestEndpoint(dstPt474);\n    connRef474->setRoutingType((ConnType)2);\n\n    ConnRef *connRef475 = new ConnRef(router, 475);\n    ConnEnd srcPt475(Point(932, 466), 15);\n    connRef475->setSourceEndpoint(srcPt475);\n    ConnEnd dstPt475(Point(979.246, 447.955), 15);\n    connRef475->setDestEndpoint(dstPt475);\n    connRef475->setRoutingType((ConnType)2);\n\n    ConnRef *connRef476 = new ConnRef(router, 476);\n    ConnEnd srcPt476(Point(982, 414), 15);\n    connRef476->setSourceEndpoint(srcPt476);\n    ConnEnd dstPt476(Point(979.246, 447.955), 15);\n    connRef476->setDestEndpoint(dstPt476);\n    connRef476->setRoutingType((ConnType)2);\n\n    ConnRef *connRef477 = new ConnRef(router, 477);\n    ConnEnd srcPt477(Point(982, 394), 15);\n    connRef477->setSourceEndpoint(srcPt477);\n    ConnEnd dstPt477(Point(979.246, 332.918), 15);\n    connRef477->setDestEndpoint(dstPt477);\n    connRef477->setRoutingType((ConnType)2);\n\n    ConnRef *connRef478 = new ConnRef(router, 478);\n    ConnEnd srcPt478(Point(932, 414), 15);\n    connRef478->setSourceEndpoint(srcPt478);\n    ConnEnd dstPt478(Point(979.246, 447.955), 15);\n    connRef478->setDestEndpoint(dstPt478);\n    connRef478->setRoutingType((ConnType)2);\n\n    ConnRef *connRef479 = new ConnRef(router, 479);\n    ConnEnd srcPt479(Point(932, 394), 15);\n    connRef479->setSourceEndpoint(srcPt479);\n    ConnEnd dstPt479(Point(979.246, 332.918), 15);\n    connRef479->setDestEndpoint(dstPt479);\n    connRef479->setRoutingType((ConnType)2);\n\n    ConnRef *connRef480 = new ConnRef(router, 480);\n    ConnEnd srcPt480(Point(932, 395), 15);\n    connRef480->setSourceEndpoint(srcPt480);\n    ConnEnd dstPt480(Point(979.246, 447.955), 15);\n    connRef480->setDestEndpoint(dstPt480);\n    connRef480->setRoutingType((ConnType)2);\n\n    ConnRef *connRef481 = new ConnRef(router, 481);\n    ConnEnd srcPt481(Point(932, 375), 15);\n    connRef481->setSourceEndpoint(srcPt481);\n    ConnEnd dstPt481(Point(979.246, 332.918), 15);\n    connRef481->setDestEndpoint(dstPt481);\n    connRef481->setRoutingType((ConnType)2);\n\n    ConnRef *connRef482 = new ConnRef(router, 482);\n    ConnEnd srcPt482(Point(992, 300), 15);\n    connRef482->setSourceEndpoint(srcPt482);\n    ConnEnd dstPt482(Point(979.246, 332.918), 15);\n    connRef482->setDestEndpoint(dstPt482);\n    connRef482->setRoutingType((ConnType)2);\n\n    ConnRef *connRef483 = new ConnRef(router, 483);\n    ConnEnd srcPt483(Point(942, 309), 15);\n    connRef483->setSourceEndpoint(srcPt483);\n    ConnEnd dstPt483(Point(979.246, 332.918), 15);\n    connRef483->setDestEndpoint(dstPt483);\n    connRef483->setRoutingType((ConnType)2);\n\n    ConnRef *connRef484 = new ConnRef(router, 484);\n    ConnEnd srcPt484(Point(942, 290), 15);\n    connRef484->setSourceEndpoint(srcPt484);\n    ConnEnd dstPt484(Point(979.246, 332.918), 15);\n    connRef484->setDestEndpoint(dstPt484);\n    connRef484->setRoutingType((ConnType)2);\n\n    ConnRef *connRef485 = new ConnRef(router, 485);\n    ConnEnd srcPt485(Point(840, 557), 15);\n    connRef485->setSourceEndpoint(srcPt485);\n    ConnEnd dstPt485(Point(823.246, 558.918), 15);\n    connRef485->setDestEndpoint(dstPt485);\n    connRef485->setRoutingType((ConnType)2);\n\n    ConnRef *connRef486 = new ConnRef(router, 486);\n    ConnEnd srcPt486(Point(840, 577), 15);\n    connRef486->setSourceEndpoint(srcPt486);\n    ConnEnd dstPt486(Point(823.246, 676.918), 15);\n    connRef486->setDestEndpoint(dstPt486);\n    connRef486->setRoutingType((ConnType)2);\n\n    ConnRef *connRef487 = new ConnRef(router, 487);\n    ConnEnd srcPt487(Point(790, 576), 15);\n    connRef487->setSourceEndpoint(srcPt487);\n    ConnEnd dstPt487(Point(823.246, 558.918), 15);\n    connRef487->setDestEndpoint(dstPt487);\n    connRef487->setRoutingType((ConnType)2);\n\n    ConnRef *connRef488 = new ConnRef(router, 488);\n    ConnEnd srcPt488(Point(790, 596), 15);\n    connRef488->setSourceEndpoint(srcPt488);\n    ConnEnd dstPt488(Point(823.246, 676.918), 15);\n    connRef488->setDestEndpoint(dstPt488);\n    connRef488->setRoutingType((ConnType)2);\n\n    ConnRef *connRef489 = new ConnRef(router, 489);\n    ConnEnd srcPt489(Point(790, 557), 15);\n    connRef489->setSourceEndpoint(srcPt489);\n    ConnEnd dstPt489(Point(823.246, 558.918), 15);\n    connRef489->setDestEndpoint(dstPt489);\n    connRef489->setRoutingType((ConnType)2);\n\n    ConnRef *connRef490 = new ConnRef(router, 490);\n    ConnEnd srcPt490(Point(790, 577), 15);\n    connRef490->setSourceEndpoint(srcPt490);\n    ConnEnd dstPt490(Point(823.246, 676.918), 15);\n    connRef490->setDestEndpoint(dstPt490);\n    connRef490->setRoutingType((ConnType)2);\n\n    ConnRef *connRef491 = new ConnRef(router, 491);\n    ConnEnd srcPt491(Point(790, 485), 15);\n    connRef491->setSourceEndpoint(srcPt491);\n    ConnEnd dstPt491(Point(823.246, 447.955), 15);\n    connRef491->setDestEndpoint(dstPt491);\n    connRef491->setRoutingType((ConnType)2);\n\n    ConnRef *connRef492 = new ConnRef(router, 492);\n    ConnEnd srcPt492(Point(790, 505), 15);\n    connRef492->setSourceEndpoint(srcPt492);\n    ConnEnd dstPt492(Point(823.246, 558.918), 15);\n    connRef492->setDestEndpoint(dstPt492);\n    connRef492->setRoutingType((ConnType)2);\n\n    ConnRef *connRef493 = new ConnRef(router, 493);\n    ConnEnd srcPt493(Point(790, 466), 15);\n    connRef493->setSourceEndpoint(srcPt493);\n    ConnEnd dstPt493(Point(823.246, 447.955), 15);\n    connRef493->setDestEndpoint(dstPt493);\n    connRef493->setRoutingType((ConnType)2);\n\n    ConnRef *connRef494 = new ConnRef(router, 494);\n    ConnEnd srcPt494(Point(790, 486), 15);\n    connRef494->setSourceEndpoint(srcPt494);\n    ConnEnd dstPt494(Point(823.246, 558.918), 15);\n    connRef494->setDestEndpoint(dstPt494);\n    connRef494->setRoutingType((ConnType)2);\n\n    ConnRef *connRef495 = new ConnRef(router, 495);\n    ConnEnd srcPt495(Point(840, 394), 15);\n    connRef495->setSourceEndpoint(srcPt495);\n    ConnEnd dstPt495(Point(823.246, 332.918), 15);\n    connRef495->setDestEndpoint(dstPt495);\n    connRef495->setRoutingType((ConnType)2);\n\n    ConnRef *connRef496 = new ConnRef(router, 496);\n    ConnEnd srcPt496(Point(840, 414), 15);\n    connRef496->setSourceEndpoint(srcPt496);\n    ConnEnd dstPt496(Point(823.246, 447.955), 15);\n    connRef496->setDestEndpoint(dstPt496);\n    connRef496->setRoutingType((ConnType)2);\n\n    ConnRef *connRef497 = new ConnRef(router, 497);\n    ConnEnd srcPt497(Point(790, 394), 15);\n    connRef497->setSourceEndpoint(srcPt497);\n    ConnEnd dstPt497(Point(823.246, 332.918), 15);\n    connRef497->setDestEndpoint(dstPt497);\n    connRef497->setRoutingType((ConnType)2);\n\n    ConnRef *connRef498 = new ConnRef(router, 498);\n    ConnEnd srcPt498(Point(790, 414), 15);\n    connRef498->setSourceEndpoint(srcPt498);\n    ConnEnd dstPt498(Point(823.246, 447.955), 15);\n    connRef498->setDestEndpoint(dstPt498);\n    connRef498->setRoutingType((ConnType)2);\n\n    ConnRef *connRef499 = new ConnRef(router, 499);\n    ConnEnd srcPt499(Point(790, 375), 15);\n    connRef499->setSourceEndpoint(srcPt499);\n    ConnEnd dstPt499(Point(823.246, 332.918), 15);\n    connRef499->setDestEndpoint(dstPt499);\n    connRef499->setRoutingType((ConnType)2);\n\n    ConnRef *connRef500 = new ConnRef(router, 500);\n    ConnEnd srcPt500(Point(790, 395), 15);\n    connRef500->setSourceEndpoint(srcPt500);\n    ConnEnd dstPt500(Point(823.246, 447.955), 15);\n    connRef500->setDestEndpoint(dstPt500);\n    connRef500->setRoutingType((ConnType)2);\n\n    ConnRef *connRef501 = new ConnRef(router, 501);\n    ConnEnd srcPt501(Point(850, 300), 15);\n    connRef501->setSourceEndpoint(srcPt501);\n    ConnEnd dstPt501(Point(823.246, 332.918), 15);\n    connRef501->setDestEndpoint(dstPt501);\n    connRef501->setRoutingType((ConnType)2);\n\n    ConnRef *connRef502 = new ConnRef(router, 502);\n    ConnEnd srcPt502(Point(800, 309), 15);\n    connRef502->setSourceEndpoint(srcPt502);\n    ConnEnd dstPt502(Point(823.246, 332.918), 15);\n    connRef502->setDestEndpoint(dstPt502);\n    connRef502->setRoutingType((ConnType)2);\n\n    ConnRef *connRef503 = new ConnRef(router, 503);\n    ConnEnd srcPt503(Point(800, 290), 15);\n    connRef503->setSourceEndpoint(srcPt503);\n    ConnEnd dstPt503(Point(823.246, 332.918), 15);\n    connRef503->setDestEndpoint(dstPt503);\n    connRef503->setRoutingType((ConnType)2);\n\n    ConnRef *connRef504 = new ConnRef(router, 504);\n    ConnEnd srcPt504(Point(699, 577), 15);\n    connRef504->setSourceEndpoint(srcPt504);\n    ConnEnd dstPt504(Point(673.933, 676.918), 15);\n    connRef504->setDestEndpoint(dstPt504);\n    connRef504->setRoutingType((ConnType)2);\n\n    ConnRef *connRef505 = new ConnRef(router, 505);\n    ConnEnd srcPt505(Point(699, 557), 15);\n    connRef505->setSourceEndpoint(srcPt505);\n    ConnEnd dstPt505(Point(673.933, 558.918), 15);\n    connRef505->setDestEndpoint(dstPt505);\n    connRef505->setRoutingType((ConnType)2);\n\n    ConnRef *connRef506 = new ConnRef(router, 506);\n    ConnEnd srcPt506(Point(649, 596), 15);\n    connRef506->setSourceEndpoint(srcPt506);\n    ConnEnd dstPt506(Point(673.933, 676.918), 15);\n    connRef506->setDestEndpoint(dstPt506);\n    connRef506->setRoutingType((ConnType)2);\n\n    ConnRef *connRef507 = new ConnRef(router, 507);\n    ConnEnd srcPt507(Point(649, 576), 15);\n    connRef507->setSourceEndpoint(srcPt507);\n    ConnEnd dstPt507(Point(673.933, 558.918), 15);\n    connRef507->setDestEndpoint(dstPt507);\n    connRef507->setRoutingType((ConnType)2);\n\n    ConnRef *connRef508 = new ConnRef(router, 508);\n    ConnEnd srcPt508(Point(649, 577), 15);\n    connRef508->setSourceEndpoint(srcPt508);\n    ConnEnd dstPt508(Point(673.933, 676.918), 15);\n    connRef508->setDestEndpoint(dstPt508);\n    connRef508->setRoutingType((ConnType)2);\n\n    ConnRef *connRef509 = new ConnRef(router, 509);\n    ConnEnd srcPt509(Point(649, 557), 15);\n    connRef509->setSourceEndpoint(srcPt509);\n    ConnEnd dstPt509(Point(673.933, 558.918), 15);\n    connRef509->setDestEndpoint(dstPt509);\n    connRef509->setRoutingType((ConnType)2);\n\n    ConnRef *connRef510 = new ConnRef(router, 510);\n    ConnEnd srcPt510(Point(649, 505), 15);\n    connRef510->setSourceEndpoint(srcPt510);\n    ConnEnd dstPt510(Point(673.933, 558.918), 15);\n    connRef510->setDestEndpoint(dstPt510);\n    connRef510->setRoutingType((ConnType)2);\n\n    ConnRef *connRef511 = new ConnRef(router, 511);\n    ConnEnd srcPt511(Point(649, 485), 15);\n    connRef511->setSourceEndpoint(srcPt511);\n    ConnEnd dstPt511(Point(673.933, 447.955), 15);\n    connRef511->setDestEndpoint(dstPt511);\n    connRef511->setRoutingType((ConnType)2);\n\n    ConnRef *connRef512 = new ConnRef(router, 512);\n    ConnEnd srcPt512(Point(649, 486), 15);\n    connRef512->setSourceEndpoint(srcPt512);\n    ConnEnd dstPt512(Point(673.933, 558.918), 15);\n    connRef512->setDestEndpoint(dstPt512);\n    connRef512->setRoutingType((ConnType)2);\n\n    ConnRef *connRef513 = new ConnRef(router, 513);\n    ConnEnd srcPt513(Point(649, 466), 15);\n    connRef513->setSourceEndpoint(srcPt513);\n    ConnEnd dstPt513(Point(673.933, 447.955), 15);\n    connRef513->setDestEndpoint(dstPt513);\n    connRef513->setRoutingType((ConnType)2);\n\n    ConnRef *connRef514 = new ConnRef(router, 514);\n    ConnEnd srcPt514(Point(699, 414), 15);\n    connRef514->setSourceEndpoint(srcPt514);\n    ConnEnd dstPt514(Point(673.933, 447.955), 15);\n    connRef514->setDestEndpoint(dstPt514);\n    connRef514->setRoutingType((ConnType)2);\n\n    ConnRef *connRef515 = new ConnRef(router, 515);\n    ConnEnd srcPt515(Point(699, 394), 15);\n    connRef515->setSourceEndpoint(srcPt515);\n    ConnEnd dstPt515(Point(673.933, 332.918), 15);\n    connRef515->setDestEndpoint(dstPt515);\n    connRef515->setRoutingType((ConnType)2);\n\n    ConnRef *connRef516 = new ConnRef(router, 516);\n    ConnEnd srcPt516(Point(649, 414), 15);\n    connRef516->setSourceEndpoint(srcPt516);\n    ConnEnd dstPt516(Point(673.933, 447.955), 15);\n    connRef516->setDestEndpoint(dstPt516);\n    connRef516->setRoutingType((ConnType)2);\n\n    ConnRef *connRef517 = new ConnRef(router, 517);\n    ConnEnd srcPt517(Point(649, 394), 15);\n    connRef517->setSourceEndpoint(srcPt517);\n    ConnEnd dstPt517(Point(673.933, 332.918), 15);\n    connRef517->setDestEndpoint(dstPt517);\n    connRef517->setRoutingType((ConnType)2);\n\n    ConnRef *connRef518 = new ConnRef(router, 518);\n    ConnEnd srcPt518(Point(649, 395), 15);\n    connRef518->setSourceEndpoint(srcPt518);\n    ConnEnd dstPt518(Point(673.933, 447.955), 15);\n    connRef518->setDestEndpoint(dstPt518);\n    connRef518->setRoutingType((ConnType)2);\n\n    ConnRef *connRef519 = new ConnRef(router, 519);\n    ConnEnd srcPt519(Point(649, 375), 15);\n    connRef519->setSourceEndpoint(srcPt519);\n    ConnEnd dstPt519(Point(673.933, 332.918), 15);\n    connRef519->setDestEndpoint(dstPt519);\n    connRef519->setRoutingType((ConnType)2);\n\n    ConnRef *connRef520 = new ConnRef(router, 520);\n    ConnEnd srcPt520(Point(709, 300), 15);\n    connRef520->setSourceEndpoint(srcPt520);\n    ConnEnd dstPt520(Point(673.933, 332.918), 15);\n    connRef520->setDestEndpoint(dstPt520);\n    connRef520->setRoutingType((ConnType)2);\n\n    ConnRef *connRef521 = new ConnRef(router, 521);\n    ConnEnd srcPt521(Point(659, 309), 15);\n    connRef521->setSourceEndpoint(srcPt521);\n    ConnEnd dstPt521(Point(673.933, 332.918), 15);\n    connRef521->setDestEndpoint(dstPt521);\n    connRef521->setRoutingType((ConnType)2);\n\n    ConnRef *connRef522 = new ConnRef(router, 522);\n    ConnEnd srcPt522(Point(659, 290), 15);\n    connRef522->setSourceEndpoint(srcPt522);\n    ConnEnd dstPt522(Point(673.933, 332.918), 15);\n    connRef522->setDestEndpoint(dstPt522);\n    connRef522->setRoutingType((ConnType)2);\n\n    ConnRef *connRef523 = new ConnRef(router, 523);\n    ConnEnd srcPt523(Point(557, 557), 15);\n    connRef523->setSourceEndpoint(srcPt523);\n    ConnEnd dstPt523(Point(527.246, 558.918), 15);\n    connRef523->setDestEndpoint(dstPt523);\n    connRef523->setRoutingType((ConnType)2);\n\n    ConnRef *connRef524 = new ConnRef(router, 524);\n    ConnEnd srcPt524(Point(557, 577), 15);\n    connRef524->setSourceEndpoint(srcPt524);\n    ConnEnd dstPt524(Point(527.246, 676.918), 15);\n    connRef524->setDestEndpoint(dstPt524);\n    connRef524->setRoutingType((ConnType)2);\n\n    ConnRef *connRef525 = new ConnRef(router, 525);\n    ConnEnd srcPt525(Point(507, 576), 15);\n    connRef525->setSourceEndpoint(srcPt525);\n    ConnEnd dstPt525(Point(527.246, 558.918), 15);\n    connRef525->setDestEndpoint(dstPt525);\n    connRef525->setRoutingType((ConnType)2);\n\n    ConnRef *connRef526 = new ConnRef(router, 526);\n    ConnEnd srcPt526(Point(507, 596), 15);\n    connRef526->setSourceEndpoint(srcPt526);\n    ConnEnd dstPt526(Point(527.246, 676.918), 15);\n    connRef526->setDestEndpoint(dstPt526);\n    connRef526->setRoutingType((ConnType)2);\n\n    ConnRef *connRef527 = new ConnRef(router, 527);\n    ConnEnd srcPt527(Point(507, 557), 15);\n    connRef527->setSourceEndpoint(srcPt527);\n    ConnEnd dstPt527(Point(527.246, 558.918), 15);\n    connRef527->setDestEndpoint(dstPt527);\n    connRef527->setRoutingType((ConnType)2);\n\n    ConnRef *connRef528 = new ConnRef(router, 528);\n    ConnEnd srcPt528(Point(507, 577), 15);\n    connRef528->setSourceEndpoint(srcPt528);\n    ConnEnd dstPt528(Point(527.246, 676.918), 15);\n    connRef528->setDestEndpoint(dstPt528);\n    connRef528->setRoutingType((ConnType)2);\n\n    ConnRef *connRef529 = new ConnRef(router, 529);\n    ConnEnd srcPt529(Point(557, 477), 15);\n    connRef529->setSourceEndpoint(srcPt529);\n    ConnEnd dstPt529(Point(527.246, 447.955), 15);\n    connRef529->setDestEndpoint(dstPt529);\n    connRef529->setRoutingType((ConnType)2);\n\n    ConnRef *connRef530 = new ConnRef(router, 530);\n    ConnEnd srcPt530(Point(557, 497), 15);\n    connRef530->setSourceEndpoint(srcPt530);\n    ConnEnd dstPt530(Point(527.246, 558.918), 15);\n    connRef530->setDestEndpoint(dstPt530);\n    connRef530->setRoutingType((ConnType)2);\n\n    ConnRef *connRef531 = new ConnRef(router, 531);\n    ConnEnd srcPt531(Point(507, 485), 15);\n    connRef531->setSourceEndpoint(srcPt531);\n    ConnEnd dstPt531(Point(527.246, 447.955), 15);\n    connRef531->setDestEndpoint(dstPt531);\n    connRef531->setRoutingType((ConnType)2);\n\n    ConnRef *connRef532 = new ConnRef(router, 532);\n    ConnEnd srcPt532(Point(507, 505), 15);\n    connRef532->setSourceEndpoint(srcPt532);\n    ConnEnd dstPt532(Point(527.246, 558.918), 15);\n    connRef532->setDestEndpoint(dstPt532);\n    connRef532->setRoutingType((ConnType)2);\n\n    ConnRef *connRef533 = new ConnRef(router, 533);\n    ConnEnd srcPt533(Point(507, 466), 15);\n    connRef533->setSourceEndpoint(srcPt533);\n    ConnEnd dstPt533(Point(527.246, 447.955), 15);\n    connRef533->setDestEndpoint(dstPt533);\n    connRef533->setRoutingType((ConnType)2);\n\n    ConnRef *connRef534 = new ConnRef(router, 534);\n    ConnEnd srcPt534(Point(507, 486), 15);\n    connRef534->setSourceEndpoint(srcPt534);\n    ConnEnd dstPt534(Point(527.246, 558.918), 15);\n    connRef534->setDestEndpoint(dstPt534);\n    connRef534->setRoutingType((ConnType)2);\n\n    ConnRef *connRef535 = new ConnRef(router, 535);\n    ConnEnd srcPt535(Point(557, 394), 15);\n    connRef535->setSourceEndpoint(srcPt535);\n    ConnEnd dstPt535(Point(527.246, 332.918), 15);\n    connRef535->setDestEndpoint(dstPt535);\n    connRef535->setRoutingType((ConnType)2);\n\n    ConnRef *connRef536 = new ConnRef(router, 536);\n    ConnEnd srcPt536(Point(557, 414), 15);\n    connRef536->setSourceEndpoint(srcPt536);\n    ConnEnd dstPt536(Point(527.246, 447.955), 15);\n    connRef536->setDestEndpoint(dstPt536);\n    connRef536->setRoutingType((ConnType)2);\n\n    ConnRef *connRef537 = new ConnRef(router, 537);\n    ConnEnd srcPt537(Point(507, 394), 15);\n    connRef537->setSourceEndpoint(srcPt537);\n    ConnEnd dstPt537(Point(527.246, 332.918), 15);\n    connRef537->setDestEndpoint(dstPt537);\n    connRef537->setRoutingType((ConnType)2);\n\n    ConnRef *connRef538 = new ConnRef(router, 538);\n    ConnEnd srcPt538(Point(507, 414), 15);\n    connRef538->setSourceEndpoint(srcPt538);\n    ConnEnd dstPt538(Point(527.246, 447.955), 15);\n    connRef538->setDestEndpoint(dstPt538);\n    connRef538->setRoutingType((ConnType)2);\n\n    ConnRef *connRef539 = new ConnRef(router, 539);\n    ConnEnd srcPt539(Point(507, 375), 15);\n    connRef539->setSourceEndpoint(srcPt539);\n    ConnEnd dstPt539(Point(527.246, 332.918), 15);\n    connRef539->setDestEndpoint(dstPt539);\n    connRef539->setRoutingType((ConnType)2);\n\n    ConnRef *connRef540 = new ConnRef(router, 540);\n    ConnEnd srcPt540(Point(507, 395), 15);\n    connRef540->setSourceEndpoint(srcPt540);\n    ConnEnd dstPt540(Point(527.246, 447.955), 15);\n    connRef540->setDestEndpoint(dstPt540);\n    connRef540->setRoutingType((ConnType)2);\n\n    ConnRef *connRef541 = new ConnRef(router, 541);\n    ConnEnd srcPt541(Point(567, 300), 15);\n    connRef541->setSourceEndpoint(srcPt541);\n    ConnEnd dstPt541(Point(527.246, 332.918), 15);\n    connRef541->setDestEndpoint(dstPt541);\n    connRef541->setRoutingType((ConnType)2);\n\n    ConnRef *connRef542 = new ConnRef(router, 542);\n    ConnEnd srcPt542(Point(517, 309), 15);\n    connRef542->setSourceEndpoint(srcPt542);\n    ConnEnd dstPt542(Point(527.246, 332.918), 15);\n    connRef542->setDestEndpoint(dstPt542);\n    connRef542->setRoutingType((ConnType)2);\n\n    ConnRef *connRef543 = new ConnRef(router, 543);\n    ConnEnd srcPt543(Point(517, 290), 15);\n    connRef543->setSourceEndpoint(srcPt543);\n    ConnEnd dstPt543(Point(527.246, 332.918), 15);\n    connRef543->setDestEndpoint(dstPt543);\n    connRef543->setRoutingType((ConnType)2);\n\n    ConnRef *connRef544 = new ConnRef(router, 544);\n    ConnEnd srcPt544(Point(415, 577), 15);\n    connRef544->setSourceEndpoint(srcPt544);\n    ConnEnd dstPt544(Point(371.246, 676.918), 15);\n    connRef544->setDestEndpoint(dstPt544);\n    connRef544->setRoutingType((ConnType)2);\n\n    ConnRef *connRef545 = new ConnRef(router, 545);\n    ConnEnd srcPt545(Point(415, 557), 15);\n    connRef545->setSourceEndpoint(srcPt545);\n    ConnEnd dstPt545(Point(371.246, 558.918), 15);\n    connRef545->setDestEndpoint(dstPt545);\n    connRef545->setRoutingType((ConnType)2);\n\n    ConnRef *connRef546 = new ConnRef(router, 546);\n    ConnEnd srcPt546(Point(365, 596), 15);\n    connRef546->setSourceEndpoint(srcPt546);\n    ConnEnd dstPt546(Point(371.246, 676.918), 15);\n    connRef546->setDestEndpoint(dstPt546);\n    connRef546->setRoutingType((ConnType)2);\n\n    ConnRef *connRef547 = new ConnRef(router, 547);\n    ConnEnd srcPt547(Point(365, 576), 15);\n    connRef547->setSourceEndpoint(srcPt547);\n    ConnEnd dstPt547(Point(371.246, 558.918), 15);\n    connRef547->setDestEndpoint(dstPt547);\n    connRef547->setRoutingType((ConnType)2);\n\n    ConnRef *connRef548 = new ConnRef(router, 548);\n    ConnEnd srcPt548(Point(365, 577), 15);\n    connRef548->setSourceEndpoint(srcPt548);\n    ConnEnd dstPt548(Point(371.246, 676.918), 15);\n    connRef548->setDestEndpoint(dstPt548);\n    connRef548->setRoutingType((ConnType)2);\n\n    ConnRef *connRef549 = new ConnRef(router, 549);\n    ConnEnd srcPt549(Point(365, 557), 15);\n    connRef549->setSourceEndpoint(srcPt549);\n    ConnEnd dstPt549(Point(371.246, 558.918), 15);\n    connRef549->setDestEndpoint(dstPt549);\n    connRef549->setRoutingType((ConnType)2);\n\n    ConnRef *connRef550 = new ConnRef(router, 550);\n    ConnEnd srcPt550(Point(365, 505), 15);\n    connRef550->setSourceEndpoint(srcPt550);\n    ConnEnd dstPt550(Point(371.246, 558.918), 15);\n    connRef550->setDestEndpoint(dstPt550);\n    connRef550->setRoutingType((ConnType)2);\n\n    ConnRef *connRef551 = new ConnRef(router, 551);\n    ConnEnd srcPt551(Point(365, 485), 15);\n    connRef551->setSourceEndpoint(srcPt551);\n    ConnEnd dstPt551(Point(371.246, 447.955), 15);\n    connRef551->setDestEndpoint(dstPt551);\n    connRef551->setRoutingType((ConnType)2);\n\n    ConnRef *connRef552 = new ConnRef(router, 552);\n    ConnEnd srcPt552(Point(365, 486), 15);\n    connRef552->setSourceEndpoint(srcPt552);\n    ConnEnd dstPt552(Point(371.246, 558.918), 15);\n    connRef552->setDestEndpoint(dstPt552);\n    connRef552->setRoutingType((ConnType)2);\n\n    ConnRef *connRef553 = new ConnRef(router, 553);\n    ConnEnd srcPt553(Point(365, 466), 15);\n    connRef553->setSourceEndpoint(srcPt553);\n    ConnEnd dstPt553(Point(371.246, 447.955), 15);\n    connRef553->setDestEndpoint(dstPt553);\n    connRef553->setRoutingType((ConnType)2);\n\n    ConnRef *connRef554 = new ConnRef(router, 554);\n    ConnEnd srcPt554(Point(415, 414), 15);\n    connRef554->setSourceEndpoint(srcPt554);\n    ConnEnd dstPt554(Point(371.246, 447.955), 15);\n    connRef554->setDestEndpoint(dstPt554);\n    connRef554->setRoutingType((ConnType)2);\n\n    ConnRef *connRef555 = new ConnRef(router, 555);\n    ConnEnd srcPt555(Point(415, 394), 15);\n    connRef555->setSourceEndpoint(srcPt555);\n    ConnEnd dstPt555(Point(371.246, 332.918), 15);\n    connRef555->setDestEndpoint(dstPt555);\n    connRef555->setRoutingType((ConnType)2);\n\n    ConnRef *connRef556 = new ConnRef(router, 556);\n    ConnEnd srcPt556(Point(365, 414), 15);\n    connRef556->setSourceEndpoint(srcPt556);\n    ConnEnd dstPt556(Point(371.246, 447.955), 15);\n    connRef556->setDestEndpoint(dstPt556);\n    connRef556->setRoutingType((ConnType)2);\n\n    ConnRef *connRef557 = new ConnRef(router, 557);\n    ConnEnd srcPt557(Point(365, 394), 15);\n    connRef557->setSourceEndpoint(srcPt557);\n    ConnEnd dstPt557(Point(371.246, 332.918), 15);\n    connRef557->setDestEndpoint(dstPt557);\n    connRef557->setRoutingType((ConnType)2);\n\n    ConnRef *connRef558 = new ConnRef(router, 558);\n    ConnEnd srcPt558(Point(365, 395), 15);\n    connRef558->setSourceEndpoint(srcPt558);\n    ConnEnd dstPt558(Point(371.246, 447.955), 15);\n    connRef558->setDestEndpoint(dstPt558);\n    connRef558->setRoutingType((ConnType)2);\n\n    ConnRef *connRef559 = new ConnRef(router, 559);\n    ConnEnd srcPt559(Point(365, 375), 15);\n    connRef559->setSourceEndpoint(srcPt559);\n    ConnEnd dstPt559(Point(371.246, 332.918), 15);\n    connRef559->setDestEndpoint(dstPt559);\n    connRef559->setRoutingType((ConnType)2);\n\n    ConnRef *connRef560 = new ConnRef(router, 560);\n    ConnEnd srcPt560(Point(425, 300), 15);\n    connRef560->setSourceEndpoint(srcPt560);\n    ConnEnd dstPt560(Point(371.246, 332.918), 15);\n    connRef560->setDestEndpoint(dstPt560);\n    connRef560->setRoutingType((ConnType)2);\n\n    ConnRef *connRef561 = new ConnRef(router, 561);\n    ConnEnd srcPt561(Point(375, 309), 15);\n    connRef561->setSourceEndpoint(srcPt561);\n    ConnEnd dstPt561(Point(371.246, 332.918), 15);\n    connRef561->setDestEndpoint(dstPt561);\n    connRef561->setRoutingType((ConnType)2);\n\n    ConnRef *connRef562 = new ConnRef(router, 562);\n    ConnEnd srcPt562(Point(375, 290), 15);\n    connRef562->setSourceEndpoint(srcPt562);\n    ConnEnd dstPt562(Point(371.246, 332.918), 15);\n    connRef562->setDestEndpoint(dstPt562);\n    connRef562->setRoutingType((ConnType)2);\n\n    ConnRef *connRef563 = new ConnRef(router, 563);\n    ConnEnd srcPt563(Point(273, 557), 15);\n    connRef563->setSourceEndpoint(srcPt563);\n    ConnEnd dstPt563(Point(215.246, 558.918), 15);\n    connRef563->setDestEndpoint(dstPt563);\n    connRef563->setRoutingType((ConnType)2);\n\n    ConnRef *connRef564 = new ConnRef(router, 564);\n    ConnEnd srcPt564(Point(273, 577), 15);\n    connRef564->setSourceEndpoint(srcPt564);\n    ConnEnd dstPt564(Point(215.246, 676.918), 15);\n    connRef564->setDestEndpoint(dstPt564);\n    connRef564->setRoutingType((ConnType)2);\n\n    ConnRef *connRef565 = new ConnRef(router, 565);\n    ConnEnd srcPt565(Point(223, 576), 15);\n    connRef565->setSourceEndpoint(srcPt565);\n    ConnEnd dstPt565(Point(215.246, 558.918), 15);\n    connRef565->setDestEndpoint(dstPt565);\n    connRef565->setRoutingType((ConnType)2);\n\n    ConnRef *connRef566 = new ConnRef(router, 566);\n    ConnEnd srcPt566(Point(223, 596), 15);\n    connRef566->setSourceEndpoint(srcPt566);\n    ConnEnd dstPt566(Point(215.246, 676.918), 15);\n    connRef566->setDestEndpoint(dstPt566);\n    connRef566->setRoutingType((ConnType)2);\n\n    ConnRef *connRef567 = new ConnRef(router, 567);\n    ConnEnd srcPt567(Point(223, 557), 15);\n    connRef567->setSourceEndpoint(srcPt567);\n    ConnEnd dstPt567(Point(215.246, 558.918), 15);\n    connRef567->setDestEndpoint(dstPt567);\n    connRef567->setRoutingType((ConnType)2);\n\n    ConnRef *connRef568 = new ConnRef(router, 568);\n    ConnEnd srcPt568(Point(223, 577), 15);\n    connRef568->setSourceEndpoint(srcPt568);\n    ConnEnd dstPt568(Point(215.246, 676.918), 15);\n    connRef568->setDestEndpoint(dstPt568);\n    connRef568->setRoutingType((ConnType)2);\n\n    ConnRef *connRef569 = new ConnRef(router, 569);\n    ConnEnd srcPt569(Point(223, 485), 15);\n    connRef569->setSourceEndpoint(srcPt569);\n    ConnEnd dstPt569(Point(215.246, 447.955), 15);\n    connRef569->setDestEndpoint(dstPt569);\n    connRef569->setRoutingType((ConnType)2);\n\n    ConnRef *connRef570 = new ConnRef(router, 570);\n    ConnEnd srcPt570(Point(223, 505), 15);\n    connRef570->setSourceEndpoint(srcPt570);\n    ConnEnd dstPt570(Point(215.246, 558.918), 15);\n    connRef570->setDestEndpoint(dstPt570);\n    connRef570->setRoutingType((ConnType)2);\n\n    ConnRef *connRef571 = new ConnRef(router, 571);\n    ConnEnd srcPt571(Point(223, 466), 15);\n    connRef571->setSourceEndpoint(srcPt571);\n    ConnEnd dstPt571(Point(215.246, 447.955), 15);\n    connRef571->setDestEndpoint(dstPt571);\n    connRef571->setRoutingType((ConnType)2);\n\n    ConnRef *connRef572 = new ConnRef(router, 572);\n    ConnEnd srcPt572(Point(223, 486), 15);\n    connRef572->setSourceEndpoint(srcPt572);\n    ConnEnd dstPt572(Point(215.246, 558.918), 15);\n    connRef572->setDestEndpoint(dstPt572);\n    connRef572->setRoutingType((ConnType)2);\n\n    ConnRef *connRef573 = new ConnRef(router, 573);\n    ConnEnd srcPt573(Point(273, 394), 15);\n    connRef573->setSourceEndpoint(srcPt573);\n    ConnEnd dstPt573(Point(215.246, 332.918), 15);\n    connRef573->setDestEndpoint(dstPt573);\n    connRef573->setRoutingType((ConnType)2);\n\n    ConnRef *connRef574 = new ConnRef(router, 574);\n    ConnEnd srcPt574(Point(273, 414), 15);\n    connRef574->setSourceEndpoint(srcPt574);\n    ConnEnd dstPt574(Point(215.246, 447.955), 15);\n    connRef574->setDestEndpoint(dstPt574);\n    connRef574->setRoutingType((ConnType)2);\n\n    ConnRef *connRef575 = new ConnRef(router, 575);\n    ConnEnd srcPt575(Point(223, 394), 15);\n    connRef575->setSourceEndpoint(srcPt575);\n    ConnEnd dstPt575(Point(215.246, 332.918), 15);\n    connRef575->setDestEndpoint(dstPt575);\n    connRef575->setRoutingType((ConnType)2);\n\n    ConnRef *connRef576 = new ConnRef(router, 576);\n    ConnEnd srcPt576(Point(223, 414), 15);\n    connRef576->setSourceEndpoint(srcPt576);\n    ConnEnd dstPt576(Point(215.246, 447.955), 15);\n    connRef576->setDestEndpoint(dstPt576);\n    connRef576->setRoutingType((ConnType)2);\n\n    ConnRef *connRef577 = new ConnRef(router, 577);\n    ConnEnd srcPt577(Point(223, 375), 15);\n    connRef577->setSourceEndpoint(srcPt577);\n    ConnEnd dstPt577(Point(215.246, 332.918), 15);\n    connRef577->setDestEndpoint(dstPt577);\n    connRef577->setRoutingType((ConnType)2);\n\n    ConnRef *connRef578 = new ConnRef(router, 578);\n    ConnEnd srcPt578(Point(223, 395), 15);\n    connRef578->setSourceEndpoint(srcPt578);\n    ConnEnd dstPt578(Point(215.246, 447.955), 15);\n    connRef578->setDestEndpoint(dstPt578);\n    connRef578->setRoutingType((ConnType)2);\n\n    ConnRef *connRef579 = new ConnRef(router, 579);\n    ConnEnd srcPt579(Point(273, 290), 15);\n    connRef579->setSourceEndpoint(srcPt579);\n    ConnEnd dstPt579(Point(215.246, 332.918), 15);\n    connRef579->setDestEndpoint(dstPt579);\n    connRef579->setRoutingType((ConnType)2);\n\n    ConnRef *connRef580 = new ConnRef(router, 580);\n    ConnEnd srcPt580(Point(233, 290), 15);\n    connRef580->setSourceEndpoint(srcPt580);\n    ConnEnd dstPt580(Point(215.246, 332.918), 15);\n    connRef580->setDestEndpoint(dstPt580);\n    connRef580->setRoutingType((ConnType)2);\n\n    ConnRef *connRef581 = new ConnRef(router, 581);\n    ConnEnd srcPt581(Point(233, 309), 15);\n    connRef581->setSourceEndpoint(srcPt581);\n    ConnEnd dstPt581(Point(215.246, 332.918), 15);\n    connRef581->setDestEndpoint(dstPt581);\n    connRef581->setRoutingType((ConnType)2);\n\n    ConnRef *connRef582 = new ConnRef(router, 582);\n    ConnEnd srcPt582(Point(132, 557), 15);\n    connRef582->setSourceEndpoint(srcPt582);\n    ConnEnd dstPt582(Point(57.2456, 558.918), 15);\n    connRef582->setDestEndpoint(dstPt582);\n    connRef582->setRoutingType((ConnType)2);\n\n    ConnRef *connRef583 = new ConnRef(router, 583);\n    ConnEnd srcPt583(Point(132, 577), 15);\n    connRef583->setSourceEndpoint(srcPt583);\n    ConnEnd dstPt583(Point(57.2456, 676.918), 15);\n    connRef583->setDestEndpoint(dstPt583);\n    connRef583->setRoutingType((ConnType)2);\n\n    ConnRef *connRef584 = new ConnRef(router, 584);\n    ConnEnd srcPt584(Point(82, 576), 15);\n    connRef584->setSourceEndpoint(srcPt584);\n    ConnEnd dstPt584(Point(57.2456, 558.918), 15);\n    connRef584->setDestEndpoint(dstPt584);\n    connRef584->setRoutingType((ConnType)2);\n\n    ConnRef *connRef585 = new ConnRef(router, 585);\n    ConnEnd srcPt585(Point(82, 596), 15);\n    connRef585->setSourceEndpoint(srcPt585);\n    ConnEnd dstPt585(Point(57.2456, 676.918), 15);\n    connRef585->setDestEndpoint(dstPt585);\n    connRef585->setRoutingType((ConnType)2);\n\n    ConnRef *connRef586 = new ConnRef(router, 586);\n    ConnEnd srcPt586(Point(82, 557), 15);\n    connRef586->setSourceEndpoint(srcPt586);\n    ConnEnd dstPt586(Point(57.2456, 558.918), 15);\n    connRef586->setDestEndpoint(dstPt586);\n    connRef586->setRoutingType((ConnType)2);\n\n    ConnRef *connRef587 = new ConnRef(router, 587);\n    ConnEnd srcPt587(Point(82, 577), 15);\n    connRef587->setSourceEndpoint(srcPt587);\n    ConnEnd dstPt587(Point(57.2456, 676.918), 15);\n    connRef587->setDestEndpoint(dstPt587);\n    connRef587->setRoutingType((ConnType)2);\n\n    ConnRef *connRef588 = new ConnRef(router, 588);\n    ConnEnd srcPt588(Point(82, 485), 15);\n    connRef588->setSourceEndpoint(srcPt588);\n    ConnEnd dstPt588(Point(57.2456, 447.955), 15);\n    connRef588->setDestEndpoint(dstPt588);\n    connRef588->setRoutingType((ConnType)2);\n\n    ConnRef *connRef589 = new ConnRef(router, 589);\n    ConnEnd srcPt589(Point(82, 505), 15);\n    connRef589->setSourceEndpoint(srcPt589);\n    ConnEnd dstPt589(Point(57.2456, 558.918), 15);\n    connRef589->setDestEndpoint(dstPt589);\n    connRef589->setRoutingType((ConnType)2);\n\n    ConnRef *connRef590 = new ConnRef(router, 590);\n    ConnEnd srcPt590(Point(82, 466), 15);\n    connRef590->setSourceEndpoint(srcPt590);\n    ConnEnd dstPt590(Point(57.2456, 447.955), 15);\n    connRef590->setDestEndpoint(dstPt590);\n    connRef590->setRoutingType((ConnType)2);\n\n    ConnRef *connRef591 = new ConnRef(router, 591);\n    ConnEnd srcPt591(Point(82, 486), 15);\n    connRef591->setSourceEndpoint(srcPt591);\n    ConnEnd dstPt591(Point(57.2456, 558.918), 15);\n    connRef591->setDestEndpoint(dstPt591);\n    connRef591->setRoutingType((ConnType)2);\n\n    ConnRef *connRef592 = new ConnRef(router, 592);\n    ConnEnd srcPt592(Point(132, 394), 15);\n    connRef592->setSourceEndpoint(srcPt592);\n    ConnEnd dstPt592(Point(57.2456, 332.918), 15);\n    connRef592->setDestEndpoint(dstPt592);\n    connRef592->setRoutingType((ConnType)2);\n\n    ConnRef *connRef593 = new ConnRef(router, 593);\n    ConnEnd srcPt593(Point(132, 414), 15);\n    connRef593->setSourceEndpoint(srcPt593);\n    ConnEnd dstPt593(Point(57.2456, 447.955), 15);\n    connRef593->setDestEndpoint(dstPt593);\n    connRef593->setRoutingType((ConnType)2);\n\n    ConnRef *connRef594 = new ConnRef(router, 594);\n    ConnEnd srcPt594(Point(82, 394), 15);\n    connRef594->setSourceEndpoint(srcPt594);\n    ConnEnd dstPt594(Point(57.2456, 332.918), 15);\n    connRef594->setDestEndpoint(dstPt594);\n    connRef594->setRoutingType((ConnType)2);\n\n    ConnRef *connRef595 = new ConnRef(router, 595);\n    ConnEnd srcPt595(Point(82, 414), 15);\n    connRef595->setSourceEndpoint(srcPt595);\n    ConnEnd dstPt595(Point(57.2456, 447.955), 15);\n    connRef595->setDestEndpoint(dstPt595);\n    connRef595->setRoutingType((ConnType)2);\n\n    ConnRef *connRef596 = new ConnRef(router, 596);\n    ConnEnd srcPt596(Point(82, 375), 15);\n    connRef596->setSourceEndpoint(srcPt596);\n    ConnEnd dstPt596(Point(57.2456, 332.918), 15);\n    connRef596->setDestEndpoint(dstPt596);\n    connRef596->setRoutingType((ConnType)2);\n\n    ConnRef *connRef597 = new ConnRef(router, 597);\n    ConnEnd srcPt597(Point(82, 395), 15);\n    connRef597->setSourceEndpoint(srcPt597);\n    ConnEnd dstPt597(Point(57.2456, 447.955), 15);\n    connRef597->setDestEndpoint(dstPt597);\n    connRef597->setRoutingType((ConnType)2);\n\n    ConnRef *connRef598 = new ConnRef(router, 598);\n    ConnEnd srcPt598(Point(72, 309), 15);\n    connRef598->setSourceEndpoint(srcPt598);\n    ConnEnd dstPt598(Point(57.2456, 332.918), 15);\n    connRef598->setDestEndpoint(dstPt598);\n    connRef598->setRoutingType((ConnType)2);\n\n    ConnRef *connRef599 = new ConnRef(router, 599);\n    ConnEnd srcPt599(Point(72, 290), 15);\n    connRef599->setSourceEndpoint(srcPt599);\n    ConnEnd dstPt599(Point(57.2456, 332.918), 15);\n    connRef599->setDestEndpoint(dstPt599);\n    connRef599->setRoutingType((ConnType)2);\n\n    ConnRef *connRef600 = new ConnRef(router, 600);\n    ConnEnd srcPt600(Point(245, 207), 15);\n    connRef600->setSourceEndpoint(srcPt600);\n    ConnEnd dstPt600(Point(197.246, 96.9179), 15);\n    connRef600->setDestEndpoint(dstPt600);\n    connRef600->setRoutingType((ConnType)2);\n\n    ConnRef *connRef601 = new ConnRef(router, 601);\n    ConnEnd srcPt601(Point(245, 227), 15);\n    connRef601->setSourceEndpoint(srcPt601);\n    ConnEnd dstPt601(Point(197.246, 160.918), 15);\n    connRef601->setDestEndpoint(dstPt601);\n    connRef601->setRoutingType((ConnType)2);\n\n    ConnRef *connRef602 = new ConnRef(router, 602);\n    ConnEnd srcPt602(Point(195, 217), 15);\n    connRef602->setSourceEndpoint(srcPt602);\n    ConnEnd dstPt602(Point(197.246, 96.9179), 15);\n    connRef602->setDestEndpoint(dstPt602);\n    connRef602->setRoutingType((ConnType)2);\n\n    ConnRef *connRef603 = new ConnRef(router, 603);\n    ConnEnd srcPt603(Point(195, 237), 15);\n    connRef603->setSourceEndpoint(srcPt603);\n    ConnEnd dstPt603(Point(197.246, 160.918), 15);\n    connRef603->setDestEndpoint(dstPt603);\n    connRef603->setRoutingType((ConnType)2);\n\n    ConnRef *connRef604 = new ConnRef(router, 604);\n    ConnEnd srcPt604(Point(195, 198), 15);\n    connRef604->setSourceEndpoint(srcPt604);\n    ConnEnd dstPt604(Point(197.246, 96.9179), 15);\n    connRef604->setDestEndpoint(dstPt604);\n    connRef604->setRoutingType((ConnType)2);\n\n    ConnRef *connRef605 = new ConnRef(router, 605);\n    ConnEnd srcPt605(Point(195, 218), 15);\n    connRef605->setSourceEndpoint(srcPt605);\n    ConnEnd dstPt605(Point(197.246, 160.918), 15);\n    connRef605->setDestEndpoint(dstPt605);\n    connRef605->setRoutingType((ConnType)2);\n\n    ConnRef *connRef606 = new ConnRef(router, 606);\n    ConnEnd srcPt606(Point(82, 214), 15);\n    connRef606->setSourceEndpoint(srcPt606);\n    ConnEnd dstPt606(Point(57.2456, 160.918), 15);\n    connRef606->setDestEndpoint(dstPt606);\n    connRef606->setRoutingType((ConnType)2);\n\n    ConnRef *connRef607 = new ConnRef(router, 607);\n    ConnEnd srcPt607(Point(82, 195), 15);\n    connRef607->setSourceEndpoint(srcPt607);\n    ConnEnd dstPt607(Point(57.2456, 160.918), 15);\n    connRef607->setDestEndpoint(dstPt607);\n    connRef607->setRoutingType((ConnType)2);\n\n    ConnRef *connRef608 = new ConnRef(router, 608);\n    ConnEnd srcPt608(Point(82, 176), 15);\n    connRef608->setSourceEndpoint(srcPt608);\n    ConnEnd dstPt608(Point(57.2456, 160.918), 15);\n    connRef608->setDestEndpoint(dstPt608);\n    connRef608->setRoutingType((ConnType)2);\n\n    ConnRef *connRef609 = new ConnRef(router, 609);\n    ConnEnd srcPt609(Point(319, 135), 15);\n    connRef609->setSourceEndpoint(srcPt609);\n    ConnEnd dstPt609(Point(319.219, -51.0821), 15);\n    connRef609->setDestEndpoint(dstPt609);\n    connRef609->setRoutingType((ConnType)2);\n\n    ConnRef *connRef610 = new ConnRef(router, 610);\n    ConnEnd srcPt610(Point(220, 135), 15);\n    connRef610->setSourceEndpoint(srcPt610);\n    ConnEnd dstPt610(Point(57.2456, 125.987), 15);\n    connRef610->setDestEndpoint(dstPt610);\n    connRef610->setRoutingType((ConnType)2);\n\n    ConnRef *connRef611 = new ConnRef(router, 611);\n    ConnEnd srcPt611(Point(220, 155), 15);\n    connRef611->setSourceEndpoint(srcPt611);\n    ConnEnd dstPt611(Point(319.219, -7.08205), 15);\n    connRef611->setDestEndpoint(dstPt611);\n    connRef611->setRoutingType((ConnType)2);\n\n    ConnRef *connRef612 = new ConnRef(router, 612);\n    ConnEnd srcPt612(Point(220, 155), 15);\n    connRef612->setSourceEndpoint(srcPt612);\n    ConnEnd dstPt612(Point(197.246, 96.9179), 15);\n    connRef612->setDestEndpoint(dstPt612);\n    connRef612->setRoutingType((ConnType)2);\n\n    ConnRef *connRef613 = new ConnRef(router, 613);\n    ConnEnd srcPt613(Point(220, 135), 15);\n    connRef613->setSourceEndpoint(srcPt613);\n    ConnEnd dstPt613(Point(319.219, -51.0821), 15);\n    connRef613->setDestEndpoint(dstPt613);\n    connRef613->setRoutingType((ConnType)2);\n\n    ConnRef *connRef614 = new ConnRef(router, 614);\n    ConnEnd srcPt614(Point(197.246, 160.918), 15);\n    connRef614->setSourceEndpoint(srcPt614);\n    ConnEnd dstPt614(Point(82, 318), 15);\n    connRef614->setDestEndpoint(dstPt614);\n    connRef614->setRoutingType((ConnType)2);\n\n    ConnRef *connRef615 = new ConnRef(router, 615);\n    ConnEnd srcPt615(Point(197.246, 160.918), 15);\n    connRef615->setSourceEndpoint(srcPt615);\n    ConnEnd dstPt615(Point(213, 328), 15);\n    connRef615->setDestEndpoint(dstPt615);\n    connRef615->setRoutingType((ConnType)2);\n\n    ConnRef *connRef616 = new ConnRef(router, 616);\n    ConnEnd srcPt616(Point(197.246, 160.918), 15);\n    connRef616->setSourceEndpoint(srcPt616);\n    ConnEnd dstPt616(Point(355, 328), 15);\n    connRef616->setDestEndpoint(dstPt616);\n    connRef616->setRoutingType((ConnType)2);\n\n    ConnRef *connRef617 = new ConnRef(router, 617);\n    ConnEnd srcPt617(Point(197.246, 160.918), 15);\n    connRef617->setSourceEndpoint(srcPt617);\n    ConnEnd dstPt617(Point(497, 328), 15);\n    connRef617->setDestEndpoint(dstPt617);\n    connRef617->setRoutingType((ConnType)2);\n\n    ConnRef *connRef618 = new ConnRef(router, 618);\n    ConnEnd srcPt618(Point(197.246, 160.918), 15);\n    connRef618->setSourceEndpoint(srcPt618);\n    ConnEnd dstPt618(Point(639, 328), 15);\n    connRef618->setDestEndpoint(dstPt618);\n    connRef618->setRoutingType((ConnType)2);\n\n    ConnRef *connRef619 = new ConnRef(router, 619);\n    ConnEnd srcPt619(Point(197.246, 160.918), 15);\n    connRef619->setSourceEndpoint(srcPt619);\n    ConnEnd dstPt619(Point(780, 328), 15);\n    connRef619->setDestEndpoint(dstPt619);\n    connRef619->setRoutingType((ConnType)2);\n\n    ConnRef *connRef620 = new ConnRef(router, 620);\n    ConnEnd srcPt620(Point(197.246, 160.918), 15);\n    connRef620->setSourceEndpoint(srcPt620);\n    ConnEnd dstPt620(Point(922, 328), 15);\n    connRef620->setDestEndpoint(dstPt620);\n    connRef620->setRoutingType((ConnType)2);\n\n    ConnRef *connRef621 = new ConnRef(router, 621);\n    ConnEnd srcPt621(Point(1149, 309), 15);\n    connRef621->setSourceEndpoint(srcPt621);\n    ConnEnd dstPt621(Point(197.246, 160.918), 15);\n    connRef621->setDestEndpoint(dstPt621);\n    connRef621->setRoutingType((ConnType)2);\n\n    ConnRef *connRef622 = new ConnRef(router, 622);\n    ConnEnd srcPt622(Point(1199, 300), 15);\n    connRef622->setSourceEndpoint(srcPt622);\n    ConnEnd dstPt622(Point(197.246, 160.918), 15);\n    connRef622->setDestEndpoint(dstPt622);\n    connRef622->setRoutingType((ConnType)2);\n\n    ConnRef *connRef623 = new ConnRef(router, 623);\n    ConnEnd srcPt623(Point(197.246, 160.918), 15);\n    connRef623->setSourceEndpoint(srcPt623);\n    ConnEnd dstPt623(Point(132, 280), 15);\n    connRef623->setDestEndpoint(dstPt623);\n    connRef623->setRoutingType((ConnType)2);\n\n    ConnRef *connRef624 = new ConnRef(router, 624);\n    ConnEnd srcPt624(Point(197.246, 160.918), 15);\n    connRef624->setSourceEndpoint(srcPt624);\n    ConnEnd dstPt624(Point(132, 299), 15);\n    connRef624->setDestEndpoint(dstPt624);\n    connRef624->setRoutingType((ConnType)2);\n\n    ConnRef *connRef625 = new ConnRef(router, 625);\n    ConnEnd srcPt625(Point(57.2456, 160.918), 15);\n    connRef625->setSourceEndpoint(srcPt625);\n    ConnEnd dstPt625(Point(82, 318), 15);\n    connRef625->setDestEndpoint(dstPt625);\n    connRef625->setRoutingType((ConnType)2);\n\n    ConnRef *connRef626 = new ConnRef(router, 626);\n    ConnEnd srcPt626(Point(57.2456, 160.918), 15);\n    connRef626->setSourceEndpoint(srcPt626);\n    ConnEnd dstPt626(Point(132, 280), 15);\n    connRef626->setDestEndpoint(dstPt626);\n    connRef626->setRoutingType((ConnType)2);\n\n    ConnRef *connRef627 = new ConnRef(router, 627);\n    ConnEnd srcPt627(Point(57.2456, 160.918), 15);\n    connRef627->setSourceEndpoint(srcPt627);\n    ConnEnd dstPt627(Point(132, 299), 15);\n    connRef627->setDestEndpoint(dstPt627);\n    connRef627->setRoutingType((ConnType)2);\n\n    ConnRef *connRef628 = new ConnRef(router, 628);\n    ConnEnd srcPt628(Point(72, 423), 15);\n    connRef628->setSourceEndpoint(srcPt628);\n    ConnEnd dstPt628(Point(57.2456, 332.918), 15);\n    connRef628->setDestEndpoint(dstPt628);\n    connRef628->setRoutingType((ConnType)2);\n\n    ConnRef *connRef629 = new ConnRef(router, 629);\n    ConnEnd srcPt629(Point(92, 423), 15);\n    connRef629->setSourceEndpoint(srcPt629);\n    ConnEnd dstPt629(Point(57.2456, 447.955), 15);\n    connRef629->setDestEndpoint(dstPt629);\n    connRef629->setRoutingType((ConnType)2);\n\n    ConnRef *connRef630 = new ConnRef(router, 630);\n    ConnEnd srcPt630(Point(82, 504), 15);\n    connRef630->setSourceEndpoint(srcPt630);\n    ConnEnd dstPt630(Point(57.2456, 447.955), 15);\n    connRef630->setDestEndpoint(dstPt630);\n    connRef630->setRoutingType((ConnType)2);\n\n    ConnRef *connRef631 = new ConnRef(router, 631);\n    ConnEnd srcPt631(Point(132, 595), 15);\n    connRef631->setSourceEndpoint(srcPt631);\n    ConnEnd dstPt631(Point(57.2456, 558.918), 15);\n    connRef631->setDestEndpoint(dstPt631);\n    connRef631->setRoutingType((ConnType)2);\n\n    ConnRef *connRef632 = new ConnRef(router, 632);\n    ConnEnd srcPt632(Point(132, 576), 15);\n    connRef632->setSourceEndpoint(srcPt632);\n    ConnEnd dstPt632(Point(57.2456, 558.918), 15);\n    connRef632->setDestEndpoint(dstPt632);\n    connRef632->setRoutingType((ConnType)2);\n\n    ConnRef *connRef633 = new ConnRef(router, 633);\n    ConnEnd srcPt633(Point(82, 595), 15);\n    connRef633->setSourceEndpoint(srcPt633);\n    ConnEnd dstPt633(Point(57.2456, 558.918), 15);\n    connRef633->setDestEndpoint(dstPt633);\n    connRef633->setRoutingType((ConnType)2);\n\n    ConnRef *connRef634 = new ConnRef(router, 634);\n    ConnEnd srcPt634(Point(57.2456, 676.918), 15);\n    connRef634->setSourceEndpoint(srcPt634);\n    ConnEnd dstPt634(Point(213, 328), 15);\n    connRef634->setDestEndpoint(dstPt634);\n    connRef634->setRoutingType((ConnType)2);\n\n    ConnRef *connRef635 = new ConnRef(router, 635);\n    ConnEnd srcPt635(Point(25.2456, 96.9179), 15);\n    connRef635->setSourceEndpoint(srcPt635);\n    ConnEnd dstPt635(Point(132, 175), 15);\n    connRef635->setDestEndpoint(dstPt635);\n    connRef635->setRoutingType((ConnType)2);\n\n    ConnRef *connRef636 = new ConnRef(router, 636);\n    ConnEnd srcPt636(Point(25.2456, 96.9179), 15);\n    connRef636->setSourceEndpoint(srcPt636);\n    ConnEnd dstPt636(Point(82, 194), 15);\n    connRef636->setDestEndpoint(dstPt636);\n    connRef636->setRoutingType((ConnType)2);\n\n    ConnRef *connRef637 = new ConnRef(router, 637);\n    ConnEnd srcPt637(Point(25.2456, 96.9179), 15);\n    connRef637->setSourceEndpoint(srcPt637);\n    ConnEnd dstPt637(Point(82, 175), 15);\n    connRef637->setDestEndpoint(dstPt637);\n    connRef637->setRoutingType((ConnType)2);\n\n    ConnRef *connRef638 = new ConnRef(router, 638);\n    ConnEnd srcPt638(Point(25.2456, 96.9179), 15);\n    connRef638->setSourceEndpoint(srcPt638);\n    ConnEnd dstPt638(Point(82, 156), 15);\n    connRef638->setDestEndpoint(dstPt638);\n    connRef638->setRoutingType((ConnType)2);\n\n    ConnRef *connRef639 = new ConnRef(router, 639);\n    ConnEnd srcPt639(Point(223, 413), 15);\n    connRef639->setSourceEndpoint(srcPt639);\n    ConnEnd dstPt639(Point(215.246, 332.918), 15);\n    connRef639->setDestEndpoint(dstPt639);\n    connRef639->setRoutingType((ConnType)2);\n\n    ConnRef *connRef640 = new ConnRef(router, 640);\n    ConnEnd srcPt640(Point(223, 504), 15);\n    connRef640->setSourceEndpoint(srcPt640);\n    ConnEnd dstPt640(Point(215.246, 447.955), 15);\n    connRef640->setDestEndpoint(dstPt640);\n    connRef640->setRoutingType((ConnType)2);\n\n    ConnRef *connRef641 = new ConnRef(router, 641);\n    ConnEnd srcPt641(Point(273, 576), 15);\n    connRef641->setSourceEndpoint(srcPt641);\n    ConnEnd dstPt641(Point(215.246, 558.918), 15);\n    connRef641->setDestEndpoint(dstPt641);\n    connRef641->setRoutingType((ConnType)2);\n\n    ConnRef *connRef642 = new ConnRef(router, 642);\n    ConnEnd srcPt642(Point(273, 595), 15);\n    connRef642->setSourceEndpoint(srcPt642);\n    ConnEnd dstPt642(Point(215.246, 558.918), 15);\n    connRef642->setDestEndpoint(dstPt642);\n    connRef642->setRoutingType((ConnType)2);\n\n    ConnRef *connRef643 = new ConnRef(router, 643);\n    ConnEnd srcPt643(Point(223, 595), 15);\n    connRef643->setSourceEndpoint(srcPt643);\n    ConnEnd dstPt643(Point(215.246, 558.918), 15);\n    connRef643->setDestEndpoint(dstPt643);\n    connRef643->setRoutingType((ConnType)2);\n\n    ConnRef *connRef644 = new ConnRef(router, 644);\n    ConnEnd srcPt644(Point(215.246, 676.918), 15);\n    connRef644->setSourceEndpoint(srcPt644);\n    ConnEnd dstPt644(Point(355, 328), 15);\n    connRef644->setDestEndpoint(dstPt644);\n    connRef644->setRoutingType((ConnType)2);\n\n    ConnRef *connRef645 = new ConnRef(router, 645);\n    ConnEnd srcPt645(Point(371.246, 676.918), 15);\n    connRef645->setSourceEndpoint(srcPt645);\n    ConnEnd dstPt645(Point(497, 328), 15);\n    connRef645->setDestEndpoint(dstPt645);\n    connRef645->setRoutingType((ConnType)2);\n\n    ConnRef *connRef646 = new ConnRef(router, 646);\n    ConnEnd srcPt646(Point(415, 576), 15);\n    connRef646->setSourceEndpoint(srcPt646);\n    ConnEnd dstPt646(Point(371.246, 558.918), 15);\n    connRef646->setDestEndpoint(dstPt646);\n    connRef646->setRoutingType((ConnType)2);\n\n    ConnRef *connRef647 = new ConnRef(router, 647);\n    ConnEnd srcPt647(Point(415, 595), 15);\n    connRef647->setSourceEndpoint(srcPt647);\n    ConnEnd dstPt647(Point(371.246, 558.918), 15);\n    connRef647->setDestEndpoint(dstPt647);\n    connRef647->setRoutingType((ConnType)2);\n\n    ConnRef *connRef648 = new ConnRef(router, 648);\n    ConnEnd srcPt648(Point(365, 595), 15);\n    connRef648->setSourceEndpoint(srcPt648);\n    ConnEnd dstPt648(Point(371.246, 558.918), 15);\n    connRef648->setDestEndpoint(dstPt648);\n    connRef648->setRoutingType((ConnType)2);\n\n    ConnRef *connRef649 = new ConnRef(router, 649);\n    ConnEnd srcPt649(Point(365, 504), 15);\n    connRef649->setSourceEndpoint(srcPt649);\n    ConnEnd dstPt649(Point(371.246, 447.955), 15);\n    connRef649->setDestEndpoint(dstPt649);\n    connRef649->setRoutingType((ConnType)2);\n\n    ConnRef *connRef650 = new ConnRef(router, 650);\n    ConnEnd srcPt650(Point(365, 413), 15);\n    connRef650->setSourceEndpoint(srcPt650);\n    ConnEnd dstPt650(Point(371.246, 332.918), 15);\n    connRef650->setDestEndpoint(dstPt650);\n    connRef650->setRoutingType((ConnType)2);\n\n    ConnRef *connRef651 = new ConnRef(router, 651);\n    ConnEnd srcPt651(Point(507, 413), 15);\n    connRef651->setSourceEndpoint(srcPt651);\n    ConnEnd dstPt651(Point(527.246, 332.918), 15);\n    connRef651->setDestEndpoint(dstPt651);\n    connRef651->setRoutingType((ConnType)2);\n\n    ConnRef *connRef652 = new ConnRef(router, 652);\n    ConnEnd srcPt652(Point(507, 504), 15);\n    connRef652->setSourceEndpoint(srcPt652);\n    ConnEnd dstPt652(Point(527.246, 447.955), 15);\n    connRef652->setDestEndpoint(dstPt652);\n    connRef652->setRoutingType((ConnType)2);\n\n    ConnRef *connRef653 = new ConnRef(router, 653);\n    ConnEnd srcPt653(Point(557, 576), 15);\n    connRef653->setSourceEndpoint(srcPt653);\n    ConnEnd dstPt653(Point(527.246, 558.918), 15);\n    connRef653->setDestEndpoint(dstPt653);\n    connRef653->setRoutingType((ConnType)2);\n\n    ConnRef *connRef654 = new ConnRef(router, 654);\n    ConnEnd srcPt654(Point(557, 595), 15);\n    connRef654->setSourceEndpoint(srcPt654);\n    ConnEnd dstPt654(Point(527.246, 558.918), 15);\n    connRef654->setDestEndpoint(dstPt654);\n    connRef654->setRoutingType((ConnType)2);\n\n    ConnRef *connRef655 = new ConnRef(router, 655);\n    ConnEnd srcPt655(Point(507, 595), 15);\n    connRef655->setSourceEndpoint(srcPt655);\n    ConnEnd dstPt655(Point(527.246, 558.918), 15);\n    connRef655->setDestEndpoint(dstPt655);\n    connRef655->setRoutingType((ConnType)2);\n\n    ConnRef *connRef656 = new ConnRef(router, 656);\n    ConnEnd srcPt656(Point(527.246, 676.918), 15);\n    connRef656->setSourceEndpoint(srcPt656);\n    ConnEnd dstPt656(Point(639, 328), 15);\n    connRef656->setDestEndpoint(dstPt656);\n    connRef656->setRoutingType((ConnType)2);\n\n    ConnRef *connRef657 = new ConnRef(router, 657);\n    ConnEnd srcPt657(Point(673.933, 676.918), 15);\n    connRef657->setSourceEndpoint(srcPt657);\n    ConnEnd dstPt657(Point(780, 328), 15);\n    connRef657->setDestEndpoint(dstPt657);\n    connRef657->setRoutingType((ConnType)2);\n\n    ConnRef *connRef658 = new ConnRef(router, 658);\n    ConnEnd srcPt658(Point(699, 576), 15);\n    connRef658->setSourceEndpoint(srcPt658);\n    ConnEnd dstPt658(Point(673.933, 558.918), 15);\n    connRef658->setDestEndpoint(dstPt658);\n    connRef658->setRoutingType((ConnType)2);\n\n    ConnRef *connRef659 = new ConnRef(router, 659);\n    ConnEnd srcPt659(Point(699, 595), 15);\n    connRef659->setSourceEndpoint(srcPt659);\n    ConnEnd dstPt659(Point(673.933, 558.918), 15);\n    connRef659->setDestEndpoint(dstPt659);\n    connRef659->setRoutingType((ConnType)2);\n\n    ConnRef *connRef660 = new ConnRef(router, 660);\n    ConnEnd srcPt660(Point(649, 595), 15);\n    connRef660->setSourceEndpoint(srcPt660);\n    ConnEnd dstPt660(Point(673.933, 558.918), 15);\n    connRef660->setDestEndpoint(dstPt660);\n    connRef660->setRoutingType((ConnType)2);\n\n    ConnRef *connRef661 = new ConnRef(router, 661);\n    ConnEnd srcPt661(Point(649, 504), 15);\n    connRef661->setSourceEndpoint(srcPt661);\n    ConnEnd dstPt661(Point(673.933, 447.955), 15);\n    connRef661->setDestEndpoint(dstPt661);\n    connRef661->setRoutingType((ConnType)2);\n\n    ConnRef *connRef662 = new ConnRef(router, 662);\n    ConnEnd srcPt662(Point(649, 413), 15);\n    connRef662->setSourceEndpoint(srcPt662);\n    ConnEnd dstPt662(Point(673.933, 332.918), 15);\n    connRef662->setDestEndpoint(dstPt662);\n    connRef662->setRoutingType((ConnType)2);\n\n    ConnRef *connRef663 = new ConnRef(router, 663);\n    ConnEnd srcPt663(Point(790, 413), 15);\n    connRef663->setSourceEndpoint(srcPt663);\n    ConnEnd dstPt663(Point(823.246, 332.918), 15);\n    connRef663->setDestEndpoint(dstPt663);\n    connRef663->setRoutingType((ConnType)2);\n\n    ConnRef *connRef664 = new ConnRef(router, 664);\n    ConnEnd srcPt664(Point(790, 504), 15);\n    connRef664->setSourceEndpoint(srcPt664);\n    ConnEnd dstPt664(Point(823.246, 447.955), 15);\n    connRef664->setDestEndpoint(dstPt664);\n    connRef664->setRoutingType((ConnType)2);\n\n    ConnRef *connRef665 = new ConnRef(router, 665);\n    ConnEnd srcPt665(Point(840, 576), 15);\n    connRef665->setSourceEndpoint(srcPt665);\n    ConnEnd dstPt665(Point(823.246, 558.918), 15);\n    connRef665->setDestEndpoint(dstPt665);\n    connRef665->setRoutingType((ConnType)2);\n\n    ConnRef *connRef666 = new ConnRef(router, 666);\n    ConnEnd srcPt666(Point(840, 595), 15);\n    connRef666->setSourceEndpoint(srcPt666);\n    ConnEnd dstPt666(Point(823.246, 558.918), 15);\n    connRef666->setDestEndpoint(dstPt666);\n    connRef666->setRoutingType((ConnType)2);\n\n    ConnRef *connRef667 = new ConnRef(router, 667);\n    ConnEnd srcPt667(Point(790, 595), 15);\n    connRef667->setSourceEndpoint(srcPt667);\n    ConnEnd dstPt667(Point(823.246, 558.918), 15);\n    connRef667->setDestEndpoint(dstPt667);\n    connRef667->setRoutingType((ConnType)2);\n\n    ConnRef *connRef668 = new ConnRef(router, 668);\n    ConnEnd srcPt668(Point(823.246, 676.918), 15);\n    connRef668->setSourceEndpoint(srcPt668);\n    ConnEnd dstPt668(Point(922, 328), 15);\n    connRef668->setDestEndpoint(dstPt668);\n    connRef668->setRoutingType((ConnType)2);\n\n    ConnRef *connRef669 = new ConnRef(router, 669);\n    ConnEnd srcPt669(Point(1149, 309), 15);\n    connRef669->setSourceEndpoint(srcPt669);\n    ConnEnd dstPt669(Point(979.246, 676.918), 15);\n    connRef669->setDestEndpoint(dstPt669);\n    connRef669->setRoutingType((ConnType)2);\n\n    ConnRef *connRef670 = new ConnRef(router, 670);\n    ConnEnd srcPt670(Point(979.246, 676.918), 15);\n    connRef670->setSourceEndpoint(srcPt670);\n    ConnEnd dstPt670(Point(932, 667), 15);\n    connRef670->setDestEndpoint(dstPt670);\n    connRef670->setRoutingType((ConnType)2);\n\n    ConnRef *connRef671 = new ConnRef(router, 671);\n    ConnEnd srcPt671(Point(979.246, 676.918), 15);\n    connRef671->setSourceEndpoint(srcPt671);\n    ConnEnd dstPt671(Point(932, 686), 15);\n    connRef671->setDestEndpoint(dstPt671);\n    connRef671->setRoutingType((ConnType)2);\n\n    ConnRef *connRef672 = new ConnRef(router, 672);\n    ConnEnd srcPt672(Point(1199, 300), 15);\n    connRef672->setSourceEndpoint(srcPt672);\n    ConnEnd dstPt672(Point(979.246, 676.918), 15);\n    connRef672->setDestEndpoint(dstPt672);\n    connRef672->setRoutingType((ConnType)2);\n\n    ConnRef *connRef673 = new ConnRef(router, 673);\n    ConnEnd srcPt673(Point(982, 576), 15);\n    connRef673->setSourceEndpoint(srcPt673);\n    ConnEnd dstPt673(Point(979.246, 558.918), 15);\n    connRef673->setDestEndpoint(dstPt673);\n    connRef673->setRoutingType((ConnType)2);\n\n    ConnRef *connRef674 = new ConnRef(router, 674);\n    ConnEnd srcPt674(Point(982, 595), 15);\n    connRef674->setSourceEndpoint(srcPt674);\n    ConnEnd dstPt674(Point(979.246, 558.918), 15);\n    connRef674->setDestEndpoint(dstPt674);\n    connRef674->setRoutingType((ConnType)2);\n\n    ConnRef *connRef675 = new ConnRef(router, 675);\n    ConnEnd srcPt675(Point(932, 595), 15);\n    connRef675->setSourceEndpoint(srcPt675);\n    ConnEnd dstPt675(Point(979.246, 558.918), 15);\n    connRef675->setDestEndpoint(dstPt675);\n    connRef675->setRoutingType((ConnType)2);\n\n    ConnRef *connRef676 = new ConnRef(router, 676);\n    ConnEnd srcPt676(Point(932, 504), 15);\n    connRef676->setSourceEndpoint(srcPt676);\n    ConnEnd dstPt676(Point(979.246, 447.955), 15);\n    connRef676->setDestEndpoint(dstPt676);\n    connRef676->setRoutingType((ConnType)2);\n\n    ConnRef *connRef677 = new ConnRef(router, 677);\n    ConnEnd srcPt677(Point(932, 413), 15);\n    connRef677->setSourceEndpoint(srcPt677);\n    ConnEnd dstPt677(Point(979.246, 332.918), 15);\n    connRef677->setDestEndpoint(dstPt677);\n    connRef677->setRoutingType((ConnType)2);\n\n    ConnRef *connRef678 = new ConnRef(router, 678);\n    ConnEnd srcPt678(Point(82, 338), 15);\n    connRef678->setSourceEndpoint(srcPt678);\n    ConnEnd dstPt678(Point(57.2456, 332.918), 15);\n    connRef678->setDestEndpoint(dstPt678);\n    connRef678->setRoutingType((ConnType)2);\n\n    ConnRef *connRef679 = new ConnRef(router, 679);\n    ConnEnd srcPt679(Point(233, 328), 15);\n    connRef679->setSourceEndpoint(srcPt679);\n    ConnEnd dstPt679(Point(215.246, 332.918), 15);\n    connRef679->setDestEndpoint(dstPt679);\n    connRef679->setRoutingType((ConnType)2);\n\n    ConnRef *connRef680 = new ConnRef(router, 680);\n    ConnEnd srcPt680(Point(375, 328), 15);\n    connRef680->setSourceEndpoint(srcPt680);\n    ConnEnd dstPt680(Point(371.246, 332.918), 15);\n    connRef680->setDestEndpoint(dstPt680);\n    connRef680->setRoutingType((ConnType)2);\n\n    ConnRef *connRef681 = new ConnRef(router, 681);\n    ConnEnd srcPt681(Point(517, 328), 15);\n    connRef681->setSourceEndpoint(srcPt681);\n    ConnEnd dstPt681(Point(527.246, 332.918), 15);\n    connRef681->setDestEndpoint(dstPt681);\n    connRef681->setRoutingType((ConnType)2);\n\n    ConnRef *connRef682 = new ConnRef(router, 682);\n    ConnEnd srcPt682(Point(659, 328), 15);\n    connRef682->setSourceEndpoint(srcPt682);\n    ConnEnd dstPt682(Point(673.933, 332.918), 15);\n    connRef682->setDestEndpoint(dstPt682);\n    connRef682->setRoutingType((ConnType)2);\n\n    ConnRef *connRef683 = new ConnRef(router, 683);\n    ConnEnd srcPt683(Point(800, 328), 15);\n    connRef683->setSourceEndpoint(srcPt683);\n    ConnEnd dstPt683(Point(823.246, 332.918), 15);\n    connRef683->setDestEndpoint(dstPt683);\n    connRef683->setRoutingType((ConnType)2);\n\n    ConnRef *connRef684 = new ConnRef(router, 684);\n    ConnEnd srcPt684(Point(942, 328), 15);\n    connRef684->setSourceEndpoint(srcPt684);\n    ConnEnd dstPt684(Point(979.246, 332.918), 15);\n    connRef684->setDestEndpoint(dstPt684);\n    connRef684->setRoutingType((ConnType)2);\n\n    ConnRef *connRef685 = new ConnRef(router, 685);\n    ConnEnd srcPt685(Point(223, 433), 15);\n    connRef685->setSourceEndpoint(srcPt685);\n    ConnEnd dstPt685(Point(215.246, 447.955), 15);\n    connRef685->setDestEndpoint(dstPt685);\n    connRef685->setRoutingType((ConnType)2);\n\n    ConnRef *connRef686 = new ConnRef(router, 686);\n    ConnEnd srcPt686(Point(365, 433), 15);\n    connRef686->setSourceEndpoint(srcPt686);\n    ConnEnd dstPt686(Point(371.246, 447.955), 15);\n    connRef686->setDestEndpoint(dstPt686);\n    connRef686->setRoutingType((ConnType)2);\n\n    ConnRef *connRef687 = new ConnRef(router, 687);\n    ConnEnd srcPt687(Point(507, 433), 15);\n    connRef687->setSourceEndpoint(srcPt687);\n    ConnEnd dstPt687(Point(527.246, 447.955), 15);\n    connRef687->setDestEndpoint(dstPt687);\n    connRef687->setRoutingType((ConnType)2);\n\n    ConnRef *connRef688 = new ConnRef(router, 688);\n    ConnEnd srcPt688(Point(790, 433), 15);\n    connRef688->setSourceEndpoint(srcPt688);\n    ConnEnd dstPt688(Point(823.246, 447.955), 15);\n    connRef688->setDestEndpoint(dstPt688);\n    connRef688->setRoutingType((ConnType)2);\n\n    ConnRef *connRef689 = new ConnRef(router, 689);\n    ConnEnd srcPt689(Point(932, 433), 15);\n    connRef689->setSourceEndpoint(srcPt689);\n    ConnEnd dstPt689(Point(979.246, 447.955), 15);\n    connRef689->setDestEndpoint(dstPt689);\n    connRef689->setRoutingType((ConnType)2);\n\n    ConnRef *connRef690 = new ConnRef(router, 690);\n    ConnEnd srcPt690(Point(649, 433), 15);\n    connRef690->setSourceEndpoint(srcPt690);\n    ConnEnd dstPt690(Point(673.933, 447.955), 15);\n    connRef690->setDestEndpoint(dstPt690);\n    connRef690->setRoutingType((ConnType)2);\n\n    ConnRef *connRef691 = new ConnRef(router, 691);\n    ConnEnd srcPt691(Point(82, 524), 15);\n    connRef691->setSourceEndpoint(srcPt691);\n    ConnEnd dstPt691(Point(57.2456, 558.918), 15);\n    connRef691->setDestEndpoint(dstPt691);\n    connRef691->setRoutingType((ConnType)2);\n\n    ConnRef *connRef692 = new ConnRef(router, 692);\n    ConnEnd srcPt692(Point(223, 524), 15);\n    connRef692->setSourceEndpoint(srcPt692);\n    ConnEnd dstPt692(Point(215.246, 558.918), 15);\n    connRef692->setDestEndpoint(dstPt692);\n    connRef692->setRoutingType((ConnType)2);\n\n    ConnRef *connRef693 = new ConnRef(router, 693);\n    ConnEnd srcPt693(Point(365, 524), 15);\n    connRef693->setSourceEndpoint(srcPt693);\n    ConnEnd dstPt693(Point(371.246, 558.918), 15);\n    connRef693->setDestEndpoint(dstPt693);\n    connRef693->setRoutingType((ConnType)2);\n\n    ConnRef *connRef694 = new ConnRef(router, 694);\n    ConnEnd srcPt694(Point(507, 524), 15);\n    connRef694->setSourceEndpoint(srcPt694);\n    ConnEnd dstPt694(Point(527.246, 558.918), 15);\n    connRef694->setDestEndpoint(dstPt694);\n    connRef694->setRoutingType((ConnType)2);\n\n    ConnRef *connRef695 = new ConnRef(router, 695);\n    ConnEnd srcPt695(Point(649, 524), 15);\n    connRef695->setSourceEndpoint(srcPt695);\n    ConnEnd dstPt695(Point(673.933, 558.918), 15);\n    connRef695->setDestEndpoint(dstPt695);\n    connRef695->setRoutingType((ConnType)2);\n\n    ConnRef *connRef696 = new ConnRef(router, 696);\n    ConnEnd srcPt696(Point(790, 524), 15);\n    connRef696->setSourceEndpoint(srcPt696);\n    ConnEnd dstPt696(Point(823.246, 558.918), 15);\n    connRef696->setDestEndpoint(dstPt696);\n    connRef696->setRoutingType((ConnType)2);\n\n    ConnRef *connRef697 = new ConnRef(router, 697);\n    ConnEnd srcPt697(Point(932, 524), 15);\n    connRef697->setSourceEndpoint(srcPt697);\n    ConnEnd dstPt697(Point(979.246, 558.918), 15);\n    connRef697->setDestEndpoint(dstPt697);\n    connRef697->setRoutingType((ConnType)2);\n\n    ConnRef *connRef698 = new ConnRef(router, 698);\n    ConnEnd srcPt698(Point(82, 615), 15);\n    connRef698->setSourceEndpoint(srcPt698);\n    ConnEnd dstPt698(Point(57.2456, 676.918), 15);\n    connRef698->setDestEndpoint(dstPt698);\n    connRef698->setRoutingType((ConnType)2);\n\n    ConnRef *connRef699 = new ConnRef(router, 699);\n    ConnEnd srcPt699(Point(223, 615), 15);\n    connRef699->setSourceEndpoint(srcPt699);\n    ConnEnd dstPt699(Point(215.246, 676.918), 15);\n    connRef699->setDestEndpoint(dstPt699);\n    connRef699->setRoutingType((ConnType)2);\n\n    ConnRef *connRef700 = new ConnRef(router, 700);\n    ConnEnd srcPt700(Point(365, 615), 15);\n    connRef700->setSourceEndpoint(srcPt700);\n    ConnEnd dstPt700(Point(371.246, 676.918), 15);\n    connRef700->setDestEndpoint(dstPt700);\n    connRef700->setRoutingType((ConnType)2);\n\n    ConnRef *connRef701 = new ConnRef(router, 701);\n    ConnEnd srcPt701(Point(507, 615), 15);\n    connRef701->setSourceEndpoint(srcPt701);\n    ConnEnd dstPt701(Point(527.246, 676.918), 15);\n    connRef701->setDestEndpoint(dstPt701);\n    connRef701->setRoutingType((ConnType)2);\n\n    ConnRef *connRef702 = new ConnRef(router, 702);\n    ConnEnd srcPt702(Point(649, 615), 15);\n    connRef702->setSourceEndpoint(srcPt702);\n    ConnEnd dstPt702(Point(673.933, 676.918), 15);\n    connRef702->setDestEndpoint(dstPt702);\n    connRef702->setRoutingType((ConnType)2);\n\n    ConnRef *connRef703 = new ConnRef(router, 703);\n    ConnEnd srcPt703(Point(790, 615), 15);\n    connRef703->setSourceEndpoint(srcPt703);\n    ConnEnd dstPt703(Point(823.246, 676.918), 15);\n    connRef703->setDestEndpoint(dstPt703);\n    connRef703->setRoutingType((ConnType)2);\n\n    ConnRef *connRef704 = new ConnRef(router, 704);\n    ConnEnd srcPt704(Point(932, 615), 15);\n    connRef704->setSourceEndpoint(srcPt704);\n    ConnEnd dstPt704(Point(979.246, 676.918), 15);\n    connRef704->setDestEndpoint(dstPt704);\n    connRef704->setRoutingType((ConnType)2);\n\n    ConnRef *connRef705 = new ConnRef(router, 705);\n    ConnEnd srcPt705(Point(1169, 309), 15);\n    connRef705->setSourceEndpoint(srcPt705);\n    ConnEnd dstPt705(Point(1203.25, 332.918), 15);\n    connRef705->setDestEndpoint(dstPt705);\n    connRef705->setRoutingType((ConnType)2);\n\n    ConnRef *connRef706 = new ConnRef(router, 706);\n    ConnEnd srcPt706(Point(1159, 414), 15);\n    connRef706->setSourceEndpoint(srcPt706);\n    ConnEnd dstPt706(Point(1203.25, 447.955), 15);\n    connRef706->setDestEndpoint(dstPt706);\n    connRef706->setRoutingType((ConnType)2);\n\n    ConnRef *connRef707 = new ConnRef(router, 707);\n    ConnEnd srcPt707(Point(1159, 505), 15);\n    connRef707->setSourceEndpoint(srcPt707);\n    ConnEnd dstPt707(Point(1203.25, 558.918), 15);\n    connRef707->setDestEndpoint(dstPt707);\n    connRef707->setRoutingType((ConnType)2);\n\n    ConnRef *connRef708 = new ConnRef(router, 708);\n    ConnEnd srcPt708(Point(1159, 595), 15);\n    connRef708->setSourceEndpoint(srcPt708);\n    ConnEnd dstPt708(Point(1203.25, 676.918), 15);\n    connRef708->setDestEndpoint(dstPt708);\n    connRef708->setRoutingType((ConnType)2);\n\n    ConnRef *connRef709 = new ConnRef(router, 709);\n    ConnEnd srcPt709(Point(932, 687), 15);\n    connRef709->setSourceEndpoint(srcPt709);\n    ConnEnd dstPt709(Point(979.246, 750.918), 15);\n    connRef709->setDestEndpoint(dstPt709);\n    connRef709->setRoutingType((ConnType)2);\n\n    ConnRef *connRef710 = new ConnRef(router, 710);\n    ConnEnd srcPt710(Point(932, 706), 15);\n    connRef710->setSourceEndpoint(srcPt710);\n    ConnEnd dstPt710(Point(979.246, 750.918), 15);\n    connRef710->setDestEndpoint(dstPt710);\n    connRef710->setRoutingType((ConnType)2);\n\n    ConnRef *connRef711 = new ConnRef(router, 711);\n    ConnEnd srcPt711(Point(1159, 687), 15);\n    connRef711->setSourceEndpoint(srcPt711);\n    ConnEnd dstPt711(Point(1203.25, 750.918), 15);\n    connRef711->setDestEndpoint(dstPt711);\n    connRef711->setRoutingType((ConnType)2);\n\n    ConnRef *connRef712 = new ConnRef(router, 712);\n    ConnEnd srcPt712(Point(1219, 300), 15);\n    connRef712->setSourceEndpoint(srcPt712);\n    ConnEnd dstPt712(Point(1203.25, 332.918), 15);\n    connRef712->setDestEndpoint(dstPt712);\n    connRef712->setRoutingType((ConnType)2);\n\n    ConnRef *connRef713 = new ConnRef(router, 713);\n    ConnEnd srcPt713(Point(1209, 605), 15);\n    connRef713->setSourceEndpoint(srcPt713);\n    ConnEnd dstPt713(Point(1203.25, 676.918), 15);\n    connRef713->setDestEndpoint(dstPt713);\n    connRef713->setRoutingType((ConnType)2);\n\n    ConnRef *connRef714 = new ConnRef(router, 714);\n    ConnEnd srcPt714(Point(132, 300), 15);\n    connRef714->setSourceEndpoint(srcPt714);\n    ConnEnd dstPt714(Point(57.2456, 332.918), 15);\n    connRef714->setDestEndpoint(dstPt714);\n    connRef714->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/reallyslowrouting\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/removeJunctions01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 2);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 9000);\n    router->setRoutingParameter((RoutingParameter)5, 0);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 16);\n    router->setRoutingParameter((RoutingParameter)8, 0);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    router->setRoutingOption((RoutingOption)4, true);\n    router->setRoutingOption((RoutingOption)5, false);\n    router->setRoutingOption((RoutingOption)6, true);\n    Polygon polygon;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n    ConnEnd heConnPt;\n    PolyLine newRoute;\n    ShapeConnectionPin *connPin = nullptr;\n\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(450, 330);\n    polygon.ps[1] = Point(490, 330);\n    polygon.ps[2] = Point(490, 450);\n    polygon.ps[3] = Point(450, 450);\n    ShapeRef *shapeRef1 = new ShapeRef(router, polygon, 1);\n    connPin = new ShapeConnectionPin(shapeRef1, 1, 0, 0.333333, true, 10, (ConnDirFlags) 0);\n    connPin->setExclusive(false);\n    connPin = new ShapeConnectionPin(shapeRef1, 2, 0, 0.666667, true, 10, (ConnDirFlags) 0);\n    connPin->setExclusive(false);\n    connPin = new ShapeConnectionPin(shapeRef1, 3, 1, 0.5, true, 10, (ConnDirFlags) 0);\n    connPin->setExclusive(false);\n    connPin = new ShapeConnectionPin(shapeRef1, 4, 0.5, 0, true, 10, (ConnDirFlags) 0);\n    connPin->setExclusive(false);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(502, 237.5);\n    polygon.ps[1] = Point(502, 262.5);\n    polygon.ps[2] = Point(438, 262.5);\n    polygon.ps[3] = Point(438, 237.5);\n    ShapeRef *shapeRef8 = new ShapeRef(router, polygon, 8);\n    connPin = new ShapeConnectionPin(shapeRef8, 1, 0, 0.5, true, 1, (ConnDirFlags) 0);\n    connPin = new ShapeConnectionPin(shapeRef8, 2, 1, 0.5, true, 1, (ConnDirFlags) 0);\n    connPin = new ShapeConnectionPin(shapeRef8, 3, 0.5, 1, true, 1, (ConnDirFlags) 0);\n    connPin = new ShapeConnectionPin(shapeRef8, 4, 0.5, 0, true, 1, (ConnDirFlags) 0);\n\n    JunctionRef *junctionRef6 = new JunctionRef(router, Point(470, 300), 6);\n    /*\n    // This may be useful if junction pins are modified.\n    connPin = new ShapeConnectionPin(junctionRef6, 2147483646, (ConnDirFlags) 15);\n    */\n\n    // connRef9\n    ConnRef *connRef9 = new ConnRef(router, 9);\n    srcPt = ConnEnd(junctionRef6);\n    connRef9->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(shapeRef8, 3);\n    connRef9->setDestEndpoint(dstPt);\n    connRef9->setRoutingType((ConnType)2);\n\n#if 1\n    // connRef10 - WITH BUG\n    ConnRef *connRef10 = new ConnRef(router, 10);\n    srcPt = ConnEnd(junctionRef6);\n    connRef10->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(shapeRef1, 4);\n    connRef10->setDestEndpoint(dstPt);\n    connRef10->setRoutingType((ConnType)2);\n#else\n    // connRef10 - WITHOUT BUG\n    ConnRef *connRef10 = new ConnRef(router, 10);\n    srcPt = ConnEnd(shapeRef1, 4);\n    connRef10->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(junctionRef6);\n    connRef10->setDestEndpoint(dstPt);\n    connRef10->setRoutingType((ConnType)2);\n#endif\n\n    //    router->deleteConnector(connRef5);\n    router->processTransaction();\n\n    ConnRef *mergedConn = junctionRef6->removeJunctionAndMergeConnectors();\n    router->processTransaction();\n    router->outputDiagram(\"output/removeJunctions01\");\n\n    std::pair<ConnEnd, ConnEnd> ends = mergedConn->endpointConnEnds();\n\n    // Expected result: output images should be virtually identical.\n    // Result: An endpoint seems to be disconnected from shapeRef8.\n    bool isConnected = (ends.first.shape() == shapeRef8) || (ends.second.shape() == shapeRef8);\n    \n    delete router;\n    return isConnected ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/restrictedNudging.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\n    Polygon poly282634758(4);\n    poly282634758.ps[0] = Point(51360, 50215);\n    poly282634758.ps[1] = Point(51360, 50460);\n    poly282634758.ps[2] = Point(51075, 50460);\n    poly282634758.ps[3] = Point(51075, 50215);\n    new ShapeRef(router, poly282634758, 282634758);\n    \n    Polygon poly69386928(4);\n    poly69386928.ps[0] = Point(51050, 50415);\n    poly69386928.ps[1] = Point(51050, 50735);\n    poly69386928.ps[2] = Point(50690, 50735);\n    poly69386928.ps[3] = Point(50690, 50415);\n    new ShapeRef(router, poly69386928, 69386928);\n    \n    Polygon poly11958280(4);\n    poly11958280.ps[0] = Point(50460, 50490);\n    poly11958280.ps[1] = Point(50460, 50660);\n    poly11958280.ps[2] = Point(50290, 50660);\n    poly11958280.ps[3] = Point(50290, 50490);\n    new ShapeRef(router, poly11958280, 11958280);\n    \n    Polygon poly50591298(4);\n    poly50591298.ps[0] = Point(51260, 50015);\n    poly50591298.ps[1] = Point(51260, 50185);\n    poly50591298.ps[2] = Point(51075, 50185);\n    poly50591298.ps[3] = Point(51075, 50015);\n    new ShapeRef(router, poly50591298, 50591298);\n    \n    ConnRef *connRef355676284 = new ConnRef(router, 355676284);\n    ConnEnd srcPt355676284(Point(51040, 50575), 8);\n    connRef355676284->setSourceEndpoint(srcPt355676284);\n    ConnEnd dstPt355676284(Point(51085, 50300), 4);\n    connRef355676284->setDestEndpoint(dstPt355676284);\n    connRef355676284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef33653259 = new ConnRef(router, 33653259);\n    ConnEnd srcPt33653259(Point(51040, 50650), 8);\n    connRef33653259->setSourceEndpoint(srcPt33653259);\n    ConnEnd dstPt33653259(Point(51085, 50375), 4);\n    connRef33653259->setDestEndpoint(dstPt33653259);\n    connRef33653259->setRoutingType((ConnType)2);\n\n    ConnRef *connRef421608980 = new ConnRef(router, 421608980);\n    ConnEnd srcPt421608980(Point(51040, 50500), 8);\n    connRef421608980->setSourceEndpoint(srcPt421608980);\n    ConnEnd dstPt421608980(Point(51085, 50100), 4);\n    connRef421608980->setDestEndpoint(dstPt421608980);\n    connRef421608980->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/restrictedNudging\");\n    \n    bool overlap = router->existsOrthogonalTouchingPaths();\n    delete router;\n    return (overlap) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/slowrouting.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 0);\n    router->setRoutingPenalty((PenaltyType)3, 0);\n    router->setRoutingPenalty((PenaltyType)4, 110);\n    router->setRoutingPenalty((PenaltyType)5, 100);\n    router->setRoutingOption((RoutingOption)0, false);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n\nJunctionRef *junctionRef1634752 = new JunctionRef(router, Point(24800, 27000), 1634752);\n\n    Polygon poly2807970(4);\n    poly2807970.ps[0] = Point(26175, 26940);\n    poly2807970.ps[1] = Point(26175, 28610);\n    poly2807970.ps[2] = Point(25825, 28610);\n    poly2807970.ps[3] = Point(25825, 26940);\n    new ShapeRef(router, poly2807970, 2807970);\n\nJunctionRef *junctionRef5416208 = new JunctionRef(router, Point(24300, 28050), 5416208);\n\n    Polygon poly8864520(4);\n    poly8864520.ps[0] = Point(24900, 28815);\n    poly8864520.ps[1] = Point(24900, 29135);\n    poly8864520.ps[2] = Point(24550, 29135);\n    poly8864520.ps[3] = Point(24550, 28815);\n    new ShapeRef(router, poly8864520, 8864520);\n\nJunctionRef *junctionRef9420650 = new JunctionRef(router, Point(26675, 28125), 9420650);\n\n    Polygon poly11441468(4);\n    poly11441468.ps[0] = Point(27754, 28275);\n    poly11441468.ps[1] = Point(27754, 28360);\n    poly11441468.ps[2] = Point(27696, 28360);\n    poly11441468.ps[3] = Point(27696, 28275);\n    new ShapeRef(router, poly11441468, 11441468);\n\nJunctionRef *junctionRef12650756 = new JunctionRef(router, Point(24250, 26575), 12650756);\n\n    Polygon poly13550052(4);\n    poly13550052.ps[0] = Point(24304, 29500);\n    poly13550052.ps[1] = Point(24304, 29585);\n    poly13550052.ps[2] = Point(24246, 29585);\n    poly13550052.ps[3] = Point(24246, 29500);\n    new ShapeRef(router, poly13550052, 13550052);\n\nJunctionRef *junctionRef16613420 = new JunctionRef(router, Point(27625, 28750), 16613420);\n\n    Polygon poly16932600(4);\n    poly16932600.ps[0] = Point(27425, 26715);\n    poly16932600.ps[1] = Point(27425, 27035);\n    poly16932600.ps[2] = Point(27075, 27035);\n    poly16932600.ps[3] = Point(27075, 26715);\n    new ShapeRef(router, poly16932600, 16932600);\n\n    Polygon poly17785779(4);\n    poly17785779.ps[0] = Point(25129, 27950);\n    poly17785779.ps[1] = Point(25129, 28035);\n    poly17785779.ps[2] = Point(25071, 28035);\n    poly17785779.ps[3] = Point(25071, 27950);\n    new ShapeRef(router, poly17785779, 17785779);\n\nJunctionRef *junctionRef23132835 = new JunctionRef(router, Point(24450, 26900), 23132835);\n\nJunctionRef *junctionRef26572870 = new JunctionRef(router, Point(23158, 26550), 26572870);\n\n    Polygon poly27045198(4);\n    poly27045198.ps[0] = Point(24279, 27925);\n    poly27045198.ps[1] = Point(24279, 28010);\n    poly27045198.ps[2] = Point(24221, 28010);\n    poly27045198.ps[3] = Point(24221, 27925);\n    new ShapeRef(router, poly27045198, 27045198);\n\n    Polygon poly28607408(4);\n    poly28607408.ps[0] = Point(27500, 28190);\n    poly28607408.ps[1] = Point(27500, 28510);\n    poly28607408.ps[2] = Point(27150, 28510);\n    poly28607408.ps[3] = Point(27150, 28190);\n    new ShapeRef(router, poly28607408, 28607408);\n\n    Polygon poly28892384(4);\n    poly28892384.ps[0] = Point(24950, 29440);\n    poly28892384.ps[1] = Point(24950, 29760);\n    poly28892384.ps[2] = Point(24600, 29760);\n    poly28892384.ps[3] = Point(24600, 29440);\n    new ShapeRef(router, poly28892384, 28892384);\n\nJunctionRef *junctionRef34620300 = new JunctionRef(router, Point(24400, 26200), 34620300);\n\nJunctionRef *junctionRef36814260 = new JunctionRef(router, Point(24994, 28975), 36814260);\n\nJunctionRef *junctionRef39695669 = new JunctionRef(router, Point(24000, 29000), 39695669);\n\n    Polygon poly39757638(4);\n    poly39757638.ps[0] = Point(26135, 26516);\n    poly39757638.ps[1] = Point(26135, 26584);\n    poly39757638.ps[2] = Point(26015, 26584);\n    poly39757638.ps[3] = Point(26015, 26516);\n    new ShapeRef(router, poly39757638, 39757638);\n\nJunctionRef *junctionRef41941580 = new JunctionRef(router, Point(23275, 26700), 41941580);\n\n    Polygon poly44086980(4);\n    poly44086980.ps[0] = Point(23950, 27840);\n    poly44086980.ps[1] = Point(23950, 28160);\n    poly44086980.ps[2] = Point(23600, 28160);\n    poly44086980.ps[3] = Point(23600, 27840);\n    new ShapeRef(router, poly44086980, 44086980);\n\n    Polygon poly45299820(4);\n    poly45299820.ps[0] = Point(25054, 26225);\n    poly45299820.ps[1] = Point(25054, 26310);\n    poly45299820.ps[2] = Point(24996, 26310);\n    poly45299820.ps[3] = Point(24996, 26225);\n    new ShapeRef(router, poly45299820, 45299820);\n\n    Polygon poly45389694(4);\n    poly45389694.ps[0] = Point(24825, 27265);\n    poly45389694.ps[1] = Point(24825, 27585);\n    poly45389694.ps[2] = Point(24475, 27585);\n    poly45389694.ps[3] = Point(24475, 27265);\n    new ShapeRef(router, poly45389694, 45389694);\n\n    Polygon poly53329545(4);\n    poly53329545.ps[0] = Point(22900, 29265);\n    poly53329545.ps[1] = Point(22900, 29385);\n    poly53329545.ps[2] = Point(22750, 29385);\n    poly53329545.ps[3] = Point(22750, 29265);\n    new ShapeRef(router, poly53329545, 53329545);\n\nJunctionRef *junctionRef58465624 = new JunctionRef(router, Point(23200, 28550), 58465624);\n\n    Polygon poly59167974(4);\n    poly59167974.ps[0] = Point(23925, 26465);\n    poly59167974.ps[1] = Point(23925, 26785);\n    poly59167974.ps[2] = Point(23575, 26785);\n    poly59167974.ps[3] = Point(23575, 26465);\n    new ShapeRef(router, poly59167974, 59167974);\n\n    Polygon poly66193481(4);\n    poly66193481.ps[0] = Point(27779, 29625);\n    poly66193481.ps[1] = Point(27779, 29710);\n    poly66193481.ps[2] = Point(27721, 29710);\n    poly66193481.ps[3] = Point(27721, 29625);\n    new ShapeRef(router, poly66193481, 66193481);\n\n    Polygon poly70299198(4);\n    poly70299198.ps[0] = Point(27754, 29100);\n    poly70299198.ps[1] = Point(27754, 29185);\n    poly70299198.ps[2] = Point(27696, 29185);\n    poly70299198.ps[3] = Point(27696, 29100);\n    new ShapeRef(router, poly70299198, 70299198);\n\n    Polygon poly71509898(4);\n    poly71509898.ps[0] = Point(27754, 28675);\n    poly71509898.ps[1] = Point(27754, 28760);\n    poly71509898.ps[2] = Point(27696, 28760);\n    poly71509898.ps[3] = Point(27696, 28675);\n    new ShapeRef(router, poly71509898, 71509898);\n\n    Polygon poly92664994(4);\n    poly92664994.ps[0] = Point(27754, 27175);\n    poly92664994.ps[1] = Point(27754, 27260);\n    poly92664994.ps[2] = Point(27696, 27260);\n    poly92664994.ps[3] = Point(27696, 27175);\n    new ShapeRef(router, poly92664994, 92664994);\n\n    Polygon poly106612990(4);\n    poly106612990.ps[0] = Point(23950, 27265);\n    poly106612990.ps[1] = Point(23950, 27585);\n    poly106612990.ps[2] = Point(23600, 27585);\n    poly106612990.ps[3] = Point(23600, 27265);\n    new ShapeRef(router, poly106612990, 106612990);\n\n    Polygon poly115549720(4);\n    poly115549720.ps[0] = Point(24050, 29415);\n    poly115549720.ps[1] = Point(24050, 29735);\n    poly115549720.ps[2] = Point(23700, 29735);\n    poly115549720.ps[3] = Point(23700, 29415);\n    new ShapeRef(router, poly115549720, 115549720);\n\nJunctionRef *junctionRef117582414 = new JunctionRef(router, Point(24225, 26700), 117582414);\n\n    Polygon poly129015449(4);\n    poly129015449.ps[0] = Point(24254, 28425);\n    poly129015449.ps[1] = Point(24254, 28510);\n    poly129015449.ps[2] = Point(24196, 28510);\n    poly129015449.ps[3] = Point(24196, 28425);\n    new ShapeRef(router, poly129015449, 129015449);\n\nJunctionRef *junctionRef131744632 = new JunctionRef(router, Point(24870, 26650), 131744632);\n\n    Polygon poly132843360(4);\n    poly132843360.ps[0] = Point(27425, 27090);\n    poly132843360.ps[1] = Point(27425, 27410);\n    poly132843360.ps[2] = Point(27075, 27410);\n    poly132843360.ps[3] = Point(27075, 27090);\n    new ShapeRef(router, poly132843360, 132843360);\n\nJunctionRef *junctionRef137263932 = new JunctionRef(router, Point(24250, 27125), 137263932);\n\nJunctionRef *junctionRef137883060 = new JunctionRef(router, Point(25000, 28650), 137883060);\n\nJunctionRef *junctionRef144791664 = new JunctionRef(router, Point(24300, 29050), 144791664);\n\nJunctionRef *junctionRef147481188 = new JunctionRef(router, Point(23208, 28075), 147481188);\n\n    Polygon poly156912624(4);\n    poly156912624.ps[0] = Point(24279, 28925);\n    poly156912624.ps[1] = Point(24279, 29010);\n    poly156912624.ps[2] = Point(24221, 29010);\n    poly156912624.ps[3] = Point(24221, 28925);\n    new ShapeRef(router, poly156912624, 156912624);\n\n    Polygon poly163577296(4);\n    poly163577296.ps[0] = Point(23950, 26115);\n    poly163577296.ps[1] = Point(23950, 26435);\n    poly163577296.ps[2] = Point(23600, 26435);\n    poly163577296.ps[3] = Point(23600, 26115);\n    new ShapeRef(router, poly163577296, 163577296);\n\n    Polygon poly165702672(4);\n    poly165702672.ps[0] = Point(25179, 29500);\n    poly165702672.ps[1] = Point(25179, 29585);\n    poly165702672.ps[2] = Point(25121, 29585);\n    poly165702672.ps[3] = Point(25121, 29500);\n    new ShapeRef(router, poly165702672, 165702672);\n\n    Polygon poly165841098(4);\n    poly165841098.ps[0] = Point(25029, 26575);\n    poly165841098.ps[1] = Point(25029, 26660);\n    poly165841098.ps[2] = Point(24971, 26660);\n    poly165841098.ps[3] = Point(24971, 26575);\n    new ShapeRef(router, poly165841098, 165841098);\n\n    Polygon poly170549060(4);\n    poly170549060.ps[0] = Point(23975, 28340);\n    poly170549060.ps[1] = Point(23975, 28660);\n    poly170549060.ps[2] = Point(23625, 28660);\n    poly170549060.ps[3] = Point(23625, 28340);\n    new ShapeRef(router, poly170549060, 170549060);\n\n    Polygon poly188773123(4);\n    poly188773123.ps[0] = Point(25029, 26975);\n    poly188773123.ps[1] = Point(25029, 27060);\n    poly188773123.ps[2] = Point(24971, 27060);\n    poly188773123.ps[3] = Point(24971, 26975);\n    new ShapeRef(router, poly188773123, 188773123);\n\n    Polygon poly190710960(4);\n    poly190710960.ps[0] = Point(27550, 29540);\n    poly190710960.ps[1] = Point(27550, 29860);\n    poly190710960.ps[2] = Point(27200, 29860);\n    poly190710960.ps[3] = Point(27200, 29540);\n    new ShapeRef(router, poly190710960, 190710960);\n\nJunctionRef *junctionRef195377532 = new JunctionRef(router, Point(27425, 27650), 195377532);\n\nJunctionRef *junctionRef200348672 = new JunctionRef(router, Point(27564, 28000), 200348672);\n\n    Polygon poly200595752(4);\n    poly200595752.ps[0] = Point(24900, 27865);\n    poly200595752.ps[1] = Point(24900, 28185);\n    poly200595752.ps[2] = Point(24550, 28185);\n    poly200595752.ps[3] = Point(24550, 27865);\n    new ShapeRef(router, poly200595752, 200595752);\n\n    Polygon poly208373760(4);\n    poly208373760.ps[0] = Point(24800, 26140);\n    poly208373760.ps[1] = Point(24800, 26460);\n    poly208373760.ps[2] = Point(24450, 26460);\n    poly208373760.ps[3] = Point(24450, 26140);\n    new ShapeRef(router, poly208373760, 208373760);\n\n    Polygon poly208442016(4);\n    poly208442016.ps[0] = Point(27525, 28590);\n    poly208442016.ps[1] = Point(27525, 28910);\n    poly208442016.ps[2] = Point(27175, 28910);\n    poly208442016.ps[3] = Point(27175, 28590);\n    new ShapeRef(router, poly208442016, 208442016);\n\n    Polygon poly214671138(4);\n    poly214671138.ps[0] = Point(24154, 26550);\n    poly214671138.ps[1] = Point(24154, 26635);\n    poly214671138.ps[2] = Point(24096, 26635);\n    poly214671138.ps[3] = Point(24096, 26550);\n    new ShapeRef(router, poly214671138, 214671138);\n\n    Polygon poly215949184(4);\n    poly215949184.ps[0] = Point(24800, 26890);\n    poly215949184.ps[1] = Point(24800, 27210);\n    poly215949184.ps[2] = Point(24450, 27210);\n    poly215949184.ps[3] = Point(24450, 26890);\n    new ShapeRef(router, poly215949184, 215949184);\n\nJunctionRef *junctionRef221746560 = new JunctionRef(router, Point(26702, 28825), 221746560);\n\n    Polygon poly221761830(4);\n    poly221761830.ps[0] = Point(27704, 26800);\n    poly221761830.ps[1] = Point(27704, 26885);\n    poly221761830.ps[2] = Point(27646, 26885);\n    poly221761830.ps[3] = Point(27646, 26800);\n    new ShapeRef(router, poly221761830, 221761830);\n\n    Polygon poly226135532(4);\n    poly226135532.ps[0] = Point(24750, 26490);\n    poly226135532.ps[1] = Point(24750, 26810);\n    poly226135532.ps[2] = Point(24400, 26810);\n    poly226135532.ps[3] = Point(24400, 26490);\n    new ShapeRef(router, poly226135532, 226135532);\n\nJunctionRef *junctionRef228740625 = new JunctionRef(router, Point(24350, 29300), 228740625);\n\n    Polygon poly251291208(4);\n    poly251291208.ps[0] = Point(27425, 27490);\n    poly251291208.ps[1] = Point(27425, 27810);\n    poly251291208.ps[2] = Point(27075, 27810);\n    poly251291208.ps[3] = Point(27075, 27490);\n    new ShapeRef(router, poly251291208, 251291208);\n\nJunctionRef *junctionRef255105144 = new JunctionRef(router, Point(26700, 28425), 255105144);\n\nJunctionRef *junctionRef275948952 = new JunctionRef(router, Point(23281, 27100), 275948952);\n\n    Polygon poly292681455(4);\n    poly292681455.ps[0] = Point(27475, 27840);\n    poly292681455.ps[1] = Point(27475, 28160);\n    poly292681455.ps[2] = Point(27125, 28160);\n    poly292681455.ps[3] = Point(27125, 27840);\n    new ShapeRef(router, poly292681455, 292681455);\n\nJunctionRef *junctionRef295885488 = new JunctionRef(router, Point(23925, 26625), 295885488);\n\nJunctionRef *junctionRef299817832 = new JunctionRef(router, Point(24300, 27500), 299817832);\n\nJunctionRef *junctionRef309723792 = new JunctionRef(router, Point(23575, 26100), 309723792);\n\n    Polygon poly312169746(4);\n    poly312169746.ps[0] = Point(23900, 26865);\n    poly312169746.ps[1] = Point(23900, 27185);\n    poly312169746.ps[2] = Point(23550, 27185);\n    poly312169746.ps[3] = Point(23550, 26865);\n    new ShapeRef(router, poly312169746, 312169746);\n\n    Polygon poly324370200(4);\n    poly324370200.ps[0] = Point(27550, 29015);\n    poly324370200.ps[1] = Point(27550, 29335);\n    poly324370200.ps[2] = Point(27200, 29335);\n    poly324370200.ps[3] = Point(27200, 29015);\n    new ShapeRef(router, poly324370200, 324370200);\n\n    Polygon poly330285180(4);\n    poly330285180.ps[0] = Point(22604, 29350);\n    poly330285180.ps[1] = Point(22604, 29435);\n    poly330285180.ps[2] = Point(22546, 29435);\n    poly330285180.ps[3] = Point(22546, 29350);\n    new ShapeRef(router, poly330285180, 330285180);\n\n    Polygon poly343901696(4);\n    poly343901696.ps[0] = Point(24204, 26200);\n    poly343901696.ps[1] = Point(24204, 26285);\n    poly343901696.ps[2] = Point(24146, 26285);\n    poly343901696.ps[3] = Point(24146, 26200);\n    new ShapeRef(router, poly343901696, 343901696);\n\nJunctionRef *junctionRef350832579 = new JunctionRef(router, Point(25000, 28450), 350832579);\n\n    Polygon poly351751345(4);\n    poly351751345.ps[0] = Point(24000, 28840);\n    poly351751345.ps[1] = Point(24000, 29160);\n    poly351751345.ps[2] = Point(23650, 29160);\n    poly351751345.ps[3] = Point(23650, 28840);\n    new ShapeRef(router, poly351751345, 351751345);\n\nJunctionRef *junctionRef358449734 = new JunctionRef(router, Point(27616, 29175), 358449734);\n\nJunctionRef *junctionRef373450980 = new JunctionRef(router, Point(27525, 27250), 373450980);\n\nJunctionRef *junctionRef391945245 = new JunctionRef(router, Point(27500, 28350), 391945245);\n\nJunctionRef *junctionRef394539723 = new JunctionRef(router, Point(23550, 26350), 394539723);\n\n    Polygon poly396658490(4);\n    poly396658490.ps[0] = Point(27754, 27925);\n    poly396658490.ps[1] = Point(27754, 28010);\n    poly396658490.ps[2] = Point(27696, 28010);\n    poly396658490.ps[3] = Point(27696, 27925);\n    new ShapeRef(router, poly396658490, 396658490);\n\n    Polygon poly408762900(4);\n    poly408762900.ps[0] = Point(24979, 27350);\n    poly408762900.ps[1] = Point(24979, 27435);\n    poly408762900.ps[2] = Point(24921, 27435);\n    poly408762900.ps[3] = Point(24921, 27350);\n    new ShapeRef(router, poly408762900, 408762900);\n\nJunctionRef *junctionRef414982287 = new JunctionRef(router, Point(24406, 26100), 414982287);\n\n    Polygon poly486383940(4);\n    poly486383940.ps[0] = Point(24154, 26950);\n    poly486383940.ps[1] = Point(24154, 27035);\n    poly486383940.ps[2] = Point(24096, 27035);\n    poly486383940.ps[3] = Point(24096, 26950);\n    new ShapeRef(router, poly486383940, 486383940);\n\nJunctionRef *junctionRef495386613 = new JunctionRef(router, Point(23200, 29075), 495386613);\n\nJunctionRef *junctionRef504671094 = new JunctionRef(router, Point(24836, 27425), 504671094);\n\nJunctionRef *junctionRef557043721 = new JunctionRef(router, Point(26702, 29250), 557043721);\n\nJunctionRef *junctionRef619528800 = new JunctionRef(router, Point(24168, 28425), 619528800);\n\n    Polygon poly627663896(4);\n    poly627663896.ps[0] = Point(24179, 27350);\n    poly627663896.ps[1] = Point(24179, 27435);\n    poly627663896.ps[2] = Point(24121, 27435);\n    poly627663896.ps[3] = Point(24121, 27350);\n    new ShapeRef(router, poly627663896, 627663896);\n\nJunctionRef *junctionRef639333280 = new JunctionRef(router, Point(24000, 26450), 639333280);\n\nJunctionRef *junctionRef706194558 = new JunctionRef(router, Point(24300, 28550), 706194558);\n\n    Polygon poly735238470(4);\n    poly735238470.ps[0] = Point(25179, 28400);\n    poly735238470.ps[1] = Point(25179, 28485);\n    poly735238470.ps[2] = Point(25121, 28485);\n    poly735238470.ps[3] = Point(25121, 28400);\n    new ShapeRef(router, poly735238470, 735238470);\n\nJunctionRef *junctionRef736226792 = new JunctionRef(router, Point(23150, 29350), 736226792);\n\n    Polygon poly736682544(4);\n    poly736682544.ps[0] = Point(25229, 28900);\n    poly736682544.ps[1] = Point(25229, 28985);\n    poly736682544.ps[2] = Point(25171, 28985);\n    poly736682544.ps[3] = Point(25171, 28900);\n    new ShapeRef(router, poly736682544, 736682544);\n\n    Polygon poly760051248(4);\n    poly760051248.ps[0] = Point(24875, 28315);\n    poly760051248.ps[1] = Point(24875, 28635);\n    poly760051248.ps[2] = Point(24525, 28635);\n    poly760051248.ps[3] = Point(24525, 28315);\n    new ShapeRef(router, poly760051248, 760051248);\n\nJunctionRef *junctionRef790438915 = new JunctionRef(router, Point(24075, 28500), 790438915);\n\nJunctionRef *junctionRef881601350 = new JunctionRef(router, Point(27692, 29100), 881601350);\n\n    Polygon poly900057885(4);\n    poly900057885.ps[0] = Point(27704, 27575);\n    poly900057885.ps[1] = Point(27704, 27660);\n    poly900057885.ps[2] = Point(27646, 27660);\n    poly900057885.ps[3] = Point(27646, 27575);\n    new ShapeRef(router, poly900057885, 900057885);\n\nJunctionRef *junctionRef990913310 = new JunctionRef(router, Point(24000, 27025), 990913310);\n\n    ConnRef *connRef2650284 = new ConnRef(router, 2650284);\n    ConnEnd srcPt2650284(junctionRef295885488);\n    connRef2650284->setSourceEndpoint(srcPt2650284);\n    ConnEnd dstPt2650284(junctionRef639333280);\n    connRef2650284->setDestEndpoint(dstPt2650284);\n    connRef2650284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef2833330 = new ConnRef(router, 2833330);\n    ConnEnd srcPt2833330(junctionRef221746560);\n    connRef2833330->setSourceEndpoint(srcPt2833330);\n    ConnEnd dstPt2833330(junctionRef255105144);\n    connRef2833330->setDestEndpoint(dstPt2833330);\n    connRef2833330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef4043718 = new ConnRef(router, 4043718);\n    ConnEnd srcPt4043718(Point(27515, 28750), 8);\n    connRef4043718->setSourceEndpoint(srcPt4043718);\n    ConnEnd dstPt4043718(junctionRef16613420);\n    connRef4043718->setDestEndpoint(dstPt4043718);\n    connRef4043718->setRoutingType((ConnType)2);\n\n    ConnRef *connRef9745060 = new ConnRef(router, 9745060);\n    ConnEnd srcPt9745060(Point(23610, 28075), 4);\n    connRef9745060->setSourceEndpoint(srcPt9745060);\n    ConnEnd dstPt9745060(junctionRef147481188);\n    connRef9745060->setDestEndpoint(dstPt9745060);\n    connRef9745060->setRoutingType((ConnType)2);\n\n    ConnRef *connRef10983140 = new ConnRef(router, 10983140);\n    ConnEnd srcPt10983140(Point(23890, 26950), 8);\n    connRef10983140->setSourceEndpoint(srcPt10983140);\n    ConnEnd dstPt10983140(Point(24125, 26960), 1);\n    connRef10983140->setDestEndpoint(dstPt10983140);\n    connRef10983140->setRoutingType((ConnType)2);\n\n    ConnRef *connRef11588500 = new ConnRef(router, 11588500);\n    ConnEnd srcPt11588500(Point(23610, 27425), 4);\n    connRef11588500->setSourceEndpoint(srcPt11588500);\n    ConnEnd dstPt11588500(Point(25835, 27250), 4);\n    connRef11588500->setDestEndpoint(dstPt11588500);\n    connRef11588500->setRoutingType((ConnType)2);\n\n    ConnRef *connRef11844992 = new ConnRef(router, 11844992);\n    ConnEnd srcPt11844992(junctionRef137263932);\n    connRef11844992->setSourceEndpoint(srcPt11844992);\n    ConnEnd dstPt11844992(junctionRef117582414);\n    connRef11844992->setDestEndpoint(dstPt11844992);\n    connRef11844992->setRoutingType((ConnType)2);\n\n    ConnRef *connRef14786845 = new ConnRef(router, 14786845);\n    ConnEnd srcPt14786845(junctionRef736226792);\n    connRef14786845->setSourceEndpoint(srcPt14786845);\n    ConnEnd dstPt14786845(junctionRef495386613);\n    connRef14786845->setDestEndpoint(dstPt14786845);\n    connRef14786845->setRoutingType((ConnType)2);\n\n    ConnRef *connRef16261480 = new ConnRef(router, 16261480);\n    ConnEnd srcPt16261480(junctionRef5416208);\n    connRef16261480->setSourceEndpoint(srcPt16261480);\n    ConnEnd dstPt16261480(junctionRef299817832);\n    connRef16261480->setDestEndpoint(dstPt16261480);\n    connRef16261480->setRoutingType((ConnType)2);\n\n    ConnRef *connRef16390046 = new ConnRef(router, 16390046);\n    ConnEnd srcPt16390046(Point(24040, 29575), 8);\n    connRef16390046->setSourceEndpoint(srcPt16390046);\n    ConnEnd dstPt16390046(junctionRef39695669);\n    connRef16390046->setDestEndpoint(dstPt16390046);\n    connRef16390046->setRoutingType((ConnType)2);\n\n    ConnRef *connRef17931396 = new ConnRef(router, 17931396);\n    ConnEnd srcPt17931396(Point(27210, 29250), 4);\n    connRef17931396->setSourceEndpoint(srcPt17931396);\n    ConnEnd dstPt17931396(junctionRef557043721);\n    connRef17931396->setDestEndpoint(dstPt17931396);\n    connRef17931396->setRoutingType((ConnType)2);\n\n    ConnRef *connRef22109256 = new ConnRef(router, 22109256);\n    ConnEnd srcPt22109256(Point(27210, 29775), 4);\n    connRef22109256->setSourceEndpoint(srcPt22109256);\n    ConnEnd dstPt22109256(junctionRef557043721);\n    connRef22109256->setDestEndpoint(dstPt22109256);\n    connRef22109256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef22594350 = new ConnRef(router, 22594350);\n    ConnEnd srcPt22594350(junctionRef414982287);\n    connRef22594350->setSourceEndpoint(srcPt22594350);\n    ConnEnd dstPt22594350(junctionRef34620300);\n    connRef22594350->setDestEndpoint(dstPt22594350);\n    connRef22594350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef22914582 = new ConnRef(router, 22914582);\n    ConnEnd srcPt22914582(junctionRef350832579);\n    connRef22914582->setSourceEndpoint(srcPt22914582);\n    ConnEnd dstPt22914582(Point(24865, 28475), 8);\n    connRef22914582->setDestEndpoint(dstPt22914582);\n    connRef22914582->setRoutingType((ConnType)2);\n\n    ConnRef *connRef23169708 = new ConnRef(router, 23169708);\n    ConnEnd srcPt23169708(junctionRef358449734);\n    connRef23169708->setSourceEndpoint(srcPt23169708);\n    ConnEnd dstPt23169708(junctionRef881601350);\n    connRef23169708->setDestEndpoint(dstPt23169708);\n    connRef23169708->setRoutingType((ConnType)2);\n\n    ConnRef *connRef23586424 = new ConnRef(router, 23586424);\n    ConnEnd srcPt23586424(Point(23610, 27350), 4);\n    connRef23586424->setSourceEndpoint(srcPt23586424);\n    ConnEnd dstPt23586424(junctionRef26572870);\n    connRef23586424->setDestEndpoint(dstPt23586424);\n    connRef23586424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef24487272 = new ConnRef(router, 24487272);\n    ConnEnd srcPt24487272(junctionRef299817832);\n    connRef24487272->setSourceEndpoint(srcPt24487272);\n    ConnEnd dstPt24487272(junctionRef137263932);\n    connRef24487272->setDestEndpoint(dstPt24487272);\n    connRef24487272->setRoutingType((ConnType)2);\n\n    ConnRef *connRef26971490 = new ConnRef(router, 26971490);\n    ConnEnd srcPt26971490(junctionRef275948952);\n    connRef26971490->setSourceEndpoint(srcPt26971490);\n    ConnEnd dstPt26971490(Point(23610, 27500), 4);\n    connRef26971490->setDestEndpoint(dstPt26971490);\n    connRef26971490->setRoutingType((ConnType)2);\n\n    ConnRef *connRef27342336 = new ConnRef(router, 27342336);\n    ConnEnd srcPt27342336(junctionRef34620300);\n    connRef27342336->setSourceEndpoint(srcPt27342336);\n    ConnEnd dstPt27342336(Point(24460, 26225), 4);\n    connRef27342336->setDestEndpoint(dstPt27342336);\n    connRef27342336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef29036799 = new ConnRef(router, 29036799);\n    ConnEnd srcPt29036799(Point(23890, 27025), 8);\n    connRef29036799->setSourceEndpoint(srcPt29036799);\n    ConnEnd dstPt29036799(junctionRef990913310);\n    connRef29036799->setDestEndpoint(dstPt29036799);\n    connRef29036799->setRoutingType((ConnType)2);\n\n    ConnRef *connRef29965772 = new ConnRef(router, 29965772);\n    ConnEnd srcPt29965772(Point(27675, 26810), 1);\n    connRef29965772->setSourceEndpoint(srcPt29965772);\n    ConnEnd dstPt29965772(Point(27415, 26800), 8);\n    connRef29965772->setDestEndpoint(dstPt29965772);\n    connRef29965772->setRoutingType((ConnType)2);\n\n    ConnRef *connRef31188915 = new ConnRef(router, 31188915);\n    ConnEnd srcPt31188915(Point(24410, 26650), 4);\n    connRef31188915->setSourceEndpoint(srcPt31188915);\n    ConnEnd dstPt31188915(Point(25835, 27400), 4);\n    connRef31188915->setDestEndpoint(dstPt31188915);\n    connRef31188915->setRoutingType((ConnType)2);\n\n    ConnRef *connRef32390545 = new ConnRef(router, 32390545);\n    ConnEnd srcPt32390545(Point(27540, 29175), 8);\n    connRef32390545->setSourceEndpoint(srcPt32390545);\n    ConnEnd dstPt32390545(junctionRef358449734);\n    connRef32390545->setDestEndpoint(dstPt32390545);\n    connRef32390545->setRoutingType((ConnType)2);\n\n    ConnRef *connRef33457066 = new ConnRef(router, 33457066);\n    ConnEnd srcPt33457066(Point(27185, 28825), 4);\n    connRef33457066->setSourceEndpoint(srcPt33457066);\n    ConnEnd dstPt33457066(junctionRef221746560);\n    connRef33457066->setDestEndpoint(dstPt33457066);\n    connRef33457066->setRoutingType((ConnType)2);\n\n    ConnRef *connRef34908836 = new ConnRef(router, 34908836);\n    ConnEnd srcPt34908836(junctionRef9420650);\n    connRef34908836->setSourceEndpoint(srcPt34908836);\n    ConnEnd dstPt34908836(Point(27135, 28075), 4);\n    connRef34908836->setDestEndpoint(dstPt34908836);\n    connRef34908836->setRoutingType((ConnType)2);\n\n    ConnRef *connRef37638287 = new ConnRef(router, 37638287);\n    ConnEnd srcPt37638287(junctionRef790438915);\n    connRef37638287->setSourceEndpoint(srcPt37638287);\n    ConnEnd dstPt37638287(Point(23965, 28500), 8);\n    connRef37638287->setDestEndpoint(dstPt37638287);\n    connRef37638287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef40448457 = new ConnRef(router, 40448457);\n    ConnEnd srcPt40448457(Point(24790, 26975), 8);\n    connRef40448457->setSourceEndpoint(srcPt40448457);\n    ConnEnd dstPt40448457(Point(25000, 26985), 1);\n    connRef40448457->setDestEndpoint(dstPt40448457);\n    connRef40448457->setRoutingType((ConnType)2);\n\n    ConnRef *connRef40882634 = new ConnRef(router, 40882634);\n    ConnEnd srcPt40882634(Point(23560, 26950), 4);\n    connRef40882634->setSourceEndpoint(srcPt40882634);\n    ConnEnd dstPt40882634(junctionRef26572870);\n    connRef40882634->setDestEndpoint(dstPt40882634);\n    connRef40882634->setRoutingType((ConnType)2);\n\n    ConnRef *connRef47717100 = new ConnRef(router, 47717100);\n    ConnEnd srcPt47717100(Point(25200, 28910), 1);\n    connRef47717100->setSourceEndpoint(srcPt47717100);\n    ConnEnd dstPt47717100(Point(24890, 28900), 8);\n    connRef47717100->setDestEndpoint(dstPt47717100);\n    connRef47717100->setRoutingType((ConnType)2);\n\n    ConnRef *connRef56597370 = new ConnRef(router, 56597370);\n    ConnEnd srcPt56597370(Point(27675, 27585), 1);\n    connRef56597370->setSourceEndpoint(srcPt56597370);\n    ConnEnd dstPt56597370(Point(27415, 27575), 8);\n    connRef56597370->setDestEndpoint(dstPt56597370);\n    connRef56597370->setRoutingType((ConnType)2);\n\n    ConnRef *connRef59354933 = new ConnRef(router, 59354933);\n    ConnEnd srcPt59354933(junctionRef309723792);\n    connRef59354933->setSourceEndpoint(srcPt59354933);\n    ConnEnd dstPt59354933(junctionRef414982287);\n    connRef59354933->setDestEndpoint(dstPt59354933);\n    connRef59354933->setRoutingType((ConnType)2);\n\n    ConnRef *connRef77227284 = new ConnRef(router, 77227284);\n    ConnEnd srcPt77227284(Point(24740, 26650), 8);\n    connRef77227284->setSourceEndpoint(srcPt77227284);\n    ConnEnd dstPt77227284(junctionRef131744632);\n    connRef77227284->setDestEndpoint(dstPt77227284);\n    connRef77227284->setRoutingType((ConnType)2);\n\n    ConnRef *connRef79612408 = new ConnRef(router, 79612408);\n    ConnEnd srcPt79612408(Point(23585, 26625), 4);\n    connRef79612408->setSourceEndpoint(srcPt79612408);\n    ConnEnd dstPt79612408(Point(25835, 27100), 4);\n    connRef79612408->setDestEndpoint(dstPt79612408);\n    connRef79612408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef82780868 = new ConnRef(router, 82780868);\n    ConnEnd srcPt82780868(Point(27185, 28750), 4);\n    connRef82780868->setSourceEndpoint(srcPt82780868);\n    ConnEnd dstPt82780868(Point(25835, 28375), 4);\n    connRef82780868->setDestEndpoint(dstPt82780868);\n    connRef82780868->setRoutingType((ConnType)2);\n\n    ConnRef *connRef83092945 = new ConnRef(router, 83092945);\n    ConnEnd srcPt83092945(Point(27085, 27650), 4);\n    connRef83092945->setSourceEndpoint(srcPt83092945);\n    ConnEnd dstPt83092945(Point(26165, 27175), 8);\n    connRef83092945->setDestEndpoint(dstPt83092945);\n    connRef83092945->setRoutingType((ConnType)2);\n\n    ConnRef *connRef88266240 = new ConnRef(router, 88266240);\n    ConnEnd srcPt88266240(junctionRef790438915);\n    connRef88266240->setSourceEndpoint(srcPt88266240);\n    ConnEnd dstPt88266240(junctionRef137883060);\n    connRef88266240->setDestEndpoint(dstPt88266240);\n    connRef88266240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef90460104 = new ConnRef(router, 90460104);\n    ConnEnd srcPt90460104(junctionRef39695669);\n    connRef90460104->setSourceEndpoint(srcPt90460104);\n    ConnEnd dstPt90460104(junctionRef790438915);\n    connRef90460104->setDestEndpoint(dstPt90460104);\n    connRef90460104->setRoutingType((ConnType)2);\n\n    ConnRef *connRef91952388 = new ConnRef(router, 91952388);\n    ConnEnd srcPt91952388(Point(25835, 27475), 4);\n    connRef91952388->setSourceEndpoint(srcPt91952388);\n    ConnEnd dstPt91952388(Point(24460, 27050), 4);\n    connRef91952388->setDestEndpoint(dstPt91952388);\n    connRef91952388->setRoutingType((ConnType)2);\n\n    ConnRef *connRef92256651 = new ConnRef(router, 92256651);\n    ConnEnd srcPt92256651(Point(27135, 28000), 4);\n    connRef92256651->setSourceEndpoint(srcPt92256651);\n    ConnEnd dstPt92256651(Point(25835, 28525), 4);\n    connRef92256651->setDestEndpoint(dstPt92256651);\n    connRef92256651->setRoutingType((ConnType)2);\n\n    ConnRef *connRef95273991 = new ConnRef(router, 95273991);\n    ConnEnd srcPt95273991(Point(27750, 29635), 1);\n    connRef95273991->setSourceEndpoint(srcPt95273991);\n    ConnEnd dstPt95273991(Point(27540, 29625), 8);\n    connRef95273991->setDestEndpoint(dstPt95273991);\n    connRef95273991->setRoutingType((ConnType)2);\n\n    ConnRef *connRef98351958 = new ConnRef(router, 98351958);\n    ConnEnd srcPt98351958(junctionRef41941580);\n    connRef98351958->setSourceEndpoint(srcPt98351958);\n    ConnEnd dstPt98351958(Point(23585, 26700), 4);\n    connRef98351958->setDestEndpoint(dstPt98351958);\n    connRef98351958->setRoutingType((ConnType)2);\n\n    ConnRef *connRef101848175 = new ConnRef(router, 101848175);\n    ConnEnd srcPt101848175(Point(24485, 27350), 4);\n    connRef101848175->setSourceEndpoint(srcPt101848175);\n    ConnEnd dstPt101848175(junctionRef23132835);\n    connRef101848175->setDestEndpoint(dstPt101848175);\n    connRef101848175->setRoutingType((ConnType)2);\n\n    ConnRef *connRef107055166 = new ConnRef(router, 107055166);\n    ConnEnd srcPt107055166(junctionRef200348672);\n    connRef107055166->setSourceEndpoint(srcPt107055166);\n    ConnEnd dstPt107055166(junctionRef195377532);\n    connRef107055166->setDestEndpoint(dstPt107055166);\n    connRef107055166->setRoutingType((ConnType)2);\n\n    ConnRef *connRef126287880 = new ConnRef(router, 126287880);\n    ConnEnd srcPt126287880(junctionRef881601350);\n    connRef126287880->setSourceEndpoint(srcPt126287880);\n    ConnEnd dstPt126287880(Point(27540, 29100), 8);\n    connRef126287880->setDestEndpoint(dstPt126287880);\n    connRef126287880->setRoutingType((ConnType)2);\n\n    ConnRef *connRef149791360 = new ConnRef(router, 149791360);\n    ConnEnd srcPt149791360(Point(24940, 29600), 8);\n    connRef149791360->setSourceEndpoint(srcPt149791360);\n    ConnEnd dstPt149791360(junctionRef36814260);\n    connRef149791360->setDestEndpoint(dstPt149791360);\n    connRef149791360->setRoutingType((ConnType)2);\n\n    ConnRef *connRef152838249 = new ConnRef(router, 152838249);\n    ConnEnd srcPt152838249(Point(24275, 29510), 1);\n    connRef152838249->setSourceEndpoint(srcPt152838249);\n    ConnEnd dstPt152838249(Point(24040, 29500), 8);\n    connRef152838249->setDestEndpoint(dstPt152838249);\n    connRef152838249->setRoutingType((ConnType)2);\n\n    ConnRef *connRef156657228 = new ConnRef(router, 156657228);\n    ConnEnd srcPt156657228(junctionRef619528800);\n    connRef156657228->setSourceEndpoint(srcPt156657228);\n    ConnEnd dstPt156657228(Point(23965, 28425), 8);\n    connRef156657228->setDestEndpoint(dstPt156657228);\n    connRef156657228->setRoutingType((ConnType)2);\n\n    ConnRef *connRef157276356 = new ConnRef(router, 157276356);\n    ConnEnd srcPt157276356(Point(24890, 28025), 8);\n    connRef157276356->setSourceEndpoint(srcPt157276356);\n    ConnEnd dstPt157276356(junctionRef350832579);\n    connRef157276356->setDestEndpoint(dstPt157276356);\n    connRef157276356->setRoutingType((ConnType)2);\n\n    ConnRef *connRef162858434 = new ConnRef(router, 162858434);\n    ConnEnd srcPt162858434(Point(24150, 27360), 1);\n    connRef162858434->setSourceEndpoint(srcPt162858434);\n    ConnEnd dstPt162858434(Point(23940, 27350), 8);\n    connRef162858434->setDestEndpoint(dstPt162858434);\n    connRef162858434->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170639469 = new ConnRef(router, 170639469);\n    ConnEnd srcPt170639469(junctionRef131744632);\n    connRef170639469->setSourceEndpoint(srcPt170639469);\n    ConnEnd dstPt170639469(Point(24790, 26300), 8);\n    connRef170639469->setDestEndpoint(dstPt170639469);\n    connRef170639469->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171917628 = new ConnRef(router, 171917628);\n    ConnEnd srcPt171917628(Point(24790, 27050), 8);\n    connRef171917628->setSourceEndpoint(srcPt171917628);\n    ConnEnd dstPt171917628(junctionRef1634752);\n    connRef171917628->setDestEndpoint(dstPt171917628);\n    connRef171917628->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175703112 = new ConnRef(router, 175703112);\n    ConnEnd srcPt175703112(Point(22760, 29325), 4);\n    connRef175703112->setSourceEndpoint(srcPt175703112);\n    ConnEnd dstPt175703112(Point(22575, 29360), 1);\n    connRef175703112->setDestEndpoint(dstPt175703112);\n    connRef175703112->setRoutingType((ConnType)2);\n\n    ConnRef *connRef175774395 = new ConnRef(router, 175774395);\n    ConnEnd srcPt175774395(junctionRef358449734);\n    connRef175774395->setSourceEndpoint(srcPt175774395);\n    ConnEnd dstPt175774395(junctionRef16613420);\n    connRef175774395->setDestEndpoint(dstPt175774395);\n    connRef175774395->setRoutingType((ConnType)2);\n\n    ConnRef *connRef177387840 = new ConnRef(router, 177387840);\n    ConnEnd srcPt177387840(Point(27725, 27935), 1);\n    connRef177387840->setSourceEndpoint(srcPt177387840);\n    ConnEnd dstPt177387840(Point(27465, 27925), 8);\n    connRef177387840->setDestEndpoint(dstPt177387840);\n    connRef177387840->setRoutingType((ConnType)2);\n\n    ConnRef *connRef179014612 = new ConnRef(router, 179014612);\n    ConnEnd srcPt179014612(Point(24790, 26225), 8);\n    connRef179014612->setSourceEndpoint(srcPt179014612);\n    ConnEnd dstPt179014612(Point(25025, 26235), 1);\n    connRef179014612->setDestEndpoint(dstPt179014612);\n    connRef179014612->setRoutingType((ConnType)2);\n\n    ConnRef *connRef181436988 = new ConnRef(router, 181436988);\n    ConnEnd srcPt181436988(junctionRef275948952);\n    connRef181436988->setSourceEndpoint(srcPt181436988);\n    ConnEnd dstPt181436988(junctionRef41941580);\n    connRef181436988->setDestEndpoint(dstPt181436988);\n    connRef181436988->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186910820 = new ConnRef(router, 186910820);\n    ConnEnd srcPt186910820(Point(25100, 27960), 1);\n    connRef186910820->setSourceEndpoint(srcPt186910820);\n    ConnEnd dstPt186910820(Point(24890, 27950), 8);\n    connRef186910820->setDestEndpoint(dstPt186910820);\n    connRef186910820->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187785156 = new ConnRef(router, 187785156);\n    ConnEnd srcPt187785156(junctionRef495386613);\n    connRef187785156->setSourceEndpoint(srcPt187785156);\n    ConnEnd dstPt187785156(junctionRef58465624);\n    connRef187785156->setDestEndpoint(dstPt187785156);\n    connRef187785156->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189722660 = new ConnRef(router, 189722660);\n    ConnEnd srcPt189722660(junctionRef23132835);\n    connRef189722660->setSourceEndpoint(srcPt189722660);\n    ConnEnd dstPt189722660(junctionRef12650756);\n    connRef189722660->setDestEndpoint(dstPt189722660);\n    connRef189722660->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192744750 = new ConnRef(router, 192744750);\n    ConnEnd srcPt192744750(junctionRef36814260);\n    connRef192744750->setSourceEndpoint(srcPt192744750);\n    ConnEnd dstPt192744750(junctionRef137883060);\n    connRef192744750->setDestEndpoint(dstPt192744750);\n    connRef192744750->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197632590 = new ConnRef(router, 197632590);\n    ConnEnd srcPt197632590(Point(25150, 29510), 1);\n    connRef197632590->setSourceEndpoint(srcPt197632590);\n    ConnEnd dstPt197632590(Point(24940, 29525), 8);\n    connRef197632590->setDestEndpoint(dstPt197632590);\n    connRef197632590->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199761771 = new ConnRef(router, 199761771);\n    ConnEnd srcPt199761771(Point(25150, 28410), 1);\n    connRef199761771->setSourceEndpoint(srcPt199761771);\n    ConnEnd dstPt199761771(Point(24865, 28400), 8);\n    connRef199761771->setDestEndpoint(dstPt199761771);\n    connRef199761771->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200371408 = new ConnRef(router, 200371408);\n    ConnEnd srcPt200371408(Point(23710, 29575), 4);\n    connRef200371408->setSourceEndpoint(srcPt200371408);\n    ConnEnd dstPt200371408(Point(25835, 27700), 4);\n    connRef200371408->setDestEndpoint(dstPt200371408);\n    connRef200371408->setRoutingType((ConnType)2);\n\n    ConnRef *connRef202197435 = new ConnRef(router, 202197435);\n    ConnEnd srcPt202197435(Point(23610, 26275), 4);\n    connRef202197435->setSourceEndpoint(srcPt202197435);\n    ConnEnd dstPt202197435(Point(25835, 27025), 4);\n    connRef202197435->setDestEndpoint(dstPt202197435);\n    connRef202197435->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223350000 = new ConnRef(router, 223350000);\n    ConnEnd srcPt223350000(junctionRef790438915);\n    connRef223350000->setSourceEndpoint(srcPt223350000);\n    ConnEnd dstPt223350000(junctionRef619528800);\n    connRef223350000->setDestEndpoint(dstPt223350000);\n    connRef223350000->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225755952 = new ConnRef(router, 225755952);\n    ConnEnd srcPt225755952(Point(26075, 26550), 15);\n    connRef225755952->setSourceEndpoint(srcPt225755952);\n    ConnEnd dstPt225755952(junctionRef414982287);\n    connRef225755952->setDestEndpoint(dstPt225755952);\n    connRef225755952->setRoutingType((ConnType)2);\n\n    ConnRef *connRef231794598 = new ConnRef(router, 231794598);\n    ConnEnd srcPt231794598(Point(24740, 26575), 8);\n    connRef231794598->setSourceEndpoint(srcPt231794598);\n    ConnEnd dstPt231794598(Point(25000, 26585), 1);\n    connRef231794598->setDestEndpoint(dstPt231794598);\n    connRef231794598->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235948750 = new ConnRef(router, 235948750);\n    ConnEnd srcPt235948750(Point(24485, 27500), 4);\n    connRef235948750->setSourceEndpoint(srcPt235948750);\n    ConnEnd dstPt235948750(junctionRef299817832);\n    connRef235948750->setDestEndpoint(dstPt235948750);\n    connRef235948750->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237307070 = new ConnRef(router, 237307070);\n    ConnEnd srcPt237307070(Point(24610, 29675), 4);\n    connRef237307070->setSourceEndpoint(srcPt237307070);\n    ConnEnd dstPt237307070(junctionRef228740625);\n    connRef237307070->setDestEndpoint(dstPt237307070);\n    connRef237307070->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243434688 = new ConnRef(router, 243434688);\n    ConnEnd srcPt243434688(Point(23560, 27100), 4);\n    connRef243434688->setSourceEndpoint(srcPt243434688);\n    ConnEnd dstPt243434688(junctionRef275948952);\n    connRef243434688->setDestEndpoint(dstPt243434688);\n    connRef243434688->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257379648 = new ConnRef(router, 257379648);\n    ConnEnd srcPt257379648(Point(24460, 27125), 4);\n    connRef257379648->setSourceEndpoint(srcPt257379648);\n    ConnEnd dstPt257379648(junctionRef137263932);\n    connRef257379648->setDestEndpoint(dstPt257379648);\n    connRef257379648->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257846316 = new ConnRef(router, 257846316);\n    ConnEnd srcPt257846316(junctionRef557043721);\n    connRef257846316->setSourceEndpoint(srcPt257846316);\n    ConnEnd dstPt257846316(junctionRef228740625);\n    connRef257846316->setDestEndpoint(dstPt257846316);\n    connRef257846316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef258773320 = new ConnRef(router, 258773320);\n    ConnEnd srcPt258773320(Point(27210, 29175), 4);\n    connRef258773320->setSourceEndpoint(srcPt258773320);\n    ConnEnd dstPt258773320(Point(25835, 28300), 4);\n    connRef258773320->setDestEndpoint(dstPt258773320);\n    connRef258773320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef260211707 = new ConnRef(router, 260211707);\n    ConnEnd srcPt260211707(Point(23940, 27425), 8);\n    connRef260211707->setSourceEndpoint(srcPt260211707);\n    ConnEnd dstPt260211707(junctionRef990913310);\n    connRef260211707->setDestEndpoint(dstPt260211707);\n    connRef260211707->setRoutingType((ConnType)2);\n\n    ConnRef *connRef273011160 = new ConnRef(router, 273011160);\n    ConnEnd srcPt273011160(Point(23660, 29000), 4);\n    connRef273011160->setSourceEndpoint(srcPt273011160);\n    ConnEnd dstPt273011160(Point(25835, 28150), 4);\n    connRef273011160->setDestEndpoint(dstPt273011160);\n    connRef273011160->setRoutingType((ConnType)2);\n\n    ConnRef *connRef274013534 = new ConnRef(router, 274013534);\n    ConnEnd srcPt274013534(Point(24890, 28975), 8);\n    connRef274013534->setSourceEndpoint(srcPt274013534);\n    ConnEnd dstPt274013534(junctionRef36814260);\n    connRef274013534->setDestEndpoint(dstPt274013534);\n    connRef274013534->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279737601 = new ConnRef(router, 279737601);\n    ConnEnd srcPt279737601(junctionRef26572870);\n    connRef279737601->setSourceEndpoint(srcPt279737601);\n    ConnEnd dstPt279737601(junctionRef309723792);\n    connRef279737601->setDestEndpoint(dstPt279737601);\n    connRef279737601->setRoutingType((ConnType)2);\n\n    ConnRef *connRef281388594 = new ConnRef(router, 281388594);\n    ConnEnd srcPt281388594(Point(27725, 28685), 1);\n    connRef281388594->setSourceEndpoint(srcPt281388594);\n    ConnEnd dstPt281388594(Point(27515, 28675), 8);\n    connRef281388594->setDestEndpoint(dstPt281388594);\n    connRef281388594->setRoutingType((ConnType)2);\n\n    ConnRef *connRef285908400 = new ConnRef(router, 285908400);\n    ConnEnd srcPt285908400(Point(23560, 27025), 4);\n    connRef285908400->setSourceEndpoint(srcPt285908400);\n    ConnEnd dstPt285908400(Point(25835, 27175), 4);\n    connRef285908400->setDestEndpoint(dstPt285908400);\n    connRef285908400->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287034425 = new ConnRef(router, 287034425);\n    ConnEnd srcPt287034425(junctionRef391945245);\n    connRef287034425->setSourceEndpoint(srcPt287034425);\n    ConnEnd dstPt287034425(junctionRef200348672);\n    connRef287034425->setDestEndpoint(dstPt287034425);\n    connRef287034425->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288108606 = new ConnRef(router, 288108606);\n    ConnEnd srcPt288108606(Point(23610, 26350), 4);\n    connRef288108606->setSourceEndpoint(srcPt288108606);\n    ConnEnd dstPt288108606(junctionRef394539723);\n    connRef288108606->setDestEndpoint(dstPt288108606);\n    connRef288108606->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290380424 = new ConnRef(router, 290380424);\n    ConnEnd srcPt290380424(Point(24560, 29050), 4);\n    connRef290380424->setSourceEndpoint(srcPt290380424);\n    ConnEnd dstPt290380424(junctionRef144791664);\n    connRef290380424->setDestEndpoint(dstPt290380424);\n    connRef290380424->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294588780 = new ConnRef(router, 294588780);\n    ConnEnd srcPt294588780(Point(27085, 27725), 4);\n    connRef294588780->setSourceEndpoint(srcPt294588780);\n    ConnEnd dstPt294588780(junctionRef9420650);\n    connRef294588780->setDestEndpoint(dstPt294588780);\n    connRef294588780->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295795481 = new ConnRef(router, 295795481);\n    ConnEnd srcPt295795481(Point(24460, 26375), 4);\n    connRef295795481->setSourceEndpoint(srcPt295795481);\n    ConnEnd dstPt295795481(junctionRef117582414);\n    connRef295795481->setDestEndpoint(dstPt295795481);\n    connRef295795481->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297813338 = new ConnRef(router, 297813338);\n    ConnEnd srcPt297813338(Point(24560, 28100), 4);\n    connRef297813338->setSourceEndpoint(srcPt297813338);\n    ConnEnd dstPt297813338(junctionRef5416208);\n    connRef297813338->setDestEndpoint(dstPt297813338);\n    connRef297813338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297831780 = new ConnRef(router, 297831780);\n    ConnEnd srcPt297831780(Point(27725, 29110), 1);\n    connRef297831780->setSourceEndpoint(srcPt297831780);\n    ConnEnd dstPt297831780(junctionRef881601350);\n    connRef297831780->setDestEndpoint(dstPt297831780);\n    connRef297831780->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305590064 = new ConnRef(router, 305590064);\n    ConnEnd srcPt305590064(Point(24560, 28025), 4);\n    connRef305590064->setSourceEndpoint(srcPt305590064);\n    ConnEnd dstPt305590064(Point(25835, 27625), 4);\n    connRef305590064->setDestEndpoint(dstPt305590064);\n    connRef305590064->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311241725 = new ConnRef(router, 311241725);\n    ConnEnd srcPt311241725(Point(27725, 28285), 1);\n    connRef311241725->setSourceEndpoint(srcPt311241725);\n    ConnEnd dstPt311241725(Point(27490, 28275), 8);\n    connRef311241725->setDestEndpoint(dstPt311241725);\n    connRef311241725->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322174720 = new ConnRef(router, 322174720);\n    ConnEnd srcPt322174720(Point(24250, 27935), 1);\n    connRef322174720->setSourceEndpoint(srcPt322174720);\n    ConnEnd dstPt322174720(Point(23940, 27925), 8);\n    connRef322174720->setDestEndpoint(dstPt322174720);\n    connRef322174720->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322291528 = new ConnRef(router, 322291528);\n    ConnEnd srcPt322291528(Point(23585, 26550), 4);\n    connRef322291528->setSourceEndpoint(srcPt322291528);\n    ConnEnd dstPt322291528(junctionRef26572870);\n    connRef322291528->setDestEndpoint(dstPt322291528);\n    connRef322291528->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328813520 = new ConnRef(router, 328813520);\n    ConnEnd srcPt328813520(junctionRef1634752);\n    connRef328813520->setSourceEndpoint(srcPt328813520);\n    ConnEnd dstPt328813520(junctionRef131744632);\n    connRef328813520->setDestEndpoint(dstPt328813520);\n    connRef328813520->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342417330 = new ConnRef(router, 342417330);\n    ConnEnd srcPt342417330(Point(24225, 28435), 1);\n    connRef342417330->setSourceEndpoint(srcPt342417330);\n    ConnEnd dstPt342417330(junctionRef619528800);\n    connRef342417330->setDestEndpoint(dstPt342417330);\n    connRef342417330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351151744 = new ConnRef(router, 351151744);\n    ConnEnd srcPt351151744(Point(25835, 27550), 4);\n    connRef351151744->setSourceEndpoint(srcPt351151744);\n    ConnEnd dstPt351151744(Point(24485, 27425), 4);\n    connRef351151744->setDestEndpoint(dstPt351151744);\n    connRef351151744->setRoutingType((ConnType)2);\n\n    ConnRef *connRef353764215 = new ConnRef(router, 353764215);\n    ConnEnd srcPt353764215(junctionRef706194558);\n    connRef353764215->setSourceEndpoint(srcPt353764215);\n    ConnEnd dstPt353764215(junctionRef5416208);\n    connRef353764215->setDestEndpoint(dstPt353764215);\n    connRef353764215->setRoutingType((ConnType)2);\n\n    ConnRef *connRef360051452 = new ConnRef(router, 360051452);\n    //ConnEnd srcPt360051452(Point(24350, 29300), 15);\n    ConnEnd srcPt360051452(junctionRef228740625);\n    connRef360051452->setSourceEndpoint(srcPt360051452);\n    ConnEnd dstPt360051452(junctionRef144791664);\n    connRef360051452->setDestEndpoint(dstPt360051452);\n    connRef360051452->setRoutingType((ConnType)2);\n\n    ConnRef *connRef370001467 = new ConnRef(router, 370001467);\n    ConnEnd srcPt370001467(Point(24535, 28550), 4);\n    connRef370001467->setSourceEndpoint(srcPt370001467);\n    ConnEnd dstPt370001467(junctionRef706194558);\n    connRef370001467->setDestEndpoint(dstPt370001467);\n    connRef370001467->setRoutingType((ConnType)2);\n\n    ConnRef *connRef374482680 = new ConnRef(router, 374482680);\n    ConnEnd srcPt374482680(junctionRef255105144);\n    connRef374482680->setSourceEndpoint(srcPt374482680);\n    ConnEnd dstPt374482680(junctionRef9420650);\n    connRef374482680->setDestEndpoint(dstPt374482680);\n    connRef374482680->setRoutingType((ConnType)2);\n\n    ConnRef *connRef384565632 = new ConnRef(router, 384565632);\n    ConnEnd srcPt384565632(Point(27160, 28350), 4);\n    connRef384565632->setSourceEndpoint(srcPt384565632);\n    ConnEnd dstPt384565632(Point(25835, 28450), 4);\n    connRef384565632->setDestEndpoint(dstPt384565632);\n    connRef384565632->setRoutingType((ConnType)2);\n\n    ConnRef *connRef385394335 = new ConnRef(router, 385394335);\n    ConnEnd srcPt385394335(junctionRef12650756);\n    connRef385394335->setSourceEndpoint(srcPt385394335);\n    ConnEnd dstPt385394335(junctionRef34620300);\n    connRef385394335->setDestEndpoint(dstPt385394335);\n    connRef385394335->setRoutingType((ConnType)2);\n\n    ConnRef *connRef394841184 = new ConnRef(router, 394841184);\n    ConnEnd srcPt394841184(junctionRef373450980);\n    connRef394841184->setSourceEndpoint(srcPt394841184);\n    ConnEnd dstPt394841184(Point(27415, 27250), 8);\n    connRef394841184->setDestEndpoint(dstPt394841184);\n    connRef394841184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef395684456 = new ConnRef(router, 395684456);\n    ConnEnd srcPt395684456(junctionRef990913310);\n    connRef395684456->setSourceEndpoint(srcPt395684456);\n    ConnEnd dstPt395684456(junctionRef504671094);\n    connRef395684456->setDestEndpoint(dstPt395684456);\n    connRef395684456->setRoutingType((ConnType)2);\n\n    ConnRef *connRef399195680 = new ConnRef(router, 399195680);\n    ConnEnd srcPt399195680(Point(24460, 26300), 4);\n    connRef399195680->setSourceEndpoint(srcPt399195680);\n    ConnEnd dstPt399195680(Point(25835, 27325), 4);\n    connRef399195680->setDestEndpoint(dstPt399195680);\n    connRef399195680->setRoutingType((ConnType)2);\n\n    ConnRef *connRef430804024 = new ConnRef(router, 430804024);\n    ConnEnd srcPt430804024(Point(24410, 26575), 4);\n    connRef430804024->setSourceEndpoint(srcPt430804024);\n    ConnEnd dstPt430804024(junctionRef12650756);\n    connRef430804024->setDestEndpoint(dstPt430804024);\n    connRef430804024->setRoutingType((ConnType)2);\n\n    ConnRef *connRef441263950 = new ConnRef(router, 441263950);\n    ConnEnd srcPt441263950(junctionRef117582414);\n    connRef441263950->setSourceEndpoint(srcPt441263950);\n    ConnEnd dstPt441263950(Point(24410, 26725), 4);\n    connRef441263950->setDestEndpoint(dstPt441263950);\n    connRef441263950->setRoutingType((ConnType)2);\n\n    ConnRef *connRef449028114 = new ConnRef(router, 449028114);\n    ConnEnd srcPt449028114(junctionRef147481188);\n    connRef449028114->setSourceEndpoint(srcPt449028114);\n    ConnEnd dstPt449028114(junctionRef58465624);\n    connRef449028114->setDestEndpoint(dstPt449028114);\n    connRef449028114->setRoutingType((ConnType)2);\n\n    ConnRef *connRef456315054 = new ConnRef(router, 456315054);\n    ConnEnd srcPt456315054(junctionRef195377532);\n    connRef456315054->setSourceEndpoint(srcPt456315054);\n    ConnEnd dstPt456315054(junctionRef373450980);\n    connRef456315054->setDestEndpoint(dstPt456315054);\n    connRef456315054->setRoutingType((ConnType)2);\n\n    ConnRef *connRef463648203 = new ConnRef(router, 463648203);\n    ConnEnd srcPt463648203(Point(24535, 28475), 4);\n    connRef463648203->setSourceEndpoint(srcPt463648203);\n    ConnEnd dstPt463648203(Point(25835, 27775), 4);\n    connRef463648203->setDestEndpoint(dstPt463648203);\n    connRef463648203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef466988995 = new ConnRef(router, 466988995);\n    ConnEnd srcPt466988995(Point(27465, 28000), 8);\n    connRef466988995->setSourceEndpoint(srcPt466988995);\n    ConnEnd dstPt466988995(junctionRef200348672);\n    connRef466988995->setDestEndpoint(dstPt466988995);\n    connRef466988995->setRoutingType((ConnType)2);\n\n    ConnRef *connRef470918448 = new ConnRef(router, 470918448);\n    ConnEnd srcPt470918448(Point(23710, 29650), 4);\n    connRef470918448->setSourceEndpoint(srcPt470918448);\n    ConnEnd dstPt470918448(junctionRef736226792);\n    connRef470918448->setDestEndpoint(dstPt470918448);\n    connRef470918448->setRoutingType((ConnType)2);\n\n    ConnRef *connRef473830263 = new ConnRef(router, 473830263);\n    ConnEnd srcPt473830263(junctionRef394539723);\n    connRef473830263->setSourceEndpoint(srcPt473830263);\n    ConnEnd dstPt473830263(junctionRef41941580);\n    connRef473830263->setDestEndpoint(dstPt473830263);\n    connRef473830263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef475132644 = new ConnRef(router, 475132644);\n    ConnEnd srcPt475132644(Point(27725, 27185), 1);\n    connRef475132644->setSourceEndpoint(srcPt475132644);\n    ConnEnd dstPt475132644(Point(27415, 27175), 8);\n    connRef475132644->setDestEndpoint(dstPt475132644);\n    connRef475132644->setRoutingType((ConnType)2);\n\n    ConnRef *connRef482803577 = new ConnRef(router, 482803577);\n    ConnEnd srcPt482803577(Point(24560, 28975), 4);\n    connRef482803577->setSourceEndpoint(srcPt482803577);\n    ConnEnd dstPt482803577(Point(25835, 27850), 4);\n    connRef482803577->setDestEndpoint(dstPt482803577);\n    connRef482803577->setRoutingType((ConnType)2);\n\n    ConnRef *connRef485259659 = new ConnRef(router, 485259659);\n    ConnEnd srcPt485259659(Point(27085, 26875), 4);\n    connRef485259659->setSourceEndpoint(srcPt485259659);\n    ConnEnd dstPt485259659(Point(26165, 27025), 8);\n    connRef485259659->setDestEndpoint(dstPt485259659);\n    connRef485259659->setRoutingType((ConnType)2);\n\n    ConnRef *connRef489175830 = new ConnRef(router, 489175830);\n    ConnEnd srcPt489175830(Point(24610, 29600), 4);\n    connRef489175830->setSourceEndpoint(srcPt489175830);\n    ConnEnd dstPt489175830(Point(25835, 27925), 4);\n    connRef489175830->setDestEndpoint(dstPt489175830);\n    connRef489175830->setRoutingType((ConnType)2);\n\n    ConnRef *connRef491853546 = new ConnRef(router, 491853546);\n    ConnEnd srcPt491853546(Point(23940, 28000), 8);\n    connRef491853546->setSourceEndpoint(srcPt491853546);\n    ConnEnd dstPt491853546(junctionRef790438915);\n    connRef491853546->setDestEndpoint(dstPt491853546);\n    connRef491853546->setRoutingType((ConnType)2);\n\n    ConnRef *connRef493768530 = new ConnRef(router, 493768530);\n    ConnEnd srcPt493768530(Point(24460, 26975), 4);\n    connRef493768530->setSourceEndpoint(srcPt493768530);\n    ConnEnd dstPt493768530(junctionRef23132835);\n    connRef493768530->setDestEndpoint(dstPt493768530);\n    connRef493768530->setRoutingType((ConnType)2);\n\n    ConnRef *connRef545608051 = new ConnRef(router, 545608051);\n    ConnEnd srcPt545608051(Point(23915, 26550), 8);\n    connRef545608051->setSourceEndpoint(srcPt545608051);\n    ConnEnd dstPt545608051(Point(24125, 26560), 1);\n    connRef545608051->setDestEndpoint(dstPt545608051);\n    connRef545608051->setRoutingType((ConnType)2);\n\n    ConnRef *connRef553412832 = new ConnRef(router, 553412832);\n    ConnEnd srcPt553412832(Point(24815, 27350), 8);\n    connRef553412832->setSourceEndpoint(srcPt553412832);\n    ConnEnd dstPt553412832(Point(24950, 27360), 1);\n    connRef553412832->setDestEndpoint(dstPt553412832);\n    connRef553412832->setRoutingType((ConnType)2);\n\n    ConnRef *connRef561568812 = new ConnRef(router, 561568812);\n    ConnEnd srcPt561568812(Point(27085, 27250), 4);\n    connRef561568812->setSourceEndpoint(srcPt561568812);\n    ConnEnd dstPt561568812(Point(26165, 27100), 8);\n    connRef561568812->setDestEndpoint(dstPt561568812);\n    connRef561568812->setRoutingType((ConnType)2);\n\n    ConnRef *connRef567114946 = new ConnRef(router, 567114946);\n    ConnEnd srcPt567114946(junctionRef16613420);\n    connRef567114946->setSourceEndpoint(srcPt567114946);\n    ConnEnd dstPt567114946(junctionRef391945245);\n    connRef567114946->setDestEndpoint(dstPt567114946);\n    connRef567114946->setRoutingType((ConnType)2);\n\n    ConnRef *connRef568675195 = new ConnRef(router, 568675195);\n    ConnEnd srcPt568675195(Point(27540, 29700), 8);\n    connRef568675195->setSourceEndpoint(srcPt568675195);\n    ConnEnd dstPt568675195(junctionRef358449734);\n    connRef568675195->setDestEndpoint(dstPt568675195);\n    connRef568675195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef578029290 = new ConnRef(router, 578029290);\n    ConnEnd srcPt578029290(junctionRef137883060);\n    connRef578029290->setSourceEndpoint(srcPt578029290);\n    ConnEnd dstPt578029290(junctionRef350832579);\n    connRef578029290->setDestEndpoint(dstPt578029290);\n    connRef578029290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef580228904 = new ConnRef(router, 580228904);\n    ConnEnd srcPt580228904(Point(23660, 29075), 4);\n    connRef580228904->setSourceEndpoint(srcPt580228904);\n    ConnEnd dstPt580228904(junctionRef495386613);\n    connRef580228904->setDestEndpoint(dstPt580228904);\n    connRef580228904->setRoutingType((ConnType)2);\n\n    ConnRef *connRef591782037 = new ConnRef(router, 591782037);\n    ConnEnd srcPt591782037(Point(27210, 29700), 4);\n    connRef591782037->setSourceEndpoint(srcPt591782037);\n    ConnEnd dstPt591782037(Point(25835, 28225), 4);\n    connRef591782037->setDestEndpoint(dstPt591782037);\n    connRef591782037->setRoutingType((ConnType)2);\n\n    ConnRef *connRef592807451 = new ConnRef(router, 592807451);\n    ConnEnd srcPt592807451(junctionRef144791664);\n    connRef592807451->setSourceEndpoint(srcPt592807451);\n    ConnEnd dstPt592807451(junctionRef706194558);\n    connRef592807451->setDestEndpoint(dstPt592807451);\n    connRef592807451->setRoutingType((ConnType)2);\n\n    ConnRef *connRef594396814 = new ConnRef(router, 594396814);\n    ConnEnd srcPt594396814(junctionRef58465624);\n    connRef594396814->setSourceEndpoint(srcPt594396814);\n    ConnEnd dstPt594396814(Point(23635, 28575), 4);\n    connRef594396814->setDestEndpoint(dstPt594396814);\n    connRef594396814->setRoutingType((ConnType)2);\n\n    ConnRef *connRef599540824 = new ConnRef(router, 599540824);\n    ConnEnd srcPt599540824(Point(22890, 29325), 8);\n    connRef599540824->setSourceEndpoint(srcPt599540824);\n    ConnEnd dstPt599540824(junctionRef736226792);\n    connRef599540824->setDestEndpoint(dstPt599540824);\n    connRef599540824->setRoutingType((ConnType)2);\n\n    ConnRef *connRef603411683 = new ConnRef(router, 603411683);\n    ConnEnd srcPt603411683(Point(23610, 28000), 4);\n    connRef603411683->setSourceEndpoint(srcPt603411683);\n    ConnEnd dstPt603411683(Point(25835, 28000), 4);\n    connRef603411683->setDestEndpoint(dstPt603411683);\n    connRef603411683->setRoutingType((ConnType)2);\n\n    ConnRef *connRef605752708 = new ConnRef(router, 605752708);\n    ConnEnd srcPt605752708(Point(23610, 26200), 4);\n    connRef605752708->setSourceEndpoint(srcPt605752708);\n    ConnEnd dstPt605752708(junctionRef309723792);\n    connRef605752708->setDestEndpoint(dstPt605752708);\n    connRef605752708->setRoutingType((ConnType)2);\n\n    ConnRef *connRef606705960 = new ConnRef(router, 606705960);\n    ConnEnd srcPt606705960(junctionRef557043721);\n    connRef606705960->setSourceEndpoint(srcPt606705960);\n    ConnEnd dstPt606705960(junctionRef221746560);\n    connRef606705960->setDestEndpoint(dstPt606705960);\n    connRef606705960->setRoutingType((ConnType)2);\n\n    ConnRef *connRef609832117 = new ConnRef(router, 609832117);\n    ConnEnd srcPt609832117(junctionRef990913310);\n    connRef609832117->setSourceEndpoint(srcPt609832117);\n    ConnEnd dstPt609832117(junctionRef295885488);\n    connRef609832117->setDestEndpoint(dstPt609832117);\n    connRef609832117->setRoutingType((ConnType)2);\n\n    ConnRef *connRef621742890 = new ConnRef(router, 621742890);\n    ConnEnd srcPt621742890(junctionRef639333280);\n    connRef621742890->setSourceEndpoint(srcPt621742890);\n    ConnEnd dstPt621742890(junctionRef394539723);\n    connRef621742890->setDestEndpoint(dstPt621742890);\n    connRef621742890->setRoutingType((ConnType)2);\n\n    ConnRef *connRef636523650 = new ConnRef(router, 636523650);\n    ConnEnd srcPt636523650(Point(23940, 26275), 8);\n    connRef636523650->setSourceEndpoint(srcPt636523650);\n    ConnEnd dstPt636523650(junctionRef639333280);\n    connRef636523650->setDestEndpoint(dstPt636523650);\n    connRef636523650->setRoutingType((ConnType)2);\n\n    ConnRef *connRef642950671 = new ConnRef(router, 642950671);\n    ConnEnd srcPt642950671(Point(23940, 26200), 8);\n    connRef642950671->setSourceEndpoint(srcPt642950671);\n    ConnEnd dstPt642950671(Point(24175, 26210), 1);\n    connRef642950671->setDestEndpoint(dstPt642950671);\n    connRef642950671->setRoutingType((ConnType)2);\n\n    ConnRef *connRef651115920 = new ConnRef(router, 651115920);\n    ConnEnd srcPt651115920(Point(27160, 28425), 4);\n    connRef651115920->setSourceEndpoint(srcPt651115920);\n    ConnEnd dstPt651115920(junctionRef255105144);\n    connRef651115920->setDestEndpoint(dstPt651115920);\n    connRef651115920->setRoutingType((ConnType)2);\n\n    ConnRef *connRef671449520 = new ConnRef(router, 671449520);\n    ConnEnd srcPt671449520(Point(24250, 28935), 1);\n    connRef671449520->setSourceEndpoint(srcPt671449520);\n    ConnEnd dstPt671449520(Point(23990, 28925), 8);\n    connRef671449520->setDestEndpoint(dstPt671449520);\n    connRef671449520->setRoutingType((ConnType)2);\n\n    ConnRef *connRef683989950 = new ConnRef(router, 683989950);\n    ConnEnd srcPt683989950(Point(27415, 26875), 8);\n    connRef683989950->setSourceEndpoint(srcPt683989950);\n    ConnEnd dstPt683989950(junctionRef373450980);\n    connRef683989950->setDestEndpoint(dstPt683989950);\n    connRef683989950->setRoutingType((ConnType)2);\n\n    ConnRef *connRef906470916 = new ConnRef(router, 906470916);\n    ConnEnd srcPt906470916(junctionRef275948952);\n    connRef906470916->setSourceEndpoint(srcPt906470916);\n    ConnEnd dstPt906470916(junctionRef147481188);\n    connRef906470916->setDestEndpoint(dstPt906470916);\n    connRef906470916->setRoutingType((ConnType)2);\n\n    ConnRef *connRef952154604 = new ConnRef(router, 952154604);\n    ConnEnd srcPt952154604(junctionRef504671094);\n    connRef952154604->setSourceEndpoint(srcPt952154604);\n    ConnEnd dstPt952154604(junctionRef1634752);\n    connRef952154604->setDestEndpoint(dstPt952154604);\n    connRef952154604->setRoutingType((ConnType)2);\n\n    ConnRef *connRef952588978 = new ConnRef(router, 952588978);\n    ConnEnd srcPt952588978(Point(23635, 28500), 4);\n    connRef952588978->setSourceEndpoint(srcPt952588978);\n    ConnEnd dstPt952588978(Point(25835, 28075), 4);\n    connRef952588978->setDestEndpoint(dstPt952588978);\n    connRef952588978->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n    router->outputDiagram(\"output/slowrouting\");\n\n    /*\n    for (int i = 0; i < 1; ++i)\n    {\n           router->moveShape(shapeRef396658490, 0.1, 0.1);\n           router->processTransaction();\n    }\n    */\n    \n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/tjunct.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingPenalty((PenaltyType)0, 50);\n    router->setRoutingPenalty((PenaltyType)1, 0);\n    router->setRoutingPenalty((PenaltyType)2, 200);\n    router->setRoutingPenalty((PenaltyType)3, 4000);\n    router->setRoutingPenalty((PenaltyType)4, 105);\n    router->setRoutingParameter(idealNudgingDistance, 25);\n    \n    JunctionRef *jRef1 = new JunctionRef(router, Point(50700, 51075));\n\n    Rectangle rect92712048(Point(51246, 50475), Point(51304, 50585));\n    new ShapeRef(router, rect92712048, 92712048);\n    Rectangle rect23127921(Point(50365, 50766), Point(50485, 50834));\n    new ShapeRef(router, rect23127921, 23127921);\n    Rectangle rect159957148(Point(51740, 50891), Point(51860, 50959));\n    new ShapeRef(router, rect159957148, 159957148);\n    Rectangle rect1350214(Point(50375, 51015), Point(50625, 51135));\n    new ShapeRef(router, rect1350214, 1350214);\n    Rectangle rect247197258(Point(50265, 51046), Point(50375, 51104));\n    new ShapeRef(router, rect247197258, 247197258);\n    Rectangle rect281096654(Point(50700, 50390), Point(51000, 50610));\n    new ShapeRef(router, rect281096654, 281096654);\n    ConnEnd srcPt342420237(Point(50425, 50800), 15);\n    ConnEnd dstPt342420237(Point(50710, 50450), 4);\n    new ConnRef(router, srcPt342420237, dstPt342420237, 342420237);\n    ConnEnd srcPt352019675(Point(50990, 50500), 8);\n    ConnEnd dstPt352019675(jRef1);\n    new ConnRef(router, srcPt352019675, dstPt352019675, 352019675);\n    ConnEnd srcPt42699400(jRef1);\n    ConnEnd dstPt42699400(Point(50615, 51075), 8);\n    new ConnRef(router, srcPt42699400, dstPt42699400, 42699400);\n    ConnEnd srcPt94712625(Point(50710, 50550), 4);\n    ConnEnd dstPt94712625(jRef1);\n    new ConnRef(router, srcPt94712625, dstPt94712625, 94712625);\n    ConnEnd srcPt92802970(Point(50990, 50450), 8);\n    ConnEnd dstPt92802970(Point(51275, 50485), 1);\n    new ConnRef(router, srcPt92802970, dstPt92802970, 92802970);\n    ConnEnd srcPt716502036(Point(50710, 50500), 4);\n    ConnEnd dstPt716502036(Point(51800, 50925), 15);\n    new ConnRef(router, srcPt716502036, dstPt716502036, 716502036);\n    router->processTransaction();\n    router->outputDiagram(\"output/tjunct\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/treeRootCrash01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\n\r\nvoid test()\r\n{\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingParameter(Avoid::portDirectionPenalty, 100);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::crossingPenalty);\r\n\trouter0->setRoutingOption(Avoid::performUnifyingNudgingPreprocessingStep, true);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::crossingPenalty);\r\n\trouter0->setRoutingOption(Avoid::performUnifyingNudgingPreprocessingStep, true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50410, 49965));\r\n\tpoly0.setPoint(1, Avoid::Point(50410, 50710));\r\n\tpoly0.setPoint(2, Avoid::Point(49975, 50710));\r\n\tpoly0.setPoint(3, Avoid::Point(49975, 49965));\r\n\tAvoid::ShapeRef * shape0_1023802233 = new Avoid::ShapeRef(router0, poly0, 1023802233);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_2 = new Avoid::ShapeConnectionPin(shape0_1023802233, 3, 0, 560, false, 10, 4);\r\n\tpin0_1023802233_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_12 = new Avoid::ShapeConnectionPin(shape0_1023802233, 13, 0, 635, false, 10, 4);\r\n\tpin0_1023802233_12->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_19 = new Avoid::ShapeConnectionPin(shape0_1023802233, 20, 0, 485, false, 10, 4);\r\n\tpin0_1023802233_19->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49504, 50775));\r\n\tpoly0.setPoint(1, Avoid::Point(49504, 50860));\r\n\tpoly0.setPoint(2, Avoid::Point(49446, 50860));\r\n\tpoly0.setPoint(3, Avoid::Point(49446, 50775));\r\n\tAvoid::ShapeRef * shape0_368159034 = new Avoid::ShapeRef(router0, poly0, 368159034);\r\n\tAvoid::ShapeConnectionPin * pin0_368159034_0 = new Avoid::ShapeConnectionPin(shape0_368159034, 1, 29, 0, false, 10, 1);\r\n\tpin0_368159034_0->setExclusive(true);\r\n\t\r\n\tAvoid::JunctionRef * junction0_526491597 = new Avoid::JunctionRef(router0, Avoid::Point(49600, 50525), 526491597);\r\n\tjunction0_526491597->setPositionFixed(false);\r\n\t\r\n\tAvoid::JunctionRef * junction0_30828132 = new Avoid::JunctionRef(router0, Avoid::Point(49600, 50650), 30828132);\r\n\tjunction0_30828132->setPositionFixed(false);\r\n\t\r\n\t// Right, top - to top junction\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 20);\r\n\tend2_0 = Avoid::ConnEnd(junction0_526491597);\r\n\tAvoid::ConnRef * conn0_117136925 = new Avoid::ConnRef(router0, end1_0, end2_0, 117136925);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49975, 50450));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50450));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50525));\r\n\tconn0_117136925->setFixedRoute(poly0);\r\n\tconn0_117136925->setSourceEndpoint(end1_0);\r\n\tconn0_117136925->setDestEndpoint(end2_0);\r\n\t\r\n\t// Right, middle - to top junction.\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 3);\r\n\tend2_0 = Avoid::ConnEnd(junction0_526491597);\r\n\tAvoid::ConnRef * conn0_224626788 = new Avoid::ConnRef(router0, end1_0, end2_0, 224626788);\r\n\t\r\n\t// Middle vertical from top junction point to lower junction.\r\n#ifdef CORRECTED\r\n\tend1_0 = Avoid::ConnEnd(junction0_526491597);\r\n#else\r\n\tend1_0 = Avoid::ConnEnd(Avoid::Point(49600, 50525), 15);\r\n#endif\r\n\tend2_0 = Avoid::ConnEnd(junction0_30828132);\r\n\tAvoid::ConnRef * conn0_446423927 = new Avoid::ConnRef(router0, end1_0, end2_0, 446423927);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49600, 50525));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50587));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50650));\r\n\tconn0_446423927->setFixedRoute(poly0);\r\n\tconn0_446423927->setSourceEndpoint(end1_0);\r\n\tconn0_446423927->setDestEndpoint(end2_0);\r\n\t\r\n\t// Bottom, right - to lower junction point.\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 13);\r\n#ifdef CORRECTED\r\n\tend2_0 = Avoid::ConnEnd(junction0_30828132);\r\n#else\r\n\tend2_0 = Avoid::ConnEnd(Avoid::Point(49600, 50650), 15);\r\n#endif\r\n\tAvoid::ConnRef * conn0_11189244 = new Avoid::ConnRef(router0, end1_0, end2_0, 11189244);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49975, 50600));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50600));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50650));\r\n\tconn0_11189244->setFixedRoute(poly0);\r\n\tconn0_11189244->setSourceEndpoint(end1_0);\r\n\tconn0_11189244->setDestEndpoint(end2_0);\r\n\r\n\t// Left bottom - to lower junction.\r\n\tend1_0 = Avoid::ConnEnd(shape0_368159034, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_30828132);\r\n\tAvoid::ConnRef * conn0_280909026 = new Avoid::ConnRef(router0, end1_0, end2_0, 280909026);\r\n\t\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\trouter0->outputDiagram(\"output/treeRootCrash01-1\");\r\n\t\r\n\tconn0_117136925->clearFixedRoute();\r\n\tconn0_224626788->makePathInvalid();\r\n\tconn0_446423927->clearFixedRoute();\r\n\tconn0_11189244->clearFixedRoute();\r\n\tconn0_280909026->makePathInvalid();\r\n\tjunction0_526491597->setPositionFixed(false);\r\n\tjunction0_30828132->setPositionFixed(false);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\trouter0->outputDiagram(\"output/treeRootCrash01-2\");\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\trouter0->outputDiagram(\"output/treeRootCrash01-3\");\r\n\t\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_526491597);\r\n\trouter0->processTransaction();\r\n\trouter0->outputDiagram(\"output/treeRootCrash01-4\");\r\n\r\n\tdelete router0;\r\n}\r\n\r\n\r\nextern \"C\" int main(int argc, char* argv[])\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/treeRootCrash02.cpp",
    "content": "// Based on constructInterleavedCrash bug report.\r\n//\r\n#include \"libavoid/libavoid.h\"\r\n#include <sstream>\r\n\r\nvoid test()\r\n{\r\n\tAvoid::ConnEnd end1_0;\r\n\tAvoid::ConnEnd end2_0;\r\n\tAvoid::Polygon poly0;\r\n\tAvoid::Router * router0 = new Avoid::Router(Avoid::OrthogonalRouting);\r\n\tAvoid::HyperedgeNewAndDeletedObjectLists newanddeletedobjects_0;\r\n\tAvoid::ConnRefList::const_iterator connit_0;\r\n\tAvoid::JunctionRefList::const_iterator junctionit_0;\r\n\trouter0->setTransactionUse(true);\r\n\trouter0->setRoutingPenalty(Avoid::segmentPenalty);\r\n\trouter0->setRoutingParameter(Avoid::portDirectionPenalty, 100);\r\n\trouter0->setRoutingParameter(Avoid::idealNudgingDistance, 25);\r\n\trouter0->setRoutingOption(Avoid::improveHyperedgeRoutesMovingAddingAndDeletingJunctions, true);\r\n\trouter0->setRoutingPenalty(Avoid::fixedSharedPathPenalty, 9000);\r\n\trouter0->setRoutingOption(Avoid::penaliseOrthogonalSharedPathsAtConnEnds, true);\r\n\trouter0->setRoutingParameter(Avoid::crossingPenalty);\r\n\trouter0->setRoutingOption(Avoid::performUnifyingNudgingPreprocessingStep, true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50410, 49975));\r\n\tpoly0.setPoint(1, Avoid::Point(50410, 50710));\r\n\tpoly0.setPoint(2, Avoid::Point(49975, 50710));\r\n\tpoly0.setPoint(3, Avoid::Point(49975, 49975));\r\n\tAvoid::ShapeRef * shape0_1023802233 = new Avoid::ShapeRef(router0, poly0, 1023802233);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_0 = new Avoid::ShapeConnectionPin(shape0_1023802233, 1, 0, 100, false, 10, 4);\r\n\tpin0_1023802233_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_1 = new Avoid::ShapeConnectionPin(shape0_1023802233, 2, 0, 250, false, 10, 4);\r\n\tpin0_1023802233_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_2 = new Avoid::ShapeConnectionPin(shape0_1023802233, 3, 0, 550, false, 10, 4);\r\n\tpin0_1023802233_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_3 = new Avoid::ShapeConnectionPin(shape0_1023802233, 4, 425, 100, false, 10, 8);\r\n\tpin0_1023802233_3->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_4 = new Avoid::ShapeConnectionPin(shape0_1023802233, 5, 250, 0, false, 10, 1);\r\n\tpin0_1023802233_4->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_5 = new Avoid::ShapeConnectionPin(shape0_1023802233, 6, 425, 250, false, 10, 8);\r\n\tpin0_1023802233_5->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_6 = new Avoid::ShapeConnectionPin(shape0_1023802233, 7, 250, 725, false, 10, 2);\r\n\tpin0_1023802233_6->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_7 = new Avoid::ShapeConnectionPin(shape0_1023802233, 8, 100, 725, false, 10, 2);\r\n\tpin0_1023802233_7->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_8 = new Avoid::ShapeConnectionPin(shape0_1023802233, 9, 100, 0, false, 10, 1);\r\n\tpin0_1023802233_8->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_9 = new Avoid::ShapeConnectionPin(shape0_1023802233, 10, 0, 400, false, 10, 4);\r\n\tpin0_1023802233_9->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_10 = new Avoid::ShapeConnectionPin(shape0_1023802233, 11, 0, 175, false, 10, 4);\r\n\tpin0_1023802233_10->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_11 = new Avoid::ShapeConnectionPin(shape0_1023802233, 12, 0, 325, false, 10, 4);\r\n\tpin0_1023802233_11->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_12 = new Avoid::ShapeConnectionPin(shape0_1023802233, 13, 0, 625, false, 10, 4);\r\n\tpin0_1023802233_12->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_13 = new Avoid::ShapeConnectionPin(shape0_1023802233, 14, 425, 175, false, 10, 8);\r\n\tpin0_1023802233_13->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_14 = new Avoid::ShapeConnectionPin(shape0_1023802233, 15, 325, 0, false, 10, 1);\r\n\tpin0_1023802233_14->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_15 = new Avoid::ShapeConnectionPin(shape0_1023802233, 16, 425, 325, false, 10, 8);\r\n\tpin0_1023802233_15->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_16 = new Avoid::ShapeConnectionPin(shape0_1023802233, 17, 325, 725, false, 10, 2);\r\n\tpin0_1023802233_16->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_17 = new Avoid::ShapeConnectionPin(shape0_1023802233, 18, 175, 725, false, 10, 2);\r\n\tpin0_1023802233_17->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_18 = new Avoid::ShapeConnectionPin(shape0_1023802233, 19, 175, 0, false, 10, 1);\r\n\tpin0_1023802233_18->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_1023802233_19 = new Avoid::ShapeConnectionPin(shape0_1023802233, 20, 0, 475, false, 10, 4);\r\n\tpin0_1023802233_19->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49535, 50540));\r\n\tpoly0.setPoint(1, Avoid::Point(49535, 50650));\r\n\tpoly0.setPoint(2, Avoid::Point(49415, 50650));\r\n\tpoly0.setPoint(3, Avoid::Point(49415, 50540));\r\n\tAvoid::ShapeRef * shape0_145706592 = new Avoid::ShapeRef(router0, poly0, 145706592);\r\n\tAvoid::ShapeConnectionPin * pin0_145706592_0 = new Avoid::ShapeConnectionPin(shape0_145706592, 1, 60, 10, false, 10, 1);\r\n\tpin0_145706592_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_145706592_1 = new Avoid::ShapeConnectionPin(shape0_145706592, 2, 60, -1, false, 10, 2);\r\n\tpin0_145706592_1->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(49504, 50775));\r\n\tpoly0.setPoint(1, Avoid::Point(49504, 50860));\r\n\tpoly0.setPoint(2, Avoid::Point(49446, 50860));\r\n\tpoly0.setPoint(3, Avoid::Point(49446, 50775));\r\n\tAvoid::ShapeRef * shape0_368159034 = new Avoid::ShapeRef(router0, poly0, 368159034);\r\n\tAvoid::ShapeConnectionPin * pin0_368159034_0 = new Avoid::ShapeConnectionPin(shape0_368159034, 1, 29, 0, false, 10, 1);\r\n\tpin0_368159034_0->setExclusive(true);\r\n\tAvoid::JunctionRef * junction0_144230940 = new Avoid::JunctionRef(router0, Avoid::Point(49475, 50725), 144230940);\r\n\tjunction0_144230940->setPositionFixed(true);\r\n\tAvoid::JunctionRef * junction0_526491597 = new Avoid::JunctionRef(router0, Avoid::Point(49600, 50525), 526491597);\r\n\tjunction0_526491597->setPositionFixed(true);\r\n\tAvoid::JunctionRef * junction0_30828132 = new Avoid::JunctionRef(router0, Avoid::Point(49600, 50650), 30828132);\r\n\tjunction0_30828132->setPositionFixed(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50485, 49265));\r\n\tpoly0.setPoint(1, Avoid::Point(50485, 49550));\r\n\tpoly0.setPoint(2, Avoid::Point(50190, 49550));\r\n\tpoly0.setPoint(3, Avoid::Point(50190, 49265));\r\n\tAvoid::ShapeRef * shape0_59732242 = new Avoid::ShapeRef(router0, poly0, 59732242);\r\n\tAvoid::ShapeConnectionPin * pin0_59732242_0 = new Avoid::ShapeConnectionPin(shape0_59732242, 1, 110, 10, false, 10, 1);\r\n\tpin0_59732242_0->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_59732242_1 = new Avoid::ShapeConnectionPin(shape0_59732242, 2, 10, 110, false, 10, 4);\r\n\tpin0_59732242_1->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_59732242_2 = new Avoid::ShapeConnectionPin(shape0_59732242, 3, 110, -1, false, 10, 2);\r\n\tpin0_59732242_2->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_59732242_3 = new Avoid::ShapeConnectionPin(shape0_59732242, 4, 285, 110, false, 10, 8);\r\n\tpin0_59732242_3->setExclusive(true);\r\n\tAvoid::ShapeConnectionPin * pin0_59732242_4 = new Avoid::ShapeConnectionPin(shape0_59732242, 5, 285, 185, false, 10, 8);\r\n\tpin0_59732242_4->setExclusive(true);\r\n\tpoly0 = Avoid::Polygon(4);\r\n\tpoly0.setPoint(0, Avoid::Point(50610, 49646));\r\n\tpoly0.setPoint(1, Avoid::Point(50610, 49704));\r\n\tpoly0.setPoint(2, Avoid::Point(50525, 49704));\r\n\tpoly0.setPoint(3, Avoid::Point(50525, 49646));\r\n\tAvoid::ShapeRef * shape0_152071508 = new Avoid::ShapeRef(router0, poly0, 152071508);\r\n\tAvoid::ShapeConnectionPin * pin0_152071508_0 = new Avoid::ShapeConnectionPin(shape0_152071508, 1, 0, 29, false, 10, 4);\r\n\tpin0_152071508_0->setExclusive(true);\r\n\tAvoid::JunctionRef * junction0_24560921 = new Avoid::JunctionRef(router0, Avoid::Point(50300, 49675), 24560921);\r\n\tjunction0_24560921->setPositionFixed(true);\r\n\tend1_0 = Avoid::ConnEnd(shape0_145706592, 2);\r\n\tend2_0 = Avoid::ConnEnd(junction0_144230940);\r\n\tAvoid::ConnRef * conn0_61425638 = new Avoid::ConnRef(router0, end1_0, end2_0, 61425638);\r\n\tend1_0 = Avoid::ConnEnd(junction0_144230940);\r\n\tend2_0 = Avoid::ConnEnd(shape0_368159034, 1);\r\n\tAvoid::ConnRef * conn0_378385232 = new Avoid::ConnRef(router0, end1_0, end2_0, 378385232);\r\n\tend1_0 = Avoid::ConnEnd(Avoid::Point(49975, 50450), 15);\r\n\tend2_0 = Avoid::ConnEnd(Avoid::Point(49600, 50525), 15);\r\n\tAvoid::ConnRef * conn0_117136925 = new Avoid::ConnRef(router0, end1_0, end2_0, 117136925);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49975, 50450));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50450));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50525));\r\n\tconn0_117136925->setFixedRoute(poly0);\r\n\tconn0_117136925->setSourceEndpoint(end1_0);\r\n\tconn0_117136925->setDestEndpoint(end2_0);\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 3);\r\n\tend2_0 = Avoid::ConnEnd(junction0_526491597);\r\n\tAvoid::ConnRef * conn0_224626788 = new Avoid::ConnRef(router0, end1_0, end2_0, 224626788);\r\n\tend1_0 = Avoid::ConnEnd(Avoid::Point(49600, 50525), 15);\r\n\tend2_0 = Avoid::ConnEnd(Avoid::Point(49600, 50650), 15);\r\n\tAvoid::ConnRef * conn0_446423927 = new Avoid::ConnRef(router0, end1_0, end2_0, 446423927);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49600, 50525));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50587));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50650));\r\n\tconn0_446423927->setFixedRoute(poly0);\r\n\tconn0_446423927->setSourceEndpoint(end1_0);\r\n\tconn0_446423927->setDestEndpoint(end2_0);\r\n\tend1_0 = Avoid::ConnEnd(Avoid::Point(49600, 50650), 15);\r\n\tend2_0 = Avoid::ConnEnd(Avoid::Point(49475, 50725), 15);\r\n\tAvoid::ConnRef * conn0_880789055 = new Avoid::ConnRef(router0, end1_0, end2_0, 880789055);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49600, 50650));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50725));\r\n\tpoly0.setPoint(2, Avoid::Point(49475, 50725));\r\n\tconn0_880789055->setFixedRoute(poly0);\r\n\tconn0_880789055->setSourceEndpoint(end1_0);\r\n\tconn0_880789055->setDestEndpoint(end2_0);\r\n\tend1_0 = Avoid::ConnEnd(Avoid::Point(49975, 50600), 15);\r\n\tend2_0 = Avoid::ConnEnd(Avoid::Point(49600, 50650), 15);\r\n\tAvoid::ConnRef * conn0_11189244 = new Avoid::ConnRef(router0, end1_0, end2_0, 11189244);\r\n\tpoly0 = Avoid::PolyLine(3);\r\n\tpoly0.setPoint(0, Avoid::Point(49975, 50600));\r\n\tpoly0.setPoint(1, Avoid::Point(49600, 50600));\r\n\tpoly0.setPoint(2, Avoid::Point(49600, 50650));\r\n\tconn0_11189244->setFixedRoute(poly0);\r\n\tconn0_11189244->setSourceEndpoint(end1_0);\r\n\tconn0_11189244->setDestEndpoint(end2_0);\r\n\tend1_0 = Avoid::ConnEnd(shape0_59732242, 3);\r\n\tend2_0 = Avoid::ConnEnd(junction0_24560921);\r\n\tAvoid::ConnRef * conn0_605306624 = new Avoid::ConnRef(router0, end1_0, end2_0, 605306624);\r\n\tend1_0 = Avoid::ConnEnd(junction0_24560921);\r\n\tend2_0 = Avoid::ConnEnd(shape0_1023802233, 15);\r\n\tAvoid::ConnRef * conn0_61198110 = new Avoid::ConnRef(router0, end1_0, end2_0, 61198110);\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 19);\r\n\tend2_0 = Avoid::ConnEnd(junction0_24560921);\r\n\tAvoid::ConnRef * conn0_323306544 = new Avoid::ConnRef(router0, end1_0, end2_0, 323306544);\r\n\tend1_0 = Avoid::ConnEnd(shape0_152071508, 1);\r\n\tend2_0 = Avoid::ConnEnd(junction0_24560921);\r\n\tAvoid::ConnRef * conn0_2415000 = new Avoid::ConnRef(router0, end1_0, end2_0, 2415000);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\trouter0->outputDiagram(\"output/treeRootCrash02-1\");\r\n\tend2_0 = Avoid::ConnEnd(junction0_144230940);\r\n\tconn0_61425638->setDestEndpoint(end2_0);\r\n\tconn0_61425638->makePathInvalid();\r\n\tconn0_378385232->makePathInvalid();\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 20);\r\n\tend2_0 = Avoid::ConnEnd(junction0_526491597);\r\n\tconn0_117136925->setSourceEndpoint(end1_0);\r\n\tconn0_117136925->setDestEndpoint(end2_0);\r\n\tconn0_117136925->clearFixedRoute();\r\n\tconn0_224626788->makePathInvalid();\r\n\tend2_0 = Avoid::ConnEnd(junction0_30828132);\r\n\tconn0_446423927->setDestEndpoint(end2_0);\r\n\tconn0_446423927->clearFixedRoute();\r\n\tconn0_880789055->clearFixedRoute();\r\n\tend1_0 = Avoid::ConnEnd(shape0_1023802233, 13);\r\n\tconn0_11189244->setSourceEndpoint(end1_0);\r\n\tconn0_11189244->clearFixedRoute();\r\n\tconn0_605306624->makePathInvalid();\r\n\tconn0_61198110->makePathInvalid();\r\n\tconn0_323306544->makePathInvalid();\r\n\tconn0_2415000->makePathInvalid();\r\n\tjunction0_144230940->setPositionFixed(false);\r\n\tjunction0_30828132->setPositionFixed(false);\r\n\tjunction0_526491597->setPositionFixed(false);\r\n\tend2_0 = Avoid::ConnEnd(junction0_144230940);\r\n\tconn0_61425638->setDestEndpoint(end2_0);\r\n\tconn0_61425638->makePathInvalid();\r\n\tconn0_378385232->makePathInvalid();\r\n\tend2_0 = Avoid::ConnEnd(junction0_526491597);\r\n\tconn0_117136925->setDestEndpoint(end2_0);\r\n\tconn0_117136925->makePathInvalid();\r\n\tconn0_224626788->makePathInvalid();\r\n\tend2_0 = Avoid::ConnEnd(junction0_30828132);\r\n\tconn0_446423927->setDestEndpoint(end2_0);\r\n\tconn0_446423927->makePathInvalid();\r\n\tconn0_880789055->makePathInvalid();\r\n\tconn0_11189244->makePathInvalid();\r\n\tjunction0_24560921->setPositionFixed(false);\r\n\tend2_0 = Avoid::ConnEnd(junction0_24560921);\r\n\tconn0_605306624->setDestEndpoint(end2_0);\r\n\tconn0_605306624->makePathInvalid();\r\n\tconn0_61198110->makePathInvalid();\r\n\tconn0_323306544->makePathInvalid();\r\n\tconn0_2415000->makePathInvalid();\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_24560921);\r\n\trouter0->hyperedgeRerouter()->registerHyperedgeForRerouting(junction0_526491597);\r\n\trouter0->processTransaction();\r\n\r\n\tnewanddeletedobjects_0 = router0->newAndDeletedObjectListsFromHyperedgeImprovement();\r\n\trouter0->outputDiagram(\"output/treeRootCrash02-2\");\r\n\r\n\tdelete router0;\r\n}\r\n\r\nextern \"C\" int main(int argc, char* argv[])\r\n{\r\n\ttest();\r\n\treturn 0;\r\n}\r\n"
  },
  {
    "path": "cola/libavoid/tests/unsatisfiableRangeAssertion.cpp",
    "content": "#include \"libavoid/libavoid.h\"\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 0);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    router->setRoutingOption((RoutingOption)4, false);\n    router->setRoutingOption((RoutingOption)5, false);\n    Polygon polygon;\n    ConnRef *connRef = nullptr;\n    ConnEnd srcPt;\n    ConnEnd dstPt;\n    PolyLine newRoute;\n    // shapeRef1\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 12427.7);\n    polygon.ps[1] = Point(4056, 12489.7);\n    polygon.ps[2] = Point(3994, 12489.7);\n    polygon.ps[3] = Point(3994, 12427.7);\n    new ShapeRef(router, polygon, 1);\n\n    // shapeRef2\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 12427.7);\n    polygon.ps[1] = Point(1911, 12489.7);\n    polygon.ps[2] = Point(1849, 12489.7);\n    polygon.ps[3] = Point(1849, 12427.7);\n    new ShapeRef(router, polygon, 2);\n\n    // shapeRef3\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 2119.29);\n    polygon.ps[1] = Point(1449, 2181.29);\n    polygon.ps[2] = Point(1387, 2181.29);\n    polygon.ps[3] = Point(1387, 2119.29);\n    new ShapeRef(router, polygon, 3);\n\n    // shapeRef4\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 2317.29);\n    polygon.ps[1] = Point(1449, 2379.29);\n    polygon.ps[2] = Point(1387, 2379.29);\n    polygon.ps[3] = Point(1387, 2317.29);\n    new ShapeRef(router, polygon, 4);\n\n    // shapeRef5\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3561, 328.265);\n    polygon.ps[1] = Point(3561, 390.265);\n    polygon.ps[2] = Point(3499, 390.265);\n    polygon.ps[3] = Point(3499, 328.265);\n    new ShapeRef(router, polygon, 5);\n\n    // shapeRef6\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(360, 2119.29);\n    polygon.ps[1] = Point(360, 2181.29);\n    polygon.ps[2] = Point(298, 2181.29);\n    polygon.ps[3] = Point(298, 2119.29);\n    new ShapeRef(router, polygon, 6);\n\n    // shapeRef7\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1383, 678.091);\n    polygon.ps[1] = Point(1383, 740.091);\n    polygon.ps[2] = Point(1321, 740.091);\n    polygon.ps[3] = Point(1321, 678.091);\n    new ShapeRef(router, polygon, 7);\n\n    // shapeRef8\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(921, 678.091);\n    polygon.ps[1] = Point(921, 740.091);\n    polygon.ps[2] = Point(859, 740.091);\n    polygon.ps[3] = Point(859, 678.091);\n    new ShapeRef(router, polygon, 8);\n\n    // shapeRef9\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2670, 678.091);\n    polygon.ps[1] = Point(2670, 740.091);\n    polygon.ps[2] = Point(2608, 740.091);\n    polygon.ps[3] = Point(2608, 678.091);\n    new ShapeRef(router, polygon, 9);\n\n    // shapeRef10\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5758.1, 1480.29);\n    polygon.ps[1] = Point(5758.1, 1542.29);\n    polygon.ps[2] = Point(5696.1, 1542.29);\n    polygon.ps[3] = Point(5696.1, 1480.29);\n    new ShapeRef(router, polygon, 10);\n\n    // shapeRef11\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5310, 1480.29);\n    polygon.ps[1] = Point(5310, 1542.29);\n    polygon.ps[2] = Point(5248, 1542.29);\n    polygon.ps[3] = Point(5248, 1480.29);\n    new ShapeRef(router, polygon, 11);\n\n    // shapeRef12\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4881, 12427.7);\n    polygon.ps[1] = Point(4881, 12489.7);\n    polygon.ps[2] = Point(4819, 12489.7);\n    polygon.ps[3] = Point(4819, 12427.7);\n    new ShapeRef(router, polygon, 12);\n\n    // shapeRef13\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4881, 12129.3);\n    polygon.ps[1] = Point(4881, 12191.3);\n    polygon.ps[2] = Point(4819, 12191.3);\n    polygon.ps[3] = Point(4819, 12129.3);\n    new ShapeRef(router, polygon, 13);\n\n    // shapeRef14\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3330, 6252.51);\n    polygon.ps[1] = Point(3330, 6314.51);\n    polygon.ps[2] = Point(3268, 6314.51);\n    polygon.ps[3] = Point(3268, 6252.51);\n    new ShapeRef(router, polygon, 14);\n\n    // shapeRef15\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 7647.79);\n    polygon.ps[1] = Point(1416, 7709.79);\n    polygon.ps[2] = Point(1354, 7709.79);\n    polygon.ps[3] = Point(1354, 7647.79);\n    new ShapeRef(router, polygon, 15);\n\n    // shapeRef16\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 8109.79);\n    polygon.ps[1] = Point(1416, 8171.79);\n    polygon.ps[2] = Point(1354, 8171.79);\n    polygon.ps[3] = Point(1354, 8109.79);\n    new ShapeRef(router, polygon, 16);\n\n    // shapeRef17\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4650, 7097.4);\n    polygon.ps[1] = Point(4650, 7159.4);\n    polygon.ps[2] = Point(4588, 7159.4);\n    polygon.ps[3] = Point(4588, 7097.4);\n    new ShapeRef(router, polygon, 17);\n\n    // shapeRef18\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1284, 8482.99);\n    polygon.ps[1] = Point(1284, 8544.99);\n    polygon.ps[2] = Point(1222, 8544.99);\n    polygon.ps[3] = Point(1222, 8482.99);\n    new ShapeRef(router, polygon, 18);\n\n    // shapeRef19\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1647, 8109.79);\n    polygon.ps[1] = Point(1647, 8171.79);\n    polygon.ps[2] = Point(1585, 8171.79);\n    polygon.ps[3] = Point(1585, 8109.79);\n    new ShapeRef(router, polygon, 19);\n\n    // shapeRef20\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1647, 7163.4);\n    polygon.ps[1] = Point(1647, 7225.4);\n    polygon.ps[2] = Point(1585, 7225.4);\n    polygon.ps[3] = Point(1585, 7163.4);\n    new ShapeRef(router, polygon, 20);\n\n    // shapeRef21\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 4997.89);\n    polygon.ps[1] = Point(9289.03, 5037.89);\n    polygon.ps[2] = Point(9234.03, 5037.89);\n    polygon.ps[3] = Point(9234.03, 4997.89);\n    new ShapeRef(router, polygon, 21);\n\n    // shapeRef22\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 4997.89);\n    polygon.ps[1] = Point(9389.03, 5037.89);\n    polygon.ps[2] = Point(9334.03, 5037.89);\n    polygon.ps[3] = Point(9334.03, 4997.89);\n    new ShapeRef(router, polygon, 22);\n\n    // shapeRef23\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 5097.89);\n    polygon.ps[1] = Point(8389.03, 5137.89);\n    polygon.ps[2] = Point(8334.03, 5137.89);\n    polygon.ps[3] = Point(8334.03, 5097.89);\n    new ShapeRef(router, polygon, 23);\n\n    // shapeRef24\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 5039.4);\n    polygon.ps[1] = Point(4056, 5101.4);\n    polygon.ps[2] = Point(3994, 5101.4);\n    polygon.ps[3] = Point(3994, 5039.4);\n    new ShapeRef(router, polygon, 24);\n\n    // shapeRef25\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4452, 5039.4);\n    polygon.ps[1] = Point(4452, 5101.4);\n    polygon.ps[2] = Point(4390, 5101.4);\n    polygon.ps[3] = Point(4390, 5039.4);\n    new ShapeRef(router, polygon, 25);\n\n    // shapeRef26\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 5097.89);\n    polygon.ps[1] = Point(8689.03, 5137.89);\n    polygon.ps[2] = Point(8634.03, 5137.89);\n    polygon.ps[3] = Point(8634.03, 5097.89);\n    new ShapeRef(router, polygon, 26);\n\n    // shapeRef27\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 5097.89);\n    polygon.ps[1] = Point(8789.03, 5137.89);\n    polygon.ps[2] = Point(8734.03, 5137.89);\n    polygon.ps[3] = Point(8734.03, 5097.89);\n    new ShapeRef(router, polygon, 27);\n\n    // shapeRef28\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 10750.3);\n    polygon.ps[1] = Point(16753.8, 10812.3);\n    polygon.ps[2] = Point(16691.8, 10812.3);\n    polygon.ps[3] = Point(16691.8, 10750.3);\n    new ShapeRef(router, polygon, 28);\n\n    // shapeRef29\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16493.6, 10750.3);\n    polygon.ps[1] = Point(16493.6, 10812.3);\n    polygon.ps[2] = Point(16431.6, 10812.3);\n    polygon.ps[3] = Point(16431.6, 10750.3);\n    new ShapeRef(router, polygon, 29);\n\n    // shapeRef30\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 5481.67);\n    polygon.ps[1] = Point(1086, 5543.67);\n    polygon.ps[2] = Point(1024, 5543.67);\n    polygon.ps[3] = Point(1024, 5481.67);\n    new ShapeRef(router, polygon, 30);\n\n    // shapeRef31\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 6582.51);\n    polygon.ps[1] = Point(591, 6644.51);\n    polygon.ps[2] = Point(529, 6644.51);\n    polygon.ps[3] = Point(529, 6582.51);\n    new ShapeRef(router, polygon, 31);\n\n    // shapeRef32\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 7064.4);\n    polygon.ps[1] = Point(591, 7126.4);\n    polygon.ps[2] = Point(529, 7126.4);\n    polygon.ps[3] = Point(529, 7064.4);\n    new ShapeRef(router, polygon, 32);\n\n    // shapeRef33\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 7394.4);\n    polygon.ps[1] = Point(591, 7456.4);\n    polygon.ps[2] = Point(529, 7456.4);\n    polygon.ps[3] = Point(529, 7394.4);\n    new ShapeRef(router, polygon, 33);\n\n    // shapeRef34\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 7713.79);\n    polygon.ps[1] = Point(591, 7775.79);\n    polygon.ps[2] = Point(529, 7775.79);\n    polygon.ps[3] = Point(529, 7713.79);\n    new ShapeRef(router, polygon, 34);\n\n    // shapeRef35\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 6285.51);\n    polygon.ps[1] = Point(591, 6347.51);\n    polygon.ps[2] = Point(529, 6347.51);\n    polygon.ps[3] = Point(529, 6285.51);\n    new ShapeRef(router, polygon, 35);\n\n    // shapeRef36\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 5659.9);\n    polygon.ps[1] = Point(591, 5721.9);\n    polygon.ps[2] = Point(529, 5721.9);\n    polygon.ps[3] = Point(529, 5659.9);\n    new ShapeRef(router, polygon, 36);\n\n    // shapeRef37\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(591, 5966.59);\n    polygon.ps[1] = Point(591, 6028.59);\n    polygon.ps[2] = Point(529, 6028.59);\n    polygon.ps[3] = Point(529, 5966.59);\n    new ShapeRef(router, polygon, 37);\n\n    // shapeRef38\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 5197.89);\n    polygon.ps[1] = Point(8789.03, 5237.89);\n    polygon.ps[2] = Point(8734.03, 5237.89);\n    polygon.ps[3] = Point(8734.03, 5197.89);\n    new ShapeRef(router, polygon, 38);\n\n    // shapeRef39\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 5197.89);\n    polygon.ps[1] = Point(8889.03, 5237.89);\n    polygon.ps[2] = Point(8834.03, 5237.89);\n    polygon.ps[3] = Point(8834.03, 5197.89);\n    new ShapeRef(router, polygon, 39);\n\n    // shapeRef40\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 5197.89);\n    polygon.ps[1] = Point(8989.03, 5237.89);\n    polygon.ps[2] = Point(8934.03, 5237.89);\n    polygon.ps[3] = Point(8934.03, 5197.89);\n    new ShapeRef(router, polygon, 40);\n\n    // shapeRef41\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 5197.89);\n    polygon.ps[1] = Point(9089.03, 5237.89);\n    polygon.ps[2] = Point(9034.03, 5237.89);\n    polygon.ps[3] = Point(9034.03, 5197.89);\n    new ShapeRef(router, polygon, 41);\n\n    // shapeRef42\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 7097.4);\n    polygon.ps[1] = Point(855, 7159.4);\n    polygon.ps[2] = Point(793, 7159.4);\n    polygon.ps[3] = Point(793, 7097.4);\n    new ShapeRef(router, polygon, 42);\n\n    // shapeRef43\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5178, 1150.29);\n    polygon.ps[1] = Point(5178, 1212.29);\n    polygon.ps[2] = Point(5116, 1212.29);\n    polygon.ps[3] = Point(5116, 1150.29);\n    new ShapeRef(router, polygon, 43);\n\n    // shapeRef44\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4716, 1051.29);\n    polygon.ps[1] = Point(4716, 1113.29);\n    polygon.ps[2] = Point(4654, 1113.29);\n    polygon.ps[3] = Point(4654, 1051.29);\n    new ShapeRef(router, polygon, 44);\n\n    // shapeRef45\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4419, 1645.29);\n    polygon.ps[1] = Point(4419, 1707.29);\n    polygon.ps[2] = Point(4357, 1707.29);\n    polygon.ps[3] = Point(4357, 1645.29);\n    new ShapeRef(router, polygon, 45);\n\n    // shapeRef46\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4716, 1645.29);\n    polygon.ps[1] = Point(4716, 1707.29);\n    polygon.ps[2] = Point(4654, 1707.29);\n    polygon.ps[3] = Point(4654, 1645.29);\n    new ShapeRef(router, polygon, 46);\n\n    // shapeRef47\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4419, 853.285);\n    polygon.ps[1] = Point(4419, 915.285);\n    polygon.ps[2] = Point(4357, 915.285);\n    polygon.ps[3] = Point(4357, 853.285);\n    new ShapeRef(router, polygon, 47);\n\n    // shapeRef48\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4419, 1183.29);\n    polygon.ps[1] = Point(4419, 1245.29);\n    polygon.ps[2] = Point(4357, 1245.29);\n    polygon.ps[3] = Point(4357, 1183.29);\n    new ShapeRef(router, polygon, 48);\n\n    // shapeRef49\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4716, 1183.29);\n    polygon.ps[1] = Point(4716, 1245.29);\n    polygon.ps[2] = Point(4654, 1245.29);\n    polygon.ps[3] = Point(4654, 1183.29);\n    new ShapeRef(router, polygon, 49);\n\n    // shapeRef50\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4716, 1381.29);\n    polygon.ps[1] = Point(4716, 1443.29);\n    polygon.ps[2] = Point(4654, 1443.29);\n    polygon.ps[3] = Point(4654, 1381.29);\n    new ShapeRef(router, polygon, 50);\n\n    // shapeRef51\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4419, 1381.29);\n    polygon.ps[1] = Point(4419, 1443.29);\n    polygon.ps[2] = Point(4357, 1443.29);\n    polygon.ps[3] = Point(4357, 1381.29);\n    new ShapeRef(router, polygon, 51);\n\n    // shapeRef52\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6385.1, 744.091);\n    polygon.ps[1] = Point(6385.1, 806.091);\n    polygon.ps[2] = Point(6323.1, 806.091);\n    polygon.ps[3] = Point(6323.1, 744.091);\n    new ShapeRef(router, polygon, 52);\n\n    // shapeRef53\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6715.1, 744.091);\n    polygon.ps[1] = Point(6715.1, 806.091);\n    polygon.ps[2] = Point(6653.1, 806.091);\n    polygon.ps[3] = Point(6653.1, 744.091);\n    new ShapeRef(router, polygon, 53);\n\n    // shapeRef54\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6715.1, 1117.29);\n    polygon.ps[1] = Point(6715.1, 1179.29);\n    polygon.ps[2] = Point(6653.1, 1179.29);\n    polygon.ps[3] = Point(6653.1, 1117.29);\n    new ShapeRef(router, polygon, 54);\n\n    // shapeRef55\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6715.1, 1414.29);\n    polygon.ps[1] = Point(6715.1, 1476.29);\n    polygon.ps[2] = Point(6653.1, 1476.29);\n    polygon.ps[3] = Point(6653.1, 1414.29);\n    new ShapeRef(router, polygon, 55);\n\n    // shapeRef56\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6418.1, 1414.29);\n    polygon.ps[1] = Point(6418.1, 1476.29);\n    polygon.ps[2] = Point(6356.1, 1476.29);\n    polygon.ps[3] = Point(6356.1, 1414.29);\n    new ShapeRef(router, polygon, 56);\n\n    // shapeRef57\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5046, 1480.29);\n    polygon.ps[1] = Point(5046, 1542.29);\n    polygon.ps[2] = Point(4984, 1542.29);\n    polygon.ps[3] = Point(4984, 1480.29);\n    new ShapeRef(router, polygon, 57);\n\n    // shapeRef58\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6715.1, 1645.29);\n    polygon.ps[1] = Point(6715.1, 1707.29);\n    polygon.ps[2] = Point(6653.1, 1707.29);\n    polygon.ps[3] = Point(6653.1, 1645.29);\n    new ShapeRef(router, polygon, 58);\n\n    // shapeRef59\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5310, 1645.29);\n    polygon.ps[1] = Point(5310, 1707.29);\n    polygon.ps[2] = Point(5248, 1707.29);\n    polygon.ps[3] = Point(5248, 1645.29);\n    new ShapeRef(router, polygon, 59);\n\n    // shapeRef60\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5758.1, 1645.29);\n    polygon.ps[1] = Point(5758.1, 1707.29);\n    polygon.ps[2] = Point(5696.1, 1707.29);\n    polygon.ps[3] = Point(5696.1, 1645.29);\n    new ShapeRef(router, polygon, 60);\n\n    // shapeRef61\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6121.1, 1645.29);\n    polygon.ps[1] = Point(6121.1, 1707.29);\n    polygon.ps[2] = Point(6059.1, 1707.29);\n    polygon.ps[3] = Point(6059.1, 1645.29);\n    new ShapeRef(router, polygon, 61);\n\n    // shapeRef62\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6418.1, 1645.29);\n    polygon.ps[1] = Point(6418.1, 1707.29);\n    polygon.ps[2] = Point(6356.1, 1707.29);\n    polygon.ps[3] = Point(6356.1, 1645.29);\n    new ShapeRef(router, polygon, 62);\n\n    // shapeRef63\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5046, 1813.29);\n    polygon.ps[1] = Point(5046, 1875.29);\n    polygon.ps[2] = Point(4984, 1875.29);\n    polygon.ps[3] = Point(4984, 1813.29);\n    new ShapeRef(router, polygon, 63);\n\n    // shapeRef64\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6715.1, 1813.29);\n    polygon.ps[1] = Point(6715.1, 1875.29);\n    polygon.ps[2] = Point(6653.1, 1875.29);\n    polygon.ps[3] = Point(6653.1, 1813.29);\n    new ShapeRef(router, polygon, 64);\n\n    // shapeRef65\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6418.1, 1813.29);\n    polygon.ps[1] = Point(6418.1, 1875.29);\n    polygon.ps[2] = Point(6356.1, 1875.29);\n    polygon.ps[3] = Point(6356.1, 1813.29);\n    new ShapeRef(router, polygon, 65);\n\n    // shapeRef66\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6121.1, 1813.29);\n    polygon.ps[1] = Point(6121.1, 1875.29);\n    polygon.ps[2] = Point(6059.1, 1875.29);\n    polygon.ps[3] = Point(6059.1, 1813.29);\n    new ShapeRef(router, polygon, 66);\n\n    // shapeRef67\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5758.1, 1813.29);\n    polygon.ps[1] = Point(5758.1, 1875.29);\n    polygon.ps[2] = Point(5696.1, 1875.29);\n    polygon.ps[3] = Point(5696.1, 1813.29);\n    new ShapeRef(router, polygon, 67);\n\n    // shapeRef68\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5310, 1813.29);\n    polygon.ps[1] = Point(5310, 1875.29);\n    polygon.ps[2] = Point(5248, 1875.29);\n    polygon.ps[3] = Point(5248, 1813.29);\n    new ShapeRef(router, polygon, 68);\n\n    // shapeRef69\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4650, 1813.29);\n    polygon.ps[1] = Point(4650, 1875.29);\n    polygon.ps[2] = Point(4588, 1875.29);\n    polygon.ps[3] = Point(4588, 1813.29);\n    new ShapeRef(router, polygon, 69);\n\n    // shapeRef70\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5923.1, 1150.29);\n    polygon.ps[1] = Point(5923.1, 1212.29);\n    polygon.ps[2] = Point(5861.1, 1212.29);\n    polygon.ps[3] = Point(5861.1, 1150.29);\n    new ShapeRef(router, polygon, 70);\n\n    // shapeRef71\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 1150.29);\n    polygon.ps[1] = Point(5626.1, 1212.29);\n    polygon.ps[2] = Point(5564.1, 1212.29);\n    polygon.ps[3] = Point(5564.1, 1150.29);\n    new ShapeRef(router, polygon, 71);\n\n    // shapeRef72\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5923.1, 919.285);\n    polygon.ps[1] = Point(5923.1, 981.285);\n    polygon.ps[2] = Point(5861.1, 981.285);\n    polygon.ps[3] = Point(5861.1, 919.285);\n    new ShapeRef(router, polygon, 72);\n\n    // shapeRef73\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 919.285);\n    polygon.ps[1] = Point(5626.1, 981.285);\n    polygon.ps[2] = Point(5564.1, 981.285);\n    polygon.ps[3] = Point(5564.1, 919.285);\n    new ShapeRef(router, polygon, 73);\n\n    // shapeRef74\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 678.091);\n    polygon.ps[1] = Point(5626.1, 740.091);\n    polygon.ps[2] = Point(5564.1, 740.091);\n    polygon.ps[3] = Point(5564.1, 678.091);\n    new ShapeRef(router, polygon, 74);\n\n    // shapeRef75\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4914, 678.091);\n    polygon.ps[1] = Point(4914, 740.091);\n    polygon.ps[2] = Point(4852, 740.091);\n    polygon.ps[3] = Point(4852, 678.091);\n    new ShapeRef(router, polygon, 75);\n\n    // shapeRef76\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5923.1, 678.091);\n    polygon.ps[1] = Point(5923.1, 740.091);\n    polygon.ps[2] = Point(5861.1, 740.091);\n    polygon.ps[3] = Point(5861.1, 678.091);\n    new ShapeRef(router, polygon, 76);\n\n    // shapeRef77\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5178, 678.091);\n    polygon.ps[1] = Point(5178, 740.091);\n    polygon.ps[2] = Point(5116, 740.091);\n    polygon.ps[3] = Point(5116, 678.091);\n    new ShapeRef(router, polygon, 77);\n\n    // shapeRef78\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5079, 513.091);\n    polygon.ps[1] = Point(5079, 575.091);\n    polygon.ps[2] = Point(5017, 575.091);\n    polygon.ps[3] = Point(5017, 513.091);\n    new ShapeRef(router, polygon, 78);\n\n    // shapeRef79\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4617, 513.091);\n    polygon.ps[1] = Point(4617, 575.091);\n    polygon.ps[2] = Point(4555, 575.091);\n    polygon.ps[3] = Point(4555, 513.091);\n    new ShapeRef(router, polygon, 79);\n\n    // shapeRef80\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4254, 513.091);\n    polygon.ps[1] = Point(4254, 575.091);\n    polygon.ps[2] = Point(4192, 575.091);\n    polygon.ps[3] = Point(4192, 513.091);\n    new ShapeRef(router, polygon, 80);\n\n    // shapeRef81\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3792, 513.091);\n    polygon.ps[1] = Point(3792, 575.091);\n    polygon.ps[2] = Point(3730, 575.091);\n    polygon.ps[3] = Point(3730, 513.091);\n    new ShapeRef(router, polygon, 81);\n\n    // shapeRef82\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4749, 328.265);\n    polygon.ps[1] = Point(4749, 390.265);\n    polygon.ps[2] = Point(4687, 390.265);\n    polygon.ps[3] = Point(4687, 328.265);\n    new ShapeRef(router, polygon, 82);\n\n    // shapeRef83\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3561, 249.265);\n    polygon.ps[1] = Point(3561, 311.265);\n    polygon.ps[2] = Point(3499, 311.265);\n    polygon.ps[3] = Point(3499, 249.265);\n    new ShapeRef(router, polygon, 83);\n\n    // shapeRef84\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3627, 361.265);\n    polygon.ps[1] = Point(3627, 423.265);\n    polygon.ps[2] = Point(3565, 423.265);\n    polygon.ps[3] = Point(3565, 361.265);\n    new ShapeRef(router, polygon, 84);\n\n    // shapeRef85\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3198, 361.265);\n    polygon.ps[1] = Point(3198, 423.265);\n    polygon.ps[2] = Point(3136, 423.265);\n    polygon.ps[3] = Point(3136, 361.265);\n    new ShapeRef(router, polygon, 85);\n\n    // shapeRef86\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2670, 328.265);\n    polygon.ps[1] = Point(2670, 390.265);\n    polygon.ps[2] = Point(2608, 390.265);\n    polygon.ps[3] = Point(2608, 328.265);\n    new ShapeRef(router, polygon, 86);\n\n    // shapeRef87\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2274, 513.091);\n    polygon.ps[1] = Point(2274, 575.091);\n    polygon.ps[2] = Point(2212, 575.091);\n    polygon.ps[3] = Point(2212, 513.091);\n    new ShapeRef(router, polygon, 87);\n\n    // shapeRef88\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2670, 513.091);\n    polygon.ps[1] = Point(2670, 575.091);\n    polygon.ps[2] = Point(2608, 575.091);\n    polygon.ps[3] = Point(2608, 513.091);\n    new ShapeRef(router, polygon, 88);\n\n    // shapeRef89\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2241, 678.091);\n    polygon.ps[1] = Point(2241, 740.091);\n    polygon.ps[2] = Point(2179, 740.091);\n    polygon.ps[3] = Point(2179, 678.091);\n    new ShapeRef(router, polygon, 89);\n\n    // shapeRef90\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3198, 678.091);\n    polygon.ps[1] = Point(3198, 740.091);\n    polygon.ps[2] = Point(3136, 740.091);\n    polygon.ps[3] = Point(3136, 678.091);\n    new ShapeRef(router, polygon, 90);\n\n    // shapeRef91\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3198, 513.091);\n    polygon.ps[1] = Point(3198, 575.091);\n    polygon.ps[2] = Point(3136, 575.091);\n    polygon.ps[3] = Point(3136, 513.091);\n    new ShapeRef(router, polygon, 91);\n\n    // shapeRef92\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 678.091);\n    polygon.ps[1] = Point(1779, 740.091);\n    polygon.ps[2] = Point(1717, 740.091);\n    polygon.ps[3] = Point(1717, 678.091);\n    new ShapeRef(router, polygon, 92);\n\n    // shapeRef93\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2340, 1282.29);\n    polygon.ps[1] = Point(2340, 1344.29);\n    polygon.ps[2] = Point(2278, 1344.29);\n    polygon.ps[3] = Point(2278, 1282.29);\n    new ShapeRef(router, polygon, 93);\n\n    // shapeRef94\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1152, 1282.29);\n    polygon.ps[1] = Point(1152, 1344.29);\n    polygon.ps[2] = Point(1090, 1344.29);\n    polygon.ps[3] = Point(1090, 1282.29);\n    new ShapeRef(router, polygon, 94);\n\n    // shapeRef95\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1515, 1282.29);\n    polygon.ps[1] = Point(1515, 1344.29);\n    polygon.ps[2] = Point(1453, 1344.29);\n    polygon.ps[3] = Point(1453, 1282.29);\n    new ShapeRef(router, polygon, 95);\n\n    // shapeRef96\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(789, 1018.29);\n    polygon.ps[1] = Point(789, 1080.29);\n    polygon.ps[2] = Point(727, 1080.29);\n    polygon.ps[3] = Point(727, 1018.29);\n    new ShapeRef(router, polygon, 96);\n\n    // shapeRef97\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1152, 1018.29);\n    polygon.ps[1] = Point(1152, 1080.29);\n    polygon.ps[2] = Point(1090, 1080.29);\n    polygon.ps[3] = Point(1090, 1018.29);\n    new ShapeRef(router, polygon, 97);\n\n    // shapeRef98\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1878, 1018.29);\n    polygon.ps[1] = Point(1878, 1080.29);\n    polygon.ps[2] = Point(1816, 1080.29);\n    polygon.ps[3] = Point(1816, 1018.29);\n    new ShapeRef(router, polygon, 98);\n\n    // shapeRef99\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2340, 1018.29);\n    polygon.ps[1] = Point(2340, 1080.29);\n    polygon.ps[2] = Point(2278, 1080.29);\n    polygon.ps[3] = Point(2278, 1018.29);\n    new ShapeRef(router, polygon, 99);\n\n    // shapeRef100\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2703, 1018.29);\n    polygon.ps[1] = Point(2703, 1080.29);\n    polygon.ps[2] = Point(2641, 1080.29);\n    polygon.ps[3] = Point(2641, 1018.29);\n    new ShapeRef(router, polygon, 100);\n\n    // shapeRef101\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3660, 1018.29);\n    polygon.ps[1] = Point(3660, 1080.29);\n    polygon.ps[2] = Point(3598, 1080.29);\n    polygon.ps[3] = Point(3598, 1018.29);\n    new ShapeRef(router, polygon, 101);\n\n    // shapeRef102\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1515, 1018.29);\n    polygon.ps[1] = Point(1515, 1080.29);\n    polygon.ps[2] = Point(1453, 1080.29);\n    polygon.ps[3] = Point(1453, 1018.29);\n    new ShapeRef(router, polygon, 102);\n\n    // shapeRef103\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 1018.29);\n    polygon.ps[1] = Point(492, 1080.29);\n    polygon.ps[2] = Point(430, 1080.29);\n    polygon.ps[3] = Point(430, 1018.29);\n    new ShapeRef(router, polygon, 103);\n\n    // shapeRef104\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4023, 1018.29);\n    polygon.ps[1] = Point(4023, 1080.29);\n    polygon.ps[2] = Point(3961, 1080.29);\n    polygon.ps[3] = Point(3961, 1018.29);\n    new ShapeRef(router, polygon, 104);\n\n    // shapeRef105\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(195, 1747.29);\n    polygon.ps[1] = Point(195, 1809.29);\n    polygon.ps[2] = Point(133, 1809.29);\n    polygon.ps[3] = Point(133, 1747.29);\n    new ShapeRef(router, polygon, 105);\n\n    // shapeRef106\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(195, 1480.29);\n    polygon.ps[1] = Point(195, 1542.29);\n    polygon.ps[2] = Point(133, 1542.29);\n    polygon.ps[3] = Point(133, 1480.29);\n    new ShapeRef(router, polygon, 106);\n\n    // shapeRef107\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(426, 1480.29);\n    polygon.ps[1] = Point(426, 1542.29);\n    polygon.ps[2] = Point(364, 1542.29);\n    polygon.ps[3] = Point(364, 1480.29);\n    new ShapeRef(router, polygon, 107);\n\n    // shapeRef108\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(690, 1480.29);\n    polygon.ps[1] = Point(690, 1542.29);\n    polygon.ps[2] = Point(628, 1542.29);\n    polygon.ps[3] = Point(628, 1480.29);\n    new ShapeRef(router, polygon, 108);\n\n    // shapeRef109\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 1480.29);\n    polygon.ps[1] = Point(1086, 1542.29);\n    polygon.ps[2] = Point(1024, 1542.29);\n    polygon.ps[3] = Point(1024, 1480.29);\n    new ShapeRef(router, polygon, 109);\n\n    // shapeRef110\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 1480.29);\n    polygon.ps[1] = Point(1449, 1542.29);\n    polygon.ps[2] = Point(1387, 1542.29);\n    polygon.ps[3] = Point(1387, 1480.29);\n    new ShapeRef(router, polygon, 110);\n\n    // shapeRef111\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1845, 1480.29);\n    polygon.ps[1] = Point(1845, 1542.29);\n    polygon.ps[2] = Point(1783, 1542.29);\n    polygon.ps[3] = Point(1783, 1480.29);\n    new ShapeRef(router, polygon, 111);\n\n    // shapeRef112\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2637, 1480.29);\n    polygon.ps[1] = Point(2637, 1542.29);\n    polygon.ps[2] = Point(2575, 1542.29);\n    polygon.ps[3] = Point(2575, 1480.29);\n    new ShapeRef(router, polygon, 112);\n\n    // shapeRef113\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3132, 1480.29);\n    polygon.ps[1] = Point(3132, 1542.29);\n    polygon.ps[2] = Point(3070, 1542.29);\n    polygon.ps[3] = Point(3070, 1480.29);\n    new ShapeRef(router, polygon, 113);\n\n    // shapeRef114\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3660, 1480.29);\n    polygon.ps[1] = Point(3660, 1542.29);\n    polygon.ps[2] = Point(3598, 1542.29);\n    polygon.ps[3] = Point(3598, 1480.29);\n    new ShapeRef(router, polygon, 114);\n\n    // shapeRef115\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4023, 1480.29);\n    polygon.ps[1] = Point(4023, 1542.29);\n    polygon.ps[2] = Point(3961, 1542.29);\n    polygon.ps[3] = Point(3961, 1480.29);\n    new ShapeRef(router, polygon, 115);\n\n    // shapeRef116\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2274, 1480.29);\n    polygon.ps[1] = Point(2274, 1542.29);\n    polygon.ps[2] = Point(2212, 1542.29);\n    polygon.ps[3] = Point(2212, 1480.29);\n    new ShapeRef(router, polygon, 116);\n\n    // shapeRef117\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 1645.29);\n    polygon.ps[1] = Point(1449, 1707.29);\n    polygon.ps[2] = Point(1387, 1707.29);\n    polygon.ps[3] = Point(1387, 1645.29);\n    new ShapeRef(router, polygon, 117);\n\n    // shapeRef118\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1845, 1645.29);\n    polygon.ps[1] = Point(1845, 1707.29);\n    polygon.ps[2] = Point(1783, 1707.29);\n    polygon.ps[3] = Point(1783, 1645.29);\n    new ShapeRef(router, polygon, 118);\n\n    // shapeRef119\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2274, 1645.29);\n    polygon.ps[1] = Point(2274, 1707.29);\n    polygon.ps[2] = Point(2212, 1707.29);\n    polygon.ps[3] = Point(2212, 1645.29);\n    new ShapeRef(router, polygon, 119);\n\n    // shapeRef120\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 1813.29);\n    polygon.ps[1] = Point(1086, 1875.29);\n    polygon.ps[2] = Point(1024, 1875.29);\n    polygon.ps[3] = Point(1024, 1813.29);\n    new ShapeRef(router, polygon, 120);\n\n    // shapeRef121\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 1813.29);\n    polygon.ps[1] = Point(1449, 1875.29);\n    polygon.ps[2] = Point(1387, 1875.29);\n    polygon.ps[3] = Point(1387, 1813.29);\n    new ShapeRef(router, polygon, 121);\n\n    // shapeRef122\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1845, 1813.29);\n    polygon.ps[1] = Point(1845, 1875.29);\n    polygon.ps[2] = Point(1783, 1875.29);\n    polygon.ps[3] = Point(1783, 1813.29);\n    new ShapeRef(router, polygon, 122);\n\n    // shapeRef123\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2274, 1813.29);\n    polygon.ps[1] = Point(2274, 1875.29);\n    polygon.ps[2] = Point(2212, 1875.29);\n    polygon.ps[3] = Point(2212, 1813.29);\n    new ShapeRef(router, polygon, 123);\n\n    // shapeRef124\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2637, 1813.29);\n    polygon.ps[1] = Point(2637, 1875.29);\n    polygon.ps[2] = Point(2575, 1875.29);\n    polygon.ps[3] = Point(2575, 1813.29);\n    new ShapeRef(router, polygon, 124);\n\n    // shapeRef125\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3132, 1813.29);\n    polygon.ps[1] = Point(3132, 1875.29);\n    polygon.ps[2] = Point(3070, 1875.29);\n    polygon.ps[3] = Point(3070, 1813.29);\n    new ShapeRef(router, polygon, 125);\n\n    // shapeRef126\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3660, 1813.29);\n    polygon.ps[1] = Point(3660, 1875.29);\n    polygon.ps[2] = Point(3598, 1875.29);\n    polygon.ps[3] = Point(3598, 1813.29);\n    new ShapeRef(router, polygon, 126);\n\n    // shapeRef127\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4023, 1813.29);\n    polygon.ps[1] = Point(4023, 1875.29);\n    polygon.ps[2] = Point(3961, 1875.29);\n    polygon.ps[3] = Point(3961, 1813.29);\n    new ShapeRef(router, polygon, 127);\n\n    // shapeRef128\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4353, 1813.29);\n    polygon.ps[1] = Point(4353, 1875.29);\n    polygon.ps[2] = Point(4291, 1875.29);\n    polygon.ps[3] = Point(4291, 1813.29);\n    new ShapeRef(router, polygon, 128);\n\n    // shapeRef129\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(360, 1813.29);\n    polygon.ps[1] = Point(360, 1875.29);\n    polygon.ps[2] = Point(298, 1875.29);\n    polygon.ps[3] = Point(298, 1813.29);\n    new ShapeRef(router, polygon, 129);\n\n    // shapeRef130\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(360, 2317.29);\n    polygon.ps[1] = Point(360, 2379.29);\n    polygon.ps[2] = Point(298, 2379.29);\n    polygon.ps[3] = Point(298, 2317.29);\n    new ShapeRef(router, polygon, 130);\n\n    // shapeRef131\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(624, 2317.29);\n    polygon.ps[1] = Point(624, 2379.29);\n    polygon.ps[2] = Point(562, 2379.29);\n    polygon.ps[3] = Point(562, 2317.29);\n    new ShapeRef(router, polygon, 131);\n\n    // shapeRef132\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 2317.29);\n    polygon.ps[1] = Point(1086, 2379.29);\n    polygon.ps[2] = Point(1024, 2379.29);\n    polygon.ps[3] = Point(1024, 2317.29);\n    new ShapeRef(router, polygon, 132);\n\n    // shapeRef133\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1845, 2317.29);\n    polygon.ps[1] = Point(1845, 2379.29);\n    polygon.ps[2] = Point(1783, 2379.29);\n    polygon.ps[3] = Point(1783, 2317.29);\n    new ShapeRef(router, polygon, 133);\n\n    // shapeRef134\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(162, 2581.29);\n    polygon.ps[1] = Point(162, 2643.29);\n    polygon.ps[2] = Point(100, 2643.29);\n    polygon.ps[3] = Point(100, 2581.29);\n    new ShapeRef(router, polygon, 134);\n\n    // shapeRef135\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(162, 2383.29);\n    polygon.ps[1] = Point(162, 2445.29);\n    polygon.ps[2] = Point(100, 2445.29);\n    polygon.ps[3] = Point(100, 2383.29);\n    new ShapeRef(router, polygon, 135);\n\n    // shapeRef136\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(162, 2119.29);\n    polygon.ps[1] = Point(162, 2181.29);\n    polygon.ps[2] = Point(100, 2181.29);\n    polygon.ps[3] = Point(100, 2119.29);\n    new ShapeRef(router, polygon, 136);\n\n    // shapeRef137\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(624, 2119.29);\n    polygon.ps[1] = Point(624, 2181.29);\n    polygon.ps[2] = Point(562, 2181.29);\n    polygon.ps[3] = Point(562, 2119.29);\n    new ShapeRef(router, polygon, 137);\n\n    // shapeRef138\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1845, 2119.29);\n    polygon.ps[1] = Point(1845, 2181.29);\n    polygon.ps[2] = Point(1783, 2181.29);\n    polygon.ps[3] = Point(1783, 2119.29);\n    new ShapeRef(router, polygon, 138);\n\n    // shapeRef139\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 2119.29);\n    polygon.ps[1] = Point(1086, 2181.29);\n    polygon.ps[2] = Point(1024, 2181.29);\n    polygon.ps[3] = Point(1024, 2119.29);\n    new ShapeRef(router, polygon, 139);\n\n    // shapeRef140\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2274, 2119.29);\n    polygon.ps[1] = Point(2274, 2181.29);\n    polygon.ps[2] = Point(2212, 2181.29);\n    polygon.ps[3] = Point(2212, 2119.29);\n    new ShapeRef(router, polygon, 140);\n\n    // shapeRef141\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2637, 2119.29);\n    polygon.ps[1] = Point(2637, 2181.29);\n    polygon.ps[2] = Point(2575, 2181.29);\n    polygon.ps[3] = Point(2575, 2119.29);\n    new ShapeRef(router, polygon, 141);\n\n    // shapeRef142\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3132, 2119.29);\n    polygon.ps[1] = Point(3132, 2181.29);\n    polygon.ps[2] = Point(3070, 2181.29);\n    polygon.ps[3] = Point(3070, 2119.29);\n    new ShapeRef(router, polygon, 142);\n\n    // shapeRef143\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4023, 2119.29);\n    polygon.ps[1] = Point(4023, 2181.29);\n    polygon.ps[2] = Point(3961, 2181.29);\n    polygon.ps[3] = Point(3961, 2119.29);\n    new ShapeRef(router, polygon, 143);\n\n    // shapeRef144\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3660, 2119.29);\n    polygon.ps[1] = Point(3660, 2181.29);\n    polygon.ps[2] = Point(3598, 2181.29);\n    polygon.ps[3] = Point(3598, 2119.29);\n    new ShapeRef(router, polygon, 144);\n\n    // shapeRef145\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5923.1, 1348.29);\n    polygon.ps[1] = Point(5923.1, 1410.29);\n    polygon.ps[2] = Point(5861.1, 1410.29);\n    polygon.ps[3] = Point(5861.1, 1348.29);\n    new ShapeRef(router, polygon, 145);\n\n    // shapeRef146\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6616.1, 1150.29);\n    polygon.ps[1] = Point(6616.1, 1212.29);\n    polygon.ps[2] = Point(6554.1, 1212.29);\n    polygon.ps[3] = Point(6554.1, 1150.29);\n    new ShapeRef(router, polygon, 146);\n\n    // shapeRef147\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6220.1, 1150.29);\n    polygon.ps[1] = Point(6220.1, 1212.29);\n    polygon.ps[2] = Point(6158.1, 1212.29);\n    polygon.ps[3] = Point(6158.1, 1150.29);\n    new ShapeRef(router, polygon, 147);\n\n    // shapeRef148\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5593.1, 513.091);\n    polygon.ps[1] = Point(5593.1, 575.091);\n    polygon.ps[2] = Point(5531.1, 575.091);\n    polygon.ps[3] = Point(5531.1, 513.091);\n    new ShapeRef(router, polygon, 148);\n\n    // shapeRef149\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4254, 328.265);\n    polygon.ps[1] = Point(4254, 390.265);\n    polygon.ps[2] = Point(4192, 390.265);\n    polygon.ps[3] = Point(4192, 328.265);\n    new ShapeRef(router, polygon, 149);\n\n    // shapeRef150\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(525, 678.091);\n    polygon.ps[1] = Point(525, 740.091);\n    polygon.ps[2] = Point(463, 740.091);\n    polygon.ps[3] = Point(463, 678.091);\n    new ShapeRef(router, polygon, 150);\n\n    // shapeRef151\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3198, 1018.29);\n    polygon.ps[1] = Point(3198, 1080.29);\n    polygon.ps[2] = Point(3136, 1080.29);\n    polygon.ps[3] = Point(3136, 1018.29);\n    new ShapeRef(router, polygon, 151);\n\n    // shapeRef152\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8986.36, 6197.89);\n    polygon.ps[1] = Point(8986.36, 6237.89);\n    polygon.ps[2] = Point(8931.36, 6237.89);\n    polygon.ps[3] = Point(8931.36, 6197.89);\n    new ShapeRef(router, polygon, 152);\n\n    // shapeRef153\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9063.36, 6197.89);\n    polygon.ps[1] = Point(9063.36, 6237.89);\n    polygon.ps[2] = Point(9008.36, 6237.89);\n    polygon.ps[3] = Point(9008.36, 6197.89);\n    new ShapeRef(router, polygon, 153);\n\n    // shapeRef154\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 6197.89);\n    polygon.ps[1] = Point(9389.03, 6237.89);\n    polygon.ps[2] = Point(9334.03, 6237.89);\n    polygon.ps[3] = Point(9334.03, 6197.89);\n    new ShapeRef(router, polygon, 154);\n\n    // shapeRef155\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 6297.89);\n    polygon.ps[1] = Point(8389.03, 6337.89);\n    polygon.ps[2] = Point(8334.03, 6337.89);\n    polygon.ps[3] = Point(8334.03, 6297.89);\n    new ShapeRef(router, polygon, 155);\n\n    // shapeRef156\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 6297.89);\n    polygon.ps[1] = Point(8589.03, 6337.89);\n    polygon.ps[2] = Point(8534.03, 6337.89);\n    polygon.ps[3] = Point(8534.03, 6297.89);\n    new ShapeRef(router, polygon, 156);\n\n    // shapeRef157\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 6297.89);\n    polygon.ps[1] = Point(8689.03, 6337.89);\n    polygon.ps[2] = Point(8634.03, 6337.89);\n    polygon.ps[3] = Point(8634.03, 6297.89);\n    new ShapeRef(router, polygon, 157);\n\n    // shapeRef158\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 6297.89);\n    polygon.ps[1] = Point(8789.03, 6337.89);\n    polygon.ps[2] = Point(8734.03, 6337.89);\n    polygon.ps[3] = Point(8734.03, 6297.89);\n    new ShapeRef(router, polygon, 158);\n\n    // shapeRef159\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 6297.89);\n    polygon.ps[1] = Point(8889.03, 6337.89);\n    polygon.ps[2] = Point(8834.03, 6337.89);\n    polygon.ps[3] = Point(8834.03, 6297.89);\n    new ShapeRef(router, polygon, 159);\n\n    // shapeRef160\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 6297.89);\n    polygon.ps[1] = Point(8989.03, 6337.89);\n    polygon.ps[2] = Point(8934.03, 6337.89);\n    polygon.ps[3] = Point(8934.03, 6297.89);\n    new ShapeRef(router, polygon, 160);\n\n    // shapeRef161\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 6297.89);\n    polygon.ps[1] = Point(9089.03, 6337.89);\n    polygon.ps[2] = Point(9034.03, 6337.89);\n    polygon.ps[3] = Point(9034.03, 6297.89);\n    new ShapeRef(router, polygon, 161);\n\n    // shapeRef162\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4881, 11796.9);\n    polygon.ps[1] = Point(4881, 11858.9);\n    polygon.ps[2] = Point(4819, 11858.9);\n    polygon.ps[3] = Point(4819, 11796.9);\n    new ShapeRef(router, polygon, 162);\n\n    // shapeRef163\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2538, 10275);\n    polygon.ps[1] = Point(2538, 10337);\n    polygon.ps[2] = Point(2476, 10337);\n    polygon.ps[3] = Point(2476, 10275);\n    new ShapeRef(router, polygon, 163);\n\n    // shapeRef164\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3231, 10275);\n    polygon.ps[1] = Point(3231, 10337);\n    polygon.ps[2] = Point(3169, 10337);\n    polygon.ps[3] = Point(3169, 10275);\n    new ShapeRef(router, polygon, 164);\n\n    // shapeRef165\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3231, 10982.6);\n    polygon.ps[1] = Point(3231, 11044.6);\n    polygon.ps[2] = Point(3169, 11044.6);\n    polygon.ps[3] = Point(3169, 10982.6);\n    new ShapeRef(router, polygon, 165);\n\n    // shapeRef166\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11137.2, 2011.29);\n    polygon.ps[1] = Point(11137.2, 2073.29);\n    polygon.ps[2] = Point(11075.2, 2073.29);\n    polygon.ps[3] = Point(11075.2, 2011.29);\n    new ShapeRef(router, polygon, 166);\n\n    // shapeRef167\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 2011.29);\n    polygon.ps[1] = Point(11460.1, 2073.29);\n    polygon.ps[2] = Point(11398.1, 2073.29);\n    polygon.ps[3] = Point(11398.1, 2011.29);\n    new ShapeRef(router, polygon, 167);\n\n    // shapeRef168\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 6397.89);\n    polygon.ps[1] = Point(8689.03, 6437.89);\n    polygon.ps[2] = Point(8634.03, 6437.89);\n    polygon.ps[3] = Point(8634.03, 6397.89);\n    new ShapeRef(router, polygon, 168);\n\n    // shapeRef169\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10939.2, 2011.29);\n    polygon.ps[1] = Point(10939.2, 2073.29);\n    polygon.ps[2] = Point(10877.2, 2073.29);\n    polygon.ps[3] = Point(10877.2, 2011.29);\n    new ShapeRef(router, polygon, 169);\n\n    // shapeRef170\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 1711.29);\n    polygon.ps[1] = Point(11460.1, 1773.29);\n    polygon.ps[2] = Point(11398.1, 1773.29);\n    polygon.ps[3] = Point(11398.1, 1711.29);\n    new ShapeRef(router, polygon, 170);\n\n    // shapeRef171\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11856.1, 1711.29);\n    polygon.ps[1] = Point(11856.1, 1773.29);\n    polygon.ps[2] = Point(11794.1, 1773.29);\n    polygon.ps[3] = Point(11794.1, 1711.29);\n    new ShapeRef(router, polygon, 171);\n\n    // shapeRef172\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13705, 4808.4);\n    polygon.ps[1] = Point(13705, 4870.4);\n    polygon.ps[2] = Point(13643, 4870.4);\n    polygon.ps[3] = Point(13643, 4808.4);\n    new ShapeRef(router, polygon, 172);\n\n    // shapeRef173\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12986.5, 4808.4);\n    polygon.ps[1] = Point(12986.5, 4870.4);\n    polygon.ps[2] = Point(12924.5, 4870.4);\n    polygon.ps[3] = Point(12924.5, 4808.4);\n    new ShapeRef(router, polygon, 173);\n\n    // shapeRef174\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12986.5, 4330.11);\n    polygon.ps[1] = Point(12986.5, 4392.11);\n    polygon.ps[2] = Point(12924.5, 4392.11);\n    polygon.ps[3] = Point(12924.5, 4330.11);\n    new ShapeRef(router, polygon, 174);\n\n    // shapeRef175\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12986.5, 3996.51);\n    polygon.ps[1] = Point(12986.5, 4058.51);\n    polygon.ps[2] = Point(12924.5, 4058.51);\n    polygon.ps[3] = Point(12924.5, 3996.51);\n    new ShapeRef(router, polygon, 175);\n\n    // shapeRef176\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12986.5, 3732.51);\n    polygon.ps[1] = Point(12986.5, 3794.51);\n    polygon.ps[2] = Point(12924.5, 3794.51);\n    polygon.ps[3] = Point(12924.5, 3732.51);\n    new ShapeRef(router, polygon, 176);\n\n    // shapeRef177\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8422.29, 6497.89);\n    polygon.ps[1] = Point(8422.29, 6537.89);\n    polygon.ps[2] = Point(8367.29, 6537.89);\n    polygon.ps[3] = Point(8367.29, 6497.89);\n    new ShapeRef(router, polygon, 177);\n\n    // shapeRef178\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8499.29, 6497.89);\n    polygon.ps[1] = Point(8499.29, 6537.89);\n    polygon.ps[2] = Point(8444.29, 6537.89);\n    polygon.ps[3] = Point(8444.29, 6497.89);\n    new ShapeRef(router, polygon, 178);\n\n    // shapeRef179\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8576.29, 6497.89);\n    polygon.ps[1] = Point(8576.29, 6537.89);\n    polygon.ps[2] = Point(8521.29, 6537.89);\n    polygon.ps[3] = Point(8521.29, 6497.89);\n    new ShapeRef(router, polygon, 179);\n\n    // shapeRef180\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11203.2, 2548.29);\n    polygon.ps[1] = Point(11203.2, 2610.29);\n    polygon.ps[2] = Point(11141.2, 2610.29);\n    polygon.ps[3] = Point(11141.2, 2548.29);\n    new ShapeRef(router, polygon, 180);\n\n    // shapeRef181\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10906.2, 2548.29);\n    polygon.ps[1] = Point(10906.2, 2610.29);\n    polygon.ps[2] = Point(10844.2, 2610.29);\n    polygon.ps[3] = Point(10844.2, 2548.29);\n    new ShapeRef(router, polygon, 181);\n\n    // shapeRef182\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11203.2, 2911.29);\n    polygon.ps[1] = Point(11203.2, 2973.29);\n    polygon.ps[2] = Point(11141.2, 2973.29);\n    polygon.ps[3] = Point(11141.2, 2911.29);\n    new ShapeRef(router, polygon, 182);\n\n    // shapeRef183\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10906.2, 2911.29);\n    polygon.ps[1] = Point(10906.2, 2973.29);\n    polygon.ps[2] = Point(10844.2, 2973.29);\n    polygon.ps[3] = Point(10844.2, 2911.29);\n    new ShapeRef(router, polygon, 183);\n\n    // shapeRef184\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10421.9, 2548.29);\n    polygon.ps[1] = Point(10421.9, 2610.29);\n    polygon.ps[2] = Point(10359.9, 2610.29);\n    polygon.ps[3] = Point(10359.9, 2548.29);\n    new ShapeRef(router, polygon, 184);\n\n    // shapeRef185\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10421.9, 2911.29);\n    polygon.ps[1] = Point(10421.9, 2973.29);\n    polygon.ps[2] = Point(10359.9, 2973.29);\n    polygon.ps[3] = Point(10359.9, 2911.29);\n    new ShapeRef(router, polygon, 185);\n\n    // shapeRef186\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10421.9, 3274.29);\n    polygon.ps[1] = Point(10421.9, 3336.29);\n    polygon.ps[2] = Point(10359.9, 3336.29);\n    polygon.ps[3] = Point(10359.9, 3274.29);\n    new ShapeRef(router, polygon, 186);\n\n    // shapeRef187\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10421.9, 3633.51);\n    polygon.ps[1] = Point(10421.9, 3695.51);\n    polygon.ps[2] = Point(10359.9, 3695.51);\n    polygon.ps[3] = Point(10359.9, 3633.51);\n    new ShapeRef(router, polygon, 187);\n\n    // shapeRef188\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 3633.51);\n    polygon.ps[1] = Point(9532.59, 3695.51);\n    polygon.ps[2] = Point(9470.59, 3695.51);\n    polygon.ps[3] = Point(9470.59, 3633.51);\n    new ShapeRef(router, polygon, 188);\n\n    // shapeRef189\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 3402.51);\n    polygon.ps[1] = Point(9532.59, 3464.51);\n    polygon.ps[2] = Point(9470.59, 3464.51);\n    polygon.ps[3] = Point(9470.59, 3402.51);\n    new ShapeRef(router, polygon, 189);\n\n    // shapeRef190\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 3142.29);\n    polygon.ps[1] = Point(9532.59, 3204.29);\n    polygon.ps[2] = Point(9470.59, 3204.29);\n    polygon.ps[3] = Point(9470.59, 3142.29);\n    new ShapeRef(router, polygon, 190);\n\n    // shapeRef191\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 2911.29);\n    polygon.ps[1] = Point(9532.59, 2973.29);\n    polygon.ps[2] = Point(9470.59, 2973.29);\n    polygon.ps[3] = Point(9470.59, 2911.29);\n    new ShapeRef(router, polygon, 191);\n\n    // shapeRef192\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 2548.29);\n    polygon.ps[1] = Point(9532.59, 2610.29);\n    polygon.ps[2] = Point(9470.59, 2610.29);\n    polygon.ps[3] = Point(9470.59, 2548.29);\n    new ShapeRef(router, polygon, 192);\n\n    // shapeRef193\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 2548.29);\n    polygon.ps[1] = Point(9202.59, 2610.29);\n    polygon.ps[2] = Point(9140.59, 2610.29);\n    polygon.ps[3] = Point(9140.59, 2548.29);\n    new ShapeRef(router, polygon, 193);\n\n    // shapeRef194\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 2911.29);\n    polygon.ps[1] = Point(9202.59, 2973.29);\n    polygon.ps[2] = Point(9140.59, 2973.29);\n    polygon.ps[3] = Point(9140.59, 2911.29);\n    new ShapeRef(router, polygon, 194);\n\n    // shapeRef195\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 3142.29);\n    polygon.ps[1] = Point(9202.59, 3204.29);\n    polygon.ps[2] = Point(9140.59, 3204.29);\n    polygon.ps[3] = Point(9140.59, 3142.29);\n    new ShapeRef(router, polygon, 195);\n\n    // shapeRef196\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 3402.51);\n    polygon.ps[1] = Point(9202.59, 3464.51);\n    polygon.ps[2] = Point(9140.59, 3464.51);\n    polygon.ps[3] = Point(9140.59, 3402.51);\n    new ShapeRef(router, polygon, 196);\n\n    // shapeRef197\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 3633.51);\n    polygon.ps[1] = Point(9202.59, 3695.51);\n    polygon.ps[2] = Point(9140.59, 3695.51);\n    polygon.ps[3] = Point(9140.59, 3633.51);\n    new ShapeRef(router, polygon, 197);\n\n    // shapeRef198\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 3963.51);\n    polygon.ps[1] = Point(9202.59, 4025.51);\n    polygon.ps[2] = Point(9140.59, 4025.51);\n    polygon.ps[3] = Point(9140.59, 3963.51);\n    new ShapeRef(router, polygon, 198);\n\n    // shapeRef199\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3396, 2515.29);\n    polygon.ps[1] = Point(3396, 2577.29);\n    polygon.ps[2] = Point(3334, 2577.29);\n    polygon.ps[3] = Point(3334, 2515.29);\n    new ShapeRef(router, polygon, 199);\n\n    // shapeRef200\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2571, 3666.51);\n    polygon.ps[1] = Point(2571, 3728.51);\n    polygon.ps[2] = Point(2509, 3728.51);\n    polygon.ps[3] = Point(2509, 3666.51);\n    new ShapeRef(router, polygon, 200);\n\n    // shapeRef201\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3726, 2779.29);\n    polygon.ps[1] = Point(3726, 2841.29);\n    polygon.ps[2] = Point(3664, 2841.29);\n    polygon.ps[3] = Point(3664, 2779.29);\n    new ShapeRef(router, polygon, 201);\n\n    // shapeRef202\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7928.29, 952.285);\n    polygon.ps[1] = Point(7928.29, 1014.29);\n    polygon.ps[2] = Point(7866.29, 1014.29);\n    polygon.ps[3] = Point(7866.29, 952.285);\n    new ShapeRef(router, polygon, 202);\n\n    // shapeRef203\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4551, 3666.51);\n    polygon.ps[1] = Point(4551, 3728.51);\n    polygon.ps[2] = Point(4489, 3728.51);\n    polygon.ps[3] = Point(4489, 3666.51);\n    new ShapeRef(router, polygon, 203);\n\n    // shapeRef204\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3561, 4297.11);\n    polygon.ps[1] = Point(3561, 4359.11);\n    polygon.ps[2] = Point(3499, 4359.11);\n    polygon.ps[3] = Point(3499, 4297.11);\n    new ShapeRef(router, polygon, 204);\n\n    // shapeRef205\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 3930.51);\n    polygon.ps[1] = Point(3759, 3992.51);\n    polygon.ps[2] = Point(3697, 3992.51);\n    polygon.ps[3] = Point(3697, 3930.51);\n    new ShapeRef(router, polygon, 205);\n\n    // shapeRef206\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4353, 2119.29);\n    polygon.ps[1] = Point(4353, 2181.29);\n    polygon.ps[2] = Point(4291, 2181.29);\n    polygon.ps[3] = Point(4291, 2119.29);\n    new ShapeRef(router, polygon, 206);\n\n    // shapeRef207\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3990, 3666.51);\n    polygon.ps[1] = Point(3990, 3728.51);\n    polygon.ps[2] = Point(3928, 3728.51);\n    polygon.ps[3] = Point(3928, 3666.51);\n    new ShapeRef(router, polygon, 207);\n\n    // shapeRef208\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3396, 3109.29);\n    polygon.ps[1] = Point(3396, 3171.29);\n    polygon.ps[2] = Point(3334, 3171.29);\n    polygon.ps[3] = Point(3334, 3109.29);\n    new ShapeRef(router, polygon, 208);\n\n    // shapeRef209\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 6697.89);\n    polygon.ps[1] = Point(9289.03, 6737.89);\n    polygon.ps[2] = Point(9234.03, 6737.89);\n    polygon.ps[3] = Point(9234.03, 6697.89);\n    new ShapeRef(router, polygon, 209);\n\n    // shapeRef210\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4815, 5481.67);\n    polygon.ps[1] = Point(4815, 5543.67);\n    polygon.ps[2] = Point(4753, 5543.67);\n    polygon.ps[3] = Point(4753, 5481.67);\n    new ShapeRef(router, polygon, 210);\n\n    // shapeRef211\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16328.6, 5072.4);\n    polygon.ps[1] = Point(16328.6, 5134.4);\n    polygon.ps[2] = Point(16266.6, 5134.4);\n    polygon.ps[3] = Point(16266.6, 5072.4);\n    new ShapeRef(router, polygon, 211);\n\n    // shapeRef212\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15932.6, 5072.4);\n    polygon.ps[1] = Point(15932.6, 5134.4);\n    polygon.ps[2] = Point(15870.6, 5134.4);\n    polygon.ps[3] = Point(15870.6, 5072.4);\n    new ShapeRef(router, polygon, 212);\n\n    // shapeRef213\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15438.5, 4676.4);\n    polygon.ps[1] = Point(15438.5, 4738.4);\n    polygon.ps[2] = Point(15376.5, 4738.4);\n    polygon.ps[3] = Point(15376.5, 4676.4);\n    new ShapeRef(router, polygon, 213);\n\n    // shapeRef214\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15438.5, 5448.67);\n    polygon.ps[1] = Point(15438.5, 5510.67);\n    polygon.ps[2] = Point(15376.5, 5510.67);\n    polygon.ps[3] = Point(15376.5, 5448.67);\n    new ShapeRef(router, polygon, 214);\n\n    // shapeRef215\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15438.5, 6186.51);\n    polygon.ps[1] = Point(15438.5, 6248.51);\n    polygon.ps[2] = Point(15376.5, 6248.51);\n    polygon.ps[3] = Point(15376.5, 6186.51);\n    new ShapeRef(router, polygon, 215);\n\n    // shapeRef216\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15438.5, 6549.51);\n    polygon.ps[1] = Point(15438.5, 6611.51);\n    polygon.ps[2] = Point(15376.5, 6611.51);\n    polygon.ps[3] = Point(15376.5, 6549.51);\n    new ShapeRef(router, polygon, 216);\n\n    // shapeRef217\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4650, 8908.22);\n    polygon.ps[1] = Point(4650, 8970.22);\n    polygon.ps[2] = Point(4588, 8970.22);\n    polygon.ps[3] = Point(4588, 8908.22);\n    new ShapeRef(router, polygon, 217);\n\n    // shapeRef218\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4287, 8677.22);\n    polygon.ps[1] = Point(4287, 8739.22);\n    polygon.ps[2] = Point(4225, 8739.22);\n    polygon.ps[3] = Point(4225, 8677.22);\n    new ShapeRef(router, polygon, 218);\n\n    // shapeRef219\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4287, 8383.99);\n    polygon.ps[1] = Point(4287, 8445.99);\n    polygon.ps[2] = Point(4225, 8445.99);\n    polygon.ps[3] = Point(4225, 8383.99);\n    new ShapeRef(router, polygon, 219);\n\n    // shapeRef220\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 6797.89);\n    polygon.ps[1] = Point(9289.03, 6837.89);\n    polygon.ps[2] = Point(9234.03, 6837.89);\n    polygon.ps[3] = Point(9234.03, 6797.89);\n    new ShapeRef(router, polygon, 220);\n\n    // shapeRef221\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 6797.89);\n    polygon.ps[1] = Point(9389.03, 6837.89);\n    polygon.ps[2] = Point(9334.03, 6837.89);\n    polygon.ps[3] = Point(9334.03, 6797.89);\n    new ShapeRef(router, polygon, 221);\n\n    // shapeRef222\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 6897.89);\n    polygon.ps[1] = Point(8389.03, 6937.89);\n    polygon.ps[2] = Point(8334.03, 6937.89);\n    polygon.ps[3] = Point(8334.03, 6897.89);\n    new ShapeRef(router, polygon, 222);\n\n    // shapeRef223\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4848, 8076.79);\n    polygon.ps[1] = Point(4848, 8138.79);\n    polygon.ps[2] = Point(4786, 8138.79);\n    polygon.ps[3] = Point(4786, 8076.79);\n    new ShapeRef(router, polygon, 223);\n\n    // shapeRef224\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4848, 7548.79);\n    polygon.ps[1] = Point(4848, 7610.79);\n    polygon.ps[2] = Point(4786, 7610.79);\n    polygon.ps[3] = Point(4786, 7548.79);\n    new ShapeRef(router, polygon, 224);\n\n    // shapeRef225\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3924, 6965.4);\n    polygon.ps[1] = Point(3924, 7027.4);\n    polygon.ps[2] = Point(3862, 7027.4);\n    polygon.ps[3] = Point(3862, 6965.4);\n    new ShapeRef(router, polygon, 225);\n\n    // shapeRef226\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4188, 6965.4);\n    polygon.ps[1] = Point(4188, 7027.4);\n    polygon.ps[2] = Point(4126, 7027.4);\n    polygon.ps[3] = Point(4126, 6965.4);\n    new ShapeRef(router, polygon, 226);\n\n    // shapeRef227\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4452, 6965.4);\n    polygon.ps[1] = Point(4452, 7027.4);\n    polygon.ps[2] = Point(4390, 7027.4);\n    polygon.ps[3] = Point(4390, 6965.4);\n    new ShapeRef(router, polygon, 227);\n\n    // shapeRef228\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2967, 6582.51);\n    polygon.ps[1] = Point(2967, 6644.51);\n    polygon.ps[2] = Point(2905, 6644.51);\n    polygon.ps[3] = Point(2905, 6582.51);\n    new ShapeRef(router, polygon, 228);\n\n    // shapeRef229\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 7097.4);\n    polygon.ps[1] = Point(3759, 7159.4);\n    polygon.ps[2] = Point(3697, 7159.4);\n    polygon.ps[3] = Point(3697, 7097.4);\n    new ShapeRef(router, polygon, 229);\n\n    // shapeRef230\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3495, 7097.4);\n    polygon.ps[1] = Point(3495, 7159.4);\n    polygon.ps[2] = Point(3433, 7159.4);\n    polygon.ps[3] = Point(3433, 7097.4);\n    new ShapeRef(router, polygon, 230);\n\n    // shapeRef231\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 6897.89);\n    polygon.ps[1] = Point(9289.03, 6937.89);\n    polygon.ps[2] = Point(9234.03, 6937.89);\n    polygon.ps[3] = Point(9234.03, 6897.89);\n    new ShapeRef(router, polygon, 231);\n\n    // shapeRef232\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 6897.89);\n    polygon.ps[1] = Point(9389.03, 6937.89);\n    polygon.ps[2] = Point(9334.03, 6937.89);\n    polygon.ps[3] = Point(9334.03, 6897.89);\n    new ShapeRef(router, polygon, 232);\n\n    // shapeRef233\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 6997.89);\n    polygon.ps[1] = Point(8389.03, 7037.89);\n    polygon.ps[2] = Point(8334.03, 7037.89);\n    polygon.ps[3] = Point(8334.03, 6997.89);\n    new ShapeRef(router, polygon, 233);\n\n    // shapeRef234\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 6997.89);\n    polygon.ps[1] = Point(8489.03, 7037.89);\n    polygon.ps[2] = Point(8434.03, 7037.89);\n    polygon.ps[3] = Point(8434.03, 6997.89);\n    new ShapeRef(router, polygon, 234);\n\n    // shapeRef235\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5494.1, 8515.99);\n    polygon.ps[1] = Point(5494.1, 8577.99);\n    polygon.ps[2] = Point(5432.1, 8577.99);\n    polygon.ps[3] = Point(5432.1, 8515.99);\n    new ShapeRef(router, polygon, 235);\n\n    // shapeRef236\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5494.1, 8076.79);\n    polygon.ps[1] = Point(5494.1, 8138.79);\n    polygon.ps[2] = Point(5432.1, 8138.79);\n    polygon.ps[3] = Point(5432.1, 8076.79);\n    new ShapeRef(router, polygon, 236);\n\n    // shapeRef237\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5112, 8076.79);\n    polygon.ps[1] = Point(5112, 8138.79);\n    polygon.ps[2] = Point(5050, 8138.79);\n    polygon.ps[3] = Point(5050, 8076.79);\n    new ShapeRef(router, polygon, 237);\n\n    // shapeRef238\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5244, 6153.51);\n    polygon.ps[1] = Point(5244, 6215.51);\n    polygon.ps[2] = Point(5182, 6215.51);\n    polygon.ps[3] = Point(5182, 6153.51);\n    new ShapeRef(router, polygon, 238);\n\n    // shapeRef239\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5244, 8908.22);\n    polygon.ps[1] = Point(5244, 8970.22);\n    polygon.ps[2] = Point(5182, 8970.22);\n    polygon.ps[3] = Point(5182, 8908.22);\n    new ShapeRef(router, polygon, 239);\n\n    // shapeRef240\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5244, 8515.99);\n    polygon.ps[1] = Point(5244, 8577.99);\n    polygon.ps[2] = Point(5182, 8577.99);\n    polygon.ps[3] = Point(5182, 8515.99);\n    new ShapeRef(router, polygon, 240);\n\n    // shapeRef241\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5244, 8076.79);\n    polygon.ps[1] = Point(5244, 8138.79);\n    polygon.ps[2] = Point(5182, 8138.79);\n    polygon.ps[3] = Point(5182, 8076.79);\n    new ShapeRef(router, polygon, 241);\n\n    // shapeRef242\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5244, 7548.79);\n    polygon.ps[1] = Point(5244, 7610.79);\n    polygon.ps[2] = Point(5182, 7610.79);\n    polygon.ps[3] = Point(5182, 7548.79);\n    new ShapeRef(router, polygon, 242);\n\n    // shapeRef243\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 6997.89);\n    polygon.ps[1] = Point(9389.03, 7037.89);\n    polygon.ps[2] = Point(9334.03, 7037.89);\n    polygon.ps[3] = Point(9334.03, 6997.89);\n    new ShapeRef(router, polygon, 243);\n\n    // shapeRef244\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 7097.89);\n    polygon.ps[1] = Point(8389.03, 7137.89);\n    polygon.ps[2] = Point(8334.03, 7137.89);\n    polygon.ps[3] = Point(8334.03, 7097.89);\n    new ShapeRef(router, polygon, 244);\n\n    // shapeRef245\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 7097.89);\n    polygon.ps[1] = Point(8489.03, 7137.89);\n    polygon.ps[2] = Point(8434.03, 7137.89);\n    polygon.ps[3] = Point(8434.03, 7097.89);\n    new ShapeRef(router, polygon, 245);\n\n    // shapeRef246\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 7097.89);\n    polygon.ps[1] = Point(8589.03, 7137.89);\n    polygon.ps[2] = Point(8534.03, 7137.89);\n    polygon.ps[3] = Point(8534.03, 7097.89);\n    new ShapeRef(router, polygon, 246);\n\n    // shapeRef247\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 7097.89);\n    polygon.ps[1] = Point(8789.03, 7137.89);\n    polygon.ps[2] = Point(8734.03, 7137.89);\n    polygon.ps[3] = Point(8734.03, 7097.89);\n    new ShapeRef(router, polygon, 247);\n\n    // shapeRef248\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 7097.89);\n    polygon.ps[1] = Point(8889.03, 7137.89);\n    polygon.ps[2] = Point(8834.03, 7137.89);\n    polygon.ps[3] = Point(8834.03, 7097.89);\n    new ShapeRef(router, polygon, 248);\n\n    // shapeRef249\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2109, 7097.4);\n    polygon.ps[1] = Point(2109, 7159.4);\n    polygon.ps[2] = Point(2047, 7159.4);\n    polygon.ps[3] = Point(2047, 7097.4);\n    new ShapeRef(router, polygon, 249);\n\n    // shapeRef250\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2406, 6998.4);\n    polygon.ps[1] = Point(2406, 7060.4);\n    polygon.ps[2] = Point(2344, 7060.4);\n    polygon.ps[3] = Point(2344, 6998.4);\n    new ShapeRef(router, polygon, 250);\n\n    // shapeRef251\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 6998.4);\n    polygon.ps[1] = Point(1911, 7060.4);\n    polygon.ps[2] = Point(1849, 7060.4);\n    polygon.ps[3] = Point(1849, 6998.4);\n    new ShapeRef(router, polygon, 251);\n\n    // shapeRef252\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 7097.89);\n    polygon.ps[1] = Point(9289.03, 7137.89);\n    polygon.ps[2] = Point(9234.03, 7137.89);\n    polygon.ps[3] = Point(9234.03, 7097.89);\n    new ShapeRef(router, polygon, 252);\n\n    // shapeRef253\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 7097.89);\n    polygon.ps[1] = Point(9389.03, 7137.89);\n    polygon.ps[2] = Point(9334.03, 7137.89);\n    polygon.ps[3] = Point(9334.03, 7097.89);\n    new ShapeRef(router, polygon, 253);\n\n    // shapeRef254\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2406, 7097.4);\n    polygon.ps[1] = Point(2406, 7159.4);\n    polygon.ps[2] = Point(2344, 7159.4);\n    polygon.ps[3] = Point(2344, 7097.4);\n    new ShapeRef(router, polygon, 254);\n\n    // shapeRef255\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 7614.79);\n    polygon.ps[1] = Point(1779, 7676.79);\n    polygon.ps[2] = Point(1717, 7676.79);\n    polygon.ps[3] = Point(1717, 7614.79);\n    new ShapeRef(router, polygon, 255);\n\n    // shapeRef256\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 7097.4);\n    polygon.ps[1] = Point(1779, 7159.4);\n    polygon.ps[2] = Point(1717, 7159.4);\n    polygon.ps[3] = Point(1717, 7097.4);\n    new ShapeRef(router, polygon, 256);\n\n    // shapeRef257\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 8142.79);\n    polygon.ps[1] = Point(1779, 8204.79);\n    polygon.ps[2] = Point(1717, 8204.79);\n    polygon.ps[3] = Point(1717, 8142.79);\n    new ShapeRef(router, polygon, 257);\n\n    // shapeRef258\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 6582.51);\n    polygon.ps[1] = Point(1779, 6644.51);\n    polygon.ps[2] = Point(1717, 6644.51);\n    polygon.ps[3] = Point(1717, 6582.51);\n    new ShapeRef(router, polygon, 258);\n\n    // shapeRef259\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2109, 8142.79);\n    polygon.ps[1] = Point(2109, 8204.79);\n    polygon.ps[2] = Point(2047, 8204.79);\n    polygon.ps[3] = Point(2047, 8142.79);\n    new ShapeRef(router, polygon, 259);\n\n    // shapeRef260\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2109, 7614.79);\n    polygon.ps[1] = Point(2109, 7676.79);\n    polygon.ps[2] = Point(2047, 7676.79);\n    polygon.ps[3] = Point(2047, 7614.79);\n    new ShapeRef(router, polygon, 260);\n\n    // shapeRef261\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2109, 8548.99);\n    polygon.ps[1] = Point(2109, 8610.99);\n    polygon.ps[2] = Point(2047, 8610.99);\n    polygon.ps[3] = Point(2047, 8548.99);\n    new ShapeRef(router, polygon, 261);\n\n    // shapeRef262\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2406, 8142.79);\n    polygon.ps[1] = Point(2406, 8204.79);\n    polygon.ps[2] = Point(2344, 8204.79);\n    polygon.ps[3] = Point(2344, 8142.79);\n    new ShapeRef(router, polygon, 262);\n\n    // shapeRef263\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2406, 7614.79);\n    polygon.ps[1] = Point(2406, 7676.79);\n    polygon.ps[2] = Point(2344, 7676.79);\n    polygon.ps[3] = Point(2344, 7614.79);\n    new ShapeRef(router, polygon, 263);\n\n    // shapeRef264\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2406, 8548.99);\n    polygon.ps[1] = Point(2406, 8610.99);\n    polygon.ps[2] = Point(2344, 8610.99);\n    polygon.ps[3] = Point(2344, 8548.99);\n    new ShapeRef(router, polygon, 264);\n\n    // shapeRef265\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2604, 8548.99);\n    polygon.ps[1] = Point(2604, 8610.99);\n    polygon.ps[2] = Point(2542, 8610.99);\n    polygon.ps[3] = Point(2542, 8548.99);\n    new ShapeRef(router, polygon, 265);\n\n    // shapeRef266\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2604, 8142.79);\n    polygon.ps[1] = Point(2604, 8204.79);\n    polygon.ps[2] = Point(2542, 8204.79);\n    polygon.ps[3] = Point(2542, 8142.79);\n    new ShapeRef(router, polygon, 266);\n\n    // shapeRef267\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2604, 9017.42);\n    polygon.ps[1] = Point(2604, 9079.42);\n    polygon.ps[2] = Point(2542, 9079.42);\n    polygon.ps[3] = Point(2542, 9017.42);\n    new ShapeRef(router, polygon, 267);\n\n    // shapeRef268\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2604, 7614.79);\n    polygon.ps[1] = Point(2604, 7676.79);\n    polygon.ps[2] = Point(2542, 7676.79);\n    polygon.ps[3] = Point(2542, 7614.79);\n    new ShapeRef(router, polygon, 268);\n\n    // shapeRef269\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4155, 5481.67);\n    polygon.ps[1] = Point(4155, 5543.67);\n    polygon.ps[2] = Point(4093, 5543.67);\n    polygon.ps[3] = Point(4093, 5481.67);\n    new ShapeRef(router, polygon, 269);\n\n    // shapeRef270\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 7297.89);\n    polygon.ps[1] = Point(8889.03, 7337.89);\n    polygon.ps[2] = Point(8834.03, 7337.89);\n    polygon.ps[3] = Point(8834.03, 7297.89);\n    new ShapeRef(router, polygon, 270);\n\n    // shapeRef271\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3825, 5481.67);\n    polygon.ps[1] = Point(3825, 5543.67);\n    polygon.ps[2] = Point(3763, 5543.67);\n    polygon.ps[3] = Point(3763, 5481.67);\n    new ShapeRef(router, polygon, 271);\n\n    // shapeRef272\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3462, 5481.67);\n    polygon.ps[1] = Point(3462, 5543.67);\n    polygon.ps[2] = Point(3400, 5543.67);\n    polygon.ps[3] = Point(3400, 5481.67);\n    new ShapeRef(router, polygon, 272);\n\n    // shapeRef273\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3033, 5481.67);\n    polygon.ps[1] = Point(3033, 5543.67);\n    polygon.ps[2] = Point(2971, 5543.67);\n    polygon.ps[3] = Point(2971, 5481.67);\n    new ShapeRef(router, polygon, 273);\n\n    // shapeRef274\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2538, 5481.67);\n    polygon.ps[1] = Point(2538, 5543.67);\n    polygon.ps[2] = Point(2476, 5543.67);\n    polygon.ps[3] = Point(2476, 5481.67);\n    new ShapeRef(router, polygon, 274);\n\n    // shapeRef275\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 7297.89);\n    polygon.ps[1] = Point(9389.03, 7337.89);\n    polygon.ps[2] = Point(9334.03, 7337.89);\n    polygon.ps[3] = Point(9334.03, 7297.89);\n    new ShapeRef(router, polygon, 275);\n\n    // shapeRef276\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(129, 5758.9);\n    polygon.ps[1] = Point(129, 5820.9);\n    polygon.ps[2] = Point(67, 5820.9);\n    polygon.ps[3] = Point(67, 5758.9);\n    new ShapeRef(router, polygon, 276);\n\n    // shapeRef277\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(129, 6318.51);\n    polygon.ps[1] = Point(129, 6380.51);\n    polygon.ps[2] = Point(67, 6380.51);\n    polygon.ps[3] = Point(67, 6318.51);\n    new ShapeRef(router, polygon, 277);\n\n    // shapeRef278\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(393, 7614.79);\n    polygon.ps[1] = Point(393, 7676.79);\n    polygon.ps[2] = Point(331, 7676.79);\n    polygon.ps[3] = Point(331, 7614.79);\n    new ShapeRef(router, polygon, 278);\n\n    // shapeRef279\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(393, 7163.4);\n    polygon.ps[1] = Point(393, 7225.4);\n    polygon.ps[2] = Point(331, 7225.4);\n    polygon.ps[3] = Point(331, 7163.4);\n    new ShapeRef(router, polygon, 279);\n\n    // shapeRef280\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(393, 6648.51);\n    polygon.ps[1] = Point(393, 6710.51);\n    polygon.ps[2] = Point(331, 6710.51);\n    polygon.ps[3] = Point(331, 6648.51);\n    new ShapeRef(router, polygon, 280);\n\n    // shapeRef281\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(393, 6318.51);\n    polygon.ps[1] = Point(393, 6380.51);\n    polygon.ps[2] = Point(331, 6380.51);\n    polygon.ps[3] = Point(331, 6318.51);\n    new ShapeRef(router, polygon, 281);\n\n    // shapeRef282\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 7977.79);\n    polygon.ps[1] = Point(855, 8039.79);\n    polygon.ps[2] = Point(793, 8039.79);\n    polygon.ps[3] = Point(793, 7977.79);\n    new ShapeRef(router, polygon, 282);\n\n    // shapeRef283\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 7581.79);\n    polygon.ps[1] = Point(855, 7643.79);\n    polygon.ps[2] = Point(793, 7643.79);\n    polygon.ps[3] = Point(793, 7581.79);\n    new ShapeRef(router, polygon, 283);\n\n    // shapeRef284\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 6582.51);\n    polygon.ps[1] = Point(855, 6644.51);\n    polygon.ps[2] = Point(793, 6644.51);\n    polygon.ps[3] = Point(793, 6582.51);\n    new ShapeRef(router, polygon, 284);\n\n    // shapeRef285\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 6219.51);\n    polygon.ps[1] = Point(855, 6281.51);\n    polygon.ps[2] = Point(793, 6281.51);\n    polygon.ps[3] = Point(793, 6219.51);\n    new ShapeRef(router, polygon, 285);\n\n    // shapeRef286\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(855, 5758.9);\n    polygon.ps[1] = Point(855, 5820.9);\n    polygon.ps[2] = Point(793, 5820.9);\n    polygon.ps[3] = Point(793, 5758.9);\n    new ShapeRef(router, polygon, 286);\n\n    // shapeRef287\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 8515.99);\n    polygon.ps[1] = Point(1086, 8577.99);\n    polygon.ps[2] = Point(1024, 8577.99);\n    polygon.ps[3] = Point(1024, 8515.99);\n    new ShapeRef(router, polygon, 287);\n\n    // shapeRef288\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 8142.79);\n    polygon.ps[1] = Point(1086, 8204.79);\n    polygon.ps[2] = Point(1024, 8204.79);\n    polygon.ps[3] = Point(1024, 8142.79);\n    new ShapeRef(router, polygon, 288);\n\n    // shapeRef289\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 7680.79);\n    polygon.ps[1] = Point(1086, 7742.79);\n    polygon.ps[2] = Point(1024, 7742.79);\n    polygon.ps[3] = Point(1024, 7680.79);\n    new ShapeRef(router, polygon, 289);\n\n    // shapeRef290\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 7229.4);\n    polygon.ps[1] = Point(1086, 7291.4);\n    polygon.ps[2] = Point(1024, 7291.4);\n    polygon.ps[3] = Point(1024, 7229.4);\n    new ShapeRef(router, polygon, 290);\n\n    // shapeRef291\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 6790.21);\n    polygon.ps[1] = Point(1086, 6852.21);\n    polygon.ps[2] = Point(1024, 6852.21);\n    polygon.ps[3] = Point(1024, 6790.21);\n    new ShapeRef(router, polygon, 291);\n\n    // shapeRef292\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 6384.51);\n    polygon.ps[1] = Point(1086, 6446.51);\n    polygon.ps[2] = Point(1024, 6446.51);\n    polygon.ps[3] = Point(1024, 6384.51);\n    new ShapeRef(router, polygon, 292);\n\n    // shapeRef293\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 5966.59);\n    polygon.ps[1] = Point(1086, 6028.59);\n    polygon.ps[2] = Point(1024, 6028.59);\n    polygon.ps[3] = Point(1024, 5966.59);\n    new ShapeRef(router, polygon, 293);\n\n    // shapeRef294\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 5481.67);\n    polygon.ps[1] = Point(1416, 5543.67);\n    polygon.ps[2] = Point(1354, 5543.67);\n    polygon.ps[3] = Point(1354, 5481.67);\n    new ShapeRef(router, polygon, 294);\n\n    // shapeRef295\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 7497.89);\n    polygon.ps[1] = Point(9189.03, 7537.89);\n    polygon.ps[2] = Point(9134.03, 7537.89);\n    polygon.ps[3] = Point(9134.03, 7497.89);\n    new ShapeRef(router, polygon, 295);\n\n    // shapeRef296\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 7497.89);\n    polygon.ps[1] = Point(9289.03, 7537.89);\n    polygon.ps[2] = Point(9234.03, 7537.89);\n    polygon.ps[3] = Point(9234.03, 7497.89);\n    new ShapeRef(router, polygon, 296);\n\n    // shapeRef297\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 7497.89);\n    polygon.ps[1] = Point(9389.03, 7537.89);\n    polygon.ps[2] = Point(9334.03, 7537.89);\n    polygon.ps[3] = Point(9334.03, 7497.89);\n    new ShapeRef(router, polygon, 297);\n\n    // shapeRef298\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 7597.89);\n    polygon.ps[1] = Point(8389.03, 7637.89);\n    polygon.ps[2] = Point(8334.03, 7637.89);\n    polygon.ps[3] = Point(8334.03, 7597.89);\n    new ShapeRef(router, polygon, 298);\n\n    // shapeRef299\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 7597.89);\n    polygon.ps[1] = Point(8489.03, 7637.89);\n    polygon.ps[2] = Point(8434.03, 7637.89);\n    polygon.ps[3] = Point(8434.03, 7597.89);\n    new ShapeRef(router, polygon, 299);\n\n    // shapeRef300\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 7597.89);\n    polygon.ps[1] = Point(8589.03, 7637.89);\n    polygon.ps[2] = Point(8534.03, 7637.89);\n    polygon.ps[3] = Point(8534.03, 7597.89);\n    new ShapeRef(router, polygon, 300);\n\n    // shapeRef301\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 7597.89);\n    polygon.ps[1] = Point(8689.03, 7637.89);\n    polygon.ps[2] = Point(8634.03, 7637.89);\n    polygon.ps[3] = Point(8634.03, 7597.89);\n    new ShapeRef(router, polygon, 301);\n\n    // shapeRef302\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 7597.89);\n    polygon.ps[1] = Point(8789.03, 7637.89);\n    polygon.ps[2] = Point(8734.03, 7637.89);\n    polygon.ps[3] = Point(8734.03, 7597.89);\n    new ShapeRef(router, polygon, 302);\n\n    // shapeRef303\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(954, 5039.4);\n    polygon.ps[1] = Point(954, 5101.4);\n    polygon.ps[2] = Point(892, 5101.4);\n    polygon.ps[3] = Point(892, 5039.4);\n    new ShapeRef(router, polygon, 303);\n\n    // shapeRef304\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 5039.4);\n    polygon.ps[1] = Point(1416, 5101.4);\n    polygon.ps[2] = Point(1354, 5101.4);\n    polygon.ps[3] = Point(1354, 5039.4);\n    new ShapeRef(router, polygon, 304);\n\n    // shapeRef305\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 5316.67);\n    polygon.ps[1] = Point(492, 5378.67);\n    polygon.ps[2] = Point(430, 5378.67);\n    polygon.ps[3] = Point(430, 5316.67);\n    new ShapeRef(router, polygon, 305);\n\n    // shapeRef306\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 5217.67);\n    polygon.ps[1] = Point(492, 5279.67);\n    polygon.ps[2] = Point(430, 5279.67);\n    polygon.ps[3] = Point(430, 5217.67);\n    new ShapeRef(router, polygon, 306);\n\n    // shapeRef307\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 5217.67);\n    polygon.ps[1] = Point(228, 5279.67);\n    polygon.ps[2] = Point(166, 5279.67);\n    polygon.ps[3] = Point(166, 5217.67);\n    new ShapeRef(router, polygon, 307);\n\n    // shapeRef308\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2472, 4742.4);\n    polygon.ps[1] = Point(2472, 4804.4);\n    polygon.ps[2] = Point(2410, 4804.4);\n    polygon.ps[3] = Point(2410, 4742.4);\n    new ShapeRef(router, polygon, 308);\n\n    // shapeRef309\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 5039.4);\n    polygon.ps[1] = Point(492, 5101.4);\n    polygon.ps[2] = Point(430, 5101.4);\n    polygon.ps[3] = Point(430, 5039.4);\n    new ShapeRef(router, polygon, 309);\n\n    // shapeRef310\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2142, 4742.4);\n    polygon.ps[1] = Point(2142, 4804.4);\n    polygon.ps[2] = Point(2080, 4804.4);\n    polygon.ps[3] = Point(2080, 4742.4);\n    new ShapeRef(router, polygon, 310);\n\n    // shapeRef311\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 4742.4);\n    polygon.ps[1] = Point(1086, 4804.4);\n    polygon.ps[2] = Point(1024, 4804.4);\n    polygon.ps[3] = Point(1024, 4742.4);\n    new ShapeRef(router, polygon, 311);\n\n    // shapeRef312\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 4742.4);\n    polygon.ps[1] = Point(228, 4804.4);\n    polygon.ps[2] = Point(166, 4804.4);\n    polygon.ps[3] = Point(166, 4742.4);\n    new ShapeRef(router, polygon, 312);\n\n    // shapeRef313\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(756, 4742.4);\n    polygon.ps[1] = Point(756, 4804.4);\n    polygon.ps[2] = Point(694, 4804.4);\n    polygon.ps[3] = Point(694, 4742.4);\n    new ShapeRef(router, polygon, 313);\n\n    // shapeRef314\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2901, 5039.4);\n    polygon.ps[1] = Point(2901, 5101.4);\n    polygon.ps[2] = Point(2839, 5101.4);\n    polygon.ps[3] = Point(2839, 5039.4);\n    new ShapeRef(router, polygon, 314);\n\n    // shapeRef315\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1944, 5039.4);\n    polygon.ps[1] = Point(1944, 5101.4);\n    polygon.ps[2] = Point(1882, 5101.4);\n    polygon.ps[3] = Point(1882, 5039.4);\n    new ShapeRef(router, polygon, 315);\n\n    // shapeRef316\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 7697.89);\n    polygon.ps[1] = Point(9189.03, 7737.89);\n    polygon.ps[2] = Point(9134.03, 7737.89);\n    polygon.ps[3] = Point(9134.03, 7697.89);\n    new ShapeRef(router, polygon, 316);\n\n    // shapeRef317\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 7697.89);\n    polygon.ps[1] = Point(9289.03, 7737.89);\n    polygon.ps[2] = Point(9234.03, 7737.89);\n    polygon.ps[3] = Point(9234.03, 7697.89);\n    new ShapeRef(router, polygon, 317);\n\n    // shapeRef318\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 7697.89);\n    polygon.ps[1] = Point(9389.03, 7737.89);\n    polygon.ps[2] = Point(9334.03, 7737.89);\n    polygon.ps[3] = Point(9334.03, 7697.89);\n    new ShapeRef(router, polygon, 318);\n\n    // shapeRef319\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 7797.89);\n    polygon.ps[1] = Point(8389.03, 7837.89);\n    polygon.ps[2] = Point(8334.03, 7837.89);\n    polygon.ps[3] = Point(8334.03, 7797.89);\n    new ShapeRef(router, polygon, 319);\n\n    // shapeRef320\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 7797.89);\n    polygon.ps[1] = Point(8489.03, 7837.89);\n    polygon.ps[2] = Point(8434.03, 7837.89);\n    polygon.ps[3] = Point(8434.03, 7797.89);\n    new ShapeRef(router, polygon, 320);\n\n    // shapeRef321\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 7797.89);\n    polygon.ps[1] = Point(8589.03, 7837.89);\n    polygon.ps[2] = Point(8534.03, 7837.89);\n    polygon.ps[3] = Point(8534.03, 7797.89);\n    new ShapeRef(router, polygon, 321);\n\n    // shapeRef322\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 7797.89);\n    polygon.ps[1] = Point(8789.03, 7837.89);\n    polygon.ps[2] = Point(8734.03, 7837.89);\n    polygon.ps[3] = Point(8734.03, 7797.89);\n    new ShapeRef(router, polygon, 322);\n\n    // shapeRef323\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 7797.89);\n    polygon.ps[1] = Point(8889.03, 7837.89);\n    polygon.ps[2] = Point(8834.03, 7837.89);\n    polygon.ps[3] = Point(8834.03, 7797.89);\n    new ShapeRef(router, polygon, 323);\n\n    // shapeRef324\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 7797.89);\n    polygon.ps[1] = Point(9089.03, 7837.89);\n    polygon.ps[2] = Point(9034.03, 7837.89);\n    polygon.ps[3] = Point(9034.03, 7797.89);\n    new ShapeRef(router, polygon, 324);\n\n    // shapeRef325\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18366.5, 3534.51);\n    polygon.ps[1] = Point(18366.5, 3596.51);\n    polygon.ps[2] = Point(18304.5, 3596.51);\n    polygon.ps[3] = Point(18304.5, 3534.51);\n    new ShapeRef(router, polygon, 325);\n\n    // shapeRef326\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 3534.51);\n    polygon.ps[1] = Point(18580, 3596.51);\n    polygon.ps[2] = Point(18518, 3596.51);\n    polygon.ps[3] = Point(18518, 3534.51);\n    new ShapeRef(router, polygon, 326);\n\n    // shapeRef327\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 3307.29);\n    polygon.ps[1] = Point(18580, 3369.29);\n    polygon.ps[2] = Point(18518, 3369.29);\n    polygon.ps[3] = Point(18518, 3307.29);\n    new ShapeRef(router, polygon, 327);\n\n    // shapeRef328\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 3307.29);\n    polygon.ps[1] = Point(18797.5, 3369.29);\n    polygon.ps[2] = Point(18735.5, 3369.29);\n    polygon.ps[3] = Point(18735.5, 3307.29);\n    new ShapeRef(router, polygon, 328);\n\n    // shapeRef329\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 3534.51);\n    polygon.ps[1] = Point(18797.5, 3596.51);\n    polygon.ps[2] = Point(18735.5, 3596.51);\n    polygon.ps[3] = Point(18735.5, 3534.51);\n    new ShapeRef(router, polygon, 329);\n\n    // shapeRef330\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 3798.51);\n    polygon.ps[1] = Point(18797.5, 3860.51);\n    polygon.ps[2] = Point(18735.5, 3860.51);\n    polygon.ps[3] = Point(18735.5, 3798.51);\n    new ShapeRef(router, polygon, 330);\n\n    // shapeRef331\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16031.6, 9248.42);\n    polygon.ps[1] = Point(16031.6, 9310.42);\n    polygon.ps[2] = Point(15969.6, 9310.42);\n    polygon.ps[3] = Point(15969.6, 9248.42);\n    new ShapeRef(router, polygon, 331);\n\n    // shapeRef332\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 7897.89);\n    polygon.ps[1] = Point(8889.03, 7937.89);\n    polygon.ps[2] = Point(8834.03, 7937.89);\n    polygon.ps[3] = Point(8834.03, 7897.89);\n    new ShapeRef(router, polygon, 332);\n\n    // shapeRef333\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 3435.51);\n    polygon.ps[1] = Point(7639.1, 3497.51);\n    polygon.ps[2] = Point(7577.1, 3497.51);\n    polygon.ps[3] = Point(7577.1, 3435.51);\n    new ShapeRef(router, polygon, 333);\n\n    // shapeRef334\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 2482.29);\n    polygon.ps[1] = Point(7639.1, 2544.29);\n    polygon.ps[2] = Point(7577.1, 2544.29);\n    polygon.ps[3] = Point(7577.1, 2482.29);\n    new ShapeRef(router, polygon, 334);\n\n    // shapeRef335\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 1945.29);\n    polygon.ps[1] = Point(7639.1, 2007.29);\n    polygon.ps[2] = Point(7577.1, 2007.29);\n    polygon.ps[3] = Point(7577.1, 1945.29);\n    new ShapeRef(router, polygon, 335);\n\n    // shapeRef336\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 7897.89);\n    polygon.ps[1] = Point(9289.03, 7937.89);\n    polygon.ps[2] = Point(9234.03, 7937.89);\n    polygon.ps[3] = Point(9234.03, 7897.89);\n    new ShapeRef(router, polygon, 336);\n\n    // shapeRef337\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 7897.89);\n    polygon.ps[1] = Point(9389.03, 7937.89);\n    polygon.ps[2] = Point(9334.03, 7937.89);\n    polygon.ps[3] = Point(9334.03, 7897.89);\n    new ShapeRef(router, polygon, 337);\n\n    // shapeRef338\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6088.1, 8548.99);\n    polygon.ps[1] = Point(6088.1, 8610.99);\n    polygon.ps[2] = Point(6026.1, 8610.99);\n    polygon.ps[3] = Point(6026.1, 8548.99);\n    new ShapeRef(router, polygon, 338);\n\n    // shapeRef339\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6088.1, 8251.99);\n    polygon.ps[1] = Point(6088.1, 8313.99);\n    polygon.ps[2] = Point(6026.1, 8313.99);\n    polygon.ps[3] = Point(6026.1, 8251.99);\n    new ShapeRef(router, polygon, 339);\n\n    // shapeRef340\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5791.1, 8875.22);\n    polygon.ps[1] = Point(5791.1, 8937.22);\n    polygon.ps[2] = Point(5729.1, 8937.22);\n    polygon.ps[3] = Point(5729.1, 8875.22);\n    new ShapeRef(router, polygon, 340);\n\n    // shapeRef341\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5791.1, 8548.99);\n    polygon.ps[1] = Point(5791.1, 8610.99);\n    polygon.ps[2] = Point(5729.1, 8610.99);\n    polygon.ps[3] = Point(5729.1, 8548.99);\n    new ShapeRef(router, polygon, 341);\n\n    // shapeRef342\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5791.1, 8251.99);\n    polygon.ps[1] = Point(5791.1, 8313.99);\n    polygon.ps[2] = Point(5729.1, 8313.99);\n    polygon.ps[3] = Point(5729.1, 8251.99);\n    new ShapeRef(router, polygon, 342);\n\n    // shapeRef343\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5791.1, 7812.79);\n    polygon.ps[1] = Point(5791.1, 7874.79);\n    polygon.ps[2] = Point(5729.1, 7874.79);\n    polygon.ps[3] = Point(5729.1, 7812.79);\n    new ShapeRef(router, polygon, 343);\n\n    // shapeRef344\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 7997.89);\n    polygon.ps[1] = Point(8989.03, 8037.89);\n    polygon.ps[2] = Point(8934.03, 8037.89);\n    polygon.ps[3] = Point(8934.03, 7997.89);\n    new ShapeRef(router, polygon, 344);\n\n    // shapeRef345\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 7997.89);\n    polygon.ps[1] = Point(9089.03, 8037.89);\n    polygon.ps[2] = Point(9034.03, 8037.89);\n    polygon.ps[3] = Point(9034.03, 7997.89);\n    new ShapeRef(router, polygon, 345);\n\n    // shapeRef346\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 7997.89);\n    polygon.ps[1] = Point(9189.03, 8037.89);\n    polygon.ps[2] = Point(9134.03, 8037.89);\n    polygon.ps[3] = Point(9134.03, 7997.89);\n    new ShapeRef(router, polygon, 346);\n\n    // shapeRef347\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 7997.89);\n    polygon.ps[1] = Point(9289.03, 8037.89);\n    polygon.ps[2] = Point(9234.03, 8037.89);\n    polygon.ps[3] = Point(9234.03, 7997.89);\n    new ShapeRef(router, polygon, 347);\n\n    // shapeRef348\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 10585.3);\n    polygon.ps[1] = Point(1911, 10647.3);\n    polygon.ps[2] = Point(1849, 10647.3);\n    polygon.ps[3] = Point(1849, 10585.3);\n    new ShapeRef(router, polygon, 348);\n\n    // shapeRef349\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 10982.6);\n    polygon.ps[1] = Point(1911, 11044.6);\n    polygon.ps[2] = Point(1849, 11044.6);\n    polygon.ps[3] = Point(1849, 10982.6);\n    new ShapeRef(router, polygon, 349);\n\n    // shapeRef350\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18003.5, 8743.22);\n    polygon.ps[1] = Point(18003.5, 8805.22);\n    polygon.ps[2] = Point(17941.5, 8805.22);\n    polygon.ps[3] = Point(17941.5, 8743.22);\n    new ShapeRef(router, polygon, 350);\n\n    // shapeRef351\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17772.5, 8743.22);\n    polygon.ps[1] = Point(17772.5, 8805.22);\n    polygon.ps[2] = Point(17710.5, 8805.22);\n    polygon.ps[3] = Point(17710.5, 8743.22);\n    new ShapeRef(router, polygon, 351);\n\n    // shapeRef352\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1581, 183.265);\n    polygon.ps[1] = Point(1581, 245.265);\n    polygon.ps[2] = Point(1519, 245.265);\n    polygon.ps[3] = Point(1519, 183.265);\n    new ShapeRef(router, polygon, 352);\n\n    // shapeRef353\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4221, 11114.6);\n    polygon.ps[1] = Point(4221, 11176.6);\n    polygon.ps[2] = Point(4159, 11176.6);\n    polygon.ps[3] = Point(4159, 11114.6);\n    new ShapeRef(router, polygon, 353);\n\n    // shapeRef354\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3726, 11114.6);\n    polygon.ps[1] = Point(3726, 11176.6);\n    polygon.ps[2] = Point(3664, 11176.6);\n    polygon.ps[3] = Point(3664, 11114.6);\n    new ShapeRef(router, polygon, 354);\n\n    // shapeRef355\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 8097.89);\n    polygon.ps[1] = Point(8989.03, 8137.89);\n    polygon.ps[2] = Point(8934.03, 8137.89);\n    polygon.ps[3] = Point(8934.03, 8097.89);\n    new ShapeRef(router, polygon, 355);\n\n    // shapeRef356\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 9083.42);\n    polygon.ps[1] = Point(4584, 9145.42);\n    polygon.ps[2] = Point(4522, 9145.42);\n    polygon.ps[3] = Point(4522, 9083.42);\n    new ShapeRef(router, polygon, 356);\n\n    // shapeRef357\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 7361.4);\n    polygon.ps[1] = Point(4584, 7423.4);\n    polygon.ps[2] = Point(4522, 7423.4);\n    polygon.ps[3] = Point(4522, 7361.4);\n    new ShapeRef(router, polygon, 357);\n\n    // shapeRef358\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 4874.4);\n    polygon.ps[1] = Point(10013.7, 4936.4);\n    polygon.ps[2] = Point(9951.69, 4936.4);\n    polygon.ps[3] = Point(9951.69, 4874.4);\n    new ShapeRef(router, polygon, 358);\n\n    // shapeRef359\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 5283.67);\n    polygon.ps[1] = Point(10013.7, 5345.67);\n    polygon.ps[2] = Point(9951.69, 5345.67);\n    polygon.ps[3] = Point(9951.69, 5283.67);\n    new ShapeRef(router, polygon, 359);\n\n    // shapeRef360\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11988.1, 3996.51);\n    polygon.ps[1] = Point(11988.1, 4058.51);\n    polygon.ps[2] = Point(11926.1, 4058.51);\n    polygon.ps[3] = Point(11926.1, 3996.51);\n    new ShapeRef(router, polygon, 360);\n\n    // shapeRef361\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 3765.51);\n    polygon.ps[1] = Point(11658.1, 3827.51);\n    polygon.ps[2] = Point(11596.1, 3827.51);\n    polygon.ps[3] = Point(11596.1, 3765.51);\n    new ShapeRef(router, polygon, 361);\n\n    // shapeRef362\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 4128.51);\n    polygon.ps[1] = Point(11658.1, 4190.51);\n    polygon.ps[2] = Point(11596.1, 4190.51);\n    polygon.ps[3] = Point(11596.1, 4128.51);\n    new ShapeRef(router, polygon, 362);\n\n    // shapeRef363\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 3732.51);\n    polygon.ps[1] = Point(12219.1, 3794.51);\n    polygon.ps[2] = Point(12157.1, 3794.51);\n    polygon.ps[3] = Point(12157.1, 3732.51);\n    new ShapeRef(router, polygon, 363);\n\n    // shapeRef364\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 12129.3);\n    polygon.ps[1] = Point(4584, 12191.3);\n    polygon.ps[2] = Point(4522, 12191.3);\n    polygon.ps[3] = Point(4522, 12129.3);\n    new ShapeRef(router, polygon, 364);\n\n    // shapeRef365\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 11147.6);\n    polygon.ps[1] = Point(4584, 11209.6);\n    polygon.ps[2] = Point(4522, 11209.6);\n    polygon.ps[3] = Point(4522, 11147.6);\n    new ShapeRef(router, polygon, 365);\n\n    // shapeRef366\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 11796.9);\n    polygon.ps[1] = Point(4584, 11858.9);\n    polygon.ps[2] = Point(4522, 11858.9);\n    polygon.ps[3] = Point(4522, 11796.9);\n    new ShapeRef(router, polygon, 366);\n\n    // shapeRef367\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 8197.89);\n    polygon.ps[1] = Point(9089.03, 8237.89);\n    polygon.ps[2] = Point(9034.03, 8237.89);\n    polygon.ps[3] = Point(9034.03, 8197.89);\n    new ShapeRef(router, polygon, 367);\n\n    // shapeRef368\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 8424.22);\n    polygon.ps[1] = Point(9189.03, 8464.22);\n    polygon.ps[2] = Point(9134.03, 8464.22);\n    polygon.ps[3] = Point(9134.03, 8424.22);\n    new ShapeRef(router, polygon, 368);\n\n    // shapeRef369\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2967, 9017.42);\n    polygon.ps[1] = Point(2967, 9079.42);\n    polygon.ps[2] = Point(2905, 9079.42);\n    polygon.ps[3] = Point(2905, 9017.42);\n    new ShapeRef(router, polygon, 369);\n\n    // shapeRef370\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2967, 8548.99);\n    polygon.ps[1] = Point(2967, 8610.99);\n    polygon.ps[2] = Point(2905, 8610.99);\n    polygon.ps[3] = Point(2905, 8548.99);\n    new ShapeRef(router, polygon, 370);\n\n    // shapeRef371\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2967, 9380.42);\n    polygon.ps[1] = Point(2967, 9442.42);\n    polygon.ps[2] = Point(2905, 9442.42);\n    polygon.ps[3] = Point(2905, 9380.42);\n    new ShapeRef(router, polygon, 371);\n\n    // shapeRef372\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2967, 8142.79);\n    polygon.ps[1] = Point(2967, 8204.79);\n    polygon.ps[2] = Point(2905, 8204.79);\n    polygon.ps[3] = Point(2905, 8142.79);\n    new ShapeRef(router, polygon, 372);\n\n    // shapeRef373\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 12195.3);\n    polygon.ps[1] = Point(4056, 12257.3);\n    polygon.ps[2] = Point(3994, 12257.3);\n    polygon.ps[3] = Point(3994, 12195.3);\n    new ShapeRef(router, polygon, 373);\n\n    // shapeRef374\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 8297.89);\n    polygon.ps[1] = Point(8689.03, 8337.89);\n    polygon.ps[2] = Point(8634.03, 8337.89);\n    polygon.ps[3] = Point(8634.03, 8297.89);\n    new ShapeRef(router, polygon, 374);\n\n    // shapeRef375\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 12195.3);\n    polygon.ps[1] = Point(1911, 12257.3);\n    polygon.ps[2] = Point(1849, 12257.3);\n    polygon.ps[3] = Point(1849, 12195.3);\n    new ShapeRef(router, polygon, 375);\n\n    // shapeRef376\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 10651.3);\n    polygon.ps[1] = Point(12021.1, 10713.3);\n    polygon.ps[2] = Point(11959.1, 10713.3);\n    polygon.ps[3] = Point(11959.1, 10651.3);\n    new ShapeRef(router, polygon, 376);\n\n    // shapeRef377\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 11048.6);\n    polygon.ps[1] = Point(12021.1, 11110.6);\n    polygon.ps[2] = Point(11959.1, 11110.6);\n    polygon.ps[3] = Point(11959.1, 11048.6);\n    new ShapeRef(router, polygon, 377);\n\n    // shapeRef378\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11724.1, 1813.29);\n    polygon.ps[1] = Point(11724.1, 1875.29);\n    polygon.ps[2] = Point(11662.1, 1875.29);\n    polygon.ps[3] = Point(11662.1, 1813.29);\n    new ShapeRef(router, polygon, 378);\n\n    // shapeRef379\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11889.1, 9677.42);\n    polygon.ps[1] = Point(11889.1, 9739.42);\n    polygon.ps[2] = Point(11827.1, 9739.42);\n    polygon.ps[3] = Point(11827.1, 9677.42);\n    new ShapeRef(router, polygon, 379);\n\n    // shapeRef380\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 9677.42);\n    polygon.ps[1] = Point(11460.1, 9739.42);\n    polygon.ps[2] = Point(11398.1, 9739.42);\n    polygon.ps[3] = Point(11398.1, 9677.42);\n    new ShapeRef(router, polygon, 380);\n\n    // shapeRef381\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 9644.42);\n    polygon.ps[1] = Point(12562.5, 9706.42);\n    polygon.ps[2] = Point(12500.5, 9706.42);\n    polygon.ps[3] = Point(12500.5, 9644.42);\n    new ShapeRef(router, polygon, 381);\n\n    // shapeRef382\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12318.1, 9347.42);\n    polygon.ps[1] = Point(12318.1, 9409.42);\n    polygon.ps[2] = Point(12256.1, 9409.42);\n    polygon.ps[3] = Point(12256.1, 9347.42);\n    new ShapeRef(router, polygon, 382);\n\n    // shapeRef383\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12054.1, 7581.79);\n    polygon.ps[1] = Point(12054.1, 7643.79);\n    polygon.ps[2] = Point(11992.1, 7643.79);\n    polygon.ps[3] = Point(11992.1, 7581.79);\n    new ShapeRef(router, polygon, 383);\n\n    // shapeRef384\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 8809.22);\n    polygon.ps[1] = Point(228, 8871.22);\n    polygon.ps[2] = Point(166, 8871.22);\n    polygon.ps[3] = Point(166, 8809.22);\n    new ShapeRef(router, polygon, 384);\n\n    // shapeRef385\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 5316.67);\n    polygon.ps[1] = Point(228, 5378.67);\n    polygon.ps[2] = Point(166, 5378.67);\n    polygon.ps[3] = Point(166, 5316.67);\n    new ShapeRef(router, polygon, 385);\n\n    // shapeRef386\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 5791.9);\n    polygon.ps[1] = Point(492, 5853.9);\n    polygon.ps[2] = Point(430, 5853.9);\n    polygon.ps[3] = Point(430, 5791.9);\n    new ShapeRef(router, polygon, 386);\n\n    // shapeRef387\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13019.5, 12261.3);\n    polygon.ps[1] = Point(13019.5, 12323.3);\n    polygon.ps[2] = Point(12957.5, 12323.3);\n    polygon.ps[3] = Point(12957.5, 12261.3);\n    new ShapeRef(router, polygon, 387);\n\n    // shapeRef388\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13573, 12261.3);\n    polygon.ps[1] = Point(13573, 12323.3);\n    polygon.ps[2] = Point(13511, 12323.3);\n    polygon.ps[3] = Point(13511, 12261.3);\n    new ShapeRef(router, polygon, 388);\n\n    // shapeRef389\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13264, 11951.3);\n    polygon.ps[1] = Point(13264, 12013.3);\n    polygon.ps[2] = Point(13202, 12013.3);\n    polygon.ps[3] = Point(13202, 11951.3);\n    new ShapeRef(router, polygon, 389);\n\n    // shapeRef390\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13936, 12096.3);\n    polygon.ps[1] = Point(13936, 12158.3);\n    polygon.ps[2] = Point(13874, 12158.3);\n    polygon.ps[3] = Point(13874, 12096.3);\n    new ShapeRef(router, polygon, 390);\n\n    // shapeRef391\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 8611.22);\n    polygon.ps[1] = Point(14827, 8673.22);\n    polygon.ps[2] = Point(14765, 8673.22);\n    polygon.ps[3] = Point(14765, 8611.22);\n    new ShapeRef(router, polygon, 391);\n\n    // shapeRef392\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14464, 8611.22);\n    polygon.ps[1] = Point(14464, 8673.22);\n    polygon.ps[2] = Point(14402, 8673.22);\n    polygon.ps[3] = Point(14402, 8611.22);\n    new ShapeRef(router, polygon, 392);\n\n    // shapeRef393\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 9182.42);\n    polygon.ps[1] = Point(14827, 9244.42);\n    polygon.ps[2] = Point(14765, 9244.42);\n    polygon.ps[3] = Point(14765, 9182.42);\n    new ShapeRef(router, polygon, 393);\n\n    // shapeRef394\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 9116.42);\n    polygon.ps[1] = Point(15899.6, 9178.42);\n    polygon.ps[2] = Point(15837.6, 9178.42);\n    polygon.ps[3] = Point(15837.6, 9116.42);\n    new ShapeRef(router, polygon, 394);\n\n    // shapeRef395\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16295.6, 9116.42);\n    polygon.ps[1] = Point(16295.6, 9178.42);\n    polygon.ps[2] = Point(16233.6, 9178.42);\n    polygon.ps[3] = Point(16233.6, 9116.42);\n    new ShapeRef(router, polygon, 395);\n\n    // shapeRef396\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 9978.02);\n    polygon.ps[1] = Point(16130.6, 10040);\n    polygon.ps[2] = Point(16068.6, 10040);\n    polygon.ps[3] = Point(16068.6, 9978.02);\n    new ShapeRef(router, polygon, 396);\n\n    // shapeRef397\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16493.6, 9978.02);\n    polygon.ps[1] = Point(16493.6, 10040);\n    polygon.ps[2] = Point(16431.6, 10040);\n    polygon.ps[3] = Point(16431.6, 9978.02);\n    new ShapeRef(router, polygon, 397);\n\n    // shapeRef398\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 10275);\n    polygon.ps[1] = Point(16753.8, 10337);\n    polygon.ps[2] = Point(16691.8, 10337);\n    polygon.ps[3] = Point(16691.8, 10275);\n    new ShapeRef(router, polygon, 398);\n\n    // shapeRef399\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17871.5, 7031.4);\n    polygon.ps[1] = Point(17871.5, 7093.4);\n    polygon.ps[2] = Point(17809.5, 7093.4);\n    polygon.ps[3] = Point(17809.5, 7031.4);\n    new ShapeRef(router, polygon, 399);\n\n    // shapeRef400\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18036.5, 7911.79);\n    polygon.ps[1] = Point(18036.5, 7973.79);\n    polygon.ps[2] = Point(17974.5, 7973.79);\n    polygon.ps[3] = Point(17974.5, 7911.79);\n    new ShapeRef(router, polygon, 400);\n\n    // shapeRef401\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18234.5, 8743.22);\n    polygon.ps[1] = Point(18234.5, 8805.22);\n    polygon.ps[2] = Point(18172.5, 8805.22);\n    polygon.ps[3] = Point(18172.5, 8743.22);\n    new ShapeRef(router, polygon, 401);\n\n    // shapeRef402\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11724.1, 2449.29);\n    polygon.ps[1] = Point(11724.1, 2511.29);\n    polygon.ps[2] = Point(11662.1, 2511.29);\n    polygon.ps[3] = Point(11662.1, 2449.29);\n    new ShapeRef(router, polygon, 402);\n\n    // shapeRef403\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16361.6, 11015.6);\n    polygon.ps[1] = Point(16361.6, 11077.6);\n    polygon.ps[2] = Point(16299.6, 11077.6);\n    polygon.ps[3] = Point(16299.6, 11015.6);\n    new ShapeRef(router, polygon, 403);\n\n    // shapeRef404\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16361.6, 10473);\n    polygon.ps[1] = Point(16361.6, 10535);\n    polygon.ps[2] = Point(16299.6, 10535);\n    polygon.ps[3] = Point(16299.6, 10473);\n    new ShapeRef(router, polygon, 404);\n\n    // shapeRef405\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16361.6, 9644.42);\n    polygon.ps[1] = Point(16361.6, 9706.42);\n    polygon.ps[2] = Point(16299.6, 9706.42);\n    polygon.ps[3] = Point(16299.6, 9644.42);\n    new ShapeRef(router, polygon, 405);\n\n    // shapeRef406\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11104.2, 4643.4);\n    polygon.ps[1] = Point(11104.2, 4705.4);\n    polygon.ps[2] = Point(11042.2, 4705.4);\n    polygon.ps[3] = Point(11042.2, 4643.4);\n    new ShapeRef(router, polygon, 406);\n\n    // shapeRef407\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5013, 4907.4);\n    polygon.ps[1] = Point(5013, 4969.4);\n    polygon.ps[2] = Point(4951, 4969.4);\n    polygon.ps[3] = Point(4951, 4907.4);\n    new ShapeRef(router, polygon, 407);\n\n    // shapeRef408\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3330, 6790.21);\n    polygon.ps[1] = Point(3330, 6852.21);\n    polygon.ps[2] = Point(3268, 6852.21);\n    polygon.ps[3] = Point(3268, 6790.21);\n    new ShapeRef(router, polygon, 408);\n\n    // shapeRef409\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3990, 5626.9);\n    polygon.ps[1] = Point(3990, 5688.9);\n    polygon.ps[2] = Point(3928, 5688.9);\n    polygon.ps[3] = Point(3928, 5626.9);\n    new ShapeRef(router, polygon, 409);\n\n    // shapeRef410\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3165, 5626.9);\n    polygon.ps[1] = Point(3165, 5688.9);\n    polygon.ps[2] = Point(3103, 5688.9);\n    polygon.ps[3] = Point(3103, 5626.9);\n    new ShapeRef(router, polygon, 410);\n\n    // shapeRef411\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3660, 5626.9);\n    polygon.ps[1] = Point(3660, 5688.9);\n    polygon.ps[2] = Point(3598, 5688.9);\n    polygon.ps[3] = Point(3598, 5626.9);\n    new ShapeRef(router, polygon, 411);\n\n    // shapeRef412\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5659.1, 7581.79);\n    polygon.ps[1] = Point(5659.1, 7643.79);\n    polygon.ps[2] = Point(5597.1, 7643.79);\n    polygon.ps[3] = Point(5597.1, 7581.79);\n    new ShapeRef(router, polygon, 412);\n\n    // shapeRef413\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5659.1, 6965.4);\n    polygon.ps[1] = Point(5659.1, 7027.4);\n    polygon.ps[2] = Point(5597.1, 7027.4);\n    polygon.ps[3] = Point(5597.1, 6965.4);\n    new ShapeRef(router, polygon, 413);\n\n    // shapeRef414\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 6153.51);\n    polygon.ps[1] = Point(1911, 6215.51);\n    polygon.ps[2] = Point(1849, 6215.51);\n    polygon.ps[3] = Point(1849, 6153.51);\n    new ShapeRef(router, polygon, 414);\n\n    // shapeRef415\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 7196.4);\n    polygon.ps[1] = Point(1911, 7258.4);\n    polygon.ps[2] = Point(1849, 7258.4);\n    polygon.ps[3] = Point(1849, 7196.4);\n    new ShapeRef(router, polygon, 415);\n\n    // shapeRef416\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12285.1, 2449.29);\n    polygon.ps[1] = Point(12285.1, 2511.29);\n    polygon.ps[2] = Point(12223.1, 2511.29);\n    polygon.ps[3] = Point(12223.1, 2449.29);\n    new ShapeRef(router, polygon, 416);\n\n    // shapeRef417\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11724.1, 2185.29);\n    polygon.ps[1] = Point(11724.1, 2247.29);\n    polygon.ps[2] = Point(11662.1, 2247.29);\n    polygon.ps[3] = Point(11662.1, 2185.29);\n    new ShapeRef(router, polygon, 417);\n\n    // shapeRef418\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17508.5, 3600.51);\n    polygon.ps[1] = Point(17508.5, 3662.51);\n    polygon.ps[2] = Point(17446.5, 3662.51);\n    polygon.ps[3] = Point(17446.5, 3600.51);\n    new ShapeRef(router, polygon, 418);\n\n    // shapeRef419\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12186.1, 2185.29);\n    polygon.ps[1] = Point(12186.1, 2247.29);\n    polygon.ps[2] = Point(12124.1, 2247.29);\n    polygon.ps[3] = Point(12124.1, 2185.29);\n    new ShapeRef(router, polygon, 419);\n\n    // shapeRef420\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12854.5, 1846.29);\n    polygon.ps[1] = Point(12854.5, 1908.29);\n    polygon.ps[2] = Point(12792.5, 1908.29);\n    polygon.ps[3] = Point(12792.5, 1846.29);\n    new ShapeRef(router, polygon, 420);\n\n    // shapeRef421\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13507, 2185.29);\n    polygon.ps[1] = Point(13507, 2247.29);\n    polygon.ps[2] = Point(13445, 2247.29);\n    polygon.ps[3] = Point(13445, 2185.29);\n    new ShapeRef(router, polygon, 421);\n\n    // shapeRef422\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12854.5, 2185.29);\n    polygon.ps[1] = Point(12854.5, 2247.29);\n    polygon.ps[2] = Point(12792.5, 2247.29);\n    polygon.ps[3] = Point(12792.5, 2185.29);\n    new ShapeRef(router, polygon, 422);\n\n    // shapeRef423\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12854.5, 2515.29);\n    polygon.ps[1] = Point(12854.5, 2577.29);\n    polygon.ps[2] = Point(12792.5, 2577.29);\n    polygon.ps[3] = Point(12792.5, 2515.29);\n    new ShapeRef(router, polygon, 423);\n\n    // shapeRef424\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12854.5, 2944.29);\n    polygon.ps[1] = Point(12854.5, 3006.29);\n    polygon.ps[2] = Point(12792.5, 3006.29);\n    polygon.ps[3] = Point(12792.5, 2944.29);\n    new ShapeRef(router, polygon, 424);\n\n    // shapeRef425\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 6516.51);\n    polygon.ps[1] = Point(11658.1, 6578.51);\n    polygon.ps[2] = Point(11596.1, 6578.51);\n    polygon.ps[3] = Point(11596.1, 6516.51);\n    new ShapeRef(router, polygon, 425);\n\n    // shapeRef426\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 6186.51);\n    polygon.ps[1] = Point(17083.8, 6248.51);\n    polygon.ps[2] = Point(17021.8, 6248.51);\n    polygon.ps[3] = Point(17021.8, 6186.51);\n    new ShapeRef(router, polygon, 426);\n\n    // shapeRef427\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 6516.51);\n    polygon.ps[1] = Point(17083.8, 6578.51);\n    polygon.ps[2] = Point(17021.8, 6578.51);\n    polygon.ps[3] = Point(17021.8, 6516.51);\n    new ShapeRef(router, polygon, 427);\n\n    // shapeRef428\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 8797.89);\n    polygon.ps[1] = Point(8589.03, 8837.89);\n    polygon.ps[2] = Point(8534.03, 8837.89);\n    polygon.ps[3] = Point(8534.03, 8797.89);\n    new ShapeRef(router, polygon, 428);\n\n    // shapeRef429\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 8797.89);\n    polygon.ps[1] = Point(8689.03, 8837.89);\n    polygon.ps[2] = Point(8634.03, 8837.89);\n    polygon.ps[3] = Point(8634.03, 8797.89);\n    new ShapeRef(router, polygon, 429);\n\n    // shapeRef430\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 12017.3);\n    polygon.ps[1] = Point(1911, 12079.3);\n    polygon.ps[2] = Point(1849, 12079.3);\n    polygon.ps[3] = Point(1849, 12017.3);\n    new ShapeRef(router, polygon, 430);\n\n    // shapeRef431\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 11549.7);\n    polygon.ps[1] = Point(1911, 11611.7);\n    polygon.ps[2] = Point(1849, 11611.7);\n    polygon.ps[3] = Point(1849, 11549.7);\n    new ShapeRef(router, polygon, 431);\n\n    // shapeRef432\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 10585.3);\n    polygon.ps[1] = Point(1350, 10647.3);\n    polygon.ps[2] = Point(1288, 10647.3);\n    polygon.ps[3] = Point(1288, 10585.3);\n    new ShapeRef(router, polygon, 432);\n\n    // shapeRef433\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 10275);\n    polygon.ps[1] = Point(1350, 10337);\n    polygon.ps[2] = Point(1288, 10337);\n    polygon.ps[3] = Point(1288, 10275);\n    new ShapeRef(router, polygon, 433);\n\n    // shapeRef434\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 9945.02);\n    polygon.ps[1] = Point(1350, 10007);\n    polygon.ps[2] = Point(1288, 10007);\n    polygon.ps[3] = Point(1288, 9945.02);\n    new ShapeRef(router, polygon, 434);\n\n    // shapeRef435\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 9479.42);\n    polygon.ps[1] = Point(1350, 9541.42);\n    polygon.ps[2] = Point(1288, 9541.42);\n    polygon.ps[3] = Point(1288, 9479.42);\n    new ShapeRef(router, polygon, 435);\n\n    // shapeRef436\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 9116.42);\n    polygon.ps[1] = Point(1350, 9178.42);\n    polygon.ps[2] = Point(1288, 9178.42);\n    polygon.ps[3] = Point(1288, 9116.42);\n    new ShapeRef(router, polygon, 436);\n\n    // shapeRef437\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 10275);\n    polygon.ps[1] = Point(1911, 10337);\n    polygon.ps[2] = Point(1849, 10337);\n    polygon.ps[3] = Point(1849, 10275);\n    new ShapeRef(router, polygon, 437);\n\n    // shapeRef438\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 9945.02);\n    polygon.ps[1] = Point(1911, 10007);\n    polygon.ps[2] = Point(1849, 10007);\n    polygon.ps[3] = Point(1849, 9945.02);\n    new ShapeRef(router, polygon, 438);\n\n    // shapeRef439\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 9479.42);\n    polygon.ps[1] = Point(1911, 9541.42);\n    polygon.ps[2] = Point(1849, 9541.42);\n    polygon.ps[3] = Point(1849, 9479.42);\n    new ShapeRef(router, polygon, 439);\n\n    // shapeRef440\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 9116.42);\n    polygon.ps[1] = Point(1911, 9178.42);\n    polygon.ps[2] = Point(1849, 9178.42);\n    polygon.ps[3] = Point(1849, 9116.42);\n    new ShapeRef(router, polygon, 440);\n\n    // shapeRef441\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 8897.89);\n    polygon.ps[1] = Point(8789.03, 8937.89);\n    polygon.ps[2] = Point(8734.03, 8937.89);\n    polygon.ps[3] = Point(8734.03, 8897.89);\n    new ShapeRef(router, polygon, 441);\n\n    // shapeRef442\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 8897.89);\n    polygon.ps[1] = Point(8889.03, 8937.89);\n    polygon.ps[2] = Point(8834.03, 8937.89);\n    polygon.ps[3] = Point(8834.03, 8897.89);\n    new ShapeRef(router, polygon, 442);\n\n    // shapeRef443\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 8897.89);\n    polygon.ps[1] = Point(8989.03, 8937.89);\n    polygon.ps[2] = Point(8934.03, 8937.89);\n    polygon.ps[3] = Point(8934.03, 8897.89);\n    new ShapeRef(router, polygon, 443);\n\n    // shapeRef444\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 8897.89);\n    polygon.ps[1] = Point(9089.03, 8937.89);\n    polygon.ps[2] = Point(9034.03, 8937.89);\n    polygon.ps[3] = Point(9034.03, 8897.89);\n    new ShapeRef(router, polygon, 444);\n\n    // shapeRef445\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 8897.89);\n    polygon.ps[1] = Point(9189.03, 8937.89);\n    polygon.ps[2] = Point(9134.03, 8937.89);\n    polygon.ps[3] = Point(9134.03, 8897.89);\n    new ShapeRef(router, polygon, 445);\n\n    // shapeRef446\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2043, 2779.29);\n    polygon.ps[1] = Point(2043, 2841.29);\n    polygon.ps[2] = Point(1981, 2841.29);\n    polygon.ps[3] = Point(1981, 2779.29);\n    new ShapeRef(router, polygon, 446);\n\n    // shapeRef447\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 4029.51);\n    polygon.ps[1] = Point(4980, 4091.51);\n    polygon.ps[2] = Point(4918, 4091.51);\n    polygon.ps[3] = Point(4918, 4029.51);\n    new ShapeRef(router, polygon, 447);\n\n    // shapeRef448\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 3307.29);\n    polygon.ps[1] = Point(1779, 3369.29);\n    polygon.ps[2] = Point(1717, 3369.29);\n    polygon.ps[3] = Point(1717, 3307.29);\n    new ShapeRef(router, polygon, 448);\n\n    // shapeRef449\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1053, 3435.51);\n    polygon.ps[1] = Point(1053, 3497.51);\n    polygon.ps[2] = Point(991, 3497.51);\n    polygon.ps[3] = Point(991, 3435.51);\n    new ShapeRef(router, polygon, 449);\n\n    // shapeRef450\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 3567.51);\n    polygon.ps[1] = Point(1449, 3629.51);\n    polygon.ps[2] = Point(1387, 3629.51);\n    polygon.ps[3] = Point(1387, 3567.51);\n    new ShapeRef(router, polygon, 450);\n\n    // shapeRef451\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2307, 3897.51);\n    polygon.ps[1] = Point(2307, 3959.51);\n    polygon.ps[2] = Point(2245, 3959.51);\n    polygon.ps[3] = Point(2245, 3897.51);\n    new ShapeRef(router, polygon, 451);\n\n    // shapeRef452\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(327, 3666.51);\n    polygon.ps[1] = Point(327, 3728.51);\n    polygon.ps[2] = Point(265, 3728.51);\n    polygon.ps[3] = Point(265, 3666.51);\n    new ShapeRef(router, polygon, 452);\n\n    // shapeRef453\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(558, 3666.51);\n    polygon.ps[1] = Point(558, 3728.51);\n    polygon.ps[2] = Point(496, 3728.51);\n    polygon.ps[3] = Point(496, 3666.51);\n    new ShapeRef(router, polygon, 453);\n\n    // shapeRef454\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(888, 3666.51);\n    polygon.ps[1] = Point(888, 3728.51);\n    polygon.ps[2] = Point(826, 3728.51);\n    polygon.ps[3] = Point(826, 3666.51);\n    new ShapeRef(router, polygon, 454);\n\n    // shapeRef455\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1284, 3666.51);\n    polygon.ps[1] = Point(1284, 3728.51);\n    polygon.ps[2] = Point(1222, 3728.51);\n    polygon.ps[3] = Point(1222, 3666.51);\n    new ShapeRef(router, polygon, 455);\n\n    // shapeRef456\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1713, 3666.51);\n    polygon.ps[1] = Point(1713, 3728.51);\n    polygon.ps[2] = Point(1651, 3728.51);\n    polygon.ps[3] = Point(1651, 3666.51);\n    new ShapeRef(router, polygon, 456);\n\n    // shapeRef457\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2043, 3666.51);\n    polygon.ps[1] = Point(2043, 3728.51);\n    polygon.ps[2] = Point(1981, 3728.51);\n    polygon.ps[3] = Point(1981, 3666.51);\n    new ShapeRef(router, polygon, 457);\n\n    // shapeRef458\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 3109.29);\n    polygon.ps[1] = Point(228, 3171.29);\n    polygon.ps[2] = Point(166, 3171.29);\n    polygon.ps[3] = Point(166, 3109.29);\n    new ShapeRef(router, polygon, 458);\n\n    // shapeRef459\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1119, 2614.29);\n    polygon.ps[1] = Point(1119, 2676.29);\n    polygon.ps[2] = Point(1057, 2676.29);\n    polygon.ps[3] = Point(1057, 2614.29);\n    new ShapeRef(router, polygon, 459);\n\n    // shapeRef460\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(459, 2614.29);\n    polygon.ps[1] = Point(459, 2676.29);\n    polygon.ps[2] = Point(397, 2676.29);\n    polygon.ps[3] = Point(397, 2614.29);\n    new ShapeRef(router, polygon, 460);\n\n    // shapeRef461\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(723, 1813.29);\n    polygon.ps[1] = Point(723, 1875.29);\n    polygon.ps[2] = Point(661, 1875.29);\n    polygon.ps[3] = Point(661, 1813.29);\n    new ShapeRef(router, polygon, 461);\n\n    // shapeRef462\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(723, 2614.29);\n    polygon.ps[1] = Point(723, 2676.29);\n    polygon.ps[2] = Point(661, 2676.29);\n    polygon.ps[3] = Point(661, 2614.29);\n    new ShapeRef(router, polygon, 462);\n\n    // shapeRef463\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(723, 2911.29);\n    polygon.ps[1] = Point(723, 2973.29);\n    polygon.ps[2] = Point(661, 2973.29);\n    polygon.ps[3] = Point(661, 2911.29);\n    new ShapeRef(router, polygon, 463);\n\n    // shapeRef464\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(459, 3109.29);\n    polygon.ps[1] = Point(459, 3171.29);\n    polygon.ps[2] = Point(397, 3171.29);\n    polygon.ps[3] = Point(397, 3109.29);\n    new ShapeRef(router, polygon, 464);\n\n    // shapeRef465\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(723, 3241.29);\n    polygon.ps[1] = Point(723, 3303.29);\n    polygon.ps[2] = Point(661, 3303.29);\n    polygon.ps[3] = Point(661, 3241.29);\n    new ShapeRef(router, polygon, 465);\n\n    // shapeRef466\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1086, 3109.29);\n    polygon.ps[1] = Point(1086, 3171.29);\n    polygon.ps[2] = Point(1024, 3171.29);\n    polygon.ps[3] = Point(1024, 3109.29);\n    new ShapeRef(router, polygon, 466);\n\n    // shapeRef467\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2043, 3109.29);\n    polygon.ps[1] = Point(2043, 3171.29);\n    polygon.ps[2] = Point(1981, 3171.29);\n    polygon.ps[3] = Point(1981, 3109.29);\n    new ShapeRef(router, polygon, 467);\n\n    // shapeRef468\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2637, 3109.29);\n    polygon.ps[1] = Point(2637, 3171.29);\n    polygon.ps[2] = Point(2575, 3171.29);\n    polygon.ps[3] = Point(2575, 3109.29);\n    new ShapeRef(router, polygon, 468);\n\n    // shapeRef469\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(987, 4297.11);\n    polygon.ps[1] = Point(987, 4359.11);\n    polygon.ps[2] = Point(925, 4359.11);\n    polygon.ps[3] = Point(925, 4297.11);\n    new ShapeRef(router, polygon, 469);\n\n    // shapeRef470\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1482, 4297.11);\n    polygon.ps[1] = Point(1482, 4359.11);\n    polygon.ps[2] = Point(1420, 4359.11);\n    polygon.ps[3] = Point(1420, 4297.11);\n    new ShapeRef(router, polygon, 470);\n\n    // shapeRef471\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6055.1, 3666.51);\n    polygon.ps[1] = Point(6055.1, 3728.51);\n    polygon.ps[2] = Point(5993.1, 3728.51);\n    polygon.ps[3] = Point(5993.1, 3666.51);\n    new ShapeRef(router, polygon, 471);\n\n    // shapeRef472\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5560.1, 3666.51);\n    polygon.ps[1] = Point(5560.1, 3728.51);\n    polygon.ps[2] = Point(5498.1, 3728.51);\n    polygon.ps[3] = Point(5498.1, 3666.51);\n    new ShapeRef(router, polygon, 472);\n\n    // shapeRef473\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5178, 3666.51);\n    polygon.ps[1] = Point(5178, 3728.51);\n    polygon.ps[2] = Point(5116, 3728.51);\n    polygon.ps[3] = Point(5116, 3666.51);\n    new ShapeRef(router, polygon, 473);\n\n    // shapeRef474\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4914, 3666.51);\n    polygon.ps[1] = Point(4914, 3728.51);\n    polygon.ps[2] = Point(4852, 3728.51);\n    polygon.ps[3] = Point(4852, 3666.51);\n    new ShapeRef(router, polygon, 474);\n\n    // shapeRef475\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 2515.29);\n    polygon.ps[1] = Point(1779, 2577.29);\n    polygon.ps[2] = Point(1717, 2577.29);\n    polygon.ps[3] = Point(1717, 2515.29);\n    new ShapeRef(router, polygon, 475);\n\n    // shapeRef476\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2208, 2515.29);\n    polygon.ps[1] = Point(2208, 2577.29);\n    polygon.ps[2] = Point(2146, 2577.29);\n    polygon.ps[3] = Point(2146, 2515.29);\n    new ShapeRef(router, polygon, 476);\n\n    // shapeRef477\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2538, 2515.29);\n    polygon.ps[1] = Point(2538, 2577.29);\n    polygon.ps[2] = Point(2476, 2577.29);\n    polygon.ps[3] = Point(2476, 2515.29);\n    new ShapeRef(router, polygon, 477);\n\n    // shapeRef478\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3000, 2515.29);\n    polygon.ps[1] = Point(3000, 2577.29);\n    polygon.ps[2] = Point(2938, 2577.29);\n    polygon.ps[3] = Point(2938, 2515.29);\n    new ShapeRef(router, polygon, 478);\n\n    // shapeRef479\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3858, 2284.29);\n    polygon.ps[1] = Point(3858, 2346.29);\n    polygon.ps[2] = Point(3796, 2346.29);\n    polygon.ps[3] = Point(3796, 2284.29);\n    new ShapeRef(router, polygon, 479);\n\n    // shapeRef480\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7045.1, 3798.51);\n    polygon.ps[1] = Point(7045.1, 3860.51);\n    polygon.ps[2] = Point(6983.1, 3860.51);\n    polygon.ps[3] = Point(6983.1, 3798.51);\n    new ShapeRef(router, polygon, 480);\n\n    // shapeRef481\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6451.1, 2482.29);\n    polygon.ps[1] = Point(6451.1, 2544.29);\n    polygon.ps[2] = Point(6389.1, 2544.29);\n    polygon.ps[3] = Point(6389.1, 2482.29);\n    new ShapeRef(router, polygon, 481);\n\n    // shapeRef482\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6847.1, 2482.29);\n    polygon.ps[1] = Point(6847.1, 2544.29);\n    polygon.ps[2] = Point(6785.1, 2544.29);\n    polygon.ps[3] = Point(6785.1, 2482.29);\n    new ShapeRef(router, polygon, 482);\n\n    // shapeRef483\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6451.1, 2746.29);\n    polygon.ps[1] = Point(6451.1, 2808.29);\n    polygon.ps[2] = Point(6389.1, 2808.29);\n    polygon.ps[3] = Point(6389.1, 2746.29);\n    new ShapeRef(router, polygon, 483);\n\n    // shapeRef484\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 3043.29);\n    polygon.ps[1] = Point(7375.1, 3105.29);\n    polygon.ps[2] = Point(7313.1, 3105.29);\n    polygon.ps[3] = Point(7313.1, 3043.29);\n    new ShapeRef(router, polygon, 484);\n\n    // shapeRef485\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8060.29, 3043.29);\n    polygon.ps[1] = Point(8060.29, 3105.29);\n    polygon.ps[2] = Point(7998.29, 3105.29);\n    polygon.ps[3] = Point(7998.29, 3043.29);\n    new ShapeRef(router, polygon, 485);\n\n    // shapeRef486\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6286.1, 3043.29);\n    polygon.ps[1] = Point(6286.1, 3105.29);\n    polygon.ps[2] = Point(6224.1, 3105.29);\n    polygon.ps[3] = Point(6224.1, 3043.29);\n    new ShapeRef(router, polygon, 486);\n\n    // shapeRef487\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5857.1, 3043.29);\n    polygon.ps[1] = Point(5857.1, 3105.29);\n    polygon.ps[2] = Point(5795.1, 3105.29);\n    polygon.ps[3] = Point(5795.1, 3043.29);\n    new ShapeRef(router, polygon, 487);\n\n    // shapeRef488\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 2746.29);\n    polygon.ps[1] = Point(7375.1, 2808.29);\n    polygon.ps[2] = Point(7313.1, 2808.29);\n    polygon.ps[3] = Point(7313.1, 2746.29);\n    new ShapeRef(router, polygon, 488);\n\n    // shapeRef489\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 2482.29);\n    polygon.ps[1] = Point(7375.1, 2544.29);\n    polygon.ps[2] = Point(7313.1, 2544.29);\n    polygon.ps[3] = Point(7313.1, 2482.29);\n    new ShapeRef(router, polygon, 489);\n\n    // shapeRef490\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 1945.29);\n    polygon.ps[1] = Point(7375.1, 2007.29);\n    polygon.ps[2] = Point(7313.1, 2007.29);\n    polygon.ps[3] = Point(7313.1, 1945.29);\n    new ShapeRef(router, polygon, 490);\n\n    // shapeRef491\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 1579.29);\n    polygon.ps[1] = Point(7375.1, 1641.29);\n    polygon.ps[2] = Point(7313.1, 1641.29);\n    polygon.ps[3] = Point(7313.1, 1579.29);\n    new ShapeRef(router, polygon, 491);\n\n    // shapeRef492\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 1249.29);\n    polygon.ps[1] = Point(7375.1, 1311.29);\n    polygon.ps[2] = Point(7313.1, 1311.29);\n    polygon.ps[3] = Point(7313.1, 1249.29);\n    new ShapeRef(router, polygon, 492);\n\n    // shapeRef493\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(822, 216.265);\n    polygon.ps[1] = Point(822, 278.265);\n    polygon.ps[2] = Point(760, 278.265);\n    polygon.ps[3] = Point(760, 216.265);\n    new ShapeRef(router, polygon, 493);\n\n    // shapeRef494\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(822, 84.2652);\n    polygon.ps[1] = Point(822, 146.265);\n    polygon.ps[2] = Point(760, 146.265);\n    polygon.ps[3] = Point(760, 84.2652);\n    new ShapeRef(router, polygon, 494);\n\n    // shapeRef495\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1218, 183.265);\n    polygon.ps[1] = Point(1218, 245.265);\n    polygon.ps[2] = Point(1156, 245.265);\n    polygon.ps[3] = Point(1156, 183.265);\n    new ShapeRef(router, polygon, 495);\n\n    // shapeRef496\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1977, 183.265);\n    polygon.ps[1] = Point(1977, 245.265);\n    polygon.ps[2] = Point(1915, 245.265);\n    polygon.ps[3] = Point(1915, 183.265);\n    new ShapeRef(router, polygon, 496);\n\n    // shapeRef497\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2439, 183.265);\n    polygon.ps[1] = Point(2439, 245.265);\n    polygon.ps[2] = Point(2377, 245.265);\n    polygon.ps[3] = Point(2377, 183.265);\n    new ShapeRef(router, polygon, 497);\n\n    // shapeRef498\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2835, 216.265);\n    polygon.ps[1] = Point(2835, 278.265);\n    polygon.ps[2] = Point(2773, 278.265);\n    polygon.ps[3] = Point(2773, 216.265);\n    new ShapeRef(router, polygon, 498);\n\n    // shapeRef499\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2835, 84.2652);\n    polygon.ps[1] = Point(2835, 146.265);\n    polygon.ps[2] = Point(2773, 146.265);\n    polygon.ps[3] = Point(2773, 84.2652);\n    new ShapeRef(router, polygon, 499);\n\n    // shapeRef500\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3363, 183.265);\n    polygon.ps[1] = Point(3363, 245.265);\n    polygon.ps[2] = Point(3301, 245.265);\n    polygon.ps[3] = Point(3301, 183.265);\n    new ShapeRef(router, polygon, 500);\n\n    // shapeRef501\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3792, 183.265);\n    polygon.ps[1] = Point(3792, 245.265);\n    polygon.ps[2] = Point(3730, 245.265);\n    polygon.ps[3] = Point(3730, 183.265);\n    new ShapeRef(router, polygon, 501);\n\n    // shapeRef502\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4518, 183.265);\n    polygon.ps[1] = Point(4518, 245.265);\n    polygon.ps[2] = Point(4456, 245.265);\n    polygon.ps[3] = Point(4456, 183.265);\n    new ShapeRef(router, polygon, 502);\n\n    // shapeRef503\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4914, 183.265);\n    polygon.ps[1] = Point(4914, 245.265);\n    polygon.ps[2] = Point(4852, 245.265);\n    polygon.ps[3] = Point(4852, 183.265);\n    new ShapeRef(router, polygon, 503);\n\n    // shapeRef504\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5211, 183.265);\n    polygon.ps[1] = Point(5211, 245.265);\n    polygon.ps[2] = Point(5149, 245.265);\n    polygon.ps[3] = Point(5149, 183.265);\n    new ShapeRef(router, polygon, 504);\n\n    // shapeRef505\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5659.1, 183.265);\n    polygon.ps[1] = Point(5659.1, 245.265);\n    polygon.ps[2] = Point(5597.1, 245.265);\n    polygon.ps[3] = Point(5597.1, 183.265);\n    new ShapeRef(router, polygon, 505);\n\n    // shapeRef506\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6616.1, 183.265);\n    polygon.ps[1] = Point(6616.1, 245.265);\n    polygon.ps[2] = Point(6554.1, 245.265);\n    polygon.ps[3] = Point(6554.1, 183.265);\n    new ShapeRef(router, polygon, 506);\n\n    // shapeRef507\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6913.1, 183.265);\n    polygon.ps[1] = Point(6913.1, 245.265);\n    polygon.ps[2] = Point(6851.1, 245.265);\n    polygon.ps[3] = Point(6851.1, 183.265);\n    new ShapeRef(router, polygon, 507);\n\n    // shapeRef508\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7309.1, 183.265);\n    polygon.ps[1] = Point(7309.1, 245.265);\n    polygon.ps[2] = Point(7247.1, 245.265);\n    polygon.ps[3] = Point(7247.1, 183.265);\n    new ShapeRef(router, polygon, 508);\n\n    // shapeRef509\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 183.265);\n    polygon.ps[1] = Point(7796.29, 245.265);\n    polygon.ps[2] = Point(7734.29, 245.265);\n    polygon.ps[3] = Point(7734.29, 183.265);\n    new ShapeRef(router, polygon, 509);\n\n    // shapeRef510\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 9248.42);\n    polygon.ps[1] = Point(5343, 9310.42);\n    polygon.ps[2] = Point(5281, 9310.42);\n    polygon.ps[3] = Point(5281, 9248.42);\n    new ShapeRef(router, polygon, 510);\n\n    // shapeRef511\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 9677.42);\n    polygon.ps[1] = Point(5343, 9739.42);\n    polygon.ps[2] = Point(5281, 9739.42);\n    polygon.ps[3] = Point(5281, 9677.42);\n    new ShapeRef(router, polygon, 511);\n\n    // shapeRef512\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5824.1, 9248.42);\n    polygon.ps[1] = Point(5824.1, 9310.42);\n    polygon.ps[2] = Point(5762.1, 9310.42);\n    polygon.ps[3] = Point(5762.1, 9248.42);\n    new ShapeRef(router, polygon, 512);\n\n    // shapeRef513\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5824.1, 9677.42);\n    polygon.ps[1] = Point(5824.1, 9739.42);\n    polygon.ps[2] = Point(5762.1, 9739.42);\n    polygon.ps[3] = Point(5762.1, 9677.42);\n    new ShapeRef(router, polygon, 513);\n\n    // shapeRef514\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 10407);\n    polygon.ps[1] = Point(5626.1, 10469);\n    polygon.ps[2] = Point(5564.1, 10469);\n    polygon.ps[3] = Point(5564.1, 10407);\n    new ShapeRef(router, polygon, 514);\n\n    // shapeRef515\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 10143);\n    polygon.ps[1] = Point(5626.1, 10205);\n    polygon.ps[2] = Point(5564.1, 10205);\n    polygon.ps[3] = Point(5564.1, 10143);\n    new ShapeRef(router, polygon, 515);\n\n    // shapeRef516\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5145, 10143);\n    polygon.ps[1] = Point(5145, 10205);\n    polygon.ps[2] = Point(5083, 10205);\n    polygon.ps[3] = Point(5083, 10143);\n    new ShapeRef(router, polygon, 516);\n\n    // shapeRef517\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5145, 10407);\n    polygon.ps[1] = Point(5145, 10469);\n    polygon.ps[2] = Point(5083, 10469);\n    polygon.ps[3] = Point(5083, 10407);\n    new ShapeRef(router, polygon, 517);\n\n    // shapeRef518\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5145, 10684.3);\n    polygon.ps[1] = Point(5145, 10746.3);\n    polygon.ps[2] = Point(5083, 10746.3);\n    polygon.ps[3] = Point(5083, 10684.3);\n    new ShapeRef(router, polygon, 518);\n\n    // shapeRef519\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 11984.3);\n    polygon.ps[1] = Point(7796.29, 12046.3);\n    polygon.ps[2] = Point(7734.29, 12046.3);\n    polygon.ps[3] = Point(7734.29, 11984.3);\n    new ShapeRef(router, polygon, 519);\n\n    // shapeRef520\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8225.29, 11984.3);\n    polygon.ps[1] = Point(8225.29, 12046.3);\n    polygon.ps[2] = Point(8163.29, 12046.3);\n    polygon.ps[3] = Point(8163.29, 11984.3);\n    new ShapeRef(router, polygon, 520);\n\n    // shapeRef521\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 11180.6);\n    polygon.ps[1] = Point(5626.1, 11242.6);\n    polygon.ps[2] = Point(5564.1, 11242.6);\n    polygon.ps[3] = Point(5564.1, 11180.6);\n    new ShapeRef(router, polygon, 521);\n\n    // shapeRef522\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5626.1, 10684.3);\n    polygon.ps[1] = Point(5626.1, 10746.3);\n    polygon.ps[2] = Point(5564.1, 10746.3);\n    polygon.ps[3] = Point(5564.1, 10684.3);\n    new ShapeRef(router, polygon, 522);\n\n    // shapeRef523\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5989.1, 10684.3);\n    polygon.ps[1] = Point(5989.1, 10746.3);\n    polygon.ps[2] = Point(5927.1, 10746.3);\n    polygon.ps[3] = Point(5927.1, 10684.3);\n    new ShapeRef(router, polygon, 523);\n\n    // shapeRef524\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5989.1, 11180.6);\n    polygon.ps[1] = Point(5989.1, 11242.6);\n    polygon.ps[2] = Point(5927.1, 11242.6);\n    polygon.ps[3] = Point(5927.1, 11180.6);\n    new ShapeRef(router, polygon, 524);\n\n    // shapeRef525\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 11180.6);\n    polygon.ps[1] = Point(6253.1, 11242.6);\n    polygon.ps[2] = Point(6191.1, 11242.6);\n    polygon.ps[3] = Point(6191.1, 11180.6);\n    new ShapeRef(router, polygon, 525);\n\n    // shapeRef526\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6649.1, 11180.6);\n    polygon.ps[1] = Point(6649.1, 11242.6);\n    polygon.ps[2] = Point(6587.1, 11242.6);\n    polygon.ps[3] = Point(6587.1, 11180.6);\n    new ShapeRef(router, polygon, 526);\n\n    // shapeRef527\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7078.1, 11180.6);\n    polygon.ps[1] = Point(7078.1, 11242.6);\n    polygon.ps[2] = Point(7016.1, 11242.6);\n    polygon.ps[3] = Point(7016.1, 11180.6);\n    new ShapeRef(router, polygon, 527);\n\n    // shapeRef528\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7573.1, 11180.6);\n    polygon.ps[1] = Point(7573.1, 11242.6);\n    polygon.ps[2] = Point(7511.1, 11242.6);\n    polygon.ps[3] = Point(7511.1, 11180.6);\n    new ShapeRef(router, polygon, 528);\n\n    // shapeRef529\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 10150.2);\n    polygon.ps[1] = Point(8789.03, 10190.2);\n    polygon.ps[2] = Point(8734.03, 10190.2);\n    polygon.ps[3] = Point(8734.03, 10150.2);\n    new ShapeRef(router, polygon, 529);\n\n    // shapeRef530\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 9697.89);\n    polygon.ps[1] = Point(8889.03, 9737.89);\n    polygon.ps[2] = Point(8834.03, 9737.89);\n    polygon.ps[3] = Point(8834.03, 9697.89);\n    new ShapeRef(router, polygon, 530);\n\n    // shapeRef531\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 9697.89);\n    polygon.ps[1] = Point(8989.03, 9737.89);\n    polygon.ps[2] = Point(8934.03, 9737.89);\n    polygon.ps[3] = Point(8934.03, 9697.89);\n    new ShapeRef(router, polygon, 531);\n\n    // shapeRef532\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 9697.89);\n    polygon.ps[1] = Point(9089.03, 9737.89);\n    polygon.ps[2] = Point(9034.03, 9737.89);\n    polygon.ps[3] = Point(9034.03, 9697.89);\n    new ShapeRef(router, polygon, 532);\n\n    // shapeRef533\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 9697.89);\n    polygon.ps[1] = Point(9189.03, 9737.89);\n    polygon.ps[2] = Point(9134.03, 9737.89);\n    polygon.ps[3] = Point(9134.03, 9697.89);\n    new ShapeRef(router, polygon, 533);\n\n    // shapeRef534\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 9765.77);\n    polygon.ps[1] = Point(9289.03, 9805.77);\n    polygon.ps[2] = Point(9234.03, 9805.77);\n    polygon.ps[3] = Point(9234.03, 9765.77);\n    new ShapeRef(router, polygon, 534);\n\n    // shapeRef535\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 9942.61);\n    polygon.ps[1] = Point(8389.03, 9982.61);\n    polygon.ps[2] = Point(8334.03, 9982.61);\n    polygon.ps[3] = Point(8334.03, 9942.61);\n    new ShapeRef(router, polygon, 535);\n\n    // shapeRef536\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 9942.61);\n    polygon.ps[1] = Point(8489.03, 9982.61);\n    polygon.ps[2] = Point(8434.03, 9982.61);\n    polygon.ps[3] = Point(8434.03, 9942.61);\n    new ShapeRef(router, polygon, 536);\n\n    // shapeRef537\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 9942.61);\n    polygon.ps[1] = Point(8589.03, 9982.61);\n    polygon.ps[2] = Point(8534.03, 9982.61);\n    polygon.ps[3] = Point(8534.03, 9942.61);\n    new ShapeRef(router, polygon, 537);\n\n    // shapeRef538\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 9797.89);\n    polygon.ps[1] = Point(8689.03, 9837.89);\n    polygon.ps[2] = Point(8634.03, 9837.89);\n    polygon.ps[3] = Point(8634.03, 9797.89);\n    new ShapeRef(router, polygon, 538);\n\n    // shapeRef539\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 9797.89);\n    polygon.ps[1] = Point(8789.03, 9837.89);\n    polygon.ps[2] = Point(8734.03, 9837.89);\n    polygon.ps[3] = Point(8734.03, 9797.89);\n    new ShapeRef(router, polygon, 539);\n\n    // shapeRef540\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 10150.2);\n    polygon.ps[1] = Point(8889.03, 10190.2);\n    polygon.ps[2] = Point(8834.03, 10190.2);\n    polygon.ps[3] = Point(8834.03, 10150.2);\n    new ShapeRef(router, polygon, 540);\n\n    // shapeRef541\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 10150.2);\n    polygon.ps[1] = Point(8989.03, 10190.2);\n    polygon.ps[2] = Point(8934.03, 10190.2);\n    polygon.ps[3] = Point(8934.03, 10150.2);\n    new ShapeRef(router, polygon, 541);\n\n    // shapeRef542\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 10150.2);\n    polygon.ps[1] = Point(9089.03, 10190.2);\n    polygon.ps[2] = Point(9034.03, 10190.2);\n    polygon.ps[3] = Point(9034.03, 10150.2);\n    new ShapeRef(router, polygon, 542);\n\n    // shapeRef543\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 9797.89);\n    polygon.ps[1] = Point(9189.03, 9837.89);\n    polygon.ps[2] = Point(9134.03, 9837.89);\n    polygon.ps[3] = Point(9134.03, 9797.89);\n    new ShapeRef(router, polygon, 543);\n\n    // shapeRef544\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11856.1, 150.265);\n    polygon.ps[1] = Point(11856.1, 212.265);\n    polygon.ps[2] = Point(11794.1, 212.265);\n    polygon.ps[3] = Point(11794.1, 150.265);\n    new ShapeRef(router, polygon, 544);\n\n    // shapeRef545\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11302.2, 150.265);\n    polygon.ps[1] = Point(11302.2, 212.265);\n    polygon.ps[2] = Point(11240.2, 212.265);\n    polygon.ps[3] = Point(11240.2, 150.265);\n    new ShapeRef(router, polygon, 545);\n\n    // shapeRef546\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10807.2, 150.265);\n    polygon.ps[1] = Point(10807.2, 212.265);\n    polygon.ps[2] = Point(10745.2, 212.265);\n    polygon.ps[3] = Point(10745.2, 150.265);\n    new ShapeRef(router, polygon, 546);\n\n    // shapeRef547\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9947.69, 150.265);\n    polygon.ps[1] = Point(9947.69, 212.265);\n    polygon.ps[2] = Point(9885.69, 212.265);\n    polygon.ps[3] = Point(9885.69, 150.265);\n    new ShapeRef(router, polygon, 547);\n\n    // shapeRef548\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9268.59, 150.265);\n    polygon.ps[1] = Point(9268.59, 212.265);\n    polygon.ps[2] = Point(9206.59, 212.265);\n    polygon.ps[3] = Point(9206.59, 150.265);\n    new ShapeRef(router, polygon, 548);\n\n    // shapeRef549\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14365, 282.265);\n    polygon.ps[1] = Point(14365, 344.265);\n    polygon.ps[2] = Point(14303, 344.265);\n    polygon.ps[3] = Point(14303, 282.265);\n    new ShapeRef(router, polygon, 549);\n\n    // shapeRef550\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14002, 282.265);\n    polygon.ps[1] = Point(14002, 344.265);\n    polygon.ps[2] = Point(13940, 344.265);\n    polygon.ps[3] = Point(13940, 282.265);\n    new ShapeRef(router, polygon, 550);\n\n    // shapeRef551\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13672, 282.265);\n    polygon.ps[1] = Point(13672, 344.265);\n    polygon.ps[2] = Point(13610, 344.265);\n    polygon.ps[3] = Point(13610, 282.265);\n    new ShapeRef(router, polygon, 551);\n\n    // shapeRef552\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13231, 282.265);\n    polygon.ps[1] = Point(13231, 344.265);\n    polygon.ps[2] = Point(13169, 344.265);\n    polygon.ps[3] = Point(13169, 282.265);\n    new ShapeRef(router, polygon, 552);\n\n    // shapeRef553\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12821.5, 282.265);\n    polygon.ps[1] = Point(12821.5, 344.265);\n    polygon.ps[2] = Point(12759.5, 344.265);\n    polygon.ps[3] = Point(12759.5, 282.265);\n    new ShapeRef(router, polygon, 553);\n\n    // shapeRef554\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14398, 150.265);\n    polygon.ps[1] = Point(14398, 212.265);\n    polygon.ps[2] = Point(14336, 212.265);\n    polygon.ps[3] = Point(14336, 150.265);\n    new ShapeRef(router, polygon, 554);\n\n    // shapeRef555\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13804, 150.265);\n    polygon.ps[1] = Point(13804, 212.265);\n    polygon.ps[2] = Point(13742, 212.265);\n    polygon.ps[3] = Point(13742, 150.265);\n    new ShapeRef(router, polygon, 555);\n\n    // shapeRef556\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12953.5, 150.265);\n    polygon.ps[1] = Point(12953.5, 212.265);\n    polygon.ps[2] = Point(12891.5, 212.265);\n    polygon.ps[3] = Point(12891.5, 150.265);\n    new ShapeRef(router, polygon, 556);\n\n    // shapeRef557\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12318.1, 282.265);\n    polygon.ps[1] = Point(12318.1, 344.265);\n    polygon.ps[2] = Point(12256.1, 344.265);\n    polygon.ps[3] = Point(12256.1, 282.265);\n    new ShapeRef(router, polygon, 557);\n\n    // shapeRef558\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12054.1, 282.265);\n    polygon.ps[1] = Point(12054.1, 344.265);\n    polygon.ps[2] = Point(11992.1, 344.265);\n    polygon.ps[3] = Point(11992.1, 282.265);\n    new ShapeRef(router, polygon, 558);\n\n    // shapeRef559\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11856.1, 282.265);\n    polygon.ps[1] = Point(11856.1, 344.265);\n    polygon.ps[2] = Point(11794.1, 344.265);\n    polygon.ps[3] = Point(11794.1, 282.265);\n    new ShapeRef(router, polygon, 559);\n\n    // shapeRef560\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11592.1, 282.265);\n    polygon.ps[1] = Point(11592.1, 344.265);\n    polygon.ps[2] = Point(11530.1, 344.265);\n    polygon.ps[3] = Point(11530.1, 282.265);\n    new ShapeRef(router, polygon, 560);\n\n    // shapeRef561\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11302.2, 282.265);\n    polygon.ps[1] = Point(11302.2, 344.265);\n    polygon.ps[2] = Point(11240.2, 344.265);\n    polygon.ps[3] = Point(11240.2, 282.265);\n    new ShapeRef(router, polygon, 561);\n\n    // shapeRef562\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11005.2, 282.265);\n    polygon.ps[1] = Point(11005.2, 344.265);\n    polygon.ps[2] = Point(10943.2, 344.265);\n    polygon.ps[3] = Point(10943.2, 282.265);\n    new ShapeRef(router, polygon, 562);\n\n    // shapeRef563\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10807.2, 282.265);\n    polygon.ps[1] = Point(10807.2, 344.265);\n    polygon.ps[2] = Point(10745.2, 344.265);\n    polygon.ps[3] = Point(10745.2, 282.265);\n    new ShapeRef(router, polygon, 563);\n\n    // shapeRef564\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10487.9, 282.265);\n    polygon.ps[1] = Point(10487.9, 344.265);\n    polygon.ps[2] = Point(10425.9, 344.265);\n    polygon.ps[3] = Point(10425.9, 282.265);\n    new ShapeRef(router, polygon, 564);\n\n    // shapeRef565\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9947.69, 282.265);\n    polygon.ps[1] = Point(9947.69, 344.265);\n    polygon.ps[2] = Point(9885.69, 344.265);\n    polygon.ps[3] = Point(9885.69, 282.265);\n    new ShapeRef(router, polygon, 565);\n\n    // shapeRef566\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9499.59, 282.265);\n    polygon.ps[1] = Point(9499.59, 344.265);\n    polygon.ps[2] = Point(9437.59, 344.265);\n    polygon.ps[3] = Point(9437.59, 282.265);\n    new ShapeRef(router, polygon, 566);\n\n    // shapeRef567\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16786.8, 5900.59);\n    polygon.ps[1] = Point(16786.8, 5962.59);\n    polygon.ps[2] = Point(16724.8, 5962.59);\n    polygon.ps[3] = Point(16724.8, 5900.59);\n    new ShapeRef(router, polygon, 567);\n\n    // shapeRef568\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3330, 7328.4);\n    polygon.ps[1] = Point(3330, 7390.4);\n    polygon.ps[2] = Point(3268, 7390.4);\n    polygon.ps[3] = Point(3268, 7328.4);\n    new ShapeRef(router, polygon, 568);\n\n    // shapeRef569\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 8449.99);\n    polygon.ps[1] = Point(12562.5, 8511.99);\n    polygon.ps[2] = Point(12500.5, 8511.99);\n    polygon.ps[3] = Point(12500.5, 8449.99);\n    new ShapeRef(router, polygon, 569);\n\n    // shapeRef570\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12054.1, 7031.4);\n    polygon.ps[1] = Point(12054.1, 7093.4);\n    polygon.ps[2] = Point(11992.1, 7093.4);\n    polygon.ps[3] = Point(11992.1, 7031.4);\n    new ShapeRef(router, polygon, 570);\n\n    // shapeRef571\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(129, 8383.99);\n    polygon.ps[1] = Point(129, 8445.99);\n    polygon.ps[2] = Point(67, 8445.99);\n    polygon.ps[3] = Point(67, 8383.99);\n    new ShapeRef(router, polygon, 571);\n\n    // shapeRef572\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(129, 7911.79);\n    polygon.ps[1] = Point(129, 7973.79);\n    polygon.ps[2] = Point(67, 7973.79);\n    polygon.ps[3] = Point(67, 7911.79);\n    new ShapeRef(router, polygon, 572);\n\n    // shapeRef573\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(129, 7394.4);\n    polygon.ps[1] = Point(129, 7456.4);\n    polygon.ps[2] = Point(67, 7456.4);\n    polygon.ps[3] = Point(67, 7394.4);\n    new ShapeRef(router, polygon, 573);\n\n    // shapeRef574\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 12096.3);\n    polygon.ps[1] = Point(15270.5, 12158.3);\n    polygon.ps[2] = Point(15208.5, 12158.3);\n    polygon.ps[3] = Point(15208.5, 12096.3);\n    new ShapeRef(router, polygon, 574);\n\n    // shapeRef575\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14431, 12096.3);\n    polygon.ps[1] = Point(14431, 12158.3);\n    polygon.ps[2] = Point(14369, 12158.3);\n    polygon.ps[3] = Point(14369, 12096.3);\n    new ShapeRef(router, polygon, 575);\n\n    // shapeRef576\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 11601.9);\n    polygon.ps[1] = Point(16753.8, 11663.9);\n    polygon.ps[2] = Point(16691.8, 11663.9);\n    polygon.ps[3] = Point(16691.8, 11601.9);\n    new ShapeRef(router, polygon, 576);\n\n    // shapeRef577\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16493.6, 11601.9);\n    polygon.ps[1] = Point(16493.6, 11663.9);\n    polygon.ps[2] = Point(16431.6, 11663.9);\n    polygon.ps[3] = Point(16431.6, 11601.9);\n    new ShapeRef(router, polygon, 577);\n\n    // shapeRef578\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13870, 3864.51);\n    polygon.ps[1] = Point(13870, 3926.51);\n    polygon.ps[2] = Point(13808, 3926.51);\n    polygon.ps[3] = Point(13808, 3864.51);\n    new ShapeRef(router, polygon, 578);\n\n    // shapeRef579\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16621.8, 9578.42);\n    polygon.ps[1] = Point(16621.8, 9640.42);\n    polygon.ps[2] = Point(16559.8, 9640.42);\n    polygon.ps[3] = Point(16559.8, 9578.42);\n    new ShapeRef(router, polygon, 579);\n\n    // shapeRef580\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 11634.9);\n    polygon.ps[1] = Point(17838.5, 11696.9);\n    polygon.ps[2] = Point(17776.5, 11696.9);\n    polygon.ps[3] = Point(17776.5, 11634.9);\n    new ShapeRef(router, polygon, 580);\n\n    // shapeRef581\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 11634.9);\n    polygon.ps[1] = Point(17083.8, 11696.9);\n    polygon.ps[2] = Point(17021.8, 11696.9);\n    polygon.ps[3] = Point(17021.8, 11634.9);\n    new ShapeRef(router, polygon, 581);\n\n    // shapeRef582\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 11081.6);\n    polygon.ps[1] = Point(17838.5, 11143.6);\n    polygon.ps[2] = Point(17776.5, 11143.6);\n    polygon.ps[3] = Point(17776.5, 11081.6);\n    new ShapeRef(router, polygon, 582);\n\n    // shapeRef583\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 11081.6);\n    polygon.ps[1] = Point(17083.8, 11143.6);\n    polygon.ps[2] = Point(17021.8, 11143.6);\n    polygon.ps[3] = Point(17021.8, 11081.6);\n    new ShapeRef(router, polygon, 583);\n\n    // shapeRef584\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 10717.3);\n    polygon.ps[1] = Point(17838.5, 10779.3);\n    polygon.ps[2] = Point(17776.5, 10779.3);\n    polygon.ps[3] = Point(17776.5, 10717.3);\n    new ShapeRef(router, polygon, 584);\n\n    // shapeRef585\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 10717.3);\n    polygon.ps[1] = Point(17083.8, 10779.3);\n    polygon.ps[2] = Point(17021.8, 10779.3);\n    polygon.ps[3] = Point(17021.8, 10717.3);\n    new ShapeRef(router, polygon, 585);\n\n    // shapeRef586\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 10440);\n    polygon.ps[1] = Point(17838.5, 10502);\n    polygon.ps[2] = Point(17776.5, 10502);\n    polygon.ps[3] = Point(17776.5, 10440);\n    new ShapeRef(router, polygon, 586);\n\n    // shapeRef587\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 10440);\n    polygon.ps[1] = Point(17083.8, 10502);\n    polygon.ps[2] = Point(17021.8, 10502);\n    polygon.ps[3] = Point(17021.8, 10440);\n    new ShapeRef(router, polygon, 587);\n\n    // shapeRef588\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 10209);\n    polygon.ps[1] = Point(17838.5, 10271);\n    polygon.ps[2] = Point(17776.5, 10271);\n    polygon.ps[3] = Point(17776.5, 10209);\n    new ShapeRef(router, polygon, 588);\n\n    // shapeRef589\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 10209);\n    polygon.ps[1] = Point(17083.8, 10271);\n    polygon.ps[2] = Point(17021.8, 10271);\n    polygon.ps[3] = Point(17021.8, 10209);\n    new ShapeRef(router, polygon, 589);\n\n    // shapeRef590\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 10209);\n    polygon.ps[1] = Point(16885.8, 10271);\n    polygon.ps[2] = Point(16823.8, 10271);\n    polygon.ps[3] = Point(16823.8, 10209);\n    new ShapeRef(router, polygon, 590);\n\n    // shapeRef591\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 9578.42);\n    polygon.ps[1] = Point(16885.8, 9640.42);\n    polygon.ps[2] = Point(16823.8, 9640.42);\n    polygon.ps[3] = Point(16823.8, 9578.42);\n    new ShapeRef(router, polygon, 591);\n\n    // shapeRef592\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 9083.42);\n    polygon.ps[1] = Point(16885.8, 9145.42);\n    polygon.ps[2] = Point(16823.8, 9145.42);\n    polygon.ps[3] = Point(16823.8, 9083.42);\n    new ShapeRef(router, polygon, 592);\n\n    // shapeRef593\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 8449.99);\n    polygon.ps[1] = Point(16885.8, 8511.99);\n    polygon.ps[2] = Point(16823.8, 8511.99);\n    polygon.ps[3] = Point(16823.8, 8449.99);\n    new ShapeRef(router, polygon, 593);\n\n    // shapeRef594\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 7878.79);\n    polygon.ps[1] = Point(16885.8, 7940.79);\n    polygon.ps[2] = Point(16823.8, 7940.79);\n    polygon.ps[3] = Point(16823.8, 7878.79);\n    new ShapeRef(router, polygon, 594);\n\n    // shapeRef595\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 6219.51);\n    polygon.ps[1] = Point(7796.29, 6281.51);\n    polygon.ps[2] = Point(7734.29, 6281.51);\n    polygon.ps[3] = Point(7734.29, 6219.51);\n    new ShapeRef(router, polygon, 595);\n\n    // shapeRef596\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8159.29, 6219.51);\n    polygon.ps[1] = Point(8159.29, 6281.51);\n    polygon.ps[2] = Point(8097.29, 6281.51);\n    polygon.ps[3] = Point(8097.29, 6219.51);\n    new ShapeRef(router, polygon, 596);\n\n    // shapeRef597\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8649.29, 6219.51);\n    polygon.ps[1] = Point(8649.29, 6281.51);\n    polygon.ps[2] = Point(8587.29, 6281.51);\n    polygon.ps[3] = Point(8587.29, 6219.51);\n    new ShapeRef(router, polygon, 597);\n\n    // shapeRef598\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9301.59, 6219.51);\n    polygon.ps[1] = Point(9301.59, 6281.51);\n    polygon.ps[2] = Point(9239.59, 6281.51);\n    polygon.ps[3] = Point(9239.59, 6219.51);\n    new ShapeRef(router, polygon, 598);\n\n    // shapeRef599\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9815.69, 6219.51);\n    polygon.ps[1] = Point(9815.69, 6281.51);\n    polygon.ps[2] = Point(9753.69, 6281.51);\n    polygon.ps[3] = Point(9753.69, 6219.51);\n    new ShapeRef(router, polygon, 599);\n\n    // shapeRef600\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6814.1, 8644.22);\n    polygon.ps[1] = Point(6814.1, 8706.22);\n    polygon.ps[2] = Point(6752.1, 8706.22);\n    polygon.ps[3] = Point(6752.1, 8644.22);\n    new ShapeRef(router, polygon, 600);\n\n    // shapeRef601\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6814.1, 8284.99);\n    polygon.ps[1] = Point(6814.1, 8346.99);\n    polygon.ps[2] = Point(6752.1, 8346.99);\n    polygon.ps[3] = Point(6752.1, 8284.99);\n    new ShapeRef(router, polygon, 601);\n\n    // shapeRef602\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 10684.3);\n    polygon.ps[1] = Point(6583.1, 10746.3);\n    polygon.ps[2] = Point(6521.1, 10746.3);\n    polygon.ps[3] = Point(6521.1, 10684.3);\n    new ShapeRef(router, polygon, 602);\n\n    // shapeRef603\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 10374);\n    polygon.ps[1] = Point(6583.1, 10436);\n    polygon.ps[2] = Point(6521.1, 10436);\n    polygon.ps[3] = Point(6521.1, 10374);\n    new ShapeRef(router, polygon, 603);\n\n    // shapeRef604\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 9116.42);\n    polygon.ps[1] = Point(6583.1, 9178.42);\n    polygon.ps[2] = Point(6521.1, 9178.42);\n    polygon.ps[3] = Point(6521.1, 9116.42);\n    new ShapeRef(router, polygon, 604);\n\n    // shapeRef605\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 8644.22);\n    polygon.ps[1] = Point(6583.1, 8706.22);\n    polygon.ps[2] = Point(6521.1, 8706.22);\n    polygon.ps[3] = Point(6521.1, 8644.22);\n    new ShapeRef(router, polygon, 605);\n\n    // shapeRef606\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7012.1, 7614.79);\n    polygon.ps[1] = Point(7012.1, 7676.79);\n    polygon.ps[2] = Point(6950.1, 7676.79);\n    polygon.ps[3] = Point(6950.1, 7614.79);\n    new ShapeRef(router, polygon, 606);\n\n    // shapeRef607\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 10275);\n    polygon.ps[1] = Point(7243.1, 10337);\n    polygon.ps[2] = Point(7181.1, 10337);\n    polygon.ps[3] = Point(7181.1, 10275);\n    new ShapeRef(router, polygon, 607);\n\n    // shapeRef608\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 9912.02);\n    polygon.ps[1] = Point(7243.1, 9974.02);\n    polygon.ps[2] = Point(7181.1, 9974.02);\n    polygon.ps[3] = Point(7181.1, 9912.02);\n    new ShapeRef(router, polygon, 608);\n\n    // shapeRef609\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 8548.99);\n    polygon.ps[1] = Point(7243.1, 8610.99);\n    polygon.ps[2] = Point(7181.1, 8610.99);\n    polygon.ps[3] = Point(7181.1, 8548.99);\n    new ShapeRef(router, polygon, 609);\n\n    // shapeRef610\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 8142.79);\n    polygon.ps[1] = Point(7243.1, 8204.79);\n    polygon.ps[2] = Point(7181.1, 8204.79);\n    polygon.ps[3] = Point(7181.1, 8142.79);\n    new ShapeRef(router, polygon, 610);\n\n    // shapeRef611\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 10684.3);\n    polygon.ps[1] = Point(6253.1, 10746.3);\n    polygon.ps[2] = Point(6191.1, 10746.3);\n    polygon.ps[3] = Point(6191.1, 10684.3);\n    new ShapeRef(router, polygon, 611);\n\n    // shapeRef612\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 10374);\n    polygon.ps[1] = Point(6253.1, 10436);\n    polygon.ps[2] = Point(6191.1, 10436);\n    polygon.ps[3] = Point(6191.1, 10374);\n    new ShapeRef(router, polygon, 612);\n\n    // shapeRef613\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 10077);\n    polygon.ps[1] = Point(6253.1, 10139);\n    polygon.ps[2] = Point(6191.1, 10139);\n    polygon.ps[3] = Point(6191.1, 10077);\n    new ShapeRef(router, polygon, 613);\n\n    // shapeRef614\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 9512.42);\n    polygon.ps[1] = Point(6253.1, 9574.42);\n    polygon.ps[2] = Point(6191.1, 9574.42);\n    polygon.ps[3] = Point(6191.1, 9512.42);\n    new ShapeRef(router, polygon, 614);\n\n    // shapeRef615\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 9116.42);\n    polygon.ps[1] = Point(6253.1, 9178.42);\n    polygon.ps[2] = Point(6191.1, 9178.42);\n    polygon.ps[3] = Point(6191.1, 9116.42);\n    new ShapeRef(router, polygon, 615);\n\n    // shapeRef616\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 8644.22);\n    polygon.ps[1] = Point(6253.1, 8706.22);\n    polygon.ps[2] = Point(6191.1, 8706.22);\n    polygon.ps[3] = Point(6191.1, 8644.22);\n    new ShapeRef(router, polygon, 616);\n\n    // shapeRef617\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 8284.99);\n    polygon.ps[1] = Point(6253.1, 8346.99);\n    polygon.ps[2] = Point(6191.1, 8346.99);\n    polygon.ps[3] = Point(6191.1, 8284.99);\n    new ShapeRef(router, polygon, 617);\n\n    // shapeRef618\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 7779.79);\n    polygon.ps[1] = Point(6253.1, 7841.79);\n    polygon.ps[2] = Point(6191.1, 7841.79);\n    polygon.ps[3] = Point(6191.1, 7779.79);\n    new ShapeRef(router, polygon, 618);\n\n    // shapeRef619\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 10497.9);\n    polygon.ps[1] = Point(9089.03, 10537.9);\n    polygon.ps[2] = Point(9034.03, 10537.9);\n    polygon.ps[3] = Point(9034.03, 10497.9);\n    new ShapeRef(router, polygon, 619);\n\n    // shapeRef620\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 10497.9);\n    polygon.ps[1] = Point(9189.03, 10537.9);\n    polygon.ps[2] = Point(9134.03, 10537.9);\n    polygon.ps[3] = Point(9134.03, 10497.9);\n    new ShapeRef(router, polygon, 620);\n\n    // shapeRef621\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 10497.9);\n    polygon.ps[1] = Point(9289.03, 10537.9);\n    polygon.ps[2] = Point(9234.03, 10537.9);\n    polygon.ps[3] = Point(9234.03, 10497.9);\n    new ShapeRef(router, polygon, 621);\n\n    // shapeRef622\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 10497.9);\n    polygon.ps[1] = Point(9389.03, 10537.9);\n    polygon.ps[2] = Point(9334.03, 10537.9);\n    polygon.ps[3] = Point(9334.03, 10497.9);\n    new ShapeRef(router, polygon, 622);\n\n    // shapeRef623\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8456.29, 5316.67);\n    polygon.ps[1] = Point(8456.29, 5378.67);\n    polygon.ps[2] = Point(8394.29, 5378.67);\n    polygon.ps[3] = Point(8394.29, 5316.67);\n    new ShapeRef(router, polygon, 623);\n\n    // shapeRef624\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8126.29, 5316.67);\n    polygon.ps[1] = Point(8126.29, 5378.67);\n    polygon.ps[2] = Point(8064.29, 5378.67);\n    polygon.ps[3] = Point(8064.29, 5316.67);\n    new ShapeRef(router, polygon, 624);\n\n    // shapeRef625\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 5316.67);\n    polygon.ps[1] = Point(7796.29, 5378.67);\n    polygon.ps[2] = Point(7734.29, 5378.67);\n    polygon.ps[3] = Point(7734.29, 5316.67);\n    new ShapeRef(router, polygon, 625);\n\n    // shapeRef626\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7342.1, 5316.67);\n    polygon.ps[1] = Point(7342.1, 5378.67);\n    polygon.ps[2] = Point(7280.1, 5378.67);\n    polygon.ps[3] = Point(7280.1, 5316.67);\n    new ShapeRef(router, polygon, 626);\n\n    // shapeRef627\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6946.1, 5316.67);\n    polygon.ps[1] = Point(6946.1, 5378.67);\n    polygon.ps[2] = Point(6884.1, 5378.67);\n    polygon.ps[3] = Point(6884.1, 5316.67);\n    new ShapeRef(router, polygon, 627);\n\n    // shapeRef628\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7507.1, 4095.51);\n    polygon.ps[1] = Point(7507.1, 4157.51);\n    polygon.ps[2] = Point(7445.1, 4157.51);\n    polygon.ps[3] = Point(7445.1, 4095.51);\n    new ShapeRef(router, polygon, 628);\n\n    // shapeRef629\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7012.1, 4095.51);\n    polygon.ps[1] = Point(7012.1, 4157.51);\n    polygon.ps[2] = Point(6950.1, 4157.51);\n    polygon.ps[3] = Point(6950.1, 4095.51);\n    new ShapeRef(router, polygon, 629);\n\n    // shapeRef630\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6484.1, 4095.51);\n    polygon.ps[1] = Point(6484.1, 4157.51);\n    polygon.ps[2] = Point(6422.1, 4157.51);\n    polygon.ps[3] = Point(6422.1, 4095.51);\n    new ShapeRef(router, polygon, 630);\n\n    // shapeRef631\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6187.1, 4095.51);\n    polygon.ps[1] = Point(6187.1, 4157.51);\n    polygon.ps[2] = Point(6125.1, 4157.51);\n    polygon.ps[3] = Point(6125.1, 4095.51);\n    new ShapeRef(router, polygon, 631);\n\n    // shapeRef632\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11889.1, 10506);\n    polygon.ps[1] = Point(11889.1, 10568);\n    polygon.ps[2] = Point(11827.1, 10568);\n    polygon.ps[3] = Point(11827.1, 10506);\n    new ShapeRef(router, polygon, 632);\n\n    // shapeRef633\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14266, 1945.29);\n    polygon.ps[1] = Point(14266, 2007.29);\n    polygon.ps[2] = Point(14204, 2007.29);\n    polygon.ps[3] = Point(14204, 1945.29);\n    new ShapeRef(router, polygon, 633);\n\n    // shapeRef634\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13771, 1945.29);\n    polygon.ps[1] = Point(13771, 2007.29);\n    polygon.ps[2] = Point(13709, 2007.29);\n    polygon.ps[3] = Point(13709, 1945.29);\n    new ShapeRef(router, polygon, 634);\n\n    // shapeRef635\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14695, 1780.29);\n    polygon.ps[1] = Point(14695, 1842.29);\n    polygon.ps[2] = Point(14633, 1842.29);\n    polygon.ps[3] = Point(14633, 1780.29);\n    new ShapeRef(router, polygon, 635);\n\n    // shapeRef636\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14497, 1579.29);\n    polygon.ps[1] = Point(14497, 1641.29);\n    polygon.ps[2] = Point(14435, 1641.29);\n    polygon.ps[3] = Point(14435, 1579.29);\n    new ShapeRef(router, polygon, 636);\n\n    // shapeRef637\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13771, 1579.29);\n    polygon.ps[1] = Point(13771, 1641.29);\n    polygon.ps[2] = Point(13709, 1641.29);\n    polygon.ps[3] = Point(13709, 1579.29);\n    new ShapeRef(router, polygon, 637);\n\n    // shapeRef638\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14167, 1579.29);\n    polygon.ps[1] = Point(14167, 1641.29);\n    polygon.ps[2] = Point(14105, 1641.29);\n    polygon.ps[3] = Point(14105, 1579.29);\n    new ShapeRef(router, polygon, 638);\n\n    // shapeRef639\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13771, 1780.29);\n    polygon.ps[1] = Point(13771, 1842.29);\n    polygon.ps[2] = Point(13709, 1842.29);\n    polygon.ps[3] = Point(13709, 1780.29);\n    new ShapeRef(router, polygon, 639);\n\n    // shapeRef640\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12285.1, 3402.51);\n    polygon.ps[1] = Point(12285.1, 3464.51);\n    polygon.ps[2] = Point(12223.1, 3464.51);\n    polygon.ps[3] = Point(12223.1, 3402.51);\n    new ShapeRef(router, polygon, 640);\n\n    // shapeRef641\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11493.1, 2812.29);\n    polygon.ps[1] = Point(11493.1, 2874.29);\n    polygon.ps[2] = Point(11431.1, 2874.29);\n    polygon.ps[3] = Point(11431.1, 2812.29);\n    new ShapeRef(router, polygon, 641);\n\n    // shapeRef642\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11823.1, 2812.29);\n    polygon.ps[1] = Point(11823.1, 2874.29);\n    polygon.ps[2] = Point(11761.1, 2874.29);\n    polygon.ps[3] = Point(11761.1, 2812.29);\n    new ShapeRef(router, polygon, 642);\n\n    // shapeRef643\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11493.1, 3402.51);\n    polygon.ps[1] = Point(11493.1, 3464.51);\n    polygon.ps[2] = Point(11431.1, 3464.51);\n    polygon.ps[3] = Point(11431.1, 3402.51);\n    new ShapeRef(router, polygon, 643);\n\n    // shapeRef644\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11823.1, 3402.51);\n    polygon.ps[1] = Point(11823.1, 3464.51);\n    polygon.ps[2] = Point(11761.1, 3464.51);\n    polygon.ps[3] = Point(11761.1, 3402.51);\n    new ShapeRef(router, polygon, 644);\n\n    // shapeRef645\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 3402.51);\n    polygon.ps[1] = Point(12021.1, 3464.51);\n    polygon.ps[2] = Point(11959.1, 3464.51);\n    polygon.ps[3] = Point(11959.1, 3402.51);\n    new ShapeRef(router, polygon, 645);\n\n    // shapeRef646\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 1912.29);\n    polygon.ps[1] = Point(10675.2, 1974.29);\n    polygon.ps[2] = Point(10613.2, 1974.29);\n    polygon.ps[3] = Point(10613.2, 1912.29);\n    new ShapeRef(router, polygon, 646);\n\n    // shapeRef647\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 2152.29);\n    polygon.ps[1] = Point(10675.2, 2214.29);\n    polygon.ps[2] = Point(10613.2, 2214.29);\n    polygon.ps[3] = Point(10613.2, 2152.29);\n    new ShapeRef(router, polygon, 647);\n\n    // shapeRef648\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 2416.29);\n    polygon.ps[1] = Point(10675.2, 2478.29);\n    polygon.ps[2] = Point(10613.2, 2478.29);\n    polygon.ps[3] = Point(10613.2, 2416.29);\n    new ShapeRef(router, polygon, 648);\n\n    // shapeRef649\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 2680.29);\n    polygon.ps[1] = Point(10675.2, 2742.29);\n    polygon.ps[2] = Point(10613.2, 2742.29);\n    polygon.ps[3] = Point(10613.2, 2680.29);\n    new ShapeRef(router, polygon, 649);\n\n    // shapeRef650\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 3274.29);\n    polygon.ps[1] = Point(10675.2, 3336.29);\n    polygon.ps[2] = Point(10613.2, 3336.29);\n    polygon.ps[3] = Point(10613.2, 3274.29);\n    new ShapeRef(router, polygon, 650);\n\n    // shapeRef651\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 3274.29);\n    polygon.ps[1] = Point(10972.2, 3336.29);\n    polygon.ps[2] = Point(10910.2, 3336.29);\n    polygon.ps[3] = Point(10910.2, 3274.29);\n    new ShapeRef(router, polygon, 651);\n\n    // shapeRef652\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11203.2, 3274.29);\n    polygon.ps[1] = Point(11203.2, 3336.29);\n    polygon.ps[2] = Point(11141.2, 3336.29);\n    polygon.ps[3] = Point(11141.2, 3274.29);\n    new ShapeRef(router, polygon, 652);\n\n    // shapeRef653\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10046.7, 3076.29);\n    polygon.ps[1] = Point(10046.7, 3138.29);\n    polygon.ps[2] = Point(9984.69, 3138.29);\n    polygon.ps[3] = Point(9984.69, 3076.29);\n    new ShapeRef(router, polygon, 653);\n\n    // shapeRef654\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 3076.29);\n    polygon.ps[1] = Point(10675.2, 3138.29);\n    polygon.ps[2] = Point(10613.2, 3138.29);\n    polygon.ps[3] = Point(10613.2, 3076.29);\n    new ShapeRef(router, polygon, 654);\n\n    // shapeRef655\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 3076.29);\n    polygon.ps[1] = Point(10972.2, 3138.29);\n    polygon.ps[2] = Point(10910.2, 3138.29);\n    polygon.ps[3] = Point(10910.2, 3076.29);\n    new ShapeRef(router, polygon, 655);\n\n    // shapeRef656\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11203.2, 3076.29);\n    polygon.ps[1] = Point(11203.2, 3138.29);\n    polygon.ps[2] = Point(11141.2, 3138.29);\n    polygon.ps[3] = Point(11141.2, 3076.29);\n    new ShapeRef(router, polygon, 656);\n\n    // shapeRef657\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11493.1, 3076.29);\n    polygon.ps[1] = Point(11493.1, 3138.29);\n    polygon.ps[2] = Point(11431.1, 3138.29);\n    polygon.ps[3] = Point(11431.1, 3076.29);\n    new ShapeRef(router, polygon, 657);\n\n    // shapeRef658\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14101, 1216.29);\n    polygon.ps[1] = Point(14101, 1278.29);\n    polygon.ps[2] = Point(14039, 1278.29);\n    polygon.ps[3] = Point(14039, 1216.29);\n    new ShapeRef(router, polygon, 658);\n\n    // shapeRef659\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13738, 1216.29);\n    polygon.ps[1] = Point(13738, 1278.29);\n    polygon.ps[2] = Point(13676, 1278.29);\n    polygon.ps[3] = Point(13676, 1216.29);\n    new ShapeRef(router, polygon, 659);\n\n    // shapeRef660\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13231, 1216.29);\n    polygon.ps[1] = Point(13231, 1278.29);\n    polygon.ps[2] = Point(13169, 1278.29);\n    polygon.ps[3] = Point(13169, 1216.29);\n    new ShapeRef(router, polygon, 660);\n\n    // shapeRef661\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13231, 1480.29);\n    polygon.ps[1] = Point(13231, 1542.29);\n    polygon.ps[2] = Point(13169, 1542.29);\n    polygon.ps[3] = Point(13169, 1480.29);\n    new ShapeRef(router, polygon, 661);\n\n    // shapeRef662\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13231, 1780.29);\n    polygon.ps[1] = Point(13231, 1842.29);\n    polygon.ps[2] = Point(13169, 1842.29);\n    polygon.ps[3] = Point(13169, 1780.29);\n    new ShapeRef(router, polygon, 662);\n\n    // shapeRef663\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11823.1, 3076.29);\n    polygon.ps[1] = Point(11823.1, 3138.29);\n    polygon.ps[2] = Point(11761.1, 3138.29);\n    polygon.ps[3] = Point(11761.1, 3076.29);\n    new ShapeRef(router, polygon, 663);\n\n    // shapeRef664\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 3076.29);\n    polygon.ps[1] = Point(12021.1, 3138.29);\n    polygon.ps[2] = Point(11959.1, 3138.29);\n    polygon.ps[3] = Point(11959.1, 3076.29);\n    new ShapeRef(router, polygon, 664);\n\n    // shapeRef665\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 2614.29);\n    polygon.ps[1] = Point(12021.1, 2676.29);\n    polygon.ps[2] = Point(11959.1, 2676.29);\n    polygon.ps[3] = Point(11959.1, 2614.29);\n    new ShapeRef(router, polygon, 665);\n\n    // shapeRef666\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 2449.29);\n    polygon.ps[1] = Point(12021.1, 2511.29);\n    polygon.ps[2] = Point(11959.1, 2511.29);\n    polygon.ps[3] = Point(11959.1, 2449.29);\n    new ShapeRef(router, polygon, 666);\n\n    // shapeRef667\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 2185.29);\n    polygon.ps[1] = Point(12021.1, 2247.29);\n    polygon.ps[2] = Point(11959.1, 2247.29);\n    polygon.ps[3] = Point(11959.1, 2185.29);\n    new ShapeRef(router, polygon, 667);\n\n    // shapeRef668\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(294, 10717.3);\n    polygon.ps[1] = Point(294, 10779.3);\n    polygon.ps[2] = Point(232, 10779.3);\n    polygon.ps[3] = Point(232, 10717.3);\n    new ShapeRef(router, polygon, 668);\n\n    // shapeRef669\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(657, 10717.3);\n    polygon.ps[1] = Point(657, 10779.3);\n    polygon.ps[2] = Point(595, 10779.3);\n    polygon.ps[3] = Point(595, 10717.3);\n    new ShapeRef(router, polygon, 669);\n\n    // shapeRef670\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1449, 10717.3);\n    polygon.ps[1] = Point(1449, 10779.3);\n    polygon.ps[2] = Point(1387, 10779.3);\n    polygon.ps[3] = Point(1387, 10717.3);\n    new ShapeRef(router, polygon, 670);\n\n    // shapeRef671\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2076, 10717.3);\n    polygon.ps[1] = Point(2076, 10779.3);\n    polygon.ps[2] = Point(2014, 10779.3);\n    polygon.ps[3] = Point(2014, 10717.3);\n    new ShapeRef(router, polygon, 671);\n\n    // shapeRef672\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(294, 11667.9);\n    polygon.ps[1] = Point(294, 11729.9);\n    polygon.ps[2] = Point(232, 11729.9);\n    polygon.ps[3] = Point(232, 11667.9);\n    new ShapeRef(router, polygon, 672);\n\n    // shapeRef673\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(657, 11667.9);\n    polygon.ps[1] = Point(657, 11729.9);\n    polygon.ps[2] = Point(595, 11729.9);\n    polygon.ps[3] = Point(595, 11667.9);\n    new ShapeRef(router, polygon, 673);\n\n    // shapeRef674\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(294, 11114.6);\n    polygon.ps[1] = Point(294, 11176.6);\n    polygon.ps[2] = Point(232, 11176.6);\n    polygon.ps[3] = Point(232, 11114.6);\n    new ShapeRef(router, polygon, 674);\n\n    // shapeRef675\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(657, 11114.6);\n    polygon.ps[1] = Point(657, 11176.6);\n    polygon.ps[2] = Point(595, 11176.6);\n    polygon.ps[3] = Point(595, 11114.6);\n    new ShapeRef(router, polygon, 675);\n\n    // shapeRef676\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1251, 11114.6);\n    polygon.ps[1] = Point(1251, 11176.6);\n    polygon.ps[2] = Point(1189, 11176.6);\n    polygon.ps[3] = Point(1189, 11114.6);\n    new ShapeRef(router, polygon, 676);\n\n    // shapeRef677\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 11114.6);\n    polygon.ps[1] = Point(1779, 11176.6);\n    polygon.ps[2] = Point(1717, 11176.6);\n    polygon.ps[3] = Point(1717, 11114.6);\n    new ShapeRef(router, polygon, 677);\n\n    // shapeRef678\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2439, 11114.6);\n    polygon.ps[1] = Point(2439, 11176.6);\n    polygon.ps[2] = Point(2377, 11176.6);\n    polygon.ps[3] = Point(2377, 11114.6);\n    new ShapeRef(router, polygon, 678);\n\n    // shapeRef679\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3066, 11114.6);\n    polygon.ps[1] = Point(3066, 11176.6);\n    polygon.ps[2] = Point(3004, 11176.6);\n    polygon.ps[3] = Point(3004, 11114.6);\n    new ShapeRef(router, polygon, 679);\n\n    // shapeRef680\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1020, 9677.42);\n    polygon.ps[1] = Point(1020, 9739.42);\n    polygon.ps[2] = Point(958, 9739.42);\n    polygon.ps[3] = Point(958, 9677.42);\n    new ShapeRef(router, polygon, 680);\n\n    // shapeRef681\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2142, 9677.42);\n    polygon.ps[1] = Point(2142, 9739.42);\n    polygon.ps[2] = Point(2080, 9739.42);\n    polygon.ps[3] = Point(2080, 9677.42);\n    new ShapeRef(router, polygon, 681);\n\n    // shapeRef682\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1020, 10308);\n    polygon.ps[1] = Point(1020, 10370);\n    polygon.ps[2] = Point(958, 10370);\n    polygon.ps[3] = Point(958, 10308);\n    new ShapeRef(router, polygon, 682);\n\n    // shapeRef683\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 10176);\n    polygon.ps[1] = Point(492, 10238);\n    polygon.ps[2] = Point(430, 10238);\n    polygon.ps[3] = Point(430, 10176);\n    new ShapeRef(router, polygon, 683);\n\n    // shapeRef684\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1020, 10176);\n    polygon.ps[1] = Point(1020, 10238);\n    polygon.ps[2] = Point(958, 10238);\n    polygon.ps[3] = Point(958, 10176);\n    new ShapeRef(router, polygon, 684);\n\n    // shapeRef685\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1548, 10176);\n    polygon.ps[1] = Point(1548, 10238);\n    polygon.ps[2] = Point(1486, 10238);\n    polygon.ps[3] = Point(1486, 10176);\n    new ShapeRef(router, polygon, 685);\n\n    // shapeRef686\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2142, 10176);\n    polygon.ps[1] = Point(2142, 10238);\n    polygon.ps[2] = Point(2080, 10238);\n    polygon.ps[3] = Point(2080, 10176);\n    new ShapeRef(router, polygon, 686);\n\n    // shapeRef687\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 6384.51);\n    polygon.ps[1] = Point(10972.2, 6446.51);\n    polygon.ps[2] = Point(10910.2, 6446.51);\n    polygon.ps[3] = Point(10910.2, 6384.51);\n    new ShapeRef(router, polygon, 687);\n\n    // shapeRef688\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 5725.9);\n    polygon.ps[1] = Point(10972.2, 5787.9);\n    polygon.ps[2] = Point(10910.2, 5787.9);\n    polygon.ps[3] = Point(10910.2, 5725.9);\n    new ShapeRef(router, polygon, 688);\n\n    // shapeRef689\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 5382.67);\n    polygon.ps[1] = Point(10972.2, 5444.67);\n    polygon.ps[2] = Point(10910.2, 5444.67);\n    polygon.ps[3] = Point(10910.2, 5382.67);\n    new ShapeRef(router, polygon, 689);\n\n    // shapeRef690\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 5138.4);\n    polygon.ps[1] = Point(10972.2, 5200.4);\n    polygon.ps[2] = Point(10910.2, 5200.4);\n    polygon.ps[3] = Point(10910.2, 5138.4);\n    new ShapeRef(router, polygon, 690);\n\n    // shapeRef691\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10972.2, 4643.4);\n    polygon.ps[1] = Point(10972.2, 4705.4);\n    polygon.ps[2] = Point(10910.2, 4705.4);\n    polygon.ps[3] = Point(10910.2, 4643.4);\n    new ShapeRef(router, polygon, 691);\n\n    // shapeRef692\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11236.2, 5966.59);\n    polygon.ps[1] = Point(11236.2, 6028.59);\n    polygon.ps[2] = Point(11174.2, 6028.59);\n    polygon.ps[3] = Point(11174.2, 5966.59);\n    new ShapeRef(router, polygon, 692);\n\n    // shapeRef693\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11236.2, 6384.51);\n    polygon.ps[1] = Point(11236.2, 6446.51);\n    polygon.ps[2] = Point(11174.2, 6446.51);\n    polygon.ps[3] = Point(11174.2, 6384.51);\n    new ShapeRef(router, polygon, 693);\n\n    // shapeRef694\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 6757.21);\n    polygon.ps[1] = Point(11658.1, 6819.21);\n    polygon.ps[2] = Point(11596.1, 6819.21);\n    polygon.ps[3] = Point(11596.1, 6757.21);\n    new ShapeRef(router, polygon, 694);\n\n    // shapeRef695\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 6417.51);\n    polygon.ps[1] = Point(10013.7, 6479.51);\n    polygon.ps[2] = Point(9951.69, 6479.51);\n    polygon.ps[3] = Point(9951.69, 6417.51);\n    new ShapeRef(router, polygon, 695);\n\n    // shapeRef696\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 6058.29);\n    polygon.ps[1] = Point(10013.7, 6120.29);\n    polygon.ps[2] = Point(9951.69, 6120.29);\n    polygon.ps[3] = Point(9951.69, 6058.29);\n    new ShapeRef(router, polygon, 696);\n\n    // shapeRef697\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 4478.4);\n    polygon.ps[1] = Point(10013.7, 4540.4);\n    polygon.ps[2] = Point(9951.69, 4540.4);\n    polygon.ps[3] = Point(9951.69, 4478.4);\n    new ShapeRef(router, polygon, 697);\n\n    // shapeRef698\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 3534.51);\n    polygon.ps[1] = Point(10013.7, 3596.51);\n    polygon.ps[2] = Point(9951.69, 3596.51);\n    polygon.ps[3] = Point(9951.69, 3534.51);\n    new ShapeRef(router, polygon, 698);\n\n    // shapeRef699\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 6384.51);\n    polygon.ps[1] = Point(11658.1, 6446.51);\n    polygon.ps[2] = Point(11596.1, 6446.51);\n    polygon.ps[3] = Point(11596.1, 6384.51);\n    new ShapeRef(router, polygon, 699);\n\n    // shapeRef700\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 5725.9);\n    polygon.ps[1] = Point(11658.1, 5787.9);\n    polygon.ps[2] = Point(11596.1, 5787.9);\n    polygon.ps[3] = Point(11596.1, 5725.9);\n    new ShapeRef(router, polygon, 700);\n\n    // shapeRef701\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 5382.67);\n    polygon.ps[1] = Point(11658.1, 5444.67);\n    polygon.ps[2] = Point(11596.1, 5444.67);\n    polygon.ps[3] = Point(11596.1, 5382.67);\n    new ShapeRef(router, polygon, 701);\n\n    // shapeRef702\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 5138.4);\n    polygon.ps[1] = Point(11658.1, 5200.4);\n    polygon.ps[2] = Point(11596.1, 5200.4);\n    polygon.ps[3] = Point(11596.1, 5138.4);\n    new ShapeRef(router, polygon, 702);\n\n    // shapeRef703\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 4577.4);\n    polygon.ps[1] = Point(11658.1, 4639.4);\n    polygon.ps[2] = Point(11596.1, 4639.4);\n    polygon.ps[3] = Point(11596.1, 4577.4);\n    new ShapeRef(router, polygon, 703);\n\n    // shapeRef704\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11658.1, 3534.51);\n    polygon.ps[1] = Point(11658.1, 3596.51);\n    polygon.ps[2] = Point(11596.1, 3596.51);\n    polygon.ps[3] = Point(11596.1, 3534.51);\n    new ShapeRef(router, polygon, 704);\n\n    // shapeRef705\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11988.1, 5006.4);\n    polygon.ps[1] = Point(11988.1, 5068.4);\n    polygon.ps[2] = Point(11926.1, 5068.4);\n    polygon.ps[3] = Point(11926.1, 5006.4);\n    new ShapeRef(router, polygon, 705);\n\n    // shapeRef706\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 3996.51);\n    polygon.ps[1] = Point(12219.1, 4058.51);\n    polygon.ps[2] = Point(12157.1, 4058.51);\n    polygon.ps[3] = Point(12157.1, 3996.51);\n    new ShapeRef(router, polygon, 706);\n\n    // shapeRef707\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 5006.4);\n    polygon.ps[1] = Point(12219.1, 5068.4);\n    polygon.ps[2] = Point(12157.1, 5068.4);\n    polygon.ps[3] = Point(12157.1, 5006.4);\n    new ShapeRef(router, polygon, 707);\n\n    // shapeRef708\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 3534.51);\n    polygon.ps[1] = Point(12219.1, 3596.51);\n    polygon.ps[2] = Point(12157.1, 3596.51);\n    polygon.ps[3] = Point(12157.1, 3534.51);\n    new ShapeRef(router, polygon, 708);\n\n    // shapeRef709\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12986.5, 3534.51);\n    polygon.ps[1] = Point(12986.5, 3596.51);\n    polygon.ps[2] = Point(12924.5, 3596.51);\n    polygon.ps[3] = Point(12924.5, 3534.51);\n    new ShapeRef(router, polygon, 709);\n\n    // shapeRef710\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17871.5, 2044.29);\n    polygon.ps[1] = Point(17871.5, 2106.29);\n    polygon.ps[2] = Point(17809.5, 2106.29);\n    polygon.ps[3] = Point(17809.5, 2044.29);\n    new ShapeRef(router, polygon, 710);\n\n    // shapeRef711\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17640.5, 2044.29);\n    polygon.ps[1] = Point(17640.5, 2106.29);\n    polygon.ps[2] = Point(17578.5, 2106.29);\n    polygon.ps[3] = Point(17578.5, 2044.29);\n    new ShapeRef(router, polygon, 711);\n\n    // shapeRef712\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17376.5, 2044.29);\n    polygon.ps[1] = Point(17376.5, 2106.29);\n    polygon.ps[2] = Point(17314.5, 2106.29);\n    polygon.ps[3] = Point(17314.5, 2044.29);\n    new ShapeRef(router, polygon, 712);\n\n    // shapeRef713\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17017.8, 2044.29);\n    polygon.ps[1] = Point(17017.8, 2106.29);\n    polygon.ps[2] = Point(16955.8, 2106.29);\n    polygon.ps[3] = Point(16955.8, 2044.29);\n    new ShapeRef(router, polygon, 713);\n\n    // shapeRef714\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 2044.29);\n    polygon.ps[1] = Point(16753.8, 2106.29);\n    polygon.ps[2] = Point(16691.8, 2106.29);\n    polygon.ps[3] = Point(16691.8, 2044.29);\n    new ShapeRef(router, polygon, 714);\n\n    // shapeRef715\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 2044.29);\n    polygon.ps[1] = Point(16588.8, 2106.29);\n    polygon.ps[2] = Point(16526.8, 2106.29);\n    polygon.ps[3] = Point(16526.8, 2044.29);\n    new ShapeRef(router, polygon, 715);\n\n    // shapeRef716\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16262.6, 2044.29);\n    polygon.ps[1] = Point(16262.6, 2106.29);\n    polygon.ps[2] = Point(16200.6, 2106.29);\n    polygon.ps[3] = Point(16200.6, 2044.29);\n    new ShapeRef(router, polygon, 716);\n\n    // shapeRef717\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15932.6, 2044.29);\n    polygon.ps[1] = Point(15932.6, 2106.29);\n    polygon.ps[2] = Point(15870.6, 2106.29);\n    polygon.ps[3] = Point(15870.6, 2044.29);\n    new ShapeRef(router, polygon, 717);\n\n    // shapeRef718\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 2044.29);\n    polygon.ps[1] = Point(15270.5, 2106.29);\n    polygon.ps[2] = Point(15208.5, 2106.29);\n    polygon.ps[3] = Point(15208.5, 2044.29);\n    new ShapeRef(router, polygon, 718);\n\n    // shapeRef719\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 1780.29);\n    polygon.ps[1] = Point(15270.5, 1842.29);\n    polygon.ps[2] = Point(15208.5, 1842.29);\n    polygon.ps[3] = Point(15208.5, 1780.29);\n    new ShapeRef(router, polygon, 719);\n\n    // shapeRef720\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 10651.3);\n    polygon.ps[1] = Point(18756.5, 10713.3);\n    polygon.ps[2] = Point(18694.5, 10713.3);\n    polygon.ps[3] = Point(18694.5, 10651.3);\n    new ShapeRef(router, polygon, 720);\n\n    // shapeRef721\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 10242);\n    polygon.ps[1] = Point(18756.5, 10304);\n    polygon.ps[2] = Point(18694.5, 10304);\n    polygon.ps[3] = Point(18694.5, 10242);\n    new ShapeRef(router, polygon, 721);\n\n    // shapeRef722\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 9644.42);\n    polygon.ps[1] = Point(18756.5, 9706.42);\n    polygon.ps[2] = Point(18694.5, 9706.42);\n    polygon.ps[3] = Point(18694.5, 9644.42);\n    new ShapeRef(router, polygon, 722);\n\n    // shapeRef723\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 9149.42);\n    polygon.ps[1] = Point(18756.5, 9211.42);\n    polygon.ps[2] = Point(18694.5, 9211.42);\n    polygon.ps[3] = Point(18694.5, 9149.42);\n    new ShapeRef(router, polygon, 723);\n\n    // shapeRef724\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 8611.22);\n    polygon.ps[1] = Point(18756.5, 8673.22);\n    polygon.ps[2] = Point(18694.5, 8673.22);\n    polygon.ps[3] = Point(18694.5, 8611.22);\n    new ShapeRef(router, polygon, 724);\n\n    // shapeRef725\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 8218.99);\n    polygon.ps[1] = Point(18756.5, 8280.99);\n    polygon.ps[2] = Point(18694.5, 8280.99);\n    polygon.ps[3] = Point(18694.5, 8218.99);\n    new ShapeRef(router, polygon, 725);\n\n    // shapeRef726\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 7581.79);\n    polygon.ps[1] = Point(18756.5, 7643.79);\n    polygon.ps[2] = Point(18694.5, 7643.79);\n    polygon.ps[3] = Point(18694.5, 7581.79);\n    new ShapeRef(router, polygon, 726);\n\n    // shapeRef727\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 6757.21);\n    polygon.ps[1] = Point(18756.5, 6819.21);\n    polygon.ps[2] = Point(18694.5, 6819.21);\n    polygon.ps[3] = Point(18694.5, 6757.21);\n    new ShapeRef(router, polygon, 727);\n\n    // shapeRef728\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3957, 394.265);\n    polygon.ps[1] = Point(3957, 456.265);\n    polygon.ps[2] = Point(3895, 456.265);\n    polygon.ps[3] = Point(3895, 394.265);\n    new ShapeRef(router, polygon, 728);\n\n    // shapeRef729\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4254, 394.265);\n    polygon.ps[1] = Point(4254, 456.265);\n    polygon.ps[2] = Point(4192, 456.265);\n    polygon.ps[3] = Point(4192, 394.265);\n    new ShapeRef(router, polygon, 729);\n\n    // shapeRef730\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 394.265);\n    polygon.ps[1] = Point(4584, 456.265);\n    polygon.ps[2] = Point(4522, 456.265);\n    polygon.ps[3] = Point(4522, 394.265);\n    new ShapeRef(router, polygon, 730);\n\n    // shapeRef731\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4947, 394.265);\n    polygon.ps[1] = Point(4947, 456.265);\n    polygon.ps[2] = Point(4885, 456.265);\n    polygon.ps[3] = Point(4885, 394.265);\n    new ShapeRef(router, polygon, 731);\n\n    // shapeRef732\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5659.1, 394.265);\n    polygon.ps[1] = Point(5659.1, 456.265);\n    polygon.ps[2] = Point(5597.1, 456.265);\n    polygon.ps[3] = Point(5597.1, 394.265);\n    new ShapeRef(router, polygon, 732);\n\n    // shapeRef733\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5277, 282.265);\n    polygon.ps[1] = Point(5277, 344.265);\n    polygon.ps[2] = Point(5215, 344.265);\n    polygon.ps[3] = Point(5215, 282.265);\n    new ShapeRef(router, polygon, 733);\n\n    // shapeRef734\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5659.1, 282.265);\n    polygon.ps[1] = Point(5659.1, 344.265);\n    polygon.ps[2] = Point(5597.1, 344.265);\n    polygon.ps[3] = Point(5597.1, 282.265);\n    new ShapeRef(router, polygon, 734);\n\n    // shapeRef735\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5857.1, 282.265);\n    polygon.ps[1] = Point(5857.1, 344.265);\n    polygon.ps[2] = Point(5795.1, 344.265);\n    polygon.ps[3] = Point(5795.1, 282.265);\n    new ShapeRef(router, polygon, 735);\n\n    // shapeRef736\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6121.1, 282.265);\n    polygon.ps[1] = Point(6121.1, 344.265);\n    polygon.ps[2] = Point(6059.1, 344.265);\n    polygon.ps[3] = Point(6059.1, 282.265);\n    new ShapeRef(router, polygon, 736);\n\n    // shapeRef737\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6319.1, 282.265);\n    polygon.ps[1] = Point(6319.1, 344.265);\n    polygon.ps[2] = Point(6257.1, 344.265);\n    polygon.ps[3] = Point(6257.1, 282.265);\n    new ShapeRef(router, polygon, 737);\n\n    // shapeRef738\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6616.1, 282.265);\n    polygon.ps[1] = Point(6616.1, 344.265);\n    polygon.ps[2] = Point(6554.1, 344.265);\n    polygon.ps[3] = Point(6554.1, 282.265);\n    new ShapeRef(router, polygon, 738);\n\n    // shapeRef739\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6880.1, 282.265);\n    polygon.ps[1] = Point(6880.1, 344.265);\n    polygon.ps[2] = Point(6818.1, 344.265);\n    polygon.ps[3] = Point(6818.1, 282.265);\n    new ShapeRef(router, polygon, 739);\n\n    // shapeRef740\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7210.1, 282.265);\n    polygon.ps[1] = Point(7210.1, 344.265);\n    polygon.ps[2] = Point(7148.1, 344.265);\n    polygon.ps[3] = Point(7148.1, 282.265);\n    new ShapeRef(router, polygon, 740);\n\n    // shapeRef741\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7573.1, 282.265);\n    polygon.ps[1] = Point(7573.1, 344.265);\n    polygon.ps[2] = Point(7511.1, 344.265);\n    polygon.ps[3] = Point(7511.1, 282.265);\n    new ShapeRef(router, polygon, 741);\n\n    // shapeRef742\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12186.1, 11984.3);\n    polygon.ps[1] = Point(12186.1, 12046.3);\n    polygon.ps[2] = Point(12124.1, 12046.3);\n    polygon.ps[3] = Point(12124.1, 11984.3);\n    new ShapeRef(router, polygon, 742);\n\n    // shapeRef743\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11889.1, 11984.3);\n    polygon.ps[1] = Point(11889.1, 12046.3);\n    polygon.ps[2] = Point(11827.1, 12046.3);\n    polygon.ps[3] = Point(11827.1, 11984.3);\n    new ShapeRef(router, polygon, 743);\n\n    // shapeRef744\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11889.1, 11355.8);\n    polygon.ps[1] = Point(11889.1, 11417.8);\n    polygon.ps[2] = Point(11827.1, 11417.8);\n    polygon.ps[3] = Point(11827.1, 11355.8);\n    new ShapeRef(router, polygon, 744);\n\n    // shapeRef745\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 11984.3);\n    polygon.ps[1] = Point(11460.1, 12046.3);\n    polygon.ps[2] = Point(11398.1, 12046.3);\n    polygon.ps[3] = Point(11398.1, 11984.3);\n    new ShapeRef(router, polygon, 745);\n\n    // shapeRef746\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 11355.8);\n    polygon.ps[1] = Point(11460.1, 11417.8);\n    polygon.ps[2] = Point(11398.1, 11417.8);\n    polygon.ps[3] = Point(11398.1, 11355.8);\n    new ShapeRef(router, polygon, 746);\n\n    // shapeRef747\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 10916.6);\n    polygon.ps[1] = Point(11460.1, 10978.6);\n    polygon.ps[2] = Point(11398.1, 10978.6);\n    polygon.ps[3] = Point(11398.1, 10916.6);\n    new ShapeRef(router, polygon, 747);\n\n    // shapeRef748\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 10506);\n    polygon.ps[1] = Point(11460.1, 10568);\n    polygon.ps[2] = Point(11398.1, 10568);\n    polygon.ps[3] = Point(11398.1, 10506);\n    new ShapeRef(router, polygon, 748);\n\n    // shapeRef749\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11889.1, 10209);\n    polygon.ps[1] = Point(11889.1, 10271);\n    polygon.ps[2] = Point(11827.1, 10271);\n    polygon.ps[3] = Point(11827.1, 10209);\n    new ShapeRef(router, polygon, 749);\n\n    // shapeRef750\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 10209);\n    polygon.ps[1] = Point(11460.1, 10271);\n    polygon.ps[2] = Point(11398.1, 10271);\n    polygon.ps[3] = Point(11398.1, 10209);\n    new ShapeRef(router, polygon, 750);\n\n    // shapeRef751\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 9182.42);\n    polygon.ps[1] = Point(11460.1, 9244.42);\n    polygon.ps[2] = Point(11398.1, 9244.42);\n    polygon.ps[3] = Point(11398.1, 9182.42);\n    new ShapeRef(router, polygon, 751);\n\n    // shapeRef752\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12920.5, 9182.42);\n    polygon.ps[1] = Point(12920.5, 9244.42);\n    polygon.ps[2] = Point(12858.5, 9244.42);\n    polygon.ps[3] = Point(12858.5, 9182.42);\n    new ShapeRef(router, polygon, 752);\n\n    // shapeRef753\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4683, 4511.4);\n    polygon.ps[1] = Point(4683, 4573.4);\n    polygon.ps[2] = Point(4621, 4573.4);\n    polygon.ps[3] = Point(4621, 4511.4);\n    new ShapeRef(router, polygon, 753);\n\n    // shapeRef754\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17706.5, 11829.9);\n    polygon.ps[1] = Point(17706.5, 11891.9);\n    polygon.ps[2] = Point(17644.5, 11891.9);\n    polygon.ps[3] = Point(17644.5, 11829.9);\n    new ShapeRef(router, polygon, 754);\n\n    // shapeRef755\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17409.5, 11829.9);\n    polygon.ps[1] = Point(17409.5, 11891.9);\n    polygon.ps[2] = Point(17347.5, 11891.9);\n    polygon.ps[3] = Point(17347.5, 11829.9);\n    new ShapeRef(router, polygon, 755);\n\n    // shapeRef756\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16984.8, 11829.9);\n    polygon.ps[1] = Point(16984.8, 11891.9);\n    polygon.ps[2] = Point(16922.8, 11891.9);\n    polygon.ps[3] = Point(16922.8, 11829.9);\n    new ShapeRef(router, polygon, 756);\n\n    // shapeRef757\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16295.6, 2548.29);\n    polygon.ps[1] = Point(16295.6, 2610.29);\n    polygon.ps[2] = Point(16233.6, 2610.29);\n    polygon.ps[3] = Point(16233.6, 2548.29);\n    new ShapeRef(router, polygon, 757);\n\n    // shapeRef758\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15965.6, 2548.29);\n    polygon.ps[1] = Point(15965.6, 2610.29);\n    polygon.ps[2] = Point(15903.6, 2610.29);\n    polygon.ps[3] = Point(15903.6, 2548.29);\n    new ShapeRef(router, polygon, 758);\n\n    // shapeRef759\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 2548.29);\n    polygon.ps[1] = Point(15270.5, 2610.29);\n    polygon.ps[2] = Point(15208.5, 2610.29);\n    polygon.ps[3] = Point(15208.5, 2548.29);\n    new ShapeRef(router, polygon, 759);\n\n    // shapeRef760\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14629, 2548.29);\n    polygon.ps[1] = Point(14629, 2610.29);\n    polygon.ps[2] = Point(14567, 2610.29);\n    polygon.ps[3] = Point(14567, 2548.29);\n    new ShapeRef(router, polygon, 760);\n\n    // shapeRef761\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13837, 2845.29);\n    polygon.ps[1] = Point(13837, 2907.29);\n    polygon.ps[2] = Point(13775, 2907.29);\n    polygon.ps[3] = Point(13775, 2845.29);\n    new ShapeRef(router, polygon, 761);\n\n    // shapeRef762\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14200, 2548.29);\n    polygon.ps[1] = Point(14200, 2610.29);\n    polygon.ps[2] = Point(14138, 2610.29);\n    polygon.ps[3] = Point(14138, 2548.29);\n    new ShapeRef(router, polygon, 762);\n\n    // shapeRef763\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18498.5, 9644.42);\n    polygon.ps[1] = Point(18498.5, 9706.42);\n    polygon.ps[2] = Point(18436.5, 9706.42);\n    polygon.ps[3] = Point(18436.5, 9644.42);\n    new ShapeRef(router, polygon, 763);\n\n    // shapeRef764\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18300.5, 9644.42);\n    polygon.ps[1] = Point(18300.5, 9706.42);\n    polygon.ps[2] = Point(18238.5, 9706.42);\n    polygon.ps[3] = Point(18238.5, 9644.42);\n    new ShapeRef(router, polygon, 764);\n\n    // shapeRef765\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18069.5, 9644.42);\n    polygon.ps[1] = Point(18069.5, 9706.42);\n    polygon.ps[2] = Point(18007.5, 9706.42);\n    polygon.ps[3] = Point(18007.5, 9644.42);\n    new ShapeRef(router, polygon, 765);\n\n    // shapeRef766\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17838.5, 9644.42);\n    polygon.ps[1] = Point(17838.5, 9706.42);\n    polygon.ps[2] = Point(17776.5, 9706.42);\n    polygon.ps[3] = Point(17776.5, 9644.42);\n    new ShapeRef(router, polygon, 766);\n\n    // shapeRef767\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17673.5, 9644.42);\n    polygon.ps[1] = Point(17673.5, 9706.42);\n    polygon.ps[2] = Point(17611.5, 9706.42);\n    polygon.ps[3] = Point(17611.5, 9644.42);\n    new ShapeRef(router, polygon, 767);\n\n    // shapeRef768\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17442.5, 9644.42);\n    polygon.ps[1] = Point(17442.5, 9706.42);\n    polygon.ps[2] = Point(17380.5, 9706.42);\n    polygon.ps[3] = Point(17380.5, 9644.42);\n    new ShapeRef(router, polygon, 768);\n\n    // shapeRef769\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 9644.42);\n    polygon.ps[1] = Point(17083.8, 9706.42);\n    polygon.ps[2] = Point(17021.8, 9706.42);\n    polygon.ps[3] = Point(17021.8, 9644.42);\n    new ShapeRef(router, polygon, 769);\n\n    // shapeRef770\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 9083.42);\n    polygon.ps[1] = Point(17083.8, 9145.42);\n    polygon.ps[2] = Point(17021.8, 9145.42);\n    polygon.ps[3] = Point(17021.8, 9083.42);\n    new ShapeRef(router, polygon, 770);\n\n    // shapeRef771\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 8449.99);\n    polygon.ps[1] = Point(17083.8, 8511.99);\n    polygon.ps[2] = Point(17021.8, 8511.99);\n    polygon.ps[3] = Point(17021.8, 8449.99);\n    new ShapeRef(router, polygon, 771);\n\n    // shapeRef772\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 7878.79);\n    polygon.ps[1] = Point(17083.8, 7940.79);\n    polygon.ps[2] = Point(17021.8, 7940.79);\n    polygon.ps[3] = Point(17021.8, 7878.79);\n    new ShapeRef(router, polygon, 772);\n\n    // shapeRef773\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17310.5, 1879.29);\n    polygon.ps[1] = Point(17310.5, 1941.29);\n    polygon.ps[2] = Point(17248.5, 1941.29);\n    polygon.ps[3] = Point(17248.5, 1879.29);\n    new ShapeRef(router, polygon, 773);\n\n    // shapeRef774\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17574.5, 1513.29);\n    polygon.ps[1] = Point(17574.5, 1575.29);\n    polygon.ps[2] = Point(17512.5, 1575.29);\n    polygon.ps[3] = Point(17512.5, 1513.29);\n    new ShapeRef(router, polygon, 774);\n\n    // shapeRef775\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17310.5, 1513.29);\n    polygon.ps[1] = Point(17310.5, 1575.29);\n    polygon.ps[2] = Point(17248.5, 1575.29);\n    polygon.ps[3] = Point(17248.5, 1513.29);\n    new ShapeRef(router, polygon, 775);\n\n    // shapeRef776\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16687.8, 1513.29);\n    polygon.ps[1] = Point(16687.8, 1575.29);\n    polygon.ps[2] = Point(16625.8, 1575.29);\n    polygon.ps[3] = Point(16625.8, 1513.29);\n    new ShapeRef(router, polygon, 776);\n\n    // shapeRef777\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16687.8, 1249.29);\n    polygon.ps[1] = Point(16687.8, 1311.29);\n    polygon.ps[2] = Point(16625.8, 1311.29);\n    polygon.ps[3] = Point(16625.8, 1249.29);\n    new ShapeRef(router, polygon, 777);\n\n    // shapeRef778\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16918.8, 1249.29);\n    polygon.ps[1] = Point(16918.8, 1311.29);\n    polygon.ps[2] = Point(16856.8, 1311.29);\n    polygon.ps[3] = Point(16856.8, 1249.29);\n    new ShapeRef(router, polygon, 778);\n\n    // shapeRef779\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17310.5, 1018.29);\n    polygon.ps[1] = Point(17310.5, 1080.29);\n    polygon.ps[2] = Point(17248.5, 1080.29);\n    polygon.ps[3] = Point(17248.5, 1018.29);\n    new ShapeRef(router, polygon, 779);\n\n    // shapeRef780\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17310.5, 645.091);\n    polygon.ps[1] = Point(17310.5, 707.091);\n    polygon.ps[2] = Point(17248.5, 707.091);\n    polygon.ps[3] = Point(17248.5, 645.091);\n    new ShapeRef(router, polygon, 780);\n\n    // shapeRef781\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16918.8, 427.265);\n    polygon.ps[1] = Point(16918.8, 489.265);\n    polygon.ps[2] = Point(16856.8, 489.265);\n    polygon.ps[3] = Point(16856.8, 427.265);\n    new ShapeRef(router, polygon, 781);\n\n    // shapeRef782\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16687.8, 427.265);\n    polygon.ps[1] = Point(16687.8, 489.265);\n    polygon.ps[2] = Point(16625.8, 489.265);\n    polygon.ps[3] = Point(16625.8, 427.265);\n    new ShapeRef(router, polygon, 782);\n\n    // shapeRef783\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5890.1, 12427.7);\n    polygon.ps[1] = Point(5890.1, 12489.7);\n    polygon.ps[2] = Point(5828.1, 12489.7);\n    polygon.ps[3] = Point(5828.1, 12427.7);\n    new ShapeRef(router, polygon, 783);\n\n    // shapeRef784\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5593.1, 12427.7);\n    polygon.ps[1] = Point(5593.1, 12489.7);\n    polygon.ps[2] = Point(5531.1, 12489.7);\n    polygon.ps[3] = Point(5531.1, 12427.7);\n    new ShapeRef(router, polygon, 784);\n\n    // shapeRef785\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5178, 12427.7);\n    polygon.ps[1] = Point(5178, 12489.7);\n    polygon.ps[2] = Point(5116, 12489.7);\n    polygon.ps[3] = Point(5116, 12427.7);\n    new ShapeRef(router, polygon, 785);\n\n    // shapeRef786\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 11796.9);\n    polygon.ps[1] = Point(4980, 11858.9);\n    polygon.ps[2] = Point(4918, 11858.9);\n    polygon.ps[3] = Point(4918, 11796.9);\n    new ShapeRef(router, polygon, 786);\n\n    // shapeRef787\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 11147.6);\n    polygon.ps[1] = Point(4980, 11209.6);\n    polygon.ps[2] = Point(4918, 11209.6);\n    polygon.ps[3] = Point(4918, 11147.6);\n    new ShapeRef(router, polygon, 787);\n\n    // shapeRef788\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 10717.3);\n    polygon.ps[1] = Point(4980, 10779.3);\n    polygon.ps[2] = Point(4918, 10779.3);\n    polygon.ps[3] = Point(4918, 10717.3);\n    new ShapeRef(router, polygon, 788);\n\n    // shapeRef789\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 10110);\n    polygon.ps[1] = Point(4980, 10172);\n    polygon.ps[2] = Point(4918, 10172);\n    polygon.ps[3] = Point(4918, 10110);\n    new ShapeRef(router, polygon, 789);\n\n    // shapeRef790\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4617, 10110);\n    polygon.ps[1] = Point(4617, 10172);\n    polygon.ps[2] = Point(4555, 10172);\n    polygon.ps[3] = Point(4555, 10110);\n    new ShapeRef(router, polygon, 790);\n\n    // shapeRef791\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4320, 10341);\n    polygon.ps[1] = Point(4320, 10403);\n    polygon.ps[2] = Point(4258, 10403);\n    polygon.ps[3] = Point(4258, 10341);\n    new ShapeRef(router, polygon, 791);\n\n    // shapeRef792\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4617, 9545.42);\n    polygon.ps[1] = Point(4617, 9607.42);\n    polygon.ps[2] = Point(4555, 9607.42);\n    polygon.ps[3] = Point(4555, 9545.42);\n    new ShapeRef(router, polygon, 792);\n\n    // shapeRef793\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3429, 10618.3);\n    polygon.ps[1] = Point(3429, 10680.3);\n    polygon.ps[2] = Point(3367, 10680.3);\n    polygon.ps[3] = Point(3367, 10618.3);\n    new ShapeRef(router, polygon, 793);\n\n    // shapeRef794\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 10618.3);\n    polygon.ps[1] = Point(4056, 10680.3);\n    polygon.ps[2] = Point(3994, 10680.3);\n    polygon.ps[3] = Point(3994, 10618.3);\n    new ShapeRef(router, polygon, 794);\n\n    // shapeRef795\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3429, 10275);\n    polygon.ps[1] = Point(3429, 10337);\n    polygon.ps[2] = Point(3367, 10337);\n    polygon.ps[3] = Point(3367, 10275);\n    new ShapeRef(router, polygon, 795);\n\n    // shapeRef796\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3429, 9879.02);\n    polygon.ps[1] = Point(3429, 9941.02);\n    polygon.ps[2] = Point(3367, 9941.02);\n    polygon.ps[3] = Point(3367, 9879.02);\n    new ShapeRef(router, polygon, 796);\n\n    // shapeRef797\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3429, 9380.42);\n    polygon.ps[1] = Point(3429, 9442.42);\n    polygon.ps[2] = Point(3367, 9442.42);\n    polygon.ps[3] = Point(3367, 9380.42);\n    new ShapeRef(router, polygon, 797);\n\n    // shapeRef798\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3429, 9017.42);\n    polygon.ps[1] = Point(3429, 9079.42);\n    polygon.ps[2] = Point(3367, 9079.42);\n    polygon.ps[3] = Point(3367, 9017.42);\n    new ShapeRef(router, polygon, 798);\n\n    // shapeRef799\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 10275);\n    polygon.ps[1] = Point(4056, 10337);\n    polygon.ps[2] = Point(3994, 10337);\n    polygon.ps[3] = Point(3994, 10275);\n    new ShapeRef(router, polygon, 799);\n\n    // shapeRef800\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 9879.02);\n    polygon.ps[1] = Point(4056, 9941.02);\n    polygon.ps[2] = Point(3994, 9941.02);\n    polygon.ps[3] = Point(3994, 9879.02);\n    new ShapeRef(router, polygon, 800);\n\n    // shapeRef801\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 9380.42);\n    polygon.ps[1] = Point(4056, 9442.42);\n    polygon.ps[2] = Point(3994, 9442.42);\n    polygon.ps[3] = Point(3994, 9380.42);\n    new ShapeRef(router, polygon, 801);\n\n    // shapeRef802\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 9017.42);\n    polygon.ps[1] = Point(4056, 9079.42);\n    polygon.ps[2] = Point(3994, 9079.42);\n    polygon.ps[3] = Point(3994, 9017.42);\n    new ShapeRef(router, polygon, 802);\n\n    // shapeRef803\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 8548.99);\n    polygon.ps[1] = Point(4056, 8610.99);\n    polygon.ps[2] = Point(3994, 8610.99);\n    polygon.ps[3] = Point(3994, 8548.99);\n    new ShapeRef(router, polygon, 803);\n\n    // shapeRef804\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 8142.79);\n    polygon.ps[1] = Point(4056, 8204.79);\n    polygon.ps[2] = Point(3994, 8204.79);\n    polygon.ps[3] = Point(3994, 8142.79);\n    new ShapeRef(router, polygon, 804);\n\n    // shapeRef805\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4485, 8142.79);\n    polygon.ps[1] = Point(4485, 8204.79);\n    polygon.ps[2] = Point(4423, 8204.79);\n    polygon.ps[3] = Point(4423, 8142.79);\n    new ShapeRef(router, polygon, 805);\n\n    // shapeRef806\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4485, 7614.79);\n    polygon.ps[1] = Point(4485, 7676.79);\n    polygon.ps[2] = Point(4423, 7676.79);\n    polygon.ps[3] = Point(4423, 7614.79);\n    new ShapeRef(router, polygon, 806);\n\n    // shapeRef807\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 7614.79);\n    polygon.ps[1] = Point(4056, 7676.79);\n    polygon.ps[2] = Point(3994, 7676.79);\n    polygon.ps[3] = Point(3994, 7614.79);\n    new ShapeRef(router, polygon, 807);\n\n    // shapeRef808\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3099, 9380.42);\n    polygon.ps[1] = Point(3099, 9442.42);\n    polygon.ps[2] = Point(3037, 9442.42);\n    polygon.ps[3] = Point(3037, 9380.42);\n    new ShapeRef(router, polygon, 808);\n\n    // shapeRef809\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3099, 9017.42);\n    polygon.ps[1] = Point(3099, 9079.42);\n    polygon.ps[2] = Point(3037, 9079.42);\n    polygon.ps[3] = Point(3037, 9017.42);\n    new ShapeRef(router, polygon, 809);\n\n    // shapeRef810\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3099, 8548.99);\n    polygon.ps[1] = Point(3099, 8610.99);\n    polygon.ps[2] = Point(3037, 8610.99);\n    polygon.ps[3] = Point(3037, 8548.99);\n    new ShapeRef(router, polygon, 810);\n\n    // shapeRef811\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 8548.99);\n    polygon.ps[1] = Point(3759, 8610.99);\n    polygon.ps[2] = Point(3697, 8610.99);\n    polygon.ps[3] = Point(3697, 8548.99);\n    new ShapeRef(router, polygon, 811);\n\n    // shapeRef812\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 8142.79);\n    polygon.ps[1] = Point(3759, 8204.79);\n    polygon.ps[2] = Point(3697, 8204.79);\n    polygon.ps[3] = Point(3697, 8142.79);\n    new ShapeRef(router, polygon, 812);\n\n    // shapeRef813\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3099, 8142.79);\n    polygon.ps[1] = Point(3099, 8204.79);\n    polygon.ps[2] = Point(3037, 8204.79);\n    polygon.ps[3] = Point(3037, 8142.79);\n    new ShapeRef(router, polygon, 813);\n\n    // shapeRef814\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3099, 7614.79);\n    polygon.ps[1] = Point(3099, 7676.79);\n    polygon.ps[2] = Point(3037, 7676.79);\n    polygon.ps[3] = Point(3037, 7614.79);\n    new ShapeRef(router, polygon, 814);\n\n    // shapeRef815\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 7614.79);\n    polygon.ps[1] = Point(3759, 7676.79);\n    polygon.ps[2] = Point(3697, 7676.79);\n    polygon.ps[3] = Point(3697, 7614.79);\n    new ShapeRef(router, polygon, 815);\n\n    // shapeRef816\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1614, 5933.59);\n    polygon.ps[1] = Point(1614, 5995.59);\n    polygon.ps[2] = Point(1552, 5995.59);\n    polygon.ps[3] = Point(1552, 5933.59);\n    new ShapeRef(router, polygon, 816);\n\n    // shapeRef817\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1812, 6252.51);\n    polygon.ps[1] = Point(1812, 6314.51);\n    polygon.ps[2] = Point(1750, 6314.51);\n    polygon.ps[3] = Point(1750, 6252.51);\n    new ShapeRef(router, polygon, 817);\n\n    // shapeRef818\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2175, 6252.51);\n    polygon.ps[1] = Point(2175, 6314.51);\n    polygon.ps[2] = Point(2113, 6314.51);\n    polygon.ps[3] = Point(2113, 6252.51);\n    new ShapeRef(router, polygon, 818);\n\n    // shapeRef819\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2505, 6252.51);\n    polygon.ps[1] = Point(2505, 6314.51);\n    polygon.ps[2] = Point(2443, 6314.51);\n    polygon.ps[3] = Point(2443, 6252.51);\n    new ShapeRef(router, polygon, 819);\n\n    // shapeRef820\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2934, 6252.51);\n    polygon.ps[1] = Point(2934, 6314.51);\n    polygon.ps[2] = Point(2872, 6314.51);\n    polygon.ps[3] = Point(2872, 6252.51);\n    new ShapeRef(router, polygon, 820);\n\n    // shapeRef821\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3726, 6252.51);\n    polygon.ps[1] = Point(3726, 6314.51);\n    polygon.ps[2] = Point(3664, 6314.51);\n    polygon.ps[3] = Point(3664, 6252.51);\n    new ShapeRef(router, polygon, 821);\n\n    // shapeRef822\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4287, 6252.51);\n    polygon.ps[1] = Point(4287, 6314.51);\n    polygon.ps[2] = Point(4225, 6314.51);\n    polygon.ps[3] = Point(4225, 6252.51);\n    new ShapeRef(router, polygon, 822);\n\n    // shapeRef823\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 8383.99);\n    polygon.ps[1] = Point(228, 8445.99);\n    polygon.ps[2] = Point(166, 8445.99);\n    polygon.ps[3] = Point(166, 8383.99);\n    new ShapeRef(router, polygon, 823);\n\n    // shapeRef824\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 7911.79);\n    polygon.ps[1] = Point(228, 7973.79);\n    polygon.ps[2] = Point(166, 7973.79);\n    polygon.ps[3] = Point(166, 7911.79);\n    new ShapeRef(router, polygon, 824);\n\n    // shapeRef825\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 7394.4);\n    polygon.ps[1] = Point(228, 7456.4);\n    polygon.ps[2] = Point(166, 7456.4);\n    polygon.ps[3] = Point(166, 7394.4);\n    new ShapeRef(router, polygon, 825);\n\n    // shapeRef826\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 6965.4);\n    polygon.ps[1] = Point(228, 7027.4);\n    polygon.ps[2] = Point(166, 7027.4);\n    polygon.ps[3] = Point(166, 6965.4);\n    new ShapeRef(router, polygon, 826);\n\n    // shapeRef827\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 6417.51);\n    polygon.ps[1] = Point(228, 6479.51);\n    polygon.ps[2] = Point(166, 6479.51);\n    polygon.ps[3] = Point(166, 6417.51);\n    new ShapeRef(router, polygon, 827);\n\n    // shapeRef828\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 6025.29);\n    polygon.ps[1] = Point(228, 6087.29);\n    polygon.ps[2] = Point(166, 6087.29);\n    polygon.ps[3] = Point(166, 6025.29);\n    new ShapeRef(router, polygon, 828);\n\n    // shapeRef829\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(228, 5626.9);\n    polygon.ps[1] = Point(228, 5688.9);\n    polygon.ps[2] = Point(166, 5688.9);\n    polygon.ps[3] = Point(166, 5626.9);\n    new ShapeRef(router, polygon, 829);\n\n    // shapeRef830\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 8482.99);\n    polygon.ps[1] = Point(1416, 8544.99);\n    polygon.ps[2] = Point(1354, 8544.99);\n    polygon.ps[3] = Point(1354, 8482.99);\n    new ShapeRef(router, polygon, 830);\n\n    // shapeRef831\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 6648.51);\n    polygon.ps[1] = Point(1416, 6710.51);\n    polygon.ps[2] = Point(1354, 6710.51);\n    polygon.ps[3] = Point(1354, 6648.51);\n    new ShapeRef(router, polygon, 831);\n\n    // shapeRef832\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 6252.51);\n    polygon.ps[1] = Point(1416, 6314.51);\n    polygon.ps[2] = Point(1354, 6314.51);\n    polygon.ps[3] = Point(1354, 6252.51);\n    new ShapeRef(router, polygon, 832);\n\n    // shapeRef833\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4386, 12427.7);\n    polygon.ps[1] = Point(4386, 12489.7);\n    polygon.ps[2] = Point(4324, 12489.7);\n    polygon.ps[3] = Point(4324, 12427.7);\n    new ShapeRef(router, polygon, 833);\n\n    // shapeRef834\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3693, 12427.7);\n    polygon.ps[1] = Point(3693, 12489.7);\n    polygon.ps[2] = Point(3631, 12489.7);\n    polygon.ps[3] = Point(3631, 12427.7);\n    new ShapeRef(router, polygon, 834);\n\n    // shapeRef835\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3231, 12427.7);\n    polygon.ps[1] = Point(3231, 12489.7);\n    polygon.ps[2] = Point(3169, 12489.7);\n    polygon.ps[3] = Point(3169, 12427.7);\n    new ShapeRef(router, polygon, 835);\n\n    // shapeRef836\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2736, 12427.7);\n    polygon.ps[1] = Point(2736, 12489.7);\n    polygon.ps[2] = Point(2674, 12489.7);\n    polygon.ps[3] = Point(2674, 12427.7);\n    new ShapeRef(router, polygon, 836);\n\n    // shapeRef837\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2373, 12427.7);\n    polygon.ps[1] = Point(2373, 12489.7);\n    polygon.ps[2] = Point(2311, 12489.7);\n    polygon.ps[3] = Point(2311, 12427.7);\n    new ShapeRef(router, polygon, 837);\n\n    // shapeRef838\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 12017.3);\n    polygon.ps[1] = Point(4056, 12079.3);\n    polygon.ps[2] = Point(3994, 12079.3);\n    polygon.ps[3] = Point(3994, 12017.3);\n    new ShapeRef(router, polygon, 838);\n\n    // shapeRef839\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3693, 12017.3);\n    polygon.ps[1] = Point(3693, 12079.3);\n    polygon.ps[2] = Point(3631, 12079.3);\n    polygon.ps[3] = Point(3631, 12017.3);\n    new ShapeRef(router, polygon, 839);\n\n    // shapeRef840\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3231, 12017.3);\n    polygon.ps[1] = Point(3231, 12079.3);\n    polygon.ps[2] = Point(3169, 12079.3);\n    polygon.ps[3] = Point(3169, 12017.3);\n    new ShapeRef(router, polygon, 840);\n\n    // shapeRef841\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2736, 12017.3);\n    polygon.ps[1] = Point(2736, 12079.3);\n    polygon.ps[2] = Point(2674, 12079.3);\n    polygon.ps[3] = Point(2674, 12017.3);\n    new ShapeRef(router, polygon, 841);\n\n    // shapeRef842\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2373, 12017.3);\n    polygon.ps[1] = Point(2373, 12079.3);\n    polygon.ps[2] = Point(2311, 12079.3);\n    polygon.ps[3] = Point(2311, 12017.3);\n    new ShapeRef(router, polygon, 842);\n\n    // shapeRef843\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 8677.22);\n    polygon.ps[1] = Point(1350, 8739.22);\n    polygon.ps[2] = Point(1288, 8739.22);\n    polygon.ps[3] = Point(1288, 8677.22);\n    new ShapeRef(router, polygon, 843);\n\n    // shapeRef844\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 8677.22);\n    polygon.ps[1] = Point(1911, 8739.22);\n    polygon.ps[2] = Point(1849, 8739.22);\n    polygon.ps[3] = Point(1849, 8677.22);\n    new ShapeRef(router, polygon, 844);\n\n    // shapeRef845\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 8350.99);\n    polygon.ps[1] = Point(1911, 8412.99);\n    polygon.ps[2] = Point(1849, 8412.99);\n    polygon.ps[3] = Point(1849, 8350.99);\n    new ShapeRef(router, polygon, 845);\n\n    // shapeRef846\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 7845.79);\n    polygon.ps[1] = Point(1350, 7907.79);\n    polygon.ps[2] = Point(1288, 7907.79);\n    polygon.ps[3] = Point(1288, 7845.79);\n    new ShapeRef(router, polygon, 846);\n\n    // shapeRef847\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 7845.79);\n    polygon.ps[1] = Point(1911, 7907.79);\n    polygon.ps[2] = Point(1849, 7907.79);\n    polygon.ps[3] = Point(1849, 7845.79);\n    new ShapeRef(router, polygon, 847);\n\n    // shapeRef848\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 7394.4);\n    polygon.ps[1] = Point(1911, 7456.4);\n    polygon.ps[2] = Point(1849, 7456.4);\n    polygon.ps[3] = Point(1849, 7394.4);\n    new ShapeRef(router, polygon, 848);\n\n    // shapeRef849\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 7394.4);\n    polygon.ps[1] = Point(1350, 7456.4);\n    polygon.ps[2] = Point(1288, 7456.4);\n    polygon.ps[3] = Point(1288, 7394.4);\n    new ShapeRef(router, polygon, 849);\n\n    // shapeRef850\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1350, 6998.4);\n    polygon.ps[1] = Point(1350, 7060.4);\n    polygon.ps[2] = Point(1288, 7060.4);\n    polygon.ps[3] = Point(1288, 6998.4);\n    new ShapeRef(router, polygon, 850);\n\n    // shapeRef851\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1680, 6417.51);\n    polygon.ps[1] = Point(1680, 6479.51);\n    polygon.ps[2] = Point(1618, 6479.51);\n    polygon.ps[3] = Point(1618, 6417.51);\n    new ShapeRef(router, polygon, 851);\n\n    // shapeRef852\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1911, 6417.51);\n    polygon.ps[1] = Point(1911, 6479.51);\n    polygon.ps[2] = Point(1849, 6479.51);\n    polygon.ps[3] = Point(1849, 6417.51);\n    new ShapeRef(router, polygon, 852);\n\n    // shapeRef853\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3528, 6417.51);\n    polygon.ps[1] = Point(3528, 6479.51);\n    polygon.ps[2] = Point(3466, 6479.51);\n    polygon.ps[3] = Point(3466, 6417.51);\n    new ShapeRef(router, polygon, 853);\n\n    // shapeRef854\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8159.29, 4907.4);\n    polygon.ps[1] = Point(8159.29, 4969.4);\n    polygon.ps[2] = Point(8097.29, 4969.4);\n    polygon.ps[3] = Point(8097.29, 4907.4);\n    new ShapeRef(router, polygon, 854);\n\n    // shapeRef855\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7862.29, 4907.4);\n    polygon.ps[1] = Point(7862.29, 4969.4);\n    polygon.ps[2] = Point(7800.29, 4969.4);\n    polygon.ps[3] = Point(7800.29, 4907.4);\n    new ShapeRef(router, polygon, 855);\n\n    // shapeRef856\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7507.1, 4907.4);\n    polygon.ps[1] = Point(7507.1, 4969.4);\n    polygon.ps[2] = Point(7445.1, 4969.4);\n    polygon.ps[3] = Point(7445.1, 4907.4);\n    new ShapeRef(router, polygon, 856);\n\n    // shapeRef857\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7111.1, 4907.4);\n    polygon.ps[1] = Point(7111.1, 4969.4);\n    polygon.ps[2] = Point(7049.1, 4969.4);\n    polygon.ps[3] = Point(7049.1, 4907.4);\n    new ShapeRef(router, polygon, 857);\n\n    // shapeRef858\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6748.1, 4907.4);\n    polygon.ps[1] = Point(6748.1, 4969.4);\n    polygon.ps[2] = Point(6686.1, 4969.4);\n    polygon.ps[3] = Point(6686.1, 4907.4);\n    new ShapeRef(router, polygon, 858);\n\n    // shapeRef859\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6517.1, 4907.4);\n    polygon.ps[1] = Point(6517.1, 4969.4);\n    polygon.ps[2] = Point(6455.1, 4969.4);\n    polygon.ps[3] = Point(6455.1, 4907.4);\n    new ShapeRef(router, polygon, 859);\n\n    // shapeRef860\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6220.1, 4907.4);\n    polygon.ps[1] = Point(6220.1, 4969.4);\n    polygon.ps[2] = Point(6158.1, 4969.4);\n    polygon.ps[3] = Point(6158.1, 4907.4);\n    new ShapeRef(router, polygon, 860);\n\n    // shapeRef861\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6055.1, 4907.4);\n    polygon.ps[1] = Point(6055.1, 4969.4);\n    polygon.ps[2] = Point(5993.1, 4969.4);\n    polygon.ps[3] = Point(5993.1, 4907.4);\n    new ShapeRef(router, polygon, 861);\n\n    // shapeRef862\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7012.1, 7097.4);\n    polygon.ps[1] = Point(7012.1, 7159.4);\n    polygon.ps[2] = Point(6950.1, 7159.4);\n    polygon.ps[3] = Point(6950.1, 7097.4);\n    new ShapeRef(router, polygon, 862);\n\n    // shapeRef863\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 5250.67);\n    polygon.ps[1] = Point(4584, 5312.67);\n    polygon.ps[2] = Point(4522, 5312.67);\n    polygon.ps[3] = Point(4522, 5250.67);\n    new ShapeRef(router, polygon, 863);\n\n    // shapeRef864\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6253.1, 6582.51);\n    polygon.ps[1] = Point(6253.1, 6644.51);\n    polygon.ps[2] = Point(6191.1, 6644.51);\n    polygon.ps[3] = Point(6191.1, 6582.51);\n    new ShapeRef(router, polygon, 864);\n\n    // shapeRef865\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6121.1, 5933.59);\n    polygon.ps[1] = Point(6121.1, 5995.59);\n    polygon.ps[2] = Point(6059.1, 5995.59);\n    polygon.ps[3] = Point(6059.1, 5933.59);\n    new ShapeRef(router, polygon, 865);\n\n    // shapeRef866\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6484.1, 5933.59);\n    polygon.ps[1] = Point(6484.1, 5995.59);\n    polygon.ps[2] = Point(6422.1, 5995.59);\n    polygon.ps[3] = Point(6422.1, 5933.59);\n    new ShapeRef(router, polygon, 866);\n\n    // shapeRef867\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7144.1, 5933.59);\n    polygon.ps[1] = Point(7144.1, 5995.59);\n    polygon.ps[2] = Point(7082.1, 5995.59);\n    polygon.ps[3] = Point(7082.1, 5933.59);\n    new ShapeRef(router, polygon, 867);\n\n    // shapeRef868\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 5933.59);\n    polygon.ps[1] = Point(7796.29, 5995.59);\n    polygon.ps[2] = Point(7734.29, 5995.59);\n    polygon.ps[3] = Point(7734.29, 5933.59);\n    new ShapeRef(router, polygon, 868);\n\n    // shapeRef869\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13672, 985.285);\n    polygon.ps[1] = Point(13672, 1047.29);\n    polygon.ps[2] = Point(13610, 1047.29);\n    polygon.ps[3] = Point(13610, 985.285);\n    new ShapeRef(router, polygon, 869);\n\n    // shapeRef870\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13165, 985.285);\n    polygon.ps[1] = Point(13165, 1047.29);\n    polygon.ps[2] = Point(13103, 1047.29);\n    polygon.ps[3] = Point(13103, 985.285);\n    new ShapeRef(router, polygon, 870);\n\n    // shapeRef871\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 985.285);\n    polygon.ps[1] = Point(12562.5, 1047.29);\n    polygon.ps[2] = Point(12500.5, 1047.29);\n    polygon.ps[3] = Point(12500.5, 985.285);\n    new ShapeRef(router, polygon, 871);\n\n    // shapeRef872\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 985.285);\n    polygon.ps[1] = Point(12021.1, 1047.29);\n    polygon.ps[2] = Point(11959.1, 1047.29);\n    polygon.ps[3] = Point(11959.1, 985.285);\n    new ShapeRef(router, polygon, 872);\n\n    // shapeRef873\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 9978.02);\n    polygon.ps[1] = Point(16753.8, 10040);\n    polygon.ps[2] = Point(16691.8, 10040);\n    polygon.ps[3] = Point(16691.8, 9978.02);\n    new ShapeRef(router, polygon, 873);\n\n    // shapeRef874\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 8842.22);\n    polygon.ps[1] = Point(16130.6, 8904.22);\n    polygon.ps[2] = Point(16068.6, 8904.22);\n    polygon.ps[3] = Point(16068.6, 8842.22);\n    new ShapeRef(router, polygon, 874);\n\n    // shapeRef875\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14464, 8842.22);\n    polygon.ps[1] = Point(14464, 8904.22);\n    polygon.ps[2] = Point(14402, 8904.22);\n    polygon.ps[3] = Point(14402, 8842.22);\n    new ShapeRef(router, polygon, 875);\n\n    // shapeRef876\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17541.5, 9248.42);\n    polygon.ps[1] = Point(17541.5, 9310.42);\n    polygon.ps[2] = Point(17479.5, 9310.42);\n    polygon.ps[3] = Point(17479.5, 9248.42);\n    new ShapeRef(router, polygon, 876);\n\n    // shapeRef877\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17541.5, 8743.22);\n    polygon.ps[1] = Point(17541.5, 8805.22);\n    polygon.ps[2] = Point(17479.5, 8805.22);\n    polygon.ps[3] = Point(17479.5, 8743.22);\n    new ShapeRef(router, polygon, 877);\n\n    // shapeRef878\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17475.5, 7581.79);\n    polygon.ps[1] = Point(17475.5, 7643.79);\n    polygon.ps[2] = Point(17413.5, 7643.79);\n    polygon.ps[3] = Point(17413.5, 7581.79);\n    new ShapeRef(router, polygon, 878);\n\n    // shapeRef879\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 9446.42);\n    polygon.ps[1] = Point(18333.5, 9508.42);\n    polygon.ps[2] = Point(18271.5, 9508.42);\n    polygon.ps[3] = Point(18271.5, 9446.42);\n    new ShapeRef(router, polygon, 879);\n\n    // shapeRef880\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 9050.42);\n    polygon.ps[1] = Point(18333.5, 9112.42);\n    polygon.ps[2] = Point(18271.5, 9112.42);\n    polygon.ps[3] = Point(18271.5, 9050.42);\n    new ShapeRef(router, polygon, 880);\n\n    // shapeRef881\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 8611.22);\n    polygon.ps[1] = Point(18333.5, 8673.22);\n    polygon.ps[2] = Point(18271.5, 8673.22);\n    polygon.ps[3] = Point(18271.5, 8611.22);\n    new ShapeRef(router, polygon, 881);\n\n    // shapeRef882\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 8218.99);\n    polygon.ps[1] = Point(18333.5, 8280.99);\n    polygon.ps[2] = Point(18271.5, 8280.99);\n    polygon.ps[3] = Point(18271.5, 8218.99);\n    new ShapeRef(router, polygon, 882);\n\n    // shapeRef883\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18694.5, 9149.42);\n    polygon.ps[1] = Point(18694.5, 9211.42);\n    polygon.ps[2] = Point(18632.5, 9211.42);\n    polygon.ps[3] = Point(18632.5, 9149.42);\n    new ShapeRef(router, polygon, 883);\n\n    // shapeRef884\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18465.5, 9149.42);\n    polygon.ps[1] = Point(18465.5, 9211.42);\n    polygon.ps[2] = Point(18403.5, 9211.42);\n    polygon.ps[3] = Point(18403.5, 9149.42);\n    new ShapeRef(router, polygon, 884);\n\n    // shapeRef885\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17904.5, 9347.42);\n    polygon.ps[1] = Point(17904.5, 9409.42);\n    polygon.ps[2] = Point(17842.5, 9409.42);\n    polygon.ps[3] = Point(17842.5, 9347.42);\n    new ShapeRef(router, polygon, 885);\n\n    // shapeRef886\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17739.5, 9149.42);\n    polygon.ps[1] = Point(17739.5, 9211.42);\n    polygon.ps[2] = Point(17677.5, 9211.42);\n    polygon.ps[3] = Point(17677.5, 9149.42);\n    new ShapeRef(router, polygon, 886);\n\n    // shapeRef887\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17739.5, 8611.22);\n    polygon.ps[1] = Point(17739.5, 8673.22);\n    polygon.ps[2] = Point(17677.5, 8673.22);\n    polygon.ps[3] = Point(17677.5, 8611.22);\n    new ShapeRef(router, polygon, 887);\n\n    // shapeRef888\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17739.5, 8218.99);\n    polygon.ps[1] = Point(17739.5, 8280.99);\n    polygon.ps[2] = Point(17677.5, 8280.99);\n    polygon.ps[3] = Point(17677.5, 8218.99);\n    new ShapeRef(router, polygon, 888);\n\n    // shapeRef889\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 5900.59);\n    polygon.ps[1] = Point(16130.6, 5962.59);\n    polygon.ps[2] = Point(16068.6, 5962.59);\n    polygon.ps[3] = Point(16068.6, 5900.59);\n    new ShapeRef(router, polygon, 889);\n\n    // shapeRef890\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17739.5, 7581.79);\n    polygon.ps[1] = Point(17739.5, 7643.79);\n    polygon.ps[2] = Point(17677.5, 7643.79);\n    polygon.ps[3] = Point(17677.5, 7581.79);\n    new ShapeRef(router, polygon, 890);\n\n    // shapeRef891\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18036.5, 7581.79);\n    polygon.ps[1] = Point(18036.5, 7643.79);\n    polygon.ps[2] = Point(17974.5, 7643.79);\n    polygon.ps[3] = Point(17974.5, 7581.79);\n    new ShapeRef(router, polygon, 891);\n\n    // shapeRef892\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 7581.79);\n    polygon.ps[1] = Point(18333.5, 7643.79);\n    polygon.ps[2] = Point(18271.5, 7643.79);\n    polygon.ps[3] = Point(18271.5, 7581.79);\n    new ShapeRef(router, polygon, 892);\n\n    // shapeRef893\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15763.9, 5692.9);\n    polygon.ps[1] = Point(15763.9, 5754.9);\n    polygon.ps[2] = Point(15701.9, 5754.9);\n    polygon.ps[3] = Point(15701.9, 5692.9);\n    new ShapeRef(router, polygon, 893);\n\n    // shapeRef894\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14794, 5692.9);\n    polygon.ps[1] = Point(14794, 5754.9);\n    polygon.ps[2] = Point(14732, 5754.9);\n    polygon.ps[3] = Point(14732, 5692.9);\n    new ShapeRef(router, polygon, 894);\n\n    // shapeRef895\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14266, 5692.9);\n    polygon.ps[1] = Point(14266, 5754.9);\n    polygon.ps[2] = Point(14204, 5754.9);\n    polygon.ps[3] = Point(14204, 5692.9);\n    new ShapeRef(router, polygon, 895);\n\n    // shapeRef896\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13705, 5692.9);\n    polygon.ps[1] = Point(13705, 5754.9);\n    polygon.ps[2] = Point(13643, 5754.9);\n    polygon.ps[3] = Point(13643, 5692.9);\n    new ShapeRef(router, polygon, 896);\n\n    // shapeRef897\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14266, 5415.67);\n    polygon.ps[1] = Point(14266, 5477.67);\n    polygon.ps[2] = Point(14204, 5477.67);\n    polygon.ps[3] = Point(14204, 5415.67);\n    new ShapeRef(router, polygon, 897);\n\n    // shapeRef898\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13705, 5415.67);\n    polygon.ps[1] = Point(13705, 5477.67);\n    polygon.ps[2] = Point(13643, 5477.67);\n    polygon.ps[3] = Point(13643, 5415.67);\n    new ShapeRef(router, polygon, 898);\n\n    // shapeRef899\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15763.9, 4841.4);\n    polygon.ps[1] = Point(15763.9, 4903.4);\n    polygon.ps[2] = Point(15701.9, 4903.4);\n    polygon.ps[3] = Point(15701.9, 4841.4);\n    new ShapeRef(router, polygon, 899);\n\n    // shapeRef900\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14794, 4841.4);\n    polygon.ps[1] = Point(14794, 4903.4);\n    polygon.ps[2] = Point(14732, 4903.4);\n    polygon.ps[3] = Point(14732, 4841.4);\n    new ShapeRef(router, polygon, 900);\n\n    // shapeRef901\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13705, 4511.4);\n    polygon.ps[1] = Point(13705, 4573.4);\n    polygon.ps[2] = Point(13643, 4573.4);\n    polygon.ps[3] = Point(13643, 4511.4);\n    new ShapeRef(router, polygon, 901);\n\n    // shapeRef902\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17277.5, 4511.4);\n    polygon.ps[1] = Point(17277.5, 4573.4);\n    polygon.ps[2] = Point(17215.5, 4573.4);\n    polygon.ps[3] = Point(17215.5, 4511.4);\n    new ShapeRef(router, polygon, 902);\n\n    // shapeRef903\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16852.8, 4511.4);\n    polygon.ps[1] = Point(16852.8, 4573.4);\n    polygon.ps[2] = Point(16790.8, 4573.4);\n    polygon.ps[3] = Point(16790.8, 4511.4);\n    new ShapeRef(router, polygon, 903);\n\n    // shapeRef904\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16654.8, 4511.4);\n    polygon.ps[1] = Point(16654.8, 4573.4);\n    polygon.ps[2] = Point(16592.8, 4573.4);\n    polygon.ps[3] = Point(16592.8, 4511.4);\n    new ShapeRef(router, polygon, 904);\n\n    // shapeRef905\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16262.6, 4511.4);\n    polygon.ps[1] = Point(16262.6, 4573.4);\n    polygon.ps[2] = Point(16200.6, 4573.4);\n    polygon.ps[3] = Point(16200.6, 4511.4);\n    new ShapeRef(router, polygon, 905);\n\n    // shapeRef906\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15763.9, 4511.4);\n    polygon.ps[1] = Point(15763.9, 4573.4);\n    polygon.ps[2] = Point(15701.9, 4573.4);\n    polygon.ps[3] = Point(15701.9, 4511.4);\n    new ShapeRef(router, polygon, 906);\n\n    // shapeRef907\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14794, 4511.4);\n    polygon.ps[1] = Point(14794, 4573.4);\n    polygon.ps[2] = Point(14732, 4573.4);\n    polygon.ps[3] = Point(14732, 4511.4);\n    new ShapeRef(router, polygon, 907);\n\n    // shapeRef908\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14266, 4511.4);\n    polygon.ps[1] = Point(14266, 4573.4);\n    polygon.ps[2] = Point(14204, 4573.4);\n    polygon.ps[3] = Point(14204, 4511.4);\n    new ShapeRef(router, polygon, 908);\n\n    // shapeRef909\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16654.8, 5217.67);\n    polygon.ps[1] = Point(16654.8, 5279.67);\n    polygon.ps[2] = Point(16592.8, 5279.67);\n    polygon.ps[3] = Point(16592.8, 5217.67);\n    new ShapeRef(router, polygon, 909);\n\n    // shapeRef910\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16262.6, 5217.67);\n    polygon.ps[1] = Point(16262.6, 5279.67);\n    polygon.ps[2] = Point(16200.6, 5279.67);\n    polygon.ps[3] = Point(16200.6, 5217.67);\n    new ShapeRef(router, polygon, 910);\n\n    // shapeRef911\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15763.9, 5217.67);\n    polygon.ps[1] = Point(15763.9, 5279.67);\n    polygon.ps[2] = Point(15701.9, 5279.67);\n    polygon.ps[3] = Point(15701.9, 5217.67);\n    new ShapeRef(router, polygon, 911);\n\n    // shapeRef912\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14794, 5217.67);\n    polygon.ps[1] = Point(14794, 5279.67);\n    polygon.ps[2] = Point(14732, 5279.67);\n    polygon.ps[3] = Point(14732, 5217.67);\n    new ShapeRef(router, polygon, 912);\n\n    // shapeRef913\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14266, 5217.67);\n    polygon.ps[1] = Point(14266, 5279.67);\n    polygon.ps[2] = Point(14204, 5279.67);\n    polygon.ps[3] = Point(14204, 5217.67);\n    new ShapeRef(router, polygon, 913);\n\n    // shapeRef914\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13705, 5217.67);\n    polygon.ps[1] = Point(13705, 5279.67);\n    polygon.ps[2] = Point(13643, 5279.67);\n    polygon.ps[3] = Point(13643, 5217.67);\n    new ShapeRef(router, polygon, 914);\n\n    // shapeRef915\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12953.5, 5217.67);\n    polygon.ps[1] = Point(12953.5, 5279.67);\n    polygon.ps[2] = Point(12891.5, 5279.67);\n    polygon.ps[3] = Point(12891.5, 5217.67);\n    new ShapeRef(router, polygon, 915);\n\n    // shapeRef916\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 10506);\n    polygon.ps[1] = Point(12562.5, 10568);\n    polygon.ps[2] = Point(12500.5, 10568);\n    polygon.ps[3] = Point(12500.5, 10506);\n    new ShapeRef(router, polygon, 916);\n\n    // shapeRef917\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 10209);\n    polygon.ps[1] = Point(12562.5, 10271);\n    polygon.ps[2] = Point(12500.5, 10271);\n    polygon.ps[3] = Point(12500.5, 10209);\n    new ShapeRef(router, polygon, 917);\n\n    // shapeRef918\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 10011);\n    polygon.ps[1] = Point(14827, 10073);\n    polygon.ps[2] = Point(14765, 10073);\n    polygon.ps[3] = Point(14765, 10011);\n    new ShapeRef(router, polygon, 918);\n\n    // shapeRef919\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 10275);\n    polygon.ps[1] = Point(15471.5, 10337);\n    polygon.ps[2] = Point(15409.5, 10337);\n    polygon.ps[3] = Point(15409.5, 10275);\n    new ShapeRef(router, polygon, 919);\n\n    // shapeRef920\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14728, 10275);\n    polygon.ps[1] = Point(14728, 10337);\n    polygon.ps[2] = Point(14666, 10337);\n    polygon.ps[3] = Point(14666, 10275);\n    new ShapeRef(router, polygon, 920);\n\n    // shapeRef921\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17805.5, 3468.51);\n    polygon.ps[1] = Point(17805.5, 3530.51);\n    polygon.ps[2] = Point(17743.5, 3530.51);\n    polygon.ps[3] = Point(17743.5, 3468.51);\n    new ShapeRef(router, polygon, 921);\n\n    // shapeRef922\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17508.5, 3468.51);\n    polygon.ps[1] = Point(17508.5, 3530.51);\n    polygon.ps[2] = Point(17446.5, 3530.51);\n    polygon.ps[3] = Point(17446.5, 3468.51);\n    new ShapeRef(router, polygon, 922);\n\n    // shapeRef923\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17050.8, 3468.51);\n    polygon.ps[1] = Point(17050.8, 3530.51);\n    polygon.ps[2] = Point(16988.8, 3530.51);\n    polygon.ps[3] = Point(16988.8, 3468.51);\n    new ShapeRef(router, polygon, 923);\n\n    // shapeRef924\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 4709.4);\n    polygon.ps[1] = Point(18797.5, 4771.4);\n    polygon.ps[2] = Point(18735.5, 4771.4);\n    polygon.ps[3] = Point(18735.5, 4709.4);\n    new ShapeRef(router, polygon, 924);\n\n    // shapeRef925\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 4478.4);\n    polygon.ps[1] = Point(18797.5, 4540.4);\n    polygon.ps[2] = Point(18735.5, 4540.4);\n    polygon.ps[3] = Point(18735.5, 4478.4);\n    new ShapeRef(router, polygon, 925);\n\n    // shapeRef926\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18797.5, 4095.51);\n    polygon.ps[1] = Point(18797.5, 4157.51);\n    polygon.ps[2] = Point(18735.5, 4157.51);\n    polygon.ps[3] = Point(18735.5, 4095.51);\n    new ShapeRef(router, polygon, 926);\n\n    // shapeRef927\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 3798.51);\n    polygon.ps[1] = Point(18580, 3860.51);\n    polygon.ps[2] = Point(18518, 3860.51);\n    polygon.ps[3] = Point(18518, 3798.51);\n    new ShapeRef(router, polygon, 927);\n\n    // shapeRef928\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18366.5, 3798.51);\n    polygon.ps[1] = Point(18366.5, 3860.51);\n    polygon.ps[2] = Point(18304.5, 3860.51);\n    polygon.ps[3] = Point(18304.5, 3798.51);\n    new ShapeRef(router, polygon, 928);\n\n    // shapeRef929\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18135.5, 3798.51);\n    polygon.ps[1] = Point(18135.5, 3860.51);\n    polygon.ps[2] = Point(18073.5, 3860.51);\n    polygon.ps[3] = Point(18073.5, 3798.51);\n    new ShapeRef(router, polygon, 929);\n\n    // shapeRef930\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17805.5, 3798.51);\n    polygon.ps[1] = Point(17805.5, 3860.51);\n    polygon.ps[2] = Point(17743.5, 3860.51);\n    polygon.ps[3] = Point(17743.5, 3798.51);\n    new ShapeRef(router, polygon, 930);\n\n    // shapeRef931\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17508.5, 3798.51);\n    polygon.ps[1] = Point(17508.5, 3860.51);\n    polygon.ps[2] = Point(17446.5, 3860.51);\n    polygon.ps[3] = Point(17446.5, 3798.51);\n    new ShapeRef(router, polygon, 931);\n\n    // shapeRef932\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17050.8, 3798.51);\n    polygon.ps[1] = Point(17050.8, 3860.51);\n    polygon.ps[2] = Point(16988.8, 3860.51);\n    polygon.ps[3] = Point(16988.8, 3798.51);\n    new ShapeRef(router, polygon, 932);\n\n    // shapeRef933\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 5006.4);\n    polygon.ps[1] = Point(18580, 5068.4);\n    polygon.ps[2] = Point(18518, 5068.4);\n    polygon.ps[3] = Point(18518, 5006.4);\n    new ShapeRef(router, polygon, 933);\n\n    // shapeRef934\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 4709.4);\n    polygon.ps[1] = Point(18580, 4771.4);\n    polygon.ps[2] = Point(18518, 4771.4);\n    polygon.ps[3] = Point(18518, 4709.4);\n    new ShapeRef(router, polygon, 934);\n\n    // shapeRef935\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 4478.4);\n    polygon.ps[1] = Point(18580, 4540.4);\n    polygon.ps[2] = Point(18518, 4540.4);\n    polygon.ps[3] = Point(18518, 4478.4);\n    new ShapeRef(router, polygon, 935);\n\n    // shapeRef936\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18580, 4095.51);\n    polygon.ps[1] = Point(18580, 4157.51);\n    polygon.ps[2] = Point(18518, 4157.51);\n    polygon.ps[3] = Point(18518, 4095.51);\n    new ShapeRef(router, polygon, 936);\n\n    // shapeRef937\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18366.5, 4095.51);\n    polygon.ps[1] = Point(18366.5, 4157.51);\n    polygon.ps[2] = Point(18304.5, 4157.51);\n    polygon.ps[3] = Point(18304.5, 4095.51);\n    new ShapeRef(router, polygon, 937);\n\n    // shapeRef938\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18135.5, 4095.51);\n    polygon.ps[1] = Point(18135.5, 4157.51);\n    polygon.ps[2] = Point(18073.5, 4157.51);\n    polygon.ps[3] = Point(18073.5, 4095.51);\n    new ShapeRef(router, polygon, 938);\n\n    // shapeRef939\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17050.8, 4095.51);\n    polygon.ps[1] = Point(17050.8, 4157.51);\n    polygon.ps[2] = Point(16988.8, 4157.51);\n    polygon.ps[3] = Point(16988.8, 4095.51);\n    new ShapeRef(router, polygon, 939);\n\n    // shapeRef940\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18102.5, 3307.29);\n    polygon.ps[1] = Point(18102.5, 3369.29);\n    polygon.ps[2] = Point(18040.5, 3369.29);\n    polygon.ps[3] = Point(18040.5, 3307.29);\n    new ShapeRef(router, polygon, 940);\n\n    // shapeRef941\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17739.5, 3307.29);\n    polygon.ps[1] = Point(17739.5, 3369.29);\n    polygon.ps[2] = Point(17677.5, 3369.29);\n    polygon.ps[3] = Point(17677.5, 3307.29);\n    new ShapeRef(router, polygon, 941);\n\n    // shapeRef942\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17343.5, 3307.29);\n    polygon.ps[1] = Point(17343.5, 3369.29);\n    polygon.ps[2] = Point(17281.5, 3369.29);\n    polygon.ps[3] = Point(17281.5, 3307.29);\n    new ShapeRef(router, polygon, 942);\n\n    // shapeRef943\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16885.8, 3307.29);\n    polygon.ps[1] = Point(16885.8, 3369.29);\n    polygon.ps[2] = Point(16823.8, 3369.29);\n    polygon.ps[3] = Point(16823.8, 3307.29);\n    new ShapeRef(router, polygon, 943);\n\n    // shapeRef944\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 3307.29);\n    polygon.ps[1] = Point(16588.8, 3369.29);\n    polygon.ps[2] = Point(16526.8, 3369.29);\n    polygon.ps[3] = Point(16526.8, 3307.29);\n    new ShapeRef(router, polygon, 944);\n\n    // shapeRef945\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16064.6, 3307.29);\n    polygon.ps[1] = Point(16064.6, 3369.29);\n    polygon.ps[2] = Point(16002.6, 3369.29);\n    polygon.ps[3] = Point(16002.6, 3307.29);\n    new ShapeRef(router, polygon, 945);\n\n    // shapeRef946\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15146.3, 3307.29);\n    polygon.ps[1] = Point(15146.3, 3369.29);\n    polygon.ps[2] = Point(15084.3, 3369.29);\n    polygon.ps[3] = Point(15084.3, 3307.29);\n    new ShapeRef(router, polygon, 946);\n\n    // shapeRef947\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17050.8, 4775.4);\n    polygon.ps[1] = Point(17050.8, 4837.4);\n    polygon.ps[2] = Point(16988.8, 4837.4);\n    polygon.ps[3] = Point(16988.8, 4775.4);\n    new ShapeRef(router, polygon, 947);\n\n    // shapeRef948\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16786.8, 4775.4);\n    polygon.ps[1] = Point(16786.8, 4837.4);\n    polygon.ps[2] = Point(16724.8, 4837.4);\n    polygon.ps[3] = Point(16724.8, 4775.4);\n    new ShapeRef(router, polygon, 948);\n\n    // shapeRef949\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16427.6, 3864.51);\n    polygon.ps[1] = Point(16427.6, 3926.51);\n    polygon.ps[2] = Point(16365.6, 3926.51);\n    polygon.ps[3] = Point(16365.6, 3864.51);\n    new ShapeRef(router, polygon, 949);\n\n    // shapeRef950\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15998.6, 3864.51);\n    polygon.ps[1] = Point(15998.6, 3926.51);\n    polygon.ps[2] = Point(15936.6, 3926.51);\n    polygon.ps[3] = Point(15936.6, 3864.51);\n    new ShapeRef(router, polygon, 950);\n\n    // shapeRef951\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15146.3, 3864.51);\n    polygon.ps[1] = Point(15146.3, 3926.51);\n    polygon.ps[2] = Point(15084.3, 3926.51);\n    polygon.ps[3] = Point(15084.3, 3864.51);\n    new ShapeRef(router, polygon, 951);\n\n    // shapeRef952\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16786.8, 3600.51);\n    polygon.ps[1] = Point(16786.8, 3662.51);\n    polygon.ps[2] = Point(16724.8, 3662.51);\n    polygon.ps[3] = Point(16724.8, 3600.51);\n    new ShapeRef(router, polygon, 952);\n\n    // shapeRef953\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16361.6, 3600.51);\n    polygon.ps[1] = Point(16361.6, 3662.51);\n    polygon.ps[2] = Point(16299.6, 3662.51);\n    polygon.ps[3] = Point(16299.6, 3600.51);\n    new ShapeRef(router, polygon, 953);\n\n    // shapeRef954\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15541.3, 3600.51);\n    polygon.ps[1] = Point(15541.3, 3662.51);\n    polygon.ps[2] = Point(15479.3, 3662.51);\n    polygon.ps[3] = Point(15479.3, 3600.51);\n    new ShapeRef(router, polygon, 954);\n\n    // shapeRef955\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16786.8, 4095.51);\n    polygon.ps[1] = Point(16786.8, 4157.51);\n    polygon.ps[2] = Point(16724.8, 4157.51);\n    polygon.ps[3] = Point(16724.8, 4095.51);\n    new ShapeRef(router, polygon, 955);\n\n    // shapeRef956\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 4095.51);\n    polygon.ps[1] = Point(16588.8, 4157.51);\n    polygon.ps[2] = Point(16526.8, 4157.51);\n    polygon.ps[3] = Point(16526.8, 4095.51);\n    new ShapeRef(router, polygon, 956);\n\n    // shapeRef957\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16163.6, 4095.51);\n    polygon.ps[1] = Point(16163.6, 4157.51);\n    polygon.ps[2] = Point(16101.6, 4157.51);\n    polygon.ps[3] = Point(16101.6, 4095.51);\n    new ShapeRef(router, polygon, 957);\n\n    // shapeRef958\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15541.3, 4095.51);\n    polygon.ps[1] = Point(15541.3, 4157.51);\n    polygon.ps[2] = Point(15479.3, 4157.51);\n    polygon.ps[3] = Point(15479.3, 4095.51);\n    new ShapeRef(router, polygon, 958);\n\n    // shapeRef959\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15635.3, 2713.29);\n    polygon.ps[1] = Point(15635.3, 2775.29);\n    polygon.ps[2] = Point(15573.3, 2775.29);\n    polygon.ps[3] = Point(15573.3, 2713.29);\n    new ShapeRef(router, polygon, 959);\n\n    // shapeRef960\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 3208.29);\n    polygon.ps[1] = Point(14662, 3270.29);\n    polygon.ps[2] = Point(14600, 3270.29);\n    polygon.ps[3] = Point(14600, 3208.29);\n    new ShapeRef(router, polygon, 960);\n\n    // shapeRef961\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16720.8, 2944.29);\n    polygon.ps[1] = Point(16720.8, 3006.29);\n    polygon.ps[2] = Point(16658.8, 3006.29);\n    polygon.ps[3] = Point(16658.8, 2944.29);\n    new ShapeRef(router, polygon, 961);\n\n    // shapeRef962\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16295.6, 2944.29);\n    polygon.ps[1] = Point(16295.6, 3006.29);\n    polygon.ps[2] = Point(16233.6, 3006.29);\n    polygon.ps[3] = Point(16233.6, 2944.29);\n    new ShapeRef(router, polygon, 962);\n\n    // shapeRef963\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15635.3, 2944.29);\n    polygon.ps[1] = Point(15635.3, 3006.29);\n    polygon.ps[2] = Point(15573.3, 3006.29);\n    polygon.ps[3] = Point(15573.3, 2944.29);\n    new ShapeRef(router, polygon, 963);\n\n    // shapeRef964\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 2944.29);\n    polygon.ps[1] = Point(14662, 3006.29);\n    polygon.ps[2] = Point(14600, 3006.29);\n    polygon.ps[3] = Point(14600, 2944.29);\n    new ShapeRef(router, polygon, 964);\n\n    // shapeRef965\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 2944.29);\n    polygon.ps[1] = Point(13969, 3006.29);\n    polygon.ps[2] = Point(13907, 3006.29);\n    polygon.ps[3] = Point(13907, 2944.29);\n    new ShapeRef(router, polygon, 965);\n\n    // shapeRef966\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 3307.29);\n    polygon.ps[1] = Point(13969, 3369.29);\n    polygon.ps[2] = Point(13907, 3369.29);\n    polygon.ps[3] = Point(13907, 3307.29);\n    new ShapeRef(router, polygon, 966);\n\n    // shapeRef967\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 3600.51);\n    polygon.ps[1] = Point(13969, 3662.51);\n    polygon.ps[2] = Point(13907, 3662.51);\n    polygon.ps[3] = Point(13907, 3600.51);\n    new ShapeRef(router, polygon, 967);\n\n    // shapeRef968\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14728, 4095.51);\n    polygon.ps[1] = Point(14728, 4157.51);\n    polygon.ps[2] = Point(14666, 4157.51);\n    polygon.ps[3] = Point(14666, 4095.51);\n    new ShapeRef(router, polygon, 968);\n\n    // shapeRef969\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 4095.51);\n    polygon.ps[1] = Point(13969, 4157.51);\n    polygon.ps[2] = Point(13907, 4157.51);\n    polygon.ps[3] = Point(13907, 4095.51);\n    new ShapeRef(router, polygon, 969);\n\n    // shapeRef970\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 6549.51);\n    polygon.ps[1] = Point(16130.6, 6611.51);\n    polygon.ps[2] = Point(16068.6, 6611.51);\n    polygon.ps[3] = Point(16068.6, 6549.51);\n    new ShapeRef(router, polygon, 970);\n\n    // shapeRef971\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13540, 6549.51);\n    polygon.ps[1] = Point(13540, 6611.51);\n    polygon.ps[2] = Point(13478, 6611.51);\n    polygon.ps[3] = Point(13478, 6549.51);\n    new ShapeRef(router, polygon, 971);\n\n    // shapeRef972\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16031.6, 11015.6);\n    polygon.ps[1] = Point(16031.6, 11077.6);\n    polygon.ps[2] = Point(15969.6, 11077.6);\n    polygon.ps[3] = Point(15969.6, 11015.6);\n    new ShapeRef(router, polygon, 972);\n\n    // shapeRef973\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16031.6, 10473);\n    polygon.ps[1] = Point(16031.6, 10535);\n    polygon.ps[2] = Point(15969.6, 10535);\n    polygon.ps[3] = Point(15969.6, 10473);\n    new ShapeRef(router, polygon, 973);\n\n    // shapeRef974\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16031.6, 9644.42);\n    polygon.ps[1] = Point(16031.6, 9706.42);\n    polygon.ps[2] = Point(15969.6, 9706.42);\n    polygon.ps[3] = Point(15969.6, 9644.42);\n    new ShapeRef(router, polygon, 974);\n\n    // shapeRef975\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 10684.3);\n    polygon.ps[1] = Point(15471.5, 10746.3);\n    polygon.ps[2] = Point(15409.5, 10746.3);\n    polygon.ps[3] = Point(15409.5, 10684.3);\n    new ShapeRef(router, polygon, 975);\n\n    // shapeRef976\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 10044);\n    polygon.ps[1] = Point(15471.5, 10106);\n    polygon.ps[2] = Point(15409.5, 10106);\n    polygon.ps[3] = Point(15409.5, 10044);\n    new ShapeRef(router, polygon, 976);\n\n    // shapeRef977\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 11015.6);\n    polygon.ps[1] = Point(15471.5, 11077.6);\n    polygon.ps[2] = Point(15409.5, 11077.6);\n    polygon.ps[3] = Point(15409.5, 11015.6);\n    new ShapeRef(router, polygon, 977);\n\n    // shapeRef978\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 10473);\n    polygon.ps[1] = Point(15471.5, 10535);\n    polygon.ps[2] = Point(15409.5, 10535);\n    polygon.ps[3] = Point(15409.5, 10473);\n    new ShapeRef(router, polygon, 978);\n\n    // shapeRef979\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 9644.42);\n    polygon.ps[1] = Point(15471.5, 9706.42);\n    polygon.ps[2] = Point(15409.5, 9706.42);\n    polygon.ps[3] = Point(15409.5, 9644.42);\n    new ShapeRef(router, polygon, 979);\n\n    // shapeRef980\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14299, 10275);\n    polygon.ps[1] = Point(14299, 10337);\n    polygon.ps[2] = Point(14237, 10337);\n    polygon.ps[3] = Point(14237, 10275);\n    new ShapeRef(router, polygon, 980);\n\n    // shapeRef981\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14299, 10011);\n    polygon.ps[1] = Point(14299, 10073);\n    polygon.ps[2] = Point(14237, 10073);\n    polygon.ps[3] = Point(14237, 10011);\n    new ShapeRef(router, polygon, 981);\n\n    // shapeRef982\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13507, 10275);\n    polygon.ps[1] = Point(13507, 10337);\n    polygon.ps[2] = Point(13445, 10337);\n    polygon.ps[3] = Point(13445, 10275);\n    new ShapeRef(router, polygon, 982);\n\n    // shapeRef983\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13507, 10011);\n    polygon.ps[1] = Point(13507, 10073);\n    polygon.ps[2] = Point(13445, 10073);\n    polygon.ps[3] = Point(13445, 10011);\n    new ShapeRef(router, polygon, 983);\n\n    // shapeRef984\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 11015.6);\n    polygon.ps[1] = Point(13969, 11077.6);\n    polygon.ps[2] = Point(13907, 11077.6);\n    polygon.ps[3] = Point(13907, 11015.6);\n    new ShapeRef(router, polygon, 984);\n\n    // shapeRef985\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 10473);\n    polygon.ps[1] = Point(13969, 10535);\n    polygon.ps[2] = Point(13907, 10535);\n    polygon.ps[3] = Point(13907, 10473);\n    new ShapeRef(router, polygon, 985);\n\n    // shapeRef986\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 9644.42);\n    polygon.ps[1] = Point(13969, 9706.42);\n    polygon.ps[2] = Point(13907, 9706.42);\n    polygon.ps[3] = Point(13907, 9644.42);\n    new ShapeRef(router, polygon, 986);\n\n    // shapeRef987\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13198, 11015.6);\n    polygon.ps[1] = Point(13198, 11077.6);\n    polygon.ps[2] = Point(13136, 11077.6);\n    polygon.ps[3] = Point(13136, 11015.6);\n    new ShapeRef(router, polygon, 987);\n\n    // shapeRef988\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13198, 10473);\n    polygon.ps[1] = Point(13198, 10535);\n    polygon.ps[2] = Point(13136, 10535);\n    polygon.ps[3] = Point(13136, 10473);\n    new ShapeRef(router, polygon, 988);\n\n    // shapeRef989\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13198, 9644.42);\n    polygon.ps[1] = Point(13198, 9706.42);\n    polygon.ps[2] = Point(13136, 9706.42);\n    polygon.ps[3] = Point(13136, 9644.42);\n    new ShapeRef(router, polygon, 989);\n\n    // shapeRef990\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 7581.79);\n    polygon.ps[1] = Point(16753.8, 7643.79);\n    polygon.ps[2] = Point(16691.8, 7643.79);\n    polygon.ps[3] = Point(16691.8, 7581.79);\n    new ShapeRef(router, polygon, 990);\n\n    // shapeRef991\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 7031.4);\n    polygon.ps[1] = Point(16753.8, 7093.4);\n    polygon.ps[2] = Point(16691.8, 7093.4);\n    polygon.ps[3] = Point(16691.8, 7031.4);\n    new ShapeRef(router, polygon, 991);\n\n    // shapeRef992\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 6384.51);\n    polygon.ps[1] = Point(16753.8, 6446.51);\n    polygon.ps[2] = Point(16691.8, 6446.51);\n    polygon.ps[3] = Point(16691.8, 6384.51);\n    new ShapeRef(router, polygon, 992);\n\n    // shapeRef993\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16460.6, 8218.99);\n    polygon.ps[1] = Point(16460.6, 8280.99);\n    polygon.ps[2] = Point(16398.6, 8280.99);\n    polygon.ps[3] = Point(16398.6, 8218.99);\n    new ShapeRef(router, polygon, 993);\n\n    // shapeRef994\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16460.6, 7581.79);\n    polygon.ps[1] = Point(16460.6, 7643.79);\n    polygon.ps[2] = Point(16398.6, 7643.79);\n    polygon.ps[3] = Point(16398.6, 7581.79);\n    new ShapeRef(router, polygon, 994);\n\n    // shapeRef995\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16460.6, 7031.4);\n    polygon.ps[1] = Point(16460.6, 7093.4);\n    polygon.ps[2] = Point(16398.6, 7093.4);\n    polygon.ps[3] = Point(16398.6, 7031.4);\n    new ShapeRef(router, polygon, 995);\n\n    // shapeRef996\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16460.6, 6384.51);\n    polygon.ps[1] = Point(16460.6, 6446.51);\n    polygon.ps[2] = Point(16398.6, 6446.51);\n    polygon.ps[3] = Point(16398.6, 6384.51);\n    new ShapeRef(router, polygon, 996);\n\n    // shapeRef997\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 7581.79);\n    polygon.ps[1] = Point(15899.6, 7643.79);\n    polygon.ps[2] = Point(15837.6, 7643.79);\n    polygon.ps[3] = Point(15837.6, 7581.79);\n    new ShapeRef(router, polygon, 997);\n\n    // shapeRef998\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 7031.4);\n    polygon.ps[1] = Point(15899.6, 7093.4);\n    polygon.ps[2] = Point(15837.6, 7093.4);\n    polygon.ps[3] = Point(15837.6, 7031.4);\n    new ShapeRef(router, polygon, 998);\n\n    // shapeRef999\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 6384.51);\n    polygon.ps[1] = Point(15899.6, 6446.51);\n    polygon.ps[2] = Point(15837.6, 6446.51);\n    polygon.ps[3] = Point(15837.6, 6384.51);\n    new ShapeRef(router, polygon, 999);\n\n    // shapeRef1000\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14530, 7262.4);\n    polygon.ps[1] = Point(14530, 7324.4);\n    polygon.ps[2] = Point(14468, 7324.4);\n    polygon.ps[3] = Point(14468, 7262.4);\n    new ShapeRef(router, polygon, 1000);\n\n    // shapeRef1001\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14134, 7262.4);\n    polygon.ps[1] = Point(14134, 7324.4);\n    polygon.ps[2] = Point(14072, 7324.4);\n    polygon.ps[3] = Point(14072, 7262.4);\n    new ShapeRef(router, polygon, 1001);\n\n    // shapeRef1002\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14530, 6615.51);\n    polygon.ps[1] = Point(14530, 6677.51);\n    polygon.ps[2] = Point(14468, 6677.51);\n    polygon.ps[3] = Point(14468, 6615.51);\n    new ShapeRef(router, polygon, 1002);\n\n    // shapeRef1003\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14134, 6615.51);\n    polygon.ps[1] = Point(14134, 6677.51);\n    polygon.ps[2] = Point(14072, 6677.51);\n    polygon.ps[3] = Point(14072, 6615.51);\n    new ShapeRef(router, polygon, 1003);\n\n    // shapeRef1004\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 8218.99);\n    polygon.ps[1] = Point(14827, 8280.99);\n    polygon.ps[2] = Point(14765, 8280.99);\n    polygon.ps[3] = Point(14765, 8218.99);\n    new ShapeRef(router, polygon, 1004);\n\n    // shapeRef1005\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 7581.79);\n    polygon.ps[1] = Point(14827, 7643.79);\n    polygon.ps[2] = Point(14765, 7643.79);\n    polygon.ps[3] = Point(14765, 7581.79);\n    new ShapeRef(router, polygon, 1005);\n\n    // shapeRef1006\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 7031.4);\n    polygon.ps[1] = Point(14827, 7093.4);\n    polygon.ps[2] = Point(14765, 7093.4);\n    polygon.ps[3] = Point(14765, 7031.4);\n    new ShapeRef(router, polygon, 1006);\n\n    // shapeRef1007\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14827, 6384.51);\n    polygon.ps[1] = Point(14827, 6446.51);\n    polygon.ps[2] = Point(14765, 6446.51);\n    polygon.ps[3] = Point(14765, 6384.51);\n    new ShapeRef(router, polygon, 1007);\n\n    // shapeRef1008\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11955.1, 8710.22);\n    polygon.ps[1] = Point(11955.1, 8772.22);\n    polygon.ps[2] = Point(11893.1, 8772.22);\n    polygon.ps[3] = Point(11893.1, 8710.22);\n    new ShapeRef(router, polygon, 1008);\n\n    // shapeRef1009\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11955.1, 7031.4);\n    polygon.ps[1] = Point(11955.1, 7093.4);\n    polygon.ps[2] = Point(11893.1, 7093.4);\n    polygon.ps[3] = Point(11893.1, 7031.4);\n    new ShapeRef(router, polygon, 1009);\n\n    // shapeRef1010\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11955.1, 6384.51);\n    polygon.ps[1] = Point(11955.1, 6446.51);\n    polygon.ps[2] = Point(11893.1, 6446.51);\n    polygon.ps[3] = Point(11893.1, 6384.51);\n    new ShapeRef(router, polygon, 1010);\n\n    // shapeRef1011\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 7581.79);\n    polygon.ps[1] = Point(13903, 7643.79);\n    polygon.ps[2] = Point(13841, 7643.79);\n    polygon.ps[3] = Point(13841, 7581.79);\n    new ShapeRef(router, polygon, 1011);\n\n    // shapeRef1012\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 7581.79);\n    polygon.ps[1] = Point(12562.5, 7643.79);\n    polygon.ps[2] = Point(12500.5, 7643.79);\n    polygon.ps[3] = Point(12500.5, 7581.79);\n    new ShapeRef(router, polygon, 1012);\n\n    // shapeRef1013\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 7031.4);\n    polygon.ps[1] = Point(12562.5, 7093.4);\n    polygon.ps[2] = Point(12500.5, 7093.4);\n    polygon.ps[3] = Point(12500.5, 7031.4);\n    new ShapeRef(router, polygon, 1013);\n\n    // shapeRef1014\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 6384.51);\n    polygon.ps[1] = Point(12562.5, 6446.51);\n    polygon.ps[2] = Point(12500.5, 6446.51);\n    polygon.ps[3] = Point(12500.5, 6384.51);\n    new ShapeRef(router, polygon, 1014);\n\n    // shapeRef1015\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11203.2, 5481.67);\n    polygon.ps[1] = Point(11203.2, 5543.67);\n    polygon.ps[2] = Point(11141.2, 5543.67);\n    polygon.ps[3] = Point(11141.2, 5481.67);\n    new ShapeRef(router, polygon, 1015);\n\n    // shapeRef1016\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10675.2, 5481.67);\n    polygon.ps[1] = Point(10675.2, 5543.67);\n    polygon.ps[2] = Point(10613.2, 5543.67);\n    polygon.ps[3] = Point(10613.2, 5481.67);\n    new ShapeRef(router, polygon, 1016);\n\n    // shapeRef1017\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9815.69, 4973.4);\n    polygon.ps[1] = Point(9815.69, 5035.4);\n    polygon.ps[2] = Point(9753.69, 5035.4);\n    polygon.ps[3] = Point(9753.69, 4973.4);\n    new ShapeRef(router, polygon, 1017);\n\n    // shapeRef1018\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15471.5, 11355.8);\n    polygon.ps[1] = Point(15471.5, 11417.8);\n    polygon.ps[2] = Point(15409.5, 11417.8);\n    polygon.ps[3] = Point(15409.5, 11355.8);\n    new ShapeRef(router, polygon, 1018);\n\n    // shapeRef1019\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 7878.79);\n    polygon.ps[1] = Point(14662, 7940.79);\n    polygon.ps[2] = Point(14600, 7940.79);\n    polygon.ps[3] = Point(14600, 7878.79);\n    new ShapeRef(router, polygon, 1019);\n\n    // shapeRef1020\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 8449.99);\n    polygon.ps[1] = Point(16130.6, 8511.99);\n    polygon.ps[2] = Point(16068.6, 8511.99);\n    polygon.ps[3] = Point(16068.6, 8449.99);\n    new ShapeRef(router, polygon, 1020);\n\n    // shapeRef1021\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 7878.79);\n    polygon.ps[1] = Point(16130.6, 7940.79);\n    polygon.ps[2] = Point(16068.6, 7940.79);\n    polygon.ps[3] = Point(16068.6, 7878.79);\n    new ShapeRef(router, polygon, 1021);\n\n    // shapeRef1022\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 8449.99);\n    polygon.ps[1] = Point(14662, 8511.99);\n    polygon.ps[2] = Point(14600, 8511.99);\n    polygon.ps[3] = Point(14600, 8449.99);\n    new ShapeRef(router, polygon, 1022);\n\n    // shapeRef1023\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13540, 8449.99);\n    polygon.ps[1] = Point(13540, 8511.99);\n    polygon.ps[2] = Point(13478, 8511.99);\n    polygon.ps[3] = Point(13478, 8449.99);\n    new ShapeRef(router, polygon, 1023);\n\n    // shapeRef1024\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13540, 7878.79);\n    polygon.ps[1] = Point(13540, 7940.79);\n    polygon.ps[2] = Point(13478, 7940.79);\n    polygon.ps[3] = Point(13478, 7878.79);\n    new ShapeRef(router, polygon, 1024);\n\n    // shapeRef1025\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16130.6, 6058.29);\n    polygon.ps[1] = Point(16130.6, 6120.29);\n    polygon.ps[2] = Point(16068.6, 6120.29);\n    polygon.ps[3] = Point(16068.6, 6058.29);\n    new ShapeRef(router, polygon, 1025);\n\n    // shapeRef1026\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 6058.29);\n    polygon.ps[1] = Point(14662, 6120.29);\n    polygon.ps[2] = Point(14600, 6120.29);\n    polygon.ps[3] = Point(14600, 6058.29);\n    new ShapeRef(router, polygon, 1026);\n\n    // shapeRef1027\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13540, 6058.29);\n    polygon.ps[1] = Point(13540, 6120.29);\n    polygon.ps[2] = Point(13478, 6120.29);\n    polygon.ps[3] = Point(13478, 6058.29);\n    new ShapeRef(router, polygon, 1027);\n\n    // shapeRef1028\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 3468.51);\n    polygon.ps[1] = Point(16588.8, 3530.51);\n    polygon.ps[2] = Point(16526.8, 3530.51);\n    polygon.ps[3] = Point(16526.8, 3468.51);\n    new ShapeRef(router, polygon, 1028);\n\n    // shapeRef1029\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16064.6, 3468.51);\n    polygon.ps[1] = Point(16064.6, 3530.51);\n    polygon.ps[2] = Point(16002.6, 3530.51);\n    polygon.ps[3] = Point(16002.6, 3468.51);\n    new ShapeRef(router, polygon, 1029);\n\n    // shapeRef1030\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15146.3, 3468.51);\n    polygon.ps[1] = Point(15146.3, 3530.51);\n    polygon.ps[2] = Point(15084.3, 3530.51);\n    polygon.ps[3] = Point(15084.3, 3468.51);\n    new ShapeRef(router, polygon, 1030);\n\n    // shapeRef1031\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17805.5, 4095.51);\n    polygon.ps[1] = Point(17805.5, 4157.51);\n    polygon.ps[2] = Point(17743.5, 4157.51);\n    polygon.ps[3] = Point(17743.5, 4095.51);\n    new ShapeRef(router, polygon, 1031);\n\n    // shapeRef1032\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17508.5, 4095.51);\n    polygon.ps[1] = Point(17508.5, 4157.51);\n    polygon.ps[2] = Point(17446.5, 4157.51);\n    polygon.ps[3] = Point(17446.5, 4095.51);\n    new ShapeRef(router, polygon, 1032);\n\n    // shapeRef1033\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14662, 9479.42);\n    polygon.ps[1] = Point(14662, 9541.42);\n    polygon.ps[2] = Point(14600, 9541.42);\n    polygon.ps[3] = Point(14600, 9479.42);\n    new ShapeRef(router, polygon, 1033);\n\n    // shapeRef1034\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 8842.22);\n    polygon.ps[1] = Point(16753.8, 8904.22);\n    polygon.ps[2] = Point(16691.8, 8904.22);\n    polygon.ps[3] = Point(16691.8, 8842.22);\n    new ShapeRef(router, polygon, 1034);\n\n    // shapeRef1035\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12953.5, 6058.29);\n    polygon.ps[1] = Point(12953.5, 6120.29);\n    polygon.ps[2] = Point(12891.5, 6120.29);\n    polygon.ps[3] = Point(12891.5, 6058.29);\n    new ShapeRef(router, polygon, 1035);\n\n    // shapeRef1036\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12953.5, 5692.9);\n    polygon.ps[1] = Point(12953.5, 5754.9);\n    polygon.ps[2] = Point(12891.5, 5754.9);\n    polygon.ps[3] = Point(12891.5, 5692.9);\n    new ShapeRef(router, polygon, 1036);\n\n    // shapeRef1037\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 7163.4);\n    polygon.ps[1] = Point(1416, 7225.4);\n    polygon.ps[2] = Point(1354, 7225.4);\n    polygon.ps[3] = Point(1354, 7163.4);\n    new ShapeRef(router, polygon, 1037);\n\n    // shapeRef1038\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4023, 6252.51);\n    polygon.ps[1] = Point(4023, 6314.51);\n    polygon.ps[2] = Point(3961, 6314.51);\n    polygon.ps[3] = Point(3961, 6252.51);\n    new ShapeRef(router, polygon, 1038);\n\n    // shapeRef1039\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13969, 3864.51);\n    polygon.ps[1] = Point(13969, 3926.51);\n    polygon.ps[2] = Point(13907, 3926.51);\n    polygon.ps[3] = Point(13907, 3864.51);\n    new ShapeRef(router, polygon, 1039);\n\n    // shapeRef1040\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14497, 3600.51);\n    polygon.ps[1] = Point(14497, 3662.51);\n    polygon.ps[2] = Point(14435, 3662.51);\n    polygon.ps[3] = Point(14435, 3600.51);\n    new ShapeRef(router, polygon, 1040);\n\n    // shapeRef1041\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17607.5, 6757.21);\n    polygon.ps[1] = Point(17607.5, 6819.21);\n    polygon.ps[2] = Point(17545.5, 6819.21);\n    polygon.ps[3] = Point(17545.5, 6757.21);\n    new ShapeRef(router, polygon, 1041);\n\n    // shapeRef1042\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12054.1, 6757.21);\n    polygon.ps[1] = Point(12054.1, 6819.21);\n    polygon.ps[2] = Point(11992.1, 6819.21);\n    polygon.ps[3] = Point(11992.1, 6757.21);\n    new ShapeRef(router, polygon, 1042);\n\n    // shapeRef1043\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10013.7, 5626.9);\n    polygon.ps[1] = Point(10013.7, 5688.9);\n    polygon.ps[2] = Point(9951.69, 5688.9);\n    polygon.ps[3] = Point(9951.69, 5626.9);\n    new ShapeRef(router, polygon, 1043);\n\n    // shapeRef1044\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2769, 10176);\n    polygon.ps[1] = Point(2769, 10238);\n    polygon.ps[2] = Point(2707, 10238);\n    polygon.ps[3] = Point(2707, 10176);\n    new ShapeRef(router, polygon, 1044);\n\n    // shapeRef1045\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5758.1, 5184.67);\n    polygon.ps[1] = Point(5758.1, 5246.67);\n    polygon.ps[2] = Point(5696.1, 5246.67);\n    polygon.ps[3] = Point(5696.1, 5184.67);\n    new ShapeRef(router, polygon, 1045);\n\n    // shapeRef1046\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 1480.29);\n    polygon.ps[1] = Point(15270.5, 1542.29);\n    polygon.ps[2] = Point(15208.5, 1542.29);\n    polygon.ps[3] = Point(15208.5, 1480.29);\n    new ShapeRef(router, polygon, 1046);\n\n    // shapeRef1047\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 6384.51);\n    polygon.ps[1] = Point(13903, 6446.51);\n    polygon.ps[2] = Point(13841, 6446.51);\n    polygon.ps[3] = Point(13841, 6384.51);\n    new ShapeRef(router, polygon, 1047);\n\n    // shapeRef1048\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13297, 5105.4);\n    polygon.ps[1] = Point(13297, 5167.4);\n    polygon.ps[2] = Point(13235, 5167.4);\n    polygon.ps[3] = Point(13235, 5105.4);\n    new ShapeRef(router, polygon, 1048);\n\n    // shapeRef1049\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11427.1, 7262.4);\n    polygon.ps[1] = Point(11427.1, 7324.4);\n    polygon.ps[2] = Point(11365.1, 7324.4);\n    polygon.ps[3] = Point(11365.1, 7262.4);\n    new ShapeRef(router, polygon, 1049);\n\n    // shapeRef1050\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17937.5, 11829.9);\n    polygon.ps[1] = Point(17937.5, 11891.9);\n    polygon.ps[2] = Point(17875.5, 11891.9);\n    polygon.ps[3] = Point(17875.5, 11829.9);\n    new ShapeRef(router, polygon, 1050);\n\n    // shapeRef1051\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18201.5, 11829.9);\n    polygon.ps[1] = Point(18201.5, 11891.9);\n    polygon.ps[2] = Point(18139.5, 11891.9);\n    polygon.ps[3] = Point(18139.5, 11829.9);\n    new ShapeRef(router, polygon, 1051);\n\n    // shapeRef1052\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16621.8, 8743.22);\n    polygon.ps[1] = Point(16621.8, 8805.22);\n    polygon.ps[2] = Point(16559.8, 8805.22);\n    polygon.ps[3] = Point(16559.8, 8743.22);\n    new ShapeRef(router, polygon, 1052);\n\n    // shapeRef1053\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13198, 5382.67);\n    polygon.ps[1] = Point(13198, 5444.67);\n    polygon.ps[2] = Point(13136, 5444.67);\n    polygon.ps[3] = Point(13136, 5382.67);\n    new ShapeRef(router, polygon, 1053);\n\n    // shapeRef1054\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11922.1, 5382.67);\n    polygon.ps[1] = Point(11922.1, 5444.67);\n    polygon.ps[2] = Point(11860.1, 5444.67);\n    polygon.ps[3] = Point(11860.1, 5382.67);\n    new ShapeRef(router, polygon, 1054);\n\n    // shapeRef1055\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11922.1, 5725.9);\n    polygon.ps[1] = Point(11922.1, 5787.9);\n    polygon.ps[2] = Point(11860.1, 5787.9);\n    polygon.ps[3] = Point(11860.1, 5725.9);\n    new ShapeRef(router, polygon, 1055);\n\n    // shapeRef1056\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 5382.67);\n    polygon.ps[1] = Point(12219.1, 5444.67);\n    polygon.ps[2] = Point(12157.1, 5444.67);\n    polygon.ps[3] = Point(12157.1, 5382.67);\n    new ShapeRef(router, polygon, 1056);\n\n    // shapeRef1057\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11922.1, 6186.51);\n    polygon.ps[1] = Point(11922.1, 6248.51);\n    polygon.ps[2] = Point(11860.1, 6248.51);\n    polygon.ps[3] = Point(11860.1, 6186.51);\n    new ShapeRef(router, polygon, 1057);\n\n    // shapeRef1058\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12219.1, 6186.51);\n    polygon.ps[1] = Point(12219.1, 6248.51);\n    polygon.ps[2] = Point(12157.1, 6248.51);\n    polygon.ps[3] = Point(12157.1, 6186.51);\n    new ShapeRef(router, polygon, 1058);\n\n    // shapeRef1059\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 7746.79);\n    polygon.ps[1] = Point(12562.5, 7808.79);\n    polygon.ps[2] = Point(12500.5, 7808.79);\n    polygon.ps[3] = Point(12500.5, 7746.79);\n    new ShapeRef(router, polygon, 1059);\n\n    // shapeRef1060\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16295.6, 8449.99);\n    polygon.ps[1] = Point(16295.6, 8511.99);\n    polygon.ps[2] = Point(16233.6, 8511.99);\n    polygon.ps[3] = Point(16233.6, 8449.99);\n    new ShapeRef(router, polygon, 1060);\n\n    // shapeRef1061\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16295.6, 8743.22);\n    polygon.ps[1] = Point(16295.6, 8805.22);\n    polygon.ps[2] = Point(16233.6, 8805.22);\n    polygon.ps[3] = Point(16233.6, 8743.22);\n    new ShapeRef(router, polygon, 1061);\n\n    // shapeRef1062\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 8449.99);\n    polygon.ps[1] = Point(16588.8, 8511.99);\n    polygon.ps[2] = Point(16526.8, 8511.99);\n    polygon.ps[3] = Point(16526.8, 8449.99);\n    new ShapeRef(router, polygon, 1062);\n\n    // shapeRef1063\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2175, 5481.67);\n    polygon.ps[1] = Point(2175, 5543.67);\n    polygon.ps[2] = Point(2113, 5543.67);\n    polygon.ps[3] = Point(2113, 5481.67);\n    new ShapeRef(router, polygon, 1063);\n\n    // shapeRef1064\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1779, 5481.67);\n    polygon.ps[1] = Point(1779, 5543.67);\n    polygon.ps[2] = Point(1717, 5543.67);\n    polygon.ps[3] = Point(1717, 5481.67);\n    new ShapeRef(router, polygon, 1064);\n\n    // shapeRef1065\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(723, 5481.67);\n    polygon.ps[1] = Point(723, 5543.67);\n    polygon.ps[2] = Point(661, 5543.67);\n    polygon.ps[3] = Point(661, 5481.67);\n    new ShapeRef(router, polygon, 1065);\n\n    // shapeRef1066\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5013, 5039.4);\n    polygon.ps[1] = Point(5013, 5101.4);\n    polygon.ps[2] = Point(4951, 5101.4);\n    polygon.ps[3] = Point(4951, 5039.4);\n    new ShapeRef(router, polygon, 1066);\n\n    // shapeRef1067\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3594, 5039.4);\n    polygon.ps[1] = Point(3594, 5101.4);\n    polygon.ps[2] = Point(3532, 5101.4);\n    polygon.ps[3] = Point(3532, 5039.4);\n    new ShapeRef(router, polygon, 1067);\n\n    // shapeRef1068\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3891, 7911.79);\n    polygon.ps[1] = Point(3891, 7973.79);\n    polygon.ps[2] = Point(3829, 7973.79);\n    polygon.ps[3] = Point(3829, 7911.79);\n    new ShapeRef(router, polygon, 1068);\n\n    // shapeRef1069\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4056, 7097.4);\n    polygon.ps[1] = Point(4056, 7159.4);\n    polygon.ps[2] = Point(3994, 7159.4);\n    polygon.ps[3] = Point(3994, 7097.4);\n    new ShapeRef(router, polygon, 1069);\n\n    // shapeRef1070\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17970.5, 9149.42);\n    polygon.ps[1] = Point(17970.5, 9211.42);\n    polygon.ps[2] = Point(17908.5, 9211.42);\n    polygon.ps[3] = Point(17908.5, 9149.42);\n    new ShapeRef(router, polygon, 1070);\n\n    // shapeRef1071\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18234.5, 9149.42);\n    polygon.ps[1] = Point(18234.5, 9211.42);\n    polygon.ps[2] = Point(18172.5, 9211.42);\n    polygon.ps[3] = Point(18172.5, 9149.42);\n    new ShapeRef(router, polygon, 1071);\n\n    // shapeRef1072\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 9677.42);\n    polygon.ps[1] = Point(12021.1, 9739.42);\n    polygon.ps[2] = Point(11959.1, 9739.42);\n    polygon.ps[3] = Point(11959.1, 9677.42);\n    new ShapeRef(router, polygon, 1072);\n\n    // shapeRef1073\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 10308);\n    polygon.ps[1] = Point(12021.1, 10370);\n    polygon.ps[2] = Point(11959.1, 10370);\n    polygon.ps[3] = Point(11959.1, 10308);\n    new ShapeRef(router, polygon, 1073);\n\n    // shapeRef1074\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 9182.42);\n    polygon.ps[1] = Point(12021.1, 9244.42);\n    polygon.ps[2] = Point(11959.1, 9244.42);\n    polygon.ps[3] = Point(11959.1, 9182.42);\n    new ShapeRef(router, polygon, 1074);\n\n    // shapeRef1075\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4518, 51.2652);\n    polygon.ps[1] = Point(4518, 113.265);\n    polygon.ps[2] = Point(4456, 113.265);\n    polygon.ps[3] = Point(4456, 51.2652);\n    new ShapeRef(router, polygon, 1075);\n\n    // shapeRef1076\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4122, 183.265);\n    polygon.ps[1] = Point(4122, 245.265);\n    polygon.ps[2] = Point(4060, 245.265);\n    polygon.ps[3] = Point(4060, 183.265);\n    new ShapeRef(router, polygon, 1076);\n\n    // shapeRef1077\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8060.29, 4095.51);\n    polygon.ps[1] = Point(8060.29, 4157.51);\n    polygon.ps[2] = Point(7998.29, 4157.51);\n    polygon.ps[3] = Point(7998.29, 4095.51);\n    new ShapeRef(router, polygon, 1077);\n\n    // shapeRef1078\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5277, 3043.29);\n    polygon.ps[1] = Point(5277, 3105.29);\n    polygon.ps[2] = Point(5215, 3105.29);\n    polygon.ps[3] = Point(5215, 3043.29);\n    new ShapeRef(router, polygon, 1078);\n\n    // shapeRef1079\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10741.2, 6998.4);\n    polygon.ps[1] = Point(10741.2, 7060.4);\n    polygon.ps[2] = Point(10679.2, 7060.4);\n    polygon.ps[3] = Point(10679.2, 6998.4);\n    new ShapeRef(router, polygon, 1079);\n\n    // shapeRef1080\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9914.69, 6516.51);\n    polygon.ps[1] = Point(9914.69, 6578.51);\n    polygon.ps[2] = Point(9852.69, 6578.51);\n    polygon.ps[3] = Point(9852.69, 6516.51);\n    new ShapeRef(router, polygon, 1080);\n\n    // shapeRef1081\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10454.9, 6998.4);\n    polygon.ps[1] = Point(10454.9, 7060.4);\n    polygon.ps[2] = Point(10392.9, 7060.4);\n    polygon.ps[3] = Point(10392.9, 6998.4);\n    new ShapeRef(router, polygon, 1081);\n\n    // shapeRef1082\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7408.1, 3600.51);\n    polygon.ps[1] = Point(7408.1, 3662.51);\n    polygon.ps[2] = Point(7346.1, 3662.51);\n    polygon.ps[3] = Point(7346.1, 3600.51);\n    new ShapeRef(router, polygon, 1082);\n\n    // shapeRef1083\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7408.1, 3996.51);\n    polygon.ps[1] = Point(7408.1, 4058.51);\n    polygon.ps[2] = Point(7346.1, 4058.51);\n    polygon.ps[3] = Point(7346.1, 3996.51);\n    new ShapeRef(router, polygon, 1083);\n\n    // shapeRef1084\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7408.1, 3798.51);\n    polygon.ps[1] = Point(7408.1, 3860.51);\n    polygon.ps[2] = Point(7346.1, 3860.51);\n    polygon.ps[3] = Point(7346.1, 3798.51);\n    new ShapeRef(router, polygon, 1084);\n\n    // shapeRef1085\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7829.29, 3798.51);\n    polygon.ps[1] = Point(7829.29, 3860.51);\n    polygon.ps[2] = Point(7767.29, 3860.51);\n    polygon.ps[3] = Point(7767.29, 3798.51);\n    new ShapeRef(router, polygon, 1085);\n\n    // shapeRef1086\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7928.29, 11763.9);\n    polygon.ps[1] = Point(7928.29, 11825.9);\n    polygon.ps[2] = Point(7866.29, 11825.9);\n    polygon.ps[3] = Point(7866.29, 11763.9);\n    new ShapeRef(router, polygon, 1086);\n\n    // shapeRef1087\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 11763.9);\n    polygon.ps[1] = Point(12562.5, 11825.9);\n    polygon.ps[2] = Point(12500.5, 11825.9);\n    polygon.ps[3] = Point(12500.5, 11763.9);\n    new ShapeRef(router, polygon, 1087);\n\n    // shapeRef1088\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1317, 2515.29);\n    polygon.ps[1] = Point(1317, 2577.29);\n    polygon.ps[2] = Point(1255, 2577.29);\n    polygon.ps[3] = Point(1255, 2515.29);\n    new ShapeRef(router, polygon, 1088);\n\n    // shapeRef1089\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 14797.9);\n    polygon.ps[1] = Point(8689.03, 14837.9);\n    polygon.ps[2] = Point(8634.03, 14837.9);\n    polygon.ps[3] = Point(8634.03, 14797.9);\n    new ShapeRef(router, polygon, 1089);\n\n    // shapeRef1090\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 14797.9);\n    polygon.ps[1] = Point(8789.03, 14837.9);\n    polygon.ps[2] = Point(8734.03, 14837.9);\n    polygon.ps[3] = Point(8734.03, 14797.9);\n    new ShapeRef(router, polygon, 1090);\n\n    // shapeRef1091\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 14797.9);\n    polygon.ps[1] = Point(8889.03, 14837.9);\n    polygon.ps[2] = Point(8834.03, 14837.9);\n    polygon.ps[3] = Point(8834.03, 14797.9);\n    new ShapeRef(router, polygon, 1091);\n\n    // shapeRef1092\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 14797.9);\n    polygon.ps[1] = Point(8989.03, 14837.9);\n    polygon.ps[2] = Point(8934.03, 14837.9);\n    polygon.ps[3] = Point(8934.03, 14797.9);\n    new ShapeRef(router, polygon, 1092);\n\n    // shapeRef1093\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 14797.9);\n    polygon.ps[1] = Point(9089.03, 14837.9);\n    polygon.ps[2] = Point(9034.03, 14837.9);\n    polygon.ps[3] = Point(9034.03, 14797.9);\n    new ShapeRef(router, polygon, 1093);\n\n    // shapeRef1094\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 14797.9);\n    polygon.ps[1] = Point(9189.03, 14837.9);\n    polygon.ps[2] = Point(9134.03, 14837.9);\n    polygon.ps[3] = Point(9134.03, 14797.9);\n    new ShapeRef(router, polygon, 1094);\n\n    // shapeRef1095\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 14797.9);\n    polygon.ps[1] = Point(9289.03, 14837.9);\n    polygon.ps[2] = Point(9234.03, 14837.9);\n    polygon.ps[3] = Point(9234.03, 14797.9);\n    new ShapeRef(router, polygon, 1095);\n\n    // shapeRef1096\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 14797.9);\n    polygon.ps[1] = Point(9389.03, 14837.9);\n    polygon.ps[2] = Point(9334.03, 14837.9);\n    polygon.ps[3] = Point(9334.03, 14797.9);\n    new ShapeRef(router, polygon, 1096);\n\n    // shapeRef1097\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 14897.9);\n    polygon.ps[1] = Point(8389.03, 14937.9);\n    polygon.ps[2] = Point(8334.03, 14937.9);\n    polygon.ps[3] = Point(8334.03, 14897.9);\n    new ShapeRef(router, polygon, 1097);\n\n    // shapeRef1098\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 14897.9);\n    polygon.ps[1] = Point(8489.03, 14937.9);\n    polygon.ps[2] = Point(8434.03, 14937.9);\n    polygon.ps[3] = Point(8434.03, 14897.9);\n    new ShapeRef(router, polygon, 1098);\n\n    // shapeRef1099\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 14897.9);\n    polygon.ps[1] = Point(8589.03, 14937.9);\n    polygon.ps[2] = Point(8534.03, 14937.9);\n    polygon.ps[3] = Point(8534.03, 14897.9);\n    new ShapeRef(router, polygon, 1099);\n\n    // shapeRef1100\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 14897.9);\n    polygon.ps[1] = Point(8689.03, 14937.9);\n    polygon.ps[2] = Point(8634.03, 14937.9);\n    polygon.ps[3] = Point(8634.03, 14897.9);\n    new ShapeRef(router, polygon, 1100);\n\n    // shapeRef1101\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 14897.9);\n    polygon.ps[1] = Point(8789.03, 14937.9);\n    polygon.ps[2] = Point(8734.03, 14937.9);\n    polygon.ps[3] = Point(8734.03, 14897.9);\n    new ShapeRef(router, polygon, 1101);\n\n    // shapeRef1102\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 14897.9);\n    polygon.ps[1] = Point(8889.03, 14937.9);\n    polygon.ps[2] = Point(8834.03, 14937.9);\n    polygon.ps[3] = Point(8834.03, 14897.9);\n    new ShapeRef(router, polygon, 1102);\n\n    // shapeRef1103\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 14897.9);\n    polygon.ps[1] = Point(8989.03, 14937.9);\n    polygon.ps[2] = Point(8934.03, 14937.9);\n    polygon.ps[3] = Point(8934.03, 14897.9);\n    new ShapeRef(router, polygon, 1103);\n\n    // shapeRef1104\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 14897.9);\n    polygon.ps[1] = Point(9089.03, 14937.9);\n    polygon.ps[2] = Point(9034.03, 14937.9);\n    polygon.ps[3] = Point(9034.03, 14897.9);\n    new ShapeRef(router, polygon, 1104);\n\n    // shapeRef1105\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 14897.9);\n    polygon.ps[1] = Point(9189.03, 14937.9);\n    polygon.ps[2] = Point(9134.03, 14937.9);\n    polygon.ps[3] = Point(9134.03, 14897.9);\n    new ShapeRef(router, polygon, 1105);\n\n    // shapeRef1106\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 14897.9);\n    polygon.ps[1] = Point(9289.03, 14937.9);\n    polygon.ps[2] = Point(9234.03, 14937.9);\n    polygon.ps[3] = Point(9234.03, 14897.9);\n    new ShapeRef(router, polygon, 1106);\n\n    // shapeRef1107\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 14897.9);\n    polygon.ps[1] = Point(9389.03, 14937.9);\n    polygon.ps[2] = Point(9334.03, 14937.9);\n    polygon.ps[3] = Point(9334.03, 14897.9);\n    new ShapeRef(router, polygon, 1107);\n\n    // shapeRef1108\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 14997.9);\n    polygon.ps[1] = Point(8389.03, 15037.9);\n    polygon.ps[2] = Point(8334.03, 15037.9);\n    polygon.ps[3] = Point(8334.03, 14997.9);\n    new ShapeRef(router, polygon, 1108);\n\n    // shapeRef1109\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 14997.9);\n    polygon.ps[1] = Point(8489.03, 15037.9);\n    polygon.ps[2] = Point(8434.03, 15037.9);\n    polygon.ps[3] = Point(8434.03, 14997.9);\n    new ShapeRef(router, polygon, 1109);\n\n    // shapeRef1110\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 14997.9);\n    polygon.ps[1] = Point(8589.03, 15037.9);\n    polygon.ps[2] = Point(8534.03, 15037.9);\n    polygon.ps[3] = Point(8534.03, 14997.9);\n    new ShapeRef(router, polygon, 1110);\n\n    // shapeRef1111\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 14997.9);\n    polygon.ps[1] = Point(8689.03, 15037.9);\n    polygon.ps[2] = Point(8634.03, 15037.9);\n    polygon.ps[3] = Point(8634.03, 14997.9);\n    new ShapeRef(router, polygon, 1111);\n\n    // shapeRef1112\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 14997.9);\n    polygon.ps[1] = Point(8789.03, 15037.9);\n    polygon.ps[2] = Point(8734.03, 15037.9);\n    polygon.ps[3] = Point(8734.03, 14997.9);\n    new ShapeRef(router, polygon, 1112);\n\n    // shapeRef1113\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 14997.9);\n    polygon.ps[1] = Point(8889.03, 15037.9);\n    polygon.ps[2] = Point(8834.03, 15037.9);\n    polygon.ps[3] = Point(8834.03, 14997.9);\n    new ShapeRef(router, polygon, 1113);\n\n    // shapeRef1114\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 14997.9);\n    polygon.ps[1] = Point(8989.03, 15037.9);\n    polygon.ps[2] = Point(8934.03, 15037.9);\n    polygon.ps[3] = Point(8934.03, 14997.9);\n    new ShapeRef(router, polygon, 1114);\n\n    // shapeRef1115\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 14997.9);\n    polygon.ps[1] = Point(9089.03, 15037.9);\n    polygon.ps[2] = Point(9034.03, 15037.9);\n    polygon.ps[3] = Point(9034.03, 14997.9);\n    new ShapeRef(router, polygon, 1115);\n\n    // shapeRef1116\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 14997.9);\n    polygon.ps[1] = Point(9189.03, 15037.9);\n    polygon.ps[2] = Point(9134.03, 15037.9);\n    polygon.ps[3] = Point(9134.03, 14997.9);\n    new ShapeRef(router, polygon, 1116);\n\n    // shapeRef1117\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 14997.9);\n    polygon.ps[1] = Point(9289.03, 15037.9);\n    polygon.ps[2] = Point(9234.03, 15037.9);\n    polygon.ps[3] = Point(9234.03, 14997.9);\n    new ShapeRef(router, polygon, 1117);\n\n    // shapeRef1118\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 14997.9);\n    polygon.ps[1] = Point(9389.03, 15037.9);\n    polygon.ps[2] = Point(9334.03, 15037.9);\n    polygon.ps[3] = Point(9334.03, 14997.9);\n    new ShapeRef(router, polygon, 1118);\n\n    // shapeRef1119\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15097.9);\n    polygon.ps[1] = Point(8389.03, 15137.9);\n    polygon.ps[2] = Point(8334.03, 15137.9);\n    polygon.ps[3] = Point(8334.03, 15097.9);\n    new ShapeRef(router, polygon, 1119);\n\n    // shapeRef1120\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15097.9);\n    polygon.ps[1] = Point(8489.03, 15137.9);\n    polygon.ps[2] = Point(8434.03, 15137.9);\n    polygon.ps[3] = Point(8434.03, 15097.9);\n    new ShapeRef(router, polygon, 1120);\n\n    // shapeRef1121\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15097.9);\n    polygon.ps[1] = Point(8589.03, 15137.9);\n    polygon.ps[2] = Point(8534.03, 15137.9);\n    polygon.ps[3] = Point(8534.03, 15097.9);\n    new ShapeRef(router, polygon, 1121);\n\n    // shapeRef1122\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15097.9);\n    polygon.ps[1] = Point(8789.03, 15137.9);\n    polygon.ps[2] = Point(8734.03, 15137.9);\n    polygon.ps[3] = Point(8734.03, 15097.9);\n    new ShapeRef(router, polygon, 1122);\n\n    // shapeRef1123\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15097.9);\n    polygon.ps[1] = Point(8889.03, 15137.9);\n    polygon.ps[2] = Point(8834.03, 15137.9);\n    polygon.ps[3] = Point(8834.03, 15097.9);\n    new ShapeRef(router, polygon, 1123);\n\n    // shapeRef1124\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15097.9);\n    polygon.ps[1] = Point(8989.03, 15137.9);\n    polygon.ps[2] = Point(8934.03, 15137.9);\n    polygon.ps[3] = Point(8934.03, 15097.9);\n    new ShapeRef(router, polygon, 1124);\n\n    // shapeRef1125\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15097.9);\n    polygon.ps[1] = Point(9089.03, 15137.9);\n    polygon.ps[2] = Point(9034.03, 15137.9);\n    polygon.ps[3] = Point(9034.03, 15097.9);\n    new ShapeRef(router, polygon, 1125);\n\n    // shapeRef1126\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15097.9);\n    polygon.ps[1] = Point(9189.03, 15137.9);\n    polygon.ps[2] = Point(9134.03, 15137.9);\n    polygon.ps[3] = Point(9134.03, 15097.9);\n    new ShapeRef(router, polygon, 1126);\n\n    // shapeRef1127\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15097.9);\n    polygon.ps[1] = Point(9289.03, 15137.9);\n    polygon.ps[2] = Point(9234.03, 15137.9);\n    polygon.ps[3] = Point(9234.03, 15097.9);\n    new ShapeRef(router, polygon, 1127);\n\n    // shapeRef1128\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15097.9);\n    polygon.ps[1] = Point(9389.03, 15137.9);\n    polygon.ps[2] = Point(9334.03, 15137.9);\n    polygon.ps[3] = Point(9334.03, 15097.9);\n    new ShapeRef(router, polygon, 1128);\n\n    // shapeRef1129\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15197.9);\n    polygon.ps[1] = Point(8389.03, 15237.9);\n    polygon.ps[2] = Point(8334.03, 15237.9);\n    polygon.ps[3] = Point(8334.03, 15197.9);\n    new ShapeRef(router, polygon, 1129);\n\n    // shapeRef1130\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15197.9);\n    polygon.ps[1] = Point(8489.03, 15237.9);\n    polygon.ps[2] = Point(8434.03, 15237.9);\n    polygon.ps[3] = Point(8434.03, 15197.9);\n    new ShapeRef(router, polygon, 1130);\n\n    // shapeRef1131\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15197.9);\n    polygon.ps[1] = Point(8789.03, 15237.9);\n    polygon.ps[2] = Point(8734.03, 15237.9);\n    polygon.ps[3] = Point(8734.03, 15197.9);\n    new ShapeRef(router, polygon, 1131);\n\n    // shapeRef1132\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15197.9);\n    polygon.ps[1] = Point(8889.03, 15237.9);\n    polygon.ps[2] = Point(8834.03, 15237.9);\n    polygon.ps[3] = Point(8834.03, 15197.9);\n    new ShapeRef(router, polygon, 1132);\n\n    // shapeRef1133\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15197.9);\n    polygon.ps[1] = Point(8989.03, 15237.9);\n    polygon.ps[2] = Point(8934.03, 15237.9);\n    polygon.ps[3] = Point(8934.03, 15197.9);\n    new ShapeRef(router, polygon, 1133);\n\n    // shapeRef1134\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15197.9);\n    polygon.ps[1] = Point(9089.03, 15237.9);\n    polygon.ps[2] = Point(9034.03, 15237.9);\n    polygon.ps[3] = Point(9034.03, 15197.9);\n    new ShapeRef(router, polygon, 1134);\n\n    // shapeRef1135\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15197.9);\n    polygon.ps[1] = Point(9289.03, 15237.9);\n    polygon.ps[2] = Point(9234.03, 15237.9);\n    polygon.ps[3] = Point(9234.03, 15197.9);\n    new ShapeRef(router, polygon, 1135);\n\n    // shapeRef1136\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15197.9);\n    polygon.ps[1] = Point(9389.03, 15237.9);\n    polygon.ps[2] = Point(9334.03, 15237.9);\n    polygon.ps[3] = Point(9334.03, 15197.9);\n    new ShapeRef(router, polygon, 1136);\n\n    // shapeRef1137\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15297.9);\n    polygon.ps[1] = Point(8389.03, 15337.9);\n    polygon.ps[2] = Point(8334.03, 15337.9);\n    polygon.ps[3] = Point(8334.03, 15297.9);\n    new ShapeRef(router, polygon, 1137);\n\n    // shapeRef1138\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15297.9);\n    polygon.ps[1] = Point(8489.03, 15337.9);\n    polygon.ps[2] = Point(8434.03, 15337.9);\n    polygon.ps[3] = Point(8434.03, 15297.9);\n    new ShapeRef(router, polygon, 1138);\n\n    // shapeRef1139\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15297.9);\n    polygon.ps[1] = Point(8589.03, 15337.9);\n    polygon.ps[2] = Point(8534.03, 15337.9);\n    polygon.ps[3] = Point(8534.03, 15297.9);\n    new ShapeRef(router, polygon, 1139);\n\n    // shapeRef1140\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15297.9);\n    polygon.ps[1] = Point(8689.03, 15337.9);\n    polygon.ps[2] = Point(8634.03, 15337.9);\n    polygon.ps[3] = Point(8634.03, 15297.9);\n    new ShapeRef(router, polygon, 1140);\n\n    // shapeRef1141\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15297.9);\n    polygon.ps[1] = Point(8789.03, 15337.9);\n    polygon.ps[2] = Point(8734.03, 15337.9);\n    polygon.ps[3] = Point(8734.03, 15297.9);\n    new ShapeRef(router, polygon, 1141);\n\n    // shapeRef1142\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15297.9);\n    polygon.ps[1] = Point(8889.03, 15337.9);\n    polygon.ps[2] = Point(8834.03, 15337.9);\n    polygon.ps[3] = Point(8834.03, 15297.9);\n    new ShapeRef(router, polygon, 1142);\n\n    // shapeRef1143\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15297.9);\n    polygon.ps[1] = Point(8989.03, 15337.9);\n    polygon.ps[2] = Point(8934.03, 15337.9);\n    polygon.ps[3] = Point(8934.03, 15297.9);\n    new ShapeRef(router, polygon, 1143);\n\n    // shapeRef1144\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15297.9);\n    polygon.ps[1] = Point(9089.03, 15337.9);\n    polygon.ps[2] = Point(9034.03, 15337.9);\n    polygon.ps[3] = Point(9034.03, 15297.9);\n    new ShapeRef(router, polygon, 1144);\n\n    // shapeRef1145\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15297.9);\n    polygon.ps[1] = Point(9189.03, 15337.9);\n    polygon.ps[2] = Point(9134.03, 15337.9);\n    polygon.ps[3] = Point(9134.03, 15297.9);\n    new ShapeRef(router, polygon, 1145);\n\n    // shapeRef1146\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15297.9);\n    polygon.ps[1] = Point(9289.03, 15337.9);\n    polygon.ps[2] = Point(9234.03, 15337.9);\n    polygon.ps[3] = Point(9234.03, 15297.9);\n    new ShapeRef(router, polygon, 1146);\n\n    // shapeRef1147\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15297.9);\n    polygon.ps[1] = Point(9389.03, 15337.9);\n    polygon.ps[2] = Point(9334.03, 15337.9);\n    polygon.ps[3] = Point(9334.03, 15297.9);\n    new ShapeRef(router, polygon, 1147);\n\n    // shapeRef1148\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15397.9);\n    polygon.ps[1] = Point(8389.03, 15437.9);\n    polygon.ps[2] = Point(8334.03, 15437.9);\n    polygon.ps[3] = Point(8334.03, 15397.9);\n    new ShapeRef(router, polygon, 1148);\n\n    // shapeRef1149\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15397.9);\n    polygon.ps[1] = Point(8489.03, 15437.9);\n    polygon.ps[2] = Point(8434.03, 15437.9);\n    polygon.ps[3] = Point(8434.03, 15397.9);\n    new ShapeRef(router, polygon, 1149);\n\n    // shapeRef1150\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15397.9);\n    polygon.ps[1] = Point(8589.03, 15437.9);\n    polygon.ps[2] = Point(8534.03, 15437.9);\n    polygon.ps[3] = Point(8534.03, 15397.9);\n    new ShapeRef(router, polygon, 1150);\n\n    // shapeRef1151\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15397.9);\n    polygon.ps[1] = Point(8689.03, 15437.9);\n    polygon.ps[2] = Point(8634.03, 15437.9);\n    polygon.ps[3] = Point(8634.03, 15397.9);\n    new ShapeRef(router, polygon, 1151);\n\n    // shapeRef1152\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15397.9);\n    polygon.ps[1] = Point(8789.03, 15437.9);\n    polygon.ps[2] = Point(8734.03, 15437.9);\n    polygon.ps[3] = Point(8734.03, 15397.9);\n    new ShapeRef(router, polygon, 1152);\n\n    // shapeRef1153\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15397.9);\n    polygon.ps[1] = Point(8889.03, 15437.9);\n    polygon.ps[2] = Point(8834.03, 15437.9);\n    polygon.ps[3] = Point(8834.03, 15397.9);\n    new ShapeRef(router, polygon, 1153);\n\n    // shapeRef1154\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15397.9);\n    polygon.ps[1] = Point(8989.03, 15437.9);\n    polygon.ps[2] = Point(8934.03, 15437.9);\n    polygon.ps[3] = Point(8934.03, 15397.9);\n    new ShapeRef(router, polygon, 1154);\n\n    // shapeRef1155\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15397.9);\n    polygon.ps[1] = Point(9089.03, 15437.9);\n    polygon.ps[2] = Point(9034.03, 15437.9);\n    polygon.ps[3] = Point(9034.03, 15397.9);\n    new ShapeRef(router, polygon, 1155);\n\n    // shapeRef1156\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15397.9);\n    polygon.ps[1] = Point(9189.03, 15437.9);\n    polygon.ps[2] = Point(9134.03, 15437.9);\n    polygon.ps[3] = Point(9134.03, 15397.9);\n    new ShapeRef(router, polygon, 1156);\n\n    // shapeRef1157\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15397.9);\n    polygon.ps[1] = Point(9289.03, 15437.9);\n    polygon.ps[2] = Point(9234.03, 15437.9);\n    polygon.ps[3] = Point(9234.03, 15397.9);\n    new ShapeRef(router, polygon, 1157);\n\n    // shapeRef1158\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15397.9);\n    polygon.ps[1] = Point(9389.03, 15437.9);\n    polygon.ps[2] = Point(9334.03, 15437.9);\n    polygon.ps[3] = Point(9334.03, 15397.9);\n    new ShapeRef(router, polygon, 1158);\n\n    // shapeRef1159\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15497.9);\n    polygon.ps[1] = Point(8489.03, 15537.9);\n    polygon.ps[2] = Point(8434.03, 15537.9);\n    polygon.ps[3] = Point(8434.03, 15497.9);\n    new ShapeRef(router, polygon, 1159);\n\n    // shapeRef1160\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15497.9);\n    polygon.ps[1] = Point(8589.03, 15537.9);\n    polygon.ps[2] = Point(8534.03, 15537.9);\n    polygon.ps[3] = Point(8534.03, 15497.9);\n    new ShapeRef(router, polygon, 1160);\n\n    // shapeRef1161\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15497.9);\n    polygon.ps[1] = Point(8689.03, 15537.9);\n    polygon.ps[2] = Point(8634.03, 15537.9);\n    polygon.ps[3] = Point(8634.03, 15497.9);\n    new ShapeRef(router, polygon, 1161);\n\n    // shapeRef1162\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15497.9);\n    polygon.ps[1] = Point(8789.03, 15537.9);\n    polygon.ps[2] = Point(8734.03, 15537.9);\n    polygon.ps[3] = Point(8734.03, 15497.9);\n    new ShapeRef(router, polygon, 1162);\n\n    // shapeRef1163\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15497.9);\n    polygon.ps[1] = Point(8889.03, 15537.9);\n    polygon.ps[2] = Point(8834.03, 15537.9);\n    polygon.ps[3] = Point(8834.03, 15497.9);\n    new ShapeRef(router, polygon, 1163);\n\n    // shapeRef1164\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15497.9);\n    polygon.ps[1] = Point(8989.03, 15537.9);\n    polygon.ps[2] = Point(8934.03, 15537.9);\n    polygon.ps[3] = Point(8934.03, 15497.9);\n    new ShapeRef(router, polygon, 1164);\n\n    // shapeRef1165\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15497.9);\n    polygon.ps[1] = Point(9089.03, 15537.9);\n    polygon.ps[2] = Point(9034.03, 15537.9);\n    polygon.ps[3] = Point(9034.03, 15497.9);\n    new ShapeRef(router, polygon, 1165);\n\n    // shapeRef1166\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15497.9);\n    polygon.ps[1] = Point(9189.03, 15537.9);\n    polygon.ps[2] = Point(9134.03, 15537.9);\n    polygon.ps[3] = Point(9134.03, 15497.9);\n    new ShapeRef(router, polygon, 1166);\n\n    // shapeRef1167\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15497.9);\n    polygon.ps[1] = Point(9289.03, 15537.9);\n    polygon.ps[2] = Point(9234.03, 15537.9);\n    polygon.ps[3] = Point(9234.03, 15497.9);\n    new ShapeRef(router, polygon, 1167);\n\n    // shapeRef1168\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15497.9);\n    polygon.ps[1] = Point(9389.03, 15537.9);\n    polygon.ps[2] = Point(9334.03, 15537.9);\n    polygon.ps[3] = Point(9334.03, 15497.9);\n    new ShapeRef(router, polygon, 1168);\n\n    // shapeRef1169\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15597.9);\n    polygon.ps[1] = Point(8389.03, 15637.9);\n    polygon.ps[2] = Point(8334.03, 15637.9);\n    polygon.ps[3] = Point(8334.03, 15597.9);\n    new ShapeRef(router, polygon, 1169);\n\n    // shapeRef1170\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15597.9);\n    polygon.ps[1] = Point(8489.03, 15637.9);\n    polygon.ps[2] = Point(8434.03, 15637.9);\n    polygon.ps[3] = Point(8434.03, 15597.9);\n    new ShapeRef(router, polygon, 1170);\n\n    // shapeRef1171\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15597.9);\n    polygon.ps[1] = Point(8589.03, 15637.9);\n    polygon.ps[2] = Point(8534.03, 15637.9);\n    polygon.ps[3] = Point(8534.03, 15597.9);\n    new ShapeRef(router, polygon, 1171);\n\n    // shapeRef1172\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15597.9);\n    polygon.ps[1] = Point(8689.03, 15637.9);\n    polygon.ps[2] = Point(8634.03, 15637.9);\n    polygon.ps[3] = Point(8634.03, 15597.9);\n    new ShapeRef(router, polygon, 1172);\n\n    // shapeRef1173\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15597.9);\n    polygon.ps[1] = Point(8789.03, 15637.9);\n    polygon.ps[2] = Point(8734.03, 15637.9);\n    polygon.ps[3] = Point(8734.03, 15597.9);\n    new ShapeRef(router, polygon, 1173);\n\n    // shapeRef1174\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15597.9);\n    polygon.ps[1] = Point(8889.03, 15637.9);\n    polygon.ps[2] = Point(8834.03, 15637.9);\n    polygon.ps[3] = Point(8834.03, 15597.9);\n    new ShapeRef(router, polygon, 1174);\n\n    // shapeRef1175\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15597.9);\n    polygon.ps[1] = Point(8989.03, 15637.9);\n    polygon.ps[2] = Point(8934.03, 15637.9);\n    polygon.ps[3] = Point(8934.03, 15597.9);\n    new ShapeRef(router, polygon, 1175);\n\n    // shapeRef1176\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15597.9);\n    polygon.ps[1] = Point(9089.03, 15637.9);\n    polygon.ps[2] = Point(9034.03, 15637.9);\n    polygon.ps[3] = Point(9034.03, 15597.9);\n    new ShapeRef(router, polygon, 1176);\n\n    // shapeRef1177\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15597.9);\n    polygon.ps[1] = Point(9189.03, 15637.9);\n    polygon.ps[2] = Point(9134.03, 15637.9);\n    polygon.ps[3] = Point(9134.03, 15597.9);\n    new ShapeRef(router, polygon, 1177);\n\n    // shapeRef1178\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15597.9);\n    polygon.ps[1] = Point(9289.03, 15637.9);\n    polygon.ps[2] = Point(9234.03, 15637.9);\n    polygon.ps[3] = Point(9234.03, 15597.9);\n    new ShapeRef(router, polygon, 1178);\n\n    // shapeRef1179\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15597.9);\n    polygon.ps[1] = Point(9389.03, 15637.9);\n    polygon.ps[2] = Point(9334.03, 15637.9);\n    polygon.ps[3] = Point(9334.03, 15597.9);\n    new ShapeRef(router, polygon, 1179);\n\n    // shapeRef1180\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15697.9);\n    polygon.ps[1] = Point(8389.03, 15737.9);\n    polygon.ps[2] = Point(8334.03, 15737.9);\n    polygon.ps[3] = Point(8334.03, 15697.9);\n    new ShapeRef(router, polygon, 1180);\n\n    // shapeRef1181\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15697.9);\n    polygon.ps[1] = Point(8489.03, 15737.9);\n    polygon.ps[2] = Point(8434.03, 15737.9);\n    polygon.ps[3] = Point(8434.03, 15697.9);\n    new ShapeRef(router, polygon, 1181);\n\n    // shapeRef1182\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15697.9);\n    polygon.ps[1] = Point(8589.03, 15737.9);\n    polygon.ps[2] = Point(8534.03, 15737.9);\n    polygon.ps[3] = Point(8534.03, 15697.9);\n    new ShapeRef(router, polygon, 1182);\n\n    // shapeRef1183\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15697.9);\n    polygon.ps[1] = Point(8689.03, 15737.9);\n    polygon.ps[2] = Point(8634.03, 15737.9);\n    polygon.ps[3] = Point(8634.03, 15697.9);\n    new ShapeRef(router, polygon, 1183);\n\n    // shapeRef1184\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15697.9);\n    polygon.ps[1] = Point(8789.03, 15737.9);\n    polygon.ps[2] = Point(8734.03, 15737.9);\n    polygon.ps[3] = Point(8734.03, 15697.9);\n    new ShapeRef(router, polygon, 1184);\n\n    // shapeRef1185\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15697.9);\n    polygon.ps[1] = Point(8889.03, 15737.9);\n    polygon.ps[2] = Point(8834.03, 15737.9);\n    polygon.ps[3] = Point(8834.03, 15697.9);\n    new ShapeRef(router, polygon, 1185);\n\n    // shapeRef1186\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15697.9);\n    polygon.ps[1] = Point(8989.03, 15737.9);\n    polygon.ps[2] = Point(8934.03, 15737.9);\n    polygon.ps[3] = Point(8934.03, 15697.9);\n    new ShapeRef(router, polygon, 1186);\n\n    // shapeRef1187\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15697.9);\n    polygon.ps[1] = Point(9089.03, 15737.9);\n    polygon.ps[2] = Point(9034.03, 15737.9);\n    polygon.ps[3] = Point(9034.03, 15697.9);\n    new ShapeRef(router, polygon, 1187);\n\n    // shapeRef1188\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15697.9);\n    polygon.ps[1] = Point(9189.03, 15737.9);\n    polygon.ps[2] = Point(9134.03, 15737.9);\n    polygon.ps[3] = Point(9134.03, 15697.9);\n    new ShapeRef(router, polygon, 1188);\n\n    // shapeRef1189\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15697.9);\n    polygon.ps[1] = Point(9289.03, 15737.9);\n    polygon.ps[2] = Point(9234.03, 15737.9);\n    polygon.ps[3] = Point(9234.03, 15697.9);\n    new ShapeRef(router, polygon, 1189);\n\n    // shapeRef1190\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15697.9);\n    polygon.ps[1] = Point(9389.03, 15737.9);\n    polygon.ps[2] = Point(9334.03, 15737.9);\n    polygon.ps[3] = Point(9334.03, 15697.9);\n    new ShapeRef(router, polygon, 1190);\n\n    // shapeRef1191\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15797.9);\n    polygon.ps[1] = Point(8389.03, 15837.9);\n    polygon.ps[2] = Point(8334.03, 15837.9);\n    polygon.ps[3] = Point(8334.03, 15797.9);\n    new ShapeRef(router, polygon, 1191);\n\n    // shapeRef1192\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15797.9);\n    polygon.ps[1] = Point(8489.03, 15837.9);\n    polygon.ps[2] = Point(8434.03, 15837.9);\n    polygon.ps[3] = Point(8434.03, 15797.9);\n    new ShapeRef(router, polygon, 1192);\n\n    // shapeRef1193\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15797.9);\n    polygon.ps[1] = Point(8589.03, 15837.9);\n    polygon.ps[2] = Point(8534.03, 15837.9);\n    polygon.ps[3] = Point(8534.03, 15797.9);\n    new ShapeRef(router, polygon, 1193);\n\n    // shapeRef1194\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15797.9);\n    polygon.ps[1] = Point(8689.03, 15837.9);\n    polygon.ps[2] = Point(8634.03, 15837.9);\n    polygon.ps[3] = Point(8634.03, 15797.9);\n    new ShapeRef(router, polygon, 1194);\n\n    // shapeRef1195\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15797.9);\n    polygon.ps[1] = Point(8789.03, 15837.9);\n    polygon.ps[2] = Point(8734.03, 15837.9);\n    polygon.ps[3] = Point(8734.03, 15797.9);\n    new ShapeRef(router, polygon, 1195);\n\n    // shapeRef1196\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15797.9);\n    polygon.ps[1] = Point(8889.03, 15837.9);\n    polygon.ps[2] = Point(8834.03, 15837.9);\n    polygon.ps[3] = Point(8834.03, 15797.9);\n    new ShapeRef(router, polygon, 1196);\n\n    // shapeRef1197\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15797.9);\n    polygon.ps[1] = Point(8989.03, 15837.9);\n    polygon.ps[2] = Point(8934.03, 15837.9);\n    polygon.ps[3] = Point(8934.03, 15797.9);\n    new ShapeRef(router, polygon, 1197);\n\n    // shapeRef1198\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15797.9);\n    polygon.ps[1] = Point(9089.03, 15837.9);\n    polygon.ps[2] = Point(9034.03, 15837.9);\n    polygon.ps[3] = Point(9034.03, 15797.9);\n    new ShapeRef(router, polygon, 1198);\n\n    // shapeRef1199\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15797.9);\n    polygon.ps[1] = Point(9189.03, 15837.9);\n    polygon.ps[2] = Point(9134.03, 15837.9);\n    polygon.ps[3] = Point(9134.03, 15797.9);\n    new ShapeRef(router, polygon, 1199);\n\n    // shapeRef1200\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15797.9);\n    polygon.ps[1] = Point(9289.03, 15837.9);\n    polygon.ps[2] = Point(9234.03, 15837.9);\n    polygon.ps[3] = Point(9234.03, 15797.9);\n    new ShapeRef(router, polygon, 1200);\n\n    // shapeRef1201\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15797.9);\n    polygon.ps[1] = Point(9389.03, 15837.9);\n    polygon.ps[2] = Point(9334.03, 15837.9);\n    polygon.ps[3] = Point(9334.03, 15797.9);\n    new ShapeRef(router, polygon, 1201);\n\n    // shapeRef1202\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15897.9);\n    polygon.ps[1] = Point(8389.03, 15937.9);\n    polygon.ps[2] = Point(8334.03, 15937.9);\n    polygon.ps[3] = Point(8334.03, 15897.9);\n    new ShapeRef(router, polygon, 1202);\n\n    // shapeRef1203\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15897.9);\n    polygon.ps[1] = Point(8489.03, 15937.9);\n    polygon.ps[2] = Point(8434.03, 15937.9);\n    polygon.ps[3] = Point(8434.03, 15897.9);\n    new ShapeRef(router, polygon, 1203);\n\n    // shapeRef1204\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15897.9);\n    polygon.ps[1] = Point(8589.03, 15937.9);\n    polygon.ps[2] = Point(8534.03, 15937.9);\n    polygon.ps[3] = Point(8534.03, 15897.9);\n    new ShapeRef(router, polygon, 1204);\n\n    // shapeRef1205\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15897.9);\n    polygon.ps[1] = Point(8689.03, 15937.9);\n    polygon.ps[2] = Point(8634.03, 15937.9);\n    polygon.ps[3] = Point(8634.03, 15897.9);\n    new ShapeRef(router, polygon, 1205);\n\n    // shapeRef1206\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15897.9);\n    polygon.ps[1] = Point(8789.03, 15937.9);\n    polygon.ps[2] = Point(8734.03, 15937.9);\n    polygon.ps[3] = Point(8734.03, 15897.9);\n    new ShapeRef(router, polygon, 1206);\n\n    // shapeRef1207\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15897.9);\n    polygon.ps[1] = Point(8889.03, 15937.9);\n    polygon.ps[2] = Point(8834.03, 15937.9);\n    polygon.ps[3] = Point(8834.03, 15897.9);\n    new ShapeRef(router, polygon, 1207);\n\n    // shapeRef1208\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15897.9);\n    polygon.ps[1] = Point(8989.03, 15937.9);\n    polygon.ps[2] = Point(8934.03, 15937.9);\n    polygon.ps[3] = Point(8934.03, 15897.9);\n    new ShapeRef(router, polygon, 1208);\n\n    // shapeRef1209\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15897.9);\n    polygon.ps[1] = Point(9089.03, 15937.9);\n    polygon.ps[2] = Point(9034.03, 15937.9);\n    polygon.ps[3] = Point(9034.03, 15897.9);\n    new ShapeRef(router, polygon, 1209);\n\n    // shapeRef1210\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15897.9);\n    polygon.ps[1] = Point(9189.03, 15937.9);\n    polygon.ps[2] = Point(9134.03, 15937.9);\n    polygon.ps[3] = Point(9134.03, 15897.9);\n    new ShapeRef(router, polygon, 1210);\n\n    // shapeRef1211\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15897.9);\n    polygon.ps[1] = Point(9289.03, 15937.9);\n    polygon.ps[2] = Point(9234.03, 15937.9);\n    polygon.ps[3] = Point(9234.03, 15897.9);\n    new ShapeRef(router, polygon, 1211);\n\n    // shapeRef1212\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15897.9);\n    polygon.ps[1] = Point(9389.03, 15937.9);\n    polygon.ps[2] = Point(9334.03, 15937.9);\n    polygon.ps[3] = Point(9334.03, 15897.9);\n    new ShapeRef(router, polygon, 1212);\n\n    // shapeRef1213\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 15997.9);\n    polygon.ps[1] = Point(8389.03, 16037.9);\n    polygon.ps[2] = Point(8334.03, 16037.9);\n    polygon.ps[3] = Point(8334.03, 15997.9);\n    new ShapeRef(router, polygon, 1213);\n\n    // shapeRef1214\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 15997.9);\n    polygon.ps[1] = Point(8489.03, 16037.9);\n    polygon.ps[2] = Point(8434.03, 16037.9);\n    polygon.ps[3] = Point(8434.03, 15997.9);\n    new ShapeRef(router, polygon, 1214);\n\n    // shapeRef1215\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 15997.9);\n    polygon.ps[1] = Point(8589.03, 16037.9);\n    polygon.ps[2] = Point(8534.03, 16037.9);\n    polygon.ps[3] = Point(8534.03, 15997.9);\n    new ShapeRef(router, polygon, 1215);\n\n    // shapeRef1216\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 15997.9);\n    polygon.ps[1] = Point(8689.03, 16037.9);\n    polygon.ps[2] = Point(8634.03, 16037.9);\n    polygon.ps[3] = Point(8634.03, 15997.9);\n    new ShapeRef(router, polygon, 1216);\n\n    // shapeRef1217\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 15997.9);\n    polygon.ps[1] = Point(8789.03, 16037.9);\n    polygon.ps[2] = Point(8734.03, 16037.9);\n    polygon.ps[3] = Point(8734.03, 15997.9);\n    new ShapeRef(router, polygon, 1217);\n\n    // shapeRef1218\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 15997.9);\n    polygon.ps[1] = Point(8889.03, 16037.9);\n    polygon.ps[2] = Point(8834.03, 16037.9);\n    polygon.ps[3] = Point(8834.03, 15997.9);\n    new ShapeRef(router, polygon, 1218);\n\n    // shapeRef1219\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 15997.9);\n    polygon.ps[1] = Point(8989.03, 16037.9);\n    polygon.ps[2] = Point(8934.03, 16037.9);\n    polygon.ps[3] = Point(8934.03, 15997.9);\n    new ShapeRef(router, polygon, 1219);\n\n    // shapeRef1220\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 15997.9);\n    polygon.ps[1] = Point(9089.03, 16037.9);\n    polygon.ps[2] = Point(9034.03, 16037.9);\n    polygon.ps[3] = Point(9034.03, 15997.9);\n    new ShapeRef(router, polygon, 1220);\n\n    // shapeRef1221\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 15997.9);\n    polygon.ps[1] = Point(9189.03, 16037.9);\n    polygon.ps[2] = Point(9134.03, 16037.9);\n    polygon.ps[3] = Point(9134.03, 15997.9);\n    new ShapeRef(router, polygon, 1221);\n\n    // shapeRef1222\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 15997.9);\n    polygon.ps[1] = Point(9289.03, 16037.9);\n    polygon.ps[2] = Point(9234.03, 16037.9);\n    polygon.ps[3] = Point(9234.03, 15997.9);\n    new ShapeRef(router, polygon, 1222);\n\n    // shapeRef1223\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 15997.9);\n    polygon.ps[1] = Point(9389.03, 16037.9);\n    polygon.ps[2] = Point(9334.03, 16037.9);\n    polygon.ps[3] = Point(9334.03, 15997.9);\n    new ShapeRef(router, polygon, 1223);\n\n    // shapeRef1224\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16097.9);\n    polygon.ps[1] = Point(8389.03, 16137.9);\n    polygon.ps[2] = Point(8334.03, 16137.9);\n    polygon.ps[3] = Point(8334.03, 16097.9);\n    new ShapeRef(router, polygon, 1224);\n\n    // shapeRef1225\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16097.9);\n    polygon.ps[1] = Point(8489.03, 16137.9);\n    polygon.ps[2] = Point(8434.03, 16137.9);\n    polygon.ps[3] = Point(8434.03, 16097.9);\n    new ShapeRef(router, polygon, 1225);\n\n    // shapeRef1226\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16097.9);\n    polygon.ps[1] = Point(8589.03, 16137.9);\n    polygon.ps[2] = Point(8534.03, 16137.9);\n    polygon.ps[3] = Point(8534.03, 16097.9);\n    new ShapeRef(router, polygon, 1226);\n\n    // shapeRef1227\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16097.9);\n    polygon.ps[1] = Point(8689.03, 16137.9);\n    polygon.ps[2] = Point(8634.03, 16137.9);\n    polygon.ps[3] = Point(8634.03, 16097.9);\n    new ShapeRef(router, polygon, 1227);\n\n    // shapeRef1228\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16097.9);\n    polygon.ps[1] = Point(8789.03, 16137.9);\n    polygon.ps[2] = Point(8734.03, 16137.9);\n    polygon.ps[3] = Point(8734.03, 16097.9);\n    new ShapeRef(router, polygon, 1228);\n\n    // shapeRef1229\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16097.9);\n    polygon.ps[1] = Point(8889.03, 16137.9);\n    polygon.ps[2] = Point(8834.03, 16137.9);\n    polygon.ps[3] = Point(8834.03, 16097.9);\n    new ShapeRef(router, polygon, 1229);\n\n    // shapeRef1230\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16097.9);\n    polygon.ps[1] = Point(8989.03, 16137.9);\n    polygon.ps[2] = Point(8934.03, 16137.9);\n    polygon.ps[3] = Point(8934.03, 16097.9);\n    new ShapeRef(router, polygon, 1230);\n\n    // shapeRef1231\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16097.9);\n    polygon.ps[1] = Point(9089.03, 16137.9);\n    polygon.ps[2] = Point(9034.03, 16137.9);\n    polygon.ps[3] = Point(9034.03, 16097.9);\n    new ShapeRef(router, polygon, 1231);\n\n    // shapeRef1232\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16097.9);\n    polygon.ps[1] = Point(9189.03, 16137.9);\n    polygon.ps[2] = Point(9134.03, 16137.9);\n    polygon.ps[3] = Point(9134.03, 16097.9);\n    new ShapeRef(router, polygon, 1232);\n\n    // shapeRef1233\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16097.9);\n    polygon.ps[1] = Point(9289.03, 16137.9);\n    polygon.ps[2] = Point(9234.03, 16137.9);\n    polygon.ps[3] = Point(9234.03, 16097.9);\n    new ShapeRef(router, polygon, 1233);\n\n    // shapeRef1234\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16097.9);\n    polygon.ps[1] = Point(9389.03, 16137.9);\n    polygon.ps[2] = Point(9334.03, 16137.9);\n    polygon.ps[3] = Point(9334.03, 16097.9);\n    new ShapeRef(router, polygon, 1234);\n\n    // shapeRef1235\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16197.9);\n    polygon.ps[1] = Point(8389.03, 16237.9);\n    polygon.ps[2] = Point(8334.03, 16237.9);\n    polygon.ps[3] = Point(8334.03, 16197.9);\n    new ShapeRef(router, polygon, 1235);\n\n    // shapeRef1236\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16197.9);\n    polygon.ps[1] = Point(8489.03, 16237.9);\n    polygon.ps[2] = Point(8434.03, 16237.9);\n    polygon.ps[3] = Point(8434.03, 16197.9);\n    new ShapeRef(router, polygon, 1236);\n\n    // shapeRef1237\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16197.9);\n    polygon.ps[1] = Point(8589.03, 16237.9);\n    polygon.ps[2] = Point(8534.03, 16237.9);\n    polygon.ps[3] = Point(8534.03, 16197.9);\n    new ShapeRef(router, polygon, 1237);\n\n    // shapeRef1238\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16197.9);\n    polygon.ps[1] = Point(8689.03, 16237.9);\n    polygon.ps[2] = Point(8634.03, 16237.9);\n    polygon.ps[3] = Point(8634.03, 16197.9);\n    new ShapeRef(router, polygon, 1238);\n\n    // shapeRef1239\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16197.9);\n    polygon.ps[1] = Point(8789.03, 16237.9);\n    polygon.ps[2] = Point(8734.03, 16237.9);\n    polygon.ps[3] = Point(8734.03, 16197.9);\n    new ShapeRef(router, polygon, 1239);\n\n    // shapeRef1240\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16197.9);\n    polygon.ps[1] = Point(8889.03, 16237.9);\n    polygon.ps[2] = Point(8834.03, 16237.9);\n    polygon.ps[3] = Point(8834.03, 16197.9);\n    new ShapeRef(router, polygon, 1240);\n\n    // shapeRef1241\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16197.9);\n    polygon.ps[1] = Point(8989.03, 16237.9);\n    polygon.ps[2] = Point(8934.03, 16237.9);\n    polygon.ps[3] = Point(8934.03, 16197.9);\n    new ShapeRef(router, polygon, 1241);\n\n    // shapeRef1242\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16197.9);\n    polygon.ps[1] = Point(9089.03, 16237.9);\n    polygon.ps[2] = Point(9034.03, 16237.9);\n    polygon.ps[3] = Point(9034.03, 16197.9);\n    new ShapeRef(router, polygon, 1242);\n\n    // shapeRef1243\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16197.9);\n    polygon.ps[1] = Point(9189.03, 16237.9);\n    polygon.ps[2] = Point(9134.03, 16237.9);\n    polygon.ps[3] = Point(9134.03, 16197.9);\n    new ShapeRef(router, polygon, 1243);\n\n    // shapeRef1244\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16197.9);\n    polygon.ps[1] = Point(9289.03, 16237.9);\n    polygon.ps[2] = Point(9234.03, 16237.9);\n    polygon.ps[3] = Point(9234.03, 16197.9);\n    new ShapeRef(router, polygon, 1244);\n\n    // shapeRef1245\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16197.9);\n    polygon.ps[1] = Point(9389.03, 16237.9);\n    polygon.ps[2] = Point(9334.03, 16237.9);\n    polygon.ps[3] = Point(9334.03, 16197.9);\n    new ShapeRef(router, polygon, 1245);\n\n    // shapeRef1246\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16297.9);\n    polygon.ps[1] = Point(8389.03, 16337.9);\n    polygon.ps[2] = Point(8334.03, 16337.9);\n    polygon.ps[3] = Point(8334.03, 16297.9);\n    new ShapeRef(router, polygon, 1246);\n\n    // shapeRef1247\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16297.9);\n    polygon.ps[1] = Point(8489.03, 16337.9);\n    polygon.ps[2] = Point(8434.03, 16337.9);\n    polygon.ps[3] = Point(8434.03, 16297.9);\n    new ShapeRef(router, polygon, 1247);\n\n    // shapeRef1248\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16297.9);\n    polygon.ps[1] = Point(8589.03, 16337.9);\n    polygon.ps[2] = Point(8534.03, 16337.9);\n    polygon.ps[3] = Point(8534.03, 16297.9);\n    new ShapeRef(router, polygon, 1248);\n\n    // shapeRef1249\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16297.9);\n    polygon.ps[1] = Point(8689.03, 16337.9);\n    polygon.ps[2] = Point(8634.03, 16337.9);\n    polygon.ps[3] = Point(8634.03, 16297.9);\n    new ShapeRef(router, polygon, 1249);\n\n    // shapeRef1250\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16297.9);\n    polygon.ps[1] = Point(8789.03, 16337.9);\n    polygon.ps[2] = Point(8734.03, 16337.9);\n    polygon.ps[3] = Point(8734.03, 16297.9);\n    new ShapeRef(router, polygon, 1250);\n\n    // shapeRef1251\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16297.9);\n    polygon.ps[1] = Point(8889.03, 16337.9);\n    polygon.ps[2] = Point(8834.03, 16337.9);\n    polygon.ps[3] = Point(8834.03, 16297.9);\n    new ShapeRef(router, polygon, 1251);\n\n    // shapeRef1252\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16297.9);\n    polygon.ps[1] = Point(8989.03, 16337.9);\n    polygon.ps[2] = Point(8934.03, 16337.9);\n    polygon.ps[3] = Point(8934.03, 16297.9);\n    new ShapeRef(router, polygon, 1252);\n\n    // shapeRef1253\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16297.9);\n    polygon.ps[1] = Point(9089.03, 16337.9);\n    polygon.ps[2] = Point(9034.03, 16337.9);\n    polygon.ps[3] = Point(9034.03, 16297.9);\n    new ShapeRef(router, polygon, 1253);\n\n    // shapeRef1254\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16297.9);\n    polygon.ps[1] = Point(9189.03, 16337.9);\n    polygon.ps[2] = Point(9134.03, 16337.9);\n    polygon.ps[3] = Point(9134.03, 16297.9);\n    new ShapeRef(router, polygon, 1254);\n\n    // shapeRef1255\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16297.9);\n    polygon.ps[1] = Point(9289.03, 16337.9);\n    polygon.ps[2] = Point(9234.03, 16337.9);\n    polygon.ps[3] = Point(9234.03, 16297.9);\n    new ShapeRef(router, polygon, 1255);\n\n    // shapeRef1256\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16297.9);\n    polygon.ps[1] = Point(9389.03, 16337.9);\n    polygon.ps[2] = Point(9334.03, 16337.9);\n    polygon.ps[3] = Point(9334.03, 16297.9);\n    new ShapeRef(router, polygon, 1256);\n\n    // shapeRef1257\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16397.9);\n    polygon.ps[1] = Point(8389.03, 16437.9);\n    polygon.ps[2] = Point(8334.03, 16437.9);\n    polygon.ps[3] = Point(8334.03, 16397.9);\n    new ShapeRef(router, polygon, 1257);\n\n    // shapeRef1258\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16397.9);\n    polygon.ps[1] = Point(8489.03, 16437.9);\n    polygon.ps[2] = Point(8434.03, 16437.9);\n    polygon.ps[3] = Point(8434.03, 16397.9);\n    new ShapeRef(router, polygon, 1258);\n\n    // shapeRef1259\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16397.9);\n    polygon.ps[1] = Point(8589.03, 16437.9);\n    polygon.ps[2] = Point(8534.03, 16437.9);\n    polygon.ps[3] = Point(8534.03, 16397.9);\n    new ShapeRef(router, polygon, 1259);\n\n    // shapeRef1260\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16397.9);\n    polygon.ps[1] = Point(8689.03, 16437.9);\n    polygon.ps[2] = Point(8634.03, 16437.9);\n    polygon.ps[3] = Point(8634.03, 16397.9);\n    new ShapeRef(router, polygon, 1260);\n\n    // shapeRef1261\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16397.9);\n    polygon.ps[1] = Point(8789.03, 16437.9);\n    polygon.ps[2] = Point(8734.03, 16437.9);\n    polygon.ps[3] = Point(8734.03, 16397.9);\n    new ShapeRef(router, polygon, 1261);\n\n    // shapeRef1262\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16397.9);\n    polygon.ps[1] = Point(8889.03, 16437.9);\n    polygon.ps[2] = Point(8834.03, 16437.9);\n    polygon.ps[3] = Point(8834.03, 16397.9);\n    new ShapeRef(router, polygon, 1262);\n\n    // shapeRef1263\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16397.9);\n    polygon.ps[1] = Point(8989.03, 16437.9);\n    polygon.ps[2] = Point(8934.03, 16437.9);\n    polygon.ps[3] = Point(8934.03, 16397.9);\n    new ShapeRef(router, polygon, 1263);\n\n    // shapeRef1264\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16397.9);\n    polygon.ps[1] = Point(9089.03, 16437.9);\n    polygon.ps[2] = Point(9034.03, 16437.9);\n    polygon.ps[3] = Point(9034.03, 16397.9);\n    new ShapeRef(router, polygon, 1264);\n\n    // shapeRef1265\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16397.9);\n    polygon.ps[1] = Point(9189.03, 16437.9);\n    polygon.ps[2] = Point(9134.03, 16437.9);\n    polygon.ps[3] = Point(9134.03, 16397.9);\n    new ShapeRef(router, polygon, 1265);\n\n    // shapeRef1266\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16397.9);\n    polygon.ps[1] = Point(9289.03, 16437.9);\n    polygon.ps[2] = Point(9234.03, 16437.9);\n    polygon.ps[3] = Point(9234.03, 16397.9);\n    new ShapeRef(router, polygon, 1266);\n\n    // shapeRef1267\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16397.9);\n    polygon.ps[1] = Point(9389.03, 16437.9);\n    polygon.ps[2] = Point(9334.03, 16437.9);\n    polygon.ps[3] = Point(9334.03, 16397.9);\n    new ShapeRef(router, polygon, 1267);\n\n    // shapeRef1268\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16497.9);\n    polygon.ps[1] = Point(8389.03, 16537.9);\n    polygon.ps[2] = Point(8334.03, 16537.9);\n    polygon.ps[3] = Point(8334.03, 16497.9);\n    new ShapeRef(router, polygon, 1268);\n\n    // shapeRef1269\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16497.9);\n    polygon.ps[1] = Point(8489.03, 16537.9);\n    polygon.ps[2] = Point(8434.03, 16537.9);\n    polygon.ps[3] = Point(8434.03, 16497.9);\n    new ShapeRef(router, polygon, 1269);\n\n    // shapeRef1270\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16497.9);\n    polygon.ps[1] = Point(8589.03, 16537.9);\n    polygon.ps[2] = Point(8534.03, 16537.9);\n    polygon.ps[3] = Point(8534.03, 16497.9);\n    new ShapeRef(router, polygon, 1270);\n\n    // shapeRef1271\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16497.9);\n    polygon.ps[1] = Point(8689.03, 16537.9);\n    polygon.ps[2] = Point(8634.03, 16537.9);\n    polygon.ps[3] = Point(8634.03, 16497.9);\n    new ShapeRef(router, polygon, 1271);\n\n    // shapeRef1272\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16497.9);\n    polygon.ps[1] = Point(8789.03, 16537.9);\n    polygon.ps[2] = Point(8734.03, 16537.9);\n    polygon.ps[3] = Point(8734.03, 16497.9);\n    new ShapeRef(router, polygon, 1272);\n\n    // shapeRef1273\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16497.9);\n    polygon.ps[1] = Point(8889.03, 16537.9);\n    polygon.ps[2] = Point(8834.03, 16537.9);\n    polygon.ps[3] = Point(8834.03, 16497.9);\n    new ShapeRef(router, polygon, 1273);\n\n    // shapeRef1274\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16497.9);\n    polygon.ps[1] = Point(8989.03, 16537.9);\n    polygon.ps[2] = Point(8934.03, 16537.9);\n    polygon.ps[3] = Point(8934.03, 16497.9);\n    new ShapeRef(router, polygon, 1274);\n\n    // shapeRef1275\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16497.9);\n    polygon.ps[1] = Point(9089.03, 16537.9);\n    polygon.ps[2] = Point(9034.03, 16537.9);\n    polygon.ps[3] = Point(9034.03, 16497.9);\n    new ShapeRef(router, polygon, 1275);\n\n    // shapeRef1276\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16497.9);\n    polygon.ps[1] = Point(9189.03, 16537.9);\n    polygon.ps[2] = Point(9134.03, 16537.9);\n    polygon.ps[3] = Point(9134.03, 16497.9);\n    new ShapeRef(router, polygon, 1276);\n\n    // shapeRef1277\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16497.9);\n    polygon.ps[1] = Point(9289.03, 16537.9);\n    polygon.ps[2] = Point(9234.03, 16537.9);\n    polygon.ps[3] = Point(9234.03, 16497.9);\n    new ShapeRef(router, polygon, 1277);\n\n    // shapeRef1278\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16497.9);\n    polygon.ps[1] = Point(9389.03, 16537.9);\n    polygon.ps[2] = Point(9334.03, 16537.9);\n    polygon.ps[3] = Point(9334.03, 16497.9);\n    new ShapeRef(router, polygon, 1278);\n\n    // shapeRef1279\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16597.9);\n    polygon.ps[1] = Point(8389.03, 16637.9);\n    polygon.ps[2] = Point(8334.03, 16637.9);\n    polygon.ps[3] = Point(8334.03, 16597.9);\n    new ShapeRef(router, polygon, 1279);\n\n    // shapeRef1280\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16597.9);\n    polygon.ps[1] = Point(8489.03, 16637.9);\n    polygon.ps[2] = Point(8434.03, 16637.9);\n    polygon.ps[3] = Point(8434.03, 16597.9);\n    new ShapeRef(router, polygon, 1280);\n\n    // shapeRef1281\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16597.9);\n    polygon.ps[1] = Point(8589.03, 16637.9);\n    polygon.ps[2] = Point(8534.03, 16637.9);\n    polygon.ps[3] = Point(8534.03, 16597.9);\n    new ShapeRef(router, polygon, 1281);\n\n    // shapeRef1282\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16597.9);\n    polygon.ps[1] = Point(8689.03, 16637.9);\n    polygon.ps[2] = Point(8634.03, 16637.9);\n    polygon.ps[3] = Point(8634.03, 16597.9);\n    new ShapeRef(router, polygon, 1282);\n\n    // shapeRef1283\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16597.9);\n    polygon.ps[1] = Point(8789.03, 16637.9);\n    polygon.ps[2] = Point(8734.03, 16637.9);\n    polygon.ps[3] = Point(8734.03, 16597.9);\n    new ShapeRef(router, polygon, 1283);\n\n    // shapeRef1284\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16597.9);\n    polygon.ps[1] = Point(8889.03, 16637.9);\n    polygon.ps[2] = Point(8834.03, 16637.9);\n    polygon.ps[3] = Point(8834.03, 16597.9);\n    new ShapeRef(router, polygon, 1284);\n\n    // shapeRef1285\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16597.9);\n    polygon.ps[1] = Point(8989.03, 16637.9);\n    polygon.ps[2] = Point(8934.03, 16637.9);\n    polygon.ps[3] = Point(8934.03, 16597.9);\n    new ShapeRef(router, polygon, 1285);\n\n    // shapeRef1286\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16597.9);\n    polygon.ps[1] = Point(9089.03, 16637.9);\n    polygon.ps[2] = Point(9034.03, 16637.9);\n    polygon.ps[3] = Point(9034.03, 16597.9);\n    new ShapeRef(router, polygon, 1286);\n\n    // shapeRef1287\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16597.9);\n    polygon.ps[1] = Point(9189.03, 16637.9);\n    polygon.ps[2] = Point(9134.03, 16637.9);\n    polygon.ps[3] = Point(9134.03, 16597.9);\n    new ShapeRef(router, polygon, 1287);\n\n    // shapeRef1288\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16597.9);\n    polygon.ps[1] = Point(9289.03, 16637.9);\n    polygon.ps[2] = Point(9234.03, 16637.9);\n    polygon.ps[3] = Point(9234.03, 16597.9);\n    new ShapeRef(router, polygon, 1288);\n\n    // shapeRef1289\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16597.9);\n    polygon.ps[1] = Point(9389.03, 16637.9);\n    polygon.ps[2] = Point(9334.03, 16637.9);\n    polygon.ps[3] = Point(9334.03, 16597.9);\n    new ShapeRef(router, polygon, 1289);\n\n    // shapeRef1290\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16697.9);\n    polygon.ps[1] = Point(8389.03, 16737.9);\n    polygon.ps[2] = Point(8334.03, 16737.9);\n    polygon.ps[3] = Point(8334.03, 16697.9);\n    new ShapeRef(router, polygon, 1290);\n\n    // shapeRef1291\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16697.9);\n    polygon.ps[1] = Point(8489.03, 16737.9);\n    polygon.ps[2] = Point(8434.03, 16737.9);\n    polygon.ps[3] = Point(8434.03, 16697.9);\n    new ShapeRef(router, polygon, 1291);\n\n    // shapeRef1292\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16697.9);\n    polygon.ps[1] = Point(8589.03, 16737.9);\n    polygon.ps[2] = Point(8534.03, 16737.9);\n    polygon.ps[3] = Point(8534.03, 16697.9);\n    new ShapeRef(router, polygon, 1292);\n\n    // shapeRef1293\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16697.9);\n    polygon.ps[1] = Point(8689.03, 16737.9);\n    polygon.ps[2] = Point(8634.03, 16737.9);\n    polygon.ps[3] = Point(8634.03, 16697.9);\n    new ShapeRef(router, polygon, 1293);\n\n    // shapeRef1294\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16697.9);\n    polygon.ps[1] = Point(8789.03, 16737.9);\n    polygon.ps[2] = Point(8734.03, 16737.9);\n    polygon.ps[3] = Point(8734.03, 16697.9);\n    new ShapeRef(router, polygon, 1294);\n\n    // shapeRef1295\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16697.9);\n    polygon.ps[1] = Point(8889.03, 16737.9);\n    polygon.ps[2] = Point(8834.03, 16737.9);\n    polygon.ps[3] = Point(8834.03, 16697.9);\n    new ShapeRef(router, polygon, 1295);\n\n    // shapeRef1296\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16697.9);\n    polygon.ps[1] = Point(8989.03, 16737.9);\n    polygon.ps[2] = Point(8934.03, 16737.9);\n    polygon.ps[3] = Point(8934.03, 16697.9);\n    new ShapeRef(router, polygon, 1296);\n\n    // shapeRef1297\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16697.9);\n    polygon.ps[1] = Point(9089.03, 16737.9);\n    polygon.ps[2] = Point(9034.03, 16737.9);\n    polygon.ps[3] = Point(9034.03, 16697.9);\n    new ShapeRef(router, polygon, 1297);\n\n    // shapeRef1298\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16697.9);\n    polygon.ps[1] = Point(9189.03, 16737.9);\n    polygon.ps[2] = Point(9134.03, 16737.9);\n    polygon.ps[3] = Point(9134.03, 16697.9);\n    new ShapeRef(router, polygon, 1298);\n\n    // shapeRef1299\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16697.9);\n    polygon.ps[1] = Point(9289.03, 16737.9);\n    polygon.ps[2] = Point(9234.03, 16737.9);\n    polygon.ps[3] = Point(9234.03, 16697.9);\n    new ShapeRef(router, polygon, 1299);\n\n    // shapeRef1300\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16697.9);\n    polygon.ps[1] = Point(9389.03, 16737.9);\n    polygon.ps[2] = Point(9334.03, 16737.9);\n    polygon.ps[3] = Point(9334.03, 16697.9);\n    new ShapeRef(router, polygon, 1300);\n\n    // shapeRef1301\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16797.9);\n    polygon.ps[1] = Point(8389.03, 16837.9);\n    polygon.ps[2] = Point(8334.03, 16837.9);\n    polygon.ps[3] = Point(8334.03, 16797.9);\n    new ShapeRef(router, polygon, 1301);\n\n    // shapeRef1302\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16797.9);\n    polygon.ps[1] = Point(8489.03, 16837.9);\n    polygon.ps[2] = Point(8434.03, 16837.9);\n    polygon.ps[3] = Point(8434.03, 16797.9);\n    new ShapeRef(router, polygon, 1302);\n\n    // shapeRef1303\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16797.9);\n    polygon.ps[1] = Point(8589.03, 16837.9);\n    polygon.ps[2] = Point(8534.03, 16837.9);\n    polygon.ps[3] = Point(8534.03, 16797.9);\n    new ShapeRef(router, polygon, 1303);\n\n    // shapeRef1304\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16797.9);\n    polygon.ps[1] = Point(8689.03, 16837.9);\n    polygon.ps[2] = Point(8634.03, 16837.9);\n    polygon.ps[3] = Point(8634.03, 16797.9);\n    new ShapeRef(router, polygon, 1304);\n\n    // shapeRef1305\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16797.9);\n    polygon.ps[1] = Point(8789.03, 16837.9);\n    polygon.ps[2] = Point(8734.03, 16837.9);\n    polygon.ps[3] = Point(8734.03, 16797.9);\n    new ShapeRef(router, polygon, 1305);\n\n    // shapeRef1306\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16797.9);\n    polygon.ps[1] = Point(8889.03, 16837.9);\n    polygon.ps[2] = Point(8834.03, 16837.9);\n    polygon.ps[3] = Point(8834.03, 16797.9);\n    new ShapeRef(router, polygon, 1306);\n\n    // shapeRef1307\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16797.9);\n    polygon.ps[1] = Point(8989.03, 16837.9);\n    polygon.ps[2] = Point(8934.03, 16837.9);\n    polygon.ps[3] = Point(8934.03, 16797.9);\n    new ShapeRef(router, polygon, 1307);\n\n    // shapeRef1308\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16797.9);\n    polygon.ps[1] = Point(9089.03, 16837.9);\n    polygon.ps[2] = Point(9034.03, 16837.9);\n    polygon.ps[3] = Point(9034.03, 16797.9);\n    new ShapeRef(router, polygon, 1308);\n\n    // shapeRef1309\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16797.9);\n    polygon.ps[1] = Point(9189.03, 16837.9);\n    polygon.ps[2] = Point(9134.03, 16837.9);\n    polygon.ps[3] = Point(9134.03, 16797.9);\n    new ShapeRef(router, polygon, 1309);\n\n    // shapeRef1310\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16797.9);\n    polygon.ps[1] = Point(9289.03, 16837.9);\n    polygon.ps[2] = Point(9234.03, 16837.9);\n    polygon.ps[3] = Point(9234.03, 16797.9);\n    new ShapeRef(router, polygon, 1310);\n\n    // shapeRef1311\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16897.9);\n    polygon.ps[1] = Point(8389.03, 16937.9);\n    polygon.ps[2] = Point(8334.03, 16937.9);\n    polygon.ps[3] = Point(8334.03, 16897.9);\n    new ShapeRef(router, polygon, 1311);\n\n    // shapeRef1312\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16897.9);\n    polygon.ps[1] = Point(8489.03, 16937.9);\n    polygon.ps[2] = Point(8434.03, 16937.9);\n    polygon.ps[3] = Point(8434.03, 16897.9);\n    new ShapeRef(router, polygon, 1312);\n\n    // shapeRef1313\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16897.9);\n    polygon.ps[1] = Point(8589.03, 16937.9);\n    polygon.ps[2] = Point(8534.03, 16937.9);\n    polygon.ps[3] = Point(8534.03, 16897.9);\n    new ShapeRef(router, polygon, 1313);\n\n    // shapeRef1314\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 16897.9);\n    polygon.ps[1] = Point(8689.03, 16937.9);\n    polygon.ps[2] = Point(8634.03, 16937.9);\n    polygon.ps[3] = Point(8634.03, 16897.9);\n    new ShapeRef(router, polygon, 1314);\n\n    // shapeRef1315\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16897.9);\n    polygon.ps[1] = Point(8789.03, 16937.9);\n    polygon.ps[2] = Point(8734.03, 16937.9);\n    polygon.ps[3] = Point(8734.03, 16897.9);\n    new ShapeRef(router, polygon, 1315);\n\n    // shapeRef1316\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16897.9);\n    polygon.ps[1] = Point(8889.03, 16937.9);\n    polygon.ps[2] = Point(8834.03, 16937.9);\n    polygon.ps[3] = Point(8834.03, 16897.9);\n    new ShapeRef(router, polygon, 1316);\n\n    // shapeRef1317\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16897.9);\n    polygon.ps[1] = Point(8989.03, 16937.9);\n    polygon.ps[2] = Point(8934.03, 16937.9);\n    polygon.ps[3] = Point(8934.03, 16897.9);\n    new ShapeRef(router, polygon, 1317);\n\n    // shapeRef1318\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16897.9);\n    polygon.ps[1] = Point(9189.03, 16937.9);\n    polygon.ps[2] = Point(9134.03, 16937.9);\n    polygon.ps[3] = Point(9134.03, 16897.9);\n    new ShapeRef(router, polygon, 1318);\n\n    // shapeRef1319\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16897.9);\n    polygon.ps[1] = Point(9289.03, 16937.9);\n    polygon.ps[2] = Point(9234.03, 16937.9);\n    polygon.ps[3] = Point(9234.03, 16897.9);\n    new ShapeRef(router, polygon, 1319);\n\n    // shapeRef1320\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16897.9);\n    polygon.ps[1] = Point(9389.03, 16937.9);\n    polygon.ps[2] = Point(9334.03, 16937.9);\n    polygon.ps[3] = Point(9334.03, 16897.9);\n    new ShapeRef(router, polygon, 1320);\n\n    // shapeRef1321\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 16997.9);\n    polygon.ps[1] = Point(8389.03, 17037.9);\n    polygon.ps[2] = Point(8334.03, 17037.9);\n    polygon.ps[3] = Point(8334.03, 16997.9);\n    new ShapeRef(router, polygon, 1321);\n\n    // shapeRef1322\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 16997.9);\n    polygon.ps[1] = Point(8489.03, 17037.9);\n    polygon.ps[2] = Point(8434.03, 17037.9);\n    polygon.ps[3] = Point(8434.03, 16997.9);\n    new ShapeRef(router, polygon, 1322);\n\n    // shapeRef1323\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 16997.9);\n    polygon.ps[1] = Point(8589.03, 17037.9);\n    polygon.ps[2] = Point(8534.03, 17037.9);\n    polygon.ps[3] = Point(8534.03, 16997.9);\n    new ShapeRef(router, polygon, 1323);\n\n    // shapeRef1324\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 16997.9);\n    polygon.ps[1] = Point(8789.03, 17037.9);\n    polygon.ps[2] = Point(8734.03, 17037.9);\n    polygon.ps[3] = Point(8734.03, 16997.9);\n    new ShapeRef(router, polygon, 1324);\n\n    // shapeRef1325\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 16997.9);\n    polygon.ps[1] = Point(8889.03, 17037.9);\n    polygon.ps[2] = Point(8834.03, 17037.9);\n    polygon.ps[3] = Point(8834.03, 16997.9);\n    new ShapeRef(router, polygon, 1325);\n\n    // shapeRef1326\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 16997.9);\n    polygon.ps[1] = Point(8989.03, 17037.9);\n    polygon.ps[2] = Point(8934.03, 17037.9);\n    polygon.ps[3] = Point(8934.03, 16997.9);\n    new ShapeRef(router, polygon, 1326);\n\n    // shapeRef1327\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 16997.9);\n    polygon.ps[1] = Point(9089.03, 17037.9);\n    polygon.ps[2] = Point(9034.03, 17037.9);\n    polygon.ps[3] = Point(9034.03, 16997.9);\n    new ShapeRef(router, polygon, 1327);\n\n    // shapeRef1328\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 16997.9);\n    polygon.ps[1] = Point(9189.03, 17037.9);\n    polygon.ps[2] = Point(9134.03, 17037.9);\n    polygon.ps[3] = Point(9134.03, 16997.9);\n    new ShapeRef(router, polygon, 1328);\n\n    // shapeRef1329\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 16997.9);\n    polygon.ps[1] = Point(9289.03, 17037.9);\n    polygon.ps[2] = Point(9234.03, 17037.9);\n    polygon.ps[3] = Point(9234.03, 16997.9);\n    new ShapeRef(router, polygon, 1329);\n\n    // shapeRef1330\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 16997.9);\n    polygon.ps[1] = Point(9389.03, 17037.9);\n    polygon.ps[2] = Point(9334.03, 17037.9);\n    polygon.ps[3] = Point(9334.03, 16997.9);\n    new ShapeRef(router, polygon, 1330);\n\n    // shapeRef1331\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17097.9);\n    polygon.ps[1] = Point(8389.03, 17137.9);\n    polygon.ps[2] = Point(8334.03, 17137.9);\n    polygon.ps[3] = Point(8334.03, 17097.9);\n    new ShapeRef(router, polygon, 1331);\n\n    // shapeRef1332\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17097.9);\n    polygon.ps[1] = Point(8489.03, 17137.9);\n    polygon.ps[2] = Point(8434.03, 17137.9);\n    polygon.ps[3] = Point(8434.03, 17097.9);\n    new ShapeRef(router, polygon, 1332);\n\n    // shapeRef1333\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17097.9);\n    polygon.ps[1] = Point(8589.03, 17137.9);\n    polygon.ps[2] = Point(8534.03, 17137.9);\n    polygon.ps[3] = Point(8534.03, 17097.9);\n    new ShapeRef(router, polygon, 1333);\n\n    // shapeRef1334\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17097.9);\n    polygon.ps[1] = Point(8689.03, 17137.9);\n    polygon.ps[2] = Point(8634.03, 17137.9);\n    polygon.ps[3] = Point(8634.03, 17097.9);\n    new ShapeRef(router, polygon, 1334);\n\n    // shapeRef1335\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17097.9);\n    polygon.ps[1] = Point(8789.03, 17137.9);\n    polygon.ps[2] = Point(8734.03, 17137.9);\n    polygon.ps[3] = Point(8734.03, 17097.9);\n    new ShapeRef(router, polygon, 1335);\n\n    // shapeRef1336\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17097.9);\n    polygon.ps[1] = Point(8889.03, 17137.9);\n    polygon.ps[2] = Point(8834.03, 17137.9);\n    polygon.ps[3] = Point(8834.03, 17097.9);\n    new ShapeRef(router, polygon, 1336);\n\n    // shapeRef1337\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17097.9);\n    polygon.ps[1] = Point(8989.03, 17137.9);\n    polygon.ps[2] = Point(8934.03, 17137.9);\n    polygon.ps[3] = Point(8934.03, 17097.9);\n    new ShapeRef(router, polygon, 1337);\n\n    // shapeRef1338\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17097.9);\n    polygon.ps[1] = Point(9089.03, 17137.9);\n    polygon.ps[2] = Point(9034.03, 17137.9);\n    polygon.ps[3] = Point(9034.03, 17097.9);\n    new ShapeRef(router, polygon, 1338);\n\n    // shapeRef1339\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17097.9);\n    polygon.ps[1] = Point(9289.03, 17137.9);\n    polygon.ps[2] = Point(9234.03, 17137.9);\n    polygon.ps[3] = Point(9234.03, 17097.9);\n    new ShapeRef(router, polygon, 1339);\n\n    // shapeRef1340\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17097.9);\n    polygon.ps[1] = Point(9389.03, 17137.9);\n    polygon.ps[2] = Point(9334.03, 17137.9);\n    polygon.ps[3] = Point(9334.03, 17097.9);\n    new ShapeRef(router, polygon, 1340);\n\n    // shapeRef1341\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17197.9);\n    polygon.ps[1] = Point(8389.03, 17237.9);\n    polygon.ps[2] = Point(8334.03, 17237.9);\n    polygon.ps[3] = Point(8334.03, 17197.9);\n    new ShapeRef(router, polygon, 1341);\n\n    // shapeRef1342\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17197.9);\n    polygon.ps[1] = Point(8489.03, 17237.9);\n    polygon.ps[2] = Point(8434.03, 17237.9);\n    polygon.ps[3] = Point(8434.03, 17197.9);\n    new ShapeRef(router, polygon, 1342);\n\n    // shapeRef1343\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17197.9);\n    polygon.ps[1] = Point(8589.03, 17237.9);\n    polygon.ps[2] = Point(8534.03, 17237.9);\n    polygon.ps[3] = Point(8534.03, 17197.9);\n    new ShapeRef(router, polygon, 1343);\n\n    // shapeRef1344\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17197.9);\n    polygon.ps[1] = Point(8789.03, 17237.9);\n    polygon.ps[2] = Point(8734.03, 17237.9);\n    polygon.ps[3] = Point(8734.03, 17197.9);\n    new ShapeRef(router, polygon, 1344);\n\n    // shapeRef1345\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17197.9);\n    polygon.ps[1] = Point(8889.03, 17237.9);\n    polygon.ps[2] = Point(8834.03, 17237.9);\n    polygon.ps[3] = Point(8834.03, 17197.9);\n    new ShapeRef(router, polygon, 1345);\n\n    // shapeRef1346\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17197.9);\n    polygon.ps[1] = Point(8989.03, 17237.9);\n    polygon.ps[2] = Point(8934.03, 17237.9);\n    polygon.ps[3] = Point(8934.03, 17197.9);\n    new ShapeRef(router, polygon, 1346);\n\n    // shapeRef1347\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17197.9);\n    polygon.ps[1] = Point(9089.03, 17237.9);\n    polygon.ps[2] = Point(9034.03, 17237.9);\n    polygon.ps[3] = Point(9034.03, 17197.9);\n    new ShapeRef(router, polygon, 1347);\n\n    // shapeRef1348\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17197.9);\n    polygon.ps[1] = Point(9189.03, 17237.9);\n    polygon.ps[2] = Point(9134.03, 17237.9);\n    polygon.ps[3] = Point(9134.03, 17197.9);\n    new ShapeRef(router, polygon, 1348);\n\n    // shapeRef1349\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17197.9);\n    polygon.ps[1] = Point(9289.03, 17237.9);\n    polygon.ps[2] = Point(9234.03, 17237.9);\n    polygon.ps[3] = Point(9234.03, 17197.9);\n    new ShapeRef(router, polygon, 1349);\n\n    // shapeRef1350\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17197.9);\n    polygon.ps[1] = Point(9389.03, 17237.9);\n    polygon.ps[2] = Point(9334.03, 17237.9);\n    polygon.ps[3] = Point(9334.03, 17197.9);\n    new ShapeRef(router, polygon, 1350);\n\n    // shapeRef1351\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17297.9);\n    polygon.ps[1] = Point(8389.03, 17337.9);\n    polygon.ps[2] = Point(8334.03, 17337.9);\n    polygon.ps[3] = Point(8334.03, 17297.9);\n    new ShapeRef(router, polygon, 1351);\n\n    // shapeRef1352\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17297.9);\n    polygon.ps[1] = Point(8489.03, 17337.9);\n    polygon.ps[2] = Point(8434.03, 17337.9);\n    polygon.ps[3] = Point(8434.03, 17297.9);\n    new ShapeRef(router, polygon, 1352);\n\n    // shapeRef1353\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17297.9);\n    polygon.ps[1] = Point(8589.03, 17337.9);\n    polygon.ps[2] = Point(8534.03, 17337.9);\n    polygon.ps[3] = Point(8534.03, 17297.9);\n    new ShapeRef(router, polygon, 1353);\n\n    // shapeRef1354\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17297.9);\n    polygon.ps[1] = Point(8689.03, 17337.9);\n    polygon.ps[2] = Point(8634.03, 17337.9);\n    polygon.ps[3] = Point(8634.03, 17297.9);\n    new ShapeRef(router, polygon, 1354);\n\n    // shapeRef1355\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17297.9);\n    polygon.ps[1] = Point(8789.03, 17337.9);\n    polygon.ps[2] = Point(8734.03, 17337.9);\n    polygon.ps[3] = Point(8734.03, 17297.9);\n    new ShapeRef(router, polygon, 1355);\n\n    // shapeRef1356\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17297.9);\n    polygon.ps[1] = Point(8889.03, 17337.9);\n    polygon.ps[2] = Point(8834.03, 17337.9);\n    polygon.ps[3] = Point(8834.03, 17297.9);\n    new ShapeRef(router, polygon, 1356);\n\n    // shapeRef1357\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17297.9);\n    polygon.ps[1] = Point(8989.03, 17337.9);\n    polygon.ps[2] = Point(8934.03, 17337.9);\n    polygon.ps[3] = Point(8934.03, 17297.9);\n    new ShapeRef(router, polygon, 1357);\n\n    // shapeRef1358\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17297.9);\n    polygon.ps[1] = Point(9189.03, 17337.9);\n    polygon.ps[2] = Point(9134.03, 17337.9);\n    polygon.ps[3] = Point(9134.03, 17297.9);\n    new ShapeRef(router, polygon, 1358);\n\n    // shapeRef1359\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17297.9);\n    polygon.ps[1] = Point(9289.03, 17337.9);\n    polygon.ps[2] = Point(9234.03, 17337.9);\n    polygon.ps[3] = Point(9234.03, 17297.9);\n    new ShapeRef(router, polygon, 1359);\n\n    // shapeRef1360\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17297.9);\n    polygon.ps[1] = Point(9389.03, 17337.9);\n    polygon.ps[2] = Point(9334.03, 17337.9);\n    polygon.ps[3] = Point(9334.03, 17297.9);\n    new ShapeRef(router, polygon, 1360);\n\n    // shapeRef1361\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17397.9);\n    polygon.ps[1] = Point(8389.03, 17437.9);\n    polygon.ps[2] = Point(8334.03, 17437.9);\n    polygon.ps[3] = Point(8334.03, 17397.9);\n    new ShapeRef(router, polygon, 1361);\n\n    // shapeRef1362\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17397.9);\n    polygon.ps[1] = Point(8489.03, 17437.9);\n    polygon.ps[2] = Point(8434.03, 17437.9);\n    polygon.ps[3] = Point(8434.03, 17397.9);\n    new ShapeRef(router, polygon, 1362);\n\n    // shapeRef1363\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17397.9);\n    polygon.ps[1] = Point(8589.03, 17437.9);\n    polygon.ps[2] = Point(8534.03, 17437.9);\n    polygon.ps[3] = Point(8534.03, 17397.9);\n    new ShapeRef(router, polygon, 1363);\n\n    // shapeRef1364\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17397.9);\n    polygon.ps[1] = Point(8689.03, 17437.9);\n    polygon.ps[2] = Point(8634.03, 17437.9);\n    polygon.ps[3] = Point(8634.03, 17397.9);\n    new ShapeRef(router, polygon, 1364);\n\n    // shapeRef1365\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17397.9);\n    polygon.ps[1] = Point(8789.03, 17437.9);\n    polygon.ps[2] = Point(8734.03, 17437.9);\n    polygon.ps[3] = Point(8734.03, 17397.9);\n    new ShapeRef(router, polygon, 1365);\n\n    // shapeRef1366\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17397.9);\n    polygon.ps[1] = Point(8889.03, 17437.9);\n    polygon.ps[2] = Point(8834.03, 17437.9);\n    polygon.ps[3] = Point(8834.03, 17397.9);\n    new ShapeRef(router, polygon, 1366);\n\n    // shapeRef1367\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17397.9);\n    polygon.ps[1] = Point(8989.03, 17437.9);\n    polygon.ps[2] = Point(8934.03, 17437.9);\n    polygon.ps[3] = Point(8934.03, 17397.9);\n    new ShapeRef(router, polygon, 1367);\n\n    // shapeRef1368\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17397.9);\n    polygon.ps[1] = Point(9189.03, 17437.9);\n    polygon.ps[2] = Point(9134.03, 17437.9);\n    polygon.ps[3] = Point(9134.03, 17397.9);\n    new ShapeRef(router, polygon, 1368);\n\n    // shapeRef1369\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17397.9);\n    polygon.ps[1] = Point(9289.03, 17437.9);\n    polygon.ps[2] = Point(9234.03, 17437.9);\n    polygon.ps[3] = Point(9234.03, 17397.9);\n    new ShapeRef(router, polygon, 1369);\n\n    // shapeRef1370\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17397.9);\n    polygon.ps[1] = Point(9389.03, 17437.9);\n    polygon.ps[2] = Point(9334.03, 17437.9);\n    polygon.ps[3] = Point(9334.03, 17397.9);\n    new ShapeRef(router, polygon, 1370);\n\n    // shapeRef1371\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17497.9);\n    polygon.ps[1] = Point(8389.03, 17537.9);\n    polygon.ps[2] = Point(8334.03, 17537.9);\n    polygon.ps[3] = Point(8334.03, 17497.9);\n    new ShapeRef(router, polygon, 1371);\n\n    // shapeRef1372\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17497.9);\n    polygon.ps[1] = Point(8489.03, 17537.9);\n    polygon.ps[2] = Point(8434.03, 17537.9);\n    polygon.ps[3] = Point(8434.03, 17497.9);\n    new ShapeRef(router, polygon, 1372);\n\n    // shapeRef1373\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17497.9);\n    polygon.ps[1] = Point(8589.03, 17537.9);\n    polygon.ps[2] = Point(8534.03, 17537.9);\n    polygon.ps[3] = Point(8534.03, 17497.9);\n    new ShapeRef(router, polygon, 1373);\n\n    // shapeRef1374\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17497.9);\n    polygon.ps[1] = Point(8689.03, 17537.9);\n    polygon.ps[2] = Point(8634.03, 17537.9);\n    polygon.ps[3] = Point(8634.03, 17497.9);\n    new ShapeRef(router, polygon, 1374);\n\n    // shapeRef1375\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17497.9);\n    polygon.ps[1] = Point(8789.03, 17537.9);\n    polygon.ps[2] = Point(8734.03, 17537.9);\n    polygon.ps[3] = Point(8734.03, 17497.9);\n    new ShapeRef(router, polygon, 1375);\n\n    // shapeRef1376\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17497.9);\n    polygon.ps[1] = Point(8989.03, 17537.9);\n    polygon.ps[2] = Point(8934.03, 17537.9);\n    polygon.ps[3] = Point(8934.03, 17497.9);\n    new ShapeRef(router, polygon, 1376);\n\n    // shapeRef1377\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17497.9);\n    polygon.ps[1] = Point(9089.03, 17537.9);\n    polygon.ps[2] = Point(9034.03, 17537.9);\n    polygon.ps[3] = Point(9034.03, 17497.9);\n    new ShapeRef(router, polygon, 1377);\n\n    // shapeRef1378\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17497.9);\n    polygon.ps[1] = Point(9189.03, 17537.9);\n    polygon.ps[2] = Point(9134.03, 17537.9);\n    polygon.ps[3] = Point(9134.03, 17497.9);\n    new ShapeRef(router, polygon, 1378);\n\n    // shapeRef1379\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17497.9);\n    polygon.ps[1] = Point(9289.03, 17537.9);\n    polygon.ps[2] = Point(9234.03, 17537.9);\n    polygon.ps[3] = Point(9234.03, 17497.9);\n    new ShapeRef(router, polygon, 1379);\n\n    // shapeRef1380\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17497.9);\n    polygon.ps[1] = Point(9389.03, 17537.9);\n    polygon.ps[2] = Point(9334.03, 17537.9);\n    polygon.ps[3] = Point(9334.03, 17497.9);\n    new ShapeRef(router, polygon, 1380);\n\n    // shapeRef1381\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17597.9);\n    polygon.ps[1] = Point(8389.03, 17637.9);\n    polygon.ps[2] = Point(8334.03, 17637.9);\n    polygon.ps[3] = Point(8334.03, 17597.9);\n    new ShapeRef(router, polygon, 1381);\n\n    // shapeRef1382\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 4062.51);\n    polygon.ps[1] = Point(492, 4124.51);\n    polygon.ps[2] = Point(430, 4124.51);\n    polygon.ps[3] = Point(430, 4062.51);\n    new ShapeRef(router, polygon, 1382);\n\n    // shapeRef1383\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(261, 4511.4);\n    polygon.ps[1] = Point(261, 4573.4);\n    polygon.ps[2] = Point(199, 4573.4);\n    polygon.ps[3] = Point(199, 4511.4);\n    new ShapeRef(router, polygon, 1383);\n\n    // shapeRef1384\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(261, 4062.51);\n    polygon.ps[1] = Point(261, 4124.51);\n    polygon.ps[2] = Point(199, 4124.51);\n    polygon.ps[3] = Point(199, 4062.51);\n    new ShapeRef(router, polygon, 1384);\n\n    // shapeRef1385\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(96, 4511.4);\n    polygon.ps[1] = Point(96, 4573.4);\n    polygon.ps[2] = Point(34, 4573.4);\n    polygon.ps[3] = Point(34, 4511.4);\n    new ShapeRef(router, polygon, 1385);\n\n    // shapeRef1386\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(492, 4511.4);\n    polygon.ps[1] = Point(492, 4573.4);\n    polygon.ps[2] = Point(430, 4573.4);\n    polygon.ps[3] = Point(430, 4511.4);\n    new ShapeRef(router, polygon, 1386);\n\n    // shapeRef1387\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2439, 4062.51);\n    polygon.ps[1] = Point(2439, 4124.51);\n    polygon.ps[2] = Point(2377, 4124.51);\n    polygon.ps[3] = Point(2377, 4062.51);\n    new ShapeRef(router, polygon, 1387);\n\n    // shapeRef1388\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2010, 4062.51);\n    polygon.ps[1] = Point(2010, 4124.51);\n    polygon.ps[2] = Point(1948, 4124.51);\n    polygon.ps[3] = Point(1948, 4062.51);\n    new ShapeRef(router, polygon, 1388);\n\n    // shapeRef1389\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1614, 4062.51);\n    polygon.ps[1] = Point(1614, 4124.51);\n    polygon.ps[2] = Point(1552, 4124.51);\n    polygon.ps[3] = Point(1552, 4062.51);\n    new ShapeRef(router, polygon, 1389);\n\n    // shapeRef1390\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2439, 4511.4);\n    polygon.ps[1] = Point(2439, 4573.4);\n    polygon.ps[2] = Point(2377, 4573.4);\n    polygon.ps[3] = Point(2377, 4511.4);\n    new ShapeRef(router, polygon, 1390);\n\n    // shapeRef1391\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2802, 4511.4);\n    polygon.ps[1] = Point(2802, 4573.4);\n    polygon.ps[2] = Point(2740, 4573.4);\n    polygon.ps[3] = Point(2740, 4511.4);\n    new ShapeRef(router, polygon, 1391);\n\n    // shapeRef1392\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3297, 4511.4);\n    polygon.ps[1] = Point(3297, 4573.4);\n    polygon.ps[2] = Point(3235, 4573.4);\n    polygon.ps[3] = Point(3235, 4511.4);\n    new ShapeRef(router, polygon, 1392);\n\n    // shapeRef1393\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3759, 4511.4);\n    polygon.ps[1] = Point(3759, 4573.4);\n    polygon.ps[2] = Point(3697, 4573.4);\n    polygon.ps[3] = Point(3697, 4511.4);\n    new ShapeRef(router, polygon, 1393);\n\n    // shapeRef1394\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4089, 4511.4);\n    polygon.ps[1] = Point(4089, 4573.4);\n    polygon.ps[2] = Point(4027, 4573.4);\n    polygon.ps[3] = Point(4027, 4511.4);\n    new ShapeRef(router, polygon, 1394);\n\n    // shapeRef1395\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2802, 4062.51);\n    polygon.ps[1] = Point(2802, 4124.51);\n    polygon.ps[2] = Point(2740, 4124.51);\n    polygon.ps[3] = Point(2740, 4062.51);\n    new ShapeRef(router, polygon, 1395);\n\n    // shapeRef1396\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1185, 4062.51);\n    polygon.ps[1] = Point(1185, 4124.51);\n    polygon.ps[2] = Point(1123, 4124.51);\n    polygon.ps[3] = Point(1123, 4062.51);\n    new ShapeRef(router, polygon, 1396);\n\n    // shapeRef1397\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1614, 4511.4);\n    polygon.ps[1] = Point(1614, 4573.4);\n    polygon.ps[2] = Point(1552, 4573.4);\n    polygon.ps[3] = Point(1552, 4511.4);\n    new ShapeRef(router, polygon, 1397);\n\n    // shapeRef1398\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2010, 4511.4);\n    polygon.ps[1] = Point(2010, 4573.4);\n    polygon.ps[2] = Point(1948, 4573.4);\n    polygon.ps[3] = Point(1948, 4511.4);\n    new ShapeRef(router, polygon, 1398);\n\n    // shapeRef1399\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1185, 4511.4);\n    polygon.ps[1] = Point(1185, 4573.4);\n    polygon.ps[2] = Point(1123, 4573.4);\n    polygon.ps[3] = Point(1123, 4511.4);\n    new ShapeRef(router, polygon, 1399);\n\n    // shapeRef1400\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(822, 4511.4);\n    polygon.ps[1] = Point(822, 4573.4);\n    polygon.ps[2] = Point(760, 4573.4);\n    polygon.ps[3] = Point(760, 4511.4);\n    new ShapeRef(router, polygon, 1400);\n\n    // shapeRef1401\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17697.9);\n    polygon.ps[1] = Point(9289.03, 17737.9);\n    polygon.ps[2] = Point(9234.03, 17737.9);\n    polygon.ps[3] = Point(9234.03, 17697.9);\n    new ShapeRef(router, polygon, 1401);\n\n    // shapeRef1402\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17697.9);\n    polygon.ps[1] = Point(9389.03, 17737.9);\n    polygon.ps[2] = Point(9334.03, 17737.9);\n    polygon.ps[3] = Point(9334.03, 17697.9);\n    new ShapeRef(router, polygon, 1402);\n\n    // shapeRef1403\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17797.9);\n    polygon.ps[1] = Point(8389.03, 17837.9);\n    polygon.ps[2] = Point(8334.03, 17837.9);\n    polygon.ps[3] = Point(8334.03, 17797.9);\n    new ShapeRef(router, polygon, 1403);\n\n    // shapeRef1404\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17797.9);\n    polygon.ps[1] = Point(8489.03, 17837.9);\n    polygon.ps[2] = Point(8434.03, 17837.9);\n    polygon.ps[3] = Point(8434.03, 17797.9);\n    new ShapeRef(router, polygon, 1404);\n\n    // shapeRef1405\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17797.9);\n    polygon.ps[1] = Point(8589.03, 17837.9);\n    polygon.ps[2] = Point(8534.03, 17837.9);\n    polygon.ps[3] = Point(8534.03, 17797.9);\n    new ShapeRef(router, polygon, 1405);\n\n    // shapeRef1406\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17797.9);\n    polygon.ps[1] = Point(8689.03, 17837.9);\n    polygon.ps[2] = Point(8634.03, 17837.9);\n    polygon.ps[3] = Point(8634.03, 17797.9);\n    new ShapeRef(router, polygon, 1406);\n\n    // shapeRef1407\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17797.9);\n    polygon.ps[1] = Point(8789.03, 17837.9);\n    polygon.ps[2] = Point(8734.03, 17837.9);\n    polygon.ps[3] = Point(8734.03, 17797.9);\n    new ShapeRef(router, polygon, 1407);\n\n    // shapeRef1408\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17797.9);\n    polygon.ps[1] = Point(8889.03, 17837.9);\n    polygon.ps[2] = Point(8834.03, 17837.9);\n    polygon.ps[3] = Point(8834.03, 17797.9);\n    new ShapeRef(router, polygon, 1408);\n\n    // shapeRef1409\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17797.9);\n    polygon.ps[1] = Point(8989.03, 17837.9);\n    polygon.ps[2] = Point(8934.03, 17837.9);\n    polygon.ps[3] = Point(8934.03, 17797.9);\n    new ShapeRef(router, polygon, 1409);\n\n    // shapeRef1410\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17797.9);\n    polygon.ps[1] = Point(9089.03, 17837.9);\n    polygon.ps[2] = Point(9034.03, 17837.9);\n    polygon.ps[3] = Point(9034.03, 17797.9);\n    new ShapeRef(router, polygon, 1410);\n\n    // shapeRef1411\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17797.9);\n    polygon.ps[1] = Point(9189.03, 17837.9);\n    polygon.ps[2] = Point(9134.03, 17837.9);\n    polygon.ps[3] = Point(9134.03, 17797.9);\n    new ShapeRef(router, polygon, 1411);\n\n    // shapeRef1412\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17797.9);\n    polygon.ps[1] = Point(9289.03, 17837.9);\n    polygon.ps[2] = Point(9234.03, 17837.9);\n    polygon.ps[3] = Point(9234.03, 17797.9);\n    new ShapeRef(router, polygon, 1412);\n\n    // shapeRef1413\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17797.9);\n    polygon.ps[1] = Point(9389.03, 17837.9);\n    polygon.ps[2] = Point(9334.03, 17837.9);\n    polygon.ps[3] = Point(9334.03, 17797.9);\n    new ShapeRef(router, polygon, 1413);\n\n    // shapeRef1414\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17897.9);\n    polygon.ps[1] = Point(8389.03, 17937.9);\n    polygon.ps[2] = Point(8334.03, 17937.9);\n    polygon.ps[3] = Point(8334.03, 17897.9);\n    new ShapeRef(router, polygon, 1414);\n\n    // shapeRef1415\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17897.9);\n    polygon.ps[1] = Point(8489.03, 17937.9);\n    polygon.ps[2] = Point(8434.03, 17937.9);\n    polygon.ps[3] = Point(8434.03, 17897.9);\n    new ShapeRef(router, polygon, 1415);\n\n    // shapeRef1416\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17897.9);\n    polygon.ps[1] = Point(8589.03, 17937.9);\n    polygon.ps[2] = Point(8534.03, 17937.9);\n    polygon.ps[3] = Point(8534.03, 17897.9);\n    new ShapeRef(router, polygon, 1416);\n\n    // shapeRef1417\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17897.9);\n    polygon.ps[1] = Point(8689.03, 17937.9);\n    polygon.ps[2] = Point(8634.03, 17937.9);\n    polygon.ps[3] = Point(8634.03, 17897.9);\n    new ShapeRef(router, polygon, 1417);\n\n    // shapeRef1418\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17897.9);\n    polygon.ps[1] = Point(8789.03, 17937.9);\n    polygon.ps[2] = Point(8734.03, 17937.9);\n    polygon.ps[3] = Point(8734.03, 17897.9);\n    new ShapeRef(router, polygon, 1418);\n\n    // shapeRef1419\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17897.9);\n    polygon.ps[1] = Point(8889.03, 17937.9);\n    polygon.ps[2] = Point(8834.03, 17937.9);\n    polygon.ps[3] = Point(8834.03, 17897.9);\n    new ShapeRef(router, polygon, 1419);\n\n    // shapeRef1420\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17897.9);\n    polygon.ps[1] = Point(8989.03, 17937.9);\n    polygon.ps[2] = Point(8934.03, 17937.9);\n    polygon.ps[3] = Point(8934.03, 17897.9);\n    new ShapeRef(router, polygon, 1420);\n\n    // shapeRef1421\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17897.9);\n    polygon.ps[1] = Point(9089.03, 17937.9);\n    polygon.ps[2] = Point(9034.03, 17937.9);\n    polygon.ps[3] = Point(9034.03, 17897.9);\n    new ShapeRef(router, polygon, 1421);\n\n    // shapeRef1422\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17897.9);\n    polygon.ps[1] = Point(9189.03, 17937.9);\n    polygon.ps[2] = Point(9134.03, 17937.9);\n    polygon.ps[3] = Point(9134.03, 17897.9);\n    new ShapeRef(router, polygon, 1422);\n\n    // shapeRef1423\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17897.9);\n    polygon.ps[1] = Point(9289.03, 17937.9);\n    polygon.ps[2] = Point(9234.03, 17937.9);\n    polygon.ps[3] = Point(9234.03, 17897.9);\n    new ShapeRef(router, polygon, 1423);\n\n    // shapeRef1424\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9389.03, 17897.9);\n    polygon.ps[1] = Point(9389.03, 17937.9);\n    polygon.ps[2] = Point(9334.03, 17937.9);\n    polygon.ps[3] = Point(9334.03, 17897.9);\n    new ShapeRef(router, polygon, 1424);\n\n    // shapeRef1425\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8389.03, 17997.9);\n    polygon.ps[1] = Point(8389.03, 18037.9);\n    polygon.ps[2] = Point(8334.03, 18037.9);\n    polygon.ps[3] = Point(8334.03, 17997.9);\n    new ShapeRef(router, polygon, 1425);\n\n    // shapeRef1426\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.03, 17997.9);\n    polygon.ps[1] = Point(8489.03, 18037.9);\n    polygon.ps[2] = Point(8434.03, 18037.9);\n    polygon.ps[3] = Point(8434.03, 17997.9);\n    new ShapeRef(router, polygon, 1426);\n\n    // shapeRef1427\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8589.03, 17997.9);\n    polygon.ps[1] = Point(8589.03, 18037.9);\n    polygon.ps[2] = Point(8534.03, 18037.9);\n    polygon.ps[3] = Point(8534.03, 17997.9);\n    new ShapeRef(router, polygon, 1427);\n\n    // shapeRef1428\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8689.03, 17997.9);\n    polygon.ps[1] = Point(8689.03, 18037.9);\n    polygon.ps[2] = Point(8634.03, 18037.9);\n    polygon.ps[3] = Point(8634.03, 17997.9);\n    new ShapeRef(router, polygon, 1428);\n\n    // shapeRef1429\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8789.03, 17997.9);\n    polygon.ps[1] = Point(8789.03, 18037.9);\n    polygon.ps[2] = Point(8734.03, 18037.9);\n    polygon.ps[3] = Point(8734.03, 17997.9);\n    new ShapeRef(router, polygon, 1429);\n\n    // shapeRef1430\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8889.03, 17997.9);\n    polygon.ps[1] = Point(8889.03, 18037.9);\n    polygon.ps[2] = Point(8834.03, 18037.9);\n    polygon.ps[3] = Point(8834.03, 17997.9);\n    new ShapeRef(router, polygon, 1430);\n\n    // shapeRef1431\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.03, 17997.9);\n    polygon.ps[1] = Point(8989.03, 18037.9);\n    polygon.ps[2] = Point(8934.03, 18037.9);\n    polygon.ps[3] = Point(8934.03, 17997.9);\n    new ShapeRef(router, polygon, 1431);\n\n    // shapeRef1432\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9089.03, 17997.9);\n    polygon.ps[1] = Point(9089.03, 18037.9);\n    polygon.ps[2] = Point(9034.03, 18037.9);\n    polygon.ps[3] = Point(9034.03, 17997.9);\n    new ShapeRef(router, polygon, 1432);\n\n    // shapeRef1433\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9189.03, 17997.9);\n    polygon.ps[1] = Point(9189.03, 18037.9);\n    polygon.ps[2] = Point(9134.03, 18037.9);\n    polygon.ps[3] = Point(9134.03, 17997.9);\n    new ShapeRef(router, polygon, 1433);\n\n    // shapeRef1434\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9289.03, 17997.9);\n    polygon.ps[1] = Point(9289.03, 18037.9);\n    polygon.ps[2] = Point(9234.03, 18037.9);\n    polygon.ps[3] = Point(9234.03, 17997.9);\n    new ShapeRef(router, polygon, 1434);\n\n    // shapeRef1435\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4976.5, 5752.9);\n    polygon.ps[1] = Point(4976.5, 5812.9);\n    polygon.ps[2] = Point(4921.5, 5812.9);\n    polygon.ps[3] = Point(4921.5, 5752.9);\n    new ShapeRef(router, polygon, 1435);\n\n    // shapeRef1436\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 6131.51);\n    polygon.ps[1] = Point(5034.5, 6171.51);\n    polygon.ps[2] = Point(4959, 6171.51);\n    polygon.ps[3] = Point(4959, 6131.51);\n    new ShapeRef(router, polygon, 1436);\n\n    // shapeRef1437\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7693.6, 2970.79);\n    polygon.ps[1] = Point(7693.6, 3010.79);\n    polygon.ps[2] = Point(7618.1, 3010.79);\n    polygon.ps[3] = Point(7618.1, 2970.79);\n    new ShapeRef(router, polygon, 1437);\n\n    // shapeRef1438\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10035.2, 9973.52);\n    polygon.ps[1] = Point(10035.2, 10013.5);\n    polygon.ps[2] = Point(9959.69, 10013.5);\n    polygon.ps[3] = Point(9959.69, 9973.52);\n    new ShapeRef(router, polygon, 1438);\n\n    // shapeRef1439\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16094.1, 11724.9);\n    polygon.ps[1] = Point(16094.1, 11784.9);\n    polygon.ps[2] = Point(16039.1, 11784.9);\n    polygon.ps[3] = Point(16039.1, 11724.9);\n    new ShapeRef(router, polygon, 1439);\n\n    // shapeRef1440\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8386.79, 1210.29);\n    polygon.ps[1] = Point(8386.79, 1270.29);\n    polygon.ps[2] = Point(8331.79, 1270.29);\n    polygon.ps[3] = Point(8331.79, 1210.29);\n    new ShapeRef(router, polygon, 1440);\n\n    // shapeRef1441\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9364.09, 5522.67);\n    polygon.ps[1] = Point(9364.09, 5582.67);\n    polygon.ps[2] = Point(9309.09, 5582.67);\n    polygon.ps[3] = Point(9309.09, 5522.67);\n    new ShapeRef(router, polygon, 1441);\n\n    // shapeRef1442\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5746.6, 4555.4);\n    polygon.ps[1] = Point(5746.6, 4595.4);\n    polygon.ps[2] = Point(5671.1, 4595.4);\n    polygon.ps[3] = Point(5671.1, 4555.4);\n    new ShapeRef(router, polygon, 1442);\n\n    // shapeRef1443\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13598, 6659.51);\n    polygon.ps[1] = Point(13598, 6699.51);\n    polygon.ps[2] = Point(13522.5, 6699.51);\n    polygon.ps[3] = Point(13522.5, 6659.51);\n    new ShapeRef(router, polygon, 1443);\n\n    // shapeRef1444\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 2229.29);\n    polygon.ps[1] = Point(11448.6, 2269.29);\n    polygon.ps[2] = Point(11373.1, 2269.29);\n    polygon.ps[3] = Point(11373.1, 2229.29);\n    new ShapeRef(router, polygon, 1444);\n\n    // shapeRef1445\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 3318.29);\n    polygon.ps[1] = Point(11448.6, 3358.29);\n    polygon.ps[2] = Point(11373.1, 3358.29);\n    polygon.ps[3] = Point(11373.1, 3318.29);\n    new ShapeRef(router, polygon, 1445);\n\n    // shapeRef1446\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 4456.4);\n    polygon.ps[1] = Point(11448.6, 4496.4);\n    polygon.ps[2] = Point(11373.1, 4496.4);\n    polygon.ps[3] = Point(11373.1, 4456.4);\n    new ShapeRef(router, polygon, 1446);\n\n    // shapeRef1447\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 5360.67);\n    polygon.ps[1] = Point(11448.6, 5400.67);\n    polygon.ps[2] = Point(11373.1, 5400.67);\n    polygon.ps[3] = Point(11373.1, 5360.67);\n    new ShapeRef(router, polygon, 1447);\n\n    // shapeRef1448\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 6560.51);\n    polygon.ps[1] = Point(11448.6, 6600.51);\n    polygon.ps[2] = Point(11373.1, 6600.51);\n    polygon.ps[3] = Point(11373.1, 6560.51);\n    new ShapeRef(router, polygon, 1448);\n\n    // shapeRef1449\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 8394.99);\n    polygon.ps[1] = Point(11448.6, 8434.99);\n    polygon.ps[2] = Point(11373.1, 8434.99);\n    polygon.ps[3] = Point(11373.1, 8394.99);\n    new ShapeRef(router, polygon, 1449);\n\n    // shapeRef1450\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 11158.6);\n    polygon.ps[1] = Point(11448.6, 11198.6);\n    polygon.ps[2] = Point(11373.1, 11198.6);\n    polygon.ps[3] = Point(11373.1, 11158.6);\n    new ShapeRef(router, polygon, 1450);\n\n    // shapeRef1451\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 9956.02);\n    polygon.ps[1] = Point(11448.6, 9996.02);\n    polygon.ps[2] = Point(11373.1, 9996.02);\n    polygon.ps[3] = Point(11373.1, 9956.02);\n    new ShapeRef(router, polygon, 1451);\n\n    // shapeRef1452\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11951.6, 12057.3);\n    polygon.ps[1] = Point(11951.6, 12117.3);\n    polygon.ps[2] = Point(11896.6, 12117.3);\n    polygon.ps[3] = Point(11896.6, 12057.3);\n    new ShapeRef(router, polygon, 1452);\n\n    // shapeRef1453\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12950, 12057.3);\n    polygon.ps[1] = Point(12950, 12117.3);\n    polygon.ps[2] = Point(12895, 12117.3);\n    polygon.ps[3] = Point(12895, 12057.3);\n    new ShapeRef(router, polygon, 1453);\n\n    // shapeRef1454\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7982.79, 4440.9);\n    polygon.ps[1] = Point(7982.79, 4480.9);\n    polygon.ps[2] = Point(7907.29, 4480.9);\n    polygon.ps[3] = Point(7907.29, 4440.9);\n    new ShapeRef(router, polygon, 1454);\n\n    // shapeRef1455\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1610.5, 4703.4);\n    polygon.ps[1] = Point(1610.5, 4763.4);\n    polygon.ps[2] = Point(1555.5, 4763.4);\n    polygon.ps[3] = Point(1555.5, 4703.4);\n    new ShapeRef(router, polygon, 1455);\n\n    // shapeRef1456\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3062.5, 4703.4);\n    polygon.ps[1] = Point(3062.5, 4763.4);\n    polygon.ps[2] = Point(3007.5, 4763.4);\n    polygon.ps[3] = Point(3007.5, 4703.4);\n    new ShapeRef(router, polygon, 1456);\n\n    // shapeRef1457\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15793.4, 10711.3);\n    polygon.ps[1] = Point(15793.4, 10771.3);\n    polygon.ps[2] = Point(15738.4, 10771.3);\n    polygon.ps[3] = Point(15738.4, 10711.3);\n    new ShapeRef(router, polygon, 1457);\n\n    // shapeRef1458\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14229.5, 12222.3);\n    polygon.ps[1] = Point(14229.5, 12282.3);\n    polygon.ps[2] = Point(14174.5, 12282.3);\n    polygon.ps[3] = Point(14174.5, 12222.3);\n    new ShapeRef(router, polygon, 1458);\n\n    // shapeRef1459\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16119.1, 11642.9);\n    polygon.ps[1] = Point(16119.1, 11702.9);\n    polygon.ps[2] = Point(16064.1, 11702.9);\n    polygon.ps[3] = Point(16064.1, 11642.9);\n    new ShapeRef(router, polygon, 1459);\n\n    // shapeRef1460\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15233.8, 10877.1);\n    polygon.ps[1] = Point(15233.8, 10917.1);\n    polygon.ps[2] = Point(15158.3, 10917.1);\n    polygon.ps[3] = Point(15158.3, 10877.1);\n    new ShapeRef(router, polygon, 1460);\n\n    // shapeRef1461\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10509.4, 6395.51);\n    polygon.ps[1] = Point(10509.4, 6435.51);\n    polygon.ps[2] = Point(10433.9, 6435.51);\n    polygon.ps[3] = Point(10433.9, 6395.51);\n    new ShapeRef(router, polygon, 1461);\n\n    // shapeRef1462\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10385.4, 10711.3);\n    polygon.ps[1] = Point(10385.4, 10771.3);\n    polygon.ps[2] = Point(10330.4, 10771.3);\n    polygon.ps[3] = Point(10330.4, 10711.3);\n    new ShapeRef(router, polygon, 1462);\n\n    // shapeRef1463\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9944.19, 11562.9);\n    polygon.ps[1] = Point(9944.19, 11622.9);\n    polygon.ps[2] = Point(9889.19, 11622.9);\n    polygon.ps[3] = Point(9889.19, 11562.9);\n    new ShapeRef(router, polygon, 1463);\n\n    // shapeRef1464\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9356.09, 5637.9);\n    polygon.ps[1] = Point(9356.09, 5677.9);\n    polygon.ps[2] = Point(9280.59, 5677.9);\n    polygon.ps[3] = Point(9280.59, 5637.9);\n    new ShapeRef(router, polygon, 1464);\n\n    // shapeRef1465\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9587.09, 7356.9);\n    polygon.ps[1] = Point(9587.09, 7396.9);\n    polygon.ps[2] = Point(9511.59, 7396.9);\n    polygon.ps[3] = Point(9511.59, 7356.9);\n    new ShapeRef(router, polygon, 1465);\n\n    // shapeRef1466\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9587.09, 10352);\n    polygon.ps[1] = Point(9587.09, 10392);\n    polygon.ps[2] = Point(9511.59, 10392);\n    polygon.ps[3] = Point(9511.59, 10352);\n    new ShapeRef(router, polygon, 1466);\n\n    // shapeRef1467\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11712.6, 10711.3);\n    polygon.ps[1] = Point(11712.6, 10771.3);\n    polygon.ps[2] = Point(11657.6, 10771.3);\n    polygon.ps[3] = Point(11657.6, 10711.3);\n    new ShapeRef(router, polygon, 1467);\n\n    // shapeRef1468\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13128.5, 10711.3);\n    polygon.ps[1] = Point(13128.5, 10771.3);\n    polygon.ps[2] = Point(13073.5, 10771.3);\n    polygon.ps[3] = Point(13073.5, 10711.3);\n    new ShapeRef(router, polygon, 1468);\n\n    // shapeRef1469\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11481.6, 11562.9);\n    polygon.ps[1] = Point(11481.6, 11622.9);\n    polygon.ps[2] = Point(11426.6, 11622.9);\n    polygon.ps[3] = Point(11426.6, 11562.9);\n    new ShapeRef(router, polygon, 1469);\n\n    // shapeRef1470\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12785, 11562.9);\n    polygon.ps[1] = Point(12785, 11622.9);\n    polygon.ps[2] = Point(12730, 11622.9);\n    polygon.ps[3] = Point(12730, 11562.9);\n    new ShapeRef(router, polygon, 1470);\n\n    // shapeRef1471\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14328.5, 10711.3);\n    polygon.ps[1] = Point(14328.5, 10771.3);\n    polygon.ps[2] = Point(14273.5, 10771.3);\n    polygon.ps[3] = Point(14273.5, 10711.3);\n    new ShapeRef(router, polygon, 1471);\n\n    // shapeRef1472\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14559.5, 11562.9);\n    polygon.ps[1] = Point(14559.5, 11622.9);\n    polygon.ps[2] = Point(14504.5, 11622.9);\n    polygon.ps[3] = Point(14504.5, 11562.9);\n    new ShapeRef(router, polygon, 1472);\n\n    // shapeRef1473\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15954.1, 12173.3);\n    polygon.ps[1] = Point(15954.1, 12213.3);\n    polygon.ps[2] = Point(15878.6, 12213.3);\n    polygon.ps[3] = Point(15878.6, 12173.3);\n    new ShapeRef(router, polygon, 1473);\n\n    // shapeRef1474\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15631.8, 12222.3);\n    polygon.ps[1] = Point(15631.8, 12282.3);\n    polygon.ps[2] = Point(15576.8, 12282.3);\n    polygon.ps[3] = Point(15576.8, 12222.3);\n    new ShapeRef(router, polygon, 1474);\n\n    // shapeRef1475\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9138.49, 8308.99);\n    polygon.ps[1] = Point(9138.49, 8348.99);\n    polygon.ps[2] = Point(9062.99, 8348.99);\n    polygon.ps[3] = Point(9062.99, 8308.99);\n    new ShapeRef(router, polygon, 1475);\n\n    // shapeRef1476\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18322, 8544.49);\n    polygon.ps[1] = Point(18322, 8584.49);\n    polygon.ps[2] = Point(18246.5, 8584.49);\n    polygon.ps[3] = Point(18246.5, 8544.49);\n    new ShapeRef(router, polygon, 1476);\n\n    // shapeRef1477\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17637, 10104);\n    polygon.ps[1] = Point(17637, 10164);\n    polygon.ps[2] = Point(17582, 10164);\n    polygon.ps[3] = Point(17582, 10104);\n    new ShapeRef(router, polygon, 1477);\n\n    // shapeRef1478\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16585.3, 10104);\n    polygon.ps[1] = Point(16585.3, 10164);\n    polygon.ps[2] = Point(16530.3, 10164);\n    polygon.ps[3] = Point(16530.3, 10104);\n    new ShapeRef(router, polygon, 1478);\n\n    // shapeRef1479\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13965.5, 10184);\n    polygon.ps[1] = Point(13965.5, 10244);\n    polygon.ps[2] = Point(13910.5, 10244);\n    polygon.ps[3] = Point(13910.5, 10184);\n    new ShapeRef(router, polygon, 1479);\n\n    // shapeRef1480\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10410.4, 9688.42);\n    polygon.ps[1] = Point(10410.4, 9728.42);\n    polygon.ps[2] = Point(10334.9, 9728.42);\n    polygon.ps[3] = Point(10334.9, 9688.42);\n    new ShapeRef(router, polygon, 1480);\n\n    // shapeRef1481\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14625.5, 6718.21);\n    polygon.ps[1] = Point(14625.5, 6778.21);\n    polygon.ps[2] = Point(14570.5, 6778.21);\n    polygon.ps[3] = Point(14570.5, 6718.21);\n    new ShapeRef(router, polygon, 1481);\n\n    // shapeRef1482\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11580.6, 7724.79);\n    polygon.ps[1] = Point(11580.6, 7764.79);\n    polygon.ps[2] = Point(11505.1, 7764.79);\n    polygon.ps[3] = Point(11505.1, 7724.79);\n    new ShapeRef(router, polygon, 1482);\n\n    // shapeRef1483\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12050.6, 7355.4);\n    polygon.ps[1] = Point(12050.6, 7415.4);\n    polygon.ps[2] = Point(11995.6, 7415.4);\n    polygon.ps[3] = Point(11995.6, 7355.4);\n    new ShapeRef(router, polygon, 1483);\n\n    // shapeRef1484\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17138.3, 7191.9);\n    polygon.ps[1] = Point(17138.3, 7231.9);\n    polygon.ps[2] = Point(17062.8, 7231.9);\n    polygon.ps[3] = Point(17062.8, 7191.9);\n    new ShapeRef(router, polygon, 1484);\n\n    // shapeRef1485\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 6036.29);\n    polygon.ps[1] = Point(5034.5, 6076.29);\n    polygon.ps[2] = Point(4959, 6076.29);\n    polygon.ps[3] = Point(4959, 6036.29);\n    new ShapeRef(router, polygon, 1485);\n\n    // shapeRef1486\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4976.5, 5894.59);\n    polygon.ps[1] = Point(4976.5, 5954.59);\n    polygon.ps[2] = Point(4921.5, 5954.59);\n    polygon.ps[3] = Point(4921.5, 5894.59);\n    new ShapeRef(router, polygon, 1486);\n\n    // shapeRef1487\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5523.6, 5277.67);\n    polygon.ps[1] = Point(5523.6, 5337.67);\n    polygon.ps[2] = Point(5468.6, 5337.67);\n    polygon.ps[3] = Point(5468.6, 5277.67);\n    new ShapeRef(router, polygon, 1487);\n\n    // shapeRef1488\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9141.09, 6081.51);\n    polygon.ps[1] = Point(9141.09, 6141.51);\n    polygon.ps[2] = Point(9086.09, 6141.51);\n    polygon.ps[3] = Point(9086.09, 6081.51);\n    new ShapeRef(router, polygon, 1488);\n\n    // shapeRef1489\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9820.19, 7091.4);\n    polygon.ps[1] = Point(9820.19, 7151.4);\n    polygon.ps[2] = Point(9765.19, 7151.4);\n    polygon.ps[3] = Point(9765.19, 7091.4);\n    new ShapeRef(router, polygon, 1489);\n\n    // shapeRef1490\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10542.4, 7856.79);\n    polygon.ps[1] = Point(10542.4, 7896.79);\n    polygon.ps[2] = Point(10466.9, 7896.79);\n    polygon.ps[3] = Point(10466.9, 7856.79);\n    new ShapeRef(router, polygon, 1490);\n\n    // shapeRef1491\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7660.6, 9061.42);\n    polygon.ps[1] = Point(7660.6, 9101.42);\n    polygon.ps[2] = Point(7585.1, 9101.42);\n    polygon.ps[3] = Point(7585.1, 9061.42);\n    new ShapeRef(router, polygon, 1491);\n\n    // shapeRef1492\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15325, 1326.29);\n    polygon.ps[1] = Point(15325, 1366.29);\n    polygon.ps[2] = Point(15249.5, 1366.29);\n    polygon.ps[3] = Point(15249.5, 1326.29);\n    new ShapeRef(router, polygon, 1492);\n\n    // shapeRef1493\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9397.09, 9572.42);\n    polygon.ps[1] = Point(9397.09, 9632.42);\n    polygon.ps[2] = Point(9342.09, 9632.42);\n    polygon.ps[3] = Point(9342.09, 9572.42);\n    new ShapeRef(router, polygon, 1493);\n\n    // shapeRef1494\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7594.6, 7988.79);\n    polygon.ps[1] = Point(7594.6, 8028.79);\n    polygon.ps[2] = Point(7519.1, 8028.79);\n    polygon.ps[3] = Point(7519.1, 7988.79);\n    new ShapeRef(router, polygon, 1494);\n\n    // shapeRef1495\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10762.7, 8559.99);\n    polygon.ps[1] = Point(10762.7, 8599.99);\n    polygon.ps[2] = Point(10687.2, 8599.99);\n    polygon.ps[3] = Point(10687.2, 8559.99);\n    new ShapeRef(router, polygon, 1495);\n\n    // shapeRef1496\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10597.7, 9127.42);\n    polygon.ps[1] = Point(10597.7, 9167.42);\n    polygon.ps[2] = Point(10522.2, 9167.42);\n    polygon.ps[3] = Point(10522.2, 9127.42);\n    new ShapeRef(router, polygon, 1496);\n\n    // shapeRef1497\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9188.49, 8328.99);\n    polygon.ps[1] = Point(9188.49, 8368.99);\n    polygon.ps[2] = Point(9062.99, 8368.99);\n    polygon.ps[3] = Point(9062.99, 8328.99);\n    new ShapeRef(router, polygon, 1497);\n\n    // shapeRef1498\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 4638.9);\n    polygon.ps[1] = Point(8825.89, 4678.9);\n    polygon.ps[2] = Point(8750.39, 4678.9);\n    polygon.ps[3] = Point(8750.39, 4638.9);\n    new ShapeRef(router, polygon, 1498);\n\n    // shapeRef1499\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8921.39, 3941.51);\n    polygon.ps[1] = Point(8921.39, 3981.51);\n    polygon.ps[2] = Point(8845.89, 3981.51);\n    polygon.ps[3] = Point(8845.89, 3941.51);\n    new ShapeRef(router, polygon, 1499);\n\n    // shapeRef1500\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8921.39, 3413.51);\n    polygon.ps[1] = Point(8921.39, 3453.51);\n    polygon.ps[2] = Point(8845.89, 3453.51);\n    polygon.ps[3] = Point(8845.89, 3413.51);\n    new ShapeRef(router, polygon, 1500);\n\n    // shapeRef1501\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 2889.29);\n    polygon.ps[1] = Point(8825.89, 2929.29);\n    polygon.ps[2] = Point(8750.39, 2929.29);\n    polygon.ps[3] = Point(8750.39, 2889.29);\n    new ShapeRef(router, polygon, 1501);\n\n    // shapeRef1502\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8921.39, 2343.79);\n    polygon.ps[1] = Point(8921.39, 2383.79);\n    polygon.ps[2] = Point(8845.89, 2383.79);\n    polygon.ps[3] = Point(8845.89, 2343.79);\n    new ShapeRef(router, polygon, 1502);\n\n    // shapeRef1503\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8452.79, 2160.29);\n    polygon.ps[1] = Point(8452.79, 2220.29);\n    polygon.ps[2] = Point(8397.79, 2220.29);\n    polygon.ps[3] = Point(8397.79, 2160.29);\n    new ShapeRef(router, polygon, 1503);\n\n    // shapeRef1504\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15402, 1276.29);\n    polygon.ps[1] = Point(15402, 1336.29);\n    polygon.ps[2] = Point(15347, 1336.29);\n    polygon.ps[3] = Point(15347, 1276.29);\n    new ShapeRef(router, polygon, 1504);\n\n    // shapeRef1505\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8543.79, 1095.29);\n    polygon.ps[1] = Point(8543.79, 1135.29);\n    polygon.ps[2] = Point(8468.29, 1135.29);\n    polygon.ps[3] = Point(8468.29, 1095.29);\n    new ShapeRef(router, polygon, 1505);\n\n    // shapeRef1506\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8989.49, 738.091);\n    polygon.ps[1] = Point(8989.49, 798.091);\n    polygon.ps[2] = Point(8934.49, 798.091);\n    polygon.ps[3] = Point(8934.49, 738.091);\n    new ShapeRef(router, polygon, 1506);\n\n    // shapeRef1507\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9014.49, 1045.29);\n    polygon.ps[1] = Point(9014.49, 1105.29);\n    polygon.ps[2] = Point(8959.49, 1105.29);\n    polygon.ps[3] = Point(8959.49, 1045.29);\n    new ShapeRef(router, polygon, 1507);\n\n    // shapeRef1508\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15167.8, 1356.29);\n    polygon.ps[1] = Point(15167.8, 1416.29);\n    polygon.ps[2] = Point(15112.8, 1416.29);\n    polygon.ps[3] = Point(15112.8, 1356.29);\n    new ShapeRef(router, polygon, 1508);\n\n    // shapeRef1509\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15529.8, 1356.29);\n    polygon.ps[1] = Point(15529.8, 1416.29);\n    polygon.ps[2] = Point(15474.8, 1416.29);\n    polygon.ps[3] = Point(15474.8, 1356.29);\n    new ShapeRef(router, polygon, 1509);\n\n    // shapeRef1510\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8081.79, 963.285);\n    polygon.ps[1] = Point(8081.79, 1003.29);\n    polygon.ps[2] = Point(8006.29, 1003.29);\n    polygon.ps[3] = Point(8006.29, 963.285);\n    new ShapeRef(router, polygon, 1510);\n\n    // shapeRef1511\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9779.19, 738.091);\n    polygon.ps[1] = Point(9779.19, 798.091);\n    polygon.ps[2] = Point(9724.19, 798.091);\n    polygon.ps[3] = Point(9724.19, 738.091);\n    new ShapeRef(router, polygon, 1511);\n\n    // shapeRef1512\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10803.7, 738.091);\n    polygon.ps[1] = Point(10803.7, 798.091);\n    polygon.ps[2] = Point(10748.7, 798.091);\n    polygon.ps[3] = Point(10748.7, 738.091);\n    new ShapeRef(router, polygon, 1512);\n\n    // shapeRef1513\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11059.7, 1095.29);\n    polygon.ps[1] = Point(11059.7, 1135.29);\n    polygon.ps[2] = Point(10984.2, 1135.29);\n    polygon.ps[3] = Point(10984.2, 1095.29);\n    new ShapeRef(router, polygon, 1513);\n\n    // shapeRef1514\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10803.7, 1210.29);\n    polygon.ps[1] = Point(10803.7, 1270.29);\n    polygon.ps[2] = Point(10748.7, 1270.29);\n    polygon.ps[3] = Point(10748.7, 1210.29);\n    new ShapeRef(router, polygon, 1514);\n\n    // shapeRef1515\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9397.09, 1210.29);\n    polygon.ps[1] = Point(9397.09, 1270.29);\n    polygon.ps[2] = Point(9342.09, 1270.29);\n    polygon.ps[3] = Point(9342.09, 1210.29);\n    new ShapeRef(router, polygon, 1515);\n\n    // shapeRef1516\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9331.09, 1939.29);\n    polygon.ps[1] = Point(9331.09, 1999.29);\n    polygon.ps[2] = Point(9276.09, 1999.29);\n    polygon.ps[3] = Point(9276.09, 1939.29);\n    new ShapeRef(router, polygon, 1516);\n\n    // shapeRef1517\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6117.6, 144.265);\n    polygon.ps[1] = Point(6117.6, 204.265);\n    polygon.ps[2] = Point(6062.6, 204.265);\n    polygon.ps[3] = Point(6062.6, 144.265);\n    new ShapeRef(router, polygon, 1517);\n\n    // shapeRef1518\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9738.19, 1689.29);\n    polygon.ps[1] = Point(9738.19, 1729.29);\n    polygon.ps[2] = Point(9662.69, 1729.29);\n    polygon.ps[3] = Point(9662.69, 1689.29);\n    new ShapeRef(router, polygon, 1518);\n\n    // shapeRef1519\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11059.7, 1458.29);\n    polygon.ps[1] = Point(11059.7, 1498.29);\n    polygon.ps[2] = Point(10984.2, 1498.29);\n    polygon.ps[3] = Point(10984.2, 1458.29);\n    new ShapeRef(router, polygon, 1519);\n\n    // shapeRef1520\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11166.7, 1653.29);\n    polygon.ps[1] = Point(11166.7, 1713.29);\n    polygon.ps[2] = Point(11111.7, 1713.29);\n    polygon.ps[3] = Point(11111.7, 1653.29);\n    new ShapeRef(router, polygon, 1520);\n\n    // shapeRef1521\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10964.2, 590.091);\n    polygon.ps[1] = Point(10964.2, 630.091);\n    polygon.ps[2] = Point(10888.7, 630.091);\n    polygon.ps[3] = Point(10888.7, 590.091);\n    new ShapeRef(router, polygon, 1521);\n\n    // shapeRef1522\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10572.7, 4291.11);\n    polygon.ps[1] = Point(10572.7, 4351.11);\n    polygon.ps[2] = Point(10517.7, 4351.11);\n    polygon.ps[3] = Point(10517.7, 4291.11);\n    new ShapeRef(router, polygon, 1522);\n\n    // shapeRef1523\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10968.7, 4291.11);\n    polygon.ps[1] = Point(10968.7, 4351.11);\n    polygon.ps[2] = Point(10913.7, 4351.11);\n    polygon.ps[3] = Point(10913.7, 4291.11);\n    new ShapeRef(router, polygon, 1523);\n\n    // shapeRef1524\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11290.7, 4291.11);\n    polygon.ps[1] = Point(11290.7, 4351.11);\n    polygon.ps[2] = Point(11235.7, 4351.11);\n    polygon.ps[3] = Point(11235.7, 4291.11);\n    new ShapeRef(router, polygon, 1524);\n\n    // shapeRef1525\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11621.6, 4371.11);\n    polygon.ps[1] = Point(11621.6, 4431.11);\n    polygon.ps[2] = Point(11566.6, 4431.11);\n    polygon.ps[3] = Point(11566.6, 4371.11);\n    new ShapeRef(router, polygon, 1525);\n\n    // shapeRef1526\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10638.7, 4519.4);\n    polygon.ps[1] = Point(10638.7, 4579.4);\n    polygon.ps[2] = Point(10583.7, 4579.4);\n    polygon.ps[3] = Point(10583.7, 4519.4);\n    new ShapeRef(router, polygon, 1526);\n\n    // shapeRef1527\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12248.6, 4291.11);\n    polygon.ps[1] = Point(12248.6, 4351.11);\n    polygon.ps[2] = Point(12193.6, 4351.11);\n    polygon.ps[3] = Point(12193.6, 4291.11);\n    new ShapeRef(router, polygon, 1527);\n\n    // shapeRef1528\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 4555.4);\n    polygon.ps[1] = Point(12617, 4595.4);\n    polygon.ps[2] = Point(12541.5, 4595.4);\n    polygon.ps[3] = Point(12541.5, 4555.4);\n    new ShapeRef(router, polygon, 1528);\n\n    // shapeRef1529\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 4933.9);\n    polygon.ps[1] = Point(12617, 4973.9);\n    polygon.ps[2] = Point(12541.5, 4973.9);\n    polygon.ps[3] = Point(12541.5, 4933.9);\n    new ShapeRef(router, polygon, 1529);\n\n    // shapeRef1530\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 5312.17);\n    polygon.ps[1] = Point(12617, 5352.17);\n    polygon.ps[2] = Point(12541.5, 5352.17);\n    polygon.ps[3] = Point(12541.5, 5312.17);\n    new ShapeRef(router, polygon, 1530);\n\n    // shapeRef1531\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13351.5, 3822.51);\n    polygon.ps[1] = Point(13351.5, 3862.51);\n    polygon.ps[2] = Point(13276, 3862.51);\n    polygon.ps[3] = Point(13276, 3822.51);\n    new ShapeRef(router, polygon, 1531);\n\n    // shapeRef1532\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12975, 4439.4);\n    polygon.ps[1] = Point(12975, 4499.4);\n    polygon.ps[2] = Point(12920, 4499.4);\n    polygon.ps[3] = Point(12920, 4439.4);\n    new ShapeRef(router, polygon, 1532);\n\n    // shapeRef1533\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 3974.51);\n    polygon.ps[1] = Point(12617, 4014.51);\n    polygon.ps[2] = Point(12541.5, 4014.51);\n    polygon.ps[3] = Point(12541.5, 3974.51);\n    new ShapeRef(router, polygon, 1533);\n\n    // shapeRef1534\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 3512.51);\n    polygon.ps[1] = Point(12617, 3552.51);\n    polygon.ps[2] = Point(12541.5, 3552.51);\n    polygon.ps[3] = Point(12541.5, 3512.51);\n    new ShapeRef(router, polygon, 1534);\n\n    // shapeRef1535\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 3021.29);\n    polygon.ps[1] = Point(12617, 3061.29);\n    polygon.ps[2] = Point(12541.5, 3061.29);\n    polygon.ps[3] = Point(12541.5, 3021.29);\n    new ShapeRef(router, polygon, 1535);\n\n    // shapeRef1536\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 2262.29);\n    polygon.ps[1] = Point(12617, 2302.29);\n    polygon.ps[2] = Point(12541.5, 2302.29);\n    polygon.ps[3] = Point(12541.5, 2262.29);\n    new ShapeRef(router, polygon, 1536);\n\n    // shapeRef1537\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12182.6, 1774.29);\n    polygon.ps[1] = Point(12182.6, 1834.29);\n    polygon.ps[2] = Point(12127.6, 1834.29);\n    polygon.ps[3] = Point(12127.6, 1774.29);\n    new ShapeRef(router, polygon, 1537);\n\n    // shapeRef1538\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12075.6, 1704.79);\n    polygon.ps[1] = Point(12075.6, 1744.79);\n    polygon.ps[2] = Point(12000.1, 1744.79);\n    polygon.ps[3] = Point(12000.1, 1704.79);\n    new ShapeRef(router, polygon, 1538);\n\n    // shapeRef1539\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12207.6, 1672.29);\n    polygon.ps[1] = Point(12207.6, 1732.29);\n    polygon.ps[2] = Point(12152.6, 1732.29);\n    polygon.ps[3] = Point(12152.6, 1672.29);\n    new ShapeRef(router, polygon, 1539);\n\n    // shapeRef1540\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13957.5, 8445.49);\n    polygon.ps[1] = Point(13957.5, 8485.49);\n    polygon.ps[2] = Point(13882, 8485.49);\n    polygon.ps[3] = Point(13882, 8445.49);\n    new ShapeRef(router, polygon, 1540);\n\n    // shapeRef1541\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15954.1, 8445.49);\n    polygon.ps[1] = Point(15954.1, 8485.49);\n    polygon.ps[2] = Point(15878.6, 8485.49);\n    polygon.ps[3] = Point(15878.6, 8445.49);\n    new ShapeRef(router, polygon, 1541);\n\n    // shapeRef1542\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16808.3, 8377.49);\n    polygon.ps[1] = Point(16808.3, 8417.49);\n    polygon.ps[2] = Point(16732.8, 8417.49);\n    polygon.ps[3] = Point(16732.8, 8377.49);\n    new ShapeRef(router, polygon, 1542);\n\n    // shapeRef1543\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12009.6, 7823.79);\n    polygon.ps[1] = Point(12009.6, 7863.79);\n    polygon.ps[2] = Point(11934.1, 7863.79);\n    polygon.ps[3] = Point(11934.1, 7823.79);\n    new ShapeRef(router, polygon, 1543);\n\n    // shapeRef1544\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18588.5, 11790.9);\n    polygon.ps[1] = Point(18588.5, 11850.9);\n    polygon.ps[2] = Point(18533.5, 11850.9);\n    polygon.ps[3] = Point(18533.5, 11790.9);\n    new ShapeRef(router, polygon, 1544);\n\n    // shapeRef1545\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8653.79, 4122.51);\n    polygon.ps[1] = Point(8653.79, 4182.51);\n    polygon.ps[2] = Point(8598.79, 4182.51);\n    polygon.ps[3] = Point(8598.79, 4122.51);\n    new ShapeRef(router, polygon, 1545);\n\n    // shapeRef1546\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10201.5, 9688.42);\n    polygon.ps[1] = Point(10201.5, 9728.42);\n    polygon.ps[2] = Point(10126, 9728.42);\n    polygon.ps[3] = Point(10126, 9688.42);\n    new ShapeRef(router, polygon, 1546);\n\n    // shapeRef1547\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15402, 1111.29);\n    polygon.ps[1] = Point(15402, 1171.29);\n    polygon.ps[2] = Point(15347, 1171.29);\n    polygon.ps[3] = Point(15347, 1111.29);\n    new ShapeRef(router, polygon, 1547);\n\n    // shapeRef1548\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 7306.4);\n    polygon.ps[1] = Point(10799.2, 7346.4);\n    polygon.ps[2] = Point(10723.7, 7346.4);\n    polygon.ps[3] = Point(10723.7, 7306.4);\n    new ShapeRef(router, polygon, 1548);\n\n    // shapeRef1549\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10894.7, 7790.79);\n    polygon.ps[1] = Point(10894.7, 7830.79);\n    polygon.ps[2] = Point(10819.2, 7830.79);\n    polygon.ps[3] = Point(10819.2, 7790.79);\n    new ShapeRef(router, polygon, 1549);\n\n    // shapeRef1550\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9936.19, 6395.51);\n    polygon.ps[1] = Point(9936.19, 6435.51);\n    polygon.ps[2] = Point(9860.69, 6435.51);\n    polygon.ps[3] = Point(9860.69, 6395.51);\n    new ShapeRef(router, polygon, 1550);\n\n    // shapeRef1551\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11265.7, 8803.22);\n    polygon.ps[1] = Point(11265.7, 8863.22);\n    polygon.ps[2] = Point(11210.7, 8863.22);\n    polygon.ps[3] = Point(11210.7, 8803.22);\n    new ShapeRef(router, polygon, 1551);\n\n    // shapeRef1552\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12347.6, 8803.22);\n    polygon.ps[1] = Point(12347.6, 8863.22);\n    polygon.ps[2] = Point(12292.6, 8863.22);\n    polygon.ps[3] = Point(12292.6, 8803.22);\n    new ShapeRef(router, polygon, 1552);\n\n    // shapeRef1553\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13293.5, 8803.22);\n    polygon.ps[1] = Point(13293.5, 8863.22);\n    polygon.ps[2] = Point(13238.5, 8863.22);\n    polygon.ps[3] = Point(13238.5, 8803.22);\n    new ShapeRef(router, polygon, 1553);\n\n    // shapeRef1554\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9047.49, 3363.51);\n    polygon.ps[1] = Point(9047.49, 3423.51);\n    polygon.ps[2] = Point(8992.49, 3423.51);\n    polygon.ps[3] = Point(8992.49, 3363.51);\n    new ShapeRef(router, polygon, 1554);\n\n    // shapeRef1555\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7503.6, 3495.51);\n    polygon.ps[1] = Point(7503.6, 3555.51);\n    polygon.ps[2] = Point(7448.6, 3555.51);\n    polygon.ps[3] = Point(7448.6, 3495.51);\n    new ShapeRef(router, polygon, 1555);\n\n    // shapeRef1556\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6810.6, 3495.51);\n    polygon.ps[1] = Point(6810.6, 3555.51);\n    polygon.ps[2] = Point(6755.6, 3555.51);\n    polygon.ps[3] = Point(6755.6, 3495.51);\n    new ShapeRef(router, polygon, 1556);\n\n    // shapeRef1557\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6216.6, 3575.51);\n    polygon.ps[1] = Point(6216.6, 3635.51);\n    polygon.ps[2] = Point(6161.6, 3635.51);\n    polygon.ps[3] = Point(6161.6, 3575.51);\n    new ShapeRef(router, polygon, 1557);\n\n    // shapeRef1558\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5721.6, 3495.51);\n    polygon.ps[1] = Point(5721.6, 3555.51);\n    polygon.ps[2] = Point(5666.6, 3555.51);\n    polygon.ps[3] = Point(5666.6, 3495.51);\n    new ShapeRef(router, polygon, 1558);\n\n    // shapeRef1559\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5397.5, 3809.51);\n    polygon.ps[1] = Point(5397.5, 3849.51);\n    polygon.ps[2] = Point(5322, 3849.51);\n    polygon.ps[3] = Point(5322, 3809.51);\n    new ShapeRef(router, polygon, 1559);\n\n    // shapeRef1560\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5397.5, 5327.67);\n    polygon.ps[1] = Point(5397.5, 5367.67);\n    polygon.ps[2] = Point(5322, 5367.67);\n    polygon.ps[3] = Point(5322, 5327.67);\n    new ShapeRef(router, polygon, 1560);\n\n    // shapeRef1561\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 7808.29);\n    polygon.ps[1] = Point(5034.5, 7848.29);\n    polygon.ps[2] = Point(4959, 7848.29);\n    polygon.ps[3] = Point(4959, 7808.29);\n    new ShapeRef(router, polygon, 1561);\n\n    // shapeRef1562\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 8341.99);\n    polygon.ps[1] = Point(5034.5, 8381.99);\n    polygon.ps[2] = Point(4959, 8381.99);\n    polygon.ps[3] = Point(4959, 8341.99);\n    new ShapeRef(router, polygon, 1562);\n\n    // shapeRef1563\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 8807.22);\n    polygon.ps[1] = Point(5034.5, 8847.22);\n    polygon.ps[2] = Point(4959, 8847.22);\n    polygon.ps[3] = Point(4959, 8807.22);\n    new ShapeRef(router, polygon, 1563);\n\n    // shapeRef1564\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 9312.42);\n    polygon.ps[1] = Point(5034.5, 9352.42);\n    polygon.ps[2] = Point(4959, 9352.42);\n    polygon.ps[3] = Point(4959, 9312.42);\n    new ShapeRef(router, polygon, 1564);\n\n    // shapeRef1565\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4374.5, 9857.02);\n    polygon.ps[1] = Point(4374.5, 9897.02);\n    polygon.ps[2] = Point(4299, 9897.02);\n    polygon.ps[3] = Point(4299, 9857.02);\n    new ShapeRef(router, polygon, 1565);\n\n    // shapeRef1566\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4778.5, 10368);\n    polygon.ps[1] = Point(4778.5, 10428);\n    polygon.ps[2] = Point(4723.5, 10428);\n    polygon.ps[3] = Point(4723.5, 10368);\n    new ShapeRef(router, polygon, 1566);\n\n    // shapeRef1567\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4638.5, 10563.3);\n    polygon.ps[1] = Point(4638.5, 10603.3);\n    polygon.ps[2] = Point(4563, 10603.3);\n    polygon.ps[3] = Point(4563, 10563.3);\n    new ShapeRef(router, polygon, 1567);\n\n    // shapeRef1568\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 1458.29);\n    polygon.ps[1] = Point(11448.6, 1498.29);\n    polygon.ps[2] = Point(11373.1, 1498.29);\n    polygon.ps[3] = Point(11373.1, 1458.29);\n    new ShapeRef(router, polygon, 1568);\n\n    // shapeRef1569\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 1095.29);\n    polygon.ps[1] = Point(11353.1, 1135.29);\n    polygon.ps[2] = Point(11277.6, 1135.29);\n    polygon.ps[3] = Point(11277.6, 1095.29);\n    new ShapeRef(router, polygon, 1569);\n\n    // shapeRef1570\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11448.6, 590.091);\n    polygon.ps[1] = Point(11448.6, 630.091);\n    polygon.ps[2] = Point(11373.1, 630.091);\n    polygon.ps[3] = Point(11373.1, 590.091);\n    new ShapeRef(router, polygon, 1570);\n\n    // shapeRef1571\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11555.6, 388.265);\n    polygon.ps[1] = Point(11555.6, 448.265);\n    polygon.ps[2] = Point(11500.6, 448.265);\n    polygon.ps[3] = Point(11500.6, 388.265);\n    new ShapeRef(router, polygon, 1571);\n\n    // shapeRef1572\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11984.6, 388.265);\n    polygon.ps[1] = Point(11984.6, 448.265);\n    polygon.ps[2] = Point(11929.6, 448.265);\n    polygon.ps[3] = Point(11929.6, 388.265);\n    new ShapeRef(router, polygon, 1572);\n\n    // shapeRef1573\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15014.4, 1356.29);\n    polygon.ps[1] = Point(15014.4, 1416.29);\n    polygon.ps[2] = Point(14959.4, 1416.29);\n    polygon.ps[3] = Point(14959.4, 1356.29);\n    new ShapeRef(router, polygon, 1573);\n\n    // shapeRef1574\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12752, 507.091);\n    polygon.ps[1] = Point(12752, 567.091);\n    polygon.ps[2] = Point(12697, 567.091);\n    polygon.ps[3] = Point(12697, 507.091);\n    new ShapeRef(router, polygon, 1574);\n\n    // shapeRef1575\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13227.5, 388.265);\n    polygon.ps[1] = Point(13227.5, 448.265);\n    polygon.ps[2] = Point(13172.5, 448.265);\n    polygon.ps[3] = Point(13172.5, 388.265);\n    new ShapeRef(router, polygon, 1575);\n\n    // shapeRef1576\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13899.5, 388.265);\n    polygon.ps[1] = Point(13899.5, 448.265);\n    polygon.ps[2] = Point(13844.5, 448.265);\n    polygon.ps[3] = Point(13844.5, 388.265);\n    new ShapeRef(router, polygon, 1576);\n\n    // shapeRef1577\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14361.5, 388.265);\n    polygon.ps[1] = Point(14361.5, 448.265);\n    polygon.ps[2] = Point(14306.5, 448.265);\n    polygon.ps[3] = Point(14306.5, 388.265);\n    new ShapeRef(router, polygon, 1577);\n\n    // shapeRef1578\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14823.5, 388.265);\n    polygon.ps[1] = Point(14823.5, 448.265);\n    polygon.ps[2] = Point(14768.5, 448.265);\n    polygon.ps[3] = Point(14768.5, 388.265);\n    new ShapeRef(router, polygon, 1578);\n\n    // shapeRef1579\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15664.8, 388.265);\n    polygon.ps[1] = Point(15664.8, 448.265);\n    polygon.ps[2] = Point(15609.8, 448.265);\n    polygon.ps[3] = Point(15609.8, 388.265);\n    new ShapeRef(router, polygon, 1579);\n\n    // shapeRef1580\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16193.1, 388.265);\n    polygon.ps[1] = Point(16193.1, 448.265);\n    polygon.ps[2] = Point(16138.1, 448.265);\n    polygon.ps[3] = Point(16138.1, 388.265);\n    new ShapeRef(router, polygon, 1580);\n\n    // shapeRef1581\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16449.1, 805.591);\n    polygon.ps[1] = Point(16449.1, 845.591);\n    polygon.ps[2] = Point(16373.6, 845.591);\n    polygon.ps[3] = Point(16373.6, 805.591);\n    new ShapeRef(router, polygon, 1581);\n\n    // shapeRef1582\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16251.1, 805.591);\n    polygon.ps[1] = Point(16251.1, 845.591);\n    polygon.ps[2] = Point(16175.6, 845.591);\n    polygon.ps[3] = Point(16175.6, 805.591);\n    new ShapeRef(router, polygon, 1582);\n\n    // shapeRef1583\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11133.7, 8004.79);\n    polygon.ps[1] = Point(11133.7, 8064.79);\n    polygon.ps[2] = Point(11078.7, 8064.79);\n    polygon.ps[3] = Point(11078.7, 8004.79);\n    new ShapeRef(router, polygon, 1583);\n\n    // shapeRef1584\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10803.7, 388.265);\n    polygon.ps[1] = Point(10803.7, 448.265);\n    polygon.ps[2] = Point(10748.7, 448.265);\n    polygon.ps[3] = Point(10748.7, 388.265);\n    new ShapeRef(router, polygon, 1584);\n\n    // shapeRef1585\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15606.8, 1356.29);\n    polygon.ps[1] = Point(15606.8, 1416.29);\n    polygon.ps[2] = Point(15551.8, 1416.29);\n    polygon.ps[3] = Point(15551.8, 1356.29);\n    new ShapeRef(router, polygon, 1585);\n\n    // shapeRef1586\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8056.79, 243.265);\n    polygon.ps[1] = Point(8056.79, 303.265);\n    polygon.ps[2] = Point(8001.79, 303.265);\n    polygon.ps[3] = Point(8001.79, 243.265);\n    new ShapeRef(router, polygon, 1586);\n\n    // shapeRef1587\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8320.79, 355.265);\n    polygon.ps[1] = Point(8320.79, 415.265);\n    polygon.ps[2] = Point(8265.79, 415.265);\n    polygon.ps[3] = Point(8265.79, 355.265);\n    new ShapeRef(router, polygon, 1587);\n\n    // shapeRef1588\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7792.79, 355.265);\n    polygon.ps[1] = Point(7792.79, 415.265);\n    polygon.ps[2] = Point(7737.79, 415.265);\n    polygon.ps[3] = Point(7737.79, 355.265);\n    new ShapeRef(router, polygon, 1588);\n\n    // shapeRef1589\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6975.6, 355.265);\n    polygon.ps[1] = Point(6975.6, 415.265);\n    polygon.ps[2] = Point(6920.6, 415.265);\n    polygon.ps[3] = Point(6920.6, 355.265);\n    new ShapeRef(router, polygon, 1589);\n\n    // shapeRef1590\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6348.6, 355.265);\n    polygon.ps[1] = Point(6348.6, 415.265);\n    polygon.ps[2] = Point(6293.6, 415.265);\n    polygon.ps[3] = Point(6293.6, 355.265);\n    new ShapeRef(router, polygon, 1590);\n\n    // shapeRef1591\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15142.8, 1111.29);\n    polygon.ps[1] = Point(15142.8, 1171.29);\n    polygon.ps[2] = Point(15087.8, 1171.29);\n    polygon.ps[3] = Point(15087.8, 1111.29);\n    new ShapeRef(router, polygon, 1591);\n\n    // shapeRef1592\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15504.8, 1111.29);\n    polygon.ps[1] = Point(15504.8, 1171.29);\n    polygon.ps[2] = Point(15449.8, 1171.29);\n    polygon.ps[3] = Point(15449.8, 1111.29);\n    new ShapeRef(router, polygon, 1592);\n\n    // shapeRef1593\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 4603.9);\n    polygon.ps[1] = Point(8825.89, 4643.9);\n    polygon.ps[2] = Point(8750.39, 4643.9);\n    polygon.ps[3] = Point(8750.39, 4603.9);\n    new ShapeRef(router, polygon, 1593);\n\n    // shapeRef1594\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5397.5, 4555.4);\n    polygon.ps[1] = Point(5397.5, 4595.4);\n    polygon.ps[2] = Point(5322, 4595.4);\n    polygon.ps[3] = Point(5322, 4555.4);\n    new ShapeRef(router, polygon, 1594);\n\n    // shapeRef1595\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5397.5, 5149.4);\n    polygon.ps[1] = Point(5397.5, 5189.4);\n    polygon.ps[2] = Point(5322, 5189.4);\n    polygon.ps[3] = Point(5322, 5149.4);\n    new ShapeRef(router, polygon, 1595);\n\n    // shapeRef1596\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10106, 10369.5);\n    polygon.ps[1] = Point(10106, 10409.5);\n    polygon.ps[2] = Point(10030.5, 10409.5);\n    polygon.ps[3] = Point(10030.5, 10369.5);\n    new ShapeRef(router, polygon, 1596);\n\n    // shapeRef1597\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10539.7, 10612.3);\n    polygon.ps[1] = Point(10539.7, 10672.3);\n    polygon.ps[2] = Point(10484.7, 10672.3);\n    polygon.ps[3] = Point(10484.7, 10612.3);\n    new ShapeRef(router, polygon, 1597);\n\n    // shapeRef1598\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10935.7, 10612.3);\n    polygon.ps[1] = Point(10935.7, 10672.3);\n    polygon.ps[2] = Point(10880.7, 10672.3);\n    polygon.ps[3] = Point(10880.7, 10612.3);\n    new ShapeRef(router, polygon, 1598);\n\n    // shapeRef1599\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10927.7, 10960.6);\n    polygon.ps[1] = Point(10927.7, 11000.6);\n    polygon.ps[2] = Point(10852.2, 11000.6);\n    polygon.ps[3] = Point(10852.2, 10960.6);\n    new ShapeRef(router, polygon, 1599);\n\n    // shapeRef1600\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6678.6, 6926.4);\n    polygon.ps[1] = Point(6678.6, 6986.4);\n    polygon.ps[2] = Point(6623.6, 6986.4);\n    polygon.ps[3] = Point(6623.6, 6926.4);\n    new ShapeRef(router, polygon, 1600);\n\n    // shapeRef1601\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6637.6, 7542.29);\n    polygon.ps[1] = Point(6637.6, 7582.29);\n    polygon.ps[2] = Point(6562.1, 7582.29);\n    polygon.ps[3] = Point(6562.1, 7542.29);\n    new ShapeRef(router, polygon, 1601);\n\n    // shapeRef1602\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7297.6, 7273.4);\n    polygon.ps[1] = Point(7297.6, 7313.4);\n    polygon.ps[2] = Point(7222.1, 7313.4);\n    polygon.ps[3] = Point(7222.1, 7273.4);\n    new ShapeRef(router, polygon, 1602);\n\n    // shapeRef1603\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6637.6, 8021.79);\n    polygon.ps[1] = Point(6637.6, 8061.79);\n    polygon.ps[2] = Point(6562.1, 8061.79);\n    polygon.ps[3] = Point(6562.1, 8021.79);\n    new ShapeRef(router, polygon, 1603);\n\n    // shapeRef1604\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7297.6, 9193.42);\n    polygon.ps[1] = Point(7297.6, 9233.42);\n    polygon.ps[2] = Point(7222.1, 9233.42);\n    polygon.ps[3] = Point(7222.1, 9193.42);\n    new ShapeRef(router, polygon, 1604);\n\n    // shapeRef1605\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6637.6, 9857.02);\n    polygon.ps[1] = Point(6637.6, 9897.02);\n    polygon.ps[2] = Point(6562.1, 9897.02);\n    polygon.ps[3] = Point(6562.1, 9857.02);\n    new ShapeRef(router, polygon, 1605);\n\n    // shapeRef1606\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8188.79, 6444.51);\n    polygon.ps[1] = Point(8188.79, 6504.51);\n    polygon.ps[2] = Point(8133.79, 6504.51);\n    polygon.ps[3] = Point(8133.79, 6444.51);\n    new ShapeRef(router, polygon, 1606);\n\n    // shapeRef1607\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6208.6, 7955.79);\n    polygon.ps[1] = Point(6208.6, 7995.79);\n    polygon.ps[2] = Point(6133.1, 7995.79);\n    polygon.ps[3] = Point(6133.1, 7955.79);\n    new ShapeRef(router, polygon, 1607);\n\n    // shapeRef1608\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7272.6, 6444.51);\n    polygon.ps[1] = Point(7272.6, 6504.51);\n    polygon.ps[2] = Point(7217.6, 6504.51);\n    polygon.ps[3] = Point(7217.6, 6444.51);\n    new ShapeRef(router, polygon, 1608);\n\n    // shapeRef1609\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6414.6, 6718.21);\n    polygon.ps[1] = Point(6414.6, 6778.21);\n    polygon.ps[2] = Point(6359.6, 6778.21);\n    polygon.ps[3] = Point(6359.6, 6718.21);\n    new ShapeRef(router, polygon, 1609);\n\n    // shapeRef1610\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15954.1, 11873.9);\n    polygon.ps[1] = Point(15954.1, 11913.9);\n    polygon.ps[2] = Point(15878.6, 11913.9);\n    polygon.ps[3] = Point(15878.6, 11873.9);\n    new ShapeRef(router, polygon, 1610);\n\n    // shapeRef1611\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15014.4, 12222.3);\n    polygon.ps[1] = Point(15014.4, 12282.3);\n    polygon.ps[2] = Point(14959.4, 12282.3);\n    polygon.ps[3] = Point(14959.4, 12222.3);\n    new ShapeRef(router, polygon, 1611);\n\n    // shapeRef1612\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14885.9, 1276.29);\n    polygon.ps[1] = Point(14885.9, 1336.29);\n    polygon.ps[2] = Point(14830.9, 1336.29);\n    polygon.ps[3] = Point(14830.9, 1276.29);\n    new ShapeRef(router, polygon, 1612);\n\n    // shapeRef1613\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7850.79, 831.285);\n    polygon.ps[1] = Point(7850.79, 871.285);\n    polygon.ps[2] = Point(7775.29, 871.285);\n    polygon.ps[3] = Point(7775.29, 831.285);\n    new ShapeRef(router, polygon, 1613);\n\n    // shapeRef1614\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7928.29, 8908.22);\n    polygon.ps[1] = Point(7928.29, 8970.22);\n    polygon.ps[2] = Point(7866.29, 8970.22);\n    polygon.ps[3] = Point(7866.29, 8908.22);\n    new ShapeRef(router, polygon, 1614);\n\n    // shapeRef1615\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16229.6, 10750.3);\n    polygon.ps[1] = Point(16229.6, 10812.3);\n    polygon.ps[2] = Point(16167.6, 10812.3);\n    polygon.ps[3] = Point(16167.6, 10750.3);\n    new ShapeRef(router, polygon, 1615);\n\n    // shapeRef1616\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15050.9, 10750.3);\n    polygon.ps[1] = Point(15050.9, 10812.3);\n    polygon.ps[2] = Point(14988.9, 10812.3);\n    polygon.ps[3] = Point(14988.9, 10750.3);\n    new ShapeRef(router, polygon, 1616);\n\n    // shapeRef1617\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15050.9, 11763.9);\n    polygon.ps[1] = Point(15050.9, 11825.9);\n    polygon.ps[2] = Point(14988.9, 11825.9);\n    polygon.ps[3] = Point(14988.9, 11763.9);\n    new ShapeRef(router, polygon, 1617);\n\n    // shapeRef1618\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10454.9, 6219.51);\n    polygon.ps[1] = Point(10454.9, 6281.51);\n    polygon.ps[2] = Point(10392.9, 6281.51);\n    polygon.ps[3] = Point(10392.9, 6219.51);\n    new ShapeRef(router, polygon, 1618);\n\n    // shapeRef1619\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 4330.11);\n    polygon.ps[1] = Point(12562.5, 4392.11);\n    polygon.ps[2] = Point(12500.5, 4392.11);\n    polygon.ps[3] = Point(12500.5, 4330.11);\n    new ShapeRef(router, polygon, 1619);\n\n    // shapeRef1620\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13297, 4095.51);\n    polygon.ps[1] = Point(13297, 4157.51);\n    polygon.ps[2] = Point(13235, 4157.51);\n    polygon.ps[3] = Point(13235, 4095.51);\n    new ShapeRef(router, polygon, 1620);\n\n    // shapeRef1621\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 579.091);\n    polygon.ps[1] = Point(7796.29, 641.091);\n    polygon.ps[2] = Point(7734.29, 641.091);\n    polygon.ps[3] = Point(7734.29, 579.091);\n    new ShapeRef(router, polygon, 1621);\n\n    // shapeRef1622\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10147, 10143);\n    polygon.ps[1] = Point(10147, 10205);\n    polygon.ps[2] = Point(10085, 10205);\n    polygon.ps[3] = Point(10085, 10143);\n    new ShapeRef(router, polygon, 1622);\n\n    // shapeRef1623\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10906.2, 10750.3);\n    polygon.ps[1] = Point(10906.2, 10812.3);\n    polygon.ps[2] = Point(10844.2, 10812.3);\n    polygon.ps[3] = Point(10844.2, 10750.3);\n    new ShapeRef(router, polygon, 1623);\n\n    // shapeRef1624\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 10750.3);\n    polygon.ps[1] = Point(9532.59, 10812.3);\n    polygon.ps[2] = Point(9470.59, 10812.3);\n    polygon.ps[3] = Point(9470.59, 10750.3);\n    new ShapeRef(router, polygon, 1624);\n\n    // shapeRef1625\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 6450.51);\n    polygon.ps[1] = Point(9532.59, 6512.51);\n    polygon.ps[2] = Point(9470.59, 6512.51);\n    polygon.ps[3] = Point(9470.59, 6450.51);\n    new ShapeRef(router, polygon, 1625);\n\n    // shapeRef1626\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13606, 10750.3);\n    polygon.ps[1] = Point(13606, 10812.3);\n    polygon.ps[2] = Point(13544, 10812.3);\n    polygon.ps[3] = Point(13544, 10750.3);\n    new ShapeRef(router, polygon, 1626);\n\n    // shapeRef1627\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 10750.3);\n    polygon.ps[1] = Point(12562.5, 10812.3);\n    polygon.ps[2] = Point(12500.5, 10812.3);\n    polygon.ps[3] = Point(12500.5, 10750.3);\n    new ShapeRef(router, polygon, 1627);\n\n    // shapeRef1628\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 9945.02);\n    polygon.ps[1] = Point(9532.59, 10007);\n    polygon.ps[2] = Point(9470.59, 10007);\n    polygon.ps[3] = Point(9470.59, 9945.02);\n    new ShapeRef(router, polygon, 1628);\n\n    // shapeRef1629\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9532.59, 8218.99);\n    polygon.ps[1] = Point(9532.59, 8280.99);\n    polygon.ps[2] = Point(9470.59, 8280.99);\n    polygon.ps[3] = Point(9470.59, 8218.99);\n    new ShapeRef(router, polygon, 1629);\n\n    // shapeRef1630\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 4973.4);\n    polygon.ps[1] = Point(8866.89, 5035.4);\n    polygon.ps[2] = Point(8804.89, 5035.4);\n    polygon.ps[3] = Point(8804.89, 4973.4);\n    new ShapeRef(router, polygon, 1630);\n\n    // shapeRef1631\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 12050.3);\n    polygon.ps[1] = Point(15899.6, 12112.3);\n    polygon.ps[2] = Point(15837.6, 12112.3);\n    polygon.ps[3] = Point(15837.6, 12050.3);\n    new ShapeRef(router, polygon, 1631);\n\n    // shapeRef1632\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 12261.3);\n    polygon.ps[1] = Point(15899.6, 12323.3);\n    polygon.ps[2] = Point(15837.6, 12323.3);\n    polygon.ps[3] = Point(15837.6, 12261.3);\n    new ShapeRef(router, polygon, 1632);\n\n    // shapeRef1633\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15303.5, 12261.3);\n    polygon.ps[1] = Point(15303.5, 12323.3);\n    polygon.ps[2] = Point(15241.5, 12323.3);\n    polygon.ps[3] = Point(15241.5, 12261.3);\n    new ShapeRef(router, polygon, 1633);\n\n    // shapeRef1634\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9116.99, 11601.9);\n    polygon.ps[1] = Point(9116.99, 11663.9);\n    polygon.ps[2] = Point(9054.99, 11663.9);\n    polygon.ps[3] = Point(9054.99, 11601.9);\n    new ShapeRef(router, polygon, 1634);\n\n    // shapeRef1635\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10906.2, 11601.9);\n    polygon.ps[1] = Point(10906.2, 11663.9);\n    polygon.ps[2] = Point(10844.2, 11663.9);\n    polygon.ps[3] = Point(10844.2, 11601.9);\n    new ShapeRef(router, polygon, 1635);\n\n    // shapeRef1636\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 11601.9);\n    polygon.ps[1] = Point(12021.1, 11663.9);\n    polygon.ps[2] = Point(11959.1, 11663.9);\n    polygon.ps[3] = Point(11959.1, 11601.9);\n    new ShapeRef(router, polygon, 1636);\n\n    // shapeRef1637\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13606, 11601.9);\n    polygon.ps[1] = Point(13606, 11663.9);\n    polygon.ps[2] = Point(13544, 11663.9);\n    polygon.ps[3] = Point(13544, 11601.9);\n    new ShapeRef(router, polygon, 1637);\n\n    // shapeRef1638\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 7031.4);\n    polygon.ps[1] = Point(13903, 7093.4);\n    polygon.ps[2] = Point(13841, 7093.4);\n    polygon.ps[3] = Point(13841, 7031.4);\n    new ShapeRef(router, polygon, 1638);\n\n    // shapeRef1639\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10147, 9314.42);\n    polygon.ps[1] = Point(10147, 9376.42);\n    polygon.ps[2] = Point(10085, 9376.42);\n    polygon.ps[3] = Point(10085, 9314.42);\n    new ShapeRef(router, polygon, 1639);\n\n    // shapeRef1640\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12153.1, 10143);\n    polygon.ps[1] = Point(12153.1, 10205);\n    polygon.ps[2] = Point(12091.1, 10205);\n    polygon.ps[3] = Point(12091.1, 10143);\n    new ShapeRef(router, polygon, 1640);\n\n    // shapeRef1641\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 10143);\n    polygon.ps[1] = Point(15899.6, 10205);\n    polygon.ps[2] = Point(15837.6, 10205);\n    polygon.ps[3] = Point(15837.6, 10143);\n    new ShapeRef(router, polygon, 1641);\n\n    // shapeRef1642\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16951.8, 10143);\n    polygon.ps[1] = Point(16951.8, 10205);\n    polygon.ps[2] = Point(16889.8, 10205);\n    polygon.ps[3] = Point(16889.8, 10143);\n    new ShapeRef(router, polygon, 1642);\n\n    // shapeRef1643\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18168.5, 10143);\n    polygon.ps[1] = Point(18168.5, 10205);\n    polygon.ps[2] = Point(18106.5, 10205);\n    polygon.ps[3] = Point(18106.5, 10143);\n    new ShapeRef(router, polygon, 1643);\n\n    // shapeRef1644\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18333.5, 6757.21);\n    polygon.ps[1] = Point(18333.5, 6819.21);\n    polygon.ps[2] = Point(18271.5, 6819.21);\n    polygon.ps[3] = Point(18271.5, 6757.21);\n    new ShapeRef(router, polygon, 1644);\n\n    // shapeRef1645\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13231, 6757.21);\n    polygon.ps[1] = Point(13231, 6819.21);\n    polygon.ps[2] = Point(13169, 6819.21);\n    polygon.ps[3] = Point(13169, 6757.21);\n    new ShapeRef(router, polygon, 1645);\n\n    // shapeRef1646\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16262.6, 6757.21);\n    polygon.ps[1] = Point(16262.6, 6819.21);\n    polygon.ps[2] = Point(16200.6, 6819.21);\n    polygon.ps[3] = Point(16200.6, 6757.21);\n    new ShapeRef(router, polygon, 1646);\n\n    // shapeRef1647\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10840.2, 8043.79);\n    polygon.ps[1] = Point(10840.2, 8105.79);\n    polygon.ps[2] = Point(10778.2, 8105.79);\n    polygon.ps[3] = Point(10778.2, 8043.79);\n    new ShapeRef(router, polygon, 1647);\n\n    // shapeRef1648\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11526.1, 8043.79);\n    polygon.ps[1] = Point(11526.1, 8105.79);\n    polygon.ps[2] = Point(11464.1, 8105.79);\n    polygon.ps[3] = Point(11464.1, 8043.79);\n    new ShapeRef(router, polygon, 1648);\n\n    // shapeRef1649\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11526.1, 7394.4);\n    polygon.ps[1] = Point(11526.1, 7456.4);\n    polygon.ps[2] = Point(11464.1, 7456.4);\n    polygon.ps[3] = Point(11464.1, 7394.4);\n    new ShapeRef(router, polygon, 1649);\n\n    // shapeRef1650\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12887.5, 7394.4);\n    polygon.ps[1] = Point(12887.5, 7456.4);\n    polygon.ps[2] = Point(12825.5, 7456.4);\n    polygon.ps[3] = Point(12825.5, 7394.4);\n    new ShapeRef(router, polygon, 1650);\n\n    // shapeRef1651\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15438.5, 7394.4);\n    polygon.ps[1] = Point(15438.5, 7456.4);\n    polygon.ps[2] = Point(15376.5, 7456.4);\n    polygon.ps[3] = Point(15376.5, 7394.4);\n    new ShapeRef(router, polygon, 1651);\n\n    // shapeRef1652\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7829.29, 3534.51);\n    polygon.ps[1] = Point(7829.29, 3596.51);\n    polygon.ps[2] = Point(7767.29, 3596.51);\n    polygon.ps[3] = Point(7767.29, 3534.51);\n    new ShapeRef(router, polygon, 1652);\n\n    // shapeRef1653\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11005.2, 1612.29);\n    polygon.ps[1] = Point(11005.2, 1674.29);\n    polygon.ps[2] = Point(10943.2, 1674.29);\n    polygon.ps[3] = Point(10943.2, 1612.29);\n    new ShapeRef(router, polygon, 1653);\n\n    // shapeRef1654\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9466.59, 6932.4);\n    polygon.ps[1] = Point(9466.59, 6994.4);\n    polygon.ps[2] = Point(9404.59, 6994.4);\n    polygon.ps[3] = Point(9404.59, 6932.4);\n    new ShapeRef(router, polygon, 1654);\n\n    // shapeRef1655\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10180, 7427.4);\n    polygon.ps[1] = Point(10180, 7489.4);\n    polygon.ps[2] = Point(10118, 7489.4);\n    polygon.ps[3] = Point(10118, 7427.4);\n    new ShapeRef(router, polygon, 1655);\n\n    // shapeRef1656\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10642.2, 8251.99);\n    polygon.ps[1] = Point(10642.2, 8313.99);\n    polygon.ps[2] = Point(10580.2, 8313.99);\n    polygon.ps[3] = Point(10580.2, 8251.99);\n    new ShapeRef(router, polygon, 1656);\n\n    // shapeRef1657\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10741.2, 8842.22);\n    polygon.ps[1] = Point(10741.2, 8904.22);\n    polygon.ps[2] = Point(10679.2, 8904.22);\n    polygon.ps[3] = Point(10679.2, 8842.22);\n    new ShapeRef(router, polygon, 1657);\n\n    // shapeRef1658\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8715.29, 9945.02);\n    polygon.ps[1] = Point(8715.29, 10007);\n    polygon.ps[2] = Point(8653.29, 10007);\n    polygon.ps[3] = Point(8653.29, 9945.02);\n    new ShapeRef(router, polygon, 1658);\n\n    // shapeRef1659\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7862.29, 9446.42);\n    polygon.ps[1] = Point(7862.29, 9508.42);\n    polygon.ps[2] = Point(7800.29, 9508.42);\n    polygon.ps[3] = Point(7800.29, 9446.42);\n    new ShapeRef(router, polygon, 1659);\n\n    // shapeRef1660\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7441.1, 8548.99);\n    polygon.ps[1] = Point(7441.1, 8610.99);\n    polygon.ps[2] = Point(7379.1, 8610.99);\n    polygon.ps[3] = Point(7379.1, 8548.99);\n    new ShapeRef(router, polygon, 1660);\n\n    // shapeRef1661\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 4330.11);\n    polygon.ps[1] = Point(8866.89, 4392.11);\n    polygon.ps[2] = Point(8804.89, 4392.11);\n    polygon.ps[3] = Point(8804.89, 4330.11);\n    new ShapeRef(router, polygon, 1661);\n\n    // shapeRef1662\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 3633.51);\n    polygon.ps[1] = Point(8866.89, 3695.51);\n    polygon.ps[2] = Point(8804.89, 3695.51);\n    polygon.ps[3] = Point(8804.89, 3633.51);\n    new ShapeRef(router, polygon, 1662);\n\n    // shapeRef1663\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9815.69, 5481.67);\n    polygon.ps[1] = Point(9815.69, 5543.67);\n    polygon.ps[2] = Point(9753.69, 5543.67);\n    polygon.ps[3] = Point(9753.69, 5481.67);\n    new ShapeRef(router, polygon, 1663);\n\n    // shapeRef1664\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 3142.29);\n    polygon.ps[1] = Point(8866.89, 3204.29);\n    polygon.ps[2] = Point(8804.89, 3204.29);\n    polygon.ps[3] = Point(8804.89, 3142.29);\n    new ShapeRef(router, polygon, 1664);\n\n    // shapeRef1665\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 2548.29);\n    polygon.ps[1] = Point(8866.89, 2610.29);\n    polygon.ps[2] = Point(8804.89, 2610.29);\n    polygon.ps[3] = Point(8804.89, 2548.29);\n    new ShapeRef(router, polygon, 1665);\n\n    // shapeRef1666\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.29, 1645.29);\n    polygon.ps[1] = Point(8489.29, 1707.29);\n    polygon.ps[2] = Point(8427.29, 1707.29);\n    polygon.ps[3] = Point(8427.29, 1645.29);\n    new ShapeRef(router, polygon, 1666);\n\n    // shapeRef1667\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.29, 1249.29);\n    polygon.ps[1] = Point(8489.29, 1311.29);\n    polygon.ps[2] = Point(8427.29, 1311.29);\n    polygon.ps[3] = Point(8427.29, 1249.29);\n    new ShapeRef(router, polygon, 1667);\n\n    // shapeRef1668\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.29, 777.091);\n    polygon.ps[1] = Point(8489.29, 839.091);\n    polygon.ps[2] = Point(8427.29, 839.091);\n    polygon.ps[3] = Point(8427.29, 777.091);\n    new ShapeRef(router, polygon, 1668);\n\n    // shapeRef1669\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.29, 394.265);\n    polygon.ps[1] = Point(8489.29, 456.265);\n    polygon.ps[2] = Point(8427.29, 456.265);\n    polygon.ps[3] = Point(8427.29, 394.265);\n    new ShapeRef(router, polygon, 1669);\n\n    // shapeRef1670\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8027.29, 777.091);\n    polygon.ps[1] = Point(8027.29, 839.091);\n    polygon.ps[2] = Point(7965.29, 839.091);\n    polygon.ps[3] = Point(7965.29, 777.091);\n    new ShapeRef(router, polygon, 1670);\n\n    // shapeRef1671\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9301.59, 777.091);\n    polygon.ps[1] = Point(9301.59, 839.091);\n    polygon.ps[2] = Point(9239.59, 839.091);\n    polygon.ps[3] = Point(9239.59, 777.091);\n    new ShapeRef(router, polygon, 1671);\n\n    // shapeRef1672\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8027.29, 1117.29);\n    polygon.ps[1] = Point(8027.29, 1179.29);\n    polygon.ps[2] = Point(7965.29, 1179.29);\n    polygon.ps[3] = Point(7965.29, 1117.29);\n    new ShapeRef(router, polygon, 1672);\n\n    // shapeRef1673\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10487.9, 777.091);\n    polygon.ps[1] = Point(10487.9, 839.091);\n    polygon.ps[2] = Point(10425.9, 839.091);\n    polygon.ps[3] = Point(10425.9, 777.091);\n    new ShapeRef(router, polygon, 1673);\n\n    // shapeRef1674\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11005.2, 777.091);\n    polygon.ps[1] = Point(11005.2, 839.091);\n    polygon.ps[2] = Point(10943.2, 839.091);\n    polygon.ps[3] = Point(10943.2, 777.091);\n    new ShapeRef(router, polygon, 1674);\n\n    // shapeRef1675\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11005.2, 1249.29);\n    polygon.ps[1] = Point(11005.2, 1311.29);\n    polygon.ps[2] = Point(10943.2, 1311.29);\n    polygon.ps[3] = Point(10943.2, 1249.29);\n    new ShapeRef(router, polygon, 1675);\n\n    // shapeRef1676\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10487.9, 1249.29);\n    polygon.ps[1] = Point(10487.9, 1311.29);\n    polygon.ps[2] = Point(10425.9, 1311.29);\n    polygon.ps[3] = Point(10425.9, 1249.29);\n    new ShapeRef(router, polygon, 1676);\n\n    // shapeRef1677\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9683.69, 1414.29);\n    polygon.ps[1] = Point(9683.69, 1476.29);\n    polygon.ps[2] = Point(9621.69, 1476.29);\n    polygon.ps[3] = Point(9621.69, 1414.29);\n    new ShapeRef(router, polygon, 1677);\n\n    // shapeRef1678\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9683.69, 1912.29);\n    polygon.ps[1] = Point(9683.69, 1974.29);\n    polygon.ps[2] = Point(9621.69, 1974.29);\n    polygon.ps[3] = Point(9621.69, 1912.29);\n    new ShapeRef(router, polygon, 1678);\n\n    // shapeRef1679\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 1612.29);\n    polygon.ps[1] = Point(11394.1, 1674.29);\n    polygon.ps[2] = Point(11332.1, 1674.29);\n    polygon.ps[3] = Point(11332.1, 1612.29);\n    new ShapeRef(router, polygon, 1679);\n\n    // shapeRef1680\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11005.2, 427.265);\n    polygon.ps[1] = Point(11005.2, 489.265);\n    polygon.ps[2] = Point(10943.2, 489.265);\n    polygon.ps[3] = Point(10943.2, 427.265);\n    new ShapeRef(router, polygon, 1680);\n\n    // shapeRef1681\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10180, 4330.11);\n    polygon.ps[1] = Point(10180, 4392.11);\n    polygon.ps[2] = Point(10118, 4392.11);\n    polygon.ps[3] = Point(10118, 4330.11);\n    new ShapeRef(router, polygon, 1681);\n\n    // shapeRef1682\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10774.2, 4330.11);\n    polygon.ps[1] = Point(10774.2, 4392.11);\n    polygon.ps[2] = Point(10712.2, 4392.11);\n    polygon.ps[3] = Point(10712.2, 4330.11);\n    new ShapeRef(router, polygon, 1682);\n\n    // shapeRef1683\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11104.2, 4330.11);\n    polygon.ps[1] = Point(11104.2, 4392.11);\n    polygon.ps[2] = Point(11042.2, 4392.11);\n    polygon.ps[3] = Point(11042.2, 4330.11);\n    new ShapeRef(router, polygon, 1683);\n\n    // shapeRef1684\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11427.1, 4330.11);\n    polygon.ps[1] = Point(11427.1, 4392.11);\n    polygon.ps[2] = Point(11365.1, 4392.11);\n    polygon.ps[3] = Point(11365.1, 4330.11);\n    new ShapeRef(router, polygon, 1684);\n\n    // shapeRef1685\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11790.1, 4330.11);\n    polygon.ps[1] = Point(11790.1, 4392.11);\n    polygon.ps[2] = Point(11728.1, 4392.11);\n    polygon.ps[3] = Point(11728.1, 4330.11);\n    new ShapeRef(router, polygon, 1685);\n\n    // shapeRef1686\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12087.1, 4330.11);\n    polygon.ps[1] = Point(12087.1, 4392.11);\n    polygon.ps[2] = Point(12025.1, 4392.11);\n    polygon.ps[3] = Point(12025.1, 4330.11);\n    new ShapeRef(router, polygon, 1686);\n\n    // shapeRef1687\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 4709.4);\n    polygon.ps[1] = Point(12562.5, 4771.4);\n    polygon.ps[2] = Point(12500.5, 4771.4);\n    polygon.ps[3] = Point(12500.5, 4709.4);\n    new ShapeRef(router, polygon, 1687);\n\n    // shapeRef1688\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 5138.4);\n    polygon.ps[1] = Point(12562.5, 5200.4);\n    polygon.ps[2] = Point(12500.5, 5200.4);\n    polygon.ps[3] = Point(12500.5, 5138.4);\n    new ShapeRef(router, polygon, 1688);\n\n    // shapeRef1689\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 5481.67);\n    polygon.ps[1] = Point(12562.5, 5543.67);\n    polygon.ps[2] = Point(12500.5, 5543.67);\n    polygon.ps[3] = Point(12500.5, 5481.67);\n    new ShapeRef(router, polygon, 1689);\n\n    // shapeRef1690\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 3699.51);\n    polygon.ps[1] = Point(12562.5, 3761.51);\n    polygon.ps[2] = Point(12500.5, 3761.51);\n    polygon.ps[3] = Point(12500.5, 3699.51);\n    new ShapeRef(router, polygon, 1690);\n\n    // shapeRef1691\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 3307.29);\n    polygon.ps[1] = Point(12562.5, 3369.29);\n    polygon.ps[2] = Point(12500.5, 3369.29);\n    polygon.ps[3] = Point(12500.5, 3307.29);\n    new ShapeRef(router, polygon, 1691);\n\n    // shapeRef1692\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 2647.29);\n    polygon.ps[1] = Point(12562.5, 2709.29);\n    polygon.ps[2] = Point(12500.5, 2709.29);\n    polygon.ps[3] = Point(12500.5, 2647.29);\n    new ShapeRef(router, polygon, 1692);\n\n    // shapeRef1693\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 1813.29);\n    polygon.ps[1] = Point(12562.5, 1875.29);\n    polygon.ps[2] = Point(12500.5, 1875.29);\n    polygon.ps[3] = Point(12500.5, 1813.29);\n    new ShapeRef(router, polygon, 1693);\n\n    // shapeRef1694\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 1813.29);\n    polygon.ps[1] = Point(12021.1, 1875.29);\n    polygon.ps[2] = Point(11959.1, 1875.29);\n    polygon.ps[3] = Point(11959.1, 1813.29);\n    new ShapeRef(router, polygon, 1694);\n\n    // shapeRef1695\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 1546.29);\n    polygon.ps[1] = Point(12021.1, 1608.29);\n    polygon.ps[2] = Point(11959.1, 1608.29);\n    polygon.ps[3] = Point(11959.1, 1546.29);\n    new ShapeRef(router, polygon, 1695);\n\n    // shapeRef1696\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 8218.99);\n    polygon.ps[1] = Point(13903, 8280.99);\n    polygon.ps[2] = Point(13841, 8280.99);\n    polygon.ps[3] = Point(13841, 8218.99);\n    new ShapeRef(router, polygon, 1696);\n\n    // shapeRef1697\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 8677.22);\n    polygon.ps[1] = Point(13903, 8739.22);\n    polygon.ps[2] = Point(13841, 8739.22);\n    polygon.ps[3] = Point(13841, 8677.22);\n    new ShapeRef(router, polygon, 1697);\n\n    // shapeRef1698\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11955.1, 7581.79);\n    polygon.ps[1] = Point(11955.1, 7643.79);\n    polygon.ps[2] = Point(11893.1, 7643.79);\n    polygon.ps[3] = Point(11893.1, 7581.79);\n    new ShapeRef(router, polygon, 1698);\n\n    // shapeRef1699\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11955.1, 8043.79);\n    polygon.ps[1] = Point(11955.1, 8105.79);\n    polygon.ps[2] = Point(11893.1, 8105.79);\n    polygon.ps[3] = Point(11893.1, 8043.79);\n    new ShapeRef(router, polygon, 1699);\n\n    // shapeRef1700\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 8218.99);\n    polygon.ps[1] = Point(15899.6, 8280.99);\n    polygon.ps[2] = Point(15837.6, 8280.99);\n    polygon.ps[3] = Point(15837.6, 8218.99);\n    new ShapeRef(router, polygon, 1700);\n\n    // shapeRef1701\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 8677.22);\n    polygon.ps[1] = Point(15899.6, 8739.22);\n    polygon.ps[2] = Point(15837.6, 8739.22);\n    polygon.ps[3] = Point(15837.6, 8677.22);\n    new ShapeRef(router, polygon, 1701);\n\n    // shapeRef1702\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 8218.99);\n    polygon.ps[1] = Point(16753.8, 8280.99);\n    polygon.ps[2] = Point(16691.8, 8280.99);\n    polygon.ps[3] = Point(16691.8, 8218.99);\n    new ShapeRef(router, polygon, 1702);\n\n    // shapeRef1703\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16753.8, 8611.22);\n    polygon.ps[1] = Point(16753.8, 8673.22);\n    polygon.ps[2] = Point(16691.8, 8673.22);\n    polygon.ps[3] = Point(16691.8, 8611.22);\n    new ShapeRef(router, polygon, 1703);\n\n    // shapeRef1704\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13198, 8218.99);\n    polygon.ps[1] = Point(13198, 8280.99);\n    polygon.ps[2] = Point(13136, 8280.99);\n    polygon.ps[3] = Point(13136, 8218.99);\n    new ShapeRef(router, polygon, 1704);\n\n    // shapeRef1705\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10840.2, 7097.4);\n    polygon.ps[1] = Point(10840.2, 7159.4);\n    polygon.ps[2] = Point(10778.2, 7159.4);\n    polygon.ps[3] = Point(10778.2, 7097.4);\n    new ShapeRef(router, polygon, 1705);\n\n    // shapeRef1706\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18399.5, 5039.4);\n    polygon.ps[1] = Point(18399.5, 5101.4);\n    polygon.ps[2] = Point(18337.5, 5101.4);\n    polygon.ps[3] = Point(18337.5, 5039.4);\n    new ShapeRef(router, polygon, 1706);\n\n    // shapeRef1707\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18756.5, 5791.9);\n    polygon.ps[1] = Point(18756.5, 5853.9);\n    polygon.ps[2] = Point(18694.5, 5853.9);\n    polygon.ps[3] = Point(18694.5, 5791.9);\n    new ShapeRef(router, polygon, 1707);\n\n    // shapeRef1708\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17772.5, 5791.9);\n    polygon.ps[1] = Point(17772.5, 5853.9);\n    polygon.ps[2] = Point(17710.5, 5853.9);\n    polygon.ps[3] = Point(17710.5, 5791.9);\n    new ShapeRef(router, polygon, 1708);\n\n    // shapeRef1709\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10840.2, 7548.79);\n    polygon.ps[1] = Point(10840.2, 7610.79);\n    polygon.ps[2] = Point(10778.2, 7610.79);\n    polygon.ps[3] = Point(10778.2, 7548.79);\n    new ShapeRef(router, polygon, 1709);\n\n    // shapeRef1710\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11071.2, 8842.22);\n    polygon.ps[1] = Point(11071.2, 8904.22);\n    polygon.ps[2] = Point(11009.2, 8904.22);\n    polygon.ps[3] = Point(11009.2, 8842.22);\n    new ShapeRef(router, polygon, 1710);\n\n    // shapeRef1711\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11460.1, 8842.22);\n    polygon.ps[1] = Point(11460.1, 8904.22);\n    polygon.ps[2] = Point(11398.1, 8904.22);\n    polygon.ps[3] = Point(11398.1, 8842.22);\n    new ShapeRef(router, polygon, 1711);\n\n    // shapeRef1712\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12021.1, 8842.22);\n    polygon.ps[1] = Point(12021.1, 8904.22);\n    polygon.ps[2] = Point(11959.1, 8904.22);\n    polygon.ps[3] = Point(11959.1, 8842.22);\n    new ShapeRef(router, polygon, 1712);\n\n    // shapeRef1713\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12920.5, 8842.22);\n    polygon.ps[1] = Point(12920.5, 8904.22);\n    polygon.ps[2] = Point(12858.5, 8904.22);\n    polygon.ps[3] = Point(12858.5, 8842.22);\n    new ShapeRef(router, polygon, 1713);\n\n    // shapeRef1714\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13903, 8842.22);\n    polygon.ps[1] = Point(13903, 8904.22);\n    polygon.ps[2] = Point(13841, 8904.22);\n    polygon.ps[3] = Point(13841, 8842.22);\n    new ShapeRef(router, polygon, 1714);\n\n    // shapeRef1715\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7177.1, 3534.51);\n    polygon.ps[1] = Point(7177.1, 3596.51);\n    polygon.ps[2] = Point(7115.1, 3596.51);\n    polygon.ps[3] = Point(7115.1, 3534.51);\n    new ShapeRef(router, polygon, 1715);\n\n    // shapeRef1716\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6550.1, 3534.51);\n    polygon.ps[1] = Point(6550.1, 3596.51);\n    polygon.ps[2] = Point(6488.1, 3596.51);\n    polygon.ps[3] = Point(6488.1, 3534.51);\n    new ShapeRef(router, polygon, 1716);\n\n    // shapeRef1717\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6055.1, 3534.51);\n    polygon.ps[1] = Point(6055.1, 3596.51);\n    polygon.ps[2] = Point(5993.1, 3596.51);\n    polygon.ps[3] = Point(5993.1, 3534.51);\n    new ShapeRef(router, polygon, 1717);\n\n    // shapeRef1718\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 3534.51);\n    polygon.ps[1] = Point(5343, 3596.51);\n    polygon.ps[2] = Point(5281, 3596.51);\n    polygon.ps[3] = Point(5281, 3534.51);\n    new ShapeRef(router, polygon, 1718);\n\n    // shapeRef1719\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6781.1, 6483.51);\n    polygon.ps[1] = Point(6781.1, 6545.51);\n    polygon.ps[2] = Point(6719.1, 6545.51);\n    polygon.ps[3] = Point(6719.1, 6483.51);\n    new ShapeRef(router, polygon, 1719);\n\n    // shapeRef1720\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 7548.79);\n    polygon.ps[1] = Point(4980, 7610.79);\n    polygon.ps[2] = Point(4918, 7610.79);\n    polygon.ps[3] = Point(4918, 7548.79);\n    new ShapeRef(router, polygon, 1720);\n\n    // shapeRef1721\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 8076.79);\n    polygon.ps[1] = Point(4980, 8138.79);\n    polygon.ps[2] = Point(4918, 8138.79);\n    polygon.ps[3] = Point(4918, 8076.79);\n    new ShapeRef(router, polygon, 1721);\n\n    // shapeRef1722\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 8548.99);\n    polygon.ps[1] = Point(4980, 8610.99);\n    polygon.ps[2] = Point(4918, 8610.99);\n    polygon.ps[3] = Point(4918, 8548.99);\n    new ShapeRef(router, polygon, 1722);\n\n    // shapeRef1723\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 9083.42);\n    polygon.ps[1] = Point(4980, 9145.42);\n    polygon.ps[2] = Point(4918, 9145.42);\n    polygon.ps[3] = Point(4918, 9083.42);\n    new ShapeRef(router, polygon, 1723);\n\n    // shapeRef1724\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 9545.42);\n    polygon.ps[1] = Point(4980, 9607.42);\n    polygon.ps[2] = Point(4918, 9607.42);\n    polygon.ps[3] = Point(4918, 9545.42);\n    new ShapeRef(router, polygon, 1724);\n\n    // shapeRef1725\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4320, 9545.42);\n    polygon.ps[1] = Point(4320, 9607.42);\n    polygon.ps[2] = Point(4258, 9607.42);\n    polygon.ps[3] = Point(4258, 9545.42);\n    new ShapeRef(router, polygon, 1725);\n\n    // shapeRef1726\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4320, 10044);\n    polygon.ps[1] = Point(4320, 10106);\n    polygon.ps[2] = Point(4258, 10106);\n    polygon.ps[3] = Point(4258, 10044);\n    new ShapeRef(router, polygon, 1726);\n\n    // shapeRef1727\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 10407);\n    polygon.ps[1] = Point(4980, 10469);\n    polygon.ps[2] = Point(4918, 10469);\n    polygon.ps[3] = Point(4918, 10407);\n    new ShapeRef(router, polygon, 1727);\n\n    // shapeRef1728\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 10407);\n    polygon.ps[1] = Point(4584, 10469);\n    polygon.ps[2] = Point(4522, 10469);\n    polygon.ps[3] = Point(4522, 10407);\n    new ShapeRef(router, polygon, 1728);\n\n    // shapeRef1729\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 1249.29);\n    polygon.ps[1] = Point(11394.1, 1311.29);\n    polygon.ps[2] = Point(11332.1, 1311.29);\n    polygon.ps[3] = Point(11332.1, 1249.29);\n    new ShapeRef(router, polygon, 1729);\n\n    // shapeRef1730\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 777.091);\n    polygon.ps[1] = Point(11394.1, 839.091);\n    polygon.ps[2] = Point(11332.1, 839.091);\n    polygon.ps[3] = Point(11332.1, 777.091);\n    new ShapeRef(router, polygon, 1730);\n\n    // shapeRef1731\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 427.265);\n    polygon.ps[1] = Point(11394.1, 489.265);\n    polygon.ps[2] = Point(11332.1, 489.265);\n    polygon.ps[3] = Point(11332.1, 427.265);\n    new ShapeRef(router, polygon, 1731);\n\n    // shapeRef1732\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11757.1, 427.265);\n    polygon.ps[1] = Point(11757.1, 489.265);\n    polygon.ps[2] = Point(11695.1, 489.265);\n    polygon.ps[3] = Point(11695.1, 427.265);\n    new ShapeRef(router, polygon, 1732);\n\n    // shapeRef1733\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12120.1, 427.265);\n    polygon.ps[1] = Point(12120.1, 489.265);\n    polygon.ps[2] = Point(12058.1, 489.265);\n    polygon.ps[3] = Point(12058.1, 427.265);\n    new ShapeRef(router, polygon, 1733);\n\n    // shapeRef1734\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12887.5, 427.265);\n    polygon.ps[1] = Point(12887.5, 489.265);\n    polygon.ps[2] = Point(12825.5, 489.265);\n    polygon.ps[3] = Point(12825.5, 427.265);\n    new ShapeRef(router, polygon, 1734);\n\n    // shapeRef1735\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12384.1, 612.091);\n    polygon.ps[1] = Point(12384.1, 674.091);\n    polygon.ps[2] = Point(12322.1, 674.091);\n    polygon.ps[3] = Point(12322.1, 612.091);\n    new ShapeRef(router, polygon, 1735);\n\n    // shapeRef1736\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13540, 427.265);\n    polygon.ps[1] = Point(13540, 489.265);\n    polygon.ps[2] = Point(13478, 489.265);\n    polygon.ps[3] = Point(13478, 427.265);\n    new ShapeRef(router, polygon, 1736);\n\n    // shapeRef1737\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14068, 427.265);\n    polygon.ps[1] = Point(14068, 489.265);\n    polygon.ps[2] = Point(14006, 489.265);\n    polygon.ps[3] = Point(14006, 427.265);\n    new ShapeRef(router, polygon, 1737);\n\n    // shapeRef1738\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14596, 427.265);\n    polygon.ps[1] = Point(14596, 489.265);\n    polygon.ps[2] = Point(14534, 489.265);\n    polygon.ps[3] = Point(14534, 427.265);\n    new ShapeRef(router, polygon, 1738);\n\n    // shapeRef1739\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 427.265);\n    polygon.ps[1] = Point(15270.5, 489.265);\n    polygon.ps[2] = Point(15208.5, 489.265);\n    polygon.ps[3] = Point(15208.5, 427.265);\n    new ShapeRef(router, polygon, 1739);\n\n    // shapeRef1740\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15998.6, 427.265);\n    polygon.ps[1] = Point(15998.6, 489.265);\n    polygon.ps[2] = Point(15936.6, 489.265);\n    polygon.ps[3] = Point(15936.6, 427.265);\n    new ShapeRef(router, polygon, 1740);\n\n    // shapeRef1741\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16394.6, 427.265);\n    polygon.ps[1] = Point(16394.6, 489.265);\n    polygon.ps[2] = Point(16332.6, 489.265);\n    polygon.ps[3] = Point(16332.6, 427.265);\n    new ShapeRef(router, polygon, 1741);\n\n    // shapeRef1742\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16394.6, 1249.29);\n    polygon.ps[1] = Point(16394.6, 1311.29);\n    polygon.ps[2] = Point(16332.6, 1311.29);\n    polygon.ps[3] = Point(16332.6, 1249.29);\n    new ShapeRef(router, polygon, 1742);\n\n    // shapeRef1743\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18432.5, 11829.9);\n    polygon.ps[1] = Point(18432.5, 11891.9);\n    polygon.ps[2] = Point(18370.5, 11891.9);\n    polygon.ps[3] = Point(18370.5, 11829.9);\n    new ShapeRef(router, polygon, 1743);\n\n    // shapeRef1744\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18661.5, 11829.9);\n    polygon.ps[1] = Point(18661.5, 11891.9);\n    polygon.ps[2] = Point(18599.5, 11891.9);\n    polygon.ps[3] = Point(18599.5, 11829.9);\n    new ShapeRef(router, polygon, 1744);\n\n    // shapeRef1745\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10487.9, 427.265);\n    polygon.ps[1] = Point(10487.9, 489.265);\n    polygon.ps[2] = Point(10425.9, 489.265);\n    polygon.ps[3] = Point(10425.9, 427.265);\n    new ShapeRef(router, polygon, 1745);\n\n    // shapeRef1746\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9202.59, 427.265);\n    polygon.ps[1] = Point(9202.59, 489.265);\n    polygon.ps[2] = Point(9140.59, 489.265);\n    polygon.ps[3] = Point(9140.59, 427.265);\n    new ShapeRef(router, polygon, 1746);\n\n    // shapeRef1747\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8489.29, 282.265);\n    polygon.ps[1] = Point(8489.29, 344.265);\n    polygon.ps[2] = Point(8427.29, 344.265);\n    polygon.ps[3] = Point(8427.29, 282.265);\n    new ShapeRef(router, polygon, 1747);\n\n    // shapeRef1748\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8225.29, 282.265);\n    polygon.ps[1] = Point(8225.29, 344.265);\n    polygon.ps[2] = Point(8163.29, 344.265);\n    polygon.ps[3] = Point(8163.29, 282.265);\n    new ShapeRef(router, polygon, 1748);\n\n    // shapeRef1749\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7895.29, 282.265);\n    polygon.ps[1] = Point(7895.29, 344.265);\n    polygon.ps[2] = Point(7833.29, 344.265);\n    polygon.ps[3] = Point(7833.29, 282.265);\n    new ShapeRef(router, polygon, 1749);\n\n    // shapeRef1750\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8093.29, 394.265);\n    polygon.ps[1] = Point(8093.29, 456.265);\n    polygon.ps[2] = Point(8031.29, 456.265);\n    polygon.ps[3] = Point(8031.29, 394.265);\n    new ShapeRef(router, polygon, 1750);\n\n    // shapeRef1751\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7375.1, 394.265);\n    polygon.ps[1] = Point(7375.1, 456.265);\n    polygon.ps[2] = Point(7313.1, 456.265);\n    polygon.ps[3] = Point(7313.1, 394.265);\n    new ShapeRef(router, polygon, 1751);\n\n    // shapeRef1752\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6649.1, 394.265);\n    polygon.ps[1] = Point(6649.1, 456.265);\n    polygon.ps[2] = Point(6587.1, 456.265);\n    polygon.ps[3] = Point(6587.1, 394.265);\n    new ShapeRef(router, polygon, 1752);\n\n    // shapeRef1753\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6154.1, 394.265);\n    polygon.ps[1] = Point(6154.1, 456.265);\n    polygon.ps[2] = Point(6092.1, 456.265);\n    polygon.ps[3] = Point(6092.1, 394.265);\n    new ShapeRef(router, polygon, 1753);\n\n    // shapeRef1754\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10840.2, 4511.4);\n    polygon.ps[1] = Point(10840.2, 4573.4);\n    polygon.ps[2] = Point(10778.2, 4573.4);\n    polygon.ps[3] = Point(10778.2, 4511.4);\n    new ShapeRef(router, polygon, 1754);\n\n    // shapeRef1755\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 711.091);\n    polygon.ps[1] = Point(15270.5, 773.091);\n    polygon.ps[2] = Point(15208.5, 773.091);\n    polygon.ps[3] = Point(15208.5, 711.091);\n    new ShapeRef(router, polygon, 1755);\n\n    // shapeRef1756\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15270.5, 1150.29);\n    polygon.ps[1] = Point(15270.5, 1212.29);\n    polygon.ps[2] = Point(15208.5, 1212.29);\n    polygon.ps[3] = Point(15208.5, 1150.29);\n    new ShapeRef(router, polygon, 1756);\n\n    // shapeRef1757\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5824.1, 4095.51);\n    polygon.ps[1] = Point(5824.1, 4157.51);\n    polygon.ps[2] = Point(5762.1, 4157.51);\n    polygon.ps[3] = Point(5762.1, 4095.51);\n    new ShapeRef(router, polygon, 1757);\n\n    // shapeRef1758\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 5933.59);\n    polygon.ps[1] = Point(5343, 5995.59);\n    polygon.ps[2] = Point(5281, 5995.59);\n    polygon.ps[3] = Point(5281, 5933.59);\n    new ShapeRef(router, polygon, 1758);\n\n    // shapeRef1759\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 4907.4);\n    polygon.ps[1] = Point(5343, 4969.4);\n    polygon.ps[2] = Point(5281, 4969.4);\n    polygon.ps[3] = Point(5281, 4907.4);\n    new ShapeRef(router, polygon, 1759);\n\n    // shapeRef1760\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5343, 4095.51);\n    polygon.ps[1] = Point(5343, 4157.51);\n    polygon.ps[2] = Point(5281, 4157.51);\n    polygon.ps[3] = Point(5281, 4095.51);\n    new ShapeRef(router, polygon, 1760);\n\n    // shapeRef1761\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10147, 10651.3);\n    polygon.ps[1] = Point(10147, 10713.3);\n    polygon.ps[2] = Point(10085, 10713.3);\n    polygon.ps[3] = Point(10085, 10651.3);\n    new ShapeRef(router, polygon, 1761);\n\n    // shapeRef1762\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10741.2, 10651.3);\n    polygon.ps[1] = Point(10741.2, 10713.3);\n    polygon.ps[2] = Point(10679.2, 10713.3);\n    polygon.ps[3] = Point(10679.2, 10651.3);\n    new ShapeRef(router, polygon, 1762);\n\n    // shapeRef1763\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11038.2, 10651.3);\n    polygon.ps[1] = Point(11038.2, 10713.3);\n    polygon.ps[2] = Point(10976.2, 10713.3);\n    polygon.ps[3] = Point(10976.2, 10651.3);\n    new ShapeRef(router, polygon, 1763);\n\n    // shapeRef1764\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 7262.4);\n    polygon.ps[1] = Point(6583.1, 7324.4);\n    polygon.ps[2] = Point(6521.1, 7324.4);\n    polygon.ps[3] = Point(6521.1, 7262.4);\n    new ShapeRef(router, polygon, 1764);\n\n    // shapeRef1765\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 6998.4);\n    polygon.ps[1] = Point(7243.1, 7060.4);\n    polygon.ps[2] = Point(7181.1, 7060.4);\n    polygon.ps[3] = Point(7181.1, 6998.4);\n    new ShapeRef(router, polygon, 1765);\n\n    // shapeRef1766\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 7614.79);\n    polygon.ps[1] = Point(7243.1, 7676.79);\n    polygon.ps[2] = Point(7181.1, 7676.79);\n    polygon.ps[3] = Point(7181.1, 7614.79);\n    new ShapeRef(router, polygon, 1766);\n\n    // shapeRef1767\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 9017.42);\n    polygon.ps[1] = Point(7243.1, 9079.42);\n    polygon.ps[2] = Point(7181.1, 9079.42);\n    polygon.ps[3] = Point(7181.1, 9017.42);\n    new ShapeRef(router, polygon, 1767);\n\n    // shapeRef1768\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7243.1, 9380.42);\n    polygon.ps[1] = Point(7243.1, 9442.42);\n    polygon.ps[2] = Point(7181.1, 9442.42);\n    polygon.ps[3] = Point(7181.1, 9380.42);\n    new ShapeRef(router, polygon, 1768);\n\n    // shapeRef1769\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 7779.79);\n    polygon.ps[1] = Point(6583.1, 7841.79);\n    polygon.ps[2] = Point(6521.1, 7841.79);\n    polygon.ps[3] = Point(6521.1, 7779.79);\n    new ShapeRef(router, polygon, 1769);\n\n    // shapeRef1770\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 8284.99);\n    polygon.ps[1] = Point(6583.1, 8346.99);\n    polygon.ps[2] = Point(6521.1, 8346.99);\n    polygon.ps[3] = Point(6521.1, 8284.99);\n    new ShapeRef(router, polygon, 1770);\n\n    // shapeRef1771\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 9512.42);\n    polygon.ps[1] = Point(6583.1, 9574.42);\n    polygon.ps[2] = Point(6521.1, 9574.42);\n    polygon.ps[3] = Point(6521.1, 9512.42);\n    new ShapeRef(router, polygon, 1771);\n\n    // shapeRef1772\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6583.1, 10077);\n    polygon.ps[1] = Point(6583.1, 10139);\n    polygon.ps[2] = Point(6521.1, 10139);\n    polygon.ps[3] = Point(6521.1, 10077);\n    new ShapeRef(router, polygon, 1772);\n\n    // shapeRef1773\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6814.1, 7515.79);\n    polygon.ps[1] = Point(6814.1, 7577.79);\n    polygon.ps[2] = Point(6752.1, 7577.79);\n    polygon.ps[3] = Point(6752.1, 7515.79);\n    new ShapeRef(router, polygon, 1773);\n\n    // shapeRef1774\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7177.1, 6219.51);\n    polygon.ps[1] = Point(7177.1, 6281.51);\n    polygon.ps[2] = Point(7115.1, 6281.51);\n    polygon.ps[3] = Point(7115.1, 6219.51);\n    new ShapeRef(router, polygon, 1774);\n\n    // shapeRef1775\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 6483.51);\n    polygon.ps[1] = Point(7796.29, 6545.51);\n    polygon.ps[2] = Point(7734.29, 6545.51);\n    polygon.ps[3] = Point(7734.29, 6483.51);\n    new ShapeRef(router, polygon, 1775);\n\n    // shapeRef1776\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8649.29, 6483.51);\n    polygon.ps[1] = Point(8649.29, 6545.51);\n    polygon.ps[2] = Point(8587.29, 6545.51);\n    polygon.ps[3] = Point(8587.29, 6483.51);\n    new ShapeRef(router, polygon, 1776);\n\n    // shapeRef1777\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6154.1, 7713.79);\n    polygon.ps[1] = Point(6154.1, 7775.79);\n    polygon.ps[2] = Point(6092.1, 7775.79);\n    polygon.ps[3] = Point(6092.1, 7713.79);\n    new ShapeRef(router, polygon, 1777);\n\n    // shapeRef1778\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6154.1, 8251.99);\n    polygon.ps[1] = Point(6154.1, 8313.99);\n    polygon.ps[2] = Point(6092.1, 8313.99);\n    polygon.ps[3] = Point(6092.1, 8251.99);\n    new ShapeRef(router, polygon, 1778);\n\n    // shapeRef1779\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14728, 12261.3);\n    polygon.ps[1] = Point(14728, 12323.3);\n    polygon.ps[2] = Point(14666, 12323.3);\n    polygon.ps[3] = Point(14666, 12261.3);\n    new ShapeRef(router, polygon, 1779);\n\n    // shapeRef1780\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14431, 12261.3);\n    polygon.ps[1] = Point(14431, 12323.3);\n    polygon.ps[2] = Point(14369, 12323.3);\n    polygon.ps[3] = Point(14369, 12261.3);\n    new ShapeRef(router, polygon, 1780);\n\n    // shapeRef1781\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9265.09, 11141.6);\n    polygon.ps[1] = Point(9265.09, 11201.6);\n    polygon.ps[2] = Point(9210.09, 11201.6);\n    polygon.ps[3] = Point(9210.09, 11141.6);\n    new ShapeRef(router, polygon, 1781);\n\n    // shapeRef1782\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8711.79, 11141.6);\n    polygon.ps[1] = Point(8711.79, 11201.6);\n    polygon.ps[2] = Point(8656.79, 11201.6);\n    polygon.ps[3] = Point(8656.79, 11141.6);\n    new ShapeRef(router, polygon, 1782);\n\n    // shapeRef1783\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8048.79, 10993.6);\n    polygon.ps[1] = Point(8048.79, 11033.6);\n    polygon.ps[2] = Point(7973.29, 11033.6);\n    polygon.ps[3] = Point(7973.29, 10993.6);\n    new ShapeRef(router, polygon, 1783);\n\n    // shapeRef1784\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8254.79, 10645.3);\n    polygon.ps[1] = Point(8254.79, 10705.3);\n    polygon.ps[2] = Point(8199.79, 10705.3);\n    polygon.ps[3] = Point(8199.79, 10645.3);\n    new ShapeRef(router, polygon, 1784);\n\n    // shapeRef1785\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8711.79, 10645.3);\n    polygon.ps[1] = Point(8711.79, 10705.3);\n    polygon.ps[2] = Point(8656.79, 10705.3);\n    polygon.ps[3] = Point(8656.79, 10645.3);\n    new ShapeRef(router, polygon, 1785);\n\n    // shapeRef1786\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13326.5, 9176.42);\n    polygon.ps[1] = Point(13326.5, 9236.42);\n    polygon.ps[2] = Point(13271.5, 9236.42);\n    polygon.ps[3] = Point(13271.5, 9176.42);\n    new ShapeRef(router, polygon, 1786);\n\n    // shapeRef1787\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9746.19, 11141.6);\n    polygon.ps[1] = Point(9746.19, 11201.6);\n    polygon.ps[2] = Point(9691.19, 11201.6);\n    polygon.ps[3] = Point(9691.19, 11141.6);\n    new ShapeRef(router, polygon, 1787);\n\n    // shapeRef1788\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10609.2, 11180.6);\n    polygon.ps[1] = Point(10609.2, 11242.6);\n    polygon.ps[2] = Point(10547.2, 11242.6);\n    polygon.ps[3] = Point(10547.2, 11180.6);\n    new ShapeRef(router, polygon, 1788);\n\n    // shapeRef1789\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9980.69, 11180.6);\n    polygon.ps[1] = Point(9980.69, 11242.6);\n    polygon.ps[2] = Point(9918.69, 11242.6);\n    polygon.ps[3] = Point(9918.69, 11180.6);\n    new ShapeRef(router, polygon, 1789);\n\n    // shapeRef1790\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9433.59, 11180.6);\n    polygon.ps[1] = Point(9433.59, 11242.6);\n    polygon.ps[2] = Point(9371.59, 11242.6);\n    polygon.ps[3] = Point(9371.59, 11180.6);\n    new ShapeRef(router, polygon, 1790);\n\n    // shapeRef1791\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9050.99, 11180.6);\n    polygon.ps[1] = Point(9050.99, 11242.6);\n    polygon.ps[2] = Point(8988.99, 11242.6);\n    polygon.ps[3] = Point(8988.99, 11180.6);\n    new ShapeRef(router, polygon, 1791);\n\n    // shapeRef1792\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8423.29, 11180.6);\n    polygon.ps[1] = Point(8423.29, 11242.6);\n    polygon.ps[2] = Point(8361.29, 11242.6);\n    polygon.ps[3] = Point(8361.29, 11180.6);\n    new ShapeRef(router, polygon, 1792);\n\n    // shapeRef1793\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7994.29, 11180.6);\n    polygon.ps[1] = Point(7994.29, 11242.6);\n    polygon.ps[2] = Point(7932.29, 11242.6);\n    polygon.ps[3] = Point(7932.29, 11180.6);\n    new ShapeRef(router, polygon, 1793);\n\n    // shapeRef1794\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7994.29, 10684.3);\n    polygon.ps[1] = Point(7994.29, 10746.3);\n    polygon.ps[2] = Point(7932.29, 10746.3);\n    polygon.ps[3] = Point(7932.29, 10684.3);\n    new ShapeRef(router, polygon, 1794);\n\n    // shapeRef1795\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8423.29, 10684.3);\n    polygon.ps[1] = Point(8423.29, 10746.3);\n    polygon.ps[2] = Point(8361.29, 10746.3);\n    polygon.ps[3] = Point(8361.29, 10684.3);\n    new ShapeRef(router, polygon, 1795);\n\n    // shapeRef1796\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9050.99, 10684.3);\n    polygon.ps[1] = Point(9050.99, 10746.3);\n    polygon.ps[2] = Point(8988.99, 10746.3);\n    polygon.ps[3] = Point(8988.99, 10684.3);\n    new ShapeRef(router, polygon, 1796);\n\n    // shapeRef1797\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8800.89, 11984.3);\n    polygon.ps[1] = Point(8800.89, 12046.3);\n    polygon.ps[2] = Point(8738.89, 12046.3);\n    polygon.ps[3] = Point(8738.89, 11984.3);\n    new ShapeRef(router, polygon, 1797);\n\n    // shapeRef1798\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6220.1, 183.265);\n    polygon.ps[1] = Point(6220.1, 245.265);\n    polygon.ps[2] = Point(6158.1, 245.265);\n    polygon.ps[3] = Point(6158.1, 183.265);\n    new ShapeRef(router, polygon, 1798);\n\n    // shapeRef1799\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5956.1, 183.265);\n    polygon.ps[1] = Point(5956.1, 245.265);\n    polygon.ps[2] = Point(5894.1, 245.265);\n    polygon.ps[3] = Point(5894.1, 183.265);\n    new ShapeRef(router, polygon, 1799);\n\n    // shapeRef1800\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 1117.29);\n    polygon.ps[1] = Point(7796.29, 1179.29);\n    polygon.ps[2] = Point(7734.29, 1179.29);\n    polygon.ps[3] = Point(7734.29, 1117.29);\n    new ShapeRef(router, polygon, 1800);\n\n    // shapeRef1801\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8419.79, 5442.67);\n    polygon.ps[1] = Point(8419.79, 5502.67);\n    polygon.ps[2] = Point(8364.79, 5502.67);\n    polygon.ps[3] = Point(8364.79, 5442.67);\n    new ShapeRef(router, polygon, 1801);\n\n    // shapeRef1802\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 5481.67);\n    polygon.ps[1] = Point(8866.89, 5543.67);\n    polygon.ps[2] = Point(8804.89, 5543.67);\n    polygon.ps[3] = Point(8804.89, 5481.67);\n    new ShapeRef(router, polygon, 1802);\n\n    // shapeRef1803\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8126.29, 5481.67);\n    polygon.ps[1] = Point(8126.29, 5543.67);\n    polygon.ps[2] = Point(8064.29, 5543.67);\n    polygon.ps[3] = Point(8064.29, 5481.67);\n    new ShapeRef(router, polygon, 1803);\n\n    // shapeRef1804\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17241, 7204.4);\n    polygon.ps[1] = Point(17241, 7264.4);\n    polygon.ps[2] = Point(17186, 7264.4);\n    polygon.ps[3] = Point(17186, 7204.4);\n    new ShapeRef(router, polygon, 1804);\n\n    // shapeRef1805\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 7394.4);\n    polygon.ps[1] = Point(17083.8, 7456.4);\n    polygon.ps[2] = Point(17021.8, 7456.4);\n    polygon.ps[3] = Point(17021.8, 7394.4);\n    new ShapeRef(router, polygon, 1805);\n\n    // shapeRef1806\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17083.8, 7031.4);\n    polygon.ps[1] = Point(17083.8, 7093.4);\n    polygon.ps[2] = Point(17021.8, 7093.4);\n    polygon.ps[3] = Point(17021.8, 7031.4);\n    new ShapeRef(router, polygon, 1806);\n\n    // shapeRef1807\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10454.9, 6516.51);\n    polygon.ps[1] = Point(10454.9, 6578.51);\n    polygon.ps[2] = Point(10392.9, 6578.51);\n    polygon.ps[3] = Point(10392.9, 6516.51);\n    new ShapeRef(router, polygon, 1807);\n\n    // shapeRef1808\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 5933.59);\n    polygon.ps[1] = Point(4584, 5995.59);\n    polygon.ps[2] = Point(4522, 5995.59);\n    polygon.ps[3] = Point(4522, 5933.59);\n    new ShapeRef(router, polygon, 1808);\n\n    // shapeRef1809\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 2812.29);\n    polygon.ps[1] = Point(11394.1, 2874.29);\n    polygon.ps[2] = Point(11332.1, 2874.29);\n    polygon.ps[3] = Point(11332.1, 2812.29);\n    new ShapeRef(router, polygon, 1809);\n\n    // shapeRef1810\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 3666.51);\n    polygon.ps[1] = Point(11394.1, 3728.51);\n    polygon.ps[2] = Point(11332.1, 3728.51);\n    polygon.ps[3] = Point(11332.1, 3666.51);\n    new ShapeRef(router, polygon, 1810);\n\n    // shapeRef1811\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 5138.4);\n    polygon.ps[1] = Point(11394.1, 5200.4);\n    polygon.ps[2] = Point(11332.1, 5200.4);\n    polygon.ps[3] = Point(11332.1, 5138.4);\n    new ShapeRef(router, polygon, 1811);\n\n    // shapeRef1812\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 5725.9);\n    polygon.ps[1] = Point(11394.1, 5787.9);\n    polygon.ps[2] = Point(11332.1, 5787.9);\n    polygon.ps[3] = Point(11332.1, 5725.9);\n    new ShapeRef(router, polygon, 1812);\n\n    // shapeRef1813\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 7548.79);\n    polygon.ps[1] = Point(11394.1, 7610.79);\n    polygon.ps[2] = Point(11332.1, 7610.79);\n    polygon.ps[3] = Point(11332.1, 7548.79);\n    new ShapeRef(router, polygon, 1813);\n\n    // shapeRef1814\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 9182.42);\n    polygon.ps[1] = Point(11394.1, 9244.42);\n    polygon.ps[2] = Point(11332.1, 9244.42);\n    polygon.ps[3] = Point(11332.1, 9182.42);\n    new ShapeRef(router, polygon, 1814);\n\n    // shapeRef1815\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 10506);\n    polygon.ps[1] = Point(11394.1, 10568);\n    polygon.ps[2] = Point(11332.1, 10568);\n    polygon.ps[3] = Point(11332.1, 10506);\n    new ShapeRef(router, polygon, 1815);\n\n    // shapeRef1816\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11394.1, 12096.3);\n    polygon.ps[1] = Point(11394.1, 12158.3);\n    polygon.ps[2] = Point(11332.1, 12158.3);\n    polygon.ps[3] = Point(11332.1, 12096.3);\n    new ShapeRef(router, polygon, 1816);\n\n    // shapeRef1817\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12562.5, 12096.3);\n    polygon.ps[1] = Point(12562.5, 12158.3);\n    polygon.ps[2] = Point(12500.5, 12158.3);\n    polygon.ps[3] = Point(12500.5, 12096.3);\n    new ShapeRef(router, polygon, 1817);\n\n    // shapeRef1818\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13264, 12096.3);\n    polygon.ps[1] = Point(13264, 12158.3);\n    polygon.ps[2] = Point(13202, 12158.3);\n    polygon.ps[3] = Point(13202, 12096.3);\n    new ShapeRef(router, polygon, 1818);\n\n    // shapeRef1819\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14035, 12261.3);\n    polygon.ps[1] = Point(14035, 12323.3);\n    polygon.ps[2] = Point(13973, 12323.3);\n    polygon.ps[3] = Point(13973, 12261.3);\n    new ShapeRef(router, polygon, 1819);\n\n    // shapeRef1820\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4584, 10717.3);\n    polygon.ps[1] = Point(4584, 10779.3);\n    polygon.ps[2] = Point(4522, 10779.3);\n    polygon.ps[3] = Point(4522, 10717.3);\n    new ShapeRef(router, polygon, 1820);\n\n    // shapeRef1821\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7924.79, 1210.29);\n    polygon.ps[1] = Point(7924.79, 1270.29);\n    polygon.ps[2] = Point(7869.79, 1270.29);\n    polygon.ps[3] = Point(7869.79, 1210.29);\n    new ShapeRef(router, polygon, 1821);\n\n    // shapeRef1822\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7693.6, 1392.29);\n    polygon.ps[1] = Point(7693.6, 1432.29);\n    polygon.ps[2] = Point(7618.1, 1432.29);\n    polygon.ps[3] = Point(7618.1, 1392.29);\n    new ShapeRef(router, polygon, 1822);\n\n    // shapeRef1823\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8192.29, 1249.29);\n    polygon.ps[1] = Point(8192.29, 1311.29);\n    polygon.ps[2] = Point(8130.29, 1311.29);\n    polygon.ps[3] = Point(8130.29, 1249.29);\n    new ShapeRef(router, polygon, 1823);\n\n    // shapeRef1824\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 1249.29);\n    polygon.ps[1] = Point(7639.1, 1311.29);\n    polygon.ps[2] = Point(7577.1, 1311.29);\n    polygon.ps[3] = Point(7577.1, 1249.29);\n    new ShapeRef(router, polygon, 1824);\n\n    // shapeRef1825\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 1579.29);\n    polygon.ps[1] = Point(7639.1, 1641.29);\n    polygon.ps[2] = Point(7577.1, 1641.29);\n    polygon.ps[3] = Point(7577.1, 1579.29);\n    new ShapeRef(router, polygon, 1825);\n\n    // shapeRef1826\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 2746.29);\n    polygon.ps[1] = Point(7639.1, 2808.29);\n    polygon.ps[2] = Point(7577.1, 2808.29);\n    polygon.ps[3] = Point(7577.1, 2746.29);\n    new ShapeRef(router, polygon, 1826);\n\n    // shapeRef1827\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7639.1, 3175.29);\n    polygon.ps[1] = Point(7639.1, 3237.29);\n    polygon.ps[2] = Point(7577.1, 3237.29);\n    polygon.ps[3] = Point(7577.1, 3175.29);\n    new ShapeRef(router, polygon, 1827);\n\n    // shapeRef1828\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15014.4, 1111.29);\n    polygon.ps[1] = Point(15014.4, 1171.29);\n    polygon.ps[2] = Point(14959.4, 1171.29);\n    polygon.ps[3] = Point(14959.4, 1111.29);\n    new ShapeRef(router, polygon, 1828);\n\n    // shapeRef1829\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16229.6, 11601.9);\n    polygon.ps[1] = Point(16229.6, 11663.9);\n    polygon.ps[2] = Point(16167.6, 11663.9);\n    polygon.ps[3] = Point(16167.6, 11601.9);\n    new ShapeRef(router, polygon, 1829);\n\n    // shapeRef1830\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15899.6, 11601.9);\n    polygon.ps[1] = Point(15899.6, 11663.9);\n    polygon.ps[2] = Point(15837.6, 11663.9);\n    polygon.ps[3] = Point(15837.6, 11601.9);\n    new ShapeRef(router, polygon, 1830);\n\n    // shapeRef1831\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9268.59, 12427.7);\n    polygon.ps[1] = Point(9268.59, 12489.7);\n    polygon.ps[2] = Point(9206.59, 12489.7);\n    polygon.ps[3] = Point(9206.59, 12427.7);\n    new ShapeRef(router, polygon, 1831);\n\n    // shapeRef1832\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16229.6, 11951.3);\n    polygon.ps[1] = Point(16229.6, 12013.3);\n    polygon.ps[2] = Point(16167.6, 12013.3);\n    polygon.ps[3] = Point(16167.6, 11951.3);\n    new ShapeRef(router, polygon, 1832);\n\n    // shapeRef1833\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16588.8, 11951.3);\n    polygon.ps[1] = Point(16588.8, 12013.3);\n    polygon.ps[2] = Point(16526.8, 12013.3);\n    polygon.ps[3] = Point(16526.8, 11951.3);\n    new ShapeRef(router, polygon, 1833);\n\n    // shapeRef1834\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16819.8, 12427.7);\n    polygon.ps[1] = Point(16819.8, 12489.7);\n    polygon.ps[2] = Point(16757.8, 12489.7);\n    polygon.ps[3] = Point(16757.8, 12427.7);\n    new ShapeRef(router, polygon, 1834);\n\n    // shapeRef1835\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1746, 4742.4);\n    polygon.ps[1] = Point(1746, 4804.4);\n    polygon.ps[2] = Point(1684, 4804.4);\n    polygon.ps[3] = Point(1684, 4742.4);\n    new ShapeRef(router, polygon, 1835);\n\n    // shapeRef1836\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(2868, 4742.4);\n    polygon.ps[1] = Point(2868, 4804.4);\n    polygon.ps[2] = Point(2806, 4804.4);\n    polygon.ps[3] = Point(2806, 4742.4);\n    new ShapeRef(router, polygon, 1836);\n\n    // shapeRef1837\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3264, 4742.4);\n    polygon.ps[1] = Point(3264, 4804.4);\n    polygon.ps[2] = Point(3202, 4804.4);\n    polygon.ps[3] = Point(3202, 4742.4);\n    new ShapeRef(router, polygon, 1837);\n\n    // shapeRef1838\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1416, 4742.4);\n    polygon.ps[1] = Point(1416, 4804.4);\n    polygon.ps[2] = Point(1354, 4804.4);\n    polygon.ps[3] = Point(1354, 4742.4);\n    new ShapeRef(router, polygon, 1838);\n\n    // shapeRef1839\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4980, 6582.51);\n    polygon.ps[1] = Point(4980, 6644.51);\n    polygon.ps[2] = Point(4918, 6644.51);\n    polygon.ps[3] = Point(4918, 6582.51);\n    new ShapeRef(router, polygon, 1839);\n\n    // shapeRef1840\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6022.1, 6351.51);\n    polygon.ps[1] = Point(6022.1, 6413.51);\n    polygon.ps[2] = Point(5960.1, 6413.51);\n    polygon.ps[3] = Point(5960.1, 6351.51);\n    new ShapeRef(router, polygon, 1840);\n\n    // shapeRef1841\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7982.79, 7058.4);\n    polygon.ps[1] = Point(7982.79, 7118.4);\n    polygon.ps[2] = Point(7927.79, 7118.4);\n    polygon.ps[3] = Point(7927.79, 7058.4);\n    new ShapeRef(router, polygon, 1841);\n\n    // shapeRef1842\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7796.29, 7394.4);\n    polygon.ps[1] = Point(7796.29, 7456.4);\n    polygon.ps[2] = Point(7734.29, 7456.4);\n    polygon.ps[3] = Point(7734.29, 7394.4);\n    new ShapeRef(router, polygon, 1842);\n\n    // shapeRef1843\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8324.29, 6823.21);\n    polygon.ps[1] = Point(8324.29, 6885.21);\n    polygon.ps[2] = Point(8262.29, 6885.21);\n    polygon.ps[3] = Point(8262.29, 6823.21);\n    new ShapeRef(router, polygon, 1843);\n\n    // shapeRef1844\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13297, 3600.51);\n    polygon.ps[1] = Point(13297, 3662.51);\n    polygon.ps[2] = Point(13235, 3662.51);\n    polygon.ps[3] = Point(13235, 3600.51);\n    new ShapeRef(router, polygon, 1844);\n\n    // shapeRef1845\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8452.79, 2038.29);\n    polygon.ps[1] = Point(8452.79, 2098.29);\n    polygon.ps[2] = Point(8397.79, 2098.29);\n    polygon.ps[3] = Point(8397.79, 2038.29);\n    new ShapeRef(router, polygon, 1845);\n\n    // shapeRef1846\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8866.89, 2077.29);\n    polygon.ps[1] = Point(8866.89, 2139.29);\n    polygon.ps[2] = Point(8804.89, 2139.29);\n    polygon.ps[3] = Point(8804.89, 2077.29);\n    new ShapeRef(router, polygon, 1846);\n\n    // shapeRef1847\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8192.29, 2077.29);\n    polygon.ps[1] = Point(8192.29, 2139.29);\n    polygon.ps[2] = Point(8130.29, 2139.29);\n    polygon.ps[3] = Point(8130.29, 2077.29);\n    new ShapeRef(router, polygon, 1847);\n\n    // shapeRef1848\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5013, 5316.67);\n    polygon.ps[1] = Point(5013, 5378.67);\n    polygon.ps[2] = Point(4951, 5378.67);\n    polygon.ps[3] = Point(4951, 5316.67);\n    new ShapeRef(router, polygon, 1848);\n\n    // shapeRef1849\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5791.1, 7295.4);\n    polygon.ps[1] = Point(5791.1, 7357.4);\n    polygon.ps[2] = Point(5729.1, 7357.4);\n    polygon.ps[3] = Point(5729.1, 7295.4);\n    new ShapeRef(router, polygon, 1849);\n\n    // shapeRef1850\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(686.5, 1689.29);\n    polygon.ps[1] = Point(686.5, 1729.29);\n    polygon.ps[2] = Point(631.5, 1729.29);\n    polygon.ps[3] = Point(631.5, 1689.29);\n    new ShapeRef(router, polygon, 1850);\n\n    // shapeRef1851\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7470.6, 12239.3);\n    polygon.ps[1] = Point(7470.6, 12279.3);\n    polygon.ps[2] = Point(7415.6, 12279.3);\n    polygon.ps[3] = Point(7415.6, 12239.3);\n    new ShapeRef(router, polygon, 1851);\n\n    // shapeRef1852\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4279, 9877.02);\n    polygon.ps[1] = Point(4279, 9961.11);\n    polygon.ps[2] = Point(4232.77, 9961.11);\n    polygon.ps[3] = Point(4232.77, 9877.02);\n    new ShapeRef(router, polygon, 1852);\n\n    // shapeRef1853\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8014.39, 7138.4);\n    polygon.ps[1] = Point(8014.39, 7184.64);\n    polygon.ps[2] = Point(7930.29, 7184.64);\n    polygon.ps[3] = Point(7930.29, 7138.4);\n    new ShapeRef(router, polygon, 1853);\n\n    // shapeRef1854\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7990.86, 7138.4);\n    polygon.ps[1] = Point(7990.86, 7210);\n    polygon.ps[2] = Point(7930.29, 7210);\n    polygon.ps[3] = Point(7930.29, 7138.4);\n    new ShapeRef(router, polygon, 1854);\n\n    // shapeRef1855\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7932.79, 7058.4);\n    polygon.ps[1] = Point(7932.79, 7118.4);\n    polygon.ps[2] = Point(7877.79, 7118.4);\n    polygon.ps[3] = Point(7877.79, 7058.4);\n    new ShapeRef(router, polygon, 1855);\n\n    // shapeRef1856\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8735.39, 4202.51);\n    polygon.ps[1] = Point(8735.39, 4248.75);\n    polygon.ps[2] = Point(8651.29, 4248.75);\n    polygon.ps[3] = Point(8651.29, 4202.51);\n    new ShapeRef(router, polygon, 1856);\n\n    // shapeRef1857\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9138.59, 6161.51);\n    polygon.ps[1] = Point(9138.59, 6206.21);\n    polygon.ps[2] = Point(9080.36, 6206.21);\n    polygon.ps[3] = Point(9080.36, 6161.51);\n    new ShapeRef(router, polygon, 1857);\n\n    // shapeRef1858\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9191.09, 6081.51);\n    polygon.ps[1] = Point(9191.09, 6141.51);\n    polygon.ps[2] = Point(9136.09, 6141.51);\n    polygon.ps[3] = Point(9136.09, 6081.51);\n    new ShapeRef(router, polygon, 1858);\n\n    // shapeRef1859\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15229.5, 1288.06);\n    polygon.ps[1] = Point(15229.5, 1346.29);\n    polygon.ps[2] = Point(15184.8, 1346.29);\n    polygon.ps[3] = Point(15184.8, 1288.06);\n    new ShapeRef(router, polygon, 1859);\n\n    // shapeRef1860\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14782.5, 1276.29);\n    polygon.ps[1] = Point(14782.5, 1336.29);\n    polygon.ps[2] = Point(14727.5, 1336.29);\n    polygon.ps[3] = Point(14727.5, 1276.29);\n    new ShapeRef(router, polygon, 1860);\n\n    // shapeRef1861\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9655.19, 6114.51);\n    polygon.ps[1] = Point(9655.19, 6174.51);\n    polygon.ps[2] = Point(9600.19, 6174.51);\n    polygon.ps[3] = Point(9600.19, 6114.51);\n    new ShapeRef(router, polygon, 1861);\n\n    // shapeRef1862\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9870.19, 7091.4);\n    polygon.ps[1] = Point(9870.19, 7151.4);\n    polygon.ps[2] = Point(9815.19, 7151.4);\n    polygon.ps[3] = Point(9815.19, 7091.4);\n    new ShapeRef(router, polygon, 1862);\n\n    // shapeRef1863\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8807.22);\n    polygon.ps[1] = Point(4939, 8867.78);\n    polygon.ps[2] = Point(4867.4, 8867.78);\n    polygon.ps[3] = Point(4867.4, 8807.22);\n    new ShapeRef(router, polygon, 1863);\n\n    // shapeRef1864\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7565.1, 9023.19);\n    polygon.ps[1] = Point(7565.1, 9081.42);\n    polygon.ps[2] = Point(7520.4, 9081.42);\n    polygon.ps[3] = Point(7520.4, 9023.19);\n    new ShapeRef(router, polygon, 1864);\n\n    // shapeRef1865\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7171.33, 10250);\n    polygon.ps[1] = Point(7171.33, 10294.7);\n    polygon.ps[2] = Point(7113.1, 10294.7);\n    polygon.ps[3] = Point(7113.1, 10250);\n    new ShapeRef(router, polygon, 1865);\n\n    // shapeRef1866\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8227.29, 9685.42);\n    polygon.ps[1] = Point(8227.29, 9731.65);\n    polygon.ps[2] = Point(8143.2, 9731.65);\n    polygon.ps[3] = Point(8143.2, 9685.42);\n    new ShapeRef(router, polygon, 1866);\n\n    // shapeRef1867\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8311.39, 9685.42);\n    polygon.ps[1] = Point(8311.39, 9731.65);\n    polygon.ps[2] = Point(8227.29, 9731.65);\n    polygon.ps[3] = Point(8227.29, 9685.42);\n    new ShapeRef(router, polygon, 1867);\n\n    // shapeRef1868\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8279.79, 9605.42);\n    polygon.ps[1] = Point(8279.79, 9665.42);\n    polygon.ps[2] = Point(8224.79, 9665.42);\n    polygon.ps[3] = Point(8224.79, 9605.42);\n    new ShapeRef(router, polygon, 1868);\n\n    // shapeRef1869\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8326.29, 9854.02);\n    polygon.ps[1] = Point(8326.29, 9900.25);\n    polygon.ps[2] = Point(8242.2, 9900.25);\n    polygon.ps[3] = Point(8242.2, 9854.02);\n    new ShapeRef(router, polygon, 1869);\n\n    // shapeRef1870\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8410.39, 9854.02);\n    polygon.ps[1] = Point(8410.39, 9900.25);\n    polygon.ps[2] = Point(8326.29, 9900.25);\n    polygon.ps[3] = Point(8326.29, 9854.02);\n    new ShapeRef(router, polygon, 1870);\n\n    // shapeRef1871\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9369.59, 9652.42);\n    polygon.ps[1] = Point(9369.59, 9699.2);\n    polygon.ps[2] = Point(9261.33, 9699.2);\n    polygon.ps[3] = Point(9261.33, 9652.42);\n    new ShapeRef(router, polygon, 1871);\n\n    // shapeRef1872\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(253, 40);\n    polygon.ps[1] = Point(253, 148.265);\n    polygon.ps[2] = Point(206.215, 148.265);\n    polygon.ps[3] = Point(206.215, 40);\n    new ShapeRef(router, polygon, 1872);\n\n    // shapeRef1873\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9360.32);\n    polygon.ps[1] = Point(10314.9, 9444.42);\n    polygon.ps[2] = Point(10268.7, 9444.42);\n    polygon.ps[3] = Point(10268.7, 9360.32);\n    new ShapeRef(router, polygon, 1873);\n\n    // shapeRef1874\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8792.89, 10075);\n    polygon.ps[1] = Point(8792.89, 10133.2);\n    polygon.ps[2] = Point(8748.2, 10133.2);\n    polygon.ps[3] = Point(8748.2, 10075);\n    new ShapeRef(router, polygon, 1874);\n\n    // shapeRef1875\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 5169.4);\n    polygon.ps[1] = Point(5302, 5253.5);\n    polygon.ps[2] = Point(5255.77, 5253.5);\n    polygon.ps[3] = Point(5255.77, 5169.4);\n    new ShapeRef(router, polygon, 1875);\n\n    // shapeRef1876\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10667.2, 8579.99);\n    polygon.ps[1] = Point(10667.2, 8664.09);\n    polygon.ps[2] = Point(10621, 8664.09);\n    polygon.ps[3] = Point(10621, 8579.99);\n    new ShapeRef(router, polygon, 1876);\n\n    // shapeRef1877\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10416.1, 10791.3);\n    polygon.ps[1] = Point(10416.1, 10836);\n    polygon.ps[2] = Point(10357.9, 10836);\n    polygon.ps[3] = Point(10357.9, 10791.3);\n    new ShapeRef(router, polygon, 1877);\n\n    // shapeRef1878\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9138.49, 8348.99);\n    polygon.ps[1] = Point(9138.49, 8388.99);\n    polygon.ps[2] = Point(9062.99, 8388.99);\n    polygon.ps[3] = Point(9062.99, 8348.99);\n    new ShapeRef(router, polygon, 1878);\n\n    // shapeRef1879\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9194.59, 11614.8);\n    polygon.ps[1] = Point(9194.59, 11698.9);\n    polygon.ps[2] = Point(9148.36, 11698.9);\n    polygon.ps[3] = Point(9148.36, 11614.8);\n    new ShapeRef(router, polygon, 1879);\n\n    // shapeRef1880\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9336.59, 5457.98);\n    polygon.ps[1] = Point(9336.59, 5502.67);\n    polygon.ps[2] = Point(9278.36, 5502.67);\n    polygon.ps[3] = Point(9278.36, 5457.98);\n    new ShapeRef(router, polygon, 1880);\n\n    // shapeRef1881\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8921.39, 2378.79);\n    polygon.ps[1] = Point(8921.39, 2418.79);\n    polygon.ps[2] = Point(8845.89, 2418.79);\n    polygon.ps[3] = Point(8845.89, 2378.79);\n    new ShapeRef(router, polygon, 1881);\n\n    // shapeRef1882\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9155.49, 2361.29);\n    polygon.ps[1] = Point(9155.49, 2401.29);\n    polygon.ps[2] = Point(9029.99, 2401.29);\n    polygon.ps[3] = Point(9029.99, 2361.29);\n    new ShapeRef(router, polygon, 1882);\n\n    // shapeRef1883\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8670.79, 1488.29);\n    polygon.ps[1] = Point(8670.79, 1548.29);\n    polygon.ps[2] = Point(8615.79, 1548.29);\n    polygon.ps[3] = Point(8615.79, 1488.29);\n    new ShapeRef(router, polygon, 1883);\n\n    // shapeRef1884\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15117.8, 1356.29);\n    polygon.ps[1] = Point(15117.8, 1416.29);\n    polygon.ps[2] = Point(15062.8, 1416.29);\n    polygon.ps[3] = Point(15062.8, 1356.29);\n    new ShapeRef(router, polygon, 1884);\n\n    // shapeRef1885\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8318.52, 818.091);\n    polygon.ps[1] = Point(8318.52, 862.785);\n    polygon.ps[2] = Point(8260.29, 862.785);\n    polygon.ps[3] = Point(8260.29, 818.091);\n    new ShapeRef(router, polygon, 1885);\n\n    // shapeRef1886\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8250.29, 914.785);\n    polygon.ps[1] = Point(8250.29, 954.785);\n    polygon.ps[2] = Point(8174.79, 954.785);\n    polygon.ps[3] = Point(8174.79, 914.785);\n    new ShapeRef(router, polygon, 1886);\n\n    // shapeRef1887\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9039.49, 738.091);\n    polygon.ps[1] = Point(9039.49, 798.091);\n    polygon.ps[2] = Point(8984.49, 798.091);\n    polygon.ps[3] = Point(8984.49, 738.091);\n    new ShapeRef(router, polygon, 1887);\n\n    // shapeRef1888\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 4968.9);\n    polygon.ps[1] = Point(12617, 5008.9);\n    polygon.ps[2] = Point(12541.5, 5008.9);\n    polygon.ps[3] = Point(12541.5, 4968.9);\n    new ShapeRef(router, polygon, 1888);\n\n    // shapeRef1889\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 5206.4);\n    polygon.ps[1] = Point(12521.5, 5314.67);\n    polygon.ps[2] = Point(12474.7, 5314.67);\n    polygon.ps[3] = Point(12474.7, 5206.4);\n    new ShapeRef(router, polygon, 1889);\n\n    // shapeRef1890\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12617, 5277.17);\n    polygon.ps[1] = Point(12617, 5317.17);\n    polygon.ps[2] = Point(12541.5, 5317.17);\n    polygon.ps[3] = Point(12541.5, 5277.17);\n    new ShapeRef(router, polygon, 1890);\n\n    // shapeRef1891\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12749.7, 5259.98);\n    polygon.ps[1] = Point(12749.7, 5304.67);\n    polygon.ps[2] = Point(12691.5, 5304.67);\n    polygon.ps[3] = Point(12691.5, 5259.98);\n    new ShapeRef(router, polygon, 1891);\n\n    // shapeRef1892\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12694, 5324.67);\n    polygon.ps[1] = Point(12694, 5384.67);\n    polygon.ps[2] = Point(12639, 5384.67);\n    polygon.ps[3] = Point(12639, 5324.67);\n    new ShapeRef(router, polygon, 1892);\n\n    // shapeRef1893\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13401.5, 3842.51);\n    polygon.ps[1] = Point(13401.5, 3882.51);\n    polygon.ps[2] = Point(13276, 3882.51);\n    polygon.ps[3] = Point(13276, 3842.51);\n    new ShapeRef(router, polygon, 1893);\n\n    // shapeRef1894\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13351.5, 3862.51);\n    polygon.ps[1] = Point(13351.5, 3902.51);\n    polygon.ps[2] = Point(13276, 3902.51);\n    polygon.ps[3] = Point(13276, 3862.51);\n    new ShapeRef(router, polygon, 1894);\n\n    // shapeRef1895\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12925, 4439.4);\n    polygon.ps[1] = Point(12925, 4499.4);\n    polygon.ps[2] = Point(12870, 4499.4);\n    polygon.ps[3] = Point(12870, 4439.4);\n    new ShapeRef(router, polygon, 1895);\n\n    // shapeRef1896\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 1478.29);\n    polygon.ps[1] = Point(11353.1, 1562.38);\n    polygon.ps[2] = Point(11306.9, 1562.38);\n    polygon.ps[3] = Point(11306.9, 1478.29);\n    new ShapeRef(router, polygon, 1896);\n\n    // shapeRef1897\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12075.6, 1739.79);\n    polygon.ps[1] = Point(12075.6, 1779.79);\n    polygon.ps[2] = Point(12000.1, 1779.79);\n    polygon.ps[3] = Point(12000.1, 1739.79);\n    new ShapeRef(router, polygon, 1897);\n\n    // shapeRef1898\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12157.6, 1672.29);\n    polygon.ps[1] = Point(12157.6, 1732.29);\n    polygon.ps[2] = Point(12102.6, 1732.29);\n    polygon.ps[3] = Point(12102.6, 1672.29);\n    new ShapeRef(router, polygon, 1898);\n\n    // shapeRef1899\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13957.5, 8410.49);\n    polygon.ps[1] = Point(13957.5, 8450.49);\n    polygon.ps[2] = Point(13882, 8450.49);\n    polygon.ps[3] = Point(13882, 8410.49);\n    new ShapeRef(router, polygon, 1899);\n\n    // shapeRef1900\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8703.79, 4122.51);\n    polygon.ps[1] = Point(8703.79, 4182.51);\n    polygon.ps[2] = Point(8648.79, 4182.51);\n    polygon.ps[3] = Point(8648.79, 4122.51);\n    new ShapeRef(router, polygon, 1900);\n\n    // shapeRef1901\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6841.33, 3575.51);\n    polygon.ps[1] = Point(6841.33, 3620.21);\n    polygon.ps[2] = Point(6783.1, 3620.21);\n    polygon.ps[3] = Point(6783.1, 3575.51);\n    new ShapeRef(router, polygon, 1901);\n\n    // shapeRef1902\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5694.1, 3575.51);\n    polygon.ps[1] = Point(5694.1, 3620.21);\n    polygon.ps[2] = Point(5635.87, 3620.21);\n    polygon.ps[3] = Point(5635.87, 3575.51);\n    new ShapeRef(router, polygon, 1902);\n\n    // shapeRef1903\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 3771.29);\n    polygon.ps[1] = Point(5302, 3829.51);\n    polygon.ps[2] = Point(5257.31, 3829.51);\n    polygon.ps[3] = Point(5257.31, 3771.29);\n    new ShapeRef(router, polygon, 1903);\n\n    // shapeRef1904\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 3829.51);\n    polygon.ps[1] = Point(5302, 3890.07);\n    polygon.ps[2] = Point(5230.4, 3890.07);\n    polygon.ps[3] = Point(5230.4, 3829.51);\n    new ShapeRef(router, polygon, 1904);\n\n    // shapeRef1905\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 7773.29);\n    polygon.ps[1] = Point(5034.5, 7813.29);\n    polygon.ps[2] = Point(4959, 7813.29);\n    polygon.ps[3] = Point(4959, 7773.29);\n    new ShapeRef(router, polygon, 1905);\n\n    // shapeRef1906\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 8381.99);\n    polygon.ps[1] = Point(5034.5, 8421.99);\n    polygon.ps[2] = Point(4959, 8421.99);\n    polygon.ps[3] = Point(4959, 8381.99);\n    new ShapeRef(router, polygon, 1906);\n\n    // shapeRef1907\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8746.66);\n    polygon.ps[1] = Point(4939, 8807.22);\n    polygon.ps[2] = Point(4867.4, 8807.22);\n    polygon.ps[3] = Point(4867.4, 8746.66);\n    new ShapeRef(router, polygon, 1907);\n\n    // shapeRef1908\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5084.5, 8787.22);\n    polygon.ps[1] = Point(5084.5, 8827.22);\n    polygon.ps[2] = Point(4959, 8827.22);\n    polygon.ps[3] = Point(4959, 8787.22);\n    new ShapeRef(router, polygon, 1908);\n\n    // shapeRef1909\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 610.091);\n    polygon.ps[1] = Point(11353.1, 668.318);\n    polygon.ps[2] = Point(11308.4, 668.318);\n    polygon.ps[3] = Point(11308.4, 610.091);\n    new ShapeRef(router, polygon, 1909);\n\n    // shapeRef1910\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 551.864);\n    polygon.ps[1] = Point(11353.1, 610.091);\n    polygon.ps[2] = Point(11308.4, 610.091);\n    polygon.ps[3] = Point(11308.4, 551.864);\n    new ShapeRef(router, polygon, 1910);\n\n    // shapeRef1911\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14986.9, 1291.59);\n    polygon.ps[1] = Point(14986.9, 1336.29);\n    polygon.ps[2] = Point(14928.7, 1336.29);\n    polygon.ps[3] = Point(14928.7, 1291.59);\n    new ShapeRef(router, polygon, 1911);\n\n    // shapeRef1912\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15835.6, 1291.59);\n    polygon.ps[1] = Point(15835.6, 1336.29);\n    polygon.ps[2] = Point(15777.4, 1336.29);\n    polygon.ps[3] = Point(15777.4, 1291.59);\n    new ShapeRef(router, polygon, 1912);\n\n    // shapeRef1913\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15838.1, 1356.29);\n    polygon.ps[1] = Point(15838.1, 1416.29);\n    polygon.ps[2] = Point(15783.1, 1416.29);\n    polygon.ps[3] = Point(15783.1, 1356.29);\n    new ShapeRef(router, polygon, 1913);\n\n    // shapeRef1914\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16353.6, 808.091);\n    polygon.ps[1] = Point(16353.6, 866.318);\n    polygon.ps[2] = Point(16308.9, 866.318);\n    polygon.ps[3] = Point(16308.9, 808.091);\n    new ShapeRef(router, polygon, 1914);\n\n    // shapeRef1915\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16449.1, 770.591);\n    polygon.ps[1] = Point(16449.1, 810.591);\n    polygon.ps[2] = Point(16373.6, 810.591);\n    polygon.ps[3] = Point(16373.6, 770.591);\n    new ShapeRef(router, polygon, 1915);\n\n    // shapeRef1916\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16251.1, 770.591);\n    polygon.ps[1] = Point(16251.1, 810.591);\n    polygon.ps[2] = Point(16175.6, 810.591);\n    polygon.ps[3] = Point(16175.6, 770.591);\n    new ShapeRef(router, polygon, 1916);\n\n    // shapeRef1917\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12023.1, 7435.4);\n    polygon.ps[1] = Point(12023.1, 7480.1);\n    polygon.ps[2] = Point(11964.9, 7480.1);\n    polygon.ps[3] = Point(11964.9, 7435.4);\n    new ShapeRef(router, polygon, 1917);\n\n    // shapeRef1918\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17042.8, 7194.4);\n    polygon.ps[1] = Point(17042.8, 7252.63);\n    polygon.ps[2] = Point(16998.1, 7252.63);\n    polygon.ps[3] = Point(16998.1, 7194.4);\n    new ShapeRef(router, polygon, 1918);\n\n    // shapeRef1919\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17138.3, 7156.9);\n    polygon.ps[1] = Point(17138.3, 7196.9);\n    polygon.ps[2] = Point(17062.8, 7196.9);\n    polygon.ps[3] = Point(17062.8, 7156.9);\n    new ShapeRef(router, polygon, 1919);\n\n    // shapeRef1920\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16524.8, 7435.4);\n    polygon.ps[1] = Point(16524.8, 7480.1);\n    polygon.ps[2] = Point(16466.6, 7480.1);\n    polygon.ps[3] = Point(16466.6, 7435.4);\n    new ShapeRef(router, polygon, 1920);\n\n    // shapeRef1921\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16524.8, 7492.1);\n    polygon.ps[1] = Point(16524.8, 7536.79);\n    polygon.ps[2] = Point(16466.6, 7536.79);\n    polygon.ps[3] = Point(16466.6, 7492.1);\n    new ShapeRef(router, polygon, 1921);\n\n    // shapeRef1922\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16583, 7492.1);\n    polygon.ps[1] = Point(16583, 7536.79);\n    polygon.ps[2] = Point(16524.8, 7536.79);\n    polygon.ps[3] = Point(16524.8, 7492.1);\n    new ShapeRef(router, polygon, 1922);\n\n    // shapeRef1923\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18574.3, 11870.9);\n    polygon.ps[1] = Point(18574.3, 11915.6);\n    polygon.ps[2] = Point(18516, 11915.6);\n    polygon.ps[3] = Point(18516, 11870.9);\n    new ShapeRef(router, polygon, 1923);\n\n    // shapeRef1924\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18498.5, 11790.9);\n    polygon.ps[1] = Point(18498.5, 11850.9);\n    polygon.ps[2] = Point(18443.5, 11850.9);\n    polygon.ps[3] = Point(18443.5, 11790.9);\n    new ShapeRef(router, polygon, 1924);\n\n    // shapeRef1925\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18568.5, 11755.9);\n    polygon.ps[1] = Point(18568.5, 11850.9);\n    polygon.ps[2] = Point(18513.5, 11850.9);\n    polygon.ps[3] = Point(18513.5, 11755.9);\n    new ShapeRef(router, polygon, 1925);\n\n    // shapeRef1926\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18518.5, 11755.9);\n    polygon.ps[1] = Point(18518.5, 11850.9);\n    polygon.ps[2] = Point(18463.5, 11850.9);\n    polygon.ps[3] = Point(18463.5, 11755.9);\n    new ShapeRef(router, polygon, 1926);\n\n    // shapeRef1927\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8351.52, 435.265);\n    polygon.ps[1] = Point(8351.52, 479.96);\n    polygon.ps[2] = Point(8293.29, 479.96);\n    polygon.ps[3] = Point(8293.29, 435.265);\n    new ShapeRef(router, polygon, 1927);\n\n    // shapeRef1928\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10894.7, 5620.4);\n    polygon.ps[1] = Point(10894.7, 5660.4);\n    polygon.ps[2] = Point(10819.2, 5660.4);\n    polygon.ps[3] = Point(10819.2, 5620.4);\n    new ShapeRef(router, polygon, 1928);\n\n    // shapeRef1929\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11240.7, 4291.11);\n    polygon.ps[1] = Point(11240.7, 4351.11);\n    polygon.ps[2] = Point(11185.7, 4351.11);\n    polygon.ps[3] = Point(11185.7, 4291.11);\n    new ShapeRef(router, polygon, 1929);\n\n    // shapeRef1930\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11296.4, 4454.71);\n    polygon.ps[1] = Point(11296.4, 4499.4);\n    polygon.ps[2] = Point(11238.2, 4499.4);\n    polygon.ps[3] = Point(11238.2, 4454.71);\n    new ShapeRef(router, polygon, 1930);\n\n    // shapeRef1931\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 4454.71);\n    polygon.ps[1] = Point(11238.2, 4499.4);\n    polygon.ps[2] = Point(11180, 4499.4);\n    polygon.ps[3] = Point(11180, 4454.71);\n    new ShapeRef(router, polygon, 1931);\n\n    // shapeRef1932\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11240.7, 4519.4);\n    polygon.ps[1] = Point(11240.7, 4579.4);\n    polygon.ps[2] = Point(11185.7, 4579.4);\n    polygon.ps[3] = Point(11185.7, 4519.4);\n    new ShapeRef(router, polygon, 1932);\n\n    // shapeRef1933\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14650.5, 6576.51);\n    polygon.ps[1] = Point(14650.5, 6636.51);\n    polygon.ps[2] = Point(14595.5, 6636.51);\n    polygon.ps[3] = Point(14595.5, 6576.51);\n    new ShapeRef(router, polygon, 1933);\n\n    // shapeRef1934\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5651.1, 4575.4);\n    polygon.ps[1] = Point(5651.1, 4633.63);\n    polygon.ps[2] = Point(5606.4, 4633.63);\n    polygon.ps[3] = Point(5606.4, 4575.4);\n    new ShapeRef(router, polygon, 1934);\n\n    // shapeRef1935\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18322, 8509.49);\n    polygon.ps[1] = Point(18322, 8549.49);\n    polygon.ps[2] = Point(18246.5, 8549.49);\n    polygon.ps[3] = Point(18246.5, 8509.49);\n    new ShapeRef(router, polygon, 1935);\n\n    // shapeRef1936\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10596.3, 10692.3);\n    polygon.ps[1] = Point(10596.3, 10738.5);\n    polygon.ps[2] = Point(10512.2, 10738.5);\n    polygon.ps[3] = Point(10512.2, 10692.3);\n    new ShapeRef(router, polygon, 1936);\n\n    // shapeRef1937\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10106, 10334.5);\n    polygon.ps[1] = Point(10106, 10374.5);\n    polygon.ps[2] = Point(10030.5, 10374.5);\n    polygon.ps[3] = Point(10030.5, 10334.5);\n    new ShapeRef(router, polygon, 1937);\n\n    // shapeRef1938\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8684.29, 11305.2);\n    polygon.ps[1] = Point(8684.29, 11376.8);\n    polygon.ps[2] = Point(8623.73, 11376.8);\n    polygon.ps[3] = Point(8623.73, 11305.2);\n    new ShapeRef(router, polygon, 1938);\n\n    // shapeRef1939\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7953.29, 11013.6);\n    polygon.ps[1] = Point(7953.29, 11071.9);\n    polygon.ps[2] = Point(7908.6, 11071.9);\n    polygon.ps[3] = Point(7908.6, 11013.6);\n    new ShapeRef(router, polygon, 1939);\n\n    // shapeRef1940\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6637.6, 7577.29);\n    polygon.ps[1] = Point(6637.6, 7617.29);\n    polygon.ps[2] = Point(6562.1, 7617.29);\n    polygon.ps[3] = Point(6562.1, 7577.29);\n    new ShapeRef(router, polygon, 1940);\n\n    // shapeRef1941\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11431.6, 11562.9);\n    polygon.ps[1] = Point(11431.6, 11622.9);\n    polygon.ps[2] = Point(11376.6, 11622.9);\n    polygon.ps[3] = Point(11376.6, 11562.9);\n    new ShapeRef(router, polygon, 1941);\n\n    // shapeRef1942\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16069.1, 11642.9);\n    polygon.ps[1] = Point(16069.1, 11702.9);\n    polygon.ps[2] = Point(16014.1, 11702.9);\n    polygon.ps[3] = Point(16014.1, 11642.9);\n    new ShapeRef(router, polygon, 1942);\n\n    // shapeRef1943\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16152.1, 11510.2);\n    polygon.ps[1] = Point(16152.1, 11550.2);\n    polygon.ps[2] = Point(16076.6, 11550.2);\n    polygon.ps[3] = Point(16076.6, 11510.2);\n    new ShapeRef(router, polygon, 1943);\n\n    // shapeRef1944\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14202, 12435.7);\n    polygon.ps[1] = Point(14202, 12495.7);\n    polygon.ps[2] = Point(14147, 12495.7);\n    polygon.ps[3] = Point(14147, 12435.7);\n    new ShapeRef(router, polygon, 1944);\n\n    // shapeRef1945\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9491.59, 7301.18);\n    polygon.ps[1] = Point(9491.59, 7359.4);\n    polygon.ps[2] = Point(9446.9, 7359.4);\n    polygon.ps[3] = Point(9446.9, 7301.18);\n    new ShapeRef(router, polygon, 1945);\n\n    // shapeRef1946\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9491.59, 7359.4);\n    polygon.ps[1] = Point(9491.59, 7417.63);\n    polygon.ps[2] = Point(9446.9, 7417.63);\n    polygon.ps[3] = Point(9446.9, 7359.4);\n    new ShapeRef(router, polygon, 1946);\n\n    // shapeRef1947\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9587.09, 7321.9);\n    polygon.ps[1] = Point(9587.09, 7361.9);\n    polygon.ps[2] = Point(9511.59, 7361.9);\n    polygon.ps[3] = Point(9511.59, 7321.9);\n    new ShapeRef(router, polygon, 1947);\n\n    // shapeRef1948\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16066.6, 11804.9);\n    polygon.ps[1] = Point(16066.6, 11851.1);\n    polygon.ps[2] = Point(15982.5, 11851.1);\n    polygon.ps[3] = Point(15982.5, 11804.9);\n    new ShapeRef(router, polygon, 1948);\n\n    // shapeRef1949\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 10830.5);\n    polygon.ps[1] = Point(15138.3, 10914.6);\n    polygon.ps[2] = Point(15092.1, 10914.6);\n    polygon.ps[3] = Point(15092.1, 10830.5);\n    new ShapeRef(router, polygon, 1949);\n\n    // shapeRef1950\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15233.8, 10912.1);\n    polygon.ps[1] = Point(15233.8, 10952.1);\n    polygon.ps[2] = Point(15158.3, 10952.1);\n    polygon.ps[3] = Point(15158.3, 10912.1);\n    new ShapeRef(router, polygon, 1950);\n\n    // shapeRef1951\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(649, 64.1679);\n    polygon.ps[1] = Point(649, 148.265);\n    polygon.ps[2] = Point(602.765, 148.265);\n    polygon.ps[3] = Point(602.765, 64.1679);\n    new ShapeRef(router, polygon, 1951);\n\n    // shapeRef1952\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15233.8, 11856.4);\n    polygon.ps[1] = Point(15233.8, 11896.4);\n    polygon.ps[2] = Point(15158.3, 11896.4);\n    polygon.ps[3] = Point(15158.3, 11856.4);\n    new ShapeRef(router, polygon, 1952);\n\n    // shapeRef1953\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7982.79, 4405.9);\n    polygon.ps[1] = Point(7982.79, 4445.9);\n    polygon.ps[2] = Point(7907.29, 4445.9);\n    polygon.ps[3] = Point(7907.29, 4405.9);\n    new ShapeRef(router, polygon, 1953);\n\n    // shapeRef1954\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7693.6, 3005.79);\n    polygon.ps[1] = Point(7693.6, 3045.79);\n    polygon.ps[2] = Point(7618.1, 3045.79);\n    polygon.ps[3] = Point(7618.1, 3005.79);\n    new ShapeRef(router, polygon, 1954);\n\n    // shapeRef1955\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10035.2, 9938.52);\n    polygon.ps[1] = Point(10035.2, 9978.52);\n    polygon.ps[2] = Point(9959.69, 9978.52);\n    polygon.ps[3] = Point(9959.69, 9938.52);\n    new ShapeRef(router, polygon, 1955);\n\n    // shapeRef1956\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12975, 12388.7);\n    polygon.ps[1] = Point(12975, 12448.7);\n    polygon.ps[2] = Point(12920, 12448.7);\n    polygon.ps[3] = Point(12920, 12388.7);\n    new ShapeRef(router, polygon, 1956);\n\n    // shapeRef1957\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7946.29, 7118.4);\n    polygon.ps[1] = Point(7946.29, 7138.4);\n    polygon.ps[2] = Point(7914.29, 7138.4);\n    polygon.ps[3] = Point(7914.29, 7118.4);\n    new ShapeRef(router, polygon, 1957);\n\n    // shapeRef1958\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9154.59, 6141.51);\n    polygon.ps[1] = Point(9154.59, 6161.51);\n    polygon.ps[2] = Point(9122.59, 6161.51);\n    polygon.ps[3] = Point(9122.59, 6141.51);\n    new ShapeRef(router, polygon, 1958);\n\n    // shapeRef1959\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9833.69, 7151.4);\n    polygon.ps[1] = Point(9833.69, 7171.4);\n    polygon.ps[2] = Point(9801.69, 7171.4);\n    polygon.ps[3] = Point(9801.69, 7151.4);\n    new ShapeRef(router, polygon, 1959);\n\n    // shapeRef1960\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10466.9, 7860.79);\n    polygon.ps[1] = Point(10466.9, 7892.79);\n    polygon.ps[2] = Point(10446.9, 7892.79);\n    polygon.ps[3] = Point(10446.9, 7860.79);\n    new ShapeRef(router, polygon, 1960);\n\n    // shapeRef1961\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7585.1, 9065.42);\n    polygon.ps[1] = Point(7585.1, 9097.42);\n    polygon.ps[2] = Point(7565.1, 9097.42);\n    polygon.ps[3] = Point(7565.1, 9065.42);\n    new ShapeRef(router, polygon, 1961);\n\n    // shapeRef1962\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15249.5, 1330.29);\n    polygon.ps[1] = Point(15249.5, 1362.29);\n    polygon.ps[2] = Point(15229.5, 1362.29);\n    polygon.ps[3] = Point(15229.5, 1330.29);\n    new ShapeRef(router, polygon, 1962);\n\n    // shapeRef1963\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9385.59, 9632.42);\n    polygon.ps[1] = Point(9385.59, 9652.42);\n    polygon.ps[2] = Point(9353.59, 9652.42);\n    polygon.ps[3] = Point(9353.59, 9632.42);\n    new ShapeRef(router, polygon, 1963);\n\n    // shapeRef1964\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7519.1, 7992.79);\n    polygon.ps[1] = Point(7519.1, 8024.79);\n    polygon.ps[2] = Point(7499.1, 8024.79);\n    polygon.ps[3] = Point(7499.1, 7992.79);\n    new ShapeRef(router, polygon, 1964);\n\n    // shapeRef1965\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10687.2, 8563.99);\n    polygon.ps[1] = Point(10687.2, 8595.99);\n    polygon.ps[2] = Point(10667.2, 8595.99);\n    polygon.ps[3] = Point(10667.2, 8563.99);\n    new ShapeRef(router, polygon, 1965);\n\n    // shapeRef1966\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10522.2, 9131.42);\n    polygon.ps[1] = Point(10522.2, 9163.42);\n    polygon.ps[2] = Point(10502.2, 9163.42);\n    polygon.ps[3] = Point(10502.2, 9131.42);\n    new ShapeRef(router, polygon, 1966);\n\n    // shapeRef1967\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9062.99, 8332.99);\n    polygon.ps[1] = Point(9062.99, 8364.99);\n    polygon.ps[2] = Point(9042.99, 8364.99);\n    polygon.ps[3] = Point(9042.99, 8332.99);\n    new ShapeRef(router, polygon, 1967);\n\n    // shapeRef1968\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8845.89, 4625.4);\n    polygon.ps[1] = Point(8845.89, 4657.4);\n    polygon.ps[2] = Point(8825.89, 4657.4);\n    polygon.ps[3] = Point(8825.89, 4625.4);\n    new ShapeRef(router, polygon, 1968);\n\n    // shapeRef1969\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8845.89, 3945.51);\n    polygon.ps[1] = Point(8845.89, 3977.51);\n    polygon.ps[2] = Point(8825.89, 3977.51);\n    polygon.ps[3] = Point(8825.89, 3945.51);\n    new ShapeRef(router, polygon, 1969);\n\n    // shapeRef1970\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9352.59, 5502.67);\n    polygon.ps[1] = Point(9352.59, 5522.67);\n    polygon.ps[2] = Point(9320.59, 5522.67);\n    polygon.ps[3] = Point(9320.59, 5502.67);\n    new ShapeRef(router, polygon, 1970);\n\n    // shapeRef1971\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8845.89, 3417.51);\n    polygon.ps[1] = Point(8845.89, 3449.51);\n    polygon.ps[2] = Point(8825.89, 3449.51);\n    polygon.ps[3] = Point(8825.89, 3417.51);\n    new ShapeRef(router, polygon, 1971);\n\n    // shapeRef1972\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8845.89, 2893.29);\n    polygon.ps[1] = Point(8845.89, 2925.29);\n    polygon.ps[2] = Point(8825.89, 2925.29);\n    polygon.ps[3] = Point(8825.89, 2893.29);\n    new ShapeRef(router, polygon, 1972);\n\n    // shapeRef1973\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8845.89, 2365.29);\n    polygon.ps[1] = Point(8845.89, 2397.29);\n    polygon.ps[2] = Point(8825.89, 2397.29);\n    polygon.ps[3] = Point(8825.89, 2365.29);\n    new ShapeRef(router, polygon, 1973);\n\n    // shapeRef1974\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8441.29, 2098.29);\n    polygon.ps[1] = Point(8441.29, 2118.29);\n    polygon.ps[2] = Point(8409.29, 2118.29);\n    polygon.ps[3] = Point(8409.29, 2098.29);\n    new ShapeRef(router, polygon, 1974);\n\n    // shapeRef1975\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8441.29, 2140.29);\n    polygon.ps[1] = Point(8441.29, 2160.29);\n    polygon.ps[2] = Point(8409.29, 2160.29);\n    polygon.ps[3] = Point(8409.29, 2140.29);\n    new ShapeRef(router, polygon, 1975);\n\n    // shapeRef1976\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15390.5, 1336.29);\n    polygon.ps[1] = Point(15390.5, 1356.29);\n    polygon.ps[2] = Point(15358.5, 1356.29);\n    polygon.ps[3] = Point(15358.5, 1336.29);\n    new ShapeRef(router, polygon, 1976);\n\n    // shapeRef1977\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8468.29, 1099.29);\n    polygon.ps[1] = Point(8468.29, 1131.29);\n    polygon.ps[2] = Point(8448.29, 1131.29);\n    polygon.ps[3] = Point(8448.29, 1099.29);\n    new ShapeRef(router, polygon, 1977);\n\n    // shapeRef1978\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15131.3, 1336.29);\n    polygon.ps[1] = Point(15131.3, 1356.29);\n    polygon.ps[2] = Point(15099.3, 1356.29);\n    polygon.ps[3] = Point(15099.3, 1336.29);\n    new ShapeRef(router, polygon, 1978);\n\n    // shapeRef1979\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9002.99, 798.091);\n    polygon.ps[1] = Point(9002.99, 818.091);\n    polygon.ps[2] = Point(8970.99, 818.091);\n    polygon.ps[3] = Point(8970.99, 798.091);\n    new ShapeRef(router, polygon, 1979);\n\n    // shapeRef1980\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9002.99, 1105.29);\n    polygon.ps[1] = Point(9002.99, 1125.29);\n    polygon.ps[2] = Point(8970.99, 1125.29);\n    polygon.ps[3] = Point(8970.99, 1105.29);\n    new ShapeRef(router, polygon, 1980);\n\n    // shapeRef1981\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8006.29, 967.285);\n    polygon.ps[1] = Point(8006.29, 999.285);\n    polygon.ps[2] = Point(7986.29, 999.285);\n    polygon.ps[3] = Point(7986.29, 967.285);\n    new ShapeRef(router, polygon, 1981);\n\n    // shapeRef1982\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15493.3, 1336.29);\n    polygon.ps[1] = Point(15493.3, 1356.29);\n    polygon.ps[2] = Point(15461.3, 1356.29);\n    polygon.ps[3] = Point(15461.3, 1336.29);\n    new ShapeRef(router, polygon, 1982);\n\n    // shapeRef1983\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9767.69, 798.091);\n    polygon.ps[1] = Point(9767.69, 818.091);\n    polygon.ps[2] = Point(9735.69, 818.091);\n    polygon.ps[3] = Point(9735.69, 798.091);\n    new ShapeRef(router, polygon, 1983);\n\n    // shapeRef1984\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10792.2, 798.091);\n    polygon.ps[1] = Point(10792.2, 818.091);\n    polygon.ps[2] = Point(10760.2, 818.091);\n    polygon.ps[3] = Point(10760.2, 798.091);\n    new ShapeRef(router, polygon, 1984);\n\n    // shapeRef1985\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10984.2, 1099.29);\n    polygon.ps[1] = Point(10984.2, 1131.29);\n    polygon.ps[2] = Point(10964.2, 1131.29);\n    polygon.ps[3] = Point(10964.2, 1099.29);\n    new ShapeRef(router, polygon, 1985);\n\n    // shapeRef1986\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10792.2, 1270.29);\n    polygon.ps[1] = Point(10792.2, 1290.29);\n    polygon.ps[2] = Point(10760.2, 1290.29);\n    polygon.ps[3] = Point(10760.2, 1270.29);\n    new ShapeRef(router, polygon, 1986);\n\n    // shapeRef1987\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9385.59, 1270.29);\n    polygon.ps[1] = Point(9385.59, 1290.29);\n    polygon.ps[2] = Point(9353.59, 1290.29);\n    polygon.ps[3] = Point(9353.59, 1270.29);\n    new ShapeRef(router, polygon, 1987);\n\n    // shapeRef1988\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9662.69, 1693.29);\n    polygon.ps[1] = Point(9662.69, 1725.29);\n    polygon.ps[2] = Point(9642.69, 1725.29);\n    polygon.ps[3] = Point(9642.69, 1693.29);\n    new ShapeRef(router, polygon, 1988);\n\n    // shapeRef1989\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9319.59, 1999.29);\n    polygon.ps[1] = Point(9319.59, 2019.29);\n    polygon.ps[2] = Point(9287.59, 2019.29);\n    polygon.ps[3] = Point(9287.59, 1999.29);\n    new ShapeRef(router, polygon, 1989);\n\n    // shapeRef1990\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10984.2, 1462.29);\n    polygon.ps[1] = Point(10984.2, 1494.29);\n    polygon.ps[2] = Point(10964.2, 1494.29);\n    polygon.ps[3] = Point(10964.2, 1462.29);\n    new ShapeRef(router, polygon, 1990);\n\n    // shapeRef1991\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11155.2, 1633.29);\n    polygon.ps[1] = Point(11155.2, 1653.29);\n    polygon.ps[2] = Point(11123.2, 1653.29);\n    polygon.ps[3] = Point(11123.2, 1633.29);\n    new ShapeRef(router, polygon, 1991);\n\n    // shapeRef1992\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10984.2, 594.091);\n    polygon.ps[1] = Point(10984.2, 626.091);\n    polygon.ps[2] = Point(10964.2, 626.091);\n    polygon.ps[3] = Point(10964.2, 594.091);\n    new ShapeRef(router, polygon, 1992);\n\n    // shapeRef1993\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10561.2, 4351.11);\n    polygon.ps[1] = Point(10561.2, 4371.11);\n    polygon.ps[2] = Point(10529.2, 4371.11);\n    polygon.ps[3] = Point(10529.2, 4351.11);\n    new ShapeRef(router, polygon, 1993);\n\n    // shapeRef1994\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10957.2, 4351.11);\n    polygon.ps[1] = Point(10957.2, 4371.11);\n    polygon.ps[2] = Point(10925.2, 4371.11);\n    polygon.ps[3] = Point(10925.2, 4351.11);\n    new ShapeRef(router, polygon, 1994);\n\n    // shapeRef1995\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11610.1, 4351.11);\n    polygon.ps[1] = Point(11610.1, 4371.11);\n    polygon.ps[2] = Point(11578.1, 4371.11);\n    polygon.ps[3] = Point(11578.1, 4351.11);\n    new ShapeRef(router, polygon, 1995);\n\n    // shapeRef1996\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10627.2, 4499.4);\n    polygon.ps[1] = Point(10627.2, 4519.4);\n    polygon.ps[2] = Point(10595.2, 4519.4);\n    polygon.ps[3] = Point(10595.2, 4499.4);\n    new ShapeRef(router, polygon, 1996);\n\n    // shapeRef1997\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12237.1, 4351.11);\n    polygon.ps[1] = Point(12237.1, 4371.11);\n    polygon.ps[2] = Point(12205.1, 4371.11);\n    polygon.ps[3] = Point(12205.1, 4351.11);\n    new ShapeRef(router, polygon, 1997);\n\n    // shapeRef1998\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 4559.4);\n    polygon.ps[1] = Point(12541.5, 4591.4);\n    polygon.ps[2] = Point(12521.5, 4591.4);\n    polygon.ps[3] = Point(12521.5, 4559.4);\n    new ShapeRef(router, polygon, 1998);\n\n    // shapeRef1999\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 4955.4);\n    polygon.ps[1] = Point(12541.5, 4987.4);\n    polygon.ps[2] = Point(12521.5, 4987.4);\n    polygon.ps[3] = Point(12521.5, 4955.4);\n    new ShapeRef(router, polygon, 1999);\n\n    // shapeRef2000\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 5298.67);\n    polygon.ps[1] = Point(12541.5, 5330.67);\n    polygon.ps[2] = Point(12521.5, 5330.67);\n    polygon.ps[3] = Point(12521.5, 5298.67);\n    new ShapeRef(router, polygon, 2000);\n\n    // shapeRef2001\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12938.5, 4499.4);\n    polygon.ps[1] = Point(12938.5, 4519.4);\n    polygon.ps[2] = Point(12906.5, 4519.4);\n    polygon.ps[3] = Point(12906.5, 4499.4);\n    new ShapeRef(router, polygon, 2001);\n\n    // shapeRef2002\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13276, 3846.51);\n    polygon.ps[1] = Point(13276, 3878.51);\n    polygon.ps[2] = Point(13256, 3878.51);\n    polygon.ps[3] = Point(13256, 3846.51);\n    new ShapeRef(router, polygon, 2002);\n\n    // shapeRef2003\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 3978.51);\n    polygon.ps[1] = Point(12541.5, 4010.51);\n    polygon.ps[2] = Point(12521.5, 4010.51);\n    polygon.ps[3] = Point(12521.5, 3978.51);\n    new ShapeRef(router, polygon, 2003);\n\n    // shapeRef2004\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 3516.51);\n    polygon.ps[1] = Point(12541.5, 3548.51);\n    polygon.ps[2] = Point(12521.5, 3548.51);\n    polygon.ps[3] = Point(12521.5, 3516.51);\n    new ShapeRef(router, polygon, 2004);\n\n    // shapeRef2005\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 3025.29);\n    polygon.ps[1] = Point(12541.5, 3057.29);\n    polygon.ps[2] = Point(12521.5, 3057.29);\n    polygon.ps[3] = Point(12521.5, 3025.29);\n    new ShapeRef(router, polygon, 2005);\n\n    // shapeRef2006\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12541.5, 2266.29);\n    polygon.ps[1] = Point(12541.5, 2298.29);\n    polygon.ps[2] = Point(12521.5, 2298.29);\n    polygon.ps[3] = Point(12521.5, 2266.29);\n    new ShapeRef(router, polygon, 2006);\n\n    // shapeRef2007\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12171.1, 1834.29);\n    polygon.ps[1] = Point(12171.1, 1854.29);\n    polygon.ps[2] = Point(12139.1, 1854.29);\n    polygon.ps[3] = Point(12139.1, 1834.29);\n    new ShapeRef(router, polygon, 2007);\n\n    // shapeRef2008\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12000.1, 1726.29);\n    polygon.ps[1] = Point(12000.1, 1758.29);\n    polygon.ps[2] = Point(11980.1, 1758.29);\n    polygon.ps[3] = Point(11980.1, 1726.29);\n    new ShapeRef(router, polygon, 2008);\n\n    // shapeRef2009\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12171.1, 1732.29);\n    polygon.ps[1] = Point(12171.1, 1752.29);\n    polygon.ps[2] = Point(12139.1, 1752.29);\n    polygon.ps[3] = Point(12139.1, 1732.29);\n    new ShapeRef(router, polygon, 2009);\n\n    // shapeRef2010\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13882, 8431.99);\n    polygon.ps[1] = Point(13882, 8463.99);\n    polygon.ps[2] = Point(13862, 8463.99);\n    polygon.ps[3] = Point(13862, 8431.99);\n    new ShapeRef(router, polygon, 2010);\n\n    // shapeRef2011\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11934.1, 7827.79);\n    polygon.ps[1] = Point(11934.1, 7859.79);\n    polygon.ps[2] = Point(11914.1, 7859.79);\n    polygon.ps[3] = Point(11914.1, 7827.79);\n    new ShapeRef(router, polygon, 2011);\n\n    // shapeRef2012\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15878.6, 8431.99);\n    polygon.ps[1] = Point(15878.6, 8463.99);\n    polygon.ps[2] = Point(15858.6, 8463.99);\n    polygon.ps[3] = Point(15858.6, 8431.99);\n    new ShapeRef(router, polygon, 2012);\n\n    // shapeRef2013\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16732.8, 8398.99);\n    polygon.ps[1] = Point(16732.8, 8430.99);\n    polygon.ps[2] = Point(16712.8, 8430.99);\n    polygon.ps[3] = Point(16712.8, 8398.99);\n    new ShapeRef(router, polygon, 2013);\n\n    // shapeRef2014\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8667.29, 4182.51);\n    polygon.ps[1] = Point(8667.29, 4202.51);\n    polygon.ps[2] = Point(8635.29, 4202.51);\n    polygon.ps[3] = Point(8635.29, 4182.51);\n    new ShapeRef(router, polygon, 2014);\n\n    // shapeRef2015\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10126, 9692.42);\n    polygon.ps[1] = Point(10126, 9724.42);\n    polygon.ps[2] = Point(10106, 9724.42);\n    polygon.ps[3] = Point(10106, 9692.42);\n    new ShapeRef(router, polygon, 2015);\n\n    // shapeRef2016\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15390.5, 1171.29);\n    polygon.ps[1] = Point(15390.5, 1191.29);\n    polygon.ps[2] = Point(15358.5, 1191.29);\n    polygon.ps[3] = Point(15358.5, 1171.29);\n    new ShapeRef(router, polygon, 2016);\n\n    // shapeRef2017\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13618, 6663.51);\n    polygon.ps[1] = Point(13618, 6695.51);\n    polygon.ps[2] = Point(13598, 6695.51);\n    polygon.ps[3] = Point(13598, 6663.51);\n    new ShapeRef(router, polygon, 2017);\n\n    // shapeRef2018\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10819.2, 7310.4);\n    polygon.ps[1] = Point(10819.2, 7342.4);\n    polygon.ps[2] = Point(10799.2, 7342.4);\n    polygon.ps[3] = Point(10799.2, 7310.4);\n    new ShapeRef(router, polygon, 2018);\n\n    // shapeRef2019\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10819.2, 7794.79);\n    polygon.ps[1] = Point(10819.2, 7826.79);\n    polygon.ps[2] = Point(10799.2, 7826.79);\n    polygon.ps[3] = Point(10799.2, 7794.79);\n    new ShapeRef(router, polygon, 2019);\n\n    // shapeRef2020\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9860.69, 6399.51);\n    polygon.ps[1] = Point(9860.69, 6431.51);\n    polygon.ps[2] = Point(9840.69, 6431.51);\n    polygon.ps[3] = Point(9840.69, 6399.51);\n    new ShapeRef(router, polygon, 2020);\n\n    // shapeRef2021\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11254.2, 8863.22);\n    polygon.ps[1] = Point(11254.2, 8883.22);\n    polygon.ps[2] = Point(11222.2, 8883.22);\n    polygon.ps[3] = Point(11222.2, 8863.22);\n    new ShapeRef(router, polygon, 2021);\n\n    // shapeRef2022\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12336.1, 8863.22);\n    polygon.ps[1] = Point(12336.1, 8883.22);\n    polygon.ps[2] = Point(12304.1, 8883.22);\n    polygon.ps[3] = Point(12304.1, 8863.22);\n    new ShapeRef(router, polygon, 2022);\n\n    // shapeRef2023\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9035.99, 3423.51);\n    polygon.ps[1] = Point(9035.99, 3443.51);\n    polygon.ps[2] = Point(9003.99, 3443.51);\n    polygon.ps[3] = Point(9003.99, 3423.51);\n    new ShapeRef(router, polygon, 2023);\n\n    // shapeRef2024\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7492.1, 3555.51);\n    polygon.ps[1] = Point(7492.1, 3575.51);\n    polygon.ps[2] = Point(7460.1, 3575.51);\n    polygon.ps[3] = Point(7460.1, 3555.51);\n    new ShapeRef(router, polygon, 2024);\n\n    // shapeRef2025\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6799.1, 3555.51);\n    polygon.ps[1] = Point(6799.1, 3575.51);\n    polygon.ps[2] = Point(6767.1, 3575.51);\n    polygon.ps[3] = Point(6767.1, 3555.51);\n    new ShapeRef(router, polygon, 2025);\n\n    // shapeRef2026\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6205.1, 3555.51);\n    polygon.ps[1] = Point(6205.1, 3575.51);\n    polygon.ps[2] = Point(6173.1, 3575.51);\n    polygon.ps[3] = Point(6173.1, 3555.51);\n    new ShapeRef(router, polygon, 2026);\n\n    // shapeRef2027\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5710.1, 3555.51);\n    polygon.ps[1] = Point(5710.1, 3575.51);\n    polygon.ps[2] = Point(5678.1, 3575.51);\n    polygon.ps[3] = Point(5678.1, 3555.51);\n    new ShapeRef(router, polygon, 2027);\n\n    // shapeRef2028\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5322, 3813.51);\n    polygon.ps[1] = Point(5322, 3845.51);\n    polygon.ps[2] = Point(5302, 3845.51);\n    polygon.ps[3] = Point(5302, 3813.51);\n    new ShapeRef(router, polygon, 2028);\n\n    // shapeRef2029\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5322, 4559.4);\n    polygon.ps[1] = Point(5322, 4591.4);\n    polygon.ps[2] = Point(5302, 4591.4);\n    polygon.ps[3] = Point(5302, 4559.4);\n    new ShapeRef(router, polygon, 2029);\n\n    // shapeRef2030\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5322, 5331.67);\n    polygon.ps[1] = Point(5322, 5363.67);\n    polygon.ps[2] = Point(5302, 5363.67);\n    polygon.ps[3] = Point(5302, 5331.67);\n    new ShapeRef(router, polygon, 2030);\n\n    // shapeRef2031\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5322, 5153.4);\n    polygon.ps[1] = Point(5322, 5185.4);\n    polygon.ps[2] = Point(5302, 5185.4);\n    polygon.ps[3] = Point(5302, 5153.4);\n    new ShapeRef(router, polygon, 2031);\n\n    // shapeRef2032\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8408.29, 5502.67);\n    polygon.ps[1] = Point(8408.29, 5522.67);\n    polygon.ps[2] = Point(8376.29, 5522.67);\n    polygon.ps[3] = Point(8376.29, 5502.67);\n    new ShapeRef(router, polygon, 2032);\n\n    // shapeRef2033\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5512.1, 5337.67);\n    polygon.ps[1] = Point(5512.1, 5357.67);\n    polygon.ps[2] = Point(5480.1, 5357.67);\n    polygon.ps[3] = Point(5480.1, 5337.67);\n    new ShapeRef(router, polygon, 2033);\n\n    // shapeRef2034\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4965, 5954.59);\n    polygon.ps[1] = Point(4965, 5974.59);\n    polygon.ps[2] = Point(4933, 5974.59);\n    polygon.ps[3] = Point(4933, 5954.59);\n    new ShapeRef(router, polygon, 2034);\n\n    // shapeRef2035\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 6040.29);\n    polygon.ps[1] = Point(4959, 6072.29);\n    polygon.ps[2] = Point(4939, 6072.29);\n    polygon.ps[3] = Point(4939, 6040.29);\n    new ShapeRef(router, polygon, 2035);\n\n    // shapeRef2036\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 7794.79);\n    polygon.ps[1] = Point(4959, 7826.79);\n    polygon.ps[2] = Point(4939, 7826.79);\n    polygon.ps[3] = Point(4939, 7794.79);\n    new ShapeRef(router, polygon, 2036);\n\n    // shapeRef2037\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 8365.99);\n    polygon.ps[1] = Point(4959, 8397.99);\n    polygon.ps[2] = Point(4939, 8397.99);\n    polygon.ps[3] = Point(4939, 8365.99);\n    new ShapeRef(router, polygon, 2037);\n\n    // shapeRef2038\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 8791.22);\n    polygon.ps[1] = Point(4959, 8823.22);\n    polygon.ps[2] = Point(4939, 8823.22);\n    polygon.ps[3] = Point(4939, 8791.22);\n    new ShapeRef(router, polygon, 2038);\n\n    // shapeRef2039\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 9296.42);\n    polygon.ps[1] = Point(4959, 9328.42);\n    polygon.ps[2] = Point(4939, 9328.42);\n    polygon.ps[3] = Point(4939, 9296.42);\n    new ShapeRef(router, polygon, 2039);\n\n    // shapeRef2040\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4299, 9861.02);\n    polygon.ps[1] = Point(4299, 9893.02);\n    polygon.ps[2] = Point(4279, 9893.02);\n    polygon.ps[3] = Point(4279, 9861.02);\n    new ShapeRef(router, polygon, 2040);\n\n    // shapeRef2041\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4767, 10428);\n    polygon.ps[1] = Point(4767, 10448);\n    polygon.ps[2] = Point(4735, 10448);\n    polygon.ps[3] = Point(4735, 10428);\n    new ShapeRef(router, polygon, 2041);\n\n    // shapeRef2042\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4563, 10567.3);\n    polygon.ps[1] = Point(4563, 10599.3);\n    polygon.ps[2] = Point(4543, 10599.3);\n    polygon.ps[3] = Point(4543, 10567.3);\n    new ShapeRef(router, polygon, 2042);\n\n    // shapeRef2043\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 1462.29);\n    polygon.ps[1] = Point(11373.1, 1494.29);\n    polygon.ps[2] = Point(11353.1, 1494.29);\n    polygon.ps[3] = Point(11353.1, 1462.29);\n    new ShapeRef(router, polygon, 2043);\n\n    // shapeRef2044\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 1099.29);\n    polygon.ps[1] = Point(11373.1, 1131.29);\n    polygon.ps[2] = Point(11353.1, 1131.29);\n    polygon.ps[3] = Point(11353.1, 1099.29);\n    new ShapeRef(router, polygon, 2044);\n\n    // shapeRef2045\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 594.091);\n    polygon.ps[1] = Point(11373.1, 626.091);\n    polygon.ps[2] = Point(11353.1, 626.091);\n    polygon.ps[3] = Point(11353.1, 594.091);\n    new ShapeRef(router, polygon, 2045);\n\n    // shapeRef2046\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11544.1, 448.265);\n    polygon.ps[1] = Point(11544.1, 468.265);\n    polygon.ps[2] = Point(11512.1, 468.265);\n    polygon.ps[3] = Point(11512.1, 448.265);\n    new ShapeRef(router, polygon, 2046);\n\n    // shapeRef2047\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11973.1, 448.265);\n    polygon.ps[1] = Point(11973.1, 468.265);\n    polygon.ps[2] = Point(11941.1, 468.265);\n    polygon.ps[3] = Point(11941.1, 448.265);\n    new ShapeRef(router, polygon, 2047);\n\n    // shapeRef2048\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15002.9, 1336.29);\n    polygon.ps[1] = Point(15002.9, 1356.29);\n    polygon.ps[2] = Point(14970.9, 1356.29);\n    polygon.ps[3] = Point(14970.9, 1336.29);\n    new ShapeRef(router, polygon, 2048);\n\n    // shapeRef2049\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12740.5, 567.091);\n    polygon.ps[1] = Point(12740.5, 587.091);\n    polygon.ps[2] = Point(12708.5, 587.091);\n    polygon.ps[3] = Point(12708.5, 567.091);\n    new ShapeRef(router, polygon, 2049);\n\n    // shapeRef2050\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13216, 448.265);\n    polygon.ps[1] = Point(13216, 468.265);\n    polygon.ps[2] = Point(13184, 468.265);\n    polygon.ps[3] = Point(13184, 448.265);\n    new ShapeRef(router, polygon, 2050);\n\n    // shapeRef2051\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13888, 448.265);\n    polygon.ps[1] = Point(13888, 468.265);\n    polygon.ps[2] = Point(13856, 468.265);\n    polygon.ps[3] = Point(13856, 448.265);\n    new ShapeRef(router, polygon, 2051);\n\n    // shapeRef2052\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14350, 448.265);\n    polygon.ps[1] = Point(14350, 468.265);\n    polygon.ps[2] = Point(14318, 468.265);\n    polygon.ps[3] = Point(14318, 448.265);\n    new ShapeRef(router, polygon, 2052);\n\n    // shapeRef2053\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14812, 448.265);\n    polygon.ps[1] = Point(14812, 468.265);\n    polygon.ps[2] = Point(14780, 468.265);\n    polygon.ps[3] = Point(14780, 448.265);\n    new ShapeRef(router, polygon, 2053);\n\n    // shapeRef2054\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15653.3, 448.265);\n    polygon.ps[1] = Point(15653.3, 468.265);\n    polygon.ps[2] = Point(15621.3, 468.265);\n    polygon.ps[3] = Point(15621.3, 448.265);\n    new ShapeRef(router, polygon, 2054);\n\n    // shapeRef2055\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16181.6, 448.265);\n    polygon.ps[1] = Point(16181.6, 468.265);\n    polygon.ps[2] = Point(16149.6, 468.265);\n    polygon.ps[3] = Point(16149.6, 448.265);\n    new ShapeRef(router, polygon, 2055);\n\n    // shapeRef2056\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16373.6, 792.091);\n    polygon.ps[1] = Point(16373.6, 824.091);\n    polygon.ps[2] = Point(16353.6, 824.091);\n    polygon.ps[3] = Point(16353.6, 792.091);\n    new ShapeRef(router, polygon, 2056);\n\n    // shapeRef2057\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16175.6, 792.091);\n    polygon.ps[1] = Point(16175.6, 824.091);\n    polygon.ps[2] = Point(16155.6, 824.091);\n    polygon.ps[3] = Point(16155.6, 792.091);\n    new ShapeRef(router, polygon, 2057);\n\n    // shapeRef2058\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11122.2, 8064.79);\n    polygon.ps[1] = Point(11122.2, 8084.79);\n    polygon.ps[2] = Point(11090.2, 8084.79);\n    polygon.ps[3] = Point(11090.2, 8064.79);\n    new ShapeRef(router, polygon, 2058);\n\n    // shapeRef2059\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11505.1, 7728.79);\n    polygon.ps[1] = Point(11505.1, 7760.79);\n    polygon.ps[2] = Point(11485.1, 7760.79);\n    polygon.ps[3] = Point(11485.1, 7728.79);\n    new ShapeRef(router, polygon, 2059);\n\n    // shapeRef2060\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12039.1, 7415.4);\n    polygon.ps[1] = Point(12039.1, 7435.4);\n    polygon.ps[2] = Point(12007.1, 7435.4);\n    polygon.ps[3] = Point(12007.1, 7415.4);\n    new ShapeRef(router, polygon, 2060);\n\n    // shapeRef2061\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17062.8, 7178.4);\n    polygon.ps[1] = Point(17062.8, 7210.4);\n    polygon.ps[2] = Point(17042.8, 7210.4);\n    polygon.ps[3] = Point(17042.8, 7178.4);\n    new ShapeRef(router, polygon, 2061);\n\n    // shapeRef2062\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18532, 11850.9);\n    polygon.ps[1] = Point(18532, 11870.9);\n    polygon.ps[2] = Point(18500, 11870.9);\n    polygon.ps[3] = Point(18500, 11850.9);\n    new ShapeRef(router, polygon, 2062);\n\n    // shapeRef2063\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13282, 8863.22);\n    polygon.ps[1] = Point(13282, 8883.22);\n    polygon.ps[2] = Point(13250, 8883.22);\n    polygon.ps[3] = Point(13250, 8863.22);\n    new ShapeRef(router, polygon, 2063);\n\n    // shapeRef2064\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10792.2, 448.265);\n    polygon.ps[1] = Point(10792.2, 468.265);\n    polygon.ps[2] = Point(10760.2, 468.265);\n    polygon.ps[3] = Point(10760.2, 448.265);\n    new ShapeRef(router, polygon, 2064);\n\n    // shapeRef2065\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15620.3, 1336.29);\n    polygon.ps[1] = Point(15620.3, 1356.29);\n    polygon.ps[2] = Point(15588.3, 1356.29);\n    polygon.ps[3] = Point(15588.3, 1336.29);\n    new ShapeRef(router, polygon, 2065);\n\n    // shapeRef2066\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8045.29, 303.265);\n    polygon.ps[1] = Point(8045.29, 323.265);\n    polygon.ps[2] = Point(8013.29, 323.265);\n    polygon.ps[3] = Point(8013.29, 303.265);\n    new ShapeRef(router, polygon, 2066);\n\n    // shapeRef2067\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8309.29, 415.265);\n    polygon.ps[1] = Point(8309.29, 435.265);\n    polygon.ps[2] = Point(8277.29, 435.265);\n    polygon.ps[3] = Point(8277.29, 415.265);\n    new ShapeRef(router, polygon, 2067);\n\n    // shapeRef2068\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7781.29, 415.265);\n    polygon.ps[1] = Point(7781.29, 435.265);\n    polygon.ps[2] = Point(7749.29, 435.265);\n    polygon.ps[3] = Point(7749.29, 415.265);\n    new ShapeRef(router, polygon, 2068);\n\n    // shapeRef2069\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6964.1, 415.265);\n    polygon.ps[1] = Point(6964.1, 435.265);\n    polygon.ps[2] = Point(6932.1, 435.265);\n    polygon.ps[3] = Point(6932.1, 415.265);\n    new ShapeRef(router, polygon, 2069);\n\n    // shapeRef2070\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6337.1, 415.265);\n    polygon.ps[1] = Point(6337.1, 435.265);\n    polygon.ps[2] = Point(6305.1, 435.265);\n    polygon.ps[3] = Point(6305.1, 415.265);\n    new ShapeRef(router, polygon, 2070);\n\n    // shapeRef2071\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15131.3, 1171.29);\n    polygon.ps[1] = Point(15131.3, 1191.29);\n    polygon.ps[2] = Point(15099.3, 1191.29);\n    polygon.ps[3] = Point(15099.3, 1171.29);\n    new ShapeRef(router, polygon, 2071);\n\n    // shapeRef2072\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14874.4, 1336.29);\n    polygon.ps[1] = Point(14874.4, 1356.29);\n    polygon.ps[2] = Point(14842.4, 1356.29);\n    polygon.ps[3] = Point(14842.4, 1336.29);\n    new ShapeRef(router, polygon, 2072);\n\n    // shapeRef2073\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15493.3, 1171.29);\n    polygon.ps[1] = Point(15493.3, 1191.29);\n    polygon.ps[2] = Point(15461.3, 1191.29);\n    polygon.ps[3] = Point(15461.3, 1171.29);\n    new ShapeRef(router, polygon, 2073);\n\n    // shapeRef2074\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15748.9, 1336.29);\n    polygon.ps[1] = Point(15748.9, 1356.29);\n    polygon.ps[2] = Point(15716.9, 1356.29);\n    polygon.ps[3] = Point(15716.9, 1336.29);\n    new ShapeRef(router, polygon, 2074);\n\n    // shapeRef2075\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11254.2, 4351.11);\n    polygon.ps[1] = Point(11254.2, 4371.11);\n    polygon.ps[2] = Point(11222.2, 4371.11);\n    polygon.ps[3] = Point(11222.2, 4351.11);\n    new ShapeRef(router, polygon, 2075);\n\n    // shapeRef2076\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14614, 6778.21);\n    polygon.ps[1] = Point(14614, 6798.21);\n    polygon.ps[2] = Point(14582, 6798.21);\n    polygon.ps[3] = Point(14582, 6778.21);\n    new ShapeRef(router, polygon, 2076);\n\n    // shapeRef2077\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5671.1, 4559.4);\n    polygon.ps[1] = Point(5671.1, 4591.4);\n    polygon.ps[2] = Point(5651.1, 4591.4);\n    polygon.ps[3] = Point(5651.1, 4559.4);\n    new ShapeRef(router, polygon, 2077);\n\n    // shapeRef2078\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18246.5, 8530.99);\n    polygon.ps[1] = Point(18246.5, 8562.99);\n    polygon.ps[2] = Point(18226.5, 8562.99);\n    polygon.ps[3] = Point(18226.5, 8530.99);\n    new ShapeRef(router, polygon, 2078);\n\n    // shapeRef2079\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17625.5, 10164);\n    polygon.ps[1] = Point(17625.5, 10184);\n    polygon.ps[2] = Point(17593.5, 10184);\n    polygon.ps[3] = Point(17593.5, 10164);\n    new ShapeRef(router, polygon, 2079);\n\n    // shapeRef2080\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16573.8, 10164);\n    polygon.ps[1] = Point(16573.8, 10184);\n    polygon.ps[2] = Point(16541.8, 10184);\n    polygon.ps[3] = Point(16541.8, 10164);\n    new ShapeRef(router, polygon, 2080);\n\n    // shapeRef2081\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13954, 10164);\n    polygon.ps[1] = Point(13954, 10184);\n    polygon.ps[2] = Point(13922, 10184);\n    polygon.ps[3] = Point(13922, 10164);\n    new ShapeRef(router, polygon, 2081);\n\n    // shapeRef2082\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10334.9, 9692.42);\n    polygon.ps[1] = Point(10334.9, 9724.42);\n    polygon.ps[2] = Point(10314.9, 9724.42);\n    polygon.ps[3] = Point(10314.9, 9692.42);\n    new ShapeRef(router, polygon, 2082);\n\n    // shapeRef2083\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10126, 10356);\n    polygon.ps[1] = Point(10126, 10388);\n    polygon.ps[2] = Point(10106, 10388);\n    polygon.ps[3] = Point(10106, 10356);\n    new ShapeRef(router, polygon, 2083);\n\n    // shapeRef2084\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10528.2, 10672.3);\n    polygon.ps[1] = Point(10528.2, 10692.3);\n    polygon.ps[2] = Point(10496.2, 10692.3);\n    polygon.ps[3] = Point(10496.2, 10672.3);\n    new ShapeRef(router, polygon, 2084);\n\n    // shapeRef2085\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10924.2, 10672.3);\n    polygon.ps[1] = Point(10924.2, 10692.3);\n    polygon.ps[2] = Point(10892.2, 10692.3);\n    polygon.ps[3] = Point(10892.2, 10672.3);\n    new ShapeRef(router, polygon, 2085);\n\n    // shapeRef2086\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10852.2, 10964.6);\n    polygon.ps[1] = Point(10852.2, 10996.6);\n    polygon.ps[2] = Point(10832.2, 10996.6);\n    polygon.ps[3] = Point(10832.2, 10964.6);\n    new ShapeRef(router, polygon, 2086);\n\n    // shapeRef2087\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9734.69, 11201.6);\n    polygon.ps[1] = Point(9734.69, 11221.6);\n    polygon.ps[2] = Point(9702.69, 11221.6);\n    polygon.ps[3] = Point(9702.69, 11201.6);\n    new ShapeRef(router, polygon, 2087);\n\n    // shapeRef2088\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9253.59, 11201.6);\n    polygon.ps[1] = Point(9253.59, 11221.6);\n    polygon.ps[2] = Point(9221.59, 11221.6);\n    polygon.ps[3] = Point(9221.59, 11201.6);\n    new ShapeRef(router, polygon, 2088);\n\n    // shapeRef2089\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8700.29, 11201.6);\n    polygon.ps[1] = Point(8700.29, 11221.6);\n    polygon.ps[2] = Point(8668.29, 11221.6);\n    polygon.ps[3] = Point(8668.29, 11201.6);\n    new ShapeRef(router, polygon, 2089);\n\n    // shapeRef2090\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7973.29, 10997.6);\n    polygon.ps[1] = Point(7973.29, 11029.6);\n    polygon.ps[2] = Point(7953.29, 11029.6);\n    polygon.ps[3] = Point(7953.29, 10997.6);\n    new ShapeRef(router, polygon, 2090);\n\n    // shapeRef2091\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8243.29, 10705.3);\n    polygon.ps[1] = Point(8243.29, 10725.3);\n    polygon.ps[2] = Point(8211.29, 10725.3);\n    polygon.ps[3] = Point(8211.29, 10705.3);\n    new ShapeRef(router, polygon, 2091);\n\n    // shapeRef2092\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8700.29, 10705.3);\n    polygon.ps[1] = Point(8700.29, 10725.3);\n    polygon.ps[2] = Point(8668.29, 10725.3);\n    polygon.ps[3] = Point(8668.29, 10705.3);\n    new ShapeRef(router, polygon, 2092);\n\n    // shapeRef2093\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13315, 9236.42);\n    polygon.ps[1] = Point(13315, 9256.42);\n    polygon.ps[2] = Point(13283, 9256.42);\n    polygon.ps[3] = Point(13283, 9236.42);\n    new ShapeRef(router, polygon, 2093);\n\n    // shapeRef2094\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6667.1, 6986.4);\n    polygon.ps[1] = Point(6667.1, 7006.4);\n    polygon.ps[2] = Point(6635.1, 7006.4);\n    polygon.ps[3] = Point(6635.1, 6986.4);\n    new ShapeRef(router, polygon, 2094);\n\n    // shapeRef2095\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7222.1, 7277.4);\n    polygon.ps[1] = Point(7222.1, 7309.4);\n    polygon.ps[2] = Point(7202.1, 7309.4);\n    polygon.ps[3] = Point(7202.1, 7277.4);\n    new ShapeRef(router, polygon, 2095);\n\n    // shapeRef2096\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7222.1, 9197.42);\n    polygon.ps[1] = Point(7222.1, 9229.42);\n    polygon.ps[2] = Point(7202.1, 9229.42);\n    polygon.ps[3] = Point(7202.1, 9197.42);\n    new ShapeRef(router, polygon, 2096);\n\n    // shapeRef2097\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6562.1, 8025.79);\n    polygon.ps[1] = Point(6562.1, 8057.79);\n    polygon.ps[2] = Point(6542.1, 8057.79);\n    polygon.ps[3] = Point(6542.1, 8025.79);\n    new ShapeRef(router, polygon, 2097);\n\n    // shapeRef2098\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6562.1, 9861.02);\n    polygon.ps[1] = Point(6562.1, 9893.02);\n    polygon.ps[2] = Point(6542.1, 9893.02);\n    polygon.ps[3] = Point(6542.1, 9861.02);\n    new ShapeRef(router, polygon, 2098);\n\n    // shapeRef2099\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6562.1, 7563.79);\n    polygon.ps[1] = Point(6562.1, 7595.79);\n    polygon.ps[2] = Point(6542.1, 7595.79);\n    polygon.ps[3] = Point(6542.1, 7563.79);\n    new ShapeRef(router, polygon, 2099);\n\n    // shapeRef2100\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7261.1, 6504.51);\n    polygon.ps[1] = Point(7261.1, 6524.51);\n    polygon.ps[2] = Point(7229.1, 6524.51);\n    polygon.ps[3] = Point(7229.1, 6504.51);\n    new ShapeRef(router, polygon, 2100);\n\n    // shapeRef2101\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8177.29, 6504.51);\n    polygon.ps[1] = Point(8177.29, 6524.51);\n    polygon.ps[2] = Point(8145.29, 6524.51);\n    polygon.ps[3] = Point(8145.29, 6504.51);\n    new ShapeRef(router, polygon, 2101);\n\n    // shapeRef2102\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6403.1, 6778.21);\n    polygon.ps[1] = Point(6403.1, 6798.21);\n    polygon.ps[2] = Point(6371.1, 6798.21);\n    polygon.ps[3] = Point(6371.1, 6778.21);\n    new ShapeRef(router, polygon, 2102);\n\n    // shapeRef2103\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6133.1, 7959.79);\n    polygon.ps[1] = Point(6133.1, 7991.79);\n    polygon.ps[2] = Point(6113.1, 7991.79);\n    polygon.ps[3] = Point(6113.1, 7959.79);\n    new ShapeRef(router, polygon, 2103);\n\n    // shapeRef2104\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9932.69, 11622.9);\n    polygon.ps[1] = Point(9932.69, 11642.9);\n    polygon.ps[2] = Point(9900.69, 11642.9);\n    polygon.ps[3] = Point(9900.69, 11622.9);\n    new ShapeRef(router, polygon, 2104);\n\n    // shapeRef2105\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11445.1, 11622.9);\n    polygon.ps[1] = Point(11445.1, 11642.9);\n    polygon.ps[2] = Point(11413.1, 11642.9);\n    polygon.ps[3] = Point(11413.1, 11622.9);\n    new ShapeRef(router, polygon, 2105);\n\n    // shapeRef2106\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12773.5, 11622.9);\n    polygon.ps[1] = Point(12773.5, 11642.9);\n    polygon.ps[2] = Point(12741.5, 11642.9);\n    polygon.ps[3] = Point(12741.5, 11622.9);\n    new ShapeRef(router, polygon, 2106);\n\n    // shapeRef2107\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14548, 11622.9);\n    polygon.ps[1] = Point(14548, 11642.9);\n    polygon.ps[2] = Point(14516, 11642.9);\n    polygon.ps[3] = Point(14516, 11622.9);\n    new ShapeRef(router, polygon, 2107);\n\n    // shapeRef2108\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16082.6, 11622.9);\n    polygon.ps[1] = Point(16082.6, 11642.9);\n    polygon.ps[2] = Point(16050.6, 11642.9);\n    polygon.ps[3] = Point(16050.6, 11622.9);\n    new ShapeRef(router, polygon, 2108);\n\n    // shapeRef2109\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15878.6, 11877.9);\n    polygon.ps[1] = Point(15878.6, 11909.9);\n    polygon.ps[2] = Point(15858.6, 11909.9);\n    polygon.ps[3] = Point(15858.6, 11877.9);\n    new ShapeRef(router, polygon, 2109);\n\n    // shapeRef2110\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15878.6, 12177.3);\n    polygon.ps[1] = Point(15878.6, 12209.3);\n    polygon.ps[2] = Point(15858.6, 12209.3);\n    polygon.ps[3] = Point(15858.6, 12177.3);\n    new ShapeRef(router, polygon, 2110);\n\n    // shapeRef2111\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15620.3, 12282.3);\n    polygon.ps[1] = Point(15620.3, 12302.3);\n    polygon.ps[2] = Point(15588.3, 12302.3);\n    polygon.ps[3] = Point(15588.3, 12282.3);\n    new ShapeRef(router, polygon, 2111);\n\n    // shapeRef2112\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15002.9, 12282.3);\n    polygon.ps[1] = Point(15002.9, 12302.3);\n    polygon.ps[2] = Point(14970.9, 12302.3);\n    polygon.ps[3] = Point(14970.9, 12282.3);\n    new ShapeRef(router, polygon, 2112);\n\n    // shapeRef2113\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14218, 12282.3);\n    polygon.ps[1] = Point(14218, 12302.3);\n    polygon.ps[2] = Point(14186, 12302.3);\n    polygon.ps[3] = Point(14186, 12282.3);\n    new ShapeRef(router, polygon, 2113);\n\n    // shapeRef2114\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9280.59, 5641.9);\n    polygon.ps[1] = Point(9280.59, 5673.9);\n    polygon.ps[2] = Point(9260.59, 5673.9);\n    polygon.ps[3] = Point(9260.59, 5641.9);\n    new ShapeRef(router, polygon, 2114);\n\n    // shapeRef2115\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9511.59, 7343.4);\n    polygon.ps[1] = Point(9511.59, 7375.4);\n    polygon.ps[2] = Point(9491.59, 7375.4);\n    polygon.ps[3] = Point(9491.59, 7343.4);\n    new ShapeRef(router, polygon, 2115);\n\n    // shapeRef2116\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9511.59, 10356);\n    polygon.ps[1] = Point(9511.59, 10388);\n    polygon.ps[2] = Point(9491.59, 10388);\n    polygon.ps[3] = Point(9491.59, 10356);\n    new ShapeRef(router, polygon, 2116);\n\n    // shapeRef2117\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10373.9, 10771.3);\n    polygon.ps[1] = Point(10373.9, 10791.3);\n    polygon.ps[2] = Point(10341.9, 10791.3);\n    polygon.ps[3] = Point(10341.9, 10771.3);\n    new ShapeRef(router, polygon, 2117);\n\n    // shapeRef2118\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11676.1, 10771.3);\n    polygon.ps[1] = Point(11676.1, 10791.3);\n    polygon.ps[2] = Point(11644.1, 10791.3);\n    polygon.ps[3] = Point(11644.1, 10771.3);\n    new ShapeRef(router, polygon, 2118);\n\n    // shapeRef2119\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13117, 10771.3);\n    polygon.ps[1] = Point(13117, 10791.3);\n    polygon.ps[2] = Point(13085, 10791.3);\n    polygon.ps[3] = Point(13085, 10771.3);\n    new ShapeRef(router, polygon, 2119);\n\n    // shapeRef2120\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14317, 10771.3);\n    polygon.ps[1] = Point(14317, 10791.3);\n    polygon.ps[2] = Point(14285, 10791.3);\n    polygon.ps[3] = Point(14285, 10771.3);\n    new ShapeRef(router, polygon, 2120);\n\n    // shapeRef2121\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15781.9, 10771.3);\n    polygon.ps[1] = Point(15781.9, 10791.3);\n    polygon.ps[2] = Point(15749.9, 10791.3);\n    polygon.ps[3] = Point(15749.9, 10771.3);\n    new ShapeRef(router, polygon, 2121);\n\n    // shapeRef2122\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6106.1, 204.265);\n    polygon.ps[1] = Point(6106.1, 224.265);\n    polygon.ps[2] = Point(6074.1, 224.265);\n    polygon.ps[3] = Point(6074.1, 204.265);\n    new ShapeRef(router, polygon, 2122);\n\n    // shapeRef2123\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7775.29, 835.285);\n    polygon.ps[1] = Point(7775.29, 867.285);\n    polygon.ps[2] = Point(7755.29, 867.285);\n    polygon.ps[3] = Point(7755.29, 835.285);\n    new ShapeRef(router, polygon, 2123);\n\n    // shapeRef2124\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10433.9, 6399.51);\n    polygon.ps[1] = Point(10433.9, 6431.51);\n    polygon.ps[2] = Point(10413.9, 6431.51);\n    polygon.ps[3] = Point(10413.9, 6399.51);\n    new ShapeRef(router, polygon, 2124);\n\n    // shapeRef2125\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15158.3, 10898.6);\n    polygon.ps[1] = Point(15158.3, 10930.6);\n    polygon.ps[2] = Point(15138.3, 10930.6);\n    polygon.ps[3] = Point(15138.3, 10898.6);\n    new ShapeRef(router, polygon, 2125);\n\n    // shapeRef2126\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7907.29, 4427.4);\n    polygon.ps[1] = Point(7907.29, 4459.4);\n    polygon.ps[2] = Point(7887.29, 4459.4);\n    polygon.ps[3] = Point(7887.29, 4427.4);\n    new ShapeRef(router, polygon, 2126);\n\n    // shapeRef2127\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17229.5, 7184.4);\n    polygon.ps[1] = Point(17229.5, 7204.4);\n    polygon.ps[2] = Point(17197.5, 7204.4);\n    polygon.ps[3] = Point(17197.5, 7184.4);\n    new ShapeRef(router, polygon, 2127);\n\n    // shapeRef2128\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4965, 5812.9);\n    polygon.ps[1] = Point(4965, 5832.9);\n    polygon.ps[2] = Point(4933, 5832.9);\n    polygon.ps[3] = Point(4933, 5812.9);\n    new ShapeRef(router, polygon, 2128);\n\n    // shapeRef2129\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 2233.29);\n    polygon.ps[1] = Point(11373.1, 2265.29);\n    polygon.ps[2] = Point(11353.1, 2265.29);\n    polygon.ps[3] = Point(11353.1, 2233.29);\n    new ShapeRef(router, polygon, 2129);\n\n    // shapeRef2130\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 3322.29);\n    polygon.ps[1] = Point(11373.1, 3354.29);\n    polygon.ps[2] = Point(11353.1, 3354.29);\n    polygon.ps[3] = Point(11353.1, 3322.29);\n    new ShapeRef(router, polygon, 2130);\n\n    // shapeRef2131\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 4460.4);\n    polygon.ps[1] = Point(11373.1, 4492.4);\n    polygon.ps[2] = Point(11353.1, 4492.4);\n    polygon.ps[3] = Point(11353.1, 4460.4);\n    new ShapeRef(router, polygon, 2131);\n\n    // shapeRef2132\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 5364.67);\n    polygon.ps[1] = Point(11373.1, 5396.67);\n    polygon.ps[2] = Point(11353.1, 5396.67);\n    polygon.ps[3] = Point(11353.1, 5364.67);\n    new ShapeRef(router, polygon, 2132);\n\n    // shapeRef2133\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 6564.51);\n    polygon.ps[1] = Point(11373.1, 6596.51);\n    polygon.ps[2] = Point(11353.1, 6596.51);\n    polygon.ps[3] = Point(11353.1, 6564.51);\n    new ShapeRef(router, polygon, 2133);\n\n    // shapeRef2134\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 8398.99);\n    polygon.ps[1] = Point(11373.1, 8430.99);\n    polygon.ps[2] = Point(11353.1, 8430.99);\n    polygon.ps[3] = Point(11353.1, 8398.99);\n    new ShapeRef(router, polygon, 2134);\n\n    // shapeRef2135\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 9960.02);\n    polygon.ps[1] = Point(11373.1, 9992.02);\n    polygon.ps[2] = Point(11353.1, 9992.02);\n    polygon.ps[3] = Point(11353.1, 9960.02);\n    new ShapeRef(router, polygon, 2135);\n\n    // shapeRef2136\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11373.1, 11162.6);\n    polygon.ps[1] = Point(11373.1, 11194.6);\n    polygon.ps[2] = Point(11353.1, 11194.6);\n    polygon.ps[3] = Point(11353.1, 11162.6);\n    new ShapeRef(router, polygon, 2136);\n\n    // shapeRef2137\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11940.1, 12117.3);\n    polygon.ps[1] = Point(11940.1, 12137.3);\n    polygon.ps[2] = Point(11908.1, 12137.3);\n    polygon.ps[3] = Point(11908.1, 12117.3);\n    new ShapeRef(router, polygon, 2137);\n\n    // shapeRef2138\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12938.5, 12117.3);\n    polygon.ps[1] = Point(12938.5, 12137.3);\n    polygon.ps[2] = Point(12906.5, 12137.3);\n    polygon.ps[3] = Point(12906.5, 12117.3);\n    new ShapeRef(router, polygon, 2138);\n\n    // shapeRef2139\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8375.29, 1270.29);\n    polygon.ps[1] = Point(8375.29, 1290.29);\n    polygon.ps[2] = Point(8343.29, 1290.29);\n    polygon.ps[3] = Point(8343.29, 1270.29);\n    new ShapeRef(router, polygon, 2139);\n\n    // shapeRef2140\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7913.29, 1270.29);\n    polygon.ps[1] = Point(7913.29, 1290.29);\n    polygon.ps[2] = Point(7881.29, 1290.29);\n    polygon.ps[3] = Point(7881.29, 1270.29);\n    new ShapeRef(router, polygon, 2140);\n\n    // shapeRef2141\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7618.1, 1396.29);\n    polygon.ps[1] = Point(7618.1, 1428.29);\n    polygon.ps[2] = Point(7598.1, 1428.29);\n    polygon.ps[3] = Point(7598.1, 1396.29);\n    new ShapeRef(router, polygon, 2141);\n\n    // shapeRef2142\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7618.1, 2992.29);\n    polygon.ps[1] = Point(7618.1, 3024.29);\n    polygon.ps[2] = Point(7598.1, 3024.29);\n    polygon.ps[3] = Point(7598.1, 2992.29);\n    new ShapeRef(router, polygon, 2142);\n\n    // shapeRef2143\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9959.69, 9960.02);\n    polygon.ps[1] = Point(9959.69, 9992.02);\n    polygon.ps[2] = Point(9939.69, 9992.02);\n    polygon.ps[3] = Point(9939.69, 9960.02);\n    new ShapeRef(router, polygon, 2143);\n\n    // shapeRef2144\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15002.9, 1171.29);\n    polygon.ps[1] = Point(15002.9, 1191.29);\n    polygon.ps[2] = Point(14970.9, 1191.29);\n    polygon.ps[3] = Point(14970.9, 1171.29);\n    new ShapeRef(router, polygon, 2144);\n\n    // shapeRef2145\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16082.6, 11784.9);\n    polygon.ps[1] = Point(16082.6, 11804.9);\n    polygon.ps[2] = Point(16050.6, 11804.9);\n    polygon.ps[3] = Point(16050.6, 11784.9);\n    new ShapeRef(router, polygon, 2145);\n\n    // shapeRef2146\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1599, 4763.4);\n    polygon.ps[1] = Point(1599, 4783.4);\n    polygon.ps[2] = Point(1567, 4783.4);\n    polygon.ps[3] = Point(1567, 4763.4);\n    new ShapeRef(router, polygon, 2146);\n\n    // shapeRef2147\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3051, 4763.4);\n    polygon.ps[1] = Point(3051, 4783.4);\n    polygon.ps[2] = Point(3019, 4783.4);\n    polygon.ps[3] = Point(3019, 4763.4);\n    new ShapeRef(router, polygon, 2147);\n\n    // shapeRef2148\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4959, 6135.51);\n    polygon.ps[1] = Point(4959, 6167.51);\n    polygon.ps[2] = Point(4939, 6167.51);\n    polygon.ps[3] = Point(4939, 6135.51);\n    new ShapeRef(router, polygon, 2148);\n\n    // shapeRef2149\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14746, 1336.29);\n    polygon.ps[1] = Point(14746, 1356.29);\n    polygon.ps[2] = Point(14714, 1356.29);\n    polygon.ps[3] = Point(14714, 1336.29);\n    new ShapeRef(router, polygon, 2149);\n\n    // shapeRef2150\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9668.69, 6174.51);\n    polygon.ps[1] = Point(9668.69, 6194.51);\n    polygon.ps[2] = Point(9636.69, 6194.51);\n    polygon.ps[3] = Point(9636.69, 6174.51);\n    new ShapeRef(router, polygon, 2150);\n\n    // shapeRef2151\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7129.1, 10230);\n    polygon.ps[1] = Point(7129.1, 10250);\n    polygon.ps[2] = Point(7097.1, 10250);\n    polygon.ps[3] = Point(7097.1, 10230);\n    new ShapeRef(router, polygon, 2151);\n\n    // shapeRef2152\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8243.29, 9665.42);\n    polygon.ps[1] = Point(8243.29, 9685.42);\n    polygon.ps[2] = Point(8211.29, 9685.42);\n    polygon.ps[3] = Point(8211.29, 9665.42);\n    new ShapeRef(router, polygon, 2152);\n\n    // shapeRef2153\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8342.29, 9834.02);\n    polygon.ps[1] = Point(8342.29, 9854.02);\n    polygon.ps[2] = Point(8310.29, 9854.02);\n    polygon.ps[3] = Point(8310.29, 9834.02);\n    new ShapeRef(router, polygon, 2153);\n\n    // shapeRef2154\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10334.9, 9428.42);\n    polygon.ps[1] = Point(10334.9, 9460.42);\n    polygon.ps[2] = Point(10314.9, 9460.42);\n    polygon.ps[3] = Point(10314.9, 9428.42);\n    new ShapeRef(router, polygon, 2154);\n\n    // shapeRef2155\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8812.89, 10059);\n    polygon.ps[1] = Point(8812.89, 10091);\n    polygon.ps[2] = Point(8792.89, 10091);\n    polygon.ps[3] = Point(8792.89, 10059);\n    new ShapeRef(router, polygon, 2155);\n\n    // shapeRef2156\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(273, 132.265);\n    polygon.ps[1] = Point(273, 164.265);\n    polygon.ps[2] = Point(253, 164.265);\n    polygon.ps[3] = Point(253, 132.265);\n    new ShapeRef(router, polygon, 2156);\n\n    // shapeRef2157\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9214.59, 11682.9);\n    polygon.ps[1] = Point(9214.59, 11714.9);\n    polygon.ps[2] = Point(9194.59, 11714.9);\n    polygon.ps[3] = Point(9194.59, 11682.9);\n    new ShapeRef(router, polygon, 2157);\n\n    // shapeRef2158\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9029.99, 5641.9);\n    polygon.ps[1] = Point(9029.99, 5673.9);\n    polygon.ps[2] = Point(9009.99, 5673.9);\n    polygon.ps[3] = Point(9009.99, 5641.9);\n    new ShapeRef(router, polygon, 2158);\n\n    // shapeRef2159\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9029.99, 2365.29);\n    polygon.ps[1] = Point(9029.99, 2397.29);\n    polygon.ps[2] = Point(9009.99, 2397.29);\n    polygon.ps[3] = Point(9009.99, 2365.29);\n    new ShapeRef(router, polygon, 2159);\n\n    // shapeRef2160\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8468.29, 1462.29);\n    polygon.ps[1] = Point(8468.29, 1494.29);\n    polygon.ps[2] = Point(8448.29, 1494.29);\n    polygon.ps[3] = Point(8448.29, 1462.29);\n    new ShapeRef(router, polygon, 2160);\n\n    // shapeRef2161\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8634.29, 1468.29);\n    polygon.ps[1] = Point(8634.29, 1488.29);\n    polygon.ps[2] = Point(8602.29, 1488.29);\n    polygon.ps[3] = Point(8602.29, 1468.29);\n    new ShapeRef(router, polygon, 2161);\n\n    // shapeRef2162\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8276.29, 798.091);\n    polygon.ps[1] = Point(8276.29, 818.091);\n    polygon.ps[2] = Point(8244.29, 818.091);\n    polygon.ps[3] = Point(8244.29, 798.091);\n    new ShapeRef(router, polygon, 2162);\n\n    // shapeRef2163\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8270.29, 901.285);\n    polygon.ps[1] = Point(8270.29, 933.285);\n    polygon.ps[2] = Point(8250.29, 933.285);\n    polygon.ps[3] = Point(8250.29, 901.285);\n    new ShapeRef(router, polygon, 2163);\n\n    // shapeRef2164\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8634.29, 973.285);\n    polygon.ps[1] = Point(8634.29, 993.285);\n    polygon.ps[2] = Point(8602.29, 993.285);\n    polygon.ps[3] = Point(8602.29, 973.285);\n    new ShapeRef(router, polygon, 2164);\n\n    // shapeRef2165\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15249.5, 967.285);\n    polygon.ps[1] = Point(15249.5, 999.285);\n    polygon.ps[2] = Point(15229.5, 999.285);\n    polygon.ps[3] = Point(15229.5, 967.285);\n    new ShapeRef(router, polygon, 2165);\n\n    // shapeRef2166\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12707.5, 5304.67);\n    polygon.ps[1] = Point(12707.5, 5324.67);\n    polygon.ps[2] = Point(12675.5, 5324.67);\n    polygon.ps[3] = Point(12675.5, 5304.67);\n    new ShapeRef(router, polygon, 2166);\n\n    // shapeRef2167\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12369.1, 5304.67);\n    polygon.ps[1] = Point(12369.1, 5324.67);\n    polygon.ps[2] = Point(12337.1, 5324.67);\n    polygon.ps[3] = Point(12337.1, 5304.67);\n    new ShapeRef(router, polygon, 2167);\n\n    // shapeRef2168\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13117, 4532.4);\n    polygon.ps[1] = Point(13117, 4552.4);\n    polygon.ps[2] = Point(13085, 4552.4);\n    polygon.ps[3] = Point(13085, 4532.4);\n    new ShapeRef(router, polygon, 2168);\n\n    // shapeRef2169\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13492, 3852.51);\n    polygon.ps[1] = Point(13492, 3872.51);\n    polygon.ps[2] = Point(13460, 3872.51);\n    polygon.ps[3] = Point(13460, 3852.51);\n    new ShapeRef(router, polygon, 2169);\n\n    // shapeRef2170\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12707.5, 3984.51);\n    polygon.ps[1] = Point(12707.5, 4004.51);\n    polygon.ps[2] = Point(12675.5, 4004.51);\n    polygon.ps[3] = Point(12675.5, 3984.51);\n    new ShapeRef(router, polygon, 2170);\n\n    // shapeRef2171\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11254.2, 9038.42);\n    polygon.ps[1] = Point(11254.2, 9058.42);\n    polygon.ps[2] = Point(11222.2, 9058.42);\n    polygon.ps[3] = Point(11222.2, 9038.42);\n    new ShapeRef(router, polygon, 2171);\n\n    // shapeRef2172\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5506.1, 4559.4);\n    polygon.ps[1] = Point(5506.1, 4591.4);\n    polygon.ps[2] = Point(5486.1, 4591.4);\n    polygon.ps[3] = Point(5486.1, 4559.4);\n    new ShapeRef(router, polygon, 2172);\n\n    // shapeRef2173\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5506.1, 5153.4);\n    polygon.ps[1] = Point(5506.1, 5185.4);\n    polygon.ps[2] = Point(5486.1, 5185.4);\n    polygon.ps[3] = Point(5486.1, 5153.4);\n    new ShapeRef(router, polygon, 2173);\n\n    // shapeRef2174\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15851.6, 1336.29);\n    polygon.ps[1] = Point(15851.6, 1356.29);\n    polygon.ps[2] = Point(15819.6, 1356.29);\n    polygon.ps[3] = Point(15819.6, 1336.29);\n    new ShapeRef(router, polygon, 2174);\n\n    // shapeRef2175\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11122.2, 8239.99);\n    polygon.ps[1] = Point(11122.2, 8259.99);\n    polygon.ps[2] = Point(11090.2, 8259.99);\n    polygon.ps[3] = Point(11090.2, 8239.99);\n    new ShapeRef(router, polygon, 2175);\n\n    // shapeRef2176\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16540.8, 7415.4);\n    polygon.ps[1] = Point(16540.8, 7435.4);\n    polygon.ps[2] = Point(16508.8, 7435.4);\n    polygon.ps[3] = Point(16508.8, 7415.4);\n    new ShapeRef(router, polygon, 2176);\n\n    // shapeRef2177\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16540.8, 7536.79);\n    polygon.ps[1] = Point(16540.8, 7556.79);\n    polygon.ps[2] = Point(16508.8, 7556.79);\n    polygon.ps[3] = Point(16508.8, 7536.79);\n    new ShapeRef(router, polygon, 2177);\n\n    // shapeRef2178\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18532, 11972.3);\n    polygon.ps[1] = Point(18532, 11992.3);\n    polygon.ps[2] = Point(18500, 11992.3);\n    polygon.ps[3] = Point(18500, 11972.3);\n    new ShapeRef(router, polygon, 2178);\n\n    // shapeRef2179\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10819.2, 5641.9);\n    polygon.ps[1] = Point(10819.2, 5673.9);\n    polygon.ps[2] = Point(10799.2, 5673.9);\n    polygon.ps[3] = Point(10799.2, 5641.9);\n    new ShapeRef(router, polygon, 2179);\n\n    // shapeRef2180\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15620.3, 1171.29);\n    polygon.ps[1] = Point(15620.3, 1191.29);\n    polygon.ps[2] = Point(15588.3, 1191.29);\n    polygon.ps[3] = Point(15588.3, 1171.29);\n    new ShapeRef(router, polygon, 2180);\n\n    // shapeRef2181\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11254.2, 4499.4);\n    polygon.ps[1] = Point(11254.2, 4519.4);\n    polygon.ps[2] = Point(11222.2, 4519.4);\n    polygon.ps[3] = Point(11222.2, 4499.4);\n    new ShapeRef(router, polygon, 2181);\n\n    // shapeRef2182\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11254.2, 4182.51);\n    polygon.ps[1] = Point(11254.2, 4202.51);\n    polygon.ps[2] = Point(11222.2, 4202.51);\n    polygon.ps[3] = Point(11222.2, 4182.51);\n    new ShapeRef(router, polygon, 2182);\n\n    // shapeRef2183\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14614, 6953.4);\n    polygon.ps[1] = Point(14614, 6973.4);\n    polygon.ps[2] = Point(14582, 6973.4);\n    polygon.ps[3] = Point(14582, 6953.4);\n    new ShapeRef(router, polygon, 2183);\n\n    // shapeRef2184\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14614, 6636.51);\n    polygon.ps[1] = Point(14614, 6656.51);\n    polygon.ps[2] = Point(14582, 6656.51);\n    polygon.ps[3] = Point(14582, 6636.51);\n    new ShapeRef(router, polygon, 2184);\n\n    // shapeRef2185\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9992.69, 9692.42);\n    polygon.ps[1] = Point(9992.69, 9724.42);\n    polygon.ps[2] = Point(9972.69, 9724.42);\n    polygon.ps[3] = Point(9972.69, 9692.42);\n    new ShapeRef(router, polygon, 2185);\n\n    // shapeRef2186\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8700.29, 11376.8);\n    polygon.ps[1] = Point(8700.29, 11396.8);\n    polygon.ps[2] = Point(8668.29, 11396.8);\n    polygon.ps[3] = Point(8668.29, 11376.8);\n    new ShapeRef(router, polygon, 2186);\n\n    // shapeRef2187\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16076.6, 11531.7);\n    polygon.ps[1] = Point(16076.6, 11563.7);\n    polygon.ps[2] = Point(16056.6, 11563.7);\n    polygon.ps[3] = Point(16056.6, 11531.7);\n    new ShapeRef(router, polygon, 2187);\n\n    // shapeRef2188\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16082.6, 11376.8);\n    polygon.ps[1] = Point(16082.6, 11396.8);\n    polygon.ps[2] = Point(16050.6, 11396.8);\n    polygon.ps[3] = Point(16050.6, 11376.8);\n    new ShapeRef(router, polygon, 2188);\n\n    // shapeRef2189\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14218, 12415.7);\n    polygon.ps[1] = Point(14218, 12435.7);\n    polygon.ps[2] = Point(14186, 12435.7);\n    polygon.ps[3] = Point(14186, 12415.7);\n    new ShapeRef(router, polygon, 2189);\n\n    // shapeRef2190\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9695.69, 7343.4);\n    polygon.ps[1] = Point(9695.69, 7375.4);\n    polygon.ps[2] = Point(9675.69, 7375.4);\n    polygon.ps[3] = Point(9675.69, 7343.4);\n    new ShapeRef(router, polygon, 2190);\n\n    // shapeRef2191\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15781.9, 10904.6);\n    polygon.ps[1] = Point(15781.9, 10924.6);\n    polygon.ps[2] = Point(15749.9, 10924.6);\n    polygon.ps[3] = Point(15749.9, 10904.6);\n    new ShapeRef(router, polygon, 2191);\n\n    // shapeRef2192\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(669, 132.265);\n    polygon.ps[1] = Point(669, 164.265);\n    polygon.ps[2] = Point(649, 164.265);\n    polygon.ps[3] = Point(649, 132.265);\n    new ShapeRef(router, polygon, 2192);\n\n    // shapeRef2193\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15158.3, 11877.9);\n    polygon.ps[1] = Point(15158.3, 11909.9);\n    polygon.ps[2] = Point(15138.3, 11909.9);\n    polygon.ps[3] = Point(15138.3, 11877.9);\n    new ShapeRef(router, polygon, 2193);\n\n    // shapeRef2194\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7775.29, 1396.29);\n    polygon.ps[1] = Point(7775.29, 1428.29);\n    polygon.ps[2] = Point(7755.29, 1428.29);\n    polygon.ps[3] = Point(7755.29, 1396.29);\n    new ShapeRef(router, polygon, 2194);\n\n    // shapeRef2195\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12938.5, 12448.7);\n    polygon.ps[1] = Point(12938.5, 12468.7);\n    polygon.ps[2] = Point(12906.5, 12468.7);\n    polygon.ps[3] = Point(12906.5, 12448.7);\n    new ShapeRef(router, polygon, 2195);\n\n    // shapeRef2196\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15793.4, 10924.6);\n    polygon.ps[1] = Point(15793.4, 10984.6);\n    polygon.ps[2] = Point(15738.4, 10984.6);\n    polygon.ps[3] = Point(15738.4, 10924.6);\n    new ShapeRef(router, polygon, 2196);\n\n    // shapeRef2197\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14257, 12435.7);\n    polygon.ps[1] = Point(14257, 12495.7);\n    polygon.ps[2] = Point(14202, 12495.7);\n    polygon.ps[3] = Point(14202, 12435.7);\n    new ShapeRef(router, polygon, 2197);\n\n    // shapeRef2198\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16152.1, 11545.2);\n    polygon.ps[1] = Point(16152.1, 11585.2);\n    polygon.ps[2] = Point(16076.6, 11585.2);\n    polygon.ps[3] = Point(16076.6, 11545.2);\n    new ShapeRef(router, polygon, 2198);\n\n    // shapeRef2199\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16094.1, 11316.8);\n    polygon.ps[1] = Point(16094.1, 11376.8);\n    polygon.ps[2] = Point(16039.1, 11376.8);\n    polygon.ps[3] = Point(16039.1, 11316.8);\n    new ShapeRef(router, polygon, 2199);\n\n    // shapeRef2200\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(348.5, 148.265);\n    polygon.ps[1] = Point(348.5, 188.265);\n    polygon.ps[2] = Point(273, 188.265);\n    polygon.ps[3] = Point(273, 148.265);\n    new ShapeRef(router, polygon, 2200);\n\n    // shapeRef2201\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(744.5, 110.765);\n    polygon.ps[1] = Point(744.5, 150.765);\n    polygon.ps[2] = Point(669, 150.765);\n    polygon.ps[3] = Point(669, 110.765);\n    new ShapeRef(router, polygon, 2201);\n\n    // shapeRef2202\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15233.8, 11891.4);\n    polygon.ps[1] = Point(15233.8, 11931.4);\n    polygon.ps[2] = Point(15158.3, 11931.4);\n    polygon.ps[3] = Point(15158.3, 11891.4);\n    new ShapeRef(router, polygon, 2202);\n\n    // shapeRef2203\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9771.19, 7339.4);\n    polygon.ps[1] = Point(9771.19, 7379.4);\n    polygon.ps[2] = Point(9695.69, 7379.4);\n    polygon.ps[3] = Point(9695.69, 7339.4);\n    new ShapeRef(router, polygon, 2203);\n\n    // shapeRef2204\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9972.69, 9688.42);\n    polygon.ps[1] = Point(9972.69, 9728.42);\n    polygon.ps[2] = Point(9897.19, 9728.42);\n    polygon.ps[3] = Point(9897.19, 9688.42);\n    new ShapeRef(router, polygon, 2204);\n\n    // shapeRef2205\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14625.5, 6973.4);\n    polygon.ps[1] = Point(14625.5, 7033.4);\n    polygon.ps[2] = Point(14570.5, 7033.4);\n    polygon.ps[3] = Point(14570.5, 6973.4);\n    new ShapeRef(router, polygon, 2205);\n\n    // shapeRef2206\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14600.5, 6576.51);\n    polygon.ps[1] = Point(14600.5, 6636.51);\n    polygon.ps[2] = Point(14545.5, 6636.51);\n    polygon.ps[3] = Point(14545.5, 6576.51);\n    new ShapeRef(router, polygon, 2206);\n\n    // shapeRef2207\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16552.3, 7355.4);\n    polygon.ps[1] = Point(16552.3, 7415.4);\n    polygon.ps[2] = Point(16497.3, 7415.4);\n    polygon.ps[3] = Point(16497.3, 7355.4);\n    new ShapeRef(router, polygon, 2207);\n\n    // shapeRef2208\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16552.3, 7556.79);\n    polygon.ps[1] = Point(16552.3, 7616.79);\n    polygon.ps[2] = Point(16497.3, 7616.79);\n    polygon.ps[3] = Point(16497.3, 7556.79);\n    new ShapeRef(router, polygon, 2208);\n\n    // shapeRef2209\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14732.5, 1276.29);\n    polygon.ps[1] = Point(14732.5, 1336.29);\n    polygon.ps[2] = Point(14677.5, 1336.29);\n    polygon.ps[3] = Point(14677.5, 1276.29);\n    new ShapeRef(router, polygon, 2209);\n\n    // shapeRef2210\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9705.19, 6114.51);\n    polygon.ps[1] = Point(9705.19, 6174.51);\n    polygon.ps[2] = Point(9650.19, 6174.51);\n    polygon.ps[3] = Point(9650.19, 6114.51);\n    new ShapeRef(router, polygon, 2210);\n\n    // shapeRef2211\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7140.6, 10170);\n    polygon.ps[1] = Point(7140.6, 10230);\n    polygon.ps[2] = Point(7085.6, 10230);\n    polygon.ps[3] = Point(7085.6, 10170);\n    new ShapeRef(router, polygon, 2211);\n\n    // shapeRef2212\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8229.79, 9605.42);\n    polygon.ps[1] = Point(8229.79, 9665.42);\n    polygon.ps[2] = Point(8174.79, 9665.42);\n    polygon.ps[3] = Point(8174.79, 9605.42);\n    new ShapeRef(router, polygon, 2212);\n\n    // shapeRef2213\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8378.79, 9774.02);\n    polygon.ps[1] = Point(8378.79, 9834.02);\n    polygon.ps[2] = Point(8323.79, 9834.02);\n    polygon.ps[3] = Point(8323.79, 9774.02);\n    new ShapeRef(router, polygon, 2213);\n\n    // shapeRef2214\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10410.4, 9424.42);\n    polygon.ps[1] = Point(10410.4, 9464.42);\n    polygon.ps[2] = Point(10334.9, 9464.42);\n    polygon.ps[3] = Point(10334.9, 9424.42);\n    new ShapeRef(router, polygon, 2214);\n\n    // shapeRef2215\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8888.39, 10055);\n    polygon.ps[1] = Point(8888.39, 10095);\n    polygon.ps[2] = Point(8812.89, 10095);\n    polygon.ps[3] = Point(8812.89, 10055);\n    new ShapeRef(router, polygon, 2215);\n\n    // shapeRef2216\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(348.5, 108.265);\n    polygon.ps[1] = Point(348.5, 148.265);\n    polygon.ps[2] = Point(273, 148.265);\n    polygon.ps[3] = Point(273, 108.265);\n    new ShapeRef(router, polygon, 2216);\n\n    // shapeRef2217\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(398.5, 128.265);\n    polygon.ps[1] = Point(398.5, 168.265);\n    polygon.ps[2] = Point(273, 168.265);\n    polygon.ps[3] = Point(273, 128.265);\n    new ShapeRef(router, polygon, 2217);\n\n    // shapeRef2218\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9290.09, 11678.9);\n    polygon.ps[1] = Point(9290.09, 11718.9);\n    polygon.ps[2] = Point(9214.59, 11718.9);\n    polygon.ps[3] = Point(9214.59, 11678.9);\n    new ShapeRef(router, polygon, 2218);\n\n    // shapeRef2219\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9105.49, 5637.9);\n    polygon.ps[1] = Point(9105.49, 5677.9);\n    polygon.ps[2] = Point(9029.99, 5677.9);\n    polygon.ps[3] = Point(9029.99, 5637.9);\n    new ShapeRef(router, polygon, 2219);\n\n    // shapeRef2220\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9105.49, 2381.29);\n    polygon.ps[1] = Point(9105.49, 2421.29);\n    polygon.ps[2] = Point(9029.99, 2421.29);\n    polygon.ps[3] = Point(9029.99, 2381.29);\n    new ShapeRef(router, polygon, 2220);\n\n    // shapeRef2221\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8543.79, 1458.29);\n    polygon.ps[1] = Point(8543.79, 1498.29);\n    polygon.ps[2] = Point(8468.29, 1498.29);\n    polygon.ps[3] = Point(8468.29, 1458.29);\n    new ShapeRef(router, polygon, 2221);\n\n    // shapeRef2222\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8620.79, 1488.29);\n    polygon.ps[1] = Point(8620.79, 1548.29);\n    polygon.ps[2] = Point(8565.79, 1548.29);\n    polygon.ps[3] = Point(8565.79, 1488.29);\n    new ShapeRef(router, polygon, 2222);\n\n    // shapeRef2223\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8287.79, 738.091);\n    polygon.ps[1] = Point(8287.79, 798.091);\n    polygon.ps[2] = Point(8232.79, 798.091);\n    polygon.ps[3] = Point(8232.79, 738.091);\n    new ShapeRef(router, polygon, 2223);\n\n    // shapeRef2224\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8250.29, 879.785);\n    polygon.ps[1] = Point(8250.29, 919.785);\n    polygon.ps[2] = Point(8174.79, 919.785);\n    polygon.ps[3] = Point(8174.79, 879.785);\n    new ShapeRef(router, polygon, 2224);\n\n    // shapeRef2225\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8645.79, 913.285);\n    polygon.ps[1] = Point(8645.79, 973.285);\n    polygon.ps[2] = Point(8590.79, 973.285);\n    polygon.ps[3] = Point(8590.79, 913.285);\n    new ShapeRef(router, polygon, 2225);\n\n    // shapeRef2226\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15325, 980.785);\n    polygon.ps[1] = Point(15325, 1020.79);\n    polygon.ps[2] = Point(15249.5, 1020.79);\n    polygon.ps[3] = Point(15249.5, 980.785);\n    new ShapeRef(router, polygon, 2226);\n\n    // shapeRef2227\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11290.7, 4519.4);\n    polygon.ps[1] = Point(11290.7, 4579.4);\n    polygon.ps[2] = Point(11235.7, 4579.4);\n    polygon.ps[3] = Point(11235.7, 4519.4);\n    new ShapeRef(router, polygon, 2227);\n\n    // shapeRef2228\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11290.7, 4122.51);\n    polygon.ps[1] = Point(11290.7, 4182.51);\n    polygon.ps[2] = Point(11235.7, 4182.51);\n    polygon.ps[3] = Point(11235.7, 4122.51);\n    new ShapeRef(router, polygon, 2228);\n\n    // shapeRef2229\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12744, 5324.67);\n    polygon.ps[1] = Point(12744, 5384.67);\n    polygon.ps[2] = Point(12689, 5384.67);\n    polygon.ps[3] = Point(12689, 5324.67);\n    new ShapeRef(router, polygon, 2229);\n\n    // shapeRef2230\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12408.1, 5244.67);\n    polygon.ps[1] = Point(12408.1, 5304.67);\n    polygon.ps[2] = Point(12353.1, 5304.67);\n    polygon.ps[3] = Point(12353.1, 5244.67);\n    new ShapeRef(router, polygon, 2230);\n\n    // shapeRef2231\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13528.5, 3792.51);\n    polygon.ps[1] = Point(13528.5, 3852.51);\n    polygon.ps[2] = Point(13473.5, 3852.51);\n    polygon.ps[3] = Point(13473.5, 3792.51);\n    new ShapeRef(router, polygon, 2231);\n\n    // shapeRef2232\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13128.5, 4472.4);\n    polygon.ps[1] = Point(13128.5, 4532.4);\n    polygon.ps[2] = Point(13073.5, 4532.4);\n    polygon.ps[3] = Point(13073.5, 4472.4);\n    new ShapeRef(router, polygon, 2232);\n\n    // shapeRef2233\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12719, 3924.51);\n    polygon.ps[1] = Point(12719, 3984.51);\n    polygon.ps[2] = Point(12664, 3984.51);\n    polygon.ps[3] = Point(12664, 3924.51);\n    new ShapeRef(router, polygon, 2233);\n\n    // shapeRef2234\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18543.5, 11992.3);\n    polygon.ps[1] = Point(18543.5, 12052.3);\n    polygon.ps[2] = Point(18488.5, 12052.3);\n    polygon.ps[3] = Point(18488.5, 11992.3);\n    new ShapeRef(router, polygon, 2234);\n\n    // shapeRef2235\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11265.7, 9058.42);\n    polygon.ps[1] = Point(11265.7, 9118.42);\n    polygon.ps[2] = Point(11210.7, 9118.42);\n    polygon.ps[3] = Point(11210.7, 9058.42);\n    new ShapeRef(router, polygon, 2235);\n\n    // shapeRef2236\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15888.1, 1356.29);\n    polygon.ps[1] = Point(15888.1, 1416.29);\n    polygon.ps[2] = Point(15833.1, 1416.29);\n    polygon.ps[3] = Point(15833.1, 1356.29);\n    new ShapeRef(router, polygon, 2236);\n\n    // shapeRef2237\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11133.7, 8259.99);\n    polygon.ps[1] = Point(11133.7, 8319.99);\n    polygon.ps[2] = Point(11078.7, 8319.99);\n    polygon.ps[3] = Point(11078.7, 8259.99);\n    new ShapeRef(router, polygon, 2237);\n\n    // shapeRef2238\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10894.7, 5655.4);\n    polygon.ps[1] = Point(10894.7, 5695.4);\n    polygon.ps[2] = Point(10819.2, 5695.4);\n    polygon.ps[3] = Point(10819.2, 5655.4);\n    new ShapeRef(router, polygon, 2238);\n\n    // shapeRef2239\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15631.8, 1111.29);\n    polygon.ps[1] = Point(15631.8, 1171.29);\n    polygon.ps[2] = Point(15576.8, 1171.29);\n    polygon.ps[3] = Point(15576.8, 1111.29);\n    new ShapeRef(router, polygon, 2239);\n\n    // shapeRef2240\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15760.4, 1276.29);\n    polygon.ps[1] = Point(15760.4, 1336.29);\n    polygon.ps[2] = Point(15705.4, 1336.29);\n    polygon.ps[3] = Point(15705.4, 1276.29);\n    new ShapeRef(router, polygon, 2240);\n\n    // shapeRef2241\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5581.6, 4555.4);\n    polygon.ps[1] = Point(5581.6, 4595.4);\n    polygon.ps[2] = Point(5506.1, 4595.4);\n    polygon.ps[3] = Point(5506.1, 4555.4);\n    new ShapeRef(router, polygon, 2241);\n\n    // shapeRef2242\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5581.6, 5149.4);\n    polygon.ps[1] = Point(5581.6, 5189.4);\n    polygon.ps[2] = Point(5506.1, 5189.4);\n    polygon.ps[3] = Point(5506.1, 5149.4);\n    new ShapeRef(router, polygon, 2242);\n\n    // shapeRef2243\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8711.79, 11396.8);\n    polygon.ps[1] = Point(8711.79, 11456.8);\n    polygon.ps[2] = Point(8656.79, 11456.8);\n    polygon.ps[3] = Point(8656.79, 11396.8);\n    new ShapeRef(router, polygon, 2243);\n\n    // shapeRef2244\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7850.79, 1392.29);\n    polygon.ps[1] = Point(7850.79, 1432.29);\n    polygon.ps[2] = Point(7775.29, 1432.29);\n    polygon.ps[3] = Point(7775.29, 1392.29);\n    new ShapeRef(router, polygon, 2244);\n\n    // shapeRef2245\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12925, 12388.7);\n    polygon.ps[1] = Point(12925, 12448.7);\n    polygon.ps[2] = Point(12870, 12448.7);\n    polygon.ps[3] = Point(12870, 12388.7);\n    new ShapeRef(router, polygon, 2245);\n\n    // shapeRef2246\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4751, 10448);\n    polygon.ps[1] = Point(4751, 10494.2);\n    polygon.ps[2] = Point(4666.9, 10494.2);\n    polygon.ps[3] = Point(4666.9, 10448);\n    new ShapeRef(router, polygon, 2246);\n\n    // shapeRef2247\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4543, 10583.3);\n    polygon.ps[1] = Point(4543, 10667.4);\n    polygon.ps[2] = Point(4496.77, 10667.4);\n    polygon.ps[3] = Point(4496.77, 10583.3);\n    new ShapeRef(router, polygon, 2247);\n\n    // shapeRef2248\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7930.29, 7138.4);\n    polygon.ps[1] = Point(7930.29, 7183.1);\n    polygon.ps[2] = Point(7872.07, 7183.1);\n    polygon.ps[3] = Point(7872.07, 7138.4);\n    new ShapeRef(router, polygon, 2248);\n\n    // shapeRef2249\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9430.15, 9652.42);\n    polygon.ps[1] = Point(9430.15, 9724.02);\n    polygon.ps[2] = Point(9369.59, 9724.02);\n    polygon.ps[3] = Point(9369.59, 9652.42);\n    new ShapeRef(router, polygon, 2249);\n\n    // shapeRef2250\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 2320.72);\n    polygon.ps[1] = Point(8825.89, 2381.29);\n    polygon.ps[2] = Point(8754.29, 2381.29);\n    polygon.ps[3] = Point(8754.29, 2320.72);\n    new ShapeRef(router, polygon, 2250);\n\n    // shapeRef2251\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 5314.67);\n    polygon.ps[1] = Point(12521.5, 5375.23);\n    polygon.ps[2] = Point(12449.9, 5375.23);\n    polygon.ps[3] = Point(12449.9, 5314.67);\n    new ShapeRef(router, polygon, 2251);\n\n    // shapeRef2252\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12922.5, 4519.4);\n    polygon.ps[1] = Point(12922.5, 4564.1);\n    polygon.ps[2] = Point(12864.3, 4564.1);\n    polygon.ps[3] = Point(12864.3, 4519.4);\n    new ShapeRef(router, polygon, 2252);\n\n    // shapeRef2253\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11296.4, 8883.22);\n    polygon.ps[1] = Point(11296.4, 8927.91);\n    polygon.ps[2] = Point(11238.2, 8927.91);\n    polygon.ps[3] = Point(11238.2, 8883.22);\n    new ShapeRef(router, polygon, 2253);\n\n    // shapeRef2254\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15637.3, 468.265);\n    polygon.ps[1] = Point(15637.3, 514.5);\n    polygon.ps[2] = Point(15553.2, 514.5);\n    polygon.ps[3] = Point(15553.2, 468.265);\n    new ShapeRef(router, polygon, 2254);\n\n    // shapeRef2255\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11164.4, 8084.79);\n    polygon.ps[1] = Point(11164.4, 8129.49);\n    polygon.ps[2] = Point(11106.2, 8129.49);\n    polygon.ps[3] = Point(11106.2, 8084.79);\n    new ShapeRef(router, polygon, 2255);\n\n    // shapeRef2256\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14598, 6798.21);\n    polygon.ps[1] = Point(14598, 6842.9);\n    polygon.ps[2] = Point(14539.8, 6842.9);\n    polygon.ps[3] = Point(14539.8, 6798.21);\n    new ShapeRef(router, polygon, 2256);\n\n    // shapeRef2257\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9708.42);\n    polygon.ps[1] = Point(10314.9, 9766.64);\n    polygon.ps[2] = Point(10270.2, 9766.64);\n    polygon.ps[3] = Point(10270.2, 9708.42);\n    new ShapeRef(router, polygon, 2257);\n\n    // shapeRef2258\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15045.1, 12302.3);\n    polygon.ps[1] = Point(15045.1, 12347);\n    polygon.ps[2] = Point(14986.9, 12347);\n    polygon.ps[3] = Point(14986.9, 12302.3);\n    new ShapeRef(router, polygon, 2258);\n\n    // shapeRef2259\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14202, 12302.3);\n    polygon.ps[1] = Point(14202, 12373.9);\n    polygon.ps[2] = Point(14141.4, 12373.9);\n    polygon.ps[3] = Point(14141.4, 12302.3);\n    new ShapeRef(router, polygon, 2259);\n\n    // shapeRef2260\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15850, 10791.3);\n    polygon.ps[1] = Point(15850, 10837.5);\n    polygon.ps[2] = Point(15765.9, 10837.5);\n    polygon.ps[3] = Point(15765.9, 10791.3);\n    new ShapeRef(router, polygon, 2260);\n\n    // shapeRef2261\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 790.723);\n    polygon.ps[1] = Point(7755.29, 851.285);\n    polygon.ps[2] = Point(7683.69, 851.285);\n    polygon.ps[3] = Point(7683.69, 790.723);\n    new ShapeRef(router, polygon, 2261);\n\n    // shapeRef2262\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11924.1, 12137.3);\n    polygon.ps[1] = Point(11924.1, 12182);\n    polygon.ps[2] = Point(11865.9, 12182);\n    polygon.ps[3] = Point(11865.9, 12137.3);\n    new ShapeRef(router, polygon, 2262);\n\n    // shapeRef2263\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12922.5, 12137.3);\n    polygon.ps[1] = Point(12922.5, 12208.9);\n    polygon.ps[2] = Point(12861.9, 12208.9);\n    polygon.ps[3] = Point(12861.9, 12137.3);\n    new ShapeRef(router, polygon, 2263);\n\n    // shapeRef2264\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7598.1, 2950.06);\n    polygon.ps[1] = Point(7598.1, 3008.29);\n    polygon.ps[2] = Point(7553.4, 3008.29);\n    polygon.ps[3] = Point(7553.4, 2950.06);\n    new ShapeRef(router, polygon, 2264);\n\n    // shapeRef2265\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(253, 148.265);\n    polygon.ps[1] = Point(253, 208.827);\n    polygon.ps[2] = Point(181.401, 208.827);\n    polygon.ps[3] = Point(181.401, 148.265);\n    new ShapeRef(router, polygon, 2265);\n\n    // shapeRef2266\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 4575.4);\n    polygon.ps[1] = Point(5486.1, 4659.5);\n    polygon.ps[2] = Point(5439.86, 4659.5);\n    polygon.ps[3] = Point(5439.86, 4575.4);\n    new ShapeRef(router, polygon, 2266);\n\n    // shapeRef2267\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 5169.4);\n    polygon.ps[1] = Point(5486.1, 5253.5);\n    polygon.ps[2] = Point(5439.86, 5253.5);\n    polygon.ps[3] = Point(5439.86, 5169.4);\n    new ShapeRef(router, polygon, 2267);\n\n    // shapeRef2268\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11296.4, 4202.51);\n    polygon.ps[1] = Point(11296.4, 4247.21);\n    polygon.ps[2] = Point(11238.2, 4247.21);\n    polygon.ps[3] = Point(11238.2, 4202.51);\n    new ShapeRef(router, polygon, 2268);\n\n    // shapeRef2269\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16127.2, 11396.8);\n    polygon.ps[1] = Point(16127.2, 11468.4);\n    polygon.ps[2] = Point(16066.6, 11468.4);\n    polygon.ps[3] = Point(16066.6, 11396.8);\n    new ShapeRef(router, polygon, 2269);\n\n    // shapeRef2270\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9369.59, 9652.42);\n    polygon.ps[1] = Point(9369.59, 9728.65);\n    polygon.ps[2] = Point(9279.83, 9728.65);\n    polygon.ps[3] = Point(9279.83, 9652.42);\n    new ShapeRef(router, polygon, 2270);\n\n    // shapeRef2271\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 2381.29);\n    polygon.ps[1] = Point(8825.89, 2465.38);\n    polygon.ps[2] = Point(8779.66, 2465.38);\n    polygon.ps[3] = Point(8779.66, 2381.29);\n    new ShapeRef(router, polygon, 2271);\n\n    // shapeRef2272\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 5224.91);\n    polygon.ps[1] = Point(12521.5, 5314.67);\n    polygon.ps[2] = Point(12445.3, 5314.67);\n    polygon.ps[3] = Point(12445.3, 5224.91);\n    new ShapeRef(router, polygon, 2272);\n\n    // shapeRef2273\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13012.3, 4519.4);\n    polygon.ps[1] = Point(13012.3, 4595.63);\n    polygon.ps[2] = Point(12922.5, 4595.63);\n    polygon.ps[3] = Point(12922.5, 4519.4);\n    new ShapeRef(router, polygon, 2273);\n\n    // shapeRef2274\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 8883.22);\n    polygon.ps[1] = Point(11238.2, 8929.45);\n    polygon.ps[2] = Point(11154.1, 8929.45);\n    polygon.ps[3] = Point(11154.1, 8883.22);\n    new ShapeRef(router, polygon, 2274);\n\n    // shapeRef2275\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15721.4, 468.265);\n    polygon.ps[1] = Point(15721.4, 514.5);\n    polygon.ps[2] = Point(15637.3, 514.5);\n    polygon.ps[3] = Point(15637.3, 468.265);\n    new ShapeRef(router, polygon, 2275);\n\n    // shapeRef2276\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11106.2, 8084.79);\n    polygon.ps[1] = Point(11106.2, 8131.03);\n    polygon.ps[2] = Point(11022.1, 8131.03);\n    polygon.ps[3] = Point(11022.1, 8084.79);\n    new ShapeRef(router, polygon, 2276);\n\n    // shapeRef2277\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14682.1, 6798.21);\n    polygon.ps[1] = Point(14682.1, 6844.44);\n    polygon.ps[2] = Point(14598, 6844.44);\n    polygon.ps[3] = Point(14598, 6798.21);\n    new ShapeRef(router, polygon, 2277);\n\n    // shapeRef2278\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9618.65);\n    polygon.ps[1] = Point(10314.9, 9708.42);\n    polygon.ps[2] = Point(10238.7, 9708.42);\n    polygon.ps[3] = Point(10238.7, 9618.65);\n    new ShapeRef(router, polygon, 2278);\n\n    // shapeRef2279\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14986.9, 12302.3);\n    polygon.ps[1] = Point(14986.9, 12348.5);\n    polygon.ps[2] = Point(14902.8, 12348.5);\n    polygon.ps[3] = Point(14902.8, 12302.3);\n    new ShapeRef(router, polygon, 2279);\n\n    // shapeRef2280\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14291.7, 12302.3);\n    polygon.ps[1] = Point(14291.7, 12378.5);\n    polygon.ps[2] = Point(14202, 12378.5);\n    polygon.ps[3] = Point(14202, 12302.3);\n    new ShapeRef(router, polygon, 2280);\n\n    // shapeRef2281\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15765.9, 10791.3);\n    polygon.ps[1] = Point(15765.9, 10867.5);\n    polygon.ps[2] = Point(15676.1, 10867.5);\n    polygon.ps[3] = Point(15676.1, 10791.3);\n    new ShapeRef(router, polygon, 2281);\n\n    // shapeRef2282\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 851.285);\n    polygon.ps[1] = Point(7755.29, 935.383);\n    polygon.ps[2] = Point(7709.06, 935.383);\n    polygon.ps[3] = Point(7709.06, 851.285);\n    new ShapeRef(router, polygon, 2282);\n\n    // shapeRef2283\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12008.2, 12137.3);\n    polygon.ps[1] = Point(12008.2, 12183.5);\n    polygon.ps[2] = Point(11924.1, 12183.5);\n    polygon.ps[3] = Point(11924.1, 12137.3);\n    new ShapeRef(router, polygon, 2283);\n\n    // shapeRef2284\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13006.6, 12137.3);\n    polygon.ps[1] = Point(13006.6, 12183.5);\n    polygon.ps[2] = Point(12922.5, 12183.5);\n    polygon.ps[3] = Point(12922.5, 12137.3);\n    new ShapeRef(router, polygon, 2284);\n\n    // shapeRef2285\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7598.1, 3008.29);\n    polygon.ps[1] = Point(7598.1, 3092.38);\n    polygon.ps[2] = Point(7551.86, 3092.38);\n    polygon.ps[3] = Point(7551.86, 3008.29);\n    new ShapeRef(router, polygon, 2285);\n\n    // shapeRef2286\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(253, 58.5019);\n    polygon.ps[1] = Point(253, 148.265);\n    polygon.ps[2] = Point(176.77, 148.265);\n    polygon.ps[3] = Point(176.77, 58.5019);\n    new ShapeRef(router, polygon, 2286);\n\n    // shapeRef2287\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 4491.31);\n    polygon.ps[1] = Point(5486.1, 4575.4);\n    polygon.ps[2] = Point(5439.86, 4575.4);\n    polygon.ps[3] = Point(5439.86, 4491.31);\n    new ShapeRef(router, polygon, 2287);\n\n    // shapeRef2288\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 5085.31);\n    polygon.ps[1] = Point(5486.1, 5169.4);\n    polygon.ps[2] = Point(5439.86, 5169.4);\n    polygon.ps[3] = Point(5439.86, 5085.31);\n    new ShapeRef(router, polygon, 2288);\n\n    // shapeRef2289\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 4202.51);\n    polygon.ps[1] = Point(11238.2, 4248.75);\n    polygon.ps[2] = Point(11154.1, 4248.75);\n    polygon.ps[3] = Point(11154.1, 4202.51);\n    new ShapeRef(router, polygon, 2289);\n\n    // shapeRef2290\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16066.6, 11396.8);\n    polygon.ps[1] = Point(16066.6, 11473.1);\n    polygon.ps[2] = Point(15976.8, 11473.1);\n    polygon.ps[3] = Point(15976.8, 11396.8);\n    new ShapeRef(router, polygon, 2290);\n\n    // shapeRef2291\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4279, 9768.75);\n    polygon.ps[1] = Point(4279, 9877.02);\n    polygon.ps[2] = Point(4232.22, 9877.02);\n    polygon.ps[3] = Point(4232.22, 9768.75);\n    new ShapeRef(router, polygon, 2291);\n\n    // shapeRef2292\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4859.27, 10448);\n    polygon.ps[1] = Point(4859.27, 10494.8);\n    polygon.ps[2] = Point(4751, 10494.8);\n    polygon.ps[3] = Point(4751, 10448);\n    new ShapeRef(router, polygon, 2292);\n\n    // shapeRef2293\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4543, 10475);\n    polygon.ps[1] = Point(4543, 10583.3);\n    polygon.ps[2] = Point(4496.22, 10583.3);\n    polygon.ps[3] = Point(4496.22, 10475);\n    new ShapeRef(router, polygon, 2293);\n\n    // shapeRef2294\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9369.59, 9652.42);\n    polygon.ps[1] = Point(9369.59, 9748.77);\n    polygon.ps[2] = Point(9308.19, 9748.77);\n    polygon.ps[3] = Point(9308.19, 9652.42);\n    new ShapeRef(router, polygon, 2294);\n\n    // shapeRef2295\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10667.2, 8579.99);\n    polygon.ps[1] = Point(10667.2, 8640.55);\n    polygon.ps[2] = Point(10595.6, 8640.55);\n    polygon.ps[3] = Point(10595.6, 8579.99);\n    new ShapeRef(router, polygon, 2295);\n\n    // shapeRef2296\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 2381.29);\n    polygon.ps[1] = Point(8825.89, 2441.85);\n    polygon.ps[2] = Point(8754.29, 2441.85);\n    polygon.ps[3] = Point(8754.29, 2381.29);\n    new ShapeRef(router, polygon, 2296);\n\n    // shapeRef2297\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9812.25, 818.091);\n    polygon.ps[1] = Point(9812.25, 889.69);\n    polygon.ps[2] = Point(9751.69, 889.69);\n    polygon.ps[3] = Point(9751.69, 818.091);\n    new ShapeRef(router, polygon, 2297);\n\n    // shapeRef2298\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10964.2, 1115.29);\n    polygon.ps[1] = Point(10964.2, 1176.69);\n    polygon.ps[2] = Point(10867.9, 1176.69);\n    polygon.ps[3] = Point(10867.9, 1115.29);\n    new ShapeRef(router, polygon, 2298);\n\n    // shapeRef2299\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 5253.27);\n    polygon.ps[1] = Point(12521.5, 5314.67);\n    polygon.ps[2] = Point(12425.1, 5314.67);\n    polygon.ps[3] = Point(12425.1, 5253.27);\n    new ShapeRef(router, polygon, 2299);\n\n    // shapeRef2300\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12983.9, 4519.4);\n    polygon.ps[1] = Point(12983.9, 4615.76);\n    polygon.ps[2] = Point(12922.5, 4615.76);\n    polygon.ps[3] = Point(12922.5, 4519.4);\n    new ShapeRef(router, polygon, 2300);\n\n    // shapeRef2301\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 7750.23);\n    polygon.ps[1] = Point(10799.2, 7810.79);\n    polygon.ps[2] = Point(10727.6, 7810.79);\n    polygon.ps[3] = Point(10727.6, 7750.23);\n    new ShapeRef(router, polygon, 2301);\n\n    // shapeRef2302\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 8883.22);\n    polygon.ps[1] = Point(11238.2, 8954.82);\n    polygon.ps[2] = Point(11177.7, 8954.82);\n    polygon.ps[3] = Point(11177.7, 8883.22);\n    new ShapeRef(router, polygon, 2302);\n\n    // shapeRef2303\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7536.66, 3575.51);\n    polygon.ps[1] = Point(7536.66, 3647.11);\n    polygon.ps[2] = Point(7476.1, 3647.11);\n    polygon.ps[3] = Point(7476.1, 3575.51);\n    new ShapeRef(router, polygon, 2303);\n\n    // shapeRef2304\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 4514.84);\n    polygon.ps[1] = Point(5302, 4575.4);\n    polygon.ps[2] = Point(5230.4, 4575.4);\n    polygon.ps[3] = Point(5230.4, 4514.84);\n    new ShapeRef(router, polygon, 2304);\n\n    // shapeRef2305\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15697.8, 468.265);\n    polygon.ps[1] = Point(15697.8, 539.864);\n    polygon.ps[2] = Point(15637.3, 539.864);\n    polygon.ps[3] = Point(15637.3, 468.265);\n    new ShapeRef(router, polygon, 2305);\n\n    // shapeRef2306\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11106.2, 8084.79);\n    polygon.ps[1] = Point(11106.2, 8156.39);\n    polygon.ps[2] = Point(11045.7, 8156.39);\n    polygon.ps[3] = Point(11045.7, 8084.79);\n    new ShapeRef(router, polygon, 2306);\n\n    // shapeRef2307\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6381.66, 435.265);\n    polygon.ps[1] = Point(6381.66, 506.864);\n    polygon.ps[2] = Point(6321.1, 506.864);\n    polygon.ps[3] = Point(6321.1, 435.265);\n    new ShapeRef(router, polygon, 2307);\n\n    // shapeRef2308\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 4371.11);\n    polygon.ps[1] = Point(11238.2, 4442.71);\n    polygon.ps[2] = Point(11177.7, 4442.71);\n    polygon.ps[3] = Point(11177.7, 4371.11);\n    new ShapeRef(router, polygon, 2308);\n\n    // shapeRef2309\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14658.5, 6798.21);\n    polygon.ps[1] = Point(14658.5, 6869.81);\n    polygon.ps[2] = Point(14598, 6869.81);\n    polygon.ps[3] = Point(14598, 6798.21);\n    new ShapeRef(router, polygon, 2309);\n\n    // shapeRef2310\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16557.8, 10184);\n    polygon.ps[1] = Point(16557.8, 10255.6);\n    polygon.ps[2] = Point(16497.3, 10255.6);\n    polygon.ps[3] = Point(16497.3, 10184);\n    new ShapeRef(router, polygon, 2310);\n\n    // shapeRef2311\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9647.01);\n    polygon.ps[1] = Point(10314.9, 9708.42);\n    polygon.ps[2] = Point(10218.5, 9708.42);\n    polygon.ps[3] = Point(10218.5, 9647.01);\n    new ShapeRef(router, polygon, 2311);\n\n    // shapeRef2312\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7953.29, 10955.4);\n    polygon.ps[1] = Point(7953.29, 11013.6);\n    polygon.ps[2] = Point(7908.6, 11013.6);\n    polygon.ps[3] = Point(7908.6, 10955.4);\n    new ShapeRef(router, polygon, 2312);\n\n    // shapeRef2313\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12757.5, 11642.9);\n    polygon.ps[1] = Point(12757.5, 11714.5);\n    polygon.ps[2] = Point(12696.9, 11714.5);\n    polygon.ps[3] = Point(12696.9, 11642.9);\n    new ShapeRef(router, polygon, 2313);\n\n    // shapeRef2314\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14986.9, 12302.3);\n    polygon.ps[1] = Point(14986.9, 12373.9);\n    polygon.ps[2] = Point(14926.3, 12373.9);\n    polygon.ps[3] = Point(14926.3, 12302.3);\n    new ShapeRef(router, polygon, 2314);\n\n    // shapeRef2315\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14263.4, 12302.3);\n    polygon.ps[1] = Point(14263.4, 12398.7);\n    polygon.ps[2] = Point(14202, 12398.7);\n    polygon.ps[3] = Point(14202, 12302.3);\n    new ShapeRef(router, polygon, 2315);\n\n    // shapeRef2316\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13101, 10791.3);\n    polygon.ps[1] = Point(13101, 10862.9);\n    polygon.ps[2] = Point(13040.4, 10862.9);\n    polygon.ps[3] = Point(13040.4, 10791.3);\n    new ShapeRef(router, polygon, 2316);\n\n    // shapeRef2317\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15765.9, 10791.3);\n    polygon.ps[1] = Point(15765.9, 10887.6);\n    polygon.ps[2] = Point(15704.5, 10887.6);\n    polygon.ps[3] = Point(15704.5, 10791.3);\n    new ShapeRef(router, polygon, 2317);\n\n    // shapeRef2318\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 851.285);\n    polygon.ps[1] = Point(7755.29, 911.847);\n    polygon.ps[2] = Point(7683.69, 911.847);\n    polygon.ps[3] = Point(7683.69, 851.285);\n    new ShapeRef(router, polygon, 2318);\n\n    // shapeRef2319\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11984.7, 12137.3);\n    polygon.ps[1] = Point(11984.7, 12208.9);\n    polygon.ps[2] = Point(11924.1, 12208.9);\n    polygon.ps[3] = Point(11924.1, 12137.3);\n    new ShapeRef(router, polygon, 2319);\n\n    // shapeRef2320\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12983.1, 12137.3);\n    polygon.ps[1] = Point(12983.1, 12208.9);\n    polygon.ps[2] = Point(12922.5, 12208.9);\n    polygon.ps[3] = Point(12922.5, 12137.3);\n    new ShapeRef(router, polygon, 2320);\n\n    // shapeRef2321\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7598.1, 3008.29);\n    polygon.ps[1] = Point(7598.1, 3068.85);\n    polygon.ps[2] = Point(7526.5, 3068.85);\n    polygon.ps[3] = Point(7526.5, 3008.29);\n    new ShapeRef(router, polygon, 2321);\n\n    // shapeRef2322\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(253, 86.8638);\n    polygon.ps[1] = Point(253, 148.265);\n    polygon.ps[2] = Point(156.647, 148.265);\n    polygon.ps[3] = Point(156.647, 86.8638);\n    new ShapeRef(router, polygon, 2322);\n\n    // shapeRef2323\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 2381.29);\n    polygon.ps[1] = Point(9009.99, 2441.85);\n    polygon.ps[2] = Point(8938.39, 2441.85);\n    polygon.ps[3] = Point(8938.39, 2381.29);\n    new ShapeRef(router, polygon, 2323);\n\n    // shapeRef2324\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13162.4, 4552.4);\n    polygon.ps[1] = Point(13162.4, 4648.76);\n    polygon.ps[2] = Point(13101, 4648.76);\n    polygon.ps[3] = Point(13101, 4552.4);\n    new ShapeRef(router, polygon, 2324);\n\n    // shapeRef2325\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 8966.82);\n    polygon.ps[1] = Point(11238.2, 9038.42);\n    polygon.ps[2] = Point(11177.7, 9038.42);\n    polygon.ps[3] = Point(11177.7, 8966.82);\n    new ShapeRef(router, polygon, 2325);\n\n    // shapeRef2326\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 4514.84);\n    polygon.ps[1] = Point(5486.1, 4575.4);\n    polygon.ps[2] = Point(5414.5, 4575.4);\n    polygon.ps[3] = Point(5414.5, 4514.84);\n    new ShapeRef(router, polygon, 2326);\n\n    // shapeRef2327\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 5108.84);\n    polygon.ps[1] = Point(5486.1, 5169.4);\n    polygon.ps[2] = Point(5414.5, 5169.4);\n    polygon.ps[3] = Point(5414.5, 5108.84);\n    new ShapeRef(router, polygon, 2327);\n\n    // shapeRef2328\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11106.2, 8168.39);\n    polygon.ps[1] = Point(11106.2, 8239.99);\n    polygon.ps[2] = Point(11045.7, 8239.99);\n    polygon.ps[3] = Point(11045.7, 8168.39);\n    new ShapeRef(router, polygon, 2328);\n\n    // shapeRef2329\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 4202.51);\n    polygon.ps[1] = Point(11238.2, 4274.11);\n    polygon.ps[2] = Point(11177.7, 4274.11);\n    polygon.ps[3] = Point(11177.7, 4202.51);\n    new ShapeRef(router, polygon, 2329);\n\n    // shapeRef2330\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14658.5, 6881.81);\n    polygon.ps[1] = Point(14658.5, 6953.4);\n    polygon.ps[2] = Point(14598, 6953.4);\n    polygon.ps[3] = Point(14598, 6881.81);\n    new ShapeRef(router, polygon, 2330);\n\n    // shapeRef2331\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10089, 9647.01);\n    polygon.ps[1] = Point(10089, 9708.42);\n    polygon.ps[2] = Point(9992.69, 9708.42);\n    polygon.ps[3] = Point(9992.69, 9647.01);\n    new ShapeRef(router, polygon, 2331);\n\n    // shapeRef2332\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16066.6, 11396.8);\n    polygon.ps[1] = Point(16066.6, 11493.2);\n    polygon.ps[2] = Point(16005.2, 11493.2);\n    polygon.ps[3] = Point(16005.2, 11396.8);\n    new ShapeRef(router, polygon, 2332);\n\n    // shapeRef2333\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 5108.84);\n    polygon.ps[1] = Point(5302, 5169.4);\n    polygon.ps[2] = Point(5230.4, 5169.4);\n    polygon.ps[3] = Point(5230.4, 5108.84);\n    new ShapeRef(router, polygon, 2333);\n\n    // shapeRef2334\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4279, 9787.25);\n    polygon.ps[1] = Point(4279, 9877.02);\n    polygon.ps[2] = Point(4202.77, 9877.02);\n    polygon.ps[3] = Point(4202.77, 9787.25);\n    new ShapeRef(router, polygon, 2334);\n\n    // shapeRef2335\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4840.76, 10448);\n    polygon.ps[1] = Point(4840.76, 10524.2);\n    polygon.ps[2] = Point(4751, 10524.2);\n    polygon.ps[3] = Point(4751, 10448);\n    new ShapeRef(router, polygon, 2335);\n\n    // shapeRef2336\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4543, 10493.5);\n    polygon.ps[1] = Point(4543, 10583.3);\n    polygon.ps[2] = Point(4466.77, 10583.3);\n    polygon.ps[3] = Point(4466.77, 10493.5);\n    new ShapeRef(router, polygon, 2336);\n\n    // shapeRef2337\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10512.2, 10692.3);\n    polygon.ps[1] = Point(10512.2, 10763.9);\n    polygon.ps[2] = Point(10451.7, 10763.9);\n    polygon.ps[3] = Point(10451.7, 10692.3);\n    new ShapeRef(router, polygon, 2337);\n\n    // shapeRef2338\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8392.29, 5522.67);\n    polygon.ps[1] = Point(8392.29, 5567.36);\n    polygon.ps[2] = Point(8334.07, 5567.36);\n    polygon.ps[3] = Point(8334.07, 5522.67);\n    new ShapeRef(router, polygon, 2338);\n\n    // shapeRef2339\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11485.1, 7686.57);\n    polygon.ps[1] = Point(11485.1, 7744.79);\n    polygon.ps[2] = Point(11440.4, 7744.79);\n    polygon.ps[3] = Point(11440.4, 7686.57);\n    new ShapeRef(router, polygon, 2339);\n\n    // shapeRef2340\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7887.29, 4443.4);\n    polygon.ps[1] = Point(7887.29, 4501.63);\n    polygon.ps[2] = Point(7842.6, 4501.63);\n    polygon.ps[3] = Point(7842.6, 4443.4);\n    new ShapeRef(router, polygon, 2340);\n\n    // shapeRef2341\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8792.89, 9990.92);\n    polygon.ps[1] = Point(8792.89, 10075);\n    polygon.ps[2] = Point(8746.66, 10075);\n    polygon.ps[3] = Point(8746.66, 9990.92);\n    new ShapeRef(router, polygon, 2341);\n\n    // shapeRef2342\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 5573.8);\n    polygon.ps[1] = Point(9009.99, 5657.9);\n    polygon.ps[2] = Point(8963.76, 5657.9);\n    polygon.ps[3] = Point(8963.76, 5573.8);\n    new ShapeRef(router, polygon, 2342);\n\n    // shapeRef2343\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 11809.8);\n    polygon.ps[1] = Point(15138.3, 11893.9);\n    polygon.ps[2] = Point(15092.1, 11893.9);\n    polygon.ps[3] = Point(15092.1, 11809.8);\n    new ShapeRef(router, polygon, 2343);\n\n    // shapeRef2344\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9196.82, 6161.51);\n    polygon.ps[1] = Point(9196.82, 6206.21);\n    polygon.ps[2] = Point(9138.59, 6206.21);\n    polygon.ps[3] = Point(9138.59, 6161.51);\n    new ShapeRef(router, polygon, 2344);\n\n    // shapeRef2345\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15229.5, 1346.29);\n    polygon.ps[1] = Point(15229.5, 1404.51);\n    polygon.ps[2] = Point(15184.8, 1404.51);\n    polygon.ps[3] = Point(15184.8, 1346.29);\n    new ShapeRef(router, polygon, 2345);\n\n    // shapeRef2346\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9453.69, 9652.42);\n    polygon.ps[1] = Point(9453.69, 9698.65);\n    polygon.ps[2] = Point(9369.59, 9698.65);\n    polygon.ps[3] = Point(9369.59, 9652.42);\n    new ShapeRef(router, polygon, 2346);\n\n    // shapeRef2347\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9394.82, 5457.98);\n    polygon.ps[1] = Point(9394.82, 5502.67);\n    polygon.ps[2] = Point(9336.59, 5502.67);\n    polygon.ps[3] = Point(9336.59, 5457.98);\n    new ShapeRef(router, polygon, 2347);\n\n    // shapeRef2348\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15858.6, 11893.9);\n    polygon.ps[1] = Point(15858.6, 11952.1);\n    polygon.ps[2] = Point(15813.9, 11952.1);\n    polygon.ps[3] = Point(15813.9, 11893.9);\n    new ShapeRef(router, polygon, 2348);\n\n    // shapeRef2349\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(1583, 4783.4);\n    polygon.ps[1] = Point(1583, 4828.1);\n    polygon.ps[2] = Point(1524.77, 4828.1);\n    polygon.ps[3] = Point(1524.77, 4783.4);\n    new ShapeRef(router, polygon, 2349);\n\n    // shapeRef2350\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(3035, 4783.4);\n    polygon.ps[1] = Point(3035, 4828.1);\n    polygon.ps[2] = Point(2976.77, 4828.1);\n    polygon.ps[3] = Point(2976.77, 4783.4);\n    new ShapeRef(router, polygon, 2350);\n\n    // shapeRef2351\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14788.2, 1356.29);\n    polygon.ps[1] = Point(14788.2, 1400.98);\n    polygon.ps[2] = Point(14730, 1400.98);\n    polygon.ps[3] = Point(14730, 1356.29);\n    new ShapeRef(router, polygon, 2351);\n\n    // shapeRef2352\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8227.29, 9685.42);\n    polygon.ps[1] = Point(8227.29, 9757.02);\n    polygon.ps[2] = Point(8166.73, 9757.02);\n    polygon.ps[3] = Point(8166.73, 9685.42);\n    new ShapeRef(router, polygon, 2352);\n\n    // shapeRef2353\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8326.29, 9854.02);\n    polygon.ps[1] = Point(8326.29, 9925.61);\n    polygon.ps[2] = Point(8265.73, 9925.61);\n    polygon.ps[3] = Point(8265.73, 9854.02);\n    new ShapeRef(router, polygon, 2353);\n\n    // shapeRef2354\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9875.92, 7171.4);\n    polygon.ps[1] = Point(9875.92, 7216.1);\n    polygon.ps[2] = Point(9817.69, 7216.1);\n    polygon.ps[3] = Point(9817.69, 7171.4);\n    new ShapeRef(router, polygon, 2354);\n\n    // shapeRef2355\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10446.9, 7818.57);\n    polygon.ps[1] = Point(10446.9, 7876.79);\n    polygon.ps[2] = Point(10402.2, 7876.79);\n    polygon.ps[3] = Point(10402.2, 7818.57);\n    new ShapeRef(router, polygon, 2355);\n\n    // shapeRef2356\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7499.1, 8008.79);\n    polygon.ps[1] = Point(7499.1, 8067.02);\n    polygon.ps[2] = Point(7454.4, 8067.02);\n    polygon.ps[3] = Point(7454.4, 8008.79);\n    new ShapeRef(router, polygon, 2356);\n\n    // shapeRef2357\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 3961.51);\n    polygon.ps[1] = Point(8825.89, 4019.74);\n    polygon.ps[2] = Point(8781.2, 4019.74);\n    polygon.ps[3] = Point(8781.2, 3961.51);\n    new ShapeRef(router, polygon, 2357);\n\n    // shapeRef2358\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10999.4, 4371.11);\n    polygon.ps[1] = Point(10999.4, 4415.81);\n    polygon.ps[2] = Point(10941.2, 4415.81);\n    polygon.ps[3] = Point(10941.2, 4371.11);\n    new ShapeRef(router, polygon, 2358);\n\n    // shapeRef2359\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 4971.4);\n    polygon.ps[1] = Point(12521.5, 5055.5);\n    polygon.ps[2] = Point(12475.3, 5055.5);\n    polygon.ps[3] = Point(12475.3, 4971.4);\n    new ShapeRef(router, polygon, 2359);\n\n    // shapeRef2360\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 3936.29);\n    polygon.ps[1] = Point(12521.5, 3994.51);\n    polygon.ps[2] = Point(12476.8, 3994.51);\n    polygon.ps[3] = Point(12476.8, 3936.29);\n    new ShapeRef(router, polygon, 2360);\n\n    // shapeRef2361\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 2221.72);\n    polygon.ps[1] = Point(12521.5, 2282.29);\n    polygon.ps[2] = Point(12449.9, 2282.29);\n    polygon.ps[3] = Point(12449.9, 2221.72);\n    new ShapeRef(router, polygon, 2361);\n\n    // shapeRef2362\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12155.1, 1854.29);\n    polygon.ps[1] = Point(12155.1, 1898.98);\n    polygon.ps[2] = Point(12096.9, 1898.98);\n    polygon.ps[3] = Point(12096.9, 1854.29);\n    new ShapeRef(router, polygon, 2362);\n\n    // shapeRef2363\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11980.1, 1742.29);\n    polygon.ps[1] = Point(11980.1, 1800.51);\n    polygon.ps[2] = Point(11935.4, 1800.51);\n    polygon.ps[3] = Point(11935.4, 1742.29);\n    new ShapeRef(router, polygon, 2363);\n\n    // shapeRef2364\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9840.69, 6415.51);\n    polygon.ps[1] = Point(9840.69, 6473.74);\n    polygon.ps[2] = Point(9795.99, 6473.74);\n    polygon.ps[3] = Point(9795.99, 6415.51);\n    new ShapeRef(router, polygon, 2364);\n\n    // shapeRef2365\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 3829.51);\n    polygon.ps[1] = Point(5302, 3913.61);\n    polygon.ps[2] = Point(5255.77, 3913.61);\n    polygon.ps[3] = Point(5255.77, 3829.51);\n    new ShapeRef(router, polygon, 2365);\n\n    // shapeRef2366\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 5169.4);\n    polygon.ps[1] = Point(5302, 5229.97);\n    polygon.ps[2] = Point(5230.4, 5229.97);\n    polygon.ps[3] = Point(5230.4, 5169.4);\n    new ShapeRef(router, polygon, 2366);\n\n    // shapeRef2367\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8807.22);\n    polygon.ps[1] = Point(4939, 8891.32);\n    polygon.ps[2] = Point(4892.77, 8891.32);\n    polygon.ps[3] = Point(4892.77, 8807.22);\n    new ShapeRef(router, polygon, 2367);\n\n    // shapeRef2368\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 9312.42);\n    polygon.ps[1] = Point(4939, 9372.98);\n    polygon.ps[2] = Point(4867.4, 9372.98);\n    polygon.ps[3] = Point(4867.4, 9312.42);\n    new ShapeRef(router, polygon, 2368);\n\n    // shapeRef2369\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4279, 9877.02);\n    polygon.ps[1] = Point(4279, 9937.58);\n    polygon.ps[2] = Point(4207.4, 9937.58);\n    polygon.ps[3] = Point(4207.4, 9877.02);\n    new ShapeRef(router, polygon, 2369);\n\n    // shapeRef2370\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4751, 10448);\n    polygon.ps[1] = Point(4751, 10519.6);\n    polygon.ps[2] = Point(4690.44, 10519.6);\n    polygon.ps[3] = Point(4690.44, 10448);\n    new ShapeRef(router, polygon, 2370);\n\n    // shapeRef2371\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4543, 10583.3);\n    polygon.ps[1] = Point(4543, 10643.8);\n    polygon.ps[2] = Point(4471.4, 10643.8);\n    polygon.ps[3] = Point(4471.4, 10583.3);\n    new ShapeRef(router, polygon, 2371);\n\n    // shapeRef2372\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 1478.29);\n    polygon.ps[1] = Point(11353.1, 1538.85);\n    polygon.ps[2] = Point(11281.5, 1538.85);\n    polygon.ps[3] = Point(11281.5, 1478.29);\n    new ShapeRef(router, polygon, 2372);\n\n    // shapeRef2373\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7765.29, 435.265);\n    polygon.ps[1] = Point(7765.29, 479.96);\n    polygon.ps[2] = Point(7707.07, 479.96);\n    polygon.ps[3] = Point(7707.07, 435.265);\n    new ShapeRef(router, polygon, 2373);\n\n    // shapeRef2374\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10832.2, 10980.6);\n    polygon.ps[1] = Point(10832.2, 11038.9);\n    polygon.ps[2] = Point(10787.5, 11038.9);\n    polygon.ps[3] = Point(10787.5, 10980.6);\n    new ShapeRef(router, polygon, 2374);\n\n    // shapeRef2375\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9718.69, 11221.6);\n    polygon.ps[1] = Point(9718.69, 11266.3);\n    polygon.ps[2] = Point(9660.46, 11266.3);\n    polygon.ps[3] = Point(9660.46, 11221.6);\n    new ShapeRef(router, polygon, 2375);\n\n    // shapeRef2376\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8684.29, 11221.6);\n    polygon.ps[1] = Point(8684.29, 11293.2);\n    polygon.ps[2] = Point(8623.73, 11293.2);\n    polygon.ps[3] = Point(8623.73, 11221.6);\n    new ShapeRef(router, polygon, 2376);\n\n    // shapeRef2377\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14590.2, 11642.9);\n    polygon.ps[1] = Point(14590.2, 11687.6);\n    polygon.ps[2] = Point(14532, 11687.6);\n    polygon.ps[3] = Point(14532, 11642.9);\n    new ShapeRef(router, polygon, 2377);\n\n    // shapeRef2378\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15858.6, 11835.7);\n    polygon.ps[1] = Point(15858.6, 11893.9);\n    polygon.ps[2] = Point(15813.9, 11893.9);\n    polygon.ps[3] = Point(15813.9, 11835.7);\n    new ShapeRef(router, polygon, 2378);\n\n    // shapeRef2379\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15858.6, 12193.3);\n    polygon.ps[1] = Point(15858.6, 12251.5);\n    polygon.ps[2] = Point(15813.9, 12251.5);\n    polygon.ps[3] = Point(15813.9, 12193.3);\n    new ShapeRef(router, polygon, 2379);\n\n    // shapeRef2380\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15662.5, 12302.3);\n    polygon.ps[1] = Point(15662.5, 12347);\n    polygon.ps[2] = Point(15604.3, 12347);\n    polygon.ps[3] = Point(15604.3, 12302.3);\n    new ShapeRef(router, polygon, 2380);\n\n    // shapeRef2381\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14359.2, 10791.3);\n    polygon.ps[1] = Point(14359.2, 10836);\n    polygon.ps[2] = Point(14301, 10836);\n    polygon.ps[3] = Point(14301, 10791.3);\n    new ShapeRef(router, polygon, 2381);\n\n    // shapeRef2382\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17213.5, 7139.71);\n    polygon.ps[1] = Point(17213.5, 7184.4);\n    polygon.ps[2] = Point(17155.3, 7184.4);\n    polygon.ps[3] = Point(17155.3, 7139.71);\n    new ShapeRef(router, polygon, 2382);\n\n    // shapeRef2383\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 8414.99);\n    polygon.ps[1] = Point(11353.1, 8473.22);\n    polygon.ps[2] = Point(11308.4, 8473.22);\n    polygon.ps[3] = Point(11308.4, 8414.99);\n    new ShapeRef(router, polygon, 2383);\n\n    // shapeRef2384\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10776.2, 818.091);\n    polygon.ps[1] = Point(10776.2, 862.785);\n    polygon.ps[2] = Point(10718, 862.785);\n    polygon.ps[3] = Point(10718, 818.091);\n    new ShapeRef(router, polygon, 2384);\n\n    // shapeRef2385\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 5314.67);\n    polygon.ps[1] = Point(12521.5, 5398.77);\n    polygon.ps[2] = Point(12475.3, 5398.77);\n    polygon.ps[3] = Point(12475.3, 5314.67);\n    new ShapeRef(router, polygon, 2385);\n\n    // shapeRef2386\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11914.1, 7785.57);\n    polygon.ps[1] = Point(11914.1, 7843.79);\n    polygon.ps[2] = Point(11869.4, 7843.79);\n    polygon.ps[3] = Point(11869.4, 7785.57);\n    new ShapeRef(router, polygon, 2386);\n\n    // shapeRef2387\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 4575.4);\n    polygon.ps[1] = Point(5302, 4635.97);\n    polygon.ps[2] = Point(5230.4, 4635.97);\n    polygon.ps[3] = Point(5230.4, 4575.4);\n    new ShapeRef(router, polygon, 2387);\n\n    // shapeRef2388\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11528.1, 468.265);\n    polygon.ps[1] = Point(11528.1, 539.864);\n    polygon.ps[2] = Point(11467.6, 539.864);\n    polygon.ps[3] = Point(11467.6, 468.265);\n    new ShapeRef(router, polygon, 2388);\n\n    // shapeRef2389\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14854.2, 468.265);\n    polygon.ps[1] = Point(14854.2, 512.96);\n    polygon.ps[2] = Point(14796, 512.96);\n    polygon.ps[3] = Point(14796, 468.265);\n    new ShapeRef(router, polygon, 2389);\n\n    // shapeRef2390\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15637.3, 468.265);\n    polygon.ps[1] = Point(15637.3, 539.864);\n    polygon.ps[2] = Point(15576.7, 539.864);\n    polygon.ps[3] = Point(15576.7, 468.265);\n    new ShapeRef(router, polygon, 2390);\n\n    // shapeRef2391\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16165.6, 468.265);\n    polygon.ps[1] = Point(16165.6, 512.96);\n    polygon.ps[2] = Point(16107.4, 512.96);\n    polygon.ps[3] = Point(16107.4, 468.265);\n    new ShapeRef(router, polygon, 2391);\n\n    // shapeRef2392\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10776.2, 468.265);\n    polygon.ps[1] = Point(10776.2, 512.96);\n    polygon.ps[2] = Point(10718, 512.96);\n    polygon.ps[3] = Point(10718, 468.265);\n    new ShapeRef(router, polygon, 2392);\n\n    // shapeRef2393\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8087.52, 323.265);\n    polygon.ps[1] = Point(8087.52, 367.96);\n    polygon.ps[2] = Point(8029.29, 367.96);\n    polygon.ps[3] = Point(8029.29, 323.265);\n    new ShapeRef(router, polygon, 2393);\n\n    // shapeRef2394\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18226.5, 8546.99);\n    polygon.ps[1] = Point(18226.5, 8605.22);\n    polygon.ps[2] = Point(18181.9, 8605.22);\n    polygon.ps[3] = Point(18181.9, 8546.99);\n    new ShapeRef(router, polygon, 2394);\n\n    // shapeRef2395\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8227.29, 10725.3);\n    polygon.ps[1] = Point(8227.29, 10770);\n    polygon.ps[2] = Point(8169.07, 10770);\n    polygon.ps[3] = Point(8169.07, 10725.3);\n    new ShapeRef(router, polygon, 2395);\n\n    // shapeRef2396\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14202, 12302.3);\n    polygon.ps[1] = Point(14202, 12348.5);\n    polygon.ps[2] = Point(14117.9, 12348.5);\n    polygon.ps[3] = Point(14117.9, 12302.3);\n    new ShapeRef(router, polygon, 2396);\n\n    // shapeRef2397\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15826.4, 10791.3);\n    polygon.ps[1] = Point(15826.4, 10862.9);\n    polygon.ps[2] = Point(15765.9, 10862.9);\n    polygon.ps[3] = Point(15765.9, 10791.3);\n    new ShapeRef(router, polygon, 2397);\n\n    // shapeRef2398\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 767.188);\n    polygon.ps[1] = Point(7755.29, 851.285);\n    polygon.ps[2] = Point(7709.06, 851.285);\n    polygon.ps[3] = Point(7709.06, 767.188);\n    new ShapeRef(router, polygon, 2398);\n\n    // shapeRef2399\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 3280.06);\n    polygon.ps[1] = Point(11353.1, 3338.29);\n    polygon.ps[2] = Point(11308.4, 3338.29);\n    polygon.ps[3] = Point(11308.4, 3280.06);\n    new ShapeRef(router, polygon, 2399);\n\n    // shapeRef2400\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 4418.18);\n    polygon.ps[1] = Point(11353.1, 4476.4);\n    polygon.ps[2] = Point(11308.4, 4476.4);\n    polygon.ps[3] = Point(11308.4, 4418.18);\n    new ShapeRef(router, polygon, 2400);\n\n    // shapeRef2401\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 11120.4);\n    polygon.ps[1] = Point(11353.1, 11178.6);\n    polygon.ps[2] = Point(11308.4, 11178.6);\n    polygon.ps[3] = Point(11308.4, 11120.4);\n    new ShapeRef(router, polygon, 2401);\n\n    // shapeRef2402\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12922.5, 12137.3);\n    polygon.ps[1] = Point(12922.5, 12183.5);\n    polygon.ps[2] = Point(12838.4, 12183.5);\n    polygon.ps[3] = Point(12838.4, 12137.3);\n    new ShapeRef(router, polygon, 2402);\n\n    // shapeRef2403\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16066.6, 11804.9);\n    polygon.ps[1] = Point(16066.6, 11876.5);\n    polygon.ps[2] = Point(16006, 11876.5);\n    polygon.ps[3] = Point(16006, 11804.9);\n    new ShapeRef(router, polygon, 2403);\n\n    // shapeRef2404\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8448.29, 1478.29);\n    polygon.ps[1] = Point(8448.29, 1536.51);\n    polygon.ps[2] = Point(8403.6, 1536.51);\n    polygon.ps[3] = Point(8403.6, 1478.29);\n    new ShapeRef(router, polygon, 2404);\n\n    // shapeRef2405\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 4575.4);\n    polygon.ps[1] = Point(5486.1, 4635.97);\n    polygon.ps[2] = Point(5414.5, 4635.97);\n    polygon.ps[3] = Point(5414.5, 4575.4);\n    new ShapeRef(router, polygon, 2405);\n\n    // shapeRef2406\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5486.1, 5169.4);\n    polygon.ps[1] = Point(5486.1, 5229.97);\n    polygon.ps[2] = Point(5414.5, 5229.97);\n    polygon.ps[3] = Point(5414.5, 5169.4);\n    new ShapeRef(router, polygon, 2406);\n\n    // shapeRef2407\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(18574.3, 11927.6);\n    polygon.ps[1] = Point(18574.3, 11972.3);\n    polygon.ps[2] = Point(18516, 11972.3);\n    polygon.ps[3] = Point(18516, 11927.6);\n    new ShapeRef(router, polygon, 2407);\n\n    // shapeRef2408\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 5599.67);\n    polygon.ps[1] = Point(10799.2, 5657.9);\n    polygon.ps[2] = Point(10754.5, 5657.9);\n    polygon.ps[3] = Point(10754.5, 5599.67);\n    new ShapeRef(router, polygon, 2408);\n\n    // shapeRef2409\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15664.8, 1191.29);\n    polygon.ps[1] = Point(15664.8, 1262.88);\n    polygon.ps[2] = Point(15604.3, 1262.88);\n    polygon.ps[3] = Point(15604.3, 1191.29);\n    new ShapeRef(router, polygon, 2409);\n\n    // shapeRef2410\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16150.7, 11396.8);\n    polygon.ps[1] = Point(16150.7, 11443.1);\n    polygon.ps[2] = Point(16066.6, 11443.1);\n    polygon.ps[3] = Point(16066.6, 11396.8);\n    new ShapeRef(router, polygon, 2410);\n\n    // shapeRef2411\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9675.69, 7359.4);\n    polygon.ps[1] = Point(9675.69, 7419.97);\n    polygon.ps[2] = Point(9604.09, 7419.97);\n    polygon.ps[3] = Point(9604.09, 7359.4);\n    new ShapeRef(router, polygon, 2411);\n\n    // shapeRef2412\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12980.7, 12468.7);\n    polygon.ps[1] = Point(12980.7, 12513.3);\n    polygon.ps[2] = Point(12922.5, 12513.3);\n    polygon.ps[3] = Point(12922.5, 12468.7);\n    new ShapeRef(router, polygon, 2412);\n\n    // shapeRef2413\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10603.4, 4371.11);\n    polygon.ps[1] = Point(10603.4, 4415.81);\n    polygon.ps[2] = Point(10545.2, 4415.81);\n    polygon.ps[3] = Point(10545.2, 4371.11);\n    new ShapeRef(router, polygon, 2413);\n\n    // shapeRef2414\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10669.4, 4454.71);\n    polygon.ps[1] = Point(10669.4, 4499.4);\n    polygon.ps[2] = Point(10611.2, 4499.4);\n    polygon.ps[3] = Point(10611.2, 4454.71);\n    new ShapeRef(router, polygon, 2414);\n\n    // shapeRef2415\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12279.4, 4371.11);\n    polygon.ps[1] = Point(12279.4, 4415.81);\n    polygon.ps[2] = Point(12221.1, 4415.81);\n    polygon.ps[3] = Point(12221.1, 4371.11);\n    new ShapeRef(router, polygon, 2415);\n\n    // shapeRef2416\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11417.8, 1057.06);\n    polygon.ps[1] = Point(11417.8, 1115.29);\n    polygon.ps[2] = Point(11373.1, 1115.29);\n    polygon.ps[3] = Point(11373.1, 1057.06);\n    new ShapeRef(router, polygon, 2416);\n\n    // shapeRef2417\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11586.4, 468.265);\n    polygon.ps[1] = Point(11586.4, 512.96);\n    polygon.ps[2] = Point(11528.1, 512.96);\n    polygon.ps[3] = Point(11528.1, 468.265);\n    new ShapeRef(router, polygon, 2417);\n\n    // shapeRef2418\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12015.4, 468.265);\n    polygon.ps[1] = Point(12015.4, 512.96);\n    polygon.ps[2] = Point(11957.1, 512.96);\n    polygon.ps[3] = Point(11957.1, 468.265);\n    new ShapeRef(router, polygon, 2418);\n\n    // shapeRef2419\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15045.1, 1291.59);\n    polygon.ps[1] = Point(15045.1, 1336.29);\n    polygon.ps[2] = Point(14986.9, 1336.29);\n    polygon.ps[3] = Point(14986.9, 1291.59);\n    new ShapeRef(router, polygon, 2419);\n\n    // shapeRef2420\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13258.2, 468.265);\n    polygon.ps[1] = Point(13258.2, 512.96);\n    polygon.ps[2] = Point(13200, 512.96);\n    polygon.ps[3] = Point(13200, 468.265);\n    new ShapeRef(router, polygon, 2420);\n\n    // shapeRef2421\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16223.8, 468.265);\n    polygon.ps[1] = Point(16223.8, 512.96);\n    polygon.ps[2] = Point(16165.6, 512.96);\n    polygon.ps[3] = Point(16165.6, 468.265);\n    new ShapeRef(router, polygon, 2421);\n\n    // shapeRef2422\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8029.29, 323.265);\n    polygon.ps[1] = Point(8029.29, 367.96);\n    polygon.ps[2] = Point(7971.07, 367.96);\n    polygon.ps[3] = Point(7971.07, 323.265);\n    new ShapeRef(router, polygon, 2422);\n\n    // shapeRef2423\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14858.4, 1356.29);\n    polygon.ps[1] = Point(14858.4, 1400.98);\n    polygon.ps[2] = Point(14800.2, 1400.98);\n    polygon.ps[3] = Point(14800.2, 1356.29);\n    new ShapeRef(router, polygon, 2423);\n\n    // shapeRef2424\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 11178.6);\n    polygon.ps[1] = Point(11353.1, 11236.9);\n    polygon.ps[2] = Point(11308.4, 11236.9);\n    polygon.ps[3] = Point(11308.4, 11178.6);\n    new ShapeRef(router, polygon, 2424);\n\n    // shapeRef2425\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7598.1, 1412.29);\n    polygon.ps[1] = Point(7598.1, 1470.51);\n    polygon.ps[2] = Point(7553.4, 1470.51);\n    polygon.ps[3] = Point(7553.4, 1412.29);\n    new ShapeRef(router, polygon, 2425);\n\n    // shapeRef2426\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14730, 1356.29);\n    polygon.ps[1] = Point(14730, 1400.98);\n    polygon.ps[2] = Point(14671.8, 1400.98);\n    polygon.ps[3] = Point(14671.8, 1356.29);\n    new ShapeRef(router, polygon, 2426);\n\n    // shapeRef2427\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8287.86, 9685.42);\n    polygon.ps[1] = Point(8287.86, 9757.02);\n    polygon.ps[2] = Point(8227.29, 9757.02);\n    polygon.ps[3] = Point(8227.29, 9685.42);\n    new ShapeRef(router, polygon, 2427);\n\n    // shapeRef2428\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8386.86, 9854.02);\n    polygon.ps[1] = Point(8386.86, 9925.61);\n    polygon.ps[2] = Point(8326.29, 9925.61);\n    polygon.ps[3] = Point(8326.29, 9854.02);\n    new ShapeRef(router, polygon, 2428);\n\n    // shapeRef2429\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8448.29, 1420.06);\n    polygon.ps[1] = Point(8448.29, 1478.29);\n    polygon.ps[2] = Point(8403.6, 1478.29);\n    polygon.ps[3] = Point(8403.6, 1420.06);\n    new ShapeRef(router, polygon, 2429);\n\n    // shapeRef2430\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15893.8, 1291.59);\n    polygon.ps[1] = Point(15893.8, 1336.29);\n    polygon.ps[2] = Point(15835.6, 1336.29);\n    polygon.ps[3] = Point(15835.6, 1291.59);\n    new ShapeRef(router, polygon, 2430);\n\n    // shapeRef2431\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8825.89, 2297.19);\n    polygon.ps[1] = Point(8825.89, 2381.29);\n    polygon.ps[2] = Point(8779.66, 2381.29);\n    polygon.ps[3] = Point(8779.66, 2297.19);\n    new ShapeRef(router, polygon, 2431);\n\n    // shapeRef2432\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 7810.79);\n    polygon.ps[1] = Point(10799.2, 7894.89);\n    polygon.ps[2] = Point(10753, 7894.89);\n    polygon.ps[3] = Point(10753, 7810.79);\n    new ShapeRef(router, polygon, 2432);\n\n    // shapeRef2433\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16353.6, 749.864);\n    polygon.ps[1] = Point(16353.6, 808.091);\n    polygon.ps[2] = Point(16308.9, 808.091);\n    polygon.ps[3] = Point(16308.9, 749.864);\n    new ShapeRef(router, polygon, 2433);\n\n    // shapeRef2434\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16641.9, 10184);\n    polygon.ps[1] = Point(16641.9, 10230.2);\n    polygon.ps[2] = Point(16557.8, 10230.2);\n    polygon.ps[3] = Point(16557.8, 10184);\n    new ShapeRef(router, polygon, 2434);\n\n    // shapeRef2435\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17297.6, 7138.17);\n    polygon.ps[1] = Point(17297.6, 7184.4);\n    polygon.ps[2] = Point(17213.5, 7184.4);\n    polygon.ps[3] = Point(17213.5, 7138.17);\n    new ShapeRef(router, polygon, 2435);\n\n    // shapeRef2436\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 2297.19);\n    polygon.ps[1] = Point(9009.99, 2381.29);\n    polygon.ps[2] = Point(8963.76, 2381.29);\n    polygon.ps[3] = Point(8963.76, 2297.19);\n    new ShapeRef(router, polygon, 2436);\n\n    // shapeRef2437\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 9312.42);\n    polygon.ps[1] = Point(4939, 9396.51);\n    polygon.ps[2] = Point(4892.77, 9396.51);\n    polygon.ps[3] = Point(4892.77, 9312.42);\n    new ShapeRef(router, polygon, 2437);\n\n    // shapeRef2438\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7565.1, 9081.42);\n    polygon.ps[1] = Point(7565.1, 9139.64);\n    polygon.ps[2] = Point(7520.4, 9139.64);\n    polygon.ps[3] = Point(7520.4, 9081.42);\n    new ShapeRef(router, polygon, 2438);\n\n    // shapeRef2439\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 7752.57);\n    polygon.ps[1] = Point(4939, 7810.79);\n    polygon.ps[2] = Point(4894.31, 7810.79);\n    polygon.ps[3] = Point(4894.31, 7752.57);\n    new ShapeRef(router, polygon, 2439);\n\n    // shapeRef2440\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8323.76);\n    polygon.ps[1] = Point(4939, 8381.99);\n    polygon.ps[2] = Point(4894.31, 8381.99);\n    polygon.ps[3] = Point(4894.31, 8323.76);\n    new ShapeRef(router, polygon, 2440);\n\n    // shapeRef2441\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14598, 6656.51);\n    polygon.ps[1] = Point(14598, 6701.21);\n    polygon.ps[2] = Point(14539.8, 6701.21);\n    polygon.ps[3] = Point(14539.8, 6656.51);\n    new ShapeRef(router, polygon, 2441);\n\n    // shapeRef2442\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 7810.79);\n    polygon.ps[1] = Point(4939, 7869.02);\n    polygon.ps[2] = Point(4894.31, 7869.02);\n    polygon.ps[3] = Point(4894.31, 7810.79);\n    new ShapeRef(router, polygon, 2442);\n\n    // shapeRef2443\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8381.99);\n    polygon.ps[1] = Point(4939, 8440.22);\n    polygon.ps[2] = Point(4894.31, 8440.22);\n    polygon.ps[3] = Point(4894.31, 8381.99);\n    new ShapeRef(router, polygon, 2443);\n\n    // shapeRef2444\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14656.2, 6656.51);\n    polygon.ps[1] = Point(14656.2, 6701.21);\n    polygon.ps[2] = Point(14598, 6701.21);\n    polygon.ps[3] = Point(14598, 6656.51);\n    new ShapeRef(router, polygon, 2444);\n\n    // shapeRef2445\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 8723.12);\n    polygon.ps[1] = Point(4939, 8807.22);\n    polygon.ps[2] = Point(4892.77, 8807.22);\n    polygon.ps[3] = Point(4892.77, 8723.12);\n    new ShapeRef(router, polygon, 2445);\n\n    // shapeRef2446\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 9228.32);\n    polygon.ps[1] = Point(4939, 9312.42);\n    polygon.ps[2] = Point(4892.77, 9312.42);\n    polygon.ps[3] = Point(4892.77, 9228.32);\n    new ShapeRef(router, polygon, 2446);\n\n    // shapeRef2447\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 1354.06);\n    polygon.ps[1] = Point(7755.29, 1412.29);\n    polygon.ps[2] = Point(7710.6, 1412.29);\n    polygon.ps[3] = Point(7710.6, 1354.06);\n    new ShapeRef(router, polygon, 2447);\n\n    // shapeRef2448\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7598.1, 1354.06);\n    polygon.ps[1] = Point(7598.1, 1412.29);\n    polygon.ps[2] = Point(7553.4, 1412.29);\n    polygon.ps[3] = Point(7553.4, 1354.06);\n    new ShapeRef(router, polygon, 2448);\n\n    // shapeRef2449\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8328.79, 9774.02);\n    polygon.ps[1] = Point(8328.79, 9834.02);\n    polygon.ps[2] = Point(8273.79, 9834.02);\n    polygon.ps[3] = Point(8273.79, 9774.02);\n    new ShapeRef(router, polygon, 2449);\n\n    // shapeRef2450\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10502.2, 9147.42);\n    polygon.ps[1] = Point(10502.2, 9205.64);\n    polygon.ps[2] = Point(10457.5, 9205.64);\n    polygon.ps[3] = Point(10457.5, 9147.42);\n    new ShapeRef(router, polygon, 2450);\n\n    // shapeRef2451\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9042.99, 8348.99);\n    polygon.ps[1] = Point(9042.99, 8407.22);\n    polygon.ps[2] = Point(8998.3, 8407.22);\n    polygon.ps[3] = Point(8998.3, 8348.99);\n    new ShapeRef(router, polygon, 2451);\n\n    // shapeRef2452\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10964.2, 1115.29);\n    polygon.ps[1] = Point(10964.2, 1223.55);\n    polygon.ps[2] = Point(10917.4, 1223.55);\n    polygon.ps[3] = Point(10917.4, 1115.29);\n    new ShapeRef(router, polygon, 2452);\n\n    // shapeRef2453\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 4971.4);\n    polygon.ps[1] = Point(12521.5, 5031.97);\n    polygon.ps[2] = Point(12449.9, 5031.97);\n    polygon.ps[3] = Point(12449.9, 4971.4);\n    new ShapeRef(router, polygon, 2453);\n\n    // shapeRef2454\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13030.8, 4519.4);\n    polygon.ps[1] = Point(13030.8, 4566.19);\n    polygon.ps[2] = Point(12922.5, 4566.19);\n    polygon.ps[3] = Point(12922.5, 4519.4);\n    new ShapeRef(router, polygon, 2454);\n\n    // shapeRef2455\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 2198.19);\n    polygon.ps[1] = Point(12521.5, 2282.29);\n    polygon.ps[2] = Point(12475.3, 2282.29);\n    polygon.ps[3] = Point(12475.3, 2198.19);\n    new ShapeRef(router, polygon, 2455);\n\n    // shapeRef2456\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8711.86, 4202.51);\n    polygon.ps[1] = Point(8711.86, 4274.11);\n    polygon.ps[2] = Point(8651.29, 4274.11);\n    polygon.ps[3] = Point(8651.29, 4202.51);\n    new ShapeRef(router, polygon, 2456);\n\n    // shapeRef2457\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9019.99, 3443.51);\n    polygon.ps[1] = Point(9019.99, 3488.21);\n    polygon.ps[2] = Point(8961.76, 3488.21);\n    polygon.ps[3] = Point(8961.76, 3443.51);\n    new ShapeRef(router, polygon, 2457);\n\n    // shapeRef2458\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13324.2, 8883.22);\n    polygon.ps[1] = Point(13324.2, 8927.91);\n    polygon.ps[2] = Point(13266, 8927.91);\n    polygon.ps[3] = Point(13266, 8883.22);\n    new ShapeRef(router, polygon, 2458);\n\n    // shapeRef2459\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9237.59, 11221.6);\n    polygon.ps[1] = Point(9237.59, 11266.3);\n    polygon.ps[2] = Point(9179.36, 11266.3);\n    polygon.ps[3] = Point(9179.36, 11221.6);\n    new ShapeRef(router, polygon, 2459);\n\n    // shapeRef2460\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8684.29, 11221.6);\n    polygon.ps[1] = Point(8684.29, 11267.9);\n    polygon.ps[2] = Point(8600.2, 11267.9);\n    polygon.ps[3] = Point(8600.2, 11221.6);\n    new ShapeRef(router, polygon, 2460);\n\n    // shapeRef2461\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7202.1, 7293.4);\n    polygon.ps[1] = Point(7202.1, 7351.63);\n    polygon.ps[2] = Point(7157.4, 7351.63);\n    polygon.ps[3] = Point(7157.4, 7293.4);\n    new ShapeRef(router, polygon, 2461);\n\n    // shapeRef2462\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7305.66, 6524.51);\n    polygon.ps[1] = Point(7305.66, 6596.11);\n    polygon.ps[2] = Point(7245.1, 6596.11);\n    polygon.ps[3] = Point(7245.1, 6524.51);\n    new ShapeRef(router, polygon, 2462);\n\n    // shapeRef2463\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6387.1, 6798.21);\n    polygon.ps[1] = Point(6387.1, 6844.44);\n    polygon.ps[2] = Point(6303, 6844.44);\n    polygon.ps[3] = Point(6303, 6798.21);\n    new ShapeRef(router, polygon, 2463);\n\n    // shapeRef2464\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 10854.1);\n    polygon.ps[1] = Point(15138.3, 10914.6);\n    polygon.ps[2] = Point(15066.7, 10914.6);\n    polygon.ps[3] = Point(15066.7, 10854.1);\n    new ShapeRef(router, polygon, 2464);\n\n    // shapeRef2465\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9939.69, 9976.02);\n    polygon.ps[1] = Point(9939.69, 10034.2);\n    polygon.ps[2] = Point(9894.99, 10034.2);\n    polygon.ps[3] = Point(9894.99, 9976.02);\n    new ShapeRef(router, polygon, 2465);\n\n    // shapeRef2466\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9383.85);\n    polygon.ps[1] = Point(10314.9, 9444.42);\n    polygon.ps[2] = Point(10243.3, 9444.42);\n    polygon.ps[3] = Point(10243.3, 9383.85);\n    new ShapeRef(router, polygon, 2466);\n\n    // shapeRef2467\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13209.3, 4552.4);\n    polygon.ps[1] = Point(13209.3, 4599.19);\n    polygon.ps[2] = Point(13101, 4599.19);\n    polygon.ps[3] = Point(13101, 4552.4);\n    new ShapeRef(router, polygon, 2467);\n\n    // shapeRef2468\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8684.29, 11330.6);\n    polygon.ps[1] = Point(8684.29, 11376.8);\n    polygon.ps[2] = Point(8600.2, 11376.8);\n    polygon.ps[3] = Point(8600.2, 11330.6);\n    new ShapeRef(router, polygon, 2468);\n\n    // shapeRef2469\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6542.1, 8041.79);\n    polygon.ps[1] = Point(6542.1, 8100.02);\n    polygon.ps[2] = Point(6497.4, 8100.02);\n    polygon.ps[3] = Point(6497.4, 8041.79);\n    new ShapeRef(router, polygon, 2469);\n\n    // shapeRef2470\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9444.42);\n    polygon.ps[1] = Point(10314.9, 9502.64);\n    polygon.ps[2] = Point(10270.2, 9502.64);\n    polygon.ps[3] = Point(10270.2, 9444.42);\n    new ShapeRef(router, polygon, 2470);\n\n    // shapeRef2471\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9194.59, 11698.9);\n    polygon.ps[1] = Point(9194.59, 11757.1);\n    polygon.ps[2] = Point(9149.9, 11757.1);\n    polygon.ps[3] = Point(9149.9, 11698.9);\n    new ShapeRef(router, polygon, 2471);\n\n    // shapeRef2472\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(649, 148.265);\n    polygon.ps[1] = Point(649, 208.827);\n    polygon.ps[2] = Point(577.401, 208.827);\n    polygon.ps[3] = Point(577.401, 148.265);\n    new ShapeRef(router, polygon, 2472);\n\n    // shapeRef2473\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8792.89, 10014.5);\n    polygon.ps[1] = Point(8792.89, 10075);\n    polygon.ps[2] = Point(8721.29, 10075);\n    polygon.ps[3] = Point(8721.29, 10014.5);\n    new ShapeRef(router, polygon, 2473);\n\n    // shapeRef2474\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(253, 148.265);\n    polygon.ps[1] = Point(253, 232.363);\n    polygon.ps[2] = Point(206.765, 232.363);\n    polygon.ps[3] = Point(206.765, 148.265);\n    new ShapeRef(router, polygon, 2474);\n\n    // shapeRef2475\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 5657.9);\n    polygon.ps[1] = Point(9009.99, 5716.12);\n    polygon.ps[2] = Point(8965.3, 5716.12);\n    polygon.ps[3] = Point(8965.3, 5657.9);\n    new ShapeRef(router, polygon, 2475);\n\n    // shapeRef2476\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 11893.9);\n    polygon.ps[1] = Point(15138.3, 11952.1);\n    polygon.ps[2] = Point(15093.7, 11952.1);\n    polygon.ps[3] = Point(15093.7, 11893.9);\n    new ShapeRef(router, polygon, 2476);\n\n    // shapeRef2477\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10572.8, 10692.3);\n    polygon.ps[1] = Point(10572.8, 10763.9);\n    polygon.ps[2] = Point(10512.2, 10763.9);\n    polygon.ps[3] = Point(10512.2, 10692.3);\n    new ShapeRef(router, polygon, 2477);\n\n    // shapeRef2478\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10667.2, 8521.76);\n    polygon.ps[1] = Point(10667.2, 8579.99);\n    polygon.ps[2] = Point(10622.5, 8579.99);\n    polygon.ps[3] = Point(10622.5, 8521.76);\n    new ShapeRef(router, polygon, 2478);\n\n    // shapeRef2479\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9751.69, 818.091);\n    polygon.ps[1] = Point(9751.69, 862.785);\n    polygon.ps[2] = Point(9693.46, 862.785);\n    polygon.ps[3] = Point(9693.46, 818.091);\n    new ShapeRef(router, polygon, 2479);\n\n    // shapeRef2480\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10964.2, 1057.06);\n    polygon.ps[1] = Point(10964.2, 1115.29);\n    polygon.ps[2] = Point(10919.5, 1115.29);\n    polygon.ps[3] = Point(10919.5, 1057.06);\n    new ShapeRef(router, polygon, 2480);\n\n    // shapeRef2481\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 7810.79);\n    polygon.ps[1] = Point(10799.2, 7871.36);\n    polygon.ps[2] = Point(10727.6, 7871.36);\n    polygon.ps[3] = Point(10727.6, 7810.79);\n    new ShapeRef(router, polygon, 2481);\n\n    // shapeRef2482\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7476.1, 3575.51);\n    polygon.ps[1] = Point(7476.1, 3620.21);\n    polygon.ps[2] = Point(7417.87, 3620.21);\n    polygon.ps[3] = Point(7417.87, 3575.51);\n    new ShapeRef(router, polygon, 2482);\n\n    // shapeRef2483\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 4575.4);\n    polygon.ps[1] = Point(5302, 4659.5);\n    polygon.ps[2] = Point(5255.77, 4659.5);\n    polygon.ps[3] = Point(5255.77, 4575.4);\n    new ShapeRef(router, polygon, 2483);\n\n    // shapeRef2484\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6321.1, 435.265);\n    polygon.ps[1] = Point(6321.1, 479.96);\n    polygon.ps[2] = Point(6262.87, 479.96);\n    polygon.ps[3] = Point(6262.87, 435.265);\n    new ShapeRef(router, polygon, 2484);\n\n    // shapeRef2485\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11296.4, 4371.11);\n    polygon.ps[1] = Point(11296.4, 4415.81);\n    polygon.ps[2] = Point(11238.2, 4415.81);\n    polygon.ps[3] = Point(11238.2, 4371.11);\n    new ShapeRef(router, polygon, 2485);\n\n    // shapeRef2486\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16618.4, 10184);\n    polygon.ps[1] = Point(16618.4, 10255.6);\n    polygon.ps[2] = Point(16557.8, 10255.6);\n    polygon.ps[3] = Point(16557.8, 10184);\n    new ShapeRef(router, polygon, 2486);\n\n    // shapeRef2487\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12815.7, 11642.9);\n    polygon.ps[1] = Point(12815.7, 11687.6);\n    polygon.ps[2] = Point(12757.5, 11687.6);\n    polygon.ps[3] = Point(12757.5, 11642.9);\n    new ShapeRef(router, polygon, 2487);\n\n    // shapeRef2488\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13159.2, 10791.3);\n    polygon.ps[1] = Point(13159.2, 10836);\n    polygon.ps[2] = Point(13101, 10836);\n    polygon.ps[3] = Point(13101, 10791.3);\n    new ShapeRef(router, polygon, 2488);\n\n    // shapeRef2489\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 2320.72);\n    polygon.ps[1] = Point(9009.99, 2381.29);\n    polygon.ps[2] = Point(8938.39, 2381.29);\n    polygon.ps[3] = Point(8938.39, 2320.72);\n    new ShapeRef(router, polygon, 2489);\n\n    // shapeRef2490\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13101, 4552.4);\n    polygon.ps[1] = Point(13101, 4597.1);\n    polygon.ps[2] = Point(13042.8, 4597.1);\n    polygon.ps[3] = Point(13042.8, 4552.4);\n    new ShapeRef(router, polygon, 2490);\n\n    // shapeRef2491\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11296.4, 8993.72);\n    polygon.ps[1] = Point(11296.4, 9038.42);\n    polygon.ps[2] = Point(11238.2, 9038.42);\n    polygon.ps[3] = Point(11238.2, 8993.72);\n    new ShapeRef(router, polygon, 2491);\n\n    // shapeRef2492\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11164.4, 8195.3);\n    polygon.ps[1] = Point(11164.4, 8239.99);\n    polygon.ps[2] = Point(11106.2, 8239.99);\n    polygon.ps[3] = Point(11106.2, 8195.3);\n    new ShapeRef(router, polygon, 2492);\n\n    // shapeRef2493\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14598, 6908.71);\n    polygon.ps[1] = Point(14598, 6953.4);\n    polygon.ps[2] = Point(14539.8, 6953.4);\n    polygon.ps[3] = Point(14539.8, 6908.71);\n    new ShapeRef(router, polygon, 2493);\n\n    // shapeRef2494\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10037.4, 9708.42);\n    polygon.ps[1] = Point(10037.4, 9766.64);\n    polygon.ps[2] = Point(9992.69, 9766.64);\n    polygon.ps[3] = Point(9992.69, 9708.42);\n    new ShapeRef(router, polygon, 2494);\n\n    // shapeRef2495\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9835.79, 818.091);\n    polygon.ps[1] = Point(9835.79, 864.326);\n    polygon.ps[2] = Point(9751.69, 864.326);\n    polygon.ps[3] = Point(9751.69, 818.091);\n    new ShapeRef(router, polygon, 2495);\n\n    // shapeRef2496\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10964.2, 1115.29);\n    polygon.ps[1] = Point(10964.2, 1205.05);\n    polygon.ps[2] = Point(10888, 1205.05);\n    polygon.ps[3] = Point(10888, 1115.29);\n    new ShapeRef(router, polygon, 2496);\n\n    // shapeRef2497\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 7726.7);\n    polygon.ps[1] = Point(10799.2, 7810.79);\n    polygon.ps[2] = Point(10753, 7810.79);\n    polygon.ps[3] = Point(10753, 7726.7);\n    new ShapeRef(router, polygon, 2497);\n\n    // shapeRef2498\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7560.2, 3575.51);\n    polygon.ps[1] = Point(7560.2, 3621.75);\n    polygon.ps[2] = Point(7476.1, 3621.75);\n    polygon.ps[3] = Point(7476.1, 3575.51);\n    new ShapeRef(router, polygon, 2498);\n\n    // shapeRef2499\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 4491.31);\n    polygon.ps[1] = Point(5302, 4575.4);\n    polygon.ps[2] = Point(5255.77, 4575.4);\n    polygon.ps[3] = Point(5255.77, 4491.31);\n    new ShapeRef(router, polygon, 2499);\n\n    // shapeRef2500\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6405.2, 435.265);\n    polygon.ps[1] = Point(6405.2, 481.5);\n    polygon.ps[2] = Point(6321.1, 481.5);\n    polygon.ps[3] = Point(6321.1, 435.265);\n    new ShapeRef(router, polygon, 2500);\n\n    // shapeRef2501\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 4371.11);\n    polygon.ps[1] = Point(11238.2, 4417.35);\n    polygon.ps[2] = Point(11154.1, 4417.35);\n    polygon.ps[3] = Point(11154.1, 4371.11);\n    new ShapeRef(router, polygon, 2501);\n\n    // shapeRef2502\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16557.8, 10184);\n    polygon.ps[1] = Point(16557.8, 10230.2);\n    polygon.ps[2] = Point(16473.7, 10230.2);\n    polygon.ps[3] = Point(16473.7, 10184);\n    new ShapeRef(router, polygon, 2502);\n\n    // shapeRef2503\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12757.5, 11642.9);\n    polygon.ps[1] = Point(12757.5, 11689.1);\n    polygon.ps[2] = Point(12673.4, 11689.1);\n    polygon.ps[3] = Point(12673.4, 11642.9);\n    new ShapeRef(router, polygon, 2503);\n\n    // shapeRef2504\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13101, 10791.3);\n    polygon.ps[1] = Point(13101, 10837.5);\n    polygon.ps[2] = Point(13016.9, 10837.5);\n    polygon.ps[3] = Point(13016.9, 10791.3);\n    new ShapeRef(router, polygon, 2504);\n\n    // shapeRef2505\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 2381.29);\n    polygon.ps[1] = Point(9009.99, 2465.38);\n    polygon.ps[2] = Point(8963.76, 2465.38);\n    polygon.ps[3] = Point(8963.76, 2381.29);\n    new ShapeRef(router, polygon, 2505);\n\n    // shapeRef2506\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13190.7, 4552.4);\n    polygon.ps[1] = Point(13190.7, 4628.63);\n    polygon.ps[2] = Point(13101, 4628.63);\n    polygon.ps[3] = Point(13101, 4552.4);\n    new ShapeRef(router, polygon, 2506);\n\n    // shapeRef2507\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11238.2, 8992.18);\n    polygon.ps[1] = Point(11238.2, 9038.42);\n    polygon.ps[2] = Point(11154.1, 9038.42);\n    polygon.ps[3] = Point(11154.1, 8992.18);\n    new ShapeRef(router, polygon, 2507);\n\n    // shapeRef2508\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11106.2, 8193.76);\n    polygon.ps[1] = Point(11106.2, 8239.99);\n    polygon.ps[2] = Point(11022.1, 8239.99);\n    polygon.ps[3] = Point(11022.1, 8193.76);\n    new ShapeRef(router, polygon, 2508);\n\n    // shapeRef2509\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14682.1, 6907.17);\n    polygon.ps[1] = Point(14682.1, 6953.4);\n    polygon.ps[2] = Point(14598, 6953.4);\n    polygon.ps[3] = Point(14598, 6907.17);\n    new ShapeRef(router, polygon, 2509);\n\n    // shapeRef2510\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10068.9, 9618.65);\n    polygon.ps[1] = Point(10068.9, 9708.42);\n    polygon.ps[2] = Point(9992.69, 9708.42);\n    polygon.ps[3] = Point(9992.69, 9618.65);\n    new ShapeRef(router, polygon, 2510);\n\n    // shapeRef2511\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5302, 5085.31);\n    polygon.ps[1] = Point(5302, 5169.4);\n    polygon.ps[2] = Point(5255.77, 5169.4);\n    polygon.ps[3] = Point(5255.77, 5085.31);\n    new ShapeRef(router, polygon, 2511);\n\n    // shapeRef2512\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10512.2, 10692.3);\n    polygon.ps[1] = Point(10512.2, 10738.5);\n    polygon.ps[2] = Point(10428.1, 10738.5);\n    polygon.ps[3] = Point(10428.1, 10692.3);\n    new ShapeRef(router, polygon, 2512);\n\n    // shapeRef2513\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9194.59, 11638.3);\n    polygon.ps[1] = Point(9194.59, 11698.9);\n    polygon.ps[2] = Point(9122.99, 11698.9);\n    polygon.ps[3] = Point(9122.99, 11638.3);\n    new ShapeRef(router, polygon, 2513);\n\n    // shapeRef2514\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(649, 87.7033);\n    polygon.ps[1] = Point(649, 148.265);\n    polygon.ps[2] = Point(577.401, 148.265);\n    polygon.ps[3] = Point(577.401, 87.7033);\n    new ShapeRef(router, polygon, 2514);\n\n    // shapeRef2515\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9042.99, 8290.76);\n    polygon.ps[1] = Point(9042.99, 8348.99);\n    polygon.ps[2] = Point(8998.3, 8348.99);\n    polygon.ps[3] = Point(8998.3, 8290.76);\n    new ShapeRef(router, polygon, 2515);\n\n    // shapeRef2516\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9974.92, 11642.9);\n    polygon.ps[1] = Point(9974.92, 11687.6);\n    polygon.ps[2] = Point(9916.69, 11687.6);\n    polygon.ps[3] = Point(9916.69, 11642.9);\n    new ShapeRef(router, polygon, 2516);\n\n    // shapeRef2517\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 10914.6);\n    polygon.ps[1] = Point(15138.3, 10972.9);\n    polygon.ps[2] = Point(15093.7, 10972.9);\n    polygon.ps[3] = Point(15093.7, 10914.6);\n    new ShapeRef(router, polygon, 2517);\n\n    // shapeRef2518\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9009.99, 5597.33);\n    polygon.ps[1] = Point(9009.99, 5657.9);\n    polygon.ps[2] = Point(8938.39, 5657.9);\n    polygon.ps[3] = Point(8938.39, 5597.33);\n    new ShapeRef(router, polygon, 2518);\n\n    // shapeRef2519\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15432.8, 1191.29);\n    polygon.ps[1] = Point(15432.8, 1235.98);\n    polygon.ps[2] = Point(15374.5, 1235.98);\n    polygon.ps[3] = Point(15374.5, 1191.29);\n    new ShapeRef(router, polygon, 2519);\n\n    // shapeRef2520\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6783.1, 3575.51);\n    polygon.ps[1] = Point(6783.1, 3620.21);\n    polygon.ps[2] = Point(6724.87, 3620.21);\n    polygon.ps[3] = Point(6724.87, 3575.51);\n    new ShapeRef(router, polygon, 2520);\n\n    // shapeRef2521\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5496.1, 5357.67);\n    polygon.ps[1] = Point(5496.1, 5402.36);\n    polygon.ps[2] = Point(5437.87, 5402.36);\n    polygon.ps[3] = Point(5437.87, 5357.67);\n    new ShapeRef(router, polygon, 2521);\n\n    // shapeRef2522\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4949, 5974.59);\n    polygon.ps[1] = Point(4949, 6019.29);\n    polygon.ps[2] = Point(4890.77, 6019.29);\n    polygon.ps[3] = Point(4890.77, 5974.59);\n    new ShapeRef(router, polygon, 2522);\n\n    // shapeRef2523\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 6056.29);\n    polygon.ps[1] = Point(4939, 6114.51);\n    polygon.ps[2] = Point(4894.31, 6114.51);\n    polygon.ps[3] = Point(4894.31, 6056.29);\n    new ShapeRef(router, polygon, 2523);\n\n    // shapeRef2524\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8293.29, 435.265);\n    polygon.ps[1] = Point(8293.29, 479.96);\n    polygon.ps[2] = Point(8235.07, 479.96);\n    polygon.ps[3] = Point(8235.07, 435.265);\n    new ShapeRef(router, polygon, 2524);\n\n    // shapeRef2525\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15173.6, 1191.29);\n    polygon.ps[1] = Point(15173.6, 1235.98);\n    polygon.ps[2] = Point(15115.3, 1235.98);\n    polygon.ps[3] = Point(15115.3, 1191.29);\n    new ShapeRef(router, polygon, 2525);\n\n    // shapeRef2526\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5651.1, 4517.18);\n    polygon.ps[1] = Point(5651.1, 4575.4);\n    polygon.ps[2] = Point(5606.4, 4575.4);\n    polygon.ps[3] = Point(5606.4, 4517.18);\n    new ShapeRef(router, polygon, 2526);\n\n    // shapeRef2527\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10170.7, 10372);\n    polygon.ps[1] = Point(10170.7, 10430.2);\n    polygon.ps[2] = Point(10126, 10430.2);\n    polygon.ps[3] = Point(10126, 10372);\n    new ShapeRef(router, polygon, 2527);\n\n    // shapeRef2528\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8285.52, 10725.3);\n    polygon.ps[1] = Point(8285.52, 10770);\n    polygon.ps[2] = Point(8227.29, 10770);\n    polygon.ps[3] = Point(8227.29, 10725.3);\n    new ShapeRef(router, polygon, 2528);\n\n    // shapeRef2529\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6709.33, 7006.4);\n    polygon.ps[1] = Point(6709.33, 7051.1);\n    polygon.ps[2] = Point(6651.1, 7051.1);\n    polygon.ps[3] = Point(6651.1, 7006.4);\n    new ShapeRef(router, polygon, 2529);\n\n    // shapeRef2530\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6542.1, 7579.79);\n    polygon.ps[1] = Point(6542.1, 7638.02);\n    polygon.ps[2] = Point(6497.4, 7638.02);\n    polygon.ps[3] = Point(6497.4, 7579.79);\n    new ShapeRef(router, polygon, 2530);\n\n    // shapeRef2531\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7329.2, 6524.51);\n    polygon.ps[1] = Point(7329.2, 6570.75);\n    polygon.ps[2] = Point(7245.1, 6570.75);\n    polygon.ps[3] = Point(7245.1, 6524.51);\n    new ShapeRef(router, polygon, 2531);\n\n    // shapeRef2532\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6387.1, 6798.21);\n    polygon.ps[1] = Point(6387.1, 6869.81);\n    polygon.ps[2] = Point(6326.54, 6869.81);\n    polygon.ps[3] = Point(6326.54, 6798.21);\n    new ShapeRef(router, polygon, 2532);\n\n    // shapeRef2533\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5007.23, 5832.9);\n    polygon.ps[1] = Point(5007.23, 5877.59);\n    polygon.ps[2] = Point(4949, 5877.59);\n    polygon.ps[3] = Point(4949, 5832.9);\n    new ShapeRef(router, polygon, 2533);\n\n    // shapeRef2534\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 3338.29);\n    polygon.ps[1] = Point(11353.1, 3396.51);\n    polygon.ps[2] = Point(11308.4, 3396.51);\n    polygon.ps[3] = Point(11308.4, 3338.29);\n    new ShapeRef(router, polygon, 2534);\n\n    // shapeRef2535\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15045.1, 1191.29);\n    polygon.ps[1] = Point(15045.1, 1235.98);\n    polygon.ps[2] = Point(14986.9, 1235.98);\n    polygon.ps[3] = Point(14986.9, 1191.29);\n    new ShapeRef(router, polygon, 2535);\n\n    // shapeRef2536\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 6151.51);\n    polygon.ps[1] = Point(4939, 6209.74);\n    polygon.ps[2] = Point(4894.31, 6209.74);\n    polygon.ps[3] = Point(4894.31, 6151.51);\n    new ShapeRef(router, polygon, 2536);\n\n    // shapeRef2537\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15604.3, 1191.29);\n    polygon.ps[1] = Point(15604.3, 1235.98);\n    polygon.ps[2] = Point(15546, 1235.98);\n    polygon.ps[3] = Point(15546, 1191.29);\n    new ShapeRef(router, polygon, 2537);\n\n    // shapeRef2538\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7755.29, 1412.29);\n    polygon.ps[1] = Point(7755.29, 1470.51);\n    polygon.ps[2] = Point(7710.6, 1470.51);\n    polygon.ps[3] = Point(7710.6, 1412.29);\n    new ShapeRef(router, polygon, 2538);\n\n    // shapeRef2539\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 3474.29);\n    polygon.ps[1] = Point(12521.5, 3532.51);\n    polygon.ps[2] = Point(12476.8, 3532.51);\n    polygon.ps[3] = Point(12476.8, 3474.29);\n    new ShapeRef(router, polygon, 2539);\n\n    // shapeRef2540\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 1420.06);\n    polygon.ps[1] = Point(11353.1, 1478.29);\n    polygon.ps[2] = Point(11308.4, 1478.29);\n    polygon.ps[3] = Point(11308.4, 1420.06);\n    new ShapeRef(router, polygon, 2540);\n\n    // shapeRef2541\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16155.6, 749.864);\n    polygon.ps[1] = Point(16155.6, 808.091);\n    polygon.ps[2] = Point(16110.9, 808.091);\n    polygon.ps[3] = Point(16110.9, 749.864);\n    new ShapeRef(router, polygon, 2541);\n\n    // shapeRef2542\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(17274.1, 7112.81);\n    polygon.ps[1] = Point(17274.1, 7184.4);\n    polygon.ps[2] = Point(17213.5, 7184.4);\n    polygon.ps[3] = Point(17213.5, 7112.81);\n    new ShapeRef(router, polygon, 2542);\n\n    // shapeRef2543\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 2249.29);\n    polygon.ps[1] = Point(11353.1, 2307.51);\n    polygon.ps[2] = Point(11308.4, 2307.51);\n    polygon.ps[3] = Point(11308.4, 2249.29);\n    new ShapeRef(router, polygon, 2543);\n\n    // shapeRef2544\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9105.49, 2341.29);\n    polygon.ps[1] = Point(9105.49, 2381.29);\n    polygon.ps[2] = Point(9029.99, 2381.29);\n    polygon.ps[3] = Point(9029.99, 2341.29);\n    new ShapeRef(router, polygon, 2544);\n\n    // shapeRef2545\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15479.8, 1356.29);\n    polygon.ps[1] = Point(15479.8, 1416.29);\n    polygon.ps[2] = Point(15424.8, 1416.29);\n    polygon.ps[3] = Point(15424.8, 1356.29);\n    new ShapeRef(router, polygon, 2545);\n\n    // shapeRef2546\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15656.8, 1356.29);\n    polygon.ps[1] = Point(15656.8, 1416.29);\n    polygon.ps[2] = Point(15601.8, 1416.29);\n    polygon.ps[3] = Point(15601.8, 1356.29);\n    new ShapeRef(router, polygon, 2546);\n\n    // shapeRef2547\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8676.52, 993.285);\n    polygon.ps[1] = Point(8676.52, 1037.98);\n    polygon.ps[2] = Point(8618.29, 1037.98);\n    polygon.ps[3] = Point(8618.29, 993.285);\n    new ShapeRef(router, polygon, 2547);\n\n    // shapeRef2548\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8260.29, 818.091);\n    polygon.ps[1] = Point(8260.29, 862.785);\n    polygon.ps[2] = Point(8202.07, 862.785);\n    polygon.ps[3] = Point(8202.07, 818.091);\n    new ShapeRef(router, polygon, 2548);\n\n    // shapeRef2549\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8618.29, 993.285);\n    polygon.ps[1] = Point(8618.29, 1037.98);\n    polygon.ps[2] = Point(8560.07, 1037.98);\n    polygon.ps[3] = Point(8560.07, 993.285);\n    new ShapeRef(router, polygon, 2549);\n\n    // shapeRef2550\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15325, 945.785);\n    polygon.ps[1] = Point(15325, 985.785);\n    polygon.ps[2] = Point(15249.5, 985.785);\n    polygon.ps[3] = Point(15249.5, 945.785);\n    new ShapeRef(router, polygon, 2550);\n\n    // shapeRef2551\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14310.3, 12302.3);\n    polygon.ps[1] = Point(14310.3, 12349.1);\n    polygon.ps[2] = Point(14202, 12349.1);\n    polygon.ps[3] = Point(14202, 12302.3);\n    new ShapeRef(router, polygon, 2551);\n\n    // shapeRef2552\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9260.59, 5599.67);\n    polygon.ps[1] = Point(9260.59, 5657.9);\n    polygon.ps[2] = Point(9215.9, 5657.9);\n    polygon.ps[3] = Point(9215.9, 5599.67);\n    new ShapeRef(router, polygon, 2552);\n\n    // shapeRef2553\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9491.59, 10372);\n    polygon.ps[1] = Point(9491.59, 10430.2);\n    polygon.ps[2] = Point(9446.9, 10430.2);\n    polygon.ps[3] = Point(9446.9, 10372);\n    new ShapeRef(router, polygon, 2553);\n\n    // shapeRef2554\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15765.9, 10791.3);\n    polygon.ps[1] = Point(15765.9, 10838.1);\n    polygon.ps[2] = Point(15657.6, 10838.1);\n    polygon.ps[3] = Point(15657.6, 10791.3);\n    new ShapeRef(router, polygon, 2554);\n\n    // shapeRef2555\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10799.2, 5657.9);\n    polygon.ps[1] = Point(10799.2, 5716.12);\n    polygon.ps[2] = Point(10754.5, 5716.12);\n    polygon.ps[3] = Point(10754.5, 5657.9);\n    new ShapeRef(router, polygon, 2555);\n\n    // shapeRef2556\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16066.6, 11396.8);\n    polygon.ps[1] = Point(16066.6, 11443.6);\n    polygon.ps[2] = Point(15958.3, 11443.6);\n    polygon.ps[3] = Point(15958.3, 11396.8);\n    new ShapeRef(router, polygon, 2556);\n\n    // shapeRef2557\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12521.5, 3994.51);\n    polygon.ps[1] = Point(12521.5, 4052.74);\n    polygon.ps[2] = Point(12476.8, 4052.74);\n    polygon.ps[3] = Point(12476.8, 3994.51);\n    new ShapeRef(router, polygon, 2557);\n\n    // shapeRef2558\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15115.3, 1191.29);\n    polygon.ps[1] = Point(15115.3, 1235.98);\n    polygon.ps[2] = Point(15057.1, 1235.98);\n    polygon.ps[3] = Point(15057.1, 1191.29);\n    new ShapeRef(router, polygon, 2558);\n\n    // shapeRef2559\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13534.2, 3872.51);\n    polygon.ps[1] = Point(13534.2, 3917.21);\n    polygon.ps[2] = Point(13476, 3917.21);\n    polygon.ps[3] = Point(13476, 3872.51);\n    new ShapeRef(router, polygon, 2559);\n\n    // shapeRef2560\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16056.6, 11547.7);\n    polygon.ps[1] = Point(16056.6, 11605.9);\n    polygon.ps[2] = Point(16011.9, 11605.9);\n    polygon.ps[3] = Point(16011.9, 11547.7);\n    new ShapeRef(router, polygon, 2560);\n\n    // shapeRef2561\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13478.5, 3792.51);\n    polygon.ps[1] = Point(13478.5, 3852.51);\n    polygon.ps[2] = Point(13423.5, 3852.51);\n    polygon.ps[3] = Point(13423.5, 3792.51);\n    new ShapeRef(router, polygon, 2561);\n\n    // shapeRef2562\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12353.1, 5244.67);\n    polygon.ps[1] = Point(12353.1, 5304.67);\n    polygon.ps[2] = Point(12298.1, 5304.67);\n    polygon.ps[3] = Point(12298.1, 5244.67);\n    new ShapeRef(router, polygon, 2562);\n\n    // shapeRef2563\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12380.6, 5209.67);\n    polygon.ps[1] = Point(12380.6, 5304.67);\n    polygon.ps[2] = Point(12325.6, 5304.67);\n    polygon.ps[3] = Point(12325.6, 5209.67);\n    new ShapeRef(router, polygon, 2563);\n\n    // shapeRef2564\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10314.9, 9600.15);\n    polygon.ps[1] = Point(10314.9, 9708.42);\n    polygon.ps[2] = Point(10268.1, 9708.42);\n    polygon.ps[3] = Point(10268.1, 9600.15);\n    new ShapeRef(router, polygon, 2564);\n\n    // shapeRef2565\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10039.5, 9600.15);\n    polygon.ps[1] = Point(10039.5, 9708.42);\n    polygon.ps[2] = Point(9992.69, 9708.42);\n    polygon.ps[3] = Point(9992.69, 9600.15);\n    new ShapeRef(router, polygon, 2565);\n\n    // shapeRef2566\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11528.1, 468.265);\n    polygon.ps[1] = Point(11528.1, 514.5);\n    polygon.ps[2] = Point(11444, 514.5);\n    polygon.ps[3] = Point(11444, 468.265);\n    new ShapeRef(router, polygon, 2566);\n\n    // shapeRef2567\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11353.1, 6522.29);\n    polygon.ps[1] = Point(11353.1, 6580.51);\n    polygon.ps[2] = Point(11308.4, 6580.51);\n    polygon.ps[3] = Point(11308.4, 6522.29);\n    new ShapeRef(router, polygon, 2567);\n\n    // shapeRef2568\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(12749.7, 4004.51);\n    polygon.ps[1] = Point(12749.7, 4049.21);\n    polygon.ps[2] = Point(12691.5, 4049.21);\n    polygon.ps[3] = Point(12691.5, 4004.51);\n    new ShapeRef(router, polygon, 2568);\n\n    // shapeRef2569\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15688.4, 1191.29);\n    polygon.ps[1] = Point(15688.4, 1237.52);\n    polygon.ps[2] = Point(15604.3, 1237.52);\n    polygon.ps[3] = Point(15604.3, 1191.29);\n    new ShapeRef(router, polygon, 2569);\n\n    // shapeRef2570\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15954.1, 8410.49);\n    polygon.ps[1] = Point(15954.1, 8450.49);\n    polygon.ps[2] = Point(15878.6, 8450.49);\n    polygon.ps[3] = Point(15878.6, 8410.49);\n    new ShapeRef(router, polygon, 2570);\n\n    // shapeRef2571\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16808.3, 8412.49);\n    polygon.ps[1] = Point(16808.3, 8452.49);\n    polygon.ps[2] = Point(16732.8, 8452.49);\n    polygon.ps[3] = Point(16732.8, 8412.49);\n    new ShapeRef(router, polygon, 2571);\n\n    // shapeRef2572\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5084.5, 8361.99);\n    polygon.ps[1] = Point(5084.5, 8401.99);\n    polygon.ps[2] = Point(4959, 8401.99);\n    polygon.ps[3] = Point(4959, 8361.99);\n    new ShapeRef(router, polygon, 2572);\n\n    // shapeRef2573\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 8767.22);\n    polygon.ps[1] = Point(5034.5, 8807.22);\n    polygon.ps[2] = Point(4959, 8807.22);\n    polygon.ps[3] = Point(4959, 8767.22);\n    new ShapeRef(router, polygon, 2573);\n\n    // shapeRef2574\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5084.5, 9292.42);\n    polygon.ps[1] = Point(5084.5, 9332.42);\n    polygon.ps[2] = Point(4959, 9332.42);\n    polygon.ps[3] = Point(4959, 9292.42);\n    new ShapeRef(router, polygon, 2574);\n\n    // shapeRef2575\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4939, 9251.85);\n    polygon.ps[1] = Point(4939, 9312.42);\n    polygon.ps[2] = Point(4867.4, 9312.42);\n    polygon.ps[3] = Point(4867.4, 9251.85);\n    new ShapeRef(router, polygon, 2575);\n\n    // shapeRef2576\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4279, 9815.61);\n    polygon.ps[1] = Point(4279, 9877.02);\n    polygon.ps[2] = Point(4182.65, 9877.02);\n    polygon.ps[3] = Point(4182.65, 9815.61);\n    new ShapeRef(router, polygon, 2576);\n\n    // shapeRef2577\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4812.4, 10448);\n    polygon.ps[1] = Point(4812.4, 10544.4);\n    polygon.ps[2] = Point(4751, 10544.4);\n    polygon.ps[3] = Point(4751, 10448);\n    new ShapeRef(router, polygon, 2577);\n\n    // shapeRef2578\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(4543, 10521.9);\n    polygon.ps[1] = Point(4543, 10583.3);\n    polygon.ps[2] = Point(4446.65, 10583.3);\n    polygon.ps[3] = Point(4446.65, 10521.9);\n    new ShapeRef(router, polygon, 2578);\n\n    // shapeRef2579\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8742.52, 11221.6);\n    polygon.ps[1] = Point(8742.52, 11266.3);\n    polygon.ps[2] = Point(8684.29, 11266.3);\n    polygon.ps[3] = Point(8684.29, 11221.6);\n    new ShapeRef(router, polygon, 2579);\n\n    // shapeRef2580\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(5034.5, 9272.42);\n    polygon.ps[1] = Point(5034.5, 9312.42);\n    polygon.ps[2] = Point(4959, 9312.42);\n    polygon.ps[3] = Point(4959, 9272.42);\n    new ShapeRef(router, polygon, 2580);\n\n    // shapeRef2581\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14334, 468.265);\n    polygon.ps[1] = Point(14334, 512.96);\n    polygon.ps[2] = Point(14275.8, 512.96);\n    polygon.ps[3] = Point(14275.8, 468.265);\n    new ShapeRef(router, polygon, 2581);\n\n    // shapeRef2582\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14392.2, 468.265);\n    polygon.ps[1] = Point(14392.2, 512.96);\n    polygon.ps[2] = Point(14334, 512.96);\n    polygon.ps[3] = Point(14334, 468.265);\n    new ShapeRef(router, polygon, 2582);\n\n    // shapeRef2583\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16124.8, 11804.9);\n    polygon.ps[1] = Point(16124.8, 11849.6);\n    polygon.ps[2] = Point(16066.6, 11849.6);\n    polygon.ps[3] = Point(16066.6, 11804.9);\n    new ShapeRef(router, polygon, 2583);\n\n    // shapeRef2584\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(16583, 7435.4);\n    polygon.ps[1] = Point(16583, 7480.1);\n    polygon.ps[2] = Point(16524.8, 7480.1);\n    polygon.ps[3] = Point(16524.8, 7435.4);\n    new ShapeRef(router, polygon, 2584);\n\n    // shapeRef2585\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9675.69, 7301.18);\n    polygon.ps[1] = Point(9675.69, 7359.4);\n    polygon.ps[2] = Point(9630.99, 7359.4);\n    polygon.ps[3] = Point(9630.99, 7301.18);\n    new ShapeRef(router, polygon, 2585);\n\n    // shapeRef2586\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14916.7, 1356.29);\n    polygon.ps[1] = Point(14916.7, 1400.98);\n    polygon.ps[2] = Point(14858.4, 1400.98);\n    polygon.ps[3] = Point(14858.4, 1356.29);\n    new ShapeRef(router, polygon, 2586);\n\n    // shapeRef2587\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(13299, 9256.42);\n    polygon.ps[1] = Point(13299, 9301.11);\n    polygon.ps[2] = Point(13240.8, 9301.11);\n    polygon.ps[3] = Point(13240.8, 9256.42);\n    new ShapeRef(router, polygon, 2587);\n\n    // shapeRef2588\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(7202.1, 9213.42);\n    polygon.ps[1] = Point(7202.1, 9271.64);\n    polygon.ps[2] = Point(7157.4, 9271.64);\n    polygon.ps[3] = Point(7157.4, 9213.42);\n    new ShapeRef(router, polygon, 2588);\n\n    // shapeRef2589\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6542.1, 9877.02);\n    polygon.ps[1] = Point(6542.1, 9935.24);\n    polygon.ps[2] = Point(6497.4, 9935.24);\n    polygon.ps[3] = Point(6497.4, 9877.02);\n    new ShapeRef(router, polygon, 2589);\n\n    // shapeRef2590\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(8219.52, 6524.51);\n    polygon.ps[1] = Point(8219.52, 6569.21);\n    polygon.ps[2] = Point(8161.29, 6569.21);\n    polygon.ps[3] = Point(8161.29, 6524.51);\n    new ShapeRef(router, polygon, 2590);\n\n    // shapeRef2591\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(6113.1, 7975.79);\n    polygon.ps[1] = Point(6113.1, 8034.02);\n    polygon.ps[2] = Point(6068.4, 8034.02);\n    polygon.ps[3] = Point(6068.4, 7975.79);\n    new ShapeRef(router, polygon, 2591);\n\n    // shapeRef2592\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11240.7, 4122.51);\n    polygon.ps[1] = Point(11240.7, 4182.51);\n    polygon.ps[2] = Point(11185.7, 4182.51);\n    polygon.ps[3] = Point(11185.7, 4122.51);\n    new ShapeRef(router, polygon, 2592);\n\n    // shapeRef2593\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(10170.7, 10313.8);\n    polygon.ps[1] = Point(10170.7, 10372);\n    polygon.ps[2] = Point(10126, 10372);\n    polygon.ps[3] = Point(10126, 10313.8);\n    new ShapeRef(router, polygon, 2593);\n\n    // shapeRef2594\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(11662.6, 10711.3);\n    polygon.ps[1] = Point(11662.6, 10771.3);\n    polygon.ps[2] = Point(11607.6, 10771.3);\n    polygon.ps[3] = Point(11607.6, 10711.3);\n    new ShapeRef(router, polygon, 2594);\n\n    // shapeRef2595\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(14229.5, 12435.7);\n    polygon.ps[1] = Point(14229.5, 12530.7);\n    polygon.ps[2] = Point(14174.5, 12530.7);\n    polygon.ps[3] = Point(14174.5, 12435.7);\n    new ShapeRef(router, polygon, 2595);\n\n    // shapeRef2596\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(9675.69, 7359.4);\n    polygon.ps[1] = Point(9675.69, 7443.5);\n    polygon.ps[2] = Point(9629.45, 7443.5);\n    polygon.ps[3] = Point(9629.45, 7359.4);\n    new ShapeRef(router, polygon, 2596);\n\n    // shapeRef2597\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(649, 148.265);\n    polygon.ps[1] = Point(649, 232.363);\n    polygon.ps[2] = Point(602.765, 232.363);\n    polygon.ps[3] = Point(602.765, 148.265);\n    new ShapeRef(router, polygon, 2597);\n\n    // shapeRef2598\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(744.5, 145.765);\n    polygon.ps[1] = Point(744.5, 185.765);\n    polygon.ps[2] = Point(669, 185.765);\n    polygon.ps[3] = Point(669, 145.765);\n    new ShapeRef(router, polygon, 2598);\n\n    // shapeRef2599\n    polygon = Polygon(4);\n    polygon.ps[0] = Point(15138.3, 11833.3);\n    polygon.ps[1] = Point(15138.3, 11893.9);\n    polygon.ps[2] = Point(15066.7, 11893.9);\n    polygon.ps[3] = Point(15066.7, 11833.3);\n    new ShapeRef(router, polygon, 2599);\n\n    // connRef2600\n    connRef = new ConnRef(router, 2600);\n    srcPt = ConnEnd(Point(7765.29, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7915.29, 7128.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2601\n    connRef = new ConnRef(router, 2601);\n    srcPt = ConnEnd(Point(7945.29, 7128.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8293.29, 6854.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2602\n    connRef = new ConnRef(router, 2602);\n    srcPt = ConnEnd(Point(9435.59, 6963.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9153.59, 6151.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2603\n    connRef = new ConnRef(router, 2603);\n    srcPt = ConnEnd(Point(9123.59, 6151.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2604\n    connRef = new ConnRef(router, 2604);\n    srcPt = ConnEnd(Point(9123.59, 6151.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8293.29, 6854.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2605\n    connRef = new ConnRef(router, 2605);\n    srcPt = ConnEnd(Point(9435.59, 6963.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9802.69, 7161.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2606\n    connRef = new ConnRef(router, 2606);\n    srcPt = ConnEnd(Point(9832.69, 7161.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10149, 7458.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2607\n    connRef = new ConnRef(router, 2607);\n    srcPt = ConnEnd(Point(10611.2, 8282.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10456.9, 7891.79), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2608\n    connRef = new ConnRef(router, 2608);\n    srcPt = ConnEnd(Point(10456.9, 7861.79), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10149, 7458.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2609\n    connRef = new ConnRef(router, 2609);\n    srcPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7575.1, 9096.42), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2610\n    connRef = new ConnRef(router, 2610);\n    srcPt = ConnEnd(Point(7575.1, 9066.42), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7410.1, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2611\n    connRef = new ConnRef(router, 2611);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1361.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2612\n    connRef = new ConnRef(router, 2612);\n    srcPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1361.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2613\n    connRef = new ConnRef(router, 2613);\n    srcPt = ConnEnd(Point(15239.5, 1331.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2614\n    connRef = new ConnRef(router, 2614);\n    srcPt = ConnEnd(Point(15239.5, 1331.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2615\n    connRef = new ConnRef(router, 2615);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9384.59, 9642.42), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2616\n    connRef = new ConnRef(router, 2616);\n    srcPt = ConnEnd(Point(9354.59, 9642.42), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2617\n    connRef = new ConnRef(router, 2617);\n    srcPt = ConnEnd(Point(7765.29, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7509.1, 7993.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2618\n    connRef = new ConnRef(router, 2618);\n    srcPt = ConnEnd(Point(7509.1, 8023.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7410.1, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2619\n    connRef = new ConnRef(router, 2619);\n    srcPt = ConnEnd(Point(10611.2, 8282.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10677.2, 8564.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2620\n    connRef = new ConnRef(router, 2620);\n    srcPt = ConnEnd(Point(10677.2, 8594.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10710.2, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2621\n    connRef = new ConnRef(router, 2621);\n    srcPt = ConnEnd(Point(10710.2, 8873.22), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10512.2, 9132.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2622\n    connRef = new ConnRef(router, 2622);\n    srcPt = ConnEnd(Point(10512.2, 9162.42), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2623\n    connRef = new ConnRef(router, 2623);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9052.99, 8333.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2624\n    connRef = new ConnRef(router, 2624);\n    srcPt = ConnEnd(Point(9052.99, 8363.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9085.99, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2625\n    connRef = new ConnRef(router, 2625);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 4656.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2626\n    connRef = new ConnRef(router, 2626);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 4656.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2627\n    connRef = new ConnRef(router, 2627);\n    srcPt = ConnEnd(Point(8835.89, 4626.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2628\n    connRef = new ConnRef(router, 2628);\n    srcPt = ConnEnd(Point(8835.89, 4626.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2629\n    connRef = new ConnRef(router, 2629);\n    srcPt = ConnEnd(Point(8835.89, 3664.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 3946.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2630\n    connRef = new ConnRef(router, 2630);\n    srcPt = ConnEnd(Point(8835.89, 3976.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2631\n    connRef = new ConnRef(router, 2631);\n    srcPt = ConnEnd(Point(9784.69, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9351.59, 5512.67), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2632\n    connRef = new ConnRef(router, 2632);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9351.59, 5512.67), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2633\n    connRef = new ConnRef(router, 2633);\n    srcPt = ConnEnd(Point(9321.59, 5512.67), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2634\n    connRef = new ConnRef(router, 2634);\n    srcPt = ConnEnd(Point(9321.59, 5512.67), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2635\n    connRef = new ConnRef(router, 2635);\n    srcPt = ConnEnd(Point(8835.89, 3664.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 3448.51), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2636\n    connRef = new ConnRef(router, 2636);\n    srcPt = ConnEnd(Point(8835.89, 3418.51), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 3173.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2637\n    connRef = new ConnRef(router, 2637);\n    srcPt = ConnEnd(Point(8835.89, 3173.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2924.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2638\n    connRef = new ConnRef(router, 2638);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2924.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2639\n    connRef = new ConnRef(router, 2639);\n    srcPt = ConnEnd(Point(8835.89, 2894.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2579.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2640\n    connRef = new ConnRef(router, 2640);\n    srcPt = ConnEnd(Point(8835.89, 2894.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2641\n    connRef = new ConnRef(router, 2641);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2366.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2642\n    connRef = new ConnRef(router, 2642);\n    srcPt = ConnEnd(Point(8835.89, 2396.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2579.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2643\n    connRef = new ConnRef(router, 2643);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8440.29, 2108.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2644\n    connRef = new ConnRef(router, 2644);\n    srcPt = ConnEnd(Point(8410.29, 2108.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8161.29, 2108.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2645\n    connRef = new ConnRef(router, 2645);\n    srcPt = ConnEnd(Point(8458.29, 1676.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8440.29, 2150.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2646\n    connRef = new ConnRef(router, 2646);\n    srcPt = ConnEnd(Point(8410.29, 2150.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2647\n    connRef = new ConnRef(router, 2647);\n    srcPt = ConnEnd(Point(8410.29, 2150.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8161.29, 2108.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2648\n    connRef = new ConnRef(router, 2648);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15359.5, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2649\n    connRef = new ConnRef(router, 2649);\n    srcPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15359.5, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2650\n    connRef = new ConnRef(router, 2650);\n    srcPt = ConnEnd(Point(15389.5, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2651\n    connRef = new ConnRef(router, 2651);\n    srcPt = ConnEnd(Point(15389.5, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1676.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2652\n    connRef = new ConnRef(router, 2652);\n    srcPt = ConnEnd(Point(8458.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1100.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2653\n    connRef = new ConnRef(router, 2653);\n    srcPt = ConnEnd(Point(8458.29, 1130.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2654\n    connRef = new ConnRef(router, 2654);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15100.3, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2655\n    connRef = new ConnRef(router, 2655);\n    srcPt = ConnEnd(Point(7996.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15100.3, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2656\n    connRef = new ConnRef(router, 2656);\n    srcPt = ConnEnd(Point(15130.3, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2657\n    connRef = new ConnRef(router, 2657);\n    srcPt = ConnEnd(Point(15130.3, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2658\n    connRef = new ConnRef(router, 2658);\n    srcPt = ConnEnd(Point(8458.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8971.99, 808.091), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2659\n    connRef = new ConnRef(router, 2659);\n    srcPt = ConnEnd(Point(9001.99, 808.091), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2660\n    connRef = new ConnRef(router, 2660);\n    srcPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9001.99, 1115.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2661\n    connRef = new ConnRef(router, 2661);\n    srcPt = ConnEnd(Point(8971.99, 1115.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2662\n    connRef = new ConnRef(router, 2662);\n    srcPt = ConnEnd(Point(7996.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7996.29, 968.285), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2663\n    connRef = new ConnRef(router, 2663);\n    srcPt = ConnEnd(Point(7996.29, 998.285), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7996.29, 1148.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2664\n    connRef = new ConnRef(router, 2664);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15462.3, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2665\n    connRef = new ConnRef(router, 2665);\n    srcPt = ConnEnd(Point(7996.29, 1148.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15462.3, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2666\n    connRef = new ConnRef(router, 2666);\n    srcPt = ConnEnd(Point(15492.3, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2667\n    connRef = new ConnRef(router, 2667);\n    srcPt = ConnEnd(Point(15492.3, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2668\n    connRef = new ConnRef(router, 2668);\n    srcPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9736.69, 808.091), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2669\n    connRef = new ConnRef(router, 2669);\n    srcPt = ConnEnd(Point(9766.69, 808.091), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10456.9, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2670\n    connRef = new ConnRef(router, 2670);\n    srcPt = ConnEnd(Point(10456.9, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10761.2, 808.091), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2671\n    connRef = new ConnRef(router, 2671);\n    srcPt = ConnEnd(Point(10791.2, 808.091), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2672\n    connRef = new ConnRef(router, 2672);\n    srcPt = ConnEnd(Point(10974.2, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 1100.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2673\n    connRef = new ConnRef(router, 2673);\n    srcPt = ConnEnd(Point(10974.2, 1130.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2674\n    connRef = new ConnRef(router, 2674);\n    srcPt = ConnEnd(Point(10974.2, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10791.2, 1280.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2675\n    connRef = new ConnRef(router, 2675);\n    srcPt = ConnEnd(Point(10761.2, 1280.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10456.9, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2676\n    connRef = new ConnRef(router, 2676);\n    srcPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9354.59, 1280.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2677\n    connRef = new ConnRef(router, 2677);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9354.59, 1280.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2678\n    connRef = new ConnRef(router, 2678);\n    srcPt = ConnEnd(Point(9384.59, 1280.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10456.9, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2679\n    connRef = new ConnRef(router, 2679);\n    srcPt = ConnEnd(Point(9384.59, 1280.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9652.69, 1445.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2680\n    connRef = new ConnRef(router, 2680);\n    srcPt = ConnEnd(Point(9652.69, 1943.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9652.69, 1724.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2681\n    connRef = new ConnRef(router, 2681);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9652.69, 1724.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2682\n    connRef = new ConnRef(router, 2682);\n    srcPt = ConnEnd(Point(9652.69, 1694.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2683\n    connRef = new ConnRef(router, 2683);\n    srcPt = ConnEnd(Point(9652.69, 1694.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9652.69, 1445.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2684\n    connRef = new ConnRef(router, 2684);\n    srcPt = ConnEnd(Point(9652.69, 1943.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9288.59, 2009.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2685\n    connRef = new ConnRef(router, 2685);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9288.59, 2009.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2686\n    connRef = new ConnRef(router, 2686);\n    srcPt = ConnEnd(Point(9318.59, 2009.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10456.9, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2687\n    connRef = new ConnRef(router, 2687);\n    srcPt = ConnEnd(Point(9318.59, 2009.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2688\n    connRef = new ConnRef(router, 2688);\n    srcPt = ConnEnd(Point(10974.2, 1643.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 1493.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2689\n    connRef = new ConnRef(router, 2689);\n    srcPt = ConnEnd(Point(10974.2, 1463.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2690\n    connRef = new ConnRef(router, 2690);\n    srcPt = ConnEnd(Point(10974.2, 1643.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11124.2, 1643.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2691\n    connRef = new ConnRef(router, 2691);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11124.2, 1643.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2692\n    connRef = new ConnRef(router, 2692);\n    srcPt = ConnEnd(Point(11154.2, 1643.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2693\n    connRef = new ConnRef(router, 2693);\n    srcPt = ConnEnd(Point(11154.2, 1643.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2694\n    connRef = new ConnRef(router, 2694);\n    srcPt = ConnEnd(Point(10974.2, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 595.091), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2695\n    connRef = new ConnRef(router, 2695);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 595.091), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2696\n    connRef = new ConnRef(router, 2696);\n    srcPt = ConnEnd(Point(10974.2, 625.091), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2697\n    connRef = new ConnRef(router, 2697);\n    srcPt = ConnEnd(Point(10974.2, 625.091), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2698\n    connRef = new ConnRef(router, 2698);\n    srcPt = ConnEnd(Point(10149, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10530.2, 4361.11), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2699\n    connRef = new ConnRef(router, 2699);\n    srcPt = ConnEnd(Point(10560.2, 4361.11), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10743.2, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2700\n    connRef = new ConnRef(router, 2700);\n    srcPt = ConnEnd(Point(10743.2, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10926.2, 4361.11), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2701\n    connRef = new ConnRef(router, 2701);\n    srcPt = ConnEnd(Point(10956.2, 4361.11), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11073.2, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2702\n    connRef = new ConnRef(router, 2702);\n    srcPt = ConnEnd(Point(11396.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11579.1, 4361.11), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2703\n    connRef = new ConnRef(router, 2703);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11579.1, 4361.11), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2704\n    connRef = new ConnRef(router, 2704);\n    srcPt = ConnEnd(Point(11609.1, 4361.11), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11759.1, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2705\n    connRef = new ConnRef(router, 2705);\n    srcPt = ConnEnd(Point(11609.1, 4361.11), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2706\n    connRef = new ConnRef(router, 2706);\n    srcPt = ConnEnd(Point(11759.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10596.2, 4509.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2707\n    connRef = new ConnRef(router, 2707);\n    srcPt = ConnEnd(Point(8835.89, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10596.2, 4509.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2708\n    connRef = new ConnRef(router, 2708);\n    srcPt = ConnEnd(Point(10626.2, 4509.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12056.1, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2709\n    connRef = new ConnRef(router, 2709);\n    srcPt = ConnEnd(Point(12056.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12206.1, 4361.11), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2710\n    connRef = new ConnRef(router, 2710);\n    srcPt = ConnEnd(Point(12236.1, 4361.11), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2711\n    connRef = new ConnRef(router, 2711);\n    srcPt = ConnEnd(Point(12531.5, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 4560.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2712\n    connRef = new ConnRef(router, 2712);\n    srcPt = ConnEnd(Point(12531.5, 4590.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 4740.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2713\n    connRef = new ConnRef(router, 2713);\n    srcPt = ConnEnd(Point(12531.5, 4740.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 4956.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2714\n    connRef = new ConnRef(router, 2714);\n    srcPt = ConnEnd(Point(12531.5, 4986.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 5169.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2715\n    connRef = new ConnRef(router, 2715);\n    srcPt = ConnEnd(Point(12531.5, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 5329.67), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2716\n    connRef = new ConnRef(router, 2716);\n    srcPt = ConnEnd(Point(12531.5, 5299.67), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 5169.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2717\n    connRef = new ConnRef(router, 2717);\n    srcPt = ConnEnd(Point(12531.5, 4740.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12907.5, 4509.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2718\n    connRef = new ConnRef(router, 2718);\n    srcPt = ConnEnd(Point(12937.5, 4509.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2719\n    connRef = new ConnRef(router, 2719);\n    srcPt = ConnEnd(Point(13266, 3631.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 3847.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2720\n    connRef = new ConnRef(router, 2720);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 3847.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2721\n    connRef = new ConnRef(router, 2721);\n    srcPt = ConnEnd(Point(13266, 3877.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2722\n    connRef = new ConnRef(router, 2722);\n    srcPt = ConnEnd(Point(13266, 3877.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2723\n    connRef = new ConnRef(router, 2723);\n    srcPt = ConnEnd(Point(12531.5, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 4009.51), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2724\n    connRef = new ConnRef(router, 2724);\n    srcPt = ConnEnd(Point(12531.5, 3979.51), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 3730.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2725\n    connRef = new ConnRef(router, 2725);\n    srcPt = ConnEnd(Point(12531.5, 3979.51), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2726\n    connRef = new ConnRef(router, 2726);\n    srcPt = ConnEnd(Point(12531.5, 3338.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 3517.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2727\n    connRef = new ConnRef(router, 2727);\n    srcPt = ConnEnd(Point(12531.5, 3547.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 3730.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2728\n    connRef = new ConnRef(router, 2728);\n    srcPt = ConnEnd(Point(12531.5, 3547.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2729\n    connRef = new ConnRef(router, 2729);\n    srcPt = ConnEnd(Point(12531.5, 3338.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 3056.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2730\n    connRef = new ConnRef(router, 2730);\n    srcPt = ConnEnd(Point(12531.5, 3026.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 2678.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2731\n    connRef = new ConnRef(router, 2731);\n    srcPt = ConnEnd(Point(12531.5, 2678.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 2297.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2732\n    connRef = new ConnRef(router, 2732);\n    srcPt = ConnEnd(Point(12531.5, 2267.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 1844.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2733\n    connRef = new ConnRef(router, 2733);\n    srcPt = ConnEnd(Point(12531.5, 1844.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12170.1, 1844.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2734\n    connRef = new ConnRef(router, 2734);\n    srcPt = ConnEnd(Point(9501.59, 6481.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12170.1, 1844.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2735\n    connRef = new ConnRef(router, 2735);\n    srcPt = ConnEnd(Point(12140.1, 1844.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 1844.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2736\n    connRef = new ConnRef(router, 2736);\n    srcPt = ConnEnd(Point(12140.1, 1844.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2737\n    connRef = new ConnRef(router, 2737);\n    srcPt = ConnEnd(Point(11990.1, 1577.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 1727.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2738\n    connRef = new ConnRef(router, 2738);\n    srcPt = ConnEnd(Point(9501.59, 6481.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 1727.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2739\n    connRef = new ConnRef(router, 2739);\n    srcPt = ConnEnd(Point(11990.1, 1757.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 1844.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2740\n    connRef = new ConnRef(router, 2740);\n    srcPt = ConnEnd(Point(12531.5, 1844.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12170.1, 1742.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2741\n    connRef = new ConnRef(router, 2741);\n    srcPt = ConnEnd(Point(12140.1, 1742.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 1577.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2742\n    connRef = new ConnRef(router, 2742);\n    srcPt = ConnEnd(Point(12140.1, 1742.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2743\n    connRef = new ConnRef(router, 2743);\n    srcPt = ConnEnd(Point(13872, 8249.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13872, 8432.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2744\n    connRef = new ConnRef(router, 2744);\n    srcPt = ConnEnd(Point(13872, 8462.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13872, 8708.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2745\n    connRef = new ConnRef(router, 2745);\n    srcPt = ConnEnd(Point(11924.1, 7612.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11924.1, 7828.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2746\n    connRef = new ConnRef(router, 2746);\n    srcPt = ConnEnd(Point(11924.1, 7858.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11924.1, 8074.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2747\n    connRef = new ConnRef(router, 2747);\n    srcPt = ConnEnd(Point(11924.1, 7858.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9171.59, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2748\n    connRef = new ConnRef(router, 2748);\n    srcPt = ConnEnd(Point(15868.6, 8249.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 8432.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2749\n    connRef = new ConnRef(router, 2749);\n    srcPt = ConnEnd(Point(15868.6, 8462.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 8708.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2750\n    connRef = new ConnRef(router, 2750);\n    srcPt = ConnEnd(Point(16722.8, 8249.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16722.8, 8399.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2751\n    connRef = new ConnRef(router, 2751);\n    srcPt = ConnEnd(Point(16722.8, 8429.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16722.8, 8642.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2752\n    connRef = new ConnRef(router, 2752);\n    srcPt = ConnEnd(Point(13872, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8636.29, 4192.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2753\n    connRef = new ConnRef(router, 2753);\n    srcPt = ConnEnd(Point(4322, 2150.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8636.29, 4192.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2754\n    connRef = new ConnRef(router, 2754);\n    srcPt = ConnEnd(Point(8666.29, 4192.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13167, 8249.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2755\n    connRef = new ConnRef(router, 2755);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 9693.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2756\n    connRef = new ConnRef(router, 2756);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 9693.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2757\n    connRef = new ConnRef(router, 2757);\n    srcPt = ConnEnd(Point(10116, 9723.42), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8293.29, 6854.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2758\n    connRef = new ConnRef(router, 2758);\n    srcPt = ConnEnd(Point(10116, 9723.42), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2759\n    connRef = new ConnRef(router, 2759);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15359.5, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2760\n    connRef = new ConnRef(router, 2760);\n    srcPt = ConnEnd(Point(17741.5, 5822.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15359.5, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2761\n    connRef = new ConnRef(router, 2761);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15359.5, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2762\n    connRef = new ConnRef(router, 2762);\n    srcPt = ConnEnd(Point(15389.5, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18368.5, 5070.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2763\n    connRef = new ConnRef(router, 2763);\n    srcPt = ConnEnd(Point(15389.5, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2764\n    connRef = new ConnRef(router, 2764);\n    srcPt = ConnEnd(Point(18368.5, 5070.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13608, 6664.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2765\n    connRef = new ConnRef(router, 2765);\n    srcPt = ConnEnd(Point(13608, 6694.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7410.1, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2766\n    connRef = new ConnRef(router, 2766);\n    srcPt = ConnEnd(Point(13608, 6694.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18725.5, 5822.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2767\n    connRef = new ConnRef(router, 2767);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7311.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2768\n    connRef = new ConnRef(router, 2768);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7311.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2769\n    connRef = new ConnRef(router, 2769);\n    srcPt = ConnEnd(Point(10809.2, 7341.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7579.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2770\n    connRef = new ConnRef(router, 2770);\n    srcPt = ConnEnd(Point(10809.2, 7341.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2771\n    connRef = new ConnRef(router, 2771);\n    srcPt = ConnEnd(Point(10809.2, 8074.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7825.79), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2772\n    connRef = new ConnRef(router, 2772);\n    srcPt = ConnEnd(Point(10809.2, 7795.79), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7579.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2773\n    connRef = new ConnRef(router, 2773);\n    srcPt = ConnEnd(Point(10809.2, 8074.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9850.69, 6400.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2774\n    connRef = new ConnRef(router, 2774);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9850.69, 6400.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2775\n    connRef = new ConnRef(router, 2775);\n    srcPt = ConnEnd(Point(9850.69, 6430.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11040.2, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2776\n    connRef = new ConnRef(router, 2776);\n    srcPt = ConnEnd(Point(11429.1, 8873.22), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11253.2, 8873.22), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2777\n    connRef = new ConnRef(router, 2777);\n    srcPt = ConnEnd(Point(11223.2, 8873.22), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11040.2, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2778\n    connRef = new ConnRef(router, 2778);\n    srcPt = ConnEnd(Point(11990.1, 8873.22), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12305.1, 8873.22), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2779\n    connRef = new ConnRef(router, 2779);\n    srcPt = ConnEnd(Point(12335.1, 8873.22), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12889.5, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2780\n    connRef = new ConnRef(router, 2780);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9034.99, 3433.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2781\n    connRef = new ConnRef(router, 2781);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9034.99, 3433.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2782\n    connRef = new ConnRef(router, 2782);\n    srcPt = ConnEnd(Point(9004.99, 3433.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7798.29, 3565.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2783\n    connRef = new ConnRef(router, 2783);\n    srcPt = ConnEnd(Point(7146.1, 3565.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7461.1, 3565.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2784\n    connRef = new ConnRef(router, 2784);\n    srcPt = ConnEnd(Point(7491.1, 3565.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7798.29, 3565.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2785\n    connRef = new ConnRef(router, 2785);\n    srcPt = ConnEnd(Point(7146.1, 3565.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6798.1, 3565.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2786\n    connRef = new ConnRef(router, 2786);\n    srcPt = ConnEnd(Point(6768.1, 3565.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6519.1, 3565.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2787\n    connRef = new ConnRef(router, 2787);\n    srcPt = ConnEnd(Point(6519.1, 3565.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6204.1, 3565.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2788\n    connRef = new ConnRef(router, 2788);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6204.1, 3565.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2789\n    connRef = new ConnRef(router, 2789);\n    srcPt = ConnEnd(Point(6174.1, 3565.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6024.1, 3565.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2790\n    connRef = new ConnRef(router, 2790);\n    srcPt = ConnEnd(Point(6174.1, 3565.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2791\n    connRef = new ConnRef(router, 2791);\n    srcPt = ConnEnd(Point(6024.1, 3565.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5709.1, 3565.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2792\n    connRef = new ConnRef(router, 2792);\n    srcPt = ConnEnd(Point(5679.1, 3565.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 3565.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2793\n    connRef = new ConnRef(router, 2793);\n    srcPt = ConnEnd(Point(5312, 3565.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 3814.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2794\n    connRef = new ConnRef(router, 2794);\n    srcPt = ConnEnd(Point(5312, 3844.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2795\n    connRef = new ConnRef(router, 2795);\n    srcPt = ConnEnd(Point(5312, 4938.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4590.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2796\n    connRef = new ConnRef(router, 2796);\n    srcPt = ConnEnd(Point(5312, 4560.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2797\n    connRef = new ConnRef(router, 2797);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 5362.67), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2798\n    connRef = new ConnRef(router, 2798);\n    srcPt = ConnEnd(Point(5312, 5332.67), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4938.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2799\n    connRef = new ConnRef(router, 2799);\n    srcPt = ConnEnd(Point(5312, 4126.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 5154.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2800\n    connRef = new ConnRef(router, 2800);\n    srcPt = ConnEnd(Point(5312, 5184.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2801\n    connRef = new ConnRef(router, 2801);\n    srcPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8407.29, 5512.67), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2802\n    connRef = new ConnRef(router, 2802);\n    srcPt = ConnEnd(Point(8377.29, 5512.67), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8095.29, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2803\n    connRef = new ConnRef(router, 2803);\n    srcPt = ConnEnd(Point(5312, 4938.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5511.1, 5347.67), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2804\n    connRef = new ConnRef(router, 2804);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5511.1, 5347.67), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2805\n    connRef = new ConnRef(router, 2805);\n    srcPt = ConnEnd(Point(5481.1, 5347.67), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4982, 5347.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2806\n    connRef = new ConnRef(router, 2806);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4964, 5964.59), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2807\n    connRef = new ConnRef(router, 2807);\n    srcPt = ConnEnd(Point(4982, 5347.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4964, 5964.59), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2808\n    connRef = new ConnRef(router, 2808);\n    srcPt = ConnEnd(Point(4934, 5964.59), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4553, 5964.59), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2809\n    connRef = new ConnRef(router, 2809);\n    srcPt = ConnEnd(Point(4553, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 6041.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2810\n    connRef = new ConnRef(router, 2810);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 6041.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2811\n    connRef = new ConnRef(router, 2811);\n    srcPt = ConnEnd(Point(4949, 6071.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 6613.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2812\n    connRef = new ConnRef(router, 2812);\n    srcPt = ConnEnd(Point(4949, 7579.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 7795.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2813\n    connRef = new ConnRef(router, 2813);\n    srcPt = ConnEnd(Point(4949, 7825.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 8107.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2814\n    connRef = new ConnRef(router, 2814);\n    srcPt = ConnEnd(Point(4949, 8107.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 8366.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2815\n    connRef = new ConnRef(router, 2815);\n    srcPt = ConnEnd(Point(4949, 8396.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2816\n    connRef = new ConnRef(router, 2816);\n    srcPt = ConnEnd(Point(4949, 8579.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 8792.22), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2817\n    connRef = new ConnRef(router, 2817);\n    srcPt = ConnEnd(Point(4949, 8822.22), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 9114.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2818\n    connRef = new ConnRef(router, 2818);\n    srcPt = ConnEnd(Point(4949, 9114.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 9297.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2819\n    connRef = new ConnRef(router, 2819);\n    srcPt = ConnEnd(Point(4949, 9327.42), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 9576.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2820\n    connRef = new ConnRef(router, 2820);\n    srcPt = ConnEnd(Point(4289, 9576.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4289, 9862.02), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2821\n    connRef = new ConnRef(router, 2821);\n    srcPt = ConnEnd(Point(4289, 9892.02), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4289, 10075), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2822\n    connRef = new ConnRef(router, 2822);\n    srcPt = ConnEnd(Point(4949, 10438), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4766, 10438), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2823\n    connRef = new ConnRef(router, 2823);\n    srcPt = ConnEnd(Point(4736, 10438), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4553, 10438), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2824\n    connRef = new ConnRef(router, 2824);\n    srcPt = ConnEnd(Point(4553, 10438), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4553, 10568.3), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2825\n    connRef = new ConnRef(router, 2825);\n    srcPt = ConnEnd(Point(4553, 10598.3), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4553, 10748.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2826\n    connRef = new ConnRef(router, 2826);\n    srcPt = ConnEnd(Point(11363.1, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1463.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2827\n    connRef = new ConnRef(router, 2827);\n    srcPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1463.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2828\n    connRef = new ConnRef(router, 2828);\n    srcPt = ConnEnd(Point(11363.1, 1493.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2829\n    connRef = new ConnRef(router, 2829);\n    srcPt = ConnEnd(Point(11363.1, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1130.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2830\n    connRef = new ConnRef(router, 2830);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1130.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2831\n    connRef = new ConnRef(router, 2831);\n    srcPt = ConnEnd(Point(9501.59, 8249.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1130.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2832\n    connRef = new ConnRef(router, 2832);\n    srcPt = ConnEnd(Point(11363.1, 1100.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2833\n    connRef = new ConnRef(router, 2833);\n    srcPt = ConnEnd(Point(11363.1, 1100.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2834\n    connRef = new ConnRef(router, 2834);\n    srcPt = ConnEnd(Point(11363.1, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 625.091), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2835\n    connRef = new ConnRef(router, 2835);\n    srcPt = ConnEnd(Point(11363.1, 595.091), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2836\n    connRef = new ConnRef(router, 2836);\n    srcPt = ConnEnd(Point(11363.1, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11513.1, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2837\n    connRef = new ConnRef(router, 2837);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11513.1, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2838\n    connRef = new ConnRef(router, 2838);\n    srcPt = ConnEnd(Point(11543.1, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11726.1, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2839\n    connRef = new ConnRef(router, 2839);\n    srcPt = ConnEnd(Point(11543.1, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2840\n    connRef = new ConnRef(router, 2840);\n    srcPt = ConnEnd(Point(11543.1, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2841\n    connRef = new ConnRef(router, 2841);\n    srcPt = ConnEnd(Point(11726.1, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11942.1, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2842\n    connRef = new ConnRef(router, 2842);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11942.1, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2843\n    connRef = new ConnRef(router, 2843);\n    srcPt = ConnEnd(Point(11972.1, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12089.1, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2844\n    connRef = new ConnRef(router, 2844);\n    srcPt = ConnEnd(Point(11972.1, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2845\n    connRef = new ConnRef(router, 2845);\n    srcPt = ConnEnd(Point(12089.1, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14971.9, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2846\n    connRef = new ConnRef(router, 2846);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14971.9, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2847\n    connRef = new ConnRef(router, 2847);\n    srcPt = ConnEnd(Point(15001.9, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12353.1, 643.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2848\n    connRef = new ConnRef(router, 2848);\n    srcPt = ConnEnd(Point(15001.9, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2849\n    connRef = new ConnRef(router, 2849);\n    srcPt = ConnEnd(Point(12353.1, 643.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12709.5, 577.091), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2850\n    connRef = new ConnRef(router, 2850);\n    srcPt = ConnEnd(Point(12739.5, 577.091), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12856.5, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2851\n    connRef = new ConnRef(router, 2851);\n    srcPt = ConnEnd(Point(12856.5, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13185, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2852\n    connRef = new ConnRef(router, 2852);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13185, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2853\n    connRef = new ConnRef(router, 2853);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13185, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2854\n    connRef = new ConnRef(router, 2854);\n    srcPt = ConnEnd(Point(13215, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13509, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2855\n    connRef = new ConnRef(router, 2855);\n    srcPt = ConnEnd(Point(13215, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2856\n    connRef = new ConnRef(router, 2856);\n    srcPt = ConnEnd(Point(13509, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13857, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2857\n    connRef = new ConnRef(router, 2857);\n    srcPt = ConnEnd(Point(13887, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14037, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2858\n    connRef = new ConnRef(router, 2858);\n    srcPt = ConnEnd(Point(13887, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7410.1, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2859\n    connRef = new ConnRef(router, 2859);\n    srcPt = ConnEnd(Point(14037, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14319, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2860\n    connRef = new ConnRef(router, 2860);\n    srcPt = ConnEnd(Point(14349, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14565, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2861\n    connRef = new ConnRef(router, 2861);\n    srcPt = ConnEnd(Point(15239.5, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14811, 458.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2862\n    connRef = new ConnRef(router, 2862);\n    srcPt = ConnEnd(Point(14781, 458.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14565, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2863\n    connRef = new ConnRef(router, 2863);\n    srcPt = ConnEnd(Point(15239.5, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15622.3, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2864\n    connRef = new ConnRef(router, 2864);\n    srcPt = ConnEnd(Point(15652.3, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15967.6, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2865\n    connRef = new ConnRef(router, 2865);\n    srcPt = ConnEnd(Point(15967.6, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16150.6, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2866\n    connRef = new ConnRef(router, 2866);\n    srcPt = ConnEnd(Point(16180.6, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16363.6, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2867\n    connRef = new ConnRef(router, 2867);\n    srcPt = ConnEnd(Point(16363.6, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16363.6, 793.091), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2868\n    connRef = new ConnRef(router, 2868);\n    srcPt = ConnEnd(Point(16363.6, 823.091), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16363.6, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2869\n    connRef = new ConnRef(router, 2869);\n    srcPt = ConnEnd(Point(15967.6, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16165.6, 793.091), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2870\n    connRef = new ConnRef(router, 2870);\n    srcPt = ConnEnd(Point(16165.6, 823.091), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16363.6, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2871\n    connRef = new ConnRef(router, 2871);\n    srcPt = ConnEnd(Point(16165.6, 823.091), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2872\n    connRef = new ConnRef(router, 2872);\n    srcPt = ConnEnd(Point(11495.1, 8074.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11121.2, 8074.79), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2873\n    connRef = new ConnRef(router, 2873);\n    srcPt = ConnEnd(Point(11091.2, 8074.79), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 8074.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2874\n    connRef = new ConnRef(router, 2874);\n    srcPt = ConnEnd(Point(11495.1, 8074.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11495.1, 7759.79), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2875\n    connRef = new ConnRef(router, 2875);\n    srcPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11495.1, 7759.79), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2876\n    connRef = new ConnRef(router, 2876);\n    srcPt = ConnEnd(Point(11495.1, 7729.79), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11495.1, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2877\n    connRef = new ConnRef(router, 2877);\n    srcPt = ConnEnd(Point(11495.1, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12008.1, 7425.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2878\n    connRef = new ConnRef(router, 2878);\n    srcPt = ConnEnd(Point(12038.1, 7425.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12856.5, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2879\n    connRef = new ConnRef(router, 2879);\n    srcPt = ConnEnd(Point(12038.1, 7425.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2880\n    connRef = new ConnRef(router, 2880);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7179.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2881\n    connRef = new ConnRef(router, 2881);\n    srcPt = ConnEnd(Point(15407.5, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7179.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2882\n    connRef = new ConnRef(router, 2882);\n    srcPt = ConnEnd(Point(17052.8, 7209.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2883\n    connRef = new ConnRef(router, 2883);\n    srcPt = ConnEnd(Point(7765.29, 610.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18501, 11860.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2884\n    connRef = new ConnRef(router, 2884);\n    srcPt = ConnEnd(Point(18401.5, 11860.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18501, 11860.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2885\n    connRef = new ConnRef(router, 2885);\n    srcPt = ConnEnd(Point(18531, 11860.9), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18630.5, 11860.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2886\n    connRef = new ConnRef(router, 2886);\n    srcPt = ConnEnd(Point(12889.5, 8873.22), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13251, 8873.22), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2887\n    connRef = new ConnRef(router, 2887);\n    srcPt = ConnEnd(Point(13281, 8873.22), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13872, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2888\n    connRef = new ConnRef(router, 2888);\n    srcPt = ConnEnd(Point(10456.9, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10761.2, 458.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2889\n    connRef = new ConnRef(router, 2889);\n    srcPt = ConnEnd(Point(10791.2, 458.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10974.2, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2890\n    connRef = new ConnRef(router, 2890);\n    srcPt = ConnEnd(Point(9171.59, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15619.3, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2891\n    connRef = new ConnRef(router, 2891);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15619.3, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2892\n    connRef = new ConnRef(router, 2892);\n    srcPt = ConnEnd(Point(15589.3, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 313.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2893\n    connRef = new ConnRef(router, 2893);\n    srcPt = ConnEnd(Point(15589.3, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2894\n    connRef = new ConnRef(router, 2894);\n    srcPt = ConnEnd(Point(8194.29, 313.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8044.29, 313.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2895\n    connRef = new ConnRef(router, 2895);\n    srcPt = ConnEnd(Point(8014.29, 313.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7864.29, 313.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2896\n    connRef = new ConnRef(router, 2896);\n    srcPt = ConnEnd(Point(8458.29, 425.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8308.29, 425.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2897\n    connRef = new ConnRef(router, 2897);\n    srcPt = ConnEnd(Point(8278.29, 425.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8062.29, 425.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2898\n    connRef = new ConnRef(router, 2898);\n    srcPt = ConnEnd(Point(8062.29, 425.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7780.29, 425.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2899\n    connRef = new ConnRef(router, 2899);\n    srcPt = ConnEnd(Point(7750.29, 425.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7344.1, 425.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2900\n    connRef = new ConnRef(router, 2900);\n    srcPt = ConnEnd(Point(7344.1, 425.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6963.1, 425.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2901\n    connRef = new ConnRef(router, 2901);\n    srcPt = ConnEnd(Point(6933.1, 425.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6618.1, 425.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2902\n    connRef = new ConnRef(router, 2902);\n    srcPt = ConnEnd(Point(6123.1, 425.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6306.1, 425.265), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2903\n    connRef = new ConnRef(router, 2903);\n    srcPt = ConnEnd(Point(6336.1, 425.265), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6618.1, 425.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2904\n    connRef = new ConnRef(router, 2904);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15100.3, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2905\n    connRef = new ConnRef(router, 2905);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15100.3, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2906\n    connRef = new ConnRef(router, 2906);\n    srcPt = ConnEnd(Point(15130.3, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2907\n    connRef = new ConnRef(router, 2907);\n    srcPt = ConnEnd(Point(15130.3, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 4542.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2908\n    connRef = new ConnRef(router, 2908);\n    srcPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14873.4, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2909\n    connRef = new ConnRef(router, 2909);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14873.4, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2910\n    connRef = new ConnRef(router, 2910);\n    srcPt = ConnEnd(Point(14843.4, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4322, 2150.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2911\n    connRef = new ConnRef(router, 2911);\n    srcPt = ConnEnd(Point(14843.4, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2912\n    connRef = new ConnRef(router, 2912);\n    srcPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15492.3, 1181.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2913\n    connRef = new ConnRef(router, 2913);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15492.3, 1181.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2914\n    connRef = new ConnRef(router, 2914);\n    srcPt = ConnEnd(Point(15462.3, 1181.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2915\n    connRef = new ConnRef(router, 2915);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15717.9, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2916\n    connRef = new ConnRef(router, 2916);\n    srcPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15717.9, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2917\n    connRef = new ConnRef(router, 2917);\n    srcPt = ConnEnd(Point(15747.9, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2918\n    connRef = new ConnRef(router, 2918);\n    srcPt = ConnEnd(Point(15747.9, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2919\n    connRef = new ConnRef(router, 2919);\n    srcPt = ConnEnd(Point(11396.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11253.2, 4361.11), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2920\n    connRef = new ConnRef(router, 2920);\n    srcPt = ConnEnd(Point(11223.2, 4361.11), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11073.2, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2921\n    connRef = new ConnRef(router, 2921);\n    srcPt = ConnEnd(Point(13200, 6788.21), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14583, 6788.21), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2922\n    connRef = new ConnRef(router, 2922);\n    srcPt = ConnEnd(Point(14613, 6788.21), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16231.6, 6788.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2923\n    connRef = new ConnRef(router, 2923);\n    srcPt = ConnEnd(Point(5312, 4938.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5661.1, 4590.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2924\n    connRef = new ConnRef(router, 2924);\n    srcPt = ConnEnd(Point(5661.1, 4560.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5793.1, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2925\n    connRef = new ConnRef(router, 2925);\n    srcPt = ConnEnd(Point(18137.5, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18236.5, 8561.99), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2926\n    connRef = new ConnRef(router, 2926);\n    srcPt = ConnEnd(Point(18236.5, 8531.99), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18302.5, 6788.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2927\n    connRef = new ConnRef(router, 2927);\n    srcPt = ConnEnd(Point(18236.5, 8531.99), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9784.69, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2928\n    connRef = new ConnRef(router, 2928);\n    srcPt = ConnEnd(Point(18137.5, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17624.5, 10174), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2929\n    connRef = new ConnRef(router, 2929);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17624.5, 10174), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2930\n    connRef = new ConnRef(router, 2930);\n    srcPt = ConnEnd(Point(17594.5, 10174), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16920.8, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2931\n    connRef = new ConnRef(router, 2931);\n    srcPt = ConnEnd(Point(17594.5, 10174), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2932\n    connRef = new ConnRef(router, 2932);\n    srcPt = ConnEnd(Point(16920.8, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16572.8, 10174), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2933\n    connRef = new ConnRef(router, 2933);\n    srcPt = ConnEnd(Point(16542.8, 10174), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2934\n    connRef = new ConnRef(router, 2934);\n    srcPt = ConnEnd(Point(12122.1, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13923, 10174), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2935\n    connRef = new ConnRef(router, 2935);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13923, 10174), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2936\n    connRef = new ConnRef(router, 2936);\n    srcPt = ConnEnd(Point(13953, 10174), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2937\n    connRef = new ConnRef(router, 2937);\n    srcPt = ConnEnd(Point(13953, 10174), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2938\n    connRef = new ConnRef(router, 2938);\n    srcPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10324.9, 9723.42), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2939\n    connRef = new ConnRef(router, 2939);\n    srcPt = ConnEnd(Point(10324.9, 9693.42), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2940\n    connRef = new ConnRef(router, 2940);\n    srcPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10357), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2941\n    connRef = new ConnRef(router, 2941);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10357), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2942\n    connRef = new ConnRef(router, 2942);\n    srcPt = ConnEnd(Point(10116, 10387), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10682.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2943\n    connRef = new ConnRef(router, 2943);\n    srcPt = ConnEnd(Point(10116, 10387), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2944\n    connRef = new ConnRef(router, 2944);\n    srcPt = ConnEnd(Point(10116, 10682.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10497.2, 10682.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2945\n    connRef = new ConnRef(router, 2945);\n    srcPt = ConnEnd(Point(10527.2, 10682.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10710.2, 10682.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2946\n    connRef = new ConnRef(router, 2946);\n    srcPt = ConnEnd(Point(11007.2, 10682.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10923.2, 10682.3), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2947\n    connRef = new ConnRef(router, 2947);\n    srcPt = ConnEnd(Point(10893.2, 10682.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10710.2, 10682.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2948\n    connRef = new ConnRef(router, 2948);\n    srcPt = ConnEnd(Point(11007.2, 10682.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10842.2, 10965.6), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2949\n    connRef = new ConnRef(router, 2949);\n    srcPt = ConnEnd(Point(10842.2, 10995.6), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10578.2, 11211.6), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2950\n    connRef = new ConnRef(router, 2950);\n    srcPt = ConnEnd(Point(9949.69, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9733.69, 11211.6), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2951\n    connRef = new ConnRef(router, 2951);\n    srcPt = ConnEnd(Point(9703.69, 11211.6), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9402.59, 11211.6), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2952\n    connRef = new ConnRef(router, 2952);\n    srcPt = ConnEnd(Point(9402.59, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9252.59, 11211.6), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2953\n    connRef = new ConnRef(router, 2953);\n    srcPt = ConnEnd(Point(9222.59, 11211.6), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9019.99, 11211.6), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2954\n    connRef = new ConnRef(router, 2954);\n    srcPt = ConnEnd(Point(9019.99, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8699.29, 11211.6), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2955\n    connRef = new ConnRef(router, 2955);\n    srcPt = ConnEnd(Point(8669.29, 11211.6), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8392.29, 11211.6), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2956\n    connRef = new ConnRef(router, 2956);\n    srcPt = ConnEnd(Point(7963.29, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7963.29, 11028.6), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2957\n    connRef = new ConnRef(router, 2957);\n    srcPt = ConnEnd(Point(7963.29, 10998.6), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7963.29, 10715.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2958\n    connRef = new ConnRef(router, 2958);\n    srcPt = ConnEnd(Point(7963.29, 10715.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8212.29, 10715.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2959\n    connRef = new ConnRef(router, 2959);\n    srcPt = ConnEnd(Point(4553, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8212.29, 10715.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2960\n    connRef = new ConnRef(router, 2960);\n    srcPt = ConnEnd(Point(8242.29, 10715.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8392.29, 10715.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2961\n    connRef = new ConnRef(router, 2961);\n    srcPt = ConnEnd(Point(8392.29, 10715.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8669.29, 10715.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2962\n    connRef = new ConnRef(router, 2962);\n    srcPt = ConnEnd(Point(8699.29, 10715.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9019.99, 10715.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2963\n    connRef = new ConnRef(router, 2963);\n    srcPt = ConnEnd(Point(9402.59, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13314, 9246.42), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2964\n    connRef = new ConnRef(router, 2964);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13314, 9246.42), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2965\n    connRef = new ConnRef(router, 2965);\n    srcPt = ConnEnd(Point(13284, 9246.42), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8769.89, 12015.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2966\n    connRef = new ConnRef(router, 2966);\n    srcPt = ConnEnd(Point(6552.1, 7293.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6636.1, 6996.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2967\n    connRef = new ConnRef(router, 2967);\n    srcPt = ConnEnd(Point(6750.1, 6514.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6636.1, 6996.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2968\n    connRef = new ConnRef(router, 2968);\n    srcPt = ConnEnd(Point(6666.1, 6996.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 7029.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2969\n    connRef = new ConnRef(router, 2969);\n    srcPt = ConnEnd(Point(7212.1, 7029.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 7278.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2970\n    connRef = new ConnRef(router, 2970);\n    srcPt = ConnEnd(Point(7212.1, 7308.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 7645.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2971\n    connRef = new ConnRef(router, 2971);\n    srcPt = ConnEnd(Point(7212.1, 9048.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 9198.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2972\n    connRef = new ConnRef(router, 2972);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 9198.42), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2973\n    connRef = new ConnRef(router, 2973);\n    srcPt = ConnEnd(Point(7212.1, 9228.42), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7212.1, 9411.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2974\n    connRef = new ConnRef(router, 2974);\n    srcPt = ConnEnd(Point(6552.1, 8315.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 8056.79), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2975\n    connRef = new ConnRef(router, 2975);\n    srcPt = ConnEnd(Point(6552.1, 8026.79), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 7810.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2976\n    connRef = new ConnRef(router, 2976);\n    srcPt = ConnEnd(Point(6552.1, 9543.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 9862.02), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2977\n    connRef = new ConnRef(router, 2977);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 9862.02), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2978\n    connRef = new ConnRef(router, 2978);\n    srcPt = ConnEnd(Point(6552.1, 9892.02), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 10108), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2979\n    connRef = new ConnRef(router, 2979);\n    srcPt = ConnEnd(Point(6552.1, 7293.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 7564.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2980\n    connRef = new ConnRef(router, 2980);\n    srcPt = ConnEnd(Point(6783.1, 7546.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 7564.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2981\n    connRef = new ConnRef(router, 2981);\n    srcPt = ConnEnd(Point(6552.1, 7594.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6552.1, 7810.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2982\n    connRef = new ConnRef(router, 2982);\n    srcPt = ConnEnd(Point(6750.1, 6514.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7230.1, 6514.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2983\n    connRef = new ConnRef(router, 2983);\n    srcPt = ConnEnd(Point(7146.1, 6250.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7230.1, 6514.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2984\n    connRef = new ConnRef(router, 2984);\n    srcPt = ConnEnd(Point(7260.1, 6514.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7765.29, 6514.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2985\n    connRef = new ConnRef(router, 2985);\n    srcPt = ConnEnd(Point(7765.29, 6514.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8146.29, 6514.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2986\n    connRef = new ConnRef(router, 2986);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8146.29, 6514.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2987\n    connRef = new ConnRef(router, 2987);\n    srcPt = ConnEnd(Point(8176.29, 6514.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8618.29, 6514.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2988\n    connRef = new ConnRef(router, 2988);\n    srcPt = ConnEnd(Point(5760.1, 7326.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6402.1, 6788.21), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2989\n    connRef = new ConnRef(router, 2989);\n    srcPt = ConnEnd(Point(7146.1, 6250.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6402.1, 6788.21), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2990\n    connRef = new ConnRef(router, 2990);\n    srcPt = ConnEnd(Point(6372.1, 6788.21), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6123.1, 7744.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2991\n    connRef = new ConnRef(router, 2991);\n    srcPt = ConnEnd(Point(6123.1, 7744.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6123.1, 7960.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2992\n    connRef = new ConnRef(router, 2992);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6123.1, 7960.79), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2993\n    connRef = new ConnRef(router, 2993);\n    srcPt = ConnEnd(Point(6123.1, 7990.79), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6123.1, 8282.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2994\n    connRef = new ConnRef(router, 2994);\n    srcPt = ConnEnd(Point(10875.2, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9931.69, 11632.9), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2995\n    connRef = new ConnRef(router, 2995);\n    srcPt = ConnEnd(Point(9901.69, 11632.9), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9085.99, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2996\n    connRef = new ConnRef(router, 2996);\n    srcPt = ConnEnd(Point(9901.69, 11632.9), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2997\n    connRef = new ConnRef(router, 2997);\n    srcPt = ConnEnd(Point(10875.2, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11414.1, 11632.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2998\n    connRef = new ConnRef(router, 2998);\n    srcPt = ConnEnd(Point(11444.1, 11632.9), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef2999\n    connRef = new ConnRef(router, 2999);\n    srcPt = ConnEnd(Point(13575, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12772.5, 11632.9), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3000\n    connRef = new ConnRef(router, 3000);\n    srcPt = ConnEnd(Point(12742.5, 11632.9), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11990.1, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3001\n    connRef = new ConnRef(router, 3001);\n    srcPt = ConnEnd(Point(13575, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14517, 11632.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3002\n    connRef = new ConnRef(router, 3002);\n    srcPt = ConnEnd(Point(14547, 11632.9), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3003\n    connRef = new ConnRef(router, 3003);\n    srcPt = ConnEnd(Point(16198.6, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16081.6, 11632.9), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3004\n    connRef = new ConnRef(router, 3004);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16081.6, 11632.9), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3005\n    connRef = new ConnRef(router, 3005);\n    srcPt = ConnEnd(Point(16051.6, 11632.9), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3006\n    connRef = new ConnRef(router, 3006);\n    srcPt = ConnEnd(Point(16051.6, 11632.9), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3007\n    connRef = new ConnRef(router, 3007);\n    srcPt = ConnEnd(Point(15868.6, 12081.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11908.9), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3008\n    connRef = new ConnRef(router, 3008);\n    srcPt = ConnEnd(Point(15868.6, 11878.9), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3009\n    connRef = new ConnRef(router, 3009);\n    srcPt = ConnEnd(Point(15868.6, 11878.9), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3010\n    connRef = new ConnRef(router, 3010);\n    srcPt = ConnEnd(Point(15868.6, 12081.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 12178.3), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3011\n    connRef = new ConnRef(router, 3011);\n    srcPt = ConnEnd(Point(15868.6, 12208.3), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 12292.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3012\n    connRef = new ConnRef(router, 3012);\n    srcPt = ConnEnd(Point(15272.5, 12292.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15589.3, 12292.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3013\n    connRef = new ConnRef(router, 3013);\n    srcPt = ConnEnd(Point(15619.3, 12292.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 12292.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3014\n    connRef = new ConnRef(router, 3014);\n    srcPt = ConnEnd(Point(15272.5, 12292.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15001.9, 12292.3), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3015\n    connRef = new ConnRef(router, 3015);\n    srcPt = ConnEnd(Point(14971.9, 12292.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14697, 12292.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3016\n    connRef = new ConnRef(router, 3016);\n    srcPt = ConnEnd(Point(14004, 12292.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14187, 12292.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3017\n    connRef = new ConnRef(router, 3017);\n    srcPt = ConnEnd(Point(14217, 12292.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14400, 12292.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3018\n    connRef = new ConnRef(router, 3018);\n    srcPt = ConnEnd(Point(9501.59, 6481.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9270.59, 5672.9), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3019\n    connRef = new ConnRef(router, 3019);\n    srcPt = ConnEnd(Point(9270.59, 5642.9), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3020\n    connRef = new ConnRef(router, 3020);\n    srcPt = ConnEnd(Point(9501.59, 6481.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9501.59, 7344.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3021\n    connRef = new ConnRef(router, 3021);\n    srcPt = ConnEnd(Point(9501.59, 7374.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9501.59, 8249.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3022\n    connRef = new ConnRef(router, 3022);\n    srcPt = ConnEnd(Point(9501.59, 9976.02), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9501.59, 10357), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3023\n    connRef = new ConnRef(router, 3023);\n    srcPt = ConnEnd(Point(9501.59, 10387), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9501.59, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3024\n    connRef = new ConnRef(router, 3024);\n    srcPt = ConnEnd(Point(9501.59, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10342.9, 10781.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3025\n    connRef = new ConnRef(router, 3025);\n    srcPt = ConnEnd(Point(9085.99, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10342.9, 10781.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3026\n    connRef = new ConnRef(router, 3026);\n    srcPt = ConnEnd(Point(10372.9, 10781.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10875.2, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3027\n    connRef = new ConnRef(router, 3027);\n    srcPt = ConnEnd(Point(10875.2, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11645.1, 10781.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3028\n    connRef = new ConnRef(router, 3028);\n    srcPt = ConnEnd(Point(11675.1, 10781.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3029\n    connRef = new ConnRef(router, 3029);\n    srcPt = ConnEnd(Point(13575, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13116, 10781.3), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3030\n    connRef = new ConnRef(router, 3030);\n    srcPt = ConnEnd(Point(13086, 10781.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3031\n    connRef = new ConnRef(router, 3031);\n    srcPt = ConnEnd(Point(13575, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14286, 10781.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3032\n    connRef = new ConnRef(router, 3032);\n    srcPt = ConnEnd(Point(14316, 10781.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15019.9, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3033\n    connRef = new ConnRef(router, 3033);\n    srcPt = ConnEnd(Point(16198.6, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15780.9, 10781.3), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3034\n    connRef = new ConnRef(router, 3034);\n    srcPt = ConnEnd(Point(15750.9, 10781.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15019.9, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3035\n    connRef = new ConnRef(router, 3035);\n    srcPt = ConnEnd(Point(6189.1, 214.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6105.1, 214.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3036\n    connRef = new ConnRef(router, 3036);\n    srcPt = ConnEnd(Point(10974.2, 1643.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6105.1, 214.265), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3037\n    connRef = new ConnRef(router, 3037);\n    srcPt = ConnEnd(Point(6075.1, 214.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5925.1, 214.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3038\n    connRef = new ConnRef(router, 3038);\n    srcPt = ConnEnd(Point(6075.1, 214.265), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9652.69, 1943.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3039\n    connRef = new ConnRef(router, 3039);\n    srcPt = ConnEnd(Point(7765.29, 610.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7765.29, 836.285), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3040\n    connRef = new ConnRef(router, 3040);\n    srcPt = ConnEnd(Point(7765.29, 866.285), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7765.29, 1148.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3041\n    connRef = new ConnRef(router, 3041);\n    srcPt = ConnEnd(Point(10423.9, 6250.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10423.9, 6400.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3042\n    connRef = new ConnRef(router, 3042);\n    srcPt = ConnEnd(Point(10423.9, 6430.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10423.9, 6547.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3043\n    connRef = new ConnRef(router, 3043);\n    srcPt = ConnEnd(Point(10423.9, 6430.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3044\n    connRef = new ConnRef(router, 3044);\n    srcPt = ConnEnd(Point(15019.9, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15148.3, 10929.6), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3045\n    connRef = new ConnRef(router, 3045);\n    srcPt = ConnEnd(Point(7897.29, 983.285), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7897.29, 4428.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3046\n    connRef = new ConnRef(router, 3046);\n    srcPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7897.29, 4428.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3047\n    connRef = new ConnRef(router, 3047);\n    srcPt = ConnEnd(Point(7897.29, 4458.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7897.29, 8939.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3048\n    connRef = new ConnRef(router, 3048);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17228.5, 7194.4), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3049\n    connRef = new ConnRef(router, 3049);\n    srcPt = ConnEnd(Point(17198.5, 7194.4), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3050\n    connRef = new ConnRef(router, 3050);\n    srcPt = ConnEnd(Point(17198.5, 7194.4), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3051\n    connRef = new ConnRef(router, 3051);\n    srcPt = ConnEnd(Point(4553, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4934, 5822.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3052\n    connRef = new ConnRef(router, 3052);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4934, 5822.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3053\n    connRef = new ConnRef(router, 3053);\n    srcPt = ConnEnd(Point(4964, 5822.9), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5991.1, 6382.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3054\n    connRef = new ConnRef(router, 3054);\n    srcPt = ConnEnd(Point(11363.1, 2843.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 2264.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3055\n    connRef = new ConnRef(router, 3055);\n    srcPt = ConnEnd(Point(11363.1, 2234.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 1643.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3056\n    connRef = new ConnRef(router, 3056);\n    srcPt = ConnEnd(Point(11363.1, 2234.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3057\n    connRef = new ConnRef(router, 3057);\n    srcPt = ConnEnd(Point(11363.1, 2843.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 3323.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3058\n    connRef = new ConnRef(router, 3058);\n    srcPt = ConnEnd(Point(11363.1, 3353.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 3697.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3059\n    connRef = new ConnRef(router, 3059);\n    srcPt = ConnEnd(Point(11363.1, 3697.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 4461.4), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3060\n    connRef = new ConnRef(router, 3060);\n    srcPt = ConnEnd(Point(11363.1, 4491.4), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 5169.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3061\n    connRef = new ConnRef(router, 3061);\n    srcPt = ConnEnd(Point(11363.1, 5169.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 5365.67), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3062\n    connRef = new ConnRef(router, 3062);\n    srcPt = ConnEnd(Point(11363.1, 5395.67), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 5756.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3063\n    connRef = new ConnRef(router, 3063);\n    srcPt = ConnEnd(Point(11363.1, 5756.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 6565.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3064\n    connRef = new ConnRef(router, 3064);\n    srcPt = ConnEnd(Point(11363.1, 6595.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 7579.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3065\n    connRef = new ConnRef(router, 3065);\n    srcPt = ConnEnd(Point(11363.1, 6595.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14037, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3066\n    connRef = new ConnRef(router, 3066);\n    srcPt = ConnEnd(Point(11363.1, 6595.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3067\n    connRef = new ConnRef(router, 3067);\n    srcPt = ConnEnd(Point(11363.1, 7579.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 8399.99), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3068\n    connRef = new ConnRef(router, 3068);\n    srcPt = ConnEnd(Point(11363.1, 8429.99), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 9213.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3069\n    connRef = new ConnRef(router, 3069);\n    srcPt = ConnEnd(Point(11363.1, 10537), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 9991.02), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3070\n    connRef = new ConnRef(router, 3070);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 9991.02), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3071\n    connRef = new ConnRef(router, 3071);\n    srcPt = ConnEnd(Point(11363.1, 9961.02), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 9213.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3072\n    connRef = new ConnRef(router, 3072);\n    srcPt = ConnEnd(Point(11363.1, 9961.02), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3073\n    connRef = new ConnRef(router, 3073);\n    srcPt = ConnEnd(Point(11363.1, 10537), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 11163.6), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3074\n    connRef = new ConnRef(router, 3074);\n    srcPt = ConnEnd(Point(11363.1, 11193.6), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11363.1, 12127.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3075\n    connRef = new ConnRef(router, 3075);\n    srcPt = ConnEnd(Point(11363.1, 12127.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11909.1, 12127.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3076\n    connRef = new ConnRef(router, 3076);\n    srcPt = ConnEnd(Point(11939.1, 12127.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 12127.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3077\n    connRef = new ConnRef(router, 3077);\n    srcPt = ConnEnd(Point(12531.5, 12127.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12907.5, 12127.3), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3078\n    connRef = new ConnRef(router, 3078);\n    srcPt = ConnEnd(Point(12937.5, 12127.3), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13233, 12127.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3079\n    connRef = new ConnRef(router, 3079);\n    srcPt = ConnEnd(Point(8161.29, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8344.29, 1280.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3080\n    connRef = new ConnRef(router, 3080);\n    srcPt = ConnEnd(Point(8374.29, 1280.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3081\n    connRef = new ConnRef(router, 3081);\n    srcPt = ConnEnd(Point(8161.29, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7912.29, 1280.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3082\n    connRef = new ConnRef(router, 3082);\n    srcPt = ConnEnd(Point(7882.29, 1280.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3083\n    connRef = new ConnRef(router, 3083);\n    srcPt = ConnEnd(Point(7608.1, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 1397.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3084\n    connRef = new ConnRef(router, 3084);\n    srcPt = ConnEnd(Point(7608.1, 1427.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 1610.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3085\n    connRef = new ConnRef(router, 3085);\n    srcPt = ConnEnd(Point(7608.1, 2777.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 2993.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3086\n    connRef = new ConnRef(router, 3086);\n    srcPt = ConnEnd(Point(7608.1, 3023.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 3206.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3087\n    connRef = new ConnRef(router, 3087);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9949.69, 9961.02), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3088\n    connRef = new ConnRef(router, 3088);\n    srcPt = ConnEnd(Point(9949.69, 9991.02), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9237.59, 12458.7), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3089\n    connRef = new ConnRef(router, 3089);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14971.9, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3090\n    connRef = new ConnRef(router, 3090);\n    srcPt = ConnEnd(Point(16557.8, 11982.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14971.9, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3091\n    connRef = new ConnRef(router, 3091);\n    srcPt = ConnEnd(Point(9237.59, 12458.7), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14971.9, 1181.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3092\n    connRef = new ConnRef(router, 3092);\n    srcPt = ConnEnd(Point(15001.9, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3093\n    connRef = new ConnRef(router, 3093);\n    srcPt = ConnEnd(Point(15001.9, 1181.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16788.8, 12458.7), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3094\n    connRef = new ConnRef(router, 3094);\n    srcPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16051.6, 11794.9), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3095\n    connRef = new ConnRef(router, 3095);\n    srcPt = ConnEnd(Point(16081.6, 11794.9), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16198.6, 11982.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3096\n    connRef = new ConnRef(router, 3096);\n    srcPt = ConnEnd(Point(1385, 4773.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1568, 4773.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3097\n    connRef = new ConnRef(router, 3097);\n    srcPt = ConnEnd(Point(1598, 4773.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(1715, 4773.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3098\n    connRef = new ConnRef(router, 3098);\n    srcPt = ConnEnd(Point(1598, 4773.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3099\n    connRef = new ConnRef(router, 3099);\n    srcPt = ConnEnd(Point(2837, 4773.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(3020, 4773.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3100\n    connRef = new ConnRef(router, 3100);\n    srcPt = ConnEnd(Point(3050, 4773.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(3233, 4773.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3101\n    connRef = new ConnRef(router, 3101);\n    srcPt = ConnEnd(Point(3050, 4773.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3102\n    connRef = new ConnRef(router, 3102);\n    srcPt = ConnEnd(Point(4553, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 6136.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3103\n    connRef = new ConnRef(router, 3103);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(4949, 6136.51), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3104\n    connRef = new ConnRef(router, 3104);\n    srcPt = ConnEnd(Point(4949, 6166.51), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(6750.1, 6514.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3105\n    connRef = new ConnRef(router, 3105);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14745, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3106\n    connRef = new ConnRef(router, 3106);\n    srcPt = ConnEnd(Point(9435.59, 6963.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14745, 1346.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3107\n    connRef = new ConnRef(router, 3107);\n    srcPt = ConnEnd(Point(14715, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3108\n    connRef = new ConnRef(router, 3108);\n    srcPt = ConnEnd(Point(14715, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3109\n    connRef = new ConnRef(router, 3109);\n    srcPt = ConnEnd(Point(14715, 1346.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8293.29, 6854.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3110\n    connRef = new ConnRef(router, 3110);\n    srcPt = ConnEnd(Point(9435.59, 6963.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9667.69, 6184.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3111\n    connRef = new ConnRef(router, 3111);\n    srcPt = ConnEnd(Point(9637.69, 6184.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9784.69, 5512.67), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3112\n    connRef = new ConnRef(router, 3112);\n    srcPt = ConnEnd(Point(9637.69, 6184.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8293.29, 6854.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3113\n    connRef = new ConnRef(router, 3113);\n    srcPt = ConnEnd(Point(6552.1, 10715.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7098.1, 10240), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3114\n    connRef = new ConnRef(router, 3114);\n    srcPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7098.1, 10240), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3115\n    connRef = new ConnRef(router, 3115);\n    srcPt = ConnEnd(Point(7128.1, 10240), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7410.1, 8579.99), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3116\n    connRef = new ConnRef(router, 3116);\n    srcPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8212.29, 9675.42), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3117\n    connRef = new ConnRef(router, 3117);\n    srcPt = ConnEnd(Point(8242.29, 9675.42), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3118\n    connRef = new ConnRef(router, 3118);\n    srcPt = ConnEnd(Point(7831.29, 9477.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8311.29, 9844.02), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3119\n    connRef = new ConnRef(router, 3119);\n    srcPt = ConnEnd(Point(8341.29, 9844.02), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3120\n    connRef = new ConnRef(router, 3120);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10324.9, 9459.42), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3121\n    connRef = new ConnRef(router, 3121);\n    srcPt = ConnEnd(Point(8684.29, 9976.02), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8802.89, 10090), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3122\n    connRef = new ConnRef(router, 3122);\n    srcPt = ConnEnd(Point(9085.99, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9204.59, 11713.9), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3123\n    connRef = new ConnRef(router, 3123);\n    srcPt = ConnEnd(Point(8835.89, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9019.99, 5672.9), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3124\n    connRef = new ConnRef(router, 3124);\n    srcPt = ConnEnd(Point(8835.89, 2108.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9019.99, 2366.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3125\n    connRef = new ConnRef(router, 3125);\n    srcPt = ConnEnd(Point(9019.99, 2396.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 2579.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3126\n    connRef = new ConnRef(router, 3126);\n    srcPt = ConnEnd(Point(8458.29, 1676.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1493.29), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3127\n    connRef = new ConnRef(router, 3127);\n    srcPt = ConnEnd(Point(8458.29, 1463.29), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3128\n    connRef = new ConnRef(router, 3128);\n    srcPt = ConnEnd(Point(8458.29, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8603.29, 1478.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3129\n    connRef = new ConnRef(router, 3129);\n    srcPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8603.29, 1478.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3130\n    connRef = new ConnRef(router, 3130);\n    srcPt = ConnEnd(Point(8633.29, 1478.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 1676.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3131\n    connRef = new ConnRef(router, 3131);\n    srcPt = ConnEnd(Point(8633.29, 1478.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3132\n    connRef = new ConnRef(router, 3132);\n    srcPt = ConnEnd(Point(7996.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8245.29, 808.091), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3133\n    connRef = new ConnRef(router, 3133);\n    srcPt = ConnEnd(Point(8275.29, 808.091), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3134\n    connRef = new ConnRef(router, 3134);\n    srcPt = ConnEnd(Point(7996.29, 808.091), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8260.29, 932.285), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3135\n    connRef = new ConnRef(router, 3135);\n    srcPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8260.29, 932.285), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3136\n    connRef = new ConnRef(router, 3136);\n    srcPt = ConnEnd(Point(8260.29, 902.285), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8458.29, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3137\n    connRef = new ConnRef(router, 3137);\n    srcPt = ConnEnd(Point(8260.29, 902.285), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3138\n    connRef = new ConnRef(router, 3138);\n    srcPt = ConnEnd(Point(7996.29, 1148.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8603.29, 983.285), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3139\n    connRef = new ConnRef(router, 3139);\n    srcPt = ConnEnd(Point(8633.29, 983.285), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3140\n    connRef = new ConnRef(router, 3140);\n    srcPt = ConnEnd(Point(7996.29, 1148.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 998.285), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3141\n    connRef = new ConnRef(router, 3141);\n    srcPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 998.285), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3142\n    connRef = new ConnRef(router, 3142);\n    srcPt = ConnEnd(Point(15239.5, 968.285), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9270.59, 808.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3143\n    connRef = new ConnRef(router, 3143);\n    srcPt = ConnEnd(Point(15239.5, 968.285), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3144\n    connRef = new ConnRef(router, 3144);\n    srcPt = ConnEnd(Point(12531.5, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12676.5, 5314.67), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3145\n    connRef = new ConnRef(router, 3145);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12676.5, 5314.67), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3146\n    connRef = new ConnRef(router, 3146);\n    srcPt = ConnEnd(Point(12706.5, 5314.67), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 5169.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3147\n    connRef = new ConnRef(router, 3147);\n    srcPt = ConnEnd(Point(12531.5, 5512.67), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12338.1, 5314.67), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3148\n    connRef = new ConnRef(router, 3148);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12338.1, 5314.67), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3149\n    connRef = new ConnRef(router, 3149);\n    srcPt = ConnEnd(Point(12368.1, 5314.67), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 5169.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3150\n    connRef = new ConnRef(router, 3150);\n    srcPt = ConnEnd(Point(12368.1, 5314.67), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3151\n    connRef = new ConnRef(router, 3151);\n    srcPt = ConnEnd(Point(12531.5, 4740.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13086, 4542.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3152\n    connRef = new ConnRef(router, 3152);\n    srcPt = ConnEnd(Point(13116, 4542.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3153\n    connRef = new ConnRef(router, 3153);\n    srcPt = ConnEnd(Point(13266, 3631.51), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13461, 3862.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3154\n    connRef = new ConnRef(router, 3154);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13461, 3862.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3155\n    connRef = new ConnRef(router, 3155);\n    srcPt = ConnEnd(Point(13491, 3862.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(13266, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3156\n    connRef = new ConnRef(router, 3156);\n    srcPt = ConnEnd(Point(12531.5, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12706.5, 3994.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3157\n    connRef = new ConnRef(router, 3157);\n    srcPt = ConnEnd(Point(12676.5, 3994.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12531.5, 3730.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3158\n    connRef = new ConnRef(router, 3158);\n    srcPt = ConnEnd(Point(12676.5, 3994.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3159\n    connRef = new ConnRef(router, 3159);\n    srcPt = ConnEnd(Point(12676.5, 3994.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3160\n    connRef = new ConnRef(router, 3160);\n    srcPt = ConnEnd(Point(11429.1, 8873.22), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11253.2, 9048.42), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3161\n    connRef = new ConnRef(router, 3161);\n    srcPt = ConnEnd(Point(11223.2, 9048.42), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11040.2, 8873.22), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3162\n    connRef = new ConnRef(router, 3162);\n    srcPt = ConnEnd(Point(5312, 4938.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5496.1, 4590.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3163\n    connRef = new ConnRef(router, 3163);\n    srcPt = ConnEnd(Point(5496.1, 4560.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3164\n    connRef = new ConnRef(router, 3164);\n    srcPt = ConnEnd(Point(5312, 5964.59), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5496.1, 5184.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3165\n    connRef = new ConnRef(router, 3165);\n    srcPt = ConnEnd(Point(5496.1, 5154.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(5312, 4126.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3166\n    connRef = new ConnRef(router, 3166);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15820.6, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3167\n    connRef = new ConnRef(router, 3167);\n    srcPt = ConnEnd(Point(14037, 458.265), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15820.6, 1346.29), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3168\n    connRef = new ConnRef(router, 3168);\n    srcPt = ConnEnd(Point(15850.6, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 1181.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3169\n    connRef = new ConnRef(router, 3169);\n    srcPt = ConnEnd(Point(15850.6, 1346.29), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14565, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3170\n    connRef = new ConnRef(router, 3170);\n    srcPt = ConnEnd(Point(11495.1, 8074.79), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11121.2, 8249.99), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3171\n    connRef = new ConnRef(router, 3171);\n    srcPt = ConnEnd(Point(11091.2, 8249.99), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 8074.79), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3172\n    connRef = new ConnRef(router, 3172);\n    srcPt = ConnEnd(Point(15407.5, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16509.8, 7425.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3173\n    connRef = new ConnRef(router, 3173);\n    srcPt = ConnEnd(Point(16539.8, 7425.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3174\n    connRef = new ConnRef(router, 3174);\n    srcPt = ConnEnd(Point(15407.5, 7425.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16509.8, 7546.79), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3175\n    connRef = new ConnRef(router, 3175);\n    srcPt = ConnEnd(Point(16539.8, 7546.79), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3176\n    connRef = new ConnRef(router, 3176);\n    srcPt = ConnEnd(Point(18630.5, 11860.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18531, 11982.3), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3177\n    connRef = new ConnRef(router, 3177);\n    srcPt = ConnEnd(Point(18501, 11982.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(18401.5, 11860.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3178\n    connRef = new ConnRef(router, 3178);\n    srcPt = ConnEnd(Point(18501, 11982.3), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9171.59, 458.265), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3179\n    connRef = new ConnRef(router, 3179);\n    srcPt = ConnEnd(Point(10809.2, 4542.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 5642.9), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3180\n    connRef = new ConnRef(router, 3180);\n    srcPt = ConnEnd(Point(10809.2, 5672.9), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3181\n    connRef = new ConnRef(router, 3181);\n    srcPt = ConnEnd(Point(15239.5, 1511.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15619.3, 1181.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3182\n    connRef = new ConnRef(router, 3182);\n    srcPt = ConnEnd(Point(10809.2, 7128.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15619.3, 1181.29), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3183\n    connRef = new ConnRef(router, 3183);\n    srcPt = ConnEnd(Point(15589.3, 1181.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15239.5, 742.091), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3184\n    connRef = new ConnRef(router, 3184);\n    srcPt = ConnEnd(Point(15589.3, 1181.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10809.2, 4542.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3185\n    connRef = new ConnRef(router, 3185);\n    srcPt = ConnEnd(Point(15589.3, 1181.29), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3186\n    connRef = new ConnRef(router, 3186);\n    srcPt = ConnEnd(Point(11396.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11253.2, 4509.4), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3187\n    connRef = new ConnRef(router, 3187);\n    srcPt = ConnEnd(Point(11223.2, 4509.4), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11073.2, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3188\n    connRef = new ConnRef(router, 3188);\n    srcPt = ConnEnd(Point(11396.1, 4361.11), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11253.2, 4192.51), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3189\n    connRef = new ConnRef(router, 3189);\n    srcPt = ConnEnd(Point(11223.2, 4192.51), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(11073.2, 4361.11), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3190\n    connRef = new ConnRef(router, 3190);\n    srcPt = ConnEnd(Point(13200, 6788.21), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14583, 6963.4), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3191\n    connRef = new ConnRef(router, 3191);\n    srcPt = ConnEnd(Point(14613, 6963.4), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16231.6, 6788.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3192\n    connRef = new ConnRef(router, 3192);\n    srcPt = ConnEnd(Point(13200, 6788.21), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14583, 6646.51), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3193\n    connRef = new ConnRef(router, 3193);\n    srcPt = ConnEnd(Point(14613, 6646.51), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16231.6, 6788.21), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3194\n    connRef = new ConnRef(router, 3194);\n    srcPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9982.69, 9723.42), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3195\n    connRef = new ConnRef(router, 3195);\n    srcPt = ConnEnd(Point(9982.69, 9693.42), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3196\n    connRef = new ConnRef(router, 3196);\n    srcPt = ConnEnd(Point(9019.99, 11211.6), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8699.29, 11386.8), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3197\n    connRef = new ConnRef(router, 3197);\n    srcPt = ConnEnd(Point(17052.8, 7062.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8699.29, 11386.8), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3198\n    connRef = new ConnRef(router, 3198);\n    srcPt = ConnEnd(Point(8669.29, 11386.8), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(8392.29, 11211.6), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3199\n    connRef = new ConnRef(router, 3199);\n    srcPt = ConnEnd(Point(8669.29, 11386.8), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(17052.8, 7425.4), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3200\n    connRef = new ConnRef(router, 3200);\n    srcPt = ConnEnd(Point(16198.6, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16066.6, 11532.7), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3201\n    connRef = new ConnRef(router, 3201);\n    srcPt = ConnEnd(Point(8835.89, 5004.4), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16066.6, 11532.7), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3202\n    connRef = new ConnRef(router, 3202);\n    srcPt = ConnEnd(Point(16066.6, 11562.7), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3203\n    connRef = new ConnRef(router, 3203);\n    srcPt = ConnEnd(Point(16198.6, 11632.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16081.6, 11386.8), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3204\n    connRef = new ConnRef(router, 3204);\n    srcPt = ConnEnd(Point(16051.6, 11386.8), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15868.6, 11632.9), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3205\n    connRef = new ConnRef(router, 3205);\n    srcPt = ConnEnd(Point(14004, 12292.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14187, 12425.7), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3206\n    connRef = new ConnRef(router, 3206);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14187, 12425.7), 4);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3207\n    connRef = new ConnRef(router, 3207);\n    srcPt = ConnEnd(Point(14217, 12425.7), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(14400, 12292.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3208\n    connRef = new ConnRef(router, 3208);\n    srcPt = ConnEnd(Point(14217, 12425.7), 8);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3209\n    connRef = new ConnRef(router, 3209);\n    srcPt = ConnEnd(Point(9501.59, 8249.99), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9685.69, 7374.4), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3210\n    connRef = new ConnRef(router, 3210);\n    srcPt = ConnEnd(Point(9685.69, 7344.4), 1);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9501.59, 6481.51), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3211\n    connRef = new ConnRef(router, 3211);\n    srcPt = ConnEnd(Point(16198.6, 10781.3), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15780.9, 10914.6), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3212\n    connRef = new ConnRef(router, 3212);\n    srcPt = ConnEnd(Point(10116, 9345.42), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15780.9, 10914.6), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3213\n    connRef = new ConnRef(router, 3213);\n    srcPt = ConnEnd(Point(15750.9, 10914.6), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15019.9, 10781.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3214\n    connRef = new ConnRef(router, 3214);\n    srcPt = ConnEnd(Point(15750.9, 10914.6), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(10116, 10174), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3215\n    connRef = new ConnRef(router, 3215);\n    srcPt = ConnEnd(Point(15019.9, 11794.9), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(15148.3, 11908.9), 2);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3216\n    connRef = new ConnRef(router, 3216);\n    srcPt = ConnEnd(Point(7608.1, 1280.29), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7765.29, 1397.29), 1);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3217\n    connRef = new ConnRef(router, 3217);\n    srcPt = ConnEnd(Point(7765.29, 1427.29), 2);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(7608.1, 1610.29), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3218\n    connRef = new ConnRef(router, 3218);\n    srcPt = ConnEnd(Point(16788.8, 12458.7), 15);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(12937.5, 12458.7), 8);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3219\n    connRef = new ConnRef(router, 3219);\n    srcPt = ConnEnd(Point(12907.5, 12458.7), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(16557.8, 11982.3), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    // connRef3220\n    connRef = new ConnRef(router, 3220);\n    srcPt = ConnEnd(Point(12907.5, 12458.7), 4);\n    connRef->setSourceEndpoint(srcPt);\n    dstPt = ConnEnd(Point(9237.59, 12458.7), 15);\n    connRef->setDestEndpoint(dstPt);\n    connRef->setRoutingType((ConnType)2);\n\n    router->processTransaction();\n\n\trouter->outputDiagram(\"output/UnsatisfiableRangeAssertion\");\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libavoid/tests/validPaths01.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 110);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly3075375(4);\r\n    poly3075375.ps[0] = Point(51925, 52070);\r\n    poly3075375.ps[1] = Point(51925, 52130);\r\n    poly3075375.ps[2] = Point(51725, 52130);\r\n    poly3075375.ps[3] = Point(51725, 52070);\r\n    new ShapeRef(router, poly3075375, 3075375);\r\n\r\n    Polygon poly101599344(4);\r\n    poly101599344.ps[0] = Point(50275, 52410);\r\n    poly101599344.ps[1] = Point(50275, 52490);\r\n    poly101599344.ps[2] = Point(50075, 52490);\r\n    poly101599344.ps[3] = Point(50075, 52410);\r\n    new ShapeRef(router, poly101599344, 101599344);\r\n\r\n    Polygon poly127957550(4);\r\n    poly127957550.ps[0] = Point(52010, 51617);\r\n    poly127957550.ps[1] = Point(52010, 51683);\r\n    poly127957550.ps[2] = Point(51890, 51683);\r\n    poly127957550.ps[3] = Point(51890, 51617);\r\n    ShapeRef *shapeRef127957550 = new ShapeRef(router, poly127957550, 127957550);\r\n    new ShapeConnectionPin(shapeRef127957550, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 1);\r\n    new ShapeConnectionPin(shapeRef127957550, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 2);\r\n    new ShapeConnectionPin(shapeRef127957550, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef127957550, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 8);\r\n\r\n    Polygon poly129612347(4);\r\n    poly129612347.ps[0] = Point(51900, 51696);\r\n    poly129612347.ps[1] = Point(51900, 51754);\r\n    poly129612347.ps[2] = Point(51815, 51754);\r\n    poly129612347.ps[3] = Point(51815, 51696);\r\n    new ShapeRef(router, poly129612347, 129612347);\r\n\r\n    Polygon poly203389050(4);\r\n    poly203389050.ps[0] = Point(51825, 52260);\r\n    poly203389050.ps[1] = Point(51825, 52340);\r\n    poly203389050.ps[2] = Point(51625, 52340);\r\n    poly203389050.ps[3] = Point(51625, 52260);\r\n    new ShapeRef(router, poly203389050, 203389050);\r\n\r\n    Polygon poly208676910(4);\r\n    poly208676910.ps[0] = Point(51950, 51760);\r\n    poly208676910.ps[1] = Point(51950, 51840);\r\n    poly208676910.ps[2] = Point(51750, 51840);\r\n    poly208676910.ps[3] = Point(51750, 51760);\r\n    new ShapeRef(router, poly208676910, 208676910);\r\n\r\n    Polygon poly219117032(4);\r\n    poly219117032.ps[0] = Point(50225, 52070);\r\n    poly219117032.ps[1] = Point(50225, 52130);\r\n    poly219117032.ps[2] = Point(50025, 52130);\r\n    poly219117032.ps[3] = Point(50025, 52070);\r\n    new ShapeRef(router, poly219117032, 219117032);\r\n\r\n    Polygon poly258454350(4);\r\n    poly258454350.ps[0] = Point(50185, 51617);\r\n    poly258454350.ps[1] = Point(50185, 51683);\r\n    poly258454350.ps[2] = Point(50065, 51683);\r\n    poly258454350.ps[3] = Point(50065, 51617);\r\n    ShapeRef *shapeRef258454350 = new ShapeRef(router, poly258454350, 258454350);\r\n    new ShapeConnectionPin(shapeRef258454350, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 1);\r\n    new ShapeConnectionPin(shapeRef258454350, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 2);\r\n    new ShapeConnectionPin(shapeRef258454350, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 4);\r\n    new ShapeConnectionPin(shapeRef258454350, 2147483646, 0.5, 0.5, true, 0, (ConnDirFlags) 8);\r\n\r\n    Polygon poly274504590(4);\r\n    poly274504590.ps[0] = Point(51400, 52470);\r\n    poly274504590.ps[1] = Point(51400, 52530);\r\n    poly274504590.ps[2] = Point(51150, 52530);\r\n    poly274504590.ps[3] = Point(51150, 52470);\r\n    new ShapeRef(router, poly274504590, 274504590);\r\n\r\n    Polygon poly320957826(4);\r\n    poly320957826.ps[0] = Point(50275, 51910);\r\n    poly320957826.ps[1] = Point(50275, 51990);\r\n    poly320957826.ps[2] = Point(50075, 51990);\r\n    poly320957826.ps[3] = Point(50075, 51910);\r\n    new ShapeRef(router, poly320957826, 320957826);\r\n\r\n    Polygon poly368436384(4);\r\n    poly368436384.ps[0] = Point(50325, 51696);\r\n    poly368436384.ps[1] = Point(50325, 51754);\r\n    poly368436384.ps[2] = Point(50240, 51754);\r\n    poly368436384.ps[3] = Point(50240, 51696);\r\n    new ShapeRef(router, poly368436384, 368436384);\r\n\r\n    Polygon poly381499178(4);\r\n    poly381499178.ps[0] = Point(51850, 51345);\r\n    poly381499178.ps[1] = Point(51850, 51405);\r\n    poly381499178.ps[2] = Point(51650, 51405);\r\n    poly381499178.ps[3] = Point(51650, 51345);\r\n    new ShapeRef(router, poly381499178, 381499178);\r\n\r\n    Polygon poly426410694(4);\r\n    poly426410694.ps[0] = Point(50325, 52270);\r\n    poly426410694.ps[1] = Point(50325, 52330);\r\n    poly426410694.ps[2] = Point(50125, 52330);\r\n    poly426410694.ps[3] = Point(50125, 52270);\r\n    new ShapeRef(router, poly426410694, 426410694);\r\n\r\n    Polygon poly428912890(4);\r\n    poly428912890.ps[0] = Point(51825, 51510);\r\n    poly428912890.ps[1] = Point(51825, 51590);\r\n    poly428912890.ps[2] = Point(51625, 51590);\r\n    poly428912890.ps[3] = Point(51625, 51510);\r\n    new ShapeRef(router, poly428912890, 428912890);\r\n\r\n    Polygon poly468897320(4);\r\n    poly468897320.ps[0] = Point(50425, 51520);\r\n    poly468897320.ps[1] = Point(50425, 51580);\r\n    poly468897320.ps[2] = Point(50225, 51580);\r\n    poly468897320.ps[3] = Point(50225, 51520);\r\n    new ShapeRef(router, poly468897320, 468897320);\r\n\r\n    Polygon poly517518507(4);\r\n    poly517518507.ps[0] = Point(51925, 51910);\r\n    poly517518507.ps[1] = Point(51925, 51990);\r\n    poly517518507.ps[2] = Point(51725, 51990);\r\n    poly517518507.ps[3] = Point(51725, 51910);\r\n    new ShapeRef(router, poly517518507, 517518507);\r\n\r\n    Polygon poly565878858(4);\r\n    poly565878858.ps[0] = Point(51160, 52500);\r\n    poly565878858.ps[1] = Point(51160, 52810);\r\n    poly565878858.ps[2] = Point(50890, 52810);\r\n    poly565878858.ps[3] = Point(50890, 52500);\r\n    new ShapeRef(router, poly565878858, 565878858);\r\n\r\n    Polygon poly706147100(4);\r\n    poly706147100.ps[0] = Point(51160, 50990);\r\n    poly706147100.ps[1] = Point(51160, 51300);\r\n    poly706147100.ps[2] = Point(50890, 51300);\r\n    poly706147100.ps[3] = Point(50890, 50990);\r\n    new ShapeRef(router, poly706147100, 706147100);\r\n\r\n    Polygon poly746254622(4);\r\n    poly746254622.ps[0] = Point(50275, 51760);\r\n    poly746254622.ps[1] = Point(50275, 51840);\r\n    poly746254622.ps[2] = Point(50075, 51840);\r\n    poly746254622.ps[3] = Point(50075, 51760);\r\n    new ShapeRef(router, poly746254622, 746254622);\r\n\r\n    Polygon poly829835240(4);\r\n    poly829835240.ps[0] = Point(50425, 51360);\r\n    poly829835240.ps[1] = Point(50425, 51440);\r\n    poly829835240.ps[2] = Point(50225, 51440);\r\n    poly829835240.ps[3] = Point(50225, 51360);\r\n    new ShapeRef(router, poly829835240, 829835240);\r\n\r\n    Polygon poly157548160(4);\r\n    poly157548160.ps[0] = Point(51550, 51500);\r\n    poly157548160.ps[1] = Point(51550, 52225);\r\n    poly157548160.ps[2] = Point(50525, 52225);\r\n    poly157548160.ps[3] = Point(50525, 51500);\r\n    new ShapeRef(router, poly157548160, 157548160);\r\n\r\n    ConnRef *connRef6675422 = new ConnRef(router, 6675422);\r\n    ConnEnd srcPt6675422(Point(51100, 51290), 2);\r\n    connRef6675422->setSourceEndpoint(srcPt6675422);\r\n    ConnEnd dstPt6675422(Point(51150, 51510), 1);\r\n    connRef6675422->setDestEndpoint(dstPt6675422);\r\n    connRef6675422->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef13259320 = new ConnRef(router, 13259320);\r\n    ConnEnd srcPt13259320(Point(50535, 51675), 4);\r\n    connRef13259320->setSourceEndpoint(srcPt13259320);\r\n    ConnEnd dstPt13259320(Point(50315, 51725), 8);\r\n    connRef13259320->setDestEndpoint(dstPt13259320);\r\n    connRef13259320->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef17108208 = new ConnRef(router, 17108208);\r\n    ConnEnd srcPt17108208(Point(51540, 52050), 8);\r\n    connRef17108208->setSourceEndpoint(srcPt17108208);\r\n    ConnEnd dstPt17108208(Point(51735, 52100), 4);\r\n    connRef17108208->setDestEndpoint(dstPt17108208);\r\n    connRef17108208->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef41442471 = new ConnRef(router, 41442471);\r\n    ConnEnd srcPt41442471(Point(51075, 52215), 2);\r\n    connRef41442471->setSourceEndpoint(srcPt41442471);\r\n    ConnEnd dstPt41442471(Point(51050, 52510), 1);\r\n    connRef41442471->setDestEndpoint(dstPt41442471);\r\n    connRef41442471->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef45863720 = new ConnRef(router, 45863720);\r\n    ConnEnd srcPt45863720(Point(51660, 51375), 4);\r\n    connRef45863720->setSourceEndpoint(srcPt45863720);\r\n    ConnEnd dstPt45863720(Point(51300, 51510), 1);\r\n    connRef45863720->setDestEndpoint(dstPt45863720);\r\n    connRef45863720->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef52653348 = new ConnRef(router, 52653348);\r\n    ConnEnd srcPt52653348(Point(50535, 52050), 4);\r\n    connRef52653348->setSourceEndpoint(srcPt52653348);\r\n    ConnEnd dstPt52653348(Point(50215, 52100), 8);\r\n    connRef52653348->setDestEndpoint(dstPt52653348);\r\n    connRef52653348->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef57649636 = new ConnRef(router, 57649636);\r\n    ConnEnd srcPt57649636(Point(51540, 52125), 8);\r\n    connRef57649636->setSourceEndpoint(srcPt57649636);\r\n    ConnEnd dstPt57649636(Point(51915, 52100), 8);\r\n    connRef57649636->setDestEndpoint(dstPt57649636);\r\n    connRef57649636->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef64735671 = new ConnRef(router, 64735671);\r\n    ConnEnd srcPt64735671(Point(51375, 52215), 2);\r\n    connRef64735671->setSourceEndpoint(srcPt64735671);\r\n    ConnEnd dstPt64735671(Point(51815, 52300), 8);\r\n    connRef64735671->setDestEndpoint(dstPt64735671);\r\n    connRef64735671->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef81789576 = new ConnRef(router, 81789576);\r\n    ConnEnd srcPt81789576(Point(50950, 51290), 2);\r\n    connRef81789576->setSourceEndpoint(srcPt81789576);\r\n    ConnEnd dstPt81789576(Point(50925, 51510), 1);\r\n    connRef81789576->setDestEndpoint(dstPt81789576);\r\n    connRef81789576->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef87742344 = new ConnRef(router, 87742344);\r\n    ConnEnd srcPt87742344(Point(51540, 51600), 8);\r\n    connRef87742344->setSourceEndpoint(srcPt87742344);\r\n    ConnEnd dstPt87742344(shapeRef127957550, 2147483646);\r\n    connRef87742344->setDestEndpoint(dstPt87742344);\r\n    connRef87742344->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef92624219 = new ConnRef(router, 92624219);\r\n    ConnEnd srcPt92624219(Point(51450, 52215), 2);\r\n    connRef92624219->setSourceEndpoint(srcPt92624219);\r\n    ConnEnd dstPt92624219(Point(51635, 52300), 4);\r\n    connRef92624219->setDestEndpoint(dstPt92624219);\r\n    connRef92624219->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef126568050 = new ConnRef(router, 126568050);\r\n    ConnEnd srcPt126568050(Point(51540, 51975), 8);\r\n    connRef126568050->setSourceEndpoint(srcPt126568050);\r\n    ConnEnd dstPt126568050(Point(51915, 51950), 8);\r\n    connRef126568050->setDestEndpoint(dstPt126568050);\r\n    connRef126568050->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef128113340 = new ConnRef(router, 128113340);\r\n    ConnEnd srcPt128113340(Point(51300, 52215), 2);\r\n    connRef128113340->setSourceEndpoint(srcPt128113340);\r\n    ConnEnd dstPt128113340(Point(51390, 52500), 8);\r\n    connRef128113340->setDestEndpoint(dstPt128113340);\r\n    connRef128113340->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef157642749 = new ConnRef(router, 157642749);\r\n    ConnEnd srcPt157642749(Point(51225, 52215), 2);\r\n    connRef157642749->setSourceEndpoint(srcPt157642749);\r\n    // Problem point:\r\n    ConnEnd dstPt157642749(Point(51160, 52500), 4);\r\n    connRef157642749->setDestEndpoint(dstPt157642749);\r\n    connRef157642749->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef182970626 = new ConnRef(router, 182970626);\r\n    ConnEnd srcPt182970626(Point(51000, 52215), 2);\r\n    connRef182970626->setSourceEndpoint(srcPt182970626);\r\n    ConnEnd dstPt182970626(Point(51000, 52510), 1);\r\n    connRef182970626->setDestEndpoint(dstPt182970626);\r\n    connRef182970626->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef191618599 = new ConnRef(router, 191618599);\r\n    ConnEnd srcPt191618599(Point(50535, 51900), 4);\r\n    connRef191618599->setSourceEndpoint(srcPt191618599);\r\n    ConnEnd dstPt191618599(Point(50265, 51950), 8);\r\n    connRef191618599->setDestEndpoint(dstPt191618599);\r\n    connRef191618599->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef215646300 = new ConnRef(router, 215646300);\r\n    ConnEnd srcPt215646300(Point(50415, 51400), 8);\r\n    connRef215646300->setSourceEndpoint(srcPt215646300);\r\n    ConnEnd dstPt215646300(Point(50775, 51510), 1);\r\n    connRef215646300->setDestEndpoint(dstPt215646300);\r\n    connRef215646300->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef217181718 = new ConnRef(router, 217181718);\r\n    ConnEnd srcPt217181718(Point(51000, 51290), 2);\r\n    connRef217181718->setSourceEndpoint(srcPt217181718);\r\n    ConnEnd dstPt217181718(Point(51000, 51510), 1);\r\n    connRef217181718->setDestEndpoint(dstPt217181718);\r\n    connRef217181718->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef217236398 = new ConnRef(router, 217236398);\r\n    ConnEnd srcPt217236398(Point(50700, 52215), 2);\r\n    connRef217236398->setSourceEndpoint(srcPt217236398);\r\n    ConnEnd dstPt217236398(Point(50135, 52300), 4);\r\n    connRef217236398->setDestEndpoint(dstPt217236398);\r\n    connRef217236398->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef227676560 = new ConnRef(router, 227676560);\r\n    ConnEnd srcPt227676560(Point(50850, 51510), 1);\r\n    connRef227676560->setSourceEndpoint(srcPt227676560);\r\n    ConnEnd dstPt227676560(Point(50235, 51400), 4);\r\n    connRef227676560->setDestEndpoint(dstPt227676560);\r\n    connRef227676560->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef235740708 = new ConnRef(router, 235740708);\r\n    ConnEnd srcPt235740708(Point(51540, 51675), 8);\r\n    connRef235740708->setSourceEndpoint(srcPt235740708);\r\n    ConnEnd dstPt235740708(Point(51870, 51725), 8);\r\n    connRef235740708->setDestEndpoint(dstPt235740708);\r\n    connRef235740708->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef307166980 = new ConnRef(router, 307166980);\r\n    ConnEnd srcPt307166980(Point(50925, 52215), 2);\r\n    connRef307166980->setSourceEndpoint(srcPt307166980);\r\n    ConnEnd dstPt307166980(Point(50950, 52510), 1);\r\n    connRef307166980->setDestEndpoint(dstPt307166980);\r\n    connRef307166980->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef314353850 = new ConnRef(router, 314353850);\r\n    ConnEnd srcPt314353850(Point(51050, 51290), 2);\r\n    connRef314353850->setSourceEndpoint(srcPt314353850);\r\n    ConnEnd dstPt314353850(Point(51075, 51510), 1);\r\n    connRef314353850->setDestEndpoint(dstPt314353850);\r\n    connRef314353850->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef356343444 = new ConnRef(router, 356343444);\r\n    ConnEnd srcPt356343444(Point(50625, 51510), 1);\r\n    connRef356343444->setSourceEndpoint(srcPt356343444);\r\n    ConnEnd dstPt356343444(Point(50415, 51550), 8);\r\n    connRef356343444->setDestEndpoint(dstPt356343444);\r\n    connRef356343444->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef401560509 = new ConnRef(router, 401560509);\r\n    ConnEnd srcPt401560509(Point(50625, 52215), 2);\r\n    connRef401560509->setSourceEndpoint(srcPt401560509);\r\n    ConnEnd dstPt401560509(Point(50315, 52300), 8);\r\n    connRef401560509->setDestEndpoint(dstPt401560509);\r\n    connRef401560509->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef413072940 = new ConnRef(router, 413072940);\r\n    ConnEnd srcPt413072940(Point(51840, 51375), 8);\r\n    connRef413072940->setSourceEndpoint(srcPt413072940);\r\n    ConnEnd dstPt413072940(Point(51225, 51510), 1);\r\n    connRef413072940->setDestEndpoint(dstPt413072940);\r\n    connRef413072940->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef413766381 = new ConnRef(router, 413766381);\r\n    ConnEnd srcPt413766381(Point(50535, 51750), 4);\r\n    connRef413766381->setSourceEndpoint(srcPt413766381);\r\n    ConnEnd dstPt413766381(Point(50265, 51800), 8);\r\n    connRef413766381->setDestEndpoint(dstPt413766381);\r\n    connRef413766381->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef422359365 = new ConnRef(router, 422359365);\r\n    ConnEnd srcPt422359365(Point(50535, 51825), 4);\r\n    connRef422359365->setSourceEndpoint(srcPt422359365);\r\n    ConnEnd dstPt422359365(Point(50085, 51800), 4);\r\n    connRef422359365->setDestEndpoint(dstPt422359365);\r\n    connRef422359365->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef427415850 = new ConnRef(router, 427415850);\r\n    ConnEnd srcPt427415850(Point(50775, 52215), 2);\r\n    connRef427415850->setSourceEndpoint(srcPt427415850);\r\n    ConnEnd dstPt427415850(Point(50265, 52450), 8);\r\n    connRef427415850->setDestEndpoint(dstPt427415850);\r\n    connRef427415850->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef444649182 = new ConnRef(router, 444649182);\r\n    ConnEnd srcPt444649182(Point(51540, 51750), 8);\r\n    connRef444649182->setSourceEndpoint(srcPt444649182);\r\n    ConnEnd dstPt444649182(Point(51760, 51800), 4);\r\n    connRef444649182->setDestEndpoint(dstPt444649182);\r\n    connRef444649182->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef505297694 = new ConnRef(router, 505297694);\r\n    ConnEnd srcPt505297694(Point(50700, 51510), 1);\r\n    connRef505297694->setSourceEndpoint(srcPt505297694);\r\n    ConnEnd dstPt505297694(Point(50235, 51550), 4);\r\n    connRef505297694->setDestEndpoint(dstPt505297694);\r\n    connRef505297694->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef528809632 = new ConnRef(router, 528809632);\r\n    ConnEnd srcPt528809632(Point(51540, 51900), 8);\r\n    connRef528809632->setSourceEndpoint(srcPt528809632);\r\n    ConnEnd dstPt528809632(Point(51735, 51950), 4);\r\n    connRef528809632->setDestEndpoint(dstPt528809632);\r\n    connRef528809632->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef548127810 = new ConnRef(router, 548127810);\r\n    ConnEnd srcPt548127810(Point(50535, 51975), 4);\r\n    connRef548127810->setSourceEndpoint(srcPt548127810);\r\n    ConnEnd dstPt548127810(Point(50085, 51950), 4);\r\n    connRef548127810->setDestEndpoint(dstPt548127810);\r\n    connRef548127810->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef648819584 = new ConnRef(router, 648819584);\r\n    ConnEnd srcPt648819584(Point(51540, 51825), 8);\r\n    connRef648819584->setSourceEndpoint(srcPt648819584);\r\n    ConnEnd dstPt648819584(Point(51940, 51800), 8);\r\n    connRef648819584->setDestEndpoint(dstPt648819584);\r\n    connRef648819584->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef651183694 = new ConnRef(router, 651183694);\r\n    ConnEnd srcPt651183694(Point(51635, 51550), 4);\r\n    connRef651183694->setSourceEndpoint(srcPt651183694);\r\n    ConnEnd dstPt651183694(Point(51450, 51510), 1);\r\n    connRef651183694->setDestEndpoint(dstPt651183694);\r\n    connRef651183694->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef655025700 = new ConnRef(router, 655025700);\r\n    ConnEnd srcPt655025700(Point(51150, 52215), 2);\r\n    connRef655025700->setSourceEndpoint(srcPt655025700);\r\n    ConnEnd dstPt655025700(Point(51100, 52510), 1);\r\n    connRef655025700->setDestEndpoint(dstPt655025700);\r\n    connRef655025700->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef662151765 = new ConnRef(router, 662151765);\r\n    ConnEnd srcPt662151765(Point(50535, 51600), 4);\r\n    connRef662151765->setSourceEndpoint(srcPt662151765);\r\n    ConnEnd dstPt662151765(shapeRef258454350, 2147483646);\r\n    connRef662151765->setDestEndpoint(dstPt662151765);\r\n    connRef662151765->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef678159455 = new ConnRef(router, 678159455);\r\n    ConnEnd srcPt678159455(Point(51815, 51550), 8);\r\n    connRef678159455->setSourceEndpoint(srcPt678159455);\r\n    ConnEnd dstPt678159455(Point(51375, 51510), 1);\r\n    connRef678159455->setDestEndpoint(dstPt678159455);\r\n    connRef678159455->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef803304040 = new ConnRef(router, 803304040);\r\n    ConnEnd srcPt803304040(Point(50850, 52215), 2);\r\n    connRef803304040->setSourceEndpoint(srcPt803304040);\r\n    ConnEnd dstPt803304040(Point(50085, 52450), 4);\r\n    connRef803304040->setDestEndpoint(dstPt803304040);\r\n    connRef803304040->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef960638799 = new ConnRef(router, 960638799);\r\n    ConnEnd srcPt960638799(Point(50535, 52125), 4);\r\n    connRef960638799->setSourceEndpoint(srcPt960638799);\r\n    ConnEnd dstPt960638799(Point(50035, 52100), 4);\r\n    connRef960638799->setDestEndpoint(dstPt960638799);\r\n    connRef960638799->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/validPaths01\");\r\n    int result = router->existsInvalidOrthogonalPaths();\r\n    delete router;\r\n    return result;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/validPaths02.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 200);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 110);\r\n    router->setRoutingPenalty((PenaltyType)5, 100);\r\n    router->setRoutingOption((RoutingOption)0, false);\r\n    router->setRoutingOption((RoutingOption)1, true);\r\n    router->setRoutingParameter(idealNudgingDistance, 25);\r\n\r\n    Polygon poly186982048(4);\r\n    poly186982048.ps[0] = Point(52660, 50490);\r\n    poly186982048.ps[1] = Point(52660, 50960);\r\n    poly186982048.ps[2] = Point(52090, 50960);\r\n    poly186982048.ps[3] = Point(52090, 50490);\r\n    ShapeRef *shapeRef186982048 = new ShapeRef(router, poly186982048, 186982048);\r\n    new ShapeConnectionPin(shapeRef186982048, 5, 0.982456, 0.12766, true, 0, (ConnDirFlags) 8);\r\n    new ShapeConnectionPin(shapeRef186982048, 13, 0.982456, 0.234043, true, 0, (ConnDirFlags) 8);\r\n\r\n    Polygon poly197692264(4);\r\n    poly197692264.ps[0] = Point(52560, 50342);\r\n    poly197692264.ps[1] = Point(52560, 50425);\r\n    poly197692264.ps[2] = Point(52440, 50425);\r\n    poly197692264.ps[3] = Point(52440, 50342);\r\n    ShapeRef *shapeRef197692264 = new ShapeRef(router, poly197692264, 197692264);\r\n    new ShapeConnectionPin(shapeRef197692264, 1, 0.5, 0.39759, true, 0, (ConnDirFlags) 13);\r\n    new ShapeConnectionPin(shapeRef197692264, 2, 0.5, 1, true, 10, (ConnDirFlags) 2);\r\n\r\n    ConnRef *connRef111820287 = new ConnRef(router, 111820287);\r\n    ConnEnd srcPt111820287(shapeRef186982048, 13);\r\n    connRef111820287->setSourceEndpoint(srcPt111820287);\r\n    ConnEnd dstPt111820287(shapeRef197692264, 2);\r\n    connRef111820287->setDestEndpoint(dstPt111820287);\r\n    connRef111820287->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef744282799 = new ConnRef(router, 744282799);\r\n    ConnEnd srcPt744282799(shapeRef186982048, 5);\r\n    connRef744282799->setSourceEndpoint(srcPt744282799);\r\n    ConnEnd dstPt744282799(shapeRef197692264, 1);\r\n    connRef744282799->setDestEndpoint(dstPt744282799);\r\n    connRef744282799->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/validPaths02\");\r\n    int result = router->existsInvalidOrthogonalPaths();\r\n    delete router;\r\n    return result;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/tests/vertlineassertion.cpp",
    "content": "#include \"libavoid/libavoid.h\"\r\nusing namespace Avoid;\r\nint main(void) {\r\n    Router *router = new Router(\r\n            PolyLineRouting | OrthogonalRouting);\r\n    router->setRoutingPenalty((PenaltyType)0, 50);\r\n    router->setRoutingPenalty((PenaltyType)1, 0);\r\n    router->setRoutingPenalty((PenaltyType)2, 0);\r\n    router->setRoutingPenalty((PenaltyType)3, 4000);\r\n    router->setRoutingPenalty((PenaltyType)4, 0);\r\n\r\n    Polygon poly2(4);\r\n    poly2.ps[0] = Point(129, 898);\r\n    poly2.ps[1] = Point(129, 918);\r\n    poly2.ps[2] = Point(109, 918);\r\n    poly2.ps[3] = Point(109, 898);\r\n    new ShapeRef(router, poly2, 2);\r\n    \r\n    Polygon poly3(4);\r\n    poly3.ps[0] = Point(272, 951);\r\n    poly3.ps[1] = Point(272, 971);\r\n    poly3.ps[2] = Point(252, 971);\r\n    poly3.ps[3] = Point(252, 951);\r\n    new ShapeRef(router, poly3, 3);\r\n    \r\n    Polygon poly4(4);\r\n    poly4.ps[0] = Point(139, 931);\r\n    poly4.ps[1] = Point(139, 971);\r\n    poly4.ps[2] = Point(99, 971);\r\n    poly4.ps[3] = Point(99, 931);\r\n    new ShapeRef(router, poly4, 4);\r\n    \r\n    Polygon poly5(4);\r\n    poly5.ps[0] = Point(665, 212.5);\r\n    poly5.ps[1] = Point(665, 459.5);\r\n    poly5.ps[2] = Point(593, 459.5);\r\n    poly5.ps[3] = Point(593, 212.5);\r\n    new ShapeRef(router, poly5, 5);\r\n    \r\n    Polygon poly6(4);\r\n    poly6.ps[0] = Point(518, 52);\r\n    poly6.ps[1] = Point(518, 96);\r\n    poly6.ps[2] = Point(398, 96);\r\n    poly6.ps[3] = Point(398, 52);\r\n    new ShapeRef(router, poly6, 6);\r\n    \r\n    Polygon poly7(4);\r\n    poly7.ps[0] = Point(361, 899);\r\n    poly7.ps[1] = Point(361, 919);\r\n    poly7.ps[2] = Point(341, 919);\r\n    poly7.ps[3] = Point(341, 899);\r\n    new ShapeRef(router, poly7, 7);\r\n    \r\n    Polygon poly8(4);\r\n    poly8.ps[0] = Point(470, 930);\r\n    poly8.ps[1] = Point(470, 950);\r\n    poly8.ps[2] = Point(450, 950);\r\n    poly8.ps[3] = Point(450, 930);\r\n    new ShapeRef(router, poly8, 8);\r\n    \r\n    Polygon poly9(4);\r\n    poly9.ps[0] = Point(422, 930);\r\n    poly9.ps[1] = Point(422, 950);\r\n    poly9.ps[2] = Point(402, 950);\r\n    poly9.ps[3] = Point(402, 930);\r\n    new ShapeRef(router, poly9, 9);\r\n    \r\n    Polygon poly10(4);\r\n    poly10.ps[0] = Point(414, 861);\r\n    poly10.ps[1] = Point(414, 881);\r\n    poly10.ps[2] = Point(394, 881);\r\n    poly10.ps[3] = Point(394, 861);\r\n    new ShapeRef(router, poly10, 10);\r\n    \r\n    Polygon poly11(4);\r\n    poly11.ps[0] = Point(414, 840);\r\n    poly11.ps[1] = Point(414, 860);\r\n    poly11.ps[2] = Point(394, 860);\r\n    poly11.ps[3] = Point(394, 840);\r\n    new ShapeRef(router, poly11, 11);\r\n    \r\n    Polygon poly12(4);\r\n    poly12.ps[0] = Point(302, 852);\r\n    poly12.ps[1] = Point(302, 872);\r\n    poly12.ps[2] = Point(282, 872);\r\n    poly12.ps[3] = Point(282, 852);\r\n    new ShapeRef(router, poly12, 12);\r\n    \r\n    Polygon poly13(4);\r\n    poly13.ps[0] = Point(193, 852);\r\n    poly13.ps[1] = Point(193, 872);\r\n    poly13.ps[2] = Point(173, 872);\r\n    poly13.ps[3] = Point(173, 852);\r\n    new ShapeRef(router, poly13, 13);\r\n    \r\n    Polygon poly14(4);\r\n    poly14.ps[0] = Point(541, 851);\r\n    poly14.ps[1] = Point(541, 871);\r\n    poly14.ps[2] = Point(521, 871);\r\n    poly14.ps[3] = Point(521, 851);\r\n    new ShapeRef(router, poly14, 14);\r\n    \r\n    Polygon poly15(4);\r\n    poly15.ps[0] = Point(401, 739);\r\n    poly15.ps[1] = Point(401, 783);\r\n    poly15.ps[2] = Point(313, 783);\r\n    poly15.ps[3] = Point(313, 739);\r\n    new ShapeRef(router, poly15, 15);\r\n    \r\n    Polygon poly16(4);\r\n    poly16.ps[0] = Point(466, 757);\r\n    poly16.ps[1] = Point(466, 777);\r\n    poly16.ps[2] = Point(446, 777);\r\n    poly16.ps[3] = Point(446, 757);\r\n    new ShapeRef(router, poly16, 16);\r\n    \r\n    Polygon poly17(4);\r\n    poly17.ps[0] = Point(466, 688);\r\n    poly17.ps[1] = Point(466, 708);\r\n    poly17.ps[2] = Point(446, 708);\r\n    poly17.ps[3] = Point(446, 688);\r\n    new ShapeRef(router, poly17, 17);\r\n    \r\n    Polygon poly18(4);\r\n    poly18.ps[0] = Point(467, 616);\r\n    poly18.ps[1] = Point(467, 636);\r\n    poly18.ps[2] = Point(447, 636);\r\n    poly18.ps[3] = Point(447, 616);\r\n    new ShapeRef(router, poly18, 18);\r\n    \r\n    Polygon poly19(4);\r\n    poly19.ps[0] = Point(441, 471);\r\n    poly19.ps[1] = Point(441, 491);\r\n    poly19.ps[2] = Point(421, 491);\r\n    poly19.ps[3] = Point(421, 471);\r\n    new ShapeRef(router, poly19, 19);\r\n    \r\n    Polygon poly20(4);\r\n    poly20.ps[0] = Point(359.5, 575);\r\n    poly20.ps[1] = Point(359.5, 619);\r\n    poly20.ps[2] = Point(196.5, 619);\r\n    poly20.ps[3] = Point(196.5, 575);\r\n    new ShapeRef(router, poly20, 20);\r\n    \r\n    Polygon poly21(4);\r\n    poly21.ps[0] = Point(386, 437);\r\n    poly21.ps[1] = Point(386, 457);\r\n    poly21.ps[2] = Point(366, 457);\r\n    poly21.ps[3] = Point(366, 437);\r\n    new ShapeRef(router, poly21, 21);\r\n    \r\n    Polygon poly22(4);\r\n    poly22.ps[0] = Point(466, 391);\r\n    poly22.ps[1] = Point(466, 411);\r\n    poly22.ps[2] = Point(446, 411);\r\n    poly22.ps[3] = Point(446, 391);\r\n    new ShapeRef(router, poly22, 22);\r\n    \r\n    Polygon poly23(4);\r\n    poly23.ps[0] = Point(466, 325);\r\n    poly23.ps[1] = Point(466, 345);\r\n    poly23.ps[2] = Point(446, 345);\r\n    poly23.ps[3] = Point(446, 325);\r\n    new ShapeRef(router, poly23, 23);\r\n    \r\n    Polygon poly24(4);\r\n    poly24.ps[0] = Point(413, 325);\r\n    poly24.ps[1] = Point(413, 345);\r\n    poly24.ps[2] = Point(393, 345);\r\n    poly24.ps[3] = Point(393, 325);\r\n    new ShapeRef(router, poly24, 24);\r\n    \r\n    Polygon poly25(4);\r\n    poly25.ps[0] = Point(535, 182);\r\n    poly25.ps[1] = Point(535, 202);\r\n    poly25.ps[2] = Point(515, 202);\r\n    poly25.ps[3] = Point(515, 182);\r\n    new ShapeRef(router, poly25, 25);\r\n    \r\n    Polygon poly26(4);\r\n    poly26.ps[0] = Point(466, 255);\r\n    poly26.ps[1] = Point(466, 275);\r\n    poly26.ps[2] = Point(446, 275);\r\n    poly26.ps[3] = Point(446, 255);\r\n    new ShapeRef(router, poly26, 26);\r\n    \r\n    Polygon poly27(4);\r\n    poly27.ps[0] = Point(466, 160);\r\n    poly27.ps[1] = Point(466, 180);\r\n    poly27.ps[2] = Point(446, 180);\r\n    poly27.ps[3] = Point(446, 160);\r\n    new ShapeRef(router, poly27, 27);\r\n    \r\n    Polygon poly28(4);\r\n    poly28.ps[0] = Point(386, 289);\r\n    poly28.ps[1] = Point(386, 309);\r\n    poly28.ps[2] = Point(366, 309);\r\n    poly28.ps[3] = Point(366, 289);\r\n    new ShapeRef(router, poly28, 28);\r\n    \r\n    Polygon poly29(4);\r\n    poly29.ps[0] = Point(231, 270);\r\n    poly29.ps[1] = Point(231, 290);\r\n    poly29.ps[2] = Point(211, 290);\r\n    poly29.ps[3] = Point(211, 270);\r\n    new ShapeRef(router, poly29, 29);\r\n    \r\n    Polygon poly30(4);\r\n    poly30.ps[0] = Point(231, 289);\r\n    poly30.ps[1] = Point(231, 309);\r\n    poly30.ps[2] = Point(211, 309);\r\n    poly30.ps[3] = Point(211, 289);\r\n    new ShapeRef(router, poly30, 30);\r\n    \r\n    Polygon poly31(4);\r\n    poly31.ps[0] = Point(340, 256);\r\n    poly31.ps[1] = Point(340, 276);\r\n    poly31.ps[2] = Point(320, 276);\r\n    poly31.ps[3] = Point(320, 256);\r\n    new ShapeRef(router, poly31, 31);\r\n    \r\n    Polygon poly32(4);\r\n    poly32.ps[0] = Point(290, 256);\r\n    poly32.ps[1] = Point(290, 276);\r\n    poly32.ps[2] = Point(270, 276);\r\n    poly32.ps[3] = Point(270, 256);\r\n    new ShapeRef(router, poly32, 32);\r\n    \r\n    Polygon poly33(4);\r\n    poly33.ps[0] = Point(164, 251);\r\n    poly33.ps[1] = Point(164, 271);\r\n    poly33.ps[2] = Point(144, 271);\r\n    poly33.ps[3] = Point(144, 251);\r\n    new ShapeRef(router, poly33, 33);\r\n    \r\n    Polygon poly34(4);\r\n    poly34.ps[0] = Point(231, 214);\r\n    poly34.ps[1] = Point(231, 234);\r\n    poly34.ps[2] = Point(211, 234);\r\n    poly34.ps[3] = Point(211, 214);\r\n    new ShapeRef(router, poly34, 34);\r\n    \r\n    Polygon poly35(4);\r\n    poly35.ps[0] = Point(231, 195);\r\n    poly35.ps[1] = Point(231, 215);\r\n    poly35.ps[2] = Point(211, 215);\r\n    poly35.ps[3] = Point(211, 195);\r\n    new ShapeRef(router, poly35, 35);\r\n    \r\n    Polygon poly36(4);\r\n    poly36.ps[0] = Point(299, 173);\r\n    poly36.ps[1] = Point(299, 193);\r\n    poly36.ps[2] = Point(279, 193);\r\n    poly36.ps[3] = Point(279, 173);\r\n    new ShapeRef(router, poly36, 36);\r\n    \r\n    Polygon poly37(4);\r\n    poly37.ps[0] = Point(326, 141);\r\n    poly37.ps[1] = Point(326, 161);\r\n    poly37.ps[2] = Point(306, 161);\r\n    poly37.ps[3] = Point(306, 141);\r\n    new ShapeRef(router, poly37, 37);\r\n    \r\n    Polygon poly38(4);\r\n    poly38.ps[0] = Point(326, 120);\r\n    poly38.ps[1] = Point(326, 140);\r\n    poly38.ps[2] = Point(306, 140);\r\n    poly38.ps[3] = Point(306, 120);\r\n    new ShapeRef(router, poly38, 38);\r\n    \r\n    Polygon poly39(4);\r\n    poly39.ps[0] = Point(295.5, 39.5);\r\n    poly39.ps[1] = Point(295.5, 74.5);\r\n    poly39.ps[2] = Point(34.5, 74.5);\r\n    poly39.ps[3] = Point(34.5, 39.5);\r\n    new ShapeRef(router, poly39, 39);\r\n    \r\n    Polygon poly40(4);\r\n    poly40.ps[0] = Point(245, 895);\r\n    poly40.ps[1] = Point(245, 915);\r\n    poly40.ps[2] = Point(225, 915);\r\n    poly40.ps[3] = Point(225, 895);\r\n    new ShapeRef(router, poly40, 40);\r\n    \r\n    Polygon poly41(4);\r\n    poly41.ps[0] = Point(466, 543);\r\n    poly41.ps[1] = Point(466, 563);\r\n    poly41.ps[2] = Point(446, 563);\r\n    poly41.ps[3] = Point(446, 543);\r\n    new ShapeRef(router, poly41, 41);\r\n    \r\n    Polygon poly42(4);\r\n    poly42.ps[0] = Point(231, 233);\r\n    poly42.ps[1] = Point(231, 253);\r\n    poly42.ps[2] = Point(211, 253);\r\n    poly42.ps[3] = Point(211, 233);\r\n    new ShapeRef(router, poly42, 42);\r\n    \r\n    Polygon poly43(4);\r\n    poly43.ps[0] = Point(231, 308);\r\n    poly43.ps[1] = Point(231, 328);\r\n    poly43.ps[2] = Point(211, 328);\r\n    poly43.ps[3] = Point(211, 308);\r\n    new ShapeRef(router, poly43, 43);\r\n    \r\n    Polygon poly44(4);\r\n    poly44.ps[0] = Point(164, 347);\r\n    poly44.ps[1] = Point(164, 367);\r\n    poly44.ps[2] = Point(144, 367);\r\n    poly44.ps[3] = Point(144, 347);\r\n    new ShapeRef(router, poly44, 44);\r\n    \r\n    Polygon poly45(4);\r\n    poly45.ps[0] = Point(164, 373);\r\n    poly45.ps[1] = Point(164, 393);\r\n    poly45.ps[2] = Point(144, 393);\r\n    poly45.ps[3] = Point(144, 373);\r\n    new ShapeRef(router, poly45, 45);\r\n    \r\n    Polygon poly46(4);\r\n    poly46.ps[0] = Point(274, 346);\r\n    poly46.ps[1] = Point(274, 366);\r\n    poly46.ps[2] = Point(254, 366);\r\n    poly46.ps[3] = Point(254, 346);\r\n    new ShapeRef(router, poly46, 46);\r\n    \r\n    Polygon poly47(4);\r\n    poly47.ps[0] = Point(274, 372);\r\n    poly47.ps[1] = Point(274, 392);\r\n    poly47.ps[2] = Point(254, 392);\r\n    poly47.ps[3] = Point(254, 372);\r\n    new ShapeRef(router, poly47, 47);\r\n    \r\n    Polygon poly48(4);\r\n    poly48.ps[0] = Point(594, 173);\r\n    poly48.ps[1] = Point(594, 213);\r\n    poly48.ps[2] = Point(554, 213);\r\n    poly48.ps[3] = Point(554, 173);\r\n    new ShapeRef(router, poly48, 48);\r\n    \r\n    Polygon poly49(4);\r\n    poly49.ps[0] = Point(476, 121);\r\n    poly49.ps[1] = Point(476, 161);\r\n    poly49.ps[2] = Point(436, 161);\r\n    poly49.ps[3] = Point(436, 121);\r\n    new ShapeRef(router, poly49, 49);\r\n    \r\n    Polygon poly50(4);\r\n    poly50.ps[0] = Point(476, 642);\r\n    poly50.ps[1] = Point(476, 682);\r\n    poly50.ps[2] = Point(436, 682);\r\n    poly50.ps[3] = Point(436, 642);\r\n    new ShapeRef(router, poly50, 50);\r\n    \r\n    Polygon poly51(4);\r\n    poly51.ps[0] = Point(174, 206);\r\n    poly51.ps[1] = Point(174, 246);\r\n    poly51.ps[2] = Point(134, 246);\r\n    poly51.ps[3] = Point(134, 206);\r\n    new ShapeRef(router, poly51, 51);\r\n    \r\n    Polygon poly52(4);\r\n    poly52.ps[0] = Point(174, 279);\r\n    poly52.ps[1] = Point(174, 319);\r\n    poly52.ps[2] = Point(134, 319);\r\n    poly52.ps[3] = Point(134, 279);\r\n    new ShapeRef(router, poly52, 52);\r\n    \r\n    Polygon poly53(4);\r\n    poly53.ps[0] = Point(325, 426);\r\n    poly53.ps[1] = Point(325, 466);\r\n    poly53.ps[2] = Point(285, 466);\r\n    poly53.ps[3] = Point(285, 426);\r\n    new ShapeRef(router, poly53, 53);\r\n    \r\n    Polygon poly54(4);\r\n    poly54.ps[0] = Point(325, 279);\r\n    poly54.ps[1] = Point(325, 319);\r\n    poly54.ps[2] = Point(285, 319);\r\n    poly54.ps[3] = Point(285, 279);\r\n    new ShapeRef(router, poly54, 54);\r\n    \r\n    Polygon poly55(4);\r\n    poly55.ps[0] = Point(476, 208);\r\n    poly55.ps[1] = Point(476, 248);\r\n    poly55.ps[2] = Point(436, 248);\r\n    poly55.ps[3] = Point(436, 208);\r\n    new ShapeRef(router, poly55, 55);\r\n    \r\n    Polygon poly56(4);\r\n    poly56.ps[0] = Point(476, 281);\r\n    poly56.ps[1] = Point(476, 321);\r\n    poly56.ps[2] = Point(436, 321);\r\n    poly56.ps[3] = Point(436, 281);\r\n    new ShapeRef(router, poly56, 56);\r\n    \r\n    Polygon poly57(4);\r\n    poly57.ps[0] = Point(476, 714);\r\n    poly57.ps[1] = Point(476, 754);\r\n    poly57.ps[2] = Point(436, 754);\r\n    poly57.ps[3] = Point(436, 714);\r\n    new ShapeRef(router, poly57, 57);\r\n    \r\n    Polygon poly58(4);\r\n    poly58.ps[0] = Point(476, 570);\r\n    poly58.ps[1] = Point(476, 610);\r\n    poly58.ps[2] = Point(436, 610);\r\n    poly58.ps[3] = Point(436, 570);\r\n    new ShapeRef(router, poly58, 58);\r\n    \r\n    Polygon poly59(4);\r\n    poly59.ps[0] = Point(476, 498);\r\n    poly59.ps[1] = Point(476, 538);\r\n    poly59.ps[2] = Point(436, 538);\r\n    poly59.ps[3] = Point(436, 498);\r\n    new ShapeRef(router, poly59, 59);\r\n    \r\n    Polygon poly60(4);\r\n    poly60.ps[0] = Point(620, 841);\r\n    poly60.ps[1] = Point(620, 881);\r\n    poly60.ps[2] = Point(580, 881);\r\n    poly60.ps[3] = Point(580, 841);\r\n    new ShapeRef(router, poly60, 60);\r\n    \r\n    Polygon poly61(4);\r\n    poly61.ps[0] = Point(307, 884);\r\n    poly61.ps[1] = Point(307, 924);\r\n    poly61.ps[2] = Point(267, 924);\r\n    poly61.ps[3] = Point(267, 884);\r\n    new ShapeRef(router, poly61, 61);\r\n    \r\n    Polygon poly62(4);\r\n    poly62.ps[0] = Point(543, 931);\r\n    poly62.ps[1] = Point(543, 971);\r\n    poly62.ps[2] = Point(503, 971);\r\n    poly62.ps[3] = Point(503, 931);\r\n    new ShapeRef(router, poly62, 62);\r\n    \r\n    Polygon poly63(4);\r\n    poly63.ps[0] = Point(476, 841);\r\n    poly63.ps[1] = Point(476, 881);\r\n    poly63.ps[2] = Point(436, 881);\r\n    poly63.ps[3] = Point(436, 841);\r\n    new ShapeRef(router, poly63, 63);\r\n    \r\n    Polygon poly64(4);\r\n    poly64.ps[0] = Point(371, 841);\r\n    poly64.ps[1] = Point(371, 881);\r\n    poly64.ps[2] = Point(331, 881);\r\n    poly64.ps[3] = Point(331, 841);\r\n    new ShapeRef(router, poly64, 64);\r\n    \r\n    Polygon poly65(4);\r\n    poly65.ps[0] = Point(371, 798);\r\n    poly65.ps[1] = Point(371, 838);\r\n    poly65.ps[2] = Point(331, 838);\r\n    poly65.ps[3] = Point(331, 798);\r\n    new ShapeRef(router, poly65, 65);\r\n    \r\n    Polygon poly66(4);\r\n    poly66.ps[0] = Point(139, 841);\r\n    poly66.ps[1] = Point(139, 881);\r\n    poly66.ps[2] = Point(99, 881);\r\n    poly66.ps[3] = Point(99, 841);\r\n    new ShapeRef(router, poly66, 66);\r\n    \r\n    Polygon poly67(4);\r\n    poly67.ps[0] = Point(371, 931);\r\n    poly67.ps[1] = Point(371, 971);\r\n    poly67.ps[2] = Point(331, 971);\r\n    poly67.ps[3] = Point(331, 931);\r\n    new ShapeRef(router, poly67, 67);\r\n    \r\n    Polygon poly68(4);\r\n    poly68.ps[0] = Point(258, 841);\r\n    poly68.ps[1] = Point(258, 881);\r\n    poly68.ps[2] = Point(218, 881);\r\n    poly68.ps[3] = Point(218, 841);\r\n    new ShapeRef(router, poly68, 68);\r\n    \r\n    Polygon poly69(4);\r\n    poly69.ps[0] = Point(205, 884);\r\n    poly69.ps[1] = Point(205, 924);\r\n    poly69.ps[2] = Point(165, 924);\r\n    poly69.ps[3] = Point(165, 884);\r\n    new ShapeRef(router, poly69, 69);\r\n    \r\n    Polygon poly70(4);\r\n    poly70.ps[0] = Point(476, 351);\r\n    poly70.ps[1] = Point(476, 391);\r\n    poly70.ps[2] = Point(436, 391);\r\n    poly70.ps[3] = Point(436, 351);\r\n    new ShapeRef(router, poly70, 70);\r\n    \r\n    Polygon poly71(4);\r\n    poly71.ps[0] = Point(125, 336);\r\n    poly71.ps[1] = Point(125, 376);\r\n    poly71.ps[2] = Point(85, 376);\r\n    poly71.ps[3] = Point(85, 336);\r\n    new ShapeRef(router, poly71, 71);\r\n    \r\n    Polygon poly72(4);\r\n    poly72.ps[0] = Point(232, 336);\r\n    poly72.ps[1] = Point(232, 376);\r\n    poly72.ps[2] = Point(192, 376);\r\n    poly72.ps[3] = Point(192, 336);\r\n    new ShapeRef(router, poly72, 72);\r\n    \r\n    Polygon poly73(4);\r\n    poly73.ps[0] = Point(232, 362);\r\n    poly73.ps[1] = Point(232, 402);\r\n    poly73.ps[2] = Point(192, 402);\r\n    poly73.ps[3] = Point(192, 362);\r\n    new ShapeRef(router, poly73, 73);\r\n    \r\n    Polygon poly74(4);\r\n    poly74.ps[0] = Point(125, 362);\r\n    poly74.ps[1] = Point(125, 402);\r\n    poly74.ps[2] = Point(85, 402);\r\n    poly74.ps[3] = Point(85, 362);\r\n    new ShapeRef(router, poly74, 74);\r\n    \r\n    Polygon poly75(4);\r\n    poly75.ps[0] = Point(77.5, 716);\r\n    poly75.ps[1] = Point(77.5, 880);\r\n    poly75.ps[2] = Point(20.5, 880);\r\n    poly75.ps[3] = Point(20.5, 716);\r\n    new ShapeRef(router, poly75, 75);\r\n    \r\n    Polygon poly76(4);\r\n    poly76.ps[0] = Point(187, 713);\r\n    poly76.ps[1] = Point(187, 733);\r\n    poly76.ps[2] = Point(167, 733);\r\n    poly76.ps[3] = Point(167, 713);\r\n    new ShapeRef(router, poly76, 76);\r\n    \r\n    Polygon poly77(4);\r\n    poly77.ps[0] = Point(139, 714);\r\n    poly77.ps[1] = Point(139, 754);\r\n    poly77.ps[2] = Point(99, 754);\r\n    poly77.ps[3] = Point(99, 714);\r\n    new ShapeRef(router, poly77, 77);\r\n    \r\n    Polygon poly78(4);\r\n    poly78.ps[0] = Point(422, 951);\r\n    poly78.ps[1] = Point(422, 971);\r\n    poly78.ps[2] = Point(402, 971);\r\n    poly78.ps[3] = Point(402, 951);\r\n    new ShapeRef(router, poly78, 78);\r\n    \r\n    Polygon poly79(4);\r\n    poly79.ps[0] = Point(187, 734);\r\n    poly79.ps[1] = Point(187, 754);\r\n    poly79.ps[2] = Point(167, 754);\r\n    poly79.ps[3] = Point(167, 734);\r\n    new ShapeRef(router, poly79, 79);\r\n    \r\n    Polygon poly80(4);\r\n    poly80.ps[0] = Point(470, 951);\r\n    poly80.ps[1] = Point(470, 971);\r\n    poly80.ps[2] = Point(450, 971);\r\n    poly80.ps[3] = Point(450, 951);\r\n    new ShapeRef(router, poly80, 80);\r\n    \r\n    Polygon poly81(4);\r\n    poly81.ps[0] = Point(669.5, 899.5);\r\n    poly81.ps[1] = Point(669.5, 934.5);\r\n    poly81.ps[2] = Point(532.5, 934.5);\r\n    poly81.ps[3] = Point(532.5, 899.5);\r\n    new ShapeRef(router, poly81, 81);\r\n    \r\n    Polygon poly82(4);\r\n    poly82.ps[0] = Point(491, 471);\r\n    poly82.ps[1] = Point(491, 491);\r\n    poly82.ps[2] = Point(471, 491);\r\n    poly82.ps[3] = Point(471, 471);\r\n    new ShapeRef(router, poly82, 82);\r\n    \r\n    Polygon poly83(4);\r\n    poly83.ps[0] = Point(565, 512);\r\n    poly83.ps[1] = Point(565, 532);\r\n    poly83.ps[2] = Point(545, 532);\r\n    poly83.ps[3] = Point(545, 512);\r\n    new ShapeRef(router, poly83, 83);\r\n    \r\n    Polygon poly84(4);\r\n    poly84.ps[0] = Point(538, 531);\r\n    poly84.ps[1] = Point(538, 551);\r\n    poly84.ps[2] = Point(518, 551);\r\n    poly84.ps[3] = Point(518, 531);\r\n    new ShapeRef(router, poly84, 84);\r\n    \r\n    Polygon poly85(4);\r\n    poly85.ps[0] = Point(272, 782);\r\n    poly85.ps[1] = Point(272, 802);\r\n    poly85.ps[2] = Point(252, 802);\r\n    poly85.ps[3] = Point(252, 782);\r\n    new ShapeRef(router, poly85, 85);\r\n    \r\n    Polygon poly86(4);\r\n    poly86.ps[0] = Point(515, 512);\r\n    poly86.ps[1] = Point(515, 532);\r\n    poly86.ps[2] = Point(495, 532);\r\n    poly86.ps[3] = Point(495, 512);\r\n    new ShapeRef(router, poly86, 86);\r\n    \r\n    Polygon poly87(4);\r\n    poly87.ps[0] = Point(391, 534);\r\n    poly87.ps[1] = Point(391, 574);\r\n    poly87.ps[2] = Point(351, 574);\r\n    poly87.ps[3] = Point(351, 534);\r\n    new ShapeRef(router, poly87, 87);\r\n    \r\n    Polygon poly88(4);\r\n    poly88.ps[0] = Point(420, 573);\r\n    poly88.ps[1] = Point(420, 593);\r\n    poly88.ps[2] = Point(400, 593);\r\n    poly88.ps[3] = Point(400, 573);\r\n    new ShapeRef(router, poly88, 88);\r\n    \r\n    Polygon poly89(4);\r\n    poly89.ps[0] = Point(421, 509);\r\n    poly89.ps[1] = Point(421, 529);\r\n    poly89.ps[2] = Point(401, 529);\r\n    poly89.ps[3] = Point(401, 509);\r\n    new ShapeRef(router, poly89, 89);\r\n    \r\n    Polygon poly90(4);\r\n    poly90.ps[0] = Point(476, 426);\r\n    poly90.ps[1] = Point(476, 466);\r\n    poly90.ps[2] = Point(436, 466);\r\n    poly90.ps[3] = Point(436, 426);\r\n    new ShapeRef(router, poly90, 90);\r\n    \r\n    Polygon poly91(4);\r\n    poly91.ps[0] = Point(290, 970);\r\n    poly91.ps[1] = Point(290, 1010);\r\n    poly91.ps[2] = Point(234, 1010);\r\n    poly91.ps[3] = Point(234, 970);\r\n    new ShapeRef(router, poly91, 91);\r\n    \r\n    Polygon poly92(4);\r\n    poly92.ps[0] = Point(85, 888);\r\n    poly92.ps[1] = Point(85, 928);\r\n    poly92.ps[2] = Point(29, 928);\r\n    poly92.ps[3] = Point(29, 888);\r\n    new ShapeRef(router, poly92, 92);\r\n    \r\n    Polygon poly93(4);\r\n    poly93.ps[0] = Point(290, 991);\r\n    poly93.ps[1] = Point(290, 1031);\r\n    poly93.ps[2] = Point(234, 1031);\r\n    poly93.ps[3] = Point(234, 991);\r\n    new ShapeRef(router, poly93, 93);\r\n    \r\n    Polygon poly94(4);\r\n    poly94.ps[0] = Point(317, 889);\r\n    poly94.ps[1] = Point(317, 929);\r\n    poly94.ps[2] = Point(261, 929);\r\n    poly94.ps[3] = Point(261, 889);\r\n    new ShapeRef(router, poly94, 94);\r\n    \r\n    Polygon poly95(4);\r\n    poly95.ps[0] = Point(488, 870);\r\n    poly95.ps[1] = Point(488, 910);\r\n    poly95.ps[2] = Point(432, 910);\r\n    poly95.ps[3] = Point(432, 870);\r\n    new ShapeRef(router, poly95, 95);\r\n    \r\n    Polygon poly96(4);\r\n    poly96.ps[0] = Point(440, 970);\r\n    poly96.ps[1] = Point(440, 1010);\r\n    poly96.ps[2] = Point(384, 1010);\r\n    poly96.ps[3] = Point(384, 970);\r\n    new ShapeRef(router, poly96, 96);\r\n    \r\n    Polygon poly97(4);\r\n    poly97.ps[0] = Point(370, 851);\r\n    poly97.ps[1] = Point(370, 891);\r\n    poly97.ps[2] = Point(314, 891);\r\n    poly97.ps[3] = Point(314, 851);\r\n    new ShapeRef(router, poly97, 97);\r\n    \r\n    Polygon poly98(4);\r\n    poly98.ps[0] = Point(494, 830);\r\n    poly98.ps[1] = Point(494, 870);\r\n    poly98.ps[2] = Point(438, 870);\r\n    poly98.ps[3] = Point(438, 830);\r\n    new ShapeRef(router, poly98, 98);\r\n    \r\n    Polygon poly99(4);\r\n    poly99.ps[0] = Point(258, 842);\r\n    poly99.ps[1] = Point(258, 882);\r\n    poly99.ps[2] = Point(202, 882);\r\n    poly99.ps[3] = Point(202, 842);\r\n    new ShapeRef(router, poly99, 99);\r\n    \r\n    Polygon poly100(4);\r\n    poly100.ps[0] = Point(211, 792);\r\n    poly100.ps[1] = Point(211, 832);\r\n    poly100.ps[2] = Point(155, 832);\r\n    poly100.ps[3] = Point(155, 792);\r\n    new ShapeRef(router, poly100, 100);\r\n    \r\n    Polygon poly101(4);\r\n    poly101.ps[0] = Point(559, 791);\r\n    poly101.ps[1] = Point(559, 831);\r\n    poly101.ps[2] = Point(503, 831);\r\n    poly101.ps[3] = Point(503, 791);\r\n    new ShapeRef(router, poly101, 101);\r\n    \r\n    Polygon poly102(4);\r\n    poly102.ps[0] = Point(546, 747);\r\n    poly102.ps[1] = Point(546, 787);\r\n    poly102.ps[2] = Point(490, 787);\r\n    poly102.ps[3] = Point(490, 747);\r\n    new ShapeRef(router, poly102, 102);\r\n    \r\n    Polygon poly103(4);\r\n    poly103.ps[0] = Point(422, 678);\r\n    poly103.ps[1] = Point(422, 718);\r\n    poly103.ps[2] = Point(366, 718);\r\n    poly103.ps[3] = Point(366, 678);\r\n    new ShapeRef(router, poly103, 103);\r\n    \r\n    Polygon poly104(4);\r\n    poly104.ps[0] = Point(423, 606);\r\n    poly104.ps[1] = Point(423, 646);\r\n    poly104.ps[2] = Point(367, 646);\r\n    poly104.ps[3] = Point(367, 606);\r\n    new ShapeRef(router, poly104, 104);\r\n    \r\n    Polygon poly105(4);\r\n    poly105.ps[0] = Point(397, 461);\r\n    poly105.ps[1] = Point(397, 501);\r\n    poly105.ps[2] = Point(341, 501);\r\n    poly105.ps[3] = Point(341, 461);\r\n    new ShapeRef(router, poly105, 105);\r\n    \r\n    Polygon poly106(4);\r\n    poly106.ps[0] = Point(404, 377);\r\n    poly106.ps[1] = Point(404, 417);\r\n    poly106.ps[2] = Point(348, 417);\r\n    poly106.ps[3] = Point(348, 377);\r\n    new ShapeRef(router, poly106, 106);\r\n    \r\n    Polygon poly107(4);\r\n    poly107.ps[0] = Point(546, 381);\r\n    poly107.ps[1] = Point(546, 421);\r\n    poly107.ps[2] = Point(490, 421);\r\n    poly107.ps[3] = Point(490, 381);\r\n    new ShapeRef(router, poly107, 107);\r\n    \r\n    Polygon poly108(4);\r\n    poly108.ps[0] = Point(546, 315);\r\n    poly108.ps[1] = Point(546, 355);\r\n    poly108.ps[2] = Point(490, 355);\r\n    poly108.ps[3] = Point(490, 315);\r\n    new ShapeRef(router, poly108, 108);\r\n    \r\n    Polygon poly109(4);\r\n    poly109.ps[0] = Point(431, 365);\r\n    poly109.ps[1] = Point(431, 405);\r\n    poly109.ps[2] = Point(375, 405);\r\n    poly109.ps[3] = Point(375, 365);\r\n    new ShapeRef(router, poly109, 109);\r\n    \r\n    Polygon poly110(4);\r\n    poly110.ps[0] = Point(553, 122);\r\n    poly110.ps[1] = Point(553, 162);\r\n    poly110.ps[2] = Point(497, 162);\r\n    poly110.ps[3] = Point(497, 122);\r\n    new ShapeRef(router, poly110, 110);\r\n    \r\n    Polygon poly111(4);\r\n    poly111.ps[0] = Point(546, 245);\r\n    poly111.ps[1] = Point(546, 285);\r\n    poly111.ps[2] = Point(490, 285);\r\n    poly111.ps[3] = Point(490, 245);\r\n    new ShapeRef(router, poly111, 111);\r\n    \r\n    Polygon poly112(4);\r\n    poly112.ps[0] = Point(422, 150);\r\n    poly112.ps[1] = Point(422, 190);\r\n    poly112.ps[2] = Point(366, 190);\r\n    poly112.ps[3] = Point(366, 150);\r\n    new ShapeRef(router, poly112, 112);\r\n    \r\n    Polygon poly113(4);\r\n    poly113.ps[0] = Point(404, 229);\r\n    poly113.ps[1] = Point(404, 269);\r\n    poly113.ps[2] = Point(348, 269);\r\n    poly113.ps[3] = Point(348, 229);\r\n    new ShapeRef(router, poly113, 113);\r\n    \r\n    Polygon poly114(4);\r\n    poly114.ps[0] = Point(249, 210);\r\n    poly114.ps[1] = Point(249, 250);\r\n    poly114.ps[2] = Point(193, 250);\r\n    poly114.ps[3] = Point(193, 210);\r\n    new ShapeRef(router, poly114, 114);\r\n    \r\n    Polygon poly115(4);\r\n    poly115.ps[0] = Point(249, 229);\r\n    poly115.ps[1] = Point(249, 269);\r\n    poly115.ps[2] = Point(193, 269);\r\n    poly115.ps[3] = Point(193, 229);\r\n    new ShapeRef(router, poly115, 115);\r\n    \r\n    Polygon poly116(4);\r\n    poly116.ps[0] = Point(420, 246);\r\n    poly116.ps[1] = Point(420, 286);\r\n    poly116.ps[2] = Point(364, 286);\r\n    poly116.ps[3] = Point(364, 246);\r\n    new ShapeRef(router, poly116, 116);\r\n    \r\n    Polygon poly117(4);\r\n    poly117.ps[0] = Point(246, 246);\r\n    poly117.ps[1] = Point(246, 286);\r\n    poly117.ps[2] = Point(190, 286);\r\n    poly117.ps[3] = Point(190, 246);\r\n    new ShapeRef(router, poly117, 117);\r\n    \r\n    Polygon poly118(4);\r\n    poly118.ps[0] = Point(120, 241);\r\n    poly118.ps[1] = Point(120, 281);\r\n    poly118.ps[2] = Point(64, 281);\r\n    poly118.ps[3] = Point(64, 241);\r\n    new ShapeRef(router, poly118, 118);\r\n    \r\n    Polygon poly119(4);\r\n    poly119.ps[0] = Point(249, 154);\r\n    poly119.ps[1] = Point(249, 194);\r\n    poly119.ps[2] = Point(193, 194);\r\n    poly119.ps[3] = Point(193, 154);\r\n    new ShapeRef(router, poly119, 119);\r\n    \r\n    Polygon poly120(4);\r\n    poly120.ps[0] = Point(249, 135);\r\n    poly120.ps[1] = Point(249, 175);\r\n    poly120.ps[2] = Point(193, 175);\r\n    poly120.ps[3] = Point(193, 135);\r\n    new ShapeRef(router, poly120, 120);\r\n    \r\n    Polygon poly121(4);\r\n    poly121.ps[0] = Point(317, 213);\r\n    poly121.ps[1] = Point(317, 253);\r\n    poly121.ps[2] = Point(261, 253);\r\n    poly121.ps[3] = Point(261, 213);\r\n    new ShapeRef(router, poly121, 121);\r\n    \r\n    Polygon poly122(4);\r\n    poly122.ps[0] = Point(344, 81);\r\n    poly122.ps[1] = Point(344, 121);\r\n    poly122.ps[2] = Point(288, 121);\r\n    poly122.ps[3] = Point(288, 81);\r\n    new ShapeRef(router, poly122, 122);\r\n    \r\n    Polygon poly123(4);\r\n    poly123.ps[0] = Point(344, 160);\r\n    poly123.ps[1] = Point(344, 200);\r\n    poly123.ps[2] = Point(288, 200);\r\n    poly123.ps[3] = Point(288, 160);\r\n    new ShapeRef(router, poly123, 123);\r\n    \r\n    Polygon poly124(4);\r\n    poly124.ps[0] = Point(263, 835);\r\n    poly124.ps[1] = Point(263, 875);\r\n    poly124.ps[2] = Point(207, 875);\r\n    poly124.ps[3] = Point(207, 835);\r\n    new ShapeRef(router, poly124, 124);\r\n    \r\n    Polygon poly125(4);\r\n    poly125.ps[0] = Point(422, 533);\r\n    poly125.ps[1] = Point(422, 573);\r\n    poly125.ps[2] = Point(366, 573);\r\n    poly125.ps[3] = Point(366, 533);\r\n    new ShapeRef(router, poly125, 125);\r\n    \r\n    Polygon poly126(4);\r\n    poly126.ps[0] = Point(249, 173);\r\n    poly126.ps[1] = Point(249, 213);\r\n    poly126.ps[2] = Point(193, 213);\r\n    poly126.ps[3] = Point(193, 173);\r\n    new ShapeRef(router, poly126, 126);\r\n    \r\n    Polygon poly127(4);\r\n    poly127.ps[0] = Point(249, 248);\r\n    poly127.ps[1] = Point(249, 288);\r\n    poly127.ps[2] = Point(193, 288);\r\n    poly127.ps[3] = Point(193, 248);\r\n    new ShapeRef(router, poly127, 127);\r\n    \r\n    Polygon poly128(4);\r\n    poly128.ps[0] = Point(182, 287);\r\n    poly128.ps[1] = Point(182, 327);\r\n    poly128.ps[2] = Point(126, 327);\r\n    poly128.ps[3] = Point(126, 287);\r\n    new ShapeRef(router, poly128, 128);\r\n    \r\n    Polygon poly129(4);\r\n    poly129.ps[0] = Point(182, 413);\r\n    poly129.ps[1] = Point(182, 453);\r\n    poly129.ps[2] = Point(126, 453);\r\n    poly129.ps[3] = Point(126, 413);\r\n    new ShapeRef(router, poly129, 129);\r\n    \r\n    Polygon poly130(4);\r\n    poly130.ps[0] = Point(292, 286);\r\n    poly130.ps[1] = Point(292, 326);\r\n    poly130.ps[2] = Point(236, 326);\r\n    poly130.ps[3] = Point(236, 286);\r\n    new ShapeRef(router, poly130, 130);\r\n    \r\n    Polygon poly131(4);\r\n    poly131.ps[0] = Point(292, 412);\r\n    poly131.ps[1] = Point(292, 452);\r\n    poly131.ps[2] = Point(236, 452);\r\n    poly131.ps[3] = Point(236, 412);\r\n    new ShapeRef(router, poly131, 131);\r\n    \r\n    Polygon poly132(4);\r\n    poly132.ps[0] = Point(205, 653);\r\n    poly132.ps[1] = Point(205, 693);\r\n    poly132.ps[2] = Point(149, 693);\r\n    poly132.ps[3] = Point(149, 653);\r\n    new ShapeRef(router, poly132, 132);\r\n    \r\n    Polygon poly133(4);\r\n    poly133.ps[0] = Point(440, 891);\r\n    poly133.ps[1] = Point(440, 931);\r\n    poly133.ps[2] = Point(384, 931);\r\n    poly133.ps[3] = Point(384, 891);\r\n    new ShapeRef(router, poly133, 133);\r\n    \r\n    Polygon poly134(4);\r\n    poly134.ps[0] = Point(205, 674);\r\n    poly134.ps[1] = Point(205, 714);\r\n    poly134.ps[2] = Point(149, 714);\r\n    poly134.ps[3] = Point(149, 674);\r\n    new ShapeRef(router, poly134, 134);\r\n    \r\n    Polygon poly135(4);\r\n    poly135.ps[0] = Point(488, 991);\r\n    poly135.ps[1] = Point(488, 1031);\r\n    poly135.ps[2] = Point(432, 1031);\r\n    poly135.ps[3] = Point(432, 991);\r\n    new ShapeRef(router, poly135, 135);\r\n    \r\n    Polygon poly136(4);\r\n    poly136.ps[0] = Point(571, 461);\r\n    poly136.ps[1] = Point(571, 501);\r\n    poly136.ps[2] = Point(515, 501);\r\n    poly136.ps[3] = Point(515, 461);\r\n    new ShapeRef(router, poly136, 136);\r\n    \r\n    Polygon poly137(4);\r\n    poly137.ps[0] = Point(583, 452);\r\n    poly137.ps[1] = Point(583, 492);\r\n    poly137.ps[2] = Point(527, 492);\r\n    poly137.ps[3] = Point(527, 452);\r\n    new ShapeRef(router, poly137, 137);\r\n    \r\n    Polygon poly138(4);\r\n    poly138.ps[0] = Point(556, 571);\r\n    poly138.ps[1] = Point(556, 611);\r\n    poly138.ps[2] = Point(500, 611);\r\n    poly138.ps[3] = Point(500, 571);\r\n    new ShapeRef(router, poly138, 138);\r\n    \r\n    Polygon poly139(4);\r\n    poly139.ps[0] = Point(290, 722);\r\n    poly139.ps[1] = Point(290, 762);\r\n    poly139.ps[2] = Point(234, 762);\r\n    poly139.ps[3] = Point(234, 722);\r\n    new ShapeRef(router, poly139, 139);\r\n    \r\n    Polygon poly140(4);\r\n    poly140.ps[0] = Point(595, 502);\r\n    poly140.ps[1] = Point(595, 542);\r\n    poly140.ps[2] = Point(539, 542);\r\n    poly140.ps[3] = Point(539, 502);\r\n    new ShapeRef(router, poly140, 140);\r\n    \r\n    Polygon poly141(4);\r\n    poly141.ps[0] = Point(438, 613);\r\n    poly141.ps[1] = Point(438, 653);\r\n    poly141.ps[2] = Point(382, 653);\r\n    poly141.ps[3] = Point(382, 613);\r\n    new ShapeRef(router, poly141, 141);\r\n    \r\n    Polygon poly142(4);\r\n    poly142.ps[0] = Point(439, 449);\r\n    poly142.ps[1] = Point(439, 489);\r\n    poly142.ps[2] = Point(383, 489);\r\n    poly142.ps[3] = Point(383, 449);\r\n    new ShapeRef(router, poly142, 142);\r\n    \r\n    ConnRef *connRef143 = new ConnRef(router, 143);\r\n    ConnEnd srcPt143(Point(262, 940), 15);\r\n    connRef143->setSourceEndpoint(srcPt143);\r\n    ConnEnd dstPt143(Point(119, 951), 15);\r\n    connRef143->setDestEndpoint(dstPt143);\r\n    connRef143->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef144 = new ConnRef(router, 144);\r\n    ConnEnd srcPt144(Point(262, 940), 15);\r\n    connRef144->setSourceEndpoint(srcPt144);\r\n    ConnEnd dstPt144(Point(351, 951), 15);\r\n    connRef144->setDestEndpoint(dstPt144);\r\n    connRef144->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef145 = new ConnRef(router, 145);\r\n    ConnEnd srcPt145(Point(119, 908), 15);\r\n    connRef145->setSourceEndpoint(srcPt145);\r\n    ConnEnd dstPt145(Point(119, 951), 15);\r\n    connRef145->setDestEndpoint(dstPt145);\r\n    connRef145->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef146 = new ConnRef(router, 146);\r\n    ConnEnd srcPt146(Point(119, 908), 15);\r\n    connRef146->setSourceEndpoint(srcPt146);\r\n    ConnEnd dstPt146(Point(119, 861), 15);\r\n    connRef146->setDestEndpoint(dstPt146);\r\n    connRef146->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef147 = new ConnRef(router, 147);\r\n    ConnEnd srcPt147(Point(262, 961), 15);\r\n    connRef147->setSourceEndpoint(srcPt147);\r\n    ConnEnd dstPt147(Point(119, 951), 15);\r\n    connRef147->setDestEndpoint(dstPt147);\r\n    connRef147->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef148 = new ConnRef(router, 148);\r\n    ConnEnd srcPt148(Point(262, 961), 15);\r\n    connRef148->setSourceEndpoint(srcPt148);\r\n    ConnEnd dstPt148(Point(351, 951), 15);\r\n    connRef148->setDestEndpoint(dstPt148);\r\n    connRef148->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef149 = new ConnRef(router, 149);\r\n    ConnEnd srcPt149(Point(629, 336), 15);\r\n    connRef149->setSourceEndpoint(srcPt149);\r\n    ConnEnd dstPt149(Point(456, 446), 15);\r\n    connRef149->setDestEndpoint(dstPt149);\r\n    connRef149->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef150 = new ConnRef(router, 150);\r\n    ConnEnd srcPt150(Point(351, 909), 15);\r\n    connRef150->setSourceEndpoint(srcPt150);\r\n    ConnEnd dstPt150(Point(351, 951), 15);\r\n    connRef150->setDestEndpoint(dstPt150);\r\n    connRef150->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef151 = new ConnRef(router, 151);\r\n    ConnEnd srcPt151(Point(460, 940), 15);\r\n    connRef151->setSourceEndpoint(srcPt151);\r\n    ConnEnd dstPt151(Point(351, 951), 15);\r\n    connRef151->setDestEndpoint(dstPt151);\r\n    connRef151->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef152 = new ConnRef(router, 152);\r\n    ConnEnd srcPt152(Point(412, 940), 15);\r\n    connRef152->setSourceEndpoint(srcPt152);\r\n    ConnEnd dstPt152(Point(351, 951), 15);\r\n    connRef152->setDestEndpoint(dstPt152);\r\n    connRef152->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef153 = new ConnRef(router, 153);\r\n    ConnEnd srcPt153(Point(404, 871), 15);\r\n    connRef153->setSourceEndpoint(srcPt153);\r\n    ConnEnd dstPt153(Point(351, 861), 15);\r\n    connRef153->setDestEndpoint(dstPt153);\r\n    connRef153->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef154 = new ConnRef(router, 154);\r\n    ConnEnd srcPt154(Point(404, 850), 15);\r\n    connRef154->setSourceEndpoint(srcPt154);\r\n    ConnEnd dstPt154(Point(351, 861), 15);\r\n    connRef154->setDestEndpoint(dstPt154);\r\n    connRef154->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef155 = new ConnRef(router, 155);\r\n    ConnEnd srcPt155(Point(292, 862), 15);\r\n    connRef155->setSourceEndpoint(srcPt155);\r\n    ConnEnd dstPt155(Point(351, 818), 15);\r\n    connRef155->setDestEndpoint(dstPt155);\r\n    connRef155->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef156 = new ConnRef(router, 156);\r\n    ConnEnd srcPt156(Point(292, 862), 15);\r\n    connRef156->setSourceEndpoint(srcPt156);\r\n    ConnEnd dstPt156(Point(238, 861), 15);\r\n    connRef156->setDestEndpoint(dstPt156);\r\n    connRef156->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef157 = new ConnRef(router, 157);\r\n    ConnEnd srcPt157(Point(183, 862), 15);\r\n    connRef157->setSourceEndpoint(srcPt157);\r\n    ConnEnd dstPt157(Point(119, 861), 15);\r\n    connRef157->setDestEndpoint(dstPt157);\r\n    connRef157->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef158 = new ConnRef(router, 158);\r\n    ConnEnd srcPt158(Point(183, 862), 15);\r\n    connRef158->setSourceEndpoint(srcPt158);\r\n    ConnEnd dstPt158(Point(238, 861), 15);\r\n    connRef158->setDestEndpoint(dstPt158);\r\n    connRef158->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef159 = new ConnRef(router, 159);\r\n    ConnEnd srcPt159(Point(183, 862), 15);\r\n    connRef159->setSourceEndpoint(srcPt159);\r\n    ConnEnd dstPt159(Point(185, 904), 15);\r\n    connRef159->setDestEndpoint(dstPt159);\r\n    connRef159->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef160 = new ConnRef(router, 160);\r\n    ConnEnd srcPt160(Point(531, 861), 15);\r\n    connRef160->setSourceEndpoint(srcPt160);\r\n    ConnEnd dstPt160(Point(600, 861), 15);\r\n    connRef160->setDestEndpoint(dstPt160);\r\n    connRef160->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef161 = new ConnRef(router, 161);\r\n    ConnEnd srcPt161(Point(531, 861), 15);\r\n    connRef161->setSourceEndpoint(srcPt161);\r\n    ConnEnd dstPt161(Point(456, 861), 15);\r\n    connRef161->setDestEndpoint(dstPt161);\r\n    connRef161->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef162 = new ConnRef(router, 162);\r\n    ConnEnd srcPt162(Point(456, 767), 15);\r\n    connRef162->setSourceEndpoint(srcPt162);\r\n    ConnEnd dstPt162(Point(456, 861), 15);\r\n    connRef162->setDestEndpoint(dstPt162);\r\n    connRef162->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef163 = new ConnRef(router, 163);\r\n    ConnEnd srcPt163(Point(456, 698), 15);\r\n    connRef163->setSourceEndpoint(srcPt163);\r\n    ConnEnd dstPt163(Point(456, 662), 15);\r\n    connRef163->setDestEndpoint(dstPt163);\r\n    connRef163->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef164 = new ConnRef(router, 164);\r\n    ConnEnd srcPt164(Point(456, 698), 15);\r\n    connRef164->setSourceEndpoint(srcPt164);\r\n    ConnEnd dstPt164(Point(456, 734), 15);\r\n    connRef164->setDestEndpoint(dstPt164);\r\n    connRef164->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef165 = new ConnRef(router, 165);\r\n    ConnEnd srcPt165(Point(457, 626), 15);\r\n    connRef165->setSourceEndpoint(srcPt165);\r\n    ConnEnd dstPt165(Point(456, 662), 15);\r\n    connRef165->setDestEndpoint(dstPt165);\r\n    connRef165->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef166 = new ConnRef(router, 166);\r\n    ConnEnd srcPt166(Point(457, 626), 15);\r\n    connRef166->setSourceEndpoint(srcPt166);\r\n    ConnEnd dstPt166(Point(456, 590), 15);\r\n    connRef166->setDestEndpoint(dstPt166);\r\n    connRef166->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef167 = new ConnRef(router, 167);\r\n    ConnEnd srcPt167(Point(431, 481), 15);\r\n    connRef167->setSourceEndpoint(srcPt167);\r\n    ConnEnd dstPt167(Point(456, 518), 15);\r\n    connRef167->setDestEndpoint(dstPt167);\r\n    connRef167->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef168 = new ConnRef(router, 168);\r\n    ConnEnd srcPt168(Point(431, 481), 15);\r\n    connRef168->setSourceEndpoint(srcPt168);\r\n    ConnEnd dstPt168(Point(456, 446), 15);\r\n    connRef168->setDestEndpoint(dstPt168);\r\n    connRef168->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef169 = new ConnRef(router, 169);\r\n    ConnEnd srcPt169(Point(376, 447), 15);\r\n    connRef169->setSourceEndpoint(srcPt169);\r\n    ConnEnd dstPt169(Point(305, 446), 15);\r\n    connRef169->setDestEndpoint(dstPt169);\r\n    connRef169->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef170 = new ConnRef(router, 170);\r\n    ConnEnd srcPt170(Point(376, 447), 15);\r\n    connRef170->setSourceEndpoint(srcPt170);\r\n    ConnEnd dstPt170(Point(456, 446), 15);\r\n    connRef170->setDestEndpoint(dstPt170);\r\n    connRef170->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef171 = new ConnRef(router, 171);\r\n    ConnEnd srcPt171(Point(456, 401), 15);\r\n    connRef171->setSourceEndpoint(srcPt171);\r\n    ConnEnd dstPt171(Point(305, 446), 15);\r\n    connRef171->setDestEndpoint(dstPt171);\r\n    connRef171->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef172 = new ConnRef(router, 172);\r\n    ConnEnd srcPt172(Point(456, 401), 15);\r\n    connRef172->setSourceEndpoint(srcPt172);\r\n    ConnEnd dstPt172(Point(456, 371), 15);\r\n    connRef172->setDestEndpoint(dstPt172);\r\n    connRef172->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef173 = new ConnRef(router, 173);\r\n    ConnEnd srcPt173(Point(456, 401), 15);\r\n    connRef173->setSourceEndpoint(srcPt173);\r\n    ConnEnd dstPt173(Point(456, 446), 15);\r\n    connRef173->setDestEndpoint(dstPt173);\r\n    connRef173->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef174 = new ConnRef(router, 174);\r\n    ConnEnd srcPt174(Point(456, 335), 15);\r\n    connRef174->setSourceEndpoint(srcPt174);\r\n    ConnEnd dstPt174(Point(456, 371), 15);\r\n    connRef174->setDestEndpoint(dstPt174);\r\n    connRef174->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef175 = new ConnRef(router, 175);\r\n    ConnEnd srcPt175(Point(403, 335), 15);\r\n    connRef175->setSourceEndpoint(srcPt175);\r\n    ConnEnd dstPt175(Point(456, 301), 15);\r\n    connRef175->setDestEndpoint(dstPt175);\r\n    connRef175->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef176 = new ConnRef(router, 176);\r\n    ConnEnd srcPt176(Point(525, 192), 15);\r\n    connRef176->setSourceEndpoint(srcPt176);\r\n    ConnEnd dstPt176(Point(456, 228), 15);\r\n    connRef176->setDestEndpoint(dstPt176);\r\n    connRef176->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef177 = new ConnRef(router, 177);\r\n    ConnEnd srcPt177(Point(456, 265), 15);\r\n    connRef177->setSourceEndpoint(srcPt177);\r\n    ConnEnd dstPt177(Point(456, 228), 15);\r\n    connRef177->setDestEndpoint(dstPt177);\r\n    connRef177->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef178 = new ConnRef(router, 178);\r\n    ConnEnd srcPt178(Point(456, 265), 15);\r\n    connRef178->setSourceEndpoint(srcPt178);\r\n    ConnEnd dstPt178(Point(456, 301), 15);\r\n    connRef178->setDestEndpoint(dstPt178);\r\n    connRef178->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef179 = new ConnRef(router, 179);\r\n    ConnEnd srcPt179(Point(456, 170), 15);\r\n    connRef179->setSourceEndpoint(srcPt179);\r\n    ConnEnd dstPt179(Point(456, 141), 15);\r\n    connRef179->setDestEndpoint(dstPt179);\r\n    connRef179->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef180 = new ConnRef(router, 180);\r\n    ConnEnd srcPt180(Point(456, 170), 15);\r\n    connRef180->setSourceEndpoint(srcPt180);\r\n    ConnEnd dstPt180(Point(456, 228), 15);\r\n    connRef180->setDestEndpoint(dstPt180);\r\n    connRef180->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef181 = new ConnRef(router, 181);\r\n    ConnEnd srcPt181(Point(376, 299), 15);\r\n    connRef181->setSourceEndpoint(srcPt181);\r\n    ConnEnd dstPt181(Point(305, 299), 15);\r\n    connRef181->setDestEndpoint(dstPt181);\r\n    connRef181->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef182 = new ConnRef(router, 182);\r\n    ConnEnd srcPt182(Point(376, 299), 15);\r\n    connRef182->setSourceEndpoint(srcPt182);\r\n    ConnEnd dstPt182(Point(456, 301), 15);\r\n    connRef182->setDestEndpoint(dstPt182);\r\n    connRef182->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef183 = new ConnRef(router, 183);\r\n    ConnEnd srcPt183(Point(221, 280), 15);\r\n    connRef183->setSourceEndpoint(srcPt183);\r\n    ConnEnd dstPt183(Point(154, 299), 15);\r\n    connRef183->setDestEndpoint(dstPt183);\r\n    connRef183->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef184 = new ConnRef(router, 184);\r\n    ConnEnd srcPt184(Point(221, 280), 15);\r\n    connRef184->setSourceEndpoint(srcPt184);\r\n    ConnEnd dstPt184(Point(305, 299), 15);\r\n    connRef184->setDestEndpoint(dstPt184);\r\n    connRef184->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef185 = new ConnRef(router, 185);\r\n    ConnEnd srcPt185(Point(221, 299), 15);\r\n    connRef185->setSourceEndpoint(srcPt185);\r\n    ConnEnd dstPt185(Point(154, 299), 15);\r\n    connRef185->setDestEndpoint(dstPt185);\r\n    connRef185->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef186 = new ConnRef(router, 186);\r\n    ConnEnd srcPt186(Point(221, 299), 15);\r\n    connRef186->setSourceEndpoint(srcPt186);\r\n    ConnEnd dstPt186(Point(305, 299), 15);\r\n    connRef186->setDestEndpoint(dstPt186);\r\n    connRef186->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef187 = new ConnRef(router, 187);\r\n    ConnEnd srcPt187(Point(330, 266), 15);\r\n    connRef187->setSourceEndpoint(srcPt187);\r\n    ConnEnd dstPt187(Point(305, 299), 15);\r\n    connRef187->setDestEndpoint(dstPt187);\r\n    connRef187->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef188 = new ConnRef(router, 188);\r\n    ConnEnd srcPt188(Point(330, 266), 15);\r\n    connRef188->setSourceEndpoint(srcPt188);\r\n    ConnEnd dstPt188(Point(456, 228), 15);\r\n    connRef188->setDestEndpoint(dstPt188);\r\n    connRef188->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef189 = new ConnRef(router, 189);\r\n    ConnEnd srcPt189(Point(280, 266), 15);\r\n    connRef189->setSourceEndpoint(srcPt189);\r\n    ConnEnd dstPt189(Point(305, 299), 15);\r\n    connRef189->setDestEndpoint(dstPt189);\r\n    connRef189->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef190 = new ConnRef(router, 190);\r\n    ConnEnd srcPt190(Point(280, 266), 15);\r\n    connRef190->setSourceEndpoint(srcPt190);\r\n    ConnEnd dstPt190(Point(456, 228), 15);\r\n    connRef190->setDestEndpoint(dstPt190);\r\n    connRef190->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef191 = new ConnRef(router, 191);\r\n    ConnEnd srcPt191(Point(154, 261), 15);\r\n    connRef191->setSourceEndpoint(srcPt191);\r\n    ConnEnd dstPt191(Point(154, 226), 15);\r\n    connRef191->setDestEndpoint(dstPt191);\r\n    connRef191->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef192 = new ConnRef(router, 192);\r\n    ConnEnd srcPt192(Point(154, 261), 15);\r\n    connRef192->setSourceEndpoint(srcPt192);\r\n    ConnEnd dstPt192(Point(154, 299), 15);\r\n    connRef192->setDestEndpoint(dstPt192);\r\n    connRef192->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef193 = new ConnRef(router, 193);\r\n    ConnEnd srcPt193(Point(221, 224), 15);\r\n    connRef193->setSourceEndpoint(srcPt193);\r\n    ConnEnd dstPt193(Point(456, 228), 15);\r\n    connRef193->setDestEndpoint(dstPt193);\r\n    connRef193->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef194 = new ConnRef(router, 194);\r\n    ConnEnd srcPt194(Point(221, 205), 15);\r\n    connRef194->setSourceEndpoint(srcPt194);\r\n    ConnEnd dstPt194(Point(456, 228), 15);\r\n    connRef194->setDestEndpoint(dstPt194);\r\n    connRef194->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef195 = new ConnRef(router, 195);\r\n    ConnEnd srcPt195(Point(289, 183), 15);\r\n    connRef195->setSourceEndpoint(srcPt195);\r\n    ConnEnd dstPt195(Point(154, 226), 15);\r\n    connRef195->setDestEndpoint(dstPt195);\r\n    connRef195->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef196 = new ConnRef(router, 196);\r\n    ConnEnd srcPt196(Point(289, 183), 15);\r\n    connRef196->setSourceEndpoint(srcPt196);\r\n    ConnEnd dstPt196(Point(456, 228), 15);\r\n    connRef196->setDestEndpoint(dstPt196);\r\n    connRef196->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef197 = new ConnRef(router, 197);\r\n    ConnEnd srcPt197(Point(316, 151), 15);\r\n    connRef197->setSourceEndpoint(srcPt197);\r\n    ConnEnd dstPt197(Point(154, 226), 15);\r\n    connRef197->setDestEndpoint(dstPt197);\r\n    connRef197->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef198 = new ConnRef(router, 198);\r\n    ConnEnd srcPt198(Point(316, 130), 15);\r\n    connRef198->setSourceEndpoint(srcPt198);\r\n    ConnEnd dstPt198(Point(154, 226), 15);\r\n    connRef198->setDestEndpoint(dstPt198);\r\n    connRef198->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef199 = new ConnRef(router, 199);\r\n    ConnEnd srcPt199(Point(235, 905), 15);\r\n    connRef199->setSourceEndpoint(srcPt199);\r\n    ConnEnd dstPt199(Point(287, 904), 15);\r\n    connRef199->setDestEndpoint(dstPt199);\r\n    connRef199->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef200 = new ConnRef(router, 200);\r\n    ConnEnd srcPt200(Point(456, 553), 15);\r\n    connRef200->setSourceEndpoint(srcPt200);\r\n    ConnEnd dstPt200(Point(456, 590), 15);\r\n    connRef200->setDestEndpoint(dstPt200);\r\n    connRef200->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef201 = new ConnRef(router, 201);\r\n    ConnEnd srcPt201(Point(456, 553), 15);\r\n    connRef201->setSourceEndpoint(srcPt201);\r\n    ConnEnd dstPt201(Point(456, 518), 15);\r\n    connRef201->setDestEndpoint(dstPt201);\r\n    connRef201->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef202 = new ConnRef(router, 202);\r\n    ConnEnd srcPt202(Point(221, 243), 15);\r\n    connRef202->setSourceEndpoint(srcPt202);\r\n    ConnEnd dstPt202(Point(456, 228), 15);\r\n    connRef202->setDestEndpoint(dstPt202);\r\n    connRef202->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef203 = new ConnRef(router, 203);\r\n    ConnEnd srcPt203(Point(221, 318), 15);\r\n    connRef203->setSourceEndpoint(srcPt203);\r\n    ConnEnd dstPt203(Point(305, 299), 15);\r\n    connRef203->setDestEndpoint(dstPt203);\r\n    connRef203->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef204 = new ConnRef(router, 204);\r\n    ConnEnd srcPt204(Point(154, 357), 15);\r\n    connRef204->setSourceEndpoint(srcPt204);\r\n    ConnEnd dstPt204(Point(212, 356), 15);\r\n    connRef204->setDestEndpoint(dstPt204);\r\n    connRef204->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef205 = new ConnRef(router, 205);\r\n    ConnEnd srcPt205(Point(154, 383), 15);\r\n    connRef205->setSourceEndpoint(srcPt205);\r\n    ConnEnd dstPt205(Point(212, 382), 15);\r\n    connRef205->setDestEndpoint(dstPt205);\r\n    connRef205->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef206 = new ConnRef(router, 206);\r\n    ConnEnd srcPt206(Point(264, 356), 15);\r\n    connRef206->setSourceEndpoint(srcPt206);\r\n    ConnEnd dstPt206(Point(305, 299), 15);\r\n    connRef206->setDestEndpoint(dstPt206);\r\n    connRef206->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef207 = new ConnRef(router, 207);\r\n    ConnEnd srcPt207(Point(264, 382), 15);\r\n    connRef207->setSourceEndpoint(srcPt207);\r\n    ConnEnd dstPt207(Point(305, 299), 15);\r\n    connRef207->setDestEndpoint(dstPt207);\r\n    connRef207->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef208 = new ConnRef(router, 208);\r\n    ConnEnd srcPt208(Point(574, 193), 15);\r\n    connRef208->setSourceEndpoint(srcPt208);\r\n    ConnEnd dstPt208(Point(525, 192), 15);\r\n    connRef208->setDestEndpoint(dstPt208);\r\n    connRef208->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef209 = new ConnRef(router, 209);\r\n    ConnEnd srcPt209(Point(456, 141), 15);\r\n    connRef209->setSourceEndpoint(srcPt209);\r\n    ConnEnd dstPt209(Point(458, 74), 15);\r\n    connRef209->setDestEndpoint(dstPt209);\r\n    connRef209->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef210 = new ConnRef(router, 210);\r\n    ConnEnd srcPt210(Point(456, 662), 15);\r\n    connRef210->setSourceEndpoint(srcPt210);\r\n    ConnEnd dstPt210(Point(629, 336), 15);\r\n    connRef210->setDestEndpoint(dstPt210);\r\n    connRef210->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef211 = new ConnRef(router, 211);\r\n    ConnEnd srcPt211(Point(154, 226), 15);\r\n    connRef211->setSourceEndpoint(srcPt211);\r\n    ConnEnd dstPt211(Point(221, 243), 15);\r\n    connRef211->setDestEndpoint(dstPt211);\r\n    connRef211->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef212 = new ConnRef(router, 212);\r\n    ConnEnd srcPt212(Point(221, 318), 15);\r\n    connRef212->setSourceEndpoint(srcPt212);\r\n    ConnEnd dstPt212(Point(154, 299), 15);\r\n    connRef212->setDestEndpoint(dstPt212);\r\n    connRef212->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef213 = new ConnRef(router, 213);\r\n    ConnEnd srcPt213(Point(456, 228), 15);\r\n    connRef213->setSourceEndpoint(srcPt213);\r\n    ConnEnd dstPt213(Point(629, 336), 15);\r\n    connRef213->setDestEndpoint(dstPt213);\r\n    connRef213->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef214 = new ConnRef(router, 214);\r\n    ConnEnd srcPt214(Point(456, 734), 15);\r\n    connRef214->setSourceEndpoint(srcPt214);\r\n    ConnEnd dstPt214(Point(49, 798), 15);\r\n    connRef214->setDestEndpoint(dstPt214);\r\n    connRef214->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef215 = new ConnRef(router, 215);\r\n    ConnEnd srcPt215(Point(177, 744), 15);\r\n    connRef215->setSourceEndpoint(srcPt215);\r\n    ConnEnd dstPt215(Point(456, 734), 15);\r\n    connRef215->setDestEndpoint(dstPt215);\r\n    connRef215->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef216 = new ConnRef(router, 216);\r\n    ConnEnd srcPt216(Point(456, 590), 15);\r\n    connRef216->setSourceEndpoint(srcPt216);\r\n    ConnEnd dstPt216(Point(278, 597), 15);\r\n    connRef216->setDestEndpoint(dstPt216);\r\n    connRef216->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef217 = new ConnRef(router, 217);\r\n    ConnEnd srcPt217(Point(555, 522), 15);\r\n    connRef217->setSourceEndpoint(srcPt217);\r\n    ConnEnd dstPt217(Point(456, 590), 15);\r\n    connRef217->setDestEndpoint(dstPt217);\r\n    connRef217->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef218 = new ConnRef(router, 218);\r\n    ConnEnd srcPt218(Point(528, 541), 15);\r\n    connRef218->setSourceEndpoint(srcPt218);\r\n    ConnEnd dstPt218(Point(456, 590), 15);\r\n    connRef218->setDestEndpoint(dstPt218);\r\n    connRef218->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef219 = new ConnRef(router, 219);\r\n    ConnEnd srcPt219(Point(505, 522), 15);\r\n    connRef219->setSourceEndpoint(srcPt219);\r\n    ConnEnd dstPt219(Point(456, 590), 15);\r\n    connRef219->setDestEndpoint(dstPt219);\r\n    connRef219->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef220 = new ConnRef(router, 220);\r\n    ConnEnd srcPt220(Point(481, 481), 15);\r\n    connRef220->setSourceEndpoint(srcPt220);\r\n    ConnEnd dstPt220(Point(456, 518), 15);\r\n    connRef220->setDestEndpoint(dstPt220);\r\n    connRef220->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef221 = new ConnRef(router, 221);\r\n    ConnEnd srcPt221(Point(411, 519), 15);\r\n    connRef221->setSourceEndpoint(srcPt221);\r\n    ConnEnd dstPt221(Point(456, 518), 15);\r\n    connRef221->setDestEndpoint(dstPt221);\r\n    connRef221->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef222 = new ConnRef(router, 222);\r\n    ConnEnd srcPt222(Point(600, 861), 15);\r\n    connRef222->setSourceEndpoint(srcPt222);\r\n    ConnEnd dstPt222(Point(601, 917), 15);\r\n    connRef222->setDestEndpoint(dstPt222);\r\n    connRef222->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef223 = new ConnRef(router, 223);\r\n    ConnEnd srcPt223(Point(460, 940), 15);\r\n    connRef223->setSourceEndpoint(srcPt223);\r\n    ConnEnd dstPt223(Point(523, 951), 15);\r\n    connRef223->setDestEndpoint(dstPt223);\r\n    connRef223->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef224 = new ConnRef(router, 224);\r\n    ConnEnd srcPt224(Point(412, 940), 15);\r\n    connRef224->setSourceEndpoint(srcPt224);\r\n    ConnEnd dstPt224(Point(523, 951), 15);\r\n    connRef224->setDestEndpoint(dstPt224);\r\n    connRef224->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef225 = new ConnRef(router, 225);\r\n    ConnEnd srcPt225(Point(523, 951), 15);\r\n    connRef225->setSourceEndpoint(srcPt225);\r\n    ConnEnd dstPt225(Point(412, 961), 15);\r\n    connRef225->setDestEndpoint(dstPt225);\r\n    connRef225->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef226 = new ConnRef(router, 226);\r\n    ConnEnd srcPt226(Point(460, 961), 15);\r\n    connRef226->setSourceEndpoint(srcPt226);\r\n    ConnEnd dstPt226(Point(523, 951), 15);\r\n    connRef226->setDestEndpoint(dstPt226);\r\n    connRef226->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef227 = new ConnRef(router, 227);\r\n    ConnEnd srcPt227(Point(456, 861), 15);\r\n    connRef227->setSourceEndpoint(srcPt227);\r\n    ConnEnd dstPt227(Point(629, 336), 15);\r\n    connRef227->setDestEndpoint(dstPt227);\r\n    connRef227->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef228 = new ConnRef(router, 228);\r\n    ConnEnd srcPt228(Point(456, 861), 15);\r\n    connRef228->setSourceEndpoint(srcPt228);\r\n    ConnEnd dstPt228(Point(49, 798), 15);\r\n    connRef228->setDestEndpoint(dstPt228);\r\n    connRef228->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef229 = new ConnRef(router, 229);\r\n    ConnEnd srcPt229(Point(262, 792), 15);\r\n    connRef229->setSourceEndpoint(srcPt229);\r\n    ConnEnd dstPt229(Point(456, 861), 15);\r\n    connRef229->setDestEndpoint(dstPt229);\r\n    connRef229->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef230 = new ConnRef(router, 230);\r\n    ConnEnd srcPt230(Point(351, 861), 15);\r\n    connRef230->setSourceEndpoint(srcPt230);\r\n    ConnEnd dstPt230(Point(351, 909), 15);\r\n    connRef230->setDestEndpoint(dstPt230);\r\n    connRef230->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef231 = new ConnRef(router, 231);\r\n    ConnEnd srcPt231(Point(351, 818), 15);\r\n    connRef231->setSourceEndpoint(srcPt231);\r\n    ConnEnd dstPt231(Point(404, 871), 15);\r\n    connRef231->setDestEndpoint(dstPt231);\r\n    connRef231->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef232 = new ConnRef(router, 232);\r\n    ConnEnd srcPt232(Point(351, 818), 15);\r\n    connRef232->setSourceEndpoint(srcPt232);\r\n    ConnEnd dstPt232(Point(404, 850), 15);\r\n    connRef232->setDestEndpoint(dstPt232);\r\n    connRef232->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef233 = new ConnRef(router, 233);\r\n    ConnEnd srcPt233(Point(119, 861), 15);\r\n    connRef233->setSourceEndpoint(srcPt233);\r\n    ConnEnd dstPt233(Point(49, 798), 15);\r\n    connRef233->setDestEndpoint(dstPt233);\r\n    connRef233->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef234 = new ConnRef(router, 234);\r\n    ConnEnd srcPt234(Point(262, 792), 15);\r\n    connRef234->setSourceEndpoint(srcPt234);\r\n    ConnEnd dstPt234(Point(119, 861), 15);\r\n    connRef234->setDestEndpoint(dstPt234);\r\n    connRef234->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef235 = new ConnRef(router, 235);\r\n    ConnEnd srcPt235(Point(412, 961), 15);\r\n    connRef235->setSourceEndpoint(srcPt235);\r\n    ConnEnd dstPt235(Point(351, 951), 15);\r\n    connRef235->setDestEndpoint(dstPt235);\r\n    connRef235->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef236 = new ConnRef(router, 236);\r\n    ConnEnd srcPt236(Point(460, 961), 15);\r\n    connRef236->setSourceEndpoint(srcPt236);\r\n    ConnEnd dstPt236(Point(351, 951), 15);\r\n    connRef236->setDestEndpoint(dstPt236);\r\n    connRef236->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef237 = new ConnRef(router, 237);\r\n    ConnEnd srcPt237(Point(235, 905), 15);\r\n    connRef237->setSourceEndpoint(srcPt237);\r\n    ConnEnd dstPt237(Point(185, 904), 15);\r\n    connRef237->setDestEndpoint(dstPt237);\r\n    connRef237->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef238 = new ConnRef(router, 238);\r\n    ConnEnd srcPt238(Point(456, 371), 15);\r\n    connRef238->setSourceEndpoint(srcPt238);\r\n    ConnEnd dstPt238(Point(403, 335), 15);\r\n    connRef238->setDestEndpoint(dstPt238);\r\n    connRef238->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef239 = new ConnRef(router, 239);\r\n    ConnEnd srcPt239(Point(105, 356), 15);\r\n    connRef239->setSourceEndpoint(srcPt239);\r\n    ConnEnd dstPt239(Point(154, 357), 15);\r\n    connRef239->setDestEndpoint(dstPt239);\r\n    connRef239->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef240 = new ConnRef(router, 240);\r\n    ConnEnd srcPt240(Point(212, 356), 15);\r\n    connRef240->setSourceEndpoint(srcPt240);\r\n    ConnEnd dstPt240(Point(264, 356), 15);\r\n    connRef240->setDestEndpoint(dstPt240);\r\n    connRef240->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef241 = new ConnRef(router, 241);\r\n    ConnEnd srcPt241(Point(212, 382), 15);\r\n    connRef241->setSourceEndpoint(srcPt241);\r\n    ConnEnd dstPt241(Point(264, 382), 15);\r\n    connRef241->setDestEndpoint(dstPt241);\r\n    connRef241->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef242 = new ConnRef(router, 242);\r\n    ConnEnd srcPt242(Point(105, 382), 15);\r\n    connRef242->setSourceEndpoint(srcPt242);\r\n    ConnEnd dstPt242(Point(154, 383), 15);\r\n    connRef242->setDestEndpoint(dstPt242);\r\n    connRef242->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef243 = new ConnRef(router, 243);\r\n    ConnEnd srcPt243(Point(49, 798), 15);\r\n    connRef243->setSourceEndpoint(srcPt243);\r\n    ConnEnd dstPt243(Point(119, 734), 15);\r\n    connRef243->setDestEndpoint(dstPt243);\r\n    connRef243->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef244 = new ConnRef(router, 244);\r\n    ConnEnd srcPt244(Point(177, 723), 15);\r\n    connRef244->setSourceEndpoint(srcPt244);\r\n    ConnEnd dstPt244(Point(456, 734), 15);\r\n    connRef244->setDestEndpoint(dstPt244);\r\n    connRef244->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef245 = new ConnRef(router, 245);\r\n    ConnEnd srcPt245(Point(119, 734), 15);\r\n    connRef245->setSourceEndpoint(srcPt245);\r\n    ConnEnd dstPt245(Point(177, 723), 15);\r\n    connRef245->setDestEndpoint(dstPt245);\r\n    connRef245->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef246 = new ConnRef(router, 246);\r\n    ConnEnd srcPt246(Point(119, 734), 15);\r\n    connRef246->setSourceEndpoint(srcPt246);\r\n    ConnEnd dstPt246(Point(177, 744), 15);\r\n    connRef246->setDestEndpoint(dstPt246);\r\n    connRef246->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef247 = new ConnRef(router, 247);\r\n    ConnEnd srcPt247(Point(481, 481), 15);\r\n    connRef247->setSourceEndpoint(srcPt247);\r\n    ConnEnd dstPt247(Point(456, 446), 15);\r\n    connRef247->setDestEndpoint(dstPt247);\r\n    connRef247->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef248 = new ConnRef(router, 248);\r\n    ConnEnd srcPt248(Point(410, 583), 15);\r\n    connRef248->setSourceEndpoint(srcPt248);\r\n    ConnEnd dstPt248(Point(371, 554), 15);\r\n    connRef248->setDestEndpoint(dstPt248);\r\n    connRef248->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef249 = new ConnRef(router, 249);\r\n    ConnEnd srcPt249(Point(410, 583), 15);\r\n    connRef249->setSourceEndpoint(srcPt249);\r\n    ConnEnd dstPt249(Point(456, 590), 15);\r\n    connRef249->setDestEndpoint(dstPt249);\r\n    connRef249->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef250 = new ConnRef(router, 250);\r\n    ConnEnd srcPt250(Point(411, 519), 15);\r\n    connRef250->setSourceEndpoint(srcPt250);\r\n    ConnEnd dstPt250(Point(371, 554), 15);\r\n    connRef250->setDestEndpoint(dstPt250);\r\n    connRef250->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef251 = new ConnRef(router, 251);\r\n    ConnEnd srcPt251(Point(456, 446), 15);\r\n    connRef251->setSourceEndpoint(srcPt251);\r\n    ConnEnd dstPt251(Point(555, 522), 15);\r\n    connRef251->setDestEndpoint(dstPt251);\r\n    connRef251->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef252 = new ConnRef(router, 252);\r\n    ConnEnd srcPt252(Point(456, 446), 15);\r\n    connRef252->setSourceEndpoint(srcPt252);\r\n    ConnEnd dstPt252(Point(528, 541), 15);\r\n    connRef252->setDestEndpoint(dstPt252);\r\n    connRef252->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef253 = new ConnRef(router, 253);\r\n    ConnEnd srcPt253(Point(456, 446), 15);\r\n    connRef253->setSourceEndpoint(srcPt253);\r\n    ConnEnd dstPt253(Point(505, 522), 15);\r\n    connRef253->setDestEndpoint(dstPt253);\r\n    connRef253->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef254 = new ConnRef(router, 254);\r\n    ConnEnd srcPt254(Point(262, 990), 15);\r\n    connRef254->setSourceEndpoint(srcPt254);\r\n    ConnEnd dstPt254(Point(262, 940), 15);\r\n    connRef254->setDestEndpoint(dstPt254);\r\n    connRef254->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef255 = new ConnRef(router, 255);\r\n    ConnEnd srcPt255(Point(57, 908), 15);\r\n    connRef255->setSourceEndpoint(srcPt255);\r\n    ConnEnd dstPt255(Point(119, 908), 15);\r\n    connRef255->setDestEndpoint(dstPt255);\r\n    connRef255->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef256 = new ConnRef(router, 256);\r\n    ConnEnd srcPt256(Point(262, 1011), 15);\r\n    connRef256->setSourceEndpoint(srcPt256);\r\n    ConnEnd dstPt256(Point(262, 961), 15);\r\n    connRef256->setDestEndpoint(dstPt256);\r\n    connRef256->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef257 = new ConnRef(router, 257);\r\n    ConnEnd srcPt257(Point(289, 909), 15);\r\n    connRef257->setSourceEndpoint(srcPt257);\r\n    ConnEnd dstPt257(Point(351, 909), 15);\r\n    connRef257->setDestEndpoint(dstPt257);\r\n    connRef257->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef258 = new ConnRef(router, 258);\r\n    ConnEnd srcPt258(Point(460, 890), 15);\r\n    connRef258->setSourceEndpoint(srcPt258);\r\n    ConnEnd dstPt258(Point(460, 940), 15);\r\n    connRef258->setDestEndpoint(dstPt258);\r\n    connRef258->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef259 = new ConnRef(router, 259);\r\n    ConnEnd srcPt259(Point(412, 990), 15);\r\n    connRef259->setSourceEndpoint(srcPt259);\r\n    ConnEnd dstPt259(Point(412, 940), 15);\r\n    connRef259->setDestEndpoint(dstPt259);\r\n    connRef259->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef260 = new ConnRef(router, 260);\r\n    ConnEnd srcPt260(Point(342, 871), 15);\r\n    connRef260->setSourceEndpoint(srcPt260);\r\n    ConnEnd dstPt260(Point(404, 871), 15);\r\n    connRef260->setDestEndpoint(dstPt260);\r\n    connRef260->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef261 = new ConnRef(router, 261);\r\n    ConnEnd srcPt261(Point(466, 850), 15);\r\n    connRef261->setSourceEndpoint(srcPt261);\r\n    ConnEnd dstPt261(Point(404, 850), 15);\r\n    connRef261->setDestEndpoint(dstPt261);\r\n    connRef261->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef262 = new ConnRef(router, 262);\r\n    ConnEnd srcPt262(Point(230, 862), 15);\r\n    connRef262->setSourceEndpoint(srcPt262);\r\n    ConnEnd dstPt262(Point(292, 862), 15);\r\n    connRef262->setDestEndpoint(dstPt262);\r\n    connRef262->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef263 = new ConnRef(router, 263);\r\n    ConnEnd srcPt263(Point(183, 812), 15);\r\n    connRef263->setSourceEndpoint(srcPt263);\r\n    ConnEnd dstPt263(Point(183, 862), 15);\r\n    connRef263->setDestEndpoint(dstPt263);\r\n    connRef263->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef264 = new ConnRef(router, 264);\r\n    ConnEnd srcPt264(Point(531, 811), 15);\r\n    connRef264->setSourceEndpoint(srcPt264);\r\n    ConnEnd dstPt264(Point(531, 861), 15);\r\n    connRef264->setDestEndpoint(dstPt264);\r\n    connRef264->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef265 = new ConnRef(router, 265);\r\n    ConnEnd srcPt265(Point(518, 767), 15);\r\n    connRef265->setSourceEndpoint(srcPt265);\r\n    ConnEnd dstPt265(Point(456, 767), 15);\r\n    connRef265->setDestEndpoint(dstPt265);\r\n    connRef265->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef266 = new ConnRef(router, 266);\r\n    ConnEnd srcPt266(Point(394, 698), 15);\r\n    connRef266->setSourceEndpoint(srcPt266);\r\n    ConnEnd dstPt266(Point(456, 698), 15);\r\n    connRef266->setDestEndpoint(dstPt266);\r\n    connRef266->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef267 = new ConnRef(router, 267);\r\n    ConnEnd srcPt267(Point(395, 626), 15);\r\n    connRef267->setSourceEndpoint(srcPt267);\r\n    ConnEnd dstPt267(Point(457, 626), 15);\r\n    connRef267->setDestEndpoint(dstPt267);\r\n    connRef267->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef268 = new ConnRef(router, 268);\r\n    ConnEnd srcPt268(Point(369, 481), 15);\r\n    connRef268->setSourceEndpoint(srcPt268);\r\n    ConnEnd dstPt268(Point(431, 481), 15);\r\n    connRef268->setDestEndpoint(dstPt268);\r\n    connRef268->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef269 = new ConnRef(router, 269);\r\n    ConnEnd srcPt269(Point(376, 397), 15);\r\n    connRef269->setSourceEndpoint(srcPt269);\r\n    ConnEnd dstPt269(Point(376, 447), 15);\r\n    connRef269->setDestEndpoint(dstPt269);\r\n    connRef269->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef270 = new ConnRef(router, 270);\r\n    ConnEnd srcPt270(Point(518, 401), 15);\r\n    connRef270->setSourceEndpoint(srcPt270);\r\n    ConnEnd dstPt270(Point(456, 401), 15);\r\n    connRef270->setDestEndpoint(dstPt270);\r\n    connRef270->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef271 = new ConnRef(router, 271);\r\n    ConnEnd srcPt271(Point(518, 335), 15);\r\n    connRef271->setSourceEndpoint(srcPt271);\r\n    ConnEnd dstPt271(Point(456, 335), 15);\r\n    connRef271->setDestEndpoint(dstPt271);\r\n    connRef271->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef272 = new ConnRef(router, 272);\r\n    ConnEnd srcPt272(Point(403, 385), 15);\r\n    connRef272->setSourceEndpoint(srcPt272);\r\n    ConnEnd dstPt272(Point(403, 335), 15);\r\n    connRef272->setDestEndpoint(dstPt272);\r\n    connRef272->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef273 = new ConnRef(router, 273);\r\n    ConnEnd srcPt273(Point(525, 142), 15);\r\n    connRef273->setSourceEndpoint(srcPt273);\r\n    ConnEnd dstPt273(Point(525, 192), 15);\r\n    connRef273->setDestEndpoint(dstPt273);\r\n    connRef273->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef274 = new ConnRef(router, 274);\r\n    ConnEnd srcPt274(Point(518, 265), 15);\r\n    connRef274->setSourceEndpoint(srcPt274);\r\n    ConnEnd dstPt274(Point(456, 265), 15);\r\n    connRef274->setDestEndpoint(dstPt274);\r\n    connRef274->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef275 = new ConnRef(router, 275);\r\n    ConnEnd srcPt275(Point(394, 170), 15);\r\n    connRef275->setSourceEndpoint(srcPt275);\r\n    ConnEnd dstPt275(Point(456, 170), 15);\r\n    connRef275->setDestEndpoint(dstPt275);\r\n    connRef275->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef276 = new ConnRef(router, 276);\r\n    ConnEnd srcPt276(Point(376, 249), 15);\r\n    connRef276->setSourceEndpoint(srcPt276);\r\n    ConnEnd dstPt276(Point(376, 299), 15);\r\n    connRef276->setDestEndpoint(dstPt276);\r\n    connRef276->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef277 = new ConnRef(router, 277);\r\n    ConnEnd srcPt277(Point(221, 230), 15);\r\n    connRef277->setSourceEndpoint(srcPt277);\r\n    ConnEnd dstPt277(Point(221, 280), 15);\r\n    connRef277->setDestEndpoint(dstPt277);\r\n    connRef277->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef278 = new ConnRef(router, 278);\r\n    ConnEnd srcPt278(Point(221, 249), 15);\r\n    connRef278->setSourceEndpoint(srcPt278);\r\n    ConnEnd dstPt278(Point(221, 299), 15);\r\n    connRef278->setDestEndpoint(dstPt278);\r\n    connRef278->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef279 = new ConnRef(router, 279);\r\n    ConnEnd srcPt279(Point(392, 266), 15);\r\n    connRef279->setSourceEndpoint(srcPt279);\r\n    ConnEnd dstPt279(Point(330, 266), 15);\r\n    connRef279->setDestEndpoint(dstPt279);\r\n    connRef279->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef280 = new ConnRef(router, 280);\r\n    ConnEnd srcPt280(Point(218, 266), 15);\r\n    connRef280->setSourceEndpoint(srcPt280);\r\n    ConnEnd dstPt280(Point(280, 266), 15);\r\n    connRef280->setDestEndpoint(dstPt280);\r\n    connRef280->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef281 = new ConnRef(router, 281);\r\n    ConnEnd srcPt281(Point(92, 261), 15);\r\n    connRef281->setSourceEndpoint(srcPt281);\r\n    ConnEnd dstPt281(Point(154, 261), 15);\r\n    connRef281->setDestEndpoint(dstPt281);\r\n    connRef281->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef282 = new ConnRef(router, 282);\r\n    ConnEnd srcPt282(Point(221, 174), 15);\r\n    connRef282->setSourceEndpoint(srcPt282);\r\n    ConnEnd dstPt282(Point(221, 224), 15);\r\n    connRef282->setDestEndpoint(dstPt282);\r\n    connRef282->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef283 = new ConnRef(router, 283);\r\n    ConnEnd srcPt283(Point(221, 155), 15);\r\n    connRef283->setSourceEndpoint(srcPt283);\r\n    ConnEnd dstPt283(Point(221, 205), 15);\r\n    connRef283->setDestEndpoint(dstPt283);\r\n    connRef283->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef284 = new ConnRef(router, 284);\r\n    ConnEnd srcPt284(Point(289, 233), 15);\r\n    connRef284->setSourceEndpoint(srcPt284);\r\n    ConnEnd dstPt284(Point(289, 183), 15);\r\n    connRef284->setDestEndpoint(dstPt284);\r\n    connRef284->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef285 = new ConnRef(router, 285);\r\n    ConnEnd srcPt285(Point(316, 101), 15);\r\n    connRef285->setSourceEndpoint(srcPt285);\r\n    ConnEnd dstPt285(Point(316, 151), 15);\r\n    connRef285->setDestEndpoint(dstPt285);\r\n    connRef285->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef286 = new ConnRef(router, 286);\r\n    ConnEnd srcPt286(Point(316, 180), 15);\r\n    connRef286->setSourceEndpoint(srcPt286);\r\n    ConnEnd dstPt286(Point(316, 130), 15);\r\n    connRef286->setDestEndpoint(dstPt286);\r\n    connRef286->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef287 = new ConnRef(router, 287);\r\n    ConnEnd srcPt287(Point(235, 855), 15);\r\n    connRef287->setSourceEndpoint(srcPt287);\r\n    ConnEnd dstPt287(Point(235, 905), 15);\r\n    connRef287->setDestEndpoint(dstPt287);\r\n    connRef287->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef288 = new ConnRef(router, 288);\r\n    ConnEnd srcPt288(Point(394, 553), 15);\r\n    connRef288->setSourceEndpoint(srcPt288);\r\n    ConnEnd dstPt288(Point(456, 553), 15);\r\n    connRef288->setDestEndpoint(dstPt288);\r\n    connRef288->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef289 = new ConnRef(router, 289);\r\n    ConnEnd srcPt289(Point(221, 193), 15);\r\n    connRef289->setSourceEndpoint(srcPt289);\r\n    ConnEnd dstPt289(Point(221, 243), 15);\r\n    connRef289->setDestEndpoint(dstPt289);\r\n    connRef289->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef290 = new ConnRef(router, 290);\r\n    ConnEnd srcPt290(Point(221, 268), 15);\r\n    connRef290->setSourceEndpoint(srcPt290);\r\n    ConnEnd dstPt290(Point(221, 318), 15);\r\n    connRef290->setDestEndpoint(dstPt290);\r\n    connRef290->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef291 = new ConnRef(router, 291);\r\n    ConnEnd srcPt291(Point(154, 307), 15);\r\n    connRef291->setSourceEndpoint(srcPt291);\r\n    ConnEnd dstPt291(Point(154, 357), 15);\r\n    connRef291->setDestEndpoint(dstPt291);\r\n    connRef291->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef292 = new ConnRef(router, 292);\r\n    ConnEnd srcPt292(Point(154, 433), 15);\r\n    connRef292->setSourceEndpoint(srcPt292);\r\n    ConnEnd dstPt292(Point(154, 383), 15);\r\n    connRef292->setDestEndpoint(dstPt292);\r\n    connRef292->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef293 = new ConnRef(router, 293);\r\n    ConnEnd srcPt293(Point(264, 306), 15);\r\n    connRef293->setSourceEndpoint(srcPt293);\r\n    ConnEnd dstPt293(Point(264, 356), 15);\r\n    connRef293->setDestEndpoint(dstPt293);\r\n    connRef293->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef294 = new ConnRef(router, 294);\r\n    ConnEnd srcPt294(Point(264, 432), 15);\r\n    connRef294->setSourceEndpoint(srcPt294);\r\n    ConnEnd dstPt294(Point(264, 382), 15);\r\n    connRef294->setDestEndpoint(dstPt294);\r\n    connRef294->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef295 = new ConnRef(router, 295);\r\n    ConnEnd srcPt295(Point(177, 673), 15);\r\n    connRef295->setSourceEndpoint(srcPt295);\r\n    ConnEnd dstPt295(Point(177, 723), 15);\r\n    connRef295->setDestEndpoint(dstPt295);\r\n    connRef295->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef296 = new ConnRef(router, 296);\r\n    ConnEnd srcPt296(Point(412, 911), 15);\r\n    connRef296->setSourceEndpoint(srcPt296);\r\n    ConnEnd dstPt296(Point(412, 961), 15);\r\n    connRef296->setDestEndpoint(dstPt296);\r\n    connRef296->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef297 = new ConnRef(router, 297);\r\n    ConnEnd srcPt297(Point(177, 694), 15);\r\n    connRef297->setSourceEndpoint(srcPt297);\r\n    ConnEnd dstPt297(Point(177, 744), 15);\r\n    connRef297->setDestEndpoint(dstPt297);\r\n    connRef297->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef298 = new ConnRef(router, 298);\r\n    ConnEnd srcPt298(Point(460, 1011), 15);\r\n    connRef298->setSourceEndpoint(srcPt298);\r\n    ConnEnd dstPt298(Point(460, 961), 15);\r\n    connRef298->setDestEndpoint(dstPt298);\r\n    connRef298->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef299 = new ConnRef(router, 299);\r\n    ConnEnd srcPt299(Point(543, 481), 15);\r\n    connRef299->setSourceEndpoint(srcPt299);\r\n    ConnEnd dstPt299(Point(481, 481), 15);\r\n    connRef299->setDestEndpoint(dstPt299);\r\n    connRef299->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef300 = new ConnRef(router, 300);\r\n    ConnEnd srcPt300(Point(555, 472), 15);\r\n    connRef300->setSourceEndpoint(srcPt300);\r\n    ConnEnd dstPt300(Point(555, 522), 15);\r\n    connRef300->setDestEndpoint(dstPt300);\r\n    connRef300->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef301 = new ConnRef(router, 301);\r\n    ConnEnd srcPt301(Point(528, 591), 15);\r\n    connRef301->setSourceEndpoint(srcPt301);\r\n    ConnEnd dstPt301(Point(528, 541), 15);\r\n    connRef301->setDestEndpoint(dstPt301);\r\n    connRef301->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef302 = new ConnRef(router, 302);\r\n    ConnEnd srcPt302(Point(262, 742), 15);\r\n    connRef302->setSourceEndpoint(srcPt302);\r\n    ConnEnd dstPt302(Point(262, 792), 15);\r\n    connRef302->setDestEndpoint(dstPt302);\r\n    connRef302->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef303 = new ConnRef(router, 303);\r\n    ConnEnd srcPt303(Point(567, 522), 15);\r\n    connRef303->setSourceEndpoint(srcPt303);\r\n    ConnEnd dstPt303(Point(505, 522), 15);\r\n    connRef303->setDestEndpoint(dstPt303);\r\n    connRef303->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef304 = new ConnRef(router, 304);\r\n    ConnEnd srcPt304(Point(410, 633), 15);\r\n    connRef304->setSourceEndpoint(srcPt304);\r\n    ConnEnd dstPt304(Point(410, 583), 15);\r\n    connRef304->setDestEndpoint(dstPt304);\r\n    connRef304->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef305 = new ConnRef(router, 305);\r\n    ConnEnd srcPt305(Point(411, 469), 15);\r\n    connRef305->setSourceEndpoint(srcPt305);\r\n    ConnEnd dstPt305(Point(411, 519), 15);\r\n    connRef305->setDestEndpoint(dstPt305);\r\n    connRef305->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef306 = new ConnRef(router, 306);\r\n    ConnEnd srcPt306(Point(456, 861), 15);\r\n    connRef306->setSourceEndpoint(srcPt306);\r\n    ConnEnd dstPt306(Point(404, 871), 15);\r\n    connRef306->setDestEndpoint(dstPt306);\r\n    connRef306->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef307 = new ConnRef(router, 307);\r\n    ConnEnd srcPt307(Point(456, 861), 15);\r\n    connRef307->setSourceEndpoint(srcPt307);\r\n    ConnEnd dstPt307(Point(404, 850), 15);\r\n    connRef307->setDestEndpoint(dstPt307);\r\n    connRef307->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef308 = new ConnRef(router, 308);\r\n    ConnEnd srcPt308(Point(287, 904), 15);\r\n    connRef308->setSourceEndpoint(srcPt308);\r\n    ConnEnd dstPt308(Point(292, 862), 15);\r\n    connRef308->setDestEndpoint(dstPt308);\r\n    connRef308->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef309 = new ConnRef(router, 309);\r\n    ConnEnd srcPt309(Point(351, 861), 15);\r\n    connRef309->setSourceEndpoint(srcPt309);\r\n    ConnEnd dstPt309(Point(292, 862), 15);\r\n    connRef309->setDestEndpoint(dstPt309);\r\n    connRef309->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef310 = new ConnRef(router, 310);\r\n    ConnEnd srcPt310(Point(456, 734), 15);\r\n    connRef310->setSourceEndpoint(srcPt310);\r\n    ConnEnd dstPt310(Point(456, 767), 15);\r\n    connRef310->setDestEndpoint(dstPt310);\r\n    connRef310->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef311 = new ConnRef(router, 311);\r\n    ConnEnd srcPt311(Point(456, 301), 15);\r\n    connRef311->setSourceEndpoint(srcPt311);\r\n    ConnEnd dstPt311(Point(456, 335), 15);\r\n    connRef311->setDestEndpoint(dstPt311);\r\n    connRef311->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef312 = new ConnRef(router, 312);\r\n    ConnEnd srcPt312(Point(154, 226), 15);\r\n    connRef312->setSourceEndpoint(srcPt312);\r\n    ConnEnd dstPt312(Point(221, 224), 15);\r\n    connRef312->setDestEndpoint(dstPt312);\r\n    connRef312->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef313 = new ConnRef(router, 313);\r\n    ConnEnd srcPt313(Point(154, 226), 15);\r\n    connRef313->setSourceEndpoint(srcPt313);\r\n    ConnEnd dstPt313(Point(221, 205), 15);\r\n    connRef313->setDestEndpoint(dstPt313);\r\n    connRef313->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef314 = new ConnRef(router, 314);\r\n    ConnEnd srcPt314(Point(456, 141), 15);\r\n    connRef314->setSourceEndpoint(srcPt314);\r\n    ConnEnd dstPt314(Point(316, 151), 15);\r\n    connRef314->setDestEndpoint(dstPt314);\r\n    connRef314->setRoutingType((ConnType)2);\r\n\r\n    ConnRef *connRef315 = new ConnRef(router, 315);\r\n    ConnEnd srcPt315(Point(456, 141), 15);\r\n    connRef315->setSourceEndpoint(srcPt315);\r\n    ConnEnd dstPt315(Point(316, 130), 15);\r\n    connRef315->setDestEndpoint(dstPt315);\r\n    connRef315->setRoutingType((ConnType)2);\r\n\r\n    router->processTransaction();\r\n    router->outputDiagram(\"output/vertlineassertion\");\r\n    delete router;\r\n    return 0;\r\n};\r\n"
  },
  {
    "path": "cola/libavoid/timer.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cstdio>\n#include <cstdlib>\n#include <climits>\n\n#include \"libavoid/timer.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/assertions.h\"\n\nnamespace Avoid {\n\n#ifdef AVOID_PROFILE\n\nTimer::Timer()\n{\n    reset();\n}\n\n\nvoid Timer::reset(void)\n{\n    for (size_t i = 0; i < tmCount; ++i)\n    {\n        m_total_time[i] =  0;\n        m_tally[i] = 0;\n        m_max_time[i] = 0;\n        for (size_t j = 0; j < TIMER_VARIABLES_COUNT; ++j)\n        {\n            m_variables[i][j] = 0;\n        }\n    }\n    m_is_running = false;\n    m_type = m_last_type = tmCount;\n}\n\n\nvoid Timer::initialise(const TimerIndex t)\n{\n    COLA_ASSERT(t != tmCount);\n    COLA_ASSERT(m_type == tmCount);\n    \n    m_type = t;\n}\n\nvoid Timer::start(void)\n{\n    COLA_ASSERT(!m_is_running);\n    m_start_time[m_type] = clock();  // CPU time\n    m_is_running = true;\n}\n\n\nvoid Timer::stop(void)\n{\n    COLA_ASSERT(m_is_running);\n    clock_t stopTime = clock();      // CPU time\n    m_is_running = false;\n\n    bigclock_t timeDiff;\n    if (stopTime < m_start_time[m_type])\n    {\n        // Uh-oh, the clock value has wrapped around.\n        //\n        bigclock_t realStopTime = ((bigclock_t) stopTime) + ULONG_MAX + 1;\n        timeDiff = realStopTime - m_start_time[m_type];\n    }\n    else\n    {\n        timeDiff = stopTime - m_start_time[m_type];\n    }\n    \n    COLA_ASSERT(timeDiff < LONG_MAX);\n\n    m_total_time[m_type] += timeDiff;\n    m_tally[m_type]++;\n    if (((clock_t) timeDiff) > m_max_time[m_type])\n    {\n        m_max_time[m_type] = (clock_t) timeDiff;\n    }\n    m_last_type = m_type;\n\n    m_type = tmCount;\n}\n\nstatic const char* timerNames[] =\n{\n    \"Adds\",\n    \"Dels\",\n    \"Movs\",\n    \"Pths\",\n    \"OrthogGraph\",\n    \"OrthogRoute\",\n    \"OrthogCentre\",\n    \"OrthogNudge\",\n    \"HyperedgeForest\",\n    \"HyperedgeMTST\",\n    \"HyperedgeImprove\",\n    \"HyperedgeAlt\"\n};\n\n\nvoid Timer::printAll(FILE *fp)\n{\n    for (unsigned int i = 0; i < tmCount; i++)\n    {\n        fprintf(fp, \"%s:  \", timerNames[i]);\n        print((TimerIndex) i, fp);\n    }\n    fprintf(fp, \"\\n\");\n}\n\n#define toMsec(tot) ((bigclock_t) ((tot) / (((double) CLOCKS_PER_SEC) / 1000)))\n#define toAvg(tot, cnt) ((((cnt) > 0) ? ((long double) (tot)) / (cnt) : 0))\n\nvoid Timer::printHyperedgePaper(FILE *fp)\n{\n    fprintf(fp, \"%5lld & %5lld & %5lld & %5lld\\n\\n\",\n        toMsec(m_total_time[tmOrthogGraph]),\n        toMsec(m_total_time[tmHyperedgeForest] + m_total_time[tmHyperedgeMTST]),\n        toMsec(m_total_time[tmHyperedgeAlt]),\n        toMsec(m_total_time[tmHyperedgeImprove]));\n}\n\nvoid Timer::print(const TimerIndex t, FILE *fp)\n{\n    bigclock_t avg = toMsec(toAvg(m_total_time[t], m_tally[t]));\n    clock_t max = toMsec(m_max_time[t]); \n    fprintf(fp, \"%lld %d %lld %ld\",\n            toMsec(m_total_time[t]), m_tally[t], avg, max);\n    \n    for (size_t j = 0; j < TIMER_VARIABLES_COUNT; ++j)\n    {\n        if (m_variables[t][j] > 0)\n        {\n            fprintf(fp, \", %lu: %u\", j, m_variables[t][j]);\n        }\n    }\n    fprintf(fp, \"\\n\");\n}\n\nvoid Timer::varIncrement(size_t i, unsigned int val)\n{\n    COLA_ASSERT(i < TIMER_VARIABLES_COUNT);\n    \n    if (m_is_running)\n    {\n        m_variables[m_type][i] += val;\n    }\n}\n\nvoid Timer::varMax(size_t i, unsigned int val)\n{\n    COLA_ASSERT(i < TIMER_VARIABLES_COUNT);\n\n    if (m_is_running)\n    {\n        m_variables[m_type][i] = std::max(m_variables[m_type][i], val);\n    }\n}\n\n#endif\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/timer.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#ifndef AVOID_TIMER_H\n#define AVOID_TIMER_H\n\n#include <ctime>\n\nnamespace Avoid {\n\n//#define AVOID_PROFILE\n\n#ifndef AVOID_PROFILE\n\n  #define TIMER_START(r, t) do {} while(0)\n  #define TIMER_STOP(r) do {} while(0)\n  #define TIMER_VAR_ADD(r, n, v) do {} while(0)\n  #define TIMER_VAR_MAX(r, n, v) do {} while(0)\n\n#else\n   \n  #define TIMER_START(r, t) r->timers.initialise(t); r->timers.start()\n  #define TIMER_STOP(r) r->timers.stop()\n  #define TIMER_VAR_ADD(r, n, v) r->timers.varIncrement(n, v);\n  #define TIMER_VAR_MAX(r, n, v) r->timers.varMax(n, v)\n\ntypedef unsigned long long int bigclock_t;\n\nenum TimerIndex \n{\n    tmAdd,\n    tmDel,\n    tmMov,\n    tmPth,\n    tmOrthogGraph,\n    tmOrthogRoute,\n    tmOrthogCentre,\n    tmOrthogNudge,\n    tmHyperedgeForest,\n    tmHyperedgeMTST,\n    tmHyperedgeImprove,\n    tmHyperedgeAlt,\n    tmCount\n};\n\nstatic const bool timerStart = true;\nstatic const bool timerDelay = false;\n\nstatic const size_t TIMER_VARIABLES_COUNT = 2;\n\nclass Timer\n{\n    public:\n        Timer();\n        void initialise(const TimerIndex t);\n        void start(void);\n        void stop(void);\n        void reset(void);\n        void varIncrement(size_t i, unsigned int val);\n        void varMax(size_t i, unsigned int val);\n\n        void print(TimerIndex, FILE *fp);\n        void printAll(FILE *fp);\n        void printHyperedgePaper(FILE *fp);\n\n    private:\n        clock_t m_start_time[tmCount];\n        bigclock_t m_total_time[tmCount];\n        int m_tally[tmCount];\n        clock_t m_max_time[tmCount];\n        unsigned int m_variables[tmCount][TIMER_VARIABLES_COUNT];\n\n        bool m_is_running;\n        TimerIndex m_type;\n        TimerIndex m_last_type;\n};\n\n#endif\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/vertices.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <iostream>\n#include <cstdlib>\n\n#include \"libavoid/vertices.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/graph.h\"  // For alertConns\n#include \"libavoid/debug.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/connend.h\"\n\nusing std::ostream;\n\n\nnamespace Avoid {\n\n\nVertID::VertID()\n{\n}\n\n\nVertID::VertID(unsigned int id, unsigned short n, VertIDProps p)\n    : objID(id),\n      vn(n),\n      props(p)\n{\n}\n\n\nVertID::VertID(const VertID& other)\n    : objID(other.objID),\n      vn(other.vn),\n      props(other.props)\n{\n}\n\n\nVertID& VertID::operator= (const VertID& rhs)\n{\n    // Gracefully handle self assignment\n    //if (this == &rhs) return *this;\n\n    objID = rhs.objID;\n    vn = rhs.vn;\n    props = rhs.props;\n\n    return *this;\n}\n\n\nbool VertID::operator==(const VertID& rhs) const\n{\n    if ((objID != rhs.objID) || (vn != rhs.vn))\n    {\n        return false;\n    }\n    return true;\n}\n\n\nbool VertID::operator!=(const VertID& rhs) const\n{\n    if ((objID != rhs.objID) || (vn != rhs.vn))\n    {\n        return true;\n    }\n    return false;\n}\n\n\nbool VertID::operator<(const VertID& rhs) const\n{\n    if ((objID < rhs.objID) ||\n            ((objID == rhs.objID) && (vn < rhs.vn)))\n    {\n        return true;\n    }\n    return false;\n}\n\n\nVertID VertID::operator+(const int& rhs) const\n{\n    return VertID(objID, vn + rhs, props);\n}\n\n\nVertID VertID::operator-(const int& rhs) const\n{\n    return VertID(objID, vn - rhs, props);\n}\n\n\nVertID& VertID::operator++(int)\n{\n    vn += 1;\n    return *this;\n}\n\n\nvoid VertID::print(FILE *file) const\n{\n    fprintf(file, \"[%u,%d, p=%u]\", objID, vn, (unsigned int) props);\n}\n\nvoid VertID::db_print(void) const\n{\n    db_printf(\"[%u,%d, p=%u]\", objID, vn, (unsigned int) props);\n}\n\n\nconst unsigned short VertID::src = 1;\nconst unsigned short VertID::tar = 2;\n\n// Property flags:\nconst unsigned short VertID::PROP_ConnPoint      = 1;\nconst unsigned short VertID::PROP_OrthShapeEdge  = 2;\nconst unsigned short VertID::PROP_ConnectionPin  = 4;\nconst unsigned short VertID::PROP_ConnCheckpoint = 8;\nconst unsigned short VertID::PROP_DummyPinHelper = 16;\n\n\nostream& operator<<(ostream& os, const VertID& vID)\n{\n    return os << '[' << vID.objID << ',' << vID.vn << ']';\n}\n\n\n\nVertInf::VertInf(Router *router, const VertID& vid, const Point& vpoint, \n        const bool addToRouter)\n    : _router(router),\n      id(vid),\n      point(vpoint),\n      lstPrev(nullptr),\n      lstNext(nullptr),\n      shPrev(nullptr),\n      shNext(nullptr),\n      visListSize(0),\n      orthogVisListSize(0),\n      invisListSize(0),\n      pathNext(nullptr),\n      m_orthogonalPartner(nullptr),\n      m_treeRoot(nullptr),\n      visDirections(ConnDirNone),\n      orthogVisPropFlags(0)\n{\n    point.id = vid.objID;\n    point.vn = vid.vn;\n\n    if (addToRouter)\n    {\n        _router->vertices.addVertex(this);\n    }\n}\n\n\nVertInf::~VertInf()\n{\n    COLA_ASSERT(orphaned());\n}\n\n\nEdgeInf *VertInf::hasNeighbour(VertInf *target, bool orthogonal) const\n{\n    const EdgeInfList& visEdgeList = (orthogonal) ? orthogVisList : visList;\n    EdgeInfList::const_iterator finish = visEdgeList.end();\n    for (EdgeInfList::const_iterator edge = visEdgeList.begin(); edge != finish; ++edge)\n    {\n        if ((*edge)->otherVert(this) == target)\n        {\n            return *edge;\n        }\n    }\n    return nullptr;\n}\n\nvoid VertInf::Reset(const VertID& vid, const Point& vpoint)\n{\n    id = vid;\n    point = vpoint;\n    point.id = id.objID;\n    point.vn = id.vn;\n}\n\n\nvoid VertInf::Reset(const Point& vpoint)\n{\n    point = vpoint;\n    point.id = id.objID;\n    point.vn = id.vn;\n}\n\n\n// Returns true if this vertex is not involved in any (in)visibility graphs.\nbool VertInf::orphaned(void)\n{\n    return (visList.empty() && invisList.empty() && orthogVisList.empty());\n}\n\n\nvoid VertInf::removeFromGraph(const bool isConnVert)\n{\n    if (isConnVert)\n    {\n        COLA_ASSERT(id.isConnPt());\n    }\n\n    // For each vertex.\n    EdgeInfList::const_iterator finish = visList.end();\n    EdgeInfList::const_iterator edge;\n    while ((edge = visList.begin()) != finish)\n    {\n        // Remove each visibility edge\n        (*edge)->alertConns();\n        delete (*edge);\n    }\n\n    finish = orthogVisList.end();\n    while ((edge = orthogVisList.begin()) != finish)\n    {\n        // Remove each orthogonal visibility edge.\n        (*edge)->alertConns();\n        delete (*edge);\n    }\n\n    finish = invisList.end();\n    while ((edge = invisList.begin()) != finish)\n    {\n        // Remove each invisibility edge\n        delete (*edge);\n    }\n}\n\n\nvoid VertInf::orphan(void)\n{\n    // For each vertex.\n    EdgeInfList::const_iterator finish = visList.end();\n    EdgeInfList::const_iterator edge;\n    while ((edge = visList.begin()) != finish)\n    {\n        // Remove each visibility edge\n        (*edge)->makeInactive();\n    }\n\n    finish = orthogVisList.end();\n    while ((edge = orthogVisList.begin()) != finish)\n    {\n        // Remove each orthogonal visibility edge.\n        (*edge)->makeInactive();\n    }\n\n    finish = invisList.end();\n    while ((edge = invisList.begin()) != finish)\n    {\n        // Remove each invisibility edge\n        (*edge)->makeInactive();\n    }\n}\n\n// Returns the direction of this vertex relative to the other specified vertex.\n//\nConnDirFlags VertInf::directionFrom(const VertInf *other) const\n{\n    double epsilon = 0.000001;\n    Point thisPoint = point;\n    Point otherPoint = other->point;\n    Point diff = thisPoint - otherPoint;\n\n    ConnDirFlags directions = ConnDirNone;\n    if (diff.y > epsilon)\n    {\n        directions |= ConnDirUp;\n    }\n    if (diff.y < -epsilon)\n    {\n        directions |= ConnDirDown;\n    }\n    if (diff.x > epsilon)\n    {\n        directions |= ConnDirRight;\n    }\n    if (diff.x < -epsilon)\n    {\n        directions |= ConnDirLeft;\n    }\n    return directions;\n}\n\n// Given a set of directions, mark visibility edges in all other directions\n// as being invalid so they get ignored during the search.\n//\nvoid VertInf::setVisibleDirections(const ConnDirFlags directions)\n{\n    for (EdgeInfList::const_iterator edge = visList.begin();\n            edge != visList.end(); ++edge)\n    {\n        if (directions == ConnDirAll)\n        {\n            (*edge)->setDisabled(false);\n        }\n        else\n        {\n            VertInf *otherVert = (*edge)->otherVert(this);\n            ConnDirFlags direction = otherVert->directionFrom(this);\n            bool visible = (direction & directions);\n            (*edge)->setDisabled(!visible);\n        }\n    }\n\n    for (EdgeInfList::const_iterator edge = orthogVisList.begin();\n            edge != orthogVisList.end(); ++edge)\n    {\n        if (directions == ConnDirAll)\n        {\n            (*edge)->setDisabled(false);\n        }\n        else\n        {\n            VertInf *otherVert = (*edge)->otherVert(this);\n            ConnDirFlags direction = otherVert->directionFrom(this);\n            bool visible = (direction & directions);\n            (*edge)->setDisabled(!visible);\n        }\n    }\n}\n\n// Number of points in path from end back to start, or zero if no path exists.\n//\nunsigned int VertInf::pathLeadsBackTo(const VertInf *start) const\n{\n    unsigned int pathlen = 1;\n    for (const VertInf *i = this; i != start; i = i->pathNext)\n    {\n        if ((pathlen > 1) && (i == this))\n        {\n            // We have a circular path, so path not found.\n            return 0;\n        }\n\n        pathlen++;\n        if (i == nullptr)\n        {\n            // Path not found.\n            return 0;\n        }\n\n        // Check we don't have an apparent infinite connector path.\n        COLA_ASSERT(pathlen < 20000);\n    }\n    return pathlen;\n}\n\nVertInf **VertInf::makeTreeRootPointer(VertInf *root)\n{\n    m_treeRoot = (VertInf **) malloc(sizeof(VertInf *));\n    *m_treeRoot = root;\n    return m_treeRoot;\n}\n\nVertInf *VertInf::treeRoot(void) const\n{\n    return (m_treeRoot) ? *m_treeRoot : nullptr;\n}\n\nVertInf **VertInf::treeRootPointer(void) const\n{\n    return m_treeRoot;\n}\n\nvoid VertInf::clearTreeRootPointer(void)\n{\n    m_treeRoot = nullptr;\n}\n\nvoid VertInf::setTreeRootPointer(VertInf **pointer)\n{\n    m_treeRoot = pointer;\n}\n        \nvoid VertInf::setSPTFRoot(VertInf *root)\n{\n    // Use the m_treeRoot instance var, but as just a normal VertInf pointer.\n    m_treeRoot = (VertInf **) root;\n}\n\n\nVertInf *VertInf::sptfRoot(void) const\n{\n    // Use the m_treeRoot instance var, but as just a normal VertInf pointer.\n    return (VertInf *) m_treeRoot;\n}\n\n\nbool directVis(VertInf *src, VertInf *dst)\n{\n    ShapeSet ss = ShapeSet();\n\n    Point& p = src->point;\n    Point& q = dst->point;\n\n    VertID& pID = src->id;\n    VertID& qID = dst->id;\n\n    // We better be part of the same instance of libavoid.\n    Router *router = src->_router;\n    COLA_ASSERT(router == dst->_router);\n\n    ContainsMap& contains = router->contains;\n    if (pID.isConnPt())\n    {\n        ss.insert(contains[pID].begin(), contains[pID].end());\n    }\n    if (qID.isConnPt())\n    {\n        ss.insert(contains[qID].begin(), contains[qID].end());\n    }\n\n    // The \"beginning\" should be the first shape vertex, rather\n    // than an endpoint, which are also stored in \"vertices\".\n    VertInf *endVert = router->vertices.end();\n    for (VertInf *k = router->vertices.shapesBegin(); k != endVert;\n            k = k->lstNext)\n    {\n        if ((ss.find(k->id.objID) == ss.end()))\n        {\n            if (segmentIntersect(p, q, k->point, k->shNext->point))\n            {\n                return false;\n            }\n        }\n    }\n    return true;\n}\n\n\nVertInfList::VertInfList()\n    : _firstShapeVert(nullptr),\n      _firstConnVert(nullptr),\n      _lastShapeVert(nullptr),\n      _lastConnVert(nullptr),\n      _shapeVertices(0),\n      _connVertices(0)\n{\n}\n\n\n#define checkVertInfListConditions() \\\n        do { \\\n            COLA_ASSERT((!_firstConnVert && (_connVertices == 0)) || \\\n                    ((_firstConnVert->lstPrev == nullptr) && (_connVertices > 0))); \\\n            COLA_ASSERT((!_firstShapeVert && (_shapeVertices == 0)) || \\\n                    ((_firstShapeVert->lstPrev == nullptr) && (_shapeVertices > 0))); \\\n            COLA_ASSERT(!_lastShapeVert || (_lastShapeVert->lstNext == nullptr)); \\\n            COLA_ASSERT(!_lastConnVert || (_lastConnVert->lstNext == _firstShapeVert)); \\\n            COLA_ASSERT((!_firstConnVert && !_lastConnVert) || \\\n                    (_firstConnVert &&  _lastConnVert) ); \\\n            COLA_ASSERT((!_firstShapeVert && !_lastShapeVert) || \\\n                    (_firstShapeVert &&  _lastShapeVert) ); \\\n            COLA_ASSERT(!_firstShapeVert || !(_firstShapeVert->id.isConnPt())); \\\n            COLA_ASSERT(!_lastShapeVert || !(_lastShapeVert->id.isConnPt())); \\\n            COLA_ASSERT(!_firstConnVert || _firstConnVert->id.isConnPt()); \\\n            COLA_ASSERT(!_lastConnVert || _lastConnVert->id.isConnPt()); \\\n        } while(0)\n\n\nvoid VertInfList::addVertex(VertInf *vert)\n{\n    checkVertInfListConditions();\n    COLA_ASSERT(vert->lstPrev == nullptr);\n    COLA_ASSERT(vert->lstNext == nullptr);\n\n    if (vert->id.isConnPt())\n    {\n        // A Connector vertex\n        if (_firstConnVert)\n        {\n            // Join with previous front\n            vert->lstNext = _firstConnVert;\n            _firstConnVert->lstPrev = vert;\n\n            // Make front\n            _firstConnVert = vert;\n        }\n        else\n        {\n            // Make front and back\n            _firstConnVert = vert;\n            _lastConnVert = vert;\n\n            // Link to front of shapes list\n            vert->lstNext = _firstShapeVert;\n        }\n        _connVertices++;\n    }\n    else // if (vert->id.shape > 0)\n    {\n        // A Shape vertex\n        if (_lastShapeVert)\n        {\n            // Join with previous back\n            vert->lstPrev = _lastShapeVert;\n            _lastShapeVert->lstNext = vert;\n\n            // Make back\n            _lastShapeVert = vert;\n        }\n        else\n        {\n            // Make first and last\n            _firstShapeVert = vert;\n            _lastShapeVert = vert;\n\n            // Join with conns list\n            if (_lastConnVert)\n            {\n                COLA_ASSERT(_lastConnVert->lstNext == nullptr);\n\n                _lastConnVert->lstNext = vert;\n            }\n        }\n        _shapeVertices++;\n    }\n    checkVertInfListConditions();\n}\n\n\n// Removes a vertex from the list and returns a pointer to the vertex\n// following the removed one.\nVertInf *VertInfList::removeVertex(VertInf *vert)\n{\n    if (vert == nullptr)\n    {\n        return nullptr;\n    }\n    // Conditions for correct data structure\n    checkVertInfListConditions();\n    \n    VertInf *following = vert->lstNext;\n\n    if (vert->id.isConnPt())\n    {\n        // A Connector vertex\n        if (vert == _firstConnVert)\n        {\n\n            if (vert == _lastConnVert)\n            {\n                _firstConnVert = nullptr;\n                _lastConnVert = nullptr;\n            }\n            else\n            {\n                // Set new first\n                _firstConnVert = _firstConnVert->lstNext;\n\n                if (_firstConnVert)\n                {\n                    // Set previous\n                    _firstConnVert->lstPrev = nullptr;\n                }\n            }\n        }\n        else if (vert == _lastConnVert)\n        {\n            // Set new last\n            _lastConnVert = _lastConnVert->lstPrev;\n\n            // Make last point to shapes list\n            _lastConnVert->lstNext = _firstShapeVert;\n        }\n        else\n        {\n            vert->lstNext->lstPrev = vert->lstPrev;\n            vert->lstPrev->lstNext = vert->lstNext;\n        }\n        _connVertices--;\n    }\n    else // if (vert->id.shape > 0)\n    {\n        // A Shape vertex\n        if (vert == _lastShapeVert)\n        {\n            // Set new last\n            _lastShapeVert = _lastShapeVert->lstPrev;\n\n            if (vert == _firstShapeVert)\n            {\n                _firstShapeVert = nullptr;\n                if (_lastConnVert)\n                {\n                    _lastConnVert->lstNext = nullptr;\n                }\n            }\n\n            if (_lastShapeVert)\n            {\n                _lastShapeVert->lstNext = nullptr;\n            }\n        }\n        else if (vert == _firstShapeVert)\n        {\n            // Set new first\n            _firstShapeVert = _firstShapeVert->lstNext;\n\n            // Correct the last conn vertex\n            if (_lastConnVert)\n            {\n                _lastConnVert->lstNext = _firstShapeVert;\n            }\n\n            if (_firstShapeVert)\n            {\n                _firstShapeVert->lstPrev = nullptr;\n            }\n        }\n        else\n        {\n            vert->lstNext->lstPrev = vert->lstPrev;\n            vert->lstPrev->lstNext = vert->lstNext;\n        }\n        _shapeVertices--;\n    }\n    vert->lstPrev = nullptr;\n    vert->lstNext = nullptr;\n\n    checkVertInfListConditions();\n\n    return following;\n}\n\n\nVertInf *VertInfList::getVertexByID(const VertID& id)\n{\n    VertID searchID = id;\n    if (searchID.vn == kUnassignedVertexNumber)\n    {\n        unsigned int topbit = ((unsigned int) 1) << 31;\n        if (searchID.objID & topbit)\n        {\n            searchID.objID = searchID.objID & ~topbit;\n            searchID.vn = VertID::src;\n        }\n        else\n        {\n            searchID.vn = VertID::tar;\n        }\n    }\n    VertInf *last = end();\n    for (VertInf *curr = connsBegin(); curr != last; curr = curr->lstNext)\n    {\n        if (curr->id == searchID)\n        {\n            return curr;\n        }\n    }\n    return nullptr;\n}\n\n\nVertInf *VertInfList::getVertexByPos(const Point& p)\n{\n    VertInf *last = end();\n    for (VertInf *curr = shapesBegin(); curr != last; curr = curr->lstNext)\n    {\n        if (curr->point == p)\n        {\n            return curr;\n        }\n    }\n    return nullptr;\n}\n\n\nVertInf *VertInfList::shapesBegin(void)\n{\n    return _firstShapeVert;\n}\n\n\nVertInf *VertInfList::connsBegin(void)\n{\n    if (_firstConnVert)\n    {\n        return _firstConnVert;\n    }\n    // No connector vertices\n    return _firstShapeVert;\n}\n\n\nVertInf *VertInfList::end(void)\n{\n    return nullptr;\n}\n\n\nunsigned int VertInfList::connsSize(void) const\n{\n    return _connVertices;\n}\n\n\nunsigned int VertInfList::shapesSize(void) const\n{\n    return _shapeVertices;\n}\n\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/vertices.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_VERTICES_H\n#define AVOID_VERTICES_H\n\n#include <list>\n#include <set>\n#include <map>\n#include <iostream>\n#include <cstdio>\n#include <utility>\n\n#include \"libavoid/geomtypes.h\"\n\nnamespace Avoid {\n\nclass EdgeInf;\nclass VertInf;\nclass Router;\n\ntypedef std::list<EdgeInf *> EdgeInfList;\ntypedef std::pair<VertInf *, VertInf *> VertexPair;\n\ntypedef unsigned int ConnDirFlags;\ntypedef unsigned short VertIDProps;\n\n\nclass VertID\n{\n    public:\n        unsigned int objID;\n        unsigned short vn;\n        // Properties:\n        VertIDProps props;\n\n        static const unsigned short src;\n        static const unsigned short tar;\n        \n        static const VertIDProps PROP_ConnPoint;\n        static const VertIDProps PROP_OrthShapeEdge;\n        static const VertIDProps PROP_ConnectionPin;\n        static const VertIDProps PROP_ConnCheckpoint;\n        static const VertIDProps PROP_DummyPinHelper;\n\n        VertID();\n        VertID(unsigned int id, unsigned short n, VertIDProps p = 0);\n        VertID(const VertID& other);\n        VertID& operator= (const VertID& rhs);\n        bool operator==(const VertID& rhs) const;\n        bool operator!=(const VertID& rhs) const;\n        bool operator<(const VertID& rhs) const;\n        VertID operator+(const int& rhs) const;\n        VertID operator-(const int& rhs) const;\n        VertID& operator++(int);\n        void print(FILE *file = stdout) const;\n        void db_print(void) const;\n        friend std::ostream& operator<<(std::ostream& os, const VertID& vID);\n        \n        // Property tests:\n        inline bool isOrthShapeEdge(void) const\n        {\n            return (props & PROP_OrthShapeEdge) ? true : false;\n        }\n        inline bool isConnPt(void) const\n        {\n            return (props & PROP_ConnPoint) ? true : false;\n        }\n        inline bool isConnectionPin(void) const\n        {\n            return (props & PROP_ConnectionPin) ? true : false;\n        }\n        inline bool isConnCheckpoint(void) const\n        {\n            return (props & PROP_ConnCheckpoint) ? true : false;\n        }\n        inline bool isDummyPinHelper(void) const\n        {\n            return (props & PROP_DummyPinHelper) ? true : false;\n        }\n};\n\n\n// An ID given to all dummy vertices inserted to allow creation of the\n// orthogonal visibility graph since the vertices in the orthogonal graph \n// mostly do not correspond to shape corners or connector endpoints.\n//\nstatic const VertID dummyOrthogID(0, 0);\nstatic const VertID dummyOrthogShapeID(0, 0, VertID::PROP_OrthShapeEdge);\n\nclass ANode;\n\nclass VertInf\n{\n    public:\n        VertInf(Router *router, const VertID& vid, const Point& vpoint,\n                const bool addToRouter = true);\n        ~VertInf();\n        void Reset(const VertID& vid, const Point& vpoint);\n        void Reset(const Point& vpoint);\n        void removeFromGraph(const bool isConnVert = true);\n        bool orphaned(void);\n\n        unsigned int pathLeadsBackTo(const VertInf *start) const;\n        void setVisibleDirections(const ConnDirFlags directions);\n        ConnDirFlags directionFrom(const VertInf *other) const;\n        // Checks if this vertex has the target as a visibility neighbour.\n        EdgeInf *hasNeighbour(VertInf *target, bool orthogonal) const;\n        void orphan(void);\n\n        VertInf **makeTreeRootPointer(VertInf *root);\n        VertInf *treeRoot(void) const;\n        VertInf **treeRootPointer(void) const;\n        void setTreeRootPointer(VertInf **pointer);\n        void clearTreeRootPointer(void);\n\n        void setSPTFRoot(VertInf *root);\n        VertInf *sptfRoot(void) const;\n\n        Router *_router;\n        VertID id;\n        Point  point;\n        VertInf *lstPrev;\n        VertInf *lstNext;\n        VertInf *shPrev;\n        VertInf *shNext;\n        EdgeInfList visList;\n        unsigned int visListSize;\n        EdgeInfList orthogVisList;\n        unsigned int orthogVisListSize;\n        EdgeInfList invisList;\n        unsigned int invisListSize;\n        VertInf *pathNext;\n\n        // The tree root and distance value used when computing MTSTs.\n        // XXX: Maybe these should be allocated as a separate struct\n        //      and referenced via a pointer.  This would be slower due\n        //      to memory allocation, but would save 2 x 8 = 24 bytes per \n        //      VertInf on 64-bit machines.\n        VertInf *m_orthogonalPartner;\n        VertInf **m_treeRoot;\n        double sptfDist;\n\n        ConnDirFlags visDirections;\n        std::list<ANode *> aStarDoneNodes;\n        std::list<ANode *> aStarPendingNodes;\n        // Flags for orthogonal visibility properties, i.e., whether the \n        // line points to a shape edge, connection point or an obstacle.\n        unsigned int orthogVisPropFlags;\n};\n\n\n// Orthogonal visibility property flags\nstatic const unsigned int XL_EDGE = 1;\nstatic const unsigned int XL_CONN = 2;\nstatic const unsigned int XH_EDGE = 4;\nstatic const unsigned int XH_CONN = 8;\nstatic const unsigned int YL_EDGE = 16;\nstatic const unsigned int YL_CONN = 32;\nstatic const unsigned int YH_EDGE = 64;\nstatic const unsigned int YH_CONN = 128;\n\n\nbool directVis(VertInf *src, VertInf *dst);\n\n\n// A linked list of all the vertices in the router instance.  All the \n// connector endpoints are listed first, then all the shape vertices.\n// Dummy vertices inserted for orthogonal routing are classed as shape\n// vertices but have VertID(0, 0).\n//\nclass VertInfList\n{\n    public:\n        VertInfList();\n        void addVertex(VertInf *vert);\n        VertInf *removeVertex(VertInf *vert);\n        VertInf *getVertexByID(const VertID& id);\n        VertInf *getVertexByPos(const Point& p);\n        VertInf *shapesBegin(void);\n        VertInf *connsBegin(void);\n        VertInf *end(void);\n        unsigned int connsSize(void) const;\n        unsigned int shapesSize(void) const;\n    private:\n        VertInf *_firstShapeVert;\n        VertInf *_firstConnVert;\n        VertInf *_lastShapeVert;\n        VertInf *_lastConnVert;\n        unsigned int _shapeVertices;\n        unsigned int _connVertices;\n};\n\n\ntypedef std::set<unsigned int> ShapeSet;\ntypedef std::map<VertID, ShapeSet> ContainsMap;\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/viscluster.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n#include <cstdlib>\n\n#include \"libavoid/viscluster.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/debug.h\"\n\n\nnamespace Avoid {\n\n\nClusterRef::ClusterRef(Router *router, Polygon& polygon, const unsigned int id)\n    : m_router(router),\n      m_polygon(polygon, router),\n      m_rectangular_polygon(m_polygon.boundingRectPolygon()),\n      m_active(false)\n{\n    COLA_ASSERT(m_router != nullptr);\n    m_id = m_router->assignId(id);\n\n    m_router->addCluster(this);\n}\n\n\nClusterRef::~ClusterRef()\n{\n    if (m_router->m_currently_calling_destructors == false)\n    {\n        err_printf(\"ERROR: ClusterRef::~ClusterRef() shouldn't be called directly.\\n\");\n        err_printf(\"       It is owned by the router.  Call Router::deleteCluster() instead.\\n\");\n        abort();\n    }\n}\n\n\nvoid ClusterRef::makeActive(void)\n{\n    COLA_ASSERT(!m_active);\n    \n    // Add to clusterRefs list.\n    m_clusterrefs_pos = m_router->clusterRefs.insert(\n            m_router->clusterRefs.begin(), this);\n\n    m_active = true;\n}\n\n\nvoid ClusterRef::makeInactive(void)\n{\n    COLA_ASSERT(m_active);\n    \n    // Remove from clusterRefs list.\n    m_router->clusterRefs.erase(m_clusterrefs_pos);\n\n    m_active = false;\n}\n    \n\nvoid ClusterRef::setNewPoly(Polygon& poly)\n{\n    m_polygon = ReferencingPolygon(poly, m_router);\n    m_rectangular_polygon = m_polygon.boundingRectPolygon();\n}\n\n\nunsigned int ClusterRef::id(void) const\n{\n    return m_id;\n}\n\n\nReferencingPolygon& ClusterRef::polygon(void)\n{\n    return m_polygon;\n}\n\n\nPolygon& ClusterRef::rectangularPolygon(void)\n{\n    return m_rectangular_polygon;\n}\n\n\nRouter *ClusterRef::router(void) const\n{\n    return m_router;\n}\n\n\n}\n\n\n"
  },
  {
    "path": "cola/libavoid/viscluster.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n//! @file    viscluster.h\n//! @brief   Contains the interface for the ClusterRef class.\n\n#ifndef AVOID_CLUSTER_H\n#define AVOID_CLUSTER_H\n\n#include <list>\n\n#include \"libavoid/geometry.h\"\n#include \"libavoid/dllexport.h\"\n\nnamespace Avoid {\n\nclass Router;\nclass ClusterRef;\ntypedef std::list<ClusterRef *> ClusterRefList;\n\n\n//! @brief   The ClusterRef class represents a cluster object.\n//!\n//! Cluster are boundaries around groups of shape objects.  Ideally, only\n//! connectors with one endpoint inside the cluster and one endpoint outside\n//! the cluster will cross the cluster boundary. Connectors that begin and \n//! end inside a cluster will not route outside it, and connectors that begin \n//! and end outside the cluster will not enter the cluster.\n//! \n//! @note   While the functionality of this class works, it is currently \n//!         experimental you will likely suffer a large performance hit\n//!         when using it.\n//!\nclass AVOID_EXPORT ClusterRef\n{\n    public:\n        //! @brief  Cluster reference constructor.\n        //!\n        //! Creates a cluster object reference, but does not yet place it \n        //! into the Router scene.  You can add or remove the cluster to/from \n        //! the scene with Router::addCluster() and Router::delCluster().  The \n        //! cluster can effectively be moved with ClusterRef::setNewPoly() \n        //! method.\n        //!\n        //! The poly argument should be used to specify a polygon boundary.\n        //! The rectangular boundary will be automatically generated from this.\n        //! The polygon boundary could be a convex hull consisting of points\n        //! from the boundaries of shapes.\n        //!\n        //! @note Regarding IDs:\n        //!       You can let libavoid manually handle IDs by not specifying\n        //!       them.  Alternatively, you can specify all IDs yourself, but \n        //!       you must be careful to makes sure that each object in the \n        //!       scene (shape, connector, cluster, etc) is given a unique, \n        //!       positive ID.  This uniqueness is checked if assertions are\n        //!       enabled, but if not and there are clashes then strange \n        //!       things can happen.\n        //!\n        //! @param[in]  router  The router scene to place the cluster into.\n        //! @param[in]  poly    A Polygon representing the boundary of the \n        //!                     cluster.\n        //! @param[in]  id      Optionally, a positive integer ID unique\n        //!                     among all objects.\n        //!\n        ClusterRef(Router *router, Polygon& poly, const unsigned int id = 0);\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        //! @brief  Cluster reference destructor.\n        ~ClusterRef();\n#endif\n        //! @brief   Update the polygon boundary for this cluster.\n        //!\n        //! You should specify a polygon boundary.  The rectangular one will\n        //! be generated automatically from this.\n        //!\n        //! @param[in]  poly    A Polygon representing the boundary of the \n        //!                     cluster.\n        void setNewPoly(Polygon& poly);\n        //! @brief   Returns the ID of this cluster.\n        //! @returns The ID of the cluster. \n        unsigned int id(void) const;\n        //! @brief   Returns a reference to the polygon boundary of this \n        //!          cluster.\n        //! @returns A reference to the polygon boundary of the cluster.\n        ReferencingPolygon& polygon(void);\n        //! @brief   Returns a reference to the rectangular boundary of this \n        //!          cluster.\n        //! @returns A reference to the rectangular boundary of the cluster.\n        Polygon& rectangularPolygon(void);\n        //! @brief   Returns a pointer to the router scene this cluster is in.\n        //! @returns A pointer to the router scene for this cluster.\n        Router *router(void) const;\n        \n        void makeActive(void);\n        void makeInactive(void);\n\n    private:\n        Router *m_router;\n        unsigned int m_id;\n        ReferencingPolygon m_polygon;\n        Polygon m_rectangular_polygon;\n        bool m_active;\n        ClusterRefList::iterator m_clusterrefs_pos;\n};\n\n\n}\n\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libavoid/visibility.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2009  Monash University\n *\n * --------------------------------------------------------------------\n * The Visibility Sweep technique is based upon the method described\n * in Section 5.2 of:\n *     Lee, D.-T. (1978). Proximity and reachability in the plane.,\n *     PhD thesis, Department of Electrical Engineering, \n *     University of Illinois, Urbana, IL.\n * --------------------------------------------------------------------\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <algorithm>\n#include <cfloat>\n\n#include \"libavoid/shape.h\"\n#include \"libavoid/debug.h\"\n#include \"libavoid/visibility.h\"\n#include \"libavoid/vertices.h\"\n#include \"libavoid/graph.h\"\n#include \"libavoid/geometry.h\"\n#include \"libavoid/router.h\"\n#include \"libavoid/assertions.h\"\n\n\nnamespace Avoid {\n\n\nstatic void vertexSweep(VertInf *vert);\n\nvoid Obstacle::computeVisibilityNaive(void)\n{\n    if ( !(router()->InvisibilityGrph) )\n    {\n        // Clear shape from graph.\n        removeFromGraph();\n    }\n\n    VertInf *shapeBegin = firstVert();\n    VertInf *shapeEnd = lastVert()->lstNext;\n\n    VertInf *pointsBegin = router()->vertices.connsBegin();\n    for (VertInf *curr = shapeBegin; curr != shapeEnd; curr = curr->lstNext)\n    {\n        bool knownNew = true;\n\n        db_printf(\"-- CONSIDERING --\\n\");\n        curr->id.db_print();\n\n        db_printf(\"\\tFirst Half:\\n\");\n        for (VertInf *j = pointsBegin ; j != curr; j = j->lstNext)\n        {\n            if (j->id == dummyOrthogID)\n            {\n                // Don't include orthogonal dummy vertices.\n                continue;\n            }\n            EdgeInf::checkEdgeVisibility(curr, j, knownNew);\n        }\n\n        db_printf(\"\\tSecond Half:\\n\");\n        VertInf *pointsEnd = router()->vertices.end();\n        for (VertInf *k = shapeEnd; k != pointsEnd; k = k->lstNext)\n        {\n            if (k->id == dummyOrthogID)\n            {\n                // Don't include orthogonal dummy vertices.\n                continue;\n            }\n            EdgeInf::checkEdgeVisibility(curr, k, knownNew);\n        }\n    }\n}\n\n\nvoid Obstacle::computeVisibilitySweep(void)\n{\n    if ( !(router()->InvisibilityGrph) )\n    {\n        // Clear shape from graph.\n        removeFromGraph();\n    }\n\n    VertInf *startIter = firstVert();\n    VertInf *endIter = lastVert()->lstNext;\n\n    for (VertInf *i = startIter; i != endIter; i = i->lstNext)\n    {\n        vertexSweep(i);\n    }\n}\n\n\nvoid vertexVisibility(VertInf *point, VertInf *partner, bool knownNew,\n        const bool gen_contains)\n{\n    Router *router = point->_router;\n    const VertID& pID = point->id;\n\n    // Make sure we're only doing ptVis for endpoints.\n    COLA_ASSERT(pID.isConnPt());\n\n    if ( !(router->InvisibilityGrph) )\n    {\n        point->removeFromGraph();\n    }\n\n    if (gen_contains && pID.isConnPt())\n    {\n        router->generateContains(point);\n    }\n\n    if (router->UseLeesAlgorithm)\n    {\n        vertexSweep(point);\n    }\n    else\n    {\n        VertInf *shapesEnd = router->vertices.end();\n        for (VertInf *k = router->vertices.connsBegin(); k != shapesEnd;\n                k = k->lstNext)\n        {\n            if (k->id == dummyOrthogID)\n            {\n                // Don't include orthogonal dummy vertices.\n                continue;\n            }\n            else if (k->id.isConnPt() && !k->id.isConnectionPin() &&\n                    !(k->id.isConnCheckpoint() && k->id.objID == pID.objID))\n            {\n                // Include connection pins, but not connectors.\n                // Also include checkpoints with same ID as sweep point.\n                continue;\n            }\n            EdgeInf::checkEdgeVisibility(point, k, knownNew);\n        }\n        if (partner)\n        {\n            EdgeInf::checkEdgeVisibility(point, partner, knownNew);\n        }\n    }\n}\n\n\n//============================================================================\n//  SWEEP CODE\n//\n\n\nclass PointPair\n{\n    public:\n        PointPair(const Point& centerPoint, VertInf *inf)\n            : vInf(inf),\n              centerPoint(centerPoint)\n        {\n            angle = rotationalAngle(vInf->point - centerPoint);\n            distance = euclideanDist(centerPoint, vInf->point);\n        }\n        bool operator<(const PointPair& rhs) const\n        {\n            // Firstly order by angle.\n            if (angle == rhs.angle)\n            {\n                // If the points are collinear, then order them in increasing\n                // distance from the point we are sweeping around.\n                if (distance == rhs.distance)\n                {\n                    // XXX: Add this assertion back if we require that \n                    //      connector endpoints have unique IDs. For the \n                    //      moment it is okay for them to have the same ID.\n                    //COLA_ASSERT(vInf->id != rhs.vInf->id);\n                    \n                    // If comparing two points at the same physical \n                    // position, then order them by their VertIDs.\n                    return vInf->id < rhs.vInf->id;\n                }\n                return distance < rhs.distance;\n            }\n            return angle < rhs.angle;\n        }\n\n        VertInf    *vInf;\n        double     angle;\n        double     distance;\n        Point      centerPoint;\n};\n\ntypedef std::set<PointPair > VertSet;\n\n\nclass EdgePair\n{\n    public:\n        EdgePair() \n            : vInf1(nullptr), \n              vInf2(nullptr), \n              dist1(0.0),\n              dist2(0.0),\n              angle(0.0),\n              angleDist(0.0)\n        {\n            // The default constuctor should never be called.  \n            // This is defined to appease the MSVC compiler.\n            COLA_ASSERT(false);\n        }\n        EdgePair(const PointPair& p1, VertInf *v) \n            : vInf1(p1.vInf), \n              vInf2(v),\n              dist1(p1.distance),\n              dist2(euclideanDist(vInf2->point, p1.centerPoint)),\n              angle(p1.angle),\n              angleDist(p1.distance),\n              centerPoint(p1.centerPoint)\n        {\n        }\n        bool operator<(const EdgePair& rhs) const\n        {\n            COLA_ASSERT(angle == rhs.angle);\n            if (angleDist == rhs.angleDist)\n            {\n                return (dist2 < rhs.dist2);\n            }\n            return (angleDist < rhs.angleDist);\n        }\n        bool operator==(const EdgePair& rhs) const\n        {\n            if (((vInf1->id == rhs.vInf1->id) &&\n                        (vInf2->id == rhs.vInf2->id)) ||\n                ((vInf1->id == rhs.vInf2->id) &&\n                        (vInf2->id == rhs.vInf1->id)))\n            {\n                return true;\n            }\n            return false;\n        }\n        bool operator!=(const EdgePair& rhs) const\n        {\n            if (((vInf1->id == rhs.vInf1->id) &&\n                        (vInf2->id == rhs.vInf2->id)) ||\n                ((vInf1->id == rhs.vInf2->id) &&\n                        (vInf2->id == rhs.vInf1->id)))\n            {\n                return false;\n            }\n            return true;\n        }\n        void setNegativeAngle(void)\n        {\n            angle = -1.0;\n        }\n        double setCurrAngle(const PointPair& p)\n        {\n            if (p.vInf->point == vInf1->point)\n            {\n                angleDist = dist1;\n                angle = p.angle;\n            }\n            else if (p.vInf->point == vInf2->point)\n            {\n                angleDist = dist2;\n                angle = p.angle;\n            }\n            else if (p.angle != angle)\n            {\n                COLA_ASSERT(p.angle > angle);\n                angle = p.angle;\n                Point pp;\n                int result = rayIntersectPoint(vInf1->point, vInf2->point,\n                        centerPoint, p.vInf->point, &(pp.x), &(pp.y));\n                if (result != DO_INTERSECT) \n                {\n                    // This can happen with points that appear to have the\n                    // same angle but at are at slightly different positions\n                    angleDist = std::min(dist1, dist2);\n                }\n                else\n                {\n                    angleDist = euclideanDist(pp, centerPoint);\n                }\n            }\n\n            return angleDist;\n        }\n\n        VertInf *vInf1;\n        VertInf *vInf2;\n        double dist1;\n        double dist2;\n        double angle;\n        double angleDist;\n        Point centerPoint;\n};\n\ntypedef std::list<EdgePair> SweepEdgeList;\n\n\n#define AHEAD    1\n#define BEHIND  -1\n\nclass isBoundingShape\n{\n    public:\n        // Class instance remembers the ShapeSet.\n        isBoundingShape(ShapeSet& set) : \n            ss(set)\n        { }\n        // The following is an overloading of the function call operator.\n        bool operator () (const PointPair& pp)\n        {\n            if (!(pp.vInf->id.isConnPt()) &&\n                    (ss.find(pp.vInf->id.objID) != ss.end()))\n            {\n                return true;\n            }\n            return false;\n        }\n    private:\n        // MSVC wants to generate the assignment operator and the default \n        // constructor, but fails.  Therefore we declare them private and \n        // don't implement them.\n        isBoundingShape & operator=(isBoundingShape const &);\n        isBoundingShape();\n\n        ShapeSet& ss;\n};\n\n\nstatic bool sweepVisible(SweepEdgeList& T, const PointPair& point, \n        std::set<unsigned int>& onBorderIDs, int *blocker)\n{\n    if (T.empty())\n    {\n        // No blocking edges.\n        return true;\n    }\n\n    Router *router = point.vInf->_router;\n    bool visible = true;\n\n    SweepEdgeList::const_iterator closestIt = T.begin();\n    SweepEdgeList::const_iterator end = T.end();\n    while (closestIt != end)\n    {\n        if ((point.vInf->point == closestIt->vInf1->point) ||\n                (point.vInf->point == closestIt->vInf2->point))\n        {\n            // If the ray intersects just the endpoint of a \n            // blocking edge then ignore that edge.\n            ++closestIt;\n            continue;\n        }\n        break;\n    }\n    if (closestIt == end)\n    {\n        return true;\n    }\n\n    if (point.vInf->id.isConnPt())\n    {\n        // It's a connector endpoint, so we have to ignore \n        // edges of containing shapes for determining visibility.\n        ShapeSet& rss = router->contains[point.vInf->id];\n        while (closestIt != end)\n        {\n            if (rss.find(closestIt->vInf1->id.objID) == rss.end())\n            {\n                // This is not a containing edge so do the normal \n                // test and then stop.\n                if (point.distance > closestIt->angleDist)\n                {\n                    visible = false;\n                }\n                else if ((point.distance == closestIt->angleDist) && \n                        onBorderIDs.find(closestIt->vInf1->id.objID) != \n                                onBorderIDs.end())\n                {\n                    // Touching, but centerPoint is on another edge of\n                    // shape shape, so count as blocking.\n                    visible = false;\n                }\n                break;\n            }\n            // This was a containing edge, so consider the next along.\n            ++closestIt;\n        }\n    }\n    else\n    {\n        // Just test to see if this point is closer than the closest \n        // edge blocking this ray.\n        if (point.distance > closestIt->angleDist)\n        {\n            visible =  false;\n        }\n        else if ((point.distance == closestIt->angleDist) && \n                onBorderIDs.find(closestIt->vInf1->id.objID) != \n                        onBorderIDs.end())\n        {\n            // Touching, but centerPoint is on another edge of\n            // shape shape, so count as blocking.\n            visible = false;\n        }\n    }\n\n    if (!visible)\n    {\n        *blocker = (*closestIt).vInf1->id.objID;\n    }\n    return visible;\n}\n\n\nstatic void vertexSweep(VertInf *vert)\n{\n    Router *router = vert->_router;\n    VertID& pID = vert->id;\n    Point& pPoint = vert->point;\n\n    VertInf *centerInf = vert;\n    VertID centerID = pID;\n    Point centerPoint = pPoint;\n\n    // List of shape (and maybe endpt) vertices, except p\n    // Sort list, around\n    VertSet v;\n\n    // Initialise the vertex list\n    ShapeSet& ss = router->contains[centerID];\n    VertInf *beginVert = router->vertices.connsBegin();\n    VertInf *endVert = router->vertices.end();\n    for (VertInf *inf = beginVert; inf != endVert; inf = inf->lstNext)\n    {\n        if (inf == centerInf)\n        {\n            // Don't include the center point itself.\n            continue;\n        }\n        else if (inf->id == dummyOrthogID)\n        {\n            // Don't include orthogonal dummy vertices.\n            continue;\n        }\n\n        if (centerID.isConnPt() && (ss.find(inf->id.objID) != ss.end()) &&\n                !inf->id.isConnPt())\n        {\n            // Don't include edge points of containing shapes.\n            unsigned int shapeID = inf->id.objID;\n            db_printf(\"Center is inside shape %u so ignore shape edges.\\n\",\n                    shapeID);\n            continue;\n        }\n        \n        if (inf->id.isConnPt())\n        {\n            // Add connector endpoint.\n            if (centerID.isConnPt())\n            {\n                if (inf->id.isConnectionPin())\n                {\n                    v.insert(PointPair(centerPoint, inf));\n                }\n                else if (centerID.isConnectionPin())\n                {\n                    // Connection pins have visibility to everything.\n                    v.insert(PointPair(centerPoint, inf));\n                }\n                else if (inf->id.objID == centerID.objID)\n                {\n                    // Center is an endpoint, so only include the other\n                    // endpoints or checkpoints from the matching connector.\n                    v.insert(PointPair(centerPoint, inf));\n                }\n            }\n            else\n            {\n                // Center is a shape vertex, so add all endpoint vertices.\n                v.insert(PointPair(centerPoint, inf));\n            }\n        }\n        else\n        {\n            // Add shape vertex.\n            v.insert(PointPair(centerPoint, inf));\n        }\n    }\n    std::set<unsigned int> onBorderIDs;\n\n    // Add edges to T that intersect the initial ray.\n    SweepEdgeList e;\n    VertSet::const_iterator vbegin = v.begin();\n    VertSet::const_iterator vend = v.end();\n    const Point xaxis(DBL_MAX, centerInf->point.y);\n    for (VertSet::const_iterator t = vbegin; t != vend; ++t)\n    {\n        VertInf *k = t->vInf;\n\n        COLA_ASSERT(centerInf != k);\n\n        VertInf *kPrev = k->shPrev;\n        VertInf *kNext = k->shNext;\n        if (kPrev && (kPrev != centerInf) && \n                (vecDir(centerInf->point, xaxis, kPrev->point) == AHEAD))\n        {\n            if (segmentIntersect(centerInf->point, xaxis, kPrev->point, \n                        k->point))\n            {\n                EdgePair intPair = EdgePair(*t, kPrev);\n                e.push_back(intPair);\n            }\n            if (pointOnLine(kPrev->point, k->point, centerInf->point))\n            {\n                // Record that centerPoint is on an obstacle line.\n                onBorderIDs.insert(k->id.objID);\n            }\n        }\n        else if (kNext && (kNext != centerInf) && \n                (vecDir(centerInf->point, xaxis, kNext->point) == AHEAD))\n        {\n            if (segmentIntersect(centerInf->point, xaxis, kNext->point, \n                        k->point))\n            {\n                EdgePair intPair = EdgePair(*t, kNext);\n                e.push_back(intPair);\n            }\n            if (pointOnLine(kNext->point, k->point, centerInf->point))\n            {\n                // Record that centerPoint is on an obstacle line.\n                onBorderIDs.insert(k->id.objID);\n            }\n        }\n    }\n    for (SweepEdgeList::iterator c = e.begin(); c != e.end(); ++c)\n    {\n        (*c).setNegativeAngle();\n    }\n\n\n    // Start the actual sweep.\n    db_printf(\"SWEEP: \"); centerID.db_print(); db_printf(\"\\n\");\n\n    isBoundingShape isBounding(ss);\n    for (VertSet::const_iterator t = vbegin; t != vend; ++t)\n    {\n        VertInf *currInf = (*t).vInf;\n        VertID& currID = currInf->id;\n        Point&  currPt = currInf->point;\n\n        const double& currDist = (*t).distance;\n\n        EdgeInf *edge = EdgeInf::existingEdge(centerInf, currInf);\n        if (edge == nullptr)\n        {\n            edge = new EdgeInf(centerInf, currInf);\n        }\n\n        for (SweepEdgeList::iterator c = e.begin(); c != e.end(); ++c)\n        {\n            (*c).setCurrAngle(*t);\n        }\n        e.sort();\n\n        // Check visibility.\n        int blocker = 0;\n        bool currVisible = sweepVisible(e, *t, onBorderIDs, &blocker);\n\n        bool cone1 = true, cone2 = true;\n        if (!(centerID.isConnPt()))\n        {\n            cone1 = inValidRegion(router->IgnoreRegions,\n                    centerInf->shPrev->point, centerPoint,\n                    centerInf->shNext->point, currInf->point);\n        }\n        if (!(currInf->id.isConnPt()))\n        {\n            cone2 = inValidRegion(router->IgnoreRegions,\n                    currInf->shPrev->point, currInf->point,\n                    currInf->shNext->point, centerPoint);\n        }\n\n        if (!cone1 || !cone2)\n        {\n            if (router->InvisibilityGrph)\n            {\n                db_printf(\"\\tSetting invisibility edge... \\n\\t\\t\");\n                edge->addBlocker(0);\n                edge->db_print();\n            }\n        }\n        else\n        {\n            if (currVisible)\n            {\n                db_printf(\"\\tSetting visibility edge... \\n\\t\\t\");\n                edge->setDist(currDist);\n                edge->db_print();\n            }\n            else if (router->InvisibilityGrph)\n            {\n                db_printf(\"\\tSetting invisibility edge... \\n\\t\\t\");\n                edge->addBlocker(blocker);\n                edge->db_print();\n            }\n        }\n        \n        if (!(edge->added()) && !(router->InvisibilityGrph))\n        {\n            delete edge;\n            edge = nullptr;\n        }\n\n        if (!(currID.isConnPt()))\n        {\n            // This is a shape edge\n\n            if (currInf->shPrev != centerInf)\n            {\n                Point& prevPt = currInf->shPrev->point;\n                int prevDir = vecDir(centerPoint, currPt, prevPt);\n                EdgePair prevPair = EdgePair(*t, currInf->shPrev);\n\n                if (prevDir == BEHIND)\n                {\n                    e.remove(prevPair);\n                }\n                else if (prevDir == AHEAD)\n                {\n                    e.push_front(prevPair);\n                }\n            }\n\n            if (currInf->shNext != centerInf)\n            {\n                Point& nextPt = currInf->shNext->point;\n                int nextDir = vecDir(centerPoint, currPt, nextPt);\n                EdgePair nextPair = EdgePair(*t, currInf->shNext);\n\n                if (nextDir == BEHIND)\n                {\n                    e.remove(nextPair);\n                }\n                else if (nextDir == AHEAD)\n                {\n                    e.push_front(nextPair);\n                }\n            }\n        }\n    }\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libavoid/visibility.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2004-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):   Michael Wybrow\n*/\n\n\n#ifndef AVOID_VISIBILITY_H\n#define AVOID_VISIBILITY_H\n\n\nnamespace Avoid {\n\nclass VertInf;\n\nextern void vertexVisibility(VertInf *point, VertInf *partner, bool knownNew,\n            const bool gen_contains = false);\n\n}\n\n\n#endif\n\n"
  },
  {
    "path": "cola/libavoid/vpsc.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2005-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the \n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n *\n * --------------\n *\n * This file contains a slightly modified version of IncSolver() from libvpsc:\n * A solver for the problem of Variable Placement with Separation Constraints.\n * It has the following changes from the Adaptagrams VPSC version:\n *  -  The required VPSC code has been consolidated into a single file.\n *  -  Unnecessary code, like the Solver() class, has been removed.\n *  -  The PairingHeap code has been replaced by a STL priority_queue.\n *\n * Modifications:  Michael Wybrow\n *\n*/\n\n#include \"libavoid/vpsc.h\"\n\n#ifndef USELIBVPSC\n\n#include <iostream>\n#include <cmath>\n#include <sstream>\n#include <map>\n#include <cfloat>\n#include <cstdio>\n\n#include \"libavoid/assertions.h\"\n#include \"libavoid/debug.h\"\n\n\nusing namespace std;\n\nnamespace Avoid {\n\nstatic const double ZERO_UPPERBOUND=-1e-10;\nstatic const double LAGRANGIAN_TOLERANCE=-1e-4;\n\n\nIncSolver::IncSolver(Variables const &vs, Constraints const &cs)\n    : m(cs.size()),\n      cs(cs),\n      n(vs.size()), \n      vs(vs),\n      needsScaling(false)\n{\n    for(unsigned i=0;i<n;++i) {\n        vs[i]->in.clear();\n        vs[i]->out.clear();\n\n        // Set needsScaling if any variables have a scale other than 1.\n        needsScaling |= (vs[i]->scale != 1);\n    }\n    for(unsigned i=0;i<m;++i) {\n        Constraint *c=cs[i];\n        c->left->out.push_back(c);\n        c->right->in.push_back(c);\n        c->needsScaling = needsScaling;\n    }\n    bs=new Blocks(vs);\n#ifdef LIBVPSC_LOGGING\n    printBlocks();\n    //COLA_ASSERT(!constraintGraphIsCyclic(n,vs));\n#endif\n\n    inactive=cs;\n    for(Constraints::iterator i=inactive.begin();i!=inactive.end();++i) {\n        (*i)->active=false;\n    }\n}\nIncSolver::~IncSolver() {\n    delete bs;\n}\n\nvoid IncSolver::addConstraint(Constraint *c)\n{\n    ++m;\n    c->active = false;\n    inactive.push_back(c);\n    c->left->out.push_back(c);\n    c->right->in.push_back(c);\n    c->needsScaling = needsScaling;\n}\n\n// useful in debugging\nvoid IncSolver::printBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    for(set<Block*>::iterator i=bs->begin();i!=bs->end();++i) {\n        Block *b=*i;\n        f<<\"  \"<<*b<<endl;\n    }\n    for(unsigned i=0;i<m;i++) {\n        f<<\"  \"<<*cs[i]<<endl;\n    }\n#endif\n}\n\n/*\n * Stores the relative positions of the variables in their finalPosition\n * field.\n */\nvoid IncSolver::copyResult() {\n    for(Variables::const_iterator i=vs.begin();i!=vs.end();++i) {\n        Variable* v=*i;\n        v->finalPosition=v->position();\n        COLA_ASSERT(v->finalPosition==v->finalPosition);\n    }\n}\n\nstruct node {\n    set<node*> in;\n    set<node*> out;\n};\n// useful in debugging - cycles would be BAD\nbool IncSolver::constraintGraphIsCyclic(const unsigned n, Variable* const vs[]) {\n    map<Variable*, node*> varmap;\n    vector<node*> graph;\n    for(unsigned i=0;i<n;i++) {\n        node *u=new node;\n        graph.push_back(u);\n        varmap[vs[i]]=u;\n    }\n    for(unsigned i=0;i<n;i++) {\n        for(vector<Constraint*>::iterator c=vs[i]->in.begin();c!=vs[i]->in.end();++c) {\n            Variable *l=(*c)->left;\n            varmap[vs[i]]->in.insert(varmap[l]);\n        }\n\n        for(vector<Constraint*>::iterator c=vs[i]->out.begin();c!=vs[i]->out.end();++c) {\n            Variable *r=(*c)->right;\n            varmap[vs[i]]->out.insert(varmap[r]);\n        }\n    }\n    while(graph.size()>0) {\n        node *u=nullptr;\n        vector<node*>::iterator i=graph.begin();\n        for(;i!=graph.end();++i) {\n            u=*i;\n            if(u->in.size()==0) {\n                break;\n            }\n        }\n        if(i==graph.end() && graph.size()>0) {\n            //cycle found!\n            return true;\n        } else {\n            graph.erase(i);\n            for(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n                node *v=*j;\n                v->in.erase(u);\n            }\n            delete u;\n        }\n    }\n    for(unsigned i=0; i<graph.size(); ++i) {\n        delete graph[i];\n    }\n    return false;\n}\n\n// useful in debugging - cycles would be BAD\nbool IncSolver::blockGraphIsCyclic() {\n    map<Block*, node*> bmap;\n    vector<node*> graph;\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        node *u=new node;\n        graph.push_back(u);\n        bmap[b]=u;\n    }\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        b->setUpInConstraints();\n        Constraint *c=b->findMinInConstraint();\n        while(c!=nullptr) {\n            Block *l=c->left->block;\n            bmap[b]->in.insert(bmap[l]);\n            b->deleteMinInConstraint();\n            c=b->findMinInConstraint();\n        }\n\n        b->setUpOutConstraints();\n        c=b->findMinOutConstraint();\n        while(c!=nullptr) {\n            Block *r=c->right->block;\n            bmap[b]->out.insert(bmap[r]);\n            b->deleteMinOutConstraint();\n            c=b->findMinOutConstraint();\n        }\n    }\n    while(graph.size()>0) {\n        node *u=nullptr;\n        vector<node*>::iterator i=graph.begin();\n        for(;i!=graph.end();++i) {\n            u=*i;\n            if(u->in.size()==0) {\n                break;\n            }\n        }\n        if(i==graph.end() && graph.size()>0) {\n            //cycle found!\n            return true;\n        } else {\n            graph.erase(i);\n            for(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n                node *v=*j;\n                v->in.erase(u);\n            }\n            delete u;\n        }\n    }\n    for(unsigned i=0; i<graph.size(); i++) {\n        delete graph[i];\n    }\n    return false;\n}\n\nbool IncSolver::solve() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"solve_inc()...\"<<endl;\n#endif\n    satisfy();\n    double lastcost = DBL_MAX, cost = bs->cost();\n    while(fabs(lastcost-cost)>0.0001) {\n        satisfy();\n        lastcost=cost;\n        cost = bs->cost();\n#ifdef LIBVPSC_LOGGING\n        f<<\"  bs->size=\"<<bs->size()<<\", cost=\"<<cost<<endl;\n#endif\n    }\n    copyResult();\n    return bs->size()!=n; \n}\n/*\n * incremental version of satisfy that allows refinement after blocks are\n * moved.\n *\n *  - move blocks to new positions\n *  - repeatedly merge across most violated constraint until no more\n *    violated constraints exist\n *\n * Note: there is a special case to handle when the most violated constraint\n * is between two variables in the same block.  Then, we must split the block\n * over an active constraint between the two variables.  We choose the \n * constraint with the most negative lagrangian multiplier. \n */\nbool IncSolver::satisfy() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"satisfy_inc()...\"<<endl;\n#endif\n    splitBlocks();\n    //long splitCtr = 0;\n    Constraint* v = nullptr;\n    //CBuffer buffer(inactive);\n    while ( (v = mostViolated(inactive)) && \n            (v->equality || ((v->slack() < ZERO_UPPERBOUND) && !v->active)) )\n    {\n        COLA_ASSERT(!v->active);\n        Block *lb = v->left->block, *rb = v->right->block;\n        if(lb != rb) {\n            lb->merge(rb,v);\n        } else {\n            if(lb->isActiveDirectedPathBetween(v->right,v->left)) {\n                // cycle found, relax the violated, cyclic constraint\n                v->unsatisfiable=true;\n                continue;\n                //UnsatisfiableException e;\n                //lb->getActiveDirectedPathBetween(e.path,v->right,v->left);\n                //e.path.push_back(v);\n                //throw e;\n            }\n            //if(splitCtr++>10000) {\n                //throw \"Cycle Error!\";\n            //}\n            // constraint is within block, need to split first\n            try {\n                Constraint* splitConstraint\n                    =lb->splitBetween(v->left,v->right,lb,rb);\n                if(splitConstraint!=nullptr) {\n                    COLA_ASSERT(!splitConstraint->active);\n                    inactive.push_back(splitConstraint);\n                } else {\n                    v->unsatisfiable=true;\n                    continue;\n                }\n            } catch(UnsatisfiableException e) {\n                e.path.push_back(v);\n                /*\n                std::cerr << \"Unsatisfiable:\" << std::endl;\n                for(std::vector<Constraint*>::iterator r=e.path.begin();\n                        r!=e.path.end();++r)\n                {\n                    std::cerr << **r <<std::endl;\n                }\n                */\n                v->unsatisfiable=true;\n                continue;\n            }\n            if(v->slack()>=0) {\n                COLA_ASSERT(!v->active);\n                // v was satisfied by the above split!\n                inactive.push_back(v);\n                bs->insert(lb);\n                bs->insert(rb);\n            } else {\n                bs->insert(lb->merge(rb,v));\n                delete ((lb->deleted) ? lb : rb);\n            }\n        }\n#ifdef LIBVPSC_LOGGING\n        f<<\"...remaining blocks=\"<<bs->size()<<\", cost=\"<<bs->cost()<<endl;\n#endif\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished merges.\"<<endl;\n#endif\n    bs->cleanup();\n    bool activeConstraints=false;\n    for(unsigned i=0;i<m;i++) {\n        v=cs[i];\n        if(v->active) activeConstraints=true;\n        if(v->slack() < ZERO_UPPERBOUND) {\n            ostringstream s;\n            s<<\"Unsatisfied constraint: \"<<*v;\n#ifdef LIBVPSC_LOGGING\n            ofstream f(LOGFILE,ios::app);\n            f<<s.str()<<endl;\n#endif\n            throw s.str().c_str();\n        }\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished cleanup.\"<<endl;\n    printBlocks();\n#endif\n    copyResult();\n    return activeConstraints;\n}\nvoid IncSolver::moveBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"moveBlocks()...\"<<endl;\n#endif\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        b->updateWeightedPosition();\n        //b->posn = b->wposn / b->weight;\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  moved blocks.\"<<endl;\n#endif\n}\nvoid IncSolver::splitBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n#endif\n    moveBlocks();\n    splitCnt=0;\n    // Split each block if necessary on min LM\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        Constraint* v=b->findMinLM();\n        if(v!=nullptr && v->lm < LAGRANGIAN_TOLERANCE) {\n            COLA_ASSERT(!v->equality);\n#ifdef LIBVPSC_LOGGING\n            f<<\"    found split point: \"<<*v<<\" lm=\"<<v->lm<<endl;\n#endif\n            splitCnt++;\n            Block *b = v->left->block, *l=nullptr, *r=nullptr;\n            COLA_ASSERT(v->left->block == v->right->block);\n            //double pos = b->posn;\n            b->split(l,r,v);\n            //l->posn=r->posn=pos;\n            //l->wposn = l->posn * l->weight;\n            //r->wposn = r->posn * r->weight;\n            l->updateWeightedPosition();\n            r->updateWeightedPosition();\n            bs->insert(l);\n            bs->insert(r);\n            b->deleted=true;\n            COLA_ASSERT(!v->active);\n            inactive.push_back(v);\n#ifdef LIBVPSC_LOGGING\n            f<<\"  new blocks: \"<<*l<<\" and \"<<*r<<endl;\n#endif\n        }\n    }\n    //if(splitCnt>0) { std::cout<<\"  splits: \"<<splitCnt<<endl; }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished splits.\"<<endl;\n#endif\n    bs->cleanup();\n}\n\n/*\n * Scan constraint list for the most violated constraint, or the first equality\n * constraint\n */\nConstraint* IncSolver::mostViolated(Constraints &l)\n{\n    double slackForMostViolated = DBL_MAX;\n    Constraint* mostViolated = nullptr;\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \"Looking for most violated...\" << endl;\n#endif\n    size_t lSize = l.size();\n    size_t deleteIndex = lSize;\n    Constraint *constraint = nullptr;\n    double slack = 0;\n    for (size_t index = 0; index < lSize; ++index)\n    {\n        constraint = l[index];\n        slack = constraint->slack();\n        if (constraint->equality || slack < slackForMostViolated)\n        {\n            slackForMostViolated = slack;    \n            mostViolated = constraint;\n            deleteIndex = index;\n            if (constraint->equality)\n            {\n                break;\n            }\n        }\n    }\n    // Because the constraint list is not order dependent we just\n    // move the last element over the deletePoint and resize\n    // downwards.  There is always at least 1 element in the\n    // vector because of search.\n    if ( (deleteIndex < lSize) && \n         (((slackForMostViolated < ZERO_UPPERBOUND) && !mostViolated->active) || \n          mostViolated->equality) )\n    {\n        l[deleteIndex] = l[lSize-1];\n        l.resize(lSize-1);\n    }\n#ifdef LIBVPSC_LOGGING\n    if (mostViolated)\n    {\n        f << \"  most violated is: \" << *mostViolated << endl;\n    }\n    else\n    {\n        f << \"  non found.\" << endl;\n    }\n#endif\n    return mostViolated;\n}\n\n\nusing std::set;\nusing std::vector;\nusing std::iterator;\nusing std::list;\nusing std::copy;\n#define __NOTNAN(p) (p)==(p)\n\n\nBlocks::Blocks(vector<Variable*> const &vs) : vs(vs),nvs(vs.size()) {\n    blockTimeCtr=0;\n    m_blocks.resize(nvs);\n    for(size_t i=0;i<nvs;i++) {\n        m_blocks[i] = new Block(this, vs[i]);\n    }\n}\nBlocks::~Blocks(void)\n{\n    blockTimeCtr=0;\n    size_t length = m_blocks.size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        delete m_blocks[i];\n    }\n    m_blocks.clear();\n}\n\n/*\n * returns a list of variables with total ordering determined by the constraint \n * DAG\n */\nlist<Variable*> *Blocks::totalOrder() {\n    list<Variable*> *order = new list<Variable*>;\n    for(size_t i=0;i<nvs;i++) {\n        vs[i]->visited=false;\n    }\n    for(size_t i=0;i<nvs;i++) {\n        if(vs[i]->in.size()==0) {\n            dfsVisit(vs[i],order);\n        }\n    }\n    return order;\n}\n// Recursive depth first search giving total order by pushing nodes in the DAG\n// onto the front of the list when we finish searching them\nvoid Blocks::dfsVisit(Variable *v, list<Variable*> *order) {\n    v->visited=true;\n    vector<Constraint*>::iterator it=v->out.begin();\n    for(;it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(!c->right->visited) {\n            dfsVisit(c->right, order);\n        }\n    }    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  order=\"<<*v<<endl;\n#endif\n    order->push_front(v);\n}\n/*\n * Processes incoming constraints, most violated to least, merging with the\n * neighbouring (left) block until no more violated constraints are found\n */\nvoid Blocks::mergeLeft(Block *r) {    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"mergeLeft called on \"<<*r<<endl;\n#endif\n    r->timeStamp=++blockTimeCtr;\n    r->setUpInConstraints();\n    Constraint *c=r->findMinInConstraint();\n    while (c != nullptr && c->slack()<0) {\n#ifdef LIBVPSC_LOGGING\n        f<<\"mergeLeft on constraint: \"<<*c<<endl;\n#endif\n        r->deleteMinInConstraint();\n        Block *l = c->left->block;        \n        if (l->in==nullptr) l->setUpInConstraints();\n        double dist = c->right->offset - c->left->offset - c->gap;\n        if (r->vars->size() < l->vars->size()) {\n            dist=-dist;\n            std::swap(l, r);\n        }\n        blockTimeCtr++;\n        r->merge(l, c, dist);\n        r->mergeIn(l);\n        r->timeStamp=blockTimeCtr;\n        removeBlock(l);\n        c=r->findMinInConstraint();\n    }        \n#ifdef LIBVPSC_LOGGING\n    f<<\"merged \"<<*r<<endl;\n#endif\n}    \n/*\n * Symmetrical to mergeLeft\n */\nvoid Blocks::mergeRight(Block *l) {    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"mergeRight called on \"<<*l<<endl;\n#endif    \n    l->setUpOutConstraints();\n    Constraint *c = l->findMinOutConstraint();\n    while (c != nullptr && c->slack()<0) {        \n#ifdef LIBVPSC_LOGGING\n        f<<\"mergeRight on constraint: \"<<*c<<endl;\n#endif\n        l->deleteMinOutConstraint();\n        Block *r = c->right->block;\n        r->setUpOutConstraints();\n        double dist = c->left->offset + c->gap - c->right->offset;\n        if (l->vars->size() > r->vars->size()) {\n            dist=-dist;\n            std::swap(l, r);\n        }\n        l->merge(r, c, dist);\n        l->mergeOut(r);\n        removeBlock(r);\n        c=l->findMinOutConstraint();\n    }    \n#ifdef LIBVPSC_LOGGING\n    f<<\"merged \"<<*l<<endl;\n#endif\n}\nvoid Blocks::removeBlock(Block *doomed) {\n    doomed->deleted=true;\n    //erase(doomed);\n}\n\n// Clears up deleted blocks from the blocks list.\nvoid Blocks::cleanup(void)\n{\n    // We handle removal of items in-place by doing a single linear pass over \n    // the vector. We use two indexes, j to refer to elements we've checked\n    // from the original list and i to refer to the current position we are\n    // writing in the updated list.\n    size_t i = 0;\n    \n    // For all items in the current blocks list...\n    size_t length = m_blocks.size();\n    for (size_t j = 0; j < length; )\n    {\n        if (m_blocks[j]->deleted)\n        {\n            // The element is deleted, so free it and increment j.\n            delete m_blocks[j];\n            ++j;\n        }\n        else\n        {\n            // The current element is still valid.\n            if (j > i)\n            {\n                // If we've not looking at same element, then copy from j to i.\n                m_blocks[i] = m_blocks[j];\n            }\n            // Increment both indexes.\n            ++i;\n            ++j;\n        }\n    }\n    m_blocks.resize(i);\n}\n/*\n * Splits block b across constraint c into two new blocks, l and r (c's left\n * and right sides respectively)\n */\nvoid Blocks::split(Block *b, Block *&l, Block *&r, Constraint *c) {\n    b->split(l,r,c);\n    m_blocks.push_back(l);\n    m_blocks.push_back(r);\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"Split left: \"<<*l<<endl;\n    f<<\"Split right: \"<<*r<<endl;\n#endif\n    r->posn = b->posn;\n    //COLA_ASSERT(r->weight!=0);\n    //r->wposn = r->posn * r->weight;\n    mergeLeft(l);\n    // r may have been merged!\n    r = c->right->block;\n    r->updateWeightedPosition();\n    //r->posn = r->wposn / r->weight;\n    mergeRight(r);\n    removeBlock(b);\n\n    COLA_ASSERT(__NOTNAN(l->posn));\n    COLA_ASSERT(__NOTNAN(r->posn));\n}\n/*\n * returns the cost total squared distance of variables from their desired\n * positions\n */\ndouble Blocks::cost() {\n    double c = 0;\n    size_t length = m_blocks.size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        c += m_blocks[i]->cost();\n    }\n    return c;\n}\n\nvoid PositionStats::addVariable(Variable* v) {\n    double ai=scale/v->scale;\n    double bi=v->offset/v->scale;\n    double wi=v->weight;\n    AB+=wi*ai*bi;\n    AD+=wi*ai*v->desiredPosition;\n    A2+=wi*ai*ai;\n    /*\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \"adding v[\" << v->id << \"], blockscale=\" << scale << \", despos=\" \n      << v->desiredPosition << \", ai=\" << ai << \", bi=\" << bi\n      << \", AB=\" << AB << \", AD=\" << AD << \", A2=\" << A2;\n#endif\n*/\n}\nvoid Block::addVariable(Variable* v) {\n    v->block=this;\n    vars->push_back(v);\n    if(ps.A2==0) ps.scale=v->scale;\n    //weight+= v->weight;\n    //wposn += v->weight * (v->desiredPosition - v->offset);\n    //posn=wposn/weight;\n    ps.addVariable(v);\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n    /*\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \", posn=\" << posn << endl;\n#endif\n*/\n}\nBlock::Block(Blocks *blocks, Variable* const v)\n    : vars(new vector<Variable*>)\n    , posn(0)\n    //, weight(0)\n    //, wposn(0)\n    , deleted(false)\n    , timeStamp(0)\n    , in(nullptr)\n    , out(nullptr)\n    , blocks(blocks)\n{\n    if(v!=nullptr) {\n        v->offset=0;\n        addVariable(v);\n    }\n}\n\nvoid Block::updateWeightedPosition() {\n    //wposn=0;\n    ps.AB=ps.AD=ps.A2=0;\n    for (Vit v=vars->begin();v!=vars->end();++v) {\n        //wposn += ((*v)->desiredPosition - (*v)->offset) * (*v)->weight;\n        ps.addVariable(*v);\n    }\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \", posn=\" << posn << endl;\n#endif\n}\nBlock::~Block(void)\n{\n    delete vars;\n    delete in;\n    delete out;\n}\nvoid Block::setUpInConstraints() {\n    setUpConstraintHeap(in,true);\n}\nvoid Block::setUpOutConstraints() {\n    setUpConstraintHeap(out,false);\n}\nvoid Block::setUpConstraintHeap(Heap* &h,bool in) {\n    delete h;\n    h = new Heap();\n    for (Vit i=vars->begin();i!=vars->end();++i) {\n        Variable *v=*i;\n        vector<Constraint*> *cs=in?&(v->in):&(v->out);\n        for (Cit j=cs->begin();j!=cs->end();++j) {\n            Constraint *c=*j;\n            c->timeStamp=blocks->blockTimeCtr;\n            if ( ((c->left->block != this) && in) || \n                 ((c->right->block != this) && !in) )\n            {\n                h->push(c);\n            }\n        }\n    }\n}    \nBlock* Block::merge(Block* b, Constraint* c) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  merging on: \"<<*c<<\",c->left->offset=\"<<c->left->offset<<\",c->right->offset=\"<<c->right->offset<<endl;\n#endif\n    double dist = c->right->offset - c->left->offset - c->gap;\n    Block *l=c->left->block;\n    Block *r=c->right->block;\n    if (l->vars->size() < r->vars->size()) {\n        r->merge(l,c,dist);\n    } else {\n               l->merge(r,c,-dist);\n    }\n    Block* mergeBlock=b->deleted?this:b;\n#ifdef LIBVPSC_LOGGING\n    f<<\"  merged block=\"<<*mergeBlock<<endl;\n#endif\n    return mergeBlock;\n}\n/*\n * Merges b into this block across c.  Can be either a\n * right merge or a left merge\n * @param b block to merge into this\n * @param c constraint being merged\n * @param distance separation required to satisfy c\n */\nvoid Block::merge(Block *b, Constraint *c, double dist) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"    merging: \"<<*b<<\"dist=\"<<dist<<endl;\n#endif\n    c->active=true;\n    //wposn+=b->wposn-dist*b->weight;\n    //weight+=b->weight;\n    for(Vit i=b->vars->begin();i!=b->vars->end();++i) {\n        Variable *v=*i;\n        //v->block=this;\n        //vars->push_back(v);\n        v->offset+=dist;\n        addVariable(v);\n    }\n#ifdef LIBVPSC_LOGGING\n    for(Vit i=vars->begin();i!=vars->end();++i) {\n        Variable *v=*i;\n        f<<\"    v[\"<<v->id<<\"]: d=\"<<v->desiredPosition\n            <<\" a=\"<<v->scale<<\" o=\"<<v->offset\n            <<endl;\n    }\n    f<<\"  AD=\"<<ps.AD<<\" AB=\"<<ps.AB<<\" A2=\"<<ps.A2<<endl;\n#endif\n    //posn=wposn/weight;\n    //COLA_ASSERT(wposn==ps.AD - ps.AB);\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n    b->deleted=true;\n}\n\nvoid Block::mergeIn(Block *b) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  merging constraint heaps... \"<<endl;\n#endif\n    // We check the top of the heaps to remove possible internal constraints\n    findMinInConstraint();\n    b->findMinInConstraint();\n    while (!b->in->empty())\n    {\n        in->push(b->in->top());\n        b->in->pop();\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  merged heap: \"<<*in<<endl;\n#endif\n}\nvoid Block::mergeOut(Block *b) {    \n    findMinOutConstraint();\n    b->findMinOutConstraint();\n    while (!b->out->empty())\n    {\n        out->push(b->out->top());\n        b->out->pop();\n    }\n}\nConstraint *Block::findMinInConstraint() {\n    Constraint *v = nullptr;\n    vector<Constraint*> outOfDate;\n    while (!in->empty()) {\n        v = in->top();\n        Block *lb=v->left->block;\n        Block *rb=v->right->block;\n        // rb may not be this if called between merge and mergeIn\n#ifdef LIBVPSC_LOGGING\n        ofstream f(LOGFILE,ios::app);\n        f<<\"  checking constraint ... \"<<*v;\n        f<<\"    timestamps: left=\"<<lb->timeStamp<<\" right=\"<<rb->timeStamp<<\" constraint=\"<<v->timeStamp<<endl;\n#endif\n        if(lb == rb) {\n            // constraint has been merged into the same block\n#ifdef LIBVPSC_LOGGING\n            if(v->slack()<0) {\n                f<<\"  violated internal constraint found! \"<<*v<<endl;\n                f<<\"     lb=\"<<*lb<<endl;\n                f<<\"     rb=\"<<*rb<<endl;\n            }\n#endif\n            in->pop();\n#ifdef LIBVPSC_LOGGING\n            f<<\" ... skipping internal constraint\"<<endl;\n#endif\n        } else if(v->timeStamp < lb->timeStamp) {\n            // block at other end of constraint has been moved since this\n            in->pop();\n            outOfDate.push_back(v);\n#ifdef LIBVPSC_LOGGING\n            f<<\"    reinserting out of date (reinsert later)\"<<endl;\n#endif\n        } else {\n            break;\n        }\n    }\n    for(Cit i=outOfDate.begin();i!=outOfDate.end();++i) {\n        v=*i;\n        v->timeStamp=blocks->blockTimeCtr;\n        in->push(v);\n    }\n    if(in->empty()) {\n        v=nullptr;\n    } else {\n        v=in->top();\n    }\n    return v;\n}\nConstraint *Block::findMinOutConstraint() {\n    if(out->empty()) return nullptr;\n    Constraint *v = out->top();\n    while (v->left->block == v->right->block) {\n        out->pop();\n        if(out->empty()) return nullptr;\n        v = out->top();\n    }\n    return v;\n}\nvoid Block::deleteMinInConstraint() {\n    in->pop();\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"deleteMinInConstraint... \"<<endl;\n    f<<\"  result: \"<<*in<<endl;\n#endif\n}\nvoid Block::deleteMinOutConstraint() {\n    out->pop();\n}\ninline bool Block::canFollowLeft(Constraint const* c, Variable const* last) const {\n    return c->left->block==this && c->active && last!=c->left;\n}\ninline bool Block::canFollowRight(Constraint const* c, Variable const* last) const {\n    return c->right->block==this && c->active && last!=c->right;\n}\n\n// computes the derivative of v and the lagrange multipliers\n// of v's out constraints (as the recursive sum of those below.\n// Does not backtrack over u.\n// also records the constraint with minimum lagrange multiplier\n// in min_lm\ndouble Block::compute_dfdv(Variable* const v, Variable* const u,\n               Constraint *&min_lm) {\n    double dfdv=v->dfdv();\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            c->lm=compute_dfdv(c->right,v,min_lm);\n            dfdv+=c->lm*c->left->scale;\n            if(!c->equality&&(min_lm==nullptr||c->lm<min_lm->lm)) min_lm=c;\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            c->lm=-compute_dfdv(c->left,v,min_lm);\n            dfdv-=c->lm*c->right->scale;\n            if(!c->equality&&(min_lm==nullptr||c->lm<min_lm->lm)) min_lm=c;\n        }\n    }\n    return dfdv/v->scale;\n}\ndouble Block::compute_dfdv(Variable* const v, Variable* const u) {\n    double dfdv = v->dfdv();\n    for(Cit it = v->out.begin(); it != v->out.end(); ++it) {\n        Constraint *c = *it;\n        if(canFollowRight(c,u)) {\n            c->lm =   compute_dfdv(c->right,v);\n            dfdv += c->lm * c->left->scale;\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c = *it;\n        if(canFollowLeft(c,u)) {\n            c->lm = - compute_dfdv(c->left,v);\n            dfdv -= c->lm * c->right->scale;\n        }\n    }\n    return dfdv/v->scale;\n}\n\n// The top level v and r are variables between which we want to find the\n// constraint with the smallest lm.  \n// Similarly, m is initially nullptr and is only assigned a value if the next\n// variable to be visited is r or if a possible min constraint is returned from\n// a nested call (rather than nullptr).\n// Then, the search for the m with minimum lm occurs as we return from\n// the recursion (checking only constraints traversed left-to-right \n// in order to avoid creating any new violations).\n// We also do not consider equality constraints as potential split points\nbool Block::split_path(\n    Variable* r, \n    Variable* const v, \n    Variable* const u, \n    Constraint* &m,\n    bool desperation=false\n    ) \n{\n    for(Cit it(v->in.begin());it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  left split path: \"<<*c<<endl;\n#endif\n            if(c->left==r) {\n                if(desperation&&!c->equality) m=c;\n                return true;\n            } else {\n                if(split_path(r,c->left,v,m)) {\n                    if(desperation && !c->equality && (!m||c->lm<m->lm)) {\n                               m=c;\n                    }\n                    return true;\n                }\n            }\n        }\n    }\n    for(Cit it(v->out.begin());it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  right split path: \"<<*c<<endl;\n#endif\n            if(c->right==r) {\n                if(!c->equality) m=c;\n                return true;\n            } else {\n                if(split_path(r,c->right,v,m)) {\n                    if(!c->equality && (!m||c->lm<m->lm))\n                               m=c;\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n/*\nBlock::Pair Block::compute_dfdv_between(\n        Variable* r, Variable* const v, Variable* const u, \n        const Direction dir = NONE, bool changedDirection = false) {\n    double dfdv=v->weight*(v->position() - v->desiredPosition);\n    Constraint *m=nullptr;\n    for(Cit it(v->in.begin());it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            if(dir==RIGHT) { \n                changedDirection = true; \n            }\n            if(c->left==r) {\n                       r=nullptr;\n                    if(!c->equality) m=c; \n            }\n            Pair p=compute_dfdv_between(r,c->left,v,\n                    LEFT,changedDirection);\n            dfdv -= c->lm = -p.first;\n            if(r && p.second) \n                m = p.second;\n        }\n    }\n    for(Cit it(v->out.begin());it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            if(dir==LEFT) { \n                changedDirection = true; \n            }\n            if(c->right==r) {\n                       r=nullptr; \n                    if(!c->equality) m=c; \n            }\n            Pair p=compute_dfdv_between(r,c->right,v,\n                    RIGHT,changedDirection);\n            dfdv += c->lm = p.first;\n            if(r && p.second) \n                m = changedDirection && !c->equality && c->lm < p.second->lm \n                    ? c \n                    : p.second;\n        }\n    }\n    return Pair(dfdv,m);\n}\n*/\n\n// resets LMs for all active constraints to 0 by\n// traversing active constraint tree starting from v,\n// not back tracking over u\nvoid Block::reset_active_lm(Variable* const v, Variable* const u) {\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            c->lm=0;\n            reset_active_lm(c->right,v);\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            c->lm=0;\n            reset_active_lm(c->left,v);\n        }\n    }\n}\nvoid Block::list_active(Variable* const v, Variable* const u) {\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  \"<<*c<<endl;\n#endif\n            list_active(c->right,v);\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  \"<<*c<<endl;\n#endif\n            list_active(c->left,v);\n        }\n    }\n}\n/*\n * finds the constraint with the minimum lagrange multiplier, that is, the constraint\n * that most wants to split\n */\nConstraint *Block::findMinLM() {\n    Constraint *min_lm=nullptr;\n    reset_active_lm(vars->front(),nullptr);\n    compute_dfdv(vars->front(),nullptr,min_lm);\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  langrangians: \"<<endl;\n    list_active(vars->front(),nullptr);\n#endif\n    return min_lm;\n}\nConstraint *Block::findMinLMBetween(Variable* const lv, Variable* const rv) {\n    reset_active_lm(vars->front(),nullptr);\n    compute_dfdv(vars->front(),nullptr);\n    Constraint *min_lm=nullptr;\n    split_path(rv,lv,nullptr,min_lm);\n#if 0\n    if(min_lm==nullptr) {\n        split_path(rv,lv,nullptr,min_lm,true);\n    }\n#else\n    if(min_lm==nullptr) {\n        //err_printf(\"Couldn't find split point!\\n\");\n        UnsatisfiableException e;\n        getActivePathBetween(e.path,lv,rv,nullptr);\n        throw e;\n    }\n    COLA_ASSERT(min_lm!=nullptr);\n#endif\n    return min_lm;\n}\n\n// populates block b by traversing the active constraint tree adding variables as they're \n// visited.  Starts from variable v and does not backtrack over variable u.\nvoid Block::populateSplitBlock(Block *b, Variable* v, Variable const* u) {\n    b->addVariable(v);\n    for (Cit c=v->in.begin();c!=v->in.end();++c) {\n        if (canFollowLeft(*c,u))\n            populateSplitBlock(b, (*c)->left, v);\n    }\n    for (Cit c=v->out.begin();c!=v->out.end();++c) {\n        if (canFollowRight(*c,u)) \n            populateSplitBlock(b, (*c)->right, v);\n    }\n}\n/*\n * Returns the active path between variables u and v... not back tracking over w\n */\nbool Block::getActivePathBetween(Constraints& path, Variable const* u,\n               Variable const* v, Variable const *w) const {\n    if(u==v) return true;\n    for (Cit_const c=u->in.begin();c!=u->in.end();++c) {\n        if (canFollowLeft(*c,w)) {\n            if(getActivePathBetween(path, (*c)->left, v, u)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if (canFollowRight(*c,w)) {\n            if(getActivePathBetween(path, (*c)->right, v, u)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    return false;\n}\n// Search active constraint tree from u to see if there is a directed path to v.\n// Returns true if path is found with all constraints in path having their visited flag\n// set true.\nbool Block::isActiveDirectedPathBetween(Variable const* u, Variable const* v) const {\n    if(u==v) return true;\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if(canFollowRight(*c,nullptr)) {\n            if(isActiveDirectedPathBetween((*c)->right,v)) {\n                return true;\n            }\n        }\n    }\n    return false;\n}\nbool Block::getActiveDirectedPathBetween(\n        Constraints& path, Variable const* u, Variable const* v) const {\n    if(u==v) return true;\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if(canFollowRight(*c,nullptr)) {\n            if(getActiveDirectedPathBetween(path,(*c)->right,v)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    return false;\n}\n/*\n * Block needs to be split because of a violated constraint between vl and vr.\n * We need to search the active constraint tree between l and r and find the constraint\n * with min lagrangrian multiplier and split at that point.\n * Returns the split constraint\n */\nConstraint* Block::splitBetween(Variable* const vl, Variable* const vr,\n               Block* &lb, Block* &rb) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  need to split between: \"<<*vl<<\" and \"<<*vr<<endl;\n#endif\n    Constraint *c=findMinLMBetween(vl, vr);\n#ifdef LIBVPSC_LOGGING\n    f<<\"  going to split on: \"<<*c<<endl;\n#endif\n    if(c!=nullptr) {\n        split(lb,rb,c);\n        deleted = true;\n    }\n    return c;\n}\n\n/*\n * Creates two new blocks, l and r, and splits this block across constraint c,\n * placing the left subtree of constraints (and associated variables) into l\n * and the right into r.\n */\nvoid Block::split(Block* &l, Block* &r, Constraint* c) {\n    c->active=false;\n    l=new Block(blocks);\n    populateSplitBlock(l,c->left,c->right);\n    //COLA_ASSERT(l->weight>0);\n    r=new Block(blocks);\n    populateSplitBlock(r,c->right,c->left);\n    //COLA_ASSERT(r->weight>0);\n}\n\n/*\n * Computes the cost (squared euclidean distance from desired positions) of the\n * current positions for variables in this block\n */\ndouble Block::cost() {\n    double c = 0;\n    for (Vit v=vars->begin();v!=vars->end();++v) {\n        double diff = (*v)->position() - (*v)->desiredPosition;\n        c += (*v)->weight * diff * diff;\n    }\n    return c;\n}\nostream& operator <<(ostream &os, const Block& b)\n{\n    os<<\"Block(posn=\"<<b.posn<<\"):\";\n    for(Block::Vit v=b.vars->begin();v!=b.vars->end();++v) {\n        os<<\" \"<<**v;\n    }\n    if(b.deleted) {\n        os<<\" Deleted!\";\n    }\n    return os;\n}\n\nConstraint::Constraint(Variable *left, Variable *right, double gap, bool equality)\n: left(left),\n  right(right),\n  gap(gap),\n  timeStamp(0),\n  active(false),\n  equality(equality),\n  unsatisfiable(false),\n  needsScaling(true),\n  creator(nullptr)\n{\n    // In hindsight I think it's probably better to build the constraint DAG\n    // (by creating variable in/out lists) when needed, rather than in advance\n    //left->out.push_back(this);\n    //right->in.push_back(this);\n}\nConstraint::~Constraint() {\n    // see constructor: the following is just way too slow.  \n    // Better to create a\n    // new DAG on demand than maintain the lists dynamically.\n    //Constraints::iterator i;\n    //for(i=left->out.begin(); i!=left->out.end(); i++) {\n        //if(*i==this) break;\n    //}\n    //left->out.erase(i);\n    //for(i=right->in.begin(); i!=right->in.end(); i++) {\n        //if(*i==this) break;\n    //}\n    //right->in.erase(i);\n}\nstd::string Constraint::toString(void) const\n{\n    std::stringstream stream;\n    stream << \"Constraint: var(\" << left->id << \") \";\n    if (gap < 0)\n    {\n        stream << \"- \" << -gap << \" \";\n    }\n    else\n    {\n        stream << \"+ \" << gap << \" \";\n    }\n    stream << ((equality) ? \"==\" : \"<=\");\n    stream << \" var(\" << right->id << \") \";\n    return stream.str();\n}\n\nstd::ostream& operator <<(std::ostream &os, const Constraint &c)\n{\n    const char *type = c.equality ? \"=\" : \"<=\";\n    std::ostringstream lscale, rscale;\n    if (c.left->scale != 1) \n    {\n        lscale << c.left->scale << \"*\";\n    }\n    if (c.right->scale != 1)\n    {\n        rscale << c.right->scale << \"*\";\n    }\n    os << lscale.str() << *c.left << \"+\" << c.gap << type << \n          rscale.str() << *c.right;\n    if (c.left->block && c.right->block)\n    {\n        os << \"(\" << c.slack() << \")\" << (c.active ? \"-active\" : \"\") <<\n              \"(lm=\" << c.lm << \")\";\n    }\n    else\n    {\n        os << \"(vars have no position)\";\n    }\n    return os;\n}\n\nbool CompareConstraints::operator() (\n    Constraint *const &l, Constraint *const &r\n) const {\n    double const sl = \n        l->left->block->timeStamp > l->timeStamp\n        ||l->left->block==l->right->block\n        ?-DBL_MAX:l->slack();\n    double const sr = \n        r->left->block->timeStamp > r->timeStamp\n        ||r->left->block==r->right->block\n        ?-DBL_MAX:r->slack();\n    if(sl==sr) {\n        // arbitrary choice based on id\n        if(l->left->id==r->left->id) {\n            if(l->right->id<r->right->id) return true;\n            return false;\n        }\n        if(l->left->id<r->left->id) return true;\n        return false;\n    }\n    return sl > sr;\n}\n\nstd::ostream& operator <<(std::ostream &os, const Variable &v) {\n    if(v.block)\n        os << \"(\" << v.id << \"=\" << v.position() << \")\";\n    else\n        os << \"(\" << v.id << \"=\" << v.desiredPosition << \")\";\n    return os;\n}\n\ntypedef std::list<std::map<Variable *, double> > VarOffsetMapList;\n\nclass EqualityConstraintSet\n{\n    public:\n        EqualityConstraintSet(Variables vs)\n        {\n            for (size_t i = 0; i < vs.size(); ++i)\n            {\n                std::map<Variable *, double> varSet;\n                varSet[vs[i]] = 0;\n                variableGroups.push_back(varSet);\n            }\n        }\n        bool isRedundant(Variable *lhs, Variable *rhs, double sep)\n        {\n            VarOffsetMapList::iterator lhsSet = setForVar(lhs);\n            VarOffsetMapList::iterator rhsSet = setForVar(rhs);\n            if (lhsSet == rhsSet)\n            {\n                // Check if this is a redundant constraint.\n                if (fabs(((*lhsSet)[lhs] + sep) - (*rhsSet)[rhs]) < 0.0001)\n                {\n                    // If so, return true.\n                    return true;\n                }\n            }\n            return false;\n        }\n        void mergeSets(Variable *lhs, Variable *rhs, double sep)\n        {\n            VarOffsetMapList::iterator lhsSet = setForVar(lhs);\n            VarOffsetMapList::iterator rhsSet = setForVar(rhs);\n            if (lhsSet == rhsSet)\n            {\n                return;\n            }\n\n            double rhsOldOffset = (*rhsSet)[rhs];\n            double rhsNewOffset = (*lhsSet)[lhs] + sep;\n            double offset = rhsNewOffset - rhsOldOffset;\n\n            // Update offsets\n            for (std::map<Variable *, double>::iterator it = rhsSet->begin();\n                    it != rhsSet->end(); ++it)\n            {\n                it->second += offset;\n            }\n            \n            // Merge rhsSet into lhsSet\n            lhsSet->insert(rhsSet->begin(), rhsSet->end());\n            variableGroups.erase(rhsSet);\n        }\n\n    private:\n        VarOffsetMapList::iterator setForVar(Variable *var)\n        {\n            for (VarOffsetMapList::iterator it = variableGroups.begin();\n                    it != variableGroups.end(); ++it)\n            {\n                if (it->find(var) != it->end())\n                {\n                    return it;\n                }\n            }\n            return variableGroups.end();\n        }\n\n    VarOffsetMapList variableGroups;\n};\n\nConstraints constraintsRemovingRedundantEqualities(Variables const &vars, \n        Constraints const &constraints)\n{\n    EqualityConstraintSet equalitySets(vars);\n    Constraints cs = Constraints(constraints.size());\n    int csSize = 0;\n\n    for (unsigned i = 0; i < constraints.size(); ++i)\n    {\n        Constraint *c = constraints[i];\n        if (c->equality)\n        {\n            if (!equalitySets.isRedundant(c->left, c->right, c->gap))\n            {\n                // Only add non-redundant equalities\n                equalitySets.mergeSets(c->left, c->right, c->gap);\n                cs[csSize++] = c;\n            }\n        }\n        else\n        {\n            // Add all non-equalities\n            cs[csSize++] = c;\n        }\n    }\n    cs.resize(csSize);\n    return cs;\n}\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libavoid/vpsc.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libavoid - Fast, Incremental, Object-avoiding Line Router\n *\n * Copyright (C) 2005-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * Licensees holding a valid commercial license may use this file in\n * accordance with the commercial license agreement provided with the\n * library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Tim Dwyer\n *              Michael Wybrow\n *\n * --------------\n *\n * This file contains a slightly modified version of IncSolver() from libvpsc:\n * A solver for the problem of Variable Placement with Separation Constraints.\n * It has the following changes from the Adaptagrams VPSC version:\n *  -  The required VPSC code has been consolidated into a single file.\n *  -  Unnecessary code (like Solver) has been removed.\n *  -  The PairingHeap code has been replaced by a STL priority_queue.\n *\n * Modifications:  Michael Wybrow\n *\n*/\n\n#ifndef LIBAVOID_VPSC_H\n#define LIBAVOID_VPSC_H\n\n\n#ifdef USELIBVPSC\n\n// By default, libavoid will use it's own version of VPSC defined in this file.\n//\n// Alternatively, you can directly use IncSolver from libvpsc.  This\n// introduces a dependency on libvpsc but it can be preferable in cases\n// where you are building all of Adaptagrams together and want to work\n// with a set of CompoundConstraints or other classes built upon the\n// base libvpsc Constraint classes.\n\n// Include necessary headers from libvpsc.\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/solve_VPSC.h\"\n\n// Use the libvpsc versions of things needed by libavoid.\nusing vpsc::Variable;\nusing vpsc::Variables;\nusing vpsc::Constraint;\nusing vpsc::Constraints;\nusing vpsc::IncSolver;\nusing vpsc::delete_object;\n\n#else\n\n#include <vector>\n#include <list>\n#include <set>\n#include <queue>\n#include <iostream>\n#include <cfloat>\n\n#include \"libavoid/assertions.h\"\n\nnamespace Avoid {\n\nclass Variable;\nclass Constraint;\nclass Blocks;\ntypedef std::vector<Variable*> Variables;\ntypedef std::vector<Constraint*> Constraints;\nclass CompareConstraints {\npublic:\n    bool operator() (Constraint *const &l, Constraint *const &r) const;\n};\nstruct PositionStats {\n    PositionStats() : scale(0), AB(0), AD(0), A2(0) {}\n    void addVariable(Variable* const v);\n    double scale;\n    double AB;\n    double AD;\n    double A2;\n};\n\ntypedef std::priority_queue<Constraint*,std::vector<Constraint*>,\n        CompareConstraints> Heap;\n\nclass Block\n{\n    typedef Variables::iterator Vit;\n    typedef Constraints::iterator Cit;\n    typedef Constraints::const_iterator Cit_const;\n\n    friend std::ostream& operator <<(std::ostream &os,const Block &b);\npublic:\n    Variables *vars;\n    double posn;\n    //double weight;\n    //double wposn;\n    PositionStats ps;\n    Block(Blocks *blocks, Variable* const v=nullptr);\n    ~Block(void);\n    Constraint* findMinLM();\n    Constraint* findMinLMBetween(Variable* const lv, Variable* const rv);\n    Constraint* findMinInConstraint();\n    Constraint* findMinOutConstraint();\n    void deleteMinInConstraint();\n    void deleteMinOutConstraint();\n    void updateWeightedPosition();\n    void merge(Block *b, Constraint *c, double dist);\n    Block* merge(Block *b, Constraint *c);\n    void mergeIn(Block *b);\n    void mergeOut(Block *b);\n    void split(Block *&l, Block *&r, Constraint *c);\n    Constraint* splitBetween(Variable* vl, Variable* vr, Block* &lb, Block* &rb);\n    void setUpInConstraints();\n    void setUpOutConstraints();\n    double cost();\n    bool deleted;\n    long timeStamp;\n    Heap *in;\n    Heap *out;\n    bool getActivePathBetween(Constraints& path, Variable const* u,\n               Variable const* v, Variable const *w) const;\n    bool isActiveDirectedPathBetween(\n            Variable const* u, Variable const* v) const;\n    bool getActiveDirectedPathBetween(Constraints& path, Variable const * u, Variable const * v) const;\nprivate:\n    typedef enum {NONE, LEFT, RIGHT} Direction;\n    typedef std::pair<double, Constraint*> Pair;\n    void reset_active_lm(Variable* const v, Variable* const u);\n    void list_active(Variable* const v, Variable* const u);\n    double compute_dfdv(Variable* const v, Variable* const u);\n    double compute_dfdv(Variable* const v, Variable* const u, Constraint *&min_lm);\n    bool split_path(Variable*, Variable* const, Variable* const,\n            Constraint* &min_lm, bool desperation);\n    bool canFollowLeft(Constraint const* c, Variable const* last) const;\n    bool canFollowRight(Constraint const* c, Variable const* last) const;\n    void populateSplitBlock(Block *b, Variable* v, Variable const* u);\n    void addVariable(Variable* v);\n    void setUpConstraintHeap(Heap* &h,bool in);\n\n    // Parent container, that holds the blockTimeCtr.\n    Blocks *blocks;\n};\n\n\nclass Constraint;\ntypedef std::vector<Constraint*> Constraints;\nclass Variable\n{\n    friend std::ostream& operator <<(std::ostream &os, const Variable &v);\n    friend class Block;\n    friend class Constraint;\n    friend class IncSolver;\npublic:\n    int id; // useful in log files\n    double desiredPosition;\n    double finalPosition;\n    double weight; // how much the variable wants to\n                   // be at it's desired position\n    double scale; // translates variable to another space\n    double offset;\n    Block *block;\n    bool visited;\n    bool fixedDesiredPosition;\n    Constraints in;\n    Constraints out;\n    inline Variable(const int id, const double desiredPos=-1.0,\n            const double weight=1.0, const double scale=1.0)\n        : id(id)\n        , desiredPosition(desiredPos)\n        , weight(weight)\n        , scale(scale)\n        , offset(0)\n        , block(nullptr)\n        , visited(false)\n        , fixedDesiredPosition(false)\n    {\n    }\n    double dfdv(void) const {\n        return 2. * weight * ( position() - desiredPosition );\n    }\nprivate:\n    inline double position(void) const {\n        return (block->ps.scale*block->posn+offset)/scale;\n    }\n    inline double unscaledPosition(void) const {\n        COLA_ASSERT(block->ps.scale == 1);\n        COLA_ASSERT(scale == 1);\n        return block->posn + offset;\n    }\n};\n\n\nclass Constraint\n{\npublic:\n    Constraint(Variable *left, Variable *right, double gap, bool equality=false);\n    ~Constraint();\n    inline double slack(void) const\n    {\n        if (unsatisfiable)\n        {\n            return DBL_MAX;\n        }\n        if (needsScaling)\n        {\n            return right->scale * right->position() - gap -\n                    left->scale * left->position();\n        }\n        COLA_ASSERT(left->scale == 1);\n        COLA_ASSERT(right->scale == 1);\n        return right->unscaledPosition() - gap - left->unscaledPosition();\n    }\n    std::string toString(void) const;\n\n    friend std::ostream& operator <<(std::ostream &os,const Constraint &c);\n    Variable *left;\n    Variable *right;\n    double gap;\n    double lm;\n    long timeStamp;\n    bool active;\n    const bool equality;\n    bool unsatisfiable;\n    bool needsScaling;\n    void *creator;\n};\n/*\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n */\nclass Blocks\n{\npublic:\n    Blocks(Variables const &vs);\n    ~Blocks(void);\n    void mergeLeft(Block *r);\n    void mergeRight(Block *l);\n    void split(Block *b, Block *&l, Block *&r, Constraint *c);\n    std::list<Variable*> *totalOrder();\n    void cleanup();\n    double cost();\n\n    size_t size() const;\n    Block *at(size_t index) const;\n    void insert(Block *block);\n\n    long blockTimeCtr;\nprivate:\n    void dfsVisit(Variable *v, std::list<Variable*> *order);\n    void removeBlock(Block *doomed);\n\n    std::vector<Block *> m_blocks;\n    Variables const &vs;\n    size_t nvs;\n};\n\ninline size_t Blocks::size() const\n{\n    return m_blocks.size();\n}\n\ninline Block *Blocks::at(size_t index) const\n{\n    return m_blocks[index];\n}\n\ninline void Blocks::insert(Block *block)\n{\n    m_blocks.push_back(block);\n}\n\nstruct UnsatisfiableException {\n    Constraints path;\n};\nstruct UnsatisfiedConstraint {\n    UnsatisfiedConstraint(Constraint& c):c(c) {}\n    Constraint& c;\n};\n/*\n * Variable Placement with Separation Constraints problem instance\n */\nclass IncSolver {\npublic:\n    unsigned splitCnt;\n    bool satisfy();\n    bool solve();\n    void moveBlocks();\n    void splitBlocks();\n    IncSolver(Variables const &vs, Constraints const &cs);\n\n    ~IncSolver();\n    void addConstraint(Constraint *constraint);\n    Variables const & getVariables() { return vs; }\nprotected:\n    Blocks *bs;\n    size_t m;\n    Constraints const &cs;\n    size_t n;\n    Variables const &vs;\n    bool needsScaling;\n\n    void printBlocks();\n    void copyResult();\nprivate:\n    bool constraintGraphIsCyclic(const unsigned n, Variable* const vs[]);\n    bool blockGraphIsCyclic();\n    Constraints inactive;\n    Constraints violated;\n    Constraint* mostViolated(Constraints &l);\n};\n\nstruct delete_object\n{\n    template <typename T>\n    void operator()(T *ptr){ delete ptr;}\n};\n\nextern Constraints constraintsRemovingRedundantEqualities(\n        Variables const &vars, Constraints const &constraints);\n\n}\n\n#endif // ! USELIBVPSC\n\n#endif // AVOID_VPSC_H\n"
  },
  {
    "path": "cola/libcola/Makefile.am",
    "content": "EXTRA_DIST=libcola.pc.in\n\nlib_LTLIBRARIES = libcola.la\nlibcola_la_CPPFLAGS = -I$(top_srcdir) $(CAIROMM_CFLAGS) -I$(includedir)/libcola -fPIC\n\n# Depends on libvpsc\nlibcola_la_LIBADD = $(top_builddir)/libvpsc/libvpsc.la $(CAIROMM_LIBS)\n\nlibcola_la_SOURCES = cola.h\\\n\tcola.cpp\\\n\tcolafd.cpp\\\n\tconjugate_gradient.cpp\\\n\tconjugate_gradient.h\\\n\texceptions.h\\\n\tgradient_projection.cpp\\\n\tgradient_projection.h\\\n\tshortest_paths.h\\\n\tstraightener.h\\\n\tstraightener.cpp\\\n\tconnected_components.cpp\\\n\tconvex_hull.h\\\n\tconvex_hull.cpp\\\n\tcluster.cpp\\\n\tcompound_constraints.h\\\n\tcompound_constraints.cpp\\\n\tpseudorandom.h \\\n\tpseudorandom.cpp \\\n\toutput_svg.cpp\\\n\toutput_svg.h \\\n\tunused.h \\\n\tcc_clustercontainmentconstraints.cpp \\\n\tcc_clustercontainmentconstraints.h \\\n\tcc_nonoverlapconstraints.cpp \\\n\tcc_nonoverlapconstraints.h \\\n\tbox.cpp \\\n\tbox.h \\\n\tshapepair.cpp \\\n\tshapepainr.h\n\nlibcolaincludedir = $(includedir)/libcola\nlibcolainclude_HEADERS = cola.h\\\n\tcluster.h\\\n\tcommondefs.h\\\n\tcompound_constraints.h\\\n\tpseudorandom.h \\\n\texceptions.h\\\n\tgradient_projection.h\\\n\tsparse_matrix.h\\\n\tstraightener.h \\\n\toutput_svg.h \\\n\tunused.h \\\n\tcc_clustercontainmentconstraints.h \\\n\tcc_nonoverlapconstraints.h \\\n\tbox.h \\\n\tshapepair.h\n\npkgconfigdir = $(libdir)/pkgconfig\npkgconfig_DATA = libcola.pc\n\nSUBDIRS = . tests\n"
  },
  {
    "path": "cola/libcola/box.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#include \"libcola/box.h\"\n\nnamespace cola {\n\nBox::Box(double xMin, double xMax, double yMin, double yMax)\n{\n    m_min[vpsc::XDIM] = nonNegative(xMin);\n    m_max[vpsc::XDIM] = nonNegative(xMax);\n    m_min[vpsc::YDIM] = nonNegative(yMin);\n    m_max[vpsc::YDIM] = nonNegative(yMax);\n}\n\nBox::Box(double all)\n{\n    double value = nonNegative(all);\n    m_min[vpsc::XDIM] = value;\n    m_max[vpsc::XDIM] = value;\n    m_min[vpsc::YDIM] = value;\n    m_max[vpsc::YDIM] = value;\n}\n\nBox::Box()\n{\n    m_min[vpsc::XDIM] = 0;\n    m_max[vpsc::XDIM] = 0;\n    m_min[vpsc::YDIM] = 0;\n    m_max[vpsc::YDIM] = 0;\n}\n\nBox::~Box()\n{\n}\n\nbool Box::empty(void) const\n{\n    // values will be nonnegative so can sum to check if empty.\n    int total = m_min[vpsc::XDIM] + m_max[vpsc::XDIM] + \n            m_min[vpsc::YDIM] + m_max[vpsc::YDIM];\n    return (total == 0);\n}\n\nvoid Box::outputCode(FILE *fp) const\n{\n    if ((m_min[vpsc::XDIM] == m_max[vpsc::XDIM]) &&\n        (m_min[vpsc::XDIM] == m_min[vpsc::YDIM]) &&\n        (m_min[vpsc::XDIM] == m_max[vpsc::YDIM]))\n    {\n        fprintf(fp, \"Box(%g)\", m_min[vpsc::XDIM]);\n    }\n    else\n    {\n        fprintf(fp, \"Box(%g, %g, %g, %g)\", m_min[vpsc::XDIM],\n                m_max[vpsc::XDIM], m_min[vpsc::YDIM], m_max[vpsc::YDIM]);\n    }\n}\n\nvpsc::Rectangle Box::rectangleByApplyingBox(\n        const vpsc::Rectangle rectangle) const\n{\n    if (!rectangle.isValid())\n    {\n        return rectangle;\n    }\n\n    return vpsc::Rectangle(\n            rectangle.getMinX() - m_min[vpsc::XDIM], \n            rectangle.getMaxX() + m_max[vpsc::XDIM], \n            rectangle.getMinY() - m_min[vpsc::YDIM], \n            rectangle.getMaxY() + m_max[vpsc::YDIM]);\n}\n\ndouble Box::nonNegative(double value)\n{\n    return (value >= 0) ? value: 0;\n}\n\ndouble Box::min(size_t dim) const\n{\n    return (dim < 2) ? m_min[dim] : 0;\n}\n\ndouble Box::max(size_t dim) const\n{\n    return (dim < 2) ? m_max[dim] : 0;\n}\n\n\n}\n\n"
  },
  {
    "path": "cola/libcola/box.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#ifndef LIBCOLA_BOX_H\n#define LIBCOLA_BOX_H\n\n#include <cstdio>\n\n#include \"libvpsc/rectangle.h\"\n\n\nnamespace cola {\n\n/**\n * @brief A box consisting of four edge values for representing padding or \n *        margins for rectangles.\n */\nclass Box\n{\n    public:\n        /**\n         * @brief Constructs a padding or margin box consisting of a value for\n         *        each edge.\n         *\n         * Values should be nonnegative.\n         *\n         * @param[in] xMin  Minimum horizontal value.\n         * @param[in] xMax  Maximum horizontal value.\n         * @param[in] yMin  Minimum vertical value.\n         * @param[in] yMax  Maximum vertical value.\n         */\n        Box(double xMin, double xMax, double yMin, double yMax);\n        /**\n         * @brief Constructs a padding or margin box consisting of a value for\n         *        each edge.\n         *\n         * Values should be nonnegative.\n         *\n         * @param[in] all   The value to be used for all four edges.\n         */\n        Box(double all);\n        /**\n         * @brief Constructs an empty padding or margin box.\n         */\n        Box();\n        ~Box();\n\n        bool empty(void) const;\n        double min(size_t dim) const;\n        double max(size_t dim) const;\n        void outputCode(FILE *fp) const;\n        vpsc::Rectangle rectangleByApplyingBox(\n                const vpsc::Rectangle rectangle) const;\n\n   private:\n        static double nonNegative(double value);\n\n        double m_min[2];\n        double m_max[2];\n};\n\n} // namespace cola\n#endif\n"
  },
  {
    "path": "cola/libcola/cc_clustercontainmentconstraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#include <sstream>\n\n#include \"libcola/cola.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/cc_clustercontainmentconstraints.h\"\n\nusing vpsc::XDIM;\nusing vpsc::YDIM;\n\n\nnamespace cola {\n\nstatic const int AboveBoundary = 1;\nstatic const int BelowBoundary = -1;\n\nclass ClusterShapeOffsets : public SubConstraintInfo\n{\n    public:\n        ClusterShapeOffsets(unsigned ind, vpsc::Dim dim, double offset, int boundarySide,\n                unsigned int boundaryVar) :\n            SubConstraintInfo(ind),\n            offset(offset),\n            dim(dim),\n            boundarySide(boundarySide),\n            boundaryVar(boundaryVar)\n        {\n        }\n        double offset;    // half the width or height value\n        vpsc::Dim dim;    // The dimension\n        int boundarySide; // The boundary side we are constraining on.\n        unsigned int boundaryVar; // The boundary var.\n};\n\n\nClusterContainmentConstraints::ClusterContainmentConstraints(Cluster *cluster, \n        unsigned int priority, std::vector<vpsc::Rectangle*>& boundingBoxes)\n    : CompoundConstraint(vpsc::HORIZONTAL, priority)\n{\n    Box padding = cluster->padding();\n    _combineSubConstraints = true;\n    for (std::set<unsigned>::iterator curr = cluster->nodes.begin();\n            curr != cluster->nodes.end(); ++curr)\n    {\n        unsigned id = *curr;\n        double halfW = (boundingBoxes[id]->width() / 2.0);\n        double halfH = (boundingBoxes[id]->height() / 2.0);\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                id, XDIM, halfW + padding.min(XDIM), AboveBoundary, \n                cluster->clusterVarId));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                id, XDIM, halfW + padding.max(XDIM), BelowBoundary,\n                cluster->clusterVarId + 1));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                id, YDIM, halfH + padding.min(YDIM), AboveBoundary,\n                cluster->clusterVarId));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                id, YDIM, halfH + padding.max(YDIM), BelowBoundary,\n                cluster->clusterVarId + 1));\n    }\n    for (std::vector<Cluster *>::iterator curr = cluster->clusters.begin();\n            curr != cluster->clusters.end(); ++curr)\n    {\n        Cluster *childCluster = *curr;\n        Box margin = childCluster->margin();\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                childCluster->clusterVarId, XDIM, \n                padding.min(XDIM) + margin.min(XDIM), AboveBoundary, \n                cluster->clusterVarId));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                childCluster->clusterVarId + 1, XDIM,\n                padding.max(XDIM) + margin.max(XDIM), BelowBoundary,\n                cluster->clusterVarId + 1));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                childCluster->clusterVarId, YDIM,\n                padding.min(YDIM) + margin.min(YDIM), AboveBoundary,\n                cluster->clusterVarId));\n        _subConstraintInfo.push_back(new ClusterShapeOffsets(\n                childCluster->clusterVarId + 1, YDIM,\n                padding.max(YDIM) + margin.max(YDIM), BelowBoundary,\n                cluster->clusterVarId + 1));\n    }\n}\n\n\nstd::string ClusterContainmentConstraints::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"ClusterContainmentConstraints()\";\n    return stream.str();\n}\n\n\nvoid ClusterContainmentConstraints::generateVariables(const vpsc::Dim dim,\n        vpsc::Variables& vars) \n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n}\n\n\n\nSubConstraintAlternatives \nClusterContainmentConstraints::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    SubConstraintAlternatives alternatives;\n\n    ClusterShapeOffsets *info = static_cast<ClusterShapeOffsets *>\n            (_subConstraintInfo[_currSubConstraintIndex]);\n    \n    assertValidVariableIndex(vs[_primaryDim], info->varIndex);\n    if (info->boundarySide == BelowBoundary)\n    {\n        // Constrain the objects with negative offsets to be \n        // to the left of the boundary.\n        vpsc::Constraint constraint = vpsc::Constraint( \n                vs[info->dim][info->varIndex], vs[info->dim][info->boundaryVar], \n                info->offset);\n        alternatives.push_back(SubConstraint(info->dim, constraint));\n    }\n    else\n    {\n        // Constrain the objects with positive offsets to be \n        // to the right of the boundary.\n        vpsc::Constraint constraint = vpsc::Constraint(\n                vs[info->dim][info->boundaryVar], vs[info->dim][info->varIndex], \n                info->offset);\n        alternatives.push_back(SubConstraint(info->dim, constraint));\n    }\n\n    //fprintf(stderr, \"===== BOUNDARYLINE ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\nvoid ClusterContainmentConstraints::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& cs,\n        std::vector<vpsc::Rectangle*>& bbs) \n{\n    COLA_UNUSED(bbs);\n    for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        ClusterShapeOffsets *info = static_cast<ClusterShapeOffsets *> (*o);\n\n        if (info->dim != dim)\n        {\n            continue;\n        }\n\n        vpsc::Constraint *constraint = nullptr;\n        if (info->boundarySide == BelowBoundary)\n        {\n            // Constrain the objects with negative offsets to be \n            // to the left of the boundary.\n            constraint = new vpsc::Constraint(vs[info->varIndex],\n                    vs[info->boundaryVar], info->offset);\n        }\n        else\n        {\n            // Constrain the objects with positive offsets to be \n            // to the right of the boundary.\n            constraint = new vpsc::Constraint(vs[info->boundaryVar],\n                    vs[info->varIndex], info->offset);\n        }\n        constraint->creator = this;\n        cs.push_back(constraint);\n    }\n}\n\n\n} // namespace cola\n\n"
  },
  {
    "path": "cola/libcola/cc_clustercontainmentconstraints.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#ifndef COLA_CC_CLUSTERCONTAINMENTCONSTRAINTS_H\n#define COLA_CC_CLUSTERCONTAINMENTCONSTRAINTS_H\n\n#include <vector>\n#include \"libcola/compound_constraints.h\"\n\nnamespace vpsc {\nclass Rectangle;\n}\n\nnamespace cola {\n\nclass ClusterContainmentConstraints : public CompoundConstraint\n{\n    public:\n        ClusterContainmentConstraints(Cluster *cluster, unsigned int priority,\n                std::vector<vpsc::Rectangle*>& boundingBoxes);\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        \n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& cs,\n                std::vector<vpsc::Rectangle*>& bbs);\n        std::string toString(void) const;\n};\n\n\n} // namespace cola\n#endif // COLA_CC_CLUSTERCONTAINMENTCONSTRAINTS\n"
  },
  {
    "path": "cola/libcola/cc_nonoverlapconstraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2010-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#include <sstream>\n\n#include \"libcola/cola.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/cc_nonoverlapconstraints.h\"\n\nusing vpsc::XDIM;\nusing vpsc::YDIM;\n\n\nnamespace cola {\n\n//-----------------------------------------------------------------------------\n// NonOverlapConstraintExemptions code\n//-----------------------------------------------------------------------------\n\nNonOverlapConstraintExemptions::NonOverlapConstraintExemptions()\n{\n}\n\nvoid NonOverlapConstraintExemptions::addExemptGroupOfNodes(\n        ListOfNodeIndexes listOfNodeGroups)\n{\n    m_exempt_pairs.clear();\n\n    const size_t listSize = listOfNodeGroups.size();\n    for (size_t l = 0; l < listSize; ++l)\n    {\n        NodeIndexes ids(listOfNodeGroups[l]);\n\n        // Sort and remove duplicate IDs for this group.\n        std::sort(ids.begin(), ids.end());\n        NodeIndexes::iterator last = std::unique(ids.begin(), ids.end());\n        ids.erase(last, ids.end());\n\n        // Add all combinations of pairs of IDs for this group to m_exempt_pairs\n        const size_t idsSize = ids.size();\n        for (size_t i = 0; i < idsSize; ++i)\n        {\n            for (size_t j = i + 1; j < idsSize; ++j)\n            {\n                m_exempt_pairs.insert(ShapePair(ids[i], ids[j]));\n            }\n        }\n\n    }\n}\n\nbool NonOverlapConstraintExemptions::shapePairIsExempt(\n        ShapePair shapePair) const\n{\n    return (m_exempt_pairs.count(shapePair) == 1);\n}\n\n//-----------------------------------------------------------------------------\n// NonOverlapConstraints code\n//-----------------------------------------------------------------------------\n\nNonOverlapConstraints::NonOverlapConstraints(\n        NonOverlapConstraintExemptions *exemptions, unsigned int priority)\n    : CompoundConstraint(vpsc::HORIZONTAL, priority),\n      pairInfoListSorted(false),\n      initialSortCompleted(false),\n      m_exemptions(exemptions)\n{\n    // All work is done by repeated addShape() calls.\n}\n\nvoid NonOverlapConstraints::addShape(unsigned id, double halfW, double halfH,\n        unsigned int group, std::set<unsigned> exemptions)\n{\n    // Setup pairInfos for all other shapes. \n    for (std::map<unsigned, OverlapShapeOffsets>::iterator curr =\n            shapeOffsets.begin(); curr != shapeOffsets.end(); ++curr)\n    {\n        unsigned otherId = curr->first;\n        if ((shapeOffsets[otherId].group == group) && (id != otherId) && exemptions.count(otherId)==0)\n        {\n            if (m_exemptions &&\n                    m_exemptions->shapePairIsExempt(ShapePair(otherId, id)))\n            {\n                continue;\n            }\n\n            // Apply non-overlap only to objects in the same group (cluster).\n            pairInfoList.push_back(ShapePairInfo(otherId, id));\n        }\n    }\n\n    shapeOffsets[id] = OverlapShapeOffsets(id, halfW, halfH, group);\n}\n\nvoid NonOverlapConstraints::resizeShape(unsigned id, double halfW, double halfH)\n{\n    OverlapShapeOffsets oso = shapeOffsets[id];\n    oso.resize(halfW, halfH);\n}\n\nvoid NonOverlapConstraints::removeShape(unsigned id)\n{\n    // Remove the OverlapShapeOffsets object for this id.\n    shapeOffsets.erase(id);\n    // Remove all ShapePairInfo objects having this id as one of their two indices.\n    std::list<ShapePairInfo>::iterator it = pairInfoList.begin();\n    while (it != pairInfoList.end()) {\n        ShapePairInfo spi = *it;\n        if (spi.varIndex1==id || spi.varIndex2==id) {\n            it = pairInfoList.erase(it); // now it points to next list element after one erased\n        } else {\n            it++;\n        }\n    }\n}\n\n// This is expected to be called after all addNode calls.\nvoid NonOverlapConstraints::addCluster(Cluster *cluster, unsigned int group)\n{\n    unsigned id = cluster->clusterVarId;\n    // Setup pairInfos for all other shapes. \n    for (std::map<unsigned, OverlapShapeOffsets>::iterator curr =\n            shapeOffsets.begin(); curr != shapeOffsets.end(); ++curr)\n    {\n        unsigned otherId = curr->first;\n        if (shapeOffsets[otherId].group != group)\n        {\n            // Don't apply if not in same group.\n            continue;\n        }\n        if (cluster->nodes.count(otherId) > 0)\n        {\n            // Don't apply non-overlap to child nodes.\n            continue;\n        }\n        if (m_cluster_cluster_exemptions.count(ShapePair(id, otherId)) > 0)\n        {\n            // Don't apply  if exempt due to non-strict cluster hierarchy.\n            continue;\n        }\n        // Apply non-overlap only to objects in the same group (cluster).\n        pairInfoList.push_back(ShapePairInfo(otherId, id));\n    }\n    \n    shapeOffsets[id] = OverlapShapeOffsets(id, cluster, group);\n}\n\n\nvoid NonOverlapConstraints::setClusterClusterExemptions(\n        std::set<ShapePair> exemptions)\n{\n    m_cluster_cluster_exemptions = exemptions;\n}\n\nvoid NonOverlapConstraints::generateVariables(const vpsc::Dim dim,\n        vpsc::Variables& vars) \n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n}\n\nvoid NonOverlapConstraints::computeOverlapForShapePairInfo(ShapePairInfo& info,\n        vpsc::Variables vs[])\n{\n    OverlapShapeOffsets& shape1 = shapeOffsets[info.varIndex1];\n    OverlapShapeOffsets& shape2 = shapeOffsets[info.varIndex2];\n\n    double xPos1 = vs[0][info.varIndex1]->finalPosition;\n    double xPos2 = vs[0][info.varIndex2]->finalPosition;\n    double yPos1 = vs[1][info.varIndex1]->finalPosition;\n    double yPos2 = vs[1][info.varIndex2]->finalPosition;\n\n    double left1   = xPos1 - shape1.halfDim[0];\n    double right1  = xPos1 + shape1.halfDim[0];\n    double bottom1 = yPos1 - shape1.halfDim[1];\n    double top1    = yPos1 + shape1.halfDim[1];\n\n    if (shape1.cluster)\n    {\n        COLA_ASSERT(shape1.halfDim[0] == 0);\n        COLA_ASSERT(shape1.halfDim[1] == 0);\n        COLA_ASSERT(info.varIndex1 + 1U < vs[0].size());\n        right1 = vs[0][info.varIndex1 + 1]->finalPosition;\n        COLA_ASSERT(info.varIndex1 + 1U < vs[1].size());\n        top1    = vs[1][info.varIndex1 + 1]->finalPosition;\n        left1 -= shape1.rectPadding.min(XDIM);\n        bottom1 -= shape1.rectPadding.min(YDIM);\n        right1 += shape1.rectPadding.max(XDIM);\n        top1 += shape1.rectPadding.max(YDIM);\n    }\n\n    double left2   = xPos2 - shape2.halfDim[0];\n    double right2  = xPos2 + shape2.halfDim[0];\n    double bottom2 = yPos2 - shape2.halfDim[1];\n    double top2    = yPos2 + shape2.halfDim[1];\n\n    if (shape2.cluster)\n    {\n        COLA_ASSERT(shape2.halfDim[0] == 0);\n        COLA_ASSERT(shape2.halfDim[1] == 0);\n        COLA_ASSERT(info.varIndex2 + 1U < vs[0].size());\n        right2 = vs[0][info.varIndex2 + 1]->finalPosition;\n        COLA_ASSERT(info.varIndex2 + 1U < vs[1].size());\n        top2   = vs[1][info.varIndex2 + 1]->finalPosition;\n        left2 -= shape2.rectPadding.min(XDIM);\n        bottom2 -= shape2.rectPadding.min(YDIM);\n        right2 += shape2.rectPadding.max(XDIM);\n        top2 += shape2.rectPadding.max(YDIM);\n    }\n\n    // If lr < 0, then left edge of shape1 is on the left \n    // of right edge of shape2.\n    double spaceR = left2 - right1;\n    double spaceL = left1 - right2;\n    // Below\n    double spaceA = bottom2 - top1;\n    // Above\n    double spaceB = bottom1 - top2;\n\n    double costL = 0;\n    double costR = 0;\n    double costB = 0;\n    double costA = 0;\n    info.overlapMax = 0;\n    bool xOverlap = false;\n    bool yOverlap = false;\n    if ((spaceR < 0) && (spaceL < 0))\n    {\n        costL = std::max(-spaceL, 0.0);\n        costR = std::max(-spaceR, 0.0);\n\n        info.overlapMax = std::max(costL, costR);\n\n        xOverlap = true;\n    }\n    if ((spaceB < 0) && (spaceA < 0))\n    {\n        costB = std::max(-spaceB, 0.0);\n        costA = std::max(-spaceA, 0.0);\n\n        info.overlapMax = std::max(info.overlapMax, costB);\n        info.overlapMax = std::max(info.overlapMax, costA);\n\n        yOverlap = true;\n    }\n\n    if (!xOverlap || !yOverlap)\n    {\n        // Overlap must occur in both dimensions.\n        info.overlapMax = 0;\n    }\n    else\n    {\n        // Increase the overlap value for overlap where one shape is fully\n        // within the other.  This results in these situations being\n        // resolved first and will sometimes prevent us from committing to\n        // bad non-overlap choices and getting stuck later.\n        // XXX Another alternative would be to look at previously added\n        //     non-overlap constraints that become unsatified and then \n        //     allow them to be rechosen maybe just a single time.\n        double penalty = 100000;\n        if ( (left1 >= left2) && (right1 <= right2) &&\n             (bottom1 >= bottom2) && (top1 <= top2) )\n        {\n            // Shape 1 is inside shape 2.\n            double smallShapeArea = (right1 - left1) * (top1 - bottom1);\n            info.overlapMax = penalty + smallShapeArea;\n        }\n        else if ( (left2 >= left1) && (right2 <= right1) &&\n             (bottom2 >= bottom1) && (top2 <= top1) )\n        {\n            // Shape 2 is inside shape 1.\n            double smallShapeArea = (right2 - left2) * (top2 - bottom2);\n            info.overlapMax = penalty + smallShapeArea;\n        }\n        // There is overlap.\n        //printf(\"[%02d][%02d] L %g, R %G, B %g, A %g\\n\", info.varIndex1, \n        //        info.varIndex2, spaceL, spaceR, spaceB, spaceA);\n    }\n}\n\nstd::string NonOverlapConstraints::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"NonOverlapConstraints()\";\n    return stream.str();\n}\n\nvoid NonOverlapConstraints::computeAndSortOverlap(vpsc::Variables vs[])\n{\n    for (std::list<ShapePairInfo>::iterator curr = pairInfoList.begin();\n            curr != pairInfoList.end(); ++curr)\n    {\n        ShapePairInfo& info = static_cast<ShapePairInfo&> (*curr);\n        \n        if (info.processed)\n        {\n            // Once we reach the processed nodes, which will always be at \n            // the back, we can some computing overlap since this no longer\n            // matters.\n            break;\n        }\n        computeOverlapForShapePairInfo(info, vs);\n    }\n    pairInfoList.sort();\n}\n\n\nvoid NonOverlapConstraints::markCurrSubConstraintAsActive(const bool satisfiable)\n{\n    ShapePairInfo info = pairInfoList.front();\n    pairInfoList.pop_front();\n\n    info.processed = true;\n    info.satisfied = satisfiable;\n    info.overlapMax = 0;\n    \n    pairInfoList.push_back(info);\n    pairInfoListSorted = false;\n}\n\n\n\nSubConstraintAlternatives \nNonOverlapConstraints::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    SubConstraintAlternatives alternatives;\n    if (initialSortCompleted == false)\n    {\n        // Initally sort the shape pair info objects.\n        computeAndSortOverlap(vs);\n        pairInfoListSorted = true;\n        initialSortCompleted = true;\n    }\n\n    // Take the first in the list.\n    ShapePairInfo& info = pairInfoList.front();\n    if (pairInfoListSorted == false)\n    {\n        // Only need to compute if not sorted.\n        computeOverlapForShapePairInfo(info, vs);\n    }\n\n    if (info.overlapMax == 0)\n    {\n        if (pairInfoListSorted)\n        {\n            // Seeing no overlap in the sorted list means we have solved\n            // all non-overlap.  Nothing more to do.\n            _currSubConstraintIndex = pairInfoList.size();\n            return alternatives;\n        }\n        computeAndSortOverlap(vs);\n        pairInfoListSorted = true;\n        return alternatives;\n    }\n    OverlapShapeOffsets& shape1 = shapeOffsets[info.varIndex1];\n    OverlapShapeOffsets& shape2 = shapeOffsets[info.varIndex2];\n\n    double xSepL = shape1.halfDim[0] + shape2.halfDim[0];\n    double ySepB = shape1.halfDim[1] + shape2.halfDim[1];\n    double xSepR = xSepL;\n    double ySepT = ySepB;\n\n    unsigned varIndexL1 = info.varIndex1;\n    unsigned varIndexL2 = info.varIndex2;\n    // Clusters have left and right variables, instead of centre variables.\n    unsigned varIndexR1 = \n            (shape1.cluster) ? (info.varIndex1 + 1) : info.varIndex1;\n    unsigned varIndexR2 = \n            (shape2.cluster) ? (info.varIndex2 + 1) : info.varIndex2;\n\n    assertValidVariableIndex(vs[XDIM], varIndexL1);\n    assertValidVariableIndex(vs[YDIM], varIndexL1);\n    assertValidVariableIndex(vs[XDIM], varIndexR1);\n    assertValidVariableIndex(vs[YDIM], varIndexR1);\n    assertValidVariableIndex(vs[XDIM], varIndexL2);\n    assertValidVariableIndex(vs[YDIM], varIndexL2);\n    assertValidVariableIndex(vs[XDIM], varIndexR2);\n    assertValidVariableIndex(vs[YDIM], varIndexR2);\n\n    // \n    double xSepCostL = xSepL;\n    double xSepCostR = xSepR;\n    double ySepCostB = ySepB;\n    double ySepCostT = ySepT;\n\n    double desiredX1 = vs[XDIM][info.varIndex1]->desiredPosition;\n    double desiredY1 = vs[YDIM][info.varIndex1]->desiredPosition;\n    double desiredX2 = vs[XDIM][info.varIndex2]->desiredPosition;\n    double desiredY2 = vs[YDIM][info.varIndex2]->desiredPosition;\n    \n    // Clusters have two variables instead of a centre variable -- one for\n    // each boundary side, so we need to remap the desired positions and the\n    // separations values for the purposes of cost sorting.\n    if (shape1.cluster)\n    {\n        double width = vs[XDIM][info.varIndex1 + 1]->finalPosition -\n                vs[XDIM][info.varIndex1]->finalPosition;\n        double height = vs[YDIM][info.varIndex1 + 1]->finalPosition -\n                vs[YDIM][info.varIndex1]->finalPosition;\n        desiredX1 += width / 2;\n        desiredY1 += height / 2;\n        xSepCostL += width / 2;\n        xSepCostR += width / 2;\n        ySepCostB += height / 2;\n        ySepCostT += height / 2;\n        xSepL += shape1.rectPadding.min(XDIM);\n        xSepR += shape1.rectPadding.max(XDIM);\n        ySepB += shape1.rectPadding.min(YDIM);\n        ySepT += shape1.rectPadding.max(YDIM);\n    }\n    if (shape2.cluster)\n    {\n        double width = vs[XDIM][info.varIndex2 + 1]->finalPosition -\n                vs[XDIM][info.varIndex2]->finalPosition;\n        double height = vs[YDIM][info.varIndex2 + 1]->finalPosition -\n                vs[YDIM][info.varIndex2]->finalPosition;\n        desiredX2 += width / 2;\n        desiredY2 += height / 2;\n        xSepCostL += width / 2;\n        xSepCostR += width / 2;\n        ySepCostB += height / 2;\n        ySepCostT += height / 2;\n        xSepL += shape2.rectPadding.min(XDIM);\n        xSepR += shape2.rectPadding.max(XDIM);\n        ySepB += shape2.rectPadding.min(YDIM);\n        ySepT += shape2.rectPadding.max(YDIM);\n    }\n\n    // We get problems with numerical inaccuracy in the topology constraint\n    // generation, so make sure the rectagles are separated by at least a \n    // tiny distance.\n    xSepL += 10e-10;\n    xSepR += 10e-10;\n    ySepB += 10e-10;\n    ySepT += 10e-10;\n\n    // Compute the cost to move in each direction based on the \n    // desired positions for the two objects.\n    double costR = xSepCostR - (desiredX2 - desiredX1);\n    double costL = xSepCostL - (desiredX1 - desiredX2);\n    \n    double costT = ySepCostT - (desiredY2 - desiredY1);\n    double costB = ySepCostB - (desiredY1 - desiredY2);\n\n    vpsc::Constraint constraintL(vs[XDIM][varIndexR2], \n            vs[XDIM][varIndexL1], xSepL);\n    alternatives.push_back(SubConstraint(XDIM, constraintL, costL));\n\n    vpsc::Constraint constraintR(vs[XDIM][varIndexR1], \n            vs[XDIM][varIndexL2], xSepR);\n    alternatives.push_back(SubConstraint(XDIM, constraintR, costR));\n\n    vpsc::Constraint constraintB(vs[YDIM][varIndexR2], \n            vs[YDIM][varIndexL1], ySepB);\n    alternatives.push_back(SubConstraint(YDIM, constraintB, costB));\n\n    vpsc::Constraint constraintT(vs[YDIM][varIndexR1], \n            vs[YDIM][varIndexL2], ySepT);\n    alternatives.push_back(SubConstraint(YDIM, constraintT, costT));\n    \n    //fprintf(stderr, \"===== NONOVERLAP ALTERNATIVES -====== \\n\");\n\n    return alternatives;\n}\n\n\nbool NonOverlapConstraints::subConstraintsRemaining(void) const\n{\n    //printf(\". %3d of %4d\\n\", _currSubConstraintIndex, pairInfoList.size());\n    return _currSubConstraintIndex < pairInfoList.size();\n}\n\n\nvoid NonOverlapConstraints::markAllSubConstraintsAsInactive(void)\n{\n    for (std::list<ShapePairInfo>::iterator curr = pairInfoList.begin();\n            curr != pairInfoList.end(); ++curr)\n    {\n        ShapePairInfo& info = (*curr);\n        info.satisfied = false;\n        info.processed = false;\n    }\n    _currSubConstraintIndex = 0;\n    initialSortCompleted = false;\n}\n\n\nvoid NonOverlapConstraints::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& cs,\n        std::vector<vpsc::Rectangle*>& boundingBoxes) \n{\n    for (std::list<ShapePairInfo>::iterator info = pairInfoList.begin();\n            info != pairInfoList.end(); ++info)\n    {\n        assertValidVariableIndex(vs, info->varIndex1);\n        assertValidVariableIndex(vs, info->varIndex2);\n        \n        OverlapShapeOffsets& shape1 = shapeOffsets[info->varIndex1];\n        OverlapShapeOffsets& shape2 = shapeOffsets[info->varIndex2];\n        \n        vpsc::Rectangle rect1 = (shape1.cluster) ?\n                shape1.cluster->bounds : *boundingBoxes[info->varIndex1];\n        vpsc::Rectangle rect2 = (shape2.cluster) ?\n                shape2.cluster->bounds : *boundingBoxes[info->varIndex2];\n\n        double pos1 = rect1.getCentreD(dim);\n        double pos2 = rect2.getCentreD(dim);\n\n        double below1 = shape1.halfDim[dim];\n        double above1 = shape1.halfDim[dim];\n        double below2 = shape2.halfDim[dim];\n        double above2 = shape2.halfDim[dim];\n\n        vpsc::Variable *varLeft1 = nullptr;\n        vpsc::Variable *varLeft2 = nullptr;\n        vpsc::Variable *varRight1 = nullptr;\n        vpsc::Variable *varRight2 = nullptr;\n        if (shape1.cluster)\n        {\n            // Must constraint to cluster boundary variables.\n            varLeft1 = vs[shape1.cluster->clusterVarId];\n            varRight1 = vs[shape1.cluster->clusterVarId + 1];\n            rect1 = shape1.cluster->margin().rectangleByApplyingBox(rect1);\n            below1 = shape1.cluster->margin().min(dim);\n            above1 = shape1.cluster->margin().max(dim);\n        }\n        else\n        {\n            // Must constrain to rectangle centre postion variable.\n            varLeft1 = varRight1 = vs[info->varIndex1];\n        }\n\n        if (shape2.cluster)\n        {\n            // Must constraint to cluster boundary variables.\n            varLeft2 = vs[shape2.cluster->clusterVarId];\n            varRight2 = vs[shape2.cluster->clusterVarId + 1];\n            rect2 = shape2.cluster->margin().rectangleByApplyingBox(rect2);\n            below2 = shape2.cluster->margin().min(dim);\n            above2 = shape2.cluster->margin().max(dim);\n        }\n        else\n        {\n            // Must constrain to rectangle centre postion variable.\n            varLeft2 = varRight2 = vs[info->varIndex2];\n        }\n\n        if (rect1.overlapD(!dim, &rect2) > 0.0005)\n        {\n            vpsc::Constraint *constraint = nullptr;\n            if (pos1 < pos2)\n            {\n                constraint = new vpsc::Constraint(varRight1, varLeft2,\n                             above1 + below2);\n            }\n            else\n            {\n                constraint = new vpsc::Constraint(varRight2, varLeft1,\n                        below1 + above2);\n            }\n            constraint->creator = this;\n            cs.push_back(constraint);\n        }\n    }\n}\n\n\n} // namespace cola\n"
  },
  {
    "path": "cola/libcola/cc_nonoverlapconstraints.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2010-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#ifndef COLA_CC_NONOVERLAPCONSTRAINTS_H\n#define COLA_CC_NONOVERLAPCONSTRAINTS_H\n\n#include <vector>\n\n#include \"libcola/cola.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/shapepair.h\"\n\nnamespace vpsc {\nclass Rectangle;\n}\n\nnamespace cola {\n\nclass Cluster;\n\nclass OverlapShapeOffsets : public SubConstraintInfo\n{\n    public:\n        OverlapShapeOffsets(unsigned ind, double xOffset, double yOffset,\n                unsigned int group)\n            : SubConstraintInfo(ind),\n              cluster(nullptr),\n              rectPadding(0),\n              group(group)\n        {\n            halfDim[0] = xOffset;\n            halfDim[1] = yOffset;\n        }\n        OverlapShapeOffsets(unsigned ind, Cluster *cluster, unsigned int group)\n            : SubConstraintInfo(ind),\n              cluster(cluster),\n              rectPadding(cluster->margin()),\n              group(group)\n        {\n            halfDim[0] = 0;\n            halfDim[1] = 0;\n        }\n        OverlapShapeOffsets()\n            : SubConstraintInfo(1000000),\n              cluster(nullptr),\n              rectPadding(0)\n        {\n        }\n        bool usesClusterBounds(void) const\n        {\n            return (cluster && !cluster->clusterIsFromFixedRectangle());\n        }\n        void resize(double xOffset, double yOffset)\n        {\n            halfDim[0] = xOffset;\n            halfDim[1] = yOffset;\n        }\n        Cluster *cluster;\n        double halfDim[2];   // Half width and height values.\n        Box rectPadding;  // Used for cluster padding.\n        unsigned int group;\n};\n\n\nclass ShapePairInfo\n{\n    public:\n        ShapePairInfo(unsigned ind1, unsigned ind2, unsigned ord = 1)\n            : order(ord),\n              satisfied(false),\n              processed(false)\n        {\n            COLA_ASSERT(ind1 != ind2);\n            // Assign the lesser value to varIndex1.\n            varIndex1 = (ind1 < ind2) ? ind1 : ind2;\n            // Assign the greater value to varIndex2.\n            varIndex2 = (ind1 > ind2) ? ind1 : ind2;\n        }\n        bool operator<(const ShapePairInfo& rhs) const\n        {\n            // Make sure the processed ones are at the end after sorting.\n            int processedInt = processed ? 1 : 0;\n            int rhsProcessedInt = rhs.processed ? 1 : 0;\n            if (processedInt != rhsProcessedInt)\n            {\n                return processedInt < rhsProcessedInt;\n            }\n            // Use cluster ordering for primary sorting.\n            if (order != rhs.order)\n            {\n                return order < rhs.order;\n            }\n            return overlapMax > rhs.overlapMax;\n        }\n        unsigned short order;\n        unsigned short varIndex1;\n        unsigned short varIndex2;\n        bool satisfied;\n        bool processed;\n        double overlapMax;\n};\n\n\n// Stores IDs of all rectangles exempt from non-overlap constraints.\nclass NonOverlapConstraintExemptions {\n    public:\n        NonOverlapConstraintExemptions();\n        void addExemptGroupOfNodes(ListOfNodeIndexes listOfNodeGroups);\n        bool shapePairIsExempt(ShapePair shapePair) const;\n        std::set<ShapePair> getExemptPairs(void) {return m_exempt_pairs;}\n\n    private:\n        std::set<ShapePair> m_exempt_pairs;\n};\n\n// Non-overlap constraints prevent a set of given shapes from overlapping.\nclass NonOverlapConstraints : public CompoundConstraint {\n    public:\n        NonOverlapConstraints(NonOverlapConstraintExemptions *exemptions,\n                unsigned int priority = PRIORITY_NONOVERLAP);\n        //! @brief Use this method to add all the shapes between which you want\n        //!        to prevent overlaps.\n        //! @param id     This will be used as index into both the vars and\n        //!               boundingBoxes vectors when you call the\n        //!               generateSeparationConstraints method.\n        //! @param halfW  If you add two shapes with half-widths hwi and hwj, then\n        //!               if a horizontal separation constraint is generated between\n        //!               them its gap will be hwi + hwj.\n        //! @param halfH  Similar to halfW.\n        //! @param group  Assign a group number to this shape. A separation constraint\n        //!               will be generated between two shapes only if they belong to\n        //!               the same group. This is useful for clusters.\n        //! @param exemptions  Optional set of IDs of shapes to be skipped, i.e. such that\n        //!                    a separation constraint should /not/ be generated between\n        //!                    that shape and the one being added.\n        void addShape(unsigned id, double halfW, double halfH, \n                unsigned int group = 1, std::set<unsigned> exemptions = std::set<unsigned>());\n        void resizeShape(unsigned id, double halfW, double halfH);\n        void removeShape(unsigned id);\n        void addCluster(Cluster *cluster, unsigned int group);\n        void computeAndSortOverlap(vpsc::Variables vs[]);\n        void markCurrSubConstraintAsActive(const bool satisfiable);\n        void markAllSubConstraintsAsInactive(void);\n        bool subConstraintsRemaining(void) const;\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        std::string toString(void) const;\n        void setClusterClusterExemptions(std::set<ShapePair> exemptions);\n\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& gcs);\n        //! @brief Generate separation constraints in one dimension, to ensure\n        //!        nonoverlap between all shapes in that dimension.\n        //! @param dim   The dimension for which to generate constraints.\n        //! @param vars  The variables between which the constraints will hold.\n        //! @param gcs   The generated constraints will be added to this vector.\n        //! @param boundingBoxes  For those id's corresponding to added shapes\n        //!      (not clusters), the rectangle boundingBox[id] will be consulted\n        //!      in order to determine:\n        //!      (1) whether a separation constraint is called for, i.e. whether the\n        //!          shapes in question span any of the same coods in the dimension\n        //!          opposite to dim;\n        //!      (2) which var is left and which is right in the separation constraint.\n        //!      Note however that the dimensions of the boundingBoxes do NOT determine\n        //!      the gaps of the separation constraints, which are instead based on the\n        //!      half-width and half-height passed when adding the shapes.\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& gcs,\n                std::vector<vpsc::Rectangle*>& boundingBoxes);\n\n    private:\n        void computeOverlapForShapePairInfo(ShapePairInfo& info,\n                vpsc::Variables vs[]);\n        \n        std::list<ShapePairInfo> pairInfoList;\n        std::map<unsigned, OverlapShapeOffsets> shapeOffsets;\n        bool pairInfoListSorted;\n        bool initialSortCompleted;\n\n        // Cluster variables\n        size_t clusterVarStartIndex;\n        size_t currClusterIndex;\n        size_t clusterMode;\n\n        NonOverlapConstraintExemptions *m_exemptions;\n        std::set<ShapePair> m_cluster_cluster_exemptions;\n};\n\n} // namespace cola\n#endif // COLA_CC_NONOVERLAPCONSTRAINTS\n"
  },
  {
    "path": "cola/libcola/cluster.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/convex_hull.h\"\n#include \"libcola/cluster.h\"\n\nusing vpsc::generateXConstraints;\nusing vpsc::generateYConstraints;\nusing namespace std;\n\nnamespace cola {\n\nCluster::Cluster()\n    : bounds(),\n      clusterVarId(0),\n      varWeight(0.0001),\n      internalEdgeWeightFactor(1.), \n      desiredBoundsSet(false), \n      desiredBounds()\n{\n    // XXX We use a really low weight here until we properly set the source \n    //     of the variable value back in updatePositions() type manner.\n    varWeight = 0.0000001;\n}\n\nCluster::~Cluster()\n{\n    for_each(clusters.begin(), clusters.end(), delete_object());\n    clusters.clear();\n}\n\nvoid Cluster::setDesiredBounds(const vpsc::Rectangle db) \n{\n    desiredBoundsSet = true;\n    desiredBounds = db;\n}\n\nvoid Cluster::unsetDesiredBounds(void)\n{\n    desiredBoundsSet=false;\n}\n\n\n// Checks to see if the shape at the given index is contained within this\n// cluster or its child clusters.\n//\nvoid Cluster::countContainedNodes(std::vector<unsigned>& counts)\n{\n    vector<unsigned> invalidNodes;\n    for (set<unsigned>::iterator it = nodes.begin(); it != nodes.end(); ++it)\n    {\n        unsigned nodeIndex = *it;\n        if (nodeIndex < counts.size())\n        {\n            // Node index is valid, increase count.\n            counts[*it] += 1;\n        }\n        else\n        {\n            fprintf(stderr, \"Warning: Invalid node index %u specified in \"\n                    \"cluster. Ignoring...\\n\", nodeIndex);\n            invalidNodes.push_back(nodeIndex);\n        }\n    }\n    for (size_t i = 0; i < invalidNodes.size(); ++i)\n    {\n        nodes.erase(invalidNodes[i]);\n    }\n\n    for (vector<Cluster*>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->countContainedNodes(counts);\n    }\n}\n\nvoid Cluster::computeBoundingRect(const vpsc::Rectangles& rs) \n{\n    bounds = vpsc::Rectangle();\n    for (vector<Cluster*>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->computeBoundingRect(rs);\n        vpsc::Rectangle rectangle = \n                (*i)->margin().rectangleByApplyingBox((*i)->bounds);\n        bounds = bounds.unionWith(rectangle);\n    }\n    for (set<unsigned>::const_iterator i = nodes.begin(); \n            i != nodes.end(); ++i)\n    {\n        vpsc::Rectangle* r=rs[*i];\n        bounds = bounds.unionWith(*r);\n    }\n    bounds = padding().rectangleByApplyingBox(bounds);\n}\n\nvoid Cluster::computeVarRect(vpsc::Variables& vars, size_t dim)\n{\n    if ((clusterVarId > 0) && (vars.size() > clusterVarId))\n    {\n        varRect.setMinD(dim, vars[clusterVarId]->finalPosition);\n        varRect.setMaxD(dim, vars[clusterVarId + 1]->finalPosition);\n    }\n\n    for (vector<Cluster*>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->computeVarRect(vars, dim);\n    }\n}\n\nbool Cluster::clusterIsFromFixedRectangle(void) const\n{\n    return false;\n}\n\nvoid ConvexCluster::computeBoundary(const vpsc::Rectangles& rs) \n{\n    unsigned n = 4 * nodes.size();\n    valarray<double> X(n);\n    valarray<double> Y(n);\n    unsigned pctr = 0;\n    vector<unsigned> nodesVector(nodes.begin(), nodes.end());\n    for (size_t i = 0; i < nodesVector.size(); ++i)\n    {\n        vpsc::Rectangle* r=rs[nodesVector[i]];\n        // Bottom Right\n        X[pctr]=r->getMaxX();\n        Y[pctr++]=r->getMinY();\n        // Top Right\n        X[pctr]=r->getMaxX();\n        Y[pctr++]=r->getMaxY();\n        // Top Left\n        X[pctr]=r->getMinX();\n        Y[pctr++]=r->getMaxY();\n        // Bottom Left\n        X[pctr]=r->getMinX();\n        Y[pctr++]=r->getMinY();\n    }\n    /*\n    for(unsigned i=0;i<n;i++) {\n        printf(\"X[%d]=%f, Y[%d]=%f;\\n\",i,X[i],i,Y[i]);\n    }\n    */\n    vector<unsigned> hull;\n    hull::convex(X,Y,hull);\n    hullX.resize(hull.size());\n    hullY.resize(hull.size());\n    hullRIDs.resize(hull.size());\n    hullCorners.resize(hull.size());\n    for (unsigned j=0;j<hull.size();j++) \n    {\n        hullX[j]=X[hull[j]];\n        hullY[j]=Y[hull[j]];\n        hullRIDs[j]=nodesVector[hull[j]/4];\n        hullCorners[j]=hull[j]%4;\n    }\n}\n\n\nvoid ConvexCluster::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    ConvexCluster *cluster%llu = new ConvexCluster();\\n\",\n            (unsigned long long) this);\n    for(set<unsigned>::const_iterator i = nodes.begin(); \n            i != nodes.end(); ++i)\n    {\n        fprintf(fp, \"    cluster%llu->addChildNode(%u);\\n\",\n                (unsigned long long) this, *i);\n    }\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->printCreationCode(fp);\n        fprintf(fp, \"    cluster%llu->addChildCluster(cluster%llu);\\n\",\n                (unsigned long long) this, (unsigned long long) *i);\n    }\n}\n\nvoid ConvexCluster::outputToSVG(FILE *fp) const\n{\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->outputToSVG(fp);\n    }\n}\n\n\nRectangularCluster::RectangularCluster()\n    : Cluster(),\n      m_rectangle_index(-1),\n      m_margin(0),\n      m_padding(0)\n{\n    minEdgeRect[vpsc::XDIM] = nullptr;\n    minEdgeRect[vpsc::YDIM] = nullptr;\n    maxEdgeRect[vpsc::XDIM] = nullptr;\n    maxEdgeRect[vpsc::YDIM] = nullptr;\n}\n\nRectangularCluster::RectangularCluster(unsigned rectIndex)\n    : Cluster(),\n      m_rectangle_index(rectIndex),\n      m_margin(0),\n      m_padding(0)\n{\n    minEdgeRect[vpsc::XDIM] = nullptr;\n    minEdgeRect[vpsc::YDIM] = nullptr;\n    maxEdgeRect[vpsc::XDIM] = nullptr;\n    maxEdgeRect[vpsc::YDIM] = nullptr;\n}\n\nRectangularCluster::~RectangularCluster()\n{\n    for (size_t dim = 0; dim < 2; ++dim)\n    {\n        if (minEdgeRect[dim])\n        {\n            delete minEdgeRect[dim];\n            minEdgeRect[dim] = nullptr;\n        }\n        if (maxEdgeRect[dim])\n        {\n            delete maxEdgeRect[dim];\n            maxEdgeRect[dim] = nullptr;\n        }\n    }\n}\n \nvoid RectangularCluster::setMargin(const Box margin)\n{\n    m_margin = margin;\n}\n\n\nvoid RectangularCluster::setMargin(double margin)\n{\n    m_margin = Box(margin);\n}\n\n\nBox RectangularCluster::margin(void) const\n{\n    return m_margin;\n}\n\n\nvoid RectangularCluster::setPadding(const Box padding)\n{\n    m_padding = padding;\n}\n\n\nvoid RectangularCluster::setPadding(double padding)\n{\n    m_padding = Box(padding);\n}\n\n\nBox RectangularCluster::padding(void) const\n{\n    return m_padding;\n}\n\n\nvoid RectangularCluster::countContainedNodes(std::vector<unsigned>& counts)\n{\n    if (m_rectangle_index >= 0)\n    {\n        // This cluster is the shape in question.\n        counts[m_rectangle_index] += 1;\n    }\n    Cluster::countContainedNodes(counts);\n}\n\n\nvoid RectangularCluster::generateFixedRectangleConstraints(\n        cola::CompoundConstraints& idleConstraints,\n        vpsc::Rectangles& rc, vpsc::Variables (&vars)[2]) const\n{\n    COLA_UNUSED(vars);\n\n    if (m_rectangle_index < 0)\n    {\n        // Not based on a Rectangle.\n        return;\n    }\n\n    double halfWidth = rc[m_rectangle_index]->width() / 2;\n    double halfHeight = rc[m_rectangle_index]->height() / 2;\n\n    cola::SeparationConstraint *sc = \n            new cola::SeparationConstraint(vpsc::XDIM, clusterVarId, \n                    m_rectangle_index, halfWidth, true);\n    idleConstraints.push_back(sc);\n    sc = new cola::SeparationConstraint(vpsc::XDIM, \n                    m_rectangle_index, clusterVarId + 1, halfWidth, true);\n    idleConstraints.push_back(sc);\n    \n    sc = new cola::SeparationConstraint(vpsc::YDIM, \n                    clusterVarId, m_rectangle_index, halfHeight, true);\n    idleConstraints.push_back(sc);\n    sc = new cola::SeparationConstraint(vpsc::YDIM, \n                    m_rectangle_index, clusterVarId + 1, halfHeight, true);\n    idleConstraints.push_back(sc);\n}\n\n\nvoid RectangularCluster::computeBoundary(const vpsc::Rectangles& rs)\n{\n    double xMin=DBL_MAX, xMax=-DBL_MAX, yMin=DBL_MAX, yMax=-DBL_MAX;\n    for (std::set<unsigned>::iterator it = nodes.begin();\n            it != nodes.end(); ++it)\n    {\n        xMin=std::min(xMin,rs[*it]->getMinX());\n        xMax=std::max(xMax,rs[*it]->getMaxX());\n        yMin=std::min(yMin,rs[*it]->getMinY());\n        yMax=std::max(yMax,rs[*it]->getMaxY());\n    }\n    hullX.resize(4);\n    hullY.resize(4);\n    hullX[3]=xMin;\n    hullY[3]=yMin;\n    hullX[2]=xMin;\n    hullY[2]=yMax;\n    hullX[1]=xMax;\n    hullY[1]=yMax;\n    hullX[0]=xMax;\n    hullY[0]=yMin;\n}\n\n\nvoid RectangularCluster::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    RectangularCluster *cluster%llu = \"\n            \"new RectangularCluster(\",\n            (unsigned long long) this);\n    if (m_rectangle_index != -1)\n    {\n        fprintf(fp, \"%d\", m_rectangle_index);\n    }\n    fprintf(fp, \");\\n\");\n    if (!m_margin.empty())\n    {\n        fprintf(fp, \"    cluster%llu->setMargin(\",\n                (unsigned long long) this);\n        m_margin.outputCode(fp);\n        fprintf(fp, \");\\n\");\n    }\n    if (!m_padding.empty())\n    {\n        fprintf(fp, \"    cluster%llu->setPadding(\",\n                (unsigned long long) this);\n        m_padding.outputCode(fp);\n        fprintf(fp, \");\\n\");\n    }\n    for(set<unsigned>::const_iterator i = nodes.begin(); \n            i != nodes.end(); ++i)\n    {\n        fprintf(fp, \"    cluster%llu->addChildNode(%u);\\n\",\n                (unsigned long long) this, *i);\n    }\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->printCreationCode(fp);\n        fprintf(fp, \"    cluster%llu->addChildCluster(cluster%llu);\\n\",\n                (unsigned long long) this, (unsigned long long) *i);\n    }\n}\n\nvoid RectangularCluster::outputToSVG(FILE *fp) const\n{\n    double rounding = 4;\n    if (varRect.isValid())\n    {\n        fprintf(fp, \"<rect id=\\\"cluster-%llu-r\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n                \"fill: green; fill-opacity: 0.3;\\\" rx=\\\"%g\\\" ry=\\\"%g\\\" />\\n\",\n                (unsigned long long) this, varRect.getMinX(), varRect.getMinY(), \n                varRect.getMaxX() - varRect.getMinX(), \n                varRect.getMaxY() - varRect.getMinY(), rounding, rounding);\n    }\n    else\n    {\n        fprintf(fp, \"<rect id=\\\"cluster-%llu\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n            \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n            \"fill: red; fill-opacity: 0.3;\\\" rx=\\\"%g\\\" ry=\\\"%g\\\" />\\n\",\n            (unsigned long long) this, bounds.getMinX(), bounds.getMinY(), \n            bounds.getMaxX() - bounds.getMinX(), \n            bounds.getMaxY() - bounds.getMinY(), rounding, rounding);\n    }\n\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->outputToSVG(fp);\n    }\n}\n\n\n\nint RectangularCluster::rectangleIndex(void) const\n{\n    return m_rectangle_index;\n}\n\nbool RectangularCluster::clusterIsFromFixedRectangle(void) const\n{\n    return (m_rectangle_index >= 0);\n}\n\nvoid RectangularCluster::computeBoundingRect(const vpsc::Rectangles& rs) \n{\n    if (clusterIsFromFixedRectangle())\n    {\n        // For bounds, just use this shape's rectangle.\n        bounds = *(rs[m_rectangle_index]);\n    }\n    else\n    {\n        Cluster::computeBoundingRect(rs);\n    }\n}\nvoid RectangularCluster::addChildNode(unsigned index)\n{\n    if ((m_rectangle_index == (int) index) && (m_rectangle_index > 0))\n    {\n        fprintf(stderr, \"Warning: ignoring cluster (%u) added as child of \"\n                \"itself.\\n\", index);\n        return;\n    }\n    Cluster::addChildNode(index);\n}\n\n\nRootCluster::RootCluster()\n    : m_allows_multiple_parents(false)\n{\n}\n\nvoid Cluster::recPathToCluster(RootCluster *rootCluster, Clusters currentPath)\n{\n    // Reset cluster-cluster overlap exceptions.\n    m_cluster_cluster_overlap_exceptions.clear();\n    m_nodes_replaced_with_clusters.clear();\n    m_overlap_replacement_map.clear();\n\n    // Add this cluster to the path.\n    currentPath.push_back(this);\n\n    // Recusively all on each child cluster.\n    for (unsigned i = 0; i < clusters.size(); ++i) \n    {\n        clusters[i]->recPathToCluster(rootCluster, currentPath);\n    }\n\n    // And store the path to each child node.\n    for (std::set<unsigned>::iterator it = nodes.begin();\n            it != nodes.end(); ++it)\n    {\n        rootCluster->m_cluster_vectors_leading_to_nodes[*it].\n                push_back(currentPath);\n    }\n}\n\n\nvoid RootCluster::calculateClusterPathsToEachNode(size_t nodesCount)\n{\n    m_cluster_vectors_leading_to_nodes.clear();\n    m_cluster_vectors_leading_to_nodes.resize(nodesCount);\n\n    recPathToCluster(this, Clusters());\n\n    for (unsigned i = 0; i < m_cluster_vectors_leading_to_nodes.size(); ++i) \n    {\n        size_t paths = m_cluster_vectors_leading_to_nodes[i].size();\n        for (size_t j = 1; j < paths; ++j)\n        {\n            for (size_t k = 0; k < j; ++k)\n            {\n                // For each pair of paths.\n\n                // Find the lowest common ancestor by finding where the two\n                // paths from the root cluster to node i diverge.\n                Clusters pathJ = m_cluster_vectors_leading_to_nodes[i][j];\n                Clusters pathK = m_cluster_vectors_leading_to_nodes[i][k];\n                size_t lcaIndex = 0;\n                while ((lcaIndex < pathJ.size()) && \n                       (lcaIndex < pathK.size()) &&\n                        (pathJ[lcaIndex] == pathK[lcaIndex]))\n                {\n                    ++lcaIndex;\n                }\n                COLA_ASSERT(lcaIndex > 0);\n\n                // lcaIndex will be the clusters/nodes that need to overlap\n                // due to these two paths to node i.\n                size_t lcaChildJIndex = i;\n                size_t lcaChildKIndex = i;\n                Cluster *lcaChildJCluster = nullptr;\n                Cluster *lcaChildKCluster = nullptr;\n                \n                // lcaIndex < path{J,K}.size() means the child J or K of \n                // the lca is a Cluster.   At least one of them will always\n                // be a cluster.\n                COLA_ASSERT((lcaIndex < pathJ.size()) ||\n                        (lcaIndex < pathK.size()));\n                if (lcaIndex < pathJ.size())\n                {\n                    lcaChildJCluster = pathJ[lcaIndex];\n                    lcaChildJIndex = lcaChildJCluster->clusterVarId;\n                }\n                if (lcaIndex < pathK.size())\n                {\n                    lcaChildKCluster = pathK[lcaIndex];\n                    lcaChildKIndex = lcaChildKCluster->clusterVarId;\n                }\n\n                // We want to exclude the overlapping children of the lca \n                // from having non-overlap constraints generated for them\n                // (siblings of a particular cluster usually have \n                // non-overlap constraints generated for them).\n                Cluster *lcaCluster = pathJ[lcaIndex - 1];\n                lcaCluster->m_cluster_cluster_overlap_exceptions.insert(\n                        ShapePair(lcaChildJIndex, lcaChildKIndex));\n\n                if (lcaChildJCluster)\n                {\n                    // In cluster J, replace node i with cluster K for the \n                    // purpose of non-overlap with siblings, and remember \n                    // this replacement so we can still generate non-overlap \n                    // constraints between multiple nodes that are children\n                    // of the same overlapping clusters.\n                    lcaChildJCluster->m_overlap_replacement_map[i] =\n                            lcaChildKCluster;\n                    lcaChildJCluster->m_nodes_replaced_with_clusters.insert(i);\n                }\n\n                if (lcaChildKCluster)\n                {\n                    // In cluster K, replace node i with cluster J for the \n                    // purpose of non-overlap with siblings, and remember \n                    // this replacement so we can still generate non-overlap \n                    // constraints between multiple nodes that are children\n                    // of the same overlapping clusters.\n                    lcaChildKCluster->m_overlap_replacement_map[i] =\n                            lcaChildJCluster;\n                    lcaChildKCluster->m_nodes_replaced_with_clusters.insert(i);\n                }\n            }\n        }\n    }\n}\n\n\nvoid RootCluster::computeBoundary(const vpsc::Rectangles& rs) \n{\n    for (unsigned i = 0; i < clusters.size(); ++i) \n    {\n        clusters[i]->computeBoundary(rs);\n    }\n}\n\nvoid RootCluster::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    RootCluster *cluster%llu = new RootCluster();\\n\",\n            (unsigned long long) this);\n    for(set<unsigned>::const_iterator i = nodes.begin(); \n            i != nodes.end(); ++i)\n    {\n        fprintf(fp, \"    cluster%llu->addChildNode(%u);\\n\",\n                (unsigned long long) this, *i);\n    }\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->printCreationCode(fp);\n        fprintf(fp, \"    cluster%llu->addChildCluster(cluster%llu);\\n\",\n                (unsigned long long) this, (unsigned long long) *i);\n    }\n}\n\nvoid RootCluster::outputToSVG(FILE *fp) const\n{\n    for(vector<Cluster *>::const_iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->outputToSVG(fp);\n    }\n\n}\n\n\nbool RootCluster::allowsMultipleParents(void) const\n{\n    return m_allows_multiple_parents;\n}\n\nvoid RootCluster::setAllowsMultipleParents(const bool value)\n{\n    m_allows_multiple_parents = value;\n}\n\nvoid Cluster::updateBounds(const vpsc::Dim dim) \n{\n    if (dim == vpsc::HORIZONTAL)\n    {\n        bounds = vpsc::Rectangle(vMin->finalPosition, vMax->finalPosition, \n                bounds.getMinY(), bounds.getMaxY());\n    } \n    else\n    {\n        bounds = vpsc::Rectangle(bounds.getMinX(), bounds.getMaxX(), \n                vMin->finalPosition, vMax->finalPosition);\n    }\n    for (unsigned i=0; i < clusters.size(); ++i)\n    {\n        clusters[i]->updateBounds(dim);\n    }\n}\n\n\nvoid Cluster::createVars(const vpsc::Dim dim, const vpsc::Rectangles& rs, \n        vpsc::Variables& vars) \n{\n    for (vector<Cluster*>::iterator i = clusters.begin(); \n            i != clusters.end(); ++i)\n    {\n        (*i)->createVars(dim, rs, vars);\n    }\n    if (dim==vpsc::HORIZONTAL)\n    {\n        double desiredMinX = bounds.getMinX(), desiredMaxX = bounds.getMaxX();\n        if (desiredBoundsSet)\n        {\n            desiredMinX = desiredBounds.getMinX();\n            desiredMaxX = desiredBounds.getMaxX();\n        }\n        clusterVarId = vars.size(); \n        vars.push_back(vXMin = new vpsc::Variable(\n                    vars.size(), desiredMinX, varWeight));\n        vars.push_back(vXMax = new vpsc::Variable(\n                    vars.size(), desiredMaxX, varWeight));\n    } \n    else \n    {\n        double desiredMinY = bounds.getMinY(), desiredMaxY = bounds.getMaxY();\n        if (desiredBoundsSet)\n        {\n            desiredMinY = desiredBounds.getMinY();\n            desiredMaxY = desiredBounds.getMaxY();\n        }\n        clusterVarId = vars.size(); \n        vars.push_back(vYMin = new vpsc::Variable(\n                    vars.size(), desiredMinY, varWeight));\n        vars.push_back(vYMax = new vpsc::Variable(\n                    vars.size(), desiredMaxY, varWeight));\n    }\n}\n\n// Returns the total area covered by contents of this cluster (not\n// including space between nodes/clusters).\n//\ndouble Cluster::area(const vpsc::Rectangles& rs)\n{\n    double a = 0;\n    for (set<unsigned>::iterator i = nodes.begin(); i != nodes.end(); ++i)\n    {\n        vpsc::Rectangle *r = rs[*i];\n        a += r->width() * r->height();\n    }\n    for (Clusters::iterator i = clusters.begin(); i!= clusters.end(); ++i)\n    {\n        a += (*i)->area(rs);\n    }\n    return a;\n}\n\nvoid Cluster::addChildNode(unsigned index)\n{\n    this->nodes.insert(index);\n}\n\nvoid Cluster::addChildCluster(Cluster *cluster)\n{\n    if (cluster == this)\n    {\n        fprintf(stderr, \"Warning: ignoring cluster added as child of itself.\\n\");\n        return;\n    }\n    this->clusters.push_back(cluster);\n}\n\n\n} // namespace cola\n"
  },
  {
    "path": "cola/libcola/cluster.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n#ifndef COLA_CLUSTER_H\n#define COLA_CLUSTER_H\n\n#include <cstdio>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/variable.h\"\n\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/box.h\"\n#include \"libcola/shapepair.h\"\n\nnamespace cola {\n\nclass Cluster;\ntypedef std::vector<Cluster *> Clusters;\ntypedef std::vector<Clusters> ClustersList;\n\n/**\n * @brief  A cluster defines a hierarchical partitioning over the nodes\n *         which should be kept disjoint by the layout somehow.\n *\n * You should not use this directly.  This is an abstract base class.  \n * At the top level you should be using RootCluster, and then below that \n * either RectangualarCLuster or ConvexCluster.\n */\nclass Cluster\n{\n    public:\n        Cluster();\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        virtual ~Cluster();\n#endif\n        virtual void computeBoundary(const vpsc::Rectangles& rs) = 0;\n        virtual void computeBoundingRect(const vpsc::Rectangles& rs);\n\n        /**\n         * @brief Mark a rectangle as being a child of this cluster.\n         *\n         * @param[in] index  The index of the Rectangle in the rectangles vector.\n         */\n        virtual void addChildNode(unsigned index);\n        /**\n         * @brief Mark a cluster as being a sub-cluster of this cluster.\n         *\n         * @param[in] cluster  The Cluster to be marked as a sub-cluster.\n         */\n        void addChildCluster(Cluster *cluster);\n        \n        virtual cola::Box padding(void) const\n        {\n            return cola::Box();\n        }\n        virtual cola::Box margin(void) const\n        {\n            return cola::Box();\n        }\n\n        void setDesiredBounds(const vpsc::Rectangle bounds);\n        void unsetDesiredBounds();\n        void createVars(const vpsc::Dim dim, const vpsc::Rectangles& rs,\n                vpsc::Variables& vars);\n        virtual void printCreationCode(FILE *fp) const = 0;\n        virtual void countContainedNodes(std::vector<unsigned>& counts);\n        virtual bool clusterIsFromFixedRectangle(void) const;\n        virtual void outputToSVG(FILE *fp) const = 0;\n        \n        // Returns the total area covered by contents of this cluster\n        // (not including space between nodes/clusters).\n        double area(const vpsc::Rectangles& rs);\n        \n        // Sets bounds based on the finalPositions of vMin and vMax.\n        //\n        void updateBounds(const vpsc::Dim dim);\n        \n        virtual void computeVarRect(vpsc::Variables& vs, size_t dim);\n\n        vpsc::Rectangle bounds;\n        vpsc::Rectangle varRect;\n        vpsc::Variable *vXMin, *vXMax, *vYMin, *vYMax;\n\n        // This will be the id of the left/bottom boundary, \n        // and the right/top will be clusterVarId + 1.\n        unsigned clusterVarId; \n\n        double varWeight;\n        double internalEdgeWeightFactor;\n        std::set<unsigned> nodes;\n        std::vector<Cluster*> clusters;\n        std::valarray<double> hullX, hullY;\n        \n    protected:\n        void recPathToCluster(RootCluster *rootCluster, \n                Clusters currentPath);\n        bool includesAllNodesFrom(const Cluster *rhs) const;\n        \n        // The following are for handling the generation of the correct\n        // set of non-overlap constraints in the case overlapping clusters\n        // (i.e., multiple inheritence). 1) We need to exclude the overlapping\n        // clusters from having non-overlap constraints.  2) We replace nodes\n        // with multiple parent clusters when enforcing non-overlap with their \n        // siblings and instead inforce non-overlap with the other clusters \n        // they are part of, since otherwise there is nothing stopping the\n        // other siblings of each cluster from overlapping each other.  3) We \n        // also need to enforce overlap still between the set of nodes replaced\n        // from each cluster in this way, since they may now be part of some\n        // new set.\n        std::set<ShapePair> m_cluster_cluster_overlap_exceptions;\n        std::map<unsigned, Cluster *> m_overlap_replacement_map;\n        std::set<unsigned> m_nodes_replaced_with_clusters;\n\n    private:\n        friend class ConstrainedFDLayout;\n        friend class RootCluster;\n\n        bool desiredBoundsSet;\n        vpsc::Rectangle desiredBounds;\n\n        vpsc::Variable *vMin, *vMax;\n};\n\n\n/**\n * @brief Holds the cluster hierarchy specification for a diagram.\n *\n * This is not considered a cluster itself, but it records all the nodes in \n * the diagram not contained within any clusters, as well as optionally a \n * hierarchy of clusters.\n *\n * You can add clusters via addChildCluster() and nodes via addChildNode().\n *\n * You can specify just the shapes contained in clusters, but not the nodes \n * at this top level---the library will add any remaining nodes not appearing \n * in the cluster hierarchy as children of the root cluster.\n *\n * It is possible to add a node as the child of two parent clusters.  In this \n * case, the clusters will overlap to contain this (and possibly other nodes).\n * The library will warn you if you do this unless you have called the method\n * setAllowsMultipleParents() to mark this intention.\n *\n * Be careful not to create cycles in the cluster hierarchy (i.e., to mark \n * two clusters as children of each other.  The library does not check for \n * this and strange things may occur.\n */\nclass RootCluster : public Cluster \n{\n    public:\n        RootCluster();\n        void computeBoundary(const vpsc::Rectangles& rs);\n        // There are just shapes at the top level, so\n        // effectively no clusters in the diagram scene.\n        bool flat(void) const\n        {\n            return clusters.empty();\n        }\n        virtual void printCreationCode(FILE *fp) const;\n        virtual void outputToSVG(FILE *fp) const;\n\n        //! Returns true if this cluster hierarchy allows multiple parents, \n        //! otherwise returns false.\n        //!\n        //! Defaults to false.  If this is false, the library will display\n        //! warnings if you add a single node to multiple clusters.\n        //!\n        //! @sa setAllowsMultipleParents()\n        bool allowsMultipleParents(void) const;\n\n        //! Set whether the cluster hierarchy should allow multiple parents.\n        //! \n        //! @param value New value for this setting.\n        //!\n        //! sa allowsMultipleParents()\n        void setAllowsMultipleParents(const bool value);\n   private:\n        void calculateClusterPathsToEachNode(size_t nodesCount);\n        \n        friend class ConstrainedFDLayout;\n        friend class Cluster;\n\n        bool m_allows_multiple_parents;\n        \n        std::vector<ClustersList> m_cluster_vectors_leading_to_nodes;\n};\n\n/**\n * @brief  Defines a rectangular cluster, either variable-sized with floating \n *         sides or a fixed size based on a particular rectangle.\n *\n * The chosen constructor decides the type and behaviour of the cluster.\n */\nclass RectangularCluster : public Cluster\n{\n    public:\n        /**\n         * @brief  A rectangular cluster of variable size that contains\n         *         its children.\n         */\n        RectangularCluster();\n        /**\n         * @brief  A fixed size rectangular cluster based on a particular \n         *         rectangle.\n         *\n         * This rectangle might be constrained in the other ways like normal \n         * rectangles.\n         *\n         * @param[in]  rectIndex  The index of the rectangle that this cluster\n         *                        represents.\n         */\n        RectangularCluster(unsigned rectIndex);\n\n        /**\n         * @brief  Sets the margin size for this cluster.\n         *\n         * This value represents the outer spacing that will be put between\n         * the cluster boundary on all sides and other clusters (plus their \n         * margin) and rectangles at the same level when non-overlap \n         * constraints are enabled.\n         *\n         * @param[in]  margin  The size of the margin for this cluster.\n         */\n        void setMargin(double margin);\n        /**\n         * @brief  Sets the margin box for this cluster.\n         *\n         * This box represents the outer spacing that will be put between\n         * the cluster boundary and other clusters (plus their margin) and \n         * rectangles at the same level when non-overlap constraints are \n         * enabled.\n         *\n         * @param[in]  margin  The box representing the margins for this \n         *                     cluster.\n         */\n        void setMargin(const cola::Box margin);\n        /**\n         * @brief  Returns the margin box for this cluster.\n         *\n         * @return  The margin box for the cluster.\n         */\n        cola::Box margin(void) const;\n\n        /**\n         * @brief  Sets the padding size for this cluster.\n         *\n         * This value represents the inner spacing that will be put between\n         * the cluster boundary and other child clusters (plus their margin) \n         * and child rectangles on all sides.\n         *\n         * @param[in]  padding  The size of the padding for this cluster.\n         */\n        void setPadding(double padding);\n        /**\n         * @brief  Sets the padding box for this cluster.\n         *\n         * This box represents the inner spacing that will be put between\n         * the cluster boundary and other child clusters (plus their margin) \n         * and child rectangles for each edge.\n         *\n         * @param[in]  padding  The Box representing padding values for this \n         *                      cluster.\n         */\n        void setPadding(const cola::Box padding);\n        /**\n         * @brief  Returns the padding box for this cluster.\n         *\n         * @return  The padding box for the cluster.\n         */\n        cola::Box padding(void) const;\n\n#ifndef SWIG\n        virtual ~RectangularCluster();\n#endif\n        void computeBoundary(const vpsc::Rectangles& rs);\n        virtual void countContainedNodes(std::vector<unsigned>& counts);\n        virtual void printCreationCode(FILE *fp) const;\n        virtual void outputToSVG(FILE *fp) const;\n        virtual void computeBoundingRect(const vpsc::Rectangles& rs);\n        virtual void addChildNode(unsigned index);\n        inline vpsc::Rectangle *getMinEdgeRect(const vpsc::Dim dim)\n        {\n            if (minEdgeRect[dim])\n            {\n                delete minEdgeRect[dim];\n            }\n            minEdgeRect[dim] = new vpsc::Rectangle(bounds);\n\n            // Set the Min and Max positions to be the min minus an offset.\n            double edgePosition = minEdgeRect[dim]->getMinD(dim);\n            minEdgeRect[dim]->setMinD(dim, edgePosition - m_margin.min(dim));\n            minEdgeRect[dim]->setMaxD(dim, edgePosition);\n\n            return minEdgeRect[dim];\n        }\n\n        inline vpsc::Rectangle *getMaxEdgeRect(const vpsc::Dim dim)\n        {\n            if (maxEdgeRect[dim])\n            {\n                delete maxEdgeRect[dim];\n            }\n            maxEdgeRect[dim] = new vpsc::Rectangle(bounds);\n\n            // Set the Min and Max positions to be the max plus an offset.\n            double edgePosition = maxEdgeRect[dim]->getMaxD(dim);\n            maxEdgeRect[dim]->setMaxD(dim, edgePosition + m_margin.max(dim));\n            maxEdgeRect[dim]->setMinD(dim, edgePosition);\n\n            return maxEdgeRect[dim];\n        }\n        virtual bool clusterIsFromFixedRectangle(void) const;\n        int rectangleIndex(void) const;\n    \n        // For fixed sized clusters based on a rectangle, this method \n        // generates the constraints that attach the cluster edges to the\n        // centre position of the relevant rectangle.\n        void generateFixedRectangleConstraints(\n                cola::CompoundConstraints& idleConstraints,\n                vpsc::Rectangles& rc, vpsc::Variables (&vars)[2]) const;\n    \n    private:\n        vpsc::Rectangle *minEdgeRect[2];\n        vpsc::Rectangle *maxEdgeRect[2];\n        int m_rectangle_index;\n        Box m_margin;\n        Box m_padding;\n};\n\n/**\n * @brief  Defines a cluster that will be treated as a convex boundary around\n *         the child nodes and clusters.\n */\nclass ConvexCluster : public Cluster\n{\n    public:\n        void computeBoundary(const vpsc::Rectangles& rs);\n        virtual void printCreationCode(FILE *fp) const;\n        virtual void outputToSVG(FILE *fp) const;\n\n        std::valarray<unsigned> hullRIDs;\n        std::valarray<unsigned char> hullCorners;\n};\n\n\n} // namespace cola\n#endif // COLA_CLUSTER_H\n"
  },
  {
    "path": "cola/libcola/cola.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Tim Dwyer\n*/\n\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/conjugate_gradient.h\"\n#include \"libcola/straightener.h\"\n#include \"libcola/shortest_paths.h\"\n#include \"libcola/cluster.h\"\n\nusing namespace std;\nusing namespace vpsc;\nusing straightener::generateClusterBoundaries;\n\nnamespace cola {\n\nConstrainedMajorizationLayout\n::ConstrainedMajorizationLayout(\n        vector<Rectangle*>& rs,\n        const vector<Edge>& es,\n        RootCluster *clusterHierarchy,\n        const double idealLength,\n        EdgeLengths eLengths,\n        TestConvergence *doneTest,\n        PreIteration* preIteration,\n        bool useNeighbourStress)\n    : n(rs.size()),\n      lap2(valarray<double>(n*n)), \n      Dij(valarray<double>(n*n)),\n      tol(1e-7),\n      done(doneTest),\n      using_default_done(false),\n      preIteration(preIteration),\n      X(valarray<double>(n)), Y(valarray<double>(n)),\n      stickyNodes(false), \n      startX(valarray<double>(n)), startY(valarray<double>(n)),\n      constrainedLayout(false),\n      nonOverlappingClusters(false),\n      clusterHierarchy(clusterHierarchy),\n      gpX(nullptr), gpY(nullptr),\n      ccs(nullptr),\n      unsatisfiableX(nullptr), unsatisfiableY(nullptr),\n      avoidOverlaps(None),\n      straightenEdges(nullptr),\n      bendWeight(0.1), potBendWeight(0.1),\n      xSkipping(true),\n      scaling(true),\n      externalSolver(false),\n      majorization(true)\n{\n    if (done == nullptr)\n    {\n        done = new TestConvergence();\n        using_default_done = true;\n    }\n\n    boundingBoxes.resize(rs.size());\n    copy(rs.begin(),rs.end(),boundingBoxes.begin());\n\n    done->reset();\n\n    COLA_ASSERT(!straightenEdges||straightenEdges->size()==es.size());\n\n    double** D=new double*[n];\n    for(unsigned i=0;i<n;i++) {\n        D[i]=new double[n];\n    }\n\n    std::valarray<double> edgeLengths(eLengths.data(), eLengths.size());\n    // Correct zero or negative entries in eLengths array.\n    for (size_t i = 0; i < edgeLengths.size(); ++i)\n    {\n        if (edgeLengths[i] <= 0)\n        {\n            fprintf(stderr, \"Warning: ignoring non-positive length at index %d \"\n                    \"in ideal edge length array.\\n\", (int) i);\n            edgeLengths[i] = 1;\n        }\n    }\n\n    if (useNeighbourStress) {\n        for(unsigned i=0;i<n;i++) {\n            for(unsigned j=0;j<n;j++) {\n                D[i][j]=std::numeric_limits<double>::max();\n            }\n        }\n        bool haveLengths = edgeLengths.size() == es.size();\n        for (unsigned i = 0; i < es.size(); i++) {\n            unsigned source = es[i].first;\n            unsigned target = es[i].second;\n            D[source][target] = D[target][source] = (haveLengths ? edgeLengths[i] : 1.0);\n        }\n    } else {\n        shortest_paths::johnsons(n,D,es,edgeLengths);\n        //shortest_paths::neighbours(n,D,es,edgeLengths);\n    }\n\n    edge_length = idealLength;\n    if(clusterHierarchy) {\n        for(Clusters::const_iterator i=clusterHierarchy->clusters.begin();\n                i!=clusterHierarchy->clusters.end();i++) {\n            Cluster *c=*i;\n            for(set<unsigned>::iterator j=c->nodes.begin();j!=c->nodes.end();j++) {\n                for(set<unsigned>::iterator k=c->nodes.begin();k!=c->nodes.end();k++) {\n                    unsigned a=*j, b=*k;\n                    if(a==b) continue;\n                    D[a][b]/=c->internalEdgeWeightFactor;\n                }\n            }\n        }\n    }\n    // Lij_{i!=j}=1/(Dij^2)\n    //\n    for(unsigned i = 0; i<n; i++) {\n        X[i]=rs[i]->getCentreX();\n        Y[i]=rs[i]->getCentreY();\n        double degree = 0;\n        for(unsigned j=0;j<n;j++) {\n            double d = edge_length * D[i][j];\n            Dij[i*n + j] = d;\n            if(i==j) continue;\n            double lij=0;\n            if(d!=0 && !std::isinf(d)) {\n                lij=1./(d*d);\n            }\n            degree += lap2[i*n + j] = lij;\n        }\n        lap2[i*n + i]=-degree;\n        delete [] D[i];\n    }\n    //GradientProjection::dumpSquareMatrix(Dij);\n    delete [] D;\n}\n// stickyNodes adds a small force attracting nodes \n// back to their starting positions\nvoid ConstrainedMajorizationLayout::setStickyNodes(\n        const double stickyWeight, \n        valarray<double> const & startX,\n        valarray<double> const & startY) {\n    COLA_ASSERT( startX.size()==n && startY.size()==n);\n    stickyNodes = true;\n    // not really constrained but we want to use GP solver rather than \n    // ConjugateGradient\n    constrainedLayout = true; \n    this->stickyWeight=stickyWeight;\n    this->startX = startX;\n    this->startY = startY;\n    for(unsigned i = 0; i<n; i++) {\n        lap2[i*n+i]-=stickyWeight;\n    }\n}\n\nvoid ConstrainedMajorizationLayout::majorize(\n        valarray<double> const & Dij, GradientProjection* gp, \n        valarray<double>& coords,\n        valarray<double> const & startCoords)\n{\n    double L_ij,dist_ij,degree;\n    /* compute the vector b */\n    /* multiply on-the-fly with distance-based laplacian */\n    valarray<double> b(n);\n    for (unsigned i = 0; i < n; i++) {\n        b[i] = degree = 0;\n        for (unsigned j = 0; j < n; j++) {\n            if (j == i) continue;\n            dist_ij = euclidean_distance(i, j);\n            /* skip zero distances */\n            if (dist_ij > 1e-30 && Dij[i*n+j] > 1e-30 && Dij[i*n+j] < 1e10) {\n                /* calculate L_ij := w_{ij}*d_{ij}/dist_{ij} */\n                L_ij = 1.0 / (dist_ij * Dij[i*n+j]);\n                degree -= L_ij;\n                b[i] += L_ij * coords[j];\n            }\n        }\n        if(stickyNodes) {\n            //double l = startCoords[i]-coords[i];\n            //l/=10.;\n            //b[i]-=stickyWeight*(coords[i]+l);\n            b[i] -= stickyWeight*startCoords[i];\n        }\n        b[i] += degree * coords[i];\n        COLA_ASSERT(!std::isnan(b[i]));\n    }\n    if(constrainedLayout) {\n        //printf(\"GP iteration...\\n\");\n        gp->solve(b,coords);\n    } else {\n        //printf(\"CG iteration...\\n\");\n        conjugate_gradient(lap2, coords, b, n, tol, n);\n    }\n    moveBoundingBoxes();\n}\nvoid ConstrainedMajorizationLayout::newton(\n        valarray<double> const & Dij, GradientProjection* gp, \n        valarray<double>& coords,\n        valarray<double> const & startCoords)\n{\n    COLA_UNUSED(startCoords);\n    /* compute the vector b */\n    /* multiply on-the-fly with distance-based laplacian */\n    valarray<double> b(n);\n    valarray<double> A(n*n);\n    for (unsigned i = 0; i < n; i++) {\n        b[i] = 0;\n        double Aii = 0;\n        for (unsigned j = 0; j < n; j++) {\n            if (j == i) continue;\n            double d = Dij[i*n+j];\n            double l = euclidean_distance(i,j);\n            double dx = coords[i]-coords[j];\n            double dy2 = l*l - dx*dx;\n            /* skip zero distances */\n            if (l > 1e-30 \n                    && d > 1e-30 && d < 1e10) {\n                if(d>80 && l > d) continue;\n                b[i]+=dx*(l-d)/(l*d*d);\n                Aii-=A[i*n+j]=(d*dy2/(l*l*l)-1)/(d*d);\n            }\n        }\n        A[i*n+i]=Aii;\n    }\n    if(constrainedLayout) {\n        //printf(\"GP iteration...\\n\");\n        gp->solve(b,coords);\n    } else {\n        //printf(\"CG iteration...\\n\");\n        /*\n        unsigned N=n-1;\n        valarray<double> b2(N);\n        valarray<double> A2(N*N);\n        valarray<double> x(N);\n        for(unsigned i=0;i<N;i++) {\n            b2=b[i];\n            x=coords[i];\n            for(unsigned j=0;j<N;j++) {\n                A2[i*N+j]=A[i*n+j];\n            }\n        }\n        conjugate_gradient(A2, x, b2, N, tol, N);\n        */\n        //valarray<double> x=coords;\n        //x-=x.sum()/n;\n        //conjugate_gradient(A, x, b, n, tol, n);\n        //double stepsize=0.5;\n        valarray<double> x=b;\n        // stepsize = g.g / (g A g)\n        double numerator = 0;\n        for(unsigned i=0;i<n;i++) {\n            numerator+=x[i]*x[i];\n        }\n        double denominator = 0;\n        for(unsigned i=0;i<n;i++) {\n            double r=0;\n            for(unsigned j=0;j<n;j++) {\n                r+=A[i*n+j]*x[j];\n            }\n            denominator+=r*x[i];\n        }\n        double stepsize=numerator/(2*denominator);\n        double oldstress=compute_stress(Dij);\n        valarray<double> oldcoords=coords;\n        while(stepsize>0.00001) {\n            coords=oldcoords-stepsize*x;\n            double stress=compute_stress(Dij);\n                printf(\"  stress=%f, stepsize=%f\\n\",stress,stepsize);\n            if(oldstress>=stress) {\n                break;\n            }\n            coords=oldcoords;\n            stepsize*=0.5;\n        }\n    }\n    moveBoundingBoxes();\n}\ninline double ConstrainedMajorizationLayout\n::compute_stress(valarray<double> const &Dij) {\n    double sum = 0, d, diff;\n    for (unsigned i = 1; i < n; i++) {\n        for (unsigned j = 0; j < i; j++) {\n            d = Dij[i*n+j];\n            if(!std::isinf(d)&&d!=numeric_limits<double>::max()) {\n                diff = d - euclidean_distance(i,j);\n                if(d>80&&diff<0) continue;\n                sum += diff*diff / (d*d);\n            }\n        }\n        if(stickyNodes) {\n            double l = startX[i]-X[i];\n            sum += stickyWeight*l*l;\n            l = startY[i]-Y[i];\n            sum += stickyWeight*l*l;\n        }\n    }\n    //printf(\"stress=%f\\n\",sum);\n    return sum;\n}\n\nvoid ConstrainedMajorizationLayout::run(bool x, bool y) {\n    if(constrainedLayout) {\n        vector<vpsc::Rectangle*>* pbb = boundingBoxes.empty()?nullptr:&boundingBoxes;\n        SolveWithMosek mosek = Off;\n        if(externalSolver) mosek=Outer;\n        // scaling doesn't currently work with straighten edges because sparse\n        // matrix used with dummy nodes is not properly scaled at the moment.\n        if(straightenEdges) setScaling(false);\n        gpX=new GradientProjection(\n            HORIZONTAL,&lap2,tol,100,ccs,unsatisfiableX,\n            avoidOverlaps,clusterHierarchy,pbb,scaling,mosek);\n        gpY=new GradientProjection(\n            VERTICAL,&lap2,tol,100,ccs,unsatisfiableY,\n            avoidOverlaps,clusterHierarchy,pbb,scaling,mosek);\n    }\n    if(n>0) do {\n        // to enforce clusters with non-intersecting, convex boundaries we\n        // could create cluster boundaries here with chains of dummy nodes (a\n        // dummy node for each vertex of the convex hull) connected by dummy\n        // straightenEdges and we'd then continue on to straightenEdges below.\n        // This should work assuming we already have a feasible (i.e. non\n        // overlapping cluster) state.  The former could be enforced by an\n        // earlier stage involving simple rectangular cluster boundaries.\n        vector<straightener::Edge*> cedges;\n        if(!straightenEdges && nonOverlappingClusters) {\n            straightenEdges = &cedges;\n        }\n        if(preIteration) {\n            if ((*preIteration)()) {\n                for(vector<Lock>::iterator l=preIteration->locks.begin();\n                        l!=preIteration->locks.end();l++) {\n                    unsigned id=l->getID();\n                    double x=l->pos(HORIZONTAL), y=l->pos(VERTICAL);\n                    X[id]=x;\n                    Y[id]=y;\n                    if(stickyNodes) {\n                        startX[id]=x;\n                        startY[id]=y;\n                    }\n                    boundingBoxes[id]->moveCentre(x,y);\n                    if(constrainedLayout) {\n                        gpX->fixPos(id,X[id]); \n                        gpY->fixPos(id,Y[id]);\n                    }\n                }\n            } else { break; }\n        }\n        /* Axis-by-axis optimization: */\n        if(straightenEdges) {\n            if(x) straighten(*straightenEdges,HORIZONTAL);\n            if(y) straighten(*straightenEdges,VERTICAL);\n        } else {\n            if(majorization) {\n                if(x) majorize(Dij,gpX,X,startX);\n                if(y) majorize(Dij,gpY,Y,startY);\n            } else {\n                if(x) newton(Dij,gpX,X,startX);\n                if(y) newton(Dij,gpY,Y,startY);\n            }\n        }\n        if(clusterHierarchy) {\n            for(Clusters::iterator c=clusterHierarchy->clusters.begin();\n                    c!=clusterHierarchy->clusters.end();c++) {\n                (*c)->computeBoundary(boundingBoxes);\n            }\n        }\n        if(preIteration && constrainedLayout) {\n            for(vector<Lock>::iterator l=preIteration->locks.begin();\n                    l!=preIteration->locks.end();l++) {\n                gpX->unfixPos(l->getID());\n                gpY->unfixPos(l->getID());\n            }\n        }\n    } while(!(*done)(compute_stress(Dij),X,Y));\n}\ndouble ConstrainedMajorizationLayout::computeStress() {\n    return compute_stress(Dij);\n}\nvoid ConstrainedMajorizationLayout::runOnce(bool x, bool y) {\n    if(constrainedLayout) {\n        vector<vpsc::Rectangle*>* pbb = boundingBoxes.empty()?nullptr:&boundingBoxes;\n        SolveWithMosek mosek = Off;\n        if(externalSolver) mosek=Outer;\n        // scaling doesn't currently work with straighten edges because sparse\n        // matrix used with dummy nodes is not properly scaled at the moment.\n        if(straightenEdges) setScaling(false);\n        gpX=new GradientProjection(\n            HORIZONTAL,&lap2,tol,100,ccs,unsatisfiableX,\n            avoidOverlaps,clusterHierarchy,pbb,scaling,mosek);\n        gpY=new GradientProjection(\n            VERTICAL,&lap2,tol,100,ccs,unsatisfiableY,\n            avoidOverlaps,clusterHierarchy,pbb,scaling,mosek);\n    }\n    if(n>0) {\n        // to enforce clusters with non-intersecting, convex boundaries we\n        // could create cluster boundaries here with chains of dummy nodes (a\n        // dummy node for each vertex of the convex hull) connected by dummy\n        // straightenEdges and we'd then continue on to straightenEdges below.\n        // This should work assuming we already have a feasible (i.e. non\n        // overlapping cluster) state.  The former could be enforced by an\n        // earlier stage involving simple rectangular cluster boundaries.\n        vector<straightener::Edge*> cedges;\n        if(!straightenEdges && nonOverlappingClusters) {\n            straightenEdges = &cedges;\n        }\n        if(preIteration) {\n            if ((*preIteration)()) {\n                for(vector<Lock>::iterator l=preIteration->locks.begin();\n                        l!=preIteration->locks.end();l++) {\n                    unsigned id=l->getID();\n                    double x=l->pos(HORIZONTAL), y=l->pos(VERTICAL);\n                    X[id]=x;\n                    Y[id]=y;\n                    if(stickyNodes) {\n                        startX[id]=x;\n                        startY[id]=y;\n                    }\n                    boundingBoxes[id]->moveCentre(x,y);\n                    if(constrainedLayout) {\n                        gpX->fixPos(id,X[id]); \n                        gpY->fixPos(id,Y[id]);\n                    }\n                }\n            } else { return; }\n        }\n        /* Axis-by-axis optimization: */\n        if(straightenEdges) {\n            if(x) straighten(*straightenEdges,HORIZONTAL);\n            if(y) straighten(*straightenEdges,VERTICAL);\n        } else {\n            if(majorization) {\n                if(x) majorize(Dij,gpX,X,startX);\n                if(y) majorize(Dij,gpY,Y,startY);\n            } else {\n                if(x) newton(Dij,gpX,X,startX);\n                if(y) newton(Dij,gpY,Y,startY);\n            }\n        }\n        if(clusterHierarchy) {\n            for(Clusters::iterator c=clusterHierarchy->clusters.begin();\n                    c!=clusterHierarchy->clusters.end();c++) {\n                (*c)->computeBoundary(boundingBoxes);\n            }\n        }\n        if(preIteration && constrainedLayout) {\n            for(vector<Lock>::iterator l=preIteration->locks.begin();\n                    l!=preIteration->locks.end();l++) {\n                gpX->unfixPos(l->getID());\n                gpY->unfixPos(l->getID());\n            }\n        }\n    } \n}\nvoid ConstrainedMajorizationLayout::straighten(vector<straightener::Edge*>& sedges, Dim dim) {\n    GradientProjection * gp;\n    valarray<double>* coords;\n    valarray<double>* startCoords;\n    if(dim==HORIZONTAL) {\n        gp=gpX;\n        coords=&X;\n        startCoords=&startX;\n    } else {\n        gp=gpY;\n        coords=&Y;\n        startCoords=&startY;\n    }\n    vector<straightener::Node*> snodes;\n    if(dim==HORIZONTAL) {\n        Rectangle::setXBorder(0.0001);\n    }\n    for (unsigned i=0;i<n;i++) {\n        snodes.push_back(new straightener::Node(i,boundingBoxes[i]));\n    }\n    if(dim==HORIZONTAL) {\n        Rectangle::setXBorder(0);\n    }\n    for (unsigned i=n;i<gp->getNumStaticVars();i++) {\n        // insert some dummy nodes\n        snodes.push_back(new straightener::Node(i,-100,-100));\n    }\n    vector<straightener::Cluster*> sclusters;\n    \n    if(nonOverlappingClusters && clusterHierarchy) {\n       generateClusterBoundaries(dim,snodes,sedges,boundingBoxes,\n                *clusterHierarchy,sclusters);\n    }\n    vector<SeparationConstraint*> cs;\n    straightener::generateConstraints(dim,snodes,sedges,cs,xSkipping);\n    straightener::LinearConstraints linearConstraints;\n    for(unsigned i=0;i<sedges.size();i++) {\n        sedges[i]->nodePath(snodes,!nonOverlappingClusters);\n        vector<unsigned>& path=sedges[i]->path;\n        vector<unsigned>& activePath=sedges[i]->activePath;\n        // take u and v as the ends of the line\n        // unsigned u=path[0];\n        // unsigned v=path[path.size()-1];\n        double total_length=0;\n        for(unsigned j=1;j<path.size();j++) {\n            unsigned u=path[j-1], v=path[j];\n            total_length+=snodes[u]->euclidean_distance(snodes[v]);\n        }\n        // keep potential bends straight\n        for(unsigned j=1;j<activePath.size();j++) {\n            unsigned uj=activePath[j-1], vj=activePath[j];\n            unsigned u=path[uj], v=path[vj];\n            for(unsigned k=uj+1;k<vj;k++) {\n                unsigned b=path[k];\n        // might be useful to have greater weight for potential bends than actual bends\n                linearConstraints.push_back(new straightener::LinearConstraint(\n                            *snodes[u],*snodes[v],*snodes[b],-potBendWeight));\n            }\n        }\n        // straighten actual bends\n        for(unsigned j=1;j<activePath.size()-1;j++) {\n            unsigned u=path[activePath[j-1]], \n                     b=path[activePath[j]],\n                     v=path[activePath[j+1]];\n            linearConstraints.push_back(new straightener::LinearConstraint(\n                            *snodes[u],*snodes[v],*snodes[b],-bendWeight));\n        }\n    }\n    //std::cout << (dim==HORIZONTAL?\"X\":\"Y\") << \" snodes.size \"<<snodes.size()<< \" n=\"<<n<<std::endl;\n    //std::cout << \"Generated \"<<linearConstraints.size()<< \" linear constraints\"<<std::endl;\n    SparseMap Q(snodes.size());\n    for(straightener::LinearConstraints::iterator i=linearConstraints.begin();\n           i!= linearConstraints.end();i++) {\n        straightener::LinearConstraint* c=*i;\n        Q(c->u,c->u)+=c->w*c->duu;\n        Q(c->u,c->v)+=c->w*c->duv;\n        Q(c->u,c->b)+=c->w*c->dub;\n        Q(c->v,c->u)+=c->w*c->duv;\n        Q(c->v,c->v)+=c->w*c->dvv;\n        Q(c->v,c->b)+=c->w*c->dvb;\n        Q(c->b,c->b)+=c->w*c->dbb;\n        Q(c->b,c->u)+=c->w*c->dub;\n        Q(c->b,c->v)+=c->w*c->dvb;\n    }\n    double boundaryWeight = 0.0001;\n    for(unsigned i=0;i<sclusters.size();i++) {\n        // for each cluster boundary chain create an attractive force between\n        // each pair of adjacent nodes\n        straightener::Cluster* c = sclusters[i];\n        for(unsigned j=0;j<c->boundary.size();j++) {\n            straightener::Edge* e = c->boundary[j];\n            Q(e->startNode,e->endNode)+=boundaryWeight;\n            Q(e->endNode,e->startNode)+=boundaryWeight;\n            Q(e->startNode,e->startNode)-=boundaryWeight;\n            Q(e->endNode,e->endNode)-=boundaryWeight;\n        }\n    }\n    constrainedLayout = true;\n    SparseMatrix sparseQ(Q);\n    gp->straighten(&sparseQ,cs,snodes);\n    //return;\n    majorize(Dij,gp,*coords,*startCoords);\n    valarray<double> const & r=gp->getFullResult();\n    for(unsigned i=0;i<snodes.size();i++) {\n        snodes[i]->pos[dim] = r[i];\n    }\n    for(unsigned i=0;i<sedges.size();i++) {\n        sedges[i]->createRouteFromPath(snodes);\n        sedges[i]->dummyNodes.clear();\n        sedges[i]->path.clear();\n    }\n    for(unsigned i=0;i<sclusters.size();i++) {\n        straightener::Cluster *sc = sclusters[i];\n        //sc->updateActualBoundary();\n        delete sc;\n    }\n    for(unsigned i=0;i<cs.size();i++) {\n        delete cs[i];\n    }\n    for(unsigned i=0;i<linearConstraints.size();i++) {\n        delete linearConstraints[i];\n    }\n    for(unsigned i=0;i<snodes.size();i++) {\n        delete snodes[i];\n    }\n}\n\nRectangle bounds(vector<Rectangle*>& rs) {\n    COLA_ASSERT(!rs.empty());\n    \n    double left = rs[0]->getMinX(), right = rs[0]->getMaxX(), \n        top = rs[0]->getMinY(), bottom = rs[0]->getMaxY();\n    \n    for(unsigned i = 1; i < rs.size(); i++) {\n        left = min(left,rs[i]->getMinX());\n        right = max(right,rs[i]->getMaxX());\n        top = min(top,rs[i]->getMinY());\n        bottom = max(bottom,rs[i]->getMaxY());\n    }\n    return Rectangle(left, right, top, bottom);\n}\n\n#if 0\n    void removeClusterOverlap(RootCluster& clusterHierarchy, vpsc::Rectangles& rs, Locks& locks, vpsc::Dim dim) {\n        if(clusterHierarchy.nodes.size()>0 || clusterHierarchy.clusters.size()>0) {\n            vpsc::Variables vars;\n            vpsc::Constraints cs;\n            for(unsigned i=0;i<rs.size();i++) {\n                vars.push_back(new vpsc::Variable(i, rs[i]->getCentreD(dim)));\n            }\n            \n            clusterHierarchy.computeBoundingRect(rs);\n            clusterHierarchy.createVars(dim,rs,vars);\n            clusterHierarchy.generateNonOverlapConstraints(dim, cola::Both, rs, vars, cs);\n            \n            /*\n            if(dim==vpsc::HORIZONTAL) {\n                vpsc::Rectangle::setXBorder(0.001);\n                // use rs->size() rather than n because some of the variables may\n                // be dummy vars with no corresponding rectangle\n                generateXConstraints(rs,vars,cs,true); \n                vpsc::Rectangle::setXBorder(0);\n            } else {\n                generateYConstraints(rs,vars,cs); \n            }\n            */\n            for(Locks::iterator l=locks.begin();\n                    l!=locks.end();l++) {\n                unsigned id=l->getID();\n                double x=l->pos(HORIZONTAL), y=l->pos(VERTICAL);\n                Variable* v=vars[id];\n                v->desiredPosition = (dim==vpsc::HORIZONTAL)?x:y;\n                v->weight = 1000;\n            }\n            /*\n            vpsc::Solver s(vars,cs);\n            try {\n                s.satisfy();\n            } catch(const char* e) {\n                cerr << \"ERROR from solver in GraphData::removeOverlap : \" << e << endl;\n            }\n            */\n            vpsc::IncSolver s(vars,cs);\n            try {\n                s.solve();\n            } catch(const char* e) {\n                cerr << \"ERROR from solver in GraphData::removeOverlap : \" << e << endl;\n            }\n            clusterHierarchy.updateBounds(dim);\n            /*\n            for(unsigned i=0;i<cs.size();++i) {\n                if(cs[i]->unsatisfiable) {\n                    cout << \"Unsatisfiable constraint: \" << *cs[i] << endl;\n                }\n            }\n            */\n            for(unsigned i=0;i<rs.size();i++) {\n                rs[i]->moveCentreD(dim,vars[i]->finalPosition);\n            }\n            for(Locks::iterator l=locks.begin();\n                    l!=locks.end();l++) {\n                //unsigned id=l->getID();\n            }\n            for_each(vars.begin(),vars.end(),delete_object());\n            for_each(cs.begin(),cs.end(),delete_object());\n        }\n    }\n    void removeClusterOverlapFast(RootCluster& clusterHierarchy, vpsc::Rectangles& rs, Locks& locks) {\n        removeClusterOverlap(clusterHierarchy, rs, locks, vpsc::HORIZONTAL);\n        removeClusterOverlap(clusterHierarchy, rs, locks, vpsc::VERTICAL);\n    }\n#endif\n\n    ConstrainedMajorizationLayout* simpleCMLFactory(\n            vpsc::Rectangles& rs,\n            std::vector<Edge> const & es,\n            RootCluster* clusterHierarchy,\n            const double idealLength,\n            bool useNeighbourStress\n        ) {\n        cola::EdgeLengths eLengths;\n        for(size_t i = 0; i < es.size(); ++i) {\n            eLengths.push_back(1);\n        }\n        return new ConstrainedMajorizationLayout(rs, es, clusterHierarchy, idealLength,\n                eLengths, nullptr, nullptr, useNeighbourStress);\n    };\n\n} // namespace cola\n"
  },
  {
    "path": "cola/libcola/cola.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n#ifndef COLA_H\n#define COLA_H\n\n#include <utility>\n#include <iterator>\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <cmath>\n#include <iostream>\n\n#include \"libcola/gradient_projection.h\"\n#include \"libcola/cluster.h\"\n#include \"libcola/straightener.h\"\n#include \"libcola/exceptions.h\"\n#include \"libcola/pseudorandom.h\"\n\nnamespace vpsc { class Rectangle; }\nnamespace topology { \n    class ColaTopologyAddon;\n}\nnamespace dialect {\n    class Graph;\n}\n\n\n/**\n * @namespace cola\n * @brief libcola: Force-directed network layout subject to \n *       separation constraints library.\n *\n * You should use COLA via an instance of the ConstrainedFDLayout class.\n*/\nnamespace cola {\n\nclass NonOverlapConstraints;\nclass NonOverlapConstraintExemptions;\n\n//! @brief A vector of node Indexes.\ntypedef std::vector<unsigned> NodeIndexes;\n\n//! @brief A vector of NodeIndexes.\ntypedef std::vector<NodeIndexes> ListOfNodeIndexes;\n\n//! Edges are simply a pair of indices to entries in the Node vector\ntypedef std::pair<unsigned, unsigned> Edge;\n\n//! EdgeLengths is a vector of ideal lengths for edges corresponding to\n//! edges in the edge list.\ntypedef std::vector<double> EdgeLengths;\n#define StandardEdgeLengths EdgeLengths()\n\n/**\n * @brief A Lock specifies a required position for a node.\n */\nclass Lock {\npublic:\n    Lock() {}\n    /**\n     * @brief  Constructs a Lock object for a given node and position.\n     *\n     * @param[in] id  The index of the node in the Rectangles vector.\n     * @param[in] X   The node's fixed position in the x-dimension.\n     * @param[in] Y   The node's fixed position in the y-dimension.\n     */\n    Lock(unsigned id, double X, double Y) : id(id), x(X), y(Y) {\n    }\n    unsigned getID() const {\n        return id;\n    }\n    double pos(vpsc::Dim dim) const {\n        return dim==vpsc::HORIZONTAL?x:y;\n    }\nprivate:\n    unsigned id;\n    double x;\n    double y;\n};\n//! @brief A vector of Lock objects.\ntypedef std::vector<cola::Lock> Locks;\n\n/**\n * @brief A Resize specifies a new required bounding box for a node.\n */\nclass Resize {\npublic:\n    Resize() {}\n    /**\n     * @brief  Constructs a Resize object for a given node and it's new \n     *         bounding box.\n     *\n     * @param[in] id  The index of the node in the Rectangles vector.\n     * @param[in] x   The minimum horizontal value for the node's new \n     *                bounding box.\n     * @param[in] y   The minimum vertical value for the node's new \n     *                bounding box.\n     * @param[in] w   The width value for the node's new bounding box.\n     * @param[in] h   The height value for the node's new bounding box.\n     */\n    Resize(unsigned id, double x, double y, double w, double h)\n        : id(id), target(x,x+w,y,y+h) {}\n    unsigned getID() const {\n        return id;\n    }\n    const vpsc::Rectangle* getTarget() const {\n        return &target;\n    }\nprivate:\n    unsigned id;\n    vpsc::Rectangle target;\n};\n//! @brief A vector of Resize objects.\ntypedef std::vector<cola::Resize> Resizes;\n\n/*\n * Setting a desired position for a node adds a term to the goal function\n * drawing the node towards that desired position\n */\nstruct DesiredPosition {\n    unsigned id;\n    double x;\n    double y;\n    double weight;\n};\ntypedef std::vector<cola::DesiredPosition> DesiredPositions;\n\n/*\n * desired positions which should override those computed by applying forces\n * are passed in for a set of nodes.  The first entry is the Node->id, the\n * second is the desired position.\n */\ntypedef std::pair<unsigned,double> DesiredPositionInDim;\ntypedef std::vector<DesiredPositionInDim> DesiredPositionsInDim;\n\n/** \n * @brief A default functor that is called before each iteration in the \n *        main loop of the ConstrainedFDLayout::run() method.\n *\n * Override the operator() for things like locking the position of nodes\n * for the duration of the iteration.\n *\n * If the operator() returns false the subsequent iterations are\n * abandoned, i.e., layout ends immediately.  You can make it return true\n * when a user-interrupt is detected, for instance.\n */\nclass PreIteration {\npublic:\n    /**\n     * @brief  Constructs a PreIteration object that handles locking and \n     *         resizing of nodes.\n     *\n     * @param[in] locks    A list of nodes (by index) and positions at which\n     *                     they should be locked.\n     * @param[in] resizes  A list of nodes (by index) and required dimensions\n     *                     for their bounding rects to be resized to.\n     */\n    PreIteration(\n            Locks& locks=__locksNotUsed,\n            Resizes& resizes=__resizesNotUsed) \n        : locks(locks)\n        , resizes(resizes) \n        , changed(true) {}\n    PreIteration(Resizes& resizes) \n        : locks(__locksNotUsed)\n        , resizes(resizes)\n        , changed(true) {}\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n    virtual ~PreIteration() {}\n#endif\n    virtual bool operator()() { return true; }\n    Locks& locks;\n    Resizes& resizes;\n    bool changed;\nprivate:\n    static Locks __locksNotUsed;\n    static Resizes __resizesNotUsed;\n};\n\n/** \n * @brief  A default functor that is called after each iteration of the layout\n *         algorithm.\n *\n * You can either instantiate ConstrainedFDLayout with an instance of this\n * class setting the tolerance and maxiterations as desired, or create a\n * derived class implementing the operator() to do your own convergence test,\n * or create your own operator() that calls the TestConvergence::operator() in\n * order to do any other post processing you might need, e.g., to animate\n * changes.\n */\nclass TestConvergence {\npublic:\n    double old_stress;\n    TestConvergence(const double tol = 1e-4, const unsigned maxiterations = 100)\n        : tolerance(tol),\n          maxiterations(maxiterations)\n    { reset(); }\n    virtual ~TestConvergence() {}\n\npublic:\n    virtual bool operator()(const double new_stress, std::valarray<double> & X, std::valarray<double> & Y)\n    {\n        COLA_UNUSED(X);\n        COLA_UNUSED(Y);\n\n        iterations++;\n        //std::cout<<\"iteration=\"<<iterations<<\", old_stress=\"<<old_stress<<\", new_stress=\"<<new_stress<<std::endl;\n        if (old_stress == DBL_MAX) {\n            old_stress = new_stress;\n            return iterations >= maxiterations;\n        }\n        // converged if relative decrease in stress falls below threshold\n        // or if stress increases (shouldn't happen for straight majorization)\n        bool converged = \n            (old_stress - new_stress) / (new_stress + 1e-10) < tolerance\n             || iterations > maxiterations;\n        old_stress = new_stress;\n        return converged;\n    }\n    void reset() {\n        old_stress = DBL_MAX;\n        iterations = 0;\n    }\n    const double tolerance;\n    const unsigned maxiterations;\n    unsigned iterations;\n};\n\n/**\n * @brief  Implements the Constrained Majorization graph layout algorithm \n *         (deprecated).\n *\n * The optimisation method used is \"stress majorization\", where a sequence of \n * quadratic functions which strictly bound the stress from above, is solved \n * to monotonically reduce the stress (by iteratively changing the \n * configuration of nodes).\n *\n * Once the problem has been set up, call run() or runOnce() to run the \n * layout algorithm.\n *\n * @note  We recommend the use of ConstrainedFDLayout instead of this class. \n *        ConstrainedFDLayout tends to produce better results and has more \n *        features.  We are no longer working on ConstrainedMajorizationLayout.\n */\nclass ConstrainedMajorizationLayout {\npublic:\n   /**\n     * @brief Constructs a constrained majorization layout instance.\n     *\n     * @param[in] rs  Bounding boxes of nodes at their initial positions.\n     * @param[in] es  Simple pair edges, giving indices of the start and end \n     *                nodes in rs.\n     * @param[in] clusterHierarchy  A pointer to a RootCluster object defining\n     *                              the cluster hierarchy (optional).\n     * @param[in] idealLength  Aa scalar modifier of ideal edge lengths in \n     *                         eLengths.\n     * @param[in] eLengths  Individual ideal lengths for edges.\n     *                      The actual ideal length used for the ith edge is \n     *                      idealLength*eLengths[i], or if eLengths is empty \n     *                      then just idealLength is used (i.e., eLengths[i] \n     *                      is assumed to be 1).\n     * @param[in] done  A test of convergence operation called at the end of \n     *                  each iteration (optional).\n     * @param[in] preIteration  An operation called before each iteration\n     *                          (optional).\n     */\n    ConstrainedMajorizationLayout(\n        vpsc::Rectangles& rs,\n        std::vector<Edge> const & es,\n        RootCluster* clusterHierarchy,\n        const double idealLength,\n        EdgeLengths eLengths = StandardEdgeLengths,\n        TestConvergence *doneTest = nullptr,\n        PreIteration* preIteration=nullptr,\n        bool useNeighbourStress = false);\n    /**\n     * @brief  Specify a set of compound constraints to apply to the layout.\n     *\n     * @param[in] ccs  The compound constraints.\n     */\n    void setConstraints(cola::CompoundConstraints* ccs) {\n        constrainedLayout = true;\n        this->ccs=ccs;\n    }\n\n    void setConstraintsVector(cola::CompoundConstraints& ccs) {\n        constrainedLayout = true;\n        cola::CompoundConstraints *ccsp = new cola::CompoundConstraints;\n        for (size_t i = 0; i < ccs.size(); ++i) {\n            ccsp->push_back(ccs.at(i));\n        }\n        this->ccs=ccsp;\n    }\n\n    /**\n     * @brief Register to receive information about unsatisfiable constraints.\n     *\n     * In the case of unsatisifiable constraints, the solver will drop \n     * unsatisfiable constraints of lowest priority.  Information about these\n     * will be written to these lists after each iteration of constrained \n     * layout.\n     *\n     * param[out] unsatisfiableX A pointer to an UnsatisfiableConstraintInfos \n     *                           object that will be used to record \n     *                           unsatisfiable constraints in the x-dimension.\n     * param[out] unsatisfiableY A pointer to an UnsatisfiableConstraintInfos \n     *                           object that will be used to record \n     *                           unsatisfiable constraints in the y-dimension.\n     */\n    void setUnsatisfiableConstraintInfo(\n            UnsatisfiableConstraintInfos *unsatisfiableX,\n            UnsatisfiableConstraintInfos *unsatisfiableY) {\n        this->unsatisfiableX = unsatisfiableX;\n        this->unsatisfiableY = unsatisfiableY;\n    }\n    /**\n     * Sticky nodes causes nodes to spring back to (startX,startY) when \n     * unconstrained.\n     */\n    void setStickyNodes(const double stickyWeight, \n            std::valarray<double> const & startX,\n            std::valarray<double> const & startY);\n\n    /**\n     * Scaling speeds up the solver by conditioning the quadratic terms matrix.\n     */\n    void setScaling(bool scaling) {\n        this->scaling=scaling;\n    }\n    /**\n     * Says that the Mosek optimisation library should be used to solve the \n     * quadratic programs rather than the libvpsc solver.\n     */\n    void setExternalSolver(bool externalSolver) {\n        this->externalSolver=externalSolver;\n    }\n    /**\n     * At each iteration of layout, generate constraints to avoid overlaps.\n     * If bool horizontal is true, all overlaps will be resolved horizontally, \n     * otherwise some overlaps will be left to be resolved vertically where \n     * doing so leads to less displacement\n     */\n    void setAvoidOverlaps(bool horizontal = false) {\n        constrainedLayout = true;\n        this->avoidOverlaps = horizontal ? Horizontal : Both;\n    }\n    /**\n     * Add constraints to prevent clusters overlapping.\n     */\n    void setNonOverlappingClusters() {\n        constrainedLayout = true;\n        nonOverlappingClusters = true;\n    }\n    /**\n     * For the specified edges (with routings), generate dummy vars and\n     * constraints to try and straighten them.  bendWeight controls how hard we\n     * try to straighten existing bends potBendWeight controls how much we try\n     * to keep straight edges straight\n     */\n    void setStraightenEdges(std::vector<straightener::Edge*>* straightenEdges, \n            double bendWeight = 0.01, double potBendWeight = 0.1,\n            bool xSkipping = true) {\n        for(std::vector<straightener::Edge*>::const_iterator e=straightenEdges->begin();\n                e!=straightenEdges->end();e++) {\n            (*e)->rerouteAround(boundingBoxes);\n        }\n        constrainedLayout = true;\n        this->xSkipping = xSkipping;\n        this->straightenEdges = straightenEdges;\n        this->bendWeight = bendWeight;\n        this->potBendWeight = potBendWeight;\n    }\n    /** \n     * Update position of bounding boxes.\n     */\n    void moveBoundingBoxes() {\n        for(unsigned i=0;i<n;i++) {\n            boundingBoxes[i]->moveCentre(X[i],Y[i]);\n        }\n    }\n\n    ~ConstrainedMajorizationLayout() {\n        if (using_default_done)\n        {\n            delete done;\n        }\n\n        if(constrainedLayout) {\n            delete gpX;\n            delete gpY;\n        }\n    }\n    /**\n     * @brief  Implements the main layout loop, taking descent steps until\n     *         stress is no-longer significantly reduced.\n     *\n     * @param[in] x  If true, layout will be performed in x-dimension\n     *               (default: true).\n     * @param[in] y  If true, layout will be performed in y-dimension\n     *               (default: true).\n     */\n    void run(bool x=true, bool y=true);\n    /**\n     * @brief  Same as run(), but only applies one iteration.  \n     *\n     * This may be useful here it's too hard to implement a call-back \n     * (e.g., in java apps).\n     *\n     * @param[in] x  If true, layout will be performed in x-dimension\n     *               (default: true).\n     * @param[in] y  If true, layout will be performed in y-dimension\n     *               (default: true).\n     */\n    void runOnce(bool x=true, bool y=true);\n    void straighten(std::vector<straightener::Edge*>&, vpsc::Dim);\n    void setConstrainedLayout(bool c) {\n        constrainedLayout=c;\n    }\n    double computeStress();\nprivate:\n    double euclidean_distance(unsigned i, unsigned j) {\n        return sqrt(\n            (X[i] - X[j]) * (X[i] - X[j]) +\n            (Y[i] - Y[j]) * (Y[i] - Y[j]));\n    }\n    double compute_stress(std::valarray<double> const & Dij);\n    void majorize(std::valarray<double> const & Dij,GradientProjection* gp, std::valarray<double>& coords, std::valarray<double> const & startCoords);\n    void newton(std::valarray<double> const & Dij,GradientProjection* gp, std::valarray<double>& coords, std::valarray<double> const & startCoords);\n    unsigned n; //< number of nodes\n    //std::valarray<double> degrees;\n    std::valarray<double> lap2; //< graph laplacian\n    std::valarray<double> Q; //< quadratic terms matrix used in computations\n    std::valarray<double> Dij; //< all pairs shortest path distances\n    double tol; //< convergence tolerance\n    TestConvergence *done; //< functor used to determine if layout is finished\n    bool using_default_done; // Whether we allocated a default TestConvergence object.\n    PreIteration* preIteration; //< client can use this to create locks on nodes\n    vpsc::Rectangles boundingBoxes; //< node bounding boxes\n    /*\n     * stickyNodes controls whether nodes are attracted to their starting\n     * positions (at time of ConstrainedMajorizationLayout instantiation)\n     * stored in startX, startY\n     */\n    std::valarray<double> X, Y;\n    bool stickyNodes;\n    double stickyWeight;\n    std::valarray<double> startX;\n    std::valarray<double> startY;\n    double edge_length;\n    bool constrainedLayout;\n    bool nonOverlappingClusters;\n    /*\n     * A cluster is a set of nodes that are somehow semantically grouped\n     * and should therefore be kept together a bit more tightly than, and\n     * preferably without overlapping, the rest of the graph.\n     *\n     * We achieve this by augmenting the L matrix with stronger attractive\n     * forces between all members of a cluster (other than the root)\n     * and by maintaining a (preferably convex) hull around those \n     * constituents which, using constraints and dummy variables, is \n     * prevented from overlapping other parts of the graph.\n     *\n     * Clusters are defined over the graph in a hierarchy starting with\n     * a single root cluster.\n     *\n     * Need to:\n     *  - augment Lap matrix with intra cluster forces\n     *  - compute convex hull of each cluster\n     *  - from convex hull generate \"StraightenEdges\"\n     */\n    RootCluster *clusterHierarchy;\n    GradientProjection *gpX, *gpY;\n    cola::CompoundConstraints *ccs;\n    UnsatisfiableConstraintInfos *unsatisfiableX, *unsatisfiableY;\n    NonOverlapConstraintsMode avoidOverlaps;\n    std::vector<straightener::Edge*>* straightenEdges;\n    \n    double bendWeight, potBendWeight;\n    /* \n     * determines whether we should leave some overlaps to be resolved\n     * vertically when generating straightening constraints in the x-dim\n     */\n    bool xSkipping;\n    /* \n     * when using the gradient projection optimisation method, the following\n     * controls whether the problem should be preconditioned by affine scaling\n     */\n    bool scaling;\n    /* \n     * if the Mosek quadratic programming environment is available it may be\n     * used to solve each iteration of stress majorization... slow but useful\n     * for testing \n     */\n    bool externalSolver;\n    bool majorization;\n};\n\nvpsc::Rectangle bounds(vpsc::Rectangles& rs);\n\nclass ConstrainedFDLayout;\n\n/**\n * @brief  Interface for writing COLA addons to handle topology preserving \n *         layout.\n */\nclass TopologyAddonInterface \n{\n    public:\n        TopologyAddonInterface()\n        {\n        }\n\n        virtual ~TopologyAddonInterface()\n        {\n        }\n\n        virtual TopologyAddonInterface *clone(void) const\n        {\n            return new TopologyAddonInterface(*this);\n        }\n        \n        virtual void freeAssociatedObjects(void)\n        {\n        }\n\n        virtual void handleResizes(const Resizes& resizeList, unsigned n,\n                std::valarray<double>& X, std::valarray<double>& Y, \n                cola::CompoundConstraints& ccs, \n                vpsc::Rectangles& boundingBoxes,\n                cola::RootCluster* clusterHierarchy)\n        {\n            COLA_UNUSED(resizeList);\n            COLA_UNUSED(n);\n            COLA_UNUSED(X);\n            COLA_UNUSED(Y);\n            COLA_UNUSED(ccs);\n            COLA_UNUSED(boundingBoxes);\n            COLA_UNUSED(clusterHierarchy);\n        }\n        virtual void computePathLengths(unsigned short** G)\n        {\n            COLA_UNUSED(G);\n        }\n        virtual double computeStress(void) const\n        {\n            return 0;\n        }\n        virtual bool useTopologySolver(void) const\n        {\n            return false;\n        }\n        virtual void makeFeasible(bool generateNonOverlapConstraints, \n                vpsc::Rectangles& boundingBoxes, \n                cola::RootCluster* clusterHierarchy)\n        {\n            COLA_UNUSED(generateNonOverlapConstraints);\n            COLA_UNUSED(boundingBoxes);\n            COLA_UNUSED(clusterHierarchy);\n        }\n        virtual void moveTo(const vpsc::Dim dim, vpsc::Variables& vs, \n                vpsc::Constraints& cs, std::valarray<double> &coords,\n                cola::RootCluster* clusterHierarchy)\n        {\n            COLA_UNUSED(dim);\n            COLA_UNUSED(vs);\n            COLA_UNUSED(cs);\n            COLA_UNUSED(coords);\n            COLA_UNUSED(clusterHierarchy);\n        }\n        virtual double applyForcesAndConstraints(ConstrainedFDLayout *layout, \n                const vpsc::Dim dim, std::valarray<double>& g, \n                vpsc::Variables& vs, vpsc::Constraints& cs, \n                std::valarray<double> &coords,\n                DesiredPositionsInDim& des, double oldStress)\n        {\n            COLA_UNUSED(layout);\n            COLA_UNUSED(dim);\n            COLA_UNUSED(g);\n            COLA_UNUSED(vs);\n            COLA_UNUSED(cs);\n            COLA_UNUSED(coords);\n            COLA_UNUSED(des);\n            COLA_UNUSED(oldStress);\n            return 0;\n        }\n};\n\n\n/**\n * @brief Implements a constrained force-directed layout algorithm.\n *\n * This method is based on a non-linear gradient projection technique.\n * Conceptually it's similar to a force directed method like\n * Fruchterman-Reingold---but using a more principled goal function and\n * optimisation techniques.\n */\nclass ConstrainedFDLayout {\npublic:\n    /**\n     * @brief Constructs a constrained force-directed layout instance.\n     *\n     * If an empty edges (es) vector is passed to the constructor, then \n     * constraint satisfaction will be performed, but no force-directed\n     * layout.  In this case, idealLength and eLengths have no effect.\n     *\n     * Conversely, if no constraints or clusters are specified and no overlap\n     * prevention is enabled, but edge info is given, then pure force-directed \n     * layout will be performed.\n     *\n     * @param[in] rs  Bounding boxes of nodes at their initial positions.\n     * @param[in] es  Simple pair edges, giving indices of the start and end \n     *                nodes in rs.\n     * @param[in] idealLength  A scalar modifier of ideal edge lengths in \n     *                         eLengths or of 1 if no ideal lengths are \n     *                         specified.\n     * @param[in] eLengths  Individual ideal lengths for edges.\n     *                      The actual ideal length used for the ith edge is \n     *                      idealLength*eLengths[i], or if eLengths is nullptr a\n     *                      then just idealLength is used (i.e., eLengths[i] \n     *                      is assumed to be 1).\n     * @param[in] done  A test of convergence operation called at the end of \n     *                  each iteration (optional).  If not given, uses a\n     *                  default TestConvergence object.\n     * @param[in] preIteration  An operation called before each iteration\n     *                          (optional).\n     */\n    ConstrainedFDLayout(\n        const vpsc::Rectangles& rs,\n        const std::vector<cola::Edge>& es,\n        const double idealLength,\n        const EdgeLengths& eLengths = StandardEdgeLengths, \n        TestConvergence* doneTest = nullptr,\n        PreIteration* preIteration = nullptr);\n    ~ConstrainedFDLayout();\n  \n    /**\n     * @brief  Implements the main layout loop, taking descent steps until\n     *         stress is no-longer significantly reduced.\n     *\n     * @param[in] x  If true, layout will be performed in x-dimension\n     *               (default: true).\n     * @param[in] y  If true, layout will be performed in y-dimension\n     *               (default: true).\n     */\n    void run(bool x=true, bool y=true);\n\n    /**\n     * @brief  Same as run(), but only applies one iteration.  \n     *\n     * This may be useful here it's too hard to implement a call-back \n     * (e.g., in java apps).\n     *\n     * @param[in] x  If true, layout will be performed in x-dimension\n     *               (default: true).\n     * @param[in] y  If true, layout will be performed in y-dimension\n     *               (default: true).\n     */\n    void runOnce(bool x=true, bool y=true);\n\n    /**\n     * @brief  Specify a set of compound constraints to apply to the layout.\n     *\n     * @param[in] ccs  The compound constraints.\n     */\n    void setConstraints(const cola::CompoundConstraints& ccs);\n\n    /**\n     * @brief  Specifies whether non-overlap constraints should be\n     *         automatically generated between all nodes, as well as any\n     *         exemptions to this.\n     *\n     * The optional second parameter indicates groups of nodes that should be\n     * exempt from having non-overlap constraints generated between each other.\n     * For example, you might want to do this for nodes representing ports, or\n     * the child nodes in a particular cluster.\n     *\n     * @param[in] avoidOverlaps     New boolean value for this option.\n     * @param[in] listOfNodeGroups  A list of groups of node indexes which will\n     *                              not have non-overlap constraints generated\n     *                              between each other.\n     */\n    void setAvoidNodeOverlaps(bool avoidOverlaps,\n            ListOfNodeIndexes listOfNodeGroups =\n            ListOfNodeIndexes());\n\n    /** \n     *  @brief  Set an addon for doing topology preserving layout.\n     *\n     *  It is expected that you would use the topology::ColaTopologyAddon() \n     *  from libtopology rather than write your own.  This is done so that \n     *  libcola does not have to depend on libtopology.\n     *\n     *  @param[in] topology  Instance of a class implementing the\n     *                       TopologyAddonInterface.\n     *  @sa topology::ColaTopologyAddon\n     */\n    void setTopology(TopologyAddonInterface *topology); \n    TopologyAddonInterface *getTopology(void);\n    \n    void setDesiredPositions(DesiredPositions *desiredPositions);\n\n    /**\n     * @brief  Specifies an optional hierarchy for clustering nodes.\n     *\n     * @param[in] hierarchy  A pointer to a RootCluster object defining the\n     *                      the cluster hierarchy (optional).\n     */\n    void setClusterHierarchy(RootCluster *hierarchy)\n    {\n        clusterHierarchy = hierarchy;\n    }\n    /**\n     * @brief Register to receive information about unsatisfiable constraints.\n     *\n     * In the case of unsatisifiable constraints, the solver will drop \n     * unsatisfiable constraints of lowest priority.  Information about these\n     * will be written to these lists after each iteration of constrained \n     * layout.\n     *\n     * param[out] unsatisfiableX A pointer to a UnsatisfiableConstraintInfos \n     *                           object that will be used to record \n     *                           unsatisfiable constraints in the x-dimension.\n     * param[out] unsatisfiableY A pointer to a UnsatisfiableConstraintInfos \n     *                           object that will be used to record \n     *                           unsatisfiable constraints in the y-dimension.\n     */\n    void setUnsatisfiableConstraintInfo(\n            UnsatisfiableConstraintInfos *unsatisfiableX,\n            UnsatisfiableConstraintInfos *unsatisfiableY)\n    {\n        unsatisfiable.resize(2);\n        unsatisfiable[0]=unsatisfiableX;\n        unsatisfiable[1]=unsatisfiableY;\n    }\n    /**\n     * @brief Finds a feasible starting position for nodes that satisfies the\n     *        given constraints.\n     *\n     * Starts with an initial position (x, y) for the nodes.  This position \n     * is then iteratively updated with a greedy heuristic that tries adding\n     * additional constraints based on compound constraint priority to the\n     * satisfiable set, so as to satisfy as many of the placement constraints\n     * as possible.  This includes automatically generated constraints for\n     * non-overlap and cluster containment.\n     *\n     * @param[in] xBorder  Optional border width to add to left and right\n     *                     sides of rectangles. Defaults to 1.\n     * @param[in] yBorder  Optional border width to add to top and bottom\n     *                     sides of rectangles. Defaults to 1.\n     *\n     * @note This method doesn't do force-directed layout.  All forces are \n     *       ignored and it merely satisfies the constraints with minimal \n     *       movement to nodes.\n     */\n    void makeFeasible(double xBorder=1, double yBorder=1);\n\n    /**\n     * @brief  A convenience method that can be called from Java to free\n     *         the memory of nodes (Rectangles), CompoundConstraints, etc.\n     * \n     * This assumes that the ConstrainedFDLayout instance takes ownership\n     * of all the objects passed to it.\n     *\n     * This is useful because in SWIG we have problems with Java wrapper\n     * classes going out of scope and causing objects like Rectanges to \n     * sometimes be freed when the layout instance still needs them.  For \n     * this reason we prevent the Java wrappers from deleting the internal\n     * C++ instances, and let them be cleaned up later via this method.\n     */\n    void freeAssociatedObjects(void);\n    \n    //! @brief  Generates an SVG file containing debug output and code that\n    //!         can be used to regenerate the instance.\n    //!\n    //! This method can be called before or after run() or makeFeasible()\n    //! have been called.\n    //!\n    //! @param[in] filename  A string indicating the filename (without \n    //!                      extension) for the output file.  Defaults to\n    //!                      \"libcola-debug.svg\" if no filename is given.\n    //!\n    void outputInstanceToSVG(std::string filename = std::string());\n\n    /**\n     * @brief  Specifies whether neighbour stress should be used.\n     *\n     * Under neighbour stress, only the terms representing neighbouring\n     * nodes contribute to the stress function. This can help to distribute\n     * nodes more evenly, eliminating long-range forces.\n     *\n     * Default value is false.\n     *\n     * @param[in] useNeighbourStress  New boolean value for this option.\n     */\n    void setUseNeighbourStress(bool useNeighbourStress);\n\n    /**\n     * @brief  Retrieve a copy of the \"D matrix\" computed by the computePathLengths\n     * method, linearised as a vector.\n     *\n     * This is especially useful for projects in SWIG target languages that want to\n     * do their own computations with stress.\n     *\n     * D is the required euclidean distances between pairs of nodes\n     * based on the shortest paths between them (using\n     * m_idealEdgeLength*eLengths[edge] as the edge length, if eLengths array\n     * is provided otherwise just m_idealEdgeLength).\n     *\n     * @return  vector representing the D matrix.\n     */\n    std::vector<double> readLinearD(void);\n\n    /**\n     * @brief  Retrieve a copy of the \"G matrix\" computed by the computePathLengths\n     * method, linearised as a vector.\n     *\n     * * This is especially useful for projects in SWIG target languages that want to\n     * do their own computations with stress.\n     *\n     * G is a matrix of unsigned ints such that G[u][v]=\n     *   0 if there are no forces required between u and v\n     *     (for example, if u and v are in unconnected components)\n     *   1 if attractive forces are required between u and v\n     *     (i.e. if u and v are immediately connected by an edge and there is\n     *      no topology route between u and v (for which an attractive force\n     *      is computed elsewhere))\n     *   2 if no attractive force is required between u and v but there is\n     *     a connected path between them.\n     *\n     * @return  vector representing the G matrix.\n     */\n    std::vector<unsigned> readLinearG(void);\n\n    double computeStress() const;\n\nprivate:\n    unsigned n; // number of nodes\n    std::valarray<double> X, Y;\n    vpsc::Rectangles boundingBoxes;\n    double applyForcesAndConstraints(const vpsc::Dim dim,const double oldStress);\n    double computeStepSize(const SparseMatrix& H, const std::valarray<double>& g,\n            const std::valarray<double>& d) const;\n    void computeDescentVectorOnBothAxes(const bool xaxis, const bool yaxis,\n            double stress, std::valarray<double>& x0, std::valarray<double>& x1);\n    void moveTo(const vpsc::Dim dim, std::valarray<double>& target);\n    double applyDescentVector(\n            const std::valarray<double>& d,\n            const std::valarray<double>& oldCoords,\n            std::valarray<double> &coords, \n            const double oldStress, \n            double stepsize\n            /*,topology::TopologyConstraints *s=nullptr*/);\n    void computePathLengths(\n            const std::vector<Edge>& es, std::valarray<double> eLengths);\n    void generateNonOverlapAndClusterCompoundConstraints(\n            vpsc::Variables (&vs)[2]);\n    void handleResizes(const Resizes&);\n    void setPosition(std::valarray<double>& pos);\n    void moveBoundingBoxes();\n    bool noForces(double, double, unsigned) const;\n    void computeForces(const vpsc::Dim dim, SparseMap &H, \n            std::valarray<double> &g);\n    void recGenerateClusterVariablesAndConstraints(\n            vpsc::Variables (&vars)[2], unsigned int& priority, \n            cola::NonOverlapConstraints *noc, Cluster *cluster, \n            cola::CompoundConstraints& idleConstraints);\n    std::vector<double> offsetDir(double minD);\n\n    void computeNeighbours(std::vector<Edge> es);\n    std::vector<std::vector<unsigned> > neighbours;\n    std::vector<std::vector<double> > neighbourLengths;\n    TestConvergence *done;\n    bool using_default_done; // Whether we allocated a default TestConvergence object.\n    PreIteration* preIteration;\n    cola::CompoundConstraints ccs;\n    double** D;\n    unsigned short** G;\n    double minD;\n    PseudoRandom random;\n\n    TopologyAddonInterface *topologyAddon;\n    std::vector<UnsatisfiableConstraintInfos*> unsatisfiable;\n    bool rungekutta;\n    DesiredPositions *desiredPositions;\n    cola::CompoundConstraints extraConstraints;\n    \n    RootCluster *clusterHierarchy;\n    double rectClusterBuffer;\n    double m_idealEdgeLength;\n    bool m_generateNonOverlapConstraints;\n    bool m_useNeighbourStress;\n    const std::valarray<double> m_edge_lengths;\n\n    NonOverlapConstraintExemptions *m_nonoverlap_exemptions;\n\n    friend class topology::ColaTopologyAddon;\n    friend class dialect::Graph;\n};\n\nstruct ProjectionResult {\n    int errorLevel;\n    std::string unsatinfo;\n};\n\n/**\n * @brief Attempt to do a projection onto a vector of cola CompoundConstraints.\n * @param dim the dimension in which to perform the projection\n * @param rs the rectangles representing the nodes\n * @param ccs the constraints\n * @param preventOverlaps boolean saying whether you want overlap prevention\n *                        constraints to be automatically generated\n * @param accept  an integer indicating which types of infeasibilities you will accept.\n *                The default value of 0 means you accept no infeasibility.\n *                For other values, see the description of the \"errorLevel\" in the\n *                doctext for the solve function below.\n * @param debugLevel see solve function below\n * @note          Rectangle positions are updated if and only if the error level is less\n *                than or equal to the accept level.\n * @return a ProjectionResult indicating whether the projection was feasible or not.\n * @sa solve\n */\nProjectionResult projectOntoCCs(vpsc::Dim dim, vpsc::Rectangles &rs, cola::CompoundConstraints ccs,\n                                bool preventOverlaps, int accept=0, unsigned debugLevel=0);\n\n/**\n * @brief Constructs a solver and attempts to solve the passed constraints on the passed vars.\n * @param debugLevel: controls how much information comes back when the projection fails. See below.\n * @return a ProjectionResult, containing:\n *  errorLevel:\n *   0: all constraints were satisfiable.\n *   1: some constraints were unsatisfiable, but they were all nonoverlap constraints.\n *   2: some constraints were unsatisfiable which were /not/ nonoverlap constraints.\n *  unsatinfo:\n *   The amount of information reported depends on the debugLevel:\n *   0: nothing reported (empty string)\n *   1: description of the unsatisfied constraints\n *   2: the info from level 1, plus a description of all \"related\" constraints (those sharing a variable).\n *      This is useful for understanding the conflicts.\n */\nProjectionResult solve(vpsc::Variables &vs, vpsc::Constraints &cs, vpsc::Rectangles &rs,\n                        unsigned debugLevel=0);\n\n\nConstrainedMajorizationLayout* simpleCMLFactory(\n        vpsc::Rectangles& rs,\n        std::vector<Edge> const & es,\n        RootCluster* clusterHierarchy,\n        const double idealLength,\n        bool useNeighbourStress = false\n    );\n\n/*\n * find shortest path lengths from node s to all other nodes.\n * @param s starting node\n * @param n total number of nodes\n * @param d n vector of path lengths\n * @param es edge pairs\n * @param eLengths edge weights\n */\nvoid dijkstra(const unsigned s, const unsigned n, double* d, \n              const std::vector<cola::Edge>& es,\n              const std::valarray<double> & eLengths);\n\n#if 0\nvoid removeClusterOverlapFast(RootCluster& clusterHierarchy, vpsc::Rectangles& rs, Locks& locks);\n#endif\n\nvoid setupVarsAndConstraints(unsigned n, const CompoundConstraints& ccs,\n        const vpsc::Dim dim, vpsc::Rectangles& boundingBoxes,\n        RootCluster *clusterHierarchy,\n        vpsc::Variables& vs, vpsc::Constraints& cs, \n        std::valarray<double> &coords);\nvoid setVariableDesiredPositions(vpsc::Variables& vs, vpsc::Constraints& cs,\n        const DesiredPositionsInDim& des, std::valarray<double>& coords);\n\n}\n#endif // COLA_H\n"
  },
  {
    "path": "cola/libcola/cola_log.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the\n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n/*\nLogging code from DJJ article: http://www.ddj.com/cpp/201804215.\n\nTitle: Logging In C++\nAuthor: Petru Marginean\nKeywords: OCT07   C++\nDescription: Unpublished source code accompanying the article by Petru Marginean, in which he presents a C++ logging framework that is typesafe, thread-safe, and portable.\n */\n#ifndef __COLA_LOG_H__\n#define __COLA_LOG_H__\n\n#include <sstream>\n#include <string>\n#include <cstdio>\n#include <iomanip>\n\nnamespace cola {\ninline std::string NowTime();\n\nenum TLogLevel {logERROR, logWARNING, logINFO, logDEBUG, logDEBUG1, logDEBUG2, logDEBUG3, logDEBUG4};\n\ntemplate <typename T>\nclass Log\n{\npublic:\n    Log();\n    virtual ~Log();\n    std::ostringstream& Get(TLogLevel level = logINFO);\npublic:\n    static TLogLevel& ReportingLevel();\n    static std::string ToString(TLogLevel level);\n    static TLogLevel FromString(const std::string& level);\nprotected:\n    std::ostringstream os;\nprivate:\n    Log(const Log&);\n    Log& operator =(const Log&);\n};\n\ntemplate <typename T>\nLog<T>::Log()\n{\n}\n\ntemplate <typename T>\nstd::ostringstream& Log<T>::Get(TLogLevel level)\n{\n    os << \"- \" << NowTime();\n    os << \" \" << ToString(level) << \": \";\n    os << std::string(level > logDEBUG ? level - logDEBUG : 0, '\\t');\n    return os;\n}\n\ntemplate <typename T>\nLog<T>::~Log()\n{\n    os << std::endl;\n    T::Output(os.str());\n}\n\ntemplate <typename T>\nTLogLevel& Log<T>::ReportingLevel()\n{\n    static TLogLevel reportingLevel = cola::logDEBUG4;\n    return reportingLevel;\n}\n\ntemplate <typename T>\nstd::string Log<T>::ToString(TLogLevel level)\n{\n    static const char* const buffer[] = {\"ERROR\", \"WARNING\", \"INFO\", \"DEBUG\", \"DEBUG1\", \"DEBUG2\", \"DEBUG3\", \"DEBUG4\"};\n    return buffer[level];\n}\n\ntemplate <typename T>\nTLogLevel Log<T>::FromString(const std::string& level)\n{\n    if (level == \"DEBUG4\")\n        return logDEBUG4;\n    if (level == \"DEBUG3\")\n        return logDEBUG3;\n    if (level == \"DEBUG2\")\n        return logDEBUG2;\n    if (level == \"DEBUG1\")\n        return logDEBUG1;\n    if (level == \"DEBUG\")\n        return logDEBUG;\n    if (level == \"INFO\")\n        return logINFO;\n    if (level == \"WARNING\")\n        return logWARNING;\n    if (level == \"ERROR\")\n        return logERROR;\n    Log<T>().Get(logWARNING) << \"Unknown logging level '\" << level << \"'. Using INFO level as default.\";\n    return logINFO;\n}\n\nclass Output2FILE\n{\npublic:\n    static FILE*& Stream();\n    static void Output(const std::string& msg);\n};\n\ninline FILE*& Output2FILE::Stream()\n{\n    static FILE* pStream = stderr;\n    return pStream;\n}\n\ninline void Output2FILE::Output(const std::string& msg)\n{\n    FILE* pStream = Stream();\n    if (!pStream)\n        return;\n    fprintf(pStream, \"%s\", msg.c_str());\n    fflush(pStream);\n}\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n#   if defined (BUILDING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllexport)\n#   elif defined (USING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllimport)\n#   else\n#       define FILELOG_DECLSPEC\n#   endif // BUILDING_DBSIMPLE_DLL\n#else\n#   define FILELOG_DECLSPEC\n#endif // _WIN32\n\nclass FILELOG_DECLSPEC FILELog : public Log<Output2FILE> {};\n//typedef Log<Output2FILE> FILELog;\n\n#ifndef FILELOG_MAX_LEVEL\n#define FILELOG_MAX_LEVEL cola::logDEBUG4\n#endif\n\n#define FILE_LOG(level) \\\n    if (level > FILELOG_MAX_LEVEL) ;\\\n    else if (level > cola::FILELog::ReportingLevel() || !cola::Output2FILE::Stream()) ; \\\n    else cola::FILELog().Get(level)\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n\n#include <windows.h>\n\ninline std::string NowTime()\n{\n    const int MAX_LEN = 200;\n    char buffer[MAX_LEN];\n    if (GetTimeFormatA(LOCALE_USER_DEFAULT, 0, 0,\n            \"HH':'mm':'ss\", buffer, MAX_LEN) == 0)\n        return \"Error in NowTime()\";\n\n    static DWORD first = GetTickCount();\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)(GetTickCount() - first) % 1000);\n    return result.str();\n}\n\n#else\n\n#include <sys/time.h>\n\ninline std::string NowTime()\n{\n    char buffer[11];\n    time_t t;\n    time(&t);\n    tm r;\n    strftime(buffer, sizeof(buffer), \"%X\", localtime_r(&t, &r));\n    struct timeval tv;\n    gettimeofday(&tv, 0);\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)tv.tv_usec / 1000);\n    return result.str();\n}\n\n#endif //WIN32\n\n} // namespace cola\n\n#endif //__COLA_LOG_H__\n"
  },
  {
    "path": "cola/libcola/colafd.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the\n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n *\n*/\n\n// cmath needs ::strcpy_s under MinGW so include cstring.\n#include <cstring>\n\n#include <vector>\n#include <cmath>\n#include <limits>\n#include <clocale>\n\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/exceptions.h\"\n\n#include \"libcola/commondefs.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/shortest_paths.h\"\n#include \"libcola/straightener.h\"\n#include \"libcola/cc_clustercontainmentconstraints.h\"\n#include \"libcola/cc_nonoverlapconstraints.h\"\n\n#ifdef MAKEFEASIBLE_DEBUG\n  #include \"libcola/output_svg.h\"\n#endif\n\n// Needs to come last since it will include windows.h on WIN32 and\n// may mess up C++ std library include on GCC 4.4\n#include \"libcola/cola_log.h\"\n\nusing namespace std;\nusing vpsc::Dim;\nusing vpsc::XDIM;\nusing vpsc::YDIM;\nusing vpsc::IncSolver;\nusing vpsc::Variable;\nusing vpsc::Variables;\nusing vpsc::Constraint;\nusing vpsc::Constraints;\nusing vpsc::Rectangle;\nusing vpsc::Rectangles;\n\nnamespace cola {\n\ntemplate <class T>\nvoid delete_vector(vector<T*> &v) {\n    for_each(v.begin(),v.end(),delete_object());\n    v.clear();\n}\nResizes PreIteration::__resizesNotUsed;\nLocks PreIteration::__locksNotUsed;\ninline double dotProd(valarray<double> x, valarray<double> y) {\n    COLA_ASSERT(x.size()==y.size());\n    double dp=0;\n    for(unsigned i=0;i<x.size();i++) {\n        dp+=x[i]*y[i];\n    }\n    return dp;\n}\ntemplate <typename T>\nvoid dumpSquareMatrix(unsigned n, T** L) {\n    printf(\"Matrix %dX%d\\n{\",n,n);\n    for(unsigned i=0;i<n;i++) {\n        printf(\"{\");\n        for(unsigned j=0;j<n;j++) {\n            std::cout<<L[i][j];\n            char c=j==n-1?'}':',';\n            printf(\"%c\",c);\n        }\n        char c=i==n-1?'}':',';\n        printf(\"%c\\n\",c);\n    }\n}\n\nConstrainedFDLayout::ConstrainedFDLayout(const vpsc::Rectangles& rs,\n        const std::vector< Edge >& es, const double idealLength,\n        const EdgeLengths& eLengths,\n        TestConvergence *doneTest, PreIteration* preIteration)\n    : n(rs.size()),\n      X(valarray<double>(n)),\n      Y(valarray<double>(n)),\n      done(doneTest),\n      using_default_done(false),\n      preIteration(preIteration),\n      topologyAddon(new TopologyAddonInterface()),\n      rungekutta(true),\n      desiredPositions(nullptr),\n      clusterHierarchy(nullptr),\n      rectClusterBuffer(0),\n      m_idealEdgeLength(idealLength),\n      m_generateNonOverlapConstraints(false),\n      m_useNeighbourStress(false),\n      m_edge_lengths(eLengths.data(), eLengths.size()),\n      m_nonoverlap_exemptions(new NonOverlapConstraintExemptions())\n{\n    minD = DBL_MAX;\n\n    if (done == nullptr)\n    {\n        done = new TestConvergence();\n        using_default_done = true;\n    }\n\n    computeNeighbours(es);\n\n    //FILELog::ReportingLevel() = logDEBUG1;\n    FILELog::ReportingLevel() = logERROR;\n    boundingBoxes = rs;\n    done->reset();\n    unsigned i=0;\n    for(vpsc::Rectangles::const_iterator ri=rs.begin();ri!=rs.end();++ri,++i) {\n        X[i]=(*ri)->getCentreX();\n        Y[i]=(*ri)->getCentreY();\n        FILE_LOG(logDEBUG) << *ri;\n    }\n    D=new double*[n];\n    G=new unsigned short*[n];\n    for(unsigned i=0;i<n;i++) {\n        D[i]=new double[n];\n        G[i]=new unsigned short[n];\n    }\n\n    computePathLengths(es,m_edge_lengths);\n}\n\nstd::vector<double> ConstrainedFDLayout::readLinearD(void)\n{\n    std::vector<double> d;\n    d.resize(n*n);\n    for (unsigned i = 0; i < n; ++i) {\n        for (unsigned j = 0; j < n; ++j) {\n            d[n*i + j] = D[i][j];\n        }\n    }\n    return d;\n}\n\nstd::vector<unsigned> ConstrainedFDLayout::readLinearG(void)\n{\n    std::vector<unsigned> g;\n    g.resize(n*n);\n    for (unsigned i = 0; i < n; ++i) {\n        for (unsigned j = 0; j < n; ++j) {\n            g[n*i + j] = G[i][j];\n        }\n    }\n    return g;\n}\n\nvoid ConstrainedFDLayout::computeNeighbours(vector<Edge> es) {\n    for (unsigned i = 0; i < n; ++i) {\n        neighbours.push_back(vector<unsigned>(n));\n    }\n    for (vector<Edge>::iterator it = es.begin(); it!=es.end(); ++it) {\n        Edge e = *it;\n        unsigned s = e.first, t = e.second;\n        neighbours[s][t] = 1;\n        neighbours[t][s] = 1;\n    }\n}\n\nvoid dijkstra(const unsigned s, const unsigned n, double* d,\n        const vector<Edge>& es, const std::valarray<double> & eLengths)\n{\n    shortest_paths::dijkstra(s,n,d,es,eLengths);\n}\n\nvoid ConstrainedFDLayout::setConstraints(const cola::CompoundConstraints& ccs)\n{\n    this->ccs = ccs;\n}\n\nvoid ConstrainedFDLayout::setAvoidNodeOverlaps(bool avoidOverlaps,\n        std::vector<std::vector<unsigned> > listOfNodeGroups)\n{\n    m_generateNonOverlapConstraints = avoidOverlaps;\n    m_nonoverlap_exemptions->addExemptGroupOfNodes(listOfNodeGroups);\n}\n\nvoid ConstrainedFDLayout::setUseNeighbourStress(bool useNeighbourStress)\n{\n    m_useNeighbourStress = useNeighbourStress;\n}\n\nvoid ConstrainedFDLayout::setDesiredPositions(DesiredPositions *desiredPositions)\n{\n    this->desiredPositions = desiredPositions;\n}\n\n\n/*\n * Sets up the D and G matrices.  D is the required euclidean distances\n * between pairs of nodes based on the shortest paths between them (using\n * m_idealEdgeLength*eLengths[edge] as the edge length, if eLengths array\n * is provided otherwise just m_idealEdgeLength).  G is a matrix of\n * unsigned ints such that G[u][v]=\n *   0 if there are no forces required between u and v\n *     (for example, if u and v are in unconnected components)\n *   1 if attractive forces are required between u and v\n *     (i.e. if u and v are immediately connected by an edge and there is\n *      no topology route between u and v (for which an attractive force\n *      is computed elsewhere))\n *   2 if no attractive force is required between u and v but there is\n *     a connected path between them.\n */\nvoid ConstrainedFDLayout::computePathLengths(\n        const vector<Edge>& es, std::valarray<double> eLengths)\n{\n    // Correct zero or negative entries in eLengths array.\n    for (size_t i = 0; i < eLengths.size(); ++i)\n    {\n        if (eLengths[i] <= 0)\n        {\n            fprintf(stderr, \"Warning: ignoring non-positive length at index %d \"\n                    \"in ideal edge length array.\\n\", (int) i);\n            eLengths[i] = 1;\n        }\n    }\n\n    shortest_paths::johnsons(n,D,es,eLengths);\n    //dumpSquareMatrix<double>(n,D);\n    for(unsigned i=0;i<n;i++) {\n        for(unsigned j=0;j<n;j++) {\n            if(i==j) continue;\n            double& d=D[i][j];\n            unsigned short& p=G[i][j];\n            p=2;\n            if(d==DBL_MAX) {\n                // i and j are in disconnected subgraphs\n                p=0;\n            } else {\n                d*=m_idealEdgeLength;\n            }\n\n            if ((d > 0) && (d < minD)) {\n                minD = d;\n            }\n        }\n    }\n    if (minD == DBL_MAX) minD = 1;\n\n    for(vector<Edge>::const_iterator e=es.begin();e!=es.end();++e) {\n        unsigned u=e->first, v=e->second;\n        G[u][v]=G[v][u]=1;\n    }\n    topologyAddon->computePathLengths(G);\n    //dumpSquareMatrix<short>(n,G);\n}\n\ntypedef valarray<double> Position;\nvoid getPosition(Position& X, Position& Y, Position& pos) {\n    unsigned n=X.size();\n    COLA_ASSERT(Y.size()==n);\n    COLA_ASSERT(pos.size()==2*n);\n    for(unsigned i=0;i<n;++i) {\n        pos[i]=X[i];\n        pos[i+n]=Y[i];\n    }\n}\n/*\n * moves all rectangles to the desired position while respecting\n * constraints.\n * @param pos target positions of both axes\n */\nvoid ConstrainedFDLayout::setPosition(Position& pos) {\n    COLA_ASSERT(Y.size()==X.size());\n    COLA_ASSERT(pos.size()==2*X.size());\n    moveTo(vpsc::HORIZONTAL,pos);\n    moveTo(vpsc::VERTICAL,pos);\n}\n/*\n * Layout is performed by minimizing the P-stress goal function iteratively.\n * At each iteration taking a step in the steepest-descent direction.\n * x0 is the current position, x1 is the x0 - descentvector.\n */\nvoid ConstrainedFDLayout::computeDescentVectorOnBothAxes(\n        const bool xAxis, const bool yAxis,\n        double stress, Position& x0, Position& x1) {\n    setPosition(x0);\n    if(xAxis) {\n        applyForcesAndConstraints(vpsc::HORIZONTAL,stress);\n    }\n    if(yAxis) {\n        applyForcesAndConstraints(vpsc::VERTICAL,stress);\n    }\n    getPosition(X,Y,x1);\n}\n\n/*\n * run() implements the main layout loop, taking descent steps until\n * stress is no-longer significantly reduced.\n * done is a callback used to check stress but also to report updated\n * positions.\n */\nvoid ConstrainedFDLayout::run(const bool xAxis, const bool yAxis)\n{\n    // This generates constraints for non-overlap inside and outside\n    // of clusters.  To assign correct variable indexes it requires\n    // that vs[] contains elements equal to the number of rectangles.\n    vpsc::Variables vs[2];\n    vs[0].resize(n);\n    vs[1].resize(n);\n    generateNonOverlapAndClusterCompoundConstraints(vs);\n\n    FILE_LOG(logDEBUG) << \"ConstrainedFDLayout::run...\";\n    double stress=DBL_MAX;\n    do {\n        if(preIteration) {\n            if(!(*preIteration)()) {\n                break;\n            }\n            //printf(\"preIteration->changed=%d\\n\",preIteration->changed);\n            if(preIteration->changed) {\n                stress=DBL_MAX;\n            }\n            if(preIteration->resizes.size()>0) {\n                FILE_LOG(logDEBUG) << \" Resize event!\";\n                handleResizes(preIteration->resizes);\n            }\n        }\n        unsigned N=2*n;\n        Position x0(N),x1(N);\n        getPosition(X,Y,x0);\n        if(rungekutta) {\n            Position a(N),b(N),c(N),d(N),ia(N),ib(N);\n            computeDescentVectorOnBothAxes(xAxis,yAxis,stress,x0,a);\n            ia=x0+(a-x0)/2.0;\n            computeDescentVectorOnBothAxes(xAxis,yAxis,stress,ia,b);\n            ib=x0+(b-x0)/2.0;\n            computeDescentVectorOnBothAxes(xAxis,yAxis,stress,ib,c);\n            computeDescentVectorOnBothAxes(xAxis,yAxis,stress,c,d);\n            x1=a+2.0*b+2.0*c+d;\n            x1/=6.0;\n        } else {\n            computeDescentVectorOnBothAxes(xAxis,yAxis,stress,x0,x1);\n        }\n        setPosition(x1);\n        stress=computeStress();\n        FILE_LOG(logDEBUG) << \"stress=\"<<stress;\n    } while(!(*done)(stress,X,Y));\n    for(unsigned i=0;i<n;i++) {\n        vpsc::Rectangle *r=boundingBoxes[i];\n    FILE_LOG(logDEBUG) << *r;\n    }\n    FILE_LOG(logDEBUG) << \"ConstrainedFDLayout::run done.\";\n\n    // Clear extra constraints.\n    for_each(extraConstraints.begin(), extraConstraints.end(), delete_object());\n    extraConstraints.clear();\n\n    // Free extra variables used for cluster containment.\n    for (size_t dim = 0; dim < 2; ++dim)\n    {\n        for (size_t i = n; i < vs[dim].size(); ++i)\n        {\n            delete vs[dim][i];\n        }\n    }\n}\n\n/*\n * Same as run, but only applies one iteration.  This may be useful\n * where it's too hard to implement a call-back (e.g. in java apps)\n */\nvoid ConstrainedFDLayout::runOnce(const bool xAxis, const bool yAxis) {\n    if(n==0) return;\n    double stress=DBL_MAX;\n    unsigned N=2*n;\n    Position x0(N),x1(N);\n    getPosition(X,Y,x0);\n    if(rungekutta) {\n        Position a(N),b(N),c(N),d(N),ia(N),ib(N);\n        computeDescentVectorOnBothAxes(xAxis,yAxis,stress,x0,a);\n        ia=x0+(a-x0)/2.0;\n        computeDescentVectorOnBothAxes(xAxis,yAxis,stress,ia,b);\n        ib=x0+(b-x0)/2.0;\n        computeDescentVectorOnBothAxes(xAxis,yAxis,stress,ib,c);\n        computeDescentVectorOnBothAxes(xAxis,yAxis,stress,c,d);\n        x1=a+2.0*b+2.0*c+d;\n        x1/=6.0;\n    } else {\n        computeDescentVectorOnBothAxes(xAxis,yAxis,stress,x0,x1);\n    }\n}\n\n\n// Used for sorting the CompoundConstraints from lowest priority to highest.\nstatic bool cmpCompoundConstraintPriority(const cola::CompoundConstraint *lhs,\n        const cola::CompoundConstraint *rhs)\n{\n    return lhs->priority() < rhs->priority();\n}\n\n\nvoid ConstrainedFDLayout::recGenerateClusterVariablesAndConstraints(\n        vpsc::Variables (&vars)[2], unsigned int& priority,\n        cola::NonOverlapConstraints *noc, Cluster *cluster,\n        cola::CompoundConstraints& idleConstraints)\n{\n    for (std::vector<Cluster*>::iterator curr = cluster->clusters.begin();\n            curr != cluster->clusters.end(); ++curr)\n    {\n        // For each of the child clusters, recursively call this function.\n        recGenerateClusterVariablesAndConstraints(vars, priority,\n                noc, *curr, idleConstraints);\n    }\n\n    if ( (noc == nullptr) && (dynamic_cast<RootCluster *> (cluster) == nullptr) )\n    {\n        double freeWeight = 0.00000000001;\n        // Then create left and right variables for the boundary of this\n        // cluster.\n        vpsc::Variable *variable = nullptr;\n        cluster->clusterVarId = vars[XDIM].size();\n        COLA_ASSERT(vars[XDIM].size() == vars[YDIM].size());\n        // Left:\n        variable = new vpsc::Variable(vars[XDIM].size(),\n                cluster->bounds.getMinX(), freeWeight);\n        vars[XDIM].push_back(variable);\n        // Right:\n        variable = new vpsc::Variable(vars[XDIM].size(),\n                cluster->bounds.getMaxX(), freeWeight);\n        vars[XDIM].push_back(variable);\n        // Bottom::\n        variable = new vpsc::Variable(vars[YDIM].size(),\n                cluster->bounds.getMinY(), freeWeight);\n        vars[YDIM].push_back(variable);\n        // Top:\n        variable = new vpsc::Variable(vars[YDIM].size(),\n                cluster->bounds.getMaxY(), freeWeight);\n        vars[YDIM].push_back(variable);\n\n        RectangularCluster *rc = dynamic_cast<RectangularCluster *> (cluster);\n        if (rc)\n        {\n            rc->generateFixedRectangleConstraints(idleConstraints,\n                    boundingBoxes, vars);\n        }\n\n        priority--;\n        cola::ClusterContainmentConstraints *ccc =\n                new cola::ClusterContainmentConstraints(cluster, priority,\n                        boundingBoxes);\n        idleConstraints.push_back(ccc);\n    }\n\n    if (noc)\n    {\n        // Enforce non-overlap between all the shapes and clusters at this\n        // level.\n        //printf(\"Cluster #%d non-overlap constraints - nodes %d clusters %d\\n\",\n        //        (int) cluster->clusterVarId, (int) cluster->nodes.size(),\n        //        (int) cluster->clusters.size());\n        unsigned int group = cluster->clusterVarId;\n        // The set of clusters to put non-overlap constraints between is the\n        // child clusters of this cluster.  We will also add any overlapping\n        // clusters (due to multiple inheritence) to this set.\n        std::set<Cluster *> expandedClusterSet(cluster->clusters.begin(),\n                cluster->clusters.end());\n        for (std::set<unsigned>::iterator curr = cluster->nodes.begin();\n                curr != cluster->nodes.end(); ++curr)\n        {\n            unsigned id = *curr;\n\n            if (cluster->m_overlap_replacement_map.count(id) > 0)\n            {\n                // This shape is child of another cluster also, so replace\n                // this node with the other cluster for the purpose of\n                // non-overlap with other children of the current cluster.\n                expandedClusterSet.insert(\n                        cluster->m_overlap_replacement_map[id]);\n            }\n            // Normal case: Add shape for generation of non-overlap\n            // constraints.\n            noc->addShape(id, boundingBoxes[id]->width() / 2,\n                    boundingBoxes[id]->height() / 2, group);\n        }\n        for (std::set<Cluster*>::iterator curr = expandedClusterSet.begin();\n                curr != expandedClusterSet.end(); ++curr)\n        {\n            Cluster *cluster = *curr;\n            RectangularCluster *rectCluster =\n                    dynamic_cast<RectangularCluster *> (cluster);\n            if (rectCluster && rectCluster->clusterIsFromFixedRectangle())\n            {\n                // Treat it like a shape for non-overlap.\n                unsigned id = rectCluster->rectangleIndex();\n                noc->addShape(id, boundingBoxes[id]->width() / 2,\n                        boundingBoxes[id]->height() / 2, group);\n            }\n            else\n            {\n                // Normal cluster.\n                noc->addCluster(cluster, group);\n            }\n        }\n\n        // For the set of shapes that have been replaced due to multiple\n        // inheritance, still generate overlap constraints between them.\n        // (The group uses the ID of the right side variable of the cluster\n        // so it is not the same group as the cluster itself.)\n        for (std::set<unsigned>::iterator curr =\n                cluster->m_nodes_replaced_with_clusters.begin();\n                curr != cluster->m_nodes_replaced_with_clusters.end(); ++curr)\n        {\n            unsigned id = *curr;\n            noc->addShape(id, boundingBoxes[id]->width() / 2,\n                    boundingBoxes[id]->height() / 2, group + 1);\n        }\n\n    }\n}\n\nvoid ConstrainedFDLayout::generateNonOverlapAndClusterCompoundConstraints(\n        vpsc::Variables (&vs)[2])\n{\n    if (clusterHierarchy && !clusterHierarchy->flat())\n    {\n        // Add remaining nodes that aren't contained within any clusters\n        // as children of the root cluster.\n        std::vector<unsigned> nodesInClusterCounts(boundingBoxes.size(), 0);\n        clusterHierarchy->countContainedNodes(nodesInClusterCounts);\n\n        for (unsigned int i = 0; i < nodesInClusterCounts.size(); ++i)\n        {\n            unsigned count = nodesInClusterCounts[i];\n            if (!clusterHierarchy->allowsMultipleParents() &&\n                    count > 1)\n            {\n                fprintf(stderr, \"Warning: node %u is contained in %d \"\n                        \"clusters.\\n\", i, count);\n            }\n\n            if (count == 0)\n            {\n                // Not present in hierarchy, so add to root cluster.\n                clusterHierarchy->nodes.insert(i);\n            }\n        }\n\n        // Add non-overlap and containment constraints for all clusters\n        // and nodes.\n        unsigned int priority = PRIORITY_NONOVERLAP;\n        clusterHierarchy->computeBoundingRect(boundingBoxes);\n\n        // Generate the containment constraints\n        recGenerateClusterVariablesAndConstraints(vs, priority,\n                nullptr, clusterHierarchy, extraConstraints);\n\n        // Compute overlapping clusters.\n        clusterHierarchy->calculateClusterPathsToEachNode(boundingBoxes.size());\n\n        // Generate non-overlap constraints between all clusters and\n        // all contained nodes.\n        if (m_generateNonOverlapConstraints)\n        {\n            priority--;\n            cola::NonOverlapConstraints *noc =\n                    new cola::NonOverlapConstraints(m_nonoverlap_exemptions,\n                            priority);\n            noc->setClusterClusterExemptions(\n                    clusterHierarchy->m_cluster_cluster_overlap_exceptions);\n            recGenerateClusterVariablesAndConstraints(vs, priority,\n                    noc, clusterHierarchy, extraConstraints);\n            extraConstraints.push_back(noc);\n        }\n    }\n    else if (m_generateNonOverlapConstraints)\n    {\n        // Add standard non-overlap constraints between each pair of\n        // nodes.\n        cola::NonOverlapConstraints *noc =\n                new cola::NonOverlapConstraints(m_nonoverlap_exemptions);\n        for (unsigned int i = 0; i < boundingBoxes.size(); ++i)\n        {\n            noc->addShape(i, boundingBoxes[i]->width() / 2,\n                    boundingBoxes[i]->height() / 2);\n        }\n        extraConstraints.push_back(noc);\n    }\n}\n\nvoid ConstrainedFDLayout::makeFeasible(double xBorder, double yBorder)\n{\n    vpsc::Variables vs[2];\n    vpsc::Constraints valid[2];\n\n    vpsc::Rectangle::setXBorder(xBorder);\n    vpsc::Rectangle::setYBorder(yBorder);\n\n    // Populate all the variables for shapes.\n    for (unsigned int dim = 0; dim < 2; ++dim)\n    {\n        vs[dim] = vpsc::Variables(boundingBoxes.size());\n        for (unsigned int i = 0; i < vs[dim].size(); ++i)\n        {\n            double pos = (dim == 0) ?\n                    boundingBoxes[i]->getCentreX() :\n                    boundingBoxes[i]->getCentreY();\n            vs[dim][i] = new vpsc::Variable(i, pos, 1);\n        }\n    }\n\n    vector<double> priorPos(boundingBoxes.size());\n\n    generateNonOverlapAndClusterCompoundConstraints(vs);\n\n    // Make a copy of the compound constraints and sort them by priority.\n    cola::CompoundConstraints idleConstraints = ccs;\n    // Append extraConstraints to idleConstraints.\n    idleConstraints.insert(idleConstraints.end(),\n            extraConstraints.begin(), extraConstraints.end());\n\n    std::sort(idleConstraints.begin(), idleConstraints.end(),\n            cmpCompoundConstraintPriority);\n\n    // Initialise extra variables for compound constraints.\n    for (unsigned int dim = 0; dim < 2; ++dim)\n    {\n        generateVariables(idleConstraints, (vpsc::Dim) dim, vs[dim]);\n    }\n\n#ifdef MAKEFEASIBLE_DEBUG\n    int iteration = 0;\n    vector<string> labels(boundingBoxes.size());\n    for(unsigned i=0;i<boundingBoxes.size();++i)\n    {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n#endif\n\n    // We can keep adding new constraints to the existing VPSC instances so\n    // long as everything is satisfiable.  Only when it's not do we discard\n    // the existing VPSC instance for that dimension and create a new one.\n    vpsc::IncSolver *solver[2] = { nullptr };\n\n    // Main makeFeasible loop.\n    while (!idleConstraints.empty())\n    {\n        // idleConstraints is sorted lowest to highest priority, so the\n        // highest priority constraint will be at the back of the vector.\n        cola::CompoundConstraint *cc = idleConstraints.back();\n        idleConstraints.pop_back();\n\n#ifdef MAKEFEASIBLE_DEBUG\n        {\n            // Debugging SVG time slice output.\n            std::vector<cola::Edge> es;\n            for (unsigned int i = 0; i < boundingBoxes.size(); ++i)\n            {\n                boundingBoxes[i]->moveCentreX(vs[0][i]->finalPosition);\n                boundingBoxes[i]->moveCentreY(vs[1][i]->finalPosition);\n            }\n            iteration++;\n            std::sstream filename;\n            filename << \"out/file-\" << std::setfill('0') << std::setw(5) << iteration << \".pdf\";\n\n            OutputFile of(boundingBoxes,es,clusterHierarchy,filename.str().c_str(),true,false);\n            of.setLabels(labels);\n            of.generate();\n        }\n#endif\n\n        cc->markAllSubConstraintsAsInactive();\n        bool subConstraintSatisfiable = true;\n\n        if (cc->shouldCombineSubConstraints())\n        {\n            // We are processing a combined set of satisfiable constraints,\n            // such as for containment within cluster boundary variables, so\n            // we just add all the required constraints and solve in both\n            // the X and Y dimension once to set the cluster boundaries to\n            // meaningful values.\n            while (cc->subConstraintsRemaining())\n            {\n                cola::SubConstraintAlternatives alternatives =\n                        cc->getCurrSubConstraintAlternatives(vs);\n                // There should be no alternatives, just guaranteed\n                // satisfiable constraints.\n                COLA_ASSERT(alternatives.size() == 1);\n                vpsc::Dim& dim = alternatives.front().dim;\n                vpsc::Constraint& constraint = alternatives.front().constraint;\n                vpsc::Constraint *newConstraint =\n                        new vpsc::Constraint(constraint);\n                valid[dim].push_back(newConstraint);\n                if (solver[dim])\n                {\n                    // If we have an existing valid solver instance, add the\n                    // constraint to that.\n                    solver[dim]->addConstraint(newConstraint);\n                }\n                cc->markCurrSubConstraintAsActive(subConstraintSatisfiable);\n            }\n            // Satisfy the constraints in each dimension.\n            for (size_t dim = 0; dim < 2; ++dim)\n            {\n                if (solver[dim] == nullptr)\n                {\n                    // Create a new VPSC solver if necessary.\n                    solver[dim] = new vpsc::IncSolver(vs[dim], valid[dim]);\n                }\n                solver[dim]->satisfy();\n            }\n            continue;\n        }\n\n        while (cc->subConstraintsRemaining())\n        {\n            cola::SubConstraintAlternatives alternatives =\n                    cc->getCurrSubConstraintAlternatives(vs);\n            alternatives.sort();\n\n            if (alternatives.empty())\n            {\n                continue;\n            }\n\n            while (!alternatives.empty())\n            {\n                // Reset subConstraintSatisfiable for new solve.\n                subConstraintSatisfiable = true;\n\n                vpsc::Dim& dim = alternatives.front().dim;\n                vpsc::Constraint& constraint = alternatives.front().constraint;\n\n                // Store current values for variables.\n                for (unsigned int i = 0; i < priorPos.size(); ++i)\n                {\n                    priorPos[i] = vs[dim][i]->finalPosition;\n                }\n\n                // Some solving...\n                try\n                {\n                    // Add the constraint from this alternative to the\n                    // valid constraint set.\n                    vpsc::Constraint *newConstraint =\n                            new vpsc::Constraint(constraint);\n                    valid[dim].push_back(newConstraint);\n\n                    //fprintf(stderr, \".%d %3d - \", dim, valid[dim].size());\n\n                    // Try to satisfy this set of constraints..\n                    if (solver[dim] == nullptr)\n                    {\n                        // Create a new VPSC solver if necessary.\n                        solver[dim] = new vpsc::IncSolver(vs[dim], valid[dim]);\n                    }\n                    else\n                    {\n                        // Or just add the constraint to the existing solver.\n                        solver[dim]->addConstraint(newConstraint);\n                    }\n                    solver[dim]->satisfy();\n                }\n                catch (char *str)\n                {\n                    subConstraintSatisfiable = false;\n\n                    std::cerr << \"++++ IN ERROR BLOCK\" << std::endl;\n                    std::cerr << str << std::endl;\n                    for (vpsc::Rectangles::iterator r = boundingBoxes.begin();\n                            r != boundingBoxes.end(); ++r)\n                    {\n                        std::cerr << **r <<std::endl;\n                    }\n                }\n                for (size_t i = 0; i < valid[dim].size(); ++i)\n                {\n                    if (valid[dim][i]->unsatisfiable)\n                    {\n                        // It might have made one of the earlier added\n                        // constraints unsatisfiable, so we mark that one\n                        // as okay since we will be reverting the most\n                        // recent one.\n                        valid[dim][i]->unsatisfiable = false;\n\n                        subConstraintSatisfiable = false;\n                    }\n                }\n\n                if (!subConstraintSatisfiable)\n                {\n                    // Since we had unsatisfiable constraints we must\n                    // discard this solver instance.\n                    delete solver[dim];\n                    solver[dim] = nullptr;\n\n                    // Restore previous values for variables.\n                    for (unsigned int i = 0; i < priorPos.size(); ++i)\n                    {\n                        vs[dim][i]->finalPosition = priorPos[i];\n                    }\n\n                    // Delete the newly added (and unsatisfiable)\n                    // constraint from the valid constraint set.\n                    delete valid[dim].back();\n                    valid[dim].pop_back();\n                }\n                else\n                {\n                    // Satisfied, so don't need to consider other alternatives.\n                    break;\n                }\n                // Move on to the next alternative.\n                alternatives.pop_front();\n            }\n#ifdef MAKEFEASIBLE_DEBUG\n            if (true || idleConstraints.size() == 0)\n            {\n                // Debugging SVG time slice output, but don't show this for\n                // constraints that promised satisfiable.\n                std::vector<cola::Edge> es;\n                for (unsigned int i = 0; i < boundingBoxes.size(); ++i)\n                {\n                    boundingBoxes[i]->moveCentreX(vs[0][i]->finalPosition);\n                    boundingBoxes[i]->moveCentreY(vs[1][i]->finalPosition);\n                }\n                iteration++;\n                std::sstream filename;\n                filename << \"out/file-\" << std::setfill('0') << std::setw(5) << iteration << \".pdf\";\n\n                OutputFile of(boundingBoxes,es,clusterHierarchy,filename.str().c_str(),\n                        true,false);\n                of.setLabels(labels);\n                of.generate();\n            }\n#endif\n            cc->markCurrSubConstraintAsActive(subConstraintSatisfiable);\n        }\n    }\n\n    // Delete the persistent VPSC solver instances.\n    for (size_t dim = 0; dim < 2; ++dim)\n    {\n        if (solver[dim])\n        {\n            delete solver[dim];\n            solver[dim] = nullptr;\n        }\n    }\n\n    // Write positions from solver variables back to Rectangles.\n    for (unsigned int i = 0; i < boundingBoxes.size(); ++i)\n    {\n        boundingBoxes[i]->moveCentreX(vs[0][i]->finalPosition);\n        boundingBoxes[i]->moveCentreY(vs[1][i]->finalPosition);\n    }\n\n    vpsc::Rectangle::setXBorder(0);\n    vpsc::Rectangle::setYBorder(0);\n\n    // Cleanup.\n    for (unsigned int dim = 0; dim < 2; ++dim)\n    {\n        for_each(valid[dim].begin(), valid[dim].end(), delete_object());\n        for_each(vs[dim].begin(), vs[dim].end(), delete_object());\n    }\n\n    topologyAddon->makeFeasible(m_generateNonOverlapConstraints,\n            boundingBoxes, clusterHierarchy);\n\n    // Update the X and Y vectors with the new shape positions.\n    for (unsigned int i = 0; i < boundingBoxes.size(); ++i)\n    {\n        X[i] = boundingBoxes[i]->getCentreX();\n        Y[i] = boundingBoxes[i]->getCentreY();\n    }\n\n    // Clear extra constraints for cluster containment and non-overlap.\n    for_each(extraConstraints.begin(), extraConstraints.end(), delete_object());\n    extraConstraints.clear();\n}\n\nConstrainedFDLayout::~ConstrainedFDLayout()\n{\n    if (using_default_done)\n    {\n        delete done;\n    }\n\n    for (unsigned i = 0; i < n; ++i)\n    {\n        delete [] G[i];\n        delete [] D[i];\n    }\n    delete [] G;\n    delete [] D;\n    delete topologyAddon;\n    delete m_nonoverlap_exemptions;\n}\n\nvoid ConstrainedFDLayout::freeAssociatedObjects(void)\n{\n    // Free Rectangles\n    for_each(boundingBoxes.begin(), boundingBoxes.end(), delete_object());\n    boundingBoxes.clear();\n\n    // Free compound constraints\n    std::list<CompoundConstraint *> freeList(ccs.begin(), ccs.end());\n    freeList.sort();\n    freeList.unique();\n    if (freeList.size() != ccs.size())\n    {\n        // The compound constraint list had repeated elements.\n        fprintf(stderr, \"Warning: CompoundConstraints vector contained %d \"\n                \"duplicates.\\n\", (int) (ccs.size() - freeList.size()));\n    }\n    ccs.clear();\n    for_each(freeList.begin(), freeList.end(), delete_object());\n\n    if (clusterHierarchy)\n    {\n        delete clusterHierarchy;\n        clusterHierarchy = nullptr;\n    }\n\n    topologyAddon->freeAssociatedObjects();\n}\n\nvoid ConstrainedFDLayout::setTopology(TopologyAddonInterface *newTopology)\n{\n    COLA_ASSERT(topologyAddon);\n    delete topologyAddon;\n    topologyAddon = newTopology->clone();\n}\n\nTopologyAddonInterface *ConstrainedFDLayout::getTopology(void)\n{\n    return topologyAddon->clone();\n}\n\n\nvoid setupVarsAndConstraints(unsigned n, const CompoundConstraints& ccs,\n        const vpsc::Dim dim, vpsc::Rectangles& boundingBoxes,\n        RootCluster *clusterHierarchy,\n        vpsc::Variables& vs, vpsc::Constraints& cs,\n        valarray<double> &coords)\n{\n    vs.resize(n);\n    for (unsigned i = 0; i < n; ++i)\n    {\n        vs[i] = new vpsc::Variable(i, coords[i]);\n    }\n\n    if (clusterHierarchy && !clusterHierarchy->flat())\n    {\n        // Create variables for clusters\n        clusterHierarchy->computeBoundingRect(boundingBoxes);\n        clusterHierarchy->createVars(dim, boundingBoxes, vs);\n    }\n\n    for (CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateVariables(dim, vs);\n    }\n    for (CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateSeparationConstraints(dim, vs, cs, boundingBoxes);\n    }\n}\n\n\nstatic void setupExtraConstraints(const CompoundConstraints& ccs,\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& cs,\n        vpsc::Rectangles& boundingBoxes)\n{\n    for (CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateVariables(dim, vs);\n    }\n    for (CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateSeparationConstraints(dim, vs, cs, boundingBoxes);\n    }\n}\n\nvoid updateCompoundConstraints(const vpsc::Dim dim,\n        const CompoundConstraints& ccs)\n{\n    for (CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->updatePosition(dim);\n    }\n}\nvoid project(vpsc::Variables& vs, vpsc::Constraints& cs, valarray<double>& coords) {\n    unsigned n=coords.size();\n    vpsc::IncSolver s(vs,cs);\n    s.solve();\n    for(unsigned i=0;i<n;++i) {\n        coords[i]=vs[i]->finalPosition;\n    }\n}\nvoid setVariableDesiredPositions(vpsc::Variables& vs, vpsc::Constraints& cs,\n        const DesiredPositionsInDim& des, valarray<double>& coords)\n{\n    COLA_UNUSED(cs);\n\n    unsigned n=coords.size();\n    COLA_ASSERT(vs.size()>=n);\n    for(unsigned i=0;i<n;++i) {\n        vpsc::Variable* v=vs[i];\n        v->desiredPosition = coords[i];\n        v->weight=1;\n    }\n    for (DesiredPositionsInDim::const_iterator d=des.begin();\n            d!=des.end(); ++d) {\n        COLA_ASSERT(d->first<vs.size());\n        vpsc::Variable* v=vs[d->first];\n        v->desiredPosition = d->second;\n        v->weight=10000;\n    }\n}\nvoid checkUnsatisfiable(const vpsc::Constraints& cs,\n        UnsatisfiableConstraintInfos* unsatisfiable) {\n    for(vpsc::Constraints::const_iterator c=cs.begin();c!=cs.end();++c) {\n        if((*c)->unsatisfiable) {\n            UnsatisfiableConstraintInfo* i=new UnsatisfiableConstraintInfo(*c);\n            unsatisfiable->push_back(i);\n        }\n    }\n}\n\nvoid ConstrainedFDLayout::handleResizes(const Resizes& resizeList)\n{\n    topologyAddon->handleResizes(resizeList, n, X, Y, ccs, boundingBoxes,\n            clusterHierarchy);\n}\n\n/*\n * move positions of nodes in specified axis while respecting constraints\n * @param dim axis\n * @param target array of desired positions (for both axes)\n */\nvoid ConstrainedFDLayout::moveTo(const vpsc::Dim dim, Position& target) {\n    COLA_ASSERT(target.size()==2*n);\n    FILE_LOG(logDEBUG) << \"ConstrainedFDLayout::moveTo(): dim=\"<<dim;\n    valarray<double> &coords = (dim==vpsc::HORIZONTAL)?X:Y;\n    vpsc::Variables vs;\n    vpsc::Constraints cs;\n    setupVarsAndConstraints(n, ccs, dim, boundingBoxes,\n            clusterHierarchy, vs, cs, coords);\n    DesiredPositionsInDim des;\n    if(preIteration) {\n        for(vector<Lock>::iterator l=preIteration->locks.begin();\n                l!=preIteration->locks.end();l++) {\n            des.push_back(make_pair(l->getID(),l->pos(dim)));\n            FILE_LOG(logDEBUG1)<<\"desi: v[\"<<l->getID()<<\"]=(\"<<l->pos(vpsc::HORIZONTAL)\n                <<\",\"<<l->pos(vpsc::VERTICAL)<<\")\";\n        }\n    }\n    for(unsigned i=0, j=(dim==vpsc::HORIZONTAL?0:n);i<n;++i,++j) {\n        vpsc::Variable* v=vs[i];\n        v->desiredPosition = target[j];\n    }\n    setVariableDesiredPositions(vs,cs,des,coords);\n    if (topologyAddon->useTopologySolver())\n    {\n        topologyAddon->moveTo(dim, vs, cs, coords, clusterHierarchy);\n    } else {\n        // Add non-overlap constraints, but not variables again.\n        setupExtraConstraints(extraConstraints, dim, vs, cs, boundingBoxes);\n        // Projection.\n        project(vs,cs,coords);\n        moveBoundingBoxes();\n    }\n    updateCompoundConstraints(dim, ccs);\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n}\n/*\n * The following computes an unconstrained solution then uses Projection to\n * make this solution feasible with respect to constraints by moving things as\n * little as possible.  If \"meta-constraints\" such as avoidOverlaps or edge\n * straightening are required then dummy variables will be generated.\n */\ndouble ConstrainedFDLayout::applyForcesAndConstraints(const vpsc::Dim dim, const double oldStress) {\n    FILE_LOG(logDEBUG) << \"ConstrainedFDLayout::applyForcesAndConstraints(): dim=\"<<dim;\n    valarray<double> g(n);\n    valarray<double> &coords = (dim==vpsc::HORIZONTAL)?X:Y;\n    DesiredPositionsInDim des;\n    if(preIteration) {\n        for(vector<Lock>::iterator l=preIteration->locks.begin();\n                l!=preIteration->locks.end();l++) {\n            des.push_back(make_pair(l->getID(),l->pos(dim)));\n            FILE_LOG(logDEBUG1)<<\"desi: v[\"<<l->getID()<<\"]=(\"<<l->pos(vpsc::HORIZONTAL)\n                <<\",\"<<l->pos(vpsc::VERTICAL)<<\")\";\n        }\n    }\n    vpsc::Variables vs;\n    vpsc::Constraints cs;\n    double stress;\n    setupVarsAndConstraints(n, ccs, dim, boundingBoxes,\n            clusterHierarchy, vs, cs, coords);\n\n    if (topologyAddon->useTopologySolver())\n    {\n        stress = topologyAddon->applyForcesAndConstraints(this, dim, g, vs, cs,\n                coords, des, oldStress);\n    } else {\n        // Add non-overlap constraints, but not variables again.\n        setupExtraConstraints(extraConstraints, dim, vs, cs, boundingBoxes);\n        // Projection.\n        SparseMap HMap(n);\n        computeForces(dim,HMap,g);\n        SparseMatrix H(HMap);\n        valarray<double> oldCoords=coords;\n        applyDescentVector(g,oldCoords,coords,oldStress,computeStepSize(H,g,g));\n        setVariableDesiredPositions(vs,cs,des,coords);\n        project(vs,cs,coords);\n        valarray<double> d(n);\n        d=oldCoords-coords;\n        double stepsize=computeStepSize(H,g,d);\n        stepsize=max(0.,min(stepsize,1.));\n        //printf(\" dim=%d beta: \",dim);\n        stress = applyDescentVector(d,oldCoords,coords,oldStress,stepsize);\n        moveBoundingBoxes();\n    }\n    updateCompoundConstraints(dim, ccs);\n    if(unsatisfiable.size()==2) {\n        checkUnsatisfiable(cs,unsatisfiable[dim]);\n    }\n    FILE_LOG(logDEBUG) << \"ConstrainedFDLayout::applyForcesAndConstraints... done, stress=\"<<stress;\n    if (clusterHierarchy)\n    {\n        clusterHierarchy->computeVarRect(vs, dim);\n        clusterHierarchy->computeBoundingRect(boundingBoxes);\n    }\n\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n    return stress;\n}\n/*\n * Attempts to set coords=oldCoords-stepsize*d.  If this does not reduce\n * the stress from oldStress then stepsize is halved.  This is repeated\n * until stepsize falls below a threshhold.\n * @param d is a descent vector (a movement vector intended to reduce the\n * stress)\n * @param oldCoords are the previous position vector\n * @param coords will hold the new position after applying d\n * @param stepsize is a scalar multiple of the d to apply\n */\ndouble ConstrainedFDLayout::applyDescentVector(\n        valarray<double> const &d,\n        valarray<double> const &oldCoords,\n        valarray<double> &coords,\n        const double oldStress,\n        double stepsize\n        )\n{\n    COLA_UNUSED(oldStress);\n\n    COLA_ASSERT(d.size()==oldCoords.size());\n    COLA_ASSERT(d.size()==coords.size());\n    while(fabs(stepsize)>0.00000000001) {\n        coords=oldCoords-stepsize*d;\n        double stress=computeStress();\n        //printf(\" applyDV: oldstress=%f, stress=%f, stepsize=%f\\n\", oldStress,stress,stepsize);\n        //if(oldStress>=stress) {\n            return stress;\n        //}\n        coords=oldCoords;\n        stepsize*=0.5;\n    }\n    return computeStress();\n}\n\n\n// Computes X and Y offsets for nodes that are at the same position.\nstd::vector<double> ConstrainedFDLayout::offsetDir(double minD)\n{\n    std::vector<double> u(2);\n    double l = 0;\n    for (size_t i = 0; i < 2; ++i)\n    {\n        double x = u[i] = random.getNextBetween(0.01, 1) - 0.5;\n        l += x * x;\n    }\n    l = sqrt(l);\n\n    for (size_t i = 0; i < 2; ++i)\n    {\n        u[i] *= (minD / l);\n    }\n\n    return u;\n}\n\n\n/*\n * Computes:\n *  - the matrix of second derivatives (the Hessian) H, used in\n *    calculating stepsize; and\n *  - the vector g, the negative gradient (steepest-descent) direction.\n */\nvoid ConstrainedFDLayout::computeForces(\n        const vpsc::Dim dim,\n        SparseMap &H,\n        valarray<double> &g) {\n    if(n==1) return;\n    g=0;\n    // for each node:\n    for(unsigned u=0;u<n;u++) {\n        // Stress model\n        double Huu=0;\n        for(unsigned v=0;v<n;v++) {\n            if(u==v) continue;\n            if (m_useNeighbourStress && neighbours[u][v]!=1) continue;\n\n            // The following loop randomly displaces nodes that are at identical positions\n            double rx=X[u]-X[v], ry=Y[u]-Y[v];\n            double sd2 = rx*rx+ry*ry;\n            unsigned maxDisplaces = n;  // avoid infinite loop in the case of numerical issues, such as huge values\n\n            while (maxDisplaces--)\n            {\n                if ((sd2) > 1e-3)\n                {\n                    break;\n                }\n\n                std::vector<double> rd = offsetDir(minD);\n                X[v] += rd[0];\n                Y[v] += rd[1];\n                rx=X[u]-X[v], ry=Y[u]-Y[v];\n                sd2 = rx*rx+ry*ry;\n            }\n\n            unsigned short p = G[u][v];\n            // no forces between disconnected parts of the graph\n            if(p==0) continue;\n            double l=sqrt(sd2);\n            double d=D[u][v];\n            if(l>d && p>1) continue; // attractive forces not required\n            double d2=d*d;\n            /* force apart zero distances */\n            if (l < 1e-30) {\n                l=0.1;\n            }\n            double dx=dim==vpsc::HORIZONTAL?rx:ry;\n            double dy=dim==vpsc::HORIZONTAL?ry:rx;\n            g[u]+=dx*(l-d)/(d2*l);\n            Huu-=H(u,v)=(d*dy*dy/(l*l*l)-1)/d2;\n        }\n        H(u,u)=Huu;\n    }\n    if(desiredPositions) {\n        for(DesiredPositions::const_iterator p=desiredPositions->begin();\n            p!=desiredPositions->end();++p) {\n            unsigned i = p->id;\n            double d=(dim==vpsc::HORIZONTAL)\n                ?p->x-X[i]:p->y-Y[i];\n            d*=p->weight;\n            g[i]-=d;\n            H(i,i)+=p->weight;\n        }\n    }\n}\n/*\n * Returns the optimal step-size in the direction d, given gradient g and\n * hessian H.\n */\ndouble ConstrainedFDLayout::computeStepSize(\n        SparseMatrix const &H,\n        valarray<double> const &g,\n        valarray<double> const &d) const\n{\n    COLA_ASSERT(g.size()==d.size());\n    COLA_ASSERT(g.size()==H.rowSize());\n    // stepsize = g'd / (d' H d)\n    double numerator = dotProd(g,d);\n    valarray<double> Hd(d.size());\n    H.rightMultiply(d,Hd);\n    double denominator = dotProd(d,Hd);\n    //COLA_ASSERT(numerator>=0);\n    //COLA_ASSERT(denominator>=0);\n    if(denominator==0) return 0;\n    return numerator/denominator;\n}\n/*\n * Just computes the cost (Stress) at the current X,Y position\n * used to test termination.\n * This method will call preIteration if one is set.\n */\ndouble ConstrainedFDLayout::computeStress() const {\n    FILE_LOG(logDEBUG)<<\"ConstrainedFDLayout::computeStress()\";\n    double stress=0;\n    for(unsigned u=0;(u + 1)<n;u++) {\n        for(unsigned v=u+1;v<n;v++) {\n            if (m_useNeighbourStress && neighbours[u][v]!=1) continue;\n            unsigned short p=G[u][v];\n            // no forces between disconnected parts of the graph\n            if(p==0) continue;\n            double rx=X[u]-X[v], ry=Y[u]-Y[v];\n            double l=sqrt(rx*rx+ry*ry);\n            double d=D[u][v];\n            if(l>d && p>1) continue; // no attractive forces required\n            double d2=d*d;\n            double rl=d-l;\n            double s=rl*rl/d2;\n            stress+=s;\n            FILE_LOG(logDEBUG2)<<\"s(\"<<u<<\",\"<<v<<\")=\"<<s;\n        }\n    }\n    if(preIteration) {\n        if ((*preIteration)()) {\n            for(vector<Lock>::iterator l=preIteration->locks.begin();\n                    l!=preIteration->locks.end();l++) {\n                double dx=l->pos(vpsc::HORIZONTAL)-X[l->getID()], dy=l->pos(vpsc::VERTICAL)-Y[l->getID()];\n                double s=10000*(dx*dx+dy*dy);\n                stress+=s;\n                FILE_LOG(logDEBUG2)<<\"d(\"<<l->getID()<<\")=\"<<s;\n            }\n        }\n    }\n    stress += topologyAddon->computeStress();\n    if(desiredPositions) {\n        for(DesiredPositions::const_iterator p = desiredPositions->begin();\n            p!=desiredPositions->end();++p) {\n            double dx = X[p->id] - p->x, dy = Y[p->id] - p->y;\n            stress+=0.5*p->weight*(dx*dx+dy*dy);\n        }\n    }\n    return stress;\n}\nvoid ConstrainedFDLayout::moveBoundingBoxes() {\n    for(unsigned i=0;i<n;i++) {\n        boundingBoxes[i]->moveCentre(X[i],Y[i]);\n    }\n}\n\nstatic const double LIMIT = 100000000;\n\nstatic void reduceRange(double& val)\n{\n    val = std::min(val, LIMIT);\n    val = std::max(val, -LIMIT);\n}\n\nvoid ConstrainedFDLayout::outputInstanceToSVG(std::string instanceName)\n{\n    // Save current locale\n    char* originalLocale = setlocale(LC_NUMERIC, nullptr);\n    // Set locale to \"C\" to enforce decimal point\n    setlocale(LC_NUMERIC, \"C\");\n\n    std::string filename;\n    if (!instanceName.empty())\n    {\n        filename = instanceName;\n    }\n    else\n    {\n        filename = \"libcola-debug\";\n    }\n    filename += \".svg\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n\n    if (fp == nullptr)\n    {\n        return;\n    }\n\n\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n\n    // Find the bounds of the diagram.\n    for (size_t i = 0; i < boundingBoxes.size(); ++i)\n    {\n        double rMinX = boundingBoxes[i]->getMinX();\n        double rMaxX = boundingBoxes[i]->getMaxX();\n        double rMinY = boundingBoxes[i]->getMinY();\n        double rMaxY = boundingBoxes[i]->getMaxY();\n\n        reduceRange(rMinX);\n        reduceRange(rMaxX);\n        reduceRange(rMinY);\n        reduceRange(rMaxY);\n\n        if (rMinX > -LIMIT)\n        {\n            minX = std::min(minX, rMinX);\n        }\n        if (rMaxX < LIMIT)\n        {\n            maxX = std::max(maxX,rMaxX);\n        }\n        if (rMinY > -LIMIT)\n        {\n            minY = std::min(minY, rMinY);\n        }\n        if (rMaxY < LIMIT)\n        {\n            maxY = std::max(maxY, rMaxY);\n        }\n    }\n\n    minX -= 50;\n    minY -= 50;\n    maxX += 50;\n    maxY += 50;\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n\n    // Output source code to generate this ConstrainedFDLayout instance.\n    fprintf(fp, \"<!-- Source code to generate this instance:\\n\");\n    fprintf(fp, \"#include <vector>\\n\");\n    fprintf(fp, \"#include <utility>\\n\");\n    fprintf(fp, \"#include \\\"libcola/cola.h\\\"\\n\");\n    fprintf(fp, \"using namespace cola;\\n\");\n    fprintf(fp, \"int main(void) {\\n\");\n    fprintf(fp, \"    CompoundConstraints ccs;\\n\");\n    fprintf(fp, \"    std::vector<Edge> es;\\n\");\n    fprintf(fp, \"    EdgeLengths eLengths;\\n\");\n    fprintf(fp, \"    double defaultEdgeLength=%g;\\n\", m_idealEdgeLength);\n    fprintf(fp, \"    std::vector<vpsc::Rectangle*> rs;\\n\");\n    fprintf(fp, \"    vpsc::Rectangle *rect = nullptr;\\n\\n\");\n    for (size_t i = 0; i < boundingBoxes.size(); ++i)\n    {\n        fprintf(fp, \"    rect = new vpsc::Rectangle(%g, %g, %g, %g);\\n\",\n               boundingBoxes[i]->getMinX(), boundingBoxes[i]->getMaxX(),\n               boundingBoxes[i]->getMinY(), boundingBoxes[i]->getMaxY());\n        fprintf(fp, \"    rs.push_back(rect);\\n\\n\");\n    }\n\n    for (size_t i = 0; i < n; ++i)\n    {\n        for (size_t j =  i + 1; j < n; ++j)\n        {\n            if (G[i][j] == 1)\n            {\n                fprintf(fp, \"    es.push_back(std::make_pair(%lu, %lu));\\n\", i, j);\n            }\n        }\n    }\n    fprintf(fp, \"\\n\");\n\n    if (m_edge_lengths.size() > 0)\n    {\n        fprintf(fp, \"    eLengths.resize(%d);\\n\", (int) m_edge_lengths.size());\n        for (size_t i = 0; i < m_edge_lengths.size(); ++i)\n        {\n            fprintf(fp, \"    eLengths[%d] = %g;\\n\", (int) i, m_edge_lengths[i]);\n        }\n        fprintf(fp, \"\\n\");\n    }\n\n    for (cola::CompoundConstraints::iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->printCreationCode(fp);\n    }\n\n    fprintf(fp, \"    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\\n\");\n    if (clusterHierarchy)\n    {\n        clusterHierarchy->printCreationCode(fp);\n        fprintf(fp, \"    alg.setClusterHierarchy(cluster%llu);\\n\",\n                (unsigned long long) clusterHierarchy);\n    }\n    fprintf(fp, \"    alg.setConstraints(ccs);\\n\");\n    fprintf(fp, \"    alg.setAvoidNodeOverlaps(%s);\\n\",\n            (m_generateNonOverlapConstraints) ? \"true\" : \"false\");\n    fprintf(fp, \"    alg.makeFeasible();\\n\");\n    fprintf(fp, \"    alg.run();\\n\");\n    fprintf(fp, \"    alg.freeAssociatedObjects();\\n\");\n    fprintf(fp, \"    return 0;\\n\");\n    fprintf(fp, \"};\\n\");\n    fprintf(fp, \"-->\\n\");\n\n    if (clusterHierarchy)\n    {\n        clusterHierarchy->computeBoundingRect(boundingBoxes);\n        fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Clusters\\\">\\n\");\n        clusterHierarchy->outputToSVG(fp);\n        fprintf(fp, \"</g>\\n\");\n    }\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Rects\\\">\\n\");\n    for (size_t i = 0; i < boundingBoxes.size(); ++i)\n    {\n        double minX = boundingBoxes[i]->getMinX();\n        double maxX = boundingBoxes[i]->getMaxX();\n        double minY = boundingBoxes[i]->getMinY();\n        double maxY = boundingBoxes[i]->getMaxY();\n\n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n                \"fill: blue; fill-opacity: 0.3;\\\" />\\n\",\n                (unsigned) i, minX, minY, maxX - minX, maxY - minY);\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Edges\\\">\\n\");\n    for (size_t i = 0; i < n; ++i)\n    {\n        for (size_t j =  i + 1; j < n; ++j)\n        {\n            if (G[i][j] == 1)\n            {\n                fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                        \"style=\\\"stroke-width: 1px; stroke: black;\\\" />\\n\",\n                        boundingBoxes[i]->getCentreX(),\n                        boundingBoxes[i]->getCentreY(),\n                        boundingBoxes[j]->getCentreX(),\n                        boundingBoxes[j]->getCentreY());\n            }\n        }\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"</svg>\\n\");\n    fclose(fp);\n    // Restore locale\n    setlocale(LC_NUMERIC, originalLocale);\n}\n\nProjectionResult projectOntoCCs(Dim dim, Rectangles &rs, CompoundConstraints ccs,\n                                bool preventOverlaps, int accept, unsigned debugLevel)\n{\n    size_t n = rs.size();\n    // Set up nonoverlap constraints if desired.\n    NonOverlapConstraintExemptions *nocexemps = nullptr;\n    NonOverlapConstraints *noc = nullptr;\n    if (preventOverlaps) {\n        nocexemps = new NonOverlapConstraintExemptions();\n        noc = new NonOverlapConstraints(nocexemps);\n        for (size_t i = 0; i < n; ++i) {\n            noc->addShape(i, rs[i]->width()/2.0, rs[i]->height()/2.0);\n        }\n        ccs.push_back(noc);\n    }\n    // Set up vars and constraints.\n    Variables vs;\n    Constraints cs;\n    vs.resize(n);\n    for (size_t i = 0; i < n; ++i) {\n        vs[i] = new Variable(i, rs[i]->getCentreD(dim));\n    }\n    for (CompoundConstraints::iterator it=ccs.begin(); it!=ccs.end(); ++it) {\n        CompoundConstraint *cc = *it;\n        cc->generateVariables(dim, vs);\n        cc->generateSeparationConstraints(dim, vs, cs, rs);\n    }\n    // Solve, if possible.\n    ProjectionResult result = solve(vs, cs, rs, debugLevel);\n    // If good enough, accept positions.\n    if (result.errorLevel <= accept) {\n        for (size_t i = 0; i < n; ++i) {\n            rs[i]->moveCentreD(dim, vs[i]->finalPosition);\n        }\n    }\n    // Clean up\n    for (Variables::iterator it=vs.begin(); it!=vs.end(); ++it) delete *it;\n    for (Constraints::iterator it=cs.begin(); it!=cs.end(); ++it) delete *it;\n    delete noc;\n    delete nocexemps;\n    // Return\n    return result;\n}\n\nProjectionResult solve(Variables &vs, Constraints &cs, Rectangles &rs, unsigned debugLevel)\n{\n    int result = 0;\n    IncSolver solv(vs,cs);\n    try {\n        solv.solve();\n    } catch (vpsc::UnsatisfiedConstraint uc) {\n    }\n    for (Constraints::iterator it=cs.begin(); it!=cs.end(); it++) {\n        Constraint *c = *it;\n        if (c->unsatisfiable) {\n            CompoundConstraint *cc = (CompoundConstraint*)(c->creator);\n            if (cc->toString() == \"NonOverlapConstraints()\") {\n                result = 1;\n            } else {\n                result = 2;\n                break;\n            }\n        }\n    }\n    std::string unsatinfo;\n    if (debugLevel>0) {\n        std::set<Variable*> varsInvolved;\n        unsatinfo += \"===================================================\\n\";\n        unsatinfo += \"UNSATISFIED CONSTRAINTS:\\n\";\n        char buf [1000];\n        for (Constraints::iterator it=cs.begin(); it!=cs.end(); it++) {\n            Constraint *c = *it;\n            if (c->unsatisfiable) {\n                varsInvolved.insert(c->left);\n                varsInvolved.insert(c->right);\n                sprintf(buf, \"v_%d + %f\", c->left->id, c->gap);\n                unsatinfo += buf;\n                unsatinfo += c->equality ? \" == \" : \" <= \";\n                sprintf(buf, \"v_%d\\n\", c->right->id);\n                unsatinfo += buf;\n                if ((unsigned) c->left->id < rs.size()) {\n                    vpsc::Rectangle *r = rs[c->left->id];\n                    sprintf(buf, \"    v_%d rect: [%f, %f] x [%f, %f]\\n\", c->left->id,\n                            r->getMinX(), r->getMaxX(), r->getMinY(), r->getMaxY());\n                    unsatinfo += buf;\n                }\n                if ((unsigned) c->right->id < rs.size()) {\n                    vpsc::Rectangle *r = rs[c->right->id];\n                    sprintf(buf, \"    v_%d rect: [%f, %f] x [%f, %f]\\n\", c->right->id,\n                            r->getMinX(), r->getMaxX(), r->getMinY(), r->getMaxY());\n                    unsatinfo += buf;\n                }\n                CompoundConstraint *cc = (CompoundConstraint*)(c->creator);\n                unsatinfo += \"    Creator: \" + cc->toString() + \"\\n\";\n            }\n        }\n        if (debugLevel>1) {\n            unsatinfo += \"--------------------------------------------------\\n\";\n            unsatinfo += \"RELATED CONSTRAINTS:\\n\";\n            std::set<Variable*>::iterator lit, rit, eit = varsInvolved.end();\n            for (Constraints::iterator it=cs.begin(); it!=cs.end(); it++) {\n                Constraint *c = *it;\n                lit = varsInvolved.find(c->left);\n                rit = varsInvolved.find(c->right);\n                if (lit != eit || rit != eit) {\n                    sprintf(buf, \"v_%d + %f\", c->left->id, c->gap);\n                    unsatinfo += buf;\n                    unsatinfo += c->equality ? \" == \" : \" <= \";\n                    sprintf(buf, \"v_%d\\n\", c->right->id);\n                    unsatinfo += buf;\n                    if ((unsigned) c->left->id < rs.size()) {\n                        vpsc::Rectangle *r = rs[c->left->id];\n                        sprintf(buf, \"    v_%d rect: [%f, %f] x [%f, %f]\\n\", c->left->id,\n                                r->getMinX(), r->getMaxX(), r->getMinY(), r->getMaxY());\n                        unsatinfo += buf;\n                    }\n                    if ((unsigned) c->right->id < rs.size()) {\n                        vpsc::Rectangle *r = rs[c->right->id];\n                        sprintf(buf, \"    v_%d rect: [%f, %f] x [%f, %f]\\n\", c->right->id,\n                                r->getMinX(), r->getMaxX(), r->getMinY(), r->getMaxY());\n                        unsatinfo += buf;\n                    }\n                    CompoundConstraint *cc = (CompoundConstraint*)(c->creator);\n                    unsatinfo += \"    Creator: \" + cc->toString() + \"\\n\";\n                }\n            }\n        }\n    }\n    ProjectionResult pr;\n    pr.errorLevel = result;\n    pr.unsatinfo = unsatinfo;\n    return pr;\n}\n\n} // namespace cola\n"
  },
  {
    "path": "cola/libcola/commondefs.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _COMMONDEFS_H\n#define _COMMONDEFS_H\n\n/* Notes to compilation using MSVC.\n\n   Compiler options:\n      /Zc:forScope\n*/ \n#if defined(_MSC_VER)\n// Microsoft Visual C++ (MS VC) specific code goes here\n#include <float.h>\n#include <malloc.h>     // Contains _alloca\n#endif\n\n#include \"libvpsc/assertions.h\"\n#include <valarray>\n\nnamespace cola {\n\n/*\n * resolve overlaps:\n *   None: not at all\n *   Horizontal: only horizontally\n *   Both: resolve in either Horizontal or Vertical direction\n *         depending on which leads to less displacement\n */\nenum NonOverlapConstraintsMode { None, Horizontal, Both };\n\nclass FixedList {\npublic:\n    FixedList(const unsigned n) : array(std::valarray<bool>(n)),allFixed(false) \n    { \n        array=false; \n    }\n    void set(const unsigned i, const bool value=true) {\n        COLA_ASSERT(i<array.size());\n        array[i]=value;\n    }\n    bool check(const unsigned i) const {\n        if(allFixed||i>=array.size()) {\n            return false;\n        }\n        return array[i];\n    }\n    void unsetAll() {\n        array=false;\n    }\n    void fixAll(bool val) {\n        allFixed=val;\n    }\nprivate:\n    std::valarray<bool> array;\n    bool allFixed;\n};\n\n/*\n * templated delete functor for use in for_each loop over vector\n */\nstruct delete_object\n{\n  template <typename T>\n  void operator()(T *ptr){ delete ptr;}\n};\n/* \n * Sum over the results of calling operation for each member in the\n * iterator.  Handier than std::accumulate because we can use with\n * mem_fun to pass in a getter method.\n */\ntemplate <class InputIterator, class T, class Operation >\nT sum_over(InputIterator beg, InputIterator end, T init, Operation op)\n{\n    for ( ; beg != end; ++beg)\n    init = init + op(*beg);\n    return init;\n}\n} // namespace cola\n\n#endif\n"
  },
  {
    "path": "cola/libcola/compound_constraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n#include <algorithm>\n#include <climits>\n#include <sstream>\n\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <libvpsc/assertions.h>\n\n#include \"libcola/cola.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/exceptions.h\"\n\nusing std::vector;\nusing vpsc::XDIM;\nusing vpsc::YDIM;\n\nnamespace cola {\n\nvoid SubConstraintInfo::updateVarIDsWithMapping(\n        const VariableIDMap& idMap, bool forward)\n{\n    varIndex = idMap.mappingForVariable(varIndex, forward);\n}\n\n//-----------------------------------------------------------------------------\n// BoundaryConstraint code\n//-----------------------------------------------------------------------------\n\nclass Offset : public SubConstraintInfo\n{\n    public:\n        Offset(unsigned ind, double offset) :\n            SubConstraintInfo(ind),\n            distOffset(offset)\n        {\n        }\n        double distOffset;\n};\n\n\nBoundaryConstraint::BoundaryConstraint(const vpsc::Dim dim) \n    : CompoundConstraint(dim),\n      position(0), \n      variable(nullptr) \n{\n}\n\n\nvoid BoundaryConstraint::updatePosition(const vpsc::Dim dim) \n{\n    if (dim == _primaryDim)\n    {\n        position = variable->finalPosition;\n    }\n}\n\n\nvoid BoundaryConstraint::addShape(const unsigned int index, \n        const double offset)\n{\n    _subConstraintInfo.push_back(new Offset(index, offset));\n}\n\n\nvoid BoundaryConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    BoundaryConstraint *boundary%llu = \"\n            \"new BoundaryConstraint(vpsc::%cDIM);\\n\",\n            (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y');\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        Offset *info = static_cast<Offset *> (*o);\n        fprintf(fp, \"    boundary%llu->addShape(%u, %g);\\n\",\n                (unsigned long long) this, info->varIndex, info->distOffset);\n    }\n    fprintf(fp, \"    ccs.push_back(boundary%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string BoundaryConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"BoundaryConstraint(\";\n    stream << \"dim: \" << ((_primaryDim == 0) ? 'X' : 'Y');\n    stream << \"): {\";\n    bool first = true;\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o)\n    {\n        Offset *info = static_cast<Offset *> (*o);\n        if (!first)\n        {\n            stream << \", \";\n        }\n        stream << \"(\" << \"rect: \" << info->varIndex << \", offset: \" << info->distOffset << \")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nvoid BoundaryConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars) \n{\n    if (dim == _primaryDim)\n    {\n        // Just one variable is generated, associated with the position\n        // of the boundary.  This variable can float freely.\n        variable = new vpsc::Variable(vars.size(), position, freeWeight);\n        vars.push_back(variable);\n    }\n}\n\n\nvoid BoundaryConstraint::generateSeparationConstraints(const vpsc::Dim dim,\n        vpsc::Variables& vars, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(bbs);\n    if (dim == _primaryDim)\n    {\n        COLA_ASSERT(variable != nullptr);\n        for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n                o != _subConstraintInfo.end(); ++o) \n        {\n            Offset *info = static_cast<Offset *> (*o);\n            assertValidVariableIndex(vars, info->varIndex);\n            vpsc::Constraint *constraint = nullptr;\n            if (info->distOffset < 0)\n            {\n                // Constrain the objects with negative offsets to be \n                // to the left of the boundary.\n                constraint = new vpsc::Constraint(vars[info->varIndex],\n                        variable, -info->distOffset);\n            }\n            else\n            {\n                // Constrain the objects with positive offsets to be \n                // to the right of the boundary.\n                constraint = new vpsc::Constraint(variable,\n                        vars[info->varIndex], info->distOffset);\n            }\n            constraint->creator = this;\n            cs.push_back(constraint);\n        }\n    }\n}\n\n\nSubConstraintAlternatives \nBoundaryConstraint::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    SubConstraintAlternatives alternatives;\n\n    Offset *info = static_cast<Offset *> \n            (_subConstraintInfo[_currSubConstraintIndex]);\n    \n    assertValidVariableIndex(vs[_primaryDim], info->varIndex);\n    if (info->distOffset < 0)\n    {\n        // Constrain the objects with negative offsets to be \n        // to the left of the boundary.\n        vpsc::Constraint constraint = vpsc::Constraint(\n                vs[_primaryDim][info->varIndex], variable, -info->distOffset);\n        alternatives.push_back(SubConstraint(_primaryDim, constraint));\n    }\n    else\n    {\n        // Constrain the objects with positive offsets to be \n        // to the right of the boundary.\n        vpsc::Constraint constraint = vpsc::Constraint(\n                variable, vs[_primaryDim][info->varIndex], info->distOffset);\n        alternatives.push_back(SubConstraint(_primaryDim, constraint));\n    }\n\n    //fprintf(stderr, \"===== BOUNDARYLINE ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\n\n//-----------------------------------------------------------------------------\n// AlignmentConstraint code\n//-----------------------------------------------------------------------------\n\nAlignmentConstraint::AlignmentConstraint(const vpsc::Dim dim, double position)\n    : CompoundConstraint(dim),\n      indicator(nullptr),\n      variable(nullptr),\n      _position(position), \n      _isFixed(false)\n{\n}\n\n\nvoid AlignmentConstraint::addShape(const unsigned int index, \n        const double offset)\n{\n    _subConstraintInfo.push_back(new Offset(index, offset));\n}\n\n\nvoid AlignmentConstraint::updatePosition(const vpsc::Dim dim) \n{\n    if (dim == _primaryDim)\n    {\n        _position = variable->finalPosition;\n    }\n}\n\n\nvoid AlignmentConstraint::fixPos(double pos) \n{\n    _position = pos;\n    _isFixed = true;\n}\n\n\nvoid AlignmentConstraint::unfixPos() \n{\n    _isFixed = false;\n}\n\n\ndouble AlignmentConstraint::position(void) const \n{\n    return _position;\n}\n\nbool AlignmentConstraint::isFixed(void) const\n{\n    return _isFixed;\n}\n\nvoid AlignmentConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars) \n{\n    if (dim == _primaryDim)\n    {\n        // Variable representing the position of a guideline.\n        variable = new vpsc::Variable(vars.size(), _position, freeWeight);\n        if (_isFixed) \n        {\n            variable->fixedDesiredPosition = true;\n            variable->weight = 100000;\n        }\n        vars.push_back(variable);\n    }\n}\n\n\nvoid AlignmentConstraint::generateSeparationConstraints(const vpsc::Dim dim,\n        vpsc::Variables& vars, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(bbs);\n    if (dim == _primaryDim)\n    {\n        COLA_ASSERT(variable != nullptr);\n        // Constrain each object to be offset from the guideline by\n        // some exact amount.\n        for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n                o != _subConstraintInfo.end(); ++o) \n        {\n            Offset *info = static_cast<Offset *> (*o);\n            assertValidVariableIndex(vars, info->varIndex);\n            vpsc::Constraint *constraint = new vpsc::Constraint(\n                        variable, vars[info->varIndex], info->distOffset, true);\n            constraint->creator = this;\n            cs.push_back(constraint);\n        }\n    }\n}\n\nvoid AlignmentConstraint::updateShapeOffsetsForDifferentCentres(\n        const std::vector<double>& offsets, bool forward)\n{\n    for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        Offset *info = static_cast<Offset *> (*o);\n        if (offsets[info->varIndex] == 0)\n        {\n            continue;\n        }\n\n        if (forward)\n        {\n            info->distOffset -= offsets[info->varIndex];\n        }\n        else\n        {\n            info->distOffset += offsets[info->varIndex];\n        }\n    }\n}\n\nvoid AlignmentConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    AlignmentConstraint *alignment%llu = \"\n            \"new AlignmentConstraint(vpsc::%cDIM, %g);\\n\",\n            (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y', \n            _position);\n    if (_isFixed)\n    {\n        fprintf(fp, \"    alignment%llu->fixPos(%g);\\n\",\n                (unsigned long long) this, _position);\n    }\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        Offset *info = static_cast<Offset *> (*o);\n        fprintf(fp, \"    alignment%llu->addShape(%u, %g);\\n\",\n                (unsigned long long) this, info->varIndex, info->distOffset);\n    }\n    fprintf(fp, \"    ccs.push_back(alignment%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string AlignmentConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"AlignmentConstraint(\";\n    stream << \"dim: \" << ((_primaryDim == 0) ? 'X' : 'Y');\n    stream << \", pos: \" << _position;\n    if (_isFixed)\n    {\n        stream << \", fixed: true\";\n    }\n#if 0\n    // TODO: buggy.  Not the right value.\n    if (variable)\n    {\n        stream << \", varInd: \" << variable->id;\n    }\n#endif\n    stream << \"): {\";\n    bool first = true;\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o)\n    {\n        Offset *info = static_cast<Offset *> (*o);\n        if (!first)\n        {\n            stream << \", \";\n        }\n        stream << \"(\" << \"rect: \" << info->varIndex << \", offset: \" << info->distOffset << \")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nSubConstraintAlternatives \nAlignmentConstraint::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    SubConstraintAlternatives alternatives;\n\n    Offset *info = static_cast<Offset *> \n            (_subConstraintInfo[_currSubConstraintIndex]);\n    \n    assertValidVariableIndex(vs[_primaryDim], info->varIndex);\n    vpsc::Constraint constraint(variable, vs[_primaryDim][info->varIndex], \n            info->distOffset, true);\n    alternatives.push_back(SubConstraint(_primaryDim, constraint));\n\n    //fprintf(stderr, \"===== ALIGN ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\n//-----------------------------------------------------------------------------\n// SeparationConstraint code\n//-----------------------------------------------------------------------------\n\n\nclass VarIndexPair : public SubConstraintInfo\n{\n    public:\n        VarIndexPair(unsigned ind1, unsigned ind2) \n            : SubConstraintInfo(ind1),\n              lConstraint(nullptr),\n              rConstraint(nullptr),\n              varIndex2(ind2)\n        {\n        }\n        VarIndexPair(AlignmentConstraint *l, AlignmentConstraint *r) \n            : SubConstraintInfo(0),\n              lConstraint(l),\n              rConstraint(r),\n              varIndex2(0)\n        {\n        }\n        unsigned indexL(void) const\n        {\n            return (lConstraint) ? \n                    (unsigned) lConstraint->variable->id : varIndex;\n        }\n        unsigned indexR(void) const\n        {\n            return (rConstraint) ? \n                    (unsigned) rConstraint->variable->id : varIndex2;\n        }\n        void updateVarIDsWithMapping(const VariableIDMap& idMap, bool forward)\n        {\n            varIndex = idMap.mappingForVariable(varIndex, forward);\n            varIndex2 = idMap.mappingForVariable(varIndex2, forward);\n        }\n\n        AlignmentConstraint *lConstraint;\n        AlignmentConstraint *rConstraint;\n        unsigned varIndex2;\n};\n\n\nSeparationConstraint::SeparationConstraint(const vpsc::Dim dim, \n        unsigned l, unsigned r, double g, bool equality)\n    : CompoundConstraint(dim),\n      gap(g), \n      equality(equality),\n      vpscConstraint(nullptr)\n{\n    _subConstraintInfo.push_back(new VarIndexPair(l, r));\n}\n\n\nSeparationConstraint::SeparationConstraint(const vpsc::Dim dim, \n        AlignmentConstraint *l, AlignmentConstraint *r, double g, \n        bool equality) \n    : CompoundConstraint(dim),\n      gap(g),\n      equality(equality)\n{\n    COLA_ASSERT(l);\n    COLA_ASSERT(r);\n    \n    _subConstraintInfo.push_back(new VarIndexPair(l, r));\n}\n\n\nvoid SeparationConstraint::printCreationCode(FILE *fp) const\n{\n    assert(_subConstraintInfo.size() == 1);\n    VarIndexPair *varIndexPair = (VarIndexPair *) _subConstraintInfo.front();\n    if (varIndexPair->lConstraint && varIndexPair->rConstraint)\n    {\n        fprintf(fp, \"    SeparationConstraint *separation%llu = \"\n                \"new SeparationConstraint(vpsc::%cDIM, alignment%llu, \"\n                \"alignment%llu, %g, %s);\\n\",\n                (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y', \n                (unsigned long long) varIndexPair->lConstraint, \n                (unsigned long long) varIndexPair->rConstraint, gap, \n                (equality) ? \"true\" : \"false\");\n    }\n    else\n    {\n        fprintf(fp, \"    SeparationConstraint *separation%llu = \"\n                \"new SeparationConstraint(vpsc::%cDIM, %u, %u, %g, %s);\\n\",\n                (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y', \n                varIndexPair->indexL(), varIndexPair->indexR(), gap, \n                (equality) ? \"true\" : \"false\");\n    }\n    fprintf(fp, \"    ccs.push_back(separation%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string SeparationConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"SeparationConstraint(\";\n    stream << \"dim: \" << ((_primaryDim == 0) ? 'X' : 'Y');\n    stream << \", sep: \" << gap;\n    stream << \", equality: \" << ((equality) ? \"true\" : \"false\");\n    stream << \"): {\";\n    VarIndexPair *varIndexPair = (VarIndexPair *) _subConstraintInfo.front();\n    if (varIndexPair->lConstraint && varIndexPair->rConstraint)\n    {\n        stream << \"(alignment: \" << varIndexPair->indexL() << \"), \";\n        stream << \"(alignment: \" << varIndexPair->indexR() << \"), \";\n    }\n    else\n    {\n        stream << \"(rect: \" << varIndexPair->indexL() << \"), \";\n        stream << \"(rect: \" << varIndexPair->indexR() << \"), \";\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nvoid SeparationConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars) \n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n\n    // No additional variables are required!\n}\n\n\nSubConstraintAlternatives \nSeparationConstraint::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    SubConstraintAlternatives alternatives;\n\n    VarIndexPair *info = static_cast<VarIndexPair *> \n            (_subConstraintInfo[_currSubConstraintIndex]);\n    \n    assertValidVariableIndex(vs[_primaryDim], info->indexL());\n    assertValidVariableIndex(vs[_primaryDim], info->indexR());\n    vpsc::Constraint constraint(vs[_primaryDim][info->indexL()],\n            vs[_primaryDim][info->indexR()], gap, equality);\n    alternatives.push_back(SubConstraint(_primaryDim, constraint));\n\n    //fprintf(stderr, \"===== SEPARATION ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\nvoid SeparationConstraint::generateSeparationConstraints(const vpsc::Dim dim,\n            vpsc::Variables& vs, vpsc::Constraints& cs,\n            vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(bbs);\n    if (dim == _primaryDim)\n    {\n        VarIndexPair *info = \n                static_cast<VarIndexPair *> (_subConstraintInfo.front());\n        \n        unsigned left = info->indexL();\n        unsigned right = info->indexR();\n        assertValidVariableIndex(vs, left);\n        assertValidVariableIndex(vs, right);\n        vpscConstraint = \n                new vpsc::Constraint(vs[left], vs[right], gap, equality);\n        vpscConstraint->creator = this;\n        cs.push_back(vpscConstraint);\n    }\n}\n\n\nunsigned SeparationConstraint::left(void) const\n{\n    VarIndexPair *info =\n            static_cast<VarIndexPair *> (_subConstraintInfo.front());\n\n    return info->indexL();\n}\n\n\nunsigned SeparationConstraint::right(void) const\n{\n    VarIndexPair *info =\n            static_cast<VarIndexPair *> (_subConstraintInfo.front());\n\n    return info->indexR();\n}\n\n\nvoid SeparationConstraint::setSeparation(double gap) \n{\n    this->gap = gap;\n    if (vpscConstraint != nullptr) \n    {\n        vpscConstraint->gap = gap;\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// OrthogonalEdgeConstraint code\n//-----------------------------------------------------------------------------\n\nOrthogonalEdgeConstraint::OrthogonalEdgeConstraint(const vpsc::Dim dim, \n        unsigned l, unsigned r)\n    : CompoundConstraint(dim),\n      left(l), \n      right(r), \n      vpscConstraint(nullptr)\n{\n}\n\n\nvoid OrthogonalEdgeConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars) \n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n\n    // No additional variables are required!\n}\n\n\nvoid OrthogonalEdgeConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    /* OrthogonalEdgeConstraint *orthogonal%llu = nullptr; */\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string OrthogonalEdgeConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"OrthogonalEdgeConstraint()\";\n    return stream.str();\n}\n\n\n\nSubConstraintAlternatives \nOrthogonalEdgeConstraint::getCurrSubConstraintAlternatives(\n        vpsc::Variables vs[])\n{\n    COLA_UNUSED(vs);\n\n    // XXX: What to do here?\n    _currSubConstraintIndex = _subConstraintInfo.size();\n    return SubConstraintAlternatives();\n}\n\n\nvoid OrthogonalEdgeConstraint::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(bbs);\n    if (dim == _primaryDim)\n    {\n        assertValidVariableIndex(vs, left);\n        assertValidVariableIndex(vs, right);\n        vpscConstraint = new vpsc::Constraint(vs[left], vs[right], 0, true);\n        vpscConstraint->creator = this;\n        cs.push_back(vpscConstraint);\n    }\n}\n\n\nvoid OrthogonalEdgeConstraint::generateTopologyConstraints(const vpsc::Dim k, \n        const vpsc::Rectangles& rs, vector<vpsc::Variable*> const & vars, \n        vector<vpsc::Constraint*> & cs) \n{\n    assertValidVariableIndex(vars, left);\n    assertValidVariableIndex(vars, right);\n    double lBound, rBound, pos;\n    if (k == vpsc::HORIZONTAL) \n    {\n        lBound = rs[left]->getCentreY();\n        rBound = rs[right]->getCentreY();\n        pos = rs[left]->getCentreX();\n    } \n    else \n    {\n        lBound = rs[left]->getCentreX();\n        rBound = rs[right]->getCentreX();\n        pos = rs[left]->getCentreY();\n    }\n    double minBound = std::min(lBound, rBound);\n    double maxBound = std::max(lBound, rBound);\n    for (unsigned i = 0; i < rs.size(); ++i)\n    {\n        if (i==left || i==right) continue;\n        vpsc::Rectangle *r = rs[i];\n        if (r->allowOverlap()) continue;\n        double l, rMin, rMax, rCentre;\n        rectBounds(k, r, rMin, rMax, rCentre, l);\n        if ( ((rMin >= minBound) && (rMin <= maxBound)) || \n             ((rMax >= minBound) && (rMax <= maxBound))) \n        {\n            double g = l / 2;\n            if (rCentre < pos) \n            {\n                cs.push_back(new vpsc::Constraint(vars[i], vars[left], g));\n            } \n            else \n            {\n                cs.push_back(new vpsc::Constraint(vars[left], vars[i], g));\n            }\n        }\n    }\n}\n\n\nvoid OrthogonalEdgeConstraint::rectBounds(const vpsc::Dim k, \n        vpsc::Rectangle const *r, double& cmin, double& cmax, \n        double& centre, double & l) const\n{\n    if (k == vpsc::HORIZONTAL)\n    {\n        cmin = r->getMinY();\n        cmax = r->getMaxY();\n        centre = r->getCentreX();\n        l = r->width();\n    } \n    else \n    {\n        cmin = r->getMinX();\n        cmax = r->getMaxX();\n        centre = r->getCentreY();\n        l = r->height();\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// MultiSeparationConstraint code\n//-----------------------------------------------------------------------------\n\nclass AlignmentPair : public SubConstraintInfo\n{\n    public:\n        AlignmentPair(AlignmentConstraint *ac1, AlignmentConstraint *ac2) \n            : SubConstraintInfo(0),\n              alignment1(ac1),\n              alignment2(ac2)\n        {\n        }\n        AlignmentConstraint *alignment1;\n        AlignmentConstraint *alignment2;\n};\n\n\nMultiSeparationConstraint::MultiSeparationConstraint(const vpsc::Dim dim, \n        double minSep, bool equality)\n    : CompoundConstraint(dim),\n      indicator(nullptr),\n      sep(minSep), \n      equality(equality)\n{ \n}\n\n\nvoid MultiSeparationConstraint::addAlignmentPair(AlignmentConstraint *ac1,\n        AlignmentConstraint *ac2)\n{\n    _subConstraintInfo.push_back(new AlignmentPair(ac1, ac2));\n}\n\n\nvoid MultiSeparationConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    MultiSeparationConstraint *multiSep%llu = \"\n            \"new MultiSeparationConstraint(vpsc::%cDIM, %g, %s);\\n\",\n            (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y', sep,\n            (equality) ? \"true\" : \"false\");\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        AlignmentPair *pair = static_cast<AlignmentPair *> (*o);\n        fprintf(fp, \"    multiSep%llu->addAlignmentPair(\"\n                \"alignment%llu, alignment%llu);\\n\",\n                (unsigned long long) this, \n                (unsigned long long) pair->alignment1, \n                (unsigned long long) pair->alignment2);\n    }\n    fprintf(fp, \"    ccs.push_back(multiSep%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string MultiSeparationConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"MultiSeparationConstraint(\";\n    stream << \"dim: \" << ((_primaryDim == 0) ? 'X' : 'Y');\n    stream << \", sep: \" << sep;\n    stream << \", equality: \" << ((equality) ? \"true\" : \"false\");\n    stream << \"): {\";\n    bool first = true;\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o)\n    {\n        if (!first)\n        {\n            stream << \", \";\n        }\n        AlignmentPair *pair = static_cast<AlignmentPair *> (*o);\n        stream << \"(alignment: \" << pair->alignment1->variable->id\n               << \", alignment: \" << pair->alignment2->variable->id << \")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nvoid MultiSeparationConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars)\n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n\n    // No additional variables are required!\n}\n\n\nSubConstraintAlternatives \nMultiSeparationConstraint::getCurrSubConstraintAlternatives(\n        vpsc::Variables vs[])\n{\n    COLA_UNUSED(vs);\n\n    SubConstraintAlternatives alternatives;\n\n    AlignmentPair *info = static_cast<AlignmentPair *> \n            (_subConstraintInfo[_currSubConstraintIndex]);\n    \n    AlignmentConstraint *c1 = info->alignment1;\n    AlignmentConstraint *c2 = info->alignment2;\n    if (!c1->variable || !c2->variable)\n    {\n        throw InvalidConstraint(this);\n    }\n    vpsc::Constraint constraint(c1->variable, c2->variable, sep, equality);\n    alternatives.push_back(SubConstraint(_primaryDim, constraint));\n\n    //fprintf(stderr, \"===== MULTI SEPARATION ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\nvoid MultiSeparationConstraint::setSeparation(double sep) \n{ \n    this->sep = sep;\n}\n\n\nvoid MultiSeparationConstraint::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& gcs,\n        vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(vs);\n    COLA_UNUSED(bbs);\n\n    if (dim == _primaryDim)\n    {\n        for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n                o != _subConstraintInfo.end(); ++o) \n        {\n            AlignmentPair *info = static_cast<AlignmentPair *> (*o);\n            AlignmentConstraint *c1 = info->alignment1;\n            AlignmentConstraint *c2 = info->alignment2;\n            if (!c1->variable || !c2->variable)\n            {\n                throw InvalidConstraint(this);\n            }\n            vpsc::Constraint *c = new vpsc::Constraint(\n                c1->variable, c2->variable, sep, equality);\n            c->creator = this;\n            gcs.push_back(c);\n            cs.push_back(c);\n        }\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// DistributionConstraint code\n//-----------------------------------------------------------------------------\n\nDistributionConstraint::DistributionConstraint(const vpsc::Dim dim)\n    : CompoundConstraint(dim),\n      indicator(nullptr)\n{\n}\n\n\nvoid DistributionConstraint::addAlignmentPair(AlignmentConstraint *ac1,\n        AlignmentConstraint *ac2)\n{\n    _subConstraintInfo.push_back(new AlignmentPair(ac1, ac2));\n}\n\n\nvoid DistributionConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars)\n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n\n    // No additional variables are required!\n}\n\n\nvoid DistributionConstraint::setSeparation(double sep) \n{\n    this->sep = sep;\n}\n\n\nvoid DistributionConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    DistributionConstraint *distribution%llu = \"\n            \"new DistributionConstraint(vpsc::%cDIM);\\n\",\n            (unsigned long long) this, (_primaryDim == 0) ? 'X' : 'Y');\n    fprintf(fp, \"    distribution%llu->setSeparation(%g);\\n\",\n            (unsigned long long) this, sep);\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        AlignmentPair *pair = static_cast<AlignmentPair *> (*o);\n        fprintf(fp, \"    distribution%llu->addAlignmentPair(\"\n                \"alignment%llu, alignment%llu);\\n\",\n                (unsigned long long) this, \n                (unsigned long long) pair->alignment1, \n                (unsigned long long) pair->alignment2);\n    }\n    fprintf(fp, \"    ccs.push_back(distribution%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string DistributionConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"DistributionConstraint(\";\n    stream << \"dim: \" << ((_primaryDim == 0) ? 'X' : 'Y');\n    stream << \", sep: \" << sep;\n    stream << \"): {\";\n    bool first = true;\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o)\n    {\n        if (!first)\n        {\n            stream << \", \";\n        }\n        AlignmentPair *pair = static_cast<AlignmentPair *> (*o);\n        stream << \"(alignment: \" << pair->alignment1->variable->id\n               << \", alignment: \" << pair->alignment2->variable->id << \")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nSubConstraintAlternatives \nDistributionConstraint::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    COLA_UNUSED(vs);\n\n    SubConstraintAlternatives alternatives;\n\n    AlignmentPair *info = static_cast<AlignmentPair *>\n            (_subConstraintInfo[_currSubConstraintIndex]);\n    AlignmentConstraint *c1 = info->alignment1;\n    AlignmentConstraint *c2 = info->alignment2;\n    if (!c1->variable || !c2->variable)\n    {\n        throw InvalidConstraint(this);\n    }\n    vpsc::Constraint constraint(c1->variable, c2->variable, sep, true);\n    alternatives.push_back(SubConstraint(_primaryDim, constraint));\n\n    //fprintf(stderr, \"===== DISTRIBUTION ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\nvoid DistributionConstraint::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vars, vpsc::Constraints& gcs,\n        vpsc::Rectangles& bbs)\n{\n    COLA_UNUSED(vars);\n    COLA_UNUSED(bbs);\n\n    if (dim == _primaryDim)\n    {\n        cs.clear();\n        for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n                o != _subConstraintInfo.end(); ++o) \n        {\n            AlignmentPair *info = static_cast<AlignmentPair *> (*o);\n            AlignmentConstraint *c1 = info->alignment1;\n            AlignmentConstraint *c2 = info->alignment2;\n            if (!c1->variable || !c2->variable)\n            {\n                throw InvalidConstraint(this);\n            }\n            vpsc::Constraint *c=new vpsc::Constraint(\n                    c1->variable, c2->variable, sep, true);\n            c->creator = this;\n            gcs.push_back(c);\n            cs.push_back(c);\n#if 0\n            // The following was an experiment to allow variable distributions \n            // solved by optimisation rather than satisfying constraints\n            if(isVariable) {\n                // set second derivatives of:\n                // (u + g - v)^2 = g^2 + 2gu + u^2 - 2gv - 2uv + v^2\n                (*Q)[make_pair(c1->variable->id,c1->variable->id)]+=w;\n                (*Q)[make_pair(c2->variable->id,c2->variable->id)]+=w;\n                (*Q)[make_pair(variable->id,variable->id)]+=w;\n                (*Q)[make_pair(c1->variable->id,c2->variable->id)]-=w;\n                (*Q)[make_pair(c2->variable->id,c1->variable->id)]-=w;\n                (*Q)[make_pair(c1->variable->id,variable->id)]+=w;\n                (*Q)[make_pair(variable->id,c1->variable->id)]+=w;\n                (*Q)[make_pair(c2->variable->id,variable->id)]-=w;\n                (*Q)[make_pair(variable->id,c2->variable->id)]-=w;\n            }\n#endif\n        }\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// FixedRelativeConstraint code\n//-----------------------------------------------------------------------------\n\nclass RelativeOffset : public SubConstraintInfo\n{\n    public:\n        RelativeOffset(unsigned indL, unsigned indR, vpsc::Dim dim,\n                double offset)\n            : SubConstraintInfo(indL),\n              varIndex2(indR),\n              dim(dim),\n              distOffset(offset)\n        {\n        }\n        void updateVarIDsWithMapping(const VariableIDMap& idMap, bool forward)\n        {\n            varIndex = idMap.mappingForVariable(varIndex, forward);\n            varIndex2 = idMap.mappingForVariable(varIndex2, forward);\n        }\n\n        unsigned varIndex2;\n        vpsc::Dim dim;\n        double distOffset;\n};\n\n\nFixedRelativeConstraint::FixedRelativeConstraint(const vpsc::Rectangles& rs,\n        std::vector<unsigned> shapeIds, const bool fixedPosition)\n    : CompoundConstraint(vpsc::XDIM),\n      m_fixed_position(fixedPosition),\n      m_shape_vars(shapeIds)\n{\n    _combineSubConstraints = true;\n\n    // Make sure that m_shape_vars doesn't contain duplicates.\n    std::sort(m_shape_vars.begin(), m_shape_vars.end());\n    std::vector<unsigned>::iterator last = \n            std::unique(m_shape_vars.begin(), m_shape_vars.end());\n    m_shape_vars.erase(last, m_shape_vars.end());\n\n    unsigned firstId = UINT_MAX;\n    COLA_ASSERT(m_shape_vars.size() >= 2);\n    for (std::vector<unsigned>::iterator it = m_shape_vars.begin();\n            it != m_shape_vars.end(); ++it)\n    {\n        COLA_ASSERT(*it < rs.size());\n\n        if (it == m_shape_vars.begin())\n        {\n            firstId = *it;\n        }\n        else\n        {\n            unsigned thisId = *it;\n            _subConstraintInfo.push_back(\n                    new RelativeOffset(firstId, thisId, vpsc::XDIM,\n                        rs[thisId]->getCentreX() - rs[firstId]->getCentreX()));\n            _subConstraintInfo.push_back(\n                    new RelativeOffset(firstId, thisId, vpsc::YDIM,\n                        rs[thisId]->getCentreY() - rs[firstId]->getCentreY()));\n        }\n    }\n}\n\nvoid FixedRelativeConstraint::updateVarIDsWithMapping(\n        const VariableIDMap& idMap, bool forward)\n{\n    CompoundConstraint::updateVarIDsWithMapping(idMap, forward);\n\n    // We need to map variables in m_shape_vars too, \n    // since this is used in generateVariables().\n    for (size_t i = 0; i < m_shape_vars.size(); ++i)\n    {\n        m_shape_vars[i] = idMap.mappingForVariable(m_shape_vars[i], forward);\n    }\n}\n\n\n\nvoid FixedRelativeConstraint::generateVariables(const vpsc::Dim dim, \n        vpsc::Variables& vars)\n{\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n\n    // No additional variables are required!\n    \n    // Fix shape positions if required.\n    if (m_fixed_position)\n    {\n        for (std::vector<unsigned>::iterator it = m_shape_vars.begin();\n                it != m_shape_vars.end(); ++it)\n        {\n            vars[*it]->fixedDesiredPosition = true;\n            vars[*it]->weight = 100000;\n        }\n    }\n}\n\n\nvoid FixedRelativeConstraint::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    std::vector<unsigned> fixedRelativeSet%llu;\\n\",\n            (unsigned long long) this);\n    for (std::vector<unsigned>::const_iterator it = m_shape_vars.begin();\n            it != m_shape_vars.end(); ++it)\n    {\n        fprintf(fp, \"    fixedRelativeSet%llu.push_back(%u);\\n\",\n                (unsigned long long) this, *it);\n    }\n    fprintf(fp, \"    FixedRelativeConstraint *fixedRelative%llu = \"\n            \"new FixedRelativeConstraint(rs, fixedRelativeSet%llu, %s);\\n\",\n            (unsigned long long) this, (unsigned long long) this,\n            (m_fixed_position) ? \"true\" : \"false\");\n    fprintf(fp, \"    ccs.push_back(fixedRelative%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string FixedRelativeConstraint::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"FixedRelativeConstraint(\";\n    stream << \"fixedPos: \" << ((m_fixed_position) ? \"true\" : \"false\");\n    stream << \"): {\";\n    bool first = true;\n    for (std::vector<unsigned>::const_iterator it = m_shape_vars.begin();\n            it != m_shape_vars.end(); ++it)\n    {\n        if (!first)\n        {\n            stream << \", \";\n        }\n        stream << \"(rect: \" << *it << \")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\n\nSubConstraintAlternatives \nFixedRelativeConstraint::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    COLA_UNUSED(vs);\n\n    SubConstraintAlternatives alternatives;\n\n    RelativeOffset *offset = static_cast<RelativeOffset *> \n            (_subConstraintInfo[_currSubConstraintIndex]);\n        \n    vpsc::Dim dim = offset->dim;\n    vpsc::Constraint constraint(vs[dim][offset->varIndex], \n            vs[dim][offset->varIndex2], offset->distOffset, true);\n    alternatives.push_back(SubConstraint(dim, constraint));\n    \n    //fprintf(stderr, \"===== FixedRelativeConstraint ALTERNATIVES -======\\n\");\n    return alternatives;\n}\n\n\nvoid FixedRelativeConstraint::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vars, vpsc::Constraints& ccs,\n        vpsc::Rectangles& bbs)\n{\n    COLA_UNUSED(vars);\n    COLA_UNUSED(bbs);\n\n    for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        RelativeOffset *offset = static_cast<RelativeOffset *> (*o);\n        if (dim != offset->dim)\n        {\n            continue;\n        }\n\n        assertValidVariableIndex(vars, offset->varIndex);\n        assertValidVariableIndex(vars, offset->varIndex2);\n        vpsc::Constraint *c = \n                new vpsc::Constraint(vars[offset->varIndex], \n                        vars[offset->varIndex2], offset->distOffset, true);\n        c->creator = this;\n        ccs.push_back(c);\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// PageBoundaryConstraint code\n//-----------------------------------------------------------------------------\n\nclass PageBoundaryShapeOffsets : public SubConstraintInfo\n{\n    public:\n        PageBoundaryShapeOffsets(unsigned ind, double xOffset, double yOffset) :\n            SubConstraintInfo(ind)\n        {\n            halfDim[0] = xOffset;\n            halfDim[1] = yOffset;\n        }\n        double halfDim[2];  // half width and height values;\n};\n\n\nPageBoundaryConstraints::PageBoundaryConstraints(double xLow, double xHigh,\n        double yLow, double yHigh, double weight)\n    : CompoundConstraint(vpsc::HORIZONTAL)\n{\n    COLA_ASSERT(xLow < xHigh);\n    COLA_ASSERT(yLow < yHigh);\n\n    leftMargin[vpsc::XDIM]  = xLow;\n    rightMargin[vpsc::XDIM] = xHigh;\n    leftMargin[vpsc::YDIM]  = yLow;\n    rightMargin[vpsc::YDIM] = yHigh;\n\n    for (unsigned i = 0; i < 2; ++i)\n    {\n        actualLeftMargin[i]  = leftMargin[i];\n        actualRightMargin[i] = rightMargin[i];\n        leftWeight[i]  = weight; \n        rightWeight[i] = weight;\n        vl[i] = nullptr;\n        vr[i] = nullptr;\n    }\n}\n\n\nvoid PageBoundaryConstraints::addShape(unsigned id, double halfW, double halfH)\n{\n    _subConstraintInfo.push_back(new PageBoundaryShapeOffsets(id, halfW, halfH));\n}\n\n\nvoid PageBoundaryConstraints::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    PageBoundaryConstraints *pageBoundary%llu = \"\n            \"new PageBoundaryConstraints(%g, %g, %g, %g, %g);\\n\",\n            (unsigned long long) this, leftMargin[vpsc::XDIM], \n            rightMargin[vpsc::XDIM], leftMargin[vpsc::YDIM],\n            rightMargin[vpsc::YDIM], leftWeight[0]);\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        PageBoundaryShapeOffsets *offsets = \n                static_cast<PageBoundaryShapeOffsets *> (*o);\n        fprintf(fp, \"    pageBoundary%llu->addShape(%u, %g, %g);\\n\",\n                (unsigned long long) this, offsets->varIndex,\n                offsets->halfDim[XDIM], offsets->halfDim[YDIM]);\n    }\n    fprintf(fp, \"    ccs.push_back(pageBoundary%llu);\\n\\n\",\n            (unsigned long long) this);\n}\n\n\nstd::string PageBoundaryConstraints::toString(void) const\n{\n    std::ostringstream stream;\n    stream << \"PageBoundaryConstraints(\";\n    stream << \"xLow: \" << leftMargin[vpsc::XDIM];\n    stream << \", xHigh: \" << rightMargin[vpsc::XDIM];\n    stream << \", yLow: \" << leftMargin[vpsc::YDIM];\n    stream << \", yHigh: \" << rightMargin[vpsc::YDIM];\n    stream << \", weight: \" << leftWeight[0];\n    stream << \"): {\";\n    bool first = true;\n    for (SubConstraintInfoList::const_iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o)\n    {\n        if (!first)\n        {\n            stream << \", \";\n        }\n        PageBoundaryShapeOffsets *offsets =\n                static_cast<PageBoundaryShapeOffsets *> (*o);\n        stream << \"(rect: \" << offsets->varIndex;\n        stream << \", halfWidth: \" << offsets->halfDim[XDIM];\n        stream << \", halfHeight: \" << offsets->halfDim[YDIM];\n        stream <<\")\";\n        first = false;\n    }\n    stream << \"}\";\n    return stream.str();\n}\n\nSubConstraintAlternatives \nPageBoundaryConstraints::getCurrSubConstraintAlternatives(vpsc::Variables vs[])\n{\n    COLA_UNUSED(vs);\n\n    // Page boundary constraints do not need to be evaluated at the\n    // time of makeFeasible, so we return an empty list here.\n    _currSubConstraintIndex = _subConstraintInfo.size();\n    return SubConstraintAlternatives();\n}\n\n\nvoid PageBoundaryConstraints::updatePosition(const vpsc::Dim dim)\n{\n    if (vl[dim]) \n    {\n        actualLeftMargin[dim] = vl[dim]->finalPosition;\n    }\n\n    if (vr[dim])\n    {\n        actualRightMargin[dim] = vr[dim]->finalPosition;\n    }\n}\n\n\ndouble PageBoundaryConstraints::getActualLeftMargin(const vpsc::Dim dim)\n{\n    return actualLeftMargin[dim];\n}\n\n\ndouble PageBoundaryConstraints::getActualRightMargin(const vpsc::Dim dim)\n{\n    return actualRightMargin[dim];\n}\n\n\nvoid PageBoundaryConstraints::generateVariables(const vpsc::Dim dim,\n        vpsc::Variables& vars) \n{ \n    // create 2 dummy vars, based on the dimension we are in\n    if (leftWeight[dim]) \n    {\n        vars.push_back(vl[dim] = new vpsc::Variable(vars.size(), \n                    leftMargin[dim], leftWeight[dim]));\n        vl[dim]->fixedDesiredPosition = true;\n    }\n    \n    if (rightWeight[dim]) \n    {\n        vars.push_back(vr[dim] = new vpsc::Variable(vars.size(), \n                    rightMargin[dim], rightWeight[dim]));\n        vr[dim]->fixedDesiredPosition = true;\n    }\n}\n\n\nvoid PageBoundaryConstraints::generateSeparationConstraints(\n        const vpsc::Dim dim, vpsc::Variables& vs, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs) \n{\n    COLA_UNUSED(bbs);\n    // For each of the \"real\" variables, create a constraint that puts \n    // that var between our two new dummy vars, depending on the dimension.\n    for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        PageBoundaryShapeOffsets *info =\n                static_cast<PageBoundaryShapeOffsets *> (*o);\n        assertValidVariableIndex(vs, info->varIndex);\n        if (vl[dim])\n        {\n            vpsc::Constraint *constraint = new vpsc::Constraint(vl[dim],\n                    vs[info->varIndex], info->halfDim[dim]);\n            constraint->creator = this;\n            cs.push_back(constraint);\n        }\n        \n        if (vr[dim])\n        {\n            vpsc::Constraint *constraint = new vpsc::Constraint(\n                    vs[info->varIndex], vr[dim], info->halfDim[dim]);\n            constraint->creator = this;\n            cs.push_back(constraint);\n        }\n    }\n}\n\n\n//-----------------------------------------------------------------------------\n// Support code\n//-----------------------------------------------------------------------------\n\n\nstruct GenerateVariables \n{\n    GenerateVariables(const vpsc::Dim dim, vpsc::Variables& vars) \n        : dim(dim),\n          vars(vars) \n    {\n    }\n    void operator() (CompoundConstraint *c) \n    {\n        c->generateVariables(dim, vars);\n    }\n\n    const vpsc::Dim dim;\n    vpsc::Variables& vars;\n};\n\n\nstruct GenerateSeparationConstraints \n{\n    GenerateSeparationConstraints(const vpsc::Dim dim, vpsc::Variables& vars, \n            vpsc::Constraints& cs, vpsc::Rectangles& bbs) \n        : dim(dim),\n          vars(vars), \n          cs(cs),\n          bbs(bbs)\n    {\n    }\n    void operator() (CompoundConstraint *c) \n    {\n        c->generateSeparationConstraints(dim, vars, cs, bbs);\n    }\n    const vpsc::Dim dim;\n    vpsc::Variables& vars;\n    vpsc::Constraints& cs;\n    vpsc::Rectangles& bbs;\n};\n\n\nvoid generateVariablesAndConstraints(CompoundConstraints& ccs, \n        const vpsc::Dim dim, vpsc::Variables& vars, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs)\n{\n    for_each(ccs.begin(), ccs.end(), \n            GenerateVariables(dim, vars));\n    for_each(ccs.begin(), ccs.end(), \n            GenerateSeparationConstraints(dim, vars, cs, bbs));\n}\n\n\nvoid generateVariables(CompoundConstraints& ccs, const vpsc::Dim dim, \n        vpsc::Variables& vars)\n{\n    for_each(ccs.begin(), ccs.end(), \n            GenerateVariables(dim, vars));\n}\n\n\nCompoundConstraint::CompoundConstraint(vpsc::Dim primaryDim,\n        unsigned int priority) : \n    _primaryDim(primaryDim),\n    _secondaryDim((vpsc::Dim) ((primaryDim + 1) % 2)),\n    _priority(priority),\n    _combineSubConstraints(false),\n    _currSubConstraintIndex(0)\n{\n}\n\n\nCompoundConstraint::~CompoundConstraint()\n{\n    // Free memory from the subConstraintInfo list.\n    for_each(_subConstraintInfo.begin(), _subConstraintInfo.end(), delete_object());\n    _subConstraintInfo.clear();\n}\n\n\nvpsc::Dim CompoundConstraint::dimension(void) const\n{\n    return _primaryDim;\n}\n\n\nunsigned int CompoundConstraint::priority(void) const\n{\n    return _priority;\n}\n\n\nvoid CompoundConstraint::printCreationCode(FILE *fp) const\n{\n    COLA_UNUSED(fp);\n\n    // Do nothing.  Subclasses can implement this.\n}\n\nvoid CompoundConstraint::updateVarIDsWithMapping(const VariableIDMap& idMap,\n        bool forward)\n{\n    for (SubConstraintInfoList::iterator o = _subConstraintInfo.begin();\n            o != _subConstraintInfo.end(); ++o) \n    {\n        (*o)->updateVarIDsWithMapping(idMap, forward);\n    }\n}\n\n\nstd::list<unsigned> CompoundConstraint::subConstraintObjIndexes(void) const\n{\n    std::list<unsigned> idList;\n    for (size_t i = 0; i < _subConstraintInfo.size(); ++i)\n    {\n        idList.push_back(_subConstraintInfo[i]->varIndex);\n    }\n    return idList;\n}\n\n\nbool CompoundConstraint::subConstraintsRemaining(void) const\n{\n    return _currSubConstraintIndex < _subConstraintInfo.size();\n}\n\n\nvoid CompoundConstraint::markAllSubConstraintsAsInactive(void)\n{\n    for (size_t i = 0; i < _subConstraintInfo.size(); ++i)\n    {\n        _subConstraintInfo[i]->satisfied = false;\n    }\n    _currSubConstraintIndex = 0;\n}\n\n\nvoid CompoundConstraint::markCurrSubConstraintAsActive(const bool satisfiable)\n{\n    _subConstraintInfo[_currSubConstraintIndex]->satisfied = satisfiable;\n\n    _currSubConstraintIndex++;\n}\n\n\nvoid CompoundConstraint::assertValidVariableIndex(const vpsc::Variables& vars, \n        const unsigned index)\n{\n    if (index >= vars.size())\n    {\n        throw InvalidVariableIndexException(this, index);\n    }\n}\n\n\nbool CompoundConstraint::shouldCombineSubConstraints(void) const\n{\n    return _combineSubConstraints;\n}\n\n\nUnsatisfiableConstraintInfo::UnsatisfiableConstraintInfo(\n        const vpsc::Constraint *c) \n    : leftVarIndex(c->left->id),\n      rightVarIndex(c->right->id),\n      separation(c->gap),\n      equality(c->equality),\n      cc((CompoundConstraint *)c->creator)\n{\n}\n\n// Variable mapping.\n\nVariableIDMap::VariableIDMap()\n{\n}\n\nVariableIDMap::~VariableIDMap()\n{\n}\n\ntypedef std::pair<unsigned, unsigned> IDPair;\ntypedef std::list<IDPair> IDPairList;\n\nbool VariableIDMap::addMappingForVariable(const unsigned from, \n        const unsigned to)\n{\n    bool found = false;\n    for (IDPairList::iterator it = m_mapping.begin(); it != m_mapping.end();\n            ++it)\n    {\n        IDPair& ids = *it;\n\n        if (ids.first == from)\n        {\n            found = true;\n            break;\n        }\n    }\n\n    if (!found)\n    {\n        m_mapping.push_back(std::make_pair(from, to));\n        return true;\n    }\n    //fprintf(stderr, \"VariableIDMap: mapping already exists for var %u\\n\", from);\n    return false;\n}\n\nvoid VariableIDMap::printCreationCode(FILE *fp) const\n{\n    fprintf(fp, \"    cola::VariableIDMap idMap;\\n\");\n    for (IDPairList::const_iterator it = m_mapping.begin();\n            it != m_mapping.end(); ++it)\n    {\n        fprintf(fp, \"    idMap.addMappingForVariable(%u, %u);\\n\", \n                it->first, it->second);\n    }\n    fprintf(fp, \"    \\n\");\n}\n\nunsigned VariableIDMap::mappingForVariable(const unsigned var, \n        bool forward) const\n{\n    for (IDPairList::const_iterator it = m_mapping.begin(); \n            it != m_mapping.end(); ++it)\n    {\n        const IDPair& ids = *it;\n\n        if (forward)\n        {\n            if (ids.first == var)\n            {\n                return ids.second;\n            }\n        }\n        else // (!forward)\n        {\n            if (ids.second == var)\n            {\n                return ids.first;\n            }\n        }\n    }\n\n    //fprintf(stderr, \"Warning: mapping not found for var %u\\n\", var);\n    \n    // Just return original variable index.\n    return var;\n}\n\nvoid VariableIDMap::clear(void)\n{\n    m_mapping.clear();\n}\n\n\n} // namespace cola\n\n"
  },
  {
    "path": "cola/libcola/compound_constraints.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _COMPOUND_CONSTRAINTS_H\n#define _COMPOUND_CONSTRAINTS_H\n\n#include <vector>\n#include <list>\n#include <set>\n#include <utility>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libcola/sparse_matrix.h\"\n#include \"libcola/unused.h\"\n\nnamespace vpsc {\n    class Constraint;\n    class Variable;\n\n// Avoid SWIG redefinition warnings.\n#ifndef SWIG\n    typedef std::vector<vpsc::Constraint *> Constraints;\n    typedef std::vector<vpsc::Variable *> Variables;\n#endif\n}\nnamespace cola {\n\nclass Cluster;\nclass RootCluster;\n\n\n// A component of a CompoundConstraint.\nclass SubConstraint\n{\n    public:\n        SubConstraint(vpsc::Dim dim, vpsc::Constraint constraint, \n                double cost = 0)\n            : dim(dim),\n              constraint(constraint),\n              cost(cost)\n        {\n        }\n        bool operator<(const SubConstraint& rhs) const\n        {\n            return cost < rhs.cost;\n        }\n\n        vpsc::Dim dim;\n        vpsc::Constraint constraint;\n        double cost;\n};\n\n\n// A list of alternative SubConstraints. \ntypedef std::list<SubConstraint> SubConstraintAlternatives;\n\nstatic const double freeWeight = 0.0001;\n\nstatic const unsigned int DEFAULT_CONSTRAINT_PRIORITY = 30000;\nstatic const unsigned int PRIORITY_NONOVERLAP = \n        DEFAULT_CONSTRAINT_PRIORITY - 2000;\n\n/**\n * @brief  Holds a mapping between two sets of Variable indices.\n *\n * This can be used to rewrite the Rectangles to which a set of \n * CompoundConstraints apply to.  This is useful when creating another\n * instance of the problem, but using the same CompoundConstraints list.\n * You should not usually need to use this yourself.  It is utilised by \n * addons such as topology::AvoidTopologyAddon.\n *\n * If a mapping for a particular value is not set, it is considered to be\n * equal on both sides of the mapping.\n */\nclass VariableIDMap\n{\n    public:\n        VariableIDMap();\n        ~VariableIDMap();\n\n        /**\n         * @brief Adds a mapping between a pair of variables.\n         *\n         * @param[in] from  The variable index to map from.\n         * @param[in] to    The variable index to map to.\n         * @return          True if the mapping was successfully added.\n         */\n        bool addMappingForVariable(const unsigned from, const unsigned to);\n        unsigned mappingForVariable(const unsigned var,\n                bool forward = true) const;\n        void clear(void);\n        void printCreationCode(FILE *fp) const;\n\n    private:\n        std::list<std::pair<unsigned, unsigned> > m_mapping;\n};\n\nclass SubConstraintInfo \n{\n    public:\n        SubConstraintInfo(unsigned ind) :\n            varIndex(ind),\n            satisfied(false)\n        {\n        }\n        virtual ~SubConstraintInfo()\n        {\n        }\n        virtual void updateVarIDsWithMapping(const VariableIDMap& idMap,\n                bool forward);\n\n        unsigned varIndex;\n        bool satisfied;\n};\n\ntypedef std::vector<SubConstraintInfo *> SubConstraintInfoList;\n\n\n/** \n * @brief An abstract base class for all high-level compound constraints.\n *\n * A compound constraint is a conceptual, diagramming application oriented\n * type of constraint, which can be translated into a set of simple\n * separation constraints, possibly extra dummy variables, and perhaps\n * even some extra terms for the quadratic objective function used\n * in the gradient projection solver.\n */\nclass CompoundConstraint {\npublic:\n    CompoundConstraint(vpsc::Dim primaryDim, \n            unsigned int priority = DEFAULT_CONSTRAINT_PRIORITY);\n    /**\n     * @brief Implemented by the compound constraint to generate any \n     *        additional required variables in the given dimension.\n     *\n     * Generate any additional variables required by this compound constraint\n     * when operating in the given dimension dim and add them to vars.  These\n     * variables should be cleaned up by the caller after the VPSC problem is\n     * solved.\n     *\n     * The variables' ideal position and weight should be set by the compound \n     * constraint and they should be added to the end of vars.\n     *\n     * @param[in]     dim   The current active dimension.\n     * @param[in,out] vars  The list of variables for the overall problem \n     *                      instance to which any variables generated should \n     *                      be appended.\n     */\n    virtual void generateVariables(const vpsc::Dim dim, \n            vpsc::Variables& vars) = 0;\n    /**\n     * @brief Implemented by the compound constraint to generate the low-level\n     *        separation constraints in the given dimension.\n     *\n     * These constraints will be added to the list of constraints cs.\n     *\n     * @param[in]     dim   The current active dimension.\n     * @param[in]     vars  The list of variables for the overall problem \n     *                      instance.\n     * @param[in,out] cs    The list of constraints to which the generated \n     *                      constraints will be added.\n     * @param[in]     bbs   The list of bounding boxes for all rectangles \n     *                      in the current problem.  It has the same order as\n     *                      vars.\n     */\n    virtual void generateSeparationConstraints(const vpsc::Dim dim, \n            vpsc::Variables& var, vpsc::Constraints& cs,\n            vpsc::Rectangles& bbs) = 0;\n    /**\n     * @brief Implemented by the compound constraint to send position\n     *        information back to the interface.\n     *\n     * This will be called for each compound constraint once the VPSC \n     * instance is solved to allow them to pass information such as \n     * variable values back to the graphical user interface.\n     *\n     * @param[in]     dim   The current active dimension.\n     */\n    virtual void updatePosition(const vpsc::Dim dim)\n    {\n        COLA_UNUSED(dim);\n    }\n\n    /**\n     *  @brief Returns a textual description of the compound constraint.\n     *\n     *  @return     A string describing the compound constraint.\n     */\n    virtual std::string toString(void) const = 0;\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n    virtual ~CompoundConstraint();\n#endif\n\n    vpsc::Dim dimension(void) const;\n    unsigned int priority(void) const;\n    virtual void updateVarIDsWithMapping(const VariableIDMap& idMap,\n            bool forward = true);\n    virtual void updateShapeOffsetsForDifferentCentres(\n                const std::vector<double>& offsets, bool forward = true)\n    {\n        COLA_UNUSED(offsets);\n        COLA_UNUSED(forward);\n    }\n\n    // The following methods are only needed for initially solving feasibility\n    // of the constraints, and do not need to be implemented for most compound\n    // constraints.\n    virtual void markAllSubConstraintsAsInactive(void);\n    virtual bool subConstraintsRemaining(void) const;\n    virtual void markCurrSubConstraintAsActive(const bool satisfiable);\n    virtual SubConstraintAlternatives getCurrSubConstraintAlternatives(\n            vpsc::Variables vs[]) = 0;\n    std::list<unsigned> subConstraintObjIndexes(void) const;\n    virtual void printCreationCode(FILE *fp) const;\n    bool shouldCombineSubConstraints(void) const;\n\nprotected:\n    void assertValidVariableIndex(const vpsc::Variables& vars, \n            const unsigned index);\n\n    // The dimension that this compound constraint operates.\n    vpsc::Dim _primaryDim;\n    // The alternate dimension.\n    vpsc::Dim _secondaryDim;\n    // The priority used to assign order for solving constraints.\n    unsigned int _priority;\n    // Describes whether to process sub constraints individually, or all\n    // at once, during the makeFeasible opteration.\n    bool _combineSubConstraints;\n    \n    // Info about the sub constraints within this compound constraint.\n    SubConstraintInfoList _subConstraintInfo;\n    // The index of the current subConstraint being made feasible.\n    size_t _currSubConstraintIndex;\n};\n//! @brief A vector of pointers to CompoundConstraint objects.\ntypedef std::vector<CompoundConstraint *> CompoundConstraints;\n\n\n/**\n * @brief Generate all the variables and constraints for a collection of \n *        CompoundConstraints.\n */\nvoid generateVariablesAndConstraints(CompoundConstraints& ccs, \n        const vpsc::Dim dim, vpsc::Variables& vars, vpsc::Constraints& cs,\n        vpsc::Rectangles& bbs);\n\n\n/**\n * @brief Generate just all the variables for a collection of \n *        CompoundConstraints.\n */\nvoid generateVariables(CompoundConstraints& ccs, const vpsc::Dim dim, \n        vpsc::Variables& vars);\n\n\n/**\n * @brief A boundary constraint specifies a bounding line that a set of nodes \n *        must be either to the left or right of.\n *\n * A boundary constraint gives a bounding line in a particular dimension (with\n * position stored in a variable) and a set of nodes required to be to the left\n * of that line and nodes required to be to the right of the line.  Separations\n * are determined by offsets passed to addShape().\n */\nclass BoundaryConstraint : public CompoundConstraint \n{\n    public:\n        /**\n         * @brief Constructs a new BoundaryConstraint in the specified \n         *        dimension.\n         *\n         * @param[in] dim The dimension the constraints will operate in.\n         */\n        BoundaryConstraint(const vpsc::Dim dim);\n        /**\n         * @brief Mark a node as being part of this boundary constraint.\n         *\n         * @param[in] index   The index of the node in the Rectangles vector.\n         * @param[in] offset  The minimum amount to separate the node from the\n         *                    boundary line.  Negative if left-of, positive if \n         *                    right-of.  Will usually be equal to half a node's\n         *                    size plus a buffer amount.\n         */\n        void addShape(const unsigned int index, const double offset);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& cs,\n                vpsc::Rectangles& bbs);\n        void updatePosition(const vpsc::Dim dim);\n        void printCreationCode(FILE *fp) const;\n        \n        //! Holds the position of the boundary line, once layout is complete.\n        double position;\n\n        vpsc::Variable* variable;\n};\n\n\n/**\n * @brief An alignment constraint specifies a alignment line that a set of\n *        nodes must be constrained to by an exact amount.\n *\n * This is represented as a variable representing the position of a vertical \n * or horizontal and a then group of nodes and offsets for those nodes such \n * that the nodes must be spaced exactly at those offsets from the alignment\n * position.\n *\n * Optionally, the alignment may be given a suggested position and/or marked \n * as \"fixed\".  When fixed, the position variable will be given a higher \n * weight to attempt to keep it at that position.\n */\nclass AlignmentConstraint : public CompoundConstraint \n{\n    public:\n        /**\n         * @brief Constructs a new AlignmentConstraint in the specified \n         *        dimension.\n         *\n         * @param[in] dim The dimension the constraints will operate in.\n         */\n        AlignmentConstraint(const vpsc::Dim dim, double position = 0.0);\n        /**\n         * @brief Mark a node as being part of this alignment constraint.\n         *\n         * @param[in] index   The index of the node in the Rectangles vector.\n         * @param[in] offset  The exact amount to separate the node from the\n         *                    alignment line.  Negative if left-of, positive if \n         *                    right-of.  Will usually be equal to half a node's\n         *                    size if aligning to the side of a node, or zero\n         *                    if aligning with the centre of a node.\n         */\n        void addShape(const unsigned int index, const double offset);\n        /**\n         * @brief Mark the alignment as ideally having a fixed position.\n         *\n         * This causes the position variable for the alignment to be given\n         * the ideal position pos and a higher weight.\n         *\n         * @param[in] pos  The ideal position value for the alignment.\n         */\n        void fixPos(double pos);\n        /**\n         * @brief Mark the alignment as not having a fixed position.\n         *\n         * This is the default.\n         */\n        void unfixPos(void);\n        /**\n         * @brief Indicates if the alignment position is marked as fixed.\n         *\n         * @returns True if the alignment position is marked as fixed, or \n         *          false otherwise.\n         */\n        bool isFixed(void) const;\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& cs,\n                vpsc::Rectangles& bbs);\n        void updatePosition(const vpsc::Dim dim);\n        double position(void) const;\n        void printCreationCode(FILE *fp) const;\n        void updateShapeOffsetsForDifferentCentres(\n                const std::vector<double>& offsets, bool forward = true);\n        \n        /// Generic pointer to an indicator object being used to represent \n        /// this compound constraint in the GUI.\n        void *indicator;\n        \n        vpsc::Variable* variable;\n    private:\n        // The position of the alignment line\n        double _position;\n        bool _isFixed;\n};\n\n\n/**\n * @brief A separation constraint specifies a simple horizontal or vertical \n *        spacing constraint between 2 nodes or alignment constraints.\n *\n * The non-equality constraint is  lPos + g <= rPos\n * and the equality constraint is  lPos + g  = rPos\n *\n * @note With an equality, you can effectively reverse the ordering of the \n *       two variables by making the gap a negative number.  This is not so\n *       for the non-equality case, there you need to keep the same gap value\n *       but reverse the order of the variables passed to the constructor.\n */\nclass SeparationConstraint : public CompoundConstraint \n{\n    public:\n        /**\n         * @brief Constructs a new SeparationConstraint between two nodes in\n         *        the specified dimension.\n         *\n         * The constraint will keep the centre of the left node to the left of\n         * the right node by exactly or more than the specified gap.\n         *\n         * @param[in] dim      The dimension the constraint will operate in.\n         * @param[in] l        The index of the left node.\n         * @param[in] r        The index of the right node.\n         * @param[in] g        The minimum or exact distance to separate the\n         *                     two nodes.\n         * @param[in] equality Whether or not the constraint is an exact \n         *                     distance.\n         */\n        SeparationConstraint(const vpsc::Dim dim, unsigned l, unsigned r, \n                double g, bool equality = false);\n        /**\n         * @brief Constructs a new SeparationConstraint between two alignment \n         *        constraints in the specified dimension.\n         *\n         * The constraint will keep the centre of the left alignment line to \n         * the left of the right alignment line  by exactly or more than the \n         * specified gap.\n         *\n         * @param[in] dim      The dimension the constraint will operate in.\n         * @param[in] l        A pointer to the left AlignmentConstraint.\n         * @param[in] r        A pointer to the right AlignmentConstraint.\n         * @param[in] g        The minimum or exact distance to separate the\n         *                     two alignment constraints.\n         * @param[in] equality Whether or not the constraint is an exact \n         *                     distance.\n         */\n        SeparationConstraint(const vpsc::Dim dim, AlignmentConstraint *l, \n                AlignmentConstraint *r, double g, bool equality = false);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vs, vpsc::Constraints& cs,\n                vpsc::Rectangles& bbs);\n        void setSeparation(double gap);\n        unsigned left(void) const;\n        unsigned right(void) const;\n        void printCreationCode(FILE *fp) const;\n\n        double gap;\n        bool equality;\n        vpsc::Constraint *vpscConstraint;\n};\n\n\n// XXX: This is experimental\n//\n// Orthogonal edges must have their end points aligned horizontally or \n// vertically\nclass OrthogonalEdgeConstraint : public CompoundConstraint \n{\n    public:\n        OrthogonalEdgeConstraint(const vpsc::Dim dim, unsigned l, unsigned r);\n        \n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vs, vpsc::Constraints& cs,\n                vpsc::Rectangles& bbs);\n        void generateTopologyConstraints(const vpsc::Dim k, \n                vpsc::Rectangles const& rs, \n                std::vector<vpsc::Variable*> const& vars, \n                std::vector<vpsc::Constraint*>& cs);\n        void printCreationCode(FILE *fp) const;\n        std::string toString(void) const;\n\n        unsigned left;\n        unsigned right;\n        vpsc::Constraint* vpscConstraint;\n    private:\n        void rectBounds(const vpsc::Dim k, vpsc::Rectangle const *r, \n                double& cmin, double& cmax, double& centre, double& l) const;\n};\n\n\n/**\n * @brief A multi-separation constraint Specifies a set of horizontal or \n *        vertical equal spacing constraints between pairs of alignment \n *        constraints.\n *\n * This is a way of arranging a group of alignment lines to be equally \n * distributed, or given a uniform minimum spacing.\n */\nclass MultiSeparationConstraint : public CompoundConstraint \n{\n    public:\n        /**\n         * @brief Constructs a new empty MultiSeparationConstraint with a \n         *        minimum or exact spacing.\n         *\n         * @param[in] dim      The dimension the constraints will operate in.\n         * @param[in] minSep   The minimum or exact distance to separate the\n         *                     alignment constraints.\n         * @param[in] equality Whether or not the constraints will be an exact \n         *                     distance.\n         */\n        MultiSeparationConstraint(const vpsc::Dim dim, double minSep = 0, \n                bool equality = false);\n        /**\n         * @brief Mark a pair of alignment constraints as being part of this \n         *        multi separation constraint.\n         *\n         * You will often specify spacing beteen a set of alignments (e.g., \n         * {1, 2, 3, 4}) by calling this method with each neighbouring pair \n         * (e.g., {(1, 2), (2, 3), (3, 4)}), but you can also specify \n         * non-neighbouring alignment constraints, if you wish them to have \n         * equal exact or minimum separation.\n         *\n         * @param[in] ac1  A pointer to the left AlignmentConstraint object\n         *                 of the pair.\n         * @param[in] ac2  A pointer to the right AlignmentConstraint object\n         *                 of the pair.\n         */\n        void addAlignmentPair(AlignmentConstraint *ac1, \n                AlignmentConstraint *ac2);\n        /**\n         * @brief Alter the minimum or exact spacing between each pair of\n         *        alignment constraints.\n         *\n         * @param[in] sep  The minimum or exact distance to separate the\n         *                 alignment constraints.\n         */\n        void setSeparation(double sep);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vs, vpsc::Constraints& gcs,\n                vpsc::Rectangles& bbs);\n        void printCreationCode(FILE *fp) const;\n\n        vpsc::Constraints cs;\n        \n        /// Generic pointer to an indicator object being used to represent \n        /// this compound constraint in the GUI.\n        void *indicator;\n        \n        double sep;\n        bool equality;\n};\n\n\n/**\n * @brief A distribution constraint specifies an ordered set of alignment \n *        constraints and a fixed separation required between them.\n *\n * This compound constraint it used to keep a set of alignment constraints\n * equally distributed.\n *\n * If no separation distance is set, then it is detemined from the distance \n * between the two outer alignments, divided by the number of alignments - 1.\n */\nclass DistributionConstraint : public CompoundConstraint {\n    public:\n        /**\n         * @brief Constructs a new empty DistributionConstraint with a \n         *        minimum or exact spacing.\n         *\n         * @param[in] dim      The dimension the constraints will operate in.\n         */\n        DistributionConstraint(const vpsc::Dim dim);\n        /**\n         * @brief Mark a pair of alignment constraints as being part of this \n         *        distribution constraint.\n         *\n         * You should specify spacing beteen a set of alignments (e.g., \n         * {1, 2, 3, 4}) by calling this method with each neighbouring pair \n         * (e.g., {(1, 2), (2, 3), (3, 4)}).\n         *\n         * @param[in] ac1  A pointer to the left AlignmentConstraint object \n         *                 of the pair.\n         * @param[in] ac2  A pointer to the right AlignmentConstraint object\n         *                 of the pair.\n         */\n        void addAlignmentPair(AlignmentConstraint *ac1, \n                AlignmentConstraint *ac2);\n        /**\n         * @brief Alter the exact spacing between each pair of alignment \n         *        constraints.\n         *\n         * @param[in] sep  The exact distance to separate the alignment\n         *                 constraints.\n         */\n        void setSeparation(double sep);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& gcs,\n                vpsc::Rectangles& bbs);\n        void printCreationCode(FILE *fp) const;\n\n        vpsc::Constraints cs;\n        \n        /// Generic pointer to an indicator object being used to represent \n        /// this compound constraint in the GUI.\n        void *indicator;\n        \n        double sep;\n};\n\n/**\n * @brief A fixed-relative constraint specifies that a group of nodes are\n *        constrained to be fixed in position relative to each other.  \n *\n * These nodes are fixed relative to each other in both the x- and y-dimensions\n * but still free to move as a group.\n *\n * Optionally, this compound constraint can be marked as desiring a fixed\n * position.  If this is specified, the group of nodes will attempt to stay\n * close to its current position.\n */\nclass FixedRelativeConstraint : public CompoundConstraint {\n    public:\n        /**\n         * @brief Constructs a new FixedRelativeConstraint between a set of \n         *        nodes, optionally with a fixed position.\n         *\n         * @param[in] rs        The list of bounding boxes for the rectangles\n         *                      for all nodes in the current problem.\n         * @param[in] shapeIds  A vector of indices into the rc vector for the \n         *                      nodes that will be fixed relative to each other.\n         * @param[in] fixedPosition  Whether of not the nodes should ideally be\n         *                           fixed to the current position.  The default\n         *                           is not fixed.\n         */\n        FixedRelativeConstraint(const vpsc::Rectangles& rs,\n                std::vector<unsigned> shapeIds, \n                const bool fixedPosition = false);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& gcs,\n                vpsc::Rectangles& bbs);\n        void printCreationCode(FILE *fp) const;\n        void updateVarIDsWithMapping(const VariableIDMap& idMap,\n            bool forward = true);\n\n    private:\n        bool m_fixed_position;\n        std::vector<unsigned> m_shape_vars;\n};\n\n\n/**\n * @brief A page boundary contraint specifies constraints that attempt to keep\n *        the given nodes within a defined rectangular region.\n *\n * This compound constraint creates dummy variables for each of the four edges \n * of the page and constraints between all nodes and these dummy vars such \n * that nodes are contained between the edges.  The variables for the page \n * edges have a high weight but will \"balloon out\" if other constraints force\n * nodes to stick out past the ideal edge positions.\n */\nclass PageBoundaryConstraints : public CompoundConstraint {\n    public:\n        /**\n         * @brief  Constructs a new PageBoundaryConstraints object with given\n         *         page boundary positions and weight.\n         *\n         * @param[in] xLow    The position of the left edge of the page.\n         * @param[in] xHigh   The position of the right edge of the page.\n         * @param[in] yLow    The position of the bottom edge of the page.\n         * @param[in] yHigh   The position of the top edge of the page.\n         * @param[in] weight  The weight to give the positions variables\n         *                    for the page edges.  The default is 100.0.\n         */\n        PageBoundaryConstraints(double xLow, double xHigh, \n                double yLow, double yHigh, double weight = 100.0);\n        /**\n         * @brief Mark a node as being contained within this page boundary.\n         *\n         * @param[in] index   The index of the node in the Rectangles vector.\n         * @param[in] halfW   Half of the width of the node.  Needed because\n         *                    node position variables represent their centre.\n         * @param[in] halfH   Half of the height of the node.  \n         */\n        void addShape(unsigned index, double halfW, double halfH);\n\n        /**\n         *  @brief Returns a textual description of the compound constraint.\n         *\n         *  @return     A string describing the compound constraint.\n         */\n        std::string toString(void) const;\n\n        SubConstraintAlternatives getCurrSubConstraintAlternatives(\n                vpsc::Variables vs[]);\n        void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n        void generateSeparationConstraints(const vpsc::Dim dim, \n                vpsc::Variables& vars, vpsc::Constraints& gcs,\n                vpsc::Rectangles& bbs);\n        void updatePosition(const vpsc::Dim dim);\n        double getActualLeftMargin(const vpsc::Dim dim);\n        double getActualRightMargin(const vpsc::Dim dim);\n        void printCreationCode(FILE *fp) const;\n\n    private:\n        double leftMargin[2];\n        double rightMargin[2];\n        double actualLeftMargin[2];\n        double actualRightMargin[2];\n        double leftWeight[2];    \n        double rightWeight[2];  \n        vpsc::Variable *vl[2], *vr[2];\n};\n\n\n/**\n * @brief Info about constraints that could not be satisfied in gradient \n *        projection process.\n */\nclass UnsatisfiableConstraintInfo {\n    public:\n        UnsatisfiableConstraintInfo(const vpsc::Constraint* c);\n        \n        //! The index of the left variable.\n        unsigned leftVarIndex;\n        //! The index of the right variable.\n        unsigned rightVarIndex;\n        //! The separation.\n        double separation;\n        //! Whether the separation is an exact distance or not.\n        bool equality;\n        //! The index of the CompoundConstraint that created this.\n        cola::CompoundConstraint *cc;\n\n        std::string toString(void) const\n        {\n            std::stringstream stream;\n            stream << \"Unsatisfiable constraint: var(\" << leftVarIndex << \") \";\n            if (separation < 0)\n            {\n                stream << \"- \" << -separation;\n            }\n            else\n            {\n                stream << \"+ \" << separation;\n            }\n            stream << \" \" << ((equality) ? \"== \" : \"<= \");\n            stream << \"var(\" << rightVarIndex << \")\";\n            if (cc)\n            {\n                stream << \"\\n   From \" << cc->toString();\n            }\n\n            return stream.str();\n        }\n};\n//! @brief A vector of pointers to UnsatisfiableConstraintInfo objects.\ntypedef std::vector<UnsatisfiableConstraintInfo *> UnsatisfiableConstraintInfos;\n\n} // namespace cola\n#endif // _COMPOUND_CONSTRAINTS_H\n"
  },
  {
    "path": "cola/libcola/conjugate_gradient.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006  Nathan Hurst <njh@njhurst.com>\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Nathan Hurst\n *             Tim Dwyer\n *            \n*/\n\n\n#include <cmath>\n#include <cstdlib>\n#include <cassert>\n#include <valarray>\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/conjugate_gradient.h\"\n\n/* lifted wholely from wikipedia.  Well, apart from the bug in the wikipedia version. */\n\nusing std::valarray;\n\nstatic void \nmatrix_times_vector(valarray<double> const &matrix, /* m * n */\n            valarray<double> const &vec,  /* n */\n            valarray<double> &result) /* m */\n{\n    unsigned n = vec.size();\n    unsigned m = result.size();\n    COLA_ASSERT(m*n == matrix.size());\n#   if defined(_MSC_VER)\n    // magmy: The following lines show how operator[] is defined for valarray under MSVC\n    // _Ty valarray<_Ty>::operator[](size_t _Off) const;\n    // _Ty &valarray<_Ty>::operator[](size_t _Off);\n    // As a consequence, it is not possible to take the address of a constant valarray[n].\n    // This looks like a bug in the Microsoft's <valarray> file.\n    // Below is a workaround\n    double const *mp = &const_cast<valarray<double> &>(matrix)[0];\n#   else\n    const double* mp = &matrix[0];\n#   endif\n    for (unsigned i = 0; i < m; i++) {\n        double res = 0;\n        for (unsigned j = 0; j < n; j++)\n            res += *mp++ * vec[j];\n        result[i] = res;\n    }\n}\n\n/*\nstatic double Linfty(valarray<double> const &vec) {\n    return std::max(vec.max(), -vec.min());\n}\n*/\n\ndouble\ninner(valarray<double> const &x, \n      valarray<double> const &y) {\n    double total = 0;\n    for(unsigned i = 0; i < x.size(); i++)\n        total += x[i]*y[i];\n    return total;// (x*y).sum(); <- this is more concise, but ineff\n}\n\ndouble compute_cost(valarray<double> const &A, \n        valarray<double> const &b,\n        valarray<double> const &x,\n        const unsigned n) {\n    // computes cost = 2 b x - x A x\n    double cost = 2. * inner(b,x);\n    valarray<double> Ax(n);\n    for (unsigned i=0; i<n; i++) {\n        Ax[i] = 0;\n        for (unsigned j=0; j<n; j++) {\n            Ax[i] += A[i*n+j]*x[j];\n        }\n    }\n    return cost - inner(x,Ax);\n}\nvoid \nconjugate_gradient(valarray<double> const &A, \n           valarray<double> &x, \n           valarray<double> const &b, \n           unsigned const n, double const tol,\n           unsigned const max_iterations) {\n    //printf(\"Conjugate Gradient...\\n\");\n    valarray<double> Ap(n), p(n), r(n);\n    matrix_times_vector(A,x,Ap);\n    r=b-Ap; \n    double r_r = inner(r,r);\n    unsigned k = 0;\n    double tol_squared = tol*tol;\n#ifdef EXAMINE_COST\n    double previousCost=compute_cost(A,b,x,n),cost;\n#endif\n    while(k < max_iterations && r_r > tol_squared) {\n        k++;\n        double r_r_new = r_r;\n        if(k == 1)\n            p = r;\n        else {\n            r_r_new = inner(r,r);\n            if(r_r_new<tol_squared) break;\n            p = r + (r_r_new/r_r)*p;\n        }\n        matrix_times_vector(A, p, Ap);\n        double alpha_k = r_r_new / inner(p, Ap);\n        x += alpha_k*p;\n#ifdef EXAMINE_COST\n        cost=compute_cost(A,b,x,n);\n        printf(\"  CG[%d] %.15f %.15f\\n\",k,previousCost,cost);\n        previousCost=cost;\n#endif\n        r -= alpha_k*Ap;\n        r_r = r_r_new;\n    }\n    //printf(\"  CG finished after %d iterations\\n\",k);\n    //printf(\"njh: %d iters, Linfty = %g L2 = %g\\n\", k, \n    //std::max(-r.min(), r.max()), sqrt(r_r));\n    // x is solution\n}\n"
  },
  {
    "path": "cola/libcola/conjugate_gradient.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _CONJUGATE_GRADIENT_H\n#define _CONJUGATE_GRADIENT_H\n\n#include <valarray>\n\ndouble\ninner(std::valarray<double> const &x, \n      std::valarray<double> const &y);\n\nvoid \nconjugate_gradient(std::valarray<double> const &A, \n           std::valarray<double> &x, \n           std::valarray<double> const &b, \n           unsigned const n, double const tol,\n           unsigned const max_iterations);\n#endif // _CONJUGATE_GRADIENT_H\n"
  },
  {
    "path": "cola/libcola/connected_components.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n\n#include <map>\n#include <list>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/assertions.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/connected_components.h\"\n\nusing namespace std;\nusing namespace vpsc;\nnamespace cola {\n    Component::~Component() {\n        /*\n        for(unsigned i=0;i<scx.size();i++) {\n            delete scx[i];\n        }\n        for(unsigned i=0;i<scy.size();i++) {\n            delete scy[i];\n        }\n        */\n    }\n    void Component::moveRectangles(double x, double y) {\n        for(unsigned i=0;i<rects.size();i++) {\n            rects[i]->moveCentreX(rects[i]->getCentreX()+x);\n            rects[i]->moveCentreY(rects[i]->getCentreY()+y);\n        }\n    }\n    Rectangle* Component::getBoundingBox() \n    {\n        Rectangle boundingBox;\n        for (unsigned i = 0; i < rects.size(); ++i)\n        {\n            boundingBox = boundingBox.unionWith(*(rects[i]));\n        }\n        return new Rectangle(boundingBox);\n    }\n\n    namespace ccomponents {\n        struct Node {\n            unsigned id;\n            bool visited;\n            vector<Node*> neighbours;\n            list<Node*>::iterator listPos;\n            Rectangle* r;\n        };\n        // Depth first search traversal of graph to find connected component\n        void dfs(Node* v,\n                list<Node*>& remaining,\n                Component* component,\n                map<unsigned,pair<Component*,unsigned> > &cmap) {\n            v->visited=true;\n            remaining.erase(v->listPos);\n            cmap[v->id]=make_pair(component,static_cast<unsigned>(component->node_ids.size()));\n            component->node_ids.push_back(v->id);\n            component->rects.push_back(v->r);\n            for(unsigned i=0;i<v->neighbours.size();i++) {\n                Node* u=v->neighbours[i];\n                if(!u->visited) {\n                    dfs(u,remaining,component,cmap);\n                }\n            }\n        }\n    }\n\n    using namespace ccomponents;\n\n    // for a graph of n nodes, return connected components\n    void connectedComponents(\n            const vector<Rectangle*> &rs,\n            const vector<Edge> &es, \n            //const SeparationConstraints &scx,\n            //const SeparationConstraints &scy,\n            vector<Component*> &components) {\n        unsigned n=rs.size();\n        vector<Node> vs(n);\n        list<Node*> remaining;\n        for(unsigned i=0;i<n;i++) {\n            vs[i].id=i;\n            vs[i].visited=false;\n            vs[i].r=rs[i];\n            vs[i].listPos = remaining.insert(remaining.end(),&vs[i]);\n        }\n        vector<Edge>::const_iterator ei;\n        for(ei=es.begin();ei!=es.end();ei++) {\n            vs[ei->first].neighbours.push_back(&vs[ei->second]);\n            vs[ei->second].neighbours.push_back(&vs[ei->first]);\n        }\n        map<unsigned,pair<Component*,unsigned> > cmap;\n        while(!remaining.empty()) {\n            Component* component=new Component;\n            Node* v=*remaining.begin();\n            dfs(v,remaining,component,cmap);\n            components.push_back(component);\n        }\n        for(ei=es.begin();ei!=es.end();ei++) {\n            pair<Component*,unsigned> u=cmap[ei->first],\n                                      v=cmap[ei->second];\n            COLA_ASSERT(u.first==v.first);\n            u.first->edges.push_back(make_pair(u.second,v.second));\n        }\n        /*\n        SeparationConstraints::const_iterator ci;\n        for(ci=scx.begin();ci!=scx.end();ci++) {\n            SeparationConstraint *c=*ci;\n            pair<Component*,unsigned> u=cmap[c->left],\n                                      v=cmap[c->right];\n            COLA_ASSERT(u.first==v.first);\n            u.first->scx.push_back(\n                    new SeparationConstraint(u.second,v.second,c->gap));\n        }\n        for(ci=scy.begin();ci!=scy.end();ci++) {\n            SeparationConstraint *c=*ci;\n            pair<Component*,unsigned> u=cmap[c->left],\n                                      v=cmap[c->right];\n            COLA_ASSERT(u.first==v.first);\n            u.first->scy.push_back(\n                    new SeparationConstraint(u.second,v.second,c->gap));\n        }\n        */\n    }\n    void separateComponents(const vector<Component*> &components) {\n        unsigned n=components.size();\n        vector<Rectangle*> bbs(n);\n        valarray<double> origX(n);\n        valarray<double> origY(n);\n        for(unsigned i=0;i<n;i++) {\n            bbs[i]=components[i]->getBoundingBox();\n            origX[i]=bbs[i]->getCentreX();\n            origY[i]=bbs[i]->getCentreY();\n        }\n        removeoverlaps(bbs);\n        for(unsigned i=0;i<n;i++) {\n            components[i]->moveRectangles(\n                    bbs[i]->getCentreX()-origX[i],\n                    bbs[i]->getCentreY()-origY[i]);\n            delete bbs[i];\n        }\n    }\n}\n"
  },
  {
    "path": "cola/libcola/connected_components.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef CONNECTED_COMPONENTS_H\n#define CONNECTED_COMPONENTS_H\n#include \"libcola/cola.h\"\n#include <vector>\n\nnamespace cola {\n// a graph component with a list of node_ids giving indices for some larger list of nodes\n// for the nodes in this component, \n// and a list of edges - node indices relative to this component\nclass Component {\npublic:\n    std::vector<unsigned> node_ids;\n    std::vector<vpsc::Rectangle*> rects;\n    std::vector<cola::Edge> edges;\n    //CompoundConstraints cx, cy;\n    ~Component();\n    void moveRectangles(double x, double y);\n    vpsc::Rectangle* getBoundingBox();\n};\n// for a graph of n nodes, return connected components\nvoid connectedComponents(\n    const std::vector<vpsc::Rectangle*> &rs,\n    const std::vector<cola::Edge> &es,\n    //const CompoundConstraints &cx,\n    //const CompoundConstraints &cy, \n    std::vector<Component*> &components);\n\n// move the contents of each component so that the components do not\n// overlap.\nvoid separateComponents(const std::vector<Component*> &components);\n\n} // namespace cola\n\n#endif // CONNECTED_COMPONENTS_H\n"
  },
  {
    "path": "cola/libcola/convex_hull.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#include <valarray>\n#include <cfloat>\n#include <algorithm>\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/convex_hull.h\"\n\n\nnamespace hull {\nusing namespace std;\n/**\n * CrossProduct of three points: If the result is 0, the points are collinear; \n * if it is positive, the three points (in order) constitute a \"left turn\", \n * otherwise a \"right turn\".\n */\ninline double crossProduct(\n        double x0, double y0,\n        double x1, double y1,\n        double x2, double y2) {\n    return (x1-x0)*(y2-y0)-(x2-x0)*(y1-y0);\n}\nstruct CounterClockwiseOrder {\n    CounterClockwiseOrder(\n            const unsigned p,\n            std::valarray<double> const & X, std::valarray<double> const & Y)\n        :px(X[p]), py(Y[p]), X(X), Y(Y) {};\n    bool operator() (unsigned i, unsigned j) {\n        // o=crossProduct(px,py,X[i],Y[i],X[j],Y[j]);\n        double xi=X[i]-px;\n        double xj=X[j]-px;\n        // since py is the min y pos, yi and yj must be positive\n        double yi=Y[i]-py;\n        double yj=Y[j]-py;\n        \n        // use cross product rule\n        double o = xi*yj-xj*yi;\n        if(o!=0) {\n            return o>0;\n        } \n        // in case of ties choose point farthest from p\n        return (xi*xi+yi*yi) < (xj*xj+yj*yj);\n    }\n    const double px;\n    const double py;\n    std::valarray<double> const & X; \n    std::valarray<double> const & Y; \n};\nvoid convex(const unsigned n, const double* X, const double* Y, vector<unsigned> & h) {\n    const valarray<double> XA(X,n);\n    const valarray<double> YA(Y,n);\n    convex(XA,YA,h);\n}\n/**\n * Implementation of Graham's scan convex hull finding algorithm.\n * X and Y give the horizontal and vertical positions of the pointset.\n * The result is returned in hull as a list of indices referencing points in X and Y.\n */\nvoid convex(valarray<double> const & X, valarray<double> const & Y, vector<unsigned> & h) {\n    unsigned n=X.size();\n    COLA_ASSERT(n==Y.size());\n    unsigned p0=0;\n    // find point p0 with min Y position, choose leftmost in case of tie.\n    // This is our \"pivot\" point\n    double minY=DBL_MAX,minX=DBL_MAX;\n    for(unsigned i=0;i<n;i++) {\n        if ( (Y[i] < minY) || ((Y[i] == minY) && (X[i] < minX)) ) \n        {\n            p0=i;\n            minY=Y[i];\n            minX=X[i];\n        }\n    }\n    // sort remaining points by the angle line p0-p1 (p1 in points) makes\n    // with x-axis\n    vector<unsigned> points;\n    for(unsigned i=0;i<n;i++) { \n        if(i!=p0) points.push_back(i); \n    }\n    CounterClockwiseOrder order(p0,X,Y);\n    sort(points.begin(),points.end(),order);\n    // now we maintain a stack in h, adding points while each successive\n    // point is a \"left turn\", backtracking if we make a right turn.\n    h.clear();\n    h.push_back(p0);\n    h.push_back(points[0]);\n    for(unsigned i=1;i<points.size();i++) {\n        double o=crossProduct(\n                X[h[h.size()-2]],Y[h[h.size()-2]],\n                X[h[h.size()-1]],Y[h[h.size()-1]],\n                X[points[i]],Y[points[i]]);\n        if(o==0) {\n            h.pop_back();\n            h.push_back(points[i]);\n        } else if(o>0) {\n            h.push_back(points[i]);\n        } else {\n            while(o<=0 && h.size()>2) {\n                h.pop_back();\n                o=crossProduct(\n                    X[h[h.size()-2]],Y[h[h.size()-2]],\n                    X[h[h.size()-1]],Y[h[h.size()-1]],\n                    X[points[i]],Y[points[i]]);\n            }\n            h.push_back(points[i]);\n        }\n    }\n}\n\n} // namespace hull\n"
  },
  {
    "path": "cola/libcola/convex_hull.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef CONVEX_HULL_H\n#define CONVEX_HULL_H\n#include <vector>\n#include <valarray>\n\nnamespace hull {\nvoid convex(const unsigned n, const double* X, const double* Y, std::vector<unsigned> & hull);\nvoid convex(const std::valarray<double> & X, const std::valarray<double> & Y, std::vector<unsigned> & hull);\n}\n\n#endif // CONVEX_HULL_H\n"
  },
  {
    "path": "cola/libcola/doc/description.doc",
    "content": "/*!\n\n\\if LIBCOLA_DOC\n@mainpage libcola: Force-directed Network Layout ubject to Separation Constraints\n\\endif\n\\if ADAPTAGRAMS_DOC\n@page libcola libcola &mdash; Overview\n\\endif\n\nlibcola is a cross-platform C++ library for constraint graph layout. Specifically, force-directed layout using the stress-majorization method subject to separation constraints. Applications include layout with non-overlapping nodes and clusters, directed graph layout and layout preserving the crossing properties of a given starting layout.\n\nlibcola is part of the \n<a href=\"http://www.adaptagrams.org/\">Adaptagrams project</a>. \nThere are no official releases yet, though the code is stable and \navailable from the Adaptagrams \n<a href=\"https://github.com/mjwybrow/adaptagrams\">GitHub \nrepository</a>.\n\nThe API is documented using Doxygen.  The documentation you are currently \nreading can be obtained by running doxygen in the cola directory. \n\nlibcola is written and maintained by \n<a href=\"http://users.monash.edu/~mwybrow/\">Michael Wybrow</a> and\n<a href=\"http://ialab.it.monash.edu/~dwyer/\">Tim Dwyer</a>,\nmembers of <a href=\"http://ialab.it.monash.edu/\">Immersive Analytics Lab</a> at Monash University, Australia.\n\nThe algorithms used for ConstrainedFDLayout are described in the following papers.  If you use libcola, please cite the relevant paper.\n-  Tim Dwyer, Kim Marriott, and Michael Wybrow. Topology preserving\n   constrained graph layout. In Proc. 16th Intl. Symp. Graph Drawing\n   (GD'08), volume 5417 of Lecture Notes in Computer Science, pages\n   230-241. Springer, 2009.\n-  Tim Dwyer, Kim Marriott, and Michael Wybrow. Dunnart: A\n   constraint-based network diagram authoring tool. In Proc. 16th Intl.\n   Symp. Graph Drawing (GD'08), volume 5417 of Lecture Notes in Computer\n   Science, pages 420-431. Springer, 2009.\n-  Tim Dwyer, Kim Marriott, Falk Schreiber, Peter J. Stuckey,\n   Michael Woodward, and Michael Wybrow. Exploration of networks using\n   overview+detail with constraint-based cooperative layout. IEEE\n   Transactions on Visualization and Computer Graphics, 14(6):1293-1300,\n   2008.\n\nThe method used in ConstrainedMajorizationLayout is described in:\n-  Tim Dwyer and Kim Marriott. Constrained stress majorization using diagonally\n   scaled gradient projection.  In Proc. 15th Intl. Symp. Graph Drawing (GD\n   '07), volume 4875 of Lecture Notes in Computer Science. Springer, 2008.\n\n\n*/\n\n\n"
  },
  {
    "path": "cola/libcola/exceptions.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef SEEN_LIBCOLA_EXCEPTIONS_H\n#define SEEN_LIBCOLA_EXCEPTIONS_H\n#include <string>\n#include <sstream>\n\nnamespace cola {\nclass CompoundConstraint;\n\nstruct InvalidConstraint {\n    InvalidConstraint(CompoundConstraint *c):constraint(c) {}\n    CompoundConstraint *constraint;\n};\n\n\nclass InvalidVariableIndexException\n{\npublic:\n    InvalidVariableIndexException(CompoundConstraint *c, unsigned i) \n        : constraint(c),\n          index(i)\n    { }\n    std::string what() const throw()\n    {\n        std::stringstream s;\n        s << \"Invalid variable index: \" << index;\n        return s.str();\n    }\n    CompoundConstraint *constraint;\n    unsigned index;\n};\n\n\n} // namespace cola\n#endif //SEEN_LIBCOLA_EXCEPTIONS_H\n"
  },
  {
    "path": "cola/libcola/gradient_projection.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n/**********************************************************\n *\n * Solve a quadratic function f(X) = X' A X + b X\n * subject to a set of separation constraints cs\n *\n **********************************************************/\n\n#include <iostream>\n#include <cmath>\n#include <ctime>\n\n#include <libvpsc/solve_VPSC.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <libvpsc/assertions.h>\n\n#include \"libcola/cluster.h\"\n#include \"libcola/gradient_projection.h\"\n#include \"libcola/straightener.h\"\n#include \"libcola/commondefs.h\"\n//#define CHECK_CONVERGENCE_BY_COST 1\n\n\nusing namespace std;\nusing namespace vpsc;\nnamespace cola {\nGradientProjection::GradientProjection(\n    const Dim k,\n    std::valarray<double> *denseQ,\n    const double tol,\n    const unsigned max_iterations,\n    CompoundConstraints const *ccs,\n    UnsatisfiableConstraintInfos *unsatisfiableConstraints,\n    NonOverlapConstraintsMode nonOverlapConstraints,\n    RootCluster* clusterHierarchy,\n    vpsc::Rectangles* rs,\n    const bool scaling,\n    SolveWithMosek solveWithMosek) \n        : k(k), \n          denseSize(static_cast<unsigned>((floor(sqrt(static_cast<double>(denseQ->size())))))),\n          denseQ(denseQ), \n          rs(rs),\n          ccs(ccs),\n          unsatisfiableConstraints(unsatisfiableConstraints),\n          nonOverlapConstraints(nonOverlapConstraints),\n          clusterHierarchy(clusterHierarchy),\n          tolerance(tol), \n          max_iterations(max_iterations),\n          sparseQ(nullptr),\n          solveWithMosek(solveWithMosek),\n          scaling(scaling)\n{\n    //printf(\"GP Instance: scaling=%d, mosek=%d\\n\",scaling,solveWithMosek);\n    for(unsigned i=0;i<denseSize;i++) {\n        vars.push_back(new vpsc::Variable(i,1,1));\n    }\n    if(scaling) {\n        scaledDenseQ.resize(denseSize*denseSize);\n        for(unsigned i=0;i<denseSize;i++) {\n            vars[i]->scale=1./sqrt(fabs((*denseQ)[i*denseSize+i]));\n            // XXX: Scale can sometimes be set to infinity here when \n            //      there are nodes not connected to any other node.\n            //      Thus we just set the scale for such a variable to 1.\n            if (!std::isfinite(vars[i]->scale))\n            {\n                vars[i]->scale = 1;\n            }\n        }\n        // the following computes S'QS for Q=denseQ\n        // and S is diagonal matrix of scale factors\n        for(unsigned i=0;i<denseSize;i++) {\n            for(unsigned j=0;j<denseSize;j++) {\n                scaledDenseQ[i*denseSize+j]=(*denseQ)[i*denseSize+j]*vars[i]->scale\n                    *vars[j]->scale;\n            }\n        }\n        this->denseQ = &scaledDenseQ;\n    }\n    //dumpSquareMatrix(*this->denseQ);\n    //dumpSquareMatrix(scaledDenseQ);\n\n    if(ccs) {\n        for(CompoundConstraints::const_iterator c=ccs->begin();\n                c!=ccs->end();++c) {\n            (*c)->generateVariables(k, vars);\n            OrthogonalEdgeConstraint* e=dynamic_cast<OrthogonalEdgeConstraint*>(*c);\n            if(e) {\n                orthogonalEdges.push_back(e);\n            }\n        }\n        for(CompoundConstraints::const_iterator c=ccs->begin();\n                c!=ccs->end();++c) {\n            (*c)->generateSeparationConstraints(k, vars, gcs, *rs);\n        }\n    }\n    /*\n    if(clusterHierarchy) {\n        clusterHierarchy->createVars(k,*rs,vars);\n    }\n    */\n    numStaticVars=vars.size();\n    //solver=setupVPSC();\n}\nstatic inline double dotProd(valarray<double> const & a, valarray<double> const & b) {\n    double p = 0;\n    for (unsigned i=0; i<a.size(); i++) {\n        p += a[i]*b[i];\n    }\n    return p;\n}\ndouble GradientProjection::computeCost(\n        valarray<double> const &b,\n        valarray<double> const &x) const {\n    // computes cost = 2 b x - x A x\n    double cost = 2. * dotProd(b,x);\n    valarray<double> Ax(x.size());\n    for (unsigned i=0; i<denseSize; i++) {\n        Ax[i] = 0;\n        for (unsigned j=0; j<denseSize; j++) {\n            Ax[i] += (*denseQ)[i*denseSize+j]*x[j];\n        }\n    }\n    if(sparseQ) {\n        valarray<double> r(x.size());\n        sparseQ->rightMultiply(x,r);\n        Ax+=r;\n    }\n    return cost - dotProd(x,Ax);\n}\n\ndouble GradientProjection::computeSteepestDescentVector(\n        valarray<double> const &b,\n        valarray<double> const &x,\n        valarray<double> &g) const {\n    // find steepest descent direction\n    //  g = 2 ( b - A x )\n    //    where: A = denseQ + sparseQ\n    //  g = 2 ( b - denseQ x) - 2 sparseQ x\n    //\n    //  except the 2s don't matter because we compute \n    //  the optimal stepsize anyway\n    COLA_ASSERT(x.size()==b.size() && b.size()==g.size());\n    g = b;\n    for (unsigned i=0; i<denseSize; i++) {\n        for (unsigned j=0; j<denseSize; j++) {\n            g[i] -= (*denseQ)[i*denseSize+j]*x[j];\n        }\n    }\n    // sparse part:\n    if(sparseQ) {\n        valarray<double> r(x.size());\n        sparseQ->rightMultiply(x,r);\n        g-=r;\n    }\n    return computeStepSize(g,g);\n}\n// compute optimal step size along descent vector d relative to\n// a gradient related vector g \n//    stepsize = ( g' d ) / ( d' A d )\ndouble GradientProjection::computeStepSize(\n        valarray<double> const & g, valarray<double> const & d) const {\n    COLA_ASSERT(g.size()==d.size());\n    valarray<double> Ad;\n    if(sparseQ) {\n        Ad.resize(g.size());\n        sparseQ->rightMultiply(d,Ad);\n    }\n    double const numerator = dotProd(g, d);\n    double denominator = 0;\n    for (unsigned i=0; i<g.size(); i++) {\n        double r = sparseQ ? Ad[i] : 0;\n        if(i<denseSize) { for (unsigned j=0; j<denseSize; j++) {\n            r += (*denseQ)[i*denseSize+j] * d[j];\n        } }\n        denominator += r * d[i];\n    }\n    if(denominator==0) {\n        return 0;\n    }\n    return numerator/(2.*denominator);\n}\n\nbool GradientProjection::runSolver(valarray<double> & result) {\n    bool activeConstraints = false;\n    switch(solveWithMosek) {\n        case Off:\n            activeConstraints = solver->satisfy();\n            for (unsigned i=0;i<vars.size();i++) {\n                result[i]=vars[i]->finalPosition;\n            }\n            break;\n        case Inner:\n#ifdef MOSEK_AVAILABLE\n            float *ba=new float[vars.size()];\n            float *coords=new float[vars.size()];\n            for(unsigned i=0;i<vars.size();i++) {\n                ba[i]=vars[i]->desiredPosition;\n            }\n            mosek_quad_solve_sep(menv,ba,coords);\n            for(unsigned i=0;i<vars.size();i++) {\n                //printf(\"x[%d]=%f\\n\",i,coords[i]);\n                result[i]=coords[i];\n            }\n            delete [] ba;\n            delete [] coords;\n            break;\n#endif\n        default:\n            break;\n    }\n    return activeConstraints;\n}\n\n/*\n * Use gradient-projection to solve an instance of\n * the Variable Placement with Separation Constraints problem.\n */\nunsigned GradientProjection::solve(\n        valarray<double> const &linearCoefficients, \n        valarray<double> &x) {\n    COLA_ASSERT(linearCoefficients.size()==x.size());\n    COLA_ASSERT(x.size()==denseSize);\n    COLA_ASSERT(numStaticVars>=denseSize);\n    COLA_ASSERT(sparseQ==nullptr || \n                (sparseQ!=nullptr && (vars.size()==sparseQ->rowSize())) );\n\n    if(max_iterations==0) return 0;\n\n    bool converged=false;\n\n    solver = setupVPSC();\n#ifdef MOSEK_AVAILABLE\n    if(solveWithMosek==Outer) {\n        float* ba=new float[vars.size()];\n        float* xa=new float[vars.size()];\n        for(unsigned i=0;i<vars.size();i++) {\n            ba[i]=-linearCoefficients[i];\n        }\n        mosek_quad_solve_sep(menv,ba,xa);\n        for(unsigned i=0;i<vars.size();i++) {\n            //printf(\"mosek result x[%d]=%f\\n\",i,xa[i]);\n            x[i]=xa[i];\n        }\n        delete [] ba;\n        delete [] xa;\n        return 1;\n    }\n#endif\n    // it may be that we have to consider dummy vars, which the caller didn't know\n    // about.  Thus vars.size() may not equal x.size()\n    unsigned n = vars.size();\n    valarray<double> b(n);\n    result.resize(n);\n    \n    // load desired positions into vars, note that we keep desired positions \n    // already calculated for dummy vars\n    for (unsigned i=0;i<x.size();i++) {\n        COLA_ASSERT(!std::isnan(x[i]));\n        COLA_ASSERT(std::isfinite(x[i]));\n        b[i]=i<linearCoefficients.size()?linearCoefficients[i]:0;\n        result[i]=x[i];\n        if(scaling) {\n            b[i]*=vars[i]->scale;\n            result[i]/=vars[i]->scale;\n        } \n        if(!vars[i]->fixedDesiredPosition) vars[i]->desiredPosition=result[i];\n    }\n    runSolver(result);\n        \n    valarray<double> g(n); /* gradient */\n    valarray<double> previous(n); /* stored positions */\n    valarray<double> d(n); /* actual descent vector */\n\n#ifdef CHECK_CONVERGENCE_BY_COST\n    double previousCost = DBL_MAX;\n#endif\n    unsigned counter=0;\n    double stepSize;\n    for (; counter<max_iterations&&!converged; counter++) {\n        previous=result;\n        stepSize=0;\n        double alpha=computeSteepestDescentVector(b,result,g);\n\n        //printf(\"Iteration[%d]\\n\",counter);\n        // move to new unconstrained position\n        for (unsigned i=0; i<n; i++) {\n            // dividing by variable weight is a cheap trick to make these\n            // weights mean something in terms of the descent vector\n            double step=alpha*g[i]/vars[i]->weight;\n            result[i]+=step;\n            //printf(\"   after unconstrained step: x[%d]=%f\\n\",i,result[i]);\n            stepSize+=step*step;\n            COLA_ASSERT(!std::isnan(result[i]));\n            COLA_ASSERT(std::isfinite(result[i]));\n            if(!vars[i]->fixedDesiredPosition) vars[i]->desiredPosition=result[i];\n        }\n\n        //project to constraint boundary\n        bool constrainedOptimum = false;\n        constrainedOptimum=runSolver(result);\n        stepSize=0;\n        for (unsigned i=0;i<n;i++) {\n            double step = previous[i]-result[i];\n            stepSize+=step*step;\n        }\n        //constrainedOptimum=false;\n        // beta seems, more often than not, to be >1!\n        if(constrainedOptimum) {\n            // The following step limits the step-size in the feasible\n            // direction\n            d = result - previous;\n            const double beta = 0.5*computeStepSize(g, d);\n            // beta > 1.0 takes us back outside the feasible region\n            // beta < 0 clearly not useful and may happen due to numerical imp.\n            //printf(\"beta=%f\\n\",beta);\n            if(beta>0&&beta<0.99999) {\n                stepSize=0;\n                for (unsigned i=0; i<n; i++) {\n                    double step=beta*d[i];\n                    result[i]=previous[i]+step;\n                    stepSize+=step*step;\n                }\n            }\n        }\n#ifdef CHECK_CONVERGENCE_BY_COST\n        /* This would be the slow way to detect convergence */\n        //if(counter%2) {\n            double cost = computeCost(b,result);\n            printf(\"     gp[%d] %.15f %.15f\\n\",counter,previousCost,cost);\n            //COLA_ASSERT(previousCost>cost);\n            if(fabs(previousCost - cost) < tolerance) {\n                converged = true;\n            }\n            previousCost = cost;\n        //}\n#else\n        if(stepSize<tolerance) converged = true; \n#endif\n    }\n    //printf(\"GP[%d] converged after %d iterations.\\n\",k,counter);\n    for(unsigned i=0;i<x.size();i++) {\n        x[i]=result[i];\n        if(scaling) {\n            x[i]*=vars[i]->scale;\n        }\n    }\n    destroyVPSC(solver);\n    return counter;\n}\n// Setup an instance of the Variable Placement with Separation Constraints\n// for one iteration.\n// Generate transient local constraints --- such as non-overlap constraints \n// --- that are only relevant to one iteration, and merge these with the\n// global constraint list (including alignment constraints,\n// dir-edge constraints, containment constraints, etc).\nIncSolver* GradientProjection::setupVPSC() {\n    if(nonOverlapConstraints!=None) {\n        if(clusterHierarchy) {\n            //printf(\"Setup up cluster constraints, dim=%d--------------\\n\",k);\n            //clusterHierarchy->generateNonOverlapConstraints(k,nonOverlapConstraints,*rs,vars,lcs);\n        } else {\n            for(vector<OrthogonalEdgeConstraint*>::iterator i=orthogonalEdges.begin();i!=orthogonalEdges.end();i++) {\n                OrthogonalEdgeConstraint* e=*i;\n                e->generateTopologyConstraints(k,*rs,vars,lcs);\n            }\n            if(k==HORIZONTAL) {\n                // Make rectangles a little bit wider when processing horizontally so that any overlap\n                // resolved horizontally is strictly non-overlapping when processing vertically\n                Rectangle::setXBorder(0.0001);\n                // use rs->size() rather than n because some of the variables may\n                // be dummy vars with no corresponding rectangle\n                generateXConstraints(*rs,vars,lcs,nonOverlapConstraints==Both?true:false); \n                Rectangle::setXBorder(0);\n            } else {\n                generateYConstraints(*rs,vars,lcs); \n            }\n        }\n    }\n    cs=gcs;\n    cs.insert(cs.end(),lcs.begin(),lcs.end());\n    switch(solveWithMosek) {\n        case Off:\n            break;\n#ifdef MOSEK_AVAILABLE\n        case Inner:\n            menv = mosek_init_sep_ls(vars.size(),cs);\n            break;\n        case Outer:\n            unsigned n = vars.size();\n            float* lap = new float[n*(n+1)/2];\n            unsigned k=0;\n            for(unsigned i=0;i<n;i++) {\n                for(unsigned j=i;j<n;j++) {\n                    lap[k]=(*denseQ)[i*n+j];\n                    k++;\n                }\n            }\n            menv = mosek_init_sep(lap,n,cs,1);\n            delete [] lap;\n            break;\n#endif\n        default:\n            break;\n    }\n    return new IncSolver(vars,cs);\n}\nvoid GradientProjection::destroyVPSC(IncSolver *vpsc) {\n    if(ccs) {\n        for(CompoundConstraints::const_iterator c=ccs->begin(); \n                c!=ccs->end();++c) {\n            (*c)->updatePosition(vpsc::XDIM);\n            (*c)->updatePosition(vpsc::YDIM);\n        }\n    }\n    if(unsatisfiableConstraints) {\n        unsatisfiableConstraints->clear();\n        for(Constraints::iterator i=cs.begin();i!=cs.end();i++) {\n            Constraint* c=*i;\n            if(c->unsatisfiable) {\n                UnsatisfiableConstraintInfo *ci = new UnsatisfiableConstraintInfo(c);\n                unsatisfiableConstraints->push_back(ci);\n            }\n        }\n    }\n    if(clusterHierarchy) {\n        clusterHierarchy->computeBoundary(*rs);\n    }\n    if(sparseQ) {\n        for(unsigned i=numStaticVars;i<vars.size();i++) {\n            delete vars[i];\n        }\n        vars.resize(numStaticVars);\n        sparseQ=nullptr;\n    }\n    for(vector<Constraint*>::iterator i=lcs.begin();i!=lcs.end();i++) {\n        delete *i;\n    }\n    lcs.clear();\n    delete vpsc;\n#ifdef MOSEK_AVAILABLE\n    if(solveWithMosek!=Off) mosek_delete(menv);\n#endif\n}\nvoid GradientProjection::straighten(\n    cola::SparseMatrix const * Q, \n    vector<SeparationConstraint*> const & cs,\n    vector<straightener::Node*> const & snodes) \n{\n    COLA_ASSERT(Q->rowSize()==snodes.size());\n    COLA_ASSERT(vars.size()==numStaticVars);\n    sparseQ = Q;\n    for(unsigned i=numStaticVars;i<snodes.size();i++) {\n        Variable* v=new vpsc::Variable(i,snodes[i]->pos[k],1);\n        COLA_ASSERT(v->desiredPosition==snodes[i]->pos[k]);\n        vars.push_back(v);\n    }\n    COLA_ASSERT(lcs.size()==0);\n    for(vector<SeparationConstraint*>::const_iterator i=cs.begin();i!=cs.end();i++) {\n        (*i)->generateSeparationConstraints(k, vars, lcs, *rs); \n    }\n}\n} // namespace cola\n"
  },
  {
    "path": "cola/libcola/gradient_projection.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _GRADIENT_PROJECTION_H\n#define _GRADIENT_PROJECTION_H\n\n#include <iostream>\n#include <cmath>\n#include <valarray>\n\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/cluster.h\"\n#include \"libcola/sparse_matrix.h\"\n#ifdef MOSEK_AVAILABLE\n#include \"libvpsc/mosek_quad_solve.h\"\n#endif\n\nnamespace straightener {\n    class Node;\n}\nnamespace cola {\n\nenum SolveWithMosek { Off, Inner, Outer };\n\nclass GradientProjection {\npublic:\n    /**\n     * GradientProjection solves a linear system \n     *   Qx=b\n     * subject to separation constraints.\n     * The usual use-case is with a dense square matrix (denseQ).\n     * However, certain CompoundConstraints and also clusters add dummy \n     * variables and simple goal terms which populate a sparse matrix \n     * sparseQ (constructed in this constructor).\n     * A motivated person could rewrite the constructor to allow \n     * arbitrary sparse terms (if they had a use for it).\n     */\n    GradientProjection(\n        const vpsc::Dim k,\n        std::valarray<double> *denseQ,\n        const double tol,\n        const unsigned max_iterations,\n        CompoundConstraints const *ccs,\n        UnsatisfiableConstraintInfos *unsatisfiableConstraints,\n        NonOverlapConstraintsMode nonOverlapConstraints = None,\n        RootCluster* clusterHierarchy = nullptr,\n        vpsc::Rectangles* rs = nullptr,\n        const bool scaling = false,\n        SolveWithMosek solveWithMosek = Off);\n    static void dumpSquareMatrix(std::valarray<double> const &L) {\n        unsigned n=static_cast<unsigned>(floor(sqrt(static_cast<double>(L.size()))));\n        printf(\"Matrix %dX%d\\n{\",n,n);\n        for(unsigned i=0;i<n;i++) {\n            printf(\"{\");\n            for(unsigned j=0;j<n;j++) {\n                char c=j==n-1?'}':',';\n                printf(\"%f%c\",1. * L[i*n+j],c);\n            }\n            char c=i==n-1?'}':',';\n            printf(\"%c\\n\",c);\n        }\n    }\n\n    unsigned getNumStaticVars() const {\n        return numStaticVars;\n    }\n    ~GradientProjection() {\n        //destroyVPSC(solver);\n        for(vpsc::Constraints::iterator i(gcs.begin()); i!=gcs.end(); i++) {\n            delete *i;\n        }\n        gcs.clear();\n        for(unsigned i=0;i<vars.size();i++) {\n            delete vars[i];\n        }\n    }\n    unsigned solve(std::valarray<double> const & b, std::valarray<double> & x);\n    void unfixPos(unsigned i) {\n        if(vars[i]->fixedDesiredPosition) {\n            vars[i]->weight=1;\n            vars[i]->fixedDesiredPosition=false;\n        }\n    }\n    void fixPos(const unsigned i,const double pos) {\n        vars[i]->weight=100000.;\n        vars[i]->desiredPosition=pos;\n        vars[i]->fixedDesiredPosition=true;\n    }\n    vpsc::Dim getDimension() const {\n        return k;\n    }\n    void straighten(\n        cola::SparseMatrix const * Q, \n        std::vector<SeparationConstraint*> const & ccs,\n        std::vector<straightener::Node*> const & snodes);\n    std::valarray<double> const & getFullResult() const {\n        return result;\n    }\nprivate:\n    vpsc::IncSolver* setupVPSC();\n    double computeCost(std::valarray<double> const &b,\n        std::valarray<double> const &x) const;\n    double computeSteepestDescentVector(\n        std::valarray<double> const &b, std::valarray<double> const &place,\n        std::valarray<double> &g) const;\n    double computeScaledSteepestDescentVector(\n        std::valarray<double> const &b, std::valarray<double> const &place,\n        std::valarray<double> &g) const;\n    double computeStepSize(\n        std::valarray<double> const & g, std::valarray<double> const & d) const;\n    bool runSolver(std::valarray<double> & result);\n    void destroyVPSC(vpsc::IncSolver *vpsc);\n    vpsc::Dim k;\n    unsigned numStaticVars; // number of variables that persist\n                              // throughout iterations\n    const unsigned denseSize; // denseQ has denseSize^2 entries\n    std::valarray<double> *denseQ; // dense square graph laplacian matrix\n    std::valarray<double> scaledDenseQ; // scaled dense square graph laplacian matrix\n    std::vector<vpsc::Rectangle*>* rs;\n    CompoundConstraints const *ccs;\n    UnsatisfiableConstraintInfos *unsatisfiableConstraints;\n    NonOverlapConstraintsMode nonOverlapConstraints;\n    Cluster* clusterHierarchy;\n    double tolerance;\n    unsigned max_iterations;\n    cola::SparseMatrix const * sparseQ; // sparse components of goal function\n    vpsc::Variables vars; // all variables\n                          // computations\n    vpsc::Constraints gcs; /* global constraints - persist throughout all\n                                iterations */\n    vpsc::Constraints lcs; /* local constraints - only for current iteration */\n    vpsc::Constraints cs; /* working list of constraints: gcs +lcs */\n    std::valarray<double> result;\n#ifdef MOSEK_AVAILABLE\n    MosekEnv* menv;\n#endif\n    vpsc::IncSolver* solver;\n    SolveWithMosek solveWithMosek;\n    const bool scaling;\n    std::vector<OrthogonalEdgeConstraint*> orthogonalEdges;\n};\n} // namespace cola\n#endif /* _GRADIENT_PROJECTION_H */\n"
  },
  {
    "path": "cola/libcola/libcola.pc.in",
    "content": "prefix=@prefix@\nexec_prefix=@exec_prefix@\nlibdir=@libdir@\nincludedir=@includedir@\n\nName: libcola\nDescription: A library for constraint graph layout\nURL: http://www.adaptagrams.org/\nVersion: @VERSION@\nLibs: -L${libdir} -lcola\nCflags: -I${includedir}/libcola\n"
  },
  {
    "path": "cola/libcola/output_svg.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#include <string>\n#include <iostream>\n#include <sstream>\n#include <list>\n\n#include \"libcola/output_svg.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/straightener.h\"\n\nusing namespace cola;\nusing vpsc::Rectangle;\nusing std::endl;\nusing std::cout;\nusing std::ios;\nusing std::max;\nusing std::min;\nusing std::ofstream;\nusing std::vector;\nusing std::list;\n\nvoid OutputFile::generate() {\n    unsigned E=es.size();\n    bool cleanupRoutes=false;\n    if(routes==nullptr) {\n        cleanupRoutes=true;\n        routes = new vector<straightener::Route*>(E);\n        for(unsigned i=0;i<E;i++) {\n            straightener::Route* r=new straightener::Route(2);\n            r->xs[0]=rs[es[i].first]->getCentreX();\n            r->ys[0]=rs[es[i].first]->getCentreY();\n            r->xs[1]=rs[es[i].second]->getCentreX();\n            r->ys[1]=rs[es[i].second]->getCentreY();\n            (*routes)[i]=r;\n        }\n    }\n\n#if defined (CAIRO_HAS_SVG_SURFACE) && defined (CAIRO_HAS_PDF_SURFACE)\n    double width,height,r=2;\n    if(rects) r=rs[0]->width()/2;\n    double xmin=DBL_MAX, ymin=xmin;\n    double xmax=-DBL_MAX, ymax=xmax;\n    for (unsigned i=0;i<rs.size();i++) {\n        double x=rs[i]->getCentreX(), y=rs[i]->getCentreY();\n        xmin=min(xmin,x);\n        ymin=min(ymin,y);\n        xmax=max(xmax,x);\n        ymax=max(ymax,y);\n    }\n    xmax+=2*r;\n    ymax+=2*r;\n    xmin-=2*r;\n    ymin-=2*r;\n    width=xmax-xmin;\n    height=ymax-ymin;\n\n    Cairo::RefPtr<Cairo::Context> cr;\n    openCairo(cr,width,height);\n\n    /* set background colour\n    cr->save(); // save the state of the context\n    cr->set_source_rgb(0.86, 0.85, 0.47);\n    cr->paint();    // fill image with the color\n    cr->restore();  // color is back to black now\n    */\n\n    cr->set_line_width(1.);\n    cr->set_font_size(8);\n    cr->save();\n    if(rc) for(Clusters::const_iterator c=rc->clusters.begin();c!=rc->clusters.end();c++) {\n        draw_cluster_boundary(cr,**c,xmin,ymin);\n    }\n    if(curvedEdges)\n        draw_curved_edges(cr,es,xmin,ymin);\n    else \n        draw_edges(cr,*routes,xmin,ymin);\n    Cairo::TextExtents te;\n    for (unsigned i=0;i<rs.size();i++) {\n        if(!rects) {\n            double x=rs[i]->getCentreX()-xmin, y=rs[i]->getCentreY()-ymin;\n            cr->arc(x,y,r, 0.0, 2.0 * M_PI);\n            cr->fill();\n        } else {\n            double x=rs[i]->getMinX()-xmin+0.5, y=rs[i]->getMinY()-ymin+0.5;\n            std::string str;\n            if(labels.size()==rs.size()) {\n                str=labels[i];\n            } else {\n                std::stringstream s; s<<i;\n                str=s.str();\n            }\n            cr->get_text_extents(str,te);\n            /*\n            double llx = x-te.width/2.-1;\n            double lly = y-te.height/2.-1;\n            cr->rectangle(llx,lly,te.width+2,te.height+2);\n            */\n            cr->rectangle(x,y,\n                    rs[i]->width()-1,rs[i]->height()-1);\n            cr->stroke_preserve();\n            cr->save();\n            cr->set_source_rgba(245./255., 233./255., 177./255., 0.6);\n            cr->fill();\n            cr->restore();\n            if(labels.size()==rs.size()) {\n                cr->move_to(x-te.x_bearing+te.width/2.,y-te.y_bearing+te.height/2.);\n                cr->show_text(str);\n            }\n            cr->stroke();\n        }\n    }\n\n    cr->show_page();\n\n    std::cout << \"Wrote file \\\"\" << fname << \"\\\"\" << std::endl;\n\n#else\n    std::cout << \n            \"WARNING: cola::OutputFile::generate(): No SVG file produced.\" <<\n            std::endl <<\n            \"         You must have cairomm (and cairo with SVG support) \" <<\n            \"this to work.\" << std::endl;\n#endif\n\n    if(cleanupRoutes) {\n        for(unsigned i=0;i<E;i++) {\n            delete (*routes)[i];\n        }\n        delete routes;\n    }\n}\n\n#ifdef HAVE_CAIROMM\nvoid OutputFile::draw_cluster_boundary(Cairo::RefPtr<Cairo::Context> const &cr,\n        Cluster &c,\n        const double xmin,\n        const double ymin) {\n    c.computeBoundary(rs);\n    cr->save();\n    // background\n    cr->set_source_rgb(0.7, 0.7, 224./255.);\n    cr->move_to(c.hullX[0]-xmin,c.hullY[0]-ymin);\n    for(unsigned i=1;i<c.hullX.size();i++) {\n        cr->line_to(c.hullX[i]-xmin,c.hullY[i]-ymin);\n    }\n    cr->line_to(c.hullX[0]-xmin,c.hullY[0]-ymin);\n    cr->fill();\n    cr->restore();\n    // outline\n    cr->move_to(c.hullX[0]-xmin,c.hullY[0]-ymin);\n    for(unsigned i=1;i<c.hullX.size();i++) {\n        cr->line_to(c.hullX[i]-xmin,c.hullY[i]-ymin);\n    }\n    cr->line_to(c.hullX[0]-xmin,c.hullY[0]-ymin);\n    cr->stroke();\n}\n\nvoid OutputFile::draw_edges(Cairo::RefPtr<Cairo::Context> &cr,\n vector<straightener::Route*> const & es, double const xmin, double const ymin) {\n    cr->save();\n    // background\n    cr->set_source_rgba(0,0,1,0.5);\n    for (unsigned i=0;i<es.size();i++) {\n        const straightener::Route* r=es[i];\n        cr->move_to(r->xs[0]-xmin,r->ys[0]-ymin);\n        for (unsigned j=1;j<r->n;j++) {\n            cr->line_to(r->xs[j]-xmin,r->ys[j]-ymin);\n        }\n        cr->stroke();\n    }\n    cr->restore();\n}\n\nnamespace bundles {\nstruct CEdge {\n    unsigned startID, endID;\n    double x0,y0,x1,y1,x2,y2,x3,y3;\n};\nstruct CBundle;\nstruct CNode {\n    double x,y;\n    vector<CEdge*> edges;\n    list<CBundle*> bundles;\n};\ndouble vangle(double ax,double ay, double bx, double by) {\n    double ab=ax*bx+ay*by;\n    double len=sqrt(ax*ax+ay*ay)*sqrt(bx*bx+by*by);\n    double angle=acos(ab/len);\n    //printf(\"ab=%f len=%f angle=%f\\n\",ab,len,angle);\n    return angle;\n}\nstruct CBundle {\n    unsigned w;\n    double x0, y0;\n    double sx,sy;\n    vector<CEdge*> edges;\n    CBundle(CNode const &u) : w(u.edges.size()), x0(u.x), y0(u.y), sx(w*u.x), sy(w*u.y) { }\n    void addEdge(CEdge *e) {\n        if(x0==e->x0 && y0==e->y0) {\n            sx+=e->x3; sy+=e->y3;\n        } else {\n            sx+=e->x0; sy+=e->y0;\n        }\n        edges.push_back(e);\n    }\n    double x1() const {\n       return sx/(w+edges.size());\n    } \n    double y1() const {\n       return sy/(w+edges.size());\n    } \n    double angle(CBundle* const &b) const {\n        double ax=x1()-x0;\n        double ay=y1()-y0;\n        double bx=b->x1()-b->x0;\n        double by=b->y1()-b->y0;\n        return vangle(ax,ay,bx,by);\n    }\n    double yangle() const {\n        double x=x1()-x0;\n        double y=y1()-y0;\n        double o=x<0?1:-1;\n        return vangle(0,1,x,y)*o+M_PI;\n    }\n    void merge(CBundle* b) {\n        for(unsigned i=0;i<b->edges.size();i++) {\n            addEdge(b->edges[i]);\n        }\n    }\n    void dump() {\n        printf(\"Bundle: \");\n        for(unsigned i=0;i<edges.size();i++) {\n            printf(\"(%d,%d) \",edges[i]->startID,edges[i]->endID);\n        }\n    }\n};\nstruct clockwise {\n    bool operator() (CBundle* const &a, CBundle* const &b) {\n        return a->yangle()<b->yangle();\n    }\n};\n} //namespace bundles\n\n/*\n * draw edges bundled.  That is, edges are drawn as splines, with the control points\n * between adjacent edges outgoing from a particular node shared if the angle between them\n * is less than pi/8\n */\nvoid OutputFile::draw_curved_edges(Cairo::RefPtr<Cairo::Context> &cr,\n        vector<cola::Edge> const & es, \n        const double xmin, \n        const double ymin) {\n    using namespace bundles;\n    vector<CNode> nodes(rs.size());\n    vector<CEdge> edges(es.size());\n    for (unsigned i=0;i<es.size();i++) {\n        CEdge *e=&edges[i];\n        unsigned start=es[i].first;\n        unsigned end=es[i].second;\n        e->startID=start;\n        e->endID=end;\n        nodes[start].x=rs[start]->getCentreX()-xmin;\n        nodes[start].y=rs[start]->getCentreY()-ymin;\n        nodes[end].x=rs[end]->getCentreX()-xmin;\n        nodes[end].y=rs[end]->getCentreY()-ymin;\n        e->x0=nodes[start].x;\n        e->x1=nodes[start].x;\n        e->x2=nodes[end].x;\n        e->x3=nodes[end].x;\n        e->y0=nodes[start].y;\n        e->y1=nodes[start].y;\n        e->y2=nodes[end].y;\n        e->y3=nodes[end].y;\n        nodes[end].edges.push_back(e);\n        nodes[start].edges.push_back(e);\n    }\n\n    for (unsigned i=0;i<nodes.size();i++) {\n        CNode u=nodes[i];\n        if(u.edges.size()<2) continue;\n        for (unsigned j=0;j<u.edges.size();j++) {\n            CBundle* b=new CBundle(u);\n            b->addEdge(u.edges[j]);\n            u.bundles.push_back(b);\n        }\n        u.bundles.sort(clockwise());\n        /*\n        printf(\"Sorted:  \\n\");\n        list<CBundle*>::iterator i,j;\n        for(list<CBundle*>::iterator i=u.bundles.begin();i!=u.bundles.end();i++) {\n                CBundle* a=*i;\n                a->dump();\n                printf(\"  angle=%f\\n\",a->yangle());\n        }\n        printf(\"---------\\n\");\n        */\n        while(true) {\n            double minAngle=DBL_MAX;\n            list<CBundle*>::iterator mini,minj,i,j;\n            for(i=u.bundles.begin();i!=u.bundles.end();i++) {\n                j=i;\n                if(++j==u.bundles.end()) {\n                    j=u.bundles.begin(); \n                }\n                CBundle* a=*i;\n                CBundle* b=*j;\n                double angle=b->yangle()-a->yangle();\n                if(angle<0) angle+=2*M_PI;\n                //printf(\"between \");\n                //a->dump(); b->dump();\n                //printf(\" angle=%f\\n\",angle);\n                if(angle<minAngle) {\n                    minAngle=angle;\n                    mini=i;\n                    minj=j;\n                }\n            }\n            if(minAngle>cos(M_PI/8.)) break;\n            CBundle* a=*mini;\n            CBundle* b=*minj;\n            //a->dump();\n            //b->dump();\n            b->merge(a);\n            //printf(\"***Merged on %f***: \",minAngle);\n            //b->dump();\n            //printf(\"\\n\");\n            u.bundles.erase(mini);\n            if(u.bundles.size() < 2) break;\n        }\n        for(list<CBundle*>::iterator i=u.bundles.begin();i!=u.bundles.end();i++) {\n            CBundle* b=*i;\n            for(unsigned i=0;i<b->edges.size();i++) {\n                CEdge* e=b->edges[i];\n                if(e->x0==u.x&&e->y0==u.y) {\n                    e->x1=b->x1();\n                    e->y1=b->y1();\n                } else {\n                    e->x2=b->x1();\n                    e->y2=b->y1();\n                }\n            }\n        }\n    }\n\n    cr->save();\n    // background\n    cr->set_source_rgba(0,0,1,0.2);\n    for (unsigned i=0;i<edges.size();i++) {\n        CEdge &e=edges[i];\n        cr->move_to(e.x0,e.y0);\n        cr->curve_to(e.x1,e.y1,e.x2,e.y2,e.x3,e.y3);\n        cr->stroke();\n    }\n    cr->restore();\n}\nvoid OutputFile::openCairo(Cairo::RefPtr<Cairo::Context> &cr, double width, double height) {\n    if(fname.rfind(\"pdf\") == (fname.length()-3) ) {\n        printf(\"writing pdf file: %s\\n\",fname.c_str());\n        Cairo::RefPtr<Cairo::PdfSurface> pdfsurface =\n            Cairo::PdfSurface::create(fname, width, height);\n        cr = Cairo::Context::create(pdfsurface);\n    } else {\n        printf(\"writing svg file: %s\\n\",fname.c_str());\n        Cairo::RefPtr<Cairo::SvgSurface> svgsurface =\n            Cairo::SvgSurface::create(fname, width, height);\n        cr = Cairo::Context::create(svgsurface);\n    }\n}\n\n#endif // HAVE_CAIROMM\n"
  },
  {
    "path": "cola/libcola/output_svg.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _OUTPUT_SVG_H\n#define _OUTPUT_SVG_H\n\n#include \"libcola/config.h\"\n#include \"libcola/cola.h\"\n\n#ifdef HAVE_CAIROMM\n#include <cairomm/context.h>\n#include <cairomm/surface.h>\n#endif\n\nclass OutputFile {\npublic:\n\tstd::vector<vpsc::Rectangle*> const &rs;\n\tstd::vector<cola::Edge> const &es;\n\tstd::vector<straightener::Route*> *routes;\n\tcola::RootCluster const * rc;\n\tstd::string const fname;\n\tbool rects;\n\tbool curvedEdges;\n\tOutputFile(std::vector<vpsc::Rectangle*> const &rs, \n\t\tstd::vector<cola::Edge> const &es, \n\t\tcola::RootCluster const * rc, \n\t\tstd::string const fname,\n\t\tconst bool rects=false,\n\t\tconst bool curvedEdges=false)\n\t\t: rs(rs),\n\t\t  es(es),\n\t\t  routes(nullptr),\n\t\t  rc(rc),\n\t\t  fname(fname),\n\t\t  rects(rects),\n\t\t  curvedEdges(curvedEdges) {}\n\tvoid generate();\n    void setLabels(std::vector<std::string> ls) {\n        labels.resize(ls.size());\n        std::copy(ls.begin(),ls.end(),labels.begin());\n    }\n\tvoid setLabels(const unsigned n, const char **ls) {\n        labels.resize(n);\n        for(unsigned i=0;i<n;i++) {\n            labels[i]=ls[i];\n        }\n\t}\nprivate:\n#ifdef HAVE_CAIROMM\n\tvoid draw_cluster_boundary(Cairo::RefPtr<Cairo::Context> const &cr, \n        cola::Cluster &c, const double xmin, const double ymin);\n\tvoid draw_edges(Cairo::RefPtr<Cairo::Context> &cr, \n        std::vector<straightener::Route*> const & es, \n        double const xmin, double const ymin);\n\tvoid draw_curved_edges(Cairo::RefPtr<Cairo::Context> &cr,\n\t\tstd::vector<cola::Edge> const & es, \n\t\tconst double xmin, \n\t\tconst double ymin);\n\tvoid openCairo(Cairo::RefPtr<Cairo::Context> &cr, double width, double height);\n#endif // HAVE_CAIROMM\n    std::vector<std::string> labels;\n};\n#endif // _OUTPUT_SVG_H\n"
  },
  {
    "path": "cola/libcola/pseudorandom.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#include \"libcola/pseudorandom.h\"\n\nnamespace cola {\n\nPseudoRandom::PseudoRandom(double s)\n    : a(214013),\n      c(2531011),\n      m(2147483648),\n      range(32767),\n      seed(s)\n{\n}\n\ndouble PseudoRandom::getNext(void)\n{\n    seed = (seed * a + c) % m;\n    return (seed >> 16) / range;\n}\n\ndouble PseudoRandom::getNextBetween(double min, double max)\n{\n    return min + getNext() * (max - min);\n}\n\n     \n}\n\n"
  },
  {
    "path": "cola/libcola/pseudorandom.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2015  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#ifndef COLA_PSEUDORANDOM_H\n#define COLA_PSEUDORANDOM_H\n\nnamespace cola {\n\nclass PseudoRandom \n{\npublic:\n    PseudoRandom(double s = 1);\n\n    double getNext(void);\n    double getNextBetween(double min, double max);\n\nprivate:\n    int a;\n    int c;\n    unsigned int m;\n    double range;\n    unsigned int seed;\n};\n     \n}\n#endif // COLA_PSEUDORANDOM_H\n"
  },
  {
    "path": "cola/libcola/shapepair.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  \n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libcola/shapepair.h\"\n\nnamespace cola {\n\nShapePair::ShapePair(unsigned ind1, unsigned ind2) \n{\n    COLA_ASSERT(ind1 != ind2);\n    // Assign the lesser value to m_index1.\n    m_index1 = (ind1 < ind2) ? ind1 : ind2;\n    // Assign the greater value to m_index2.\n    m_index2 = (ind1 > ind2) ? ind1 : ind2;\n}\n\nbool ShapePair::operator<(const ShapePair& rhs) const\n{\n    if (m_index1 != rhs.m_index1)\n    {\n        return m_index1 < rhs.m_index1;\n    }\n    return m_index2 < rhs.m_index2;\n}\n\n};\n"
  },
  {
    "path": "cola/libcola/shapepair.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n *\n*/\n\n#ifndef COLA_SHAPEPAIR_H\n#define COLA_SHAPEPAIR_H\n\nnamespace cola {\n\n// A pair of indexes.  \n// Specified unordered but stored ordered so it can be compared and \n// stored in a set.\n//\nclass ShapePair\n{\n    public:\n        ShapePair(unsigned ind1, unsigned ind2);\n        bool operator<(const ShapePair& rhs) const;\n        unsigned short index1(void) const {return m_index1;}\n        unsigned short index2(void) const {return m_index2;}\n\n    private:\n        unsigned short m_index1;\n        unsigned short m_index2;\n};\n\n\n}\n\n#endif\n\n"
  },
  {
    "path": "cola/libcola/shortest_paths.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2014  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#ifndef SHORTEST_PATHS_H\n#define SHORTEST_PATHS_H\n\n#include <vector>\n#include <valarray>\n#include <cfloat>\n#include <cassert>\n#include <algorithm>\n#include <iostream>\n#include <limits>\n\n#include \"libcola/commondefs.h\"\n#include <libvpsc/pairing_heap.h>\n#include <libvpsc/assertions.h>\n\ntemplate <class T>\nstruct PairNode;\n\nnamespace shortest_paths {\n\ntemplate <typename T>\nstruct Node {\n    unsigned id;\n    T d;\n    Node* p; // predecessor    \n    std::vector<Node<T>*> neighbours;\n    std::vector<T> nweights;\n    PairNode<Node<T>*>* qnode;\n};\ntemplate <typename T>\nstruct CompareNodes {\n    bool operator() (Node<T> *const &u, Node<T> *const &v) const {\n        if(u==v) return false; // with g++ 4.1.2 unless I have this explicit check\n                               // it returns true for this case when using -O3 optimization\n                               // CRAZY!\n        if(u->d < v->d) {\n            return true;\n        } \n        return false;\n    }\n};\n\ntypedef std::pair<unsigned,unsigned> Edge;\ntemplate <typename T>\n/**\n * returns the adjacency matrix, 0 entries for non-adjacent nodes\n * @param n total number of nodes\n * @param D n*n matrix of shortest paths\n * @param es edge pairs\n * @param eweights edge weights, if empty then all weights will be taken as 1\n */\nvoid neighbours(unsigned const n, T** D, std::vector<Edge> const & es,\n        std::valarray<T> const & eweights = std::valarray<T>()); \n/**\n * find all pairs shortest paths, n^3 dynamic programming approach\n * @param n total number of nodes\n * @param D n*n matrix of shortest paths\n * @param es edge pairs\n * @param eweights edge weights, if empty then all weights will be taken as 1\n */\ntemplate <typename T>\nvoid floyd_warshall(unsigned const n, T** D, std::vector<Edge> const & es,\n        std::valarray<T> const & eweights = std::valarray<T>()); \n\n/**\n * find all pairs shortest paths, faster, uses dijkstra\n * @param n total number of nodes\n * @param D n*n matrix of shortest paths\n * @param es edge pairs\n * @param eweights edge weights, if empty then all weights will be taken as 1\n */\ntemplate <typename T>\nvoid johnsons(unsigned const n, T** D, std::vector<Edge> const & es,\n        std::valarray<T> const & eweights = std::valarray<T>());\n/**\n * find shortest path lengths from node s to all other nodes\n * @param s starting node\n * @param n total number of nodes\n * @param d n vector of path lengths\n * @param es edge pairs\n * @param eweights edge weights, if empty then all weights will be taken as 1\n */\ntemplate <typename T>\nvoid dijkstra(unsigned const s, unsigned const n, T* d, \n        std::vector<Edge> const & es, \n        std::valarray<T> const & eweights = std::valarray<T>());\n\n\n//-----------------------------------------------------------------------------\n// Implementation:\n\n// O(n^3) time dynamic programming approach.  Slow, but fool proof.  \n// Use for testing.\ntemplate <typename T>\nvoid floyd_warshall(\n        unsigned const n,\n        T** D, \n        std::vector<Edge> const & es,\n        std::valarray<T> const & eweights) \n{\n    COLA_ASSERT((eweights.size() == 0) || (eweights.size() == es.size()));\n    for(unsigned i=0;i<n;i++) {\n        for(unsigned j=0;j<n;j++) {\n            if(i==j) D[i][j]=0;\n            else D[i][j]=std::numeric_limits<T>::max();\n        }\n    }\n    for(unsigned i=0;i<es.size();i++) {\n        unsigned u=es[i].first, v=es[i].second;\n        COLA_ASSERT(u<n&&v<n);\n        D[u][v] = D[v][u] = (eweights.size() > 0) ? eweights[i] : 1;\n    }\n    for(unsigned k=0; k<n; k++) {\n        for(unsigned i=0; i<n; i++) {\n            for(unsigned j=0; j<n; j++) {\n                D[i][j]=std::min(D[i][j],D[i][k]+D[k][j]);\n            }\n        }\n    }\n}\n// Simply returns the adjacency graph\ntemplate <typename T>\nvoid neighbours(\n        unsigned const n,\n        T** D, \n        std::vector<Edge> const & es,\n        std::valarray<T> const & eweights) \n{\n    COLA_ASSERT((eweights.size() == 0) || (eweights.size() == es.size()));\n    for(unsigned i=0;i<n;i++) {\n        for(unsigned j=0;j<n;j++) {\n            D[i][j]=0;\n        }\n    }\n    for(unsigned i=0;i<es.size();i++) {\n        unsigned u=es[i].first, v=es[i].second;\n        COLA_ASSERT(u<n&&v<n);\n        D[u][v] = D[v][u] = (eweights.size() > 0) ? eweights[i] : 1;\n    }\n}\ntemplate <typename T>\nvoid dijkstra_init(\n        std::vector<Node<T> > & vs, \n        std::vector<Edge> const& es, \n        std::valarray<T> const & eweights) {\n    COLA_ASSERT((eweights.size() == 0) || (eweights.size() == es.size()));\n#ifndef NDEBUG\n    const unsigned n=vs.size();\n#endif\n    for(unsigned i=0;i<es.size();i++) {\n        unsigned u=es[i].first, v=es[i].second;\n        COLA_ASSERT(u<n);\n        COLA_ASSERT(v<n);\n        T w = (eweights.size() > 0) ? eweights[i] : 1;\n        vs[u].neighbours.push_back(&vs[v]);\n        vs[u].nweights.push_back(w);\n        vs[v].neighbours.push_back(&vs[u]);\n        vs[v].nweights.push_back(w);\n    }\n}\ntemplate <typename T>\nvoid dijkstra(\n        unsigned const s,\n        std::vector<Node<T> > & vs,\n        T* d)\n{\n    const unsigned n=vs.size();\n    COLA_ASSERT(s<n);\n    for(unsigned i=0;i<n;i++) {\n        vs[i].id=i;\n        vs[i].d=std::numeric_limits<T>::max();\n        vs[i].p=nullptr;\n    }\n    vs[s].d=0;\n    PairingHeap<Node<T>*,CompareNodes<T> > Q;\n    for(unsigned i=0;i<n;i++) {\n        vs[i].qnode = Q.insert(&vs[i]);\n    }\n    while(!Q.isEmpty()) {\n        Node<T> *u=Q.extractMin();\n        d[u->id]=u->d;\n        for(unsigned i=0;i<u->neighbours.size();i++) {\n            Node<T> *v=u->neighbours[i];\n            T w=u->nweights[i];\n            if(u->d!=std::numeric_limits<T>::max()\n               && v->d > u->d+w) {\n                v->p=u;\n                v->d=u->d+w;\n                Q.decreaseKey(v->qnode,v);\n            }\n        }\n    }\n}\ntemplate <typename T>\nvoid dijkstra(\n        unsigned const s,\n        unsigned const n,\n        T* d,\n        std::vector<Edge> const & es,\n        std::valarray<T> const & eweights)\n{\n    COLA_ASSERT((eweights.size() == 0) || (eweights.size() == es.size()));\n    COLA_ASSERT(s<n);\n    std::vector<Node<T> > vs(n);\n    dijkstra_init(vs,es,eweights);\n    dijkstra(s,vs,d);\n}\n\ntemplate <typename T>\nvoid johnsons(\n        unsigned const n,\n        T** D, \n        std::vector<Edge> const & es,\n        std::valarray<T> const & eweights) \n{\n    std::vector<Node<T> > vs(n);\n    dijkstra_init(vs,es,eweights);\n    for(unsigned k=0;k<n;k++) {\n        dijkstra(k,vs,D[k]);\n    }\n}\n\n} //namespace shortest_paths\n#endif //SHORTEST_PATHS_H\n"
  },
  {
    "path": "cola/libcola/sparse_matrix.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * Yale Sparse Matrix implementation (from Wikipedia definition).\n * It stores an initial sparse n×n matrix M in row form using three arrays, A,\n * IA, JA. NZ denotes the number of nonzero entries in matrix M. The array A\n * then is of length NZ and holds all nonzero entries of M. The array IA stores\n * at IA(i) the position of the first element of row i in the sparse array A.\n * The length of row i is determined by IA(i+1) - IA(i). Therefore IA needs to\n * be of length N + 1. In array JA, the column index of the element A(j) is\n * stored. JA is of length NZ.\n */\n#ifndef _SPARSE_MATRIX_H\n#define _SPARSE_MATRIX_H\n\n#include <valarray>\n#include <map>\n#include <cstdio>\n\n#include \"libvpsc/assertions.h\"\n\nnamespace cola {\nstruct SparseMap {\n    SparseMap(unsigned n = 0) : n(n) {};\n    unsigned n;\n    typedef std::pair<unsigned, unsigned> SparseIndex;\n    typedef std::map<SparseIndex,double> SparseLookup;\n    typedef SparseLookup::const_iterator ConstIt;\n    SparseLookup lookup;\n    double& operator[](const SparseIndex& k) {\n        return lookup[k];\n    }\n    double& operator()(const unsigned i, const unsigned j) {\n        return lookup[std::make_pair(i,j)]; \n    }\n    double getIJ(const unsigned i, const unsigned j) const {\n        COLA_ASSERT(i<n);\n        COLA_ASSERT(j<n);\n        ConstIt v=lookup.find(std::make_pair(i,j));\n        if(v!=lookup.end()) {\n            return v->second;\n        }\n        return 0;\n    }\n    size_t nonZeroCount() const {\n        return lookup.size();\n    }\n    void resize(unsigned n) {\n        this->n = n;\n    }\n    void clear() {\n        lookup.clear();\n    }\n};\n/*\n * Yale Sparse Matrix implementation (from Wikipedia definition).\n * It stores an initial sparse n×n matrix M in row form using three arrays, A,\n * IA, JA. NZ denotes the number of nonzero entries in matrix M. The array A\n * then is of length NZ and holds all nonzero entries of M. The array IA stores\n * at IA(i) the position of the first element of row i in the sparse array A.\n * The length of row i is determined by IA(i+1) - IA(i). Therefore IA needs to\n * be of length N + 1. In array JA, the column index of the element A(j) is\n * stored. JA is of length NZ.\n */\nclass SparseMatrix {\npublic:\n    SparseMatrix(SparseMap const & m)\n            : n(m.n), NZ((unsigned)m.nonZeroCount()), sparseMap(m), \n              A(std::valarray<double>(NZ)), IA(std::valarray<unsigned>(n+1)), JA(std::valarray<unsigned>(NZ)) {\n        unsigned cnt=0;\n        int lastrow=-1;\n        for(SparseMap::ConstIt i=m.lookup.begin(); i!=m.lookup.end(); i++) {\n            SparseMap::SparseIndex p = i->first;\n            COLA_ASSERT(p.first<n);\n            COLA_ASSERT(p.second<n);\n            A[cnt]=i->second;\n            if((int)p.first!=lastrow) {\n                for(unsigned r=lastrow+1;r<=p.first;r++) {\n                    IA[r]=cnt;\n                }\n                lastrow=p.first;\n            }\n            JA[cnt]=p.second;\n            cnt++;\n        }\n        for(unsigned r=lastrow+1;r<=n;r++) {\n            IA[r]=NZ;\n        }\n    }\n    void rightMultiply(std::valarray<double> const & v, std::valarray<double> & r) const {\n        COLA_ASSERT(v.size()>=n);\n        COLA_ASSERT(r.size()>=n);\n        for(unsigned i=0;i<n;i++) {\n            r[i]=0;\n            for(unsigned j=IA[i];j<IA[i+1];j++) {\n                r[i]+=A[j]*v[JA[j]];\n            }\n        }\n    }\n    double getIJ(const unsigned i, const unsigned j) const {\n        return sparseMap.getIJ(i,j);\n    }\n    void print() const {\n        for(unsigned i=0;i<n;i++) {\n            for(unsigned j=0;j<n;j++) {\n                printf(\"%f \",getIJ(i,j));\n            }\n            printf(\"\\n\");\n        }\n    }\n    unsigned rowSize() const {\n        return n;\n    }\nprivate:\n    const unsigned n,NZ;\n    SparseMap const & sparseMap;\n    std::valarray<double> A;\n    std::valarray<unsigned> IA, JA;\n};\n} //namespace cola\n#endif /* _SPARSE_MATRIX_H */\n"
  },
  {
    "path": "cola/libcola/straightener.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *\n*/\n\n/*\n * Functions to automatically generate constraints for the\n * rectangular node overlap removal problem.\n */\n\n#include <set>\n#include <list>\n#include <cassert>\n#include <iostream>\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/commondefs.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/straightener.h\"\n\n//#define STRAIGHTENER_DEBUG 1\n\nusing std::list;\nusing std::make_pair;\nusing std::pair;\nusing std::set;\nusing std::vector;\nusing std::copy;\n\nnamespace straightener {\n\n    // is point p on line a-b?\n    static bool pointOnLine(double px,double py, double ax, double ay, double bx, double by, double& tx) {\n        double dx=bx-ax;\n        double dy=by-ay;\n        double ty=0;\n        if(fabs(dx)<0.0001&&fabs(dy)<0.0001) {\n            // runty line!\n            tx=px-ax;\n            ty=py-ay;\n        } else {\n            if(fabs(dx)<0.0001) {\n                //vertical line\n                if(fabs(px-ax)<0.01) {\n                   tx=(py-ay)/dy;\n                } \n            } else {\n                tx=(px-ax)/dx;\n            } \n            if(fabs(dy)<0.0001) {\n                //horizontal line\n                if(fabs(py-ay)<0.01) {\n                   ty=tx;\n                } \n            } else {\n                ty=(py-ay)/dy;\n            }\n        }\n        //printf(\"      tx=%f,ty=%f\\n\",tx,ty);\n        if(fabs(tx-ty)<0.001 && tx>=0 && tx<=1) {\n            return true;\n        }\n        return false;\n    }\n    void Route::rerouteAround(vpsc::Rectangle* rect) {\n        // the first and last points should not be inside this\n        // rectangle - note that we should not be routing around\n        // rectangles directly connected to this route\n        COLA_ASSERT(!rect->inside(xs[0],ys[0]));\n        COLA_ASSERT(!rect->inside(xs[n-1],ys[n-1]));\n        // first, we examine each point and if it is inside the rectangle, we\n        // project to the nearest edge of the rectangle\n        for(unsigned i=1;i<n-1;i++) {\n            double &x=xs[i], &y=ys[i];\n            if(rect->inside(x,y)) {\n                enum ProjectSide {LEFT, BOTTOM, RIGHT, TOP};\n                unsigned projectSide = LEFT;\n                double minDist = x - rect->getMinX();\n                double dist = y - rect->getMinY();\n                if(dist<minDist) {\n                    projectSide = BOTTOM;\n                    minDist = dist;\n                }\n                dist = rect->getMaxX() - x;\n                if(dist<minDist) {\n                    projectSide = RIGHT;\n                    minDist = dist;\n                }\n                dist = rect->getMaxY() - y;\n                if(dist<minDist) {\n                    projectSide = TOP;\n                    minDist = dist;\n                }\n                switch(projectSide) {\n                    case LEFT:\n                        x=rect->getMinX();\n                        break;\n                    case BOTTOM:\n                        y=rect->getMinY();\n                        break;\n                    case RIGHT:\n                        x=rect->getMaxX();\n                        break;\n                    case TOP:\n                        y=rect->getMaxY();\n                        break;\n                }\n\n            }\n        }\n        // the new route is copied into rxs, rys.\n        vector<double> rxs, rys;\n        double prevX=xs[0], prevY=ys[0];\n        rxs.push_back(prevX);\n        rys.push_back(prevY);\n    \n        // check each segment in turn to see if it intersects\n        // with the rectangle.\n        // If an intersecting segment is found:\n        //   1) the segment passes right through the rectangle\n        //      - we insert new segments routed around the rectangle\n        //   2) the segment terminates inside the rectangle\n        //      - we follow connected segments until we find the exit\n        //        point, then we insert a route around the rectangle\n        //   3) the segment just touches one side\n        //\n        for(unsigned i=1;i<n;i++) {\n            // we have projected all points to the boundary already so we shouldn't find any inside\n            COLA_ASSERT(!rect->inside(xs[i],ys[i]));\n            vpsc::RectangleIntersections ri;\n            rect->lineIntersections(prevX,prevY,\n                    xs[i],ys[i],ri);\n            if(ri.intersects) {\n                int count=ri.countIntersections();\n                COLA_ASSERT(count>0); // can't be 0 because we have detected an intersection\n                COLA_ASSERT(count<4); // assumes no zero width or height rects which would be\n                                 // the only way for a line segment to touch all 4 sides at once\n                if(count==3) { // runs along one side\n                    COLA_ASSERT(!rect->inside(xs[i],ys[i]));\n                } else if(count==2) { // passes right through\n                    COLA_ASSERT(!rect->inside(xs[i],ys[i]));\n                    double x1=0, y1=0, x2=0, y2=0;\n                    ri.nearest(prevX, prevY, x1, y1);\n                    ri.nearest(xs[i], ys[i], x2, y2);\n                    rect->routeAround(x1, y1, x2, y2, rxs, rys); \n                } else if(count==1) { \n                    // single intersection, earlier projection step ensures it is on the\n                    // perimeter, so nothing to do\n                }\n            }\n            prevX=xs[i];\n            prevY=ys[i];\n            COLA_ASSERT(!rect->inside(prevX,prevY));\n            rxs.push_back(prevX);\n            rys.push_back(prevY);\n        }\n        delete [] xs;\n        delete [] ys;\n        n=rxs.size();\n        COLA_ASSERT(rys.size()==n);\n        xs = new double[n];\n        ys = new double[n];\n        copy(rxs.begin(),rxs.end(),xs);\n        copy(rys.begin(),rys.end(),ys);\n    }\n    /**\n     * sets up the path information for an edge,\n     * i.e. nodes are added to the path list in the order they appear on the\n     * edge, from startNode to endNode.\n     * activePath contains at least the first and last node in the edge.\n     * If allActive is true then\n     * activePath list is also set up with a subset of nodes from path, each of\n     * which is active (a start/end node or involved in a violated constraint).\n     */\n    void Edge::nodePath(vector<Node*>& nodes, bool allActive = true) {\n        list<unsigned> ds(dummyNodes.size());\n        copy(dummyNodes.begin(),dummyNodes.end(),ds.begin());\n        //printf(\"Edge::nodePath: (%d,%d) dummyNodes:%d\\n\",startNode,endNode,ds.size());\n        path.clear();\n        activePath.clear();\n        path.push_back(startNode);\n        activePath.push_back(0);\n        for(unsigned i=1;i<route->n;i++) {\n            //printf(\"  checking segment %d-%d\\n\",i-1,i);\n            set<pair<double,unsigned> > pntsOnLineSegment;\n            for(list<unsigned>::iterator j=ds.begin();j!=ds.end();) {\n                double px=nodes[*j]->pos[0];\n                double py=nodes[*j]->pos[1];\n                double ax=route->xs[i-1];\n                double ay=route->ys[i-1];\n                double bx=route->xs[i];\n                double by=route->ys[i];\n                double t=0;\n                list<unsigned>::iterator copyit=j++;\n                //printf(\"     px=%f, py=%f, ax=%f, ay=%f, bx=%f, by=%f\\n\",px,py,ax,ay,bx,by);\n                if(pointOnLine(px,py,ax,ay,bx,by,t)) {\n                    //printf(\" got node %d\\n\",*copyit);\n                    pntsOnLineSegment.insert(make_pair(t,*copyit));\n                    ds.erase(copyit);\n                }\n            }\n            for(set<pair<double,unsigned> >::iterator j=pntsOnLineSegment.begin();j!=pntsOnLineSegment.end();j++) {\n                if(allActive && nodes[j->second]->active) {\n                    activePath.push_back(path.size());\n                }\n                path.push_back(j->second);\n            }\n            //printf(\"\\n\");\n        }\n        activePath.push_back(path.size());\n        path.push_back(endNode);\n        COLA_ASSERT(ds.empty());\n    }\n    void Edge::createRouteFromPath(std::vector<Node *> const & nodes) {\n        Route* r=new Route(path.size());\n#ifdef STRAIGHTENER_DEBUG\n        //printf(\"Route:\");\n#endif\n        for(unsigned i=0;i<path.size();i++) {\n            r->xs[i]=nodes[path[i]]->pos[0];\n            r->ys[i]=nodes[path[i]]->pos[1];\n#ifdef STRAIGHTENER_DEBUG\n            //printf(\"(%f,%f)\",r->xs[i],r->ys[i]);\n#endif\n        }\n#ifdef STRAIGHTENER_DEBUG\n        //printf(\"\\n\");\n#endif\n        setRoute(r);\n    }\n\n    typedef enum {Open, Close} EventType;\n    struct Event {\n        EventType type;\n        Node *v;\n        Edge *e;\n        double pos;\n        Event(EventType t, Node *v, double p) : type(t),v(v),e(nullptr),pos(p) {};\n        Event(EventType t, Edge *e, double p) : type(t),v(nullptr),e(e),pos(p) {};\n    };\n    /*\n     * the following relation defines a strict weak ordering over events, i.e.:\n     *   irreflexivity: CompareEvents(e,e) == false\n     *   antisymetry:   CompareEvents(a,b) => !CompareEvents(b,a)\n     *   transitivity:  CompareEvents(a,b) && CompareEvents(b,c) => CompareEvents(a,c)\n     *   transitivity of equivalence:\n     *                  !CompareEvents(a,b) && !CompareEvents(b,a) && !CompareEvents(b,c) && !CompareEvents(c,b)\n     *               => !CompareEvents(a,c) && !CompareEvents(c,a)\n     */\n    struct CompareEvents {\n        bool operator() (Event *const &a, Event *const &b) const {\n            if(a->pos < b->pos) {\n                return true;\n            } else if(a->pos==b->pos) {\n                // All opens should come before closes when at the same position\n                if(a->type==Open && b->type==Close) return true;\n                if(a->type==Close && b->type==Open) return false;\n                // Edge opens at the same position as node opens, edge comes first\n                if(a->type==Open && b->type==Open) {\n                    if(a->e && b->v) return true;\n                    if(b->e && a->v) return false;\n                }\n                // Edge closes at the same position as node closes, node comes first\n                if(a->type==Close && b->type==Close) {\n                    if(a->e && b->v) return false;\n                    if(b->e && a->v) return true;\n                }\n            }\n            return false;\n        }\n    };\n\n    /**\n     * Search along scan line at conjpos for open edges to the left of v\n     * as far as l, and to the right of v as far as r.\n     * The result is a list of nodes L (including l,v,r and a bunch of\n     * new dummy nodes for each edge intersected - excluding edges\n     * connected to v).\n     * The new dummy nodes are also added to the end of the canonical\n     * node list: nodes.\n     */\n    void sortNeighbours(const vpsc::Dim dim, Node * v, Node * l, Node * r, \n            const double conjpos, vector<Edge*> const & openEdges, \n            vector<Node *>& L,vector<Node *>& nodes) {\n        double minpos=-DBL_MAX, maxpos=DBL_MAX;\n        if(l!=nullptr) {\n            L.push_back(l);\n            minpos=l->scanpos;\n        }\n        typedef pair<double,Edge*> PosEdgePair;\n        set<PosEdgePair> sortedEdges;\n        for(unsigned i=0;i<openEdges.size();i++) {\n            Edge *e=openEdges[i];\n            vector<double> bs;\n            if(dim==vpsc::HORIZONTAL) {\n                e->xpos(conjpos,bs);\n            } else {\n                e->ypos(conjpos,bs);\n            }\n            //std::cerr << \"edge(intersections=\"<<bs.size()<<\":(\"<<e->startNode<<\",\"<<e->endNode<<\"))\"<<std::endl;\n            for(vector<double>::iterator it=bs.begin();it!=bs.end();it++) {\n                sortedEdges.insert(make_pair(*it,e));\n            }\n        }\n        for(set<PosEdgePair>::iterator i=sortedEdges.begin();i!=sortedEdges.end();i++) {\n            double pos=i->first;\n            if(pos < minpos) continue;\n            if(pos > v->scanpos) break;\n            // if edge is connected (start or end) to v then skip\n            // need to record start and end positions of edge segment!\n            Edge* e=i->second; \n            if(e->startNode==v->id||e->endNode==v->id) continue;\n            //if(l!=nullptr&&(e->startNode==l->id||e->endNode==l->id)) continue;\n            //cerr << \"edge(\"<<e->startNode<<\",\"<<e->endNode<<\",pts=\"<<e->pts<<\")\"<<endl;\n            // here, we probably want to search for existing dummy \n            // nodes associated with the same edge within some\n            // range of (pos,conjpos), rather than creating new ones.\n            // Would require some sort of quad-tree structure\n            Node* d=dim==vpsc::HORIZONTAL?\n                new Node(nodes.size(),pos,conjpos,e):\n                new Node(nodes.size(),conjpos,pos,e);\n            L.push_back(d);\n            nodes.push_back(d);\n        }\n        L.push_back(v);\n\n        if(r!=nullptr) {\n            maxpos=r->scanpos;\n        }\n        for(set<PosEdgePair>::iterator i=sortedEdges.begin();i!=sortedEdges.end();i++) {\n            if(i->first < v->scanpos) continue;\n            if(i->first > maxpos) break;\n            double pos=i->first;\n            // if edge is connected (start or end) to v then skip\n            // need to record start and end positions of edge segment!\n            Edge* e=i->second; \n            if(e->startNode==v->id||e->endNode==v->id) continue;\n            //if(r!=nullptr&&(e->startNode==r->id||e->endNode==r->id)) continue;\n            //cerr << \"edge(\"<<e->startNode<<\",\"<<e->endNode<<\",pts=\"<<e->pts<<\")\"<<endl;\n            Node* d=dim==vpsc::HORIZONTAL?\n                new Node(nodes.size(),pos,conjpos,e):\n                new Node(nodes.size(),conjpos,pos,e);\n            L.push_back(d);\n            nodes.push_back(d);\n        }\n        if(r!=nullptr) {\n            L.push_back(r);\n        }\n    }\n    static double overlap(vpsc::Dim k, Node const *u, Node const *v) {\n        if (u->pos[k] <= v->pos[k] && v->getMin(k) < u->getMax(k))\n            return u->getMax(k) - v->getMin(k);\n        if (v->pos[k] <= u->pos[k] && u->getMin(k) < v->getMax(k))\n            return v->getMax(k) - u->getMin(k);\n        return 0;\n    }\n\n    static cola::SeparationConstraint* createConstraint(\n            Node* u, Node* v, vpsc::Dim dim) {\n        double g=u->length[dim]+v->length[dim];\n        g/=2;\n        double sep=v->pos[dim]-u->pos[dim];\n        if(sep < g) {\n            u->active = true;\n            v->active = true;\n        }\n        //cerr << \"Constraint: \"<< u->id << \"+\"<<g<<\"<=\"<<v->id<<endl;\n        return new cola::SeparationConstraint(dim, u->id, v->id, g);\n    }\n\n    template <typename T>\n    Event* createEvent(\n            const vpsc::Dim dim, \n            const EventType type,\n            T *v,\n            double border) {\n        double pos = (type==Open) ? v->getMin((vpsc::Dim)!dim)-border \n                                  : v->getMax((vpsc::Dim)!dim)+border ;\n        return new Event(type,v,pos);\n    }\n    /**\n     * Generates constraints to prevent node/edge and edge/edge intersections.\n     * Can be invoked to generate either horizontal or vertical constraints\n     * depending on dim parameter.\n     * For horizontal constraints, a vertical scan (from top to bottom) is\n     * conducted, looking for node/edge boundaries, and then searching along\n     * the horizontal limit of that boundary for intersections with other\n     * nodes/edges.\n     */\n    void generateConstraints(\n            const vpsc::Dim dim, \n            vector<Node*> & nodes, \n            vector<Edge*> const & edges, \n            vector<cola::SeparationConstraint*>& cs,\n            bool xSkipping = true) {\n        vector<Event*> events;\n        double nodeFudge=-0.01, edgeFudge=0;\n#ifdef STRAIGHTENER_DEBUG\n        cout << (dim==vpsc::HORIZONTAL\n            ?\"scanning top to bottom...\"\n            :\"scanning left to right...\")\n            << endl;\n#endif\n        for(unsigned i=0;i<nodes.size();i++) {\n            Node *v=nodes[i];\n            if(v->scan) {\n                v->scanpos=v->pos[dim];\n                events.push_back(createEvent(dim,Open,v,nodeFudge));\n                events.push_back(createEvent(dim,Close,v,nodeFudge));\n            }\n        }\n        for(unsigned i=0;i<edges.size();i++) {\n            Edge *e=edges[i];\n            events.push_back(createEvent(dim,Open,e,edgeFudge));\n            events.push_back(createEvent(dim,Close,e,edgeFudge));\n        }\n        std::sort(events.begin(),events.end(),CompareEvents());\n\n        NodeSet openNodes;\n        vector<Edge*> openEdges;\n        // scan opening and closing events in order\n        for(unsigned i=0;i<events.size();i++) {\n            Event *e=events[i];\n            Node *v=e->v;\n            if(v!=nullptr) {\n                v->open = true;\n#ifdef STRAIGHTENER_DEBUG\n                printf(\"NEvent@%f,nid=%d,(%f,%f),w=%f,h=%f,openn=%d,opene=%d\\n\",e->pos,v->id,v->pos[0],v->pos[1],v->length[0],v->length[1],(int)openNodes.size(),(int)openEdges.size());\n#endif\n                Node *l=nullptr, *r=nullptr;\n                if(!openNodes.empty()) {\n                    // it points to the first node to the right of v\n                    NodeSet::iterator it=openNodes.lower_bound(v);\n                    // step left to find the first node to the left of v\n                    while(it--!=openNodes.begin()) {\n                        if(!xSkipping\n                                || dim!=vpsc::HORIZONTAL\n                                || overlap(vpsc::HORIZONTAL,*it,v) <= 0\n                                || overlap(vpsc::HORIZONTAL,*it,v) <= overlap(vpsc::VERTICAL,*it,v)) {\n                            l=*it;\n                            break;\n                        }\n#ifdef STRAIGHTENER_DEBUG\n                        printf(\"l=%d\\n\",l->id);\n#endif\n                    }\n                    it=openNodes.upper_bound(v);\n                    while(it!=openNodes.end()) {\n                        if(!xSkipping\n                                || dim!=vpsc::HORIZONTAL\n                                || overlap(vpsc::HORIZONTAL,v,*it) <= 0\n                                || overlap(vpsc::HORIZONTAL,v,*it) <= overlap(vpsc::VERTICAL,v,*it)) {\n                            r=*it;\n                            break;\n                        }\n                        it++;\n                    }\n                }\n                vector<Node*> L;\n                sortNeighbours(dim,v,l,r,e->pos,openEdges,L,nodes);\n#ifdef STRAIGHTENER_DEBUG\n                printf(\"L=[\");\n                for(unsigned i=0;i<L.size();i++) {\n                    printf(\"%d \",L[i]->id);\n                }\n                printf(\"]\\n\");\n#endif\n                // for each dummy node w in L:\n                //   if w left of v create constraints l<w, w<v    \n                //   if w right of v create constraints v<w, w<r\n                for(vector<Node*>::iterator i=L.begin();i!=L.end();i++) {\n                    Node* w=*i;\n                    if(w->dummy) {\n                        // node is on an edge\n                        Edge *edge=w->edge;\n                        if(w->pos[dim]<v->pos[dim]) { // w left of v\n                            if(l!=nullptr&&!edge->isEnd(l->id)) {\n                                cs.push_back(createConstraint(l,w,dim));\n                            }\n                            if(!edge->isEnd(v->id)) {\n                                cs.push_back(createConstraint(w,v,dim));\n                            }\n                        } else { // w right of v\n                            if(!edge->isEnd(v->id)) {\n                                cs.push_back(createConstraint(v,w,dim));\n                            }\n                            if(r!=nullptr&&!edge->isEnd(r->id)) {\n                                cs.push_back(createConstraint(w,r,dim));\n                            }\n                        }\n                    }\n                }\n                if(e->type==Close) {\n                    if(l!=nullptr) cs.push_back(createConstraint(l,v,dim));\n                    if(r!=nullptr) cs.push_back(createConstraint(v,r,dim));\n                }\n            }\n            if(e->type==Open) {\n                if(v!=nullptr) {\n                    openNodes.insert(v);\n                } else {\n#ifdef STRAIGHTENER_DEBUG\n                    printf(\"EdgeOpen@%f,eid=%d,(u,v)=(%d,%d)\\n\", e->pos,e->e->id,e->e->startNode,e->e->endNode);\n#endif\n                    e->e->openInd=openEdges.size();\n                    openEdges.push_back(e->e);\n                }\n            } else {\n                // Close\n                if(v!=nullptr) {\n                    openNodes.erase(v);\n                    v->open=false;\n                } else {\n#ifdef STRAIGHTENER_DEBUG\n                    printf(\"EdgeClose@%f,eid=%d,(u,v)=(%d,%d)\\n\", e->pos,e->e->id,e->e->startNode,e->e->endNode);\n#endif                    \n                    unsigned i=e->e->openInd;\n                    COLA_ASSERT(openEdges.size()>0);\n                    openEdges[i]=openEdges[openEdges.size()-1];\n                    openEdges[i]->openInd=i;\n                    openEdges.resize(openEdges.size()-1);\n                }\n            }\n            delete e;\n        }\n    }\n    /**\n     * set up straightener clusters.\n     * For each cola::cluster c:\n     *   create a straightener::cluster sc\n     *   set each node in c to belong to sc\n     *   set scanpos based on avg pos in scan dir\n     *   create a chain of dummy nodes for cluster boundary\n     */\n    void generateClusterBoundaries(\n            const vpsc::Dim dim,\n            vector<straightener::Node*> & nodes,\n            vector<straightener::Edge*> & edges,\n            vector<vpsc::Rectangle*> const & rs,\n            cola::Cluster const & clusterHierarchy,\n            vector<straightener::Cluster*>& sclusters) {\n        sclusters.clear();\n        for(vector<cola::Cluster*>::const_iterator i\n                =clusterHierarchy.clusters.begin();\n                i!=clusterHierarchy.clusters.end(); i++) {\n            if(cola::ConvexCluster* c=dynamic_cast<cola::ConvexCluster*>(*i)) {\n                straightener::Cluster* sc=new straightener::Cluster(c);\n                // compute scanpos based on average position in scan direction\n                sc->scanpos=0;\n                for(set<unsigned>::iterator it= c->nodes.begin();\n                        it != c->nodes.end(); ++it) {\n                    straightener::Node* u = nodes[*it];\n                    sc->scanpos+=u->pos[dim];\n                    u->cluster = sc;\n                }\n                sc->scanpos/=c->nodes.size();\n                sclusters.push_back(sc);\n                c->computeBoundary(rs);\n                // create a chain of dummy nodes for the boundary\n                Node* first = new Node(nodes.size(),c->hullX[0],c->hullY[0]);\n                nodes.push_back(first);\n                Node* u = first;\n                unsigned i=1;\n                for(;i<c->hullX.size();i++) {\n                    Node* v = new Node(nodes.size(),c->hullX[i],c->hullY[i]);\n                    nodes.push_back(v);\n                    Edge* e = new Edge(edges.size(),u->id,v->id,\n                                c->hullX[i-1],c->hullY[i-1],c->hullX[i],c->hullY[i]);\n                    edges.push_back(e);\n                    sc->boundary.push_back(e);\n                    u=v;\n                }\n                edges.push_back(\n                        new Edge(edges.size(),u->id,first->id,\n                            c->hullX[i-1],c->hullY[i-1],c->hullX[0],c->hullY[0]));\n            }\n        }\n    }\n\n    void Cluster::updateActualBoundary()\n    {\n        unsigned n=0;\n        for(std::vector<Edge*>::const_iterator e=boundary.begin();\n                e!=boundary.end();e++) {\n            n+=(*e)->getRoute()->n;\n        }\n        colaCluster->hullX.resize(n);\n        colaCluster->hullY.resize(n);\n        unsigned i=0;\n        for(std::vector<Edge*>::const_iterator e=boundary.begin();\n                e!=boundary.end();e++) {\n            Route const * r=(*e)->getRoute();\n            for(unsigned j=0;j<r->n;j++) {\n                colaCluster->hullX[i]=r->xs[j];\n                colaCluster->hullY[i++]=r->ys[j];\n            }\n        }\n    }\n    Straightener::Straightener(\n            const double strength,\n            const vpsc::Dim dim,\n            std::vector<vpsc::Rectangle*> const & rs,\n            cola::FixedList const & fixed,\n            std::vector<Edge*> const & edges, \n            vpsc::Variables const & vs,\n            vpsc::Variables & lvs,\n            vpsc::Constraints & lcs,\n            std::valarray<double> &oldCoords,\n            std::valarray<double> &oldG) \n        : strength(strength),\n          dim(dim),\n          fixed(fixed),\n          edges(edges), \n          vs(vs), \n          lvs(lvs) \n    {\n        unsigned n=rs.size();\n        for (unsigned i=0;i<n;i++) {\n            nodes.push_back(new straightener::Node(i,rs[i]));\n        }\n        vector<cola::SeparationConstraint*> cs;\n        straightener::generateConstraints(dim,nodes,edges,cs);\n        // after generateConstraints we have new dummy nodes at the end of snodes and\n        // constraints in cs\n        //   need to create variables for dummy nodes in lvs and constraints in lcs\n        N=nodes.size();\n        g.resize(N);\n        coords.resize(N);\n        for(unsigned i=0;i<n;i++) {\n            g[i]=oldG[i];\n            coords[i]=oldCoords[i];\n        }\n        for (unsigned i=n;i<N;i++) {\n            double desiredPos = nodes[i]->pos[dim];\n            lvs.push_back(new vpsc::Variable(i,desiredPos,1));\n            g[i]=0;\n            coords[i]=desiredPos;\n        }\n        for (vector<cola::SeparationConstraint*>::iterator i=cs.begin();i!=cs.end();i++) {\n            unsigned lv=(*i)->left();\n            unsigned rv=(*i)->right();\n            double gap=(*i)->gap;\n            vpsc::Variable* l = lv<n?vs[lv]:lvs[lv-n];\n            vpsc::Variable* r = rv<n?vs[rv]:lvs[rv-n];\n            lcs.push_back(new vpsc::Constraint(l,r,gap));\n        }\n        for(unsigned i=0;i<edges.size();i++) {\n            edges[i]->nodePath(nodes,false);\n        }\n        for_each(cs.begin(),cs.end(),cola::delete_object());\n    }\n    Straightener::~Straightener() {\n        for_each(nodes.begin(),nodes.end(),cola::delete_object());\n    }\n    void Straightener::computeForces(cola::SparseMap &H) {\n        // hessian matrix:\n        //   diagonal: sum dy2/l^3\n        //   off-diag: -dy2/l^3\n        for(unsigned i=0;i<edges.size();i++) {\n            //printf(\"Straightening path:\\n\");\n            //edges[i]->print();\n            vector<unsigned>& path=edges[i]->path;\n            COLA_ASSERT(path.size()>0);\n            for(unsigned j=1;j<path.size();j++) {\n                unsigned u=path[j-1], v=path[j];\n                double x1=nodes[u]->pos[0], x2=nodes[v]->pos[0],\n                       y1=nodes[u]->pos[1], y2=nodes[v]->pos[1];\n                double dx=x1-x2, dy=y1-y2;\n                double dx2=dx*dx, dy2=dy*dy;\n                double l=sqrt(dx2+dy2);\n                if(l<0.0000001) continue;\n                double f=dim==vpsc::HORIZONTAL?dx:dy;\n                f*=strength/l;\n                if(!fixed.check(u)) { g[u]+=f; }\n                if(!fixed.check(v)) { g[v]-=f; }\n                double h=dim==vpsc::HORIZONTAL?dy2:dx2;\n                h*=strength/(l*l*l);\n                H(u,u)+=h;\n                H(v,v)+=h;\n                H(u,v)-=h;\n                H(v,u)-=h;\n            }\n        }\n    }\n    double Straightener::computeStress(std::valarray<double> const &coords) {\n        double stress=0;\n        for(unsigned i=0;i<edges.size();i++) {\n            vector<unsigned>& path=edges[i]->path;\n            COLA_ASSERT(path.size()>0);\n            for(unsigned j=1;j<path.size();j++) {\n                unsigned u=path[j-1], v=path[j];\n                double x1,x2,y1,y2;\n                if(dim==vpsc::HORIZONTAL) {\n                    x1=coords[u];\n                    x2=coords[v];\n                    y1=nodes[u]->pos[1];\n                    y2=nodes[v]->pos[1];\n                } else {\n                    x1=nodes[u]->pos[0];\n                    x2=nodes[v]->pos[0];\n                    y1=coords[u];\n                    y2=coords[v];\n                }\n                double dx=x1-x2, dy=y1-y2;\n                double dx2=dx*dx, dy2=dy*dy;\n                double l=sqrt(dx2+dy2);\n                stress+=l;\n            }\n        }\n        return strength*stress;\n    }\n    double Straightener::computeStress2(std::valarray<double> const &coords)\n    {\n        COLA_UNUSED(coords);\n\n        double stress=0;\n        for(unsigned i=0;i<edges.size();i++) {\n            double d = edges[i]->idealLength;\n            double weight=1/(d*d);\n            //printf(\"pathLength=%f\\n\",pathLength(edges[i],nodes));\n            double sqrtf=fabs(d-pathLength(edges[i],nodes));\n            stress+=weight*sqrtf*sqrtf;\n        }\n        return strength*stress;\n    }\n    void Straightener::updateNodePositions() {\n        // real nodes\n        for (unsigned i=0;i<N;i++) {\n            Node *n=nodes[i];\n            n->pos[dim]=coords[i];\n        }\n        // dummy bend nodes\n        //printf(\"got %d dummy nodes\\n\", (int) lvs.size());\n        dummyNodesX.resize(lvs.size());\n        dummyNodesY.resize(lvs.size());\n        for (unsigned i=0;i<lvs.size();i++) {\n            COLA_ASSERT(i+vs.size() < nodes.size());\n            Node *n=nodes[i+vs.size()];\n            dummyNodesX[i]=n->pos[0];\n            dummyNodesY[i]=n->pos[1];\n        }\n    }\n    void Straightener::finalizeRoutes() {\n        for(unsigned i=0;i<edges.size();i++) {\n            edges[i]->createRouteFromPath(nodes);\n            edges[i]->dummyNodes.clear();\n            edges[i]->path.clear();\n        }\n    }\n    void setEdgeLengths(double **D, vector<Edge*> & edges) {\n        for(unsigned i=0;i<edges.size();i++) {\n            Edge* e=edges[i];\n            e->idealLength=D[e->startNode][e->endNode];\n        } \n    }\n    double pathLength(Edge const * e, vector<Node*> const & nodes) {\n        double length=0;\n        vector<unsigned> const & path=e->path;\n        for(unsigned i=1;i<path.size();i++) {\n            Node *u=nodes[path[i-1]], *v=nodes[path[i]];\n            double dx=u->pos[0]-v->pos[0];\n            double dy=u->pos[1]-v->pos[1];\n            length+=sqrt(dx*dx+dy*dy);\n        }\n        return length;\n    }\n    double computeStressFromRoutes(double strength, vector<Edge*> & edges) {\n        double stress=0;\n        for(unsigned i=0;i<edges.size();i++) {\n            Edge* e=edges[i];\n            double d = e->idealLength;\n            double weight=1/(d*d);\n            double sqrtf=fabs(d-e->getRoute()->routeLength());\n            stress+=weight*sqrtf*sqrtf;\n        }\n        return strength*stress;\n    }\n}\n\n"
  },
  {
    "path": "cola/libcola/straightener.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef STRAIGHTENER_H\n#define STRAIGHTENER_H\n\n#include <set>\n#include <cfloat>\n#include <iostream>\n#include <iterator>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/commondefs.h\"\n\nnamespace cola {\n    class Cluster;\n    class ConvexCluster;\n    class SeparationConstraint;\n}\nnamespace straightener {\n\nstruct Route {\n    Route(unsigned n) : n(n), xs(new double[n]), ys(new double[n]) {}\n    ~Route() {\n        delete [] xs;\n        delete [] ys;\n    }\n    void print() {\n        std::cout << \"double xs[]={\";\n        std::copy(xs,xs+n-1,std::ostream_iterator<double>(std::cout,\",\"));\n        std::cout << xs[n-1] << \"};\" << std::endl << \"double ys[]={\";\n        std::copy(ys,ys+n-1,std::ostream_iterator<double>(std::cout,\",\"));\n        std::cout << ys[n-1] << \"};\" << std::endl;\n    }\n    void boundingBox(double &xmin,double &ymin,double &xmax,double &ymax) {\n        xmin=ymin=DBL_MAX;\n        xmax=ymax=-DBL_MAX;\n        for(unsigned i=0;i<n;i++) {\n            xmin=std::min(xmin,xs[i]);\n            xmax=std::max(xmax,xs[i]);\n            ymin=std::min(ymin,ys[i]);\n            ymax=std::max(ymax,ys[i]);\n        } \n    }\n    double routeLength () const {\n        double length=0;\n        for(unsigned i=1;i<n;i++) {\n            double dx=xs[i-1]-xs[i];\n            double dy=ys[i-1]-ys[i];\n            length+=sqrt(dx*dx+dy*dy);\n        }\n        return length;\n    }\n    void rerouteAround(vpsc::Rectangle *rect);\n    unsigned n;\n    double *xs;\n    double *ys;\n};\nclass Node;\nstruct DebugPoint {\n    double x,y;\n};\nstruct DebugLine {\n    DebugLine(double x0,double y0,double x1,double y1,unsigned colour) \n        : x0(x0),y0(y0),x1(x1),y1(y1),colour(colour) {}\n    double x0,y0,x1,y1;\n    unsigned colour;\n};\nclass ScanObject {\npublic:\n    const unsigned id;\n    double getMin(vpsc::Dim d) const {\n        return min[d];\n    }\n    double getMax(vpsc::Dim d) const {\n        return max[d];\n    }\n    ScanObject(unsigned id) : id(id) {}\nprotected:\n    double min[2], max[2];\n};\nclass Edge : public ScanObject {\npublic:\n    unsigned openInd; // position in openEdges\n    unsigned startNode, endNode;\n    double idealLength;\n    std::vector<unsigned> dummyNodes;\n    std::vector<unsigned> path;\n    std::vector<unsigned> activePath;\n    std::vector<DebugPoint> debugPoints;\n    std::vector<DebugLine> debugLines;\n    void print() {\n        printf(\"Edge[%d]=(%d,%d)\\n\",id,startNode,endNode);\n        route->print();\n    }\n    // if the edge route intersects with any of the rectangles in rects then reroute\n    // those parts of the route around the rectangle boundaries\n    void rerouteAround(std::vector<vpsc::Rectangle*> const &rects) {\n        unsigned rid=0;\n        for(std::vector<vpsc::Rectangle*>::const_iterator r=rects.begin();r!=rects.end();r++,rid++) {\n            if(rid!=startNode && rid!=endNode) {\n                route->rerouteAround(*r);\n            }\n        }\n        updateBoundingBox();\n    }\n    // Edge with a non-trivial route\n    Edge(unsigned id, unsigned start, unsigned end, Route* route)\n    : ScanObject(id), startNode(start), endNode(end), route(route)\n    {\n        updateBoundingBox();\n    }\n    // Edge with a trivial route\n    Edge(unsigned id, unsigned start, unsigned end,\n            double x1, double y1, double x2, double y2) \n    : ScanObject(id), startNode(start), endNode(end) {\n        route = new Route(2);\n        route->xs[0]=x1; route->ys[0]=y1;\n        route->xs[1]=x2; route->ys[1]=y2;\n        updateBoundingBox();\n    }\n    ~Edge() {\n        delete route;\n    }\n    bool isEnd(unsigned n) const {\n        if(startNode==n||endNode==n) return true;\n        return false;\n    }\n    void nodePath(std::vector<Node*>& nodes, bool allActive);\n    void createRouteFromPath(std::vector<Node *> const & nodes);\n    void xpos(double y, std::vector<double>& xs) const {\n        // search line segments for intersection points with y pos\n        for(unsigned i=1;i<route->n;i++) {\n            double ax=route->xs[i-1], bx=route->xs[i], ay=route->ys[i-1], by=route->ys[i];\n            double r=(y-ay)/(by-ay);\n            // as long as y is between ay and by then r>0\n            if(r>=0&&r<=1) {\n                xs.push_back(ax+(bx-ax)*r);\n            }\n        }\n    }\n    void ypos(double x, std::vector<double>& ys) const {\n        // search line segments for intersection points with x pos\n        for(unsigned i=1;i<route->n;i++) {\n            double ax=route->xs[i-1], bx=route->xs[i], ay=route->ys[i-1], by=route->ys[i];\n            double r=(x-ax)/(bx-ax);\n            // as long as y is between ax and bx then r>0\n            if(r>0&&r<=1) {\n                ys.push_back(ay+(by-ay)*r);\n            }\n        }\n    }\n    Route const * getRoute() const {\n        return route;\n    }\n    void setRoute(Route * r) {\n        delete route;\n        route=r;\n        updateBoundingBox();\n    }\nprivate:\n    void updateBoundingBox() {\n        route->boundingBox(min[0],min[1],max[0],max[1]);\n    }\n    Route* route;\n};\nclass Straightener {\npublic:\n    Straightener(\n            const double strength,\n            const vpsc::Dim dim,\n            std::vector<vpsc::Rectangle*> const & rs,\n            cola::FixedList const & fixed,\n            std::vector<Edge*> const & edges, \n            vpsc::Variables const & vs,\n            vpsc::Variables & lvs,\n            vpsc::Constraints & lcs,\n            std::valarray<double> & oldCoords,\n            std::valarray<double> & oldG);\n    ~Straightener();\n    void updateNodePositions();\n    void finalizeRoutes();\n    void computeForces(cola::SparseMap &H);\n    void computeForces2(cola::SparseMap &H);\n    double computeStress(std::valarray<double> const &coords);\n    double computeStress2(std::valarray<double> const &coords);\n    std::valarray<double> dummyNodesX;\n    std::valarray<double> dummyNodesY;\n    std::valarray<double> g;\n    std::valarray<double> coords;\n    unsigned N;\nprivate:\n    double strength;\n    const vpsc::Dim dim;\n    cola::FixedList const & fixed;\n    std::vector<Edge*> const & edges;\n    vpsc::Variables const & vs;\n    vpsc::Variables & lvs;\n    std::vector<Node*> nodes;\n    double len(const unsigned u, const unsigned v, \n            double& dx, double& dy,\n            double& dx2, double& dy2);\n    double gRule1(const unsigned a, const unsigned b);\n    double gRule2(const unsigned a, const unsigned b, const unsigned c);\n    double hRuleD1(const unsigned u, const unsigned v, const double sqrtf);\n    double hRuleD2(const unsigned u, const unsigned v, const unsigned w, const double sqrtf);\n    double hRule2(const unsigned u, const unsigned v, const unsigned w, const double sqrtf);\n    double hRule3(const unsigned u, const unsigned v, const unsigned w, const double sqrtf);\n    double hRule4(const unsigned a, const unsigned b, const unsigned c, const unsigned d);\n    double hRule56(const unsigned u, const unsigned v, \n            const unsigned a, const unsigned b, const unsigned c);\n    double hRule7(const unsigned a, const unsigned b, \n            const unsigned c, const unsigned d, const double sqrtf);\n    double hRule8(const unsigned u, const unsigned v, const unsigned w,\n            const unsigned a, const unsigned b, const unsigned c);\n};\nclass Cluster {\npublic:\n    cola::ConvexCluster* colaCluster;\n    Cluster(cola::ConvexCluster* c) : colaCluster(c) {}\n    double scanpos;\n    std::vector<Edge*> boundary;\n    void updateActualBoundary();\n};\nclass Node : public ScanObject {\npublic:\n    Cluster* cluster;\n    // Nodes may optionally belong to a cluster.  \n    // Neg cluster_id means no cluster - i.e. top-level membership.\n    double pos[2];\n    double scanpos;\n    double length[2];\n    Edge* edge;\n    bool dummy; // nodes on edge paths (but not ends) are dummy\n    bool scan; // triggers scan events\n    bool active; // node is active if it is not dummy or is dummy and involved in\n                 // a violated constraint\n    bool open; // a node is opened (if scan is true) when the scanline first reaches\n               // its boundary and closed when the scanline leaves it.\n    Node(unsigned id, vpsc::Rectangle const * r) :\n        ScanObject(id),cluster(nullptr),\n        edge(nullptr),dummy(false),scan(true),active(true),open(false) { \n            for(unsigned i=0;i<2;i++) {\n                pos[i]=r->getCentreD(i);\n                min[i]=r->getMinD(i);\n                max[i]=r->getMaxD(i);\n                length[i]=r->length(i);\n            }\n    }\n    Node(unsigned id, const double x, const double y) :\n        ScanObject(id),cluster(nullptr),\n        edge(nullptr),dummy(false),scan(false),active(true),open(false) {\n            pos[vpsc::HORIZONTAL]=x;\n            pos[vpsc::VERTICAL]=y;\n            for(unsigned i=0;i<2;i++) {\n                length[i]=4;\n                min[i]=pos[i]-length[i]/2.0;\n                max[i]=pos[i]+length[i]/2.0;\n            }\n    }\n    double euclidean_distance(Node const * v) const {\n        double dx=pos[0]-v->pos[0];\n        double dy=pos[1]-v->pos[1];\n        return sqrt(dx*dx+dy*dy);\n    }\n\nprivate:\n    friend void sortNeighbours(const vpsc::Dim dim, Node * v, Node * l, Node * r, \n        const double conjpos, std::vector<Edge*> const & openEdges, \n        std::vector<Node *>& L, std::vector<Node *>& nodes);\n    Node(const unsigned id, const double x, const double y, Edge* e) : \n        ScanObject(id),cluster(nullptr),\n        edge(e),dummy(true),scan(false),active(false)  {\n            pos[vpsc::HORIZONTAL]=x;\n            pos[vpsc::VERTICAL]=y;\n            for(unsigned i=0;i<2;i++) {\n                length[i]=4;\n                min[i]=pos[i]-length[i]/2.0;\n                max[i]=pos[i]+length[i]/2.0;\n            }\n            e->dummyNodes.push_back(id);\n        }\n};\nstruct CmpNodePos {\n    bool operator() (const Node* u, const Node* v) const {\n        double upos = u->scanpos;\n        double vpos = v->scanpos;\n        bool tiebreaker = u < v;\n        if (u->cluster != v->cluster) {\n            if(u->cluster!=nullptr) {\n                upos = u->cluster->scanpos;\n            }\n            if(v->cluster!=nullptr) {\n                vpos = v->cluster->scanpos;\n            }\n            tiebreaker = u->cluster < v->cluster;\n        }\n        if (upos < vpos) {\n            return true;\n        }\n        if (vpos < upos) {\n            return false;\n        }\n        return tiebreaker;\n    }\n};\ntypedef std::set<Node*,CmpNodePos> NodeSet;\n// defines references to three variables for which the goal function\n// will be altered to prefer points u-b-v are in a linear arrangement\n// such that b is placed at u+t(v-u).\nstruct LinearConstraint {\n    LinearConstraint(\n            Node const & u, \n            Node const & v,\n            Node const & b,\n            double w)\n        : u(u.id),v(v.id),b(b.id),w(w)\n    {\n        // from cosine rule: ub.uv/|uv|=|ub|cos(theta)\n        double uvx = v.pos[0] - u.pos[0],\n               uvy = v.pos[1] - u.pos[1],\n               ubx = b.pos[0] - u.pos[0],\n               uby = b.pos[1] - u.pos[1],\n               duv2 = uvx * uvx + uvy * uvy;\n        if(duv2 < 0.0001) {\n            t=0;\n        } else {\n            t = (uvx * ubx + uvy * uby)/duv2;\n        }\n        duu=(1-t)*(1-t);\n        duv=t*(1-t);\n        dub=t-1;\n        dvv=t*t;\n        dvb=-t;\n        dbb=1;\n        //printf(\"New LC: t=%f\\n\",t); \n    }\n    unsigned u;\n    unsigned v;\n    unsigned b;\n    double w; // weight\n    double t;\n    // 2nd partial derivatives of the goal function\n    //   (X[b] - (1-t) X[u] - t X[v])^2\n    double duu;\n    double duv;\n    double dub;\n    double dvv;\n    double dvb;\n    double dbb;\n};\nvoid setEdgeLengths(double **D, std::vector<Edge*> & edges);\ndouble pathLength(Edge const * e, std::vector<Node*> const & nodes);\ndouble computeStressFromRoutes(double strength, std::vector<Edge*> & edges);\ntypedef std::vector<LinearConstraint*> LinearConstraints;\nvoid generateConstraints(\n        const vpsc::Dim dim, \n        std::vector<Node*> & nodes, \n        std::vector<Edge*> const & edges, \n        std::vector<cola::SeparationConstraint*>& cs,\n        bool xSkipping);\nvoid nodePath(Edge& e, std::vector<Node*>& nodes, std::vector<unsigned>& path);\nvoid generateClusterBoundaries(\n        const vpsc::Dim dim,\n        std::vector<Node*> & nodes,\n        std::vector<Edge*> & edges,\n        std::vector<vpsc::Rectangle*> const & rs,\n        cola::Cluster const & clusterHierarchy,\n        std::vector<straightener::Cluster*>& sclusters);\n\n} // namespace straightener\n#endif\n"
  },
  {
    "path": "cola/libcola/tests/FixedRelativeConstraint01.cpp",
    "content": "#include <vector>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    double defaultEdgeLength=40;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n    std::vector<unsigned> fixedShapes;\n    \n    double textW = 100;\n    double textH = 10;\n    double circleW = 5;\n    double circleH = 5;\n\n    rect = new vpsc::Rectangle(303-circleW, 303+circleW, 300-circleH, 300+circleH);\n    rs.push_back(rect);\n    fixedShapes.push_back(rs.size() - 1);\n    \n    rect = new vpsc::Rectangle(310-circleW, 310+circleW, 302-circleH, 302+circleH);\n    rs.push_back(rect);\n    fixedShapes.push_back(rs.size() - 1);\n    \n    rect = new vpsc::Rectangle(313-circleW, 313+circleW, 297-circleH, 297+circleH);\n    rs.push_back(rect);\n    fixedShapes.push_back(rs.size() - 1);\n\n    rect = new vpsc::Rectangle(300-textW, 300+textW, 300-textH, 300+textH);\n    rs.push_back(rect);\n    \n    rect = new vpsc::Rectangle(310-textW, 310+textW, 305-textH, 305+textH);\n    rs.push_back(rect);\n    \n    rect = new vpsc::Rectangle(317-textW, 317+textW, 295-textH, 295+textH);\n    rs.push_back(rect);\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength);\n    alg.setAvoidNodeOverlaps(true);\n    \n    ccs.push_back(new FixedRelativeConstraint(rs, fixedShapes, true));\n    alg.setConstraints(ccs);\n    \n    alg.makeFeasible();\n\n    // Can be used to output a \"libcola-debug.svg\" file:\n    //alg.outputInstanceToSVG();\n    alg.freeAssociatedObjects();\n\n    return 0;\n};\n"
  },
  {
    "path": "cola/libcola/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir) $(CAIROMM_CFLAGS)\n\nLDADD = \\\n  $(top_builddir)/libvpsc/libvpsc.la \\\n  $(top_builddir)/libtopology/libtopology.la \\\n  $(top_builddir)/libcola/libcola.la \\\n  $(top_builddir)/libavoid/libavoid.la \\\n  $(CAIROMM_LIBS)\n\ncheck_PROGRAMS = random_graph page_bounds constrained unsatisfiable invalid makefeasible rectclustershapecontainment FixedRelativeConstraint01 StillOverlap01 StillOverlap02 shortest_paths rectangularClusters01 overlappingClusters01 overlappingClusters02 overlappingClusters04 initialOverlap\n#check_PROGRAMS = unconstrained constrained containment shortest_paths connected_components large_graph convex_hull scale_free trees random_graph large_graph topology boundary planar #resize\n#check_PROGRAMS = topology boundary planar resize resizealignment\n\n# problem_SOURCES = problem.cpp\n\ninitialOverlap_SOURCES = initialOverlap.cpp\n\noverlappingClusters01_SOURCES = overlappingClusters01.cpp\noverlappingClusters02_SOURCES = overlappingClusters02.cpp\noverlappingClusters04_SOURCES = overlappingClusters04.cpp\n\nrectangularClusters01_SOURCES = rectangularClusters01.cpp\n\nStillOverlap01_SOURCES = StillOverlap01.cpp \nStillOverlap02_SOURCES = StillOverlap02.cpp \n\nFixedRelativeConstraint01_SOURCES = FixedRelativeConstraint01.cpp \n\nrectclustershapecontainment_SOURCES = rectclustershapecontainment.cpp \n\nrandom_graph_SOURCES = random_graph.cpp \n\npage_bounds_SOURCES = page_bounds.cpp \n\nconstrained_SOURCES = constrained.cpp\n\nunsatisfiable_SOURCES = unsatisfiable.cpp \n\ninvalid_SOURCES = invalid.cpp \n\nmakefeasible_LDADD = $(LDADD) $(top_srcdir)/libavoid/libavoid.la\nmakefeasible_SOURCES = makefeasible02.cpp \n\nshortest_paths_SOURCES = shortest_paths.cpp\n#unconstrained_SOURCES = unconstrained.cpp \n#containment_SOURCES = containment.cpp \n#topology_SOURCES = topology.cpp \n#boundary_SOURCES = boundary.cpp \n#resize_SOURCES = resize.cpp \n#resizealignment_SOURCES = resizealignment.cpp \n#planar_SOURCES = planar.cpp \n#connected_components_SOURCES = connected_components.cpp\n# test Requires boost\n#sparse_matrix_SOURCES = sparse_matrix.cpp\n#convex_hull_SOURCES = convex_hull.cpp\n#convex_hull_LDADD = $(LDADD) -lcairo -lcairomm-1.0\n#aarontest_SOURCES = aarontest.cpp\n#aarontest_LDADD = $(top_srcdir)/libcola/libcola.la $(top_builddir)/libvpsc/libvpsc.la -lcairo -lcairomm-1.0\n#qo1_SOURCES = qo1.c\n#qo1_LDADD = -L$(mosek_home)/bin -lmosek -lguide -limf\n#small_graph_SOURCES = small_graph.cpp \n#large_graph_SOURCES = large_graph.cpp \n#gml_graph_LDADD = $(common_LDADD) /usr/lib/libboost_regex.so\n#gml_graph_SOURCES = gml_graph.cpp \n#scale_free_SOURCES = scale_free.cpp \n#trees_SOURCES = trees.cpp \n\nTESTS = $(check_PROGRAMS)\n"
  },
  {
    "path": "cola/libcola/tests/StillOverlap01.cpp",
    "content": "#include <vector>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    double defaultEdgeLength=40;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(210, 240, 83.5, 113.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(210, 240, 125.5, 155.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(377, 407, 43.5, 73.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(251, 281, 43.5, 73.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(110, 140, 43.5, 73.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(29, 79, 55.5, 105.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(427, 477, 32.5, 82.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(300, 350, 32.5, 82.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(171, 221, 32.5, 82.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(33, 83, 115.5, 165.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 572, 115.5, 165.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(519, 569, 35.5, 85.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(192, 258, 123.5, 173.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(192, 258, 65.5, 115.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(359, 425, -16.5, 33.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(233, 299, -16.5, 33.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(154, 220, 33.5, 83.5);\n    rs.push_back(rect);\n\n    AlignmentConstraint *alignment140600592030544 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592030544->addShape(1, 0);\n    alignment140600592030544->addShape(0, 0);\n    ccs.push_back(alignment140600592030544);\n\n    AlignmentConstraint *alignment140600592030848 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592030848->addShape(2, 0);\n    ccs.push_back(alignment140600592030848);\n\n    AlignmentConstraint *alignment140600592031040 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031040->addShape(3, 0);\n    ccs.push_back(alignment140600592031040);\n\n    AlignmentConstraint *alignment140600592031168 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031168->addShape(4, 0);\n    ccs.push_back(alignment140600592031168);\n\n    AlignmentConstraint *alignment140600592031296 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031296->addShape(5, 0);\n    ccs.push_back(alignment140600592031296);\n\n    AlignmentConstraint *alignment140600592031456 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031456->addShape(6, 0);\n    ccs.push_back(alignment140600592031456);\n\n    AlignmentConstraint *alignment140600592031616 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031616->addShape(7, 0);\n    ccs.push_back(alignment140600592031616);\n\n    AlignmentConstraint *alignment140600592031776 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031776->addShape(8, 0);\n    ccs.push_back(alignment140600592031776);\n\n    AlignmentConstraint *alignment140600592031936 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592031936->addShape(9, 0);\n    ccs.push_back(alignment140600592031936);\n\n    AlignmentConstraint *alignment140600592032240 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592032240->addShape(10, 0);\n    ccs.push_back(alignment140600592032240);\n\n    AlignmentConstraint *alignment140600592032400 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592032400->addShape(11, 0);\n    ccs.push_back(alignment140600592032400);\n\n    SeparationConstraint *separation140600592044112 = new SeparationConstraint(vpsc::XDIM, alignment140600592031296, alignment140600592031936, 4, false);\n    ccs.push_back(separation140600592044112);\n\n    SeparationConstraint *separation140600592045280 = new SeparationConstraint(vpsc::XDIM, alignment140600592031936, alignment140600592031168, 67, false);\n    ccs.push_back(separation140600592045280);\n\n    SeparationConstraint *separation140600592045376 = new SeparationConstraint(vpsc::XDIM, alignment140600592031168, alignment140600592031776, 71, false);\n    ccs.push_back(separation140600592045376);\n\n    SeparationConstraint *separation140600592045520 = new SeparationConstraint(vpsc::XDIM, alignment140600592031776, alignment140600592030544, 29, false);\n    ccs.push_back(separation140600592045520);\n\n    SeparationConstraint *separation140600592045696 = new SeparationConstraint(vpsc::XDIM, alignment140600592030544, alignment140600592031040, 41, false);\n    ccs.push_back(separation140600592045696);\n\n    SeparationConstraint *separation140600592045872 = new SeparationConstraint(vpsc::XDIM, alignment140600592031040, alignment140600592031616, 59, false);\n    ccs.push_back(separation140600592045872);\n\n    SeparationConstraint *separation140600592043472 = new SeparationConstraint(vpsc::XDIM, alignment140600592031616, alignment140600592030848, 67, false);\n    ccs.push_back(separation140600592043472);\n\n    SeparationConstraint *separation140600592043648 = new SeparationConstraint(vpsc::XDIM, alignment140600592030848, alignment140600592031456, 60, false);\n    ccs.push_back(separation140600592043648);\n\n    SeparationConstraint *separation140600592043824 = new SeparationConstraint(vpsc::XDIM, alignment140600592031456, alignment140600592032400, 92, false);\n    ccs.push_back(separation140600592043824);\n\n    SeparationConstraint *separation140600592046048 = new SeparationConstraint(vpsc::XDIM, alignment140600592032400, alignment140600592032240, 3, false);\n    ccs.push_back(separation140600592046048);\n\n    AlignmentConstraint *alignment140600592044208 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140600592044208->addShape(0, 0);\n    ccs.push_back(alignment140600592044208);\n\n    AlignmentConstraint *alignment140600592044368 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140600592044368->addShape(5, 0);\n    ccs.push_back(alignment140600592044368);\n\n    AlignmentConstraint *alignment140600592044528 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140600592044528->addShape(1, 0);\n    alignment140600592044528->addShape(9, 0);\n    alignment140600592044528->addShape(10, 0);\n    ccs.push_back(alignment140600592044528);\n\n    AlignmentConstraint *alignment140600592044752 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140600592044752->addShape(6, 0);\n    alignment140600592044752->addShape(4, 0);\n    alignment140600592044752->addShape(7, 0);\n    alignment140600592044752->addShape(8, 0);\n    alignment140600592044752->addShape(3, 0);\n    alignment140600592044752->addShape(11, 0);\n    alignment140600592044752->addShape(2, 0);\n    ccs.push_back(alignment140600592044752);\n\n    SeparationConstraint *separation140600592045088 = new SeparationConstraint(vpsc::YDIM, alignment140600592044752, alignment140600592044368, 22.1429, false);\n    ccs.push_back(separation140600592045088);\n\n    SeparationConstraint *separation140600590330720 = new SeparationConstraint(vpsc::YDIM, alignment140600592044368, alignment140600592044208, 18, false);\n    ccs.push_back(separation140600590330720);\n\n    SeparationConstraint *separation140600590330896 = new SeparationConstraint(vpsc::YDIM, alignment140600592044208, alignment140600592044528, 42, false);\n    ccs.push_back(separation140600590330896);\n\n    AlignmentConstraint *alignment140600590331072 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600590331072->addShape(0, 0);\n    alignment140600590331072->addShape(12, 0);\n    ccs.push_back(alignment140600590331072);\n\n    SeparationConstraint *separation140600590331376 = new SeparationConstraint(vpsc::YDIM, 0, 12, 50, true);\n    ccs.push_back(separation140600590331376);\n\n    AlignmentConstraint *alignment140600590331520 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600590331520->addShape(1, 0);\n    alignment140600590331520->addShape(13, 0);\n    ccs.push_back(alignment140600590331520);\n\n    SeparationConstraint *separation140600590331744 = new SeparationConstraint(vpsc::YDIM, 1, 13, -50, true);\n    ccs.push_back(separation140600590331744);\n\n    AlignmentConstraint *alignment140600590331888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600590331888->addShape(2, 0);\n    alignment140600590331888->addShape(14, 0);\n    ccs.push_back(alignment140600590331888);\n\n    SeparationConstraint *separation140600590332112 = new SeparationConstraint(vpsc::YDIM, 2, 14, -50, true);\n    ccs.push_back(separation140600590332112);\n\n    AlignmentConstraint *alignment140600592043200 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140600592043200->addShape(3, 0);\n    alignment140600592043200->addShape(15, 0);\n    ccs.push_back(alignment140600592043200);\n\n    SeparationConstraint *separation140600590332784 = new SeparationConstraint(vpsc::YDIM, 3, 15, -50, true);\n    ccs.push_back(separation140600590332784);\n\n    AlignmentConstraint *alignment140600590332880 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140600590332880->addShape(4, 0);\n    alignment140600590332880->addShape(16, 0);\n    ccs.push_back(alignment140600590332880);\n\n    SeparationConstraint *separation140600590333104 = new SeparationConstraint(vpsc::XDIM, 4, 16, 62, true);\n    ccs.push_back(separation140600590333104);\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength);\n    alg.setAvoidNodeOverlaps(true);\n    RootCluster *cluster140600590333360 = new RootCluster();\n    alg.setClusterHierarchy(cluster140600590333360);\n    alg.setConstraints(ccs);\n    alg.makeFeasible();\n    alg.run();\n    alg.outputInstanceToSVG(\"test-StillOverlap01\");\n    alg.freeAssociatedObjects();\n    return 0;\n};\n\n"
  },
  {
    "path": "cola/libcola/tests/StillOverlap02.cpp",
    "content": "#include <vector>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    double defaultEdgeLength=40;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(80.8448, 110.845, -23.9565, 6.04346);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-121.155, 128.845, -212.957, -142.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(209.095, 239.095, -389.957, -359.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(209.095, 239.095, -240.957, -210.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(274.428, 304.428, -130.957, -100.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(140.845, 170.845, -78.9565, -48.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(80.8448, 110.845, -55.9565, -25.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(501.428, 531.428, -232.623, -202.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(501.428, 531.428, -140.623, -110.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(485.428, 515.428, -33.3565, -3.35654);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(737.928, 767.928, -133.957, -103.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(140.845, 170.845, 314.043, 344.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 191.443, 221.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(443.428, 473.428, 202.243, 232.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(558.428, 588.428, 136.777, 166.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(634.214, 664.214, 136.777, 166.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(764.214, 794.214, 136.777, 166.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(819.095, 849.095, 156.443, 186.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(853.595, 883.595, 76.0435, 106.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(711.928, 741.928, 202.243, 232.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(542.428, 572.428, 280.443, 310.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(296.428, 326.428, 440.943, 470.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(202.428, 232.428, 693.943, 723.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(407.428, 473.428, 685.943, 735.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 693.943, 723.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(542.428, 572.428, 632.443, 662.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(517.428, 547.428, 444.443, 474.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(566.928, 596.928, 444.443, 474.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(879.345, 909.345, 280.443, 310.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(879.345, 909.345, 478.443, 508.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(836.095, 866.095, 332.443, 362.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(797.928, 827.928, 436.443, 466.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(55.8448, 85.8448, 507.443, 537.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 1026.76, 1056.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 1074.76, 1104.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-102.489, -72.4885, 1051.76, 1081.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(797.928, 827.928, 802.515, 832.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(839.928, 1079.93, 198.443, 268.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(768, 1008, 844.515, 914.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(626.928, 656.928, 972.765, 1002.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(426.956, 456.956, 972.765, 1002.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(224.428, 254.428, 972.765, 1002.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 870.765, 900.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(255.428, 285.428, 870.765, 900.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(744.928, 774.928, 332.443, 362.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30, 354, -347.957, -302.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-183.905, 137.095, 68.0435, 252.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 530.443, 560.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375.428, 405.428, 332.443, 362.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1.84481, 31.8448, 870.765, 900.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(127.095, 157.095, 870.765, 900.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(991.345, 1021.34, 478.443, 508.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(991.345, 1021.34, 600.443, 630.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(38.8448, 68.8448, 693.943, 723.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-58.1552, -28.1552, 768.765, 798.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, -399.957, -349.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, -250.957, -200.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-112.489, -62.4885, -43.3565, 6.64346);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(289.428, 339.428, 192.243, 242.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(532.428, 582.428, 192.243, 242.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(567.428, 617.428, -150.623, -100.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(843.595, 893.595, -150.623, -100.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(616.928, 666.928, -43.3565, 6.64346);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(787.928, 837.928, -43.3565, 6.64346);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(869.345, 919.345, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(289.428, 339.428, 322.443, 372.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, 430.943, 480.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(869.345, 919.345, 374.443, 424.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(286.428, 336.428, 683.943, 733.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, 1116.76, 1166.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(676.928, 726.928, 962.765, 1012.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(520.428, 570.428, 962.765, 1012.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(336.428, 386.428, 962.765, 1012.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(676.928, 726.928, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(130.845, 180.845, 1064.76, 1114.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(425.428, 475.428, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(305.428, 355.428, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(787.928, 837.928, 1064.76, 1114.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(532.428, 582.428, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(787.928, 837.928, 192.243, 242.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(295.428, 345.428, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(475.428, 525.428, 683.943, 733.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(113.095, 163.095, 683.943, 733.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-19.1552, 30.8448, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(295.428, 345.428, 572.443, 622.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(295.428, 345.428, 631.943, 681.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(289.428, 339.428, -43.3565, 6.64346);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(177.428, 227.428, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(289.428, 339.428, -250.957, -200.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(532.428, 582.428, 322.443, 372.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(787.928, 837.928, 622.443, 672.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(556.928, 606.928, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(139.095, 189.095, 66.0435, 116.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.1552, -18.1552, 683.943, 733.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(425.428, 475.428, 758.765, 808.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(177.428, 227.428, 758.765, 808.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(51.8448, 101.845, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.1552, -18.1552, 860.765, 910.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(305.428, 355.428, 758.765, 808.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(616.928, 666.928, 218.443, 268.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(981.345, 1031.34, 520.443, 570.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(981.345, 1031.34, 656.943, 706.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(592.428, 839.428, 486.443, 556.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(626.928, 656.928, 596.443, 626.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(616.928, 666.928, 656.943, 706.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(616.928, 666.928, 750.515, 800.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(626.928, 656.928, 717.515, 747.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(209.095, 239.095, 76.0435, 106.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(62.8448, 128.845, 16.0435, 66.0435);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(191.095, 257.095, -449.957, -399.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(191.095, 257.095, -300.957, -250.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(194.428, 260.428, -140.957, -90.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(184.845, 250.845, -88.9565, -38.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(62.8448, 128.845, -115.957, -65.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(483.428, 549.428, -292.623, -242.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(483.428, 549.428, -200.623, -150.623);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(467.428, 533.428, -93.3565, -43.3565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(719.928, 785.928, -93.9565, -43.9565);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(122.845, 188.845, 254.043, 304.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 131.443, 181.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(425.428, 491.428, 142.243, 192.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(540.428, 606.428, 76.7768, 126.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(616.214, 682.214, 76.7768, 126.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(684.214, 750.214, 126.777, 176.777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(863.095, 929.095, 146.443, 196.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(897.595, 963.595, 66.0435, 116.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(693.928, 759.928, 242.243, 292.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(586.428, 652.428, 270.443, 320.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(278.428, 344.428, 380.943, 430.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(184.428, 250.428, 633.943, 683.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 633.943, 683.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(524.428, 590.428, 572.443, 622.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(437.428, 503.428, 434.443, 484.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(610.928, 676.928, 434.443, 484.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(923.345, 989.345, 270.443, 320.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(923.345, 989.345, 468.443, 518.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(880.095, 946.095, 322.443, 372.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(841.928, 907.928, 426.443, 476.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(37.8448, 103.845, 447.443, 497.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 1066.76, 1116.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 1014.76, 1064.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-58.4885, 7.51148, 1041.76, 1091.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(841.928, 907.928, 792.515, 842.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(608.928, 674.928, 912.765, 962.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(408.956, 474.956, 912.765, 962.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(268.428, 334.428, 962.765, 1012.76);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 810.765, 860.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(237.428, 303.428, 810.765, 860.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(664.928, 730.928, 322.443, 372.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 470.443, 520.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(357.428, 423.428, 272.443, 322.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-16.1552, 49.8448, 810.765, 860.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(109.095, 175.095, 810.765, 860.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1035.34, 1101.34, 468.443, 518.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1035.34, 1101.34, 590.443, 640.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(20.8448, 86.8448, 633.943, 683.943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-14.1552, 51.8448, 758.765, 808.765);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(670.928, 736.928, 586.443, 636.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(670.928, 736.928, 707.515, 757.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(191.095, 257.095, 16.0435, 66.0435);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(58.8448, 128.845, -192.957, -142.957);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(839.928, 909.928, 218.443, 268.443);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(768.5, 838.5, 844.515, 894.515);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(67.0948, 137.095, 150.043, 200.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(67.0948, 137.095, 202.043, 252.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-36.9052, 13.0948, 182.043, 252.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(15.0948, 65.0948, 182.043, 252.043);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(592.428, 662.428, 486.443, 536.443);\n    rs.push_back(rect);\n\n    AlignmentConstraint *alignment1114387328 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114387328->addShape(4, 0);\n    ccs.push_back(alignment1114387328);\n\n    AlignmentConstraint *alignment1103856272 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103856272->addShape(0, 0);\n    alignment1103856272->addShape(6, 0);\n    ccs.push_back(alignment1103856272);\n\n    AlignmentConstraint *alignment1102536224 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1102536224->addShape(7, 0);\n    alignment1102536224->addShape(8, 0);\n    ccs.push_back(alignment1102536224);\n\n    AlignmentConstraint *alignment1113412976 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1113412976->addShape(10, 0);\n    ccs.push_back(alignment1113412976);\n\n    AlignmentConstraint *alignment1103859296 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103859296->addShape(13, 0);\n    ccs.push_back(alignment1103859296);\n\n    AlignmentConstraint *alignment1108560576 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1108560576->addShape(14, 0);\n    ccs.push_back(alignment1108560576);\n\n    AlignmentConstraint *alignment1102536400 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1102536400->addShape(15, 0);\n    ccs.push_back(alignment1102536400);\n\n    AlignmentConstraint *alignment1102857472 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1102857472->addShape(16, 0);\n    ccs.push_back(alignment1102857472);\n\n    AlignmentConstraint *alignment1103856000 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103856000->addShape(17, 0);\n    ccs.push_back(alignment1103856000);\n\n    AlignmentConstraint *alignment1103638512 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103638512->addShape(19, 0);\n    ccs.push_back(alignment1103638512);\n\n    AlignmentConstraint *alignment1103638608 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103638608->addShape(22, 0);\n    ccs.push_back(alignment1103638608);\n\n    AlignmentConstraint *alignment1095948608 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1095948608->addShape(26, 0);\n    ccs.push_back(alignment1095948608);\n\n    AlignmentConstraint *alignment1095948704 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1095948704->addShape(30, 0);\n    ccs.push_back(alignment1095948704);\n\n    AlignmentConstraint *alignment1109826288 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1109826288->addShape(32, 0);\n    ccs.push_back(alignment1109826288);\n\n    AlignmentConstraint *alignment1109826384 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1109826384->addShape(40, 0);\n    ccs.push_back(alignment1109826384);\n\n    AlignmentConstraint *alignment1110086352 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1110086352->addShape(41, 0);\n    ccs.push_back(alignment1110086352);\n\n    AlignmentConstraint *alignment1110086480 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1110086480->addShape(43, 0);\n    ccs.push_back(alignment1110086480);\n\n    AlignmentConstraint *alignment1100384896 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100384896->addShape(44, 0);\n    ccs.push_back(alignment1100384896);\n\n    AlignmentConstraint *alignment1100385056 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100385056->addShape(33, 0);\n    alignment1100385056->addShape(42, 0);\n    alignment1100385056->addShape(48, 0);\n    alignment1100385056->addShape(12, 0);\n    alignment1100385056->addShape(47, 0);\n    alignment1100385056->addShape(34, 0);\n    alignment1100385056->addShape(24, 0);\n    ccs.push_back(alignment1100385056);\n\n    AlignmentConstraint *alignment1114389776 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114389776->addShape(49, 0);\n    ccs.push_back(alignment1114389776);\n\n    AlignmentConstraint *alignment1114389936 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114389936->addShape(50, 0);\n    ccs.push_back(alignment1114389936);\n\n    AlignmentConstraint *alignment1103858368 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103858368->addShape(53, 0);\n    ccs.push_back(alignment1103858368);\n\n    AlignmentConstraint *alignment1103858496 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103858496->addShape(35, 0);\n    alignment1103858496->addShape(57, 0);\n    ccs.push_back(alignment1103858496);\n\n    AlignmentConstraint *alignment1103858720 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103858720->addShape(60, 0);\n    ccs.push_back(alignment1103858720);\n\n    AlignmentConstraint *alignment1103857616 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103857616->addShape(61, 0);\n    alignment1103857616->addShape(18, 0);\n    ccs.push_back(alignment1103857616);\n\n    AlignmentConstraint *alignment1103857840 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103857840->addShape(64, 0);\n    alignment1103857840->addShape(28, 0);\n    alignment1103857840->addShape(67, 0);\n    alignment1103857840->addShape(29, 0);\n    ccs.push_back(alignment1103857840);\n\n    AlignmentConstraint *alignment1103858032 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103858032->addShape(68, 0);\n    alignment1103858032->addShape(21, 0);\n    ccs.push_back(alignment1103858032);\n\n    AlignmentConstraint *alignment1103741312 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103741312->addShape(72, 0);\n    ccs.push_back(alignment1103741312);\n\n    AlignmentConstraint *alignment1103741440 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103741440->addShape(73, 0);\n    ccs.push_back(alignment1103741440);\n\n    AlignmentConstraint *alignment1103741600 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103741600->addShape(71, 0);\n    alignment1103741600->addShape(74, 0);\n    ccs.push_back(alignment1103741600);\n\n    AlignmentConstraint *alignment1103741824 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103741824->addShape(66, 0);\n    alignment1103741824->addShape(56, 0);\n    alignment1103741824->addShape(70, 0);\n    alignment1103741824->addShape(69, 0);\n    alignment1103741824->addShape(5, 0);\n    alignment1103741824->addShape(11, 0);\n    alignment1103741824->addShape(55, 0);\n    alignment1103741824->addShape(75, 0);\n    ccs.push_back(alignment1103741824);\n\n    AlignmentConstraint *alignment1103742144 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103742144->addShape(9, 0);\n    alignment1103742144->addShape(82, 0);\n    ccs.push_back(alignment1103742144);\n\n    AlignmentConstraint *alignment1103743632 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103743632->addShape(83, 0);\n    ccs.push_back(alignment1103743632);\n\n    AlignmentConstraint *alignment1113416080 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1113416080->addShape(84, 0);\n    ccs.push_back(alignment1113416080);\n\n    AlignmentConstraint *alignment1113416240 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1113416240->addShape(81, 0);\n    alignment1113416240->addShape(85, 0);\n    alignment1113416240->addShape(86, 0);\n    ccs.push_back(alignment1113416240);\n\n    AlignmentConstraint *alignment1103744288 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103744288->addShape(87, 0);\n    alignment1103744288->addShape(89, 0);\n    alignment1103744288->addShape(58, 0);\n    alignment1103744288->addShape(65, 0);\n    ccs.push_back(alignment1103744288);\n\n    AlignmentConstraint *alignment1103744448 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103744448->addShape(79, 0);\n    alignment1103744448->addShape(59, 0);\n    alignment1103744448->addShape(90, 0);\n    alignment1103744448->addShape(25, 0);\n    alignment1103744448->addShape(20, 0);\n    ccs.push_back(alignment1103744448);\n\n    AlignmentConstraint *alignment1103744704 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103744704->addShape(80, 0);\n    alignment1103744704->addShape(91, 0);\n    alignment1103744704->addShape(63, 0);\n    alignment1103744704->addShape(31, 0);\n    alignment1103744704->addShape(78, 0);\n    alignment1103744704->addShape(36, 0);\n    ccs.push_back(alignment1103744704);\n\n    AlignmentConstraint *alignment1103744992 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1103744992->addShape(27, 0);\n    alignment1103744992->addShape(92, 0);\n    ccs.push_back(alignment1103744992);\n\n    AlignmentConstraint *alignment1114376272 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114376272->addShape(93, 0);\n    ccs.push_back(alignment1114376272);\n\n    AlignmentConstraint *alignment1114376400 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114376400->addShape(95, 0);\n    alignment1114376400->addShape(76, 0);\n    ccs.push_back(alignment1114376400);\n\n    AlignmentConstraint *alignment1114376624 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114376624->addShape(96, 0);\n    alignment1114376624->addShape(88, 0);\n    ccs.push_back(alignment1114376624);\n\n    AlignmentConstraint *alignment1114376816 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114376816->addShape(97, 0);\n    ccs.push_back(alignment1114376816);\n\n    AlignmentConstraint *alignment1114376944 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114376944->addShape(94, 0);\n    alignment1114376944->addShape(54, 0);\n    alignment1114376944->addShape(98, 0);\n    ccs.push_back(alignment1114376944);\n\n    AlignmentConstraint *alignment1114377168 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114377168->addShape(77, 0);\n    alignment1114377168->addShape(99, 0);\n    ccs.push_back(alignment1114377168);\n\n    AlignmentConstraint *alignment1114377360 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114377360->addShape(51, 0);\n    alignment1114377360->addShape(101, 0);\n    alignment1114377360->addShape(102, 0);\n    alignment1114377360->addShape(52, 0);\n    ccs.push_back(alignment1114377360);\n\n    AlignmentConstraint *alignment1114377600 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114377600->addShape(107, 0);\n    alignment1114377600->addShape(62, 0);\n    alignment1114377600->addShape(105, 0);\n    alignment1114377600->addShape(106, 0);\n    alignment1114377600->addShape(104, 0);\n    alignment1114377600->addShape(39, 0);\n    alignment1114377600->addShape(100, 0);\n    ccs.push_back(alignment1114377600);\n\n    AlignmentConstraint *alignment1114378048 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114378048->addShape(3, 0);\n    alignment1114378048->addShape(2, 0);\n    alignment1114378048->addShape(108, 0);\n    ccs.push_back(alignment1114378048);\n\n    SeparationConstraint *separation1114378272 = new SeparationConstraint(vpsc::XDIM, alignment1103858496, alignment1114376944, 44.3333, false);\n    ccs.push_back(separation1114378272);\n\n    SeparationConstraint *separation1114378416 = new SeparationConstraint(vpsc::XDIM, alignment1114376944, alignment1113416080, 24.6667, false);\n    ccs.push_back(separation1114378416);\n\n    SeparationConstraint *separation1114378592 = new SeparationConstraint(vpsc::XDIM, alignment1113416080, alignment1114389776, 11, false);\n    ccs.push_back(separation1114378592);\n\n    SeparationConstraint *separation1114378768 = new SeparationConstraint(vpsc::XDIM, alignment1114389776, alignment1103858368, 23, false);\n    ccs.push_back(separation1114378768);\n\n    SeparationConstraint *separation1114378944 = new SeparationConstraint(vpsc::XDIM, alignment1103858368, alignment1109826288, 17, false);\n    ccs.push_back(separation1114378944);\n\n    SeparationConstraint *separation1114379120 = new SeparationConstraint(vpsc::XDIM, alignment1109826288, alignment1114376816, 6, false);\n    ccs.push_back(separation1114379120);\n\n    SeparationConstraint *separation1114379296 = new SeparationConstraint(vpsc::XDIM, alignment1114376816, alignment1103856272, 19, false);\n    ccs.push_back(separation1114379296);\n\n    SeparationConstraint *separation1114379472 = new SeparationConstraint(vpsc::XDIM, alignment1103856272, alignment1103743632, 14, false);\n    ccs.push_back(separation1114379472);\n\n    SeparationConstraint *separation1114379648 = new SeparationConstraint(vpsc::XDIM, alignment1103743632, alignment1114389936, 4, false);\n    ccs.push_back(separation1114379648);\n\n    SeparationConstraint *separation1114379824 = new SeparationConstraint(vpsc::XDIM, alignment1114389936, alignment1103741824, 13.75, false);\n    ccs.push_back(separation1114379824);\n\n    SeparationConstraint *separation1114380000 = new SeparationConstraint(vpsc::XDIM, alignment1103741824, alignment1114376272, 8.25, false);\n    ccs.push_back(separation1114380000);\n\n    SeparationConstraint *separation1114380176 = new SeparationConstraint(vpsc::XDIM, alignment1114376272, alignment1114376624, 23, false);\n    ccs.push_back(separation1114380176);\n\n    SeparationConstraint *separation1114380352 = new SeparationConstraint(vpsc::XDIM, alignment1114376624, alignment1103638608, 15, false);\n    ccs.push_back(separation1114380352);\n\n    SeparationConstraint *separation1114380528 = new SeparationConstraint(vpsc::XDIM, alignment1103638608, alignment1114378048, 6.66667, false);\n    ccs.push_back(separation1114380528);\n\n    SeparationConstraint *separation1114380704 = new SeparationConstraint(vpsc::XDIM, alignment1114378048, alignment1110086352, 15.3333, false);\n    ccs.push_back(separation1114380704);\n\n    SeparationConstraint *separation1114380880 = new SeparationConstraint(vpsc::XDIM, alignment1110086352, alignment1110086480, 8, false);\n    ccs.push_back(separation1114380880);\n\n    SeparationConstraint *separation1114381056 = new SeparationConstraint(vpsc::XDIM, alignment1110086480, alignment1114387328, 5, false);\n    ccs.push_back(separation1114381056);\n\n    SeparationConstraint *separation1116666144 = new SeparationConstraint(vpsc::XDIM, alignment1114387328, alignment1103858032, 22, false);\n    ccs.push_back(separation1116666144);\n\n    SeparationConstraint *separation1103743760 = new SeparationConstraint(vpsc::XDIM, alignment1103858032, alignment1103744288, 3, false);\n    ccs.push_back(separation1103743760);\n\n    SeparationConstraint *separation1103743904 = new SeparationConstraint(vpsc::XDIM, alignment1103744288, alignment1113416240, 6, false);\n    ccs.push_back(separation1103743904);\n\n    SeparationConstraint *separation1103744080 = new SeparationConstraint(vpsc::XDIM, alignment1113416240, alignment1114377168, 10, false);\n    ccs.push_back(separation1103744080);\n\n    SeparationConstraint *separation1114381232 = new SeparationConstraint(vpsc::XDIM, alignment1114377168, alignment1103741440, 17, false);\n    ccs.push_back(separation1114381232);\n\n    SeparationConstraint *separation1114381376 = new SeparationConstraint(vpsc::XDIM, alignment1103741440, alignment1100385056, 29, false);\n    ccs.push_back(separation1114381376);\n\n    SeparationConstraint *separation1114381552 = new SeparationConstraint(vpsc::XDIM, alignment1100385056, alignment1109826384, 41, false);\n    ccs.push_back(separation1114381552);\n\n    SeparationConstraint *separation1114381728 = new SeparationConstraint(vpsc::XDIM, alignment1109826384, alignment1114376400, 4, false);\n    ccs.push_back(separation1114381728);\n\n    SeparationConstraint *separation1114370064 = new SeparationConstraint(vpsc::XDIM, alignment1114376400, alignment1103859296, 3, false);\n    ccs.push_back(separation1114370064);\n\n    SeparationConstraint *separation1114370240 = new SeparationConstraint(vpsc::XDIM, alignment1103859296, alignment1103742144, 7, false);\n    ccs.push_back(separation1114370240);\n\n    SeparationConstraint *separation1114370416 = new SeparationConstraint(vpsc::XDIM, alignment1103742144, alignment1102536224, 16, false);\n    ccs.push_back(separation1114370416);\n\n    SeparationConstraint *separation1114370592 = new SeparationConstraint(vpsc::XDIM, alignment1102536224, alignment1095948608, 16, false);\n    ccs.push_back(separation1114370592);\n\n    SeparationConstraint *separation1114370768 = new SeparationConstraint(vpsc::XDIM, alignment1095948608, alignment1103741312, 13, false);\n    ccs.push_back(separation1114370768);\n\n    SeparationConstraint *separation1114370944 = new SeparationConstraint(vpsc::XDIM, alignment1103741312, alignment1103744448, 12, false);\n    ccs.push_back(separation1114370944);\n\n    SeparationConstraint *separation1114371120 = new SeparationConstraint(vpsc::XDIM, alignment1103744448, alignment1108560576, 16, false);\n    ccs.push_back(separation1114371120);\n\n    SeparationConstraint *separation1114371296 = new SeparationConstraint(vpsc::XDIM, alignment1108560576, alignment1103744992, 8.5, false);\n    ccs.push_back(separation1114371296);\n\n    SeparationConstraint *separation1114371472 = new SeparationConstraint(vpsc::XDIM, alignment1103744992, alignment1103858720, 10.5, false);\n    ccs.push_back(separation1114371472);\n\n    SeparationConstraint *separation1114371648 = new SeparationConstraint(vpsc::XDIM, alignment1103858720, alignment1114377600, 23.7143, false);\n    ccs.push_back(separation1114371648);\n\n    SeparationConstraint *separation1114371824 = new SeparationConstraint(vpsc::XDIM, alignment1114377600, alignment1102536400, 7.28571, false);\n    ccs.push_back(separation1114371824);\n\n    SeparationConstraint *separation1114372000 = new SeparationConstraint(vpsc::XDIM, alignment1102536400, alignment1103741600, 49, false);\n    ccs.push_back(separation1114372000);\n\n    SeparationConstraint *separation1114372176 = new SeparationConstraint(vpsc::XDIM, alignment1103741600, alignment1103638512, 25, false);\n    ccs.push_back(separation1114372176);\n\n    SeparationConstraint *separation1114372352 = new SeparationConstraint(vpsc::XDIM, alignment1103638512, alignment1113412976, 26, false);\n    ccs.push_back(separation1114372352);\n\n    SeparationConstraint *separation1114372528 = new SeparationConstraint(vpsc::XDIM, alignment1113412976, alignment1100384896, 7, false);\n    ccs.push_back(separation1114372528);\n\n    SeparationConstraint *separation1114372704 = new SeparationConstraint(vpsc::XDIM, alignment1100384896, alignment1102857472, 15, false);\n    ccs.push_back(separation1114372704);\n\n    SeparationConstraint *separation1114372880 = new SeparationConstraint(vpsc::XDIM, alignment1102857472, alignment1103744704, 21.8333, false);\n    ccs.push_back(separation1114372880);\n\n    SeparationConstraint *separation1114373056 = new SeparationConstraint(vpsc::XDIM, alignment1103744704, alignment1103856000, 21.1667, false);\n    ccs.push_back(separation1114373056);\n\n    SeparationConstraint *separation1114373232 = new SeparationConstraint(vpsc::XDIM, alignment1103856000, alignment1095948704, 17, false);\n    ccs.push_back(separation1114373232);\n\n    SeparationConstraint *separation1114373408 = new SeparationConstraint(vpsc::XDIM, alignment1095948704, alignment1103857616, 17.5, false);\n    ccs.push_back(separation1114373408);\n\n    SeparationConstraint *separation1114373584 = new SeparationConstraint(vpsc::XDIM, alignment1103857616, alignment1103857840, 25.75, false);\n    ccs.push_back(separation1114373584);\n\n    SeparationConstraint *separation1114373760 = new SeparationConstraint(vpsc::XDIM, alignment1103857840, alignment1114377360, 52.25, false);\n    ccs.push_back(separation1114373760);\n\n    AlignmentConstraint *alignment1114373936 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114373936->addShape(0, 0);\n    ccs.push_back(alignment1114373936);\n\n    AlignmentConstraint *alignment1114374096 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374096->addShape(4, 0);\n    ccs.push_back(alignment1114374096);\n\n    AlignmentConstraint *alignment1114374256 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374256->addShape(5, 0);\n    ccs.push_back(alignment1114374256);\n\n    AlignmentConstraint *alignment1114374416 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374416->addShape(6, 0);\n    ccs.push_back(alignment1114374416);\n\n    AlignmentConstraint *alignment1114374576 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374576->addShape(7, 0);\n    ccs.push_back(alignment1114374576);\n\n    AlignmentConstraint *alignment1114374736 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374736->addShape(10, 0);\n    ccs.push_back(alignment1114374736);\n\n    AlignmentConstraint *alignment1114374896 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114374896->addShape(11, 0);\n    ccs.push_back(alignment1114374896);\n\n    AlignmentConstraint *alignment1114375056 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114375056->addShape(12, 0);\n    ccs.push_back(alignment1114375056);\n\n    AlignmentConstraint *alignment1114375216 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114375216->addShape(15, 0);\n    alignment1114375216->addShape(16, 0);\n    alignment1114375216->addShape(14, 0);\n    ccs.push_back(alignment1114375216);\n\n    AlignmentConstraint *alignment1114375488 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114375488->addShape(17, 0);\n    ccs.push_back(alignment1114375488);\n\n    AlignmentConstraint *alignment1114375616 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114375616->addShape(26, 0);\n    alignment1114375616->addShape(27, 0);\n    ccs.push_back(alignment1114375616);\n\n    AlignmentConstraint *alignment1114375840 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114375840->addShape(28, 0);\n    alignment1114375840->addShape(20, 0);\n    ccs.push_back(alignment1114375840);\n\n    AlignmentConstraint *alignment1114429984 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114429984->addShape(31, 0);\n    ccs.push_back(alignment1114429984);\n\n    AlignmentConstraint *alignment1114430112 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430112->addShape(32, 0);\n    ccs.push_back(alignment1114430112);\n\n    AlignmentConstraint *alignment1114430272 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430272->addShape(33, 0);\n    ccs.push_back(alignment1114430272);\n\n    AlignmentConstraint *alignment1114430432 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430432->addShape(35, 0);\n    ccs.push_back(alignment1114430432);\n\n    AlignmentConstraint *alignment1114430592 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430592->addShape(36, 0);\n    ccs.push_back(alignment1114430592);\n\n    AlignmentConstraint *alignment1114430752 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430752->addShape(51, 0);\n    alignment1114430752->addShape(29, 0);\n    ccs.push_back(alignment1114430752);\n\n    AlignmentConstraint *alignment1114430976 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114430976->addShape(52, 0);\n    ccs.push_back(alignment1114430976);\n\n    AlignmentConstraint *alignment1114431104 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114431104->addShape(55, 0);\n    alignment1114431104->addShape(2, 0);\n    ccs.push_back(alignment1114431104);\n\n    AlignmentConstraint *alignment1114431328 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114431328->addShape(61, 0);\n    alignment1114431328->addShape(60, 0);\n    alignment1114431328->addShape(8, 0);\n    ccs.push_back(alignment1114431328);\n\n    AlignmentConstraint *alignment1114431568 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114431568->addShape(66, 0);\n    alignment1114431568->addShape(21, 0);\n    ccs.push_back(alignment1114431568);\n\n    AlignmentConstraint *alignment1114431760 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114431760->addShape(67, 0);\n    ccs.push_back(alignment1114431760);\n\n    AlignmentConstraint *alignment1114431888 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114431888->addShape(70, 0);\n    ccs.push_back(alignment1114431888);\n\n    AlignmentConstraint *alignment1114432048 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114432048->addShape(71, 0);\n    alignment1114432048->addShape(73, 0);\n    alignment1114432048->addShape(40, 0);\n    alignment1114432048->addShape(72, 0);\n    alignment1114432048->addShape(41, 0);\n    alignment1114432048->addShape(39, 0);\n    ccs.push_back(alignment1114432048);\n\n    AlignmentConstraint *alignment1114432464 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114432464->addShape(78, 0);\n    alignment1114432464->addShape(75, 0);\n    alignment1114432464->addShape(34, 0);\n    ccs.push_back(alignment1114432464);\n\n    AlignmentConstraint *alignment1114432688 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114432688->addShape(13, 0);\n    alignment1114432688->addShape(19, 0);\n    alignment1114432688->addShape(58, 0);\n    alignment1114432688->addShape(80, 0);\n    alignment1114432688->addShape(59, 0);\n    ccs.push_back(alignment1114432688);\n\n    AlignmentConstraint *alignment1114433040 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114433040->addShape(85, 0);\n    ccs.push_back(alignment1114433040);\n\n    AlignmentConstraint *alignment1114433200 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114433200->addShape(86, 0);\n    ccs.push_back(alignment1114433200);\n\n    AlignmentConstraint *alignment1114433360 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114433360->addShape(87, 0);\n    alignment1114433360->addShape(9, 0);\n    alignment1114433360->addShape(62, 0);\n    alignment1114433360->addShape(63, 0);\n    alignment1114433360->addShape(57, 0);\n    ccs.push_back(alignment1114433360);\n\n    AlignmentConstraint *alignment1114433696 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114433696->addShape(56, 0);\n    alignment1114433696->addShape(3, 0);\n    alignment1114433696->addShape(89, 0);\n    ccs.push_back(alignment1114433696);\n\n    AlignmentConstraint *alignment1114433920 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114433920->addShape(65, 0);\n    alignment1114433920->addShape(48, 0);\n    alignment1114433920->addShape(30, 0);\n    alignment1114433920->addShape(90, 0);\n    alignment1114433920->addShape(44, 0);\n    ccs.push_back(alignment1114433920);\n\n    AlignmentConstraint *alignment1114434272 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114434272->addShape(91, 0);\n    alignment1114434272->addShape(25, 0);\n    ccs.push_back(alignment1114434272);\n\n    AlignmentConstraint *alignment1114434496 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114434496->addShape(68, 0);\n    alignment1114434496->addShape(94, 0);\n    alignment1114434496->addShape(83, 0);\n    alignment1114434496->addShape(22, 0);\n    alignment1114434496->addShape(53, 0);\n    alignment1114434496->addShape(24, 0);\n    alignment1114434496->addShape(82, 0);\n    ccs.push_back(alignment1114434496);\n\n    AlignmentConstraint *alignment1114436928 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114436928->addShape(97, 0);\n    alignment1114436928->addShape(43, 0);\n    alignment1114436928->addShape(49, 0);\n    alignment1114436928->addShape(77, 0);\n    alignment1114436928->addShape(42, 0);\n    alignment1114436928->addShape(74, 0);\n    alignment1114436928->addShape(76, 0);\n    alignment1114436928->addShape(50, 0);\n    alignment1114436928->addShape(88, 0);\n    alignment1114436928->addShape(92, 0);\n    alignment1114436928->addShape(98, 0);\n    ccs.push_back(alignment1114436928);\n\n    AlignmentConstraint *alignment1114369232 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114369232->addShape(96, 0);\n    alignment1114369232->addShape(95, 0);\n    alignment1114369232->addShape(99, 0);\n    alignment1114369232->addShape(54, 0);\n    ccs.push_back(alignment1114369232);\n\n    AlignmentConstraint *alignment1114369456 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114369456->addShape(100, 0);\n    ccs.push_back(alignment1114369456);\n\n    AlignmentConstraint *alignment1114369616 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114369616->addShape(81, 0);\n    alignment1114369616->addShape(101, 0);\n    alignment1114369616->addShape(69, 0);\n    alignment1114369616->addShape(79, 0);\n    alignment1114369616->addShape(64, 0);\n    alignment1114369616->addShape(47, 0);\n    alignment1114369616->addShape(84, 0);\n    ccs.push_back(alignment1114369616);\n\n    AlignmentConstraint *alignment1114437392 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114437392->addShape(104, 0);\n    ccs.push_back(alignment1114437392);\n\n    AlignmentConstraint *alignment1100848528 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100848528->addShape(102, 0);\n    alignment1100848528->addShape(105, 0);\n    ccs.push_back(alignment1100848528);\n\n    AlignmentConstraint *alignment1100848752 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100848752->addShape(106, 0);\n    ccs.push_back(alignment1100848752);\n\n    AlignmentConstraint *alignment1100848880 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100848880->addShape(107, 0);\n    ccs.push_back(alignment1100848880);\n\n    AlignmentConstraint *alignment1100849040 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100849040->addShape(18, 0);\n    alignment1100849040->addShape(93, 0);\n    alignment1100849040->addShape(108, 0);\n    ccs.push_back(alignment1100849040);\n\n    SeparationConstraint *separation1100849264 = new SeparationConstraint(vpsc::YDIM, alignment1114431104, alignment1114433696, 30.1667, false);\n    ccs.push_back(separation1100849264);\n\n    SeparationConstraint *separation1100849360 = new SeparationConstraint(vpsc::YDIM, alignment1114433696, alignment1114374576, 8.33333, false);\n    ccs.push_back(separation1100849360);\n\n    SeparationConstraint *separation1100849536 = new SeparationConstraint(vpsc::YDIM, alignment1114374576, alignment1114431328, 18.3333, false);\n    ccs.push_back(separation1100849536);\n\n    SeparationConstraint *separation1100849712 = new SeparationConstraint(vpsc::YDIM, alignment1114431328, alignment1114374736, 6.66667, false);\n    ccs.push_back(separation1100849712);\n\n    SeparationConstraint *separation1100849888 = new SeparationConstraint(vpsc::YDIM, alignment1114374736, alignment1114374096, 3, false);\n    ccs.push_back(separation1100849888);\n\n    SeparationConstraint *separation1100850064 = new SeparationConstraint(vpsc::YDIM, alignment1114374096, alignment1114374256, 3, false);\n    ccs.push_back(separation1100850064);\n\n    SeparationConstraint *separation1100850240 = new SeparationConstraint(vpsc::YDIM, alignment1114374256, alignment1114374416, 23, false);\n    ccs.push_back(separation1100850240);\n\n    SeparationConstraint *separation1100850416 = new SeparationConstraint(vpsc::YDIM, alignment1114374416, alignment1114433360, 11.6, false);\n    ccs.push_back(separation1100850416);\n\n    SeparationConstraint *separation1100850592 = new SeparationConstraint(vpsc::YDIM, alignment1114433360, alignment1114373936, 9.4, false);\n    ccs.push_back(separation1100850592);\n\n    SeparationConstraint *separation1100850768 = new SeparationConstraint(vpsc::YDIM, alignment1114373936, alignment1100849040, 18.6667, false);\n    ccs.push_back(separation1100850768);\n\n    SeparationConstraint *separation1100850944 = new SeparationConstraint(vpsc::YDIM, alignment1100849040, alignment1114375216, 14.6667, false);\n    ccs.push_back(separation1100850944);\n\n    SeparationConstraint *separation1100851120 = new SeparationConstraint(vpsc::YDIM, alignment1114375216, alignment1114375488, 19.6667, false);\n    ccs.push_back(separation1100851120);\n\n    SeparationConstraint *separation1100851296 = new SeparationConstraint(vpsc::YDIM, alignment1114375488, alignment1114375056, 32, false);\n    ccs.push_back(separation1100851296);\n\n    SeparationConstraint *separation1100851472 = new SeparationConstraint(vpsc::YDIM, alignment1114375056, alignment1114432688, 10.8, false);\n    ccs.push_back(separation1100851472);\n\n    SeparationConstraint *separation1100851648 = new SeparationConstraint(vpsc::YDIM, alignment1114432688, alignment1114369456, 26.2, false);\n    ccs.push_back(separation1100851648);\n\n    SeparationConstraint *separation1100851824 = new SeparationConstraint(vpsc::YDIM, alignment1114369456, alignment1114375840, 7.5, false);\n    ccs.push_back(separation1100851824);\n\n    SeparationConstraint *separation1100852000 = new SeparationConstraint(vpsc::YDIM, alignment1114375840, alignment1114374896, 15.5, false);\n    ccs.push_back(separation1100852000);\n\n    SeparationConstraint *separation1100852176 = new SeparationConstraint(vpsc::YDIM, alignment1114374896, alignment1114433920, 18.4, false);\n    ccs.push_back(separation1100852176);\n\n    SeparationConstraint *separation1100852352 = new SeparationConstraint(vpsc::YDIM, alignment1114433920, alignment1114431760, 4.6, false);\n    ccs.push_back(separation1100852352);\n\n    SeparationConstraint *separation1100852528 = new SeparationConstraint(vpsc::YDIM, alignment1114431760, alignment1114429984, 25, false);\n    ccs.push_back(separation1100852528);\n\n    SeparationConstraint *separation1100852704 = new SeparationConstraint(vpsc::YDIM, alignment1114429984, alignment1114431568, 4.5, false);\n    ccs.push_back(separation1100852704);\n\n    SeparationConstraint *separation1100852880 = new SeparationConstraint(vpsc::YDIM, alignment1114431568, alignment1114375616, 3.5, false);\n    ccs.push_back(separation1100852880);\n\n    SeparationConstraint *separation1100853056 = new SeparationConstraint(vpsc::YDIM, alignment1114375616, alignment1114430752, 8, false);\n    ccs.push_back(separation1100853056);\n\n    SeparationConstraint *separation1100853232 = new SeparationConstraint(vpsc::YDIM, alignment1114430752, alignment1114430112, 29, false);\n    ccs.push_back(separation1100853232);\n\n    SeparationConstraint *separation1100853408 = new SeparationConstraint(vpsc::YDIM, alignment1114430112, alignment1114369616, 10.1429, false);\n    ccs.push_back(separation1100853408);\n\n    SeparationConstraint *separation1100853584 = new SeparationConstraint(vpsc::YDIM, alignment1114369616, alignment1114433040, 24.8571, false);\n    ccs.push_back(separation1100853584);\n\n    SeparationConstraint *separation1100853760 = new SeparationConstraint(vpsc::YDIM, alignment1114433040, alignment1114437392, 14, false);\n    ccs.push_back(separation1100853760);\n\n    SeparationConstraint *separation1100853936 = new SeparationConstraint(vpsc::YDIM, alignment1114437392, alignment1114430976, 4, false);\n    ccs.push_back(separation1100853936);\n\n    SeparationConstraint *separation1100854112 = new SeparationConstraint(vpsc::YDIM, alignment1114430976, alignment1114434272, 6.5, false);\n    ccs.push_back(separation1100854112);\n\n    SeparationConstraint *separation1100854288 = new SeparationConstraint(vpsc::YDIM, alignment1114434272, alignment1114433200, 9.5, false);\n    ccs.push_back(separation1100854288);\n\n    SeparationConstraint *separation1100854464 = new SeparationConstraint(vpsc::YDIM, alignment1114433200, alignment1100848528, 25, false);\n    ccs.push_back(separation1100854464);\n\n    SeparationConstraint *separation1100854640 = new SeparationConstraint(vpsc::YDIM, alignment1100848528, alignment1114434496, 9.42857, false);\n    ccs.push_back(separation1100854640);\n\n    SeparationConstraint *separation1100854816 = new SeparationConstraint(vpsc::YDIM, alignment1114434496, alignment1100848880, 23.5714, false);\n    ccs.push_back(separation1100854816);\n\n    SeparationConstraint *separation1100854992 = new SeparationConstraint(vpsc::YDIM, alignment1100848880, alignment1100848752, 43, false);\n    ccs.push_back(separation1100854992);\n\n    SeparationConstraint *separation1100855168 = new SeparationConstraint(vpsc::YDIM, alignment1100848752, alignment1114369232, 8.25, false);\n    ccs.push_back(separation1100855168);\n\n    SeparationConstraint *separation1100855344 = new SeparationConstraint(vpsc::YDIM, alignment1114369232, alignment1114430592, 33.75, false);\n    ccs.push_back(separation1100855344);\n\n    SeparationConstraint *separation1100855520 = new SeparationConstraint(vpsc::YDIM, alignment1114430592, alignment1114436928, 36.3636, false);\n    ccs.push_back(separation1100855520);\n\n    SeparationConstraint *separation1100855696 = new SeparationConstraint(vpsc::YDIM, alignment1114436928, alignment1114432048, 54.1364, false);\n    ccs.push_back(separation1100855696);\n\n    SeparationConstraint *separation1100855872 = new SeparationConstraint(vpsc::YDIM, alignment1114432048, alignment1114430272, 40.5, false);\n    ccs.push_back(separation1100855872);\n\n    SeparationConstraint *separation1100856048 = new SeparationConstraint(vpsc::YDIM, alignment1114430272, alignment1114430432, 25, false);\n    ccs.push_back(separation1100856048);\n\n    SeparationConstraint *separation1100856224 = new SeparationConstraint(vpsc::YDIM, alignment1114430432, alignment1114432464, 17, false);\n    ccs.push_back(separation1100856224);\n\n    SeparationConstraint *separation1100856400 = new SeparationConstraint(vpsc::YDIM, alignment1114432464, alignment1114431888, 33, false);\n    ccs.push_back(separation1100856400);\n\n    AlignmentConstraint *alignment1100856576 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100856576->addShape(0, 0);\n    alignment1100856576->addShape(109, 0);\n    ccs.push_back(alignment1100856576);\n\n    SeparationConstraint *separation1100856800 = new SeparationConstraint(vpsc::YDIM, 0, 109, 50, true);\n    ccs.push_back(separation1100856800);\n\n    AlignmentConstraint *alignment1100856944 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100856944->addShape(2, 0);\n    alignment1100856944->addShape(110, 0);\n    ccs.push_back(alignment1100856944);\n\n    SeparationConstraint *separation1100857168 = new SeparationConstraint(vpsc::YDIM, 2, 110, -50, true);\n    ccs.push_back(separation1100857168);\n\n    AlignmentConstraint *alignment1100857312 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100857312->addShape(3, 0);\n    alignment1100857312->addShape(111, 0);\n    ccs.push_back(alignment1100857312);\n\n    SeparationConstraint *separation1100857536 = new SeparationConstraint(vpsc::YDIM, 3, 111, -50, true);\n    ccs.push_back(separation1100857536);\n\n    AlignmentConstraint *alignment1100857680 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100857680->addShape(4, 0);\n    alignment1100857680->addShape(112, 0);\n    ccs.push_back(alignment1100857680);\n\n    SeparationConstraint *separation1100857904 = new SeparationConstraint(vpsc::XDIM, 4, 112, -62, true);\n    ccs.push_back(separation1100857904);\n\n    AlignmentConstraint *alignment1100858048 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100858048->addShape(5, 0);\n    alignment1100858048->addShape(113, 0);\n    ccs.push_back(alignment1100858048);\n\n    SeparationConstraint *separation1100858272 = new SeparationConstraint(vpsc::XDIM, 5, 113, 62, true);\n    ccs.push_back(separation1100858272);\n\n    AlignmentConstraint *alignment1100858416 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100858416->addShape(6, 0);\n    alignment1100858416->addShape(114, 0);\n    ccs.push_back(alignment1100858416);\n\n    SeparationConstraint *separation1100858640 = new SeparationConstraint(vpsc::YDIM, 6, 114, -50, true);\n    ccs.push_back(separation1100858640);\n\n    AlignmentConstraint *alignment1100858784 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100858784->addShape(7, 0);\n    alignment1100858784->addShape(115, 0);\n    ccs.push_back(alignment1100858784);\n\n    SeparationConstraint *separation1100859008 = new SeparationConstraint(vpsc::YDIM, 7, 115, -50, true);\n    ccs.push_back(separation1100859008);\n\n    AlignmentConstraint *alignment1100859152 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100859152->addShape(8, 0);\n    alignment1100859152->addShape(116, 0);\n    ccs.push_back(alignment1100859152);\n\n    SeparationConstraint *separation1100859376 = new SeparationConstraint(vpsc::YDIM, 8, 116, -50, true);\n    ccs.push_back(separation1100859376);\n\n    AlignmentConstraint *alignment1100859520 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100859520->addShape(9, 0);\n    alignment1100859520->addShape(117, 0);\n    ccs.push_back(alignment1100859520);\n\n    SeparationConstraint *separation1100859744 = new SeparationConstraint(vpsc::YDIM, 9, 117, -50, true);\n    ccs.push_back(separation1100859744);\n\n    AlignmentConstraint *alignment1100859888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100859888->addShape(10, 0);\n    alignment1100859888->addShape(118, 0);\n    ccs.push_back(alignment1100859888);\n\n    SeparationConstraint *separation1100860112 = new SeparationConstraint(vpsc::YDIM, 10, 118, 50, true);\n    ccs.push_back(separation1100860112);\n\n    AlignmentConstraint *alignment1100860256 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100860256->addShape(11, 0);\n    alignment1100860256->addShape(119, 0);\n    ccs.push_back(alignment1100860256);\n\n    SeparationConstraint *separation1100860480 = new SeparationConstraint(vpsc::YDIM, 11, 119, -50, true);\n    ccs.push_back(separation1100860480);\n\n    AlignmentConstraint *alignment1100860624 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100860624->addShape(12, 0);\n    alignment1100860624->addShape(120, 0);\n    ccs.push_back(alignment1100860624);\n\n    SeparationConstraint *separation1100860848 = new SeparationConstraint(vpsc::YDIM, 12, 120, -50, true);\n    ccs.push_back(separation1100860848);\n\n    AlignmentConstraint *alignment1100860992 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100860992->addShape(13, 0);\n    alignment1100860992->addShape(121, 0);\n    ccs.push_back(alignment1100860992);\n\n    SeparationConstraint *separation1100861216 = new SeparationConstraint(vpsc::YDIM, 13, 121, -50, true);\n    ccs.push_back(separation1100861216);\n\n    AlignmentConstraint *alignment1100861360 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100861360->addShape(14, 0);\n    alignment1100861360->addShape(122, 0);\n    ccs.push_back(alignment1100861360);\n\n    SeparationConstraint *separation1100861584 = new SeparationConstraint(vpsc::YDIM, 14, 122, -50, true);\n    ccs.push_back(separation1100861584);\n\n    AlignmentConstraint *alignment1100861728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100861728->addShape(15, 0);\n    alignment1100861728->addShape(123, 0);\n    ccs.push_back(alignment1100861728);\n\n    SeparationConstraint *separation1100861952 = new SeparationConstraint(vpsc::YDIM, 15, 123, -50, true);\n    ccs.push_back(separation1100861952);\n\n    AlignmentConstraint *alignment1100862096 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100862096->addShape(16, 0);\n    alignment1100862096->addShape(124, 0);\n    ccs.push_back(alignment1100862096);\n\n    SeparationConstraint *separation1100862320 = new SeparationConstraint(vpsc::XDIM, 16, 124, -62, true);\n    ccs.push_back(separation1100862320);\n\n    AlignmentConstraint *alignment1100862464 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100862464->addShape(17, 0);\n    alignment1100862464->addShape(125, 0);\n    ccs.push_back(alignment1100862464);\n\n    SeparationConstraint *separation1100862688 = new SeparationConstraint(vpsc::XDIM, 17, 125, 62, true);\n    ccs.push_back(separation1100862688);\n\n    AlignmentConstraint *alignment1100862832 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100862832->addShape(18, 0);\n    alignment1100862832->addShape(126, 0);\n    ccs.push_back(alignment1100862832);\n\n    SeparationConstraint *separation1100863056 = new SeparationConstraint(vpsc::XDIM, 18, 126, 62, true);\n    ccs.push_back(separation1100863056);\n\n    AlignmentConstraint *alignment1100863200 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100863200->addShape(19, 0);\n    alignment1100863200->addShape(127, 0);\n    ccs.push_back(alignment1100863200);\n\n    SeparationConstraint *separation1100863424 = new SeparationConstraint(vpsc::YDIM, 19, 127, 50, true);\n    ccs.push_back(separation1100863424);\n\n    AlignmentConstraint *alignment1100863568 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100863568->addShape(20, 0);\n    alignment1100863568->addShape(128, 0);\n    ccs.push_back(alignment1100863568);\n\n    SeparationConstraint *separation1100863792 = new SeparationConstraint(vpsc::XDIM, 20, 128, 62, true);\n    ccs.push_back(separation1100863792);\n\n    AlignmentConstraint *alignment1100863936 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100863936->addShape(21, 0);\n    alignment1100863936->addShape(129, 0);\n    ccs.push_back(alignment1100863936);\n\n    SeparationConstraint *separation1100864160 = new SeparationConstraint(vpsc::YDIM, 21, 129, -50, true);\n    ccs.push_back(separation1100864160);\n\n    AlignmentConstraint *alignment1100864304 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100864304->addShape(22, 0);\n    alignment1100864304->addShape(130, 0);\n    ccs.push_back(alignment1100864304);\n\n    SeparationConstraint *separation1100864528 = new SeparationConstraint(vpsc::YDIM, 22, 130, -50, true);\n    ccs.push_back(separation1100864528);\n\n    AlignmentConstraint *alignment1100864672 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100864672->addShape(24, 0);\n    alignment1100864672->addShape(131, 0);\n    ccs.push_back(alignment1100864672);\n\n    SeparationConstraint *separation1100864896 = new SeparationConstraint(vpsc::YDIM, 24, 131, -50, true);\n    ccs.push_back(separation1100864896);\n\n    AlignmentConstraint *alignment1100865040 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100865040->addShape(25, 0);\n    alignment1100865040->addShape(132, 0);\n    ccs.push_back(alignment1100865040);\n\n    SeparationConstraint *separation1100865264 = new SeparationConstraint(vpsc::YDIM, 25, 132, -50, true);\n    ccs.push_back(separation1100865264);\n\n    AlignmentConstraint *alignment1100865408 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100865408->addShape(26, 0);\n    alignment1100865408->addShape(133, 0);\n    ccs.push_back(alignment1100865408);\n\n    SeparationConstraint *separation1100865632 = new SeparationConstraint(vpsc::XDIM, 26, 133, -62, true);\n    ccs.push_back(separation1100865632);\n\n    AlignmentConstraint *alignment1100865776 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100865776->addShape(27, 0);\n    alignment1100865776->addShape(134, 0);\n    ccs.push_back(alignment1100865776);\n\n    SeparationConstraint *separation1100866000 = new SeparationConstraint(vpsc::XDIM, 27, 134, 62, true);\n    ccs.push_back(separation1100866000);\n\n    AlignmentConstraint *alignment1100866144 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100866144->addShape(28, 0);\n    alignment1100866144->addShape(135, 0);\n    ccs.push_back(alignment1100866144);\n\n    SeparationConstraint *separation1100866368 = new SeparationConstraint(vpsc::XDIM, 28, 135, 62, true);\n    ccs.push_back(separation1100866368);\n\n    AlignmentConstraint *alignment1100866512 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100866512->addShape(29, 0);\n    alignment1100866512->addShape(136, 0);\n    ccs.push_back(alignment1100866512);\n\n    SeparationConstraint *separation1100866736 = new SeparationConstraint(vpsc::XDIM, 29, 136, 62, true);\n    ccs.push_back(separation1100866736);\n\n    AlignmentConstraint *alignment1100866880 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100866880->addShape(30, 0);\n    alignment1100866880->addShape(137, 0);\n    ccs.push_back(alignment1100866880);\n\n    SeparationConstraint *separation1100867104 = new SeparationConstraint(vpsc::XDIM, 30, 137, 62, true);\n    ccs.push_back(separation1100867104);\n\n    AlignmentConstraint *alignment1100867248 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100867248->addShape(31, 0);\n    alignment1100867248->addShape(138, 0);\n    ccs.push_back(alignment1100867248);\n\n    SeparationConstraint *separation1100867472 = new SeparationConstraint(vpsc::XDIM, 31, 138, 62, true);\n    ccs.push_back(separation1100867472);\n\n    AlignmentConstraint *alignment1100867616 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100867616->addShape(32, 0);\n    alignment1100867616->addShape(139, 0);\n    ccs.push_back(alignment1100867616);\n\n    SeparationConstraint *separation1100867840 = new SeparationConstraint(vpsc::YDIM, 32, 139, -50, true);\n    ccs.push_back(separation1100867840);\n\n    AlignmentConstraint *alignment1100867984 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100867984->addShape(33, 0);\n    alignment1100867984->addShape(140, 0);\n    ccs.push_back(alignment1100867984);\n\n    SeparationConstraint *separation1100868208 = new SeparationConstraint(vpsc::YDIM, 33, 140, 50, true);\n    ccs.push_back(separation1100868208);\n\n    AlignmentConstraint *alignment1100868352 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100868352->addShape(34, 0);\n    alignment1100868352->addShape(141, 0);\n    ccs.push_back(alignment1100868352);\n\n    SeparationConstraint *separation1100868576 = new SeparationConstraint(vpsc::YDIM, 34, 141, -50, true);\n    ccs.push_back(separation1100868576);\n\n    AlignmentConstraint *alignment1100868720 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100868720->addShape(35, 0);\n    alignment1100868720->addShape(142, 0);\n    ccs.push_back(alignment1100868720);\n\n    SeparationConstraint *separation1100868944 = new SeparationConstraint(vpsc::XDIM, 35, 142, 62, true);\n    ccs.push_back(separation1100868944);\n\n    AlignmentConstraint *alignment1100869088 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100869088->addShape(36, 0);\n    alignment1100869088->addShape(143, 0);\n    ccs.push_back(alignment1100869088);\n\n    SeparationConstraint *separation1100869312 = new SeparationConstraint(vpsc::XDIM, 36, 143, 62, true);\n    ccs.push_back(separation1100869312);\n\n    AlignmentConstraint *alignment1100869456 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100869456->addShape(39, 0);\n    alignment1100869456->addShape(144, 0);\n    ccs.push_back(alignment1100869456);\n\n    SeparationConstraint *separation1100869680 = new SeparationConstraint(vpsc::YDIM, 39, 144, -50, true);\n    ccs.push_back(separation1100869680);\n\n    AlignmentConstraint *alignment1100869824 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100869824->addShape(40, 0);\n    alignment1100869824->addShape(145, 0);\n    ccs.push_back(alignment1100869824);\n\n    SeparationConstraint *separation1100870048 = new SeparationConstraint(vpsc::YDIM, 40, 145, -50, true);\n    ccs.push_back(separation1100870048);\n\n    AlignmentConstraint *alignment1100870192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100870192->addShape(41, 0);\n    alignment1100870192->addShape(146, 0);\n    ccs.push_back(alignment1100870192);\n\n    SeparationConstraint *separation1100870416 = new SeparationConstraint(vpsc::XDIM, 41, 146, 62, true);\n    ccs.push_back(separation1100870416);\n\n    AlignmentConstraint *alignment1100870560 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100870560->addShape(42, 0);\n    alignment1100870560->addShape(147, 0);\n    ccs.push_back(alignment1100870560);\n\n    SeparationConstraint *separation1100870784 = new SeparationConstraint(vpsc::YDIM, 42, 147, -50, true);\n    ccs.push_back(separation1100870784);\n\n    AlignmentConstraint *alignment1114434864 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114434864->addShape(43, 0);\n    alignment1114434864->addShape(148, 0);\n    ccs.push_back(alignment1114434864);\n\n    SeparationConstraint *separation1114435088 = new SeparationConstraint(vpsc::YDIM, 43, 148, -50, true);\n    ccs.push_back(separation1114435088);\n\n    AlignmentConstraint *alignment1114435232 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1114435232->addShape(44, 0);\n    alignment1114435232->addShape(149, 0);\n    ccs.push_back(alignment1114435232);\n\n    SeparationConstraint *separation1114435456 = new SeparationConstraint(vpsc::XDIM, 44, 149, -62, true);\n    ccs.push_back(separation1114435456);\n\n    AlignmentConstraint *alignment1114435600 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114435600->addShape(47, 0);\n    alignment1114435600->addShape(150, 0);\n    ccs.push_back(alignment1114435600);\n\n    SeparationConstraint *separation1114435824 = new SeparationConstraint(vpsc::YDIM, 47, 150, -50, true);\n    ccs.push_back(separation1114435824);\n\n    AlignmentConstraint *alignment1114435968 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114435968->addShape(48, 0);\n    alignment1114435968->addShape(151, 0);\n    ccs.push_back(alignment1114435968);\n\n    SeparationConstraint *separation1114436192 = new SeparationConstraint(vpsc::YDIM, 48, 151, -50, true);\n    ccs.push_back(separation1114436192);\n\n    AlignmentConstraint *alignment1114436336 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114436336->addShape(49, 0);\n    alignment1114436336->addShape(152, 0);\n    ccs.push_back(alignment1114436336);\n\n    SeparationConstraint *separation1114436560 = new SeparationConstraint(vpsc::YDIM, 49, 152, -50, true);\n    ccs.push_back(separation1114436560);\n\n    AlignmentConstraint *alignment1114436704 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1114436704->addShape(50, 0);\n    alignment1114436704->addShape(153, 0);\n    ccs.push_back(alignment1114436704);\n\n    SeparationConstraint *separation1100875040 = new SeparationConstraint(vpsc::YDIM, 50, 153, -50, true);\n    ccs.push_back(separation1100875040);\n\n    AlignmentConstraint *alignment1100875184 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100875184->addShape(51, 0);\n    alignment1100875184->addShape(154, 0);\n    ccs.push_back(alignment1100875184);\n\n    SeparationConstraint *separation1100875408 = new SeparationConstraint(vpsc::XDIM, 51, 154, 62, true);\n    ccs.push_back(separation1100875408);\n\n    AlignmentConstraint *alignment1100875552 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100875552->addShape(52, 0);\n    alignment1100875552->addShape(155, 0);\n    ccs.push_back(alignment1100875552);\n\n    SeparationConstraint *separation1100875776 = new SeparationConstraint(vpsc::XDIM, 52, 155, 62, true);\n    ccs.push_back(separation1100875776);\n\n    AlignmentConstraint *alignment1100875920 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100875920->addShape(53, 0);\n    alignment1100875920->addShape(156, 0);\n    ccs.push_back(alignment1100875920);\n\n    SeparationConstraint *separation1100876144 = new SeparationConstraint(vpsc::YDIM, 53, 156, -50, true);\n    ccs.push_back(separation1100876144);\n\n    AlignmentConstraint *alignment1100876288 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100876288->addShape(54, 0);\n    alignment1100876288->addShape(157, 0);\n    ccs.push_back(alignment1100876288);\n\n    SeparationConstraint *separation1100876512 = new SeparationConstraint(vpsc::XDIM, 54, 157, 62, true);\n    ccs.push_back(separation1100876512);\n\n    AlignmentConstraint *alignment1100876656 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100876656->addShape(104, 0);\n    alignment1100876656->addShape(158, 0);\n    ccs.push_back(alignment1100876656);\n\n    SeparationConstraint *separation1100876880 = new SeparationConstraint(vpsc::XDIM, 104, 158, 62, true);\n    ccs.push_back(separation1100876880);\n\n    AlignmentConstraint *alignment1100877024 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment1100877024->addShape(107, 0);\n    alignment1100877024->addShape(159, 0);\n    ccs.push_back(alignment1100877024);\n\n    SeparationConstraint *separation1100877248 = new SeparationConstraint(vpsc::XDIM, 107, 159, 62, true);\n    ccs.push_back(separation1100877248);\n\n    AlignmentConstraint *alignment1100877392 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment1100877392->addShape(108, 0);\n    alignment1100877392->addShape(160, 0);\n    ccs.push_back(alignment1100877392);\n\n    SeparationConstraint *separation1100877616 = new SeparationConstraint(vpsc::YDIM, 108, 160, -50, true);\n    ccs.push_back(separation1100877616);\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength);\n    alg.setAvoidNodeOverlaps(true);\n    RootCluster *cluster1100877760 = new RootCluster();\n    cluster1100877760->addChildNode(0);\n    cluster1100877760->addChildNode(2);\n    cluster1100877760->addChildNode(3);\n    cluster1100877760->addChildNode(4);\n    cluster1100877760->addChildNode(5);\n    cluster1100877760->addChildNode(6);\n    cluster1100877760->addChildNode(7);\n    cluster1100877760->addChildNode(8);\n    cluster1100877760->addChildNode(9);\n    cluster1100877760->addChildNode(10);\n    cluster1100877760->addChildNode(11);\n    cluster1100877760->addChildNode(12);\n    cluster1100877760->addChildNode(13);\n    cluster1100877760->addChildNode(14);\n    cluster1100877760->addChildNode(15);\n    cluster1100877760->addChildNode(16);\n    cluster1100877760->addChildNode(17);\n    cluster1100877760->addChildNode(18);\n    cluster1100877760->addChildNode(19);\n    cluster1100877760->addChildNode(20);\n    cluster1100877760->addChildNode(21);\n    cluster1100877760->addChildNode(22);\n    cluster1100877760->addChildNode(23);\n    cluster1100877760->addChildNode(24);\n    cluster1100877760->addChildNode(25);\n    cluster1100877760->addChildNode(26);\n    cluster1100877760->addChildNode(27);\n    cluster1100877760->addChildNode(28);\n    cluster1100877760->addChildNode(29);\n    cluster1100877760->addChildNode(30);\n    cluster1100877760->addChildNode(31);\n    cluster1100877760->addChildNode(32);\n    cluster1100877760->addChildNode(33);\n    cluster1100877760->addChildNode(34);\n    cluster1100877760->addChildNode(35);\n    cluster1100877760->addChildNode(36);\n    cluster1100877760->addChildNode(39);\n    cluster1100877760->addChildNode(40);\n    cluster1100877760->addChildNode(41);\n    cluster1100877760->addChildNode(42);\n    cluster1100877760->addChildNode(43);\n    cluster1100877760->addChildNode(44);\n    cluster1100877760->addChildNode(47);\n    cluster1100877760->addChildNode(48);\n    cluster1100877760->addChildNode(49);\n    cluster1100877760->addChildNode(50);\n    cluster1100877760->addChildNode(51);\n    cluster1100877760->addChildNode(52);\n    cluster1100877760->addChildNode(53);\n    cluster1100877760->addChildNode(54);\n    cluster1100877760->addChildNode(55);\n    cluster1100877760->addChildNode(56);\n    cluster1100877760->addChildNode(57);\n    cluster1100877760->addChildNode(58);\n    cluster1100877760->addChildNode(59);\n    cluster1100877760->addChildNode(60);\n    cluster1100877760->addChildNode(61);\n    cluster1100877760->addChildNode(62);\n    cluster1100877760->addChildNode(63);\n    cluster1100877760->addChildNode(64);\n    cluster1100877760->addChildNode(65);\n    cluster1100877760->addChildNode(66);\n    cluster1100877760->addChildNode(67);\n    cluster1100877760->addChildNode(68);\n    cluster1100877760->addChildNode(69);\n    cluster1100877760->addChildNode(70);\n    cluster1100877760->addChildNode(71);\n    cluster1100877760->addChildNode(72);\n    cluster1100877760->addChildNode(73);\n    cluster1100877760->addChildNode(74);\n    cluster1100877760->addChildNode(75);\n    cluster1100877760->addChildNode(76);\n    cluster1100877760->addChildNode(77);\n    cluster1100877760->addChildNode(78);\n    cluster1100877760->addChildNode(79);\n    cluster1100877760->addChildNode(80);\n    cluster1100877760->addChildNode(81);\n    cluster1100877760->addChildNode(82);\n    cluster1100877760->addChildNode(83);\n    cluster1100877760->addChildNode(84);\n    cluster1100877760->addChildNode(85);\n    cluster1100877760->addChildNode(86);\n    cluster1100877760->addChildNode(87);\n    cluster1100877760->addChildNode(88);\n    cluster1100877760->addChildNode(89);\n    cluster1100877760->addChildNode(90);\n    cluster1100877760->addChildNode(91);\n    cluster1100877760->addChildNode(92);\n    cluster1100877760->addChildNode(93);\n    cluster1100877760->addChildNode(94);\n    cluster1100877760->addChildNode(95);\n    cluster1100877760->addChildNode(96);\n    cluster1100877760->addChildNode(97);\n    cluster1100877760->addChildNode(98);\n    cluster1100877760->addChildNode(99);\n    cluster1100877760->addChildNode(100);\n    cluster1100877760->addChildNode(101);\n    cluster1100877760->addChildNode(102);\n    cluster1100877760->addChildNode(104);\n    cluster1100877760->addChildNode(105);\n    cluster1100877760->addChildNode(106);\n    cluster1100877760->addChildNode(107);\n    cluster1100877760->addChildNode(108);\n    cluster1100877760->addChildNode(109);\n    cluster1100877760->addChildNode(110);\n    cluster1100877760->addChildNode(111);\n    cluster1100877760->addChildNode(112);\n    cluster1100877760->addChildNode(113);\n    cluster1100877760->addChildNode(114);\n    cluster1100877760->addChildNode(115);\n    cluster1100877760->addChildNode(116);\n    cluster1100877760->addChildNode(117);\n    cluster1100877760->addChildNode(118);\n    cluster1100877760->addChildNode(119);\n    cluster1100877760->addChildNode(120);\n    cluster1100877760->addChildNode(121);\n    cluster1100877760->addChildNode(122);\n    cluster1100877760->addChildNode(123);\n    cluster1100877760->addChildNode(124);\n    cluster1100877760->addChildNode(125);\n    cluster1100877760->addChildNode(126);\n    cluster1100877760->addChildNode(127);\n    cluster1100877760->addChildNode(128);\n    cluster1100877760->addChildNode(129);\n    cluster1100877760->addChildNode(130);\n    cluster1100877760->addChildNode(131);\n    cluster1100877760->addChildNode(132);\n    cluster1100877760->addChildNode(133);\n    cluster1100877760->addChildNode(134);\n    cluster1100877760->addChildNode(135);\n    cluster1100877760->addChildNode(136);\n    cluster1100877760->addChildNode(137);\n    cluster1100877760->addChildNode(138);\n    cluster1100877760->addChildNode(139);\n    cluster1100877760->addChildNode(140);\n    cluster1100877760->addChildNode(141);\n    cluster1100877760->addChildNode(142);\n    cluster1100877760->addChildNode(143);\n    cluster1100877760->addChildNode(144);\n    cluster1100877760->addChildNode(145);\n    cluster1100877760->addChildNode(146);\n    cluster1100877760->addChildNode(147);\n    cluster1100877760->addChildNode(148);\n    cluster1100877760->addChildNode(149);\n    cluster1100877760->addChildNode(150);\n    cluster1100877760->addChildNode(151);\n    cluster1100877760->addChildNode(152);\n    cluster1100877760->addChildNode(153);\n    cluster1100877760->addChildNode(154);\n    cluster1100877760->addChildNode(155);\n    cluster1100877760->addChildNode(156);\n    cluster1100877760->addChildNode(157);\n    cluster1100877760->addChildNode(158);\n    cluster1100877760->addChildNode(159);\n    cluster1100877760->addChildNode(160);\n    RectangularCluster *cluster1100878032 = new RectangularCluster();\n    cluster1100878032->addChildNode(161);\n    cluster1100877760->addChildCluster(cluster1100878032);\n    RectangularCluster *cluster1100878416 = new RectangularCluster();\n    cluster1100878416->addChildNode(162);\n    cluster1100877760->addChildCluster(cluster1100878416);\n    RectangularCluster *cluster1100878800 = new RectangularCluster();\n    cluster1100878800->addChildNode(163);\n    cluster1100877760->addChildCluster(cluster1100878800);\n    RectangularCluster *cluster1100879168 = new RectangularCluster();\n    cluster1100877760->addChildCluster(cluster1100879168);\n    RectangularCluster *cluster1100879488 = new RectangularCluster();\n    cluster1100879488->addChildNode(164);\n    cluster1100879488->addChildNode(165);\n    cluster1100879488->addChildNode(166);\n    cluster1100879488->addChildNode(167);\n    cluster1100877760->addChildCluster(cluster1100879488);\n    RectangularCluster *cluster1100879920 = new RectangularCluster();\n    cluster1100879920->addChildNode(168);\n    cluster1100877760->addChildCluster(cluster1100879920);\n    alg.setClusterHierarchy(cluster1100877760);\n    alg.setConstraints(ccs);\n    alg.makeFeasible();\n    alg.run();\n    alg.outputInstanceToSVG(\"test-StillOverlap02\");\n    alg.freeAssociatedObjects();\n    return 0;\n};\n"
  },
  {
    "path": "cola/libcola/tests/boundary.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file boundary.cpp\n *\n * a clustered graph using libtopology to preserve the cluster boundary.\n */\n/*\n* Authors:\n*   Tim Dwyer <tgdwyer@gmail.com>\n*/\n#include <iostream>\n#include <iomanip>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include \"graphlayouttest.h\"\n#include <libtopology/topology_graph.h>\n#include <libproject/project.h>\nusing namespace std;\nusing namespace topology;\n\nNode* addNode( Nodes& vs, vpsc::Rectangle* r) {\n    Node *v = new Node(vs.size(), r);\n    vs.push_back(v);\n    return v;\n}\nvoid addToPath(EdgePoints& ps, Node *v, EdgePoint::RectIntersect i) {\n    ps.push_back(new EdgePoint(v,i));\n}\nstruct SetDesiredPos : public PreIteration {\n    SetDesiredPos(Locks& locks) : PreIteration(locks) {}\n};\nstruct Test : TestConvergence {\n    Test(const double d,const unsigned i,topology::Nodes& vs, topology::Edges& es,const string fname) : TestConvergence(d,i), vs(vs), es(es), fname(fname) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        bool converged= TestConvergence::operator()(new_stress,X,Y);\n        if(converged) {\n            cerr << \"stress=\"<<new_stress<<\" iteration=\"<<iterations<<endl;\n            stringstream ss;\n            ss << fname << \"-\" << setfill('0') << setw(3) << iterations << \".svg\";\n            cerr << \"writing file: \" << ss.str() << endl;\n            writeFile(vs,es,ss.str());\n        }\n        return converged;\n    }\n    double lastStress;\n    topology::Nodes& vs;\n    topology::Edges& es;\n    const string fname;\n};\nvoid clusterBoundary() {\n    vector<cola::Edge> es;\n    vector<vpsc::Rectangle*> rs;\n    rs.push_back(new vpsc::Rectangle(395,449,155,189));\n    rs.push_back(new vpsc::Rectangle(309,363,155,189));\n    double idealLength=60;\n    // set up topology graph\n    topology::Nodes vs;\n    for(vector<Rectangle*>::iterator i = rs.begin(); i!=rs.end();++i) {\n        addNode(vs,*i);\n    }\n    Edges tes;\n    EdgePoints ps;\n    addToPath(ps,vs[1],EdgePoint::BL);\n    addToPath(ps,vs[0],EdgePoint::BR);\n    addToPath(ps,vs[0],EdgePoint::TR);\n    addToPath(ps,vs[1],EdgePoint::TL);\n    ps.push_back(ps[0]);\n    tes.push_back(new topology::Edge(idealLength, ps));\n\n    writeFile(vs,tes,\"boundary-000.svg\");\n\n    Locks locks;\n    locks.push_back(Lock(0,rs[0]->getCentreX(), rs[0]->getCentreY()+10));\n    locks.push_back(Lock(1,rs[1]->getCentreX(), rs[1]->getCentreY()));\n    SetDesiredPos preIteration(locks);\n\n    Test test(0.00001,100,vs,tes,\"boundary\");\n    cola::ConstrainedFDLayout alg(rs,es,idealLength,nullptr,test,&preIteration);\n\n    alg.setTopology(&vs,&tes);\n    alg.run(true,true);\n    double finalStress=alg.computeStress();\n    printf(\"finalStress=%f\\n\",finalStress);\n\n    //assert(finalStress<1e-5);\n    for_each(rs.begin(),rs.end(),cola::delete_object());\n    for_each(tes.begin(),tes.end(),cola::delete_object());\n    for_each(vs.begin(),vs.end(),cola::delete_object());\n}\nint main() {\n    clusterBoundary();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libcola/tests/connected_components.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <vector>\n#include <set>\n#include <libvpsc/rectangle.h>\n#include <libcola/cola.h>\n#include <libcola/connected_components.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\n\nint main() {\n\tconst unsigned V = 7;\n\tunsigned c1[]={0,1,2,3};\n\tset<unsigned> expected_c1(c1,c1+4);\n\tunsigned c2[]={4,5,6};\n\tset<unsigned> expected_c2(c2,c2+3);\n\n\tEdge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(3, 2), Edge(1, 3),\n        \t\t      Edge(4, 5), Edge(5, 6), Edge(6, 4)\t};\n\tconst std::size_t E = sizeof(edge_array) / sizeof(Edge);\n\tvector<Edge> es(edge_array,edge_array+E);\n\tvector<Component*> cs;\n\tvpsc::Rectangles rs;\n\tdouble width=100,height=100;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tconnectedComponents(rs,es,cs);\n\tset<unsigned> result_c1(cs[0]->node_ids.begin(),cs[0]->node_ids.end());\n\tset<unsigned> result_c2(cs[1]->node_ids.begin(),cs[1]->node_ids.end());\n\tassert(expected_c1==result_c1);\n\tassert(expected_c2==result_c2);\n\tfor(unsigned i=0;i<cs.size();i++) {\n\t\tprintf(\"Component %d:\\n\",i);\n\t\tfor(unsigned j=0;j<cs[i]->edges.size();j++) {\n\t\t\tEdge& e=cs[i]->edges[j];\n\t\t\tprintf(\"(%d,%d) \",e.first,e.second);\n\t\t}\n\t\tcout << endl;\n\t}\n\treturn 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/constrained.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file constrained.cpp\n *\n * runs constraint layout on a small graph.  nodes 0 and 3 are constrained\n * to a vertical line\n *\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\ninline double getRand(double range) {\n\treturn range*rand()/RAND_MAX;\n}\n\nusing namespace std;\nusing namespace cola;\n/** \n* \\brief Determines when to terminate layout of a particular graph based\n* on a given relative tolerance. \n*/\nint main() {\n\n\tconst unsigned V = 4;\n\ttypedef pair < unsigned, unsigned >Edge;\n\tEdge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 3), Edge(1, 3) };\n\tunsigned E = sizeof(edge_array) / sizeof(Edge);\n\tvector<Edge> es(edge_array,edge_array+E);\n\tdouble width=100;\n\tdouble height=100;\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tCompoundConstraints ccs;\n\tAlignmentConstraint ac(vpsc::XDIM);\n\tccs.push_back(&ac);\n\tac.addShape(0,0);\n\tac.addShape(3,0);\n\t// apply steepest descent layout\n\tConstrainedFDLayout alg2(rs,es,width/2);\n\talg2.setConstraints(ccs);\n\talg2.run();\n\tassert(alg2.computeStress()<0.0013);\n\t// the following pair of nodes should line-up\n\tassert(fabs(rs[0]->getCentreX()-rs[3]->getCentreX())<0.001);\n\t// reset rectangles to random positions\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs[i]->moveCentre(x,y);\n\t}\n\t// apply scaled majorization layout\n\tConstrainedMajorizationLayout alg(rs,es,nullptr,width/2);\n\talg.setConstraints(&ccs);\n\talg.setScaling(true);\n\talg.run();\n\t// the following pair of nodes should line-up\n\tassert(fabs(rs[0]->getCentreX()-rs[3]->getCentreX())<0.001);\n\tcout<<rs[0]->getCentreX()<<\",\"<<rs[3]->getCentreX()<<endl;\n\tOutputFile output(rs,es,nullptr,\"constrained.svg\");\n\toutput.rects=true;\n\toutput.generate();\n\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/containment.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file containment.cpp\n *\n * simple test of clustered graph layout\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n\n#include <map>\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <iomanip>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include \"graphlayouttest.h\"\n\nusing namespace cola;\nusing namespace std;\n\nvector<vpsc::Rectangle*> rs;\nvector<Edge> es;\nRectangularCluster rc, rd;\nRootCluster root;\nunsigned iteration=0;\n\nint main() {\n\n\tconst unsigned V = 5;\n\ttypedef pair < unsigned, unsigned >Edge;\n\tEdge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 3), Edge(3, 4) };\n\tconst std::size_t E = sizeof(edge_array) / sizeof(Edge);\n\tes.resize(E);\n\tcopy(edge_array,edge_array+E,es.begin());\n\tdouble width=100;\n\tdouble height=100;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+20,y,y+15));\n\t}\n\n\tconst unsigned c[]={0,4}, d[]={1,2,3};\n\tunsigned nc=sizeof(c)/sizeof(unsigned), nd=sizeof(d)/sizeof(unsigned);\n\tCheckProgress test(0.0001,100);\n\tConstrainedMajorizationLayout alg(rs,es,&root,30,nullptr,test);\n    alg.setScaling(true);\n\trc.nodes.resize(nc);\n\tcopy(c,c+nc,rc.nodes.begin());\n\trd.nodes.resize(nd);\n\tcopy(d,d+nd,rd.nodes.begin());\n\troot.clusters.push_back(&rc);\n\troot.clusters.push_back(&rd);\n\talg.run();\n\talg.setAvoidOverlaps();\n\talg.run();\n    OutputFile of(rs,es,&root,\"containment.svg\",false,true);\n    of.generate();\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/containment2.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file\n * Interface between Inkscape code (SPItem) and graphlayout functions.\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n\n#include <map>\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <iomanip>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include \"graphlayouttest.h\"\n\nusing namespace cola;\nusing namespace std;\n\nvector<vpsc::Rectangle*> rs;\nvector<Edge> es;\nRootCluster root;\nunsigned iteration=0;\n\n/** \n* \\brief Determines when to terminate layout of a particular graph based\n* on a given relative tolerance. \n*/\nint main() {\n\n\tconst unsigned V = 19;\n\tconst char* labels[]={\n\t\t\"Hamza Alghamdi\",\n\t\t\"Nawaf Alhazmi\",\n\t\t\"Marwan Al-Shehhi\",\n\t\t\"Mohand Alshehri\",\n\t\t\"Ahmed Alghamdi\",\n\t\t\"Saeed Alghamdi\",\n\t\t\"Salem Alhazmi\",\n\t\t\"Hani Hanjour\",\n\t\t\"Mohamed Atta\",\n\t\t\"Ziad Jarrah\",\n\t\t\"Ahmed Al Haznawi\",\n\t\t\"Fayez Ahmed\",\n\t\t\"Ahmed Alnami\",\n\t\t\"Khalid Al-Mihdhar\",\n\t\t\"Majed Moqed\",\n\t\t\"Abdul Aziz Al-Omari\",\n\t\t\"Waleed Alshehri\",\n\t\t\"Wail Alshehri\",\n\t\t\"Satam Suqami\"};\n\n\ttypedef pair < unsigned, unsigned >Edge;\n\tEdge edge_array[] = { \n\t\tEdge(0,1), Edge(0,3), Edge(0,4), Edge(0,5), Edge(0,10),\n\t\tEdge(1,5), Edge(1,6), Edge(1,7), Edge(1,12), Edge(1,13),\n\t\tEdge(2,8), Edge(2,9), Edge(2,11), Edge(2,15),\n\t\tEdge(3,11),\n\t\tEdge(5,10), Edge(5,12), \n\t\tEdge(7,13), Edge(7,14),\n\t\tEdge(8,9), Edge(8,15),\n\t\tEdge(9,10), \n\t\tEdge(15,16),\n\t\tEdge(16,17), Edge(16,18),\n       \t\tEdge(17,18) \n\t};\n\tdouble g=10;\n\tCompoundConstraints scy;\n\tscy.push_back(new SeparationConstraint(0,10,g));\n\tscy.push_back(new SeparationConstraint(0,3,g));\n\tscy.push_back(new SeparationConstraint(0,4,g));\n\tscy.push_back(new SeparationConstraint(0,12,g));\n\tscy.push_back(new SeparationConstraint(0,5,g));\n\tscy.push_back(new SeparationConstraint(1,12,g));\n\tscy.push_back(new SeparationConstraint(1,5,g));\n\tscy.push_back(new SeparationConstraint(1,13,g));\n\tscy.push_back(new SeparationConstraint(1,6,g));\n\tscy.push_back(new SeparationConstraint(1,7,g));\n\tscy.push_back(new SeparationConstraint(2,8,g));\n\tscy.push_back(new SeparationConstraint(2,9,g));\n\tscy.push_back(new SeparationConstraint(2,15,g));\n\tscy.push_back(new SeparationConstraint(2,11,g));\n\tscy.push_back(new SeparationConstraint(5,12,g));\n\tscy.push_back(new SeparationConstraint(7,13,g));\n\tscy.push_back(new SeparationConstraint(7,14,g));\n\tscy.push_back(new SeparationConstraint(16,17,g));\n\tscy.push_back(new SeparationConstraint(16,18,g));\n\tconst std::size_t E = sizeof(edge_array) / sizeof(Edge);\n\tes.resize(E);\n\tcopy(edge_array,edge_array+E,es.begin());\n\tdouble width=100;\n\tdouble height=100;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+17,y,y+10));\n\t}\n\n\tRectangularCluster c;\n\tc.nodes.push_back(0);\n\tc.nodes.push_back(1);\n\tRectangularCluster d;\n\td.nodes.push_back(3);\n\td.nodes.push_back(11);\n\tRectangularCluster e;\n\te.nodes.push_back(8);\n\te.nodes.push_back(9);\n\te.nodes.push_back(10);\n\te.nodes.push_back(15);\n\te.nodes.push_back(16);\n\tRectangularCluster f;\n\tf.nodes.push_back(17);\n\tf.nodes.push_back(18);\n\troot.clusters.push_back(&c);\n\troot.clusters.push_back(&d);\n\troot.clusters.push_back(&e);\n\troot.clusters.push_back(&f);\n    OutputFile of(rs,es,&root,\"containment2.svg\",true,true);\n    //of.setLabels(V,labels);\n\tCheckProgress test(0.0001,100);\n\tConstrainedMajorizationLayout alg(rs,es,&root,30,nullptr,test);\n    alg.setScaling(false);\n\t//alg.setYSeparationConstraints(&scy);\n\t//alg.run();\n\talg.setAvoidOverlaps();\n\talg.run();\n    of.generate();\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/convex_hull.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * Really basic regression test of convex hull implementation\n * declared in libcola/convex_hull.h\n */\n#include <valarray>\n#include <algorithm>\n#include <libcola/convex_hull.h>\n#include \"graphlayouttest.h\"\n\n#include <string>\n#include <iostream>\n#include <cairomm/context.h>\n#include <cairomm/surface.h>\n\n/* M_PI is defined in math.h in the case of Microsoft Visual C++ */\n#if defined(_MSC_VER)\n#ifndef _USE_MATH_DEFINES\n#define _USE_MATH_DEFINES\n#endif\n#include <math.h>\n#endif \nusing namespace std;\n\ntypedef vector<unsigned> Hull;\n/**\n * generates a random set of n points in X and Y.\n */\nvoid randTest(unsigned n, valarray<double>& X, valarray<double>& Y) {\n    X.resize(n);\n    Y.resize(n);\n    srand(time(nullptr));\n\tfor(unsigned i=0;i<n;i++) {\n\t\tX[i]=getRand(1.);\n\t\tY[i]=getRand(1.);\n\t}\n}\n/**\n * generates a set of 8 points (actually the vertices of two rectangles)\n * which lineup horizontally.  The expected hull are the lower-left and\n * top-left corners of the left rectangle and the top-right/lower-right\n * corners of the right rectangle.\n */\nvoid tworects(valarray<double>& X, valarray<double>& Y, Hull& expectedHull) {\n    const unsigned n=8;\n    X.resize(n);\n    Y.resize(n);\n    X[0]=330.011898, Y[0]=203.250425;\n    X[1]=330.011898, Y[1]=237.250425;\n    X[2]=276.011898, Y[2]=237.250425;\n    X[3]=276.011898, Y[3]=203.250425;\n    X[4]=459.998300, Y[4]=203.250425;\n    X[5]=459.998300, Y[5]=237.250425;\n    X[6]=405.998300, Y[6]=237.250425;\n    X[7]=405.998300, Y[7]=203.250425;\n    unsigned hull[]={3,4,5,2};\n    unsigned m=sizeof(hull)/sizeof(unsigned);\n    expectedHull.resize(m);\n    copy(hull,hull+m,expectedHull.begin());\n}\n\nint drawCairo(const string& fname,\n        const valarray<double>& X, const valarray<double>& Y, \n        const Hull& hull);\n\nint main(int argc, char** argv) {\n\tvalarray<double> X, Y;\n\tHull h,expectedHull;\n    tworects(X,Y,expectedHull);\n    hull::convex(X,Y,h);\n    printf(\"hull size=%d\\n\",h.size());\n    pair<Hull::iterator,Hull::iterator> r\n        =mismatch(h.begin(),h.end(),expectedHull.begin());\n    assert(r.first==h.end());\n    drawCairo(\"convex_tworects.svg\",X,Y,h);\n\n    randTest(20,X,Y);\n    hull::convex(X,Y,h);\n    drawCairo(\"convex_hull_random.svg\",X,Y,h);\n    return 0;\n}\n\n/***********CAIRO CODE***************************************************/\ndouble width = 600;\ndouble height = 400;\ndouble border=10;\nvoid dot(Cairo::RefPtr<Cairo::Context> & cr, double x, double y) {\n    cr->arc(x, y, \n            2., 0.0, 2.0 * M_PI);\n    cr->stroke();\n}\n\ndouble xcoord(double x) {\n    return border+x*width;\n}\ndouble ycoord(double y) {\n    return border+y*height;\n}\nint drawCairo(const string& fname,\n        const valarray<double>& Xin, const valarray<double>& Yin, \n        const Hull& hull) {\n#ifdef CAIRO_HAS_SVG_SURFACE\n    unsigned n=Xin.size();\n    assert(Yin.size()==n);\n\n    // normalise coords to range 0-1\n    valarray<double> X=Xin, Y=Yin;\n    X-=X.min();\n    Y-=Y.min();\n    X/=X.max();\n    Y/=Y.max();\n\n    Cairo::RefPtr<Cairo::SvgSurface> surface =\n        Cairo::SvgSurface::create(fname, width+2*border, height+2*border);\n\n    Cairo::RefPtr<Cairo::Context> cr = Cairo::Context::create(surface);\n\n    cr->save(); // save the state of the context\n    cr->set_source_rgba(0.0, 0.0, 0.0, 0.7);\n    // draw a circle at each coordinate\n    for(unsigned i=0;i<n;i++) {\n        dot(cr,xcoord(X[i]),ycoord(Y[i]));\n    }\n\n    cr->set_source_rgba(0.0, 0.0, 0.0, 0.3);\n    cr->move_to(xcoord(X[hull[0]]),ycoord(Y[hull[0]]));\n    for(unsigned i=1;i<hull.size();i++) {\n        cr->line_to(xcoord(X[hull[i]]),ycoord(Y[hull[i]]));\n    }\n    cr->line_to(xcoord(X[hull[0]]),ycoord(Y[hull[0]]));\n    cr->stroke();\n    cr->set_source_rgba(0.0, 0.0, 0.0, 1.);\n    for(vector<unsigned>::const_iterator i=hull.begin();i!=hull.end();++i) {\n        unsigned j=*i;\n        stringstream ss;\n        ss<<j;\n        printf(\"p[%d]=(%f,%f)\\n\",j,X[j],Y[j]);\n        cr->move_to(xcoord(X[j]),ycoord(Y[j]));\n        cr->show_text(ss.str());\n        cr->stroke();\n    }\n    cr->restore();\n\n    cr->show_page();\n\n    cout << \"Wrote SVG file \\\"\" << fname << \"\\\"\" << endl;\n    return 0;\n\n#else\n\n    cout << \"You must compile cairo with SVG support for this example to work.\"\n        << endl;\n    return 1;\n\n#endif\n\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4 :\n"
  },
  {
    "path": "cola/libcola/tests/cycle_detector.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <vector>\n#include <assert.h>\n#include <libcola/cola.h>\n#include <libcola/cycle_detector.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nusing namespace cycle_detector;\nusing vpsc::Rectangle;\n\nint main()  {\n  CycleDetector *cd;\n  Edges case_a, case_b, case_c, case_d, case_e, case_f, case_g;\n\n  CyclicEdges *cycles = nullptr;\n  vector<Rectangle *> rs;\n  unsigned V;\n\n  // create case A\n  // case A consists of a basic graph where the start point is a source\n  cout << endl << \"ENTERING CASE A\" << endl;\n  V = 5;\n  case_a.push_back(Edge(0, 1));\n  case_a.push_back(Edge(1, 2));\n  case_a.push_back(Edge(2, 3));\n  case_a.push_back(Edge(3, 4));\n  case_a.push_back(Edge(4, 1));\n\n  // detect the cycles\n  cd = new CycleDetector(V, &case_a);\n  cycles = cd->detect_cycles();\n  \n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_a.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_a[i].first << \", \" << case_a[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_a, \"cycle_detector_case_a.svg\", false, true, cycles);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n    delete cycles;\n  }\n  else  {\n    cout << \"No cycles found\" << endl;\n  }\n\n  // create case B\n  // case B is the same graph of case A but with more elements\n  cout << endl << \"ENTERING CASE B\" << endl;\n  V = 7;\n  case_b.push_back(Edge(0, 1));\n  case_b.push_back(Edge(1, 2));\n  case_b.push_back(Edge(2, 3));\n  case_b.push_back(Edge(3, 4));\n  case_b.push_back(Edge(4, 1));\n  case_b.push_back(Edge(5, 2));\n  case_b.push_back(Edge(6, 5));\n\n  // detect the cycles\n  cd->mod_graph(V, &case_b);\n  cycles = cd->detect_cycles();\n  \n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_b.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_b[i].first << \", \" << case_b[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,90,90+5));\n    rs.push_back(new Rectangle(65,65+5,90,90+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_b, \"cycle_detector_case_b.svg\", false, true, cycles);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n    delete cycles;\n  }\n\n  // create case C\n  // case C is a more complicated graph with nested cycles\n  cout << endl << \"ENTERING CASE C\" << endl;\n  V = 14;\n  case_c.push_back(Edge(0, 1));\n  case_c.push_back(Edge(0, 5));\n  case_c.push_back(Edge(0, 6));\n  case_c.push_back(Edge(2, 0));\n  case_c.push_back(Edge(3, 5));\n  case_c.push_back(Edge(4, 3));\n  case_c.push_back(Edge(5, 4));\n  case_c.push_back(Edge(5, 13));\n  case_c.push_back(Edge(6, 2));\n  case_c.push_back(Edge(6, 9));\n  case_c.push_back(Edge(7, 6));\n  case_c.push_back(Edge(8, 7));\n  case_c.push_back(Edge(9, 10));\n  case_c.push_back(Edge(9, 11));\n  case_c.push_back(Edge(9, 12));\n  case_c.push_back(Edge(10, 6));\n  case_c.push_back(Edge(12, 10));\n  case_c.push_back(Edge(13, 4));\n\n  // detect the cycles\n  //cd = new CycleDetector(V, &case_c);\n  cd->mod_graph(V, &case_c);\n  cycles = cd->detect_cycles();\n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_c.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_c[i].first << \", \" << case_c[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5)); // node 0\n    rs.push_back(new Rectangle(20,20+5,40,40+5)); // node 1\n    rs.push_back(new Rectangle(40,40+5,30,30+5)); // node 2\n    rs.push_back(new Rectangle(30,30+5,60,60+5)); // node 3\n    rs.push_back(new Rectangle(60,60+5,60,60+5)); // node 4\n    rs.push_back(new Rectangle(10,10+5,90,90+5)); // node 5\n    rs.push_back(new Rectangle(80,80+5,15,15+5)); // node 6\n    rs.push_back(new Rectangle(110,110+5,15,15+5)); // node 7\n    rs.push_back(new Rectangle(140,140+5,15,15+5)); // node 8\n    rs.push_back(new Rectangle(110,110+5,60,60+5)); // node 9\n    rs.push_back(new Rectangle(100,100+5,85,85+5)); // node 10\n    rs.push_back(new Rectangle(140,140+5,50,50+5)); // node 11\n    rs.push_back(new Rectangle(140,140+5,70,70+5)); // node 12\n    rs.push_back(new Rectangle(45,45+5,90,90+5)); // node 13\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_c, \"cycle_detector_case_c.svg\", false, true, cycles);\n    for(int i = 0; i < V; i++) { delete rs[i]; }\n    rs.clear();\n    delete cycles;\n  }\n\n  // create case D\n  // case D consists of the same graph as case A but with a different starting location\n  cout << endl << \"ENTERING CASE D\" << endl;\n  V = 5;\n  case_d.push_back(Edge(0, 1));\n  case_d.push_back(Edge(1, 2));\n  case_d.push_back(Edge(2, 3));\n  case_d.push_back(Edge(3, 0));\n  case_d.push_back(Edge(4, 1));\n\n  // detect the cycles\n  cd->mod_graph(V, &case_d);\n  cycles = cd->detect_cycles();\n  \n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_d.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_d[i].first << \", \" << case_d[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_d, \"cycle_detector_case_d.svg\", false, true, cycles);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n    delete cycles;\n  }\n  else  {\n    cout << \"No cycles found\" << endl;\n  }\n\n  // create case E\n  // case E is a reordering of case C\n  cout << endl << \"ENTERING CASE E\" << endl;\n  V = 14;\n  case_e.push_back(Edge(0, 6));\n  case_e.push_back(Edge(0, 9));\n  case_e.push_back(Edge(1, 4));\n  case_e.push_back(Edge(3, 10));\n  case_e.push_back(Edge(4, 3));\n  case_e.push_back(Edge(5, 0));\n  case_e.push_back(Edge(6, 7));\n  case_e.push_back(Edge(7, 0));\n  case_e.push_back(Edge(7, 2));\n  case_e.push_back(Edge(7, 10));\n  case_e.push_back(Edge(8, 5));\n  case_e.push_back(Edge(9, 12));\n  case_e.push_back(Edge(9, 11));\n  case_e.push_back(Edge(9, 13));\n  case_e.push_back(Edge(10, 1));\n  case_e.push_back(Edge(10, 4));\n  case_e.push_back(Edge(12, 0));\n  case_e.push_back(Edge(11, 12));\n\n  // detect the cycles\n  cd->mod_graph(V, &case_e);\n  cycles = cd->detect_cycles();\n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_e.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_e[i].first << \", \" << case_e[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(80,80+5,15,15+5)); // node 6\n    rs.push_back(new Rectangle(45,45+5,90,90+5)); // node 13\n    rs.push_back(new Rectangle(20,20+5,40,40+5)); // node 1\n    rs.push_back(new Rectangle(30,30+5,60,60+5)); // node 3\n    rs.push_back(new Rectangle(60,60+5,60,60+5)); // node 4\n    rs.push_back(new Rectangle(110,110+5,15,15+5)); // node 7\n    rs.push_back(new Rectangle(40,40+5,30,30+5)); // node 2\n    rs.push_back(new Rectangle(10,10+5,10,10+5)); // node 0\n    rs.push_back(new Rectangle(140,140+5,15,15+5)); // node 8\n    rs.push_back(new Rectangle(110,110+5,60,60+5)); // node 9\n    rs.push_back(new Rectangle(10,10+5,90,90+5)); // node 5\n    rs.push_back(new Rectangle(140,140+5,70,70+5)); // node 12\n    rs.push_back(new Rectangle(100,100+5,85,85+5)); // node 10\n    rs.push_back(new Rectangle(140,140+5,50,50+5)); // node 11\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_e, \"cycle_detector_case_e.svg\", false, true, cycles);\n    for(int i = 0; i < V; i++) { delete rs[i]; }\n    rs.clear();\n    delete cycles;\n  }\n\n  // create case F\n  // case F consists of the same graph with sinks\n  cout << endl << \"ENTERING CASE F\" << endl;\n  V = 3;\n  case_f.push_back(Edge(0, 1));\n  case_f.push_back(Edge(0, 2));\n  case_f.push_back(Edge(1, 2));\n\n  // detect the cycles\n  cd->mod_graph(V, &case_f);\n  cycles = cd->detect_cycles();\n  \n  if (cycles != nullptr)  {\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(40,40+5,30,30+5));\n    rs.push_back(new Rectangle(15,15+5,60,60+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_f, \"cycle_detector_case_f.svg\", false, true, cycles);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n\n    cout << \"No cycles found\" << endl; \n  }\n\n  // This tests the cycle detectors ability to cycle through a chain of cyclic ancestors\n  cout << endl << \"ENTERING CYCLIC ANCESTOR TEST\" << endl;\n  Node a(1), b(2), c(3), d(4), e(5), f(6);\n  // set up the chain\n  f.cyclicAncestor = &e;\n  e.cyclicAncestor = &d;\n  d.cyclicAncestor = &c;\n  c.cyclicAncestor = &b;\n  b.cyclicAncestor = &a;\n  a.cyclicAncestor = &a;\n\n  Node *ca = cd->get_highest_ca(&f);\n  if (ca != nullptr)  { cout << \"Highest cyclic ancestor found at vertex(\" << ca->id << \")\" << endl; }\n\n  // create case G\n  // case G hows the ability to find nested cycles and to reassign cyclic ancestors\n  cout << endl << \"ENTERING CASE G\" << endl;\n  V = 7;\n  case_g.push_back(Edge(0, 1));\n  case_g.push_back(Edge(1, 2));\n  case_g.push_back(Edge(2, 3));\n  case_g.push_back(Edge(3, 4));\n  case_g.push_back(Edge(4, 5));\n  case_g.push_back(Edge(5, 6));\n  case_g.push_back(Edge(6, 5));\n  case_g.push_back(Edge(5, 4));\n  case_g.push_back(Edge(4, 3));\n  case_g.push_back(Edge(3, 2));\n  case_g.push_back(Edge(2, 1));\n  case_g.push_back(Edge(1, 0));\n  case_g.push_back(Edge(0, 6));\n\n  // detect the cycles\n  cd->mod_graph(V, &case_g);\n  cycles = cd->detect_cycles();\n  \n  if (cycles != nullptr)  {\n    cout << \"cycles->size(): \" << cycles->size() << endl; \n    for (unsigned i = 0; i < case_g.size(); i++)  {\n      // print out the cycles\n      if ((*cycles)[i])  cout << \"Cyclic edge found: (\" << case_g[i].first << \", \" << case_g[i].second << \")\" << endl;\n    }\n\n    cout << endl;\n\n    // output a picture\n    cout << \"No picture generated\" << endl;\n\n    /*rs.push_back(new Rectangle(50,50+5,10,10+5));\n    rs.push_back(new Rectangle(50,50+5,30,30+5));\n    rs.push_back(new Rectangle(50,50+5,60,60+5));\n    rs.push_back(new Rectangle(10,10+5,70,70+5));\n    rs.push_back(new Rectangle(50,50+5,100,100+5));\n    rs.push_back(new Rectangle(10,10+5,40,40+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_a, \"cycle_detector_case_g.svg\", false, true, cycles);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();*/\n    delete cycles;\n  }\n  else  {\n    cout << \"No cycles found\" << endl;\n  }\n\n  // END TEST\n  delete cd;\n\n  return 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/data/1138_bus.txt",
    "content": "4 0\n562 0\n9 1\n562 1\n10 2\n33 2\n34 2\n103 2\n474 2\n6 3\n26 3\n100 3\n101 3\n102 3\n8 4\n6 5\n36 5\n97 5\n102 5\n36 6\n100 6\n101 6\n102 6\n25 7\n34 7\n723 7\n9 8\n103 8\n103 9\n11 10\n37 10\n565 10\n33 12\n103 12\n412 13\n15 14\n16 14\n17 14\n18 14\n410 14\n20 19\n36 19\n101 19\n21 20\n22 20\n23 20\n24 20\n34 25\n27 26\n28 26\n29 26\n100 26\n31 30\n99 30\n99 31\n99 32\n103 33\n552 33\n103 34\n709 34\n710 35\n101 36\n38 37\n97 37\n411 37\n98 38\n40 39\n42 39\n44 39\n41 40\n43 40\n145 42\n485 43\n48 44\n47 45\n47 46\n53 47\n505 47\n49 48\n52 48\n50 49\n51 49\n124 51\n53 52\n54 52\n424 53\n444 53\n446 53\n62 55\n65 56\n69 57\n66 58\n67 59\n129 60\n128 61\n63 62\n64 62\n70 63\n130 63\n225 63\n1094 64\n66 65\n67 65\n73 65\n182 65\n225 65\n67 66\n68 66\n73 67\n89 67\n200 67\n69 68\n181 69\n195 69\n1062 69\n1064 69\n1073 69\n71 70\n72 71\n120 71\n74 73\n75 73\n77 73\n79 73\n118 73\n203 74\n809 74\n917 74\n76 75\n77 75\n126 75\n1049 76\n78 77\n451 77\n415 78\n416 78\n453 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    "path": "cola/libcola/tests/gml_graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <fstream>\n#include <iostream>\n#include <string>\n#include <sstream>\n#include <boost/regex.hpp>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\n\ntypedef map<unsigned,unsigned> NodeIdMap;\ntypedef map<string,list<unsigned> > Partitions;\n\nEdge readEdge(ifstream &f) {\n    string l;\n    int indent=1;\n    unsigned source, target;\n    boost::regex sourceRE(\".*source\\\\s+(\\\\d+).*\");\n    boost::regex targetRE(\".*target\\\\s+(\\\\d+).*\");\n    boost::smatch matches;\n    while(!getline(f,l).eof()) {\n        if(boost::regex_match(l,matches,sourceRE)) {\n            std::istringstream i(matches[1]);\n            i>>source;\n        }\n        if(boost::regex_match(l,matches,targetRE)) {\n            std::istringstream i(matches[1]);\n            i>>target;\n        }\n        if(l.find(\"[\")!=string::npos) {\n            indent++;\n        }\n        if(l.find(\"]\")!=string::npos) {\n            indent--;\n            if(indent==0) {\n                return make_pair(source,target);\n            }\n        }\n    }\n    cerr << \"Incomplete edge definition!\" << endl;\n    return make_pair(0,0);\n}\n\nunsigned readNode(ifstream &f, NodeIdMap &nodeIdMap, \n        Partitions &partitions) {\n    static unsigned nodeCtr=0;\n    int indent=1;\n    string l;\n    boost::regex idRE(\"\\\\s*id\\\\s+(\\\\d+).*\");\n    boost::regex fillRE(\".*fill\\\\s+\\\"#(.+)\\\".*\");\n    boost::smatch matches;\n    unsigned id;\n    while(!getline(f,l).eof()) {\n        if(boost::regex_match(l,matches,idRE)) {\n            std::istringstream i(matches[1]);\n            i>>id;\n            nodeIdMap[id]=nodeCtr++;\n        }\n        if(boost::regex_match(l,matches,fillRE)) {\n            string partition(matches[1]);\n            Partitions::iterator i=partitions.find(partition);\n            partitions[partition].push_back(nodeIdMap[id]);\n        }\n        if(l.find(\"[\")!=string::npos) {\n            indent++;\n        }\n        if(l.find(\"]\")!=string::npos) {\n            indent--;\n            if(indent==0) {\n                return nodeCtr;\n            }\n        }\n    }\n    cerr << \"Incomplete node definition!\" << endl;\n    return 0;\n}\n\nstruct PostIteration : TestConvergence {\n    PostIteration(vector<vpsc::Rectangle*> &rs, vector<list<unsigned> > &ps, vector<double> &bs, const double d,const unsigned i) : TestConvergence(d,i), rs(rs), ps(ps), bs(bs) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        static int iterations=0;\n        unsigned n=X.size();\n        double centreX=0,centreY=0;\n        for(unsigned i=0;i<n;i++) {\n            centreX+=X[i];\n            centreY+=Y[i];\n        }\n        centreX/=(double)n;\n        centreY/=(double)n;\n        //printf(\"centre=(%f,%f)\\n\",centreX,centreY);\n        for(unsigned i=0;i<ps.size();i++) {\n            for(list<unsigned>::iterator v=ps[i].begin();v!=ps[i].end();v++) {\n                double dx=X[*v]-centreX, dy=Y[*v]-centreY;\n                double l=sqrt(dx*dx+dy*dy);\n                if(i>0) {\n                    double r=bs[i-1]+10;\n                    if(l<r) {\n                        double dx1=dx*(r/l), dy1=dy*(r/l);\n                        X[*v]=centreX+dx1;\n                        Y[*v]=centreY+dy1;\n                    } \n                }\n                if(i<ps.size()-1) {\n                    double r=bs[i]-10;\n                    if(l>r) {\n                        double dx1=dx*(r/l), dy1=dy*(r/l);\n                        X[*v]=centreX+dx1;\n                        Y[*v]=centreY+dy1;\n                    } \n                }\n            }\n        }\n        for(unsigned i=0;i<rs.size();i++) {\n            rs[i]->moveCentre(X[i],Y[i]);\n        }\n        cout << iterations++ << \":stress=\"<<new_stress<<endl;\n        return TestConvergence::operator()(new_stress,X,Y);\n    }\n    vector<vpsc::Rectangle*> &rs;\n    vector<list<unsigned> > &ps;\n    vector<double> &bs;\n};\nint main() {\n    //const char *fname=\"data/test.gml\";\n    string fname(\"data/uetzNetworkGSC-all.gml\");\n    ifstream f(fname.c_str());\n    if(!f.is_open()) {\n        cout << \"Error opening file: \" << fname << endl;\n        exit(1);\n    }\n    unsigned V = 0;\n    double defaultEdgeLength=40;\n    vector<Edge> es;\n    CompoundConstraints cx,cy;\n    NodeIdMap nodeIdMap; \n    Partitions partitions;\n    string l;\n    boost::regex nodeRE(\".*node\\\\s+\\\\[.*\");\n    boost::regex edgeRE(\".*edge\\\\s+\\\\[.*\");\n    while(!getline(f,l).eof()) {\n        if(boost::regex_match(l,nodeRE)) {\n            V=readNode(f,nodeIdMap,partitions);\n        }\n        if(boost::regex_match(l,edgeRE)) {\n            pair<unsigned,unsigned> e=readEdge(f);\n            unsigned start=nodeIdMap[e.first];\n            unsigned end=nodeIdMap[e.second];\n            //printf(\"edge (%d,%d)\\n\",start,end);\n            es.push_back(make_pair(start,end));\n            //cy.push_back(\n                //new SeparationConstraint(start,end,defaultEdgeLength/3));\n        }\n    }\n    assert(V==nodeIdMap.size());\n    /*\n    unsigned p1=V++;\n    unsigned p2=V++;\n    // red at the top\n    list<unsigned> &p=partitions[string(\"FF3333\")];\n    //double cgap=defaultEdgeLength/3;\n    double cgap=0;\n    for(list<unsigned>::iterator j=p.begin();j!=p.end();j++) {\n        cy.push_back(\n            new SeparationConstraint(*j,p1,cgap));\n    }\n    // yellow in the middle\n    p=partitions[string(\"FFFF00\")];\n    for(list<unsigned>::iterator j=p.begin();j!=p.end();j++) {\n        cy.push_back(\n            new SeparationConstraint(p1,*j,cgap));\n        cy.push_back(\n            new SeparationConstraint(*j,p2,cgap));\n    }\n    // green at the bottom\n    p=partitions[string(\"00FF00\")];\n    for(list<unsigned>::iterator j=p.begin();j!=p.end();j++) {\n        cy.push_back(\n            new SeparationConstraint(p2,*j,cgap));\n    }\n    */\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    vector<vpsc::Rectangle*> rs;\n    cout << \"|V|=\" << V << endl;\n    //srand(time(nullptr));\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        rs.push_back(new vpsc::Rectangle(x,x+1,y,y+1));\n    }\n    vector<list<unsigned> > ps;\n    ps.push_back(partitions[string(\"FF3333\")]);\n    ps.push_back(partitions[string(\"FFFF00\")]);\n    ps.push_back(partitions[string(\"00FF00\")]);\n    vector<double> bs;\n    bs.push_back(80);\n    bs.push_back(120);\n    PostIteration test(rs,ps,bs,0.0001,200);\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,nullptr,test);\n    //ConstrainedFDLayout alg(rs,es,nullptr,defaultEdgeLength,nullptr,test);\n    //alg.setConstrainedLayout(true);\n    //alg.setScaling(true);\n    //alg.setXConstraints(&cx);\n    //alg.setYConstraints(&cy);\n    alg.run();\n    /*\n    vector<ColourRGBA> colours(V);\n    list<unsigned> &p=partitions[string(\"FF3333\")];\n    for(list<unsigned>::iterator i=p.begin();i!=p.end();i++) {\n        //colours[*i]=ColourRGBA(1.,0,0.3,1.);\n        colours[*i]=ColourRGBA(0,0,0,1.);\n    }\n    p=partitions[string(\"FFFF00\")];\n    for(list<unsigned>::iterator i=p.begin();i!=p.end();i++) {\n        //colours[*i]=ColourRGBA((unsigned)255,162,99,255);\n        colours[*i]=ColourRGBA(0,0,0,1.);\n    }\n    p=partitions[string(\"00FF00\")];\n    for(list<unsigned>::iterator i=p.begin();i!=p.end();i++) {\n        //colours[*i]=ColourRGBA((unsigned)24,157,0,255);\n        colours[*i]=ColourRGBA(0,0,0,1.);\n    }\n    */\n    OutputFile of(rs,es,nullptr,\"gml_graph-constrained.svg\",false,true);\n    //of.colours=&colours;\n    of.generate();\n    for(unsigned i=0;i<V;i++) {\n        delete rs[i];\n    }\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/graphlayouttest.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <sstream>\n#include <ctime>\n\n#include <libvpsc/rectangle.h>\n#include <libcola/cola.h>\n#include <libtopology/topology_graph.h>\n#include <libcola/output_svg.h>\n\ninline double getRand(double range) {\n\treturn range*rand()/RAND_MAX;\n}\n\nnamespace DFS {\nusing namespace std;\nusing namespace cola;\nstruct Node {\n    unsigned id;\n\tbool visited;\n\ttypedef vector<Node*> PNodes;\n\tPNodes neighbours;\n\tvoid visit(vector<unsigned> &order) {\n\t\tvisited=true;\n        unsigned mid=neighbours.size()/2;\n        for(unsigned i=0;i<mid;i++) {\n            if(!neighbours[i]->visited) {\n                neighbours[i]->visit(order);\n            }\n        }\n        order.push_back(id);\n        for(unsigned i=mid;i<neighbours.size();i++) {\n            if(!neighbours[i]->visited) {\n                neighbours[i]->visit(order);\n            }\n        }\n\t}\n\tvoid visit_leaves(vector<unsigned> &order) {\n        unsigned mid=neighbours.size()/2;\n        Node *v;\n        for(unsigned i=0;i<mid;i++) {\n            v=neighbours[i];\n            if(v->neighbours.size()==0) {\n                order.push_back(v->id);\n            }\n        }\n        order.push_back(id);\n        for(unsigned i=mid;i<neighbours.size();i++) {\n            v=neighbours[i];\n            if(v->neighbours.size()==0) {\n                order.push_back(v->id);\n            }\n        }\n\t}\n};\n\nstruct Graph {\n\ttypedef vector<Edge> Edges;\n\ttypedef vector<Node> Nodes;\n\tNodes nodes;\n    vector<unsigned> order;\n    vector<vector<unsigned> > leaves;\n\tGraph(unsigned n,vector<Edge> &edges) {\n\t\tnodes.resize(n);\n        order.resize(0);\n        leaves.resize(n);\n\t\tfor(Edges::iterator i=edges.begin();i!=edges.end();i++) {\n\t\t\tnodes[i->first].neighbours.push_back(&nodes[i->second]);\n\t\t}\n\t\tfor(unsigned i=0;i<nodes.size();i++) {\n\t\t\tnodes[i].id=i;\n\t\t\tnodes[i].visited=false;\n\t\t}\n\t\tfor(Nodes::iterator i=nodes.begin();i!=nodes.end();i++) {\n\t\t\tif(!i->visited) {\n\t\t\t\ti->visit(order);\n\t\t\t}\n\t\t}\n\t\tfor(unsigned i=0;i<nodes.size();i++) {\n            leaves[i].resize(0);\n\t\t\tnodes[i].visit_leaves(leaves[i]);\n\t\t}\n        assert(order.size()==nodes.size());\n\t}\n};\n} // namespace DFS\nusing namespace cola;\nusing namespace std;\nstruct CheckProgress : TestConvergence {\n    CheckProgress(const double d,const unsigned i) : TestConvergence(d,i) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        cout << \"stress=\"<<new_stress<<\" iteration=\"<<iterations<<endl;\n        return TestConvergence::operator()(new_stress,X,Y);\n    }\n};\n\nenum SolverType { CG, UGP, SGP, IP };\nvoid run_test(\n        vector<pair<double,double> > const &startpos,\n        vector<Edge> const &es, \n        const double defaultEdgeLength,\n        CompoundConstraints &ccs,\n        const SolverType s, \n        const bool constrained,\n        const char *fname,\n        const char *testdesc) {\n    vector<vpsc::Rectangle*> rs;\n    unsigned V=startpos.size();\n    cout << \"|V|=\" << V << endl;\n    //srand(time(nullptr));\n    for(unsigned i=0;i<V;i++) {\n        double x=startpos[i].first, y=startpos[i].second;\n        rs.push_back(new vpsc::Rectangle(x,x+1,y,y+1));\n    }\n    CheckProgress test(0.001,100);\n    clock_t starttime=clock();\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,\n            StandardEdgeLengths,&test);\n    switch(s) {\n        cout << \"Solver: \";\n        case SGP:\n            cout << \"Scaled GP\" << endl;\n            alg.setConstrainedLayout(true);\n            alg.setScaling(true);\n            break;\n        case UGP:\n            cout << \"Unscaled GP\" << endl;\n            alg.setConstrainedLayout(true);\n            alg.setScaling(false);\n            break;\n        case CG:\n            cout << \"Conjugate Gradient\" << endl;\n            alg.setConstrainedLayout(false);\n            break;\n        case IP:\n            cout << \"Interior Point\" << endl;\n            alg.setExternalSolver(true);\n            alg.setConstrainedLayout(true);\n            break;\n    }\n    if(!constrained) {\n        cout << \"Unconstrained layout\" << endl;\n    } else {\n        cout << \"Constrained layout\" << endl;\n        printf(\"|CompoundConstraints|=%u\\n\",(unsigned)ccs.size());\n        alg.setConstraints(&ccs);\n    }\n    alg.run();\n    double t=double(clock()-starttime)/double(CLOCKS_PER_SEC);\n    ostringstream ss;\n    ss << fname << \"_\" << V << \"_\" << testdesc << \".svg\";\n\n    cout<<ss.str()<<\" Time=\"<<t<<endl;\n    OutputFile of(rs,es,nullptr,ss.str().c_str(),false,true);\n    of.generate();\n    for(unsigned i=0;i<V;i++) {\n        delete rs[i];\n    }\n}\nvoid writeFile(const topology::Nodes& vs, const topology::Edges& es, const string& outputFileName) {\n    const unsigned n=vs.size();\n    vector<cola::Edge> cedges;\n\n    for(unsigned i=0;i<es.size();i++) {\n        cedges.push_back(make_pair(1,2));\n    }\n\n    vector<straightener::Route*> routes;\n    for(topology::Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        routes.push_back((*e)->getRoute());\n    }\n\n    vector<string> labels(n);\n    for(unsigned i=0;i<n;++i) {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n\n    vector<vpsc::Rectangle*> rs;\n    for(topology::Nodes::const_iterator i=vs.begin();i!=vs.end();++i) {\n\t    rs.push_back((*i)->rect);\n    }\n    OutputFile of(rs,cedges,nullptr,outputFileName,true,false);\n    of.setLabels(labels);\n    of.routes=&routes;\n    of.generate();\n\n    for_each(routes.begin(),routes.end(),delete_object());\n}\n\nvoid writeDunnartFile(const topology::Nodes& vs, const vector<std::pair<unsigned int, unsigned int> >& es, const string& outputFileName) {\n    FILE *fp = fopen(outputFileName.c_str(), \"w\");\n    assert (fp != nullptr);\n\n    fprintf(fp, \"<svg xmlns:dunnart=\\\"http://www.csse.monash.edu.au/~mwybrow/dunnart.dtd\\\">\\n\");\n    for(unsigned int i = 0; i < vs.size(); ++i) {\n        vpsc::Rectangle *rect = vs[i]->rect;\n    \n        int id = i + 1;\n        fprintf(fp, \"<rect id=\\\"%d\\\" dunnart:label=\\\"\\\" dunnart:width=\\\"20\\\" \"\n               \"dunnart:height=\\\"20\\\" dunnart:xPos=\\\"%f\\\" \"\n               \"dunnart:yPos=\\\"%f\\\" dunnart:type=\\\"rect\\\" />\\n\", id, \n               rect->getCentreX(), rect->getCentreY());\n    }\n\n    for(unsigned int i = 0; i < es.size(); ++i) {\n        const std::pair<unsigned int, unsigned int>& edge = es[i];\n   \n        int id = i + 1 + vs.size();\n        fprintf(fp,  \"<path id=\\\"%d\\\" dunnart:srcID=\\\"%d\\\" \"\n                \"dunnart:srcFlags=\\\"544\\\" dunnart:dstID=\\\"%d\\\" \"\n                \"dunnart:dstFlags=\\\"544\\\" dunnart:directed=\\\"1\\\" \"\n                \"dunnart:type=\\\"connAvoidPoly\\\" />\\n\", id,\n                edge.first + 1, edge.second + 1);\n    }\n\n    fprintf(fp, \"</svg>\\n\");\n\n    fclose(fp);\n\n#if 0\n    for(unsigned i=0;i<es.size();i++) {\n        cedges.push_back(make_pair(1,2));\n    }\n\n    vector<straightener::Route*> routes;\n    for(topology::Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        routes.push_back((*e)->getRoute());\n    }\n\n    vector<string> labels(n);\n    for(unsigned i=0;i<n;++i) {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n\n    vector<vpsc::Rectangle*> rs;\n    for(topology::Nodes::const_iterator i=vs.begin();i!=vs.end();++i) {\n\t    rs.push_back((*i)->rect);\n    }\n    OutputFile of(rs,cedges,nullptr,outputFileName,true,false);\n    of.setLabels(labels);\n    of.routes=&routes;\n    of.generate();\n\n    for_each(routes.begin(),routes.end(),delete_object());\n#endif\n}\n\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:\n"
  },
  {
    "path": "cola/libcola/tests/initialOverlap.cpp",
    "content": "// Check that rectangles that start at same position don't get stuck on top of each other\n// during force-directed layout.\n#include <vector>\n#include <utility>\n#include \"libcola/cola.h\"\n#include \"libcola/pseudorandom.h\"\n\nusing namespace cola;\n\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    EdgeLengths eLengths;\n    double defaultEdgeLength=1;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 20, 0, 20);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 20, 0, 20);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 20, 0, 20);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 20, 0, 20);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 20, 0, 20);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 60, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(0, 100, 0, 60);\n    rs.push_back(rect);\n\t\n    es.push_back(std::make_pair(0, 3));\n    es.push_back(std::make_pair(1, 3));\n    es.push_back(std::make_pair(2, 3));\n    es.push_back(std::make_pair(2, 8));\n    es.push_back(std::make_pair(2, 11));\n    es.push_back(std::make_pair(3, 4));\n    es.push_back(std::make_pair(3, 5));\n    es.push_back(std::make_pair(6, 8));\n    es.push_back(std::make_pair(7, 8));\n    es.push_back(std::make_pair(8, 22));\n    es.push_back(std::make_pair(8, 23));\n    es.push_back(std::make_pair(9, 11));\n    es.push_back(std::make_pair(10, 11));\n    es.push_back(std::make_pair(11, 12));\n    es.push_back(std::make_pair(11, 23));\n    es.push_back(std::make_pair(12, 13));\n    es.push_back(std::make_pair(12, 14));\n    es.push_back(std::make_pair(13, 17));\n    es.push_back(std::make_pair(13, 18));\n    es.push_back(std::make_pair(13, 19));\n    es.push_back(std::make_pair(13, 20));\n    es.push_back(std::make_pair(14, 15));\n    es.push_back(std::make_pair(14, 16));\n    es.push_back(std::make_pair(14, 20));\n    es.push_back(std::make_pair(14, 21));\n\n    eLengths.resize(25);\n    eLengths[0] = 100;\n    eLengths[1] = 100;\n    eLengths[2] = 100;\n    eLengths[3] = 100;\n    eLengths[4] = 100;\n    eLengths[5] = 100;\n    eLengths[6] = 100;\n    eLengths[7] = 100;\n    eLengths[8] = 100;\n    eLengths[9] = 100;\n    eLengths[10] = 100;\n    eLengths[11] = 100;\n    eLengths[12] = 100;\n    eLengths[13] = 100;\n    eLengths[14] = 100;\n    eLengths[15] = 100;\n    eLengths[16] = 100;\n    eLengths[17] = 100;\n    eLengths[18] = 100;\n    eLengths[19] = 100;\n    eLengths[20] = 100;\n    eLengths[21] = 100;\n    eLengths[22] = 100;\n    eLengths[23] = 100;\n    eLengths[24] = 100;\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\n    alg.run();\n    //alg.outputInstanceToSVG(\"initialOverlap\");\n\n    bool overlaps = false;\n\n    for (size_t i = 0; i < rs.size(); ++i)\n    {\n\tfor (size_t j = i + 1; j < rs.size(); ++j)\n\t{\n\t    overlaps |= ((rs[i]->overlapD(0, rs[j]) > 0) && (rs[i]->overlapD(1, rs[j]) > 0));\n\t    if (overlaps)\n\t    {\n\t\tbreak;\n\t    }\n\t}\n        if (overlaps)\n        {\n\t    break;\n        }\n    }\n    \n    alg.freeAssociatedObjects();\n\n    return (overlaps) ? 1 : 0;\n};\n"
  },
  {
    "path": "cola/libcola/tests/invalid.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n\n/** \\file\n * Interface between Inkscape code (SPItem) and graphlayout functions.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n//#include <libvspc/exceptions.h>\n#include <libvpsc/constraint.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nint main() {\n\n\tconst unsigned V = 2;\n\ttypedef pair < unsigned, unsigned >Edge;\n\tEdge edge_array[] = { Edge(0, 1) };\n\tunsigned E = sizeof(edge_array) / sizeof(Edge);\n\tvector<Edge> es(edge_array,edge_array+E);\n\tdouble width=100;\n\tdouble height=100;\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tConstrainedFDLayout alg(rs, es, width/2);\n\tCompoundConstraints ccs;\n\tAlignmentConstraint ac(vpsc::YDIM);\n\tccs.push_back(&ac);\n\tac.addShape(0,0);\n\tac.addShape(5,0);\n\talg.setConstraints(ccs);\n    try {\n\t    alg.run();\n    } catch (cola::InvalidVariableIndexException& e) {\n        cerr << e.what() << endl;\n\t\treturn 0;\n    }\n\t//assert(fabs(rs[0]->getCentreX()-rs[3]->getCentreX())<0.001);\n\tcout<<rs[0]->getCentreX()<<\",\"<<rs[1]->getCentreX()<<endl;\n\t//output_svg(rs,es,\"unsatisfiable.svg\");\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 1;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/large_graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n// Loads a graph from a text file, generates constraints for each edge requiring them\n// to point downwards, and proceeds to produce a layout using libcola.\n// The input file format is 2 numeric node labels per line separated by a space,\n// each pair representing a directed edge.  Node labels are simply used as array\n// offsets so they should start from 0.\n// The graph should be connected.\n// Default input file is the matrix market 1138_bus graph.\n// Running times:\n//    no constraints - steepest descent solver: 149 seconds\n//    no constraints - mosek: 49.47 seconds\n//    no constraints - conjugate gradient solver: 12.2 seconds\n//    dir-edge constraints - mosek: 214.2 seconds\n//    \n//    V=1138\n#include<iostream>\n#include<iomanip>\n#include<fstream>\n#include<vector>\n#include<valarray>\n#include <libvpsc/linesegment.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\n\nint countCrossings(vpsc::Rectangles& rs, vector<cola::Edge>& es) {\n    int crossings=0;\n    for(unsigned i=0;i<es.size()-1;++i) {\n        for(unsigned j=i+1;j<es.size();++j) {\n            Edge e1=es[i], e2=es[j];\n            Rectangle *e1a=rs[e1.first], \n                      *e1b=rs[e1.second], \n                      *e2a=rs[e2.first], \n                      *e2b=rs[e2.second];\n            linesegment::LineSegment s1(\n                    linesegment::Vector(e1a->getCentreX(),e1a->getCentreY()),\n                    linesegment::Vector(e1b->getCentreX(),e1b->getCentreY()));\n            linesegment::LineSegment s2(\n                    linesegment::Vector(e2a->getCentreX(),e2a->getCentreY()),\n                    linesegment::Vector(e2b->getCentreX(),e2b->getCentreY()));\n            linesegment::Vector point;\n            if(s1.Intersect(s2,point)==linesegment::LineSegment::INTERSECTING) {\n                ++crossings;\n            }\n        }\n    }\n    return crossings;\n}\nint main() {\n    const char *fname=\"data/1138_bus.txt\"; //\"data/dg_850.txt\";\n    ifstream f(fname);\n    if(!f.is_open()) {\n        cout << \"Error opening file: \" << fname << endl;\n        exit(1);\n    }\n    string startlabel, endlabel;\n    unsigned V = 0;\n    double defaultEdgeLength=40;\n    vector<Edge> es;\n    CompoundConstraints cx,cy;\n    while(!getline(f,startlabel,' ').eof()) {\n        getline(f,endlabel);\n        unsigned start = atoi(startlabel.c_str()),\n             end = atoi(endlabel.c_str());\n        es.push_back(make_pair(start,end));\n        cy.push_back(\n            new SeparationConstraint(end,start,defaultEdgeLength/3));\n        V=max(V,max(start,end));\n    }\n    V++;\n    /*\n    DFS::Graph dfs(V,es);\n    for(unsigned i=1;i<dfs.order.size();i++) {\n        cx.push_back(\n                new SeparationConstraint(dfs.order[i-1],dfs.order[i],0));\n    }\n    */\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    vector<pair<double,double> > startpos(V);\n    //srand(time(nullptr));\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n    //const char *testname=\"large_graph\";\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,CG,false,testname,\"cg\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,IP,false,testname,\"ip\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,false,testname,\"ugp\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,false,testname,\"sgp\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,IP,true,testname,\"cip\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,true,testname,\"cugp\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,true,testname,\"csgp\");\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n    cout<<\"Initial crossings=\"<<countCrossings(rs,es)<<endl;\n\tCheckProgress test(0.0001,200);\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,nullptr,test);\n    alg.setYConstraints(&cy);\n\talg.run();\n    cout<<\"Majorization crossings=\"<<countCrossings(rs,es)<<endl;\n\tOutputFile output1(rs,es,nullptr,\"large_graph-majorization.pdf\");\n    output1.generate();\n\tConstrainedFDLayout alg2(rs,es,defaultEdgeLength,nullptr,test);\n    alg2.setYConstraints(&cy);\n\talg2.run();\n    cout<<\"PStress crossings=\"<<countCrossings(rs,es)<<endl;\n\tOutputFile output(rs,es,nullptr,\"large_graph.pdf\");\n\toutput.generate();\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/makefeasible.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the\n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not,\n * write to the Free Software Foundation, Inc., 59 Temple Place,\n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n#include <fstream>\n#include <sstream>\n\n#include <libavoid/libavoid.h>\n#include <libavoid/router.h>\n\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nusing namespace vpsc;\n\n/*\n// |V|=12, |E|=23\nstatic const unsigned DAGDEPTH = 3;\nstatic const unsigned BRANCHFACTOR = 3;\nstatic const double EXTRAEDGEPROB = 0.5;\n*/\n/*\n// |V|=26, |E|=61\nstatic const unsigned DAGDEPTH = 3;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.1;\n*/\n\n/*\n// |V|=62, |E|=85\nstatic const unsigned DAGDEPTH = 4;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.01;\n*/\n/*\n// |V|=131, |E|=166\nstatic const unsigned DAGDEPTH = 5;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.005;\n*/\n\nstatic const unsigned DAGDEPTH = 6;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.002;\n/*\n// |V|=343, |E|=487\nseed=1208390913;\nstatic const unsigned DAGDEPTH = 6;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.002;\n*/\n\nvoid makeEdge(unsigned u, unsigned v,\n        vector<Edge> &edges, CompoundConstraints &ccs) {\n    edges.push_back(make_pair(u,v));\n    ccs.push_back(new SeparationConstraint(vpsc::YDIM, u,v,5));\n}\nvector<Edge> random_dag(unsigned depth, unsigned maxbranch, unsigned &V,\n        CompoundConstraints &ccs) {\n    printf(\"DAG depth=%d\\nmaxbranch=%d\\nextraedgeprob%f\\n\",depth,maxbranch,EXTRAEDGEPROB);\n\tvector<Edge> edges;\n    unsigned lstart=0, lend=1;\n    V=0;\n\tfor(unsigned i=0;i<depth;i++) {\n        for(unsigned j=lstart;j<lend;j++) {\n            //makeEdge(j,++V,edges,cy);\n            //makeEdge(j,++V,edges,cy);\n            for(unsigned k=0;k<maxbranch;k++) {\n                double r=(double)rand()/(double)RAND_MAX;\n                if(r < 0.5) {\n                    makeEdge(j,++V,edges,ccs);\n                }\n            }\n        }\n        lstart=lend;\n        lend=V+1;\n    }\n    V++;\n    /*\n    DFS::Graph dfs(V,edges);\n    for(unsigned i=1;i<dfs.order.size();i++) {\n        cx.push_back(\n                new SeparationConstraint(dfs.order[i-1],dfs.order[i],0.5));\n    }\n    */\n    for(unsigned i=0;i<V;++i) {\n        for(unsigned j=i+1;j<V;++j) {\n            double r=(double)rand()/(double)RAND_MAX;\n            if(r < EXTRAEDGEPROB) {\n                makeEdge(i,j,edges,ccs);\n            }\n        }\n    }\n    /*\n    for(unsigned i=0;i<dfs.leaves.size();i++) {\n        for(unsigned j=1;j<dfs.leaves[i].size();j++) {\n            cx.push_back( new SeparationConstraint(dfs.leaves[i][j-1],dfs.leaves[i][j],10));\n        }\n    }\n    */\n\treturn edges;\n}\nvoid removeoverlaps(vpsc::Rectangles &rs, bool bothaxes) {\n\tdouble xBorder=0, yBorder=0;\n    static const double EXTRA_GAP=1e-5;\n\tunsigned n=rs.size();\n\ttry {\n\t\t// The extra gap avoids numerical imprecision problems\n\t\tRectangle::setXBorder(xBorder+EXTRA_GAP);\n\t\tRectangle::setYBorder(yBorder+EXTRA_GAP);\n        vpsc::Variables vs(n);\n\t\tunsigned i=0;\n\t\tfor(Variables::iterator v=vs.begin();v!=vs.end();++v,++i) {\n\t\t\t*v=new Variable(i,0,1);\n\t\t}\n        vpsc::Constraints cs;\n        vpsc::generateXConstraints(rs,vs,cs,bothaxes);\n        vpsc::IncSolver vpsc_x(vs,cs);\n\t\tvpsc_x.solve();\n        vpsc::Rectangles::iterator r=rs.begin();\n\t\tfor(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n\t\t\tassert((*v)->finalPosition==(*v)->finalPosition);\n\t\t\t(*r)->moveCentreX((*v)->finalPosition);\n\t\t}\n\t\tassert(r==rs.end());\n\t\tfor_each(cs.begin(),cs.end(),vpsc::delete_object());\n\t\tcs.clear();\n        if(bothaxes) {\n            // Removing the extra gap here ensures things that were moved to be adjacent to one another above are not considered overlapping\n            Rectangle::setXBorder(Rectangle::xBorder-EXTRA_GAP);\n            vpsc::generateYConstraints(rs,vs,cs);\n            vpsc::IncSolver vpsc_y(vs,cs);\n            vpsc_y.solve();\n            r=rs.begin();\n            for(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n                (*r)->moveCentreY((*v)->finalPosition);\n            }\n            for_each(cs.begin(),cs.end(),vpsc::delete_object());\n            cs.clear();\n            Rectangle::setYBorder(Rectangle::yBorder-EXTRA_GAP);\n            vpsc::generateXConstraints(rs,vs,cs,false);\n            vpsc::IncSolver vpsc_x2(vs,cs);\n            vpsc_x2.solve();\n            r=rs.begin();\n            for(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n                (*r)->moveCentreX((*v)->finalPosition);\n            }\n            for_each(cs.begin(),cs.end(),vpsc::delete_object());\n        }\n\t\tfor_each(vs.begin(),vs.end(),vpsc::delete_object());\n\t} catch (char *str) {\n\t\tstd::cerr<<str<<std::endl;\n\t\tfor(vpsc::Rectangles::iterator r=rs.begin();r!=rs.end();++r) {\n\t\t\tstd::cerr << **r <<std::endl;\n\t\t}\n\t}\n    Rectangle::setXBorder(xBorder);\n    Rectangle::setYBorder(yBorder);\n}\n/*\nvoid writeTextFile(vector<cola::Edge>& edges) {\n    ofstream outfile(\"new.txt\",ofstream::binary);\n    for(vector<cola::Edge>::iterator e=edges.begin();e!=edges.end();++e) {\n        outfile<<\"node\"<<e->first<<\",node\"<<e->second<<endl;\n    }\n    outfile.close();\n}\n*/\n/*\n * Make feasible:\n *   - remove overlaps between rectangular boundaries of nodes/clusters\n *     (respecting structural constraints)\n *   - perform routing (preserve previous topology using rubber banding)\n */\nvoid makeFeasible(vpsc::Rectangles& rs, vector<cola::Edge>& edges,\n    std::vector<topology::Edge*>& routes,\n    std::vector<topology::Node*>& topologyNodes, double defaultEdgeLength) {\n    printf(\"Removing overlaps...\\n\");\n    removeoverlaps(rs,false);\n    printf(\"done.\\n\");\n    printf(\"Running libavoid to compute routes...\\n\");\n    clock_t libavoidstarttime=clock();\n    // find feasible routes for edges\n    Avoid::Router *router = new Avoid::Router(Avoid::PolyLineRouting);\n    // Use rotational sweep for point visibility\n    router->UseLeesAlgorithm = true;\n    // Don't use invisibility graph.\n    router->InvisibilityGrph = false;\n    double g=0; // make shape that libavoid sees slightly smaller\n    for(unsigned i=0;i<rs.size();++i) {\n        vpsc::Rectangle* r=rs[i];\n        double x=r->getMinX()+g;\n        double X=r->getMaxX()-g;\n        double y=r->getMinY()+g;\n        double Y=r->getMaxY()-g;\n        // Create the ShapeRef:\n        Avoid::Polygon shapePoly(4);\n        // AntiClockwise!\n        shapePoly.ps[0] = Avoid::Point(X,y);\n        shapePoly.ps[1] = Avoid::Point(X,Y);\n        shapePoly.ps[2] = Avoid::Point(x,Y);\n        shapePoly.ps[3] = Avoid::Point(x,y);\n        //if(i==4||i==13||i==9) {\n            //printf(\"rect[%d]:{%f,%f,%f,%f}\\n\",i,x,y,X,Y);\n        //}\n        unsigned int shapeID = i + 1;\n        Avoid::ShapeRef *shapeRef = new Avoid::ShapeRef(router, shapePoly,\n                shapeID);\n        // ShapeRef constructor makes a copy of polygon so we can free it:\n        router->addShape(shapeRef);\n    }\n    for(unsigned i=0;i<edges.size();++i) {\n        cola::Edge e=edges[i];\n        Avoid::ConnRef *connRef;\n        unsigned int connID = i + rs.size() + 1;\n        Rectangle* r0=rs[e.first], *r1=rs[e.second];\n        Avoid::Point srcPt(r0->getCentreX(),r0->getCentreY());\n        Avoid::Point dstPt(r1->getCentreX(),r1->getCentreY());\n        connRef = new Avoid::ConnRef(router, srcPt, dstPt, connID);\n        router->processTransaction();\n        const Avoid::Polygon& route = connRef->route();\n        vector<topology::EdgePoint*> eps;\n        eps.push_back( new topology::EdgePoint( topologyNodes[e.first],\n                    topology::EdgePoint::CENTRE));\n        for(size_t j=1;j+1<route.size();j++) {\n            const Avoid::Point& p = route.ps[j];\n            const unsigned nodeID=p.id-1;\n            topology::Node* node=topologyNodes[nodeID];\n            topology::EdgePoint::RectIntersect ri;\n            switch(p.vn) {\n                case 0: ri=topology::EdgePoint::BR;\n                        break;\n                case 1: ri=topology::EdgePoint::TR;\n                        break;\n                case 2: ri=topology::EdgePoint::TL;\n                        break;\n                case 3: ri=topology::EdgePoint::BL;\n                        break;\n                default: ri=topology::EdgePoint::CENTRE;\n            }\n            eps.push_back(new topology::EdgePoint(node,ri));\n        }\n        eps.push_back(new topology::EdgePoint(topologyNodes[e.second],\n                    topology::EdgePoint::CENTRE));\n        topology::Edge* edgeRoute=new topology::Edge(i,defaultEdgeLength, eps);\n        edgeRoute->assertConvexBends();\n        routes.push_back(edgeRoute);\n\n    }\n    writeFile(topologyNodes,routes,\"beautify0.svg\");\n    assert(topology::assertNoSegmentRectIntersection(topologyNodes,routes));\n    double libavoidtime=double(clock()-libavoidstarttime)/double(CLOCKS_PER_SEC);\n    cout << \"done. Libavoid ran in \" << libavoidtime << \" seconds\" << endl;\n    delete router;\n}\nint main() {\n    unsigned V;\n    CompoundConstraints ccs;\n\n    int seed = time(nullptr);\n    //seed=1207906420;\n    //seed=1207920674;\n    //seed=1207982613;\n    //seed=1207984219;\n    seed=1207984299;\n    //seed=1207984743;\n    //seed=1207985027; // very short edge which seems to cause problems\n    //seed=1207986026; // error if we don't check neighbour is actually on scanline when determining visibility when generating straight constraints\n    //seed=1207991731;\n    //seed=1208303930;\n    //seed=1208304508;\n    //seed=1208316284;\n    //seed=1208319019;\n    //seed=1208321702;\n    printf(\"random seed=%d\\n\",seed);\n    srand(seed);\n    vector<Edge> es = random_dag(DAGDEPTH,BRANCHFACTOR,V,ccs);\n    double defaultEdgeLength=40;\n\n    cout << \"V=\"<<V<<endl;\n    cout << \"E=\"<<es.size()<<endl;\n    double width=700;\n    double height=700;\n    vector<pair<double,double> > startpos(V);\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n\tvector<vpsc::Rectangle*> rs;\n    vector<topology::Node*> topologyNodes;\n    vector<topology::Edge*> routes;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n        vpsc::Rectangle* r =new vpsc::Rectangle(x,x+30,y,y+10);\n\t\trs.push_back(r);\n        topologyNodes.push_back(new topology::Node(i,r));\n\t}\n\tCheckProgress test(0.01,100);\n    clock_t unconstrainedstarttime=clock();\n    //writeTextFile(es);\n    es.clear();\n\tConstrainedFDLayout alg2(rs,es,defaultEdgeLength,nullptr,test);\n    //alg2.setConstraints(&ccs);\n\n    alg2.makeFeasible(true);\n    alg2.run();\n\n    alg2.outputInstanceToSVG();\n#if 0\n    double totaltime=0;\n    double unconstrainedtime=double(clock()-unconstrainedstarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=unconstrainedstarttime;\n    cout<<\"unconstrained layout ran in \"<<unconstrainedtime<<\" seconds\"<<endl;\n    clock_t makefeasiblestarttime=clock();\n    makeFeasible(rs,es,routes,topologyNodes,defaultEdgeLength);\n    double makefeasibletime=double(clock()-makefeasiblestarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=makefeasibletime;\n    cout<<\"makefeasible ran in \"<<makefeasibletime<<\" seconds\"<<endl;\n    clock_t beautifystarttime=clock();\n    test.reset();\n    alg2.setTopology(&topologyNodes, &routes);\n    writeFile(topologyNodes,routes,\"beautify1.svg\");\n    std::stringstream dunnartfile;\n    dunnartfile << \"v\" << V << \"e\" << (int) es.size() << \".svg\";\n    writeDunnartFile(topologyNodes,es,dunnartfile.str().c_str());\n\n\talg2.run();\n    double beautifytime=double(clock()-beautifystarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=beautifytime;\n    cout<<\"beautify ran in \"<<beautifytime<<\" seconds\"<<endl;\n    cout<<\"TOTAL=\"<<totaltime<<endl;\n    cout <<\"---------------------------------------------\"<< endl;\n    cout <<V<<\" & \"<<es.size()<<\" & \"<<unconstrainedtime<<\" & \"<<makefeasibletime<<\" & \"<<beautifytime<<\" & \"<<totaltime<<\" \\\\\\\\ % Seed: \"<< seed <<endl;\n    writeFile(topologyNodes,routes,\"beautify2.svg\");\n#endif\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/makefeasible02.cpp",
    "content": "#include <vector>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    double defaultEdgeLength=40;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(252, 272, 930, 950);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(109, 129, 898, 918);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(252, 272, 951, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(99, 139, 931, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(593, 665, 212.5, 459.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(398, 518, 52, 96);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(341, 361, 899, 919);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(450, 470, 930, 950);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(402, 422, 930, 950);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(394, 414, 861, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(394, 414, 840, 860);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(282, 302, 852, 872);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(173, 193, 852, 872);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(521, 541, 851, 871);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(313, 401, 739, 783);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 757, 777);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 688, 708);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(447, 467, 616, 636);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(421, 441, 471, 491);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(196.5, 359.5, 575, 619);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(366, 386, 437, 457);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 391, 411);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 325, 345);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(393, 413, 325, 345);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(515, 535, 182, 202);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 255, 275);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 160, 180);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(366, 386, 289, 309);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 270, 290);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 289, 309);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(320, 340, 256, 276);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(270, 290, 256, 276);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(144, 164, 251, 271);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 214, 234);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 195, 215);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(279, 299, 173, 193);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(306, 326, 141, 161);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(306, 326, 120, 140);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(34.5, 295.5, 39.5, 74.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(225, 245, 895, 915);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(446, 466, 543, 563);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 233, 253);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(211, 231, 308, 328);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(144, 164, 347, 367);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(144, 164, 373, 393);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(254, 274, 346, 366);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(254, 274, 372, 392);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(554, 594, 173, 213);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 121, 161);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 642, 682);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(134, 174, 206, 246);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(134, 174, 279, 319);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(285, 325, 426, 466);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(285, 325, 279, 319);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 208, 248);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 281, 321);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 714, 754);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 570, 610);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 498, 538);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(580, 620, 841, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(267, 307, 884, 924);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(503, 543, 931, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 841, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(331, 371, 841, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(331, 371, 798, 838);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(99, 139, 841, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(331, 371, 931, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(218, 258, 841, 881);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(165, 205, 884, 924);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 351, 391);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(85, 125, 336, 376);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(192, 232, 336, 376);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(192, 232, 362, 402);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(85, 125, 362, 402);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(20.5, 77.5, 716, 880);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(167, 187, 713, 733);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(99, 139, 714, 754);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(402, 422, 951, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(167, 187, 734, 754);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(450, 470, 951, 971);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(532.5, 669.5, 899.5, 934.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(471, 491, 471, 491);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(545, 565, 512, 532);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(518, 538, 531, 551);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(252, 272, 782, 802);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(495, 515, 512, 532);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(351, 391, 534, 574);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(400, 420, 573, 593);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(401, 421, 509, 529);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(436, 476, 426, 466);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(234, 290, 970, 1010);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(29, 85, 888, 928);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(234, 290, 991, 1031);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(261, 317, 889, 929);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(432, 488, 870, 910);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(384, 440, 970, 1010);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(314, 370, 851, 891);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(438, 494, 830, 870);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(202, 258, 842, 882);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(155, 211, 792, 832);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(503, 559, 791, 831);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(490, 546, 747, 787);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(366, 422, 678, 718);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(367, 423, 606, 646);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(341, 397, 461, 501);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(348, 404, 377, 417);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(490, 546, 381, 421);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(490, 546, 315, 355);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(375, 431, 365, 405);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(497, 553, 122, 162);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(490, 546, 245, 285);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(366, 422, 150, 190);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(348, 404, 229, 269);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 210, 250);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 229, 269);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(364, 420, 246, 286);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(190, 246, 246, 286);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(64, 120, 241, 281);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 154, 194);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 135, 175);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(261, 317, 213, 253);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(288, 344, 81, 121);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(288, 344, 160, 200);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(207, 263, 835, 875);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(366, 422, 533, 573);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 173, 213);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(193, 249, 248, 288);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(126, 182, 287, 327);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(126, 182, 413, 453);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(236, 292, 286, 326);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(236, 292, 412, 452);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(149, 205, 653, 693);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(384, 440, 891, 931);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(149, 205, 674, 714);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(432, 488, 991, 1031);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(515, 571, 461, 501);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(527, 583, 452, 492);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(500, 556, 571, 611);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(234, 290, 722, 762);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(539, 595, 502, 542);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(382, 438, 613, 653);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(383, 439, 449, 489);\n    rs.push_back(rect);\n\n#if 1\n    AlignmentConstraint *alignment2424608 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment2424608->addShape(0, 0);\n    alignment2424608->addShape(2, 0);\n    alignment2424608->addShape(45, 0);\n    alignment2424608->addShape(46, 0);\n    alignment2424608->addShape(84, 0);\n    alignment2424608->addShape(90, 0);\n    alignment2424608->addShape(92, 0);\n    alignment2424608->addShape(129, 0);\n    alignment2424608->addShape(130, 0);\n    alignment2424608->addShape(138, 0);\n    ccs.push_back(alignment2424608);\n    AlignmentConstraint *alignment2424744 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment2424744->addShape(1, 0);\n    alignment2424744->addShape(3, 0);\n    alignment2424744->addShape(65, 0);\n    alignment2424744->addShape(76, 0);\n    ccs.push_back(alignment2424744);\n    AlignmentConstraint *alignment1216038856 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216038856->addShape(4, 0);\n    ccs.push_back(alignment1216038856);\n    AlignmentConstraint *alignment1216038920 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216038920->addShape(5, 0);\n    alignment1216038920->addShape(7, 0);\n    alignment1216038920->addShape(15, 0);\n    alignment1216038920->addShape(16, 0);\n    alignment1216038920->addShape(17, 0);\n    alignment1216038920->addShape(21, 0);\n    alignment1216038920->addShape(22, 0);\n    alignment1216038920->addShape(25, 0);\n    alignment1216038920->addShape(26, 0);\n    alignment1216038920->addShape(40, 0);\n    alignment1216038920->addShape(48, 0);\n    alignment1216038920->addShape(49, 0);\n    alignment1216038920->addShape(54, 0);\n    alignment1216038920->addShape(55, 0);\n    alignment1216038920->addShape(56, 0);\n    alignment1216038920->addShape(57, 0);\n    alignment1216038920->addShape(58, 0);\n    alignment1216038920->addShape(62, 0);\n    alignment1216038920->addShape(69, 0);\n    alignment1216038920->addShape(79, 0);\n    alignment1216038920->addShape(89, 0);\n    alignment1216038920->addShape(94, 0);\n    alignment1216038920->addShape(134, 0);\n    ccs.push_back(alignment1216038920);\n    AlignmentConstraint *alignment1216038984 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216038984->addShape(6, 0);\n    alignment1216038984->addShape(63, 0);\n    alignment1216038984->addShape(64, 0);\n    alignment1216038984->addShape(66, 0);\n    ccs.push_back(alignment1216038984);\n    AlignmentConstraint *alignment1216039048 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216039048->addShape(8, 0);\n    alignment1216039048->addShape(77, 0);\n    alignment1216039048->addShape(87, 0);\n    alignment1216039048->addShape(88, 0);\n    alignment1216039048->addShape(95, 0);\n    alignment1216039048->addShape(132, 0);\n    alignment1216039048->addShape(140, 0);\n    alignment1216039048->addShape(141, 0);\n    ccs.push_back(alignment1216039048);\n    AlignmentConstraint *alignment1216039112 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216039112->addShape(9, 0);\n    alignment1216039112->addShape(10, 0);\n    alignment1216039112->addShape(23, 0);\n    alignment1216039112->addShape(108, 0);\n    ccs.push_back(alignment1216039112);\n    AlignmentConstraint *alignment1216039176 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216039176->addShape(11, 0);\n    alignment1216039176->addShape(35, 0);\n    alignment1216039176->addShape(60, 0);\n    alignment1216039176->addShape(93, 0);\n    alignment1216039176->addShape(120, 0);\n    ccs.push_back(alignment1216039176);\n    AlignmentConstraint *alignment1216039240 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216039240->addShape(12, 0);\n    alignment1216039240->addShape(68, 0);\n    alignment1216039240->addShape(99, 0);\n    ccs.push_back(alignment1216039240);\n    AlignmentConstraint *alignment1216039304 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216039304->addShape(13, 0);\n    alignment1216039304->addShape(83, 0);\n    alignment1216039304->addShape(100, 0);\n    alignment1216039304->addShape(137, 0);\n    ccs.push_back(alignment1216039304);\n    AlignmentConstraint *alignment1216040464 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040464->addShape(14, 0);\n    ccs.push_back(alignment1216040464);\n    AlignmentConstraint *alignment1216040528 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040528->addShape(18, 0);\n    ccs.push_back(alignment1216040528);\n    AlignmentConstraint *alignment1216040592 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040592->addShape(19, 0);\n    alignment1216040592->addShape(31, 0);\n    ccs.push_back(alignment1216040592);\n    AlignmentConstraint *alignment1216040656 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040656->addShape(20, 0);\n    alignment1216040656->addShape(27, 0);\n    alignment1216040656->addShape(86, 0);\n    alignment1216040656->addShape(105, 0);\n    alignment1216040656->addShape(112, 0);\n    ccs.push_back(alignment1216040656);\n    AlignmentConstraint *alignment1216040720 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040720->addShape(24, 0);\n    alignment1216040720->addShape(61, 0);\n    alignment1216040720->addShape(109, 0);\n    ccs.push_back(alignment1216040720);\n    AlignmentConstraint *alignment1216040784 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216040784->addShape(28, 0);\n    alignment1216040784->addShape(29, 0);\n    alignment1216040784->addShape(33, 0);\n    alignment1216040784->addShape(34, 0);\n    alignment1216040784->addShape(41, 0);\n    alignment1216040784->addShape(42, 0);\n    alignment1216040784->addShape(113, 0);\n    alignment1216040784->addShape(114, 0);\n    alignment1216040784->addShape(116, 0);\n    alignment1216040784->addShape(118, 0);\n    alignment1216040784->addShape(119, 0);\n    alignment1216040784->addShape(125, 0);\n    alignment1216040784->addShape(126, 0);\n    ccs.push_back(alignment1216040784);\n    AlignmentConstraint *alignment1216034032 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034032->addShape(30, 0);\n    ccs.push_back(alignment1216034032);\n    AlignmentConstraint *alignment1216035736 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035736->addShape(32, 0);\n    alignment1216035736->addShape(43, 0);\n    alignment1216035736->addShape(44, 0);\n    alignment1216035736->addShape(50, 0);\n    alignment1216035736->addShape(51, 0);\n    alignment1216035736->addShape(127, 0);\n    alignment1216035736->addShape(128, 0);\n    ccs.push_back(alignment1216035736);\n    AlignmentConstraint *alignment1216035800 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035800->addShape(36, 0);\n    alignment1216035800->addShape(37, 0);\n    alignment1216035800->addShape(121, 0);\n    alignment1216035800->addShape(122, 0);\n    ccs.push_back(alignment1216035800);\n    AlignmentConstraint *alignment1216035864 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035864->addShape(38, 0);\n    ccs.push_back(alignment1216035864);\n    AlignmentConstraint *alignment1216035928 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035928->addShape(39, 0);\n    alignment1216035928->addShape(67, 0);\n    alignment1216035928->addShape(98, 0);\n    alignment1216035928->addShape(123, 0);\n    ccs.push_back(alignment1216035928);\n    AlignmentConstraint *alignment1216035992 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035992->addShape(47, 0);\n    ccs.push_back(alignment1216035992);\n    AlignmentConstraint *alignment1216036056 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036056->addShape(52, 0);\n    alignment1216036056->addShape(53, 0);\n    ccs.push_back(alignment1216036056);\n    AlignmentConstraint *alignment1216036120 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036120->addShape(59, 0);\n    alignment1216036120->addShape(80, 0);\n    ccs.push_back(alignment1216036120);\n    AlignmentConstraint *alignment1216036184 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036184->addShape(70, 0);\n    alignment1216036184->addShape(73, 0);\n    ccs.push_back(alignment1216036184);\n    AlignmentConstraint *alignment1216036248 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036248->addShape(71, 0);\n    alignment1216036248->addShape(72, 0);\n    ccs.push_back(alignment1216036248);\n    AlignmentConstraint *alignment1216036312 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036312->addShape(74, 0);\n    ccs.push_back(alignment1216036312);\n    AlignmentConstraint *alignment1216036376 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036376->addShape(75, 0);\n    alignment1216036376->addShape(78, 0);\n    alignment1216036376->addShape(131, 0);\n    alignment1216036376->addShape(133, 0);\n    ccs.push_back(alignment1216036376);\n    AlignmentConstraint *alignment1216036440 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036440->addShape(81, 0);\n    ccs.push_back(alignment1216036440);\n    AlignmentConstraint *alignment1216036504 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036504->addShape(82, 0);\n    alignment1216036504->addShape(136, 0);\n    ccs.push_back(alignment1216036504);\n    AlignmentConstraint *alignment1216036568 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036568->addShape(85, 0);\n    ccs.push_back(alignment1216036568);\n    AlignmentConstraint *alignment1216036632 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216036632->addShape(91, 0);\n    ccs.push_back(alignment1216036632);\n    AlignmentConstraint *alignment1216034712 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034712->addShape(96, 0);\n    ccs.push_back(alignment1216034712);\n    AlignmentConstraint *alignment1216034776 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034776->addShape(97, 0);\n    ccs.push_back(alignment1216034776);\n    AlignmentConstraint *alignment1216034840 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034840->addShape(101, 0);\n    alignment1216034840->addShape(106, 0);\n    alignment1216034840->addShape(107, 0);\n    alignment1216034840->addShape(110, 0);\n    ccs.push_back(alignment1216034840);\n    AlignmentConstraint *alignment1216034904 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034904->addShape(102, 0);\n    alignment1216034904->addShape(103, 0);\n    alignment1216034904->addShape(111, 0);\n    alignment1216034904->addShape(115, 0);\n    alignment1216034904->addShape(124, 0);\n    ccs.push_back(alignment1216034904);\n    AlignmentConstraint *alignment1216034968 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216034968->addShape(104, 0);\n    ccs.push_back(alignment1216034968);\n    AlignmentConstraint *alignment1216035032 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035032->addShape(117, 0);\n    ccs.push_back(alignment1216035032);\n    AlignmentConstraint *alignment1216035096 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035096->addShape(135, 0);\n    ccs.push_back(alignment1216035096);\n    AlignmentConstraint *alignment1216035160 = new AlignmentConstraint((vpsc::Dim) 0, 0);\n    alignment1216035160->addShape(139, 0);\n    ccs.push_back(alignment1216035160);\n#endif\n\n#if 1\n    AlignmentConstraint *alignment1216035224 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035224->addShape(0, 0);\n    alignment1216035224->addShape(7, 0);\n    alignment1216035224->addShape(8, 0);\n    ccs.push_back(alignment1216035224);\n    AlignmentConstraint *alignment1216035288 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035288->addShape(1, 0);\n    alignment1216035288->addShape(6, 0);\n    alignment1216035288->addShape(39, 0);\n    alignment1216035288->addShape(60, 0);\n    alignment1216035288->addShape(68, 0);\n    alignment1216035288->addShape(91, 0);\n    alignment1216035288->addShape(93, 0);\n    alignment1216035288->addShape(132, 0);\n    ccs.push_back(alignment1216035288);\n    AlignmentConstraint *alignment1216035352 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035352->addShape(2, 0);\n    alignment1216035352->addShape(77, 0);\n    alignment1216035352->addShape(79, 0);\n    ccs.push_back(alignment1216035352);\n    AlignmentConstraint *alignment1216035416 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035416->addShape(3, 0);\n    alignment1216035416->addShape(61, 0);\n    alignment1216035416->addShape(66, 0);\n    ccs.push_back(alignment1216035416);\n    AlignmentConstraint *alignment1216035480 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035480->addShape(4, 0);\n    alignment1216035480->addShape(22, 0);\n    alignment1216035480->addShape(23, 0);\n    alignment1216035480->addShape(107, 0);\n    ccs.push_back(alignment1216035480);\n    AlignmentConstraint *alignment1216035544 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035544->addShape(5, 0);\n    ccs.push_back(alignment1216035544);\n    AlignmentConstraint *alignment1216035608 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216035608->addShape(9, 0);\n    alignment1216035608->addShape(96, 0);\n    ccs.push_back(alignment1216035608);\n    AlignmentConstraint *alignment1216042672 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042672->addShape(10, 0);\n    alignment1216042672->addShape(97, 0);\n    alignment1216042672->addShape(123, 0);\n    ccs.push_back(alignment1216042672);\n    AlignmentConstraint *alignment1216042736 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042736->addShape(11, 0);\n    alignment1216042736->addShape(12, 0);\n    alignment1216042736->addShape(13, 0);\n    alignment1216042736->addShape(59, 0);\n    alignment1216042736->addShape(62, 0);\n    alignment1216042736->addShape(63, 0);\n    alignment1216042736->addShape(65, 0);\n    alignment1216042736->addShape(67, 0);\n    alignment1216042736->addShape(98, 0);\n    ccs.push_back(alignment1216042736);\n    AlignmentConstraint *alignment1216042800 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042800->addShape(14, 0);\n    ccs.push_back(alignment1216042800);\n    AlignmentConstraint *alignment1216042864 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042864->addShape(15, 0);\n    alignment1216042864->addShape(101, 0);\n    ccs.push_back(alignment1216042864);\n    AlignmentConstraint *alignment1216042928 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042928->addShape(16, 0);\n    alignment1216042928->addShape(102, 0);\n    alignment1216042928->addShape(133, 0);\n    ccs.push_back(alignment1216042928);\n    AlignmentConstraint *alignment1216042992 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216042992->addShape(17, 0);\n    alignment1216042992->addShape(103, 0);\n    ccs.push_back(alignment1216042992);\n    AlignmentConstraint *alignment1216043056 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043056->addShape(18, 0);\n    alignment1216043056->addShape(81, 0);\n    alignment1216043056->addShape(104, 0);\n    alignment1216043056->addShape(135, 0);\n    ccs.push_back(alignment1216043056);\n    AlignmentConstraint *alignment1216043120 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043120->addShape(19, 0);\n    ccs.push_back(alignment1216043120);\n    AlignmentConstraint *alignment1216043184 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043184->addShape(20, 0);\n    alignment1216043184->addShape(52, 0);\n    alignment1216043184->addShape(89, 0);\n    ccs.push_back(alignment1216043184);\n    AlignmentConstraint *alignment1216043248 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043248->addShape(21, 0);\n    alignment1216043248->addShape(105, 0);\n    alignment1216043248->addShape(106, 0);\n    ccs.push_back(alignment1216043248);\n    AlignmentConstraint *alignment1216043312 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043312->addShape(24, 0);\n    alignment1216043312->addShape(47, 0);\n    alignment1216043312->addShape(125, 0);\n    ccs.push_back(alignment1216043312);\n    AlignmentConstraint *alignment1216043376 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043376->addShape(25, 0);\n    alignment1216043376->addShape(30, 0);\n    alignment1216043376->addShape(31, 0);\n    alignment1216043376->addShape(32, 0);\n    alignment1216043376->addShape(110, 0);\n    alignment1216043376->addShape(115, 0);\n    alignment1216043376->addShape(116, 0);\n    alignment1216043376->addShape(117, 0);\n    alignment1216043376->addShape(126, 0);\n    ccs.push_back(alignment1216043376);\n    AlignmentConstraint *alignment1216043440 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043440->addShape(26, 0);\n    alignment1216043440->addShape(111, 0);\n    alignment1216043440->addShape(118, 0);\n    ccs.push_back(alignment1216043440);\n    AlignmentConstraint *alignment1216043504 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043504->addShape(27, 0);\n    alignment1216043504->addShape(29, 0);\n    alignment1216043504->addShape(51, 0);\n    alignment1216043504->addShape(53, 0);\n    alignment1216043504->addShape(55, 0);\n    ccs.push_back(alignment1216043504);\n    AlignmentConstraint *alignment1216043568 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043568->addShape(28, 0);\n    ccs.push_back(alignment1216043568);\n    AlignmentConstraint *alignment1216043632 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043632->addShape(33, 0);\n    alignment1216043632->addShape(50, 0);\n    alignment1216043632->addShape(54, 0);\n    ccs.push_back(alignment1216043632);\n    AlignmentConstraint *alignment1216043696 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043696->addShape(34, 0);\n    ccs.push_back(alignment1216043696);\n    AlignmentConstraint *alignment1216043760 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043760->addShape(35, 0);\n    alignment1216043760->addShape(122, 0);\n    ccs.push_back(alignment1216043760);\n    AlignmentConstraint *alignment1216043824 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043824->addShape(36, 0);\n    alignment1216043824->addShape(119, 0);\n    ccs.push_back(alignment1216043824);\n    AlignmentConstraint *alignment1216043888 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043888->addShape(37, 0);\n    ccs.push_back(alignment1216043888);\n    AlignmentConstraint *alignment1216043952 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216043952->addShape(38, 0);\n    ccs.push_back(alignment1216043952);\n    AlignmentConstraint *alignment1216044016 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044016->addShape(40, 0);\n    alignment1216044016->addShape(86, 0);\n    alignment1216044016->addShape(124, 0);\n    ccs.push_back(alignment1216044016);\n    AlignmentConstraint *alignment1216044080 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044080->addShape(41, 0);\n    ccs.push_back(alignment1216044080);\n    AlignmentConstraint *alignment1216044144 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044144->addShape(42, 0);\n    ccs.push_back(alignment1216044144);\n    AlignmentConstraint *alignment1216044208 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044208->addShape(43, 0);\n    alignment1216044208->addShape(45, 0);\n    alignment1216044208->addShape(70, 0);\n    alignment1216044208->addShape(71, 0);\n    ccs.push_back(alignment1216044208);\n    AlignmentConstraint *alignment1216044272 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044272->addShape(44, 0);\n    alignment1216044272->addShape(46, 0);\n    alignment1216044272->addShape(72, 0);\n    alignment1216044272->addShape(73, 0);\n    alignment1216044272->addShape(108, 0);\n    ccs.push_back(alignment1216044272);\n    AlignmentConstraint *alignment1216044336 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044336->addShape(48, 0);\n    alignment1216044336->addShape(109, 0);\n    ccs.push_back(alignment1216044336);\n    AlignmentConstraint *alignment1216044400 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044400->addShape(49, 0);\n    ccs.push_back(alignment1216044400);\n    AlignmentConstraint *alignment1216044464 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044464->addShape(56, 0);\n    alignment1216044464->addShape(76, 0);\n    ccs.push_back(alignment1216044464);\n    AlignmentConstraint *alignment1216044528 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044528->addShape(57, 0);\n    alignment1216044528->addShape(137, 0);\n    ccs.push_back(alignment1216044528);\n    AlignmentConstraint *alignment1216044592 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216044592->addShape(58, 0);\n    alignment1216044592->addShape(82, 0);\n    alignment1216044592->addShape(85, 0);\n    alignment1216044592->addShape(88, 0);\n    alignment1216044592->addShape(139, 0);\n    ccs.push_back(alignment1216044592);\n    AlignmentConstraint *alignment1216021552 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021552->addShape(64, 0);\n    ccs.push_back(alignment1216021552);\n    AlignmentConstraint *alignment1216021616 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021616->addShape(69, 0);\n    ccs.push_back(alignment1216021616);\n    AlignmentConstraint *alignment1216021680 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021680->addShape(74, 0);\n    ccs.push_back(alignment1216021680);\n    AlignmentConstraint *alignment1216021744 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021744->addShape(75, 0);\n    ccs.push_back(alignment1216021744);\n    AlignmentConstraint *alignment1216021808 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021808->addShape(78, 0);\n    alignment1216021808->addShape(138, 0);\n    ccs.push_back(alignment1216021808);\n    AlignmentConstraint *alignment1216021872 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021872->addShape(80, 0);\n    ccs.push_back(alignment1216021872);\n    AlignmentConstraint *alignment1216021936 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216021936->addShape(83, 0);\n    ccs.push_back(alignment1216021936);\n    AlignmentConstraint *alignment1216022000 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022000->addShape(84, 0);\n    ccs.push_back(alignment1216022000);\n    AlignmentConstraint *alignment1216022064 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022064->addShape(87, 0);\n    ccs.push_back(alignment1216022064);\n    AlignmentConstraint *alignment1216022128 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022128->addShape(90, 0);\n    alignment1216022128->addShape(95, 0);\n    ccs.push_back(alignment1216022128);\n    AlignmentConstraint *alignment1216022192 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022192->addShape(92, 0);\n    alignment1216022192->addShape(134, 0);\n    ccs.push_back(alignment1216022192);\n    AlignmentConstraint *alignment1216022256 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022256->addShape(94, 0);\n    ccs.push_back(alignment1216022256);\n    AlignmentConstraint *alignment1216022320 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022320->addShape(99, 0);\n    alignment1216022320->addShape(100, 0);\n    ccs.push_back(alignment1216022320);\n    AlignmentConstraint *alignment1216022384 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022384->addShape(112, 0);\n    alignment1216022384->addShape(114, 0);\n    ccs.push_back(alignment1216022384);\n    AlignmentConstraint *alignment1216022448 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022448->addShape(113, 0);\n    alignment1216022448->addShape(120, 0);\n    ccs.push_back(alignment1216022448);\n    AlignmentConstraint *alignment1216022512 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022512->addShape(121, 0);\n    ccs.push_back(alignment1216022512);\n    AlignmentConstraint *alignment1216022576 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022576->addShape(127, 0);\n    alignment1216022576->addShape(129, 0);\n    ccs.push_back(alignment1216022576);\n    AlignmentConstraint *alignment1216022640 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022640->addShape(128, 0);\n    alignment1216022640->addShape(130, 0);\n    ccs.push_back(alignment1216022640);\n    AlignmentConstraint *alignment1216022704 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022704->addShape(131, 0);\n    ccs.push_back(alignment1216022704);\n    AlignmentConstraint *alignment1216022768 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022768->addShape(136, 0);\n    alignment1216022768->addShape(141, 0);\n    ccs.push_back(alignment1216022768);\n    AlignmentConstraint *alignment1216022832 = new AlignmentConstraint((vpsc::Dim) 1, 0);\n    alignment1216022832->addShape(140, 0);\n    ccs.push_back(alignment1216022832);\n#endif\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength);\n    alg.setAvoidNodeOverlaps(true);\n    alg.setConstraints(ccs);\n    alg.makeFeasible();\n    alg.outputInstanceToSVG();\n    //alg.run();\n    return 0;\n};\n"
  },
  {
    "path": "cola/libcola/tests/makemovie.sh",
    "content": "pattern=containment\nwidth=200\nheight=260\nrm ${pattern}*.pdf\nfor file in ${pattern}*.svg\ndo\n\techo adding $file...\n\tinkscape -w$width -h$height -A ${file%.svg}.pdf $file 2> /dev/null\ndone\nconvert -page ${width}x${height} -delay 15 ${pattern}*.pdf $pattern.gif\n"
  },
  {
    "path": "cola/libcola/tests/max_acyclic_subgraph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <vector>\n#include <assert.h>\n#include <libcola/cola.h>\n#include <libcola/max_acyclic_subgraph.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nusing vpsc::Rectangle;\n\nint main()  {\n  MaxAcyclicSubgraph *mas;\n  Edges case_a, case_b, case_c, case_d, case_e, case_f;\n  Edges *subgraph = nullptr;\n\n  vector<Rectangle *> rs;\n  unsigned V;\n\n  // create case A\n  // case A consists of a basic graph where the start point is a source\n  cout << endl << \"ENTERING CASE A\" << endl;\n  V = 5;\n  case_a.push_back(Edge(0, 1));\n  case_a.push_back(Edge(1, 2));\n  case_a.push_back(Edge(2, 3));\n  case_a.push_back(Edge(3, 4));\n  case_a.push_back(Edge(4, 1));\n\n  // detect the subgraph\n  mas = new MaxAcyclicSubgraph(V, &case_a);\n  subgraph = mas->find_subgraph();\n\n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_a, \"mas_case_a.svg\", false, true, subgraph);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // create case B\n  // case B is the same graph of case A but with more elements\n  cout << endl << \"ENTERING CASE B\" << endl;\n  V = 7;\n  case_b.push_back(Edge(0, 1));\n  case_b.push_back(Edge(1, 2));\n  case_b.push_back(Edge(2, 3));\n  case_b.push_back(Edge(3, 4));\n  case_b.push_back(Edge(4, 1));\n  case_b.push_back(Edge(5, 2));\n  case_b.push_back(Edge(6, 5));\n\n  // detect the subgraph\n  mas->mod_graph(V, &case_b);\n  subgraph = mas->find_subgraph();\n  \n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,90,90+5));\n    rs.push_back(new Rectangle(65,65+5,90,90+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_b, \"mas_case_b.svg\", false, true, subgraph);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // create case C\n  // case C is a more complicated graph with nested subgraph\n  cout << endl << \"ENTERING CASE C\" << endl;\n  V = 14;\n  case_c.push_back(Edge(0, 1));\n  case_c.push_back(Edge(0, 5));\n  case_c.push_back(Edge(0, 6));\n  case_c.push_back(Edge(2, 0));\n  case_c.push_back(Edge(3, 5));\n  case_c.push_back(Edge(4, 3));\n  case_c.push_back(Edge(5, 4));\n  case_c.push_back(Edge(5, 13));\n  case_c.push_back(Edge(6, 2));\n  case_c.push_back(Edge(6, 9));\n  case_c.push_back(Edge(7, 6));\n  case_c.push_back(Edge(8, 7));\n  case_c.push_back(Edge(9, 10));\n  case_c.push_back(Edge(9, 11));\n  case_c.push_back(Edge(9, 12));\n  case_c.push_back(Edge(10, 6));\n  case_c.push_back(Edge(12, 10));\n  case_c.push_back(Edge(13, 4));\n\n  // detect the subgraph\n  mas->mod_graph(V, &case_c);\n  subgraph = mas->find_subgraph();\n\n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5)); // node 0\n    rs.push_back(new Rectangle(20,20+5,40,40+5)); // node 1\n    rs.push_back(new Rectangle(40,40+5,30,30+5)); // node 2\n    rs.push_back(new Rectangle(30,30+5,60,60+5)); // node 3\n    rs.push_back(new Rectangle(60,60+5,60,60+5)); // node 4\n    rs.push_back(new Rectangle(10,10+5,90,90+5)); // node 5\n    rs.push_back(new Rectangle(80,80+5,15,15+5)); // node 6\n    rs.push_back(new Rectangle(110,110+5,15,15+5)); // node 7\n    rs.push_back(new Rectangle(140,140+5,15,15+5)); // node 8\n    rs.push_back(new Rectangle(110,110+5,60,60+5)); // node 9\n    rs.push_back(new Rectangle(100,100+5,85,85+5)); // node 10\n    rs.push_back(new Rectangle(140,140+5,50,50+5)); // node 11\n    rs.push_back(new Rectangle(140,140+5,70,70+5)); // node 12\n    rs.push_back(new Rectangle(45,45+5,90,90+5)); // node 13\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_c, \"mas_case_c.svg\", false, true, subgraph);\n    for(int i = 0; i < V; i++) { delete rs[i]; }\n    rs.clear();\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // create case D\n  // case D consists of the same graph as case A but with a different starting location\n  cout << endl << \"ENTERING CASE D\" << endl;\n  V = 5;\n  case_d.push_back(Edge(0, 1));\n  case_d.push_back(Edge(1, 2));\n  case_d.push_back(Edge(2, 3));\n  case_d.push_back(Edge(3, 0));\n  case_d.push_back(Edge(4, 1));\n\n  // detect the subgraph\n  mas->mod_graph(V, &case_d);\n  subgraph = mas->find_subgraph();\n  \n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(65,65+5,60,60+5));\n    rs.push_back(new Rectangle(65,65+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,30,30+5));\n    rs.push_back(new Rectangle(30,30+5,60,60+5));\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_d, \"mas_case_d.svg\", false, true, subgraph);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // create case E\n  // case E is a reordering of case C\n  cout << endl << \"ENTERING CASE E\" << endl;\n  V = 14;\n  case_e.push_back(Edge(0, 6));\n  case_e.push_back(Edge(0, 9));\n  case_e.push_back(Edge(1, 4));\n  case_e.push_back(Edge(3, 10));\n  case_e.push_back(Edge(4, 3));\n  case_e.push_back(Edge(5, 0));\n  case_e.push_back(Edge(6, 7));\n  case_e.push_back(Edge(7, 0));\n  case_e.push_back(Edge(7, 2));\n  case_e.push_back(Edge(7, 10));\n  case_e.push_back(Edge(8, 5));\n  case_e.push_back(Edge(9, 12));\n  case_e.push_back(Edge(9, 11));\n  case_e.push_back(Edge(9, 13));\n  case_e.push_back(Edge(10, 1));\n  case_e.push_back(Edge(10, 4));\n  case_e.push_back(Edge(12, 0));\n  case_e.push_back(Edge(11, 12));\n\n  // detect the subgraph\n  mas->mod_graph(V, &case_e);\n  subgraph = mas->find_subgraph();\n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(80,80+5,15,15+5)); // node 6\n    rs.push_back(new Rectangle(45,45+5,90,90+5)); // node 13\n    rs.push_back(new Rectangle(20,20+5,40,40+5)); // node 1\n    rs.push_back(new Rectangle(30,30+5,60,60+5)); // node 3\n    rs.push_back(new Rectangle(60,60+5,60,60+5)); // node 4\n    rs.push_back(new Rectangle(110,110+5,15,15+5)); // node 7\n    rs.push_back(new Rectangle(40,40+5,30,30+5)); // node 2\n    rs.push_back(new Rectangle(10,10+5,10,10+5)); // node 0\n    rs.push_back(new Rectangle(140,140+5,15,15+5)); // node 8\n    rs.push_back(new Rectangle(110,110+5,60,60+5)); // node 9\n    rs.push_back(new Rectangle(10,10+5,90,90+5)); // node 5\n    rs.push_back(new Rectangle(140,140+5,70,70+5)); // node 12\n    rs.push_back(new Rectangle(100,100+5,85,85+5)); // node 10\n    rs.push_back(new Rectangle(140,140+5,50,50+5)); // node 11\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_e, \"mas_case_e.svg\", false, true, subgraph);\n    for(int i = 0; i < V; i++) { delete rs[i]; }\n    rs.clear();\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // create case F\n  // case F consists of the same graph with sinks\n  cout << endl << \"ENTERING CASE F\" << endl;\n  V = 3;\n  case_f.push_back(Edge(0, 1));\n  case_f.push_back(Edge(0, 2));\n  case_f.push_back(Edge(1, 2));\n\n  // detect the subgraph\n  mas->mod_graph(V, &case_f);\n  subgraph = mas->find_subgraph();\n\n  if (subgraph != nullptr)  {\n    cout << \"subgraph->size(): \" << subgraph->size() << endl;\n    cout << \"Ea: \";\n    for (unsigned i = 0; i < subgraph->size(); i++)  {\n      // print out the subgraph\n      cout << \"(\" << (*subgraph)[i].first << \", \" << (*subgraph)[i].second << \") \";\n    }\n\n    cout << endl;\n\n    // output a picture\n    rs.push_back(new Rectangle(10,10+5,10,10+5));\n    rs.push_back(new Rectangle(40,40+5,30,30+5));\n    rs.push_back(new Rectangle(15,15+5,60,60+5));\n\n    assert(rs.size() == V);\n\n    output_svg(rs, case_f, \"mas_case_f.svg\", false, true, subgraph);\n    for (unsigned i = 0; i < rs.size(); i++)  { delete rs[i]; }\n    rs.clear();\n    delete subgraph;\n  }\n  else  {\n    cout << \"No subgraph found\" << endl;\n  }\n\n  // END TEST\n  delete mas;\n\n  return 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/overlappingClusters01.cpp",
    "content": "// Based on debug file from Christoph Daniel Schulze \n// cgraph_3_after_layout.svg\n#include <vector>\n#include <utility>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    EdgeLengths eLengths;\n    double defaultEdgeLength=50;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(245.517, 247.517, 279.574, 281.574);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(222.742, 224.742, 318.708, 320.708);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(460.345, 462.345, 716.936, 718.936);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(607.846, 609.846, 665.496, 667.496);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(640.191, 642.191, 637.391, 639.391);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(743.519, 745.519, 865.48, 867.48);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(807.112, 809.112, 759.798, 761.798);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(807.112, 809.112, 699.132, 701.132);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(121.997, 123.997, 221.049, 223.049);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(224.354, 226.354, 80, 82);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(448.583, 450.583, 517.722, 519.722);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(460.345, 462.345, 639.516, 641.516);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(607.846, 609.846, 583.991, 585.991);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(607.846, 609.846, 684.476, 686.476);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(625.623, 627.623, 602.774, 604.774);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(289.325, 291.325, 455.243, 457.243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(207.785, 209.785, 222.762, 224.762);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(159.658, 161.658, 254.197, 256.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(650.816, 652.816, 809.48, 811.48);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(685.012, 687.012, 795.932, 797.932);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(751.112, 753.112, 643.132, 645.132);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(751.112, 753.112, 608.903, 610.903);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(320.184, 322.184, 377.132, 379.132);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(336.233, 338.233, 382.124, 384.124);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(153.571, 155.571, 391.657, 393.657);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(405.396, 407.396, 745.874, 747.874);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(460.345, 462.345, 727.442, 729.442);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(551.846, 553.846, 527.991, 529.991);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(669.714, 671.714, 583.991, 585.991);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(171.168, 221.168, 258.197, 308.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(110.328, 160.328, 266.708, 316.708);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(217.18, 267.18, 109.481, 159.481);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(632.075, 682.075, 858.531, 908.531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(689.012, 739.012, 813.48, 863.48);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(755.112, 805.112, 647.132, 697.132);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(786.403, 836.403, 560.258, 610.258);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(261.651, 311.651, 247.06, 297.06);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(304.164, 354.164, 322.708, 372.708);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(70, 120, 325.132, 375.132);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(353.92, 403.92, 770.169, 820.169);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(464.345, 514.345, 749.874, 799.874);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(555.846, 605.846, 531.991, 581.991);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.038, 746.038, 531.991, 581.991);\n    rs.push_back(rect);\n\n    es.push_back(std::make_pair(0, 1));\n    es.push_back(std::make_pair(0, 22));\n    es.push_back(std::make_pair(1, 23));\n    es.push_back(std::make_pair(1, 24));\n    es.push_back(std::make_pair(2, 3));\n    es.push_back(std::make_pair(2, 25));\n    es.push_back(std::make_pair(3, 4));\n    es.push_back(std::make_pair(3, 26));\n    es.push_back(std::make_pair(3, 27));\n    es.push_back(std::make_pair(4, 28));\n    es.push_back(std::make_pair(5, 6));\n    es.push_back(std::make_pair(5, 18));\n    es.push_back(std::make_pair(6, 7));\n    es.push_back(std::make_pair(6, 19));\n    es.push_back(std::make_pair(6, 20));\n    es.push_back(std::make_pair(7, 21));\n    es.push_back(std::make_pair(8, 17));\n    es.push_back(std::make_pair(9, 31));\n    es.push_back(std::make_pair(10, 11));\n    es.push_back(std::make_pair(10, 12));\n    es.push_back(std::make_pair(10, 13));\n    es.push_back(std::make_pair(10, 14));\n    es.push_back(std::make_pair(10, 15));\n    es.push_back(std::make_pair(10, 22));\n    es.push_back(std::make_pair(10, 23));\n    es.push_back(std::make_pair(11, 12));\n    es.push_back(std::make_pair(11, 25));\n    es.push_back(std::make_pair(11, 26));\n    es.push_back(std::make_pair(12, 27));\n    es.push_back(std::make_pair(12, 28));\n    es.push_back(std::make_pair(13, 14));\n    es.push_back(std::make_pair(13, 18));\n    es.push_back(std::make_pair(13, 19));\n    es.push_back(std::make_pair(14, 20));\n    es.push_back(std::make_pair(14, 21));\n    es.push_back(std::make_pair(15, 24));\n    es.push_back(std::make_pair(16, 17));\n    es.push_back(std::make_pair(16, 36));\n    es.push_back(std::make_pair(17, 29));\n    es.push_back(std::make_pair(17, 30));\n    es.push_back(std::make_pair(18, 32));\n    es.push_back(std::make_pair(19, 33));\n    es.push_back(std::make_pair(20, 34));\n    es.push_back(std::make_pair(21, 35));\n    es.push_back(std::make_pair(22, 36));\n    es.push_back(std::make_pair(23, 37));\n    es.push_back(std::make_pair(24, 38));\n    es.push_back(std::make_pair(25, 39));\n    es.push_back(std::make_pair(26, 40));\n    es.push_back(std::make_pair(27, 41));\n    es.push_back(std::make_pair(28, 42));\n    es.push_back(std::make_pair(31, 36));\n    es.push_back(std::make_pair(32, 33));\n    es.push_back(std::make_pair(34, 35));\n    es.push_back(std::make_pair(36, 37));\n    es.push_back(std::make_pair(39, 40));\n    es.push_back(std::make_pair(41, 42));\n\n    double padding = 6;\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\n    alg.setAvoidNodeOverlaps(true);\n    RootCluster *cluster140389150311456 = new RootCluster();\n    cluster140389150311456->addChildNode(0);\n    cluster140389150311456->addChildNode(1);\n    cluster140389150311456->addChildNode(2);\n    cluster140389150311456->addChildNode(3);\n    cluster140389150311456->addChildNode(4);\n    cluster140389150311456->addChildNode(5);\n    cluster140389150311456->addChildNode(6);\n    cluster140389150311456->addChildNode(7);\n    cluster140389150311456->addChildNode(8);\n    cluster140389150311456->addChildNode(9);\n    cluster140389150311456->addChildNode(10);\n    cluster140389150311456->addChildNode(11);\n    cluster140389150311456->addChildNode(12);\n    cluster140389150311456->addChildNode(13);\n    cluster140389150311456->addChildNode(14);\n    cluster140389150311456->addChildNode(15);\n    cluster140389150311456->addChildNode(16);\n    cluster140389150311456->addChildNode(17);\n    cluster140389150311456->addChildNode(18);\n    cluster140389150311456->addChildNode(19);\n    cluster140389150311456->addChildNode(20);\n    cluster140389150311456->addChildNode(21);\n    cluster140389150311456->addChildNode(22);\n    cluster140389150311456->addChildNode(23);\n    cluster140389150311456->addChildNode(24);\n    cluster140389150311456->addChildNode(25);\n    cluster140389150311456->addChildNode(26);\n    cluster140389150311456->addChildNode(27);\n    cluster140389150311456->addChildNode(28);\n    RectangularCluster *cluster140389152494880 = new RectangularCluster();\n    cluster140389152494880->setPadding(padding);\n    cluster140389152494880->addChildNode(36);\n    cluster140389150311456->addChildCluster(cluster140389152494880);\n    RectangularCluster *cluster140389150048048 = new RectangularCluster();\n    cluster140389150048048->setPadding(padding);\n    cluster140389150048048->addChildNode(38);\n    cluster140389150048048->addChildNode(37);\n    cluster140389150311456->addChildCluster(cluster140389150048048);\n    RectangularCluster *cluster140389150180400 = new RectangularCluster();\n    cluster140389150180400->setPadding(padding);\n    cluster140389150180400->addChildNode(30);\n    cluster140389150180400->addChildNode(29);\n    cluster140389150311456->addChildCluster(cluster140389150180400);\n    RectangularCluster *cluster140389150298288 = new RectangularCluster();\n    cluster140389150298288->setPadding(padding);\n    cluster140389150298288->addChildNode(39);\n    cluster140389150311456->addChildCluster(cluster140389150298288);\n    RectangularCluster *cluster140389150179600 = new RectangularCluster();\n    cluster140389150179600->setPadding(padding);\n    cluster140389150179600->addChildNode(41);\n    cluster140389150179600->addChildNode(40);\n    cluster140389150311456->addChildCluster(cluster140389150179600);\n    RectangularCluster *cluster140389150131760 = new RectangularCluster();\n    cluster140389150131760->setPadding(padding);\n    cluster140389150131760->addChildNode(42);\n    cluster140389150311456->addChildCluster(cluster140389150131760);\n    RectangularCluster *cluster140389150091712 = new RectangularCluster();\n    cluster140389150091712->setPadding(padding);\n    cluster140389150091712->addChildNode(32);\n    cluster140389150311456->addChildCluster(cluster140389150091712);\n    RectangularCluster *cluster140389152581264 = new RectangularCluster();\n    cluster140389152581264->setPadding(padding);\n    cluster140389152581264->addChildNode(34);\n    cluster140389152581264->addChildNode(33);\n    cluster140389150311456->addChildCluster(cluster140389152581264);\n    RectangularCluster *cluster140389144224352 = new RectangularCluster();\n    cluster140389144224352->setPadding(padding);\n    cluster140389144224352->addChildNode(35);\n    cluster140389150311456->addChildCluster(cluster140389144224352);\n    RectangularCluster *cluster140389144198304 = new RectangularCluster();\n    cluster140389144198304->setPadding(padding);\n    cluster140389144198304->addChildNode(30);\n    cluster140389144198304->addChildNode(29);\n    cluster140389150311456->addChildCluster(cluster140389144198304);\n    RectangularCluster *cluster140389144177184 = new RectangularCluster();\n    cluster140389144177184->setPadding(padding);\n    cluster140389144177184->addChildNode(31);\n    cluster140389150311456->addChildCluster(cluster140389144177184);\n    RectangularCluster *cluster140389144168944 = new RectangularCluster();\n    cluster140389144168944->setPadding(padding);\n    cluster140389144168944->addChildNode(36);\n    cluster140389144168944->addChildNode(37);\n    cluster140389150311456->addChildCluster(cluster140389144168944);\n    RectangularCluster *cluster140389144228288 = new RectangularCluster();\n    cluster140389144228288->setPadding(padding);\n    cluster140389144228288->addChildNode(39);\n    cluster140389144228288->addChildNode(40);\n    cluster140389150311456->addChildCluster(cluster140389144228288);\n    RectangularCluster *cluster140389144244064 = new RectangularCluster();\n    cluster140389144228288->setPadding(padding);\n    cluster140389144244064->addChildNode(42);\n    cluster140389144244064->addChildNode(41);\n    cluster140389150311456->addChildCluster(cluster140389144244064);\n    RectangularCluster *cluster140389144206000 = new RectangularCluster();\n    cluster140389144206000->setPadding(padding);\n    cluster140389144206000->addChildNode(32);\n    cluster140389144206000->addChildNode(33);\n    cluster140389150311456->addChildCluster(cluster140389144206000);\n    RectangularCluster *cluster140389144175920 = new RectangularCluster();\n    cluster140389144175920->setPadding(padding);\n    cluster140389144175920->addChildNode(35);\n    cluster140389144175920->addChildNode(34);\n    cluster140389150311456->addChildCluster(cluster140389144175920);\n    RectangularCluster *cluster140389144214752 = new RectangularCluster();\n    cluster140389144214752->setPadding(padding);\n    cluster140389144214752->addChildNode(38);\n    cluster140389150311456->addChildCluster(cluster140389144214752);\n    alg.setClusterHierarchy(cluster140389150311456);\n    alg.setConstraints(ccs);\n\n    UnsatisfiableConstraintInfos unsatisfiableX, unsatisfiableY;\n    alg.setUnsatisfiableConstraintInfo(&unsatisfiableX, &unsatisfiableY);\n    \n    //alg.makeFeasible();\n    alg.run();\n    //alg.outputInstanceToSVG(\"overlappingClusters01\");\n\n    for (size_t i = 0; i < unsatisfiableX.size(); ++i)\n    {\n\tprintf(\"%s\\n\", unsatisfiableX[i]->toString().c_str());\n    }\n    for (size_t i = 0; i < unsatisfiableY.size(); ++i)\n    {\n\tprintf(\"%s\\n\", unsatisfiableY[i]->toString().c_str());\n    }\n    alg.freeAssociatedObjects();\n    return (unsatisfiableX.empty() && unsatisfiableY.empty()) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libcola/tests/overlappingClusters02.cpp",
    "content": "// Based on Euler Diagram generation example discussed with Aidan Delaney. \n//\n//              B\n//             +-----------------------------+\n//  A          |             2       C       |\n// +-----------+----------------+   +---+    |\n// |           |     1          |   | 0 |    |\n// |           |                |   +---+    |\n// |     3     +----------------+------------+\n// |                            |\n// |                            |    4\n// +----------------------------+\n//\n\n#include <vector>\n#include <utility>\n#include <cstdlib>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    EdgeLengths eLengths;\n    double defaultEdgeLength=10;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    double width = 5;\n    double height = 5;\n    double pos = 0;\n\n    size_t nodes = 5;\n    for (size_t i = 0; i < nodes; ++i)\n    {\n        rect = new vpsc::Rectangle(pos, pos +width, pos, pos +height);\n        rs.push_back(rect);\n\n\t// XXX randomness is needed because COLA doesn't currently untangle\n\t// the graph properly if all the nodes begin at the same position.\n        pos += (rand() % 10) - 5;\n    }\n\n    // Euler dual graph (optional)\n    es.push_back(std::make_pair(2, 4));\n    es.push_back(std::make_pair(3, 4));\n    es.push_back(std::make_pair(1, 3));\n    es.push_back(std::make_pair(2, 1));\n    es.push_back(std::make_pair(2, 0));\n    \n    // Padding around the inside of clusters.\n    double padding = 3;\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\n    alg.setAvoidNodeOverlaps(true);\n    RootCluster *rootCluster = new RootCluster();\n\n    // A contains 1, 3\n    RectangularCluster *clusterA = new RectangularCluster();\n    clusterA->setPadding(padding);\n    clusterA->addChildNode(1);\n    clusterA->addChildNode(3);\n\n    // C contains 0\n    RectangularCluster *clusterC = new RectangularCluster();\n    clusterC->setPadding(padding);\n    clusterC->addChildNode(0);\n\n    // B contains 1, 2, C\n    RectangularCluster *clusterB = new RectangularCluster();\n    clusterB->setPadding(padding);\n    clusterB->addChildNode(1);\n    clusterB->addChildNode(2);\n    clusterB->addChildCluster(clusterC);\n\n    // node 4 is in the empty set.\n\n    rootCluster->addChildCluster(clusterA);\n    rootCluster->addChildCluster(clusterB);\n\n    alg.setConstraints(ccs);\n\n    UnsatisfiableConstraintInfos unsatisfiableX, unsatisfiableY;\n    alg.setUnsatisfiableConstraintInfo(&unsatisfiableX, &unsatisfiableY);\n    \n    alg.setClusterHierarchy(rootCluster);\n    //alg.makeFeasible();\n    alg.run();\n    alg.outputInstanceToSVG(\"overlappingClusters02\");\n    \n    for (size_t i = 0; i < unsatisfiableX.size(); ++i)\n    {\n\tprintf(\"%s\\n\", unsatisfiableX[i]->toString().c_str());\n    }\n    for (size_t i = 0; i < unsatisfiableY.size(); ++i)\n    {\n\tprintf(\"%s\\n\", unsatisfiableY[i]->toString().c_str());\n    }\n    alg.freeAssociatedObjects();\n    return (unsatisfiableX.empty() && unsatisfiableY.empty()) ? 0 : 1;\n};\n"
  },
  {
    "path": "cola/libcola/tests/overlappingClusters04.cpp",
    "content": "// From Aidan Delaney: a_b_ab_abc.json.svg \n// Regression test for SEGFAULT caused by specifing an invalid node index 7\n// in cluster description.\n#include <vector>\n#include <utility>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    EdgeLengths eLengths;\n    double defaultEdgeLength=10;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(0, 5, 0, 5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-2, 3, -2, 3);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-1, 4, -1, 4);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1, 6, 1, 6);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1, 6, 1, 6);\n    rs.push_back(rect);\n\n\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\n    alg.setAvoidNodeOverlaps(true);\n\n    RootCluster *cluster33771480 = new RootCluster();\n    RectangularCluster *cluster33771952 = new RectangularCluster();\n    cluster33771952->setPadding(Box(2));\n    cluster33771952->addChildNode(1);\n    cluster33771952->addChildNode(3);\n    cluster33771952->addChildNode(7);\n    cluster33771480->addChildCluster(cluster33771952);\n    \n    RectangularCluster *cluster33772496 = new RectangularCluster();\n    cluster33772496->setPadding(Box(2));\n    cluster33772496->addChildNode(2);\n    cluster33772496->addChildNode(3);\n    cluster33772496->addChildNode(7);\n    cluster33771480->addChildCluster(cluster33772496);\n    \n    RectangularCluster *cluster33773040 = new RectangularCluster();\n    cluster33773040->setPadding(Box(2));\n    cluster33773040->addChildNode(7);\n    cluster33771480->addChildCluster(cluster33773040);\n    \n    alg.setClusterHierarchy(cluster33771480);\n    \n    alg.setConstraints(ccs);\n    alg.makeFeasible();\n    //alg.outputInstanceToSVG(\"overlappingCLusters04\");\n    alg.freeAssociatedObjects();\n};\n"
  },
  {
    "path": "cola/libcola/tests/page_bounds.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * \\file page_bounds.cpp\n *\n * test/example showing the use of page boundary constraints\n */\n#include<iostream>\n#include<vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n\n#include \"graphlayouttest.h\"\n\nvector<Edge> random_graph(unsigned n) {\n\tvector<Edge> edges;\n\tfor(unsigned i=1;i<n;i++) {\n        edges.push_back(make_pair(i-1,i));\n    }\n\tfor(unsigned i=0;i<n;i++) {\n\t\tfor(unsigned j=i+1;j<n;j++) {\n\t\t\tdouble r=(double)rand()/(double)RAND_MAX;\n\t\t\tif(r < 1./(double)n) {\n\t\t\t\tedges.push_back(make_pair(i,j));\n\t\t\t}\n\t\t}\n\t}\n\n\treturn edges;\n}\nint main() {\n    unsigned V=30;\n    CompoundConstraints ccs;\n    vector<Edge> es = random_graph(V);\n    double defaultEdgeLength=40;\n    cola::PageBoundaryConstraints* pbc =\n        new cola::PageBoundaryConstraints(0,200,0,200,100);\n\n    double w=2.0, h=2.0;\n    for(unsigned i=0;i<V;i++) {\n        pbc->addShape(i, w/2, h/2);\n    }\n    ccs.push_back(pbc);\n\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    //srand(time(nullptr));\n    vector<pair<double,double> > startpos(V);\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n\n    /*void run_test(\n        vector<pair<double,double> > const &startpos,\n        vector<Edge> const &es, \n        const double defaultEdgeLength,\n        CompoundConstraints &cx,\n        CompoundConstraints &cy,\n        const SolverType s, \n        const bool constrained,\n        const char *fname,\n        const char *testdesc) {\n    */\n    \n/*\n    run_test(startpos,es,defaultEdgeLength,cx,cy,CG,false,\"random\",\"cg\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,false,\"random\", \"ip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,false,\"random\", \"ugp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,false,\"random\", \"sgp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,true,\"random\", \"cip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,true,\"random\", \"csgp\");\n    */\n    run_test(startpos,es,defaultEdgeLength,ccs,UGP,true,\"random\", \"cugp\");\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/planar.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file topology.cpp\n *\n * tests topology preserving layout.  graph is a triangle.\n * We have a fourth disconnected node starting inside the triangle.\n * We give the disconnected node a desired position outside the triangle\n * and begin layout.  Layout should converge to near zero stress as all\n * edges should be able to reach their desired lengths, and disconnected\n * node should still be inside the triangle at the end.\n */\n/*\n* Authors:\n*   Tim Dwyer <tgdwyer@gmail.com>\n*/\n#include <iostream>\n#include <iomanip>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include <libtopology/topology_graph.h>\n#include \"graphlayouttest.h\"\nusing namespace std;\nusing namespace cola;\n\nstruct TestCase {\n    topology::Nodes vs;\n    topology::Edges tes;\n    topology::EdgePoints ps;\n    vector<vpsc::Rectangle*> rs;\n    vector<Edge> es;\n    void addNode(double minX, double minY, double w, double h) {\n        vpsc::Rectangle* r = new Rectangle(minX, minX+w, minY, minY+h);\n        rs.push_back(r);\n        topology::Node *v = new topology::Node(vs.size(), r);\n        vs.push_back(v);\n    }\n    void addToPath(unsigned vID, topology::EdgePoint::RectIntersect i) {\n        ps.push_back(new topology::EdgePoint(vs[vID],i));\n    }\n    void addEdge(double l) {\n        tes.push_back(new topology::Edge(l, ps));\n        es.push_back(make_pair(ps[0]->node->id,ps[ps.size()-1]->node->id));\n        ps.clear();\n    }\n    ~TestCase() {\n        for_each(rs.begin(),rs.end(),delete_object());\n        for_each(tes.begin(),tes.end(),delete_object());\n        for_each(vs.begin(),vs.end(),delete_object());\n    }\n};\nvoid writeFile(const topology::Nodes& vs, const topology::Edges& es, const char *outputFileName) {\n    const unsigned n=vs.size();\n    vector<cola::Edge> cedges;\n\n    for(unsigned i=0;i<es.size();i++) {\n        cedges.push_back(make_pair(1,2));\n    }\n\n    vector<straightener::Route*> routes;\n    for(topology::Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        routes.push_back((*e)->getRoute());\n    }\n\n    vector<string> labels(n);\n    for(unsigned i=0;i<n;++i) {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n\n    vector<vpsc::Rectangle*> rs;\n    for(topology::Nodes::const_iterator i=vs.begin();i!=vs.end();++i) {\n\t    rs.push_back((*i)->rect);\n    }\n    OutputFile of(rs,cedges,nullptr,outputFileName,true,false);\n    of.setLabels(labels);\n    of.routes=&routes;\n    of.generate();\n\n    for_each(routes.begin(),routes.end(),delete_object());\n}\nstruct Test : TestConvergence {\n    Test(const double d,const unsigned i,topology::Nodes& vs, topology::Edges& es) : TestConvergence(d,i), vs(vs), es(es) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        cout << \"stress=\"<<new_stress<<\" iteration=\"<<iterations<<endl;\n        stringstream ss;\n        ss << \"planar-\" << setfill('0') << setw(3) << ++iterations << \".svg\";\n        writeFile(vs,es,ss.str().c_str());\n        if(iterations<100) {\n            return false;\n        }\n        return true;\n        return TestConvergence::operator()(new_stress,X,Y);\n    }\n    double lastStress;\n    topology::Nodes& vs;\n    topology::Edges& es;\n};\nvoid test() {\n    TestCase t;\nt.addNode(144.000000,511.000000,8.000000,8.000000);\nt.addNode(413.000000,155.000000,8.000000,8.000000);\nt.addNode(437.000000,169.000000,8.000000,8.000000);\nt.addNode(436.000000,122.000000,8.000000,8.000000);\nt.addNode(460.000000,150.000000,8.000000,8.000000);\nt.addNode(466.000000,178.000000,8.000000,8.000000);\nt.addNode(469.000000,198.000000,8.000000,8.000000);\nt.addNode(378.000000,332.000000,8.000000,8.000000);\nt.addNode(368.000000,315.000000,8.000000,8.000000);\nt.addNode(332.000000,341.000000,8.000000,8.000000);\nt.addNode(282.000000,374.000000,8.000000,8.000000);\nt.addNode(329.000000,364.000000,8.000000,8.000000);\nt.addNode(346.000000,390.000000,8.000000,8.000000);\nt.addNode(375.000000,402.000000,8.000000,8.000000);\nt.addNode(357.000000,438.000000,8.000000,8.000000);\nt.addNode(382.000000,422.000000,8.000000,8.000000);\nt.addNode(453.000000,280.000000,8.000000,8.000000);\nt.addNode(452.000000,258.000000,8.000000,8.000000);\nt.addNode(530.000000,449.000000,8.000000,8.000000);\nt.addNode(576.000000,431.000000,8.000000,8.000000);\nt.addNode(577.000000,408.000000,8.000000,8.000000);\nt.addNode(606.000000,438.000000,8.000000,8.000000);\nt.addNode(624.000000,467.000000,8.000000,8.000000);\nt.addNode(620.000000,492.000000,8.000000,8.000000);\nt.addNode(681.000000,492.000000,8.000000,8.000000);\nt.addNode(729.000000,528.000000,8.000000,8.000000);\nt.addNode(765.000000,515.000000,8.000000,8.000000);\nt.addNode(765.000000,492.000000,8.000000,8.000000);\nt.addNode(858.000000,538.000000,8.000000,8.000000);\nt.addNode(2.000000,544.000000,8.000000,8.000000);\nt.addToPath(28,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(27,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(28,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(26,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(25,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(28,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(25,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(29,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(17,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(24,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(16,(topology::EdgePoint::RectIntersect)4);\n//t.addToPath(20,(topology::EdgePoint::RectIntersect)1);\nt.addToPath(24,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(16,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(7,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(24,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(25,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(22,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(24,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(22,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(0,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(22,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(23,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(22,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(18,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(21,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(20,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(20,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(19,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(18,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(20,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(18,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(16,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(14,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(18,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(13,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(14,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(15,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(14,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(12,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(13,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(12,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(10,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(11,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(12,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(10,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(11,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(9,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(13,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(9,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(10,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(6,(topology::EdgePoint::RectIntersect)4);\n//t.addToPath(8,(topology::EdgePoint::RectIntersect)2);\nt.addToPath(9,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(6,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(7,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(8,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(7,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(6,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(25,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(5,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(10,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(5,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(29,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(29,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(1,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(3,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(2,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(5,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(6,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(4,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(5,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(3,(topology::EdgePoint::RectIntersect)4);\nt.addToPath(4,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\nt.addToPath(29,(topology::EdgePoint::RectIntersect)4);\n//t.addToPath(1,(topology::EdgePoint::RectIntersect)2);\nt.addToPath(3,(topology::EdgePoint::RectIntersect)4);\nt.addEdge(70.000000);\n    writeFile(t.vs,t.tes,\"planar-000.svg\");\n    Test test(0.00001,100,t.vs,t.tes);\n    ConstrainedFDLayout alg(t.rs,t.es,70.0,nullptr,test,nullptr);\n    alg.setTopology(&t.vs,&t.tes);\n    alg.run(true,true);\n    double finalStress=alg.computeStress();\n    printf(\"finalStress=%f\\n\",finalStress);\n\n    //assert(finalStress<1e-5);\n}\nint main() {\n    test();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libcola/tests/random_graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include<iostream>\n#include<vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n\n#include \"graphlayouttest.h\"\n\nvector<Edge> random_graph(unsigned n) {\n\tvector<Edge> edges;\n\tfor(unsigned i=1;i<n;i++) {\n        edges.push_back(make_pair(i-1,i));\n    }\n\tfor(unsigned i=0;i<n;i++) {\n\t\tfor(unsigned j=i+1;j<n;j++) {\n\t\t\tdouble r=(double)rand()/(double)RAND_MAX;\n\t\t\tif(r < 1./(double)n) {\n\t\t\t\tedges.push_back(make_pair(i,j));\n\t\t\t}\n\t\t}\n\t}\n\n\treturn edges;\n}\nint main() {\n    unsigned V=100;\n    CompoundConstraints ccs;\n    vector<Edge> es = random_graph(V);\n    double defaultEdgeLength=40;\n    for(unsigned i=0;i<es.size();i++) {\n        unsigned start=es[i].first, end=es[i].second;\n        ccs.push_back(\n            new SeparationConstraint(vpsc::YDIM, start,end,-10));\n    }\n\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    //srand(time(nullptr));\n    vector<pair<double,double> > startpos(V);\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n\n    /*void run_test(\n        vector<pair<double,double> > const &startpos,\n        vector<Edge> const &es, \n        const double defaultEdgeLength,\n        CompoundConstraints &cx,\n        CompoundConstraints &cy,\n        const SolverType s, \n        const bool constrained,\n        const char *fname,\n        const char *testdesc) {\n    */\n    \n/*\n    run_test(startpos,es,defaultEdgeLength,cx,cy,CG,false,\"random\",\"cg\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,false,\"random\", \"ip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,false,\"random\", \"ugp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,false,\"random\", \"sgp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,true,\"random\", \"cip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,true,\"random\", \"cugp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,true,\"random\", \"csgp\");\n    */\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tCheckProgress test(0.0001,200);\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,\n            StandardEdgeLengths,&test);\n    //alg.setYConstraints(&cy);\n\talg.run();\n\tConstrainedFDLayout alg2(rs,es,defaultEdgeLength,\n            StandardEdgeLengths, &test);\n    //alg2.setYConstraints(&cy);\n\talg2.run();\n\tOutputFile output(rs,es,nullptr,\"random.pdf\");\n\toutput.generate();\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/rectangularClusters01.cpp",
    "content": "#include <vector>\r\n#include <utility>\r\n#include \"libcola/cola.h\"\r\nusing namespace cola;\r\nint main(void) {\r\n    CompoundConstraints ccs;\r\n    std::vector<Edge> es;\r\n    EdgeLengths eLengths;\r\n    double defaultEdgeLength=1;\r\n    std::vector<vpsc::Rectangle*> rs;\r\n    vpsc::Rectangle *rect = nullptr;\r\n\r\n    rect = new vpsc::Rectangle(56.4457, 117.446, 954.77, 1043.77);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(119.446, 127.446, 992.02, 1000.02);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(119.446, 127.446, 1004.27, 1012.27);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(119.446, 127.446, 1016.52, 1024.52);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(46.4457, 54.4457, 1004.27, 1012.27);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2165.45, 2239.45, 976.562, 1065.56);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2155.45, 2163.45, 1026.06, 1034.06);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(-106.554, 6.44565, 955.683, 1044.68);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(8.44565, 16.4457, 1005.18, 1013.18);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(331.446, 412.446, 1015.55, 1104.55);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(414.446, 422.446, 1065.05, 1073.05);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(356.112, 364.112, 1106.55, 1114.55);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(339.779, 347.779, 1106.55, 1114.55);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(321.446, 329.446, 1073.22, 1081.22);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(321.446, 329.446, 1056.88, 1064.88);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(477.446, 559.446, 948.569, 1037.57);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(561.446, 569.446, 998.069, 1006.07);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(503.946, 511.946, 1039.57, 1047.57);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(467.446, 475.446, 998.069, 1006.07);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(56.4457, 127.446, 863.77, 952.77);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(129.446, 137.446, 913.27, 921.27);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(46.4457, 54.4457, 913.27, 921.27);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(177.446, 281.446, 922.444, 1011.44);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(283.446, 291.446, 971.944, 979.944);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(167.446, 175.446, 986.644, 994.644);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(167.446, 175.446, 976.844, 984.844);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(167.446, 175.446, 967.044, 975.044);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(167.446, 175.446, 957.244, 965.244);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(331.446, 427.446, 924.551, 1013.55);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(429.446, 437.446, 974.051, 982.051);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(321.446, 329.446, 974.051, 982.051);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(609.446, 730.446, 936.692, 1025.69);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(732.446, 740.446, 971.492, 979.492);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(732.446, 740.446, 981.292, 989.292);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(732.446, 740.446, 991.092, 999.092);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(732.446, 740.446, 1000.89, 1008.89);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(599.446, 607.446, 986.192, 994.192);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(780.446, 846.446, 838.172, 932.172);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(848.446, 856.446, 890.172, 898.172);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(770.446, 778.446, 890.172, 898.172);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(780.446, 846.446, 934.172, 1028.17);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(848.446, 856.446, 986.172, 994.172);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(770.446, 778.446, 986.172, 994.172);\r\n    rs.push_back(rect);\r\n\r\n    // rect-43\r\n    rect = new vpsc::Rectangle(941.446, 1155.45, 922.958, 1025.96);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1147.45, 1155.45, 979.458, 987.458);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(941.446, 949.446, 998.358, 1006.36);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(941.446, 949.446, 985.757, 993.757);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(941.446, 949.446, 973.158, 981.158);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(941.446, 949.446, 960.558, 968.558);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(780.446, 846.446, 1030.17, 1124.17);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(848.446, 856.446, 1082.17, 1090.17);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(770.446, 778.446, 1082.17, 1090.17);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1195.45, 1263.45, 938.653, 1017.65);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1265.45, 1273.45, 983.153, 991.153);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1185.45, 1193.45, 989.653, 997.653);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1185.45, 1193.45, 976.653, 984.653);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1313.45, 1374.45, 934.988, 1013.99);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1376.45, 1384.45, 979.488, 987.488);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1303.45, 1311.45, 979.488, 987.488);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1586.45, 1660.45, 855.704, 944.704);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1576.45, 1584.45, 905.204, 913.204);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1424.45, 1536.45, 866.456, 945.456);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1538.45, 1546.45, 910.956, 918.956);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1414.45, 1422.45, 910.956, 918.956);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1445.45, 1515.45, 947.456, 1036.46);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1517.45, 1525.45, 996.956, 1004.96);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1471.95, 1479.95, 1038.46, 1046.46);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1435.45, 1443.45, 996.956, 1004.96);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1699.45, 1748.45, 970.163, 1059.16);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1750.45, 1758.45, 1019.66, 1027.66);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1689.45, 1697.45, 1027.83, 1035.83);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1689.45, 1697.45, 1011.5, 1019.5);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1811.45, 1898.45, 1010.04, 1099.04);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1900.45, 1908.45, 1059.54, 1067.54);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1801.45, 1809.45, 1067.7, 1075.7);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1801.45, 1809.45, 1051.37, 1059.37);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1699.45, 1761.45, 1061.16, 1134.16);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1763.45, 1771.45, 1102.66, 1110.66);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1689.45, 1697.45, 1102.66, 1110.66);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2053.45, 2115.45, 985.999, 1080);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2117.45, 2125.45, 1038, 1046);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2080.11, 2088.11, 1082, 1090);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2062.78, 2070.78, 1082, 1090);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2043.45, 2051.45, 1038, 1046);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1948.45, 2003.45, 996.147, 1090.15);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(2005.45, 2013.45, 1048.15, 1056.15);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1975.11, 1983.11, 1092.15, 1100.15);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1957.78, 1965.78, 1092.15, 1100.15);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1938.45, 1946.45, 1048.15, 1056.15);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1565.45, 1649.45, 951.936, 1040.94);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1651.45, 1659.45, 1001.44, 1009.44);\r\n    rs.push_back(rect);\r\n\r\n    rect = new vpsc::Rectangle(1555.45, 1563.45, 1001.44, 1009.44);\r\n    rs.push_back(rect);\r\n\r\n    es.push_back(std::make_pair(0, 1));\r\n    es.push_back(std::make_pair(0, 2));\r\n    es.push_back(std::make_pair(0, 3));\r\n    es.push_back(std::make_pair(0, 4));\r\n    es.push_back(std::make_pair(1, 26));\r\n    es.push_back(std::make_pair(2, 25));\r\n    es.push_back(std::make_pair(3, 6));\r\n    es.push_back(std::make_pair(3, 24));\r\n    es.push_back(std::make_pair(4, 8));\r\n    es.push_back(std::make_pair(5, 6));\r\n    es.push_back(std::make_pair(6, 80));\r\n    es.push_back(std::make_pair(7, 8));\r\n    es.push_back(std::make_pair(9, 10));\r\n    es.push_back(std::make_pair(9, 11));\r\n    es.push_back(std::make_pair(9, 12));\r\n    es.push_back(std::make_pair(9, 13));\r\n    es.push_back(std::make_pair(9, 14));\r\n    es.push_back(std::make_pair(10, 17));\r\n    es.push_back(std::make_pair(15, 16));\r\n    es.push_back(std::make_pair(15, 17));\r\n    es.push_back(std::make_pair(15, 18));\r\n    es.push_back(std::make_pair(16, 36));\r\n    es.push_back(std::make_pair(16, 67));\r\n    es.push_back(std::make_pair(18, 29));\r\n    es.push_back(std::make_pair(19, 20));\r\n    es.push_back(std::make_pair(19, 21));\r\n    es.push_back(std::make_pair(20, 27));\r\n    es.push_back(std::make_pair(22, 23));\r\n    es.push_back(std::make_pair(22, 24));\r\n    es.push_back(std::make_pair(22, 25));\r\n    es.push_back(std::make_pair(22, 26));\r\n    es.push_back(std::make_pair(22, 27));\r\n    es.push_back(std::make_pair(23, 30));\r\n    es.push_back(std::make_pair(28, 29));\r\n    es.push_back(std::make_pair(28, 30));\r\n    es.push_back(std::make_pair(31, 32));\r\n    es.push_back(std::make_pair(31, 33));\r\n    es.push_back(std::make_pair(31, 34));\r\n    es.push_back(std::make_pair(31, 35));\r\n    es.push_back(std::make_pair(31, 36));\r\n    es.push_back(std::make_pair(32, 39));\r\n    es.push_back(std::make_pair(32, 48));\r\n    es.push_back(std::make_pair(34, 42));\r\n    es.push_back(std::make_pair(35, 51));\r\n    es.push_back(std::make_pair(35, 54));\r\n    es.push_back(std::make_pair(37, 38));\r\n    es.push_back(std::make_pair(37, 39));\r\n    es.push_back(std::make_pair(38, 47));\r\n    es.push_back(std::make_pair(40, 41));\r\n    es.push_back(std::make_pair(40, 42));\r\n    es.push_back(std::make_pair(41, 46));\r\n    es.push_back(std::make_pair(43, 44));\r\n    es.push_back(std::make_pair(43, 45));\r\n    es.push_back(std::make_pair(43, 46));\r\n    es.push_back(std::make_pair(43, 47));\r\n    es.push_back(std::make_pair(43, 48));\r\n    es.push_back(std::make_pair(44, 55));\r\n    es.push_back(std::make_pair(45, 50));\r\n    es.push_back(std::make_pair(49, 50));\r\n    es.push_back(std::make_pair(49, 51));\r\n    es.push_back(std::make_pair(52, 53));\r\n    es.push_back(std::make_pair(52, 54));\r\n    es.push_back(std::make_pair(52, 55));\r\n    es.push_back(std::make_pair(53, 58));\r\n    es.push_back(std::make_pair(56, 57));\r\n    es.push_back(std::make_pair(56, 58));\r\n    es.push_back(std::make_pair(57, 63));\r\n    es.push_back(std::make_pair(57, 66));\r\n    es.push_back(std::make_pair(59, 60));\r\n    es.push_back(std::make_pair(60, 62));\r\n    es.push_back(std::make_pair(61, 62));\r\n    es.push_back(std::make_pair(61, 63));\r\n    es.push_back(std::make_pair(64, 65));\r\n    es.push_back(std::make_pair(64, 66));\r\n    es.push_back(std::make_pair(64, 67));\r\n    es.push_back(std::make_pair(65, 91));\r\n    es.push_back(std::make_pair(68, 69));\r\n    es.push_back(std::make_pair(68, 70));\r\n    es.push_back(std::make_pair(68, 71));\r\n    es.push_back(std::make_pair(69, 75));\r\n    es.push_back(std::make_pair(70, 85));\r\n    es.push_back(std::make_pair(71, 90));\r\n    es.push_back(std::make_pair(72, 73));\r\n    es.push_back(std::make_pair(72, 74));\r\n    es.push_back(std::make_pair(72, 75));\r\n    es.push_back(std::make_pair(73, 88));\r\n    es.push_back(std::make_pair(75, 77));\r\n    es.push_back(std::make_pair(76, 77));\r\n    es.push_back(std::make_pair(76, 78));\r\n    es.push_back(std::make_pair(79, 80));\r\n    es.push_back(std::make_pair(79, 81));\r\n    es.push_back(std::make_pair(79, 82));\r\n    es.push_back(std::make_pair(79, 83));\r\n    es.push_back(std::make_pair(83, 85));\r\n    es.push_back(std::make_pair(84, 85));\r\n    es.push_back(std::make_pair(84, 86));\r\n    es.push_back(std::make_pair(84, 87));\r\n    es.push_back(std::make_pair(84, 88));\r\n    es.push_back(std::make_pair(89, 90));\r\n    es.push_back(std::make_pair(89, 91));\r\n\r\n    eLengths.resize(100);\r\n    eLengths[0] = 59.6059;\r\n    eLengths[1] = 59.6059;\r\n    eLengths[2] = 59.6059;\r\n    eLengths[3] = 59.6059;\r\n    eLengths[4] = 63.5296;\r\n    eLengths[5] = 77.5769;\r\n    eLengths[6] = 65.8274;\r\n    eLengths[7] = 65.8274;\r\n    eLengths[8] = 65.8274;\r\n    eLengths[9] = 65.8274;\r\n    eLengths[10] = 65.8274;\r\n    eLengths[11] = 66.1651;\r\n    eLengths[12] = 66.1651;\r\n    eLengths[13] = 66.1651;\r\n    eLengths[14] = 62.5822;\r\n    eLengths[15] = 62.5822;\r\n    eLengths[16] = 74.0984;\r\n    eLengths[17] = 74.0984;\r\n    eLengths[18] = 74.0984;\r\n    eLengths[19] = 74.0984;\r\n    eLengths[20] = 74.0984;\r\n    eLengths[21] = 71.111;\r\n    eLengths[22] = 71.111;\r\n    eLengths[23] = 80.7601;\r\n    eLengths[24] = 80.7601;\r\n    eLengths[25] = 80.7601;\r\n    eLengths[26] = 80.7601;\r\n    eLengths[27] = 80.7601;\r\n    eLengths[28] = 63.0851;\r\n    eLengths[29] = 63.0851;\r\n    eLengths[30] = 63.0851;\r\n    eLengths[31] = 63.0851;\r\n    eLengths[32] = 115.481;\r\n    eLengths[33] = 115.481;\r\n    eLengths[34] = 115.481;\r\n    eLengths[35] = 115.481;\r\n    eLengths[36] = 115.481;\r\n    eLengths[37] = 63.0851;\r\n    eLengths[38] = 63.0851;\r\n    eLengths[39] = 57.7745;\r\n    eLengths[40] = 57.7745;\r\n    eLengths[41] = 57.7745;\r\n    eLengths[42] = 55.5618;\r\n    eLengths[43] = 55.5618;\r\n    eLengths[44] = 63.5296;\r\n    eLengths[45] = 74.186;\r\n    eLengths[46] = 74.186;\r\n    eLengths[47] = 62.2718;\r\n    eLengths[48] = 62.2718;\r\n    eLengths[49] = 62.2718;\r\n    eLengths[50] = 56.4555;\r\n    eLengths[51] = 56.4555;\r\n    eLengths[52] = 56.4555;\r\n    eLengths[53] = 67.8863;\r\n    eLengths[54] = 67.8863;\r\n    eLengths[55] = 67.8863;\r\n    eLengths[56] = 53.5447;\r\n    eLengths[57] = 53.5447;\r\n    eLengths[58] = 61.9596;\r\n    eLengths[59] = 61.9596;\r\n    eLengths[60] = 61.9596;\r\n    eLengths[61] = 61.9596;\r\n    eLengths[62] = 60.111;\r\n    eLengths[63] = 60.111;\r\n    eLengths[64] = 60.111;\r\n    eLengths[65] = 60.111;\r\n    eLengths[66] = 66.8471;\r\n    eLengths[67] = 66.8471;\r\n    eLengths[68] = 18.3712;\r\n    eLengths[69] = 18.3712;\r\n    eLengths[70] = 18.3712;\r\n    eLengths[71] = 18.3712;\r\n    eLengths[72] = 10.6066;\r\n    eLengths[73] = 10.6066;\r\n    eLengths[74] = 15;\r\n    eLengths[75] = 15;\r\n    eLengths[76] = 15;\r\n    eLengths[77] = 10.6066;\r\n    eLengths[78] = 10.6066;\r\n    eLengths[79] = 23.7171;\r\n    eLengths[80] = 30;\r\n    eLengths[81] = 23.7171;\r\n    eLengths[82] = 23.7171;\r\n    eLengths[83] = 25.9808;\r\n    eLengths[84] = 21.2132;\r\n    eLengths[85] = 21.2132;\r\n    eLengths[86] = 15;\r\n    eLengths[87] = 21.2132;\r\n    eLengths[88] = 10.6066;\r\n    eLengths[89] = 15;\r\n    eLengths[90] = 15;\r\n    eLengths[91] = 10.6066;\r\n    eLengths[92] = 10.6066;\r\n    eLengths[93] = 15;\r\n    eLengths[94] = 10.6066;\r\n    eLengths[95] = 15;\r\n    eLengths[96] = 15;\r\n    eLengths[97] = 15;\r\n    eLengths[98] = 18.3712;\r\n    eLengths[99] = 15;\r\n\r\n    SeparationConstraint *separation479625808 = new SeparationConstraint(vpsc::XDIM, 0, 1, 36.5, true);\r\n    ccs.push_back(separation479625808);\r\n\r\n    SeparationConstraint *separation479626000 = new SeparationConstraint(vpsc::YDIM, 0, 1, -3.25, true);\r\n    ccs.push_back(separation479626000);\r\n\r\n    SeparationConstraint *separation479625936 = new SeparationConstraint(vpsc::XDIM, 0, 2, 36.5, true);\r\n    ccs.push_back(separation479625936);\r\n\r\n    SeparationConstraint *separation479626128 = new SeparationConstraint(vpsc::YDIM, 0, 2, 9, true);\r\n    ccs.push_back(separation479626128);\r\n\r\n    SeparationConstraint *separation479626064 = new SeparationConstraint(vpsc::XDIM, 0, 3, 36.5, true);\r\n    ccs.push_back(separation479626064);\r\n\r\n    SeparationConstraint *separation479626256 = new SeparationConstraint(vpsc::YDIM, 0, 3, 21.25, true);\r\n    ccs.push_back(separation479626256);\r\n\r\n    SeparationConstraint *separation479626192 = new SeparationConstraint(vpsc::XDIM, 0, 4, -36.5, true);\r\n    ccs.push_back(separation479626192);\r\n\r\n    SeparationConstraint *separation479626384 = new SeparationConstraint(vpsc::YDIM, 0, 4, 9, true);\r\n    ccs.push_back(separation479626384);\r\n\r\n    SeparationConstraint *separation479626320 = new SeparationConstraint(vpsc::XDIM, 5, 6, -43, true);\r\n    ccs.push_back(separation479626320);\r\n\r\n    SeparationConstraint *separation479626512 = new SeparationConstraint(vpsc::YDIM, 5, 6, 9, true);\r\n    ccs.push_back(separation479626512);\r\n\r\n    SeparationConstraint *separation479626448 = new SeparationConstraint(vpsc::XDIM, 7, 8, 62.5, true);\r\n    ccs.push_back(separation479626448);\r\n\r\n    SeparationConstraint *separation479626640 = new SeparationConstraint(vpsc::YDIM, 7, 8, 9, true);\r\n    ccs.push_back(separation479626640);\r\n\r\n    SeparationConstraint *separation479626576 = new SeparationConstraint(vpsc::XDIM, 9, 10, 46.5, true);\r\n    ccs.push_back(separation479626576);\r\n\r\n    SeparationConstraint *separation479626768 = new SeparationConstraint(vpsc::YDIM, 9, 10, 9, true);\r\n    ccs.push_back(separation479626768);\r\n\r\n    SeparationConstraint *separation479626704 = new SeparationConstraint(vpsc::XDIM, 9, 11, -11.8333, true);\r\n    ccs.push_back(separation479626704);\r\n\r\n    SeparationConstraint *separation479626896 = new SeparationConstraint(vpsc::YDIM, 9, 11, 50.5, true);\r\n    ccs.push_back(separation479626896);\r\n\r\n    SeparationConstraint *separation479626832 = new SeparationConstraint(vpsc::XDIM, 9, 12, -28.1667, true);\r\n    ccs.push_back(separation479626832);\r\n\r\n    SeparationConstraint *separation479627024 = new SeparationConstraint(vpsc::YDIM, 9, 12, 50.5, true);\r\n    ccs.push_back(separation479627024);\r\n\r\n    SeparationConstraint *separation479626960 = new SeparationConstraint(vpsc::XDIM, 9, 13, -46.5, true);\r\n    ccs.push_back(separation479626960);\r\n\r\n    SeparationConstraint *separation479627152 = new SeparationConstraint(vpsc::YDIM, 9, 13, 17.1667, true);\r\n    ccs.push_back(separation479627152);\r\n\r\n    SeparationConstraint *separation479627088 = new SeparationConstraint(vpsc::XDIM, 9, 14, -46.5, true);\r\n    ccs.push_back(separation479627088);\r\n\r\n    SeparationConstraint *separation479627280 = new SeparationConstraint(vpsc::YDIM, 9, 14, 0.833333, true);\r\n    ccs.push_back(separation479627280);\r\n\r\n    SeparationConstraint *separation479627216 = new SeparationConstraint(vpsc::XDIM, 15, 16, 47, true);\r\n    ccs.push_back(separation479627216);\r\n\r\n    SeparationConstraint *separation479627408 = new SeparationConstraint(vpsc::YDIM, 15, 16, 9, true);\r\n    ccs.push_back(separation479627408);\r\n\r\n    SeparationConstraint *separation479627344 = new SeparationConstraint(vpsc::XDIM, 15, 17, -10.5, true);\r\n    ccs.push_back(separation479627344);\r\n\r\n    SeparationConstraint *separation479627536 = new SeparationConstraint(vpsc::YDIM, 15, 17, 50.5, true);\r\n    ccs.push_back(separation479627536);\r\n\r\n    SeparationConstraint *separation479627472 = new SeparationConstraint(vpsc::XDIM, 15, 18, -47, true);\r\n    ccs.push_back(separation479627472);\r\n\r\n    SeparationConstraint *separation479627664 = new SeparationConstraint(vpsc::YDIM, 15, 18, 9, true);\r\n    ccs.push_back(separation479627664);\r\n\r\n    SeparationConstraint *separation479627600 = new SeparationConstraint(vpsc::XDIM, 19, 20, 41.5, true);\r\n    ccs.push_back(separation479627600);\r\n\r\n    SeparationConstraint *separation479627792 = new SeparationConstraint(vpsc::YDIM, 19, 20, 9, true);\r\n    ccs.push_back(separation479627792);\r\n\r\n    SeparationConstraint *separation479627728 = new SeparationConstraint(vpsc::XDIM, 19, 21, -41.5, true);\r\n    ccs.push_back(separation479627728);\r\n\r\n    SeparationConstraint *separation479627920 = new SeparationConstraint(vpsc::YDIM, 19, 21, 9, true);\r\n    ccs.push_back(separation479627920);\r\n\r\n    SeparationConstraint *separation479627856 = new SeparationConstraint(vpsc::XDIM, 22, 23, 58, true);\r\n    ccs.push_back(separation479627856);\r\n\r\n    SeparationConstraint *separation479628048 = new SeparationConstraint(vpsc::YDIM, 22, 23, 9, true);\r\n    ccs.push_back(separation479628048);\r\n\r\n    SeparationConstraint *separation479627984 = new SeparationConstraint(vpsc::XDIM, 22, 24, -58, true);\r\n    ccs.push_back(separation479627984);\r\n\r\n    SeparationConstraint *separation479628176 = new SeparationConstraint(vpsc::YDIM, 22, 24, 23.7, true);\r\n    ccs.push_back(separation479628176);\r\n\r\n    SeparationConstraint *separation479628112 = new SeparationConstraint(vpsc::XDIM, 22, 25, -58, true);\r\n    ccs.push_back(separation479628112);\r\n\r\n    SeparationConstraint *separation479628304 = new SeparationConstraint(vpsc::YDIM, 22, 25, 13.9, true);\r\n    ccs.push_back(separation479628304);\r\n\r\n    SeparationConstraint *separation479628240 = new SeparationConstraint(vpsc::XDIM, 22, 26, -58, true);\r\n    ccs.push_back(separation479628240);\r\n\r\n    SeparationConstraint *separation479628432 = new SeparationConstraint(vpsc::YDIM, 22, 26, 4.1, true);\r\n    ccs.push_back(separation479628432);\r\n\r\n    SeparationConstraint *separation479628368 = new SeparationConstraint(vpsc::XDIM, 22, 27, -58, true);\r\n    ccs.push_back(separation479628368);\r\n\r\n    SeparationConstraint *separation479628560 = new SeparationConstraint(vpsc::YDIM, 22, 27, -5.7, true);\r\n    ccs.push_back(separation479628560);\r\n\r\n    SeparationConstraint *separation479628496 = new SeparationConstraint(vpsc::XDIM, 28, 29, 54, true);\r\n    ccs.push_back(separation479628496);\r\n\r\n    SeparationConstraint *separation479628688 = new SeparationConstraint(vpsc::YDIM, 28, 29, 9, true);\r\n    ccs.push_back(separation479628688);\r\n\r\n    SeparationConstraint *separation479628624 = new SeparationConstraint(vpsc::XDIM, 28, 30, -54, true);\r\n    ccs.push_back(separation479628624);\r\n\r\n    SeparationConstraint *separation479628816 = new SeparationConstraint(vpsc::YDIM, 28, 30, 9, true);\r\n    ccs.push_back(separation479628816);\r\n\r\n    SeparationConstraint *separation479628752 = new SeparationConstraint(vpsc::XDIM, 31, 32, 66.5, true);\r\n    ccs.push_back(separation479628752);\r\n\r\n    SeparationConstraint *separation479622736 = new SeparationConstraint(vpsc::YDIM, 31, 32, -5.7, true);\r\n    ccs.push_back(separation479622736);\r\n\r\n    SeparationConstraint *separation479622800 = new SeparationConstraint(vpsc::XDIM, 31, 33, 66.5, true);\r\n    ccs.push_back(separation479622800);\r\n\r\n    SeparationConstraint *separation479622864 = new SeparationConstraint(vpsc::YDIM, 31, 33, 4.1, true);\r\n    ccs.push_back(separation479622864);\r\n\r\n    SeparationConstraint *separation479622928 = new SeparationConstraint(vpsc::XDIM, 31, 34, 66.5, true);\r\n    ccs.push_back(separation479622928);\r\n\r\n    SeparationConstraint *separation479622992 = new SeparationConstraint(vpsc::YDIM, 31, 34, 13.9, true);\r\n    ccs.push_back(separation479622992);\r\n\r\n    SeparationConstraint *separation479623056 = new SeparationConstraint(vpsc::XDIM, 31, 35, 66.5, true);\r\n    ccs.push_back(separation479623056);\r\n\r\n    SeparationConstraint *separation479623120 = new SeparationConstraint(vpsc::YDIM, 31, 35, 23.7, true);\r\n    ccs.push_back(separation479623120);\r\n\r\n    SeparationConstraint *separation479623184 = new SeparationConstraint(vpsc::XDIM, 31, 36, -66.5, true);\r\n    ccs.push_back(separation479623184);\r\n\r\n    SeparationConstraint *separation479623248 = new SeparationConstraint(vpsc::YDIM, 31, 36, 9, true);\r\n    ccs.push_back(separation479623248);\r\n\r\n    SeparationConstraint *separation479623312 = new SeparationConstraint(vpsc::XDIM, 37, 38, 39, true);\r\n    ccs.push_back(separation479623312);\r\n\r\n    SeparationConstraint *separation479623440 = new SeparationConstraint(vpsc::YDIM, 37, 38, 9, true);\r\n    ccs.push_back(separation479623440);\r\n\r\n    SeparationConstraint *separation479623504 = new SeparationConstraint(vpsc::XDIM, 37, 39, -39, true);\r\n    ccs.push_back(separation479623504);\r\n\r\n    SeparationConstraint *separation479623568 = new SeparationConstraint(vpsc::YDIM, 37, 39, 9, true);\r\n    ccs.push_back(separation479623568);\r\n\r\n    SeparationConstraint *separation479623632 = new SeparationConstraint(vpsc::XDIM, 40, 41, 39, true);\r\n    ccs.push_back(separation479623632);\r\n\r\n    SeparationConstraint *separation479623696 = new SeparationConstraint(vpsc::YDIM, 40, 41, 9, true);\r\n    ccs.push_back(separation479623696);\r\n\r\n    SeparationConstraint *separation479623760 = new SeparationConstraint(vpsc::XDIM, 40, 42, -39, true);\r\n    ccs.push_back(separation479623760);\r\n\r\n    SeparationConstraint *separation479623888 = new SeparationConstraint(vpsc::YDIM, 40, 42, 9, true);\r\n    ccs.push_back(separation479623888);\r\n\r\n    SeparationConstraint *separation479623952 = new SeparationConstraint(vpsc::XDIM, 43, 44, 103, true);\r\n    ccs.push_back(separation479623952);\r\n\r\n    SeparationConstraint *separation479624016 = new SeparationConstraint(vpsc::YDIM, 43, 44, 9, true);\r\n    ccs.push_back(separation479624016);\r\n\r\n    SeparationConstraint *separation479624080 = new SeparationConstraint(vpsc::XDIM, 43, 45, -103, true);\r\n    ccs.push_back(separation479624080);\r\n\r\n    SeparationConstraint *separation479624144 = new SeparationConstraint(vpsc::YDIM, 43, 45, 27.9, true);\r\n    ccs.push_back(separation479624144);\r\n\r\n    SeparationConstraint *separation479624208 = new SeparationConstraint(vpsc::XDIM, 43, 46, -103, true);\r\n    ccs.push_back(separation479624208);\r\n\r\n    SeparationConstraint *separation479624272 = new SeparationConstraint(vpsc::YDIM, 43, 46, 15.3, true);\r\n    ccs.push_back(separation479624272);\r\n\r\n    SeparationConstraint *separation479624336 = new SeparationConstraint(vpsc::XDIM, 43, 47, -103, true);\r\n    ccs.push_back(separation479624336);\r\n\r\n    SeparationConstraint *separation479624400 = new SeparationConstraint(vpsc::YDIM, 43, 47, 2.7, true);\r\n    ccs.push_back(separation479624400);\r\n\r\n    SeparationConstraint *separation479624528 = new SeparationConstraint(vpsc::XDIM, 43, 48, -103, true);\r\n    ccs.push_back(separation479624528);\r\n\r\n    SeparationConstraint *separation479624592 = new SeparationConstraint(vpsc::YDIM, 43, 48, -9.9, true);\r\n    ccs.push_back(separation479624592);\r\n\r\n    SeparationConstraint *separation479624656 = new SeparationConstraint(vpsc::XDIM, 49, 50, 39, true);\r\n    ccs.push_back(separation479624656);\r\n\r\n    SeparationConstraint *separation479624720 = new SeparationConstraint(vpsc::YDIM, 49, 50, 9, true);\r\n    ccs.push_back(separation479624720);\r\n\r\n    SeparationConstraint *separation479624784 = new SeparationConstraint(vpsc::XDIM, 49, 51, -39, true);\r\n    ccs.push_back(separation479624784);\r\n\r\n    SeparationConstraint *separation479624848 = new SeparationConstraint(vpsc::YDIM, 49, 51, 9, true);\r\n    ccs.push_back(separation479624848);\r\n\r\n    SeparationConstraint *separation479624912 = new SeparationConstraint(vpsc::XDIM, 52, 53, 40, true);\r\n    ccs.push_back(separation479624912);\r\n\r\n    SeparationConstraint *separation479624976 = new SeparationConstraint(vpsc::YDIM, 52, 53, 9, true);\r\n    ccs.push_back(separation479624976);\r\n\r\n    SeparationConstraint *separation479625040 = new SeparationConstraint(vpsc::XDIM, 52, 54, -40, true);\r\n    ccs.push_back(separation479625040);\r\n\r\n    SeparationConstraint *separation479625104 = new SeparationConstraint(vpsc::YDIM, 52, 54, 15.5, true);\r\n    ccs.push_back(separation479625104);\r\n\r\n    SeparationConstraint *separation479625168 = new SeparationConstraint(vpsc::XDIM, 52, 55, -40, true);\r\n    ccs.push_back(separation479625168);\r\n\r\n    SeparationConstraint *separation479625232 = new SeparationConstraint(vpsc::YDIM, 52, 55, 2.5, true);\r\n    ccs.push_back(separation479625232);\r\n\r\n    SeparationConstraint *separation479625296 = new SeparationConstraint(vpsc::XDIM, 56, 57, 36.5, true);\r\n    ccs.push_back(separation479625296);\r\n\r\n    SeparationConstraint *separation479625360 = new SeparationConstraint(vpsc::YDIM, 56, 57, 9, true);\r\n    ccs.push_back(separation479625360);\r\n\r\n    SeparationConstraint *separation479625424 = new SeparationConstraint(vpsc::XDIM, 56, 58, -36.5, true);\r\n    ccs.push_back(separation479625424);\r\n\r\n    SeparationConstraint *separation479625552 = new SeparationConstraint(vpsc::YDIM, 56, 58, 9, true);\r\n    ccs.push_back(separation479625552);\r\n\r\n    SeparationConstraint *separation479625616 = new SeparationConstraint(vpsc::XDIM, 59, 60, -43, true);\r\n    ccs.push_back(separation479625616);\r\n\r\n    SeparationConstraint *separation479625680 = new SeparationConstraint(vpsc::YDIM, 59, 60, 9, true);\r\n    ccs.push_back(separation479625680);\r\n\r\n    SeparationConstraint *separation479625744 = new SeparationConstraint(vpsc::XDIM, 61, 62, 62, true);\r\n    ccs.push_back(separation479625744);\r\n\r\n    SeparationConstraint *separation479625488 = new SeparationConstraint(vpsc::YDIM, 61, 62, 9, true);\r\n    ccs.push_back(separation479625488);\r\n\r\n    SeparationConstraint *separation479624464 = new SeparationConstraint(vpsc::XDIM, 61, 63, -62, true);\r\n    ccs.push_back(separation479624464);\r\n\r\n    SeparationConstraint *separation479623824 = new SeparationConstraint(vpsc::YDIM, 61, 63, 9, true);\r\n    ccs.push_back(separation479623824);\r\n\r\n    SeparationConstraint *separation479623376 = new SeparationConstraint(vpsc::XDIM, 64, 65, 41, true);\r\n    ccs.push_back(separation479623376);\r\n\r\n    SeparationConstraint *separation479628944 = new SeparationConstraint(vpsc::YDIM, 64, 65, 9, true);\r\n    ccs.push_back(separation479628944);\r\n\r\n    SeparationConstraint *separation479628880 = new SeparationConstraint(vpsc::XDIM, 64, 66, -4.5, true);\r\n    ccs.push_back(separation479628880);\r\n\r\n    SeparationConstraint *separation479629008 = new SeparationConstraint(vpsc::YDIM, 64, 66, 50.5, true);\r\n    ccs.push_back(separation479629008);\r\n\r\n    SeparationConstraint *separation479629072 = new SeparationConstraint(vpsc::XDIM, 64, 67, -41, true);\r\n    ccs.push_back(separation479629072);\r\n\r\n    SeparationConstraint *separation479629136 = new SeparationConstraint(vpsc::YDIM, 64, 67, 9, true);\r\n    ccs.push_back(separation479629136);\r\n\r\n    SeparationConstraint *separation479629200 = new SeparationConstraint(vpsc::XDIM, 68, 69, 30.5, true);\r\n    ccs.push_back(separation479629200);\r\n\r\n    SeparationConstraint *separation479629264 = new SeparationConstraint(vpsc::YDIM, 68, 69, 9, true);\r\n    ccs.push_back(separation479629264);\r\n\r\n    SeparationConstraint *separation479629328 = new SeparationConstraint(vpsc::XDIM, 68, 70, -30.5, true);\r\n    ccs.push_back(separation479629328);\r\n\r\n    SeparationConstraint *separation479629392 = new SeparationConstraint(vpsc::YDIM, 68, 70, 17.1667, true);\r\n    ccs.push_back(separation479629392);\r\n\r\n    SeparationConstraint *separation479629456 = new SeparationConstraint(vpsc::XDIM, 68, 71, -30.5, true);\r\n    ccs.push_back(separation479629456);\r\n\r\n    SeparationConstraint *separation479629520 = new SeparationConstraint(vpsc::YDIM, 68, 71, 0.833333, true);\r\n    ccs.push_back(separation479629520);\r\n\r\n    SeparationConstraint *separation479629584 = new SeparationConstraint(vpsc::XDIM, 72, 73, 49.5, true);\r\n    ccs.push_back(separation479629584);\r\n\r\n    SeparationConstraint *separation479629648 = new SeparationConstraint(vpsc::YDIM, 72, 73, 9, true);\r\n    ccs.push_back(separation479629648);\r\n\r\n    SeparationConstraint *separation479629712 = new SeparationConstraint(vpsc::XDIM, 72, 74, -49.5, true);\r\n    ccs.push_back(separation479629712);\r\n\r\n    SeparationConstraint *separation479629776 = new SeparationConstraint(vpsc::YDIM, 72, 74, 17.1667, true);\r\n    ccs.push_back(separation479629776);\r\n\r\n    SeparationConstraint *separation479629840 = new SeparationConstraint(vpsc::XDIM, 72, 75, -49.5, true);\r\n    ccs.push_back(separation479629840);\r\n\r\n    SeparationConstraint *separation479629904 = new SeparationConstraint(vpsc::YDIM, 72, 75, 0.833333, true);\r\n    ccs.push_back(separation479629904);\r\n\r\n    SeparationConstraint *separation479629968 = new SeparationConstraint(vpsc::XDIM, 76, 77, 37, true);\r\n    ccs.push_back(separation479629968);\r\n\r\n    SeparationConstraint *separation479630032 = new SeparationConstraint(vpsc::YDIM, 76, 77, 9, true);\r\n    ccs.push_back(separation479630032);\r\n\r\n    SeparationConstraint *separation479630096 = new SeparationConstraint(vpsc::XDIM, 76, 78, -37, true);\r\n    ccs.push_back(separation479630096);\r\n\r\n    SeparationConstraint *separation479630160 = new SeparationConstraint(vpsc::YDIM, 76, 78, 9, true);\r\n    ccs.push_back(separation479630160);\r\n\r\n    SeparationConstraint *separation479630224 = new SeparationConstraint(vpsc::XDIM, 79, 80, 37, true);\r\n    ccs.push_back(separation479630224);\r\n\r\n    SeparationConstraint *separation479630288 = new SeparationConstraint(vpsc::YDIM, 79, 80, 9, true);\r\n    ccs.push_back(separation479630288);\r\n\r\n    SeparationConstraint *separation479630352 = new SeparationConstraint(vpsc::XDIM, 79, 81, -0.333334, true);\r\n    ccs.push_back(separation479630352);\r\n\r\n    SeparationConstraint *separation479630416 = new SeparationConstraint(vpsc::YDIM, 79, 81, 53, true);\r\n    ccs.push_back(separation479630416);\r\n\r\n    SeparationConstraint *separation477486176 = new SeparationConstraint(vpsc::XDIM, 79, 82, -17.6667, true);\r\n    ccs.push_back(separation477486176);\r\n\r\n    SeparationConstraint *separation477486240 = new SeparationConstraint(vpsc::YDIM, 79, 82, 53, true);\r\n    ccs.push_back(separation477486240);\r\n\r\n    SeparationConstraint *separation477486304 = new SeparationConstraint(vpsc::XDIM, 79, 83, -37, true);\r\n    ccs.push_back(separation477486304);\r\n\r\n    SeparationConstraint *separation477486368 = new SeparationConstraint(vpsc::YDIM, 79, 83, 9, true);\r\n    ccs.push_back(separation477486368);\r\n\r\n    SeparationConstraint *separation477486432 = new SeparationConstraint(vpsc::XDIM, 84, 85, 33.5, true);\r\n    ccs.push_back(separation477486432);\r\n\r\n    SeparationConstraint *separation477486496 = new SeparationConstraint(vpsc::YDIM, 84, 85, 9, true);\r\n    ccs.push_back(separation477486496);\r\n\r\n    SeparationConstraint *separation477486560 = new SeparationConstraint(vpsc::XDIM, 84, 86, 3.16667, true);\r\n    ccs.push_back(separation477486560);\r\n\r\n    SeparationConstraint *separation477486624 = new SeparationConstraint(vpsc::YDIM, 84, 86, 53, true);\r\n    ccs.push_back(separation477486624);\r\n\r\n    SeparationConstraint *separation477486688 = new SeparationConstraint(vpsc::XDIM, 84, 87, -14.1667, true);\r\n    ccs.push_back(separation477486688);\r\n\r\n    SeparationConstraint *separation477486752 = new SeparationConstraint(vpsc::YDIM, 84, 87, 53, true);\r\n    ccs.push_back(separation477486752);\r\n\r\n    SeparationConstraint *separation477486816 = new SeparationConstraint(vpsc::XDIM, 84, 88, -33.5, true);\r\n    ccs.push_back(separation477486816);\r\n\r\n    SeparationConstraint *separation477486880 = new SeparationConstraint(vpsc::YDIM, 84, 88, 9, true);\r\n    ccs.push_back(separation477486880);\r\n\r\n    SeparationConstraint *separation477486944 = new SeparationConstraint(vpsc::XDIM, 89, 90, 48, true);\r\n    ccs.push_back(separation477486944);\r\n\r\n    SeparationConstraint *separation477487008 = new SeparationConstraint(vpsc::YDIM, 89, 90, 9, true);\r\n    ccs.push_back(separation477487008);\r\n\r\n    SeparationConstraint *separation477487072 = new SeparationConstraint(vpsc::XDIM, 89, 91, -48, true);\r\n    ccs.push_back(separation477487072);\r\n\r\n    SeparationConstraint *separation477487136 = new SeparationConstraint(vpsc::YDIM, 89, 91, 9, true);\r\n    ccs.push_back(separation477487136);\r\n\r\n    SeparationConstraint *separation477487200 = new SeparationConstraint(vpsc::XDIM, 7, 0, 137, false);\r\n    ccs.push_back(separation477487200);\r\n\r\n    SeparationConstraint *separation477487264 = new SeparationConstraint(vpsc::XDIM, 0, 5, 118.5, false);\r\n    ccs.push_back(separation477487264);\r\n\r\n    SeparationConstraint *separation477487328 = new SeparationConstraint(vpsc::XDIM, 79, 5, 118, false);\r\n    ccs.push_back(separation477487328);\r\n\r\n    SeparationConstraint *separation477487392 = new SeparationConstraint(vpsc::XDIM, 9, 15, 146.5, false);\r\n    ccs.push_back(separation477487392);\r\n\r\n    SeparationConstraint *separation477487456 = new SeparationConstraint(vpsc::XDIM, 28, 15, 139, false);\r\n    ccs.push_back(separation477487456);\r\n\r\n    SeparationConstraint *separation477487520 = new SeparationConstraint(vpsc::XDIM, 0, 22, 142.5, false);\r\n    ccs.push_back(separation477487520);\r\n\r\n    SeparationConstraint *separation477487584 = new SeparationConstraint(vpsc::XDIM, 0, 22, 142.5, false);\r\n    ccs.push_back(separation477487584);\r\n\r\n    SeparationConstraint *separation477487648 = new SeparationConstraint(vpsc::XDIM, 0, 22, 142.5, false);\r\n    ccs.push_back(separation477487648);\r\n\r\n    SeparationConstraint *separation477487712 = new SeparationConstraint(vpsc::XDIM, 19, 22, 137.5, false);\r\n    ccs.push_back(separation477487712);\r\n\r\n    SeparationConstraint *separation477487776 = new SeparationConstraint(vpsc::XDIM, 22, 28, 150, false);\r\n    ccs.push_back(separation477487776);\r\n\r\n    SeparationConstraint *separation477487840 = new SeparationConstraint(vpsc::XDIM, 15, 31, 151.5, false);\r\n    ccs.push_back(separation477487840);\r\n\r\n    SeparationConstraint *separation477487904 = new SeparationConstraint(vpsc::XDIM, 31, 37, 143.5, false);\r\n    ccs.push_back(separation477487904);\r\n\r\n    SeparationConstraint *separation477487968 = new SeparationConstraint(vpsc::XDIM, 31, 40, 143.5, false);\r\n    ccs.push_back(separation477487968);\r\n\r\n    SeparationConstraint *separation477488032 = new SeparationConstraint(vpsc::XDIM, 31, 43, 207.5, false);\r\n    ccs.push_back(separation477488032);\r\n\r\n    SeparationConstraint *separation477488096 = new SeparationConstraint(vpsc::XDIM, 37, 43, 235, false);\r\n    ccs.push_back(separation477488096);\r\n\r\n    SeparationConstraint *separation477488160 = new SeparationConstraint(vpsc::XDIM, 40, 43, 235, false);\r\n    ccs.push_back(separation477488160);\r\n\r\n    SeparationConstraint *separation477488224 = new SeparationConstraint(vpsc::XDIM, 49, 43, 235, false);\r\n    ccs.push_back(separation477488224);\r\n\r\n    SeparationConstraint *separation477488288 = new SeparationConstraint(vpsc::XDIM, 31, 49, 143.5, false);\r\n    ccs.push_back(separation477488288);\r\n\r\n    SeparationConstraint *separation477488352 = new SeparationConstraint(vpsc::XDIM, 31, 52, 217.5, false);\r\n    ccs.push_back(separation477488352);\r\n\r\n    SeparationConstraint *separation477488416 = new SeparationConstraint(vpsc::XDIM, 43, 52, 181, false);\r\n    ccs.push_back(separation477488416);\r\n\r\n    SeparationConstraint *separation477488480 = new SeparationConstraint(vpsc::XDIM, 52, 56, 114.5, false);\r\n    ccs.push_back(separation477488480);\r\n\r\n    SeparationConstraint *separation477488544 = new SeparationConstraint(vpsc::XDIM, 61, 59, 143, false);\r\n    ccs.push_back(separation477488544);\r\n\r\n    SeparationConstraint *separation477488608 = new SeparationConstraint(vpsc::XDIM, 56, 61, 136.5, false);\r\n    ccs.push_back(separation477488608);\r\n\r\n    SeparationConstraint *separation477488672 = new SeparationConstraint(vpsc::XDIM, 15, 64, 126, false);\r\n    ccs.push_back(separation477488672);\r\n\r\n    SeparationConstraint *separation477488736 = new SeparationConstraint(vpsc::XDIM, 56, 64, 136.5, false);\r\n    ccs.push_back(separation477488736);\r\n\r\n    SeparationConstraint *separation477488800 = new SeparationConstraint(vpsc::XDIM, 89, 68, 116.5, false);\r\n    ccs.push_back(separation477488800);\r\n\r\n    SeparationConstraint *separation477488864 = new SeparationConstraint(vpsc::XDIM, 68, 72, 131, false);\r\n    ccs.push_back(separation477488864);\r\n\r\n    SeparationConstraint *separation477488928 = new SeparationConstraint(vpsc::XDIM, 76, 72, 124.5, false);\r\n    ccs.push_back(separation477488928);\r\n\r\n    SeparationConstraint *separation477488992 = new SeparationConstraint(vpsc::XDIM, 84, 79, 108.5, false);\r\n    ccs.push_back(separation477488992);\r\n\r\n    SeparationConstraint *separation477489056 = new SeparationConstraint(vpsc::XDIM, 72, 84, 121, false);\r\n    ccs.push_back(separation477489056);\r\n\r\n    SeparationConstraint *separation477489120 = new SeparationConstraint(vpsc::XDIM, 64, 89, 127, false);\r\n    ccs.push_back(separation477489120);\r\n\r\n    cola::Box margin = cola::Box(10, 30, 30, 60);   //30\r\n    cola::Box padding = cola::Box(); // cola::Box(10, 30, 30, 60);  //10\r\n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength, eLengths);\r\n    RootCluster *cluster476902600 = new RootCluster();\r\n    cluster476902600->addChildNode(0);\r\n    cluster476902600->addChildNode(1);\r\n    cluster476902600->addChildNode(2);\r\n    cluster476902600->addChildNode(3);\r\n    cluster476902600->addChildNode(4);\r\n    cluster476902600->addChildNode(5);\r\n    cluster476902600->addChildNode(6);\r\n    cluster476902600->addChildNode(7);\r\n    cluster476902600->addChildNode(8);\r\n    cluster476902600->addChildNode(9);\r\n    cluster476902600->addChildNode(10);\r\n    cluster476902600->addChildNode(11);\r\n    cluster476902600->addChildNode(12);\r\n    cluster476902600->addChildNode(13);\r\n    cluster476902600->addChildNode(14);\r\n    cluster476902600->addChildNode(15);\r\n    cluster476902600->addChildNode(16);\r\n    cluster476902600->addChildNode(17);\r\n    cluster476902600->addChildNode(18);\r\n    cluster476902600->addChildNode(19);\r\n    cluster476902600->addChildNode(20);\r\n    cluster476902600->addChildNode(21);\r\n    cluster476902600->addChildNode(22);\r\n    cluster476902600->addChildNode(23);\r\n    cluster476902600->addChildNode(24);\r\n    cluster476902600->addChildNode(25);\r\n    cluster476902600->addChildNode(26);\r\n    cluster476902600->addChildNode(27);\r\n    cluster476902600->addChildNode(28);\r\n    cluster476902600->addChildNode(29);\r\n    cluster476902600->addChildNode(30);\r\n    RectangularCluster *cluster417213744 = new RectangularCluster();\r\n    cluster417213744->setMargin(margin);\r\n    cluster417213744->setPadding(padding);\r\n    cluster417213744->addChildNode(59);\r\n    cluster417213744->addChildNode(60);\r\n    cluster417213744->addChildNode(61);\r\n    cluster417213744->addChildNode(62);\r\n    cluster417213744->addChildNode(63);\r\n    cluster417213744->addChildNode(64);\r\n    cluster417213744->addChildNode(65);\r\n    cluster417213744->addChildNode(66);\r\n    cluster417213744->addChildNode(67);\r\n    cluster417213744->addChildNode(89);\r\n    cluster417213744->addChildNode(90);\r\n    cluster417213744->addChildNode(91);\r\n    RectangularCluster *cluster417215984 = new RectangularCluster();\r\n    cluster417215984->setMargin(margin);\r\n    cluster417215984->setPadding(padding);\r\n    cluster417215984->addChildNode(31);\r\n    cluster417215984->addChildNode(32);\r\n    cluster417215984->addChildNode(33);\r\n    cluster417215984->addChildNode(34);\r\n    cluster417215984->addChildNode(35);\r\n    cluster417215984->addChildNode(36);\r\n    cluster417215984->addChildNode(37);\r\n    cluster417215984->addChildNode(38);\r\n    cluster417215984->addChildNode(39);\r\n    cluster417215984->addChildNode(40);\r\n    cluster417215984->addChildNode(41);\r\n    cluster417215984->addChildNode(42);\r\n    cluster417215984->addChildNode(43);\r\n    cluster417215984->addChildNode(44);\r\n    cluster417215984->addChildNode(45);\r\n    cluster417215984->addChildNode(46);\r\n    cluster417215984->addChildNode(47);\r\n    cluster417215984->addChildNode(48);\r\n    cluster417215984->addChildNode(49);\r\n    cluster417215984->addChildNode(50);\r\n    cluster417215984->addChildNode(51);\r\n    cluster417215984->addChildNode(52);\r\n    cluster417215984->addChildNode(53);\r\n    cluster417215984->addChildNode(54);\r\n    cluster417215984->addChildNode(55);\r\n    cluster417215984->addChildNode(56);\r\n    cluster417215984->addChildNode(57);\r\n    cluster417215984->addChildNode(58);\r\n    cluster417213744->addChildCluster(cluster417215984);\r\n    RectangularCluster *cluster417215760 = new RectangularCluster();\r\n    cluster417215760->setMargin(margin);\r\n    cluster417215760->setPadding(padding);\r\n    cluster417215760->addChildNode(68);\r\n    cluster417215760->addChildNode(69);\r\n    cluster417215760->addChildNode(70);\r\n    cluster417215760->addChildNode(71);\r\n    cluster417215760->addChildNode(72);\r\n    cluster417215760->addChildNode(73);\r\n    cluster417215760->addChildNode(74);\r\n    cluster417215760->addChildNode(75);\r\n    cluster417215760->addChildNode(76);\r\n    cluster417215760->addChildNode(77);\r\n    cluster417215760->addChildNode(78);\r\n    cluster417215760->addChildNode(79);\r\n    cluster417215760->addChildNode(80);\r\n    cluster417215760->addChildNode(81);\r\n    cluster417215760->addChildNode(82);\r\n    cluster417215760->addChildNode(83);\r\n    cluster417215760->addChildNode(84);\r\n    cluster417215760->addChildNode(85);\r\n    cluster417215760->addChildNode(86);\r\n    cluster417215760->addChildNode(87);\r\n    cluster417215760->addChildNode(88);\r\n    cluster417213744->addChildCluster(cluster417215760);\r\n    cluster476902600->addChildCluster(cluster417213744);\r\n    alg.setClusterHierarchy(cluster476902600);\r\n    alg.setConstraints(ccs);\r\n\r\n    UnsatisfiableConstraintInfos unsatisfiableX, unsatisfiableY;\r\n    alg.setUnsatisfiableConstraintInfo(&unsatisfiableX, &unsatisfiableY);\r\n\r\n    // rect-43 and associated port rects.\r\n    cola::NodeIndexes nonOverlapExemptGroup;\r\n    nonOverlapExemptGroup.push_back(44);\r\n    nonOverlapExemptGroup.push_back(45);\r\n    nonOverlapExemptGroup.push_back(46);\r\n    nonOverlapExemptGroup.push_back(47);\r\n    nonOverlapExemptGroup.push_back(48);\r\n    nonOverlapExemptGroup.push_back(43);\r\n    \r\n    std::vector<cola::NodeIndexes> nonOverlapExemptGroupList;\r\n    nonOverlapExemptGroupList.push_back(nonOverlapExemptGroup);\r\n    alg.setAvoidNodeOverlaps(true, nonOverlapExemptGroupList);\r\n\r\n    //alg.makeFeasible();\r\n    alg.run();\r\n    alg.outputInstanceToSVG(\"rectangularClusters01\");\r\n\r\n    for (size_t i = 0; i < unsatisfiableX.size(); ++i)\r\n    {\r\n\tprintf(\"%s\\n\", unsatisfiableX[i]->toString().c_str());\r\n    }\r\n    for (size_t i = 0; i < unsatisfiableY.size(); ++i)\r\n    {\r\n\tprintf(\"%s\\n\", unsatisfiableY[i]->toString().c_str());\r\n    }\r\n    alg.freeAssociatedObjects();\r\n    return (unsatisfiableX.empty() && unsatisfiableY.empty()) ? 0 : 1;\r\n};\r\n"
  },
  {
    "path": "cola/libcola/tests/rectclustershapecontainment.cpp",
    "content": "#include <vector>\n#include \"libcola/cola.h\"\nusing namespace cola;\nint main(void) {\n    CompoundConstraints ccs;\n    std::vector<Edge> es;\n    double defaultEdgeLength=40;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(478, 488, 399, 409);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(284, 294, 938, 948);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(141, 151, 906, 916);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(284, 294, 959, 969);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(131, 161, 938, 968);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(550, 762, 155.5, 522.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(430, 540, -6, 158);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(373, 383, 907, 917);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(482, 492, 938, 948);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(434, 444, 938, 948);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(426, 436, 869, 879);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(426, 436, 848, 858);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(314, 324, 860, 870);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(205, 215, 860, 870);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(553, 563, 859, 869);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(345, 423, 746, 780);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 765, 775);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-34.5, 162.5, 723, 877);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 696, 706);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 624, 634);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(453, 463, 479, 489);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(154.5, 457.5, 574, 624);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(398, 408, 445, 455);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(453, 463, 331, 341);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(403, 413, 331, 341);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(547, 557, 191, 201);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 260, 270);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 168, 178);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(380, 390, 297, 307);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(228, 238, 286, 296);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(228, 238, 307, 317);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(352, 362, 259, 269);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(302, 312, 259, 269);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(176, 186, 259, 269);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(228, 238, 234, 244);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(228, 238, 213, 223);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(311, 321, 181, 191);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(338, 348, 149, 159);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(338, 348, 128, 138);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(40.5, 291.5, 45.5, 70.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(257, 267, 903, 913);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(478, 488, 551, 561);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(276, 286, 213, 223);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(276, 286, 286, 296);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(176, 186, 355, 365);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(176, 186, 381, 391);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(286, 296, 354, 364);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(286, 296, 380, 390);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(586, 616, 180, 210);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 128, 158);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 649, 679);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(166, 196, 213, 243);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(166, 196, 286, 316);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(317, 347, 433, 463);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(317, 347, 286, 316);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 215, 245);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 288, 318);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 721, 751);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 577, 607);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 505, 535);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(612, 642, 848, 878);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(299, 329, 891, 921);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(535, 565, 938, 968);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 848, 878);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(363, 393, 848, 878);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(131, 161, 848, 878);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(363, 393, 938, 968);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(250, 280, 848, 878);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(197, 227, 891, 921);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 358, 388);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(117, 147, 344, 374);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(224, 254, 344, 374);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(224, 254, 370, 400);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(117, 147, 370, 400);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(363, 393, 805, 835);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(181, 227, 711, 741);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(131, 161, 721, 751);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(434, 444, 959, 969);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(199, 209, 742, 752);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(482, 492, 959, 969);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(565.5, 692.5, 842.5, 997.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(503, 513, 479, 489);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(577, 587, 520, 530);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(550, 560, 539, 549);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(284, 294, 790, 800);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(527, 537, 520, 530);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(383, 413, 541, 571);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(432, 442, 581, 591);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(433, 443, 517, 527);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(468, 498, 433, 463);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(91, 101, 906, 916);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(503, 513, 331, 341);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(276, 286, 234, 244);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(276, 286, 307, 317);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 389, 419);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(266, 312, 878, 908);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(185, 231, 896, 926);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(266, 312, 899, 929);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(417, 463, 897, 927);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(464, 510, 878, 908);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(416, 462, 878, 908);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(470, 516, 859, 889);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(470, 516, 838, 868);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(358, 404, 850, 880);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(187, 233, 800, 830);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(535, 581, 799, 829);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 755, 785);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 686, 716);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 614, 644);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(497, 543, 469, 499);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(380, 426, 385, 415);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(497, 543, 321, 351);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(385, 431, 271, 301);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(529, 575, 131, 161);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 250, 280);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 158, 188);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(362, 408, 237, 267);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(210, 256, 226, 256);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(210, 256, 247, 277);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(396, 442, 249, 279);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(346, 392, 249, 279);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(220, 266, 249, 279);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(210, 256, 174, 204);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(210, 256, 153, 183);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(293, 339, 121, 151);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(320, 366, 89, 119);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(320, 366, 68, 98);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(239, 285, 843, 873);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(522, 568, 541, 571);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(258, 304, 153, 183);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(258, 304, 226, 256);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(158, 204, 295, 325);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(158, 204, 321, 351);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(268, 314, 294, 324);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(268, 314, 320, 350);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(416, 462, 899, 929);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(181, 227, 682, 712);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(464, 510, 899, 929);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(547, 593, 469, 499);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(559, 605, 460, 490);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(532, 578, 479, 509);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(266, 312, 730, 760);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(571, 617, 510, 540);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(414, 460, 521, 551);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(415, 461, 457, 487);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(73, 119, 846, 876);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(547, 593, 321, 351);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(258, 304, 174, 204);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(258, 304, 247, 277);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(550.5, 600.5, 304.5, 334.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(550.5, 600.5, 344.5, 374.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(621.5, 651.5, 473, 523);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(661.5, 691.5, 473, 523);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(470.5, 500.5, 108.5, 158.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(113, 163, 765.5, 795.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(113, 163, 805.5, 835.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(408, 458, 584.5, 614.5);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(614.5, 644.5, 843, 893);\n    rs.push_back(rect);\n\n    AlignmentConstraint *alignment140664475503328 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475503328->addShape(0, 0);\n    alignment140664475503328->addShape(16, 0);\n    alignment140664475503328->addShape(18, 0);\n    alignment140664475503328->addShape(19, 0);\n    alignment140664475503328->addShape(26, 0);\n    alignment140664475503328->addShape(27, 0);\n    alignment140664475503328->addShape(41, 0);\n    alignment140664475503328->addShape(49, 0);\n    alignment140664475503328->addShape(50, 0);\n    alignment140664475503328->addShape(55, 0);\n    alignment140664475503328->addShape(56, 0);\n    alignment140664475503328->addShape(57, 0);\n    alignment140664475503328->addShape(58, 0);\n    alignment140664475503328->addShape(59, 0);\n    alignment140664475503328->addShape(63, 0);\n    alignment140664475503328->addShape(69, 0);\n    alignment140664475503328->addShape(89, 0);\n    ccs.push_back(alignment140664475503328);\n\n    AlignmentConstraint *alignment140664481097440 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664481097440->addShape(1, 0);\n    alignment140664481097440->addShape(3, 0);\n    alignment140664481097440->addShape(46, 0);\n    alignment140664481097440->addShape(47, 0);\n    alignment140664481097440->addShape(84, 0);\n    ccs.push_back(alignment140664481097440);\n\n    AlignmentConstraint *alignment140664483416688 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483416688->addShape(2, 0);\n    alignment140664483416688->addShape(4, 0);\n    alignment140664483416688->addShape(65, 0);\n    alignment140664483416688->addShape(76, 0);\n    ccs.push_back(alignment140664483416688);\n\n    AlignmentConstraint *alignment140664481096784 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664481096784->addShape(3, 0);\n    alignment140664481096784->addShape(46, 0);\n    alignment140664481096784->addShape(47, 0);\n    alignment140664481096784->addShape(84, 0);\n    ccs.push_back(alignment140664481096784);\n\n    AlignmentConstraint *alignment140664475503952 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475503952->addShape(4, 0);\n    alignment140664475503952->addShape(65, 0);\n    alignment140664475503952->addShape(76, 0);\n    ccs.push_back(alignment140664475503952);\n\n    AlignmentConstraint *alignment140664475504304 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475504304->addShape(7, 0);\n    alignment140664475504304->addShape(64, 0);\n    alignment140664475504304->addShape(66, 0);\n    alignment140664475504304->addShape(74, 0);\n    ccs.push_back(alignment140664475504304);\n\n    AlignmentConstraint *alignment140664475504496 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475504496->addShape(8, 0);\n    alignment140664475504496->addShape(79, 0);\n    ccs.push_back(alignment140664475504496);\n\n    AlignmentConstraint *alignment140664475504720 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475504720->addShape(9, 0);\n    alignment140664475504720->addShape(77, 0);\n    alignment140664475504720->addShape(87, 0);\n    alignment140664475504720->addShape(88, 0);\n    ccs.push_back(alignment140664475504720);\n\n    AlignmentConstraint *alignment140664483418000 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483418000->addShape(10, 0);\n    alignment140664483418000->addShape(11, 0);\n    ccs.push_back(alignment140664483418000);\n\n    AlignmentConstraint *alignment140664483418368 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483418368->addShape(11, 0);\n    ccs.push_back(alignment140664483418368);\n\n    AlignmentConstraint *alignment140664483418496 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483418496->addShape(12, 0);\n    ccs.push_back(alignment140664483418496);\n\n    AlignmentConstraint *alignment140664483418656 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483418656->addShape(13, 0);\n    alignment140664483418656->addShape(68, 0);\n    ccs.push_back(alignment140664483418656);\n\n    AlignmentConstraint *alignment140664483418880 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483418880->addShape(14, 0);\n    ccs.push_back(alignment140664483418880);\n\n    AlignmentConstraint *alignment140664483419008 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664483419008->addShape(16, 0);\n    alignment140664483419008->addShape(18, 0);\n    alignment140664483419008->addShape(19, 0);\n    alignment140664483419008->addShape(26, 0);\n    alignment140664483419008->addShape(27, 0);\n    alignment140664483419008->addShape(41, 0);\n    alignment140664483419008->addShape(49, 0);\n    alignment140664483419008->addShape(50, 0);\n    alignment140664483419008->addShape(55, 0);\n    alignment140664483419008->addShape(56, 0);\n    alignment140664483419008->addShape(57, 0);\n    alignment140664483419008->addShape(58, 0);\n    alignment140664483419008->addShape(59, 0);\n    alignment140664483419008->addShape(63, 0);\n    alignment140664483419008->addShape(69, 0);\n    alignment140664483419008->addShape(89, 0);\n    ccs.push_back(alignment140664483419008);\n\n    AlignmentConstraint *alignment140664476991552 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476991552->addShape(18, 0);\n    alignment140664476991552->addShape(19, 0);\n    alignment140664476991552->addShape(26, 0);\n    alignment140664476991552->addShape(27, 0);\n    alignment140664476991552->addShape(41, 0);\n    alignment140664476991552->addShape(49, 0);\n    alignment140664476991552->addShape(50, 0);\n    alignment140664476991552->addShape(55, 0);\n    alignment140664476991552->addShape(56, 0);\n    alignment140664476991552->addShape(57, 0);\n    alignment140664476991552->addShape(58, 0);\n    alignment140664476991552->addShape(59, 0);\n    alignment140664476991552->addShape(63, 0);\n    alignment140664476991552->addShape(69, 0);\n    alignment140664476991552->addShape(89, 0);\n    ccs.push_back(alignment140664476991552);\n\n    AlignmentConstraint *alignment140664476992272 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476992272->addShape(19, 0);\n    alignment140664476992272->addShape(26, 0);\n    alignment140664476992272->addShape(27, 0);\n    alignment140664476992272->addShape(41, 0);\n    alignment140664476992272->addShape(49, 0);\n    alignment140664476992272->addShape(50, 0);\n    alignment140664476992272->addShape(55, 0);\n    alignment140664476992272->addShape(56, 0);\n    alignment140664476992272->addShape(57, 0);\n    alignment140664476992272->addShape(58, 0);\n    alignment140664476992272->addShape(59, 0);\n    alignment140664476992272->addShape(63, 0);\n    alignment140664476992272->addShape(69, 0);\n    alignment140664476992272->addShape(89, 0);\n    ccs.push_back(alignment140664476992272);\n\n    AlignmentConstraint *alignment140664476992960 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476992960->addShape(20, 0);\n    alignment140664476992960->addShape(23, 0);\n    ccs.push_back(alignment140664476992960);\n\n    AlignmentConstraint *alignment140664476993456 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993456->addShape(22, 0);\n    ccs.push_back(alignment140664476993456);\n\n    AlignmentConstraint *alignment140664476993584 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993584->addShape(23, 0);\n    ccs.push_back(alignment140664476993584);\n\n    AlignmentConstraint *alignment140664476993744 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993744->addShape(24, 0);\n    ccs.push_back(alignment140664476993744);\n\n    AlignmentConstraint *alignment140664476993904 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993904->addShape(25, 0);\n    alignment140664476993904->addShape(62, 0);\n    ccs.push_back(alignment140664476993904);\n\n    AlignmentConstraint *alignment140664476994128 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476994128->addShape(26, 0);\n    alignment140664476994128->addShape(27, 0);\n    alignment140664476994128->addShape(41, 0);\n    alignment140664476994128->addShape(49, 0);\n    alignment140664476994128->addShape(50, 0);\n    alignment140664476994128->addShape(55, 0);\n    alignment140664476994128->addShape(56, 0);\n    alignment140664476994128->addShape(57, 0);\n    alignment140664476994128->addShape(58, 0);\n    alignment140664476994128->addShape(59, 0);\n    alignment140664476994128->addShape(63, 0);\n    alignment140664476994128->addShape(69, 0);\n    alignment140664476994128->addShape(89, 0);\n    ccs.push_back(alignment140664476994128);\n\n    AlignmentConstraint *alignment140664476994608 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476994608->addShape(27, 0);\n    alignment140664476994608->addShape(41, 0);\n    alignment140664476994608->addShape(49, 0);\n    alignment140664476994608->addShape(50, 0);\n    alignment140664476994608->addShape(55, 0);\n    alignment140664476994608->addShape(56, 0);\n    alignment140664476994608->addShape(57, 0);\n    alignment140664476994608->addShape(58, 0);\n    alignment140664476994608->addShape(59, 0);\n    alignment140664476994608->addShape(63, 0);\n    alignment140664476994608->addShape(69, 0);\n    alignment140664476994608->addShape(89, 0);\n    ccs.push_back(alignment140664476994608);\n\n    AlignmentConstraint *alignment140664476995232 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476995232->addShape(28, 0);\n    ccs.push_back(alignment140664476995232);\n\n    AlignmentConstraint *alignment140664476995392 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476995392->addShape(29, 0);\n    alignment140664476995392->addShape(30, 0);\n    alignment140664476995392->addShape(34, 0);\n    alignment140664476995392->addShape(35, 0);\n    ccs.push_back(alignment140664476995392);\n\n    AlignmentConstraint *alignment140664476995616 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476995616->addShape(30, 0);\n    alignment140664476995616->addShape(34, 0);\n    alignment140664476995616->addShape(35, 0);\n    ccs.push_back(alignment140664476995616);\n\n    AlignmentConstraint *alignment140664476995888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476995888->addShape(31, 0);\n    ccs.push_back(alignment140664476995888);\n\n    AlignmentConstraint *alignment140664476996016 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476996016->addShape(32, 0);\n    ccs.push_back(alignment140664476996016);\n\n    AlignmentConstraint *alignment140664476996176 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476996176->addShape(33, 0);\n    alignment140664476996176->addShape(44, 0);\n    alignment140664476996176->addShape(45, 0);\n    alignment140664476996176->addShape(51, 0);\n    alignment140664476996176->addShape(52, 0);\n    ccs.push_back(alignment140664476996176);\n\n    AlignmentConstraint *alignment140664476996480 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476996480->addShape(34, 0);\n    alignment140664476996480->addShape(35, 0);\n    ccs.push_back(alignment140664476996480);\n\n    AlignmentConstraint *alignment140664476996704 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476996704->addShape(35, 0);\n    ccs.push_back(alignment140664476996704);\n\n    AlignmentConstraint *alignment140664476996832 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476996832->addShape(36, 0);\n    alignment140664476996832->addShape(61, 0);\n    ccs.push_back(alignment140664476996832);\n\n    AlignmentConstraint *alignment140664476997056 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476997056->addShape(37, 0);\n    alignment140664476997056->addShape(38, 0);\n    ccs.push_back(alignment140664476997056);\n\n    AlignmentConstraint *alignment140664476993184 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993184->addShape(38, 0);\n    ccs.push_back(alignment140664476993184);\n\n    AlignmentConstraint *alignment140664476993312 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476993312->addShape(40, 0);\n    ccs.push_back(alignment140664476993312);\n\n    AlignmentConstraint *alignment140664476997808 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476997808->addShape(41, 0);\n    alignment140664476997808->addShape(49, 0);\n    alignment140664476997808->addShape(50, 0);\n    alignment140664476997808->addShape(55, 0);\n    alignment140664476997808->addShape(56, 0);\n    alignment140664476997808->addShape(57, 0);\n    alignment140664476997808->addShape(58, 0);\n    alignment140664476997808->addShape(59, 0);\n    alignment140664476997808->addShape(63, 0);\n    alignment140664476997808->addShape(69, 0);\n    alignment140664476997808->addShape(89, 0);\n    ccs.push_back(alignment140664476997808);\n\n    AlignmentConstraint *alignment140664476998480 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476998480->addShape(42, 0);\n    alignment140664476998480->addShape(43, 0);\n    alignment140664476998480->addShape(92, 0);\n    alignment140664476998480->addShape(93, 0);\n    ccs.push_back(alignment140664476998480);\n\n    AlignmentConstraint *alignment140664476998704 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476998704->addShape(43, 0);\n    alignment140664476998704->addShape(92, 0);\n    alignment140664476998704->addShape(93, 0);\n    ccs.push_back(alignment140664476998704);\n\n    AlignmentConstraint *alignment140664476998976 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476998976->addShape(44, 0);\n    alignment140664476998976->addShape(45, 0);\n    alignment140664476998976->addShape(51, 0);\n    alignment140664476998976->addShape(52, 0);\n    ccs.push_back(alignment140664476998976);\n\n    AlignmentConstraint *alignment140664476999216 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476999216->addShape(45, 0);\n    alignment140664476999216->addShape(51, 0);\n    alignment140664476999216->addShape(52, 0);\n    ccs.push_back(alignment140664476999216);\n\n    AlignmentConstraint *alignment140664476999488 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476999488->addShape(46, 0);\n    alignment140664476999488->addShape(47, 0);\n    alignment140664476999488->addShape(84, 0);\n    ccs.push_back(alignment140664476999488);\n\n    AlignmentConstraint *alignment140664476999728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476999728->addShape(47, 0);\n    alignment140664476999728->addShape(84, 0);\n    ccs.push_back(alignment140664476999728);\n\n    AlignmentConstraint *alignment140664476999920 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476999920->addShape(48, 0);\n    ccs.push_back(alignment140664476999920);\n\n    AlignmentConstraint *alignment140664477000048 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477000048->addShape(49, 0);\n    alignment140664477000048->addShape(50, 0);\n    alignment140664477000048->addShape(55, 0);\n    alignment140664477000048->addShape(56, 0);\n    alignment140664477000048->addShape(57, 0);\n    alignment140664477000048->addShape(58, 0);\n    alignment140664477000048->addShape(59, 0);\n    alignment140664477000048->addShape(63, 0);\n    alignment140664477000048->addShape(69, 0);\n    alignment140664477000048->addShape(89, 0);\n    ccs.push_back(alignment140664477000048);\n\n    AlignmentConstraint *alignment140664477000656 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477000656->addShape(50, 0);\n    alignment140664477000656->addShape(55, 0);\n    alignment140664477000656->addShape(56, 0);\n    alignment140664477000656->addShape(57, 0);\n    alignment140664477000656->addShape(58, 0);\n    alignment140664477000656->addShape(59, 0);\n    alignment140664477000656->addShape(63, 0);\n    alignment140664477000656->addShape(69, 0);\n    alignment140664477000656->addShape(89, 0);\n    ccs.push_back(alignment140664477000656);\n\n    AlignmentConstraint *alignment140664477001184 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477001184->addShape(51, 0);\n    alignment140664477001184->addShape(52, 0);\n    ccs.push_back(alignment140664477001184);\n\n    AlignmentConstraint *alignment140664477001408 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477001408->addShape(52, 0);\n    ccs.push_back(alignment140664477001408);\n\n    AlignmentConstraint *alignment140664477001536 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477001536->addShape(53, 0);\n    alignment140664477001536->addShape(54, 0);\n    ccs.push_back(alignment140664477001536);\n\n    AlignmentConstraint *alignment140664477001760 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477001760->addShape(54, 0);\n    ccs.push_back(alignment140664477001760);\n\n    AlignmentConstraint *alignment140664477001888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477001888->addShape(55, 0);\n    alignment140664477001888->addShape(56, 0);\n    alignment140664477001888->addShape(57, 0);\n    alignment140664477001888->addShape(58, 0);\n    alignment140664477001888->addShape(59, 0);\n    alignment140664477001888->addShape(63, 0);\n    alignment140664477001888->addShape(69, 0);\n    alignment140664477001888->addShape(89, 0);\n    ccs.push_back(alignment140664477001888);\n\n    AlignmentConstraint *alignment140664477002240 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477002240->addShape(56, 0);\n    alignment140664477002240->addShape(57, 0);\n    alignment140664477002240->addShape(58, 0);\n    alignment140664477002240->addShape(59, 0);\n    alignment140664477002240->addShape(63, 0);\n    alignment140664477002240->addShape(69, 0);\n    alignment140664477002240->addShape(89, 0);\n    ccs.push_back(alignment140664477002240);\n\n    AlignmentConstraint *alignment140664477002640 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477002640->addShape(57, 0);\n    alignment140664477002640->addShape(58, 0);\n    alignment140664477002640->addShape(59, 0);\n    alignment140664477002640->addShape(63, 0);\n    alignment140664477002640->addShape(69, 0);\n    alignment140664477002640->addShape(89, 0);\n    ccs.push_back(alignment140664477002640);\n\n    AlignmentConstraint *alignment140664477003008 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477003008->addShape(58, 0);\n    alignment140664477003008->addShape(59, 0);\n    alignment140664477003008->addShape(63, 0);\n    alignment140664477003008->addShape(69, 0);\n    alignment140664477003008->addShape(89, 0);\n    ccs.push_back(alignment140664477003008);\n\n    AlignmentConstraint *alignment140664477003344 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477003344->addShape(59, 0);\n    alignment140664477003344->addShape(63, 0);\n    alignment140664477003344->addShape(69, 0);\n    alignment140664477003344->addShape(89, 0);\n    ccs.push_back(alignment140664477003344);\n\n    AlignmentConstraint *alignment140664477003568 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477003568->addShape(60, 0);\n    ccs.push_back(alignment140664477003568);\n\n    AlignmentConstraint *alignment140664477003728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477003728->addShape(61, 0);\n    ccs.push_back(alignment140664477003728);\n\n    AlignmentConstraint *alignment140664477003888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477003888->addShape(62, 0);\n    ccs.push_back(alignment140664477003888);\n\n    AlignmentConstraint *alignment140664477004048 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477004048->addShape(63, 0);\n    alignment140664477004048->addShape(69, 0);\n    alignment140664477004048->addShape(89, 0);\n    ccs.push_back(alignment140664477004048);\n\n    AlignmentConstraint *alignment140664477004320 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477004320->addShape(64, 0);\n    alignment140664477004320->addShape(66, 0);\n    alignment140664477004320->addShape(74, 0);\n    ccs.push_back(alignment140664477004320);\n\n    AlignmentConstraint *alignment140664477004560 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477004560->addShape(65, 0);\n    alignment140664477004560->addShape(76, 0);\n    ccs.push_back(alignment140664477004560);\n\n    AlignmentConstraint *alignment140664477004752 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477004752->addShape(66, 0);\n    alignment140664477004752->addShape(74, 0);\n    ccs.push_back(alignment140664477004752);\n\n    AlignmentConstraint *alignment140664477004944 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477004944->addShape(67, 0);\n    ccs.push_back(alignment140664477004944);\n\n    AlignmentConstraint *alignment140664477005072 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477005072->addShape(68, 0);\n    ccs.push_back(alignment140664477005072);\n\n    AlignmentConstraint *alignment140664477005232 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477005232->addShape(69, 0);\n    alignment140664477005232->addShape(89, 0);\n    ccs.push_back(alignment140664477005232);\n\n    AlignmentConstraint *alignment140664477005456 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477005456->addShape(70, 0);\n    alignment140664477005456->addShape(73, 0);\n    ccs.push_back(alignment140664477005456);\n\n    AlignmentConstraint *alignment140664477005648 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664477005648->addShape(71, 0);\n    alignment140664477005648->addShape(72, 0);\n    ccs.push_back(alignment140664477005648);\n\n    AlignmentConstraint *alignment140664476997248 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476997248->addShape(72, 0);\n    ccs.push_back(alignment140664476997248);\n\n    AlignmentConstraint *alignment140664476997376 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476997376->addShape(73, 0);\n    ccs.push_back(alignment140664476997376);\n\n    AlignmentConstraint *alignment140664476997536 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664476997536->addShape(74, 0);\n    ccs.push_back(alignment140664476997536);\n\n    AlignmentConstraint *alignment140664475640112 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475640112->addShape(76, 0);\n    ccs.push_back(alignment140664475640112);\n\n    AlignmentConstraint *alignment140664475640272 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475640272->addShape(77, 0);\n    alignment140664475640272->addShape(87, 0);\n    alignment140664475640272->addShape(88, 0);\n    ccs.push_back(alignment140664475640272);\n\n    AlignmentConstraint *alignment140664475640544 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475640544->addShape(78, 0);\n    ccs.push_back(alignment140664475640544);\n\n    AlignmentConstraint *alignment140664475640672 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475640672->addShape(79, 0);\n    ccs.push_back(alignment140664475640672);\n\n    AlignmentConstraint *alignment140664475640832 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475640832->addShape(81, 0);\n    alignment140664475640832->addShape(91, 0);\n    ccs.push_back(alignment140664475640832);\n\n    AlignmentConstraint *alignment140664475641056 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641056->addShape(82, 0);\n    ccs.push_back(alignment140664475641056);\n\n    AlignmentConstraint *alignment140664475641184 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641184->addShape(83, 0);\n    ccs.push_back(alignment140664475641184);\n\n    AlignmentConstraint *alignment140664475641344 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641344->addShape(84, 0);\n    ccs.push_back(alignment140664475641344);\n\n    AlignmentConstraint *alignment140664475641504 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641504->addShape(85, 0);\n    ccs.push_back(alignment140664475641504);\n\n    AlignmentConstraint *alignment140664475641664 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641664->addShape(86, 0);\n    ccs.push_back(alignment140664475641664);\n\n    AlignmentConstraint *alignment140664475641824 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475641824->addShape(87, 0);\n    alignment140664475641824->addShape(88, 0);\n    ccs.push_back(alignment140664475641824);\n\n    AlignmentConstraint *alignment140664475642048 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642048->addShape(88, 0);\n    ccs.push_back(alignment140664475642048);\n\n    AlignmentConstraint *alignment140664475642176 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642176->addShape(89, 0);\n    ccs.push_back(alignment140664475642176);\n\n    AlignmentConstraint *alignment140664475642336 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642336->addShape(90, 0);\n    ccs.push_back(alignment140664475642336);\n\n    AlignmentConstraint *alignment140664475642496 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642496->addShape(91, 0);\n    ccs.push_back(alignment140664475642496);\n\n    AlignmentConstraint *alignment140664475642656 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642656->addShape(92, 0);\n    alignment140664475642656->addShape(93, 0);\n    ccs.push_back(alignment140664475642656);\n\n    AlignmentConstraint *alignment140664475642880 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475642880->addShape(93, 0);\n    ccs.push_back(alignment140664475642880);\n\n    SeparationConstraint *separation140664475644192 = new SeparationConstraint(vpsc::XDIM, alignment140664475642336, alignment140664476997376, 36, false);\n    ccs.push_back(separation140664475644192);\n\n    SeparationConstraint *separation140664481097840 = new SeparationConstraint(vpsc::XDIM, alignment140664476997376, alignment140664475640112, 14, false);\n    ccs.push_back(separation140664481097840);\n\n    SeparationConstraint *separation140664476990640 = new SeparationConstraint(vpsc::XDIM, alignment140664475640112, alignment140664477001408, 35, false);\n    ccs.push_back(separation140664476990640);\n\n    SeparationConstraint *separation140664481098032 = new SeparationConstraint(vpsc::XDIM, alignment140664477001408, alignment140664475640544, 23, false);\n    ccs.push_back(separation140664481098032);\n\n    SeparationConstraint *separation140664481098176 = new SeparationConstraint(vpsc::XDIM, alignment140664475640544, alignment140664483418656, 7, false);\n    ccs.push_back(separation140664481098176);\n\n    SeparationConstraint *separation140664481098320 = new SeparationConstraint(vpsc::XDIM, alignment140664477005072, alignment140664476996704, 21, false);\n    ccs.push_back(separation140664481098320);\n\n    SeparationConstraint *separation140664481098496 = new SeparationConstraint(vpsc::XDIM, alignment140664476996704, alignment140664476997248, 6, false);\n    ccs.push_back(separation140664481098496);\n\n    SeparationConstraint *separation140664481098672 = new SeparationConstraint(vpsc::XDIM, alignment140664476997248, alignment140664476993312, 23, false);\n    ccs.push_back(separation140664481098672);\n\n    SeparationConstraint *separation140664476989584 = new SeparationConstraint(vpsc::XDIM, alignment140664476993312, alignment140664477004944, 3, false);\n    ccs.push_back(separation140664476989584);\n\n    SeparationConstraint *separation140664476989760 = new SeparationConstraint(vpsc::XDIM, alignment140664477004944, alignment140664475642880, 16, false);\n    ccs.push_back(separation140664476989760);\n\n    SeparationConstraint *separation140664476989936 = new SeparationConstraint(vpsc::XDIM, alignment140664475642880, alignment140664475641344, 8, false);\n    ccs.push_back(separation140664476989936);\n\n    SeparationConstraint *separation140664476990112 = new SeparationConstraint(vpsc::XDIM, alignment140664476999488, alignment140664476996016, 16.6667, false);\n    ccs.push_back(separation140664476990112);\n\n    SeparationConstraint *separation140664476990288 = new SeparationConstraint(vpsc::XDIM, alignment140664476996016, alignment140664477003728, 7, false);\n    ccs.push_back(separation140664476990288);\n\n    SeparationConstraint *separation140664476990464 = new SeparationConstraint(vpsc::XDIM, alignment140664476996832, alignment140664483418496, 4, false);\n    ccs.push_back(separation140664476990464);\n\n    SeparationConstraint *separation140664475645632 = new SeparationConstraint(vpsc::XDIM, alignment140664483418496, alignment140664477001760, 13, false);\n    ccs.push_back(separation140664475645632);\n\n    SeparationConstraint *separation140664475645808 = new SeparationConstraint(vpsc::XDIM, alignment140664477001760, alignment140664476993184, 11, false);\n    ccs.push_back(separation140664475645808);\n\n    SeparationConstraint *separation140664475645984 = new SeparationConstraint(vpsc::XDIM, alignment140664476993184, alignment140664476995888, 14, false);\n    ccs.push_back(separation140664475645984);\n\n    SeparationConstraint *separation140664475646160 = new SeparationConstraint(vpsc::XDIM, alignment140664476995888, alignment140664476997536, 21, false);\n    ccs.push_back(separation140664475646160);\n\n    SeparationConstraint *separation140664475646336 = new SeparationConstraint(vpsc::XDIM, alignment140664476997536, alignment140664476995232, 7, false);\n    ccs.push_back(separation140664475646336);\n\n    SeparationConstraint *separation140664475646512 = new SeparationConstraint(vpsc::XDIM, alignment140664476995232, alignment140664475641664, 13, false);\n    ccs.push_back(separation140664475646512);\n\n    SeparationConstraint *separation140664475646688 = new SeparationConstraint(vpsc::XDIM, alignment140664475641664, alignment140664476993456, 5, false);\n    ccs.push_back(separation140664475646688);\n\n    SeparationConstraint *separation140664475646864 = new SeparationConstraint(vpsc::XDIM, alignment140664476993456, alignment140664476993744, 5, false);\n    ccs.push_back(separation140664475646864);\n\n    SeparationConstraint *separation140664475647040 = new SeparationConstraint(vpsc::XDIM, alignment140664476993744, alignment140664483418368, 23, false);\n    ccs.push_back(separation140664475647040);\n\n    SeparationConstraint *separation140664475647216 = new SeparationConstraint(vpsc::XDIM, alignment140664483418368, alignment140664475641824, 6.5, false);\n    ccs.push_back(separation140664475647216);\n\n    SeparationConstraint *separation140664475647392 = new SeparationConstraint(vpsc::XDIM, alignment140664475504720, alignment140664476993584, 19.75, false);\n    ccs.push_back(separation140664475647392);\n\n    SeparationConstraint *separation140664475647568 = new SeparationConstraint(vpsc::XDIM, alignment140664476993584, alignment140664475642176, 25, false);\n    ccs.push_back(separation140664475647568);\n\n    SeparationConstraint *separation140664475647744 = new SeparationConstraint(vpsc::XDIM, alignment140664475642176, alignment140664475640672, 4, false);\n    ccs.push_back(separation140664475647744);\n\n    SeparationConstraint *separation140664475647920 = new SeparationConstraint(vpsc::XDIM, alignment140664475640672, alignment140664475642496, 21, false);\n    ccs.push_back(separation140664475647920);\n\n    SeparationConstraint *separation140664475648096 = new SeparationConstraint(vpsc::XDIM, alignment140664475642496, alignment140664475641504, 24, false);\n    ccs.push_back(separation140664475648096);\n\n    SeparationConstraint *separation140664475648272 = new SeparationConstraint(vpsc::XDIM, alignment140664475641504, alignment140664477003888, 18, false);\n    ccs.push_back(separation140664475648272);\n\n    SeparationConstraint *separation140664475648448 = new SeparationConstraint(vpsc::XDIM, alignment140664476993904, alignment140664475641184, 4, false);\n    ccs.push_back(separation140664475648448);\n\n    SeparationConstraint *separation140664475648624 = new SeparationConstraint(vpsc::XDIM, alignment140664475641184, alignment140664483418880, 3, false);\n    ccs.push_back(separation140664475648624);\n\n    SeparationConstraint *separation140664475648800 = new SeparationConstraint(vpsc::XDIM, alignment140664483418880, alignment140664475641056, 24, false);\n    ccs.push_back(separation140664475648800);\n\n    SeparationConstraint *separation140664475648976 = new SeparationConstraint(vpsc::XDIM, alignment140664475641056, alignment140664476999920, 19, false);\n    ccs.push_back(separation140664475648976);\n\n    SeparationConstraint *separation140664475649152 = new SeparationConstraint(vpsc::XDIM, alignment140664476999920, alignment140664477003568, 26, false);\n    ccs.push_back(separation140664475649152);\n\n    AlignmentConstraint *alignment140664475649328 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475649328->addShape(0, 0);\n    ccs.push_back(alignment140664475649328);\n\n    AlignmentConstraint *alignment140664475649488 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475649488->addShape(1, 0);\n    alignment140664475649488->addShape(8, 0);\n    alignment140664475649488->addShape(9, 0);\n    ccs.push_back(alignment140664475649488);\n\n    AlignmentConstraint *alignment140664475649760 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475649760->addShape(2, 0);\n    alignment140664475649760->addShape(7, 0);\n    alignment140664475649760->addShape(90, 0);\n    ccs.push_back(alignment140664475649760);\n\n    AlignmentConstraint *alignment140664475650000 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650000->addShape(3, 0);\n    alignment140664475650000->addShape(77, 0);\n    alignment140664475650000->addShape(79, 0);\n    ccs.push_back(alignment140664475650000);\n\n    AlignmentConstraint *alignment140664475650240 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650240->addShape(4, 0);\n    alignment140664475650240->addShape(62, 0);\n    alignment140664475650240->addShape(66, 0);\n    ccs.push_back(alignment140664475650240);\n\n    AlignmentConstraint *alignment140664475650480 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650480->addShape(7, 0);\n    alignment140664475650480->addShape(90, 0);\n    ccs.push_back(alignment140664475650480);\n\n    AlignmentConstraint *alignment140664475650672 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650672->addShape(8, 0);\n    alignment140664475650672->addShape(9, 0);\n    ccs.push_back(alignment140664475650672);\n\n    AlignmentConstraint *alignment140664475650864 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650864->addShape(9, 0);\n    ccs.push_back(alignment140664475650864);\n\n    AlignmentConstraint *alignment140664475639072 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475639072->addShape(10, 0);\n    ccs.push_back(alignment140664475639072);\n\n    AlignmentConstraint *alignment140664475639232 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475639232->addShape(11, 0);\n    ccs.push_back(alignment140664475639232);\n\n    AlignmentConstraint *alignment140664475639392 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475639392->addShape(12, 0);\n    alignment140664475639392->addShape(13, 0);\n    alignment140664475639392->addShape(14, 0);\n    alignment140664475639392->addShape(60, 0);\n    alignment140664475639392->addShape(63, 0);\n    alignment140664475639392->addShape(64, 0);\n    alignment140664475639392->addShape(65, 0);\n    alignment140664475639392->addShape(67, 0);\n    ccs.push_back(alignment140664475639392);\n\n    AlignmentConstraint *alignment140664475639872 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475639872->addShape(13, 0);\n    alignment140664475639872->addShape(14, 0);\n    alignment140664475639872->addShape(60, 0);\n    alignment140664475639872->addShape(63, 0);\n    alignment140664475639872->addShape(64, 0);\n    alignment140664475639872->addShape(65, 0);\n    alignment140664475639872->addShape(67, 0);\n    ccs.push_back(alignment140664475639872);\n\n    AlignmentConstraint *alignment140664475653264 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475653264->addShape(14, 0);\n    alignment140664475653264->addShape(60, 0);\n    alignment140664475653264->addShape(63, 0);\n    alignment140664475653264->addShape(64, 0);\n    alignment140664475653264->addShape(65, 0);\n    alignment140664475653264->addShape(67, 0);\n    ccs.push_back(alignment140664475653264);\n\n    AlignmentConstraint *alignment140664475653632 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475653632->addShape(16, 0);\n    ccs.push_back(alignment140664475653632);\n\n    AlignmentConstraint *alignment140664475653792 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475653792->addShape(18, 0);\n    ccs.push_back(alignment140664475653792);\n\n    AlignmentConstraint *alignment140664475653952 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475653952->addShape(19, 0);\n    ccs.push_back(alignment140664475653952);\n\n    AlignmentConstraint *alignment140664475654112 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475654112->addShape(20, 0);\n    alignment140664475654112->addShape(81, 0);\n    ccs.push_back(alignment140664475654112);\n\n    AlignmentConstraint *alignment140664475654336 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475654336->addShape(22, 0);\n    alignment140664475654336->addShape(53, 0);\n    alignment140664475654336->addShape(89, 0);\n    ccs.push_back(alignment140664475654336);\n\n    AlignmentConstraint *alignment140664475654528 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475654528->addShape(23, 0);\n    alignment140664475654528->addShape(24, 0);\n    alignment140664475654528->addShape(91, 0);\n    ccs.push_back(alignment140664475654528);\n\n    AlignmentConstraint *alignment140664475654720 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475654720->addShape(24, 0);\n    alignment140664475654720->addShape(91, 0);\n    ccs.push_back(alignment140664475654720);\n\n    AlignmentConstraint *alignment140664475654912 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475654912->addShape(25, 0);\n    alignment140664475654912->addShape(48, 0);\n    ccs.push_back(alignment140664475654912);\n\n    AlignmentConstraint *alignment140664475655104 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475655104->addShape(26, 0);\n    alignment140664475655104->addShape(31, 0);\n    alignment140664475655104->addShape(32, 0);\n    alignment140664475655104->addShape(33, 0);\n    ccs.push_back(alignment140664475655104);\n\n    AlignmentConstraint *alignment140664475655344 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475655344->addShape(27, 0);\n    ccs.push_back(alignment140664475655344);\n\n    AlignmentConstraint *alignment140664475655504 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475655504->addShape(28, 0);\n    alignment140664475655504->addShape(52, 0);\n    alignment140664475655504->addShape(54, 0);\n    alignment140664475655504->addShape(56, 0);\n    ccs.push_back(alignment140664475655504);\n\n    AlignmentConstraint *alignment140664475655776 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475655776->addShape(29, 0);\n    alignment140664475655776->addShape(43, 0);\n    ccs.push_back(alignment140664475655776);\n\n    AlignmentConstraint *alignment140664475656000 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656000->addShape(30, 0);\n    alignment140664475656000->addShape(93, 0);\n    ccs.push_back(alignment140664475656000);\n\n    AlignmentConstraint *alignment140664475656192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656192->addShape(31, 0);\n    alignment140664475656192->addShape(32, 0);\n    alignment140664475656192->addShape(33, 0);\n    ccs.push_back(alignment140664475656192);\n\n    AlignmentConstraint *alignment140664475656432 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656432->addShape(32, 0);\n    alignment140664475656432->addShape(33, 0);\n    ccs.push_back(alignment140664475656432);\n\n    AlignmentConstraint *alignment140664475656624 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656624->addShape(33, 0);\n    ccs.push_back(alignment140664475656624);\n\n    AlignmentConstraint *alignment140664475656752 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656752->addShape(34, 0);\n    alignment140664475656752->addShape(92, 0);\n    ccs.push_back(alignment140664475656752);\n\n    AlignmentConstraint *alignment140664475656976 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475656976->addShape(35, 0);\n    alignment140664475656976->addShape(42, 0);\n    ccs.push_back(alignment140664475656976);\n\n    AlignmentConstraint *alignment140664475657168 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475657168->addShape(36, 0);\n    ccs.push_back(alignment140664475657168);\n\n    AlignmentConstraint *alignment140664475657296 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475657296->addShape(37, 0);\n    ccs.push_back(alignment140664475657296);\n\n    AlignmentConstraint *alignment140664475657456 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475657456->addShape(38, 0);\n    ccs.push_back(alignment140664475657456);\n\n    AlignmentConstraint *alignment140664475657616 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475657616->addShape(40, 0);\n    alignment140664475657616->addShape(61, 0);\n    alignment140664475657616->addShape(68, 0);\n    ccs.push_back(alignment140664475657616);\n\n    AlignmentConstraint *alignment140664475657888 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475657888->addShape(41, 0);\n    alignment140664475657888->addShape(86, 0);\n    ccs.push_back(alignment140664475657888);\n\n    AlignmentConstraint *alignment140664475658080 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475658080->addShape(42, 0);\n    ccs.push_back(alignment140664475658080);\n\n    AlignmentConstraint *alignment140664475658208 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475658208->addShape(43, 0);\n    ccs.push_back(alignment140664475658208);\n\n    AlignmentConstraint *alignment140664475658368 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475658368->addShape(44, 0);\n    alignment140664475658368->addShape(46, 0);\n    alignment140664475658368->addShape(70, 0);\n    alignment140664475658368->addShape(71, 0);\n    ccs.push_back(alignment140664475658368);\n\n    AlignmentConstraint *alignment140664475658640 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475658640->addShape(45, 0);\n    alignment140664475658640->addShape(47, 0);\n    alignment140664475658640->addShape(72, 0);\n    alignment140664475658640->addShape(73, 0);\n    ccs.push_back(alignment140664475658640);\n\n    AlignmentConstraint *alignment140664475658912 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475658912->addShape(46, 0);\n    alignment140664475658912->addShape(70, 0);\n    alignment140664475658912->addShape(71, 0);\n    ccs.push_back(alignment140664475658912);\n\n    AlignmentConstraint *alignment140664475659184 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475659184->addShape(47, 0);\n    alignment140664475659184->addShape(72, 0);\n    alignment140664475659184->addShape(73, 0);\n    ccs.push_back(alignment140664475659184);\n\n    AlignmentConstraint *alignment140664475659424 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475659424->addShape(48, 0);\n    ccs.push_back(alignment140664475659424);\n\n    AlignmentConstraint *alignment140664475659552 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475659552->addShape(49, 0);\n    ccs.push_back(alignment140664475659552);\n\n    AlignmentConstraint *alignment140664475659712 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475659712->addShape(50, 0);\n    ccs.push_back(alignment140664475659712);\n\n    AlignmentConstraint *alignment140664475659872 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475659872->addShape(51, 0);\n    alignment140664475659872->addShape(55, 0);\n    ccs.push_back(alignment140664475659872);\n\n    AlignmentConstraint *alignment140664475660096 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475660096->addShape(52, 0);\n    alignment140664475660096->addShape(54, 0);\n    alignment140664475660096->addShape(56, 0);\n    ccs.push_back(alignment140664475660096);\n\n    AlignmentConstraint *alignment140664475660336 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475660336->addShape(53, 0);\n    alignment140664475660336->addShape(89, 0);\n    ccs.push_back(alignment140664475660336);\n\n    AlignmentConstraint *alignment140664475660528 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475660528->addShape(54, 0);\n    alignment140664475660528->addShape(56, 0);\n    ccs.push_back(alignment140664475660528);\n\n    AlignmentConstraint *alignment140664475660720 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475660720->addShape(55, 0);\n    ccs.push_back(alignment140664475660720);\n\n    AlignmentConstraint *alignment140664475660848 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475660848->addShape(56, 0);\n    ccs.push_back(alignment140664475660848);\n\n    AlignmentConstraint *alignment140664475661008 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475661008->addShape(57, 0);\n    alignment140664475661008->addShape(76, 0);\n    ccs.push_back(alignment140664475661008);\n\n    AlignmentConstraint *alignment140664475661232 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475661232->addShape(58, 0);\n    ccs.push_back(alignment140664475661232);\n\n    AlignmentConstraint *alignment140664475661360 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475661360->addShape(59, 0);\n    alignment140664475661360->addShape(88, 0);\n    ccs.push_back(alignment140664475661360);\n\n    AlignmentConstraint *alignment140664475661584 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475661584->addShape(60, 0);\n    alignment140664475661584->addShape(63, 0);\n    alignment140664475661584->addShape(64, 0);\n    alignment140664475661584->addShape(65, 0);\n    alignment140664475661584->addShape(67, 0);\n    ccs.push_back(alignment140664475661584);\n\n    AlignmentConstraint *alignment140664475661936 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475661936->addShape(61, 0);\n    alignment140664475661936->addShape(68, 0);\n    ccs.push_back(alignment140664475661936);\n\n    AlignmentConstraint *alignment140664475662160 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475662160->addShape(62, 0);\n    alignment140664475662160->addShape(66, 0);\n    ccs.push_back(alignment140664475662160);\n\n    AlignmentConstraint *alignment140664475662352 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475662352->addShape(63, 0);\n    alignment140664475662352->addShape(64, 0);\n    alignment140664475662352->addShape(65, 0);\n    alignment140664475662352->addShape(67, 0);\n    ccs.push_back(alignment140664475662352);\n\n    AlignmentConstraint *alignment140664475662544 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475662544->addShape(64, 0);\n    alignment140664475662544->addShape(65, 0);\n    alignment140664475662544->addShape(67, 0);\n    ccs.push_back(alignment140664475662544);\n\n    AlignmentConstraint *alignment140664475662816 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475662816->addShape(65, 0);\n    alignment140664475662816->addShape(67, 0);\n    ccs.push_back(alignment140664475662816);\n\n    AlignmentConstraint *alignment140664475663008 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663008->addShape(66, 0);\n    ccs.push_back(alignment140664475663008);\n\n    AlignmentConstraint *alignment140664475663136 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663136->addShape(67, 0);\n    ccs.push_back(alignment140664475663136);\n\n    AlignmentConstraint *alignment140664475663296 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663296->addShape(68, 0);\n    ccs.push_back(alignment140664475663296);\n\n    AlignmentConstraint *alignment140664475663456 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663456->addShape(69, 0);\n    ccs.push_back(alignment140664475663456);\n\n    AlignmentConstraint *alignment140664475663616 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663616->addShape(70, 0);\n    alignment140664475663616->addShape(71, 0);\n    ccs.push_back(alignment140664475663616);\n\n    AlignmentConstraint *alignment140664475663840 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663840->addShape(71, 0);\n    ccs.push_back(alignment140664475663840);\n\n    AlignmentConstraint *alignment140664475663968 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475663968->addShape(72, 0);\n    alignment140664475663968->addShape(73, 0);\n    ccs.push_back(alignment140664475663968);\n\n    AlignmentConstraint *alignment140664475664192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664192->addShape(73, 0);\n    ccs.push_back(alignment140664475664192);\n\n    AlignmentConstraint *alignment140664475664320 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664320->addShape(74, 0);\n    ccs.push_back(alignment140664475664320);\n\n    AlignmentConstraint *alignment140664475664480 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664480->addShape(76, 0);\n    ccs.push_back(alignment140664475664480);\n\n    AlignmentConstraint *alignment140664475664640 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664640->addShape(77, 0);\n    alignment140664475664640->addShape(79, 0);\n    ccs.push_back(alignment140664475664640);\n\n    AlignmentConstraint *alignment140664475664864 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664864->addShape(78, 0);\n    ccs.push_back(alignment140664475664864);\n\n    AlignmentConstraint *alignment140664475664992 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475664992->addShape(79, 0);\n    ccs.push_back(alignment140664475664992);\n\n    AlignmentConstraint *alignment140664475665152 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665152->addShape(81, 0);\n    ccs.push_back(alignment140664475665152);\n\n    AlignmentConstraint *alignment140664475665312 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665312->addShape(82, 0);\n    alignment140664475665312->addShape(85, 0);\n    ccs.push_back(alignment140664475665312);\n\n    AlignmentConstraint *alignment140664475665536 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665536->addShape(83, 0);\n    ccs.push_back(alignment140664475665536);\n\n    AlignmentConstraint *alignment140664475665664 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665664->addShape(84, 0);\n    ccs.push_back(alignment140664475665664);\n\n    AlignmentConstraint *alignment140664475665824 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665824->addShape(85, 0);\n    ccs.push_back(alignment140664475665824);\n\n    AlignmentConstraint *alignment140664475665984 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475665984->addShape(86, 0);\n    ccs.push_back(alignment140664475665984);\n\n    AlignmentConstraint *alignment140664475666144 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666144->addShape(87, 0);\n    ccs.push_back(alignment140664475666144);\n\n    AlignmentConstraint *alignment140664475666304 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666304->addShape(88, 0);\n    ccs.push_back(alignment140664475666304);\n\n    AlignmentConstraint *alignment140664475666464 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666464->addShape(89, 0);\n    ccs.push_back(alignment140664475666464);\n\n    AlignmentConstraint *alignment140664475666624 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666624->addShape(90, 0);\n    ccs.push_back(alignment140664475666624);\n\n    AlignmentConstraint *alignment140664475666784 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666784->addShape(91, 0);\n    ccs.push_back(alignment140664475666784);\n\n    AlignmentConstraint *alignment140664475666944 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475666944->addShape(92, 0);\n    ccs.push_back(alignment140664475666944);\n\n    AlignmentConstraint *alignment140664475667104 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475667104->addShape(93, 0);\n    ccs.push_back(alignment140664475667104);\n\n    SeparationConstraint *separation140664475667264 = new SeparationConstraint(vpsc::YDIM, alignment140664475657456, alignment140664475659552, 10, false);\n    ccs.push_back(separation140664475667264);\n\n    SeparationConstraint *separation140664475667440 = new SeparationConstraint(vpsc::YDIM, alignment140664475659552, alignment140664475657296, 11, false);\n    ccs.push_back(separation140664475667440);\n\n    SeparationConstraint *separation140664475667616 = new SeparationConstraint(vpsc::YDIM, alignment140664475657296, alignment140664475655344, 19, false);\n    ccs.push_back(separation140664475667616);\n\n    SeparationConstraint *separation140664475667792 = new SeparationConstraint(vpsc::YDIM, alignment140664475655344, alignment140664475657168, 13, false);\n    ccs.push_back(separation140664475667792);\n\n    SeparationConstraint *separation140664475667968 = new SeparationConstraint(vpsc::YDIM, alignment140664475657168, alignment140664475659424, 9, false);\n    ccs.push_back(separation140664475667968);\n\n    SeparationConstraint *separation140664475668144 = new SeparationConstraint(vpsc::YDIM, alignment140664475654912, alignment140664475658080, 22.5, false);\n    ccs.push_back(separation140664475668144);\n\n    SeparationConstraint *separation140664475668320 = new SeparationConstraint(vpsc::YDIM, alignment140664475658080, alignment140664475659872, 11, false);\n    ccs.push_back(separation140664475668320);\n\n    SeparationConstraint *separation140664475668496 = new SeparationConstraint(vpsc::YDIM, alignment140664475660720, alignment140664475666944, 9, false);\n    ccs.push_back(separation140664475668496);\n\n    SeparationConstraint *separation140664475668672 = new SeparationConstraint(vpsc::YDIM, alignment140664475666944, alignment140664475656624, 25, false);\n    ccs.push_back(separation140664475668672);\n\n    SeparationConstraint *separation140664475668848 = new SeparationConstraint(vpsc::YDIM, alignment140664475655104, alignment140664475658208, 26.75, false);\n    ccs.push_back(separation140664475668848);\n\n    SeparationConstraint *separation140664475669024 = new SeparationConstraint(vpsc::YDIM, alignment140664475658208, alignment140664475660096, 10.6667, false);\n    ccs.push_back(separation140664475669024);\n\n    SeparationConstraint *separation140664475669200 = new SeparationConstraint(vpsc::YDIM, alignment140664475660848, alignment140664475667104, 9, false);\n    ccs.push_back(separation140664475669200);\n\n    SeparationConstraint *separation140664475669376 = new SeparationConstraint(vpsc::YDIM, alignment140664475667104, alignment140664475666784, 24, false);\n    ccs.push_back(separation140664475669376);\n\n    SeparationConstraint *separation140664475669552 = new SeparationConstraint(vpsc::YDIM, alignment140664475666784, alignment140664475663840, 23, false);\n    ccs.push_back(separation140664475669552);\n\n    SeparationConstraint *separation140664475669728 = new SeparationConstraint(vpsc::YDIM, alignment140664475658368, alignment140664475663456, 13.75, false);\n    ccs.push_back(separation140664475669728);\n\n    SeparationConstraint *separation140664475669904 = new SeparationConstraint(vpsc::YDIM, alignment140664475663456, alignment140664475664192, 12, false);\n    ccs.push_back(separation140664475669904);\n\n    SeparationConstraint *separation140664475670080 = new SeparationConstraint(vpsc::YDIM, alignment140664475658640, alignment140664475649328, 18.75, false);\n    ccs.push_back(separation140664475670080);\n\n    SeparationConstraint *separation140664475670256 = new SeparationConstraint(vpsc::YDIM, alignment140664475649328, alignment140664475666464, 44, false);\n    ccs.push_back(separation140664475670256);\n\n    SeparationConstraint *separation140664475670432 = new SeparationConstraint(vpsc::YDIM, alignment140664475654336, alignment140664475665152, 35.3333, false);\n    ccs.push_back(separation140664475670432);\n\n    SeparationConstraint *separation140664475670608 = new SeparationConstraint(vpsc::YDIM, alignment140664475665152, alignment140664475661360, 37, false);\n    ccs.push_back(separation140664475670608);\n\n    SeparationConstraint *separation140664475670784 = new SeparationConstraint(vpsc::YDIM, alignment140664475666304, alignment140664475665824, 3, false);\n    ccs.push_back(separation140664475670784);\n\n    SeparationConstraint *separation140664475670960 = new SeparationConstraint(vpsc::YDIM, alignment140664475665824, alignment140664475665536, 19, false);\n    ccs.push_back(separation140664475670960);\n\n    SeparationConstraint *separation140664475671136 = new SeparationConstraint(vpsc::YDIM, alignment140664475665536, alignment140664475665984, 12, false);\n    ccs.push_back(separation140664475671136);\n\n    SeparationConstraint *separation140664475671312 = new SeparationConstraint(vpsc::YDIM, alignment140664475665984, alignment140664475666144, 30, false);\n    ccs.push_back(separation140664475671312);\n\n    SeparationConstraint *separation140664475671488 = new SeparationConstraint(vpsc::YDIM, alignment140664475666144, alignment140664475661232, 6, false);\n    ccs.push_back(separation140664475671488);\n\n    SeparationConstraint *separation140664475671664 = new SeparationConstraint(vpsc::YDIM, alignment140664475661232, alignment140664475653952, 37, false);\n    ccs.push_back(separation140664475671664);\n\n    SeparationConstraint *separation140664475508000 = new SeparationConstraint(vpsc::YDIM, alignment140664475653952, alignment140664475659712, 35, false);\n    ccs.push_back(separation140664475508000);\n\n    SeparationConstraint *separation140664475508176 = new SeparationConstraint(vpsc::YDIM, alignment140664475659712, alignment140664475653792, 37, false);\n    ccs.push_back(separation140664475508176);\n\n    SeparationConstraint *separation140664475508352 = new SeparationConstraint(vpsc::YDIM, alignment140664475653792, alignment140664475664480, 35, false);\n    ccs.push_back(separation140664475508352);\n\n    SeparationConstraint *separation140664475508528 = new SeparationConstraint(vpsc::YDIM, alignment140664475664480, alignment140664475664864, 11, false);\n    ccs.push_back(separation140664475508528);\n\n    SeparationConstraint *separation140664475508704 = new SeparationConstraint(vpsc::YDIM, alignment140664475664864, alignment140664475653632, 23, false);\n    ccs.push_back(separation140664475508704);\n\n    SeparationConstraint *separation140664475508880 = new SeparationConstraint(vpsc::YDIM, alignment140664475653632, alignment140664475665664, 25, false);\n    ccs.push_back(separation140664475508880);\n\n    SeparationConstraint *separation140664475509056 = new SeparationConstraint(vpsc::YDIM, alignment140664475665664, alignment140664475664320, 25, false);\n    ccs.push_back(separation140664475509056);\n\n    SeparationConstraint *separation140664475509232 = new SeparationConstraint(vpsc::YDIM, alignment140664475664320, alignment140664475639232, 33, false);\n    ccs.push_back(separation140664475509232);\n\n    SeparationConstraint *separation140664475509408 = new SeparationConstraint(vpsc::YDIM, alignment140664475639232, alignment140664475663136, 10, false);\n    ccs.push_back(separation140664475509408);\n\n    SeparationConstraint *separation140664475509584 = new SeparationConstraint(vpsc::YDIM, alignment140664475639392, alignment140664475639072, 10.375, false);\n    ccs.push_back(separation140664475509584);\n\n    SeparationConstraint *separation140664475509760 = new SeparationConstraint(vpsc::YDIM, alignment140664475639072, alignment140664475663296, 32, false);\n    ccs.push_back(separation140664475509760);\n\n    SeparationConstraint *separation140664475509936 = new SeparationConstraint(vpsc::YDIM, alignment140664475657616, alignment140664475666624, 4.33333, false);\n    ccs.push_back(separation140664475509936);\n\n    SeparationConstraint *separation140664475510112 = new SeparationConstraint(vpsc::YDIM, alignment140664475650480, alignment140664475650864, 31.5, false);\n    ccs.push_back(separation140664475510112);\n\n    SeparationConstraint *separation140664475510288 = new SeparationConstraint(vpsc::YDIM, alignment140664475650864, alignment140664475663008, 10, false);\n    ccs.push_back(separation140664475510288);\n\n    SeparationConstraint *separation140664475510464 = new SeparationConstraint(vpsc::YDIM, alignment140664475663008, alignment140664475664992, 11, false);\n    ccs.push_back(separation140664475510464);\n\n    AlignmentConstraint *alignment140664475511088 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475511088->addShape(75, 0);\n    alignment140664475511088->addShape(75, 0);\n    ccs.push_back(alignment140664475511088);\n\n    SeparationConstraint *separation140664475511312 = new SeparationConstraint(vpsc::YDIM, 75, 75, -50, true);\n    ccs.push_back(separation140664475511312);\n\n    AlignmentConstraint *alignment140664475511456 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475511456->addShape(0, 0);\n    alignment140664475511456->addShape(94, 0);\n    ccs.push_back(alignment140664475511456);\n\n    SeparationConstraint *separation140664475511680 = new SeparationConstraint(vpsc::XDIM, 0, 94, 62, true);\n    ccs.push_back(separation140664475511680);\n\n    AlignmentConstraint *alignment140664475511824 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475511824->addShape(1, 0);\n    alignment140664475511824->addShape(95, 0);\n    ccs.push_back(alignment140664475511824);\n\n    SeparationConstraint *separation140664475512048 = new SeparationConstraint(vpsc::YDIM, 1, 95, -50, true);\n    ccs.push_back(separation140664475512048);\n\n    AlignmentConstraint *alignment140664475512192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475512192->addShape(2, 0);\n    alignment140664475512192->addShape(96, 0);\n    ccs.push_back(alignment140664475512192);\n\n    SeparationConstraint *separation140664475512416 = new SeparationConstraint(vpsc::XDIM, 2, 96, 62, true);\n    ccs.push_back(separation140664475512416);\n\n    AlignmentConstraint *alignment140664475512560 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475512560->addShape(3, 0);\n    alignment140664475512560->addShape(97, 0);\n    ccs.push_back(alignment140664475512560);\n\n    SeparationConstraint *separation140664475512784 = new SeparationConstraint(vpsc::YDIM, 3, 97, -50, true);\n    ccs.push_back(separation140664475512784);\n\n    AlignmentConstraint *alignment140664475650992 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475650992->addShape(7, 0);\n    alignment140664475650992->addShape(98, 0);\n    ccs.push_back(alignment140664475650992);\n\n    SeparationConstraint *separation140664475651216 = new SeparationConstraint(vpsc::XDIM, 7, 98, 62, true);\n    ccs.push_back(separation140664475651216);\n\n    AlignmentConstraint *alignment140664475651360 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475651360->addShape(8, 0);\n    alignment140664475651360->addShape(99, 0);\n    ccs.push_back(alignment140664475651360);\n\n    SeparationConstraint *separation140664475651584 = new SeparationConstraint(vpsc::YDIM, 8, 99, -50, true);\n    ccs.push_back(separation140664475651584);\n\n    AlignmentConstraint *alignment140664475651728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475651728->addShape(9, 0);\n    alignment140664475651728->addShape(100, 0);\n    ccs.push_back(alignment140664475651728);\n\n    SeparationConstraint *separation140664475651952 = new SeparationConstraint(vpsc::YDIM, 9, 100, -50, true);\n    ccs.push_back(separation140664475651952);\n\n    AlignmentConstraint *alignment140664475652096 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475652096->addShape(10, 0);\n    alignment140664475652096->addShape(101, 0);\n    ccs.push_back(alignment140664475652096);\n\n    SeparationConstraint *separation140664475652320 = new SeparationConstraint(vpsc::XDIM, 10, 101, 62, true);\n    ccs.push_back(separation140664475652320);\n\n    AlignmentConstraint *alignment140664475652464 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475652464->addShape(11, 0);\n    alignment140664475652464->addShape(102, 0);\n    ccs.push_back(alignment140664475652464);\n\n    SeparationConstraint *separation140664475652688 = new SeparationConstraint(vpsc::XDIM, 11, 102, 62, true);\n    ccs.push_back(separation140664475652688);\n\n    AlignmentConstraint *alignment140664475652832 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475652832->addShape(12, 0);\n    alignment140664475652832->addShape(103, 0);\n    ccs.push_back(alignment140664475652832);\n\n    SeparationConstraint *separation140664475517040 = new SeparationConstraint(vpsc::XDIM, 12, 103, 62, true);\n    ccs.push_back(separation140664475517040);\n\n    AlignmentConstraint *alignment140664475517184 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475517184->addShape(13, 0);\n    alignment140664475517184->addShape(104, 0);\n    ccs.push_back(alignment140664475517184);\n\n    SeparationConstraint *separation140664475517408 = new SeparationConstraint(vpsc::YDIM, 13, 104, -50, true);\n    ccs.push_back(separation140664475517408);\n\n    AlignmentConstraint *alignment140664475517552 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475517552->addShape(14, 0);\n    alignment140664475517552->addShape(105, 0);\n    ccs.push_back(alignment140664475517552);\n\n    SeparationConstraint *separation140664475517776 = new SeparationConstraint(vpsc::YDIM, 14, 105, -50, true);\n    ccs.push_back(separation140664475517776);\n\n    AlignmentConstraint *alignment140664475517920 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475517920->addShape(16, 0);\n    alignment140664475517920->addShape(106, 0);\n    ccs.push_back(alignment140664475517920);\n\n    SeparationConstraint *separation140664475518144 = new SeparationConstraint(vpsc::XDIM, 16, 106, 62, true);\n    ccs.push_back(separation140664475518144);\n\n    AlignmentConstraint *alignment140664475518288 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475518288->addShape(18, 0);\n    alignment140664475518288->addShape(107, 0);\n    ccs.push_back(alignment140664475518288);\n\n    SeparationConstraint *separation140664475518512 = new SeparationConstraint(vpsc::XDIM, 18, 107, 62, true);\n    ccs.push_back(separation140664475518512);\n\n    AlignmentConstraint *alignment140664475518656 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475518656->addShape(19, 0);\n    alignment140664475518656->addShape(108, 0);\n    ccs.push_back(alignment140664475518656);\n\n    SeparationConstraint *separation140664475518880 = new SeparationConstraint(vpsc::XDIM, 19, 108, 62, true);\n    ccs.push_back(separation140664475518880);\n\n    AlignmentConstraint *alignment140664475519024 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475519024->addShape(20, 0);\n    alignment140664475519024->addShape(109, 0);\n    ccs.push_back(alignment140664475519024);\n\n    SeparationConstraint *separation140664475519248 = new SeparationConstraint(vpsc::XDIM, 20, 109, 62, true);\n    ccs.push_back(separation140664475519248);\n\n    AlignmentConstraint *alignment140664475519392 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475519392->addShape(22, 0);\n    alignment140664475519392->addShape(110, 0);\n    ccs.push_back(alignment140664475519392);\n\n    SeparationConstraint *separation140664475519616 = new SeparationConstraint(vpsc::YDIM, 22, 110, -50, true);\n    ccs.push_back(separation140664475519616);\n\n    AlignmentConstraint *alignment140664475519760 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475519760->addShape(23, 0);\n    alignment140664475519760->addShape(111, 0);\n    ccs.push_back(alignment140664475519760);\n\n    SeparationConstraint *separation140664475519984 = new SeparationConstraint(vpsc::XDIM, 23, 111, 62, true);\n    ccs.push_back(separation140664475519984);\n\n    AlignmentConstraint *alignment140664475520128 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475520128->addShape(24, 0);\n    alignment140664475520128->addShape(112, 0);\n    ccs.push_back(alignment140664475520128);\n\n    SeparationConstraint *separation140664475520352 = new SeparationConstraint(vpsc::YDIM, 24, 112, -50, true);\n    ccs.push_back(separation140664475520352);\n\n    AlignmentConstraint *alignment140664475520496 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475520496->addShape(25, 0);\n    alignment140664475520496->addShape(113, 0);\n    ccs.push_back(alignment140664475520496);\n\n    SeparationConstraint *separation140664475520720 = new SeparationConstraint(vpsc::YDIM, 25, 113, -50, true);\n    ccs.push_back(separation140664475520720);\n\n    AlignmentConstraint *alignment140664475520864 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475520864->addShape(26, 0);\n    alignment140664475520864->addShape(114, 0);\n    ccs.push_back(alignment140664475520864);\n\n    SeparationConstraint *separation140664475521088 = new SeparationConstraint(vpsc::XDIM, 26, 114, 62, true);\n    ccs.push_back(separation140664475521088);\n\n    AlignmentConstraint *alignment140664475521232 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475521232->addShape(27, 0);\n    alignment140664475521232->addShape(115, 0);\n    ccs.push_back(alignment140664475521232);\n\n    SeparationConstraint *separation140664475521456 = new SeparationConstraint(vpsc::XDIM, 27, 115, 62, true);\n    ccs.push_back(separation140664475521456);\n\n    AlignmentConstraint *alignment140664475521600 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475521600->addShape(28, 0);\n    alignment140664475521600->addShape(116, 0);\n    ccs.push_back(alignment140664475521600);\n\n    SeparationConstraint *separation140664475521824 = new SeparationConstraint(vpsc::YDIM, 28, 116, -50, true);\n    ccs.push_back(separation140664475521824);\n\n    AlignmentConstraint *alignment140664475521968 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475521968->addShape(29, 0);\n    alignment140664475521968->addShape(117, 0);\n    ccs.push_back(alignment140664475521968);\n\n    SeparationConstraint *separation140664475522192 = new SeparationConstraint(vpsc::YDIM, 29, 117, -50, true);\n    ccs.push_back(separation140664475522192);\n\n    AlignmentConstraint *alignment140664475522336 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475522336->addShape(30, 0);\n    alignment140664475522336->addShape(118, 0);\n    ccs.push_back(alignment140664475522336);\n\n    SeparationConstraint *separation140664475522560 = new SeparationConstraint(vpsc::YDIM, 30, 118, -50, true);\n    ccs.push_back(separation140664475522560);\n\n    AlignmentConstraint *alignment140664475522704 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475522704->addShape(31, 0);\n    alignment140664475522704->addShape(119, 0);\n    ccs.push_back(alignment140664475522704);\n\n    SeparationConstraint *separation140664475522928 = new SeparationConstraint(vpsc::XDIM, 31, 119, 62, true);\n    ccs.push_back(separation140664475522928);\n\n    AlignmentConstraint *alignment140664475523072 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475523072->addShape(32, 0);\n    alignment140664475523072->addShape(120, 0);\n    ccs.push_back(alignment140664475523072);\n\n    SeparationConstraint *separation140664475523296 = new SeparationConstraint(vpsc::XDIM, 32, 120, 62, true);\n    ccs.push_back(separation140664475523296);\n\n    AlignmentConstraint *alignment140664475523440 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475523440->addShape(33, 0);\n    alignment140664475523440->addShape(121, 0);\n    ccs.push_back(alignment140664475523440);\n\n    SeparationConstraint *separation140664475523664 = new SeparationConstraint(vpsc::XDIM, 33, 121, 62, true);\n    ccs.push_back(separation140664475523664);\n\n    AlignmentConstraint *alignment140664475523808 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475523808->addShape(34, 0);\n    alignment140664475523808->addShape(122, 0);\n    ccs.push_back(alignment140664475523808);\n\n    SeparationConstraint *separation140664475524032 = new SeparationConstraint(vpsc::YDIM, 34, 122, -50, true);\n    ccs.push_back(separation140664475524032);\n\n    AlignmentConstraint *alignment140664475524176 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475524176->addShape(35, 0);\n    alignment140664475524176->addShape(123, 0);\n    ccs.push_back(alignment140664475524176);\n\n    SeparationConstraint *separation140664475524400 = new SeparationConstraint(vpsc::YDIM, 35, 123, -50, true);\n    ccs.push_back(separation140664475524400);\n\n    AlignmentConstraint *alignment140664475524544 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475524544->addShape(36, 0);\n    alignment140664475524544->addShape(124, 0);\n    ccs.push_back(alignment140664475524544);\n\n    SeparationConstraint *separation140664475524768 = new SeparationConstraint(vpsc::YDIM, 36, 124, -50, true);\n    ccs.push_back(separation140664475524768);\n\n    AlignmentConstraint *alignment140664475524912 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475524912->addShape(37, 0);\n    alignment140664475524912->addShape(125, 0);\n    ccs.push_back(alignment140664475524912);\n\n    SeparationConstraint *separation140664475525136 = new SeparationConstraint(vpsc::YDIM, 37, 125, -50, true);\n    ccs.push_back(separation140664475525136);\n\n    AlignmentConstraint *alignment140664475525280 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475525280->addShape(38, 0);\n    alignment140664475525280->addShape(126, 0);\n    ccs.push_back(alignment140664475525280);\n\n    SeparationConstraint *separation140664475525504 = new SeparationConstraint(vpsc::YDIM, 38, 126, -50, true);\n    ccs.push_back(separation140664475525504);\n\n    AlignmentConstraint *alignment140664475525648 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475525648->addShape(40, 0);\n    alignment140664475525648->addShape(127, 0);\n    ccs.push_back(alignment140664475525648);\n\n    SeparationConstraint *separation140664475525872 = new SeparationConstraint(vpsc::YDIM, 40, 127, -50, true);\n    ccs.push_back(separation140664475525872);\n\n    AlignmentConstraint *alignment140664475526016 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475526016->addShape(41, 0);\n    alignment140664475526016->addShape(128, 0);\n    ccs.push_back(alignment140664475526016);\n\n    SeparationConstraint *separation140664475526240 = new SeparationConstraint(vpsc::XDIM, 41, 128, 62, true);\n    ccs.push_back(separation140664475526240);\n\n    AlignmentConstraint *alignment140664475526384 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475526384->addShape(42, 0);\n    alignment140664475526384->addShape(129, 0);\n    ccs.push_back(alignment140664475526384);\n\n    SeparationConstraint *separation140664475526608 = new SeparationConstraint(vpsc::YDIM, 42, 129, -50, true);\n    ccs.push_back(separation140664475526608);\n\n    AlignmentConstraint *alignment140664475526752 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475526752->addShape(43, 0);\n    alignment140664475526752->addShape(130, 0);\n    ccs.push_back(alignment140664475526752);\n\n    SeparationConstraint *separation140664475526976 = new SeparationConstraint(vpsc::YDIM, 43, 130, -50, true);\n    ccs.push_back(separation140664475526976);\n\n    AlignmentConstraint *alignment140664475527120 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475527120->addShape(44, 0);\n    alignment140664475527120->addShape(131, 0);\n    ccs.push_back(alignment140664475527120);\n\n    SeparationConstraint *separation140664475527344 = new SeparationConstraint(vpsc::YDIM, 44, 131, -50, true);\n    ccs.push_back(separation140664475527344);\n\n    AlignmentConstraint *alignment140664475527488 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475527488->addShape(45, 0);\n    alignment140664475527488->addShape(132, 0);\n    ccs.push_back(alignment140664475527488);\n\n    SeparationConstraint *separation140664475527712 = new SeparationConstraint(vpsc::YDIM, 45, 132, -50, true);\n    ccs.push_back(separation140664475527712);\n\n    AlignmentConstraint *alignment140664475527856 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475527856->addShape(46, 0);\n    alignment140664475527856->addShape(133, 0);\n    ccs.push_back(alignment140664475527856);\n\n    SeparationConstraint *separation140664475528080 = new SeparationConstraint(vpsc::YDIM, 46, 133, -50, true);\n    ccs.push_back(separation140664475528080);\n\n    AlignmentConstraint *alignment140664475528224 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475528224->addShape(47, 0);\n    alignment140664475528224->addShape(134, 0);\n    ccs.push_back(alignment140664475528224);\n\n    SeparationConstraint *separation140664475528448 = new SeparationConstraint(vpsc::YDIM, 47, 134, -50, true);\n    ccs.push_back(separation140664475528448);\n\n    AlignmentConstraint *alignment140664475528592 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475528592->addShape(77, 0);\n    alignment140664475528592->addShape(135, 0);\n    ccs.push_back(alignment140664475528592);\n\n    SeparationConstraint *separation140664475528816 = new SeparationConstraint(vpsc::YDIM, 77, 135, -50, true);\n    ccs.push_back(separation140664475528816);\n\n    AlignmentConstraint *alignment140664475528960 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475528960->addShape(78, 0);\n    alignment140664475528960->addShape(136, 0);\n    ccs.push_back(alignment140664475528960);\n\n    SeparationConstraint *separation140664475529184 = new SeparationConstraint(vpsc::YDIM, 78, 136, -50, true);\n    ccs.push_back(separation140664475529184);\n\n    AlignmentConstraint *alignment140664475529328 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475529328->addShape(79, 0);\n    alignment140664475529328->addShape(137, 0);\n    ccs.push_back(alignment140664475529328);\n\n    SeparationConstraint *separation140664475529552 = new SeparationConstraint(vpsc::YDIM, 79, 137, -50, true);\n    ccs.push_back(separation140664475529552);\n\n    AlignmentConstraint *alignment140664475529696 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475529696->addShape(81, 0);\n    alignment140664475529696->addShape(138, 0);\n    ccs.push_back(alignment140664475529696);\n\n    SeparationConstraint *separation140664475529920 = new SeparationConstraint(vpsc::XDIM, 81, 138, 62, true);\n    ccs.push_back(separation140664475529920);\n\n    AlignmentConstraint *alignment140664475530064 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475530064->addShape(82, 0);\n    alignment140664475530064->addShape(139, 0);\n    ccs.push_back(alignment140664475530064);\n\n    SeparationConstraint *separation140664475530288 = new SeparationConstraint(vpsc::YDIM, 82, 139, -50, true);\n    ccs.push_back(separation140664475530288);\n\n    AlignmentConstraint *alignment140664475530432 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475530432->addShape(83, 0);\n    alignment140664475530432->addShape(140, 0);\n    ccs.push_back(alignment140664475530432);\n\n    SeparationConstraint *separation140664475530656 = new SeparationConstraint(vpsc::YDIM, 83, 140, -50, true);\n    ccs.push_back(separation140664475530656);\n\n    AlignmentConstraint *alignment140664475530800 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475530800->addShape(84, 0);\n    alignment140664475530800->addShape(141, 0);\n    ccs.push_back(alignment140664475530800);\n\n    SeparationConstraint *separation140664475531024 = new SeparationConstraint(vpsc::YDIM, 84, 141, -50, true);\n    ccs.push_back(separation140664475531024);\n\n    AlignmentConstraint *alignment140664475531168 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475531168->addShape(85, 0);\n    alignment140664475531168->addShape(142, 0);\n    ccs.push_back(alignment140664475531168);\n\n    SeparationConstraint *separation140664475531392 = new SeparationConstraint(vpsc::XDIM, 85, 142, 62, true);\n    ccs.push_back(separation140664475531392);\n\n    AlignmentConstraint *alignment140664475531536 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475531536->addShape(87, 0);\n    alignment140664475531536->addShape(143, 0);\n    ccs.push_back(alignment140664475531536);\n\n    SeparationConstraint *separation140664475531760 = new SeparationConstraint(vpsc::YDIM, 87, 143, -50, true);\n    ccs.push_back(separation140664475531760);\n\n    AlignmentConstraint *alignment140664475531904 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475531904->addShape(88, 0);\n    alignment140664475531904->addShape(144, 0);\n    ccs.push_back(alignment140664475531904);\n\n    SeparationConstraint *separation140664475532128 = new SeparationConstraint(vpsc::YDIM, 88, 144, -50, true);\n    ccs.push_back(separation140664475532128);\n\n    AlignmentConstraint *alignment140664475532272 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475532272->addShape(90, 0);\n    alignment140664475532272->addShape(145, 0);\n    ccs.push_back(alignment140664475532272);\n\n    SeparationConstraint *separation140664475532496 = new SeparationConstraint(vpsc::YDIM, 90, 145, -50, true);\n    ccs.push_back(separation140664475532496);\n\n    AlignmentConstraint *alignment140664475532640 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140664475532640->addShape(91, 0);\n    alignment140664475532640->addShape(146, 0);\n    ccs.push_back(alignment140664475532640);\n\n    SeparationConstraint *separation140664475532864 = new SeparationConstraint(vpsc::XDIM, 91, 146, 62, true);\n    ccs.push_back(separation140664475532864);\n\n    AlignmentConstraint *alignment140664475533008 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475533008->addShape(92, 0);\n    alignment140664475533008->addShape(147, 0);\n    ccs.push_back(alignment140664475533008);\n\n    SeparationConstraint *separation140664475533232 = new SeparationConstraint(vpsc::YDIM, 92, 147, -50, true);\n    ccs.push_back(separation140664475533232);\n\n    AlignmentConstraint *alignment140664475533376 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140664475533376->addShape(93, 0);\n    alignment140664475533376->addShape(148, 0);\n    ccs.push_back(alignment140664475533376);\n\n    SeparationConstraint *separation140664475533600 = new SeparationConstraint(vpsc::YDIM, 93, 148, -50, true);\n    ccs.push_back(separation140664475533600);\n\n    RootCluster *cluster140664475533920 = new RootCluster();\n    \n    RectangularCluster *cluster140664475534416 = new RectangularCluster(5);\n    cluster140664475534416->addChildNode(149);\n    cluster140664475534416->addChildNode(150);\n    cluster140664475534416->addChildNode(151);\n    cluster140664475534416->addChildNode(152);\n    cluster140664475533920->addChildCluster(cluster140664475534416);\n    \n    RectangularCluster *cluster140664475535040 = new RectangularCluster(6);\n    cluster140664475535040->addChildNode(153);\n    cluster140664475533920->addChildCluster(cluster140664475535040);\n    \n    RectangularCluster *cluster140664475535648 = new RectangularCluster(15);\n    cluster140664475533920->addChildCluster(cluster140664475535648);\n    \n    RectangularCluster *cluster140664475535952 = new RectangularCluster(17);\n    cluster140664475535952->addChildNode(154);\n    cluster140664475535952->addChildNode(155);\n    cluster140664475533920->addChildCluster(cluster140664475535952);\n    \n    RectangularCluster *cluster140664475536320 = new RectangularCluster(21);\n    cluster140664475536320->addChildNode(156);\n    cluster140664475533920->addChildCluster(cluster140664475536320);\n    \n    RectangularCluster *cluster140664475536720 = new RectangularCluster(39);\n    cluster140664475533920->addChildCluster(cluster140664475536720);\n    \n    RectangularCluster *cluster140664475537056 = new RectangularCluster(80);\n    cluster140664475537056->addChildNode(157);\n    cluster140664475533920->addChildCluster(cluster140664475537056);\n    \n    ConstrainedFDLayout alg(rs, es, defaultEdgeLength);\n    alg.setAvoidNodeOverlaps(true);\n    alg.setClusterHierarchy(cluster140664475533920);\n    alg.setConstraints(ccs);\n    alg.makeFeasible();\n    \n    alg.outputInstanceToSVG(\"test-rectclustershapecontainment\");\n    //alg.run();\n    alg.freeAssociatedObjects();\n    \n    return 0;\n};\n"
  },
  {
    "path": "cola/libcola/tests/resize.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file nodedragging.cpp\n *\n * tests interaction with layout and solver.  We have a number of disconnected\n * shapes.  One shape is \"dragged\" through the others.  Overlaps should be\n * avoided.\n */\n/*\n* Authors:\n*   Tim Dwyer <tgdwyer@gmail.com>\n*/\n#include <iostream>\n#include <iomanip>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include <libtopology/topology_graph.h>\n#include <libproject/project.h>\n#include \"graphlayouttest.h\"\nusing namespace std;\nusing namespace cola;\n\nstring outFName=\"resize\";\n\ntopology::Node* addNode(\n        topology::Nodes& vs, vpsc::Rectangle* r) {\n    topology::Node *v = new topology::Node(vs.size(), r);\n    vs.push_back(v);\n    return v;\n}\nvoid addToPath(topology::EdgePoints& ps, topology::Node *v, topology::EdgePoint::RectIntersect i) {\n    ps.push_back(new topology::EdgePoint(v,i));\n}\nstruct Test : TestConvergence {\n    Test(const double d,const unsigned i,topology::Nodes& vs, topology::Edges& es) : TestConvergence(d,i), vs(vs), es(es), iter(1) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        bool converged = TestConvergence::operator()(new_stress,X,Y);\n        if(converged) {\n            cout << \"stress=\"<<new_stress<<\" iteration=\"<<iter<<endl;\n            stringstream ss;\n            ss<<outFName<<\"-\"<< setfill('0') << setw(3) << iter++ << \".svg\";\n            writeFile(vs,es,ss.str());\n        }\n        return converged;\n    }\n    double lastStress;\n    topology::Nodes& vs;\n    topology::Edges& es;\n    int iter;\n};\n\nvoid resize() {\n//printf(\n//\"tests resizing of a shape.  We have a number of disconnected\"\n//\"shapes.  One shape is 'enlarged'.  Overlaps should be\"\n//\"avoided.\"\n//\"\\n\");\n    const unsigned V = 9;\n    Edge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 0) };\n    const std::size_t E = sizeof(edge_array) / sizeof(Edge);\n    vector<Edge> es(edge_array,edge_array+E);\n    vector<vpsc::Rectangle*> rs;\n    const double w=54, h=34;\n    const double\n        x[]={406, 444, 474, 406, 441, 375, 408, 373, 339},\n        y[]={279, 224, 179, 92, 135, 135, 179, 226, 179};\n    const unsigned resizeID=6;\n    for(unsigned i=0;i<V;++i) {\n        rs.push_back(new vpsc::Rectangle(x[i],x[i]+w,y[i],y[i]+h));\n    }\n    double idealLength=60;\n    // set up topology graph\n    topology::Nodes vs;\n    for(vector<Rectangle*>::iterator i = rs.begin(); i!=rs.end();++i) {\n        addNode(vs,*i);\n    }\n    topology::Edges tes;\n    writeFile(vs,tes,outFName+\"-000.svg\");\n\n    Resizes resize;\n    vpsc::Rectangle* r=rs[resizeID];\n    resize.push_back(Resize(resizeID,r->getCentreX()-30, r->getCentreY()-30,\n            r->width()+60,r->height()+60));\n    PreIteration preIteration(resize);\n    Test test(0.00001,100,vs,tes);\n    ConstrainedFDLayout alg(rs,es,idealLength,nullptr,test,&preIteration);\n    alg.setTopology(&vs,&tes);\n\n    alg.run(true,true);\n\n    double finalStress=alg.computeStress();\n    printf(\"finalStress=%f\\n\",finalStress);\n\n    //assert(finalStress<1e-5);\n    for_each(rs.begin(),rs.end(),delete_object());\n    for_each(tes.begin(),tes.end(),delete_object());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\nint main() {\n\tresize();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n\n"
  },
  {
    "path": "cola/libcola/tests/runtest.sh",
    "content": "#!/bin/bash\nr=0\nwhile [ $r == 0 ]\ndo\n\t./beautify\n\tr=$?\n\techo result=$r\ndone\n"
  },
  {
    "path": "cola/libcola/tests/scale_free.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n// generates a random graph with a power-law distribution of node degrees\n// the algorithm is pretty much the Barabasi-Albert model but with an extra step\n// so that I can guarantee the number of nodes in the graph.\n// We begin with an initial chain of m nodes.\n// Then, we add new nodes, connecting them to existing nodes v with probability\n// degree(v)/(sum all degrees)\n// We perform an extra step, looking for disconnected nodes, connecting them\n// to other nodes again with probability dependent on degree\n#include<iostream>\n#include<vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n\n#include \"graphlayouttest.h\"\n\nvoid scale_free(const unsigned n = 50) {\n    const unsigned m = 3; // begin with a chain of m nodes\n    const double g=0.08; // edge density, every time we add a node we add 1+g*rand(0-1) edges\n                  // connecting them to existing nodes with probability based on degree\n    unsigned d[n];\n    double defaultEdgeLength=100;\n    vector<Edge> es;\n    CompoundConstraints cx,cy;\n    for(unsigned i=0;i<n;i++) {\n        d[i]=0;\n    }\n    unsigned sumdegree=0;\n    for(unsigned i=1;i<m;i++) {\n        es.push_back(make_pair(i-1,i)); \n        d[i]++;d[i-1]++;\n        sumdegree+=2;\n    }\n    srand(3);\n    for(unsigned i=2;i<n;i++) {\n        for(unsigned j=0;j<i;j++) {\n            double p=(double)d[j]/(double)sumdegree;\n            double r=(double)rand()/(double)RAND_MAX;\n            if(r*p>g) {\n                es.push_back(make_pair(j,i)); \n                d[j]++;d[i]++;\n                sumdegree+=2;\n            }\n        }\n    }\n    for(unsigned i=0;i<n;i++) {\n        if(d[i]==0) {\n            double maxP=0;\n            unsigned end=0;\n            for(unsigned j=0;j<n;j++) {\n                if(j==i) continue;\n                double p=(double)d[j]/(double)sumdegree;\n                double r=(double)rand()/(double)RAND_MAX;\n                if(r*p>maxP) {\n                    maxP=r*p;\n                    end=j;\n                }\n            }\n            if(end>i) {\n                es.push_back(make_pair(i,end)); \n            } else {\n                es.push_back(make_pair(end,i)); \n            }\n            d[end]++;d[i]++;\n            sumdegree+=2;\n        }\n    }\n    valarray<double> eweights(es.size());\n    sort(d,d+n);\n    unsigned degree=0,ctr=0;\n    printf(\"degree distribution:\\n\");\n    for(unsigned i=0;i<n;i++) {\n        if(degree!=d[i]) {\n            if(degree!=0) printf(\"%d,%d\\n\",degree,ctr);\n            degree=d[i]; \n            ctr=0;\n        }\n        ctr++;\n    }\n    printf(\"%d,%d\\n\",degree,ctr);\n    for(unsigned i=0;i<es.size();i++) {\n        unsigned a=es[i].first, b=es[i].second;\n        eweights[i]=1;\n        cy.push_back(new SeparationConstraint(a,b,defaultEdgeLength/3));\n    }\n\n    cout << \"|V|=\"<<n<<endl;\n    double width=1000;\n    double height=1000;\n    vector<pair<double,double> > startpos(n);\n    for(unsigned i=0;i<n;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n    const char *f=\"scalefree\";\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,CG,false,f,\"cg\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,IP,false,f,\"ip\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,false,f,\"ugp\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,false,f,\"sgp\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,IP,true,f,\"cip\");\n    //run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,true,f,\"cugp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,true,f,\"csgp\");\n}\nint main() {\n    for(unsigned i=1;i<2;i++) {\n        scale_free(i*50);\n    }\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/shortest_paths.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <fstream>\n#include <iostream>\n#include <iomanip>\n//#define TEST_AGAINST_BOOST\n#ifdef TEST_AGAINST_BOOST\n#include <boost/config.hpp>\n#include <boost/property_map.hpp>\n#include <boost/graph/adjacency_list.hpp>\n#include <boost/graph/graphviz.hpp>\n#include <boost/graph/johnson_all_pairs_shortest.hpp>\nusing namespace boost;\n#endif // TEST_AGAINST_BOOST\n#include <libcola/shortest_paths.h>\n#include <cmath>\n#include <time.h>\n#include <assert.h>\n\nusing namespace std;\n// creates a (not necessarily connected random graph) with n nodes.\nvector<shortest_paths::Edge> random_graph(unsigned n) {\n\tvector<shortest_paths::Edge> edges;\n\tfor(unsigned i=0;i<n;i++) {\n\t\tfor(unsigned j=i+1;j<n;j++) {\n\t\t\tdouble r=(double)rand()/(double)RAND_MAX;\n\t\t\tif(r < 0.1) {\n\t\t\t\tedges.push_back(make_pair(i,j));\n\t\t\t}\n\t\t}\n\t}\n\n\treturn edges;\n}\nclock_t lastTime;\nstatic void resetClock() {\n    lastTime=clock();\n}\nstatic double getRunTime() {\n    clock_t time = clock()-lastTime;\n    return (double)time/(double)CLOCKS_PER_SEC;\n}\n\nint\nmain(void)\n{\n    bool dump=false;\n    srand(time(0));\n#ifdef TEST_AGAINST_BOOST\n    typedef adjacency_list<vecS, vecS, undirectedS, no_property,\n      property< edge_weight_t, double, property< edge_weight2_t, double > > > Graph;\n    Graph g;\n#endif\n    unsigned V = 100;\n    vector<shortest_paths::Edge> es = random_graph(V);\n    unsigned E=es.size();\n    cout << \"  Test graph |V|=\"<<V<<\",|E|=\"<<E<<endl;\n    valarray<double> weights(E);\n    for(unsigned i=0;i<E;i++) {\n\t    weights[i]=round((static_cast<double>(rand())/static_cast<double>(RAND_MAX))*10);\n#ifdef TEST_AGAINST_BOOST\n\t    add_edge(es[i].first,es[i].second,weights[i],g);\n#endif\n    }\n\n#ifdef TEST_AGAINST_BOOST\n    vector < double >d(V, (numeric_limits < double >::max)());\n    typedef vector<double> weight_vec;\n    vector<weight_vec> D(V,weight_vec(V));\n    cout<<\"Running boost::johnson_all_pairs_shortest_paths...\"<<endl;\n    resetClock();\n    johnson_all_pairs_shortest_paths(g, D, distance_map(&d[0]));\n    cout<<\"  ...done, time=\"<<getRunTime()<<endl;\n#endif\n    double** D1=new double*[V];\n    for(unsigned i=0;i<V;i++) {\n\t    D1[i]=new double[V];\n    }\n    cout<<\"Running shortest_paths::johnsons...\"<<endl;\n    resetClock();\n    shortest_paths::johnsons(V,D1,es,weights);\n    cout<<\"  ...done, time=\"<<getRunTime()<<endl;\n    double** D2=new double*[V];\n    for(unsigned i=0;i<V;i++) {\n\t    D2[i]=new double[V];\n    }\n    cout<<\"Running shortest_paths::floyd_warshall...\"<<endl;\n    resetClock();\n    shortest_paths::floyd_warshall(V,D2,es,weights);\n    cout<<\"  ...done, time=\"<<getRunTime()<<endl;\n\n    for (unsigned int i = 0; i < V; ++i) {\n        if(dump) cout << i << \" -> \";\n        for (unsigned int j = 0; j < V; ++j) {\n\t        if(dump) cout << setw(5) << D1[i][j];\n\t        assert(D1[i][j]==D2[i][j]);\n#ifdef TEST_AGAINST_BOOST\n\t        assert(D[i][j]==D2[i][j]);\n#endif\n        }\n        if(dump) cout << endl;\n    }\n#ifdef TEST_AGAINST_BOOST\n    if(dump) {\n        ofstream fout(\"figs/johnson-eg.dot\");\n        fout << \"graph A {\\n\" << \"node[shape=\\\"circle\\\"]\\n\";\n\n        graph_traits < Graph >::edge_iterator ei, ei_end;\n        for (tie(ei, ei_end) = edges(g); ei != ei_end; ++ei)\n            fout << source(*ei, g) << \" -- \" << target(*ei, g)\n                 << \"[label=\" << get(edge_weight, g)[*ei] << \"]\\n\";\n\n        fout << \"}\\n\";\n    }\n#endif\n    return 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/small_graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n// Loads a graph from a text file, generates constraints for each edge requiring them\n// to point downwards, and proceeds to produce a layout using libcola.\n// The input file format is 2 numeric node labels per line separated by a space,\n// each pair representing a directed edge.  Node labels are simply used as array\n// offsets so they should start from 0.\n// The graph should be connected.\n// Default input file is the matrix market 1138_bus graph.\n// Running times:\n//    no constraints - steepest descent solver: 149 seconds\n//    no constraints - conjugate gradient solver: 21.7 seconds\n//    dir-edge constraints - conj grad. solver: 155.69 seconds\n#include<iostream>\n#include<iomanip>\n#include<fstream>\n#include<vector>\n#include<valarray>\n#include<libcola/output_svg.h>\n#include<graphlayouttest.h>\n\nusing namespace std;\nusing namespace cola;\n\nstruct CheckProgress : TestConvergence {\n    CheckProgress(const double d,const unsigned i) : TestConvergence(d,i) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        cout << \"stress=\"<<new_stress<<endl;\n        return TestConvergence::operator()(new_stress,X,Y);\n    }\n};\nint main() {\n    const char *fname=\"data/wheel.txt\"; //\"data/dg_850.txt\";\n    ifstream f(fname);\n    if(!f.is_open()) {\n        cout << \"Error opening file: \" << fname << endl;\n        exit(1);\n    }\n    string startlabel, endlabel;\n    unsigned V = 0;\n    double defaultEdgeLength=40;\n    vector<Edge> es;\n    CompoundConstraints cy;\n    //CompoundConstraints cx;\n    while(!getline(f,startlabel,' ').eof()) {\n        getline(f,endlabel);\n        unsigned start = atoi(startlabel.c_str()),\n             end = atoi(endlabel.c_str());\n        es.push_back(make_pair(start,end));\n        //cx.push_back(\n            //new SeparationConstraint(start,end,defaultEdgeLength/3));\n        cy.push_back(\n            new SeparationConstraint(start,end,defaultEdgeLength/3));\n        V=max(V,max(start,end));\n    }\n    V++;\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    vector<vpsc::Rectangle*> rs;\n    //srand(time(nullptr));\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        rs.push_back(new vpsc::Rectangle(x,x+1,y,y+1));\n    }\n    CheckProgress test(0.001,100);\n    clock_t starttime=clock();\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,nullptr,test);\n    bool constrained=false;\n    if(!constrained) {\n        cout << \"Unconstrained layout\" << endl;\n        alg.setConstrainedLayout(true);\n        alg.run();\n    } else {\n        cout << \"Constrained layout\" << endl;\n        //alg.setXConstraints(&cx);\n        alg.setYConstraints(&cy);\n        alg.run();\n    }\n    double t=double(clock()-starttime)/double(CLOCKS_PER_SEC);\n    cout<<\"Time=\"<<t<<endl;\n    output_svg(rs,es,nullptr,\"small_graph.svg\",true);\n    for(unsigned i=0;i<V;i++) {\n        delete rs[i];\n    }\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/sparse_matrix.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <map>\n#include <valarray>\n#include <libcola/sparse_matrix.h>\n#include <boost/numeric/ublas/matrix_sparse.hpp>\n#include <boost/numeric/ublas/vector.hpp>\n#include <boost/numeric/ublas/io.hpp>\n#include <time.h>\n#include <cmath>\n\nusing namespace boost::numeric::ublas;\nint sparse_test(const unsigned n, cola::SparseMatrix::SparseMap& cm, mapped_matrix<double>& bm) {\n    printf(\"Sparse test...\");\n    srand(time(0));\n    for (unsigned i = 0; i < n; ++ i) {\n        for (unsigned j = 0; j < n; ++ j) {\n            double r=(double)rand()/(double)RAND_MAX;\n            double s=(double)rand()/(double)RAND_MAX;\n            if(r < 0.2) {\n                cm[std::make_pair(i,j)] = s;\n                bm (i, j) = s;\n            }\n        }\n    }\n}\nint dense_test(const unsigned n, cola::SparseMatrix::SparseMap& cm, mapped_matrix<double>& bm) {\n    printf(\"Dense test...\");\n    for (unsigned i = 0; i < n; ++ i) {\n        for (unsigned j = 0; j < n; ++ j) {\n            bm (i, j) = n * i + j;\n            cm[std::make_pair(i,j)]=bm(i,j);\n        }\n    }\n}\n\nvoid test(int (*generate)(const unsigned, cola::SparseMatrix::SparseMap&, mapped_matrix<double>&)) {\n    using std::valarray;\n    const unsigned n = 20;\n    mapped_matrix<double> bm (n, n, n * n);\n    cola::SparseMatrix::SparseMap cm;\n    generate(n,cm,bm);\n    vector<double> bv (n);\n    valarray<double> cv(n);\n    for (unsigned i = 0; i < n; ++ i) {\n        bv(i) = i;\n        cv[i] = i;\n    }\n    vector<double> br(n);\n    valarray<double> cr(n);\n    cola::SparseMatrix a(cm,n);\n    br=prod(bm,bv);\n    a.rightMultiply(cv,cr);\n    for (unsigned i = 0; i < n; ++ i) {\n        assert(fabs(cr[i]-br(i))<0.000001);\n    }\n    printf(\" passed!\\n\");\n}\nint main() {\n    test(&dense_test);\n    test(&sparse_test);\n    return 0;\n}\n\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4 :\n"
  },
  {
    "path": "cola/libcola/tests/test_cg.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <stdio.h>\n#include <cassert>\n#include <libcola/conjugate_gradient.h>\n#include <gsl/gsl_linalg.h>\n\nusing std::valarray;\n\nstatic valarray<double> \nouter_prod(valarray<double> x, valarray<double> y) {\n    valarray<double> result(x.size()*y.size());\n    for(int j = 0; j < x.size(); j++) {\n        for(int i = 0; i < y.size(); i++) {\n            result[j*y.size() + i] = x[j]*y[i];\n        }\n    }\n    return result;\n}\n\nstatic double \nuniform() {\n    return double(rand())/ RAND_MAX;\n}\n\nstatic void \nmatrix_times_vector(valarray<double> const &matrix, /* m * n */\n\t\t    valarray<double> const &vec,  /* n */\n\t\t    valarray<double> &result) /* m */\n{\n    unsigned n = vec.size();\n    unsigned m = result.size();\n    assert(m*n == matrix.size());\n    const double* mp = &matrix[0];\n    for (unsigned i = 0; i < m; i++) {\n        double res = 0;\n        for (unsigned j = 0; j < n; j++)\n            res += *mp++ * vec[j];\n        result[i] = res;\n    }\n}\n\nstatic double \nLinfty(valarray<double> const &vec) {\n    return std::max(vec.max(), -vec.min());\n}\n\nint\nmain (void)\n{\n    double tolerance = 1e-6;\n    for(int iters = 0; iters < 100; iters++) {\n        const unsigned  N = unsigned(uniform()*40) + 1;\n        double A_data[N*N];\n        printf(\"%ux%u matrix\\n\", N,N);\n        for(int r = 0; r < N; r++) {\n            for(int c = 0; c <= r; c++) {\n                A_data[r*N + c] = A_data[c*N + r] = fabs(uniform());\n            }\n        }\n\t\n        double * A_c[N];\n        for(int i = 0; i < N; i++)\n            A_c[i] = &A_data[N*i];\n\t\t\n        double b_data[N];\n        for(int i = 0; i < N; i++)\n            b_data[i] = uniform()*3;\n        std::valarray<double> b(b_data, N), xx(0.0, N);\n        std::valarray<double> A(A_data, N*N);\n\t\t\n        conjugate_gradient(A, xx, b, N, tolerance, 2*N);\n\t\n        gsl_matrix_view m \n            = gsl_matrix_view_array (A_data, N, N);\n        gsl_vector_view bgsl\n            = gsl_vector_view_array (b_data, N);\n     \n        gsl_vector *xgsl = gsl_vector_alloc (N);\n       \n        int s;\n     \n        gsl_permutation * p = gsl_permutation_alloc (N);\n     \n        gsl_linalg_LU_decomp (&m.matrix, p, &s);\n     \n        gsl_linalg_LU_solve (&m.matrix, p, &bgsl.vector, xgsl);\n        \n        std::valarray<double> gsl_xx(0.0, N);\n        for(unsigned i = 0; i < xx.size(); i++) {\n            gsl_xx[i] = gsl_vector_get(xgsl, i);\n        }\n\n        double err = Linfty(xx - gsl_xx);\n        printf (\"|xx-nxgsl|_infty = %g\\n\", err);\n        if(err > tolerance) {\n#if 0 //dubious value\n            for(int r = 0; r < N; r++) {\n                for(int c = 0; c < N; c++) {\n                    printf(\"%g \", A_data[r*N + c]);\n                }\n                printf(\"\\n\");\n            }\n#endif\n            printf(\"\\nx njh-cg = \\n\");\n            for(unsigned i = 0; i < xx.size(); i++)\n                printf(\"%g \", xx[i]);\n            printf(\"\\nxgsl = \");\n            for(unsigned i = 0; i < xx.size(); i++)\n                printf(\"%g \", gsl_xx[i]);\n            printf(\"\\n\");\n            valarray<double> result(0.0,N);\n            matrix_times_vector(A, xx, result);\n            result -= b;\n            printf(\"\\nA xx -b = \");\n            for(unsigned i = 0; i < xx.size(); i++)\n                printf(\"%g \", result[i]);\n            printf(\"\\n\");\n            matrix_times_vector(A, gsl_xx, result);\n            result -= b;\n            printf(\"\\nA gsl_xx -b = \");\n            for(unsigned i = 0; i < xx.size(); i++)\n                printf(\"%g \", result[i]);\n            printf(\"\\n\");\n            \n            printf(\"FAILED!!!!!!!!!!!!!!!!!!!!!!!!\\n\");\n            exit(1);\n        }\n    }\n    return 0;\n}\n/*\n  Local Variables:\n  mode:c++\n  c-file-style:\"stroustrup\"\n  c-file-offsets:((innamespace . 0)(inline-open . 0)(case-label . +))\n  indent-tabs-mode:nil\n  fill-column:99\n  End:\n*/\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4\n"
  },
  {
    "path": "cola/libcola/tests/topology.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file topology.cpp\n *\n * tests topology preserving layout.  graph is a triangle.\n * We have a fourth disconnected node starting inside the triangle.\n * We give the disconnected node a desired position outside the triangle\n * and begin layout.  Layout should converge to near zero stress as all\n * edges should be able to reach their desired lengths, and disconnected\n * node should still be inside the triangle at the end.\n *\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n#include <iomanip>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include <libtopology/topology_graph.h>\n#include \"graphlayouttest.h\"\nusing namespace std;\nusing namespace cola;\n\ntopology::Node* addNode(\n        topology::Nodes& vs, vpsc::Rectangle* r) {\n    topology::Node *v = new topology::Node(vs.size(), r);\n    vs.push_back(v);\n    return v;\n}\nvoid addToPath(topology::EdgePoints& ps, topology::Node *v, topology::EdgePoint::RectIntersect i) {\n    ps.push_back(new topology::EdgePoint(v,i));\n}\nstruct SetDesiredPos : public PreIteration {\n    SetDesiredPos(Locks& locks) : PreIteration(locks) {}\n    bool operator()() { \n        return true; \n    }\n};\nvoid writeFile(const topology::Nodes& vs, const topology::Edges& es, const char *outputFileName) {\n    const unsigned n=vs.size();\n    vector<cola::Edge> cedges;\n\n    for(unsigned i=0;i<es.size();i++) {\n        cedges.push_back(make_pair(1,2));\n    }\n\n    vector<straightener::Route*> routes;\n    for(topology::Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        routes.push_back((*e)->getRoute());\n    }\n\n    vector<string> labels(n);\n    for(unsigned i=0;i<n;++i) {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n\n    vector<vpsc::Rectangle*> rs;\n    for(topology::Nodes::const_iterator i=vs.begin();i!=vs.end();++i) {\n\t    rs.push_back((*i)->rect);\n    }\n    OutputFile of(rs,cedges,nullptr,outputFileName,true,false);\n    of.setLabels(labels);\n    of.routes=&routes;\n    of.generate();\n\n    for_each(routes.begin(),routes.end(),delete_object());\n}\nstruct Test : TestConvergence {\n    Test(const double d,const unsigned i,topology::Nodes& vs, topology::Edges& es) : TestConvergence(d,i), vs(vs), es(es) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        cout << \"stress=\"<<new_stress<<\" iteration=\"<<iterations<<endl;\n        stringstream ss;\n        ss << \"topology-\" << setfill('0') << setw(3) << ++iterations << \".svg\";\n        writeFile(vs,es,ss.str().c_str());\n        if(iterations<100) {\n            return false;\n        }\n        return true;\n        return TestConvergence::operator()(new_stress,X,Y);\n    }\n    double lastStress;\n    topology::Nodes& vs;\n    topology::Edges& es;\n};\nvoid randomMove(int i) {\n    printf(\"We have a triangle of three connected nodes and a fourth disconnected node.  We set the fourth node's desired position at a point some random direction outside the triangle.\\n\");\n    printf(\"Using srand=%d\\n\",i);\n    srand(i);\n    const unsigned V = 4;\n    Edge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 0) };\n    const std::size_t E = sizeof(edge_array) / sizeof(Edge);\n    vector<Edge> es(edge_array,edge_array+E);\n    vector<vpsc::Rectangle*> rs;\n    double x[]={200,250,300,250},y[]={200,250,200,225},size=10;\n    for(unsigned i=0;i<V;++i) {\n        rs.push_back(new vpsc::Rectangle(x[i],x[i]+size,y[i],y[i]+size));\n    }\n    double idealLength=60;\n    // set up topology graph\n    topology::Nodes vs;\n    for(vector<Rectangle*>::iterator i = rs.begin(); i!=rs.end();++i) {\n        addNode(vs,*i);\n    }\n    topology::Edges tes;\n    unsigned eID=0;\n    for(vector<Edge>::iterator e=es.begin();e!=es.end();++e, ++eID) {\n        topology::EdgePoints ps;\n        addToPath(ps,vs[e->first],topology::EdgePoint::CENTRE);\n        addToPath(ps,vs[e->second],topology::EdgePoint::CENTRE);\n        tes.push_back(new topology::Edge(eID, idealLength, ps));\n    }\n    writeFile(vs,tes,\"topology-000.svg\");\n    Locks locks;\n    // we move the 4th node somewhere outside the triangle.  The triangle should be\n    // dragged along!\n    const double PI = 2.0*acos(0.0);\n    double angle = getRand(2.0*PI);\n    double dx=150*cos(angle), dy=150*sin(angle);\n    \n    double lx=rs[3]->getCentreX()+dx,\n           ly=rs[3]->getCentreY()+dy;\n    //double lx=353.886210, ly=342.789705;\n    locks.push_back(Lock(3,lx,ly));\n    printf(\" Lock: %f,%f\\n\",lx,ly);\n    SetDesiredPos preIteration(locks);\n    Test test(0.00001,100,vs,tes);\n    ConstrainedFDLayout alg(rs,es,idealLength,nullptr,test,&preIteration);\n\n    alg.setTopology(&vs,&tes);\n    alg.run(true,true);\n    double finalStress=alg.computeStress();\n    printf(\"finalStress=%f\\n\",finalStress);\n\n    //assert(finalStress<1e-5);\n    for_each(rs.begin(),rs.end(),delete_object());\n    for_each(tes.begin(),tes.end(),delete_object());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\nint main() {\n    unsigned i=0;\n    for(;i<1;i++) {\n        randomMove(i);\n    }\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libcola/tests/trees.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include<iostream>\n#include<vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\n\nvoid makeEdge(unsigned u, unsigned v, \n        vector<Edge> &edges, CompoundConstraints &cy) {\n    edges.push_back(make_pair(u,v));\n    cy.push_back(new SeparationConstraint(u,v,20));\n}\nvector<Edge> random_tree(unsigned depth, unsigned maxbranch, unsigned &V,\n        CompoundConstraints &cx, CompoundConstraints &cy) {\n\tvector<Edge> edges;\n    unsigned lstart=0, lend=1;\n    V=0;\n\tfor(unsigned i=0;i<depth;i++) {\n        for(unsigned j=lstart;j<lend;j++) {\n            //makeEdge(j,++V,edges,cy);\n            //makeEdge(j,++V,edges,cy);\n            for(unsigned k=0;k<maxbranch;k++) {\n                double r=(double)rand()/(double)RAND_MAX;\n                if(r < 0.5) {\n                    makeEdge(j,++V,edges,cy);\n                }\n            }\n        }\n        lstart=lend;\n        lend=V+1;\n    }\n    V++;\n    DFS::Graph dfs(V,edges);\n    for(unsigned i=1;i<dfs.order.size();i++) {\n        cx.push_back(\n                new SeparationConstraint(dfs.order[i-1],dfs.order[i],0.5));\n    }\n    /*\n    for(unsigned i=0;i<dfs.leaves.size();i++) {\n        for(unsigned j=1;j<dfs.leaves[i].size();j++) {\n            cx.push_back(\n                    new SeparationConstraint(dfs.leaves[i][j-1],dfs.leaves[i][j],10));\n        }\n    }\n    */\n\treturn edges;\n}\nint main() {\n    unsigned V;\n    CompoundConstraints cx,cy;\n    //srand(time(nullptr));\n    srand(3);\n    vector<Edge> es = random_tree(7,4,V,cx,cy);\n    double defaultEdgeLength=40;\n\n    cout << \"V=\"<<V<<endl;\n    double width=1000;\n    double height=1000;\n    vector<pair<double,double> > startpos(V);\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n    const char *testname=\"trees\";\n    run_test(startpos,es,defaultEdgeLength,cx,cy,CG,false,testname,\"cg\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,false,testname,\"ip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,false,testname,\"sgp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,false,testname,\"ugp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,IP,true,testname,\"cip\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,SGP,true,testname,\"csgp\");\n    run_test(startpos,es,defaultEdgeLength,cx,cy,UGP,true,testname,\"cugp\");\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/unconstrained.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/** \\file unconstrained.cpp\n *\n * Unconstrained graph layout test.  Simple graph with 4 nodes and 4 edges,\n * a triangle with a dangle.  Final stress checked.\n *\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include \"graphlayouttest.h\"\nusing namespace std;\n\nusing namespace cola;\nint main() {\n\n\tconst unsigned V = 4;\n\tEdge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 3), Edge(1, 3) };\n\tconst std::size_t E = sizeof(edge_array) / sizeof(Edge);\n\tvector<Edge> es(E);\n\tcopy(edge_array,edge_array+E,es.begin());\n\tdouble width=100;\n\tdouble height=100;\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tCheckProgress test(1e-9,100);\n\tConstrainedFDLayout alg(rs,es,width/2,nullptr,&test);\n\talg.run();\n\tdouble stress = alg.computeStress();\n  \tassert(stress < 0.0013);\n\tOutputFile output(rs,es,nullptr,\"unconstrained.svg\");\n\toutput.generate();\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n"
  },
  {
    "path": "cola/libcola/tests/unsatisfiable.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n\n/** \\file\n * Interface between Inkscape code (SPItem) and graphlayout functions.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n */\n#include <iostream>\n\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include <libvpsc/exceptions.h>\n#include <libvpsc/constraint.h>\n#include \"graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nint main() {\n\n\tconst unsigned V = 2;\n\ttypedef pair < unsigned, unsigned >Edge;\n\tEdge edge_array[] = { Edge(0, 1) };\n\tunsigned E = sizeof(edge_array) / sizeof(Edge);\n\tvector<Edge> es(edge_array,edge_array+E);\n\tdouble width=100;\n\tdouble height=100;\n\tvector<vpsc::Rectangle*> rs;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n\t\trs.push_back(new vpsc::Rectangle(x,x+5,y,y+5));\n\t}\n\tConstrainedFDLayout alg(rs,es,width/2);\n\tCompoundConstraints ccs;\n\tAlignmentConstraint ac(vpsc::YDIM, 1);\n\tccs.push_back(&ac);\n\tac.addShape(0,0);\n\tac.addShape(1,0);\n\tccs.push_back(new SeparationConstraint(vpsc::YDIM, 0,1,10));\n\talg.setConstraints(ccs);\n    try {\n\t    alg.run();\n    } catch (vpsc::UnsatisfiableException& e) {\n        cerr << \"Unsatisfiable\" << endl;\n\t\tfor(vector<vpsc::Constraint*>::iterator i=e.path.begin();\n\t\t\t\ti!=e.path.end();i++) {\n\t\t\tcout << **i << endl;\n\t\t}\n\t\texit(1);\n    }\n\t//assert(fabs(rs[0]->getCentreX()-rs[3]->getCentreX())<0.001);\n\tcout<<rs[0]->getCentreX()<<\",\"<<rs[1]->getCentreX()<<endl;\n\t//output_svg(rs,es,\"unsatisfiable.svg\");\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libcola/tests/view_cd_output.sh",
    "content": "#! /bin/bash\n\nif [ $# -lt 1 ] ; then\n  echo \"Need case letter (eg: A) or ALL for all cases (CLEAN to delete)\"\n  exit\nelse\n  CASE=$1\n  shift\nfi\n\ncd /home/kierans/libcola3/libcola/tests\n \nif [ $CASE == 'a' -o $CASE == 'A' ] ; then\n  inkview cycle_detector_case_a.svg\nfi\n\nif [ $CASE == 'b' -o $CASE == 'B' ] ; then\n  inkview cycle_detector_case_b.svg\nfi\n\nif [ $CASE == 'c' -o $CASE == 'C' ] ; then\n  inkview cycle_detector_case_c.svg\nfi\n\nif [ $CASE == 'd' -o $CASE == 'D' ] ; then\n  inkview cycle_detector_case_d.svg\nfi\n\nif [ $CASE == 'e' -o $CASE == 'E' ] ; then\n  inkview cycle_detector_case_e.svg\nfi\n\nif [ $CASE == 'f' -o $CASE == 'F' ] ; then\n  inkview cycle_detector_case_f.svg\nfi\n\nif [ $CASE == 'all' -o $CASE == 'ALL' ] ; then\n  inkview cycle_detector_case_a.svg cycle_detector_case_b.svg cycle_detector_case_c.svg cycle_detector_case_d.svg cycle_detector_case_e.svg cycle_detector_case_f.svg\nfi\n\nif [ $CASE == 'clean' ] ; then\n  rm cycle_detector_case* -fv\nfi\n"
  },
  {
    "path": "cola/libcola/tests/view_mas_output.sh",
    "content": "#! /bin/bash\n\nif [ $# -lt 1 ] ; then\n  echo \"Need case letter (eg: A) or ALL for all cases (CLEAN to delete)\"\n  exit\nelse\n  CASE=$1\n  shift\nfi\n\ncd /home/kierans/libcola3/libcola/tests\n \nif [ $CASE == 'a' -o $CASE == 'A' ] ; then\n  inkview mas_case_a.svg\nfi\n\nif [ $CASE == 'b' -o $CASE == 'B' ] ; then\n  inkview mas_case_b.svg\nfi\n\nif [ $CASE == 'c' -o $CASE == 'C' ] ; then\n  inkview mas_case_c.svg\nfi\n\nif [ $CASE == 'd' -o $CASE == 'D' ] ; then\n  inkview mas_case_d.svg\nfi\n\nif [ $CASE == 'e' -o $CASE == 'E' ] ; then\n  inkview mas_case_e.svg\nfi\n\nif [ $CASE == 'f' -o $CASE == 'F' ] ; then\n  inkview mas_case_f.svg\nfi\n\nif [ $CASE == 'all' -o $CASE == 'ALL' ] ; then\n  inkview mas_case_a.svg mas_case_b.svg mas_case_c.svg mas_case_d.svg mas_case_e.svg mas_case_f.svg\nfi\n\nif [ $CASE == 'clean' ] ; then\n  rm mas_case* -fv\nfi\n"
  },
  {
    "path": "cola/libcola/unused.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libcola - A library providing force-directed network layout using the \n *           stress-majorization method subject to separation constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _UNUSED_H\n#define _UNUSED_H\n\n#define COLA_UNUSED(expr) do { (void)(expr); } while (0)\n\n#endif\n"
  },
  {
    "path": "cola/libdialect/Makefile.am",
    "content": "EXTRA_DIST=libdialect.pc.in\nlib_LTLIBRARIES = libdialect.la\nlibdialect_la_CPPFLAGS = -I$(top_srcdir) -I$(includedir)/libdialect -fPIC\nlibdialect_la_LDFLAGS = -no-undefined\n\n# Depends on libavoid, libcola, and libvpsc\nlibdialect_la_LIBADD = $(top_builddir)/libavoid/libavoid.la $(top_builddir)/libcola/libcola.la $(top_builddir)/libvpsc/libvpsc.la\n\nlibdialect_la_SOURCES = \\\n    aca.cpp \\\n    aca.h \\\n    bendseqlookup.cpp \\\n    chains.cpp \\\n    chains.h \\\n    commontypes.h \\\n    constraints.cpp \\\n    constraints.h \\\n    edges.cpp \\\n    expansion.cpp \\\n    expansion.h \\\n    faces.cpp \\\n    faces.h \\\n    graphs.cpp \\\n    graphs.h \\\n    hola.cpp \\\n    hola.h \\\n    io.cpp \\\n    io.h \\\n    logging.cpp \\\n    logging.h \\\n    nearalign.cpp \\\n    nearalign.h \\\n    nexes.cpp \\\n    nodeconfig.cpp \\\n    nodeconfig.h \\\n    nodes.cpp \\\n    opts.h \\\n    ortho.cpp \\\n    ortho.h \\\n    peeling.cpp \\\n    peeling.h \\\n    planarise.cpp \\\n    planarise.h \\\n    qalookup.cpp \\\n    quadaction.cpp \\\n    quadaction.h \\\n    routing.cpp \\\n    routing.h \\\n    sides.cpp \\\n    treeplacement.cpp \\\n    treeplacement.h \\\n    trees.cpp \\\n    trees.h \\\n    util.h\n\nlibdialectincludedir = $(includedir)/libdialect\n\nlibdialectinclude_HEADERS = \\\n    aca.h \\\n    chains.h \\\n    commontypes.h \\\n    constraints.h \\\n    expansion.h \\\n    faces.h \\\n    graphs.h \\\n    hola.h \\\n    io.h \\\n    logging.h \\\n    nearalign.h \\\n    nodeconfig.h \\\n    opts.h \\\n    ortho.h \\\n    peeling.h \\\n    planarise.h \\\n    quadaction.h \\\n    routing.h \\\n    treeplacement.h \\\n    trees.h \\\n    util.h\n\npkgconfigdir = $(libdir)/pkgconfig\npkgconfig_DATA = libdialect.pc\n\nSUBDIRS = . tests\n"
  },
  {
    "path": "cola/libdialect/aca.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <algorithm>\n#include <vector>\n#include <string>\n#include <utility>\n#include <map>\n#include <set>\n\n#include <sstream>\n#include <iostream>\n#include <clocale>\n\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/exceptions.h\"\n\n#include \"libcola/cola.h\"\n#include \"libcola/cc_nonoverlapconstraints.h\"\n\n#include \"libdialect/util.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/aca.h\"\n\nusing std::vector;\nusing std::string;\nusing std::pair;\nusing std::map;\nusing std::multimap;\nusing std::set;\nusing std::sort;\n\nusing std::cout;\nusing std::endl;\n\nusing vpsc::XDIM;\nusing vpsc::YDIM;\nusing vpsc::Dim;\nusing vpsc::HORIZONTAL;\nusing vpsc::VERTICAL;\nusing vpsc::Constraint;\nusing vpsc::Constraints;\nusing vpsc::Rectangle;\nusing vpsc::Rectangles;\nusing vpsc::Variable;\nusing vpsc::Variables;\nusing vpsc::IncSolver;\nusing vpsc::UnsatisfiedConstraint;\n\nusing cola::Edge;\nusing cola::ShapePair;\nusing cola::AlignmentConstraint;\nusing cola::CompoundConstraints;\nusing cola::EdgeLengths;\nusing cola::TestConvergence;\nusing cola::PreIteration;\nusing cola::NonOverlapConstraintExemptions;\nusing cola::UnsatisfiableConstraintInfos;\n\nnamespace dialect {\n\nconst double ACALayout::BP_PENALTY = 2;\nconst double ACALayout::LEAF_PENALTY = 5;\nconst double ACALayout::PENALTY_BOUND = 20;\n\nconst double ACALayout::EDGE_SHAPE_HALF_THICKNESS = 4;\nconst double ACALayout::EDGE_SHAPE_BUFFER = 1;\n\n/*\n * Apply the permutation (13)(24) to the separation flag. In other words,\n * swap N and S, and swap E and W.\n */\nACASepFlag negateSepFlag(ACASepFlag sf)\n{\n    // Let c = 0000WSEN\n    unsigned short c = (unsigned short) sf;\n    // Update c to WSENWSEN.\n    c += 16*c;\n    // Kill first and last bits, obtaining 00ENWS00.\n    c &= 60; // 60 is 00111100 in binary\n    // Shift right, obtaining 0000ENWS.\n    unsigned short b = c >> 2;\n    // Recast and return.\n    ACASepFlag nf = (ACASepFlag) b;\n    return nf;\n}\n\n/*\n * Map N and S to Vertical; E and W to Horizontal.\n */\nACAFlag sepToAlignFlag(ACASepFlag sf)\n{\n    return sf==ACANORTH || sf==ACASOUTH ? ACAVERT : ACAHORIZ;\n}\n\n/*\n * Map each dimension to its perpendicular dim; in other words,\n * swap Vert and Horiz.\n */\nACAFlag perpAlignFlag(ACAFlag af)\n{\n    return af==ACAHORIZ ? ACAVERT : ACAHORIZ;\n}\n\n/*\n * Map a vector (dx, dy) to a set of separation flags.\n */\nACASepFlag vectorToSepFlag(double dx, double dy)\n{\n    int f = 0;\n    f |= dx > 0 ? ACAEAST : dx < 0 ? ACAWEST : 0;\n    f |= dy > 0 ? ACASOUTH : dy < 0 ? ACANORTH : 0;\n    return (ACASepFlag) f;\n}\n\nbool propsedSepConflictsWithExistingPosition(ACASepFlag pro, ACASepFlag ex)\n{\n    // Proposed separation pro conflicts with existing position ex\n    // if the union of their bits contains both north and south, or\n    // both east and west.\n    int u = pro | ex;\n    return ( ( (u&ACANORTHSOUTH) == ACANORTHSOUTH ) || ( (u&ACAEASTWEST) == ACAEASTWEST ) );\n}\n\nbool sortOrdAlignsByPenalty(const OrderedAlignment *lhs, const OrderedAlignment *rhs)\n{\n    return lhs->penalty < rhs->penalty;\n}\n\nACALayout::ACALayout(\n        const vpsc::Rectangles& rs,\n        const std::vector<cola::Edge>& es,\n        CompoundConstraints& ccs,\n        const double idealLength,\n        const EdgeLengths& eLengths,\n        TestConvergence *doneTest,\n        PreIteration *preIteration)\n    : m_graph(nullptr),\n      m_n(rs.size()),\n      m_m(es.size()),\n      m_rs(rs),\n      m_es(es),\n      m_ccs(ccs),\n      m_rc(nullptr),\n      m_idealLength(idealLength),\n      m_preventOverlaps(false),\n      m_edgeLengths(eLengths),\n      m_doneTest(doneTest),\n      m_preIteration(preIteration),\n      m_addBendPointPenalty(true),\n      m_favourLongEdges(false),\n      m_postponeLeaves(true),\n      m_useNonLeafDegree(true),\n      m_allAtOnce(false),\n      m_aggressiveOrdering(false),\n      m_fdlayout(nullptr),\n      m_lengthUpperBound(10000),\n      m_didLayoutForLastAlignment(false),\n      m_doFinalFDLayout(false),\n      m_nocExemptions(new NonOverlapConstraintExemptions()),\n      m_nocsInitialised(false),\n      m_layoutPeriod(1000000)\n{\n    // By default, no edges are ignored.\n    for (int i=0; i<m_m; ++i) m_ignoreEdge.push_back(false);\n    // By default, no nodes are ignored.\n    for (int i=0; i<m_n; ++i) m_ignoreNodeForOPWithOffsets.push_back(false);\n    // Initialise tables.\n    computeDegrees();\n    generateVPSCConstraints();\n    initStateTables();\n}\n\nACALayout::ACALayout(std::shared_ptr<dialect::Graph> G)\n    : m_graph(G),\n      m_rc(nullptr),\n      m_preventOverlaps(false),\n      m_addBendPointPenalty(true),\n      m_favourLongEdges(false),\n      m_postponeLeaves(true),\n      m_useNonLeafDegree(true),\n      m_allAtOnce(false),\n      m_aggressiveOrdering(false),\n      m_fdlayout(nullptr),\n      m_lengthUpperBound(10000),\n      m_didLayoutForLastAlignment(false),\n      m_doFinalFDLayout(false),\n      m_nocExemptions(new NonOverlapConstraintExemptions()),\n      m_nocsInitialised(false),\n      m_layoutPeriod(1000000)\n{\n    // Cola Graph Rep:\n    ColaGraphRep &colaRep = G->updateColaGraphRep();\n    m_n = colaRep.rs.size();\n    m_m = colaRep.es.size();\n    m_rs = colaRep.rs;\n    m_es = colaRep.es;\n    m_ccs.push_back(&G->getSepMatrix());\n    // Cola Options:\n    m_idealLength = G->getIEL();\n    m_edgeLengths = cola::StandardEdgeLengths;\n    m_doneTest = nullptr;\n    m_preIteration = nullptr;\n    // By default, no edges are ignored.\n    for (int i=0; i<m_m; ++i) m_ignoreEdge.push_back(false);\n    // By default, no nodes are ignored.\n    for (int i=0; i<m_n; ++i) m_ignoreNodeForOPWithOffsets.push_back(false);\n    // Initialise tables.\n    computeDegrees();\n    generateVPSCConstraints();\n    initStateTables();\n}\n\n\nACALayout::~ACALayout(void)\n{\n    // Miscelaneous objects:\n    delete m_alignmentState;\n    delete m_fdlayout;\n    delete m_nocExemptions;\n    delete m_xnocs;\n    delete m_ynocs;\n    // OrderedAlignments. See however the doctext on the OrderedAlignment struct's\n    // destructor method, which notes that it deliberately does NOT delete the\n    // two cola::CompoundConstraints to which it holds pointers. Thus, these are\n    // the client's responsibility.\n    for (auto p : m_ordAligns) delete p;\n    // Variables:\n    for (auto p : m_xvs) delete p;\n    for (auto p : m_yvs) delete p;\n    // Constraints:\n    for (auto p : m_xcs) delete p;\n    for (auto p : m_ycs) delete p;\n    // Only Rectangles beyond the first m_n were allocated by this ACALayout instance;\n    // the first m_n were client-supplied and are therefore NOT deleted.\n    for (size_t i = m_n; i < m_xrs.size(); ++i) {\n        delete m_xrs.at(i);\n    }\n    for (size_t i = m_n; i < m_yrs.size(); ++i) {\n        delete m_yrs.at(i);\n    }\n    // We must not delete pointers in any of m_xEqCs, m_yEqCs, m_xIneqCs, m_yIneqCs,\n    // since these Contraints are already pointed to in m_xcs and m_ycs.\n    // We must not delete pointers in m_extendedRS, since these Rectangles are\n    // already pointed to in the portions of m_xrs and m_yrs beyond the first\n    // m_n entries.\n}\n\nvoid ACALayout::createAlignments(void)\n{\n    if (!m_nocsInitialised) initNOCs();\n    if (m_allAtOnce) {\n        acaLoopAllAtOnce();\n    } else {\n        acaLoopOneByOne();\n    }\n}\n\nbool ACALayout::createOneAlignment(void)\n{\n    if (!m_nocsInitialised) initNOCs();\n    return acaLoopOnce();\n}\n\nbool ACALayout::applyOAsAllOrNothing(OrderedAlignments oas)\n{\n    if (!m_nocsInitialised) initNOCs();\n    bool b = allOrNothing(oas);\n    return b;\n}\n\nvoid ACALayout::layout(void)\n{\n    if (!m_nocsInitialised) initNOCs();\n    layoutWithCurrentConstraints();\n    createAlignments();\n}\n\nvoid ACALayout::removeOverlaps(void)\n{\n    if (!m_nocsInitialised) initNOCs();\n    bool pO = m_preventOverlaps;\n    m_preventOverlaps = true;\n    layoutWithCurrentConstraints();\n    m_preventOverlaps = pO;\n}\n\ncola::ConstrainedFDLayout *ACALayout::getFDLayout(void)\n{\n    return m_fdlayout;\n}\n\nvoid ACALayout::addBendPointPenalty(bool b)\n{\n    m_addBendPointPenalty = b;\n}\n\nvoid ACALayout::favourLongEdges(bool b)\n{\n    m_favourLongEdges = b;\n}\n\nvoid ACALayout::postponeLeaves(bool b)\n{\n    m_postponeLeaves = b;\n}\n\nvoid ACALayout::useNonLeafDegree(bool b)\n{\n    m_useNonLeafDegree = b;\n}\n\nvoid ACALayout::allAtOnce(bool b)\n{\n    m_allAtOnce = b;\n}\n\nvoid ACALayout::aggressiveOrdering(bool b)\n{\n    m_aggressiveOrdering = b;\n}\n\nvoid ACALayout::setAvoidNodeOverlaps(bool avoidOverlaps)\n{\n    m_preventOverlaps = avoidOverlaps;\n}\n\nvoid ACALayout::ignoreEdges(std::vector<bool> ignore)\n{\n    COLA_ASSERT(ignore.size()==(size_t)m_m); // There should be one boolean for each edge.\n    m_ignoreEdge = ignore;\n}\n\nvoid ACALayout::ignoreNodesForOPWithOffsets(std::vector<bool> ignore)\n{\n    COLA_ASSERT(ignore.size()==(size_t)m_n);\n    m_ignoreNodeForOPWithOffsets = ignore;\n}\n\nvoid ACALayout::setNodeAliases(std::map<int, int> aliases)\n{\n    m_nodeAliases = aliases;\n    // Recompute node degrees and neighbours.\n    computeDegrees();\n    // Add connections in state table.\n    for (int j = 0; j < m_m; ++j) {\n        cola::Edge e = m_es.at(j);\n        int src = e.first, tgt = e.second;\n        src = alias(src);\n        tgt = alias(tgt);\n        (*m_alignmentState)(src,tgt) |= ACACONN;\n        (*m_alignmentState)(tgt,src) |= ACACONN;\n    }\n}\n\nvoid ACALayout::setClusterHierarchy(cola::RootCluster *rc)\n{\n    m_rc = rc;\n}\n\nbool ACALayout::edgeIsAligned(int j) const\n{\n    cola::Edge e = m_es.at(j);\n    int src = e.first, tgt = e.second;\n    int astate = (*m_alignmentState)(src,tgt);\n    return (astate & (ACAHORIZ|ACAVERT));\n}\n\nbool ACALayout::nodesAreAligned(int i, int j) const\n{\n    int astate = (*m_alignmentState)(i,j);\n    return (astate & (ACAHORIZ|ACAVERT));\n}\n\nvoid ACALayout::layoutPeriod(unsigned p)\n{\n    m_layoutPeriod = p;\n}\n\nvoid ACALayout::doFinalLayout(bool b)\n{\n    m_doFinalFDLayout = b;\n}\n\nvoid ACALayout::addGroupOfNonOverlapExemptRectangles(std::vector<unsigned> rs)\n{\n    // 1. We maintain a vector of vectors, to be added to ConstrainedFDLayout objects\n    //    each time they are created.\n    m_nocExemptRects.push_back(rs);\n    // 2. We maintain a multimap mapping each rectangle index to all the rectangle\n    //    indices with which it is exempt. This is used when we add a new rectangle\n    //    for each aligned edge; namely, when aligning edge e=(u,v) we make this new\n    //    rectangle exempt from the union of the exemption sets of u and v. This is\n    //    important when we put port dummy nodes /inside/ of the proper nodes to\n    //    which they belong, so that the edge rectangles can be exempt from non-overlap\n    //    with those proper nodes as well.\n    for (std::vector<unsigned>::iterator it=rs.begin(); it!=rs.end(); ++it) {\n        for (std::vector<unsigned>::iterator jt=rs.begin(); jt!=rs.end(); ++jt) {\n            if (*it==*jt) continue;\n            m_nocExemptionSets.insert(std::pair<unsigned,unsigned>(*it,*jt));\n        }\n    }\n}\n\nstd::set<unsigned> ACALayout::exemptionSetForEdge(int j)\n{\n    cola::Edge e = m_es[j];\n    unsigned src = e.first, tgt = e.second;\n    std::set<unsigned> exemptions;\n    // src set\n    std::pair <std::multimap<unsigned,unsigned>::iterator, std::multimap<unsigned,unsigned>::iterator > srcRange;\n    srcRange = m_nocExemptionSets.equal_range(src);\n    for (std::multimap<unsigned,unsigned>::iterator it=srcRange.first; it!=srcRange.second; ++it) {\n        exemptions.insert(it->second);\n    }\n    // tgt set\n    std::pair <std::multimap<unsigned,unsigned>::iterator, std::multimap<unsigned,unsigned>::iterator > tgtRange;\n    tgtRange = m_nocExemptionSets.equal_range(tgt);\n    for (std::multimap<unsigned,unsigned>::iterator it=tgtRange.first; it!=tgtRange.second; ++it) {\n        exemptions.insert(it->second);\n    }\n    return exemptions;\n}\n\nvoid ACALayout::setAlignmentOffsetsForCompassDirection(ACASepFlag sf, EdgeOffsets offsets)\n{\n    COLA_ASSERT(offsets.size()==(size_t)m_m); // There should be one offset for each edge.\n    m_edgeOffsets.insert( std::pair<ACASepFlag,EdgeOffsets>(sf,offsets) );\n}\n\nvoid ACALayout::setAllowedDirections(ACASepFlags seps)\n{\n    COLA_ASSERT(seps.size()==(size_t)m_m); // There should be one flag for each edge.\n    m_allowedSeps = seps;\n}\n\nstd::string ACALayout::writeAlignmentTable(void) const\n{\n    std::string s = m_alignmentState->toString();\n    return s;\n}\n\nstd::string ACALayout::writeStateForNodeIds(id_type id1, id_type id2)\n{\n    std::ostringstream ss;\n    ColaGraphRep cgr = m_graph->getColaGraphRep();\n    size_t ix1 = cgr.id2ix.at(id1),\n           ix2 = cgr.id2ix.at(id2);\n    ss << \"Node of ID \" << id1 << \" has index \" << ix1 << std::endl;\n    ss << \"Node of ID \" << id2 << \" has index \" << ix2 << std::endl;\n    ss << \"State for indices (\" << ix1 << \", \" << ix2 << \"): \" << (*m_alignmentState)(ix1, ix2) << std::endl;\n    ss << \"State for indices (\" << ix2 << \", \" << ix1 << \"): \" << (*m_alignmentState)(ix2, ix1) << std::endl;\n    return ss.str();\n}\n\nvoid ACALayout::computeDegrees(void)\n{\n    m_nbrs.clear();\n    m_leaves.clear();\n    m_deg2Nodes.clear();\n    m_nlnbrs.clear();\n    m_nldeg2Nodes.clear();\n    // Map node indices to indices of their neighbours.\n    for (int j = 0; j < m_m; ++j) {\n        cola::Edge e = m_es.at(j);\n        m_nbrs.insert(std::pair<int,int>(e.first,e.second));\n        m_nbrs.insert(std::pair<int,int>(e.second,e.first));\n        m_incidentEdges.insert(std::pair<int,int>(e.first,j));\n        m_incidentEdges.insert(std::pair<int,int>(e.second,j));\n    }\n    // Find the leaves and degree-2 nodes.\n    for (int i = 0; i < m_n; ++i) {\n        int c = m_nbrs.count(i);\n        if (c == 1) m_leaves.insert(i);\n        if (c == 2) m_deg2Nodes.insert(i);\n    }\n    // Compute non-leaf neighbours.\n    for (int i = 0; i < m_n; ++i) {\n        // Iterate over the neighbours of node i, retaining only the non-leaves.\n        std::pair< std::multimap<int,int>::iterator, std::multimap<int,int>::iterator > range;\n        range = m_nbrs.equal_range(i);\n        for (std::multimap<int,int>::iterator it=range.first; it!=range.second; ++it) {\n            int j = it->second;\n            if (m_leaves.count(j)==0) {\n                m_nlnbrs.insert(std::pair<int,int>(i,j));\n            }\n        }\n    }\n    // Compute non-leaf incident edges.\n    for (int j = 0; j < m_m; ++j) {\n        cola::Edge e = m_es.at(j);\n        if (m_leaves.count(e.second)==0) m_nlincidentEdges.insert(std::pair<int,int>(e.first,j));\n        if (m_leaves.count(e.first)==0) m_nlincidentEdges.insert(std::pair<int,int>(e.second,j));\n    }\n    // Find the non-leaf degree-2 nodes.\n    for (int i = 0; i < m_n; ++i) {\n        if (m_nlnbrs.count(i) == 2) m_nldeg2Nodes.insert(i);\n    }\n}\n\nvoid ACALayout::generateVPSCConstraints(void)\n{\n    // First generate one x-variable and one y-variable for each node.\n    // Also create a rectangle vector for each dimension.\n    m_xrs.resize(m_n);\n    m_yrs.resize(m_n);\n    for (int i = 0; i < m_n; ++i) {\n        m_xvs.push_back(new vpsc::Variable(i,m_rs[i]->getCentreX()));\n        m_yvs.push_back(new vpsc::Variable(i,m_rs[i]->getCentreY()));\n        m_xrs[i] = m_rs[i];\n        m_yrs[i] = m_rs[i];\n    }\n    // Generate all VPSC constraints and any auxiliary variables.\n    vpsc::Constraints xcs, ycs;\n    for (size_t k = 0; k < m_ccs.size(); ++k) {\n        cola::CompoundConstraint *cc = m_ccs.at(k);\n        cc->generateVariables(vpsc::XDIM, m_xvs);\n        cc->generateVariables(vpsc::YDIM, m_yvs);\n        cc->generateSeparationConstraints(vpsc::XDIM, m_xvs, xcs, m_rs);\n        cc->generateSeparationConstraints(vpsc::YDIM, m_yvs, ycs, m_rs);\n    }\n    // Compute how many auxiliary vars we got.\n    m_numExtraXVars = m_xvs.size() - m_n;\n    m_numExtraYVars = m_yvs.size() - m_n;\n    // In each dimension, the rectangle vector needs nullptr placeholders to make\n    // it the same length as the vector of variables. This is so that when ACA\n    // generates guideline variables for alignments, it can create corresponding\n    // rectangles for non-overlap constraints involving aligned edges.\n    for (int i = 0; i < m_numExtraXVars; ++i) m_xrs.push_back(nullptr);\n    for (int i = 0; i < m_numExtraYVars; ++i) m_yrs.push_back(nullptr);\n    // Store constraints by dimension and by equality vs. inequality constraints.\n    for (size_t k = 0; k < xcs.size(); ++k) {\n        vpsc::Constraint *c = xcs.at(k);\n        m_xcs.push_back(c);\n        if (c->equality) {\n            m_xEqCs.push_back(c);\n        } else {\n            m_xIneqCs.push_back(c);\n        }\n    }\n    for (size_t k = 0; k < ycs.size(); ++k) {\n        vpsc::Constraint *c = ycs.at(k);\n        m_ycs.push_back(c);\n        if (c->equality) {\n            m_yEqCs.push_back(c);\n        } else {\n            m_yIneqCs.push_back(c);\n        }\n    }\n}\n\nvoid ACALayout::initNOCs(void)\n{\n    // By the time this method is called, the client should be through adding\n    // groups of NOC exempt rectangles. So we can now add all the groups:\n    m_nocExemptions->addExemptGroupOfNodes(m_nocExemptRects);\n    // And create NOC objects for each dimension:\n    m_xnocs = new cola::NonOverlapConstraints(m_nocExemptions);\n    m_ynocs = new cola::NonOverlapConstraints(m_nocExemptions);\n    // And add all the rectangles:\n    for (int i=0; i<m_n; ++i) {\n        vpsc::Rectangle *R = m_rs[i];\n        double hw = R->width()/2.0, hh = R->height()/2.0;\n        m_xnocs->addShape(i,hw,hh);\n        m_ynocs->addShape(i,hw,hh);\n    }\n    // And mark the NOCs as now initialised.\n    m_nocsInitialised = true;\n}\n\nint ACALayout::alias(int i)\n{\n    std::map<int,int>::iterator it = m_nodeAliases.find(i);\n    if (it!=m_nodeAliases.end()) i = it->second;\n    return i;\n}\n\n/**\n * Retrieve a rectangle, using the nodeAliases (if any).\n */\nvpsc::Rectangle *ACALayout::getRect(int i, bool doAlias)\n{\n    if (doAlias) i = alias(i);\n    vpsc::Rectangle *R = m_rs.at(i);\n    return R;\n}\n\n/**\n * This is for use only during initialisation of the state tables, when we have\n * to deal with the extra variables generated by the incoming constraints.\n * For that time we arrange the variables like this:\n *\n *     ... rectangles ... | ... extra x-vars ... | ... extra y-vars ...\n *\n * So for example if there were 5 rectangles, 2 extra x-vars, and 3 extra y-vars,\n * then the columns (and rows) in the state table corresponding to the 7 x- and 8 y-vars\n * would be:\n *     x: 0 1 2 3 4 | 5 6\n *     y: 0 1 2 3 4 | 7 8 9\n */\nint ACALayout::adjustVarNumForExtraVars(vpsc::Dim dim, int k)\n{\n    if (dim==vpsc::YDIM && k >= m_n) k += m_numExtraXVars;\n    return k;\n}\n\nvoid ACALayout::initStateTables(void)\n{\n    // Start by building table large enough to handle each rectangle, as\n    // well as each extra X-var, and each extra Y-var.\n    int N = m_n + m_numExtraXVars + m_numExtraYVars;\n    m_alignmentState  = new Matrix2d<int>(N,N);\n    // Initialise with zeroes.\n    for (int i = 0; i < N; ++i) {\n        for (int j = 0; j < N; ++j) {\n            (*m_alignmentState)(i,j) = 0;\n        }\n    }\n    // Note connections in alignment state table.\n    for (int j = 0; j < m_m; ++j) {\n        cola::Edge e = m_es.at(j);\n        int src = e.first, tgt = e.second;\n        (*m_alignmentState)(src,tgt) = ACACONN;\n        (*m_alignmentState)(tgt,src) = ACACONN;\n    }\n    // Consider equality constraints in the x-dimension.\n    for (size_t k = 0; k < m_xEqCs.size(); ++k) {\n        vpsc::Constraint *c = m_xEqCs.at(k);\n        int l = c->left->id, r = c->right->id;\n        double gap = c->gap;\n        // Adjust for extra variables.\n        l = adjustVarNumForExtraVars(vpsc::XDIM,l);\n        r = adjustVarNumForExtraVars(vpsc::XDIM,r);\n        if (gap==0) {\n            // It is an alignment.\n            recordAlignmentWithClosure(l,r,ACAVERT,N);\n        }\n    }\n    // Consider equality constraints in the y-dimension.\n    for (size_t k = 0; k < m_yEqCs.size(); ++k) {\n        vpsc::Constraint *c = m_yEqCs.at(k);\n        int l = c->left->id, r = c->right->id;\n        double gap = c->gap;\n        // Adjust for extra variables.\n        l = adjustVarNumForExtraVars(vpsc::YDIM,l);\n        r = adjustVarNumForExtraVars(vpsc::YDIM,r);\n        if (gap==0) {\n            // It is an alignment.\n            recordAlignmentWithClosure(l,r,ACAHORIZ,N);\n        }\n    }\n\n    // Record snapshot for debugging purposes.\n    //aStateBeforeChop = m_alignmentState->toString();\n\n    // Now that we have computed the transitive closure of all the passed\n    // constraints, we will no longer need the rows and columns for the extra\n    // variables, so we chop those off now.\n    Matrix2d<int> *aState = new Matrix2d<int>(m_n,m_n);\n    for (int i = 0; i < m_n; ++i) {\n        for (int j = 0; j < m_n; ++j) {\n            (*aState)(i,j) = (*m_alignmentState)(i,j);\n        }\n    }\n    delete m_alignmentState;\n    m_alignmentState = aState;\n}\n\nvoid ACALayout::recordAlignmentWithClosure(int i, int j, ACAFlag af, int numCols)\n{\n    if (numCols == 0) numCols = m_n;\n    // Get the set Ai of all indices already aligned with i, including i itself.\n    // Do likewise for j.\n    std::set<int> Ai, Aj;\n    Ai.insert(i);\n    Aj.insert(j);\n    for (int k = 0; k < numCols; ++k) {\n        if ( (*m_alignmentState)(i,k) & af ) Ai.insert(k);\n        if ( (*m_alignmentState)(j,k) & af ) Aj.insert(k);\n    }\n    // Record that everything in Ai is aligned with everything in Aj.\n    // This is the transitive closure of the new alignment for the alignments table.\n    for (std::set<int>::iterator it=Ai.begin(); it!=Ai.end(); ++it) {\n        for (std::set<int>::iterator jt=Aj.begin(); jt!=Aj.end(); ++jt) {\n            (*m_alignmentState)(*it,*jt) |= af;\n            (*m_alignmentState)(*jt,*it) |= af;\n        }\n    }\n}\n\nvoid ACALayout::addOrderedAlignments(OrderedAlignments oas)\n{\n    for (OrderedAlignments::const_iterator it=oas.begin(); it!=oas.end(); ++it) {\n        OrderedAlignment *oa = *it;\n        m_ordAligns.push_back(oa);\n        m_ccs.push_back(oa->separation);\n        m_ccs.push_back(oa->alignment);\n        updateStateTables(oa);\n    }\n}\n\nvoid ACALayout::updateStateTables(OrderedAlignment *oa)\n{\n    int i = oa->src, j = oa->tgt;\n    recordAlignmentWithClosure(i, j, oa->af);\n}\n\ncola::CompoundConstraints ACALayout::writeAllVPSCConstraintsAsCompound(void)\n{\n    pushState();\n    updateNodeRectsFromVars();\n    recomputeEdgeShapes(XDIM);\n    recomputeEdgeShapes(YDIM);\n    m_xnocs->generateSeparationConstraints(XDIM, m_xvs, m_xcs, m_xrs);\n    m_ynocs->generateSeparationConstraints(YDIM, m_yvs, m_ycs, m_yrs);\n    cola::CompoundConstraints ccs;\n    for (vpsc::Constraints::iterator it=m_xcs.begin(); it!=m_xcs.end(); ++it) {\n        Constraint *c = *it;\n        int l = c->left->id, r = c->right->id;\n        if (l>=m_n) l = m_xAuxRectIndexInExtendedRS.at(l) + m_n;\n        if (r>=m_n) r = m_xAuxRectIndexInExtendedRS.at(r) + m_n;\n        ccs.push_back(new cola::SeparationConstraint(\n            XDIM, l, r, c->gap, c->equality\n        ));\n    }\n    for (vpsc::Constraints::iterator it=m_ycs.begin(); it!=m_ycs.end(); ++it) {\n        Constraint *c = *it;\n        int l = c->left->id, r = c->right->id;\n        if (l>=m_n) l = m_yAuxRectIndexInExtendedRS.at(l) + m_n;\n        if (r>=m_n) r = m_yAuxRectIndexInExtendedRS.at(r) + m_n;\n        ccs.push_back(new cola::SeparationConstraint(\n            YDIM, l, r, c->gap, c->equality\n        ));\n    }\n    popState();\n    return ccs;\n}\n\nvpsc::Rectangles ACALayout::properAndAuxRects(void)\n{\n    Rectangles rs;\n    for (Rectangles::iterator it=m_rs.begin(); it!=m_rs.end(); ++it) rs.push_back(*it);\n    for (Rectangles::iterator it=m_extendedRS.begin(); it!=m_extendedRS.end(); ++it) rs.push_back(*it);\n    return rs;\n}\n\nvoid ACALayout::layoutWithCurrentConstraints(void)\n{\n    // ACA is an experimental method. During development we tried a \"new\" method for layout\n    // which can be reactivating using the following boolean. For most cases we have found the\n    // old method preferable, so this is hardcoded to false. The code remains for the sake of\n    // future research.\n    bool useNewMethod = false;\n    // Delete the old FD layout object before creating a new one.\n    delete m_fdlayout;\n    // Decide which Rectangles to use:\n    vpsc::Rectangles rs = useNewMethod ? properAndAuxRects() : m_rs;\n    // Form the new FD layout.\n    m_fdlayout = new cola::ConstrainedFDLayout(rs, m_es, m_idealLength, m_edgeLengths, m_doneTest, m_preIteration);\n    // Node overlap prevention, with possible exemption sets:\n    if (useNewMethod) {\n        m_fdlayout->setAvoidNodeOverlaps(m_preventOverlaps);\n    } else {\n        m_fdlayout->setAvoidNodeOverlaps(m_preventOverlaps, m_nocExemptRects);\n    }\n#ifdef DEBUG_ACA_LAYOUT_STEP\n    // For getting info on unsatisfiable constraints:\n    UnsatisfiableConstraintInfos *unsatX = new UnsatisfiableConstraintInfos();\n    UnsatisfiableConstraintInfos *unsatY = new UnsatisfiableConstraintInfos();\n    m_fdlayout->setUnsatisfiableConstraintInfo(unsatX, unsatY);\n#endif\n    // Constraints:\n    cola::CompoundConstraints ccs = useNewMethod ? writeAllVPSCConstraintsAsCompound() : m_ccs;\n    m_fdlayout->setConstraints(ccs);\n    m_fdlayout->setClusterHierarchy(m_rc);\n    // Run the layout.\n    m_fdlayout->run();\n#ifdef DEBUG_ACA_LAYOUT_STEP\n    for (auto p : *unsatX) delete p;\n    for (auto p : *unsatY) delete p;\n    delete unsatX;\n    delete unsatY;\n#endif\n}\n\n// Only do a layout if some condition is met, e.g. stress has accumulated enough,\n// or period has been completed.\n// Returned boolean says whether we did a layout.\nbool ACALayout::layoutIfAppropriate(void)\n{\n    m_didLayoutForLastAlignment = false;\n    // TODO: Try something more sophisticated; maybe make stress measurement\n    // an option.\n    unsigned N = m_ordAligns.size();\n    if (N > 0 && N % m_layoutPeriod == 0) {\n        layoutWithCurrentConstraints();\n        m_didLayoutForLastAlignment = true;\n    }\n    return m_didLayoutForLastAlignment;\n}\n\nbool ACALayout::acaLoopOnce(void)\n{\n    OrderedAlignment *oa = chooseOA();\n    if (oa) {\n        // Add the new separated alignment constraints.\n        m_ccs.push_back(oa->separation);\n        m_ccs.push_back(oa->alignment);\n        // Redo the layout, with the new constraints.\n        layoutIfAppropriate();\n        // Update state tables.\n        updateStateTables(oa);\n        return true;\n    } else {\n        // We'll come to this case when there are no more alignments to be made.\n        // Do a layout if one wasn't done for the last alignment.\n        if (m_doFinalFDLayout && !m_didLayoutForLastAlignment) layoutWithCurrentConstraints();\n        return false;\n    }\n}\n\nvoid ACALayout::acaLoopOneByOne(void)\n{\n    // Choose a first alignment.\n    OrderedAlignment *oa = chooseOA();\n    while (oa) {\n        // Add the new separated alignment constraints.\n        m_ccs.push_back(oa->separation);\n        m_ccs.push_back(oa->alignment);\n        // Redo the layout, with the new constraints.\n        layoutIfAppropriate();\n        // Update state tables.\n        updateStateTables(oa);\n        // Choose next ordered alignment.\n        oa = chooseOA();\n    }\n    // If no layout was done on the final run, do one now.\n    if (m_doFinalFDLayout && !m_didLayoutForLastAlignment) {\n        layoutWithCurrentConstraints();\n    }\n}\n\nvoid ACALayout::acaLoopAllAtOnce(void)\n{\n    // Choose a first alignment.\n    OrderedAlignment *oa = chooseOA();\n    while (oa) {\n        // Add the new separated alignment constraints.\n        m_ccs.push_back(oa->separation);\n        m_ccs.push_back(oa->alignment);\n        // Update state tables.\n        updateStateTables(oa);\n        // Choose next ordered alignment.\n        oa = chooseOA();\n    }\n    // Redo the layout, with the new constraints.\n    layoutWithCurrentConstraints();\n}\n\nbool ACALayout::allOrNothing(OrderedAlignments oas)\n{\n    bool okay = true;\n    pushState();\n    pushRectCoords();\n    for (OrderedAlignments::const_iterator it=oas.begin(); it!=oas.end(); ++it) {\n        OrderedAlignment *oa = *it;\n        okay = applyIfFeasible(oa);\n        if (!okay) break;\n    }\n    if (!okay) {\n        //perror(\"All or nothing: nothing.\");\n        popRectCoords();\n        // Must trash any remaining edge shapes before popping the state.\n        removeNewEdgeShapesAccordingToStateStack();\n        popState();\n    } else {\n        //perror(\"All or nothing: all.\");\n        dropRectCoords();\n        dropState();\n        addOrderedAlignments(oas);\n        layoutIfAppropriate();\n    }\n    //layoutWithCurrentConstraints();\n    return okay;\n}\n\n// Record lengths of variable and constraint vectors, so we can restore them later.\nvoid ACALayout::pushState(void)\n{\n    unsigned nxv=m_xvs.size(), nyv=m_yvs.size(),\n             nxc=m_xcs.size(), nyc=m_ycs.size(),\n             nxr=m_xrs.size(), nyr=m_yrs.size();\n    m_sizeStack.push_back(nxv);\n    m_sizeStack.push_back(nyv);\n    m_sizeStack.push_back(nxc);\n    m_sizeStack.push_back(nyc);\n    m_sizeStack.push_back(nxr);\n    m_sizeStack.push_back(nyr);\n}\n\n// Restore lengths of vectors of Variables, Constraints, and Rectangles, by erasing tails.\n// First delete the objects pointed to in those tails.\nvoid ACALayout::popState(void)\n{\n    COLA_ASSERT(m_sizeStack.size()>=6);\n    // Retrieve prior lengths of the vectors.\n    unsigned nyr=m_sizeStack.back(); m_sizeStack.pop_back();\n    unsigned nxr=m_sizeStack.back(); m_sizeStack.pop_back();\n    unsigned nyc=m_sizeStack.back(); m_sizeStack.pop_back();\n    unsigned nxc=m_sizeStack.back(); m_sizeStack.pop_back();\n    unsigned nyv=m_sizeStack.back(); m_sizeStack.pop_back();\n    unsigned nxv=m_sizeStack.back(); m_sizeStack.pop_back();\n    // Delete the allocated objects.\n    for (auto it = m_xvs.begin()+nxv; it != m_xvs.end(); ++it) delete (*it);\n    for (auto it = m_yvs.begin()+nyv; it != m_yvs.end(); ++it) delete (*it);\n    for (auto it = m_xcs.begin()+nxc; it != m_xcs.end(); ++it) delete (*it);\n    for (auto it = m_ycs.begin()+nyc; it != m_ycs.end(); ++it) delete (*it);\n    for (auto it = m_xrs.begin()+nxr; it != m_xrs.end(); ++it) delete (*it);\n    for (auto it = m_yrs.begin()+nyr; it != m_yrs.end(); ++it) delete (*it);\n    // Truncate the vectors.\n    m_xvs.erase(m_xvs.begin()+nxv,m_xvs.end());\n    m_yvs.erase(m_yvs.begin()+nyv,m_yvs.end());\n    m_xcs.erase(m_xcs.begin()+nxc,m_xcs.end());\n    m_ycs.erase(m_ycs.begin()+nyc,m_ycs.end());\n    m_xrs.erase(m_xrs.begin()+nxr,m_xrs.end());\n    m_yrs.erase(m_yrs.begin()+nyr,m_yrs.end());\n}\n\n// Simply pop the last 6 sizes off the size stack.\nvoid ACALayout::dropState(void)\n{\n    COLA_ASSERT(m_sizeStack.size()>=6);\n    for (int i = 0; i < 6; ++i) m_sizeStack.pop_back();\n}\n\nvoid ACALayout::pushRectCoords(void)\n{\n    for (int i = 0; i < m_n; ++i) {\n        Rectangle *R = m_rs[i];\n        m_rectXStack.push_back(R->getCentreX());\n        m_rectYStack.push_back(R->getCentreY());\n    }\n}\n\nvoid ACALayout::popRectCoords(void)\n{\n    COLA_ASSERT(m_rectXStack.size()>=(size_t)m_n);\n    COLA_ASSERT(m_rectYStack.size()>=(size_t)m_n);\n    for (int i = 0; i < m_n; ++i) {\n        double x = m_rectXStack.back(); m_rectXStack.pop_back();\n        double y = m_rectYStack.back(); m_rectYStack.pop_back();\n        Rectangle *R = m_rs[m_n-1-i];\n        R->moveCentreX(x);\n        R->moveCentreY(y);\n    }\n}\n\nvoid ACALayout::dropRectCoords(void)\n{\n    COLA_ASSERT(m_rectXStack.size()>=(size_t)m_n);\n    COLA_ASSERT(m_rectYStack.size()>=(size_t)m_n);\n    for (int i = 0; i < m_n; ++i) {\n        m_rectXStack.pop_back();\n        m_rectYStack.pop_back();\n    }\n}\n\n/**\n * This method is used by the allOrNothing method. It is needed\n * because that method may successfully apply one or more\n * OrderedAlignements before encountering one that is infeasible,\n * and giving up. Ordinarily we use the applyIfFeasible method\n * to apply OrderedAlignments one at a time, and when they prove\n * infeasible that method (near the end) takes responsibility for\n * cleaning up all records of the new edge shape that was added.\n * This method is needed in order to clean up those same records,\n * only for the OrderedAlignments that /were/ feasible, and were\n * adopted, before an infeasible one was encountered.\n *\n * Note: the reason this method need not remove the new edge shapes\n * from either the m_xrs or m_yrs vectors is that those vectors are\n * restored to their prior state by the popState method, invoked\n * by the allOrNothing method.\n */\nvoid ACALayout::removeNewEdgeShapesAccordingToStateStack(void)\n{\n    // Check how many variables there were in both dimensions,\n    // in the previous state.\n    size_t N = m_sizeStack.size();\n    COLA_ASSERT(N>=6);\n    unsigned nyv=m_sizeStack[N-5];\n    unsigned nxv=m_sizeStack[N-6];\n    // And how many are there now?\n    unsigned Nyv = m_yvs.size();\n    unsigned Nxv = m_xvs.size();\n    // Revert the data structures that grow with addition\n    // of edge shapes.\n    // x-dimension\n    for (unsigned i = Nxv - 1; i >= nxv; i--) {\n        m_xGuidelineIndexToEdgeIndex.erase(i);\n        m_xnocs->removeShape(i);\n        m_xAuxRectIndexInExtendedRS.erase(i);\n    }\n    // y-dimension\n    for (unsigned j = Nyv - 1; j >= nyv; j--) {\n        m_yGuidelineIndexToEdgeIndex.erase(j);\n        m_ynocs->removeShape(j);\n        m_yAuxRectIndexInExtendedRS.erase(j);\n    }\n    // As for the m_extendedRS vector, there should be one new\n    // rectangle at the end of it for each of the edge shapes.\n    // We pop these off the vector now. (Could have done so in\n    // in the two loops above, but that would put cleverness over\n    // clarity.)\n    for (unsigned k = 0; k < (Nxv-nxv)+(Nyv-nyv); ++k) {\n        m_extendedRS.pop_back();\n    }\n}\n\nvpsc::Rectangle *ACALayout::makeRectForOA(OrderedAlignment *oa)\n{\n    return makeRectForEdge(oa->edgeIndex,oa->dim);\n}\n\nvpsc::Rectangle *ACALayout::makeRectForEdge(int j, vpsc::Dim dim)\n{\n    vpsc::Rectangle *R = new vpsc::Rectangle(0,1,0,1);\n    updateRectForEdge(R,j,dim);\n    return R;\n}\n\nvoid ACALayout::updateRectForEdge(Rectangle *R, int j, Dim dim)\n{\n    // Here dim should be HORIZONTAL when edge j has been horizontally\n    // aligned and R is supposed to be a wide box with a narrow height.\n    // Vice versa for VERTICAL.\n    cola::Edge e = m_es[j];\n    vpsc::Rectangle *srcR = m_rs[e.first], *tgtR = m_rs[e.second];\n    double srcZ = srcR->getCentreD(dim), tgtZ = tgtR->getCentreD(dim);\n    vpsc::Rectangle *lowR  = srcZ < tgtZ ? srcR : tgtR;\n    vpsc::Rectangle *highR = srcZ < tgtZ ? tgtR : srcR;\n    double x=0,X=0,y=0,Y=0;\n    if (dim==HORIZONTAL) {\n        X = highR->getMinX() - EDGE_SHAPE_BUFFER;\n        x = lowR->getMaxX()  + EDGE_SHAPE_BUFFER;\n        double avgY = ( lowR->getCentreY() + highR->getCentreY() ) / 2;\n        y = avgY - EDGE_SHAPE_HALF_THICKNESS;\n        Y = avgY + EDGE_SHAPE_HALF_THICKNESS;\n    } else {\n        Y = highR->getMinY() - EDGE_SHAPE_BUFFER;\n        y = lowR->getMaxY()  + EDGE_SHAPE_BUFFER;\n        double avgX = ( lowR->getCentreX() + highR->getCentreX() ) / 2;\n        x = avgX - EDGE_SHAPE_HALF_THICKNESS;\n        X = avgX + EDGE_SHAPE_HALF_THICKNESS;\n    }\n    R->setMinD(XDIM,x);\n    R->setMaxD(XDIM,X);\n    R->setMinD(YDIM,y);\n    R->setMaxD(YDIM,Y);\n}\n\n/*\n * We keep a rectangle for each aligned edge. This method updates the dimensions\n * of those rectangles as the edges move (i.e. their endpoints move) during the layout\n * process.\n */\nvoid ACALayout::recomputeEdgeShapes(Dim dim)\n{\n    // There is some risk of confusion here.\n    // When the dimension passed is XDIM, we will take this to mean that\n    // we are interested in computing non-overlap constraints in the\n    // x vars. This means that it is the /vertical/ edge shapes that need\n    // to be updated, i.e. the shapes representing vertically aligned\n    // edges, for which overlap removal means pushing nodes off to the\n    // left or right as needed.\n    // Conversely, if the dimension passed is YDIM, then we want to\n    // update the horizontal edge shapes and prepare for generation of\n    // non-overlap constraints on the y variables.\n    bool horiz = dim == YDIM;\n    int e = horiz ? m_numExtraYVars : m_numExtraXVars;\n    int b = m_n + e;\n    vpsc::Variables &vs = horiz ? m_yvs : m_xvs;\n    int N = vs.size();\n    std::map<int,int> &gi2ei = horiz ? m_yGuidelineIndexToEdgeIndex :\n                                       m_xGuidelineIndexToEdgeIndex;\n    vpsc::Rectangles &rs = horiz ? m_yrs : m_xrs;\n    cola::NonOverlapConstraints *nocs = horiz ? m_ynocs : m_xnocs;\n    for (int gi = b; gi < N; ++gi) {\n        int ei = gi2ei[gi];\n        Rectangle *R = rs[gi];\n        Dim perpDim = dim == YDIM ? XDIM : YDIM;\n        updateRectForEdge(R,ei,perpDim);\n        nocs->resizeShape(gi,R->width()/2.0,R->height()/2.0);\n    }\n}\n\nvoid ACALayout::updateNodeRectsFromVars(void)\n{\n    for (int i=0; i<m_n; ++i) {\n        m_rs[i]->moveCentreX(m_xvs[i]->finalPosition);\n        m_rs[i]->moveCentreY(m_yvs[i]->finalPosition);\n    }\n}\n\nvoid ACALayout::updateVarsFromNodeRects(void)\n{\n    for (int i=0; i<m_n; ++i) {\n        Rectangle *r = m_rs[i];\n        double x=r->getCentreX(), y=r->getCentreY();\n        m_xvs[i]->desiredPosition=x;\n        m_yvs[i]->desiredPosition=y;\n    }\n}\n\nOrderedAlignment *ACALayout::chooseOA(void)\n{\n    // First form potential alignments and sort by penalty score.\n    std::vector<OrderedAlignment*> oas;\n    // Consider each edge.\n    for (int j = 0; j < m_m; ++j) {\n        // If the edge is to be ignored, or is already aligned, then skip it.\n        if (m_ignoreEdge[j]) continue;\n        if (edgeIsAligned(j)) continue;\n        // Otherwise consider each cardinal direction.\n        ACASepFlag sf;\n        int sn = 1;\n        while (sn < 16) {\n            sf = (ACASepFlag) sn;\n            sn = sn << 1;\n            OrderedAlignment *oa = initOrdAlign(j, sf);\n            // Skip this one if it would enforce an overlap.\n            if (createsOverlap(oa)) continue;\n            // Otherwise compute the penalty and store the oa.\n            oa->penalty = computePenalty(j,sf);\n            oas.push_back(oa);\n        }\n    }\n    // Sort by penalty.\n    std::sort(oas.begin(),oas.end(),sortOrdAlignsByPenalty);\n    // Now, starting with the lowest-penalty alignments, look for a feasible one.\n    OrderedAlignment *nextOA = nullptr;\n    for (std::vector<OrderedAlignment*>::iterator it=oas.begin(); it!=oas.end(); ++it) {\n        OrderedAlignment *oa = *it;\n        bool applied = applyIfFeasible(oa);\n        if (applied) {\n            nextOA = oa; //needn't call completeOrdAlign, since already done by applyIfFeasible\n            m_ordAligns.push_back(oa);\n            break;\n        }\n    }\n    // Clean up: delete all OAs that are not being returned.\n    for (std::vector<OrderedAlignment*>::iterator it=oas.begin(); it!=oas.end(); ++it) {\n        OrderedAlignment *oa = *it;\n        if (oa != nextOA) {\n            delete oa;\n        }\n    }\n    return nextOA;\n}\n\nbool ACALayout::createsOverlap(OrderedAlignment *oa)\n{\n    int src = oa->src,\n        tgt = oa->tgt;\n    ACASepFlag sf = oa->sf;\n    // Determine which shape is low and which is high in the dimension of interest.\n    int lowIndex = sf==ACANORTH || sf==ACAWEST ? tgt : src;\n    int highIndex = (lowIndex==tgt ? src : tgt);\n    ACAFlag af = sepToAlignFlag(sf);\n    // Determine the coordinates in the dimension of interest.\n    vpsc::Rectangle *rLow = getRect(lowIndex), *rHigh = getRect(highIndex);\n    double lowCoord = af==ACAHORIZ ? rLow->getCentreX() : rLow->getCentreY();\n    double highCoord = af==ACAHORIZ ? rHigh->getCentreX() : rHigh->getCentreY();\n    // Let L and H be the low and high shapes respectively.\n    // We consider each node U which is already aligned with either L or H.\n    // Any such node must have lower coord than L if it is connected to L, and\n    // higher coord than H if it is connected to H. If either of those conditions\n    // fails, then we predict overlap.\n    bool overlap = false;\n    for (int j = 0; j < m_n; j++) {\n        if (j==lowIndex || j==highIndex) continue;\n        vpsc::Rectangle *r = getRect(j);\n        int lj = (*m_alignmentState)(lowIndex, j);\n        int hj = (*m_alignmentState)(highIndex, j);\n        if (lj&af || hj&af) {\n            double z = af==ACAHORIZ ? r->getCentreX() : r->getCentreY();\n            // low shape\n            if ( lj&ACACONN && lowCoord < z ) {\n                overlap = true; break;\n            }\n            // high shape\n            if ( hj&ACACONN && z < highCoord ) {\n                overlap = true; break;\n            }\n        }\n    }\n    return overlap;\n}\n\nOrderedAlignment *ACALayout::initOrdAlign(int j, ACASepFlag sf) const\n{\n    OrderedAlignment *oa = new OrderedAlignment();\n    cola::Edge e = m_es.at(j);\n    int src = e.first, tgt = e.second;\n    oa->af = sepToAlignFlag(sf);\n    oa->sf = sf;\n    oa->dim = oa->af == ACAHORIZ ? HORIZONTAL : VERTICAL;\n    oa->src = src;\n    oa->tgt = tgt;\n    oa->edgeIndex = j;\n    return oa;\n}\n\nOrderedAlignment *ACALayout::initOrdAlign(int s, int t, ACASepFlag sf, int edgeIndex) const\n{\n    OrderedAlignment *oa = new OrderedAlignment();\n    oa->sf = sf;\n    oa->af = sepToAlignFlag(sf);\n    oa->dim = oa->af == ACAHORIZ ? HORIZONTAL : VERTICAL;\n    oa->src  = s;\n    oa->tgt = t;\n    oa->edgeIndex = edgeIndex;\n    return oa;\n}\n\nvoid ACALayout::completeOrdAlign(OrderedAlignment *oa)\n{\n    // In order to create a SeparationConstraint, we need to work out which\n    // among the src and tgt of the ordalign is to be on the \"left\" and which\n    // on the \"right\" -- this in the VPSC sense, which is literal when we work in\n    // the x-dimension, and where \"left\" means \"above\" and \"right\" means\n    // \"below\" when we work in the y-dimension.\n    int src = oa->src, tgt = oa->tgt;\n    int l = -1, r = -1;\n    if (oa->af == ACAHORIZ) {\n        if (oa->sf & ACAEAST) {\n            l = src;\n            r = tgt;\n        } else {\n            l = tgt;\n            r = src;\n        }\n    } else {\n        if (oa->sf & ACASOUTH) {\n            l = src;\n            r = tgt;\n        } else {\n            l = tgt;\n            r = src;\n        }\n    }\n    COLA_ASSERT(l >= 0);\n    COLA_ASSERT(r >= 0);\n    vpsc::Rectangle *rl = getRect(l), *rr = getRect(r);\n    // Determine dimensions.\n    vpsc::Dim sepDim   = oa->af == ACAHORIZ ? vpsc::XDIM : vpsc::YDIM;\n    vpsc::Dim alignDim = oa->af == ACAHORIZ ? vpsc::YDIM : vpsc::XDIM;\n    // Create the separation constraint.\n    double sep = oa->af == ACAHORIZ ?\n                (rl->width()+rr->width())/2.0 : (rl->height()+rr->height())/2.0;\n    oa->separation = new cola::SeparationConstraint(sepDim,l,r,sep);\n    // Create the alignment constraint.\n    double pos = oa->af==ACAHORIZ ?\n                (rl->getCentreY()+rr->getCentreY())/2.0 : (rl->getCentreX()+rr->getCentreX())/2.0;\n    oa->alignment = new cola::AlignmentConstraint(alignDim,pos);\n    oa->alignment->addShape(l,oa->offsetSrc);\n    oa->alignment->addShape(r,oa->offsetTgt);\n}\n\nvoid ACALayout::updateGraph(void) {\n    COLA_ASSERT(m_graph != nullptr);\n    m_graph->updateNodesFromRects();\n    updateSepMatrix();\n}\n\nvoid ACALayout::updateSepMatrix(void) {\n    COLA_ASSERT(m_graph != nullptr);\n    SepMatrix &M = m_graph->getSepMatrix();\n    const std::map<size_t, id_type> &ix2id = m_graph->getColaGraphRep().ix2id;\n    updateSepMatrix(M, ix2id);\n}\n\nvoid ACALayout::updateSepMatrix(SepMatrix &M, const std::map<size_t, id_type> &ix2id) {\n    for (OrderedAlignment *oa : m_ordAligns) {\n        id_type id1 = ix2id.at(oa->src), id2 = ix2id.at(oa->tgt);\n        CardinalDir dir = CardinalDir::EAST; // initialise to quiet warning about default case we'll never reach\n        switch(oa->sf) {\n            case ACAEAST: dir = CardinalDir::EAST; break;\n            case ACASOUTH: dir = CardinalDir::SOUTH; break;\n            case ACAWEST: dir = CardinalDir::WEST; break;\n            case ACANORTH: dir = CardinalDir::NORTH; break;\n        default: break;\n        }\n        M.setCardinalOP(id1, id2, dir);\n    }\n}\n\nOrderedAlignment *ACALayout::mostRecentOA(void)\n{\n    OrderedAlignment *oa = nullptr;\n    if (!m_ordAligns.empty()) {\n        oa = m_ordAligns.back();\n    }\n    return oa;\n}\n\n/// %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n/// Feasibility Checking\n\n// This preprocessor directive controls whether ACA does a full VPSC solve, or\n// a mere VPSC satisfy, on each of the four checks performed in the applyIfFeasible\n// method. If defined, we do a full solve on each check.\n// Experimentation has shown better performance when this IS defined.\n#define ACA_FULLSOLVE_ON_EACH_CHECK\n/**\n * Check using VPSC whether the proposed OA is feasible, and, if so, apply it.\n * Return value says whether or not OA was feasible (and hence applied).\n */\nbool ACALayout::applyIfFeasible(OrderedAlignment *oa)\n{\n    // First check whether it is simply a bad separation.\n    if (badSeparation(oa->src, oa->tgt, oa->sf)) return false;\n    // If not, then proceed to use VPSC to check feasibility.\n    // Save the state before we make any changes.\n    pushState();\n    // Get dimensions.\n    bool horiz = oa->dim==HORIZONTAL;\n    Dim sepd = horiz ? XDIM : YDIM;\n    Dim alnd = horiz ? YDIM : XDIM;\n    // Assign vectors based on dimension.\n    Variables   &sepv = horiz ? m_xvs : m_yvs;\n    Constraints &sepc = horiz ? m_xcs : m_ycs;\n    Rectangles  &sepr = horiz ? m_xrs : m_yrs;\n    Variables   &alnv = horiz ? m_yvs : m_xvs;\n    Constraints &alnc = horiz ? m_ycs : m_xcs;\n    Rectangles  &alnr = horiz ? m_yrs : m_xrs;\n    // NOC objects\n    cola::NonOverlapConstraints *sepnocs = horiz ? m_xnocs : m_ynocs;\n    cola::NonOverlapConstraints *alnnocs = horiz ? m_ynocs : m_xnocs;\n    // Get map from guideline indices to edge indices for alignment dimension.\n    std::map<int,int> &gi2ei = horiz ? m_yGuidelineIndexToEdgeIndex :\n                                       m_xGuidelineIndexToEdgeIndex;\n    // Get map from auxiliary variable indices to indices in 'extendedRS' vector, which\n    // contains pointers to all auxiliary rectangles.\n    std::map<int,int> &auxRectToExtRS = horiz ? m_yAuxRectIndexInExtendedRS :\n                                                m_xAuxRectIndexInExtendedRS;\n    // Complete the OA, building its Sep and Align compound constraints.\n    completeOrdAlign(oa);\n    // Extend vectors.\n    oa->separation->generateSeparationConstraints(sepd,sepv,sepc,sepr);\n    oa->alignment->generateVariables(alnd,alnv);\n    oa->alignment->generateSeparationConstraints(alnd,alnv,alnc,alnr);\n    // New rectangle for aligned edge:\n    Rectangle *newRect = makeRectForOA(oa);\n    alnr.push_back(newRect);\n    int newRectIndex = alnv.size()-1;\n    gi2ei.insert(std::pair<int,int>(newRectIndex,oa->edgeIndex));\n    alnnocs->addShape(newRectIndex, newRect->width()/2.0, newRect->height()/2.0, 1, exemptionSetForEdge(oa->edgeIndex));\n    m_extendedRS.push_back(newRect);\n    auxRectToExtRS.insert(std::pair<int,int>(newRectIndex,m_extendedRS.size()-1));\n    // Save this state. We will return to this state if the OrderedAlignment\n    // in question turns out to be feasible, and we want to keep it.\n    pushState();\n    // Save current coordinates of nodes.\n    pushRectCoords();\n    // Check for satisfiability of the separation and alignment constraints,\n    // and of non-overlap constraints in both dimensions.\n    bool feasible = true;\n    IncSolver *seps = nullptr, *alns = nullptr;\n    IncSolver *sepnocsolv = nullptr, *alnnocsolv = nullptr;\n    // On previous calls to this function, some constraint(s) may have been\n    // marked as unsatisfiable. Here we clear any such flags before beginning\n    // the new satisfiability tests.\n    for (Constraints::iterator it=sepc.begin(); it!=sepc.end(); ++it) {\n        Constraint *c = *it;\n        c->unsatisfiable = false;\n    }\n    for (Constraints::iterator it=alnc.begin(); it!=alnc.end(); ++it) {\n        Constraint *c = *it;\n        c->unsatisfiable = false;\n    }\n    // Set variables to represent current node positions.\n    updateVarsFromNodeRects();\n    // Begin satisfiability tests:\n    // 1. The Separation Constraint:\n    seps = satisfy(sepv,sepc,feasible);\n    // 2. The Alignment Constraint:\n    if (feasible) alns = satisfy(alnv,alnc,feasible);\n\n    // 3. Non-overlap in the dimension of the alignment constraint:\n    if (feasible) {\n        updateNodeRectsFromVars();\n        recomputeEdgeShapes(alnd);\n        alnnocs->generateSeparationConstraints(alnd,alnv,alnc,alnr);\n        alnnocsolv = satisfy(alnv,alnc,feasible);\n    }\n\n    // 4. Non-Overlap in the dimension of the separation constraint:\n    if (feasible) {\n        updateNodeRectsFromVars();\n        recomputeEdgeShapes(sepd);\n        sepnocs->generateSeparationConstraints(sepd,sepv,sepc,sepr);\n        sepnocsolv = satisfy(sepv,sepc,feasible);\n    }\n\n    if (!feasible) {\n        // Pop state twice to return to state before this function call.\n        popState();\n        popState();\n        // Restore rectangle coordinates.\n        popRectCoords();\n        // Remove all records of the new edge shape.\n        gi2ei.erase(newRectIndex);\n        alnnocs->removeShape(newRectIndex);\n        auxRectToExtRS.erase(newRectIndex);\n        m_extendedRS.pop_back();\n    } else { // OA is feasible. We will keep it.\n#ifndef ACA_FULLSOLVE_ON_EACH_CHECK\n        // So far we have only tried to satisfy the constraints.\n        // Now we should actually find an optimal solution.\n        alnnocsolv->solve();\n        sepnocsolv->solve();\n#endif\n        // Accept the new node positions.\n        updateNodeRectsFromVars();\n        // Pop state just once to get rid of the NOCs, but keep the new ordered alignment.\n        popState();\n        // We do not need the other state and node coords that we saved.\n        dropState();\n        dropRectCoords();\n    }\n    delete seps;\n    delete alns;\n    delete sepnocsolv;\n    delete alnnocsolv;\n    return feasible;\n}\n\n// Constructs a solver and attempts to satisfy the passed constraints on the\n// passed vars. Sets the bool passed by reference according to whether it was\n// possible to satisfy the constraints.\nvpsc::IncSolver *ACALayout::satisfy(Variables &vs, Constraints &cs, bool &sat)\n{\n    IncSolver *solv = new IncSolver(vs,cs);\n    try {\n#ifdef ACA_FULLSOLVE_ON_EACH_CHECK\n        solv->solve();\n#else\n        solv->satisfy();\n#endif\n        sat = true;\n    } catch (UnsatisfiedConstraint uc) {\n        sat = false;\n    }\n    for (Constraints::iterator it=cs.begin(); it!=cs.end(); ++it) {\n        Constraint *c = *it;\n        if (c->unsatisfiable) {\n            sat = false;\n            break;\n        }\n    }\n    return solv;\n}\n\n// Say whether the proposed separation is a bad one.\nbool ACALayout::badSeparation(int j, ACASepFlag sf)\n{\n    // If allowed separations have been set, then check whether sf is allowed.\n    if (m_allowedSeps.size()>0) {\n        ACASepFlag allowed = m_allowedSeps.at(j);\n        if ( (sf&allowed) != sf ) return true; // it is a bad separation\n    }\n    // If we are /not/ doing aggressive ordering, then\n    // check if sf is ruled out for reversing existing order.\n    if (!m_aggressiveOrdering) {\n        cola::Edge e = m_es.at(j);\n        int src = e.first, tgt = e.second;\n        vpsc::Rectangle *rs = getRect(src), *rt = getRect(tgt);\n        double dx = rt->getCentreX() - rs->getCentreX();\n        double dy = rt->getCentreY() - rs->getCentreY();\n        ACASepFlag currPos = vectorToSepFlag(dx,dy);\n        bool conflict = propsedSepConflictsWithExistingPosition(sf,currPos);\n        if (conflict) return true; // it is a bad separation\n    }\n    return false;\n}\n\nbool ACALayout::badSeparation(int l, int r, ACASepFlag sf)\n{\n    // If we are /not/ doing aggressive ordering, then\n    // first check if sf is ruled out for reversing existing order.\n    //// Do aliasing\n    //l = alias(l);\n    //r = alias(r);\n    if (!m_aggressiveOrdering) {\n        vpsc::Rectangle *rs = getRect(l), *rt = getRect(r);\n        double dx = rt->getCentreX() - rs->getCentreX();\n        double dy = rt->getCentreY() - rs->getCentreY();\n        ACASepFlag currPos = vectorToSepFlag(dx,dy);\n        bool conflict = propsedSepConflictsWithExistingPosition(sf,currPos);\n        if (conflict) return true; // it is a bad separation\n    }\n    return false;\n}\n\n/// %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n/// Penalty evaluation\n\ndouble ACALayout::computePenalty(int j, ACASepFlag sf)\n{\n    double p = 0;\n    cola::Edge e = m_es.at(j);\n    int src = e.first, tgt = e.second;\n    // Basic penalty:\n    if (m_favourLongEdges) {\n        // Length:\n        p += lengthPenaltyForEdge(j);\n    } else {\n        // Deflection:\n        p += deflectionForEdge(j,sf);\n    }\n    // Bend points:\n    if (m_addBendPointPenalty) p += bendPointPenalty(src,tgt,sf);\n    // Leaves:\n    if (m_postponeLeaves) p += leafPenalty(src,tgt);\n    //\n    return p;\n}\n\ndouble ACALayout::lengthPenaltyForEdge(int j)\n{\n    cola::Edge e = m_es.at(j);\n    vpsc::Rectangle *src = m_rs.at(e.first), *tgt = m_rs.at(e.second);\n    double sx=src->getCentreX(), sy=src->getCentreY(), tx=tgt->getCentreX(), ty=tgt->getCentreY();\n    double dx=tx-sx, dy=ty-sy;\n    double l=sqrt(dx*dx+dy*dy);\n    return 1 - l/m_lengthUpperBound;\n    // FIXME: We really should update the \"length upper bound\" on each iteration, and make\n    // sure that it actually is an upper bound on all edge lengths. We need to do this so\n    // that this score can be between 0 and 1.\n}\n\n/* Compute a score in [0.0, 1.0] measuring how far edge j is deflected\n * from horizontal or vertical, depending on the passed alignment flag.\n *\n * If t is the angle the edge makes with the positive x-axis, then the\n * score we return is sin^2(t) for horizontal alignments, and cos^2(t)\n * for vertical.\n *\n * So smaller deflection scores mean edges that are closer to axis-aligned.\n */\ndouble ACALayout::deflectionForEdge(int j, ACASepFlag sf)\n{\n    cola::Edge e = m_es.at(j);\n    int src = e.first, tgt = e.second;\n    // Do aliasing\n    src = alias(src);\n    tgt = alias(tgt);\n    vpsc::Rectangle *s = getRect(src), *t = getRect(tgt);\n    // Start with centre points of the nodes.\n    double sx=s->getCentreX(), sy=s->getCentreY(), tx=t->getCentreX(), ty=t->getCentreY();\n    // Check offsets.\n    EdgeOffset offset = getEdgeOffsetForCompassDirection(j,sf);\n    if (sf&ACAEASTWEST) {\n        // It is a horizontal alignment, so the offset is to the y-dimension.\n        sy += offset.first;\n        ty += offset.second;\n    } else {\n        // It is a vertical alignment, so the offset is to the x-dimension.\n        sx += offset.first;\n        tx += offset.second;\n    }\n    return deflection(sx,sy,tx,ty,sf);\n}\n\ndouble ACALayout::deflection(double sx, double sy, double tx, double ty, ACASepFlag sf)\n{\n    double dx = tx-sx, dy = ty-sy;\n    double dx2 = dx*dx, dy2 = dy*dy;\n    double l = dx2 + dy2;\n    double dfl = sf==ACAWEST || sf==ACAEAST ? dy2/l : dx2/l;\n    return dfl;\n}\n\ndouble ACALayout::bendPointPenalty(int src, int tgt, ACASepFlag sf)\n{\n    double penalty = 0;\n    ACAFlag af = sepToAlignFlag(sf);\n    ACAFlag op = af==ACAHORIZ ? ACAVERT : ACAHORIZ;\n    std::set<int> &deg2Nodes = m_useNonLeafDegree ? m_nldeg2Nodes : m_deg2Nodes;\n    std::multimap<int,int> &nbrs = m_useNonLeafDegree ? m_nlnbrs : m_nbrs;\n    // First check whether src would be made into a bendpoint.\n    if (deg2Nodes.count(src)!=0) {\n        // Find neighbour j of src which is different from tgt, by iterating over nbrs of src.\n        int j = 0;\n        std::pair< std::multimap<int,int>::iterator, std::multimap<int,int>::iterator > range;\n        range = nbrs.equal_range(src);\n        for (std::multimap<int,int>::iterator it=range.first; it!=range.second; ++it) {\n            j = it->second;\n            if (j != tgt) break;\n        }\n        // Now check if they are aligned in the opposite dimension. If so, add penalty.\n        int as = (*m_alignmentState)(src,j);\n        if (as & op) penalty += BP_PENALTY;\n    }\n    // Now check whether tgt would be made into a bendpoint.\n    if (deg2Nodes.count(tgt)!=0) {\n        // Find neighbour j of tgt which is different from src, by iterating over nbrs of tgt.\n        int j = 0;\n        std::pair< std::multimap<int,int>::iterator, std::multimap<int,int>::iterator > range;\n        range = nbrs.equal_range(tgt);\n        for (std::multimap<int,int>::iterator it=range.first; it!=range.second; ++it) {\n            j = it->second;\n            if (j != src) break;\n        }\n        // Now check if they are aligned in the opposite dimension. If so, add penalty.\n        int as = (*m_alignmentState)(tgt,j);\n        if (as & op) penalty += BP_PENALTY;\n    }\n    return penalty;\n}\n\ndouble ACALayout::leafPenalty(int src, int tgt)\n{\n    double penalty = LEAF_PENALTY;\n    return m_leaves.count(src)!=0 || m_leaves.count(tgt)!=0 ? penalty : 0;\n}\n\nEdgeOffset ACALayout::getEdgeOffsetForCompassDirection(int j, ACASepFlag sf)\n{\n    EdgeOffset offset(0,0);\n    // If offsets have been specified for this sep flag, then retrieve\n    // the offset of the given index.\n    std::map<ACASepFlag,EdgeOffsets>::iterator it = m_edgeOffsets.find(sf);\n    if (it!=m_edgeOffsets.end()) {\n        EdgeOffsets offsets = it->second;\n        offset = offsets.at(j);\n    }\n    return offset;\n}\n\n\n\nstatic const double LIMIT = 100000000;\n\nstatic void reduceRange(double& val)\n{\n    val = std::min(val, LIMIT);\n    val = std::max(val, -LIMIT);\n}\n\nvoid ACALayout::outputInstanceToSVG(std::string instanceName)\n{\n    // Save current locale\n    char* originalLocale = setlocale(LC_NUMERIC, nullptr);\n    // Set locale to \"C\" to enforce decimal point\n    setlocale(LC_NUMERIC, \"C\");\n\n    std::string filename;\n    if (!instanceName.empty())\n    {\n        filename = instanceName;\n    }\n    else\n    {\n        filename = \"acalayout-debug\";\n    }\n    filename += \".svg\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n    if (fp == nullptr)\n    {\n        return;\n    }\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n    // Find the bounds of the diagram.\n    for (size_t i = 0; i < m_rs.size(); ++i)\n    {\n        double rMinX = m_rs[i]->getMinX();\n        double rMaxX = m_rs[i]->getMaxX();\n        double rMinY = m_rs[i]->getMinY();\n        double rMaxY = m_rs[i]->getMaxY();\n        reduceRange(rMinX);\n        reduceRange(rMaxX);\n        reduceRange(rMinY);\n        reduceRange(rMaxY);\n        if (rMinX > -LIMIT)\n        {\n            minX = std::min(minX, rMinX);\n        }\n        if (rMaxX < LIMIT)\n        {\n            maxX = std::max(maxX,rMaxX);\n        }\n        if (rMinY > -LIMIT)\n        {\n            minY = std::min(minY, rMinY);\n        }\n        if (rMaxY < LIMIT)\n        {\n            maxY = std::max(maxY, rMaxY);\n        }\n    }\n    minX -= 50;\n    minY -= 50;\n    maxX += 50;\n    maxY += 50;\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n\n    // Output source code to generate this ACALayout instance.\n    fprintf(fp, \"<!-- Source code to generate this instance:\\n\");\n    fprintf(fp, \"#include <vector>\\n\");\n    fprintf(fp, \"#include <utility>\\n\");\n    fprintf(fp, \"#include \\\"libcola/cola.h\\\"\\n\");\n    fprintf(fp, \"#include \\\"libdialect/aca.h\\\"\\n\");\n    fprintf(fp, \"using namespace cola;\\n\");\n    fprintf(fp, \"using namespace dialect;\\n\");\n    fprintf(fp, \"int main(void) {\\n\");\n    fprintf(fp, \"    CompoundConstraints ccs;\\n\");\n    fprintf(fp, \"    std::vector<Edge> es;\\n\");\n    fprintf(fp, \"    EdgeLengths eLengths;\\n\");\n    fprintf(fp, \"    double defaultEdgeLength=%g;\\n\", m_idealLength);\n    fprintf(fp, \"    std::vector<vpsc::Rectangle*> rs;\\n\");\n    fprintf(fp, \"    vpsc::Rectangle *rect = nullptr;\\n\\n\");\n    for (size_t i = 0; i < m_rs.size(); ++i)\n    {\n        fprintf(fp, \"    rect = new vpsc::Rectangle(%g, %g, %g, %g);\\n\",\n               m_rs[i]->getMinX(), m_rs[i]->getMaxX(),\n               m_rs[i]->getMinY(), m_rs[i]->getMaxY());\n        fprintf(fp, \"    rs.push_back(rect);\\n\\n\");\n    }\n    for(auto e=m_es.begin();e!=m_es.end();++e) {\n        fprintf(fp, \"    es.push_back(std::make_pair(%u, %u));\\n\", e->first, e->second);\n    }\n    \n    fprintf(fp, \"\\n\");\n\n    if (m_edgeLengths.size() > 0)\n    {\n        fprintf(fp, \"    eLengths.resize(%d);\\n\", (int) m_edgeLengths.size());\n        for (size_t i = 0; i < m_edgeLengths.size(); ++i)\n        {\n            fprintf(fp, \"    eLengths[%d] = %g;\\n\", (int) i, m_edgeLengths[i]);\n        }\n        fprintf(fp, \"\\n\");\n    }\n\n    for (cola::CompoundConstraints::iterator c = m_ccs.begin(); \n            c != m_ccs.end(); ++c)\n    {\n        (*c)->printCreationCode(fp);\n    }  \n    \n    fprintf(fp, \"    ACALayout alg(rs, es, ccs, defaultEdgeLength, eLengths);\\n\");\n    fprintf(fp, \"    alg.setAvoidNodeOverlaps(%s);\\n\", (m_preventOverlaps) ? \"true\" : \"false\");\n    if (m_rc)\n    {\n        m_rc->printCreationCode(fp);\n        fprintf(fp, \"    alg.setClusterHierarchy(cluster%llu);\\n\",\n                (unsigned long long) m_rc);\n    }\n    \n    /* OPTIONAL ACA SETTINGS */\n\n    // node aliases\n    fprintf(fp, \"\\n    std::map<int,int> aliases;\\n\");\n    for (std::map<int,int>::iterator alias = m_nodeAliases.begin();\n        alias != m_nodeAliases.end(); ++alias) {\n        fprintf(fp, \"    aliases[%d] = %d;\\n\", alias->first, alias->second);\n    }\n    fprintf(fp, \"    alg.setNodeAliases(aliases);\\n\");\n    \n    // edge ignores\n    fprintf(fp, \"\\n    std::vector<bool> edgeIgnores;\\n\");\n    for (std::vector<bool>::iterator eig = m_ignoreEdge.begin();\n        eig != m_ignoreEdge.end(); ++eig) {\n        if ((*eig)) {\n            fprintf(fp, \"    edgeIgnores.push_back(true);\\n\");\n        } else {\n            fprintf(fp, \"    edgeIgnores.push_back(false);\\n\");\n        }\n    }\n    fprintf(fp, \"    alg.ignoreEdges(edgeIgnores);\\n\");\n    \n\n    // edge ignores\n    fprintf(fp, \"\\n    std::vector<bool> ignoreNodeForOPWithOffsets;\\n\");\n    for (std::vector<bool>::iterator nig = m_ignoreNodeForOPWithOffsets.begin();\n        nig != m_ignoreNodeForOPWithOffsets.end(); ++nig) {\n        if ((*nig)) {\n            fprintf(fp, \"    ignoreNodeForOPWithOffsets.push_back(true);\\n\");\n        } else {\n            fprintf(fp, \"    ignoreNodeForOPWithOffsets.push_back(false);\\n\");\n        }\n    }\n    fprintf(fp, \"    alg.ignoreNodesForOPWithOffsets(ignoreNodeForOPWithOffsets);\\n\");\n\n    // allowed separations\n    fprintf(fp, \"\\n    std::vector<ACASepFlag> sepFlags;\\n\");\n    for (std::vector<ACASepFlag>::iterator sf = m_allowedSeps.begin();\n        sf != m_allowedSeps.end(); ++sf) {\n        fprintf(fp, \"    sepFlags.push_back((ACASepFlag) %d);\\n\", (*sf));\n    }\n    fprintf(fp, \"    alg.setAllowedDirections(sepFlags);\\n\");\n    \n    // edge offsets \n    fprintf(fp, \"\\n    EdgeOffset eo;\\n\");\n    for (std::map<ACASepFlag,EdgeOffsets>::iterator pair = m_edgeOffsets.begin();\n        pair != m_edgeOffsets.end(); ++pair) {\n        \n        EdgeOffsets edgeOffs = pair->second;\n        unsigned long long rand = (unsigned long long) &edgeOffs;\n        fprintf(fp, \"\\n    EdgeOffsets eoffs%llu;\\n\", rand);\n        \n        for (std::vector<EdgeOffset>::iterator offset = edgeOffs.begin();\n            offset != edgeOffs.end(); ++offset) {\n            fprintf(fp, \"    eo = std::make_pair(%g, %g);\\n\", offset->first, offset->second);\n            fprintf(fp, \"    eoffs%llu.push_back(eo);\\n\", rand);\n        }\n        \n        fprintf(fp, \"    alg.setAlignmentOffsetsForCompassDirection((ACASepFlag) %d, eoffs%llu);\\n\", pair->first, rand);\n    }\n    \n    // node exemptions\n    //if (m_fdlayout) {\n\t\tfprintf(fp, \"\\n\\n    std::vector<unsigned> exempt;\\n\");\n\t\tstd::set<ShapePair> pairs = m_nocExemptions->getExemptPairs();\n\t\tfor (std::set<ShapePair>::iterator p = pairs.begin();\n\t\t\t\tp != pairs.end(); ++p)\n\t\t{\n\t\t\tfprintf(fp, \"    exempt.push_back(%d);\\n\", (*p).index1());\n\t\t\tfprintf(fp, \"    exempt.push_back(%d);\\n\", (*p).index2());\n\t\t\tfprintf(fp, \"    alg.addGroupOfNonOverlapExemptRectangles(exempt);\\n\");\n\t\t\tfprintf(fp, \"    exempt.clear();\\n\");\n\t\t}\n    //}\n\n    fprintf(fp, \"\\n\\n\");\n    //fprintf(fp, \"    alg.layout();\\n\");\n    fprintf(fp, \"    alg.createAlignments();\\n\");\n\n    // Additional output that can be useful for debugging:\n    /*\n    fprintf(fp, \"    std::string output = \\\"\\\";\\n\");\n\n\tfprintf(fp, \"    // Show initial state.\\n\");\n    fprintf(fp, \"    cola::ConstrainedFDLayout fdl = cola::ConstrainedFDLayout(rs,es,defaultEdgeLength,eLengths);\\n\");\n\tfprintf(fp, \"    fdl.setConstraints(ccs);\\n\");\n\tfprintf(fp, \"    //fdl.runOnce(true,true);\\n\");\n\tfprintf(fp, \"    fdl.outputInstanceToSVG(\\\"ACA-test0-0000\\\");\\n\");\n\n\tfprintf(fp, \"    // Remove overlaps.\\n\");\n\tfprintf(fp, \"    alg.removeOverlaps();\\n\");\n\tfprintf(fp, \"    alg.getFDLayout()->outputInstanceToSVG(\\\"ACA-test0-0001\\\");\\n\");\n\n\tfprintf(fp, \"    int k = 2;\\n\");\n\tfprintf(fp, \"    char buf [100];\\n\");\n\tfprintf(fp, \"    while(alg.createOneAlignment()) {\\n\");\n\tfprintf(fp, \"    \t// Write SVG.\\n\");\n\tfprintf(fp, \"    \tcola::ConstrainedFDLayout *fdlayout = alg.getFDLayout();\\n\");\n\tfprintf(fp, \"    \tsprintf(buf,\\\"ACA-test0-%%04d\\\",k);\\n\");\n\tfprintf(fp, \"    \tstd::string s(buf);\\n\");\n\tfprintf(fp, \"    \tfdlayout->outputInstanceToSVG(s);\\n\");\n\tfprintf(fp, \"    \toutput += \\\"===================================================================\\\\n\\\";\\n\");\n\tfprintf(fp, \"    \toutput += s+\\\"\\\\n\\\";\\n\");\n\tfprintf(fp, \"    \tcola::OrderedAlignment *oa = alg.mostRecentOA();\\n\");\n\tfprintf(fp, \"    \tif (oa) {\\n\");\n\tfprintf(fp, \"    \t\tsprintf(buf,\\\"Alignment:\\\\n  Low: %%d, High: %%d, Edge: %%d, Type: %%d\\\\n\\\",\\n\");\n    fprintf(fp, \"    \t    \toa->src,oa->tgt,oa->edgeIndex,oa->af);\\n\");\n\tfprintf(fp, \"    \t    output += std::string(buf);\\n\");\n\tfprintf(fp, \"       }\\n\");\n\tfprintf(fp, \"       // Unsat constraints\\n\");\n\tfprintf(fp, \"       std::set<std::string> xStrings;\\n\");\n\tfprintf(fp, \"       cola::UnsatisfiableConstraintInfos *unsatX = alg.unsatX();\\n\");\n\tfprintf(fp, \"       for (UnsatisfiableConstraintInfos::iterator it=unsatX->begin(); it!=unsatX->end(); ++it) {\\n\");\n\tfprintf(fp, \"           xStrings.insert((**it).toString());\\n\");\n\tfprintf(fp, \"       }\\n\");\n\tfprintf(fp, \"       std::set<std::string> yStrings;\\n\");\n\tfprintf(fp, \"       cola::UnsatisfiableConstraintInfos *unsatY = alg.unsatY();\\n\");\n\tfprintf(fp, \"       for (UnsatisfiableConstraintInfos::iterator it=unsatY->begin(); it!=unsatY->end(); ++it) {\\n\");\n\tfprintf(fp, \"           yStrings.insert((**it).toString());\\n\");\n\tfprintf(fp, \"       }\\n\");\n\tfprintf(fp, \"       output += \\\"Unsat X:\\\\n\\\";\\n\");\n\tfprintf(fp, \"       for (std::set<std::string>::iterator it=xStrings.begin(); it!=xStrings.end(); ++it) {\\n\");\n\tfprintf(fp, \"           output += (*it)+\\\"\\\\n\\\";\\n\");\n\tfprintf(fp, \"       }\\n\");\n\tfprintf(fp, \"       output += \\\"Unsat Y:\\\\n\\\";\\n\");\n\tfprintf(fp, \"       for (std::set<std::string>::iterator it=yStrings.begin(); it!=yStrings.end(); ++it) {\\n\");\n\tfprintf(fp, \"           output += (*it)+\\\"\\\\n\\\";\\n\");\n\tfprintf(fp, \"       }\\n\");\n\tfprintf(fp, \"       k++;\\n\");\n\tfprintf(fp, \"    }\\n\");\n    */\n\n    // done!\n    fprintf(fp, \"};\\n\\n\");\n    fprintf(fp, \"-->\\n\");\n\n    if (m_rc)\n    {\n        m_rc->computeBoundingRect(m_rs);\n        fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Clusters\\\">\\n\");\n        m_rc->outputToSVG(fp);\n        fprintf(fp, \"</g>\\n\");\n    }\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Rects\\\">\\n\");\n    for (size_t i = 0; i < m_rs.size(); ++i)\n    {\n        double minX = m_rs[i]->getMinX();\n        double maxX = m_rs[i]->getMaxX();\n        double minY = m_rs[i]->getMinY();\n        double maxY = m_rs[i]->getMaxY();\n    \n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" style=\\\"stroke-width: 1px; stroke: black; \"\n                \"fill: %s; fill-opacity: 0.3;\\\" />\\n\",\n                (unsigned) i, minX, minY, maxX - minX, maxY - minY,\n                m_ignoreNodeForOPWithOffsets[i] ? \"red\" : \"blue\");\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Edges\\\">\\n\");\n    // edges\n    for(int k = 0; (size_t)k < m_es.size(); ++k) {\n        unsigned i = m_es[k].first;\n        unsigned j = m_es[k].second;\n        fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                \"style=\\\"stroke-width: 1px; stroke: %s;\\\" />\\n\",\n                m_rs[i]->getCentreX(),\n                m_rs[i]->getCentreY(),\n                m_rs[j]->getCentreX(),\n                m_rs[j]->getCentreY(),\n                // if the edge is ignored for alignments, draw it pink\n                m_ignoreEdge[k] ? \"red\" : \"black\"\n        );\n    }\n    \n    // alignments\n    for (cola::CompoundConstraints::iterator c = m_ccs.begin(); \n            c != m_ccs.end(); ++c) {\n        \n        AlignmentConstraint* ac = dynamic_cast<AlignmentConstraint*>((*c));\n        if (ac) {\n            double gap = ac->position();\n            \n            // XDIM\n            double fstX = gap, fstY = minY, sndX = gap, sndY = maxY;\n            if (ac->dimension() == vpsc::YDIM) {\n               // YDIM\n            \tfstX = minX, fstY = gap, sndX = maxX, sndY = gap;\n            }\n            fprintf(fp, \"<path d=\\\"M %g %g L %g %g\\\" \"\n                    \"style=\\\"stroke-width: 1px; stroke: green;\\\" \"\n                    \"stroke-dasharray=\\\"10,10\\\" />\\n\",\n                    fstX, fstY, sndX, sndY);\n            \n        }\n    }\n    \n    \n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"</svg>\\n\");\n    fclose(fp);\n    // Restore locale\n    setlocale(LC_NUMERIC, originalLocale);\n}\n\n} // namespace dialect\n"
  },
  {
    "path": "cola/libdialect/aca.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef ACA_H\n#define ACA_H\n\n#include <vector>\n#include <string>\n#include <utility>\n#include <map>\n#include <set>\n\n#include \"libcola/cola.h\"\n\n#include \"libdialect/util.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/graphs.h\"\n\nnamespace dialect {\n\nenum ACAFlag {\n    ACAHORIZ = 1,\n    ACAVERT  = 2,\n    ACADELIB = 4,\n    ACACONN  = 8\n};\n\nenum ACASepFlag {\n    ACANOSEP      =  0,\n\n    ACANORTH      =  1,\n    ACAEAST       =  2,\n    ACASOUTH      =  4,\n    ACAWEST       =  8,\n\n    ACANORTHEAST  =  3,\n    ACASOUTHEAST  =  6,\n    ACANORTHWEST  =  9,\n    ACASOUTHWEST  = 12,\n\n    ACANORTHSOUTH =  5,\n    ACAEASTWEST   = 10,\n\n    ACANOTNORTH   = 14,\n    ACANOTEAST    = 13,\n    ACANOTSOUTH   = 11,\n    ACANOTWEST    =  7,\n\n    ACAALLSEP     = 15\n};\n\nACASepFlag negateSepFlag(ACASepFlag sf);\nACAFlag sepToAlignFlag(ACASepFlag sf);\nACAFlag perpAlignFlag(ACAFlag af);\nACASepFlag vectorToSepFlag(double dx, double dy);\nbool propsedSepConflictsWithExistingPosition(ACASepFlag pro, ACASepFlag ex);\n\nstruct OrderedAlignment {\n    OrderedAlignment() :\n        af(ACACONN), sf(ACANOSEP), src(-1), tgt(-1),\n        offsetSrc(0), offsetTgt(0),\n        separation(nullptr), alignment(nullptr), edgeIndex(-1) {}\n    //! @note  The OrderedAlignment destructor deliberately does NOT delete\n    //!        the cola::SeparationConstraint and cola::AlignmentConstraint\n    //!        to which it holds pointers. This is because instances of\n    //!        ACALayout add pointers to these constraints to a client-supplied\n    //!        vector of cola::CompoundConstraints, so that the client may\n    //!        continue to work with them. Thus, these constraints are part of\n    //!        the product an ACALayout instance produces for its client\n    //!        (the other part being new positions for the client-supplied\n    //!        Rectangles), and so it does not delete them. They are the\n    //!        client's responsibility.\n    ~OrderedAlignment() {}\n    ACAFlag af;\n    ACASepFlag sf;\n    vpsc::Dim dim;\n    int src;\n    int tgt;\n    double offsetSrc;\n    double offsetTgt;\n    cola::SeparationConstraint* separation;\n    cola::AlignmentConstraint* alignment;\n    int edgeIndex;\n    double penalty;\n};\n\nbool sortOrdAlignsByPenalty(const OrderedAlignment *lhs, const OrderedAlignment *rhs);\n\ntypedef std::vector<OrderedAlignment*> OrderedAlignments;\ntypedef std::pair<double,double> EdgeOffset;\ntypedef std::vector<EdgeOffset> EdgeOffsets;\ntypedef std::vector<ACASepFlag> ACASepFlags;\n\n/**\n * @brief Implements the Adaptive Constrained Alignment (ACA) algorithm.\n *\n * See\n * Steve Kieffer, Tim Dwyer, Kim Marriott, and Michael Wybrow.\n * \"Incremental grid-like layout using soft and hard constraints.\" In Graph\n * Drawing 2013, pp. 448-459. Springer International Publishing, 2013.\n */\nclass ACALayout {\npublic:\n    /**\n     * @brief Constructs an adaptive constrained alignment layout instance.\n     *\n     * Parameters are the same as for the ConstrainedFDLayout constructor,\n     * with the addition of a vector of constraints passed by reference.\n     *\n     * If the vector of constraints is non-empty, these constraints will be\n     * applied throughout the ACA process, and the new constraints created\n     * by ACA will not conflict with any of these.\n     *\n     * In any case, the new constraints generated by ACA are added to this vector.\n     *\n     * @param[in] rs  The bounding boxes of the nodes at their initial positions.\n     * @param[in] es  The edges, given as simple pairs of indices (i, j) into the\n     *                rectangle vector rs.\n     * @param[in] ccs  Vector of any pre-existing constraints, and the place where\n     *                 new constraints created by ACA will be recorded.\n     * @param[in] idealLength  The \"ideal edge length\" parameter for the stress function,\n     *                         i.e. the ideal separation between neighbouring nodes.\n     *                         If eLengths (see below) is specified, then this parameter\n     *                         becomes instead a scalar multiplier for the lengths given there.\n     * @param[in] preventOverlaps  Say whether non-overlap constraints should be generated\n     *                             for all rectangles.\n     * @param[in] eLengths  Individual ideal lengths for edges.\n     *                      The actual ideal length used for the ith edge is \n     *                      idealLength*eLengths[i]. If eLengths is not passed,\n     *                      then just idealLength is used (as if eLengths[i]\n     *                      were equal to 1 for all i).\n     * @param[in] done  A test of convergence operation called at the end of \n     *                  each iteration (optional).  If not given, uses a\n     *                  default TestConvergence object.\n     * @param[in] preIteration  An operation to be called before each iteration\n     *                          (optional).\n     */\n    ACALayout(\n        const vpsc::Rectangles& rs,\n        const std::vector<cola::Edge>& es,\n        cola::CompoundConstraints& ccs,\n        const double idealLength,\n        const cola::EdgeLengths& eLengths = cola::StandardEdgeLengths,\n        cola::TestConvergence* doneTest = nullptr,\n        cola::PreIteration* preIteration = nullptr);\n\n    /**\n     * @brief  Construct an ACALayout based on a Graph.\n     * @param[in]  G  the Graph\n     */\n    ACALayout(std::shared_ptr<dialect::Graph> G);\n        \n    // To prevent C++ objects from being destroyed in garbage collected languages\n    // when the libraries are called from SWIG, we hide the declarations of the\n    // destructors and prevent generation of default destructors.\n    #ifndef SWIG\n    ~ACALayout(void);\n    #endif\n    /**\n     * @brief Creates alignments.\n     *\n     * This is the main functionality of ACA. This function should be called\n     * on an existing layout in order to greedily align edges until any further\n     * alignments would create edge overlaps.\n     *\n     * If the graph does not have an initial layout already, then the 'layout'\n     * function may be called instead.\n     */\n    void createAlignments(void);\n    /**\n     * @brief Creates one alignment.\n     *\n     * Call this function instead of createAlignments in order to create just\n     * one alignment and then stop. The return value is true if and only if a\n     * new alignment was actually created.\n     *\n     * Thus, repeatedly calling this function until it returns false achieves\n     * the exact same result as simply calling createAlignments.\n     */\n    bool createOneAlignment(void);\n    /**\n     * @brief Creates all the requested alignments, or none if any is infeasible.\n     *\n     * @return true if all alignments are successfully applied, else false.\n     */\n    bool applyOAsAllOrNothing(OrderedAlignments oas);\n    /**\n     * @brief Do an initial stress-minimising layout, and then create alignments.\n     *\n     * This is a convenience function which first does a constrained force-directed\n     * layout of the given graph, and then calls the 'createAlignments' function.\n     */\n    void layout(void);\n    /**\n     * @brief Do an FD layout with overlap prevention, then stop.\n     */\n    void removeOverlaps(void);\n    /**\n     * @brief Run layout with current constraints, and with or without overlap\n     * prevention, as per the current settings.\n     */\n    void layoutWithCurrentConstraints(void);\n    /**\n      * @brief For forward compatibility (i.e. with Graphs), we offer a convenience method\n      *        to update the Graph (when we have one) with the positions and constraints chosen\n      *        by this object.\n      */\n    void updateGraph(void);\n    /**\n      * @brief Update the SepMatrix of the Graph on which this ACALayout was built (if any).\n      */\n    void updateSepMatrix(void);\n    /**\n     * @brief Update a given SepMatrix with all the ordered alignment constraints generated\n     *        by this ACA layout.\n     *\n     * @param[in]  M  the SepMatrix to be updated.\n     * @param[in]  ix2id  a mapping from Rectangle indices back to the IDs of the Nodes they represent.\n     */\n    void updateSepMatrix(SepMatrix &M, const std::map<size_t, id_type> &ix2id);\n\n    void outputInstanceToSVG(std::string filename);\n\n    cola::ConstrainedFDLayout *getFDLayout(void);\n\n    // Configuration methods:\n\n    /**\n     * @brief Control whether we avoid making bend points.\n     *\n     * We refer to a node of degree 2 as a \"bend point\" when one of its\n     * edges has been aligned horizontally and the other vertically.\n     *\n     * The default value of addBendPointPenalty is true. In this case a penalty\n     * score is added when choosing the next alignment in order to postpone\n     * creating bend points until no other choices remain.\n     *\n     * If set to false then there is no penalty score to postpone the creation\n     * of bend points.\n     *\n     * When there is both bend point penalty and leaf penalty (see below), then\n     * bend points will be created before leaf edges are aligned. This can be\n     * reversed by altering the BP_PENALTY and LEAF_PENALTY constants.\n     */\n    void addBendPointPenalty(bool b);\n    /**\n     * @brief Prefer long edges instead of ones that are close to aligned.\n     *\n     * This defaults to 'false', in which case ACA prefers to align edges that\n     * are almost aligned already. When set to 'true' it will instead choose\n     * the longest edges first.\n     */\n    void favourLongEdges(bool b);\n    /**\n     * @brief Say whether alignment of leaf edges should be saved for last.\n     *\n     * The default value is true.\n     */\n    void postponeLeaves(bool b);\n    /**\n     * @brief Say whether leaves should be counted when computing node degrees.\n     *\n     * The default value is true.\n     *\n     * This setting matters only if addBendPointPenalty is set to true.\n     * In that case, if useNonLeafDegree is also true then the nodes identified\n     * as potential bend points will be those having exactly 2 /non-leaf/ neighbours.\n     *\n     * When there is both leaf penalty and bend point penalty (see above), then\n     * bend points will be created before leaf edges are aligned. This can be\n     * reversed by altering the BP_PENALTY and LEAF_PENALTY constants.\n     */\n    void useNonLeafDegree(bool b);\n    /**\n     * @brief Say whether alignment choices should alternate with stress\n     *        minimisation steps.\n     *\n     * The default value of allAtOnce is false. In this case, after each new\n     * alignment is chosen, stress is again minimised before choosing the\n     * next one.\n     *\n     * If you set allAtOnce to true, then all the alignments will be chosen based\n     * on the initial layout, and then they will all be applied at once.\n     */\n    void allAtOnce(bool b);\n    /**\n     * @brief Say whether to consider changing orthogonal ordering of nodes.\n     *\n     * The default value is false. In that case, consider a pair of nodes\n     * u, v where v currently lies to the southeast of u. Then when ACA\n     * considers aligning u and v it will only consider putting v east or\n     * south of u; it will not consider reversing their current ordering in\n     * either dimension.\n     *\n     * In the same example, if you set aggressiveOrdering to true, then ACA\n     * will also consider putting v north and west of u.\n     *\n     * In the exceptional case of a node v lying, say, precisely east of a node\n     * u despite not being constrained to that alignment, then ACA will consider\n     * placing v east, north, and south of u even with aggressiveOrdering set\n     * to false. (But it will consider west only with it set to true.)\n     */\n    void aggressiveOrdering(bool b);\n    /**\n     * @brief  Specifies whether non-overlap constraints should be\n     *         automatically generated between all nodes.\n     *\n     * @param[in] avoidOverlaps     New boolean value for this option.\n     */\n    void setAvoidNodeOverlaps(bool avoidOverlaps);\n    /**\n     * @brief Specify that certain edges are never to be aligned.\n     *\n     * The number of booleans must equal the number of edges in the graph.\n     * Entry j should be 'true' if you want edge j to be ignored (never aligned);\n     * 'false' otherwise.\n     */\n    void ignoreEdges(std::vector<bool> ignore);\n    /**\n     * @brief Say that certain nodes may be crossed by edges.\n     *\n     * When using the ACAOPWITHOFFSETS option, a potential alignment will /not/ be\n     * marked as creating an edge-node overlap if for all indices i such that the\n     * alignment would make an edge overlap node i, the ith entry in the vector passed\n     * to this function is true.\n     */\n    void ignoreNodesForOPWithOffsets(std::vector<bool> ignore);\n    /**\n     * @brief Set certain nodes to be used in place of others.\n     *\n     * Pass a map m. Then for each computation that involves a node u, we will check\n     * whether u is a key in m, and if so will use m(u) instead.\n     */\n    void setNodeAliases(std::map<int,int> aliases);\n    /**\n     * @brief Say how to offset nodes when edges are aligned in a certain direction.\n     *\n     * The number of offsets must equal the number of edges in the graph.\n     * For any edge e=(s,t), let o=(ds,dt) be the corresponding offset. Then if ACA aligns edge e\n     * so that sf is the separation from s to t, then s will be offset from the alignment\n     * guideline by ds, and t by dt.\n     *\n     * If you do not set any offsets then offsets of zero will be used.\n     */\n    void setAlignmentOffsetsForCompassDirection(ACASepFlag sf, EdgeOffsets offsets);\n    /**\n     * @brief Say which separations are allowed for the source and target of each edge.\n     *\n     * The number of separation flags must equal the number of edges in the graph.\n     * For any edge e=(s,t), let f be the corresponding flag. Then when ACA considers\n     * aligning edge e it will only consider the directions whose bits are set in f.\n     *\n     * If you do not set allowed separations then all are considered to be allowed.\n     *\n     * Note that if aggressiveOrdering is false then even if you set ACAALLSEP as\n     * allowed direction, still only the two \"natural\" directions will be tried.\n     * (See aggressiveOrdering().)\n     */\n    void setAllowedDirections(ACASepFlags seps);\n    /**\n     * @brief sets the cluster hierarchy of the underlying FDLayout.\n     */\n    void setClusterHierarchy(cola::RootCluster *rc);\n    /**\n     * @brief Check whether an edge is aligned.\n     *\n     * Pass the index of the edge. The returned boolean says whether ACA aligned this edge.\n     */\n    bool edgeIsAligned(int j) const;\n    /**\n     * @brief Stop non-overlap constraints from being generated between certain nodes.\n     */\n    void addGroupOfNonOverlapExemptRectangles(std::vector<unsigned> rs);\n\n    bool nodesAreAligned(int i, int j) const;\n\n    void layoutPeriod(unsigned p);\n    void doFinalLayout(bool b);\n\n    void addOrderedAlignments(OrderedAlignments oas);\n    OrderedAlignment *initOrdAlign(int j, ACASepFlag sf) const;\n    OrderedAlignment *initOrdAlign(int s, int t, ACASepFlag sf, int edgeIndex=-1) const;\n\n    // Useful for debugging:\n    OrderedAlignment *mostRecentOA(void);\n    std::string writeAlignmentTable(void) const;\n    std::string aStateBeforeChop;\n    std::string writeStateForNodeIds(id_type id1, id_type id2);\n\nprivate:\n    /**\n     * Used by the constructor to compute the degrees of nodes in the graph, and\n     * determine which are the leaves, and which are the nodes of degree 2, both\n     * in the sense of ordinary degree and non-leaf degree.\n     */\n    void computeDegrees(void);\n    /**\n     * Used by the constructor to convert the incoming cola constraints into vpsc\n     * constraints, and then generate any additional variables that are needed by\n     * those constraints.\n     */\n    void generateVPSCConstraints(void);\n    /**\n     * Used only during initialisation of the state tables, to handle any additional\n     * variables generated by the incoming cola constraints.\n     */\n    int adjustVarNumForExtraVars(vpsc::Dim dim, int k);\n    /**\n     * Used by the constructor to initialise the state tables, computing the transitive\n     * closure of all incoming alignments and separations, based on the vpsc constraints\n     * to which the incoming cola constraints compile.\n     */\n    void initStateTables(void);\n    /**\n     * Record the specified alignment between rectangles i and j.\n     * Also record all additional alignments arising from the transitive\n     * closure.\n     *\n     * The numCols variable is only there to manage the state table\n     * initialisation process, where we have to deal with the extra variables\n     * generated by the incoming constraints.\n     */\n    void recordAlignmentWithClosure(int i, int j, ACAFlag af, int numCols = 0);\n\n    void initNOCs(void);\n\n    bool acaLoopOnce(void);\n    void acaLoopOneByOne(void);\n    void acaLoopAllAtOnce(void);\n\n    bool layoutIfAppropriate(void);\n    cola::CompoundConstraints writeAllVPSCConstraintsAsCompound(void);\n    vpsc::Rectangles properAndAuxRects(void);\n\n    void updateStateTables(OrderedAlignment *oa);\n\n    vpsc::Rectangle *makeRectForOA(OrderedAlignment *oa);\n    vpsc::Rectangle *makeRectForEdge(int j, vpsc::Dim dim);\n    void updateRectForEdge(vpsc::Rectangle *R, int j, vpsc::Dim dim);\n    void recomputeEdgeShapes(vpsc::Dim dim);\n    void updateNodeRectsFromVars(void);\n    void updateVarsFromNodeRects(void);\n    void pushState(void);\n    void popState(void);\n    void dropState(void);\n    void pushRectCoords(void);\n    void popRectCoords(void);\n    void dropRectCoords(void);\n    void removeNewEdgeShapesAccordingToStateStack(void);\n    std::set<unsigned> exemptionSetForEdge(int j);\n    OrderedAlignment *chooseOA(void);\n    bool createsOverlap(OrderedAlignment *oa);\n    bool allOrNothing(OrderedAlignments oas);\n    bool applyIfFeasible(OrderedAlignment *oa);\n    vpsc::IncSolver *satisfy(vpsc::Variables &vs, vpsc::Constraints &cs, bool &sat);\n\n    // In the following methods, the separation flag always means the direction from src to tgt.\n    void completeOrdAlign(OrderedAlignment *oa);\n    bool badSeparation(int j, ACASepFlag sf);\n    bool badSeparation(int l, int r, ACASepFlag sf);\n\n    double computePenalty(int j, ACASepFlag sf);\n    double lengthPenaltyForEdge(int j);\n    double deflectionForEdge(int j, ACASepFlag sf);\n    double deflection(double sx, double sy, double tx, double ty, ACASepFlag sf);\n    double bendPointPenalty(int src, int tgt, ACASepFlag sf);\n    double leafPenalty(int src, int tgt);\n\n    EdgeOffset getEdgeOffsetForCompassDirection(int j, ACASepFlag sf);\n    int alias(int i);\n    vpsc::Rectangle *getRect(int i, bool doAlias=false);\n\n    // The penalty values determine the order in which certain types of\n    // alignments will be created. (See above.)\n    // The PENALTY_BOUND must be greater than the sum of the other penalty\n    // values plus 1 (the maximum possible deflection score).\n\n    static const double BP_PENALTY; // can be applied twice for one edge\n    static const double LEAF_PENALTY;\n    static const double PENALTY_BOUND;\n\n    static const double EDGE_SHAPE_HALF_THICKNESS;\n    static const double EDGE_SHAPE_BUFFER;\n\n    Graph_SP m_graph;\n\n    int m_n; // number of nodes\n    int m_m; // number of edges\n    int m_numExtraXVars;\n    int m_numExtraYVars;\n    vpsc::Rectangles m_rs;\n    std::vector<cola::Edge> m_es;\n    cola::CompoundConstraints m_ccs;\n    cola::RootCluster *m_rc;\n\n    std::vector<bool> m_ignoreEdge;\n    std::vector<bool> m_ignoreNodeForOPWithOffsets;\n    std::map<ACASepFlag,EdgeOffsets> m_edgeOffsets;\n    ACASepFlags m_allowedSeps;\n    std::map<int,int> m_nodeAliases;\n\n    vpsc::Constraints m_xEqCs;\n    vpsc::Constraints m_xIneqCs;\n    vpsc::Constraints m_yEqCs;\n    vpsc::Constraints m_yIneqCs;\n    vpsc::Variables m_xvs;\n    vpsc::Variables m_yvs;\n\n    vpsc::Constraints m_xcs;\n    vpsc::Constraints m_ycs;\n\n    vpsc::Rectangles m_xrs;\n    vpsc::Rectangles m_yrs;\n\n    cola::NonOverlapConstraints *m_xnocs = nullptr;\n    cola::NonOverlapConstraints *m_ynocs = nullptr;\n\n    vpsc::Rectangles m_extendedRS;\n    std::map<int,int> m_xAuxRectIndexInExtendedRS;\n    std::map<int,int> m_yAuxRectIndexInExtendedRS;\n\n    double m_idealLength;\n    bool m_preventOverlaps;\n    cola::EdgeLengths m_edgeLengths;\n    cola::TestConvergence *m_doneTest = nullptr;\n    cola::PreIteration *m_preIteration = nullptr;\n\n    // Configuration:\n    bool m_addBendPointPenalty;\n    bool m_favourLongEdges;\n    bool m_postponeLeaves;\n    bool m_useNonLeafDegree;\n    bool m_allAtOnce;\n    bool m_aggressiveOrdering;\n\n    std::multimap<int,int> m_incidentEdges; // map node index to indices of incident edges\n    std::multimap<int,int> m_nlincidentEdges; // map node index to indices of incident edges\n    std::multimap<int,int> m_nbrs; // neighbours\n    std::multimap<int,int> m_nlnbrs; // non-leaf neighbours\n    std::set<int> m_leaves; // indices of rectangles that are leaves\n    std::set<int> m_deg2Nodes; // degree-2 nodes w.r.t. ordinary nbrs\n    std::set<int> m_nldeg2Nodes; // degree-2 nodes w.r.t. only non-leaf neighbours\n\n    Matrix2d<int> *m_alignmentState = nullptr;\n    // Keep a record of all OrderedAlignments created and applied.\n    std::vector<OrderedAlignment*> m_ordAligns;\n    std::set<int> m_alignedEdges;\n\n    cola::ConstrainedFDLayout *m_fdlayout = nullptr;\n\n    double m_lengthUpperBound;\n\n    std::vector<unsigned> m_sizeStack;\n    std::vector<double> m_rectXStack;\n    std::vector<double> m_rectYStack;\n    std::map<int,int> m_edgeIndexToGuidelineIndex;\n    std::map<int,int> m_guidelineIndexToEdgeIndex;\n\n    std::map<int,int> m_xGuidelineIndexToEdgeIndex;\n    std::map<int,int> m_yGuidelineIndexToEdgeIndex;\n\n    bool m_didLayoutForLastAlignment;\n    bool m_doFinalFDLayout;\n\n    std::vector < std::vector<unsigned> > m_nocExemptRects;\n    cola::NonOverlapConstraintExemptions *m_nocExemptions = nullptr;\n    bool m_nocsInitialised;\n    // Map each rect index to the set of all rect indices with which it is\n    // exempt from non-overlap constraints:\n    std::multimap<unsigned,unsigned> m_nocExemptionSets;\n\n    unsigned m_layoutPeriod;\n};\n\n} // namespace dialect\n\n\n#endif // ACA_H\n"
  },
  {
    "path": "cola/libdialect/bendseqlookup.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n/*\n * Generated by gen_bend_seq_lookup.py\n *\n*/\n\n#include <map>\n#include <vector>\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/chains.h\"\n\nusing dialect::CompassDir;\nusing dialect::CardinalDir;\nusing dialect::LinkShape;\nusing std::map;\nusing std::vector;\n\nconst map<CompassDir, map<CardinalDir, map<CardinalDir, vector<vector<LinkShape>>>>> dialect::minimalBendSeqs{\n    {CompassDir::NW, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }}\n    }},\n    {CompassDir::NORTH, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::TRC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::TLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }}\n    }},\n    {CompassDir::NE, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }}\n    }},\n    {CompassDir::WEST, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BLC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }}\n    }},\n    {CompassDir::EAST, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TRC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC},\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }}\n    }},\n    {CompassDir::SW, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::BRC},\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TLC, LinkShape::BRC}\n            }}\n        }}\n    }},\n    {CompassDir::SOUTH, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::BRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::BRC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TLC, LinkShape::BRC, LinkShape::TRC},\n                {LinkShape::TLC, LinkShape::TRC, LinkShape::BRC}\n            }},\n            {CardinalDir::NORTH, {\n                {}\n            }}\n        }}\n    }},\n    {CompassDir::SE, {\n        {CardinalDir::EAST, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::TRC, LinkShape::BLC},\n                {LinkShape::TRC, LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::SOUTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BRC, LinkShape::BLC, LinkShape::TRC},\n                {LinkShape::BLC, LinkShape::BRC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BRC, LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::WEST, {\n            {CardinalDir::EAST, {\n                {LinkShape::BLC, LinkShape::TLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::BLC, LinkShape::TRC, LinkShape::TLC},\n                {LinkShape::BLC, LinkShape::TLC, LinkShape::TRC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::BLC, LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::BLC}\n            }}\n        }},\n        {CardinalDir::NORTH, {\n            {CardinalDir::EAST, {\n                {LinkShape::TRC, LinkShape::BLC, LinkShape::TLC},\n                {LinkShape::TRC, LinkShape::TLC, LinkShape::BLC}\n            }},\n            {CardinalDir::SOUTH, {\n                {LinkShape::TRC, LinkShape::TLC}\n            }},\n            {CardinalDir::WEST, {\n                {LinkShape::TRC}\n            }},\n            {CardinalDir::NORTH, {\n                {LinkShape::TRC, LinkShape::BLC}\n            }}\n        }}\n    }}\n};\n"
  },
  {
    "path": "cola/libdialect/chains.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <stdexcept>\n#include <algorithm>\n#include <limits>\n#include <map>\n#include <cmath>\n#include <functional>\n#include <math.h>\n#include <string>\n#include <memory>\n#include <vector>\n#include <deque>\n#include <utility>\n\n#include \"libvpsc/assertions.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/chains.h\"\n\nusing namespace dialect;\n\nusing Avoid::Point;\n\nusing std::pair;\nusing std::deque;\nusing std::vector;\nusing std::map;\nusing std::atan2;\nusing std::sqrt;\nusing std::fabs;\n\nconst LinkShapes dialect::bentLinkShapeCw{\n    LinkShape::TLC, LinkShape::TRC, LinkShape::BRC, LinkShape::BLC\n};\n\nLinkShapes dialect::bentLinkShapeCwFromStartingPt(LinkShape start) {\n    size_t i0 = Chain::npos;\n    for (size_t i = 0; i < 4; ++i) if (bentLinkShapeCw[i] == start) { i0 = i; break; }\n    // Make sure a straight LinkShape was not passed.\n    COLA_ASSERT(i0 != Chain::npos);\n    LinkShapes ls;\n    ls.resize(4);\n    for (size_t i = 0; i < 4; ++i) {\n        ls[i] = bentLinkShapeCw[(i0+i)%4];\n    }\n    return ls;\n}\n\nconst map<LinkShape, map<CardinalDir, CardinalDir>> dialect::applyBendToDir{\n    {LinkShape::TLC, { {CardinalDir::NORTH, CardinalDir::EAST}, {CardinalDir::WEST, CardinalDir::SOUTH} }},\n    {LinkShape::TRC, { {CardinalDir::NORTH, CardinalDir::WEST}, {CardinalDir::EAST, CardinalDir::SOUTH} }},\n    {LinkShape::BRC, { {CardinalDir::SOUTH, CardinalDir::WEST}, {CardinalDir::EAST, CardinalDir::NORTH} }},\n    {LinkShape::BLC, { {CardinalDir::SOUTH, CardinalDir::EAST}, {CardinalDir::WEST, CardinalDir::NORTH} }}\n};\n\nconst map<LinkShape, CardinalDir> dialect::cwIncomingDirForBend{\n    {LinkShape::TLC, CardinalDir::NORTH},\n    {LinkShape::TRC, CardinalDir::EAST},\n    {LinkShape::BRC, CardinalDir::SOUTH},\n    {LinkShape::BLC, CardinalDir::WEST}\n};\n\nstd::vector<std::vector<LinkShape>> dialect::lookupMinimalBendSeqs(Node_SP A, CardinalDir d0, Node_SP Z, CardinalDir d1) {\n    // The case in which nodes Z and A are the same is a legitimate one. For example, in a figure-8 network, we have\n    // two chains, each of which is not a cycle but does have the same node as both its left and right anchor.\n    CompassDir c;\n    if (Z == A) {\n        // In this case it turns out the minimal bend sequences are exactly the same as when A differs from Z and lies\n        // in the direction d1 from it. So we can simply set c equal to d1 in this case.\n        c = (CompassDir)d1;\n    } else {\n        c = Compass::compassDirection(Z, A);\n    }\n    return minimalBendSeqs.at(c).at(d0).at(d1);\n}\n\nCardinalDirs dialect::possibleCardinalDirections(Node_SP node1, Node_SP node2) {\n    Point c1 = node1->getCentre(),\n          c2 = node2->getCentre();\n    double dx = c2.x - c1.x,\n           dy = c2.y - c1.y;\n    CardinalDirs dirs;\n    if (dx > 0) dirs.push_back(CardinalDir::EAST);\n    if (dx < 0) dirs.push_back(CardinalDir::WEST);\n    if (dy > 0) dirs.push_back(CardinalDir::SOUTH);\n    if (dy < 0) dirs.push_back(CardinalDir::NORTH);\n    return dirs;\n}\n\nLinkShape dialect::shapeOfLink(Node_SP link) {\n    const EdgesById &E = link->getEdgeLookup();\n    if (E.size() != 2) throw std::runtime_error(\"Cannot compute LinkShape for non-link node.\");\n    // The order of values in the LinkShape enum is designed so that this works:\n    int s = 0;\n    for (auto p : E) {\n        Edge_SP e = p.second;\n        Node_SP u = e->getOtherEnd(*link);\n        CardinalDir d = Compass::cardinalDirection(link, u);\n        int a = (int) d;\n        if (a == 0) --a;\n        s += a;\n    }\n    return (LinkShape) s;\n}\n\nconst size_t Chain::npos = -1;\n\nChain::Chain(Graph_SP G, std::deque<Node_SP> nodes, bool isCycle)\n    : m_graph(G),\n      m_isCycle(isCycle)\n{\n    size_t n = nodes.size();\n    m_n = n;\n    // Cannot have an empty chain.\n    if (n == 0) throw std::runtime_error(\"Cannot have an empty chain\");\n    // Copy the nodes into member storage.\n    // The way we do this depends on whether it is a cycle.\n    bool mustReverse = false;\n    if (m_isCycle) {\n        COLA_ASSERT(n >= 3);\n        // For cycles, we always store the nodes in clockwise order.\n        // Start by getting the index of a node of minimal y-coord, plus the indices of its neighbours.\n        double minY = std::numeric_limits<double>::max();\n        size_t i1 = n;\n        for (size_t i = 0; i < n; ++i) {\n            Node_SP u = nodes[i];\n            Point c = u->getCentre();\n            if (c.y < minY) {\n                minY = c.y;\n                i1 = i;\n            }\n        }\n        size_t i0 = (i1 + n - 1) % n,\n               i2 = (i1 + 1) % n;\n        // Get the Nodes at these indices, and their centre points.\n        Node_SP u0 = nodes[i0],\n                u1 = nodes[i1],\n                u2 = nodes[i2];\n        Point c0 = u0->getCentre(),\n              c1 = u1->getCentre(),\n              c2 = u2->getCentre();\n        // If node u0 lies to the right of node u1, then the nodes are given in anticlockwise\n        // order, and must be reversed.\n        if (c0.x > c1.x) mustReverse = true;\n        // Otherwise consider the case in which nodes u0 and u1 are vertically aligned.\n        else if (c0.x == c1.x) {\n            // Implied by the assumption that the cycle even /has/ an interior to speak of,\n            // is that the cycle is not self-intersecting. Therefore, since both neighbouring\n            // nodes u0 and u2 have y-coord >= that of u1, they cannot both have the same\n            // x-coord as u1. Therefore...\n            COLA_ASSERT(c2.x != c1.x);\n            // And in this case if node u2 lies to the left of node u1, then we need to reverse.\n            if (c2.x < c1.x) mustReverse = true;\n        }\n    }\n    m_nodes.resize(n);\n    if (mustReverse) {\n        std::reverse_copy(nodes.begin(), nodes.end(), m_nodes.begin());\n    } else {\n        std::copy(nodes.begin(), nodes.end(), m_nodes.begin());\n    }\n    // Compute and store the shape of each link.\n    for (Node_SP u : m_nodes) m_linkShapes.push_back(shapeOfLink(u));\n    // Determine the sequence of internal edges, as well as the anchor nodes and edges if\n    // it is not a cycle, or the \"return edge\" if it is.\n    // Get the first node.\n    Node_SP u0 = m_nodes.front();\n    // Get its two incident edges.\n    Edges E;\n    for (auto p : u0->getEdgeLookup()) E.push_back(p.second);\n    Edge_SP e1 = E[0],\n            e2 = E[1];\n    // Get the nodes at the other ends of those edges.\n    Node_SP u1 = e1->getOtherEnd(*u0),\n            u2 = e2->getOtherEnd(*u0);\n    // In order to compute the sequence of internal edges, we need to identify the edge e0 that\n    // leads into node u0 from the left.\n    Edge_SP e0 = nullptr;\n    if (n==1) {\n        // In this case 'left' and 'right' are meaningless, so record the nodes and edges in any way.\n        m_anchorNodeLeft = u1;\n        m_anchorEdgeLeft = e1;\n        m_anchorNodeRight = u2;\n        m_anchorEdgeRight = e2;\n    } else {\n        // There are at least two nodes.\n        // First determine the left anchor node and edge.\n        if (u1 == m_nodes[1]) {\n            m_anchorNodeLeft = u2;\n            m_anchorEdgeLeft = e2;\n            e0 = e1;\n        } else {\n            m_anchorNodeLeft = u1;\n            m_anchorEdgeLeft = e1;\n            e0 = e2;\n        }\n        // Now we can compute the sequence of edges.\n        for (auto it = m_nodes.begin() + 1; it != m_nodes.end(); ++it) {\n            // Record edge.\n            m_edges.push_back(e0);\n            // Get next edge.\n            u0 = *it;\n            for (auto p : u0->getEdgeLookup()) {\n                if (p.second != e0) {\n                    e0 = p.second;\n                    break;\n                }\n            }\n        }\n        // And determine the right anchor node and edge.\n        m_anchorEdgeRight = e0;\n        m_anchorNodeRight = e0->getOtherEnd(*u0);\n        // And finally, if it's a cycle, the \"anchors\" are meaningless (but harmless), and the\n        // \"return edge\" is equal to either of the anchor edges.\n        if (m_isCycle) m_returnEdge = m_anchorEdgeRight;\n    }\n\n}\n\nNode_SP Chain::getNode(int i) const {\n    if (i == -2) {\n        return m_anchorNodeLeft;\n    }\n    size_t i_pos = (size_t) i;\n    COLA_ASSERT(i_pos%2 == 0 && i_pos <= 2*m_n);\n    if (i_pos == 2*m_n) {\n        return m_anchorNodeRight;\n    } else {\n        return m_nodes[(size_t)(i_pos/2)];\n    }\n}\n\nEdge_SP Chain::getEdge(int i) const {\n    if (i == -1) {\n        return m_anchorEdgeLeft;\n    }\n    size_t i_pos = (size_t) i;\n    COLA_ASSERT(i_pos%2 == 1 && i_pos <= 2*m_n - 1);\n    if (i_pos == 2*m_n - 1) {\n        return m_anchorEdgeRight;\n    } else {\n        return m_edges[(size_t)((i_pos-1)/2)];\n    }\n}\n\ndouble Chain::bendCost(LinkShape bendType, size_t i0) const {\n    // First compute the angle alpha for position i0.\n    // This is the atan2 for a vector z from point p to point q, where\n    //   if i0 is an edge then p is centre of node i0 - 1 and q centre of node i0 + 1;\n    //   if i0 is a node then p and q are points on edges i0 - 1 and i0 + 1 resp,\n    //     each a unit distance from centre of node i0.\n    Point p, q;\n    if (i0 % 2 == 1) {\n        Node_SP u = getNode(i0 - 1),\n                w = getNode(i0 + 1);\n        p = u->getCentre();\n        q = w->getCentre();\n    } else {\n        Node_SP u = getNode(i0 - 2),\n                v = getNode(i0),\n                w = getNode(i0 + 2);\n        Point r = u->getCentre(),\n              s = v->getCentre(),\n              t = w->getCentre();\n        double px = r.x - s.x,\n               py = r.y - s.y,\n               qx = t.x - s.x,\n               qy = t.y - s.y,\n               lp = sqrt(px*px + py*py),\n               lq = sqrt(qx*qx + qy*qy);\n        p.x = px/lp;\n        p.y = py/lp;\n        q.x = qx/lq;\n        q.y = qy/lq;\n    }\n    double dx = q.x - p.x,\n           dy = q.y - p.y;\n    // Get angle in degrees.\n    double alpha0 = atan2(dy, dx) * 180 / 3.141592653589793;\n    double cost;\n    // Want a little helper function for checking angle ranges.\n    std::function<void(double, double)> check = [](double a, double L)->void{\n        COLA_ASSERT(-L < a && a <= L);\n    };\n    if (m_isCycle) {\n        // For a cycle each type of bend has a specific angle associated with it,\n        // so you can be up to +/-180 degrees off.\n        double beta;\n        switch(bendType) {\n        case LinkShape::TLC: beta = -45; break;\n        case LinkShape::BLC: beta = -135; break;\n        case LinkShape::TRC: beta = 45; break;\n        case LinkShape::BRC: beta = 135; break;\n        default:\n            throw std::runtime_error(\"No bend cost for unbent link shape.\");\n        }\n        double alpha1 = alpha0 - beta;\n        check(alpha1, 360);\n        if (alpha1 <= -180) alpha1 += 360;\n        else if (alpha1 > 180) alpha1 -= 360;\n        check(alpha1, 180);\n        // Normalise the cost.\n        cost = fabs(alpha1/180.0);\n    } else {\n        // For a non-cycle we don't distinguish between TLC and BRC, or between TRC and BLC\n        // bends, so you can only be up to +/- 90 degrees off.\n        check(alpha0, 180);\n        if (alpha0 <= -90) alpha0 += 180;\n        else if (alpha0 > 90) alpha0 -= 180;\n        check(alpha0, 90);\n        double beta;\n        switch(bendType) {\n        case LinkShape::TLC: beta = -45; break;\n        case LinkShape::BLC: beta = 45; break;\n        case LinkShape::TRC: beta = 45; break;\n        case LinkShape::BRC: beta = -45; break;\n        default:\n            throw std::runtime_error(\"No bend cost for unbent link shape.\");\n        }\n        double alpha1 = alpha0 - beta;\n        check(alpha1, 135);\n        if (alpha1 <= -90) alpha1 += 180;\n        else if (alpha1 > 90) alpha1 -= 180;\n        check(alpha1, 90);\n        // Normalise the cost.\n        cost = fabs(alpha1/90.0);\n    }\n    return cost;\n}\n\ndouble Chain::nextLocalOptimalPoint(size_t i0, LinkShape bendType, size_t remaining, size_t &i1) const {\n    size_t candidate = Chain::npos;\n    double bestCost = 2;  // effectively infinity since costs are at most 1\n    i1 = i0;\n    size_t M = getNumPotentialBendPlaces();\n    M -= remaining;\n    double cost = bestCost;\n    bool madeChoice = false;\n    for (size_t i = i0; i < M; ++i) {\n        cost = bendCost(bendType, i);\n        // If we already have a candidate and it has lower cost than the current position,\n        // then accept the candidate. This is how our simple, greedy, local optimisation works.\n        if (candidate != Chain::npos && cost > bestCost) {\n            i1 = candidate;\n            cost = bestCost;\n            madeChoice = true;\n            break;\n        }\n        // To even be considered a candidate for optimal position, the cost has to be less\n        // than 0.5. Else we might start at bad and go to worse, and thereby accept bad.\n        if (cost < 0.5 && cost < bestCost) {\n            candidate = i;\n            bestCost = cost;\n        }\n    }\n    if (!madeChoice && candidate != Chain::npos) {\n        i1 = candidate;\n        cost = bestCost;\n    }\n    return cost;\n}\n\ndouble Chain::globalOptimalPoint(LinkShape bendType, size_t &i1, size_t beginAt) const {\n    i1 = Chain::npos;\n    double cost = 2;  // effectively infinity since costs are at most 1\n    size_t M = getNumPotentialBendPlaces();\n    for (size_t i = beginAt; i < M; ++i) {\n        double c = bendCost(bendType, i);\n        if (c < cost) {\n            i1 = i;\n            cost = c;\n        }\n    }\n    return cost;\n}\n\nBendSequences Chain::computePossibleBendSequences(void) const {\n    // Prepare return value.\n    BendSequences seqs;\n    // We cannot accept any bend sequence that is longer than our number of nodes plus internal edges.\n    size_t M = getNumPotentialBendPlaces();\n    // We operate differently for cycles and non-cycles.\n    if (m_isCycle) {\n        // In the case of a cycle, there are always exactly four bends to be made, namely the four bent\n        // LinkShapes, in clockwise order. However we could begin at any of the four positions in that\n        // list, so these are all the possibilities.\n        if (M >= 4) {\n            seqs.reserve(4);\n            for (LinkShape start : bentLinkShapeCw) {\n                LinkShapes shapes = bentLinkShapeCwFromStartingPt(start);\n                seqs.push_back(std::make_shared<BendSequence>(shapes));\n            }\n        }\n    } else {\n        // For a non-cycle, we begin by determining the incoming and outgoing directions.\n        Node_SP A = m_anchorNodeLeft,\n                Z = m_anchorNodeRight,\n                b = m_nodes.front(),\n                y = m_nodes.back();\n        CardinalDirs inDirs, outDirs;\n        // Incoming directions:\n        try {\n            CardinalDir dIn = m_graph->getSepMatrix().getCardinalDir(A->id(), b->id());\n            inDirs.push_back(dIn);\n        } catch (std::runtime_error const&) {\n            // In this case the left anchor edge is not yet aligned, so we get to consider\n            // both possible non-aggressive alignments of it.\n            inDirs = possibleCardinalDirections(A, b);\n        }\n        // Same idea, this time for outgoing directions:\n        try {\n            CardinalDir dOut = m_graph->getSepMatrix().getCardinalDir(y->id(), Z->id());\n            outDirs.push_back(dOut);\n        } catch (std::runtime_error const&) {\n            outDirs = possibleCardinalDirections(y, Z);\n        }\n        // Now we can look up the possible bend sequences.\n        for (CardinalDir d0 : inDirs) {\n            for (CardinalDir d1 : outDirs) {\n                vector<LinkShapes> shapeSeqs = lookupMinimalBendSeqs(A, d0, Z, d1);\n                for (LinkShapes shapes : shapeSeqs) {\n                    if (shapes.size() <= M) {\n                        seqs.push_back(std::make_shared<BendSequence>(shapes, d0, d1));\n                    }\n                }\n            }\n        }\n    }\n    return seqs;\n}\n\nvoid Chain::evaluateBendSequence(BendSequence_SP bendSeq) const {\n    // Put the desired bend shapes in a queue.\n    deque<LinkShape> queue(bendSeq->size());\n    std::copy(bendSeq->bendTypes.begin(), bendSeq->bendTypes.end(), queue.begin());\n    // Set up\n    size_t i = 0;\n    double &cost = bendSeq->cost;\n    vector<size_t> &bendPoints = bendSeq->bendPoints;\n    while (queue.size() >= 2) {\n        // As long as there are at least two places left to choose, we must do a local\n        // search.\n        LinkShape ls = queue.front();\n        queue.pop_front();\n        cost += nextLocalOptimalPoint(i, ls, queue.size(), i);\n        bendPoints.push_back(i++);\n    }\n    if (queue.size() == 1) {\n        // If there is precisely one bend place left to choose, then we can do a global\n        // search over the remaining places.\n        LinkShape ls = queue.front();\n        queue.pop_front();\n        cost += globalOptimalPoint(ls, i, i);\n        bendPoints.push_back(i);\n    }\n}\n\nChainConfigSeq Chain::writeConfigSeq(BendSequence_SP bendSeq) const {\n    ChainConfigSeq config;\n    size_t m = m_edges.size(),\n           numBends = bendSeq->size();\n    vector<size_t> &bendPoints = bendSeq->bendPoints;\n    LinkShapes &bendTypes = bendSeq->bendTypes;\n    CardinalDir direc;\n    if (m_isCycle) {\n        ++m;\n        // Since we always run cycles clockwise, we can infer from the first bendtype\n        // what the incoming direction must be.\n        direc = cwIncomingDirForBend.at(bendSeq->bendTypes[0]);\n    } else {\n        // Not a cycle. In this case we will have determined the incoming direction of the bend sequence\n        // at construction time.\n        direc = bendSeq->incomingDirec;\n    }\n    size_t ptr = 0;\n    for (size_t j = 0; j < m; ++j) {\n        if (ptr == numBends) {\n            // All remaining edges get the current direction.\n            config.push_back({direc, direc});\n        } else {\n            size_t k = 2*j + 1;\n            vector<pair<size_t, LinkShape>> bs;\n            while (ptr < numBends && (bendPoints[ptr] == k || bendPoints[ptr] == k - 1)) {\n                bs.push_back({bendPoints[ptr], bendTypes[ptr]});\n                ++ptr;\n            }\n            // At this point, k is an odd number, referring to an edge in the chain,\n            // direc is the incoming direction into node k - 1, and bs is a list of\n            // bend points of length 0, 1, or 2, occurring at node k - 1 and/or edge k.\n            // Our job is to: (a) describe what happens at edge k, namely either that\n            // it be configured to run in a certain compass direction, or that it contain\n            // a bend point, with certain incoming and outgoing compass directions;\n            // and (b) to set direc equal to the (outgoing) direction of the edge that\n            // leads into node k + 1.\n            size_t n = bs.size();\n            if (n == 2) {\n                LinkShape bt0 = bs[0].second,\n                          bt1 = bs[1].second;\n                CardinalDir dir0 = applyBendToDir.at(bt0).at(direc),\n                            dir1 = applyBendToDir.at(bt1).at(dir0);\n                config.push_back({dir0, dir1});\n                direc = dir1;\n            } else if (n == 1) {\n                size_t bp = bs[0].first;\n                LinkShape bt = bs[0].second;\n                CardinalDir nextDir = applyBendToDir.at(bt).at(direc);\n                if (bp == k) {\n                    // Next bend should occur at this edge.\n                    config.push_back({direc, nextDir});\n                } else if (bp == k - 1) {\n                    // Next bend should occur at the node before this edge.\n                    config.push_back({nextDir, nextDir});\n                }\n                direc = nextDir;\n            } else {\n                COLA_ASSERT(n == 0);\n                // Carry on with current direction. In particular, this case handles what\n                // happens if the final bend is to occur at the final node. For in that\n                // case all we can do is carry on with the current direction, and it is\n                // up to the anchorEdgeRight to make the final bend happen.\n                config.push_back({direc, direc});\n            }\n        }\n    }\n    return config;\n}\n\nvoid Chain::takeShapeBasedConfiguration(void) {\n    // Compute the vector of all possible bend sequences.\n    BendSequences seqs = computePossibleBendSequences();\n    // If there are no possible bend sequences, there is nothing for us to do.\n    if (seqs.empty()) return;\n    // Otherwise proceed to evaluate the possible sequences, and choose one of least cost.\n    for (auto bs : seqs) evaluateBendSequence(bs);\n    BendSequence_SP bestSeq = nullptr;\n    double leastCost = std::numeric_limits<double>::max();\n    for (auto bs : seqs) if (bs->cost < leastCost) { bestSeq = bs; leastCost = bs->cost; }\n    COLA_ASSERT(bestSeq != nullptr);\n    // Get the configuration sequence for the least-cost sequence.\n    ChainConfigSeq configSeq = writeConfigSeq(bestSeq);\n    // Set the configuration in the underlying graph.\n    size_t j = 0;\n    SepMatrix &matrix = m_graph->getSepMatrix();\n    double bpSize = m_graph->getIEL()/8.0;\n    for (auto p : configSeq) {\n        // Get the edge to be configured, and the nodes u, v that come before and after it in the chain, resp.\n        size_t k = 2*j + 1;\n        Edge_SP edge = getEdge(k);\n        Node_SP u = getNode(k - 1),\n                v = getNode(k + 1);\n        id_type uid = u->id(),\n                vid = v->id();\n        if (p.first == p.second) {\n            // In this case the edge is to be aligned in a compass direction.\n            matrix.setCardinalOP(uid, vid, p.first);\n        } else {\n            // In this case we are to build a new bend point.\n            // First sever the edge and free and constraint on the nodes.\n            m_graph->severEdge(*edge);\n            matrix.free(uid, vid);\n            // Build a bend point, giving it a reasonable initial location midway\n            // between u and v. It is not yet aligned with either of them; that will\n            // wait until we project onto the new constraints.\n            Point uc = u->getCentre(),\n                  vc = v->getCentre();\n            double x = (uc.x + vc.x)/2.0,\n                   y = (uc.y + vc.y)/2.0;\n            Node_SP bp = Node::allocate();\n            bp->setCentre(x, y);\n            bp->setDims(bpSize, bpSize);\n            m_graph->addNode(bp);\n            // Set constraints.\n            id_type bpid = bp->id();\n            matrix.setCardinalOP(uid, bpid, p.first);\n            matrix.setCardinalOP(bpid, vid, p.second);\n            // Add edges.\n            Edge_SP e1 = Edge::allocate(u, bp),\n                    e2 = Edge::allocate(bp, v);\n            m_graph->addEdge(e1);\n            m_graph->addEdge(e2);\n            // Save a record.\n            m_aestheticBends.push_back(std::make_shared<AestheticBend>(edge, bp, u, v));\n        }\n        // Next j.\n        ++j;\n    }\n}\n\nvoid Chain::addAestheticBendsToEdges(void) {\n    for (AestheticBend_SP ab : m_aestheticBends) ab->addBendToEdge();\n}\n\nvoid AestheticBend::addBendToEdge(void) {\n    edge->addBendNode(bendNode);\n}\n\nChains dialect::buildAllChainsInGraph(std::shared_ptr<Graph> graph) {\n    vector<deque<Node_SP>> chains, cycles;\n    graph->getChainsAndCycles(chains, cycles);\n    Chains allChains;\n    for (auto d : chains) allChains.push_back(std::make_shared<Chain>(graph, d));\n    for (auto d : cycles) allChains.push_back(std::make_shared<Chain>(graph, d));\n    return allChains;\n}\n"
  },
  {
    "path": "cola/libdialect/chains.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_CHAINS_H\n#define DIALECT_CHAINS_H\n\n#include <deque>\n#include <memory>\n#include <vector>\n#include <map>\n#include <utility>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n\n//! This header defines tools for working with the \"chains\", i.e. maximal subgraphs\n//! composed entirely of \"links\" (nodes of degree 2), in 4-planar orthogonal layouts.\n\nnamespace dialect {\n\n//! In a 4-planar orthogonal layout, a link has one of six possible shapes, depending\n//! on which two of its four sides are the ones where its edges meet it.\n//! For example, if one edge enters from the south, and the other from the east, then\n//! this link is shaped like the top-left corner of a box.\n//! This enum names the six possible configurations.\nenum class LinkShape {\n    TLC, // top-left corner\n    H, // horizontal\n    BLC, // bottom-left corner\n    TRC, // top-right corner\n    V, // vertical\n    BRC // bottom-right corner\n};\n\ntypedef std::vector<LinkShape> LinkShapes;\n\n//! The bent LinkShapes, in clockwise order:\nextern const LinkShapes bentLinkShapeCw;\n\n//! Get the bent LinkShapes, in clockwise order, starting from a given one.\nLinkShapes bentLinkShapeCwFromStartingPt(LinkShape start);\n\n//! Lookup table:\n//! Given one of the four bent LinkShapes b, and a CardinalDir d, return the CardinalDir you\n//! would be going if you came into bend b going in direction d, and then followed the bend.\nextern const std::map<LinkShape, std::map<CardinalDir, CardinalDir>> applyBendToDir;\n\n//! Lookup table:\n//! For any of the four bent LinkShapes, return its clockwise incoming CardinalDir.\n//! In other words, if you were going clockwise around a box, which direction would\n//! you be going when you entered this bend?\nextern const std::map<LinkShape, CardinalDir> cwIncomingDirForBend;\n\n//! Lookup table:\n//! Suppose you have a chain starting at node A and ending at node Z. Let c be the CompassDir\n//! from Z to A (which will be cardinal if A and Z are aligned, else ordinal). Suppose as we\n//! traverse the chain from A toward Z we must depart A going in CardinalDir d0, and must enter\n//! Z going in CardinalDir d1. Then by looking up (c, d0, d1) in this table, we get a vector of\n//! vectors of LinkShapes, giving all possible minimal bend sequences for this chain.\n//!\n//! Note: Whereas d0 gives both the direction from which we depart node A AND the side of A from which\n//! we depart, d1 is the direction we travel as we enter node Z (and therefore is the OPPOSITE of\n//! the side of Z at which we enter). For example d1 = EAST means we are traveling east as we enter\n//! node Z (but we enter it on its west side).\nextern const std::map<CompassDir, std::map<CardinalDir, std::map<CardinalDir, std::vector<std::vector<LinkShape>>>>> minimalBendSeqs;\n\n//! @brief  Look up the minimal bend sequences for a Chain.\n//! @param[in] A  The left anchor Node of the Chain.\n//! @param[in] d0  The CardinalDir in which the chain departs from Node A.\n//! @param[in] Z  The right anchor Node of the Chain.\n//! @param[in] d1  The CardinalDir in which the chain enters Node Z (i.e. the CardinalDir from the\n//!                last Node of the Chain toward the right anchor Node).\n//! @return Vector of vectors of LinkShapes, giving all possible minimal bend sequences for this Chain.\n//! @note This does work correctly even for the case of a chain in which the left and right anchor nodes are the\n//!       same (as, e.g., in a figure-8 network).\nstd::vector<std::vector<LinkShape>> lookupMinimalBendSeqs(Node_SP A, CardinalDir d0, Node_SP Z, CardinalDir d1);\n\n\n//! @brief  List the possible cardinal directions from node1 to node2, if they were to be\n//!         aligned non-aggressively.\nCardinalDirs possibleCardinalDirections(Node_SP node1, Node_SP node2);\n\n\n//! @brief  Determine the LinkShape for a given Node of degree 2.\n//! @param[in] link  The link whose shape is to be determined.\n//! @return  The LinkShape for the given node.\n//! @throws  Runtime error if the given node is not of degree 2.\nLinkShape shapeOfLink(Node_SP link);\n\n\n//! @brief A data structure for managing sequences of bend types, points at which these\n//! bends should occur (in a given Chain), cost of such a sequence of bends\n//! (for a given Chain), and incoming and outgoing Compass directions, for non-cycles.\nstruct BendSequence {\n\n    //! @brief  Basic constructor.\n    //! @param[in] shapes  The sequence of LinkShapes describing the desired bends.\n    BendSequence(LinkShapes &shapes) : bendTypes(shapes) {}\n\n    //! @brief  Augmented constructor in which incoming and outgoing directions are also set.\n    //! @param[in] shapes  The sequence of LinkShapes describing the desired bends.\n    //! @param[in] inDir  The incoming direction.\n    //! @param[in] outDir  The outgoing direction.\n    BendSequence(LinkShapes &shapes, CardinalDir inDir, CardinalDir outDir)\n        : bendTypes(shapes), incomingDirec(inDir), outgoingDirec(outDir) {}\n\n    //! @brief  Report the number of bends in the sequence.\n    size_t size(void) const { return bendTypes.size(); }\n\n    //! Under bendTypes we record what shape bend we want.\n    LinkShapes bendTypes;\n\n    //! Under bendPoints we can record those places in a Chain where we want the bends to occur.\n    //! The \"places\" are indices 0, 1, 2, 3, ... which refer to the first node in the chain,\n    //! then the first edge, next node, next edge, and so on, with even numbers meaning nodes\n    //! and odd numbers meaning edges.\n    std::vector<size_t> bendPoints;\n\n    double cost = 0;\n    CardinalDir incomingDirec;\n    CardinalDir outgoingDirec;\n};\n\ntypedef std::shared_ptr<BendSequence> BendSequence_SP;\ntypedef std::vector<BendSequence_SP> BendSequences;\n\n//! @brief A bend point deliberately added to a connector route, for aesthetic reasons.\nstruct AestheticBend {\n\n    AestheticBend(Edge_SP edge, Node_SP bendNode, Node_SP nbrNode1, Node_SP nbrNode2)\n        : edge(edge), bendNode(bendNode), nbrNode1(nbrNode1), nbrNode2(nbrNode2) {}\n\n    //! @brief  Add the bend node to the edge.\n    void addBendToEdge(void);\n\n    Edge_SP edge;\n    Node_SP bendNode;\n    Node_SP nbrNode1;\n    Node_SP nbrNode2;\n\n};\n\ntypedef std::shared_ptr<AestheticBend> AestheticBend_SP;\ntypedef std::vector<AestheticBend_SP> AestheticBends;\n\ntypedef std::vector<std::pair<CardinalDir, CardinalDir>> ChainConfigSeq;\n\n//! @brief A Chain is a sequence of degree-2 Nodes, possibly forming a cycle.\n//!\n//! This class, like everything defined in this header, is intended for use only with\n//! 4-planar orthogonal layouts.\nclass Chain {\npublic:\n\n    //! @brief  Standard constructor\n    //! @param[in] G  The Graph to which the Chain belongs.\n    //! @param[in] nodes  The Nodes belonging to the Chain, in order\n    //! @param[in] isCycle  Set true if these Nodes form a closed cycle. Default false.\n    //! @throws  Runtime error if nodes is empty.\n    //!\n    //! @note  We accept a deque of Nodes (rather than a vector) not because it is needed,\n    //!        but because the Graph method that computes the lists of nodes forming chains uses deques.\n    //! @sa Graph::getChainsAndCycles\n    Chain(Graph_SP G, std::deque<Node_SP> nodes, bool isCycle=false);\n\n    //! @brief  Get a Node according to its \"place\" in the Chain.\n    //!\n    //! Together with the getEdge function, this function allows us to have the indices\n    //! 0, 1, 2, 3, ... refer to the first node in the chain, then the first edge, next node,\n    //! next edge, and so on. Negative integers refer to left anchors.\n    //! @param[in] i  An even integer from -2 to 2n, where n is the number of nodes in this chain.\n    //! @return  Left anchor node for i == -2, self.nodes[i/2] for i from 0 to 2n-2, and right\n    //!          anchor node for i == 2n.\n    Node_SP getNode(int i) const;\n\n    //! @brief  Get an Edge according to its \"place\" in the Chain.\n    //!\n    //! Together with the getNode function, this function allows us to have the indices\n    //! 0, 1, 2, 3, ... refer to the first node in the chain, then the first edge, next node,\n    //! next edge, and so on. Negative integers refer to left anchors.\n    //! @param[in] i  An odd integer from -1 to 2n-1, where n is the number of nodes in this chain.\n    //! @return  Left anchor edge for i == -1, self.edges[(i-1)/2] for i from 1 to 2n-3, and right\n    //!          anchor edge for i == 2n-1.\n    Edge_SP getEdge(int i) const;\n\n    //! @brief  Compute the cost of making a given bend shape at a given position in the chain,\n    //!         given the current geometry.\n    //!\n    //!         If this chain is a cycle, the cost takes into account that the nodes are in\n    //!         clockwise order.\n    //!\n    //! @param[in] bendType  A bent LinkShape.\n    //! @param[in] i0  A position in the chain from 0 to 2n-2 -- evens for nodes, odds for edges --\n    //!                where n is the number of nodes in this chain.\n    double bendCost(LinkShape bendType, size_t i0) const;\n\n    //! @brief  Check how many nodes are in the chain.\n    size_t size(void) const { return m_n; }\n\n    //! @brief  Compute the possible bend sequences that this chain could have.\n    //!\n    //!         If \"no bends\" is a possibility, then we return a single BendSequence with\n    //!         empty list of bend types.\n    //! @return Vector of BendSequences indicating all the possibilites.\n    BendSequences computePossibleBendSequences(void) const;\n\n    //! @brief  For a given BendSequence, determine the best places for those bends to occur\n    //!         in this Chain, and the costs of applying those constraints.\n    //! @param[in, out] bendSeq  The BendSequence to be considered.\n    //!                          Sequence of best places to make the bends is recorded in here,\n    //!                          along with the total cost.\n    void evaluateBendSequence(BendSequence_SP bendSeq) const;\n\n    //! @brief  Determine the direction in which each edge in this chain should be configured,\n    //!         in order to enforce a given bend sequence.\n    //! @param[in] bendSeq  The desired bend sequence. Its bendpoints are indices into this\n    //! Chain's sequence of nodes AND edges -- thus even indices for nodes and odd indices for\n    //! edges. Its corresponding bendtypes are the types of bends that should occur at those indices.\n    //! @return  A \"chain configuration sequence,\" which looks like\n    //!                                 [ c0, c1, ..., cm-1 ]\n    //! where m is the number of edges to be configured, which is n - 1 if this is not a cycle,\n    //! and n if it is -- n the number of nodes in the chain -- and each ci is a pair of CardinalDirs.\n    //!\n    //! When ci == [ d, d ], then edge i is simply to be configured in direction d.\n    //! When ci == [d1, d2] with d1 != d2, then edge i is to be replaced by a bend point, which we go\n    //! into in direction d1, and come out of in direction d2.\n    ChainConfigSeq writeConfigSeq(BendSequence_SP bendSeq) const;\n\n    //! @brief  Give this chain an orthogonal configuration best fitting its present geometric shape.\n    //!\n    //!         This means we put the bend points in the most natural places, including the possibility\n    //!         that they go where edges are (meaning a new bend point is constructed).\n    //!\n    //!         Thus, constraints at least are added to the underlying Graph's SepMatrix.\n    //!         New Nodes (bend points) may also be added.\n    void takeShapeBasedConfiguration(void);\n\n    //! @brief  Add any aesthetic bends that were chosen during shape-based configuration, to the\n    //!         Edges to which they belong.\n    void addAestheticBendsToEdges(void);\n\n    //! For our search procedures we need a size_t that effectively means \"no position\".\n    //! For this we follow the practice of std::string::find, using npos = -1, the largest\n    //! possible size_t. We can certainly not work on networks with that many nodes!\n    static const size_t npos;\n\nprivate:\n\n    //! @brief  Choose a locally optimal point for creating a bend in the chain.\n    //! @param[in] i0  A position in the Chain.\n    //! @param[in] bendType  The bent LinkShape to be formed.\n    //! @param[in] remaining  How many more points we must choose /after/ this one.\n    //! @param[out] i1  The position to be chosen.\n    //! @return The cost of the chosen position.\n    //!\n    //! We choose a locally optimal point i1 /at or after/ position i0, at which to create\n    //! the given bend type. Optimality is understood in terms of cost returned by the bendCost\n    //! function. However, the \"locality\" of the search means that once we have chosen a candidate\n    //! point, we will accept it as soon as the next tested point costs more.\n    //!\n    //! Thus, we do not necessarily explore all points. For that see Chain::globalOptimalPoint.\n    //!\n    //! If remaining == r and there are at least r positions left after i0 in the chain,\n    //! then we return an i1 which has at least r points left after it; if not, then we just\n    //! return i1 = i0.\n    double nextLocalOptimalPoint(size_t i0, LinkShape bendType, size_t remaining, size_t &i1) const;\n\n    //! @brief  Choose an optimal point for creating a bend in the chain.\n    //! @param[in] bendType  The bent LinkShape to be formed.\n    //! @param[out] i1  The position to be chosen.\n    //! @param[in] beginAt  A position in the chain at which to begin search.\n    //! @return The cost of the chosen position.\n    //!\n    //! We choose an optimal point /at or after/ position beginAt, at which to create\n    //! the given bend type. Optimality means minimal cost, from the bendCost function.\n    //!\n    //! If there are no points left after beginAt, we return None.\n    double globalOptimalPoint(LinkShape bendType, size_t &i1, size_t beginAt = 0) const;\n\n    //! @brief  Check how many potential bend points we have. This is equal to the number of\n    //!         nodes in the chain, plus the number of internal edges.\n    size_t getNumPotentialBendPlaces(void) const { size_t M = 2*m_n - 1; if (m_isCycle) ++M; return M; }\n\n    Graph_SP m_graph;\n    size_t m_n;\n    Nodes m_nodes;\n    bool m_isCycle;\n    LinkShapes m_linkShapes;\n    Edges m_edges;\n    Node_SP m_anchorNodeLeft = nullptr;\n    Edge_SP m_anchorEdgeLeft = nullptr;\n    Node_SP m_anchorNodeRight = nullptr;\n    Edge_SP m_anchorEdgeRight = nullptr;\n    Edge_SP m_returnEdge = nullptr;\n    AestheticBends m_aestheticBends;\n\n};\n\ntypedef std::shared_ptr<Chain> Chain_SP;\ntypedef std::vector<Chain_SP> Chains;\n\n//! @brief  Convenience method to build all the chains and cycles in a graph.\nChains buildAllChainsInGraph(std::shared_ptr<dialect::Graph> graph);\n\n\n\n} // namespace dialect\n\n#endif // DIALECT_CHAINS_H\n"
  },
  {
    "path": "cola/libdialect/commontypes.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_COMMONTYPES_H\n#define DIALECT_COMMONTYPES_H\n\n#include <memory>\n#include <map>\n#include <utility>\n#include <vector>\n#include <functional>\n\n#include \"libavoid/geomtypes.h\"\n\nnamespace dialect {\n\nclass ACALayout;\nstruct Assignment;\nstruct ColaGraphRep;\nclass Edge;\nstruct EdgeSegment;\nclass ExpansionGoal;\nclass Face;\nclass FaceSet;\nclass GhostNode;\nclass Graph;\nstruct LineSegment;\nstruct Nbr;\nclass Nexus;\nclass Node;\nclass ProjSeq;\nstruct Quad;\nstruct SepPair;\nclass Side;\nclass Tree;\nclass TreePlacement;\n\n// Shared Pointers\ntypedef std::shared_ptr<ACALayout> ACALayout_SP;\ntypedef std::shared_ptr<Assignment> Assignment_SP;\ntypedef std::shared_ptr<ColaGraphRep> ColaGraphRep_SP;\ntypedef std::shared_ptr<Edge> Edge_SP;\ntypedef std::shared_ptr<ExpansionGoal> ExpansionGoal_SP;\ntypedef std::shared_ptr<Face> Face_SP;\ntypedef std::shared_ptr<FaceSet> FaceSet_SP;\ntypedef std::shared_ptr<GhostNode> GhostNode_SP;\ntypedef std::shared_ptr<Graph> Graph_SP;\ntypedef std::shared_ptr<LineSegment> LineSegment_SP;\ntypedef std::shared_ptr<Nbr> Nbr_SP;\ntypedef std::shared_ptr<Nexus> Nexus_SP;\ntypedef std::shared_ptr<Node> Node_SP;\ntypedef std::shared_ptr<ProjSeq> ProjSeq_SP;\ntypedef std::shared_ptr<Quad> Quad_SP;\ntypedef std::shared_ptr<SepPair> SepPair_SP;\ntypedef std::shared_ptr<Side> Side_SP;\ntypedef std::shared_ptr<Tree> Tree_SP;\ntypedef std::shared_ptr<TreePlacement> TreePlacement_SP;\n\n// Weak Pointers\ntypedef std::weak_ptr<Node> Node_WP;\n\n// Plurals (vectors of shared pointers)\ntypedef std::vector<Assignment_SP> Assignments;\ntypedef std::vector<Edge_SP> Edges;\ntypedef std::vector<ExpansionGoal_SP> ExpansionGoals;\ntypedef std::vector<Face_SP> Faces;\ntypedef std::vector<Graph_SP> Graphs;\ntypedef std::vector<LineSegment_SP> LineSegments;\ntypedef std::vector<Nbr_SP> Nbrs;\ntypedef std::vector<Nexus_SP> Nexes;\ntypedef std::vector<Node_SP> Nodes;\ntypedef std::vector<Quad_SP> Quads;\ntypedef std::vector<Side_SP> Sides;\ntypedef std::vector<Tree_SP> Trees;\ntypedef std::vector<TreePlacement_SP> TreePlacements;\n\n// Organisation by IDs\ntypedef unsigned id_type;\n\ntypedef std::map<id_type, Node_SP> NodesById;\ntypedef std::map<id_type, Edge_SP> EdgesById;\ntypedef std::map<id_type, Face_SP> FacesById;\ntypedef std::map<id_type, Nexus_SP> NexesById;\n\ntypedef std::pair<id_type, id_type> IdPair;\ntypedef std::pair<id_type, Node_SP> IdNodePair;\ntypedef std::pair<id_type, Edge_SP> IdEdgePair;\n\ntypedef std::map<id_type, id_type> id_map;\n\n/* SparseIdMatrix2d\n *\n * Initially tried\n *     template <typename T>\n *     using SparseIdMatrix2d = std::map<id_type, std::map<id_type, T>>;\n * taking advantage of the C++11 \"alias declaration\". Builds fine, but SWIG complains.\n * Despite following the instructions here\n *     http://www.swig.org/Doc3.0/CPlusPlus11.html#CPlusPlus11_alias_templates\n * and adding\n *     %template(MapIdMapIdUnsigned) std::map<id_type, std::map<id_type, unsigned>>;\n *     %template() SparseIdMatrix2d<unsigned>;\n * to the interface file, SWIG still complains that SparseIdMatrix2d is not defined.\n * So we instead fall back on the C++03 hack, with thanks to https://stackoverflow.com/a/2795024.\n * Usage looks e.g. like:\n *              SparseIdMatrix2d<unsigned>::type mymatrix;\n */\ntemplate <typename T>\nstruct SparseIdMatrix2d\n{\n    typedef std::map<id_type, std::map<id_type, T>> type;\n};\n\n// Misc\ntypedef std::pair<double, double> dimensions;\n\ntypedef std::function<Avoid::Point(Avoid::Point)> PlaneMap;\ntypedef std::function<void(Avoid::Point&)> InplacePlaneMap;\n\n} // namespace dialect\n\n#endif // DIALECT_COMMONTYPES_H\n"
  },
  {
    "path": "cola/libdialect/constraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iterator>\n#include <stdexcept>\n#include <string>\n#include <sstream>\n#include <memory>\n#include <algorithm>\n#include <utility>\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/variable.h\"\n#include \"libcola/unused.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/graphs.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/ortho.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::string;\nusing std::swap;\nusing std::signbit;\n\nusing Avoid::Point;\n\nSepDir dialect::negateSepDir(SepDir sd) {\n    switch(sd) {\n    case SepDir::EAST:\n        return SepDir::WEST;\n    case SepDir::SOUTH:\n        return SepDir::NORTH;\n    case SepDir::WEST:\n        return SepDir::EAST;\n    case SepDir::NORTH:\n        return SepDir::SOUTH;\n    case SepDir::RIGHT:\n        return SepDir::LEFT;\n    case SepDir::DOWN:\n        return SepDir::UP;\n    case SepDir::LEFT:\n        return SepDir::RIGHT;\n    case SepDir::UP:\n        return SepDir::DOWN;\n    default :\n        COLA_ASSERT(false);\n    }\n}\n\nbool dialect::sepDirIsCardinal(SepDir sd) {\n    switch(sd) {\n    case SepDir::EAST:\n    case SepDir::SOUTH:\n    case SepDir::WEST:\n    case SepDir::NORTH:\n        return true;\n    default:\n        return false;\n    }\n}\n\nCardinalDir dialect::sepDirToCardinalDir(SepDir sd) {\n    switch(sd) {\n    case SepDir::EAST:\n        return CardinalDir::EAST;\n    case SepDir::SOUTH:\n        return CardinalDir::SOUTH;\n    case SepDir::WEST:\n        return CardinalDir::WEST;\n    case SepDir::NORTH:\n        return CardinalDir::NORTH;\n    default:\n        COLA_ASSERT(false);\n    }\n}\n\nSepDir dialect::cardinalDirToSepDir(CardinalDir dir) {\n    switch(dir) {\n    case CardinalDir::EAST:\n        return SepDir::EAST;\n    case CardinalDir::SOUTH:\n        return SepDir::SOUTH;\n    case CardinalDir::WEST:\n        return SepDir::WEST;\n    case CardinalDir::NORTH:\n        return SepDir::NORTH;\n    default:\n        COLA_ASSERT(false);\n    }\n}\n\nSepDir dialect::lateralWeakening(SepDir sd) {\n    switch(sd) {\n    case SepDir::EAST:\n        return SepDir::RIGHT;\n    case SepDir::SOUTH:\n        return SepDir::DOWN;\n    case SepDir::WEST:\n        return SepDir::LEFT;\n    case SepDir::NORTH:\n        return SepDir::UP;\n    default:\n        return sd;\n    }\n}\n\nSepDir dialect::cardinalStrengthening(SepDir sd) {\n    switch(sd) {\n    case SepDir::RIGHT:\n        return SepDir::EAST;\n    case SepDir::DOWN:\n        return SepDir::SOUTH;\n    case SepDir::LEFT:\n        return SepDir::WEST;\n    case SepDir::UP:\n        return SepDir::NORTH;\n    default:\n        return sd;\n    }\n}\n\nvoid SepPair::addSep(GapType gt, SepDir sd, SepType st, double gap) {\n    // Cannot use this method to remove a constraint.\n    // If SepType is NONE, just do nothing.\n    if (st == SepType::NONE) return;\n    // Otherwise, act based on the SepDir.\n    switch(sd) {\n    case SepDir::EAST:\n        xgt = gt;\n        xst = st;\n        xgap = gap;\n        ygt = GapType::CENTRE;\n        yst = SepType::EQ;\n        ygap = 0;\n        break;\n    case SepDir::SOUTH:\n        xgt = GapType::CENTRE;\n        xst = SepType::EQ;\n        xgap = 0;\n        ygt = gt;\n        yst = st;\n        ygap = gap;\n        break;\n    case SepDir::WEST:\n        xgt = gt;\n        xst = st;\n        xgap = -gap;\n        ygt = GapType::CENTRE;\n        yst = SepType::EQ;\n        ygap = 0;\n        break;\n    case SepDir::NORTH:\n        xgt = GapType::CENTRE;\n        xst = SepType::EQ;\n        xgap = 0;\n        ygt = gt;\n        yst = st;\n        ygap = -gap;\n        break;\n    case SepDir::RIGHT:\n        xgt = gt;\n        xst = st;\n        xgap = gap;\n        break;\n    case SepDir::DOWN:\n        ygt = gt;\n        yst = st;\n        ygap = gap;\n        break;\n    case SepDir::LEFT:\n        xgt = gt;\n        xst = st;\n        xgap = -gap;\n        break;\n    case SepDir::UP:\n        ygt = gt;\n        yst = st;\n        ygap = -gap;\n        break;\n    }\n}\n\nvoid SepPair::transform(SepTransform tf) {\n    double g;\n    switch(tf) {\n        case SepTransform::ROTATE90CW:\n            // Swap x- and y-types.\n            swap(xst, yst);\n            swap(xgt, ygt);\n            // xgap <- -ygap\n            // ygap <- +xgap\n            g = xgap;\n            xgap = -ygap;\n            ygap = g;\n            break;\n        case SepTransform::ROTATE90ACW:\n            // Swap x- and y-types.\n            swap(xst, yst);\n            swap(xgt, ygt);\n            // xgap <- +ygap\n            // ygap <- -xgap\n            g = xgap;\n            xgap = ygap;\n            ygap = -g;\n            break;\n        case SepTransform::ROTATE180:\n            // Negate both gaps.\n            xgap = -xgap;\n            ygap = -ygap;\n            break;\n        case SepTransform::FLIPV:\n            // Negate xgap only.\n            xgap = -xgap;\n            break;\n        case SepTransform::FLIPH:\n            // Negate ygap only.\n            ygap = -ygap;\n            break;\n        case SepTransform::FLIPMD:\n            // Swap x- and y-types.\n            swap(xst, yst);\n            swap(xgt, ygt);\n            // xgap <- +ygap\n            // ygap <- +xgap\n            g = xgap;\n            xgap = ygap;\n            ygap = g;\n            break;\n        case SepTransform::FLIPOD:\n            // Swap x- and y-types.\n            swap(xst, yst);\n            swap(xgt, ygt);\n            // xgap <- -ygap\n            // ygap <- -xgap\n            g = xgap;\n            xgap = -ygap;\n            ygap = -g;\n            break;\n    }\n}\n\nvoid SepPair::roundGapsUpAbs(void) {\n    xgap = signbit(xgap) ? std::floor(xgap) : std::ceil(xgap);\n    ygap = signbit(ygap) ? std::floor(ygap) : std::ceil(ygap);\n}\n\nbool SepPair::isVerticalCardinal(void) const {\n    return xgt == GapType::CENTRE && xst == SepType::EQ && xgap == 0 && yst != SepType::NONE && (ygt == GapType::BDRY || ygap != 0);\n}\n\nbool SepPair::isHorizontalCardinal(void) const {\n    return ygt == GapType::CENTRE && yst == SepType::EQ && ygap == 0 && xst != SepType::NONE && (xgt == GapType::BDRY || xgap != 0);\n}\n\nbool SepPair::isVAlign(void) const {\n    return xgt == GapType::CENTRE && xst == SepType::EQ && xgap == 0;\n}\n\nbool SepPair::isHAlign(void) const {\n    return ygt == GapType::CENTRE && yst == SepType::EQ && ygap == 0;\n}\n\nbool SepPair::isCardinal(void) const {\n    return isVerticalCardinal() || isHorizontalCardinal();\n}\n\nCardinalDir SepPair::getCardinalDir(void) const {\n    if (isVerticalCardinal()) {\n        if (signbit(ygap)) return CardinalDir::NORTH;\n        return CardinalDir::SOUTH;\n    } else if (isHorizontalCardinal()) {\n        if (signbit(xgap)) return CardinalDir::WEST;\n        return CardinalDir::EAST;\n    } else {\n        throw std::runtime_error(\"Nodes do not have cardinal separation!\");\n    }\n}\n\nstring SepPair::writeTglf(std::map<id_type, unsigned> id2ext, const SepMatrix &m) const {\n    // If no constraints, return empty string.\n    if (xst == SepType::NONE && yst == SepType::NONE) return \"\";\n    // Prepare strings.\n    double xExtraGap = xgt == GapType::BDRY ? m.getExtraBdryGap() : 0.0,\n           yExtraGap = ygt == GapType::BDRY ? m.getExtraBdryGap() : 0.0;\n    string fmtStr = string_format(\"%%.%df\", tglfPrecision),\n           xgapStr = string_format(fmtStr, xgap + xExtraGap),\n           ygapStr = string_format(fmtStr, ygap + yExtraGap),\n           nxgapStr = string_format(fmtStr, -xgap + xExtraGap),\n           nygapStr = string_format(fmtStr, -ygap + yExtraGap),\n           xgtStr = xgt == GapType::BDRY ? \"B\" : \"C\",\n           ygtStr = ygt == GapType::BDRY ? \"B\" : \"C\";\n    // Prepare indices.\n    unsigned src, tgt;\n    try { src = id2ext.at(this->src); } catch (std::out_of_range const&) { src = this->src; }\n    try { tgt = id2ext.at(this->tgt); } catch (std::out_of_range const&) { tgt = this->tgt; }\n    std::ostringstream ss;\n    // Vertically aligned\n    if (xgt == GapType::CENTRE && xst == SepType::EQ && xgap == 0) {\n        switch(yst) {\n        case SepType::EQ:\n            switch(ygt) {\n            case GapType::CENTRE:\n                if (ygap < 0) {\n                    ss << src << \" \" << tgt << \" C N == \" << nygapStr << \"\\n\";\n                } else if (ygap > 0) {\n                    ss << src << \" \" << tgt << \" C S == \" << ygapStr << \"\\n\";\n                } else {\n                    throw std::runtime_error(\"Nodes and are constrained to coincide!\");\n                }\n                break;\n            case GapType::BDRY:\n                if (signbit(ygap)) {\n                    ss << src << \" \" << tgt << \" B N == \" << nygapStr << \"\\n\";\n                } else {\n                    ss << src << \" \" << tgt << \" B S == \" << ygapStr << \"\\n\";\n                }\n                break;\n            }\n            break;\n        case SepType::INEQ:\n            if (signbit(ygap)) {\n                ss << src << \" \" << tgt << \" \" << ygtStr << \" N >= \" << nygapStr << \"\\n\";\n            } else {\n                ss << src << \" \" << tgt << \" \" << ygtStr << \" S >= \" << ygapStr << \"\\n\";\n            }\n            break;\n        case SepType::NONE:\n            ss << src << \" \" << tgt << \" C X == 0\\n\";\n            break;\n        }\n    }\n    // Horizontally aligned\n    else if (ygt == GapType::CENTRE && yst == SepType::EQ && ygap == 0) {\n        switch(xst) {\n        case SepType::EQ:\n            switch(xgt) {\n            case GapType::CENTRE:\n                if (xgap < 0) {\n                    ss << src << \" \" << tgt << \" C W == \" << nxgapStr << \"\\n\";\n                } else if (xgap > 0) {\n                    ss << src << \" \" << tgt << \" C E == \" << xgapStr << \"\\n\";\n                } else {\n                    throw std::runtime_error(\"Nodes and are constrained to coincide!\");\n                }\n                break;\n            case GapType::BDRY:\n                if (signbit(xgap)) {\n                    ss << src << \" \" << tgt << \" B W == \" << nxgapStr << \"\\n\";\n                } else {\n                    ss << src << \" \" << tgt << \" B E == \" << xgapStr << \"\\n\";\n                }\n                break;\n            }\n            break;\n        case SepType::INEQ:\n            if (signbit(xgap)) {\n                ss << src << \" \" << tgt << \" \" << xgtStr << \" W >= \" << nxgapStr << \"\\n\";\n            } else {\n                ss << src << \" \" << tgt << \" \" << xgtStr << \" E >= \" << xgapStr << \"\\n\";\n            }\n            break;\n        case SepType::NONE:\n            ss << src << \" \" << tgt << \" C Y == 0\\n\";\n            break;\n        }\n    }\n    // Anything else\n    else {\n        if (xst != SepType::NONE) {\n            string reln = xst == SepType::EQ ? \"==\" : \">=\";\n            if (signbit(xgap)) {\n                ss << src << \" \" << tgt << \" \" << xgtStr << \" L \" << reln << \" \" << nxgapStr << \"\\n\";\n            } else {\n                ss << src << \" \" << tgt << \" \" << xgtStr << \" R \" << reln << \" \" << xgapStr << \"\\n\";\n            }\n        }\n        if (yst != SepType::NONE) {\n            string reln = yst == SepType::EQ ? \"==\" : \">=\";\n            if (signbit(ygap)) {\n                ss << src << \" \" << tgt << \" \" << ygtStr << \" U \" << reln << \" \" << nygapStr << \"\\n\";\n            } else {\n                ss << src << \" \" << tgt << \" \" << ygtStr << \" D \" << reln << \" \" << ygapStr << \"\\n\";\n            }\n        }\n    }\n    return ss.str();\n}\n\nbool SepPair::hasConstraintInDim(vpsc::Dim dim) const {\n    return dim == vpsc::XDIM ? xst != SepType::NONE : yst != SepType::NONE;\n}\n\nvpsc::Constraint *SepPair::generateSeparationConstraint(const vpsc::Dim dim, const ColaGraphRep &cgr, SepMatrix *m, vpsc::Variables &vs) {\n    size_t left_ix, right_ix;\n    double gap;\n    bool equality = false;\n    if (dim == vpsc::XDIM) {\n        // x-dimension\n        // If no separation, there is nothing to do.\n        if (xst == SepType::NONE) return nullptr;\n        // If equality, set boolean accordingly.\n        if (xst == SepType::EQ) equality = true;\n        // Determine the indices of the left and right variables, and the gap.\n        if (signbit(xgap)) {\n            gap = -xgap;\n            left_ix = cgr.id2ix.at(tgt);\n            right_ix = cgr.id2ix.at(src);\n        } else {\n            gap = xgap;\n            left_ix = cgr.id2ix.at(src);\n            right_ix = cgr.id2ix.at(tgt);\n        }\n        // If it's a boundary gap, increase the gap by the average width of the two nodes,\n        // plus any global extra boundary gap value.\n        if (xgt == GapType::BDRY) gap += (cgr.rs[left_ix]->width()+cgr.rs[right_ix]->width())/2.0 + m->getExtraBdryGap();\n    } else {\n        // y-dimension\n        // If no separation, there is nothing to do.\n        if (yst == SepType::NONE) return nullptr;\n        // If equality, set boolean accordingly.\n        if (yst == SepType::EQ) equality = true;\n        // Determine the indices of the left and right variables, and the gap.\n        if (signbit(ygap)) {\n            gap = -ygap;\n            left_ix = cgr.id2ix.at(tgt);\n            right_ix = cgr.id2ix.at(src);\n        } else {\n            gap = ygap;\n            left_ix = cgr.id2ix.at(src);\n            right_ix = cgr.id2ix.at(tgt);\n        }\n        // If it's a boundary gap, increase the gap by the average height of the two nodes,\n        // plus any global extra boundary gap value.\n        if (ygt == GapType::BDRY) gap += (cgr.rs[left_ix]->height()+cgr.rs[right_ix]->height())/2.0 + m->getExtraBdryGap();\n    }\n    // If we make it this far, there must be a constraint.\n    // Allocate the constraint.\n    vpsc::Constraint *c = new vpsc::Constraint(vs[left_ix], vs[right_ix], gap, equality);\n    c->creator = m;\n    return c;\n}\n\nvoid SepMatrix::addSep(id_type id1, id_type id2, GapType gt, SepDir sd, SepType st, double gap) {\n    // Access the SepPair for the given Node IDs.\n    SepPair_SP &sp = getSepPair(id1, id2);\n    // Flip the separation if necessary.\n    if (sp->flippedRetrieval) gap = -gap;\n    // Add the separation.\n    sp->addSep(gt, sd, st, gap);\n}\n\nvoid SepMatrix::addFixedRelativeSep(id_type id1, id_type id2, double dx, double dy) {\n    // Access the SepPair for the given Node IDs.\n    SepPair_SP &sp = getSepPair(id1, id2);\n    // Flip the separations if necessary.\n    if (sp->flippedRetrieval) {\n        dx = -dx;\n        dy = -dy;\n    }\n    // Add the separations.\n    sp->addSep(GapType::CENTRE, SepDir::RIGHT, SepType::EQ, dx);\n    sp->addSep(GapType::CENTRE, SepDir::DOWN,  SepType::EQ, dy);\n}\n\nvoid SepMatrix::addFixedRelativeSep(id_type id1, id_type id2) {\n    Node_SP u = m_graph->getNode(id1),\n            v = m_graph->getNode(id2);\n    Point cu = u->getCentre(),\n          cv = v->getCentre();\n    double dx = cv.x - cu.x,\n           dy = cv.y - cu.y;\n    addFixedRelativeSep(id1, id2, dx, dy);\n}\n\nvoid SepMatrix::alignByEquatedCoord(id_type id1, id_type id2, vpsc::Dim eqCoord) {\n    if (eqCoord == vpsc::XDIM) vAlign(id1, id2);\n    else hAlign(id1, id2);\n}\n\nvoid SepMatrix::roundGapsUpward(void) {\n    m_extraBdryGap = std::ceil(m_extraBdryGap);\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            q.second->roundGapsUpAbs();\n        }\n    }\n}\n\nCardinalDir SepMatrix::getCardinalDir(id_type id1, id_type id2) const {\n    SepPair_SP sp = checkSepPair(id1, id2);\n    if (sp == nullptr) throw std::runtime_error(\"No constraint.\");\n    CardinalDir d = sp->getCardinalDir();\n    // Flip if necessary.\n    if (sp->flippedRetrieval) d = Compass::cardFlip(d);\n    return d;\n}\n\nvoid SepMatrix::getAlignedSets(std::map<id_type, std::set<id_type> > &hSets, std::map<id_type, std::set<id_type> > &vSets) const {\n    // We build two auxiliary Graphs: one where edges represent H-alignments, and one for V-alignments.\n    // Then the aligned sets are the connected components of these auxiliary Graphs.\n    Graph H, V;\n    for (auto p : m_graph->getNodeLookup()) {\n        Node_SP u = p.second;\n        GhostNode_SP g1 = u->makeGhost(),\n                     g2 = u->makeGhost();\n        g1->setMasquerade(true);\n        g2->setMasquerade(true);\n        H.addNode(g1, false);\n        V.addNode(g2, false);\n    }\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            SepPair_SP sp = q.second;\n            if (sp->isHAlign()) H.addEdge(sp->src, sp->tgt);\n            if (sp->isVAlign()) V.addEdge(sp->src, sp->tgt);\n        }\n    }\n    Graphs hComps = H.getConnComps(),\n           vComps = V.getConnComps();\n    for (Graph_SP C : hComps) {\n        NodesById nodes = C->getNodeLookup();\n        std::set<id_type> ids;\n        for (auto p : nodes) ids.insert(p.first);\n        for (id_type id : ids) hSets.insert({id, ids});\n    }\n    for (Graph_SP C : vComps) {\n        NodesById nodes = C->getNodeLookup();\n        std::set<id_type> ids;\n        for (auto p : nodes) ids.insert(p.first);\n        for (id_type id : ids) vSets.insert({id, ids});\n    }\n}\n\nbool SepMatrix::areHAligned(id_type id1, id_type id2) const {\n    SepPair_SP sp = checkSepPair(id1, id2);\n    if (sp == nullptr) return false;\n    // No need to flip.\n    return sp->isHAlign();\n}\n\nbool SepMatrix::areVAligned(id_type id1, id_type id2) const {\n    SepPair_SP sp = checkSepPair(id1, id2);\n    if (sp == nullptr) return false;\n    // No need to flip.\n    return sp->isVAlign();\n}\n\nvoid SepMatrix::transform(SepTransform tf) {\n    // Apply the transformation to every SepPair.\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            q.second->transform(tf);\n        }\n    }\n}\n\nvoid SepMatrix::transformClosedSubset(SepTransform tf, const std::set<id_type> &ids) {\n    // We take advantage of the fact that both the std::set giving the desired IDs,\n    // and the std::map with which our constraint lookup is implemented, are ordered.\n    // This makes our algorithm more efficient.\n    auto map_ptr1 = m_sparseLookup.begin();\n    auto map_end1 = m_sparseLookup.end();\n    auto set_ptr1 = ids.cbegin();\n    auto set_end = ids.cend();\n    while (map_ptr1 != map_end1 && set_ptr1 != set_end) {\n        id_type i = (*map_ptr1).first;\n        id_type a = *set_ptr1;\n        if (i > a) {\n            // The element in the set is less than that in the map.\n            // Advance the set pointer, but do not advance the map pointer.\n            ++set_ptr1;\n        } else {\n            if (i == a) {\n                // ID i belongs to the set.\n                auto i_lookup = (*map_ptr1).second;\n                auto map_ptr2 = i_lookup.begin();\n                auto map_end2 = i_lookup.end();\n                // Since second ID must be greater than the first, we can start looking\n                // through the set at set_ptr1 + 1.\n                // set iterators do not support \"+ 1\", but you can instead use\n                // std::next (thanks to https://stackoverflow.com/a/19946497)\n                auto set_ptr2 = std::next(set_ptr1);\n                while (map_ptr2 != map_end2 && set_ptr2 != set_end) {\n                    id_type j = (*map_ptr2).first;\n                    id_type b = *set_ptr2;\n                    if (j > b) {\n                        // The element in the set is less than that in the map.\n                        // Advance the set pointer, but do not advance the map pointer.\n                        ++set_ptr2;\n                    } else {\n                        if (j == b) {\n                            // ID j belongs to the set.\n                            // Both IDs are in the set, so we apply the transformation.\n                            SepPair_SP &sp = (*map_ptr2).second;\n                            sp->transform(tf);\n                        }\n                        // Whether or not we did anything, advance the map pointer.\n                        ++map_ptr2;\n                    }\n                }\n            }\n            // Whether or not we did anything, advance the map pointer.\n            ++map_ptr1;\n        }\n    }\n}\n\nvoid SepMatrix::transformOpenSubset(SepTransform tf, const std::set<id_type> &ids) {\n    // First pass: We partition the domain of the outer map into elements in the given\n    // set, and elements not in the given set.\n    // Elements in the set can actually be processed inline; elements outside the set\n    // must wait until later.\n    vector<id_type> out_of_set;\n    auto map_ptr1 = m_sparseLookup.begin();\n    auto map_end1 = m_sparseLookup.end();\n    auto set_ptr1 = ids.cbegin();\n    auto set_end = ids.cend();\n    // First pass, Part (a): before we run off the end of either the map or the set:\n    while (map_ptr1 != map_end1 && set_ptr1 != set_end) {\n        id_type i = (*map_ptr1).first;\n        id_type a = *set_ptr1;\n        if (i > a) {\n            // The element in the set is less than that in the map.\n            // We cannot decide set membership.\n            // Advance the set pointer, but do not advance the map pointer.\n            ++set_ptr1;\n        } else {\n            // The element in the set is >= that in the map.\n            // We can decide set membership.\n            if (i == a) {\n                // ID i belongs to the set. Transform every pair (i, j).\n                auto i_lookup = (*map_ptr1).second;\n                for (auto p : i_lookup) {\n                    SepPair_SP &sp = p.second;\n                    sp->transform(tf);\n                }\n            } else {\n                // ID i does not belong to the set.\n                out_of_set.push_back(i);\n            }\n            // In both cases, advance the map pointer.\n            ++map_ptr1;\n        }\n    }\n    // First pass, Part (b): if we exited part (a) because the set ended first, then all remaining\n    // elements in the domain of the map are not in the set.\n    while (map_ptr1 != map_end1) {\n        id_type i = (*map_ptr1).first;\n        out_of_set.push_back(i);\n        ++map_ptr1;\n    }\n    // Second pass: For elements i not in the set, transform only those pairs (i, j) for\n    // which j is in the set.\n    for (id_type i : out_of_set) {\n        auto i_lookup = m_sparseLookup[i];\n        auto map_ptr2 = i_lookup.begin();\n        auto map_end2 = i_lookup.end();\n        auto set_ptr2 = ids.cbegin();\n        while (map_ptr2 != map_end2 && set_ptr2 != set_end) {\n            id_type j = (*map_ptr2).first;\n            id_type b = *set_ptr2;\n            if (j > b) {\n                // The element in the set is less than that in the map.\n                // Advance the set pointer, but do not advance the map pointer.\n                ++set_ptr2;\n            } else {\n                if (j == b) {\n                    // ID j belongs to the set, so we apply the transformation.\n                    SepPair_SP &sp = (*map_ptr2).second;\n                    sp->transform(tf);\n                }\n                // Whether or not we did anything, advance the map pointer.\n                ++map_ptr2;\n            }\n        }\n    }\n}\n\nvoid SepMatrix::removeNode(id_type id) {\n    // We replace our sparse lookup map with a new one.\n    SparseIdMatrix2d<SepPair_SP>::type m;\n    // Iterate over the old lookup.\n    for (auto p : m_sparseLookup) {\n        // If first ID matches the given one, skip it entirely.\n        if (p.first == id) continue;\n        // Else initialise a map for this ID.\n        std::map<id_type, SepPair_SP> &mi = m[p.first];\n        // Iterate over the nested map.\n        for (auto q : p.second) {\n            // If second ID matches the given one, skip it.\n            if (q.first == id) continue;\n            // Else insert a copy of the pair in the new lookup.\n            mi.insert(q);\n        }\n    }\n    // Replace the old lookup.\n    // Since we use shared ptrs to our SepPairs, those among the old ones that\n    // lack shared ptrs in the new lookup will be destroyed automatically.\n    m_sparseLookup = m;\n}\n\nvoid SepMatrix::removeNodes(const NodesById &nodes) {\n    // We replace our sparse lookup map with a new one.\n    SparseIdMatrix2d<SepPair_SP>::type m;\n    // Iterate over the old lookup and the given \"set\" of nodes.\n    // (We treat it like a set; really we are using the first component of\n    //  the pairs contained in this map.)\n    auto map_ptr1 = m_sparseLookup.begin();\n    auto map_end1 = m_sparseLookup.end();\n    auto set_ptr1 = nodes.cbegin();\n    auto set_end = nodes.cend();\n    // Special case: If `nodes` is empty, then don't waste time copying the map.\n    if (set_ptr1 == set_end) return;\n    while (map_ptr1 != map_end1 && set_ptr1 != set_end) {\n        id_type i = (*map_ptr1).first;\n        id_type a = (*set_ptr1).first;\n        if (i > a) {\n            // The element in the set is less than that in the map.\n            // Advance the set pointer, but do not advance the map pointer.\n            ++set_ptr1;\n        } else {\n            // In all other cases we will advance the map pointer.\n            // However first we must consider the case in which i < a.\n            if (i < a) {\n                // ID i does not belong to the set.\n                // Initialise a map for this ID.\n                std::map<id_type, SepPair_SP> &mi = m[i];\n                // Iterate over the nested map.\n                auto i_lookup = (*map_ptr1).second;\n                auto map_ptr2 = i_lookup.begin();\n                auto map_end2 = i_lookup.end();\n                auto set_ptr2 = set_ptr1;\n                while (map_ptr2 != map_end2 && set_ptr2 != set_end) {\n                    id_type j = (*map_ptr2).first;\n                    id_type b = (*set_ptr2).first;\n                    if (j > b) {\n                        // The element in the set is less than that in the map.\n                        // Advance the set pointer, but do not advance the map pointer.\n                        ++set_ptr2;\n                    } else {\n                        if (j < b) {\n                            // ID j does not belong to the set.\n                            // Both IDs are outside the set, so we can keep this datum.\n                            mi.insert(*map_ptr2);\n                        }\n                        // Whether or not we did anything, advance the map pointer.\n                        ++map_ptr2;\n                    }\n                }\n                // If the set ended first, anything else in the map stays.\n                while (map_ptr2 != map_end2) {\n                    mi.insert(*map_ptr2);\n                    ++map_ptr2;\n                }\n            }\n            // Whether or not we did anything, advance the map pointer.\n            ++map_ptr1;\n        }\n    }\n    // If the set ended first, anything else in the map stays.\n    while (map_ptr1 != map_end1) {\n        m.insert(*map_ptr1);\n        ++map_ptr1;\n    }\n    // Replace the old lookup.\n    m_sparseLookup = m;\n}\n\nvoid SepMatrix::setSepPair(id_type id1, id_type id2, SepPair_SP sp) {\n    if (id1 >= id2) throw std::runtime_error(\"Bad ids for SepPair.\");\n    getSepPair(id1, id2) = sp;\n}\n\nvoid SepMatrix::setCorrespondingConstraints(SepMatrix &matrix) const {\n    // Get the lookup of nodes belonging to the other matrix's graph.\n    NodesById otherNodes = matrix.m_graph->getNodeLookup();\n    // Although this is a map, we will use it as a set, i.e. to test presence of\n    // Node IDs in the other graph.\n    // Accordingly we refer to \"set\" pointers below.\n    auto map_ptr1 = m_sparseLookup.cbegin();\n    auto map_end1 = m_sparseLookup.cend();\n    auto set_ptr1 = otherNodes.cbegin();\n    auto set_end = otherNodes.cend();\n    while (map_ptr1 != map_end1 && set_ptr1 != set_end) {\n        id_type i = (*map_ptr1).first;\n        id_type a = (*set_ptr1).first;\n        if (i > a) {\n            // The element in the set is less than that in the map.\n            // Advance the set pointer, but do not advance the map pointer.\n            ++set_ptr1;\n        } else {\n            if (i == a) {\n                // ID i belongs to the other graph.\n                auto i_lookup = (*map_ptr1).second;\n                auto map_ptr2 = i_lookup.begin();\n                auto map_end2 = i_lookup.end();\n                // Since second ID must be greater than the first, we can start looking\n                // through the set at set_ptr1 + 1.\n                auto set_ptr2 = std::next(set_ptr1);\n                while (map_ptr2 != map_end2 && set_ptr2 != set_end) {\n                    id_type j = (*map_ptr2).first;\n                    id_type b = (*set_ptr2).first;\n                    if (j > b) {\n                        // The element in the set is less than that in the map.\n                        // Advance the set pointer, but do not advance the map pointer.\n                        ++set_ptr2;\n                    } else {\n                        if (j == b) {\n                            // ID j belongs to the other graph.\n                            // Since both IDs belong to the other graph, we can set this constraint.\n                            SepPair_SP sp = (*map_ptr2).second;\n                            matrix.setSepPair(i, j, sp);\n                        }\n                        // Whether or not we did anything, advance the map pointer.\n                        ++map_ptr2;\n                    }\n                }\n            }\n            // Whether or not we did anything, advance the map pointer.\n            ++map_ptr1;\n        }\n    }\n}\n\nstring SepMatrix::writeTglf(std::map<id_type, unsigned> id2ext) const {\n    std::ostringstream ss;\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            SepPair_SP &sp = q.second;\n            string s = sp->writeTglf(id2ext, *this);\n            if (!s.empty()) ss << s;\n        }\n    }\n    return ss.str();\n}\n\nSepPair_SP &SepMatrix::getSepPair(id_type id1, id_type id2) {\n    if (id1 == id2) {\n        throw std::runtime_error(\"Cannot set a constraint between a node and itself.\");\n    } else if (id1 < id2) {\n        SepPair_SP &sp = m_sparseLookup[id1][id2];\n        if (sp == nullptr) {\n            sp = std::make_shared<SepPair>();\n            sp->src = id1;\n            sp->tgt = id2;\n            sp->flippedRetrieval = false;\n        }\n        return sp;\n    } else { // id2 < id1\n        SepPair_SP &sp = m_sparseLookup[id2][id1];\n        if (sp == nullptr) {\n            sp = std::make_shared<SepPair>();\n            sp->src = id2;\n            sp->tgt = id1;\n            sp->flippedRetrieval = true;\n        }\n        return sp;\n    }\n}\n\nSepPair_SP SepMatrix::checkSepPair(id_type id1, id_type id2) const {\n    if (id1 == id2) {\n        return nullptr;\n    } else {\n        bool flipped = id2 < id1;\n        id_type idSmall = flipped ? id2 : id1,\n                idLarge = flipped ? id1 : id2;\n        auto it = m_sparseLookup.find(idSmall);\n        if (it == m_sparseLookup.end()) {\n            return nullptr;\n        } else {\n            auto m = (*it).second;\n            auto jt = m.find(idLarge);\n            if (jt == m.end()) {\n                return nullptr;\n            } else {\n                SepPair_SP sp = (*jt).second;\n                sp->flippedRetrieval = flipped;\n                return sp;\n            }\n        }\n    }\n}\n\nvoid SepMatrix::free(id_type id1, id_type id2) {\n    if (id1 == id2) {\n        // There is nothing to do.\n        return;\n    } else if (id2 < id1) {\n        // Swap so id1 is smaller.\n        std::swap(id1, id2);\n    }\n    // Under id1, erase the entry for id2 (if any).\n    // Since SepPairs are stored via shared pointers, we need not worry\n    // about whether to delete the SepPair.\n    // This is cruicially important in cases where a copy of a Graph has\n    // been made, and one copy wants to free a constraint /without/ depriving\n    // the other Graph of that constraint. This is a good example of a true shared resource.\n    m_sparseLookup[id1].erase(id2);\n}\n\n// ------------------------------------------------------------------\n// cola::CompoundConstraint interface\n\nvoid SepMatrix::generateVariables(const vpsc::Dim dim, vpsc::Variables &vars) {\n    COLA_UNUSED(dim);\n    COLA_UNUSED(vars);\n}\n\nvoid SepMatrix::generateSeparationConstraints(const vpsc::Dim dim,\n        vpsc::Variables &vs, vpsc::Constraints &cs, vpsc::Rectangles &bbs) {\n    COLA_UNUSED(bbs);\n    ColaGraphRep &cgr = m_graph->getColaGraphRep();\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            SepPair_SP &sp = q.second;\n            vpsc::Constraint *c = sp->generateSeparationConstraint(dim, cgr, this, vs);\n            if (c != nullptr) cs.push_back(c);\n        }\n    }\n}\n\nstring SepMatrix::toString(void) const {\n    std::ostringstream ss;\n    ss << \"Separation Matrix\\n\";\n    return ss.str();\n}\n\nvoid SepMatrix::markAllSubConstraintsAsInactive(void) {\n    // We take advantage of this opportunity to refresh our list of subconstraint infos, since\n    // new SepPairs may have been added to the SepMatrix.\n    // First clean up.\n    for (cola::SubConstraintInfo *info : _subConstraintInfo) delete info;\n    _subConstraintInfo.clear();\n    // Now populate with up to two infos for each of our SepPairs, one in each dimension.\n    for (auto p : m_sparseLookup) {\n        for (auto q : p.second) {\n            SepPair_SP &sp = q.second;\n            for (unsigned d = 0; d < 2; ++d) {\n                vpsc::Dim dim = (vpsc::Dim)d;\n                if (sp->hasConstraintInDim(dim)) {\n                    _subConstraintInfo.push_back(new SepPairSubConstraintInfo(sp, dim));\n                }\n            }\n        }\n    }\n    // And set the index to zero.\n    _currSubConstraintIndex = 0;\n}\n\ncola::SubConstraintAlternatives SepMatrix::getCurrSubConstraintAlternatives(vpsc::Variables vs[]) {\n    cola::SubConstraintAlternatives alternatives;\n    SepPairSubConstraintInfo *info = dynamic_cast<SepPairSubConstraintInfo*>(_subConstraintInfo[_currSubConstraintIndex]);\n    SepPair_SP sp = info->sp;\n    vpsc::Dim dim = info->dim;\n    ColaGraphRep &cgr = m_graph->getColaGraphRep();\n    vpsc::Constraint *c = sp->generateSeparationConstraint(dim, cgr, this, vs[dim]);\n    alternatives.push_back(cola::SubConstraint(dim, *c));\n    // The subconstraint stores its own copy of the vpsc::Constraint, so we can and must delete the original now.\n    delete c;\n    return alternatives;\n}\n\n// ------------------------------------------------------------------\n\nvoid SepCo::generateColaConstraints(const ColaGraphRep &cgr, cola::CompoundConstraints &ccs) {\n    unsigned l = cgr.id2ix.at(left->id()),\n             r = cgr.id2ix.at(right->id());\n    if (gap >= 0) {\n        ccs.push_back(new cola::SeparationConstraint(dim, l, r, gap, exact));\n    } else {\n        // A separation constraint with negative gap is realised using a combination of\n        // alignments and separations.\n        cola::AlignmentConstraint *alnL = new cola::AlignmentConstraint(dim, cgr.rs[l]->getCentreD(dim));\n        alnL->addShape(l, 0);\n        cola::AlignmentConstraint *alnR = new cola::AlignmentConstraint(dim, cgr.rs[r]->getCentreD(dim) - gap);\n        alnR->addShape(r, gap);\n        cola::SeparationConstraint *sep = new cola::SeparationConstraint(dim, alnL, alnR, 0, exact);\n        ccs.push_back(alnL);\n        ccs.push_back(alnR);\n        ccs.push_back(sep);\n    }\n}\n\nCardinalDir SepCo::getDirecRelativeToNode(Node_SP baseNode) const {\n    if (baseNode == left) {\n        return dim == vpsc::HORIZONTAL ? CardinalDir::EAST : CardinalDir::SOUTH;\n    } else {\n        return dim == vpsc::HORIZONTAL ? CardinalDir::WEST : CardinalDir::NORTH;\n    }\n}\n\nvoid SepCo::addToMatrix(SepMatrix &matrix) const {\n    SepDir sd = dim == vpsc::HORIZONTAL ? SepDir::RIGHT : SepDir::DOWN;\n    SepType st = exact ? SepType::EQ : SepType::INEQ;\n    matrix.addSep(left->id(), right->id(), GapType::CENTRE, sd, st, gap);\n}\n\ndouble SepCo::violation(void) const {\n    Point lc = left->getCentre(),\n          rc = right->getCentre();\n    double vio = gap - (dim==vpsc::HORIZONTAL ? rc.x - lc.x : rc.y - lc.y);\n    if (vio < 0) vio = exact ? -vio : 0;\n    return vio;\n}\n\ncola::CompoundConstraints Projection::generateColaConstraints(const ColaGraphRep &cgr) {\n    cola::CompoundConstraints ccs;\n    for (SepCo_SP s : sepCoSet) {\n        s->generateColaConstraints(cgr, ccs);\n    }\n    return ccs;\n}\n\nvoid ProjSeq::addProjection(SepCoSet sepCos, vpsc::Dim dim) {\n    // Ensure monotonicity:\n    SepCoSet &finalSet = m_finalSets[dim];\n    finalSet.insert(sepCos.begin(), sepCos.end());\n    // Record new Projection.\n    Projection_SP proj = std::make_shared<Projection>(finalSet, dim);\n    m_projections.push_back(proj);\n}\n\nProjection_SP ProjSeq::nextProjection(void) {\n    Projection_SP next = nullptr;\n    if (m_ptr < m_projections.size()) {\n        next = m_projections[m_ptr++];\n    }\n    return next;\n}\n\nProjSeq &ProjSeq::operator+=(const ProjSeq &rhs) {\n    for (Projection_SP proj : rhs.m_projections) {\n        addProjection(proj->sepCoSet, proj->dim);\n    }\n    return *this;\n}\n\nProjSeq operator+(const ProjSeq &lhs, const ProjSeq &rhs) {\n    ProjSeq sum = lhs;\n    sum += rhs;\n    return sum;\n}\n\nSepCoSet ProjSeq::getAllConstraints(void) const {\n    SepCoSet all = m_finalSets.at(vpsc::XDIM);\n    const SepCoSet &ySet = m_finalSets.at(vpsc::YDIM);\n    all.insert(ySet.cbegin(), ySet.cend());\n    return all;\n}\n\ndouble ProjSeq::violation(void) const {\n    SepCoSet all = getAllConstraints();\n    double v = 0;\n    for (SepCo_SP sc : all) v += sc->violation();\n    return v;\n}\n\nstring SepCo::toString(void) const {\n    std::ostringstream ss;\n    ss << \"SepCo: \";\n    ss << (dim == vpsc::XDIM ? \"x\" : \"y\");\n    ss << \", u\" << left->id();\n    if (gap != 0) {\n        ss << \" + \" << gap;\n    }\n    ss << (exact ? \" == \" : \" <= \");\n    ss << \"u\" << right->id();\n    return ss.str();\n}\n\nstring Projection::toString(void) const {\n    std::ostringstream ss;\n    ss << \"Projection: \";\n    ss << (dim == vpsc::XDIM ? \"x\" : \"y\") << std::endl;\n    for (SepCo_SP sc : sepCoSet) {\n        ss << \"  \" << sc->toString() << std::endl;\n    }\n    return ss.str();\n}\n\nstring ProjSeq::toString(void) const {\n    std::ostringstream ss;\n    ss << \"ProjSeq:\" << std::endl;\n    for (Projection_SP p : m_projections) {\n        ss << p->toString() << std::endl;\n    }\n    return ss.str();\n}\n"
  },
  {
    "path": "cola/libdialect/constraints.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_CONSTRAINTS_H\n#define DIALECT_CONSTRAINTS_H\n\n#include <map>\n#include <set>\n#include <string>\n#include <vector>\n#include <utility>\n#include <memory>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/compound_constraints.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n\nnamespace dialect {\n\nclass Graph;\n\n// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n// SepMatrices\n\nenum class GapType {\n    //! Gap between the centres of two nodes:\n    CENTRE,\n    //! Gap between the opposite boundaries of two nodes:\n    BDRY\n};\n\nenum class SepDir {\n    //! Cardinal constraints imply both a separation and an alignment:\n    EAST, SOUTH, WEST, NORTH,\n    //! Lateral constraints imply only a separation:\n    RIGHT, DOWN, LEFT, UP\n};\n\nenum class SepType {\n    //! No constraint:\n    NONE,\n    //! An exact separation:\n    EQ,\n    //! A minimal separation:\n    INEQ\n};\n\nSepDir negateSepDir(SepDir sd);\n\nbool sepDirIsCardinal(SepDir sd);\n\nCardinalDir sepDirToCardinalDir(SepDir sd);\n\nSepDir cardinalDirToSepDir(CardinalDir dir);\n\nSepDir lateralWeakening(SepDir sd);\n\nSepDir cardinalStrengthening(SepDir sd);\n\nenum class SepTransform {\n    //! Rotate 90 degrees clockwise.\n    ROTATE90CW,\n    //! Rotate 90 degrees anticlockwise.\n    ROTATE90ACW,\n    //! Rotate 180 degrees.\n    ROTATE180,\n    //! Flip over vertical axis.\n    FLIPV,\n    //! Flip over horizontal axis.\n    FLIPH,\n    //! Flip over the \"main diagonal\" i.e. the axis whose slope is positive\n    //! in the graphics plane. This goes from upper left to lower right,\n    //! since in the graphics plane the positive y-axis points downward.\n    FLIPMD,\n    //! Flip over the \"off diagonal\".\n    FLIPOD\n};\n\nclass SepMatrix;\n\nstruct SepPair {\n    SepPair(void) : src(0), tgt(0), xgt(GapType::CENTRE), ygt(GapType::CENTRE), xst(SepType::NONE), yst(SepType::NONE), xgap(0.0), ygap(0.0) {}\n\n    id_type src;\n    id_type tgt;\n    GapType xgt;\n    GapType ygt;\n    SepType xst;\n    SepType yst;\n    double xgap;\n    double ygap;\n\n    //! String formatting precision for doubles, for writing TGLF:\n    unsigned tglfPrecision = 3;\n\n    //! Generally, clients do not interact directly with SepPairs; they interact with a SepMatrix.\n    //! They either want to set a constraint, or check for an existing constraint, FROM a node of\n    //! ID id1, TO a node if ID id2. (Constraints, in general, are directed.)\n    //!\n    //! However, the SepMatrix stores only an upper-triangular matrix of SepPairs, so that in every stored\n    //! SepPair, src < tgt. This is possible because every constraint has an opposite. However, this means that every\n    //! getter and setter method in the SepMatrix has to be wary of this fact, and when the retrieved\n    //! SepPair has been flipped relative to the given IDs (i.e. when src == id2 and tgt == id1), then\n    //! the getter/setter method has to flip the constraint before reporting/recording.\n    //!\n    //! The SepMatrix works in multiple layers. At the deepest layer is a pair of private methods -- getSepPair\n    //! and checkSepPair -- which are responsible for retrieving/allocating (getSepPair), and checking for\n    //! preexistence (checkSepPair). These are the only two methods that are ever to interact with the upper-triangular\n    //! storage matrix itself. Above this deepest layer is the layer of getter/setter methods, which are public and\n    //! for use by clients.\n    //!\n    //! As an aid to this design, the SepPair struct stores a 'flippedRetrieval' field. The field is set by the deep\n    //! layer methods, to report whether the SepPair is flipped relative to the given IDs. It is used by the public\n    //! layer methods when getting and setting, in order to know when the constraint needs to be flipped.\n    //! Clients must understand that, outside of this context, this field is meaningless!\n    bool flippedRetrieval = false;\n\n    //! @brief  Add a constraint.\n    //! @sa  addSep method of SepMatrix class\n    void addSep(GapType gt, SepDir sd, SepType st, double gap);\n    //! @brief  Apply a transformation.\n    void transform(SepTransform tf);\n    //! @brief  Check whether this SepPair represents a separation in a vertical cardinal compass direction.\n    bool isVerticalCardinal(void) const;\n    //! @brief  Check whether this SepPair represents a separation in a horizontal cardinal compass direction.\n    bool isHorizontalCardinal(void) const;\n    //! @brief  Check whether this SepPair represents a vertical alignment.\n    bool isVAlign(void) const;\n    //! @brief  Check whether this SepPair represents a horizontal alignment.\n    bool isHAlign(void) const;\n    //! @brief  Check whether this SepPair represents a separation in a cardinal compass direction.\n    bool isCardinal(void) const;\n    //! @brief  Get the cardinal direction of this separation.\n    //! @throws  Runtime exception if this separation is not cardinal.\n    //! @returns The cardinal direction.\n    CardinalDir getCardinalDir(void) const;\n    //! @brief  Round gaps upward in absolute value. Useful when trying to move nodes to integer coords.\n    //! \n    //! E.g., -2.3 goes to -3.0; 2.3 goes to 3.0.\n    void roundGapsUpAbs(void);\n    //! @brief  Write a representation of this constraint in the format of\n    //!         the SEPCO'S section of the TGLF file format.\n    //! @param[in] id2ext  Mapping from internal Node IDs to external IDs for the TGLF output.\n    std::string writeTglf(std::map<id_type, unsigned> id2ext, const SepMatrix &m) const;\n    //! @brief  Check whether there is a constraint in a given dimension.\n    bool hasConstraintInDim(vpsc::Dim dim) const;\n    //! @brief  Write the VPSC constraint in one dimension.\n    vpsc::Constraint *generateSeparationConstraint(const vpsc::Dim dim, const ColaGraphRep &cgr, SepMatrix *m, vpsc::Variables &vs);\n};\n\n//! Since each SepPair may represent up to two VPSC constraints (one in each dimension), we need a simple wrapper\n//! struct to represent each dimension.\nstruct SepPairSubConstraintInfo : public cola::SubConstraintInfo {\n    SepPairSubConstraintInfo(SepPair_SP sp, vpsc::Dim dim) : cola::SubConstraintInfo(0), sp(sp), dim(dim) {}\n    SepPair_SP sp = nullptr;\n    vpsc::Dim dim;\n};\n\n\nstatic const unsigned int PRIORITY_SEPMATRIX = cola::DEFAULT_CONSTRAINT_PRIORITY;\n\nclass SepMatrix : public cola::CompoundConstraint {\npublic:\n    //! @brief  Standard constructor.\n    //!\n    //! @note  A SepMatrix does not have a \"primary dimension\" in the sense of the\n    //!        cola::CompoundConstraint superclass, so we pass vpsc::UNSET for this.\n    SepMatrix(Graph *G) : cola::CompoundConstraint(vpsc::UNSET, PRIORITY_SEPMATRIX), m_graph(G) {\n        _combineSubConstraints = true;\n    }\n    //! @brief  No default constructor. There is always an associated Graph.\n    SepMatrix(void) = delete;\n    //! @brief  Copy constructor.\n    SepMatrix(const SepMatrix &m) = default;\n    //! @brief  Destructor.\n    ~SepMatrix(void) = default;\n    //! @brief  Add a constraint.\n    //!\n    //! @note   The specified separation is /added/ to any existing constraints\n    //!         between the two nodes. It overwrites anything with which it is\n    //!         in conflict, but leaves everything else intact. For example, if\n    //!         the second node was already constrained to lie UP and to the LEFT\n    //!         of the first, and then a RIGHT sep is added, then the second node\n    //!         will be constrained to lie UP and to the RIGHT of the first.\n    //!\n    //! @note   You cannot /remove/ a constraint using this method. If NONE is passed\n    //!         as the SepType, nothing happens.\n    //!\n    //! @param[in]  id1  The ID of the first node.\n    //! @param[in]  id2  The ID of the second node.\n    //! @param[in]  gt  The gap type (centre-to-centre, or between opposing boundaries).\n    //! @param[in]  sd  The direction of the separation from the first node\n    //!                 to the second node.\n    //! @param[in]  st  The type of the separation.\n    //! @param[in]  gap  The size of the separation.\n    void addSep(id_type id1, id_type id2, GapType gt, SepDir sd, SepType st, double gap);\n\n    //! @brief  Convenience method, for setting that particular type of cardinal separation that merely\n    //!         prevents overlap in the stated direction.\n    //! @sa SepMatrix::addSep\n    void setCardinalOP(id_type id1, id_type id2, dialect::CardinalDir dir) {\n        addSep(id1, id2, GapType::BDRY, (SepDir) dir, SepType::INEQ, 0.0);\n    }\n\n    //! @brief  Constrain two Nodes to sit at a fixed separation between their centre coordinates.\n    //!\n    //! @param[in]  id1  The ID of the first node, u.\n    //! @param[in]  id2  The ID of the second node, v.\n    //! @param[in]  dx   The desired fixed value for v.x - u.x (centre coordinates)\n    //! @param[in]  dy   The desired fixed value for v.y - u.y (centre coordinates)\n    void addFixedRelativeSep(id_type id1, id_type id2, double dx, double dy);\n\n    //! @brief  Constrain two Nodes to sit at their present exact separation.\n    //!\n    //! @param[in]  id1  The ID of the first node, u.\n    //! @param[in]  id2  The ID of the second node, v.\n    void addFixedRelativeSep(id_type id1, id_type id2);\n\n    //! @brief  Align a pair of nodes horizontally.\n    void hAlign(id_type id1, id_type id2) { addSep(id1, id2, GapType::CENTRE, SepDir::DOWN, SepType::EQ, 0); }\n\n    //! @brief  Align a pair of nodes vertically.\n    void vAlign(id_type id1, id_type id2) { addSep(id1, id2, GapType::CENTRE, SepDir::RIGHT, SepType::EQ, 0); }\n\n    //! @brief  Align a pair of nodes by saying which is the coordinate to be equated.\n    //! @param[in]  id1  The ID of the first node, u.\n    //! @param[in]  id2  The ID of the second node, v.\n    //! @param[in]  eqCoord  vpsc::Dim naming the coordinate to be equated. Thus XDIM means x-coords will\n    //!                      be equated, giving a vertical alignment; YDIM means y-coords will be equated,\n    //!                      giving a horizontal alignment.\n    void alignByEquatedCoord(id_type id1, id_type id2, vpsc::Dim eqCoord);\n\n    //! @brief  Free a pair of Nodes; i.e. remove the SepPair for these Nodes\n    //!         completely.\n    void free(id_type id1, id_type id2);\n\n    //! @brief  Clear all constraints.\n    //!\n    //! @note We do not destroy the SepPairs; we merely erase our pointers to them.\n    void clear(void) { m_sparseLookup.clear(); }\n\n    //! @brief  Set corresponding constraints in another SepMatrix.\n    //!\n    //!         This means that for each constraint between nodes of IDs id1 and id2 in this\n    //!         SepMatrix, we set that constraint in the other SepMatrix if and only if its\n    //!         underlying Graph contains Nodes of IDs id1 and id2.\n    //! @param[out] matrix  The other SepMatrix.\n    void setCorrespondingConstraints(SepMatrix &matrix) const;\n\n    //! @brief  Set a SepPair directly into another SepMatrix.\n    //! @param[in]  id1  The primary ID under which the SepPair is to be stored.\n    //! @param[in]  id2  The secondary ID under which the SepPair is to be stored.\n    //! @param[in]  sp  The SepPair to be stored.\n    //! @throws  Runtime error if id1 >= id2.\n    void setSepPair(id_type id1, id_type id2, SepPair_SP sp);\n\n    //! @brief  Apply a transformation to all Nodes.\n    void transform(SepTransform tf);\n    //! @brief  Apply a transformation to a closed subset of all Nodes.\n    //!\n    //! @param[in]  tf  the transformation to be performed\n    //! @param[in]  ids  the set of IDs of all Nodes to which the transformation\n    //!                  should be applied. /Both/ Nodes must be in the set.\n    //! @sa transformOpenSubset\n    void transformClosedSubset(SepTransform tf, const std::set<id_type> &ids);\n    //! @brief  Apply a transformation to an open subset of all Nodes.\n    //!\n    //! @param[in]  tf  the transformation to be performed\n    //! @param[in]  ids  the set of IDs of all Nodes to which the transformation\n    //!                  should be applied. /At least one/ Node must be in the set.\n    //! @sa transformClosedSubset\n    void transformOpenSubset(SepTransform tf, const std::set<id_type> &ids);\n    //! @brief  Remove all records for the Node of given ID.\n    void removeNode(id_type id);\n    //! @brief  Remove all records for the given Nodes.\n    void removeNodes(const NodesById &nodes);\n    //! @brief  Get the cardinal direction of the separation between two Nodes.\n    //! @param[in] id1  The ID of one of the Nodes.\n    //! @param[in] id2  The ID of the other Node.\n    //! @throws  Runtime exception if this separation is not cardinal.\n    //! @returns The cardinal direction.\n    CardinalDir getCardinalDir(id_type id1, id_type id2) const;\n    //! @brief  Determine which sets of nodes are aligned with one another.\n    //! @param[out] hSets  Will be populated with a lookup from Node ID to set of IDs of\n    //!                    all Nodes that are horizontally aligned with that one.\n    //! @param[out] vSets  Like hSets, only for vertical alignment.\n    void getAlignedSets(std::map<id_type, std::set<id_type>> &hSets,\n                        std::map<id_type, std::set<id_type>> &vSets) const;\n    //! @brief  Check whether two nodes are horizontally aligned.\n    bool areHAligned(id_type id1, id_type id2) const;\n    //! @brief  Check whether two nodes are vertically aligned.\n    bool areVAligned(id_type id1, id_type id2) const;\n    //! @brief  Write a representation of all constraints in the format of\n    //!         the SEPCO'S section of the TGLF file format.\n    //! @param[in] id2ext  Mapping from internal Node IDs to external IDs for the TGLF output.\n    std::string writeTglf(std::map<id_type, unsigned> id2ext) const;\n    //! @brief  Set the related Graph.\n    void setGraph(Graph *G) { m_graph = G; }\n    //! @brief  Get the Graph.\n    Graph *getGraph(void) { return m_graph; }\n    //! @brief  Round gaps up to next largest integer. Useful if desiring to move all nodes to\n    //!         integer coordaintes.\n    void roundGapsUpward(void);\n    //! @brief  Set a global value to be added onto the gap value for all GapType::BDRY constraints.\n    void setExtraBdryGap(double extraBdryGap) { m_extraBdryGap = extraBdryGap; }\n    double getExtraBdryGap(void) const { return m_extraBdryGap; }\n\n\n    //! We implement the interface of a cola::CompoundConstraint\n    void generateVariables(const vpsc::Dim dim, vpsc::Variables& vars);\n    void generateSeparationConstraints(const vpsc::Dim dim,\n            vpsc::Variables& vs, vpsc::Constraints& cs,\n            vpsc::Rectangles& bbs);\n    std::string toString(void) const;\n    void markAllSubConstraintsAsInactive(void);\n    cola::SubConstraintAlternatives getCurrSubConstraintAlternatives(vpsc::Variables vs[]);\n\nprivate:\n\n    //! In many cases it is useful to be able to set a global value to be added onto\n    //! the gap value for all GapType::BDRY gaps.\n    double m_extraBdryGap = 0.0;\n\n    //! Method for retrieving the SepPair for any pair of Node IDs.\n    //! This method should always be used IFF your intention is to set a new constraint\n    //! for the named pair. If you only want to CHECK any possibly existing constraint\n    //! for this pair, then you MUST use the checkSepPair method instead.\n    //! OTHERWISE YOU WILL ALLOCATE GARBAGE CONSTRAINTS THAT YOU DON'T WANT.\n    //!\n    //! In all cases, the matrix should never be accessed directly. Use one of these two methods.\n    //!\n    //! This method ensures two things: (1) that the smaller ID always\n    //! comes first, and (2) that the src and tgt IDs in the SepPair are always\n    //! set.\n    //!\n    //! Clients can check whether the IDs had to be flipped by checking whether\n    //! id1 equals the src ID in the returned SepPair.\n    SepPair_SP &getSepPair(id_type id1, id_type id2);\n\n    //! Method for checking any possibly existing constraint.\n    //! Returns nullptr if no SepPair is found.\n    //! Otherwise returns a COPY of the existing SepPair. This makes sense, because if your\n    //! intention is to in any way modify an existing constraint then you should NOT be using\n    //! this method.\n    //! This method will NOT allocate a new SepPair in the matrix under any circumstance.\n    SepPair_SP checkSepPair(id_type id1, id_type id2) const;\n\n    //! We don't mind using a raw pointer since (a) it is quite clear that a SepMatrix\n    //! will never be considered responsible for deleting its Graph, and (b) we see no\n    //! reasonable scenario in which we need to use a Graph's SepMatrix after the Graph\n    //! itself has been deleted.\n    Graph *m_graph;\n\n    //! We use a sparse data structure to record configured separations\n    //! between Nodes. It is sparse not because we want to save space but\n    //! because we don't want to have a fixed, rigid number of Nodes.\n    //! Format: smaller Node ID points to map in which larger Node ID points\n    //! to SepPair.\n    //!\n    //! In the SepPair, gap values always mean the gap from the Node of\n    //! smaller ID to the node of larger ID.\n    //!\n    //! For example, suppose for Nodes 4 and 17 we have the SepPair,\n    //!\n    //!         xtype == SepType::INEQ\n    //!         ytype == SepType::EQ\n    //!         xgap == -200\n    //!         ygap == 0\n    //!\n    //! This means that Node 17 is configured to lie due West of Node 4,\n    //! at a distance of at least 200.\n    SparseIdMatrix2d<SepPair_SP>::type m_sparseLookup;\n};\n\n\n// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n// SepCos, Projections, ProjSeqs\n\n\n//! Simple struct to represent separation constraints in one dimension, in terms\n//! of Nodes (rather than Rectangle indices).\n//!\n//! Also supports separation constraints with negative gaps (unlike VPSC).\n//! Such constraints are perhaps better called \"containment constraints\". To illustrate,\n//! in the figure below\n//!\n//!             ---\n//!            | a |  ------|\n//!             ---         |\n//!                         |\n//!             ---         |\n//!            | b |        |\n//!             ---         |\n//!\n//!\n//! the separation constraint b.x - 100 <= a.x might mean that node b is constrained to\n//! stay to the left of the dashed line (which moves with node a).\n//!\nstruct SepCo {\n\n    //! @brief  Standard constructor\n    //! @param[in] dim  The dimension in which the constraint acts.\n    //! @param[in] left  The lefthand Node (i.e. the one with smaller coordinate)\n    //! @param[in] right  The righthand Node (i.e. the one with larger coordinate)\n    //! @param[in] gap  The desired gap between the centres of the Nodes\n    //! @param[in] exact  Says whether the gap is exact or a minimum.\n    SepCo(vpsc::Dim dim, Node_SP left, Node_SP right, double gap, bool exact=false)\n        : dim(dim), left(left), right(right), gap(gap), exact(exact) {}\n\n    //! @brief  Allocate cola::CompoundConstraints to represent this SepCo.\n    //! @param[in] cgr  A ColaGraphRep so that Node Id's can be mapped to Rectangle indices.\n    //! @param[out] ccs  A CompoundConstraints vector to which to add pointers to the allocated\n    //!                  constraints.\n    void generateColaConstraints(const ColaGraphRep &cgr, cola::CompoundConstraints &ccs);\n\n    //! @brief  Determine the constrained direction from one Node to the other.\n    //! @param[in] baseNode  The Node relative to which the direction is understood.\n    //! @return A CardinalDir giving the direction from baseNode to the other node.\n    CardinalDir getDirecRelativeToNode(Node_SP baseNode) const;\n\n    //! @brief  Add this constraint to a SepMatrix.\n    void addToMatrix(SepMatrix &matrix) const;\n\n    //! @brief  Determine the extent to which this separation constraint is currently violated.\n    double violation(void) const;\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\n    vpsc::Dim dim;\n    Node_SP left;\n    Node_SP right;\n    double gap;\n    bool exact;\n};\n\ntypedef std::shared_ptr<SepCo> SepCo_SP;\ntypedef std::set<SepCo_SP> SepCoSet;\ntypedef std::vector<SepCoSet> SepCoSets;\n\n//! A Projection represents a set of constraints (given by SepCos), together\n//! with a dimension in which to project.\nstruct Projection{\n\n    //! @brief  Standard constructor.\n    //! @param[in] s  The set of SepCos onto which to project.\n    //! @param[in] d  The dimension in which to project.\n    Projection(SepCoSet s, vpsc::Dim d) : sepCoSet(s), dim(d) {}\n\n    //! @brief  Check how many SepCos are in the projection.\n    size_t size(void) { return sepCoSet.size(); }\n\n    //! @brief  Build a vector of cola CompoundConstraints representing the constraints\n    //!         in this Projection.\n    //! @param[in] cgr  A ColaGraphRep so that Node Id's can be mapped to Rectangle indices.\n    cola::CompoundConstraints generateColaConstraints(const ColaGraphRep &cgr);\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\n    SepCoSet sepCoSet;\n    vpsc::Dim dim;\n};\ntypedef std::shared_ptr<Projection> Projection_SP;\ntypedef std::vector<Projection_SP> Projections;\n\n//! Projection Sequence. Manages a sequence of VPSC projections onto a monotonially\n//! increasing set of separation constraints.\nclass ProjSeq {\npublic:\n\n    //! @brief  Default constructor.\n    ProjSeq(void) {\n        // Initialize an empty final set in each dimension.\n        m_finalSets[vpsc::XDIM];\n        m_finalSets[vpsc::YDIM];\n    }\n\n    //! @brief  Add a new set of SepCos, ensuring monotonicity by uniting with\n    //!         the previous set of constraints in the same dimension, if any.\n    //! @param[in] SepCos  The new set of SepCos to be added.\n    //! @param[in] dim  The dimension in which the new set is to operate.\n    void addProjection(SepCoSet sepCos, vpsc::Dim dim);\n\n    //! @brief  Get the next Projection, if any.\n    //! @return  The next Projection if there is another one, else nullptr.\n    Projection_SP nextProjection(void);\n\n    //! @brief  Note a stress change.\n    void noteStresschange(double dS) { m_dSes.push_back(dS); }\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\n    //! @brief  When another ProjSeq is added to this one, we simply add each\n    //!         Projection from the other one to this one, as usual. Thus is\n    //!         monotonicity maintained, and this ProjSeq's pointer is left in place.\n    ProjSeq &operator+=(const ProjSeq &rhs);\n\n    //! @brief  Get the set of all constraints, in both dimensions.\n    SepCoSet getAllConstraints(void) const;\n\n    //! @brief  Reset to start of sequence.\n    void reset(void) { m_ptr = 0; }\n\n    //! @brief  Sum the violations of all SepCos in the final sets.\n    double violation(void) const;\n\nprivate:\n    //! Sequence of Projections:\n    //! The sets of constraints should be monotonic by dimension; i.e. each one\n    //! should contain the last one that was in the same dimension.\n    Projections m_projections;\n    //! Sequence of stress changes:\n    std::vector<double> m_dSes;\n    //! Pointer to next constraint set to be applied:\n    size_t m_ptr = 0;\n    //! For maintaining monotonicity:\n    std::map<vpsc::Dim, SepCoSet> m_finalSets;\n};\n\n} // namespace dialect\n\n// Global Operators\ndialect::ProjSeq operator+(const dialect::ProjSeq &lhs, const dialect::ProjSeq &rhs);\n\n#endif // DIALECT_CONSTRAINTS_H\n"
  },
  {
    "path": "cola/libdialect/doc/description.doc",
    "content": "/*!\n\n\\if LIBDIALECT_DOC\n@mainpage libdialect: A library for computing human-like orthogonal network (DiAlEcT) layouts\n\\endif\n\\if ADAPTAGRAMS_DOC\n@page libdialect libdialect &mdash; Overview\n\\endif\n\nlibdialect is a cross-platform C++ library providing extensions to the libvpsc, libcola and libavoid libraries to support automatic generation of human-like orthogonal network (DiAlEcT) layouts via the following steps: D = Decompose/Distribute; A = Arrange; E = Expand/Emend; and T = Transform.\n\nlibdialect is part of the \n<a href=\"http://www.adaptagrams.org/\">Adaptagrams project</a>. \nThere are no official releases yet, though the code is stable and \navailable from the Adaptagrams \n<a href=\"https://github.com/mjwybrow/adaptagrams\">GitHub \nrepository</a>.\n\nThe API is documented using Doxygen.  The documentation you are currently \nreading can be obtained by running doxygen in the cola directory. \n\nlibdialect is written by \n<a href=\"http://skieffer.info\">Steve Kieffer</a> and\nmembers of <a href=\"http://ialab.it.monash.edu/\">Immersive Analytics Lab</a> at Monash University, Australia.\n\nIf you use libdialect, please cite the relevant paper.\n\nThe algorithms for Adaptive Constrained Alignment (ACA) are described in the following paper:\n-  Steve Kieffer, Tim Dwyer, Kim Marriott, and Michael Wybrow.  \n   \"Incremental grid-like layout using soft and hard constraints.\"   \n   In Graph Drawing 2013, pp. 448-459. Springer International Publishing, 2013.\n\nThe algorithms for  Human-like Orthogonal Layout (HOLA) are described in the following paper:\n-  Steve Kieffer, Tim Dwyer, Kim Marriott, and Michael Wybrow.  \n   HOLA: Human-like Orthogonal Network Layout.  \n   IEEE Transactions on Visualization and Computer Graphics 22, no. 1 (2016): 349-358.\n\n*/\n\n\n"
  },
  {
    "path": "cola/libdialect/edges.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <algorithm>\n#include <string>\n#include <sstream>\n#include <utility>\n#include <vector>\n#include <iterator>\n#include <cmath>\n\n#include \"libavoid/libavoid.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::max;\nusing std::min;\nusing std::string;\nusing std::vector;\nusing std::ostringstream;\n\nusing Avoid::Point;\nusing Avoid::ConnEnd;\nusing Avoid::ConnDirFlag;\n\nEdge_SP Edge::allocate(const Node_SP &src, const Node_SP &tgt) {\n    // Can't use make_shared since Edge constructor is private.\n    Edge_SP edge = Edge_SP(new Edge(src, tgt));\n    // Add the Edge to each of its endpoint Nodes.\n    src->addEdge(edge);\n    tgt->addEdge(edge);\n    return edge;\n}\n\nEdge::Edge(const Node_SP &src, const Node_SP &tgt) : m_ID(nextID++), m_src(src), m_tgt(tgt) {}\n\nNode_SP Edge::getOtherEnd(const Node &end1) const {\n    // We don't bother to check that end1 is actually an endpt.\n    // I can't think of any case where that would be a legitimate\n    // error. If you get this wrong, just fix it.\n    //\n    // We also don't bother to use our weak pointers' lock method;\n    // instead we assume you know what you're doing, and that if\n    // you're using this method you have an Edge whose endpoints\n    // still exist!\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    return end1.id() == sp_src->id() ? sp_tgt : sp_src;\n}\n\nvoid Edge::sever(void) {\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    sp_src->removeEdge(*this);\n    sp_tgt->removeEdge(*this);\n}\n\nBoundingBox Edge::getBoundingBox(void) const {\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    Point sc = sp_src->getCentre();\n    Point tc = sp_tgt->getCentre();\n    double sx = sc.x, sy = sc.y,\n           tx = tc.x, ty = tc.y,\n           x = min(sx, tx),\n           X = max(sx, tx),\n           y = min(sy, ty),\n           Y = max(sy, ty);\n    for (auto p : m_route) {\n        x = min(x, p.x);\n        X = max(X, p.x);\n        y = min(y, p.y);\n        Y = max(Y, p.y);\n    }\n    return BoundingBox(x, X, y, Y);\n}\n\nvoid Edge::addRoutePoint(double x, double y) {\n    m_route.emplace_back(x, y);\n}\n\nstring Edge::writeRouteTglf(void) const {\n    ostringstream tglf;\n    for (auto pt : m_route) {\n        tglf << \" \" << pt.x << \" \" << pt.y;\n    }\n    return tglf.str();\n}\n\nstd::pair<ConnEnd, ConnEnd> Edge::makeLibavoidConnEnds(Avoid::ConnDirFlags srcDirs, Avoid::ConnDirFlags tgtDirs) {\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    Point srcPt = sp_src->getCentre(),\n          tgtPt = sp_tgt->getCentre();\n    ConnEnd srcEnd(srcPt, srcDirs),\n            tgtEnd(tgtPt, tgtDirs);\n    return {srcEnd, tgtEnd};\n}\n\nvector<Point> Edge::getRoutePoints(void) const {\n    if (!m_route.empty()) return m_route;\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    vector<Point> line{sp_src->getCentre(), sp_tgt->getCentre()};\n    return line;\n}\n\nstring Edge::writeSvg(void) const {\n    // Get the route points.\n    vector<Point> route = getRoutePoints();\n    COLA_ASSERT(route.size() >= 2);\n    // Decide if it's an orthogonal route.\n    bool isOrtho = true;\n    Point prevPt = route.front();\n    for (auto it = route.begin() + 1; it != route.end(); ++it) {\n        Point pt = *it,\n               d = pt - prevPt;\n        if (d.x != 0 && d.y != 0) {\n            isOrtho = false;\n            break;\n        }\n        prevPt = pt;\n    }\n    string d = isOrtho ? writeRoundedOrthoConnectorData() : writePolylineConnectorData();\n    ostringstream ss;\n    ss << \"<path stroke=\\\"black\\\" stroke-width=\\\"1\\\" fill=\\\"none\\\" \";\n    ss << \"d=\\\"\" << d << \"\\\"/>\\n\";\n    return ss.str();\n}\n\nstring Edge::writePolylineConnectorData(void) const {\n    vector<Point> route = getRoutePoints();\n    COLA_ASSERT(route.size() >= 2);\n    ostringstream ss;\n    Point p = route.front();\n    ss << string_format(\"M %.2f,%.2f\", p.x, p.y);\n    for (auto it = route.begin() + 1; it != route.end(); ++it) {\n        Point p = *it;\n        ss << string_format(\"L %.2f,%.2f\", p.x, p.y);\n    }\n    return ss.str();\n}\n\nstring Edge::writeRoundedOrthoConnectorData(void) const {\n    vector<Point> route = getRoutePoints();\n    COLA_ASSERT(route.size() >= 2);\n    // Set basic curve radius\n    double cr0 = 10;\n    ostringstream ss;\n    Point p = route.front();\n    ss << string_format(\"M %.2f,%.2f\", p.x, p.y);\n    double a, b, cr;\n    for (auto it = route.begin() + 1; it != route.end() - 1; ++it) {\n        Point q = *it,\n              r = *(std::next(it));\n        if (q.y < p.y) {\n            //   q\n            //   |\n            //   p\n            a = fabs(p.y-q.y);\n            b = fabs(q.x-r.x);\n            cr = min({cr0,a/2,b/2});\n            ss << string_format(\" V %.2f\", q.y+cr);\n            if (r.x < q.x) {\n                // r -- q\n                //      |\n                //      p\n                ss << string_format(\" a %.2f,%.2f 0 0,0 %.2f,%.2f\", cr, cr, -cr, -cr);\n            } else {\n                // q -- r\n                // |\n                // p\n                ss << string_format(\" a %.2f,%.2f 0 0,1 %.2f,%.2f\", cr, cr, cr, -cr);\n            }\n        } else if (q.y > p.y) {\n            //   p\n            //   |\n            //   q\n            a = fabs(p.y-q.y);\n            b = fabs(q.x-r.x);\n            cr = min({cr0,a/2,b/2});\n            ss << string_format(\" V %.2f\", q.y-cr);\n            if (r.x < q.x) {\n                //      p\n                //      |\n                // r -- q\n                ss << string_format(\" a %.2f,%.2f 0 0,1 %.2f,%.2f\", cr, cr, -cr, cr);\n            } else {\n                // p\n                // |\n                // q -- r\n                ss << string_format(\" a %.2f,%.2f 0 0,0 %.2f,%.2f\", cr, cr, cr, cr);\n            }\n        } else if (q.x > p.x) {\n            //\n            // p -- q\n            //\n            a = fabs(p.x-q.x);\n            b = fabs(q.y-r.y);\n            cr = min({cr0,a/2,b/2});\n            ss << string_format(\" H %.2f\", q.x-cr);\n            if (r.y < q.y) {\n                //      r\n                //      |\n                // p -- q\n                ss << string_format(\" a %.2f,%.2f 0 0,0 %.2f,%.2f\", cr, cr, cr, -cr);\n            } else {\n                // p -- q\n                //      |\n                //      r\n                ss << string_format(\" a %.2f,%.2f 0 0,1 %.2f,%.2f\", cr, cr, cr, cr);\n            }\n        } else if (q.x < p.x) {\n            //\n            // q -- p\n            //\n            a = fabs(p.x-q.x);\n            b = fabs(q.y-r.y);\n            cr = min({cr0,a/2,b/2});\n            ss << string_format(\" H %.2f\", q.x+cr);\n            if (r.y < q.y) {\n                // r\n                // |\n                // q -- p\n                ss << string_format(\" a %.2f,%.2f 0 0,1 %.2f,%.2f\", cr, cr, -cr, -cr);\n            } else {\n                // q -- p\n                // |\n                // r\n                ss << string_format(\" a %.2f,%.2f 0 0,0 %.2f,%.2f\", cr, cr, -cr, cr);\n            }\n        }\n        p = q;\n    }\n    p = route.back();\n    ss << string_format(\"L %.2f,%.2f\", p.x, p.y);\n    return ss.str();\n}\n\nvoid Edge::setRoute(std::vector<Avoid::Point> route) {\n    m_route.clear();\n    m_route.reserve(route.size());\n    m_route.insert(m_route.begin(), route.begin(), route.end());\n}\n\nvoid Edge::rotate90cw(void) {\n    auto r = Compass::getInplaceRotationFunction(CardinalDir::EAST, CardinalDir::SOUTH);\n    for (Point &p : m_route) r(p);\n}\n\nvoid Edge::rotate90acw(void) {\n    auto r = Compass::getInplaceRotationFunction(CardinalDir::EAST, CardinalDir::NORTH);\n    for (Point &p : m_route) r(p);\n}\n\nvoid Edge::rotate180(void) {\n    auto r = Compass::getInplaceRotationFunction(CardinalDir::EAST, CardinalDir::WEST);\n    for (Point &p : m_route) r(p);\n}\n\nvoid Edge::translate(double dx, double dy) {\n    for (Point &p : m_route) {\n        p.x += dx;\n        p.y += dy;\n    }\n}\n\nvoid Edge::clearRouteAndBends(void) {\n    m_route.clear();\n    // Since we keep shared pointers to bend nodes, we need not destroy them.\n    m_bendNodes.clear();\n}\n\nvoid Edge::buildRouteFromBends(void) {\n    m_route.clear();\n    Node_SP sp_src(m_src);\n    Node_SP sp_tgt(m_tgt);\n    m_route.push_back(sp_src->getCentre());\n    for (Node_SP b : m_bendNodes) m_route.push_back(b->getCentre());\n    m_route.push_back(sp_tgt->getCentre());\n}\n"
  },
  {
    "path": "cola/libdialect/expansion.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <map>\n#include <set>\n#include <algorithm>\n#include <cmath>\n#include <sstream>\n#include <deque>\n#include <sstream>\n#include <stdexcept>\n#include <vector>\n#include <iterator>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/expansion.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::max;\nusing std::fabs;\n\nusing Avoid::Point;\n\nExpansionManager::ExpansionManager(TreePlacement_SP tp, vpsc::Dim primaryDim, double padding)\n    : m_tp(tp),\n      m_primaryDim(primaryDim)\n{\n    // Set padding.\n    if (padding < 0) {\n        padding = m_tp->getFace().getGraph()->getIEL()/4.0;\n    }\n    m_padding = padding;\n    // Determine axial and transverse dimensions.\n    m_axialDim = Compass::varDim.at(m_tp->getGrowthDir());\n    m_transDim = vpsc::conjugate(m_axialDim);\n    // Compute goals, first in the primary dimension...\n    computeGoals(m_primaryDim);\n    // ...and then in the complementary dimension.\n    computeGoals(vpsc::conjugate(m_primaryDim));\n}\n\nExpansionGoal_SP ExpansionManager::addGoalInDirec(CardinalDir dir) {\n    ExpansionGoal_SP g = std::make_shared<ExpansionGoal>(m_goalCounter++, m_tp, dir, m_padding);\n    m_goals.push_back(g);\n    return g;\n}\n\nvoid ExpansionManager::computeGoals(vpsc::Dim dim) {\n    CompassDir pdir = m_tp->getPlacementDir();\n    CardinalDir gdir = m_tp->getGrowthDir();\n    ExpansionGoals &goalsByDim = dim == m_primaryDim ? m_primaryDimGoals : m_secondaryDimGoals;\n    if (isTransverse(dim)) {\n        // For the transverse dimension, there is always just one goal, and it\n        // points in the same direction as the growth direction of the tree placement.\n        goalsByDim.push_back(addGoalInDirec(gdir));\n    } else {\n        // For the axial dimension, what we do depends on whether the placement direction is cardinal or ordinal.\n        if (Compass::isCardinal(pdir)) {\n            // Cardinal placement direction.\n            // Need two goals for axial sepcos, one in each direction.\n            CardinalDir cwdir = Compass::cardRotateCw90(gdir),\n                        acwdir = Compass::cardRotateAcw90(gdir);\n            goalsByDim.push_back(addGoalInDirec(cwdir));\n            goalsByDim.push_back(addGoalInDirec(acwdir));\n        } else {\n            // Ordinal placement direction.\n            // Need just one goal point for axial sepcos, in the direction which\n            // is the complement of the growth dir, w.r.t. the placement dir.\n            CardinalDirs comps = Compass::cardinalComponents(pdir);\n            CardinalDir compDir = comps[0] == gdir ? comps[1] : comps[0];\n            goalsByDim.push_back(addGoalInDirec(compDir));\n        }\n    }\n}\n\ndouble ExpansionManager::estimateCost(void) const {\n    std::map<vpsc::Dim, double> costByDim = estimateCostByDimension();\n    return costByDim.at(vpsc::XDIM) + costByDim.at(vpsc::YDIM);\n}\n\nstd::map<vpsc::Dim, double> ExpansionManager::estimateCostByDimension(void) const {\n    std::map<CardinalDir, double> costByDir = estimateCostByDirection();\n    std::map<vpsc::Dim, double> costByDim;\n    costByDim.insert({vpsc::XDIM, costByDir[CardinalDir::EAST] + costByDir[CardinalDir::WEST]});\n    costByDim.insert({vpsc::YDIM, costByDir[CardinalDir::SOUTH] + costByDir[CardinalDir::NORTH]});\n    return costByDim;\n}\n\nstd::map<vpsc::Dim, double> ExpansionManager::estimateCostByDimension2(void) const {\n    ExpansionGoals xGoals = m_primaryDim == vpsc::XDIM ? m_primaryDimGoals : m_secondaryDimGoals;\n    ExpansionGoals yGoals = m_primaryDim == vpsc::YDIM ? m_primaryDimGoals : m_secondaryDimGoals;\n    // We will not actually do any projections; just compute projection sequences.\n    bool doProject = false;\n    // XDIM\n    ProjSeq_SP psX = std::make_shared<ProjSeq>();\n    for (ExpansionGoal_SP g : xGoals) {\n        ContainedSegment_SP cs = g->computeContainedSegment(false);\n        cs->makeRoomForTreeNode(psX, doProject);\n    }\n    double xCost = psX->violation();\n    // YDIM\n    ProjSeq_SP psY = std::make_shared<ProjSeq>();\n    for (ExpansionGoal_SP g : yGoals) {\n        ContainedSegment_SP cs = g->computeContainedSegment(false);\n        cs->makeRoomForTreeNode(psY, doProject);\n    }\n    double yCost = psY->violation();\n    std::map<vpsc::Dim, double> costByDim{ {vpsc::XDIM, xCost}, {vpsc::YDIM, yCost} };\n    return costByDim;\n}\n\nstd::map<CardinalDir, double> ExpansionManager::estimateCostByDirection(void) const {\n    std::map<CardinalDir, double> costs;\n    // First we consider collateral expansion constraints, if any.\n    ProjSeq_SP ps0 = m_tp->getFace().computeCollateralProjSeq(m_tp, m_padding);\n    // For each direction in which these constraints act (relative to\n    // the root node of our TreePlacement), we want to know the maximum\n    // amount of violation in that direction. We set this as the cost in\n    // that direction.\n    // We also want to keep track of the directions addressed by collateral expansion,\n    // so we form a set for that.\n    std::set<CardinalDir> collateral_direcs;\n    // Get ahold of the root node.\n    Node_SP root = m_tp->getRootNode();\n    // Iterate over all constraints in the projection sequence.\n    SepCoSet sepCos = ps0->getAllConstraints();\n    for (SepCo_SP sc : sepCos) {\n        CardinalDir d = sc->getDirecRelativeToNode(root);\n        collateral_direcs.insert(d);\n        double v = sc->violation();\n        costs[d] = max(v, costs[d]);\n    }\n    // Now we also want to consider any of our goal segments that are in\n    // a direction other than one already addressed by collateral expansion\n    // (if any). The idea is that, as an estimate, we will guess that colatteral\n    // expansion will already buy enough room, in any direction in which it acts.\n    for (ExpansionGoal_SP eg : m_goals) {\n        CardinalDir d = eg->getDirec();\n        if (collateral_direcs.find(d) == collateral_direcs.end()) {\n            // In such a case we base our estimate on a comparison of the goal segment\n            // against the available space (i.e. the \"contained segment\").\n            // However, since the collateral expansion has only been /described/ (by the\n            // necessary constraints), and not actually /performed/, we need to ignore\n            // collateral tree boxes. This is because those tree boxes might currently\n            // obstruct the contained segment, giving a misrepresentation of the space\n            // that would likely become available were the collateral expansion\n            // actually to be performed.\n            bool ignoreCollateralTreeBoxes = true;\n            ContainedSegment_SP cs = eg->computeContainedSegment(ignoreCollateralTreeBoxes);\n            double sh = cs->measureShortage();\n            costs[d] = sh;\n        }\n    }\n    // Done.\n    return costs;\n}\n\nProjSeq_SP ExpansionManager::extendProjSeq(ProjSeq_SP ps0) {\n    // Start with the first goal.\n    ExpansionGoal_SP g0 = m_goals.front();\n    // Prepare the queue of remaining goals.\n    std::deque<ExpansionGoal_SP> remainingGoals(m_goals.size()-1);\n    std::copy(m_goals.begin()+1, m_goals.end(), remainingGoals.begin());\n    // Initiate the recursive expansion.\n    ProjSeq_SP ps1 = g0->tryExpansionRec(ps0, remainingGoals);\n    if (ps1) {\n        // Reset so can be applied again by client.\n        ps1->reset();\n    }\n    return ps1;\n}\n\n\nvoid ExpansionGoal::computeGoalSegmentEndpoints(Avoid::Point &p0, Avoid::Point &p1) {\n    CompassDir pdir = m_tp->getPlacementDir();\n    Node_SP root = m_tp->getRootNode();\n    // Base point on the boundary of the root node:\n    Point b = root->getBoundaryCompassPt(pdir);\n    // Centre point of root node:\n    Point r = root->getCentre();\n    // Extreme coords of tree box:\n    Node_SP treeBox = m_tp->buildTreeBox(m_padding);\n    dimensions td = treeBox->getDimensions();\n    Point t = treeBox->getCentre();\n    double w = td.first,\n           h = td.second,\n           x = r.x + t.x - w/2.0,\n           X = r.x + t.x + w/2.0,\n           y = r.y + t.y - h/2.0,\n           Y = r.y + t.y + h/2.0;\n    // possible goal coordinates:\n    double gx[3] = {x, b.x, X};\n    double gy[3] = {y, b.y, Y};\n    // p0 = b\n    p0.x = b.x;\n    p0.y = b.y;\n    // select p1 according to vector signs for our direction\n    Point sgn = Compass::vectorSigns((CompassDir)m_direc);\n    p1.x = gx[(int)sgn.x + 1];\n    p1.y = gy[(int)sgn.y + 1];\n}\n\nContainedSegment_SP ExpansionGoal::computeContainedSegment(bool ignoreCollateralTreeBoxes) {\n    // Start by constructing the closed and open boundary segments facing the direction of interest.\n    CardinalDir facingDir = Compass::cardFlip(m_direc);\n    LineSegments closedSegs, openSegs;\n    TreePlacement_SP ignoreTP = ignoreCollateralTreeBoxes ? m_tp : nullptr;\n    m_tp->getFace().buildBdrySegsFacingOneDir(facingDir, closedSegs, openSegs, ignoreTP);\n    // Build the endpoints of the goal segment.\n    Point p0, p1;\n    computeGoalSegmentEndpoints(p0, p1);\n    // Determine the constant and extreme coords.\n    double z, w0, w1;\n    bool isVertical = Compass::isVerticalCard(m_direc);\n    if (isVertical) {\n        z = p0.x; w0 = p0.y; w1 = p1.y;\n    } else {\n        z = p0.y; w0 = p0.x; w1 = p1.x;\n    }\n    // Build list of boundary segments that contain the goal segment's constant coord.\n    LineSegments segs(closedSegs.size() + openSegs.size());\n    auto it = std::copy_if(closedSegs.begin(), closedSegs.end(), segs.begin(), [z](const LineSegment_SP &seg)->bool{\n        return seg->closedIntervalIncludesCoord(z);\n    });\n    it = std::copy_if(openSegs.begin(), openSegs.end(), it, [z](const LineSegment_SP &seg)->bool{\n        return seg->openIntervalIncludesCoord(z);\n    });\n    segs.resize(it-segs.begin());\n    // Now suppose p2 is the point on the line segment (p0, p1) farthest from p0 but\n    // still inside the face. Then, for some w2 between w0 and w1, we have either p2 = (z, w2)\n    // (for vertical goal segs) or p2 = (w2, z) (for horizontal goal segs).\n    // Our task now is to compute w2.\n    // We initialize w2 to equal w1.\n    double w2 = w1,\n           d2 = fabs(w2 - w0),\n           e1 = w1 - w0;\n    // Then we look through the boundary segments and consider each one's constant coord wb.\n    // If wb is on the same side of w0 as w1 is, and if wb is closer to w0 than w2 is, this\n    // represents the nearest crossing found so far. So we set w2 = wb.\n    for (LineSegment_SP seg : segs) {\n        double wb = seg->getConstCoord(),\n               eb = wb - w0;\n        if (eb*e1 <= 0) {\n            // eb * e1 == 0 means eb == 0, i.e. we're considering a boundary segment that\n            // actually crosses through the base point. We don't want to consider those.\n            // eb * e1 < 0 means we're on the wrong side of the base point.\n            continue;\n        }\n        // If we make it this far, we have a line segment that is at least on the correct side\n        // of the base point. Now we need to check whether it is closer than w2.\n        double db = fabs(eb);\n        if (db < d2) {\n            // The segment is closer. So update the point w2, and its distance d2.\n            w2 = wb;\n            d2 = db;\n        }\n    }\n    // Having considered all possible crossing segments, we have found the contained segment.\n    Point localGoalPt(isVertical ? z : w2, isVertical ? w2 : z);\n    ContainedSegment_SP cs = std::make_shared<ContainedSegment>(m_id, p0, localGoalPt, p1, m_padding, m_tp, m_dim);\n    return cs;\n}\n\nProjSeq_SP ExpansionGoal::tryExpansionRec(ProjSeq_SP ps0, std::deque<ExpansionGoal_SP> &remainingGoals) {\n    // We need the ContainedSegment.\n    ContainedSegment_SP cs = computeContainedSegment();\n    // We use a fresh copy of the given projeciton sequence, so that it remains unaltered,\n    // and other expansions can be attempted with it.\n    ProjSeq_SP ps1 = std::make_shared<ProjSeq>(*ps0);\n    bool ok = cs->makeRoomForTreeNode(ps1);\n    if (!ok) {\n        return nullptr;\n    }\n    // Are there any further goals?\n    if (!remainingGoals.empty()) {\n        // If so, then recurse.\n        // Take the first remaining goal.\n        ExpansionGoal_SP g0 = remainingGoals.front();\n        remainingGoals.pop_front();\n        // Try the expansion, recursively.\n        ps1 = g0->tryExpansionRec(ps1, remainingGoals);\n    }\n    return ps1;\n}\n\n\nContainedSegment::ContainedSegment(unsigned goalID, Avoid::Point basept, Avoid::Point localGoalPt, Avoid::Point globalGoalPt,\n                 double padding, TreePlacement_SP tp, vpsc::Dim sepDim)\n    : goalID(goalID), basept(basept), localGoalPt(localGoalPt), globalGoalPt(globalGoalPt),\n      padding(padding), tp(tp), sepDim(sepDim),\n      localGoalSeg(basept, localGoalPt),\n      globalGoalSeg(basept, globalGoalPt) {}\n\n\ndouble ContainedSegment::measureShortage(void) const {\n    double excess = globalGoalSeg.length - localGoalSeg.length;\n    return excess < 0 ? 0 : excess;\n}\n\nstd::string ContainedSegment::toString(void) const {\n    std::ostringstream ss;\n    ss << \"ContainedSegment:\";\n    ss << \" from (\" << basept.x << \",\" << basept.y << \")\";\n    ss << \" to (\" << localGoalPt.x << \",\" << localGoalPt.y << \")\";\n    ss << \" toward (\" << globalGoalPt.x << \",\" << globalGoalPt.y << \")\";\n    return ss.str();\n}\n\nvoid ContainedSegment::addSepCoForPtAndNode(Avoid::Point &pt, Node_SP &node, dimensions nodeDims, SepCoSet &sepcos, Node_SP &treeBox) {\n\n    // Set a very small extra gap, just to ensure that boxes do not wind up being regarded\n    // as overlapping when only by a hair's breadth (and thereby engendering further expansion\n    // constraints that really aren't needed).\n    double extraGap = 1;\n\n    // Get root node of tree placement.\n    Node_SP root = tp->getRootNode();\n    // Determine dimension.\n    bool isVertGoalSeg = Compass::isVerticalCard(globalGoalSeg.direc);\n    // Determine on which side of the segment the given point lies.\n    int sign = localGoalSeg.ptOnWhichSide(pt);\n    // In all cases where we need this utility method, it is appropriate to simply do nothing\n    // in the case where the given pt turns out to lie on neither side of this segment (i.e. to\n    // lie in-line with it).\n    if (sign == 0) return;\n\n    // Determine the left and right nodes for the sep co.\n    Node_SP left  = sign == -1 ? node : root,\n            right = sign == -1 ? root : node;\n    // Compute the gap for the sep co.\n    Point treeCentre = treeBox->getCentre();\n    dimensions treeDims = treeBox->getDimensions();\n\n    double gap = isVertGoalSeg ? nodeDims.first/2.0  + treeDims.first/2.0  + sign*treeCentre.x :\n                          nodeDims.second/2.0 + treeDims.second/2.0 + sign*treeCentre.y;\n    gap += extraGap;\n\n    // Note: Due to sign term, the gap may be negative. However, we do want to support that case, and\n    // our SepCo class does support it.\n    SepCo_SP sc = std::make_shared<SepCo>(sepDim, left, right, gap);\n    sepcos.insert(sc);\n}\n\nbool ContainedSegment::makeRoomForTreeNode(ProjSeq_SP ps0, bool doProject) {\n    // We build a set of SepCos, add it to the projection sequence, and attempt to project.\n    SepCoSet sepcos;\n    // Get the tree box and root node.\n    Node_SP treeBox = tp->buildTreeBox(padding),\n            root = tp->getRootNode();\n    // We use open intervals.\n    bool openInterval = true;\n\n    // Phase 1: Sides\n    // Here we set up constraints between the root node and any of the Face's Sides that lie\n    // opposite the desired treebox.\n\n    // As we work, we build the set of all TreePlacements attached to any Sides with which we set up any\n    // constraints. This is in order to then remove these from consideration in Phase 2 below.\n    // Otherwise conflicting constraints may accidentally be set up.\n    std::set<TreePlacement_SP> sideTps;\n\n    // We can only work with obstacles that lie opposite the /local/ goal seg.\n    Sides sides = tp->getFace().getAllSidesOppositeSegment(localGoalSeg, openInterval);\n\n    for (Side_SP S : sides) {\n        // If the root node lies on the Side, then we need no constraints.\n        if (S->containsNode(root->id())) continue;\n        // Check any Node on the Side.\n        Node_SP someNode = S->firstNode();\n        // If it is aligned with the root node in the same dimension as the Side itself is aligned,\n        // then we cannot (and need not) set any constraints with this Side.\n        vpsc::Dim algnDim = S->getAlignmentDimension();\n        if (tp->rootIsAlignedWith(algnDim, someNode->id())) continue;\n\n        // We need to know the maximum thickness of the Side opposite the longer of the two segments,\n        // which is always the global goal segment.\n        double sideHalfWidth = S->halfWidthOppositeSegment(globalGoalSeg);\n        // If the Side is actually in-line with this segment, then we can't set up any constraint.\n        // This is okay, since a ContainedSegment in the other dimension can handle any overlap with\n        // such a Side.\n        if (sideHalfWidth == -1) continue;\n        // Otherwise get a point opposite the segment.\n        Point pt = S->getFirstPtOppositeSegment(localGoalSeg);\n\n        // We will set up a constraint with this Side by setting up a constraint between the\n        // TreePlacement's root node, and the random node ('someNode') we got earlier.\n        // But we need to set dummy dimensions for that node, so that its relevant half-dimension\n        // winds up being that of the Side in question, which we computed above.\n        double w = 2*sideHalfWidth;\n        dimensions dummyDims = {w, w};\n        // And now can add a separation constraint.\n        addSepCoForPtAndNode(pt, someNode, dummyDims, sepcos, treeBox);\n        // Having set up a constraint with this Side, we must remove all its attached TreePlacements\n        // from separate consideration.\n        const std::set<TreePlacement_SP> &tps = S->getTreePlacements();\n        sideTps.insert(tps.cbegin(), tps.cend());\n    }\n\n    // Phase 2: Tree boxes\n    // Here we set up constraints between the root node and any existing treeboxes in the Face,\n    // if they are not attached to any of the Sides we have already considered.\n\n    // Begin by getting the set of all TreePlacements in the Face.\n    std::set<TreePlacement_SP> allTps = tp->getFace().getSetOfAllTreePlacements();\n    // Subtract those that were attached to Sides with which we set up constraints.\n    std::set<TreePlacement_SP> tps;\n    std::set_difference(allTps.begin(), allTps.end(), sideTps.begin(), sideTps.end(), std::inserter(tps, tps.end()));\n    for (TreePlacement_SP tp1 : tps) {\n        // Determine whether the *unpadded* tree box lies opposite the local goal segment, and\n        // if so obtain some point that lies opposite.\n        Point pt;\n        double noPadding = 0;\n        bool liesOpposite = tp1->somePointOppositeSegment(localGoalSeg, pt, noPadding, openInterval);\n        // If it does not lie opposite the segment, then continue to the next case.\n        if (!liesOpposite) continue;\n        // Otherwise proceed.\n        // For computing the gap for the sepco, use the actual box node, which (a) should have been computed by\n        // now, and which (b) *does* include padding.\n        Node_SP nbrTreeBox = tp1->getBoxNode();\n        addSepCoForPtAndNode(pt, nbrTreeBox, nbrTreeBox->getDimensions(), sepcos, treeBox);\n    }\n\n    // Finally extend the projection sequence. Attempt to project if so requested; otherwise, simply\n    // assume feasible.\n    ps0->addProjection(sepcos, sepDim);\n    bool feasible = true;\n    if (doProject) {\n        feasible = tp->getFace().applyProjSeq(*ps0);\n    }\n    return feasible;\n}\n"
  },
  {
    "path": "cola/libdialect/expansion.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_EXPANSION_H\n#define DIALECT_EXPANSION_H\n\n#include <memory>\n#include <map>\n#include <string>\n#include <deque>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/ortho.h\"\n\nnamespace dialect {\n\nclass ExpansionGoal;\n\n/**\n * @brief The ExpansionManager class\n *\n    An instance of this class is meant to manage the generation of nonoverlap\n    constraints, when making room for a TreePlacement in a Face of a planar\n    orthogonal layout.\n\n    The idea is that we choose strategic \"goal points\" in the face, and compute\n    the line segments from the tree's attachment point to these goal points.\n    We can then use these line segments to determine the nonoverlap constraints\n    by pushing everything on one side of the line to one side, and everything\n    on the other side of the line to the other side.\n\n    A TreePlacement has both a \"placement direction\" dp, and a \"growth\n    direction\" dg. The former is any compass point, cardinal or ordinal, while\n    the latter must be cardinal. Expansion constraints are said to be \"axial\"\n    when they operate in the dimension to which dg belongs, and to be\n    \"transverse\" when they operate in the complementary dimension.\n    For example if dg is NORTH, then SepCo's in the y-dim are axial,\n    while those in the x-dim are transverse.\n\n    Similarly, goal points are called axial or transverse according to the type\n    of constraints they generate. If the placement direction dp is cardinal, then\n    there is one transverse goal point, and there are two axial goal poitns.\n    If the placement direction dp is ordinal, there there is one transverse and\n    one axial goal point.\n\n    For example, for a north-growing tree that was also placed north, see the\n    figure on the left, below. Rooted at the \"o\", the three goal points are marked\n    by \"a\", \"b\", \"c\". Goal point \"a\" is the one transverse goal point, since it will\n    generate expansion constraints operating left and right, i.e. in the x-dimension.\n    Meanwhile points \"b\" and \"c\" are the two axial goal points, since they will\n    generate expansion constraints operating up and down, i.e. in the y-dimension.\n\n                ---a---         a-------\n               |      |         |      |\n               |      |         |      |\n               c---o--b         o------b\n\n    The figure on the right shows the two goal points for a north-growing tree that\n    was placed north-east. Here there is one transverse goal point (\"a\"), and one\n    axial (\"b\").\n\n    For each goal point the ExpansionManager constructs an ExpansionGoal object,\n    which in turn uses the ContainedSegment class to generate expansion constraints.\n\n    Note: In an earlier version of HOLA (the Python version from 2015), this process\n    was much more complex, potentially considering many more goal points, spanning\n    face concavities. In those caes libavoid was used to find an orthogonal route\n    to the goal point, and the segments of the route were used to select the expansion\n    constraints. That system allowed us to consider all possible ways of expanding\n    a face. The present system is faster and simpler, and is deemed to produce\n    results of equal quality.\n */\nclass ExpansionManager {\npublic:\n    //! @brief  Standard constructor.\n    //! @param[in] tp  The TreePlacement for which expansion is required.\n    //! @param[in] primaryDim  The dimension in which to expand first.\n    //! @param[in] padding  Optional padding to add to tree boxes involved in the\n    //!                     expansion process. Leave negative for automatic setting\n    //!                     equal to one quarter of the ideal edge length of the\n    //!                     underlying graph.\n    ExpansionManager(TreePlacement_SP tp, vpsc::Dim primaryDim=vpsc::HORIZONTAL, double padding=-1);\n\n    //! @brief  Check whether a given dimension is axial w.r.t. this manager's placement.\n    bool isAxial(vpsc::Dim dim) { return dim == m_axialDim; }\n\n    //! @brief  Check whether a given dimension is transverse w.r.t. this manager's placement.\n    bool isTransverse(vpsc::Dim dim) { return dim == m_transDim; }\n\n    //! @brief  Estimate the cost of expanding.\n    double estimateCost(void) const;\n\n    //! @brief  Estimate the cost of expanding in each dimension.\n    //!         This method looks at the length of contained segments, and reports the\n    //!         sum of shortfalls.\n    std::map<vpsc::Dim, double> estimateCostByDimension(void) const;\n\n    //! @brief  Estimate the cost of expanding in each dimension.\n    //!         This method computes the initial separation constraints in each dimension and\n    //!         reports the sum of their violations.\n    std::map<vpsc::Dim, double> estimateCostByDimension2(void) const;\n\n    //! @brief  Estimate the cost of expanding in each cardinal direction.\n    std::map<CardinalDir, double> estimateCostByDirection(void) const;\n\n    //! @brief  Access the goals.\n    ExpansionGoals getGoals(void) { return m_goals; }\n\n    //! @brief  Extend a given projection sequence with those projections necessary\n    //!         to achieve all expansion goals of this manager.\n    //! @param[in] ps0  The given ProjSeq.\n    //! @return A new ProjSeq that extends the given one, or nullptr if any attempted\n    //!     projection is impossible.\n    ProjSeq_SP extendProjSeq(ProjSeq_SP ps0);\n\nprivate:\n\n    ExpansionGoal_SP addGoalInDirec(CardinalDir dir);\n    void computeGoals(vpsc::Dim dim);\n\n    TreePlacement_SP m_tp;\n    vpsc::Dim m_primaryDim;\n    double m_padding;\n    //! The axial dimension:\n    vpsc::Dim m_axialDim;\n    //! The transverse dimension:\n    vpsc::Dim m_transDim;\n    //! A counter, to enumerate goals:\n    unsigned m_goalCounter = 0;\n    //! Keep vector of goals:\n    ExpansionGoals m_goals;\n    ExpansionGoals m_primaryDimGoals;\n    ExpansionGoals m_secondaryDimGoals;\n};\n\nstruct ContainedSegment;\ntypedef std::shared_ptr<ContainedSegment> ContainedSegment_SP;\n\n/**\n * @brief The ExpansionGoal class\n *\n * Manages a single expansion goal point, as utilised by the ExpansionManager class.\n *\n */\nclass ExpansionGoal {\npublic:\n\n    //! @brief Standard constructor.\n    //!\n    //! @param[in] id  An ID for the goal (unique for the manager).\n    //! @param[in] tp  The TreePlacement in question.\n    //! @param[in] direc  The direction of the goal, from base point to goal point.\n    //! @param[in] padding  Padding for tree boxes.\n    ExpansionGoal(unsigned id, TreePlacement_SP tp, CardinalDir direc, double padding)\n        : m_id(id), m_tp(tp), m_direc(direc), m_padding(padding) {\n        // The generated SepCos will operate at right angles to the direction of this\n        // goal, i.e. in the constant dimension of this goal's direction.\n        m_dim = Compass::constDim.at(m_direc);\n    }\n\n    //! @brief  Compute the contained segment for this goal.\n    //!\n    //! @param[in] ignoreCollateralTreeBoxes  This is useful when we are interested in\n    //! computing estimates of expansion costs. At such times, we want to guess how long\n    //! the contained segment might be once any collateral tree boxes have been moved away\n    //! (but without actually doing the moving).\n    ContainedSegment_SP computeContainedSegment(bool ignoreCollateralTreeBoxes=false);\n\n    //! @brief  Get the direction of the goal.\n    CardinalDir getDirec(void) const { return m_direc; }\n\n    //! @brief  Try to expand, and work recursively, attempting all remaining goals.\n    //! @param[in] ps0  The projection sequence to be extended.\n    //! @param[in] remainingGoals  Deque of ExpansionGoals on which to recurse.\n    //! @return  The resulting projection sequence, in which all expansion goals\n    //!          have been achieved, or nullptr if any attempted projection is impossible.\n    ProjSeq_SP tryExpansionRec(ProjSeq_SP ps0, std::deque<ExpansionGoal_SP> &remainingGoals);\n\nprivate:\n\n    //! @brief  Compute the endpoints of the goal segment.\n    //! @param[out] p0  The base point.\n    //! @param[out] p1  The goal point.\n    void computeGoalSegmentEndpoints(Avoid::Point &p0, Avoid::Point &p1);\n\n    unsigned m_id;\n    TreePlacement_SP m_tp;\n    //! The direction from base point to goal point:\n    CardinalDir m_direc;\n    double m_padding;\n    //! The dimension in which the generated SepCos are to operate:\n    vpsc::Dim m_dim;\n};\n\nstruct ContainedSegment {\n\n    //! @brief  Standard constructor.\n    ContainedSegment(unsigned goalID, Avoid::Point basept, Avoid::Point localGoalPt, Avoid::Point globalGoalPt,\n                     double padding, TreePlacement_SP tp, vpsc::Dim sepDim);\n\n    //! @brief  Report the \"shortage\", i.e. the extent to which the global goal\n    //!         segment exceeds the local in length. Returns zero if this value\n    //!         would be negative.\n    double measureShortage(void) const;\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\n    //! @brief  Perform expansion, to make room for the tree node, extending a given\n    //!         projection sequence with the projections performed.\n    //! @param[in] ps0  The ProjSeq to be extended.\n    //! @param[in] doProject  Set false in order to do a 'trial' in which you only extend the given\n    //!                       ProjSeq, but do not actually project.\n    //! @return  false if any attempted projection is impossible; else true\n    bool makeRoomForTreeNode(ProjSeq_SP ps0, bool doProject = true);\n\n    //! Note the ID of the associated expansion goal:\n    unsigned goalID;\n    //! start of goal segment:\n    Avoid::Point basept;\n    //! end of goal segment:\n    Avoid::Point localGoalPt;\n    //! point at end of segment representing space needed by tree node:\n    Avoid::Point globalGoalPt;\n    //! padding for tree boxes:\n    double padding;\n    //! the TreePlacement in question:\n    TreePlacement_SP tp;\n    //! the dimension in which the generated SepCos are to operate:\n    vpsc::Dim sepDim;\n    //! LineSegment representing the local goal segment:\n    LineSegment localGoalSeg;\n    //! LineSegment representing the global goal segment:\n    LineSegment globalGoalSeg;\n\nprivate:\n    //! @brief  Utility method for building sepcos while making room for tree node:\n    //!\n    //! In all cases we wish to build a sep co between the tree box for our tree placement, and some other node.\n    //! However we may need to set up dummy dimensions for that node, and we need a point to tell us which node\n    //! is on which side.\n    //!\n    //! @param[in] pt  The point we use to determine which node is on which side.\n    //! @param[in] node  The node to be separated from the tree box.\n    //! @param[in] nodeDims  The dummy dimensions for the node.\n    //! @param[out] sepcos  The place where the generated sep co is to be recorded.\n    //! @param[in] treeBox  The tree box for our tree placement.\n    //!\n    //! @note If the point pt lies on the line of which this ContainedSegment is a subset, then we simply do nothing.\n    void addSepCoForPtAndNode(Avoid::Point &pt, Node_SP &node, dimensions nodeDims, SepCoSet &sepcos, Node_SP &treeBox);\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_EXPANSION_H\n"
  },
  {
    "path": "cola/libdialect/faces.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <list>\n#include <utility>\n#include <map>\n#include <vector>\n#include <memory>\n#include <limits>\n#include <string>\n#include <algorithm>\n#include <sstream>\n#include <set>\n#include <stdexcept>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/expansion.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nusing Avoid::Point;\n\nid_type Face::nextID = 0;\n\nFaceSet::FaceSet(Graph_SP &G)\n    : m_graph(G)\n{\n    // Compute the faces and identify the external one.\n    computeFaces();\n    identifyExternalFace();\n    // Index the faces by the IDs of the Nodes that belong to them.\n    for (Face_SP face : m_faces) {\n        for (Node_SP node : face->getNodeSeq()) {\n            m_facesByMemberNodeId[node->id()].insert(face);\n        }\n    }\n    // Compute aligned sets.\n    m_graph->getSepMatrix().getAlignedSets(m_hSets, m_vSets);\n}\n\n//! Face traversal code adapted from\n//!   http://mathoverflow.net/questions/23811/reporting-all-faces-in-a-planar-graph\n//! which in turn is an adaptation of a routine from SAGE:\n//!   http://www.sagemath.org/doc/reference/graphs/sage/graphs/generic_graph.html#sage.graphs.generic_graph.GenericGraph.faces\n//! \n//! As per discussion at the Mathoverflow page, it is a pretty simple idea:\n//!\n//!     \"I'll assume the graph is connected, and that you have the clockwise or\n//! counterclockwise ordering of the edges around each vertex. Then it's easy,\n//! given a directed edge e, to walk around the face whose counterclockwise boundary\n//! contains e. So make a list of all directed edges (i. e., two copies of each\n//! undirected edge). Pick one directed edge, walk counterclockwise around its face,\n//! and cross off all the directed edges you traverse. That's one face. Pick a\n//! directed edge you haven't crossed off yet and walk around its face the same way.\n//! Keep doing that until you've crossed off all of the edges. (Note that the\n//! \"counterclockwise\" boundary of the exterior unbounded face actually goes clockwise\n//! around the outside of the graph.)\"\nvoid FaceSet::computeFaces(void) {\n    // Build a list of directed edges, represented as ordered pairs of node\n    // IDs, with two directed edges per edge of the given graph G, one in\n    // each direction.\n    std::list<IdPair> edgeList;\n    for (auto pair : m_graph->getEdgeLookup()) {\n        Edge_SP &e = pair.second;\n        id_type s = e->getSourceEnd()->id(),\n                t = e->getTargetEnd()->id();\n        edgeList.push_back({s, t});\n        edgeList.push_back({t, s});\n\n    }\n    // Build the embedding, i.e. a map that looks like:\n    //     v1:[v2,v3], v2:[v1], v3:[v1]\n    // giving the clockwise ordering of neighbors at each vertex.\n    // (Here the vi are IDs of nodes.)\n    std::map<id_type, vector<id_type>> embedding;\n    for (auto pair : m_graph->getNodeLookup()) {\n        id_type uID = pair.first;\n        Node_SP &u = pair.second;\n        Nodes nbrs = u->getNeighboursCwCyclic();\n        vector<id_type> nbrIds;\n        nbrIds.reserve(nbrs.size());\n        for (Node_SP v : nbrs) nbrIds.push_back(v->id());\n        embedding[uID] = nbrIds;\n    }\n    // Initialise the first path.\n    vector<IdPair> path;\n    path.push_back(edgeList.front());\n    edgeList.pop_front();\n    // Trace the faces.\n    while (!edgeList.empty()) {\n        // Get the neighbour IDs of the target node of the final edge in the path.\n        IdPair finalEdge = path.back();\n        vector<id_type> nbrIds = embedding.at(finalEdge.second);\n        // The source node of the final edge is among these neighbours.\n        // Find its index in the clockwise order of neighbours, and decrement this\n        // (mod number of neighbours) in order to traverse the face in clockwise order.\n        size_t n = nbrIds.size(), i0 = n;\n        // Check: every node in the face should have at least two neighbours.\n        COLA_ASSERT(n >= 2);\n        for (size_t i = 0; i < n; ++i) {\n            if (nbrIds[i] == finalEdge.first) {\n                i0 = i;\n                break;\n            }\n        }\n        COLA_ASSERT(i0 != n);\n        // Since size_t can't be negative, we must add (n-1) rather that subtracting 1,\n        // which would fail in the case i0 == 0. Then we can reduce mod n.\n        size_t i1 = (i0 + n - 1) % n;\n        id_type nextNodeId = nbrIds[i1];\n        // For the next edge in the path.\n        IdPair nextEdge{finalEdge.second, nextNodeId};\n        // If it equals the first edge in the path, then we have finished traversing this face.\n        if (nextEdge == path.front()) {\n            // In this case it is time to build the Face, initialise it with the path,\n            // and record it.\n            Face_SP face = std::make_shared<Face>(m_graph);\n            face->initWithEdgeSeq(path);\n            m_faces.push_back(face);\n            // Then get the next path started.\n            path.clear();\n            path.push_back(edgeList.front());\n            edgeList.pop_front();\n        }\n        // Otherwise, add it to the current path, remove it from the list of remaining\n        // edges, and continue.\n        else {\n            path.push_back(nextEdge);\n            edgeList.remove(nextEdge);\n        }\n    }\n    // After exiting the main loop, we may have a nonempty path. In that case, build\n    // and record the last face based on it.\n    Face_SP face = std::make_shared<Face>(m_graph);\n    face->initWithEdgeSeq(path);\n    m_faces.push_back(face);\n}\n\nvoid FaceSet::identifyExternalFace(void) {\n    // We identify the external face and record it. We also set a flag in the external face\n    // to mark it as such.\n    // NB: We assume the graph is 4-planar orthogonal.\n    // Begin by grabbing any Node u of maximal x-coord.\n    Node_SP u = nullptr;\n    double max_x = std::numeric_limits<double>::min();\n    for (auto pair : m_graph->getNodeLookup()) {\n        Node_SP &v = pair.second;\n        Point p = v->getCentre();\n        if (p.x > max_x) {\n            u = v;\n            max_x = p.x;\n        }\n    }\n    COLA_ASSERT(u != nullptr);\n    // The node u cannot have any neighbour to the east. Therefore the node v following\n    // u in the clockwise traversal of the exterior face (which, remember, looks anticlockwise,\n    // except from the point of view of the point at infinity on the Riemann sphere) must be\n    // that which comes first in the anticlockwise ordering of u's neighbours starting with north.\n    // Since the degree of u is at least two, and it can have at most one south neighbour, it\n    // must have at least one neighbour among north and west. Therefore v is u's north neighbour\n    // if it has one, else u's west neighbour.\n    Node_SP west_nbr = nullptr,\n            north_nbr = nullptr;\n    for (Node_SP w : u->getNeighbours()) {\n        CardinalDir d = Compass::cardinalDirection(u, w);\n        if (d == CardinalDir::NORTH) {\n            north_nbr = w;\n            break;\n        } else if (d == CardinalDir::WEST) {\n            west_nbr = w;\n        }\n    }\n    Node_SP v = north_nbr == nullptr ? west_nbr : north_nbr;\n    COLA_ASSERT(v != nullptr);\n    // The external face is then the unique one containing the \"signature\" of u's ID followed\n    // by v's ID, in the clockwise traversal of its Nodes (considered cyclically).\n    vector<id_type> signature{u->id(), v->id()};\n    for (Face_SP F : m_faces) {\n        if (F->containsNodeIdSeq(signature)) {\n            F->m_isExternal = true;\n            m_externalFace = F;\n            break;\n        }\n    }\n}\n\nTreePlacements FaceSet::listAllPossibleTreePlacements(Tree_SP tree) {\n    // First find the \"core root\", i.e. the Node in the underlying Graph where\n    // the tree is supposed to reattach.\n    Node_SP coreRoot = m_graph->getNode(tree->getRootNodeID());\n    // Now get the vector of possible Faces, i.e. those Faces that contain this Node.\n    std::set<Face_SP> possibleFaces = m_facesByMemberNodeId.at(coreRoot->id());\n    // We can then ask each Face to generate all possible placements into it, and compile\n    // the results.\n    TreePlacements tps;\n    for (Face_SP F : possibleFaces) F->listAllPossibleTreePlacements(tps, tree, coreRoot);\n    // Inform each TreePlacement about the nodes that are aligned with its root node.\n    for (TreePlacement_SP tp : tps) {\n        Node_SP r = tp->getRootNode();\n        tp->setRootAligns(vpsc::XDIM, m_hSets.at(r->id()));\n        tp->setRootAligns(vpsc::YDIM, m_vSets.at(r->id()));\n    }\n    return tps;\n}\n\nTreePlacements FaceSet::getAllTreePlacements(void) {\n    TreePlacements tps;\n    for (Face_SP F : m_faces) F->getAllTreePlacements(tps);\n    return tps;\n}\n\nstd::map<CardinalDir, size_t> FaceSet::getNumTreesByGrowthDir(bool scaleBySize) const {\n    std::map<CardinalDir, size_t> counts;\n    for (Face_SP F : m_faces) F->getNumTreesByGrowthDir(counts, scaleBySize);\n    return counts;\n}\n\nstd::string Face::toString(void) const {\n    std::ostringstream ss;\n    ss << \"Face (\" << (m_isExternal ? \"ext\" : \"int\") << \"):\";\n    for (Node_SP u : m_nodeSeq) ss << \" \" << u->id();\n    return ss.str();\n}\n\nvoid Face::listAllPossibleTreePlacements(TreePlacements &tps, Tree_SP tree, Node_SP root) {\n    CompassDirs dirs = inwardDirsAvailable(root);\n    for (CompassDir dp : dirs) {\n        // If it is a cardinal placement direction, then the growth direction can only be the same.\n        // On the other hand, if it is an ordinal placement direction, then there are two growth directions\n        // to be considered; namely, the two cardinal components of the ordinal direction.\n        // Thus, for all directions, the Compass::cardinalComponents function returns exactly the vector\n        // of growth directions we wish to consider.\n        CardinalDirs dgs = Compass::cardinalComponents(dp);\n        for (CardinalDir dg : dgs) {\n            tps.push_back(std::make_shared<TreePlacement>(tree, *this, root, dp, dg));\n            // If the tree is not symmetrical, then we also consider the flipped version.\n            if (!tree->isSymmetrical()) tps.push_back(std::make_shared<TreePlacement>(tree, *this, root, dp, dg, true));\n        }\n    }\n}\n\nCompassDirs Face::inwardDirsAvailable(Node_SP node) {\n    // Prepare return value.\n    CompassDirs available;\n    // We will make use of the doubled anticlockwise compass.\n    const CompassDirs &allDirs = Compass::acwAllDoubled;\n    // The inward directions are identified by examining the \"neighbour pairs\" for the given Node.\n    // For each pair, we find the inward directions between them.\n    vector<std::pair<Node_SP, Node_SP>> nbrPairs = m_nbrPairs.at(node->id());\n    for (auto p : nbrPairs) {\n        Node_SP prev = p.first,\n                next = p.second;\n        /**\n         * Because of the way the faces are traced out, swinging from the previous\n         * node to the next one sweeps out an area of the /inside/ of this face\n         * when you go /anticlockwise/.\n         *\n         * Therefore if d0 is the compass direction from node to prev, and if d1\n         * is that from node to next, then the available directions are all those\n         * strictly between d0 and d1 /in the anticlockwise direction/.\n         *\n         * For example, if node --> prev points South while node --> next points\n         * West, then both East and North are available.\n         * But if node --> prev points East while node --> next points North, then\n         * only NE is available.\n         */\n        CompassDir d0 = (CompassDir) Compass::cardinalDirection(node, prev),\n                   d1 = (CompassDir) Compass::cardinalDirection(node, next);\n        size_t i = 0;\n        // Advance to direction d0:\n        while (allDirs[i] != d0) ++i;\n        // Advance one step beyond it:\n        ++i;\n        // Record the intervening directions.\n        while (allDirs[i] != d1) {\n            available.push_back(allDirs[i]);\n            ++i;\n        }\n    }\n    return available;\n}\n\n\nvoid Face::initWithEdgeSeq(const vector<IdPair> &edges) {\n    // Record the number of Nodes.\n    m_n = edges.size();\n    // Get the Nodes from the Graph.\n    m_nodeSeq.reserve(m_n);\n    for (IdPair p : edges) {\n        m_nodeSeq.push_back(m_graph->getNode(p.first));\n    }\n    computeNbrPairs();\n    computeSides();\n    buildNexes();\n}\n\nvoid Face::computeNbrPairs(void) {\n    // First pass: identify the indices at which each node occurs in the nodeseq.\n    std::map<id_type, vector<size_t>> indices;\n    for (size_t i = 0; i < m_n; ++i) {\n        Node_SP &u = m_nodeSeq[i];\n        indices[u->id()].push_back(i);\n    }\n    // Second pass: assemble the neighbour pairs.\n    Nodes &ns = m_nodeSeq;\n    size_t n = m_n;\n    for (Node_SP u : ns) {\n        vector<std::pair<Node_SP, Node_SP>> pairs;\n        vector<size_t> indices_for_node_u = indices[u->id()];\n        pairs.reserve(indices_for_node_u.size());\n        for (size_t i : indices_for_node_u) {\n            pairs.push_back({ns[(i+n-1)%n], ns[(i+1)%n]});\n        }\n        m_nbrPairs.insert({u->id(), pairs});\n    }\n}\n\nvoid Face::computeSides(void) {\n    // Get index of first bend.\n    size_t i0 = findIndexOfFirstBend();\n    // Prepare a node sequence starting from node i0, then\n    // cycling back around to i0 and including node i0 /again/.\n    // Then we know that a Side begins at the start of this sequence,\n    // and a Side ends at the end of it, and there is no Side between\n    // the last and first one.\n    Nodes ns;\n    ns.reserve(m_n + 1);\n    for (size_t i = i0; i < m_n; ++i) ns.push_back(m_nodeSeq[i]);\n    for (size_t i = 0; i < i0+1; ++i) ns.push_back(m_nodeSeq[i]);\n    // Initialise the loop. We will always be checking the direction from\n    // a Node u to a Node v. We start with the first two.\n    Node_SP u = ns[0], v = ns[1];\n    CardinalDir d0 = direc(u, v);\n    // We will be building the sequence of Nodes on a given Side.\n    Nodes nodesOnASide{u, v};\n    // Now consider all remaining Nodes.\n    for (size_t i = 2; i < m_n + 1; ++i) {\n        v = ns[i];\n        u = nodesOnASide.back();\n        CardinalDir d1 = direc(u, v);\n        if (d1 == d0) {\n            // Still on the same Side.\n            nodesOnASide.push_back(v);\n        } else {\n            // We're beginning a new Side.\n            // First construct and record the current one.\n            m_sides.push_back(std::make_shared<Side>(nodesOnASide, d0));\n            // Now begin the new one.\n            nodesOnASide = {u, v};\n            d0 = d1;\n        }\n    }\n    // Construct and record the final side.\n    m_sides.push_back(std::make_shared<Side>(nodesOnASide, d0));\n}\n\nvoid Face::buildNexes(void) {\n    // Build a Nexus for each Node.\n    for (Node_SP u : m_nodeSeq) m_nexesByNodeIds.insert({u->id(), std::make_shared<Nexus>(u)});\n    // Now add each Side to the Nexus for each Node it contains.\n    for (Side_SP S : m_sides) {\n        for (Node_SP v : S->getNodeSeq()) {\n            m_nexesByNodeIds.at(v->id())->addSide(S);\n        }\n    }\n}\n\nbool Face::containsNodeIdSeq(std::vector<id_type> idSeq) const {\n    if (idSeq.empty()) return true;  // vacuously true\n    id_type firstId = idSeq.front();\n    // Search for first ID.\n    size_t n = m_nodeSeq.size(), i0 = n;\n    for (size_t i = 0; i < n; ++i) {\n        const Node_SP &u = m_nodeSeq[i];\n        if (u->id() == firstId) {\n            i0 = i; break;\n        }\n    }\n    // If we didn't find the first Id, then we certainly do not have the whole sequence.\n    if (i0 == n) return false;\n    // Otherwise we check whether we have the remainder of the sequence.\n    size_t m = idSeq.size();\n    for (size_t j = 1; j < m; ++j) {\n        if (m_nodeSeq[(i0+j)%n]->id() != idSeq[j]) return false;\n    }\n    return true;\n}\n\nCardinalDir Face::direc(const Node_SP &u, const Node_SP &v) {\n    return m_graph->getSepMatrix().getCardinalDir(u->id(), v->id());\n}\n\nsize_t Face::findIndexOfFirstBend(void) {\n    // Prepare a vector of Nodes equal to our nodeSeq plus a \"wraparound\" node at each end.\n    Nodes loop(m_n + 2);\n    loop[0] = m_nodeSeq[m_n - 1];\n    loop[m_n+1] = m_nodeSeq[0];\n    auto it = ++loop.begin();\n    std::copy(m_nodeSeq.begin(), m_nodeSeq.end(), it);\n    // Now we can check for the first bend, using a sliding window of length 3.\n    for (size_t i = 0; i < m_n; ++i) {\n        Node_SP u = loop[i], v = loop[i+1], w = loop[i+2];\n        CardinalDir duv = direc(u, v),\n                    dvw = direc(v, w);\n        if (dvw != duv) return i;\n    }\n    // If we reach this point, we didn't find a bend. This should never happen, since every\n    // Face should have at least one bend.\n    COLA_ASSERT(false);\n}\n\nSides Face::getRelevantSidesForPlacement(TreePlacement_SP tp) const {\n    // Get the root node of the placement.\n    Node_SP root = tp->getRootNode();\n    // Get the Nexus representing that node.\n    Nexus_SP nexus = m_nexesByNodeIds.at(root->id());\n    // Get the intended placement direction.\n    CompassDir placementDir = tp->getPlacementDir();\n    // Ask the Nexus for the set of relevant Sides.\n    std::set<Side_SP> relevantSideSet = nexus->getNeighboursOfADirection(placementDir);\n    // We return a vector instead of a set.\n    Sides relevantSides(relevantSideSet.size());\n    std::copy(relevantSideSet.begin(), relevantSideSet.end(), relevantSides.begin());\n    return relevantSides;\n}\n\nvoid Face::insertTreeNode(TreePlacement_SP tp, double padding) {\n    // First ask the relevant Side object(s) to note the placement.\n    for (Side_SP S : getRelevantSidesForPlacement(tp)) S->addTreePlacement(tp);\n    // Now insert the tree node.\n    Node_SP treeNode = tp->buildTreeBox(padding),\n            rootNode = tp->getRootNode();\n    // The dimensions of the treeNode are already as we want them.\n    // However, its centre indicates only its displacement from the root node.\n    // We now need to translate this to absolute coordinates by adding this\n    // displacement to the coordinates of the root node.\n    Point ct = treeNode->getCentre(),\n          cr = rootNode->getCentre();\n    treeNode->setCentre(ct.x + cr.x, ct.y + cr.y);\n    // Now add the tree node to the graph.\n    m_graph->addNode(treeNode);\n    // Keep records.\n    id_type tid = treeNode->id(),\n            rid = rootNode->id();\n    m_treeNodes.insert({tid, treeNode});\n    m_treePlacementsByNodeIds[rid] = tp;\n    tp->recordBoxNode(treeNode);\n    // Constrain the tree node to sit beside the root node.\n    m_graph->getSepMatrix().addFixedRelativeSep(rid, tid, ct.x, ct.y);\n}\n\nProjSeq_SP Face::computeCollateralProjSeq(TreePlacement_SP tp, double padding) {\n    ProjSeq_SP ps = std::make_shared<ProjSeq>();\n    Sides sides = getRelevantSidesForPlacement(tp);\n    // Sanity check: should be exactly one or two relevant Sides:\n    size_t n = sides.size();\n    COLA_ASSERT(n == 1 || n == 2);\n    // Now simply extend the ProjSeq for each Side, and return the result.\n    for (Side_SP S : sides) *ps += *(S->computeCollateralProjSeq(tp, padding));\n    return ps;\n}\n\nbool Face::applyProjSeq(ProjSeq &ps) {\n    // When applying a projection sequence in order to expand a Face,\n    // we always want overlap prevention, including with aligned edges.\n    ColaOptions opts;\n    opts.preventOverlaps = true;\n    opts.solidifyAlignedEdges = true;\n    return m_graph->applyProjSeq(opts, ps);\n}\n\nProjSeq_SP Face::doCollateralExpansion(TreePlacement_SP tp, double padding) {\n    // Auto-infer padding if requested.\n    if (padding < 0) {\n        padding = m_graph->getIEL()/4.0;\n    }\n    ProjSeq_SP ps = computeCollateralProjSeq(tp, padding);\n    bool okay = applyProjSeq(*ps);\n    if (!okay) throw std::runtime_error(\"Infeasible collateral tree sep\");\n    return ps;\n}\n\nvoid Face::buildBdrySegsFacingOneDir(CardinalDir facingDir,\n                                     LineSegments &closedSegs, LineSegments &openSegs,\n                                     TreePlacement_SP ignoreTP) {\n\n    // Since a node may occur more than once in the traversal of a face, we keep\n    // a set of visited IDs.\n    std::set<id_type> visitedNodeIds;\n    // Are we going to be ignoring any tree boxes?\n    std::set<id_type> ignoreTreeBoxNodeIds;\n    if (ignoreTP != nullptr) {\n        Sides sides = getRelevantSidesForPlacement(ignoreTP);\n        for (Side_SP S : sides) {\n            for (Node_SP u : S->getNodeSeq()) {\n                ignoreTreeBoxNodeIds.insert(u->id());\n            }\n        }\n    }\n    // Begin building segments.\n    // Iterate over all Nodes in the Face.\n    for (size_t i = 0; i < m_n; ++i) {\n        // Grab next node, and the one following it, cyclically.\n        Node_SP u = m_nodeSeq[i],\n                v = m_nodeSeq[(i+1)%m_n];\n        // Consider the Edge from u to v.\n        // If it's perpendicular to the facing direction...\n        CardinalDir outdir = direc(u, v);\n        if (Compass::arePerpendicular(outdir, facingDir)) {\n            // ...then build a closed interval for it.\n            Point p0 = u->getBoundaryCompassPt((CompassDir)outdir),\n                  p1 = v->getBoundaryCompassPt((CompassDir)Compass::cardFlip(outdir));\n            closedSegs.push_back(std::make_shared<LineSegment>(p0, p1));\n        }\n        // Has node u been visited yet?\n        id_type uid = u->id();\n        if (visitedNodeIds.find(uid) == visitedNodeIds.end()) {\n            // If not then build an open interval for the facing side of the node box.\n            BoundingBox b = u->getBoundingBox();\n            openSegs.push_back(b.buildSideSegment(facingDir));\n            // If a tree box has been placed here, build an open interval for its facing side\n            // (unless we're supposed to ignore this one).\n            TreePlacement_SP tp = m_treePlacementsByNodeIds[uid];\n            if (tp != nullptr && ignoreTreeBoxNodeIds.find(uid) == ignoreTreeBoxNodeIds.end()) {\n                // We use *unpadded* tree boxes when considering where the boundary lies.\n                double padding = 0;\n                Node_SP treeBox = tp->buildTreeBox(padding);\n                // Translate relative to root node.\n                Point c = u->getCentre();\n                treeBox->translate(c.x, c.y);\n                // Get box and build segment.\n                BoundingBox b2 = treeBox->getBoundingBox();\n                openSegs.push_back(b2.buildSideSegment(facingDir));\n            }\n            // Note node u as visited.\n            visitedNodeIds.insert(uid);\n        }\n    }\n}\n\nProjSeq_SP Face::buildBestProjSeq(TreePlacement_SP tp, double padding,\n                                  bool doCostlierDimensionFirst, ExpansionEstimateMethod estimateMethod) {\n    // Save initial node positions.\n    m_graph->pushNodePositions();\n    // Start by removing any overlaps with collateral nodes.\n    ProjSeq_SP ps0 = doCollateralExpansion(tp, padding);\n    // Choose primary expansion dimension.\n    ExpansionManager em(tp, vpsc::XDIM, padding);\n    std::map<vpsc::Dim, double> costs;\n    switch(estimateMethod) {\n    case ExpansionEstimateMethod::SPACE:\n        costs = em.estimateCostByDimension();\n        break;\n    case ExpansionEstimateMethod::CONSTRAINTS:\n        costs = em.estimateCostByDimension2();\n        break;\n    }\n    double xEst = costs[vpsc::XDIM],\n           yEst = costs[vpsc::YDIM];\n    vpsc::Dim dim;\n    if (doCostlierDimensionFirst) {\n        dim = xEst > yEst ? vpsc::XDIM : vpsc::YDIM;\n    } else {\n        dim = xEst > yEst ? vpsc::YDIM : vpsc::XDIM;\n    }\n    // Expand.\n    ExpansionManager em2(tp, dim, padding);\n    ProjSeq_SP ps1 = em2.extendProjSeq(ps0);\n    if (ps1 == nullptr) {\n        // First try failed. Try again, with the other dimension as primary.\n        ExpansionManager em3(tp, vpsc::conjugate(dim), padding);\n        m_graph->popNodePositions();\n        m_graph->pushNodePositions();\n        // Can reuse `ps0`, since `ExpansionGoal::tryExpansionRec()` works\n        // with a fresh copy of it, leaving it unaltered.\n        ps1 = em3.extendProjSeq(ps0);\n    }\n    // Restore node positions and return.\n    m_graph->popNodePositions();\n    return ps1;\n}\n\nSides Face::getAllSidesOppositeSegment(LineSegment &seg, bool openInterval) const {\n    Sides sidesOpp(m_sides.size());\n    auto it = std::copy_if(m_sides.begin(), m_sides.end(), sidesOpp.begin(), [&seg, openInterval](const Side_SP &S)->bool {\n        return S->liesOppositeSegment(seg, openInterval);\n    });\n    sidesOpp.resize(it-sidesOpp.begin());\n    return sidesOpp;\n}\n\nTreePlacements Face::getAllTreePlacements(void) const {\n    TreePlacements tps;\n    tps.reserve(m_treePlacementsByNodeIds.size());\n    for (auto p : m_treePlacementsByNodeIds) {\n        TreePlacement_SP tp = p.second;\n        if (tp != nullptr) tps.push_back(tp);\n    }\n    return tps;\n}\n\nstd::set<TreePlacement_SP> Face::getSetOfAllTreePlacements(void) const {\n    std::set<TreePlacement_SP> tps;\n    for (auto p : m_treePlacementsByNodeIds) {\n        TreePlacement_SP tp = p.second;\n        if (tp != nullptr) tps.insert(tp);\n    }\n    return tps;\n}\n\nvoid Face::getAllTreePlacements(TreePlacements &tps) const {\n    for (auto p : m_treePlacementsByNodeIds) {\n        TreePlacement_SP tp = p.second;\n        if (tp != nullptr) tps.push_back(tp);\n    }\n}\n\nvoid Face::getNumTreesByGrowthDir(std::map<CardinalDir, size_t> &counts, bool scaleBySize) const {\n    TreePlacements tps = getAllTreePlacements();\n    for (auto tp : tps) {\n        CardinalDir dg = tp->getGrowthDir();\n        counts[dg] += scaleBySize ? tp->size() : 1;\n    }\n}\n"
  },
  {
    "path": "cola/libdialect/faces.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_FACES_H\n#define DIALECT_FACES_H\n\n#include <vector>\n#include <set>\n#include <map>\n#include <string>\n\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/constraints.h\"\n\nnamespace dialect {\n\n//! A side of a Face. E.g. a rectangular Face has four Sides: north, south, east, and west.\nclass Side {\npublic:\n\n    //! @brief  Standard constructor.\n    //! @param[in] nodeSeq  The Nodes belonging to this Side, in clockwise order\n    //!                     w.r.t. the Face to which the Side belongs.\n    //! @param[in] direc  The cardinal direction in which we move as we go forward\n    //!                   through the sequnce of Nodes.\n    //!\n    //! @note  In theory the direc could be computed from the given nodeSeq; however,\n    //!        wherever possible we want to promote the setting of directions logically,\n    //!        based on existing constraints, rather than inferring directions geometrically.\n    //!        When Faces construct Sides, there is such a constrained direction in place.\n    Side(Nodes nodeSeq, CardinalDir direc);\n\n    //! @brief  Get a copy of the node sequence.\n    Nodes getNodeSeq(void) const { return m_nodeSeq; }\n\n    //! @brief  Check whether this Side contains a Node of the given ID.\n    bool containsNode(id_type id) const;\n\n    //! @brief  Get the index of a Node in this Side's node sequence.\n    //! @param[in] id  The ID of the Node to be found.\n    //! @return  The index where the given ID occurs, or -1 if not found.\n    size_t findNodeIndex(id_type id) const;\n\n    //! @brief  Check the forward direction of this Side.\n    CardinalDir getForwardDirec(void) const;\n\n    //! @brief  Check the dimension in which this Side is aligned.\n    vpsc::Dim getAlignmentDimension(void) const { return m_vardim; }\n\n    //! @brief  Get a pointer to the first Node on this Side.\n    Node_SP firstNode(void) const;\n\n    //! @brief  Get a pointer to the last Node on this Side.\n    Node_SP lastNode(void) const;\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\n    //! @brief  Check the centre coordinate of this Side.\n    //! @note  We are working under the assumption that all Nodes belonging to a given\n    //!        Side are centre-aligned!\n    double getCentreCoord(void) const;\n\n    //! @brief  Check how many of the Nodes on this Side are marked as root nodes.\n    size_t getNumRootNodes(void) const;\n\n    //! @brief  Record a TreePlacement as having been placed on this Side.\n    void addTreePlacement(TreePlacement_SP tp);\n\n    //! @brief  Compute a projection sequence to remove/prevent overlaps between the given\n    //!         TreePlacement's tree box, and any existing tree boxes already on this Side,\n    //!         as well as ordinary perimeter nodes on this Side.\n    //! @param[in] tp  The TreePlacement to be added to this Side.\n    //! @param[in] padding  Optional padding for the new tree box.\n    //! @return  A ProjSeq representing the computed projection sequence.\n    ProjSeq_SP computeCollateralProjSeq(TreePlacement_SP tp, double padding=0);\n\n    //! @brief  Compute the closed interval [a, b], where a and b are the extreme coordinates\n    //!         covered by this Side, up to the extremes of the boxes of the extreme Nodes.\n    //! @return The closed interval covered by the Side.\n    interval closedInterval(void) const;\n\n    //! @brief  Compute the closed interval [a, b] that is the intersection of this Side's\n    //!         closed interval with that of a given Segment.\n    //! @param[in] seg  The LineSegment in question.\n    //! @param[in] openInterval  Set true if you want to instead intersect this Side's closed\n    //!                          interval with the LineSegment's open interval.\n    //! @return  An interval representing the intersection.\n    //! @note  Returns an empty interval (b < a) if the two intervals do not intersect, or\n    //!        if the Side and the LineSegment are not aligned in the same dimension.\n    interval getIntervalOppositeSegment(LineSegment &seg, bool openInterval=false) const;\n\n    //! @brief  Check whether the closed interval spanned by this Side runs in the same\n    //!         dimension as a given line segment, and overlaps it in projection onto\n    //!         that dimension.\n    //! @param[in] seg  The LineSegment in question.\n    //! @param[in] openInterval  Set true if you want to instead intersect this Side's closed\n    //!                          interval with the LineSegment's open interval.\n    //! @return boolean\n    bool liesOppositeSegment(LineSegment &seg, bool openInterval=false) const;\n\n    //! @brief  Compute the first point of the interval of this Side that lies opposite\n    //!         a given line segment.\n    //! @param[in] seg  The LineSegment in question.\n    //! @return  The Point.\n    //! @throws  Runtime error if this Side does not lie opposite the given segment.\n    //! @sa Side::liesOppositeSegment\n    Avoid::Point getFirstPtOppositeSegment(LineSegment &seg) const;\n\n    //! @brief  Given a LineSegment, find that portion of this Side that lies opposite it,\n    //!         (if any) and report the maximum half-width of the near half.\n    //! @param[in] seg  The LineSegment in question.\n    //! @return  The desired half-width. Will be equal to -1 if the Side's interval does not intersect\n    //!          that of the segment, or if it does but the two are in-line with one another.\n    //! @note  The Edges of the Side are given the thickness value set for aligned edges in the underlying Graph.\n    double halfWidthOppositeSegment(LineSegment &seg) const;\n\n    //! @brief  Read-only access to the set of TreePlacements that have been attached to this Side.\n    const std::set<TreePlacement_SP> &getTreePlacements(void) const { return m_treePlacements; }\n\nprivate:\n\n    //! The Nodes belonging to this Side, in clockwise order w.r.t. the Face to which\n    //! the Side belongs:\n    Nodes m_nodeSeq;\n    //! The cardinal direction in which we move as we go forward through the sequnce of Nodes:\n    CardinalDir m_forward;\n    //! The cardinal direction pointing into the interior of the Face:\n    CardinalDir m_inward;\n    //! The varying dimension:\n    vpsc::Dim m_vardim;\n    //! The constant dimension:\n    vpsc::Dim m_constdim;\n    //! Set of TreePlacements that have been placed on this Side:\n    std::set<TreePlacement_SP> m_treePlacements;\n\n};\n\nenum class NexusPolarity {\n    ENTER_FROM,\n    EXIT_TO\n};\n\n//! Regarded as a member of a Face F, a Node u belongs to certain Sides si\n//! of F. As we traverse the face in the clockwise direction (i.e. so that the\n//! interior of the face is always to the /right/), each Side si gets a direction,\n//! and therefore may stand in one of eight relations to Node u: it may be /entering/\n//! or /exiting/, and this may be from or to any of the four cardinal compass directions.\n//!\n//! A single Side may stand in two such relations, as when the Node lies along\n//! the middle of the Side, or else in just one such relation, as when a Node\n//! lies at one end or the other.\n//!\n//! A Nexus represents a Node in this capacity as a \"joining point\" of several\n//! Sides of a Face. It stores eight \"slots\" that are either empty or else occupied by\n//! a Side object.\nclass Nexus {\npublic:\n\n    //! @brief  Standard constructor.\n    //! @param[in] u  The Node that this Nexus is to represent.\n    Nexus(Node_SP u) : m_node(u), m_slots(8) {}\n\n    //! @brief  Add a Side to the Nexus.\n    void addSide(Side_SP side);\n\n    //! @brief  Find out what are the first objects you hit as you try sweeping both\n    //!         clockwise and anticlockwise, starting from a given direction.\n    //! @param[in] direc  The given direction.\n    //! @return  Set of Sides.\n    //! @note  The size of the returned set will be either 0, 1, or 2, according to whether\n    //!        the number of filled slots in this Nexus is 0, 1, or more, respectively.\n    std::set<Side_SP> getNeighboursOfADirection(CompassDir direc);\n\n    //! @brief  Write a string representation.\n    std::string toString(void) const;\n\nprivate:\n\n    //! @brief  Record a Side in the proper slot.\n    //! @param[in] direc  The side of the Nexus concerned.\n    //! @param[in] polarity  The polarity of the connection.\n    //! @param[in] side  The Side instance that is connecting.\n    //!\n    //! For example, consider the node labeled x in this picture:\n    //!\n    //!                 etc.\n    //!                  |\n    //!                a |\n    //!                  |\n    //!             b    |\n    //!     etc. ------- x    e\n    //!             c    |\n    //!                  |\n    //!                d |\n    //!                  |\n    //!                 etc.\n    //!\n    //! and regarded as a member of the external face. As we trace the external face in its\n    //! clockwise direction (which looks like anticlockwise except from the point at infinity)\n    //! we travel south down side a, west along side b, east along side c, south along side d,\n    //! and north along side e. (This example also demonstrates that two different sides, such\n    //! as b and c, can be made up of the same Nodes, only traversed in different directions.)\n    //!\n    //! For the Nexus at x, we would then use this method to record the following six facts:\n    //!     Side a enters from the north\n    //!     Side b exits to the west\n    //!     Side c enters from the west\n    //!     Side d exits to the south\n    //!     Side e enters from the south\n    //!     Side e also exits to the north\n    //!\n    void writeSlot(CardinalDir direc, NexusPolarity polarity, Side_SP side);\n\n    //! When searching for the neighbours of a given direction, we need to start\n    //! the search at the right index. We store a lookup for this.\n    static const std::map<CompassDir, size_t> DIREC_TO_INITIAL_SEARCH_INDEX;\n\n    Node_SP m_node;\n    std::vector<Side_SP> m_slots;\n    bool m_isEmpty = true;\n};\n\n//! Holds all the Face objects for a given 4-planar, orthogonal layout,\n//! and provides methods to use and manage them.\nclass FaceSet {\npublic:\n    FaceSet(Graph_SP &G);\n\n    //! @brief  Check how many faces there are.\n    size_t getNumFaces(void) { return m_faces.size(); }\n\n    //! @brief  Compute all the possible ways of placing a given Tree into the Faces,\n    //!         given that it must connect at a particular root node in the underlying Graph.\n    //! @param[in] tree  The Tree to be placed.\n    //! @sa Face::listAllPossibleTreePlacements.\n    TreePlacements listAllPossibleTreePlacements(Tree_SP tree);\n\n    //! @brief  After tree placements have actually been chosen and performed (i.e. trees have\n    //!         been placed into faces), obtain a vector of all those TreePlacements that were\n    //!         actually chosen.\n    TreePlacements getAllTreePlacements(void);\n\n    //! @brief  Get a copy of the vector of Faces_SP's.\n    Faces getFaces(void) { return m_faces; }\n\n    //! @brief  Get the external Face.\n    Face_SP getExternalFace(void) { return m_externalFace; }\n\n    //! @brief  After tree placements have been chosen and performed, get a count of trees\n    //!         by growth direction.\n    //! @param[in] scaleBySize  Set true if for each tree you actually want to count its number\n    //!                         of nodes. In other words, the final counts you get actually indicate\n    //!                         the number of nodes in trees that grow in the given directions.\n    std::map<CardinalDir, size_t> getNumTreesByGrowthDir(bool scaleBySize=false) const;\n\nprivate:\n\n    //! Part of construction; compute and store all the Faces of the given Graph.\n    void computeFaces(void);\n    //! Part of construction; determine which is the external Face.\n    void identifyExternalFace(void);\n\n    //! The Graph to which the Face belongs:\n    Graph_SP m_graph;\n    Faces m_faces;\n    Face_SP m_externalFace;\n    //! Let each Node ID map to the vector of Faces to which it belongs.\n    std::map<id_type, std::set<Face_SP>> m_facesByMemberNodeId;\n    //! We also want lookups for aligned sets of nodes, i.e. want to be able to look up\n    //! for any given node, what is the set of all other nodes with which it is aligned\n    //! in either dimension.\n    std::map<id_type, std::set<id_type>> m_hSets;\n    std::map<id_type, std::set<id_type>> m_vSets;\n};\n\n\n//! Represents a single face of a 4-planar, orthogonal layout.\nclass Face {\n    friend class FaceSet;\npublic:\n    //! @brief  Standard constructor.\n    //! @param[in] G  The Graph to which the Face belongs.\n    Face(Graph_SP &G) : m_ID(nextID++), m_graph(G) {}\n\n    //! @brief  A method to build the Face, based on the clockwise sequence of \"edges\"\n    //!         of which it is made up; here an \"edge\" is a mere IdPair.\n    void initWithEdgeSeq(const std::vector<IdPair> &edges);\n\n    //! @brief  Access the sequence (vector) of Nodes belonging to the Face,\n    //!         in clockwise order.\n    Nodes getNodeSeq(void) { return m_nodeSeq; }\n\n    //! @brief  Get a copy of the vector of Sides.\n    Sides getSides(void) { return m_sides; }\n\n    //! @brief  Get a copy of the Nexus lookup.\n    NexesById getNexusLookup(void) { return m_nexesByNodeIds; }\n\n    //! @brief  Utility method, to test whether the Face contains a given sequence\n    //!         of Node IDs, in clockwise cyclic order.\n    bool containsNodeIdSeq(std::vector<id_type> idSeq) const;\n\n    //! @brief  Access the underlying Graph.\n    Graph_SP getGraph(void) { return m_graph; }\n\n    //! @brief  Access the unique ID of a given instance.\n    //!\n    //! @return  The ID.\n    id_type id(void) const { return m_ID; }\n\n    //! @brief  Check whether this is the external face or not.\n    bool isExternal(void) const { return m_isExternal; }\n\n    //! @brief  Get a string representation.\n    std::string toString(void) const;\n\n    //! @brief  Access the neighbour pairs.\n    std::map<id_type, std::vector<std::pair<Node_SP, Node_SP>>> getNbrPairs(void) {return m_nbrPairs;}\n\n    //! @brief  Get a vector of all Sides that are relevant to a given TreePlacement.\n    Sides getRelevantSidesForPlacement(TreePlacement_SP tp) const;\n\n    //! @brief  Compute all the possible ways of placing a given Tree into this Face,\n    //!         at a given root Node belonging to this Face.\n    //!\n    //! @param[out] tps  A vector of TreePlacements to which all those allocated by this\n    //!                  method are to be added.\n    //! @param[in] tree  The Tree to be placed.\n    //! @param[in] root  The Node, belonging to this Face, where the Tree is to attach.\n    void listAllPossibleTreePlacements(TreePlacements &tps, Tree_SP tree, Node_SP root);\n\n    //! @brief  List the compass directions in which an edge could point if it were\n    //!         anchored at the given Node, and pointed inward, into the Face.\n    CompassDirs inwardDirsAvailable(Node_SP node);\n\n    //! @brief  To be used after the face has been expanded to make room for the tree.\n    //!         This method adds a large node to the graph, representing the bounding\n    //!         box of the tree, with padding.\n    //!         The treenode is constrained to lie beside its root node.\n    //! @param[in] tp  A TreePlacement representing the Tree to be placed.\n    //! @param[in] padding  Optional padding to be added to the tree box.\n    //! @sa TreePlacement::getTreeBox for interpretation of the padding.\n    void insertTreeNode(TreePlacement_SP tp, double padding=0);\n\n    //! @brief  Compute a projection sequence to remove/prevent overlaps between the given\n    //!         TreePlacement's tree box, and any existing tree boxes or ordinary perimeter\n    //!         Nodes on relevant Sides of this Face.\n    //! @param[in] tp  The TreePlacement to be added to this Face.\n    //! @param[in] padding  Optional padding for the new tree box.\n    //! @return  A ProjSeq representing the computed projection sequence.\n    //!\n    //! @note  In the case where tp's root lies on two sides of the face, these two\n    //! sides must be aligned in complementary dimensions (i.e. one in x, and one\n    //! in y), so the sepcos generated here are always independent.\n    //!\n    //! That is, if each side has an existing treenode that must be pushed away,\n    //! the sepco for one tree will never achieve the push for the other, since\n    //! these pushes /must/ be done in complementary dimensions.\n    //!\n    //! Therefore there is no need to wait until after the first removal has been\n    //! actually performed to compute the sepco for the second removal; it cannot\n    //! be affected by the first one. This means we can safely compute them simultaneously.\n    ProjSeq_SP computeCollateralProjSeq(TreePlacement_SP tp, double padding=0);\n\n    //! @brief  Convenience function for applying a ProjSeq with all the appropriate options.\n    //! @param[in] ps  The ProjSeq to be applied.\n    //! @return boolean, saying whether all the projections were successful.\n    bool applyProjSeq(ProjSeq &ps);\n\n    //! @brief  Perform collateral expansion for a given TreePlacement. This means\n    //!         pushing Nodes and tree boxes on relevant Sides out of the way, to make\n    //!         room for the new tree box.\n    //! @param[in] tp  The TreePlacement requiring space.\n    //! @param[in] padding  Optional padding to be added to the new tree box. Leave\n    //!                     negative if you want padding equal to iel/4 to be automatically\n    //!                     applied, where iel is the underlying graph's current ideal edge\n    //!                     length.\n    //! @return  The ProjSeq that was used to achieve the required expansion. This\n    //!          ProjSeq will have been already evaluated and applied when returned.\n    //! @throws  Runtime exception if any of the collateral expansion projections\n    //!          are infeasible. In theory this should never happen.\n    ProjSeq_SP doCollateralExpansion(TreePlacement_SP tp, double padding=-1);\n\n    //! @brief  Build LineSegments to represent all those segments of the internal boundary\n    //!         of this Face that face in a given direction. These segments can represent\n    //!         aligned Edges, or parts of boundaries of Nodes or tree boxes.\n    //! @param[in] facingDir  CardinalDir telling which side the segments should face.\n    //! @param[out] closedSegs  Vector in which to store all constructed closed segments.\n    //! @param[out] openSegs  Vector in which to store all constructed open segments.\n    //! @param[in] ignoreTP  Optional TreePlacement whose collateral tree boxes should be ignored.\n    //!\n    //! @note  Whether a boundary segment is closed or open means whether one crosses the interior\n    //! boundary of the face at the endpoints (yes for closed, no for open).\n    //!\n    //! For example, if facingDir is SOUTH, then closedSegs will get one LineSegment for every \n    //! horizontal Edge in the Face, while openSegs will get a LineSegment representing the \n    //! southern boundary of (a) each Node in the Face, and (b) each Tree box in the Face.\n    void buildBdrySegsFacingOneDir(CardinalDir facingDir,\n                                   LineSegments &closedSegs, LineSegments &openSegs,\n                                   TreePlacement_SP ignoreTP = nullptr);\n\n    //! @brief  Build the best projection sequence for a given tree placement.\n    //! @param[in] tp  The TreePlacement to be added to this Face.\n    //! @param[in] padding  Optional padding for the new tree box.\n    //! @param[in] doCostlierDimensionFirst  See TreePlacement::buildBestProjSeq.\n    //! @param[in] estimateMethod  See defn of ExpansionEstimateMethod enum class.\n    //! @return  A ProjSeq representing the computed projection sequence.\n    ProjSeq_SP buildBestProjSeq(TreePlacement_SP tp, double padding=0,\n                                bool doCostlierDimensionFirst=false,\n                                ExpansionEstimateMethod estimateMethod=ExpansionEstimateMethod::CONSTRAINTS);\n\n    //! @brief  Get all the Sides of this Face that lie opposite a given LineSegment.\n    //! @param[in] seg  The LineSegment in question.\n    //! @param[in] openInterval  Set true if you want to consider the overlap with the LineSegment's\n    //!                          open interval instead of closed (the default).\n    //! @return  Vector of Sides.\n    Sides getAllSidesOppositeSegment(LineSegment &seg, bool openInterval=false) const;\n\n    //! @brief  Get all TreePlacements that have been added to this Face.\n    //! @return  Vector of TreePlacements.\n    TreePlacements getAllTreePlacements(void) const;\n\n    //! @brief  Get the set of all TreePlacements that have been added to this Face.\n    //! @return  Set of TreePlacements.\n    std::set<TreePlacement_SP> getSetOfAllTreePlacements(void) const;\n\n    //! @brief  Get all TreePlacements that have been added to this Face.\n    //! @param[out] tps  Vector of TreePlacements to which those belonging to this\n    //!                  Face should be added.\n    void getAllTreePlacements(TreePlacements &tps) const;\n\n    //! @brief  After tree placements have been chosen and performed, get a count of trees\n    //!         by growth direction.\n    //! @param[out] counts  Map into which the counts should be added.\n    //! @param[in] scaleBySize  Set true if for each tree you actually want to count its number\n    //!                         of nodes. In other words, the final counts you get actually indicate\n    //!                         the number of nodes in trees that grow in the given directions.\n    void getNumTreesByGrowthDir(std::map<CardinalDir, size_t> &counts, bool scaleBySize=false) const;\n\nprivate:\n\n    //! Construction steps:\n    void computeNbrPairs(void);\n    void computeSides(void);\n    void buildNexes(void);\n\n    //! @brief Scanning through this Face's nodeseq, look for the first place where\n    //!        a bend occurs, i.e. where the incoming and outgoing directions are different.\n    //! @return  The index where the first bend occurs.\n    //! @note  We say a bend occurs at an index, not at a Node, since a Node may\n    //! be encountered more than once during traversal of the Face. On one encounter\n    //! a bend may happen there, while on another it may not. Consider for example\n    //! the external face and node x here:\n    //!\n    //!                 etc.\n    //!                  |\n    //!            etc.--x\n    //!                  |\n    //!                 etc.\n    //!\n    //! In this example node x is encountered three times: twice a bend occurs\n    //! there; once it does not.\n    size_t findIndexOfFirstBend(void);\n\n    //! Check the constrained cardinal direction from one node to another.\n    //! Since we only work with constrained 4-planar orthogonal graphs, this should always be defined.\n    //! @throws  Runtime error if no cardinal constraint has been defined for these nodes.\n    CardinalDir direc(const Node_SP &u, const Node_SP &v);\n\n    //! For class-specific generation of unique IDs:\n    static id_type nextID;\n    //! An instance's own unique ID:\n    const id_type m_ID;\n\n    //! The Graph to which the Face belongs:\n    Graph_SP m_graph;\n    //! All Nodes belonging to the face, in clockwise order:\n    Nodes m_nodeSeq;\n    //! The number of Nodes in the Face:\n    size_t m_n;\n    //! Flag indicating whether this Face is the external one:\n    bool m_isExternal = false;\n    //! For any given Node u belonging to the Face, we want to be able to look up\n    //! its \"neighbour pairs\", by which we mean those pairs of Nodes (v, w) such that\n    //! the sequence v -> u -> w is encountered in clockwise cyclic traversal of the Face.\n    //! So we keep a lookup of the form,\n    //!             u.id --> [{v0, w0}, {v1, w1}, ...]\n    std::map<id_type, std::vector<std::pair<Node_SP, Node_SP>>> m_nbrPairs;\n    //! The Sides of the Face:\n    Sides m_sides;\n    //! The Nexes, indexed by the IDs of the Nodes they represent:\n    NexesById m_nexesByNodeIds;\n    //! Nodes representing Trees placed into this Face:\n    NodesById m_treeNodes;\n    //! We keep a record of any TreePlacements placed at any Nodes of this Face.\n    //! Since at most one Tree can be rooted at any given Node, we need record at most\n    //! one TreePlacement per Node.\n    std::map<id_type, TreePlacement_SP> m_treePlacementsByNodeIds;\n\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_FACES_H\n"
  },
  {
    "path": "cola/libdialect/gen_bend_seq_lookup.py",
    "content": "#!/usr/bin/python\n\"\"\"\n/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\nThis Python script generates the file bendseqlookup.cpp.\n\nIt is included so that it can be understood where the lookup table for\nminimal-length bend sequences comes from, and for the sake of future\ndevelopment.\n\nThe lookup table gives the bend sequences that can occur on bend-minimal\npaths from node A to node Z, leaving A in direction d0 and entering Z in\ndirection d1.\n\nNote a subtlety here: Whereas the direction in which you depart from node A\nis the same as the side of A from which you depart, these two notions (direction\nof travel, and side of incidence) are always in opposition with the node Z at\nthe end of the path.\n\nFor example, if you enter node Z while traveling east, you will enter it\nfrom its west side. The direction d1 would be east in this example. That is,\nthe direction d1 is the direction in which you are taveling, NOT the side\nof Z at which you enter.\n\nIn order to use the table you must also give the compass direction c from\nnode Z to node A. Here, c is cardinal if A and Z are aligned, else ordinal.\n\nAll bend-minimal sequences were determined and written by hand for the case\nin which d1 == EAST, and the results are recorded in the eastFinalLookup\ndictionary below.\n\nThere, the codes r, g, j, n stand, respectively, for the TLC, TRC, BRC, and\nBLC bend shapes. (Lowercase 'r' and 'j' look roughly like the TLC and BRC bends;\nin the Korean Hangul alphabet, the letters for the 'g' and 'n' sounds look\nlike the TRC and BLC bends.)\n\nAs for the compass direction c from node Z to node A, we replace this with a\ncode number p in {0, 1, ... 8}, where these integers represent the positions\nin the following grid:\n           ___ ___ ___\n          | 0 | 1 | 2 |\n          `--- --- ---'\n          | 3 | 4 | 5 |\n          `--- --- ---'\n          | 6 | 7 | 8 |\n          `--- --- ---'\nThe idea is that Z sits at position 4, and p will indicate at which position A\nsits, where\n\n    p == 0 means A.x < Z.x ^ A.y < Z.y,\n    p == 1 means A.x == Z.x ^ A.y < Z.y,\n    ...\n    p == 8 means A.x > Z.x ^ A.y > Z.y.\n\nHOWEVER: It turns out the the bend sequences for A at position 1 are identical\nwith those for A at position 2; likewise pos 4 is equivalent to pos 5, and pos\n7 is equivalent to pos 8. If you are wondering how node A could be at position\n4 (doesn't that mean it lies right on top of node Z?), remember that e.g. in a\nfigure-8 network, you can have a chain which is not a cycle but which\nnevertheless has the same node at each end. I.e. A and Z can be the same node.\n\nBecause the 2-5-8 column works the same as the 1-4-7 column in the table, the\neastFinalLookup in fact has no entries for positions 1, 4, 7.  For these we\nsimply consult 2, 5, and 8, respectively.\n\nIn order to utilise the eastFinalLookup in generating the FULL lookup table for\nC++, we use the lookupMinimalBendSeqs function. This essentially achieves an\nalgebraic conjugation, rotating the input values to conform to d1 being EAST, then\nun-rotating the results before returning them, to match the case that was actually\nrequested.\n\nThe final C++ table is accessed using\n\n                    minimalBendSeqs.at(c).at(d0).at(d1)\n\nin order to obtain a vector of vectors, giving all possible bend-minimal bend sequences\nfor the situation in question. You always get at least one sequence, but that sequence\nitself may be empty, if in fact the best path has zero bends.\n\"\"\"\n\nE, S, W, N = 0, 1, 2, 3\nr, g, j, n = 0, 3, 5, 2\n\neastFinalLookup = {\n    0: {\n        E: [[g,n]],\n        S: [[n]],\n        W: [[r,n]],\n        N: [[r,g,n], [g,r,n]]\n    },\n    2: {\n        E: [[j,g,r,n], [g,j,r,n], [g,j,n,r]],\n        S: [[j,r,n], [j,n,r]],\n        W: [[r,n]],\n        N: [[g,r,n]]\n    },\n    3: {\n        E: [[]],\n        S: [[n,j,r]],\n        W: [[n,r,g,n], [r,n,j,r]],\n        N: [[r,g,n]]\n    },\n    5: {\n        E: [[j,g,r,n], [g,j,n,r]],\n        S: [[j,n,r]],\n        W: [[n,g,r,n], [r,j,n,r]],\n        N: [[g,r,n]]\n    },\n    6: {\n        E: [[j,r]],\n        S: [[n,j,r], [j,n,r]],\n        W: [[n,r]],\n        N: [[r]]\n    },\n    8: {\n        E: [[g,j,n,r], [j,g,n,r], [j,g,r,n]],\n        S: [[j,n,r]],\n        W: [[n,r]],\n        N: [[g,n,r], [g,r,n]]\n    }\n}\n\ndef lookupMinimalBendSeqs(p, d0, d1):\n    \"\"\"\n    :param p: The square (0 through 8) in which node A (start of path) sits\n    :param d0: Compass direction in which to depart from A\n    :param d1: Compass direction in which to enter Z (end of path)\n\n    :return: a list [s0, s1, ..., sk-1] where each si is a list of LinkShapes.\n             These are all and only the sequences of bends that can occur on\n             a bend-minimal orthogonal route from node A to node Z, with the\n             prescribed departure and arrival directions d0 and d1.\n\n             You always get at least one si, but it itself may be empty (meaning\n             that the best path has zero bends).\n    \"\"\"\n    pMap = {\n        E: [0, 2, 2, 3, 5, 5, 6, 8, 8],\n        S: [6, 3, 0, 8, 5, 2, 8, 5, 2],\n        W: [8, 8, 6, 5, 5, 3, 2, 2, 0],\n        N: [2, 5, 8, 2, 5, 8, 0, 3, 6]\n    }[d1]\n    d0Map = {\n        E: [0, 1, 2, 3],\n        S: [3, 0, 1, 2],\n        W: [2, 3, 0, 1],\n        N: [1, 2, 3, 0]\n    }[d1]\n    bendMap = {\n        E: {r:r, g:g, j:j, n:n},\n        S: {r:g, g:j, j:n, n:r},\n        W: {r:j, g:n, j:r, n:g},\n        N: {r:n, g:r, j:g, n:j}\n    }[d1]\n    return [\n        [ bendMap[b] for b in seq ]\n        for seq in eastFinalLookup[pMap[p]][d0Map[d0]]\n    ]\n\npDirs = \"NW NORTH NE WEST GLORIOSKYZERO! EAST SW SOUTH SE\".split()\n\ndirs = \"EAST SOUTH WEST NORTH\".split()\n\nbends = \"TLC H BLC TRC V BRC\".split()\n\ndef genLookup():\n    t = 'const map<CompassDir, map<CardinalDir, map<CardinalDir, vector<vector<LinkShape>>>>> dialect::minimalBendSeqs{\\n'\n    for p in range(9):\n        if p == 4: continue  # We skip this case since there is no compass dir for position 4 in the table!\n        t += (' ' * 4) + '{CompassDir::%s, {\\n' % pDirs[p]\n        for d0 in range(4):\n            t += (' ' * 8) + '{CardinalDir::%s, {\\n' % dirs[d0]\n            for d1 in range(4):\n                t += (' ' * 12) + '{CardinalDir::%s, {\\n' % dirs[d1]\n                seqs = lookupMinimalBendSeqs(p, d0, d1)\n                m = len(seqs)\n                for i, seq in enumerate(seqs):\n                    t += (' ' * 16) + '{'\n                    t += ', '.join(['LinkShape::%s' % bends[j] for j in seq])\n                    t += '}' + (',' if i < m-1 else '') + '\\n'\n                t += (' ' * 12) + '}}' + (',' if d1 < 3 else '') + '\\n'\n            t += (' ' * 8) + '}}' + (',' if d0 < 3 else '') + '\\n'\n        t += (' ' * 4) + '}}' + (',' if p < 8 else '') + '\\n'\n    t += '};\\n'\n    return t\n\nCPP_HEADER = \"\"\"\\\n/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n/*\n * Generated by gen_bend_seq_lookup.py\n *\n*/\n\n#include <map>\n#include <vector>\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/chains.h\"\n\nusing dialect::CompassDir;\nusing dialect::CardinalDir;\nusing dialect::LinkShape;\nusing std::map;\nusing std::vector;\n\n\"\"\"\n\ndef test1():\n    print genLookup()\n\ndef writeCppModule():\n    code = ''\n    code += CPP_HEADER\n    code += genLookup()\n    with open('bendseqlookup.cpp', 'w') as f:\n        f.write(code)\n\nif __name__=='__main__':\n    #test1()\n    writeCppModule()\n"
  },
  {
    "path": "cola/libdialect/gen_qa_lookup.py",
    "content": "#!/usr/bin/python\n\"\"\"\n/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\nThis Python script generates the file qalookup.cpp.\n\nIt is included only so that it can be understood where the lookup table\nfor quad actions in qalookup.cpp comes from, as well as for any future\ndevelopment in which it may be desired that the quad actions work\ndifferently.\n\nThe lookup table is formatted as a five-dimensional array. If the quadrants are\nenumerated as follows:\n\n                            |\n                         Q2 | Q3\n                        ----+----\n                         Q1 | Q0\n                            |\n\nthen let p, q, r, s be the (reduced) number of nodes in quadrants Q0, Q1, Q2,\nQ3, respectively. To say the number is \"reduced\" means that values >= 2 are\nreplaced by 2 itself. Thus, the only possible values are 0, 1, and 2.\n\nFurthermore let c be the binary-coded representation of which semiaxes are to\nbe used:\n            1's bit: 1 if EAST is to be used; else 0\n            2's bit: 1 if SOUTH is to be used; else 0\n            4's bit: 1 if WEST is to be used; else 0\n            8's bit: 1 if NORTH is to be used; else 0\n\nThen entry [p][q][r][s][c] in the table is a string naming all the quad actions\nthat use all and only the semiaxes coded by c, when the reduced number of nodes\nin the four quadrants are p, q, r, s respectively.\n\nThe quad actions are coded as strings of four code letters, A, B, C, D,\nindicating the action for each of the four quadrants, as follows:\n\n        A: \"Anticlockwise\": Assign the node nearest the anticlockwise\n           end of the quadrant to the neighbouring semiaxis. E.g. in\n           quadrant Q0 assign the node nearest EAST to that semiaxis.\n        B: \"Both\": Do both the A and C actions.\n        C: \"Clockwise\": Assign the node nearest the clockwise\n           end of the quadrant to the neighbouring semiaxis. E.g. in\n           quadrant Q0 assign the node nearest SOUTH to that semiaxis.\n        D: \"Do nothing\".\n\nThe quad action codes (in general there may be many for a given p, q, r, s, c)\nare separated by spaces.\n\nThe table is to be accessed using the lookupQuadActions function declared in\nthe qalookup.h header file.\n\"\"\"\n\nfrom collections import defaultdict\n\nclass Vect:\n    \"\"\"\n    A vector to represent assignments to semiaxes.\n    \"\"\"\n\n    def __init__(self, *args):\n        self.comps = args\n\n    def __add__(self,other):\n        return Vect(*[a+b for a,b in zip(self.comps,other.comps)])\n\n    def __repr__(self):\n        s = ''\n        for c in self.comps:\n            s += ',%s'%c\n        s = '('+s[1:]+')'\n        return s\n\n    def invalid(self):\n        \"\"\"\n        An assignment to semiaxes is invalid iff any entry is greater than 1.\n        \"\"\"\n        for c in self.comps:\n            if c > 1:\n                return True\n        return False\n\n    def height(self):\n        return sum(self.comps)\n\n    def binaryUsageCode(self):\n        \"\"\"\n        Return an integer from 0 to 15 indicating which semiaxes\n        are occupied, encoding semiaxis Sn in the nth binary bit.\n        \"\"\"\n        code = 0\n        s = 1\n        for c in self.comps:\n            if c > 0: code += s\n            s *= 2\n        return code\n\n    def missing(self):\n        \"\"\"\n        Return a list of the indices that get a 0, i.e. to which\n        no node has been assigned.\n        \"\"\"\n        m = []\n        for i in range(len(self.comps)):\n            if self.comps[i] == 0:\n                m.append(i)\n        return m\n\n#    |   \n#  r | s \n#    |\n# ---+---\n#    |\n#  q | p\n#    |\n\n\"\"\"\nHere we use Vect's to represent how many nodes will be assigned to each semiaxis,\nwhen each of the possible actions is taken in each quadrant.\n\nFor example under pH we represent the assignments for the actions D, A, B, C in\nthe first quadrant.\n\"\"\"\n\npH = [\n    Vect(0,0,0,0),\n    Vect(1,0,0,0),\n    Vect(1,1,0,0),\n    Vect(0,1,0,0)\n]\n\nqH = [\n    Vect(0,0,0,0),\n    Vect(0,1,0,0),\n    Vect(0,1,1,0),\n    Vect(0,0,1,0)\n]\n\nrH = [\n    Vect(0,0,0,0),\n    Vect(0,0,1,0),\n    Vect(0,0,1,1),\n    Vect(0,0,0,1)\n]\n\nsH = [\n    Vect(0,0,0,0),\n    Vect(0,0,0,1),\n    Vect(1,0,0,1),\n    Vect(1,0,0,0)\n]\n\n\ndef enumerate(d):\n    \"\"\"\n    d: a reduced distribution\n\n    We write the list of legal quad actions to fill each possible set of semiaxes.\n    \"\"\"\n    # Note the possible choices for each quadrant.\n    choices = []\n    for c in d:\n        choices.append([\n            [0],\n            [0,1,3],\n            [0,1,2,3]\n        ][c])\n    qas = defaultdict(list)\n    code_letters = \"DABC\"\n    # Iterate over all possible actions.\n    for p in choices[0]:\n        h0 = Vect(0,0,0,0) # E, S, W, N\n        h1 = h0 + pH[p]\n        for q in choices[1]:\n            h2 = h1 + qH[q]\n            for r in choices[2]:\n                h3 = h2 + rH[r]\n                for s in choices[3]:\n                    hits = h3 + sH[s]\n                    # If the hits vector is invalid, we're trying to do something\n                    # impossible, so we skip this case.\n                    if hits.invalid(): continue\n                    # If we didn't make any assignments at all, then there's nothing to report.\n                    H = hits.height()\n                    if H == 0: continue\n                    # Otherwise we'll record this as a valid quad action.\n                    assert(1 <= H and H <= 4)\n                    B = hits.binaryUsageCode()\n                    qa = '%s%s%s%s'% tuple(map(\n                        (lambda n : code_letters[n]), [p,q,r,s]\n                    ))\n                    qas[B].append(qa)\n    return ['\"' + ' '.join(qas[i]) + '\"' for i in range(16)]\n\nCPP_HEADER = \"\"\"\\\n/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n/*\n * Generated by gen_qa_lookup.py\n *\n*/\n\n#include <string>\n#include <sstream>\n#include <iterator>\n#include <vector>\n\n#include \"libdialect/quadaction.h\"\n\nusing std::string;\nusing std::istringstream;\nusing std::istream_iterator;\nusing std::vector;\n\n\"\"\"\n\nCPP_FOOTER = \"\"\"\nvector<string> dialect::lookupQuadActions(size_t p, size_t q, size_t r, size_t s, size_t c) {\n    string words = quadActionLookup[p][q][r][s][c];\n    // Thanks to https://stackoverflow.com/a/237280\n    istringstream iss(words);\n    vector<string> tokens{istream_iterator<string>{iss}, istream_iterator<string>{}};\n    //\n    return tokens;\n}\n\n\"\"\"\n\ndef writeCppArray():\n    code = ''\n    code += \"const string quadActionLookup[3][3][3][3][16] = {\\n\"\n    for p in range(3):\n        code += \"  {\\n\"\n        for q in range(3):\n            code += \"    {\\n\"\n            for r in range(3):\n                code += \"      {\\n\"\n                for s in range(3):\n                    dist = (p, q, r, s)\n                    e = enumerate(dist)\n                    code += \"        {\" + (', '.join(e)) + \"}\" + (',\\n' if s < 2 else '\\n')\n                code += \"      }\" + (',\\n' if r < 2 else '\\n')\n            code += \"    }\" + (',\\n' if q < 2 else '\\n')\n        code += \"  }\" + (',\\n' if p < 2 else '\\n')\n    code += \"};\\n\"\n    return code\n\ndef writeCppModule():\n    code = ''\n    code += CPP_HEADER\n    code += writeCppArray()\n    code += CPP_FOOTER\n    with open('qalookup.cpp', 'w') as f:\n        f.write(code)\n\nif __name__=='__main__':\n    writeCppModule()\n\n"
  },
  {
    "path": "cola/libdialect/graphs.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <algorithm>\n#include <vector>\n#include <memory>\n#include <deque>\n#include <utility>\n#include <string>\n#include <sstream>\n#include <iostream>\n#include <map>\n#include <stdexcept>\n#include <cmath>\n#include <iterator>\n#include <functional>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/cluster.h\"\n#include \"libcola/cola.h\"\n\n#include \"libdialect/constraints.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::max;\nusing std::min;\nusing std::vector;\nusing std::shared_ptr;\nusing std::make_shared;\nusing std::deque;\nusing std::pair;\nusing std::string;\nusing std::ostringstream;\nusing std::map;\nusing std::fabs;\n\nusing vpsc::Rectangle;\nusing vpsc::Rectangles;\n\nusing cola::CompoundConstraints;\n\nusing Avoid::Point;\n\nid_type Node::nextID = 0;\nid_type Edge::nextID = 0;\n\n//! @brief  Adding two bounding boxes returns the bounding box of their union.\nBoundingBox operator+(const BoundingBox &lhs, const BoundingBox &rhs) {\n    BoundingBox sum = lhs;\n    sum += rhs;\n    return sum;\n}\n\nbool operator==(const BoundingBox &lhs, const BoundingBox &rhs) {\n    return lhs.x==rhs.x && lhs.X==rhs.X && lhs.y==rhs.y && lhs.Y==rhs.Y;\n}\n\nbool operator!=(const BoundingBox &lhs, const BoundingBox &rhs) {\n    return !(lhs==rhs);\n}\n\nBoundingBox &BoundingBox::operator+=(const BoundingBox &rhs) {\n    x = min(x, rhs.x);\n    X = max(X, rhs.X);\n    y = min(y, rhs.y);\n    Y = max(Y, rhs.Y);\n    return *this;\n}\n\nstring BoundingBox::repr(void) const {\n    return string_format(\"[%.2f, %.2f] x [%.2f, %.2f]\", x, X, y, Y);\n}\n\nLineSegment_SP BoundingBox::buildSideSegment(CardinalDir side) const {\n    switch(side) {\n    case CardinalDir::EAST:\n        return std::make_shared<LineSegment>(Point(X, y), Point(X, Y));\n    case CardinalDir::WEST:\n        return std::make_shared<LineSegment>(Point(x, y), Point(x, Y));\n    case CardinalDir::SOUTH:\n        return std::make_shared<LineSegment>(Point(x, Y), Point(X, Y));\n    case CardinalDir::NORTH:\n        return std::make_shared<LineSegment>(Point(x, y), Point(X, y));\n    default:\n        COLA_ASSERT(false);\n\n    }\n}\n\nGraph::Graph(const Graph &G)\n    : m_debugOutputPath(G.m_debugOutputPath),\n      m_projectionDebugLevel(G.m_projectionDebugLevel),\n      m_sepMatrix(G.m_sepMatrix),\n      m_iel(G.m_iel),\n      m_needNewRectangles(true),\n      m_nodes(G.m_nodes),\n      m_edges(G.m_edges),\n      m_maxDeg(G.m_maxDeg)\n{\n    // We deliberately do not copy any of the \"cola stuff\",\n    // namely m_cgr, m_needNewRectangles, and m_cfdl.\n\n    // As for the SepMatrix, we are happy to have a copy of that from\n    // the existing Graph, except our copy must point back to this Graph.\n    m_sepMatrix.setGraph(this);\n}\n\nGraph::~Graph(void) {\n    delete m_cfdl;\n    for (Rectangle *r : m_cgr.rs) delete r;\n}\n\nGraph &Graph::operator=(Graph other) {\n    // Thanks to https://stackoverflow.com/a/3279550\n    swap(*this, other);\n    return *this;\n}\n\nunsigned Graph::getMaxDegree(void) const {\n    return m_maxDeg;\n}\n\nvoid Graph::addNode(Node_SP node, bool takeOwnership) {\n    // Note that, after this operation, it will be necessary to\n    // recompute Rectangles.\n    m_needNewRectangles = true;\n    // Add a copy of the Node_SP to our lookup table.\n    m_nodes.emplace(node->id(), node);\n    if (takeOwnership) {\n        // Tell the Node that this is its Graph.\n        node->setGraph(*this);\n    }\n}\n\nNode_SP Graph::addNode(void) {\n    Node_SP u = Node::allocate();\n    addNode(u);\n    return u;\n}\n\nNode_SP Graph::addNode(double w, double h) {\n    Node_SP u = Node::allocate(w, h);\n    addNode(u);\n    return u;\n}\n\nNode_SP Graph::addNode(double cx, double cy, double w, double h) {\n    Node_SP u = Node::allocate(cx, cy, w, h);\n    addNode(u);\n    return u;\n}\n\nvoid Graph::addEdge(Edge_SP edge, bool takeOwnership) {\n    // Add a copy of the Edge_SP to our lookup table.\n    m_edges.emplace(edge->id(), edge);\n    if (takeOwnership) {\n        // Tell the Node that this is its Graph.\n        edge->setGraph(*this);\n    }\n    // Update the Graph's max degree.\n    m_maxDeg = max(m_maxDeg, edge->getSourceEnd()->getDegree());\n    m_maxDeg = max(m_maxDeg, edge->getTargetEnd()->getDegree());\n}\n\nEdge_SP Graph::addEdge(Node_SP src, Node_SP tgt) {\n    Edge_SP e = Edge::allocate(src, tgt);\n    addEdge(e);\n    return e;\n}\n\nEdge_SP Graph::addEdge(const id_type &srcID, const id_type &tgtID) {\n    Node_SP src = getNode(srcID),\n            tgt = getNode(tgtID);\n    return addEdge(src, tgt);\n}\n\nbool Graph::hasNode(const id_type &id) const {\n    return m_nodes.find(id) != m_nodes.end();\n}\n\nbool Graph::hasEdge(const id_type &id) const {\n    return m_edges.find(id) != m_edges.end();\n}\n\nvoid Graph::severEdge(Edge &edge) {\n    // Call the Edge's sever method in order to remove the Edge\n    // from each of its endpoint Nodes.\n    edge.sever();\n    // And delete the Edge from our lookup.\n    m_edges.erase(edge.id());\n    // Maximum degree may have changed.\n    recomputeMaxDegree();\n}\n\nvoid Graph::severNode(const Node &node) {\n    EdgesById edges = node.getCopyOfEdgeLookup();\n    for (auto p : edges) {\n        severEdge(*p.second);\n    }\n}\n\nvector<Node_SP> Graph::severNodeNotingNeighbours(const Node &node) {\n    vector<Node_SP> nbrs;\n    EdgesById edges(node.getEdgeLookup());\n    for (auto p : edges) {\n        Edge_SP &e = p.second;\n        nbrs.push_back(e->getOtherEnd(node));\n        severEdge(*e);\n    }\n    return nbrs;\n}\n\nvoid Graph::removeNode(const Node &node) {\n    // Note that, after this operation, it will be necessary to\n    // recompute Rectangles.\n    m_needNewRectangles = true;\n    // Remove the Node from the SepMatrix.\n    m_sepMatrix.removeNode(node.id());\n    // Remove the Node from our own lookup.\n    m_nodes.erase(node.id());\n}\n\nvoid Graph::removeNodes(const NodesById &nodes) {\n    // Note that, after this operation, it will be necessary to\n    // recompute Rectangles.\n    m_needNewRectangles = true;\n    // Remove the Nodes from the SepMatrix.\n    m_sepMatrix.removeNodes(nodes);\n    // Remove the Nodes from our own lookup.\n    // We take advantage of the ordering of the maps in order to do\n    // the removal in one pass.\n    NodesById N;\n    auto p = m_nodes.cbegin();\n    auto q = nodes.cbegin();\n    while (p != m_nodes.cend() && q != nodes.cend()) {\n        id_type i = (*p).first, j = (*q).first;\n        if (i > j) ++q;\n        else {\n            if (i < j) N.insert(*p);\n            ++p;\n        }\n    }\n    while (p != m_nodes.cend()) {\n        N.insert(*p);\n        ++p;\n    }\n    m_nodes = N;\n}\n\nvoid Graph::severAndRemoveNode(const Node &node) {\n    severNode(node);\n    removeNode(node);\n}\n\nvoid Graph::severAndRemoveNode(id_type nodeID) {\n    Node_SP node = getNode(nodeID);\n    if (node != nullptr) severAndRemoveNode(*node);\n}\n\nNodes Graph::cloneNode(id_type id) {\n    Node_SP baseNode = getNode(id);\n    EdgesById edges = baseNode->getCopyOfEdgeLookup();\n    Nodes clones;\n    bool first = true;\n    for (auto p : edges) {\n        // Skip one edge.\n        if (first) {\n            first = false;\n            continue;\n        }\n        // For every other edge, we make a clone.\n        Node_SP clone = Node::allocate();\n        clone->copyGeometry(*baseNode);\n        clone->copyOtherGhostProperties(*baseNode);\n        addNode(clone);\n        clones.push_back(clone);\n        // Get the existing node at the other end of the edge.\n        Edge_SP e = p.second;\n        Node_SP nbr = e->getOtherEnd(*baseNode);\n        // Cut the old edge and add a new one.\n        severEdge(*e);\n        Edge_SP f = Edge::allocate(clone, nbr);\n        addEdge(f);\n    }\n    return clones;\n}\n\nNode_SP Graph::getNode(const id_type &id) const {\n    // Use .at() rather than [] so that we throw an exception\n    // in the case of a nonexistent ID, rather than creating a new Node_SP.\n    // (I.e. so this method can be const.)\n    return m_nodes.at(id);\n}\n\nNodesById Graph::getNodeLookupWithIgnore(const Nodes &ignore) const {\n    // Build set of IDs to be ignored.\n    std::set<id_type> toIgnore;\n    for (auto u : ignore) toIgnore.insert(u->id());\n    // Build desired lookup.\n    NodesById desired;\n    std::set_difference(m_nodes.begin(), m_nodes.end(), toIgnore.begin(), toIgnore.end(),\n                        std::inserter(desired, desired.end()), NodeIdCmp());\n    return desired;\n}\n\nNodesById Graph::getNodeLookupWithIgnore(const NodesById &ignore) const {\n    // Build desired lookup.\n    NodesById desired;\n    std::set_difference(m_nodes.begin(), m_nodes.end(), ignore.begin(), ignore.end(),\n                        std::inserter(desired, desired.end()),\n                        [](const IdNodePair &a, const IdNodePair &b)->bool {\n        return a.first < b.first;\n    });\n    return desired;\n}\n\ndouble Graph::computeAvgNodeDim(void) const {\n    double s = 0;\n    size_t n = 0;\n    dimensions d;\n    for (auto p : m_nodes) {\n        d = p.second->getDimensions();\n        s += d.first + d.second;\n        n += 2;\n    }\n    return s/n;\n}\n\nBoundingBox Graph::getBoundingBox(const NodesById &ignore, bool includeBends) const {\n    // First filter out the Nodes that are to be ignored.\n    vector<IdNodePair> keep(m_nodes.size());\n    auto it = std::set_difference(\n        m_nodes.cbegin(), m_nodes.cend(), ignore.cbegin(), ignore.cend(), keep.begin(),\n        [](const IdNodePair &lhs, const IdNodePair &rhs){ return lhs.first < rhs.first; }\n    );\n    keep.resize(it - keep.begin());\n    // Initialize an empty box.\n    BoundingBox box;\n    // Add each Node's box to it.\n    for (auto p : keep) {\n        box += p.second->getBoundingBox();\n    }\n    // If we want to include bend points, then also add each Edge's box.\n    if (includeBends) {\n        for (auto p : m_edges) {\n            box += p.second->getBoundingBox();\n        }\n    }\n    return box;\n}\n\nvector<Graph_SP> Graph::getConnComps(void) const {\n    vector<Graph_SP> comps;\n    // Make a copy of the Node lookup. This will keep track of any Nodes we have\n    // not yet explored in our BFSes.\n    NodesById remaining(m_nodes);\n    while (!remaining.empty()) {\n        // Initialize a new component Graph.\n        Graph_SP new_comp = make_shared<Graph>();\n        // Take a remaining Node...\n        auto it = remaining.cbegin();\n        Node_SP u0 = it->second;\n        remaining.erase(it);\n        // ...and add it to the new component.\n        new_comp->addNode(u0, false);\n        // We do BFS outward from this node.\n        // We use a queue holding pairs: an Edge to follow, and the Node we reach\n        // by following it.\n        deque<pair<Edge_SP, Node_SP>> bfs_queue;\n        // Initialize the queue with the edges incident to the initial node.\n        EdgesById initialEdges = u0->getEdgeLookup();\n        size_t n = initialEdges.size();\n        bfs_queue.resize(n);\n        std::transform(\n            initialEdges.cbegin(), initialEdges.cend(), bfs_queue.begin(),\n            [&u0](const IdEdgePair &p) -> pair<Edge_SP, Node_SP> {\n                return {p.second, p.second->getOtherEnd(*u0)};\n            }\n        );\n        // Now do BFS.\n        Edge_SP e;\n        Node_SP v;\n        while (!bfs_queue.empty()) {\n            // Take from the front of the queue.\n            e = bfs_queue.front().first;\n            v = bfs_queue.front().second;\n            bfs_queue.pop_front();\n            // Add the Edge if not already in the new component.\n            if (!new_comp->hasEdge(e->id())) new_comp->addEdge(e, false);\n            // If the Node is already in the new component then continue to next case.\n            if (new_comp->hasNode(v->id())) continue;\n            // Otherwise add the Node to the new component...\n            new_comp->addNode(v, false);\n            // ...remove it from the remaining set...\n            remaining.erase(v->id());\n            // ...and extend the queue using the new node's incident edges.\n            EdgesById newEdges = v->getEdgeLookup();\n            n = newEdges.size();\n            size_t m = bfs_queue.size();\n            bfs_queue.resize(m+n);\n            std::transform(\n                newEdges.cbegin(), newEdges.cend(), bfs_queue.end() - n,\n                [&v](const IdEdgePair &p) -> pair<Edge_SP, Node_SP> {\n                    return {p.second, p.second->getOtherEnd(*v)};\n                }\n            );\n        }\n        // When the queue is empty we should have explored the entire\n        // connected component. Add it to the list.\n        comps.push_back(new_comp);\n    }\n    // Return the list of components.\n    return comps;\n}\n\nvoid Graph::getChainsAndCycles(std::vector<std::deque<Node_SP> > &chains, std::vector<std::deque<Node_SP> > &cycles) {\n    // First identify all links in the Graph, i.e. Nodes of degree 2.\n    std::set<Node_SP> allLinks;\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        if (u->getDegree() == 2) allLinks.insert(u);\n    }\n    // Now we explore all the links, building chains and cycles.\n    while (!allLinks.empty()) {\n        // Take any link still in the set.\n        auto it = allLinks.begin();\n        Node_SP L0 = *it;\n        allLinks.erase(it);\n        // Initialise a deque to hold all links in the chain to which L0 belongs.\n        std::deque<Node_SP> links{L0};\n        // Get the two Edges incident to L0, and prepare to explore in both directions.\n        const EdgesById &E0 = L0->getEdgeLookup();\n        COLA_ASSERT(E0.size() == 2);\n        int direc = -1;\n        bool isPolygon = false;\n        for (auto p : E0) {\n            Edge_SP e = p.second;\n            if (isPolygon) break;\n            // Explore from link L0 in one direction.\n            direc *= -1;\n            Node_SP last = L0;\n            bool done = false;\n            while (!done) {\n                // Consider the next node in the current direction.\n                Node_SP next = e->getOtherEnd(*last);\n                if (next == L0) {\n                    // In this case the entire connected component to which L0 belongs is\n                    // a mere polygon.\n                    isPolygon = true;\n                    cycles.push_back(links);\n                    links.clear();\n                    done = true;\n                } else if (next->getDegree() == 2) {\n                    // This must be a link which we have not encountered before.\n                    allLinks.erase(next);\n                    // Add this link to the correct side of the deque, according to the\n                    // direction in which we are currently exploring.\n                    if (direc == 1) {\n                        links.push_back(next);\n                    } else {\n                        links.push_front(next);\n                    }\n                    // Get that one of the two incident edges to node 'next' that leads onward, away from 'last'.\n                    const EdgesById &E1 = next->getEdgeLookup();\n                    for (auto q : E1) {\n                        if (q.second != e) {\n                            e = q.second;\n                            break;\n                        }\n                    }\n                    last = next;\n                } else {\n                    // We've reached the \"anchor node\" at one end of the chain.\n                    done = true;\n                }\n            }\n        }\n        // Now we have explored from link L0 in both directions, or else found that\n        // it belonged to a polygon. The case is the former iff links is nonempty.\n        if (!links.empty()) chains.push_back(links);\n    }\n}\n\nstring Graph::writeTglf(bool useExternalIds) const {\n    map<id_type, unsigned> id2ext;\n    int base_id = 0;\n    ostringstream ss, edges_ss;\n    // Nodes\n    if (useExternalIds) {\n        /* We will write external IDs for all Nodes for which they have been set.\n         * However, in case there are some nodes that do not have external IDs (which happens,\n         * for example, when new nodes, such as bend nodes, have been generated), we first\n         * determine the maximum external ID, and then generate new IDs based on that.\n        */\n        int max_ext_id = -1;\n        int first_int_id_lacking_ext = -1;\n        for (auto pair : m_nodes) {\n            id_type id = pair.first;\n            Node_SP &u = pair.second;\n            int ext_id = u->getExternalId();\n            max_ext_id = max(max_ext_id, ext_id);\n            if (ext_id == -1 && first_int_id_lacking_ext == -1) first_int_id_lacking_ext = id;\n        }\n        base_id = max_ext_id + 1;\n        // However, to make debugging easier, we also want to avoid shifting any internal IDs\n        // unless necessary in order to avoid collisions.\n        if (first_int_id_lacking_ext > max_ext_id) base_id = 0;\n    }\n    for (auto pair : m_nodes) {\n        id_type id = pair.first;\n        Node_SP node = pair.second;\n        Point c = node->getCentre();\n        dimensions d = node->getDimensions();\n        if (useExternalIds) {\n            int ext_id = node->getExternalId();\n            if (ext_id < 0) ext_id = base_id + id;\n            id2ext.insert({id, ext_id});\n            id = (id_type) ext_id;\n        }\n        ss << id << \" \" << c.x << \" \" << c.y << \" \" << d.first << \" \" << d.second << \"\\n\";\n    }\n    // Edges\n    for (auto p : m_edges) {\n        id_type sid = p.second->getSourceEnd()->id(),\n                tid = p.second->getTargetEnd()->id();\n        if (useExternalIds) {\n            sid = id2ext.at(sid);\n            tid = id2ext.at(tid);\n        }\n        edges_ss << sid << \" \" << tid << p.second->writeRouteTglf() << \"\\n\";\n    }\n    string edges_tglf = edges_ss.str();\n    // SepCos\n    string sepcos_tglf = m_sepMatrix.writeTglf(id2ext);\n    // Put it all together.\n    bool have_edges  = !edges_tglf.empty(),\n         have_sepcos = !sepcos_tglf.empty();\n    if (have_edges || have_sepcos) {\n        ss << \"#\\n\" << edges_tglf;\n        if (have_sepcos) {\n            ss << \"#\\n\" << sepcos_tglf;\n        }\n    }\n    return ss.str();\n}\n\nstring Graph::writeSvg(bool useExternalIds) const {\n    NodesById ignore;\n    bool includeBends = true;\n    BoundingBox b = getBoundingBox(ignore, includeBends);\n    double pad = 8;\n    b.x -= pad; b.X += pad; b.y -= pad; b.Y += pad;\n    ostringstream ss;\n    ss << \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\";\n    ss << \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" \";\n    ss << string_format(\"viewBox=\\\"%g %g %g %g\\\">\\n\", b.x, b.y, b.w(), b.h());\n    // Edges\n    for (auto p : m_edges) {\n        Edge_SP e = p.second;\n        ss << e->writeSvg();\n    }\n    // Nodes\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        ss << u->writeSvg(useExternalIds);\n    }\n    ss << \"</svg>\\n\";\n    return ss.str();\n}\n\nvoid Graph::recomputeMaxDegree(void) {\n    unsigned m = 0;\n    for (auto p : m_nodes) m = max(m, p.second->getDegree());\n    m_maxDeg = m;\n}\n\ndouble Graph::autoInferIEL(void) {\n    m_iel = 2*computeAvgNodeDim();\n    return m_iel;\n}\n\ndouble Graph::getIEL(void) {\n    if (m_iel == 0) autoInferIEL();\n    return m_iel;\n}\n\ndouble Graph::recomputeIEL(void) {\n    autoInferIEL();\n    return m_iel;\n}\n\ndouble Graph::computeStress(void) {\n    // Update the positions in our CFDL object.\n    for (auto p : m_nodes) {\n        Node_SP &u = p.second;\n        id_type id = u->id();\n        Point c = u->getCentre();\n        m_cfdl->X[m_cgr.id2ix.at(id)] = c.x;\n        m_cfdl->Y[m_cgr.id2ix.at(id)] = c.y;\n    }\n    // Then ask it to compute the stress.\n    return m_cfdl->computeStress();\n}\n\nColaGraphRep &Graph::updateColaGraphRep(void) {\n    // Only redo the Rectangles and index maps if necessary.\n    if (m_needNewRectangles) {\n        for (auto r : m_cgr.rs) delete r;\n        m_cgr.rs.clear();\n        m_cgr.id2ix.clear();\n        m_cgr.ix2id.clear();\n        size_t i = 0;\n        for (auto p : m_nodes) {\n            BoundingBox b = p.second->getBoundingBox();\n            m_cgr.rs.push_back(new Rectangle(b.x, b.X, b.y, b.Y));\n            m_cgr.id2ix.emplace(p.first, i);\n            m_cgr.ix2id.emplace(i, p.first);\n            ++i;\n        }\n        // Note that it is now unnecessary to recompute Rectangles.\n        m_needNewRectangles = false;\n    }\n    // We always redo the cola::Edges. They are simple pairs of IDs,\n    // and we pass copies around, rather than pointers.\n    m_cgr.es.clear();\n    for (auto p : m_edges) {\n        m_cgr.es.emplace_back(\n            m_cgr.id2ix[p.second->getSourceEnd()->id()],\n            m_cgr.id2ix[p.second->getTargetEnd()->id()]\n        );\n    }\n    // Update the CFDL too.\n    delete m_cfdl;\n    m_cfdl = new cola::ConstrainedFDLayout(\n        m_cgr.rs, m_cgr.es, m_iel\n    );\n    // Return\n    return m_cgr;\n}\n\ncola::RootCluster *Graph::buildRootCluster(const ColaOptions &opts) {\n    // Delete the old cluster, if any.\n    delete m_cgr.rc;\n    // Allocate a new one.\n    cola::RootCluster *rc = new cola::RootCluster();\n    // Add clusters.\n    for (NodesById nodes : opts.nodeClusters) {\n        cola::RectangularCluster *c = new cola::RectangularCluster();\n        for (auto p : nodes) {\n            id_type id = p.first;\n            c->addChildNode(m_cgr.id2ix.at(id));\n        }\n        rc->addChildCluster(c);\n    }\n    // Store and return.\n    m_cgr.rc = rc;\n    return rc;\n}\n\nvoid Graph::updateNodesFromRects(bool xAxis, bool yAxis) {\n    for (auto p : m_nodes) {\n        Rectangle *r = m_cgr.rs.at(m_cgr.id2ix[p.second->id()]);\n        Node_SP u = p.second;\n        if (xAxis) u->updateXCoordFromRect(r);\n        if (yAxis) u->updateYCoordFromRect(r);\n    }\n}\n\nvoid Graph::rotate90cw(ColaOptions *opts) {\n    // Prepare node map, edge map, sep transform, and pass to generic method.\n    auto nodeMap = Compass::getRotationFunction(CardinalDir::EAST, CardinalDir::SOUTH);\n    std::function<void(Edge_SP)> edgeMap = [](Edge_SP e)->void{e->rotate90cw();};\n    SepTransform st = SepTransform::ROTATE90CW;\n    rotate90(nodeMap, edgeMap, st, opts);\n}\n\nvoid Graph::rotate90acw(ColaOptions *opts) {\n    // Prepare node map, edge map, sep transform, and pass to generic method.\n    auto nodeMap = Compass::getRotationFunction(CardinalDir::EAST, CardinalDir::NORTH);\n    std::function<void(Edge_SP)> edgeMap = [](Edge_SP e)->void{e->rotate90acw();};\n    SepTransform st = SepTransform::ROTATE90ACW;\n    rotate90(nodeMap, edgeMap, st, opts);\n}\n\nvoid Graph::rotate90(PlaneMap nodeMap, std::function<void (Edge_SP)> edgeMap, SepTransform st, ColaOptions *opts) {\n\n    // Set up for logging.\n    Logger *logger = opts != nullptr ? opts->logger : nullptr;\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    unsigned lns = 0;\n    std::function<void(string)> log = [this, logger](string name)->void{\n        if (logger!=nullptr) logger->log(*this, name);\n    };\n\n    // Rotate nodes.\n    // Note: This just means rotating their coordinates, not flipping their dimensions.\n    // The latter would be an operation quite outside what layout is intended to do.\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        Point q = u->getCentre(),\n              r = nodeMap(q);\n        u->setCentre(r.x, r.y);\n    }\n    log(string_format(\"%02d_%02d_rotated_nodes\", ln, lns++));\n    // Rotate edges (i.e. ask them to rotate their connector routes).\n    for (auto p : m_edges) edgeMap(p.second);\n    log(string_format(\"%02d_%02d_rotated_edges\", ln, lns++));\n    // Rotate constraints.\n    m_sepMatrix.transform(st);\n    log(string_format(\"%02d_%02d_rotated_constraints\", ln, lns++));\n    // And finally destress if requested.\n    if (opts != nullptr) {\n        if (logger != nullptr) logger->nextLoggingIndex = ln + 1;\n        destress(*opts);\n    }\n}\n\nvoid Graph::rotate180(void) {\n    // Rotate nodes.\n    auto f = Compass::getRotationFunction(CardinalDir::EAST, CardinalDir::WEST);\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        Point q = u->getCentre(),\n              r = f(q);\n        u->setCentre(r.x, r.y);\n    }\n    // Rotate edges.\n    for (auto p : m_edges) p.second->rotate180();\n    // Rotate constraints.\n    m_sepMatrix.transform(SepTransform::ROTATE180);\n}\n\nvoid Graph::translate(double dx, double dy) {\n    // Translate nodes.\n    for (auto p : m_nodes) p.second->translate(dx, dy);\n    // Rotate edges.\n    for (auto p : m_edges) p.second->translate(dx, dy);\n}\n\nvoid Graph::putInBasePosition(void) {\n    clearAllRoutes();\n    clearAllConstraints();\n    size_t z = 0;\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        u->setCentre(z, z);\n        ++z;\n    }\n}\n\nbool Graph::hasSameLayoutAs(const Graph &other, double tol, id_map *idMap) const {\n    try {\n        // We start by building a lookup of the other Graph's Nodes by the IDs of\n        // this Graph's corresponding Nodes.\n        NodesById yourNodesByMyIds;\n        if (idMap == nullptr) {\n            // Build an ID map from the external IDs of this Graph's Nodes\n            // to their internal IDs.\n            id_map g;\n            for (auto p : m_nodes) {\n                Node_SP u = p.second;\n                g.insert({u->getExternalId(), u->id()});\n            }\n            // Now we can build the lookup we want.\n            for (auto p : other.getNodeLookup()) {\n                Node_SP u = p.second;\n                yourNodesByMyIds.insert({g.at(u->getExternalId()), u});\n            }\n        } else {\n            for (auto p : other.getNodeLookup()) {\n                Node_SP u = p.second;\n                yourNodesByMyIds.insert({idMap->at(u->id()), u});\n            }\n        }\n        // Next we need a lookup for the Edges of the other Graph.\n        SparseIdMatrix2d<Edge_SP>::type yourEdges = other.getEdgeBySrcIdTgtIdLookup();\n        // Check node positions.\n        for (auto p : m_nodes) {\n            Node_SP u = p.second,\n                    v = yourNodesByMyIds.at(u->id());\n            Point cu = u->getCentre(),\n                  cv = v->getCentre(),\n                  dc = cv - cu;\n            if (fabs(dc.x) > tol || fabs(dc.y) > tol) return false;\n        }\n        // Check edge routes.\n        for (auto p : m_edges) {\n            Edge_SP e = p.second;\n            Node_SP s = yourNodesByMyIds.at(e->getSourceEnd()->id()),\n                    t = yourNodesByMyIds.at(e->getTargetEnd()->id());\n            Edge_SP f = yourEdges.at(s->id()).at(t->id());\n            vector<Point> eRoute = e->getRoute(),\n                          fRoute = f->getRoute();\n            if (eRoute.size() != fRoute.size()) return false;\n            auto it = eRoute.begin();\n            auto jt = fRoute.begin();\n            while (it != eRoute.end()) {\n                Point dc = *it - *jt;\n                if (fabs(dc.x) > tol || fabs(dc.y) > tol) return false;\n                ++it; ++jt;\n            }\n        }\n    } catch (std::out_of_range const&) {\n        // We invoke the .at() method of various maps, above.\n        // If any of these fails, the two Graphs do not have the same layout.\n        return false;\n    }\n    // If we make it to the end, all tests are passed.\n    return true;\n}\n\nSparseIdMatrix2d<Edge_SP>::type Graph::getEdgeBySrcIdTgtIdLookup(void) const {\n    SparseIdMatrix2d<Edge_SP>::type lookup;\n    for (auto p : m_edges) {\n        Edge_SP e = p.second;\n        Node_SP s = e->getSourceEnd(),\n                t = e->getTargetEnd();\n        lookup[s->id()][t->id()] = e;\n    }\n    return lookup;\n}\n\nvoid Graph::destress(void) {\n    ColaOptions opts;\n    destress(opts);\n}\n\nvoid Graph::destress(const ColaOptions &opts) {\n\n    // Set up for logging.\n    Logger *logger = opts.logger;\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    unsigned lns = 0;\n    std::function<void(Graph&, string)> log = [logger](Graph &H, string name)->void{\n        if (logger!=nullptr) logger->log(H, name);\n    };\n\n    // Handle the version with solidified edges separately:\n    if (opts.solidifyAlignedEdges) {\n        // Copy the opts and deactivate the aligned edges option to avoid infinite loop.\n        ColaOptions opts2(opts);\n        opts2.solidifyAlignedEdges = false;\n        // Also make sure the options request makeFeasible, which should always be done first,\n        // so that any overlaps between edgenodes are resolved in the right way.\n        // Don't use any extra border.\n        opts2.makeFeasible = true;\n        opts2.makeFeasible_xBorder = 0;\n        opts2.makeFeasible_yBorder = 0;\n        // Make two copies of this graph, with solidified edges in each dimension, and destress there.\n        // Since the new Graphs point to the same Nodes, the layout is successfully updated automatically.\n        Graph Hx(*this), Hy(*this);\n\n        // Work in x-dimension, with solid vertical edges:\n        Hy.solidifyAlignedEdges(vpsc::YDIM, opts2);\n        log(Hy, string_format(\"%02d_%02d_with_solid_V_edges\", ln, lns++));\n        opts2.xAxis = true;\n        opts2.yAxis = false;\n        Hy.destress(opts2);\n        log(Hy, string_format(\"%02d_%02d_destressed_with_solid_V_edges\", ln, lns++));\n\n        // Work in y-dimension, with solid horizontal edges:\n        Hx.solidifyAlignedEdges(vpsc::XDIM, opts2);\n        log(Hx, string_format(\"%02d_%02d_with_solid_H_edges\", ln, lns++));\n        opts2.xAxis = false;\n        opts2.yAxis = true;\n        Hx.destress(opts2);\n        log(Hx, string_format(\"%02d_%02d_destressed_with_solid_H_edges\", ln, lns++));\n\n    } else {\n        // Make sure our rectangles etc. are up to date.\n        updateColaGraphRep();\n        // Set up the clustering, if any.\n        buildRootCluster(opts);\n        // Set up the ideal edge length.\n        double iel = opts.idealEdgeLength;\n        if (iel == 0) iel = getIEL();\n        // If using neighbour stress, apply the scalar.\n        if (opts.useNeighbourStress) iel *= opts.nbrStressIELScalar;\n        // Set up the constraints.\n        // Start with a copy of those given.\n        cola::CompoundConstraints ccs(opts.ccs);\n        // And add the SepMatrix.\n        // (We cannot simply add the SepMatrix to the given vector, since this would lead to redundant\n        //  constraints if the same ColaOptions object was used again.)\n        ccs.push_back(&m_sepMatrix);\n        // Construct and run the layout object.\n        if (opts.useMajorization) {\n            // We use ConstrainedMajorizationLayout.\n            cola::ConstrainedMajorizationLayout alg(\n                        m_cgr.rs, m_cgr.es, m_cgr.rc, iel,\n                        opts.eLengths, opts.doneTest, opts.preIteration, opts.useNeighbourStress\n            );\n\n            alg.setAvoidOverlaps(opts.preventOverlaps);\n            alg.setScaling(opts.useScaling);\n            alg.setConstraints(&ccs);\n            alg.run(opts.xAxis, opts.yAxis);\n        } else {\n            // We use ConstrainedFDLayout.\n            cola::ConstrainedFDLayout alg(\n                        m_cgr.rs, m_cgr.es, iel, opts.eLengths, opts.doneTest, opts.preIteration\n            );\n            alg.setAvoidNodeOverlaps(opts.preventOverlaps);\n            alg.setUseNeighbourStress(opts.useNeighbourStress);\n            alg.setConstraints(ccs);\n            alg.setClusterHierarchy(m_cgr.rc);\n            if (opts.makeFeasible) alg.makeFeasible(opts.makeFeasible_xBorder, opts.makeFeasible_yBorder);\n            alg.run(opts.xAxis, opts.yAxis);\n        }\n        // Update node positions.\n        updateNodesFromRects(opts.xAxis, opts.yAxis);\n    }\n}\n\nstring Graph::writeId2Ix(void) const {\n    ostringstream ss;\n    for (auto p : m_cgr.id2ix) ss << p.first << \": \" << p.second << std::endl;\n    return ss.str();\n}\n\nstring Graph::writeIx2Id(void) const {\n    ostringstream ss;\n    for (auto p : m_cgr.ix2id) ss << p.first << \": \" << p.second << std::endl;\n    return ss.str();\n}\n\nvoid Graph::makeFeasible(const ColaOptions &opts) {\n\n    // Set up for logging.\n    Logger *logger = opts.logger;\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    unsigned lns = 0;\n    std::function<void(Graph&, string)> log = [logger](Graph &H, string name)->void{\n        if (logger!=nullptr) logger->log(H, name);\n    };\n\n    // Handle the version with solidified edges separately:\n    if (opts.solidifyAlignedEdges) {\n        // Copy the opts and deactivate the aligned edges option to avoid infinite loop.\n        ColaOptions opts2(opts);\n        opts2.solidifyAlignedEdges = false;\n        // Make a copy of this graph, with solidified edges in both dimensions, and make feasible there.\n        Graph H(*this);\n        H.solidifyAlignedEdges(vpsc::XDIM, opts2);\n        //log(H, string_format(\"%02d_%02d_solid_H_edges\", ln, lns++));\n        H.solidifyAlignedEdges(vpsc::YDIM, opts2);\n        log(H, string_format(\"%02d_%02d_solid_H_and_V_edges\", ln, lns++));\n        H.makeFeasible(opts2);\n    } else {\n        // Make sure our rectangles etc. are up to date.\n        updateColaGraphRep();\n        // Set up the clustering, if any.\n        buildRootCluster(opts);\n        // Set up the ideal edge length.\n        // While makeFeasible only does projection (so IEL is irrelevant), we do need to\n        // construct a CFDL object to do it, which requires an IEL.\n        double iel = opts.idealEdgeLength;\n        if (iel == 0) iel = getIEL();\n        // Set up the constraints.\n        // Start with a copy of those given.\n        cola::CompoundConstraints ccs(opts.ccs);\n        // And add the SepMatrix.\n        ccs.push_back(&m_sepMatrix);\n        // Construct the layout object and ask it to make feasible.\n        cola::ConstrainedFDLayout alg(\n            m_cgr.rs, m_cgr.es, iel, opts.eLengths, opts.doneTest, opts.preIteration\n        );\n        alg.setAvoidNodeOverlaps(opts.preventOverlaps);\n        alg.setConstraints(ccs);\n        alg.setClusterHierarchy(m_cgr.rc);\n        alg.makeFeasible(opts.makeFeasible_xBorder, opts.makeFeasible_yBorder);\n        // Update node positions.\n        updateNodesFromRects(opts.xAxis, opts.yAxis);\n    }\n}\n\nint Graph::project(const ColaOptions &opts, vpsc::Dim dim, int accept) {\n    // Handle the version with solidified edges separately:\n    if (opts.solidifyAlignedEdges) {\n        // Copy the opts and deactivate the aligned edges option to avoid infinite loop.\n        ColaOptions opts2(opts);\n        opts2.solidifyAlignedEdges = false;\n        // Make a copy of this graph, with solidified edges, and project there.\n        // Since the new Graph points to the same Nodes, the layout is successfully updated automatically.\n        Graph H(*this);\n        H.solidifyAlignedEdges(vpsc::conjugate(dim), opts2);\n        return H.project(opts2, dim, accept);\n    } else {\n        // Make sure our rectangles etc. are up to date.\n        updateColaGraphRep();\n        // Set up the constraints.\n        // Start with a copy of those given.\n        cola::CompoundConstraints ccs(opts.ccs);\n        // And add the SepMatrix.\n        ccs.push_back(&m_sepMatrix);\n        // Project.\n        unsigned debugLevel = m_projectionDebugLevel;\n        cola::ProjectionResult result = cola::projectOntoCCs(dim, m_cgr.rs, ccs, opts.preventOverlaps, accept, debugLevel);\n        if (debugLevel > 0) {\n            std::string usi = result.unsatinfo;\n            size_t n = usi.length();\n            if (n > 77) { // Header is 77 chars. String is longer iff has actual unsat constraints.\n                // Show ix2id map.\n                std::cout << \"VPSC var indices to Node Ids:\\n\" << std::endl;\n                for (auto p : m_cgr.ix2id) std::cout << p.first << \" --> \" << p.second << \"\\n\";\n                // Show graph.\n                writeStringToFile(writeTglf(), m_debugOutputPath+\"failed_projection.tglf\");\n            }\n            std::cout << result.unsatinfo << std::endl;\n        }\n        int errorLevel = result.errorLevel;\n        // Accept new node positions conditionally:\n        if (errorLevel <= accept) updateNodesFromRects();\n        // Return the error level.\n        return errorLevel;\n    }\n}\n\nint Graph::projectOntoSepCo(const ColaOptions &opts, SepCo_SP sepco, int accept) {\n    updateColaGraphRep();\n    ColaOptions opts2(opts);\n    sepco->generateColaConstraints(m_cgr, opts2.ccs);\n    return project(opts2, sepco->dim, accept);\n}\n\nbool Graph::applyProjSeq(const ColaOptions &opts, ProjSeq &ps, int accept) {\n    updateColaGraphRep();\n    // Set up the ideal edge length.\n    double iel = opts.idealEdgeLength;\n    if (iel == 0) iel = getIEL();\n    // Do stress computations iff iel >= 0.\n    double lastStress = 0.0;\n    if (iel >= 0) lastStress = computeStress();\n    // We will check whether all projections work.\n    bool allOK = true;\n    // Get first projection.\n    Projection_SP proj = ps.nextProjection();\n    // Keep going until there are no more.\n    while (proj != nullptr) {\n        // Act only if projection is nonempty.\n        if (proj->size() > 0) {\n            // Copy the options and set the constraints in the copy.\n            ColaOptions projOpts(opts);\n            projOpts.ccs = proj->generateColaConstraints(m_cgr);\n            // Do the projection.\n            int result = project(projOpts, proj->dim, accept);\n            // Clean up.\n            for (cola::CompoundConstraint *cc : projOpts.ccs) delete cc;\n            // If result not acceptable, note this.\n            if (result > accept) allOK = false;\n            // Do stress computation if desired.\n            if (iel >= 0) {\n                double stress = computeStress();\n                double dS = stress - lastStress;\n                ps.noteStresschange(dS);\n                lastStress = stress;\n            }\n            // Now break if the projection didn't work.\n            if (!allOK) break;\n        }\n        // Get the next projection.\n        proj = ps.nextProjection();\n    }\n    // Report whether all projections worked or not.\n    return allOK;\n}\n\nvoid Graph::solidifyAlignedEdges(vpsc::Dim dim, const ColaOptions &opts) {\n    // For the nodes representing aligned Edges, we avoid making rectangles that would be shorter\n    // than a certain minimal length. (If they are zero length, VPSC is unhappy.)\n    // Constants have been experimnetally determined.\n    const double MIN_LENGTH = 0.01;\n    const double GAP = 1;\n    // Exemptions may be passed in the ColaOptions, in the form of an EdgesById lookup.\n    // Thus have two ordered lookups of Edges to compare, so iterate properly for linear time complexity.\n    auto it = m_edges.begin();\n    auto jt = opts.solidEdgeExemptions.cbegin();\n    auto exemptionsEnd = opts.solidEdgeExemptions.cend();\n    while (it != m_edges.end()) {\n        auto p = *it;\n        if (jt != exemptionsEnd) {\n            auto q = *jt;\n            id_type id = p.first,\n                    jd = q.first;\n            if (id > jd) {\n                ++jt;\n                continue;\n            } else if (id == jd) {\n                // This edge is exempt.\n                ++it;\n                continue;\n            }\n        }\n        ++it;\n        // Otherwise the edge is not exempt.\n        Edge_SP &e = p.second;\n        Node_SP src = e->getSourceEnd(),\n                tgt = e->getTargetEnd();\n        id_type sid = src->id(),\n                tid = tgt->id();\n        bool edgeIsAligned = dim == vpsc::HORIZONTAL ?\n                    m_sepMatrix.areHAligned(sid, tid) :\n                    m_sepMatrix.areVAligned(sid, tid);\n        if (edgeIsAligned) {\n            // Form the \"edgenode\".\n            Node_SP edgeNode = Node::allocate();\n            // Get local nodes of matching IDs.\n            // This is important so that we get the latest coordinates.\n            // (When working with GhostNodes, there may be different, older Nodes,\n            // at the ends of the Edge itself.)\n            src = m_nodes.at(sid);\n            tgt = m_nodes.at(tid);\n            // Get bounding boxes and centres.\n            BoundingBox bsrc = src->getBoundingBox(),\n                        btgt = tgt->getBoundingBox();\n            Point csrc = src->getCentre(),\n                  ctgt = tgt->getCentre();\n            // We'll need to set the direction and gap for the constraints.\n            SepDir sd;\n            double srcGap, tgtGap;\n            // Set position and dimensions for edgenode, and determine the cardinal direction.\n            if (dim == vpsc::VERTICAL) {\n                double h = min(\n                    fabs(btgt.y - bsrc.Y), fabs(bsrc.y - btgt.Y)\n                ) - 2*GAP;\n                if (h < MIN_LENGTH) continue;\n                edgeNode->setDims(m_edge_thickness, h);\n                double cx = (csrc.x + ctgt.x) / 2.0,\n                       cy = min(bsrc.Y, btgt.Y) + h/2.0 + GAP;\n                edgeNode->setCentre(cx, cy);\n                if (csrc.y < ctgt.y) {\n                    sd = SepDir::SOUTH;\n                    srcGap = cy - csrc.y;\n                    tgtGap = ctgt.y - cy;\n                } else {\n                    sd = SepDir::NORTH;\n                    srcGap = csrc.y - cy;\n                    tgtGap = cy - ctgt.y;\n                }\n            } else {\n                double w = min(\n                    fabs(btgt.x - bsrc.X), fabs(bsrc.x - btgt.X)\n                ) - 2*GAP;\n                if (w < MIN_LENGTH) continue;\n                edgeNode->setDims(w, m_edge_thickness);\n                double cy = (csrc.y + ctgt.y) / 2.0,\n                       cx = min(bsrc.X, btgt.X) + w/2.0 + GAP;\n                edgeNode->setCentre(cx, cy);\n                if (csrc.x < ctgt.x) {\n                    sd = SepDir::EAST;\n                    srcGap = cx - csrc.x;\n                    tgtGap = ctgt.x - cx;\n                } else {\n                    sd = SepDir::WEST;\n                    srcGap = csrc.x - cx;\n                    tgtGap = cx - ctgt.x;\n                }\n            }\n            // Add the node to the graph.\n            addNode(edgeNode);\n            // Set constraints.\n            // NB: It is very important that we free the constraint on src and tgt in addition\n            // to setting the new constraints on src and the edgeNode, and on tgt and edgeNode.\n            // Otherwise we will pass redundant equality constraints to VPSC, which will report\n            // an unsatisfiability.\n            id_type sid = src->id(),\n                    tid = tgt->id(),\n                    eid = edgeNode->id();\n            m_sepMatrix.free(sid, tid);\n            // NB: Another very important implementation detail is that we use CENTRE gaps\n            // here, not BDRY gaps. For if the user has set an extra boundary gap in the SepMatrix,\n            // then the gaps will be made much larger than we want.\n            // Objection: But the gap is irrelevant because when using solid vertical edges\n            // we only project in the x-dimension, and vice versa.\n            // Reply: That is /one/ way in which solid edges are used, in particular when they are\n            // used by the Graph's destress method. However there are other times when both vertical and\n            // horizontal edges are used in conjunction, while projecting in both dimensions; for example,\n            // this happens in the Graph's makeFeasible method.\n            m_sepMatrix.addSep(sid, eid, GapType::CENTRE, sd, SepType::INEQ, srcGap);\n            m_sepMatrix.addSep(eid, tid, GapType::CENTRE, sd, SepType::INEQ, tgtGap);\n        }\n    }\n}\n\nNodesById Graph::buildUniqueBendPoints(void) {\n    // Initialise return value.\n    NodesById bendNodes;\n    // We want to be able to find nearby nodes, since we'll consider any within\n    // half-integer distance to be the same.\n    NearbyObjectFinder<Node_SP> nof(0.5);\n    // Consider all Edges in the Graph:\n    for (auto pair : m_edges) {\n        Edge_SP &e = pair.second;\n        vector<Point> route = e->getRoute();\n        // If the route does not contain at least three points, then it has no bends,\n        // so we skip this Edge.\n        size_t N = route.size();\n        if (N < 3) continue;\n        // Otherwise we need to prepare the vector of bend Nodes on this Edge's route.\n        Nodes routeBends;\n        // For display/testing purposes, we want the bend nodes we create to\n        // look smaller than the average node in the graph.\n        double bendNodeSize = getIEL()/8.0;\n        // Consider the interior points of the route.\n        for (size_t j = 1; j < N - 1; ++j) {\n            Point p = route[j];\n            // Do we already have a bend node near enough to this point?\n            Node_SP bend = nof.findObject(p.x, p.y);\n            // If not, we will create a new bend node.\n            if (bend == nullptr) {\n                bend = Node::allocate();\n                // Set its position and dimensions.\n                bend->setCentre(p.x, p.y);\n                bend->setDims(bendNodeSize, bendNodeSize);\n                // Record it in the lookup.\n                bendNodes[bend->id()] = bend;\n                // And put it in the object finder.\n                nof.addObject(p.x, p.y, bend);\n            }\n            // Whether we created a new bend node, or found an existing one near enough to the\n            // given route point, add the bend to the Edge's route.\n            routeBends.push_back(bend);\n        }\n        // Set the route bends in the Edge.\n        e->setBendNodes(routeBends);\n    }\n    // Return.\n    return bendNodes;\n}\n\nvoid Graph::pushNodePositions(void) {\n    std::map<id_type, Point> positions;\n    for (auto p : m_nodes) {\n        Node_SP &u = p.second;\n        id_type id = u->id();\n        Point c = u->getCentre();\n        positions.insert({id, c});\n    }\n    m_posStack.push(positions);\n}\n\nbool Graph::popNodePositions(void) {\n    // If stack is empty, return false.\n    if (m_posStack.empty()) return false;\n    // Otherwise restore Node positions based on top element on stack.\n    std::map<id_type, Point> &positions = m_posStack.top();\n    for (auto p : m_nodes) {\n        Node_SP &u = p.second;\n        id_type id = u->id();\n        Point c = positions.at(id);\n        u->setCentre(c.x, c.y);\n    }\n    // Pop the top element and return true.\n    m_posStack.pop();\n    return true;\n}\n\nvoid Graph::padAllNodes(double dw, double dh) {\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        u->addPadding(dw, dh);\n    }\n}\n\nvoid Graph::setPosesInCorrespNodes(Graph &H) {\n    NodesById nodes_H = H.getNodeLookup();\n    auto it = m_nodes.begin();\n    auto jt = nodes_H.begin();\n    while (it != m_nodes.end() && jt != nodes_H.end()) {\n        auto p = *it;\n        auto q = *jt;\n        id_type i = p.first,\n                j = q.first;\n        if (i > j) ++jt;\n        else {\n            if (i == j) {\n                Point c = p.second->getCentre();\n                q.second->setCentre(c.x, c.y);\n            }\n            ++it;\n        }\n    }\n}\n\nvoid Graph::padCorrespNodes(Graph &H, double dw, double dh, const NodesById &ignore) {\n    NodesById nodes_G = getNodeLookupWithIgnore(ignore);\n    NodesById nodes_H = H.getNodeLookup();\n    auto it = nodes_G.begin();\n    auto jt = nodes_H.begin();\n    while (it != nodes_G.end() && jt != nodes_H.end()) {\n        auto p = *it;\n        auto q = *jt;\n        id_type i = p.first,\n                j = q.first;\n        if (i > j) ++jt;\n        else {\n            if (i == j) {\n                q.second->addPadding(dw, dh);\n            }\n            ++it;\n        }\n    }\n}\n\nvoid Graph::setRoutesInCorrespEdges(Graph &H, bool directed) {\n    // First build a lookup for Edges in H by [srcID][tgtID].\n    SparseIdMatrix2d<Edge_SP>::type lookup_H;\n    EdgesById edges_H = H.getEdgeLookup();\n    for (auto p : edges_H) {\n        Edge_SP f = p.second;\n        id_type sid = f->getSourceEnd()->id(),\n                tid = f->getTargetEnd()->id();\n        lookup_H[sid][tid] = f;\n    }\n    // Now iterate over the Edges of this Graph, setting routes where\n    // a match is found.\n    for (auto p : m_edges) {\n        Edge_SP e = p.second;\n        id_type sid = e->getSourceEnd()->id(),\n                tid = e->getTargetEnd()->id();\n        // See if H has an Edge with same src and tgt.\n        Edge_SP f = lookup_H[sid][tid];\n        bool reversed = false;\n        // If not, and if we're considering edges to be undirected, then\n        // we get to try again, with the IDs swapped.\n        if (f == nullptr && !directed) {\n            f = lookup_H[tid][sid];\n            // In this case we'll have to reverse the order of the route points.\n            reversed = true;\n        }\n        // If we managed to find an Edge, set its route.\n        if (f != nullptr) {\n            vector<Point> e_route = e->getRoute();\n            if (reversed) std::reverse(e_route.begin(), e_route.end());\n            f->setRoute(e_route);\n        }\n    }\n}\n\nvoid Graph::clearAllRoutes(void) {\n    for (auto p : m_edges) {\n        Edge_SP e = p.second;\n        e->clearRouteAndBends();\n    }\n}\n\nvoid Graph::buildRoutes(void) {\n    for (auto p : m_edges) {\n        Edge_SP e = p.second;\n        e->buildRouteFromBends();\n    }\n}\n\nvoid Graph::route(Avoid::RouterFlag routingType) {\n    clearAllRoutes();\n    RoutingAdapter ra(routingType);\n    ra.addNodes(m_nodes);\n    ra.addEdges(m_edges);\n    ra.route();\n}\n\nvoid Graph::addBendlessSubnetworkToRoutingAdapter(RoutingAdapter &ra) {\n    ra.addNodes(m_nodes);\n    EdgesById edges;\n    for (auto p : m_edges) if (!p.second->hasBendNodes()) edges.insert(p);\n    ra.addEdges(edges);\n}\n\nvoid Graph::clearAllConstraints(void) {\n    m_sepMatrix.clear();\n}\n\nvoid Graph::setCorrespondingConstraints(Graph &H) {\n    m_sepMatrix.setCorrespondingConstraints(H.getSepMatrix());\n}\n\nvoid Graph::transformClosedSubset(SepTransform tf, const std::set<id_type> &ids) {\n    m_sepMatrix.transformClosedSubset(tf, ids);\n}\n\nvoid Graph::transformOpenSubset(SepTransform tf, const std::set<id_type> &ids) {\n    m_sepMatrix.transformOpenSubset(tf, ids);\n}\n"
  },
  {
    "path": "cola/libdialect/graphs.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_GRAPHS_H\n#define DIALECT_GRAPHS_H\n\n#include <vector>\n#include <cfloat>\n#include <string>\n#include <map>\n#include <utility>\n#include <stack>\n#include <deque>\n#include <functional>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libcola/cluster.h\"\n#include \"libcola/cola.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/logging.h\"\n\nnamespace dialect {\n\n//! @brief  A bounding box, given by the extreme coordinates.\nstruct BoundingBox {\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  x  Lower bound on x-coordinates of the box.\n    //! @param[in]  X  Upper bound on x-coordinates of the box.\n    //! @param[in]  y  Lower bound on y-coordinates of the box.\n    //! @param[in]  Y  Upper bound on y-coordinates of the box.\n    BoundingBox(double x, double X, double y, double Y) :\n        x(x), X(X), y(y), Y(Y) {}\n\n    //! @brief  Default constructor.\n    //!\n    //! Constructs a bounding box that serves as \"zero\" when adding boxes together.\n    //! Can be thought of as the box whose interior consists solely of the point\n    //! at infinity on the Riemann Sphere.\n    BoundingBox(void) :\n        x(DBL_MAX), X(-DBL_MAX), y(DBL_MAX), Y(-DBL_MAX) {}\n\n    //! @brief  Adding two bounding boxes returns the bounding box of their union.\n    BoundingBox &operator+=(const BoundingBox &rhs);\n\n    //! @brief  Write a simple representation of the bounding box.\n    std::string repr(void) const;\n\n    //! @brief  Get the width of the box.\n    double w(void) const { return X - x; }\n\n    //! @brief  Get the height of the box.\n    double h(void) const { return Y - y; }\n\n    //! @brief  Get the interval in a given dimension.\n    //! @param[in] dim  The desired interval's variable dimension; thus, X if you want the box's\n    //!                 horizontal interval, Y if you want its vertical interval.\n    interval getInterval(vpsc::Dim dim) { return dim == vpsc::XDIM ? std::make_pair(x, X) : std::make_pair(y, Y); }\n\n    //! @brief  Get the centre of the box.\n    Avoid::Point centre(void) const { return Avoid::Point((x+X)/2.0, (y+Y)/2.0); }\n\n    //! @brief  Build a LineSegment representing a side of the box.\n    LineSegment_SP buildSideSegment(CardinalDir side) const;\n\n    //! @brief  Compute the perimeter of the box.\n    double perimeter(void) const { return 2*(w() + h()); }\n\n    double x;\n    double X;\n    double y;\n    double Y;\n};\n\n//! @brief  Provides a simple way to set any or all of the various\n//!         optional arguments to libcola layout methods.\nstruct ColaOptions {\n    //! Leave the ideal edge length set to zero if you want the Graph to\n    //! automatically substitute its own ideal edge length.\n    double idealEdgeLength = 0;\n    //! Prevent overlaps between nodes?\n    bool preventOverlaps = false;\n    //! Solidify aligned edges? When used in conjunction with the preventOverlaps\n    //! option, this can prevent overlaps between nodes and aligned edges.\n    bool solidifyAlignedEdges = false;\n    //! Specify edges that should not be solidified.\n    EdgesById solidEdgeExemptions;\n    //! Work in the x-dimension?\n    bool xAxis = true;\n    //! Work in the y-dimension?\n    bool yAxis = true;\n    //! When using a ConstrainedFDLayout, do makeFeasible before running?\n    bool makeFeasible = false;\n    //! The CFDL makeFeasible operation allows you to set extra border thickness\n    //! on rectangles in the x- and y-dimensions. You can set those values here.\n    double makeFeasible_xBorder = 0;\n    double makeFeasible_yBorder = 0;\n    //! Use neighbour stress? If true this means that only those stress terms\n    //! will be counted for pairs of nodes connected by an edge.\n    bool useNeighbourStress = false;\n    //! Ordinarily we use neighbour stress in an attempt to make the layout more\n    //! compact. In order to encourage this, we usually scale the IEL by a small\n    //! fraction as well. The scalar can be set here.\n    double nbrStressIELScalar = 1/20.0;\n    //! If you want to use a ConstrainedFDLayout, leave useMajorization false;\n    //! if you want to use a ConstrainedMajorizationLayout, set it true.\n    bool useMajorization = false;\n    //! If using a ConstrainedMajorizationLayout, say whether you want scaling.\n    bool useScaling = false;\n    //! Any /additional/ constraints in the form of cola::CompoundConstraints\n    //! may be set here. Note that these are added to the constraints already\n    //! recorded in the graph's SepMatrix.\n    cola::CompoundConstraints ccs;\n    //! Collection of Node lookups, in which to register clusters.\n    std::vector<NodesById> nodeClusters;\n    //! Just as with cola::ConstrainedFDLayout, you may set individual ideal\n    //! edge lengths, as well as a custom convergence test, and a function to\n    //! be called prior to each iteration.\n    cola::EdgeLengths eLengths = cola::StandardEdgeLengths;\n    cola::TestConvergence* doneTest = nullptr;\n    cola::PreIteration* preIteration = nullptr;\n    //! Optional logger.\n    Logger *logger = nullptr;\n};\n\n//! @brief  Bundles those data structures required in order to represent\n//!         a Graph in libcola, and to map infomration between the libcola\n//!         and libdialect representations.\nstruct ColaGraphRep {\n    vpsc::Rectangles rs;\n    std::vector<cola::Edge> es;\n    cola::RootCluster *rc = nullptr;\n    //! A mapping from Node IDs to indices in the rs Rectangles vector:\n    std::map<id_type, size_t> id2ix;\n    //! The inverse mapping, from indices in the rs Rectangles vector to Node IDs:\n    std::map<size_t, id_type> ix2id;\n};\n\n//! @brief  Useful for set operations on Node lookups.\n//! @note  Thanks to https://stackoverflow.com/a/15579928\nstruct NodeIdCmp {\n    bool operator()(id_type i, const std::pair<id_type, Node_SP> &p) const {\n        return i < p.first;\n    }\n    bool operator()(const std::pair<id_type, Node_SP> &p, id_type i) const {\n        return p.first < i;\n    }\n};\n\n//! @brief  The Graph class represents graphs consisting of nodes and edges.\n//!\nclass Graph {\npublic:\n    //! @brief  Default constructor.\n    Graph(void) : m_sepMatrix(this) {}\n\n    //! @brief  Copy constructor.\n    Graph(const Graph &G);\n\n    //! @brief  Destructor\n    ~Graph(void);\n\n    //! @brief  Swap operator.\n    friend void swap(Graph &first, Graph &second) {\n        using std::swap;\n        swap(first.m_debugOutputPath, second.m_debugOutputPath);\n        swap(first.m_projectionDebugLevel, second.m_projectionDebugLevel);\n        swap(first.m_sepMatrix, second.m_sepMatrix);\n        swap(first.m_iel, second.m_iel);\n        swap(first.m_cgr, second.m_cgr);\n        swap(first.m_needNewRectangles, second.m_needNewRectangles);\n        swap(first.m_cfdl, second.m_cfdl);\n        swap(first.m_nodes, second.m_nodes);\n        swap(first.m_edges, second.m_edges);\n        swap(first.m_maxDeg, second.m_maxDeg);\n    }\n\n    //! @brief  Copy-assignment operator.\n    //! @note  Pass-by-value is deliberate. See https://stackoverflow.com/a/3279550\n    Graph &operator=(const Graph other);\n\n    //! @brief  Reports the maximum degree of any Node in this Graph.\n    //!\n    //! The value is automatically maintained as you add or remove Nodes\n    //! from the Graph.\n    //!\n    //! @return  Maximum degree of any Node in the Graph.\n    //!\n    unsigned getMaxDegree(void) const;\n\n    //! @brief  Add a Node to this Graph.\n    //!\n    //! @param[in]  node  The Node to be added to the Graph.\n    //! @param[in]  takeOwnership  Controls whether the Node will record this Graph\n    //!                            as being the one to which it belongs.\n    void addNode(Node_SP node, bool takeOwnership = true);\n\n    //! @brief  Add a new Node to this Graph.\n    //! @return  The new Node.\n    Node_SP addNode(void);\n\n    //! @brief  Add a new Node to this Graph, setting dimensions.\n    //! @param[in] w  Width of Node.\n    //! @param[in] h  Height of Node.\n    //! @return  The new Node.\n    Node_SP addNode(double w, double h);\n\n    //! @brief  Add a new Node to this Graph, setting position and dimensions.\n    //! @param[in] cx  Centre x-coordinate of Node.\n    //! @param[in] cy  Centre y-coordinate of Node.\n    //! @param[in] w  Width of Node.\n    //! @param[in] h  Height of Node.\n    //! @return  The new Node.\n    Node_SP addNode(double cx, double cy, double w, double h);\n\n    //! @brief  Add an Edge to this Graph.\n    //!\n    //! @param[in]  edge  The Edge to be added to the Graph.\n    //! @param[in]  takeOwnership  Controls whether the Edge will record this Graph\n    //!                            as being the one to which it belongs.\n    void addEdge(Edge_SP edge, bool takeOwnership = true);\n\n    //! @brief  Add a new Edge to this Graph.\n    //! @param[in, out]  src  The source Node.\n    //! @param[in, out]  tgt  The target Node.\n    //! @note  Nodes are also informed of their linkage to this new Edge.\n    //! @return  The new Edge.\n    Edge_SP addEdge(Node_SP src, Node_SP tgt);\n\n    //! @brief  Add an Edge by specifying the IDs of its endpoint Nodes.\n    //!\n    //! @param[in] srcID  The ID of the Node that is to sit at the source end of the new Edge.\n    //! @param[in] tgtID  The ID of the Node that is to sit at the target end of the new Edge.\n    //! @return  A shared pointer to the new Edge.\n    Edge_SP addEdge(const id_type &srcID, const id_type &tgtID);\n\n    //! @brief  Say whether this Graph has a Node of the given ID.\n    //!\n    //! @return  boolean\n    bool hasNode(const id_type &id) const;\n\n    //! @brief  Say whether this Graph has an Edge of the given ID.\n    //!\n    //! @return  boolean\n    bool hasEdge(const id_type &id) const;\n\n    //! @brief  Sever an Edge in this Graph.\n    //!\n    //! The Edge is removed from the Graph, and from both of its endpoint\n    //! Nodes as well.\n    //!\n    //! @param[in]  edge  The Edge to be severed from the Graph.\n    void severEdge(dialect::Edge &edge);\n\n    //! @brief  Sever all the Edges incident to a Node in this Graph.\n    //!\n    //! @note  This method only cuts the incident Edges; it does /not/ also\n    //!        remove the Node itself from the Graph.\n    //!\n    //! @param[in]  node  The Node whose Edges are to be severed.\n    //!\n    //! @sa severAndRemoveNode\n    void severNode(const dialect::Node &node);\n\n    //! @brief  Like severNode but also returns a vector of all Nodes that\n    //!         were neighbours before severing.\n    //!\n    //! @sa  severNode\n    std::vector<Node_SP> severNodeNotingNeighbours(const dialect::Node &node);\n\n    //! @brief  Remove a Node from this Graph.\n    //!\n    //! @note  This method only removes the Node itself; it does not also\n    //!        sever the incident Edges.\n    //!\n    //! @param[in]  node  The Node to be removed from the Graph.\n    //!\n    //! @sa severAndRemoveNode\n    void removeNode(const dialect::Node &node);\n\n    //! @brief  Remove several Nodes from this Graph.\n    //!\n    //! @param[in]  nodes  The Nodes to be removed from the Graph.\n    //!\n    //! @sa removeNode\n    void removeNodes(const NodesById &nodes);\n\n    //! @brief Convenience method to completely remove a Node from the Graph.\n    //!\n    //! @sa severNode\n    //! @sa removeNode\n    void severAndRemoveNode(const dialect::Node &node);\n\n    //! @brief Convenience method to completely remove a Node from the Graph.\n    //!\n    //! @sa severNode\n    //! @sa removeNode\n    void severAndRemoveNode(id_type nodeID);\n\n    //! @brief  Clone a node completely. There will be as many copies of the original\n    //!         node as it had edges, and each clone will be a leaf.\n    //! @param[in] id  The ID of the node to be cloned.\n    //! @return Vector of new clones added to the graph.\n    Nodes cloneNode(id_type id);\n\n    //! @brief  Look up a Node by ID.\n    //!\n    //! @throws  out_of_range exception if there is no Node by the given ID.\n    //!\n    //! @return  The Node with the given ID, if present.\n    Node_SP getNode(const id_type &id) const;\n\n    //! @brief  Read-only access to this Graph's lookup map for Nodes by their ID.\n    const NodesById &getNodeLookup(void) const { return m_nodes; }\n\n    //! @brief  Build a NodesById lookup with some Nodes omitted.\n    NodesById getNodeLookupWithIgnore(const Nodes &ignore) const;\n\n    //! @brief  Build a NodesById lookup with some Nodes omitted.\n    NodesById getNodeLookupWithIgnore(const NodesById &ignore) const;\n\n    //! @brief  Read-only access to this Graph's lookup map for Edges by their ID.\n    const EdgesById &getEdgeLookup(void) const { return m_edges; }\n\n    //! @brief  Say how many Nodes there are in this Graph.\n    size_t getNumNodes(void) const { return m_nodes.size(); }\n\n    //! @brief  Say how many Edges there are in this Graph.\n    size_t getNumEdges(void) const { return m_edges.size(); }\n\n    //! @brief  Say whether the Graph is empty, meaning that it has no Nodes.\n    bool isEmpty(void) const { return m_nodes.empty(); }\n\n    //! @brief  Say whether the Graph is a tree.\n    bool isTree(void) const { return getNumEdges() == getNumNodes() - 1; }\n\n    //! @brief  Compute the average of all heights and widths of Nodes\n    //!         in this Graph.\n    //!\n    //! @return  The average.\n    double computeAvgNodeDim(void) const;\n\n    //! @brief  Read the ideal edge length of this Graph.\n    //!\n    //! @note  If the current value is zero (which is true of all new Graphs), the Graph\n    //!        will first auto-infer an ideal edge length equal to twice the average node\n    //!        dimension, store that value, and return it.\n    //!\n    //! @warning  Once this method has been called, the Graph will NOT recompute its IEL\n    //!           on subsequent calls, even if Nodes have been added or taken away.\n    //!\n    //! @sa Graph::recomputeIEL\n    double getIEL(void);\n\n    //! @brief  Recompute, store, and return the Graph's ideal edge length.\n    //!\n    //! @note  As in the getIEL method, the value will be twice the average dimension\n    //!        of Nodes currently in the Graph.\n    //!\n    //! @sa Graph::getIEL\n    double recomputeIEL(void);\n\n    //! @brief  Get the bounding box for this Graph.\n    //!\n    //! @param[in]  ignore  Optional set of Nodes (as NodesByID) to leave out of the box.\n    //! @param[in]  includeBends  Say whether bend points of connector routes\n    //!                           should be included in the box.\n    //!\n    //! @return  The bounding box.\n    //!\n    //! @sa getBoundingBoxDimensions\n    BoundingBox getBoundingBox(\n                const NodesById &ignore = NodesById(),\n                bool includeBends = false\n            ) const;\n\n    //! @brief  Get the connected components of this Graph.\n    //!\n    //! Note that the Nodes and Edges in the component Graphs will be\n    //! the same objects as those in this Graph.\n    //!\n    //! @return  A vector of shared pointers to Graphs.\n    std::vector<Graph_SP> getConnComps(void) const;\n\n    //! @brief  Identify all sequences of consecutive \"links\" (degree-2 nodes) in this graph.\n    //! @param[out] chains  Vector of deques of Nodes, where each identified \"chain\" will be recorded.\n    //!                     A \"chain\" is a consecutive sequence of \"links\" whose endpoints are distinct.\n    //! @param[out] cycles  Vector of deques of Nodes, where each identified \"cycle\" will be recorded.\n    //!                     A \"cycles\" is a consecutive sequence of \"links\" that forms a closed loop.\n    void getChainsAndCycles(std::vector<std::deque<Node_SP>> &chains, std::vector<std::deque<Node_SP>> &cycles);\n\n    //! @brief  Write TGLF to represent this Graph.\n    //! @param[in] useExternalIds  When a Graph is built from TGLF its Nodes store the IDs that\n    //!                            were used there. Set true if you want these same IDs to be\n    //!                            written out as well. Otherwise the internal unique Node IDs are used.\n    //! @return  A string containing the TGLF.\n    std::string writeTglf(bool useExternalIds = false) const;\n\n    //! @brief  Write SVG to represent this Graph.\n    //! @param[in] useExternalIds  When a Graph is built from TGLF its Nodes store the IDs that\n    //!                            were used there. Set true if you want these same IDs to be\n    //!                            written out as well. Otherwise the internal unique Node IDs are used.\n    //! @return  A string containing the SVG.\n    std::string writeSvg(bool useExternalIds = false) const;\n\n    //! @brief  Write the Node ID --> Rectangle Index map.\n    //!         Useful for debugging.\n    //! @return  String representation of the map.\n    std::string writeId2Ix(void) const;\n\n    //! @brief  Write the Rectangle Index --> Node ID map.\n    //!         Useful for debugging.\n    //! @return  String representation of the map.\n    std::string writeIx2Id(void) const;\n\n    //! @brief  Rotate the layout -- and the constraints -- 90 degrees clockwise.\n    //! @param[in] opts  ColaOptions to control destressing operation after rotation.\n    //!                  This is optional; pass nullptr if you do not want to destress.\n    //! @note If any nodes are non-square, i.e. have aspect ratio different from 1:1, then destressing\n    //!       is recommended after a 90-degree rotation. The relationships between oblong nodes can\n    //!       change dramatically when rotating 90 degrees.\n    //! @sa Graph::rotate90acw\n    //! @sa Graph::rotate180\n    void rotate90cw(ColaOptions *opts=nullptr);\n\n    //! @brief  Rotate the layout -- and the constraints -- 90 degrees anticlockwise.\n    //! @param[in] opts  ColaOptions to control destressing operation after rotation.\n    //!                  This is optional; pass nullptr if you do not want to destress.\n    //! @note If any nodes are non-square, i.e. have aspect ratio different from 1:1, then destressing\n    //!       is recommended after a 90-degree rotation. The relationships between oblong nodes can\n    //!       change dramatically when rotating 90 degrees.\n    //! @sa Graph::rotate90cw\n    //! @sa Graph::rotate180\n    void rotate90acw(ColaOptions *opts=nullptr);\n\n    //! @brief  Rotate the layout -- and the constraints -- 180 degrees.\n    //! @note Unlinke the 90-degree rotations, rotating 180 degrees can be viewed as a simple rigid\n    //!       transformation, and there is no reason to destress afterward.\n    //! @sa Graph::rotate90cw\n    //! @sa Graph::rotate90acw\n    void rotate180(void);\n\n    //! @brief  Translate the entire layout by a given amount in each dimension.\n    //! @param[in] dx  The amount by which to translate in the x-dimension.\n    //! @param[in] dy  The amount by which to translate in the y-dimension.\n    void translate(double dx, double dy);\n\n    //! @brief  Put the Graph into a basic position useful for making unit test inputs.\n    //!         The Nodes are put in a row, all Edge routes are cleared, and all constraints\n    //!         are cleared.\n    //!\n    //!         The criteria are: (1) all nodes have distinct positions, and (2) the\n    //!         layout is a bad one. Condition (1) is needed so that Cola doesn't generate\n    //!         random starting positions.\n    void putInBasePosition(void);\n\n    //! @brief  Check whether this Graph has the same layout as another, up to a given\n    //!         tolerance.\n    //! @note   Checks Node positions and Edge routes, but not constraints.\n    //! @param[in] other  The other Graph.\n    //! @param[in] tol  Tolerance for checking equality of floats.\n    //! @param[in] idMap  Optional mapping from the IDs of the other Graph to the IDs of\n    //!                   the corresponding Nodes of this Graph. If not provided, the\n    //!                   correspondence is by the Nodes' external IDs.\n    bool hasSameLayoutAs(const Graph &other, double tol=0.001, id_map *idMap = nullptr) const;\n\n    //! @brief  Get a lookup for the Edges of this Graph by the IDs of their source and\n    //!         target Nodes, in that order.\n    SparseIdMatrix2d<Edge_SP>::type getEdgeBySrcIdTgtIdLookup(void) const;\n\n    //! @brief  Reduce stress via libcola's gradient-descent procedures.\n    //!\n    //! @param[in]  opts  options to control the layout.\n    //!\n    //! @note  In opts, set the idealEdgeLength to 0 if you want the Graph to automatically\n    //!        supply a reasonable ideal edge length.\n    void destress(const ColaOptions &opts);\n\n    //! @brief  Convenience method to destress with default options.\n    void destress(void);\n\n    //! @brief  Add Nodes to represent aligned Edges in one dimension, constraining them to stay aligned.\n    //! @param[in] dim  Solidify only those aligned Edges whose variable coordinate is in this dimension.\n    //!                 Thus, horizontally aligned edges for XDIM; vertically aligned for YDIM.\n    //! @param[in] opts  Here you can set Edge exemptions, i.e. a set of Edges that should not be solidified.\n    void solidifyAlignedEdges(vpsc::Dim dim, const ColaOptions &opts);\n\n    //! @brief  Make feasible. This means that, among those constraints that offer alternatives,\n    //!         we look for satisfiable alternatives in order of increasing cost (cost = separation violation).\n    //! This is useful with nonoverlap constraints.\n    //!\n    //! @param[in] opts  The usual ColaOptions.\n    //! @note  Simply uses the method by the same name in the cola::ConstrainedFDLayout class.\n    void makeFeasible(const ColaOptions &opts);\n\n    //! @brief  Project onto cola constraints.\n    //! @param[in] opts  Options, including any additional constraints onto which to project\n    //!                  (in addition to the Graph's existing SepMatrix).\n    //! @note            All options relating to edge length are ignored, since this is only a projection.\n    //! @param[in] dim  The dimension in which to project.\n    //! @param[in] accept  Acceptance level. See doctext for cola::projectOntoCCs.\n    //! @return  Error level. See cola::projectOntoCCs.\n    int project(const ColaOptions &opts, vpsc::Dim dim, int accept=0);\n\n    //! @brief  Convenience method to project onto a single SepCo object.\n    //! Apart from the SepCo, parameters and return value are as for the ordinary project method.\n    //! @sa Graph::project.\n    int projectOntoSepCo(const ColaOptions &opts, SepCo_SP sepco, int accept=0);\n\n    //! @brief  Attempt to apply the projections given by a ProjSeq object.\n    //!         Give up as soon as any of them fails.\n    //! @param[in] opts  Options.\n    //! @param[in] ps  The ProjSeq to be applied.\n    //! @param[in] accept  Acceptance level. See doctext for cola::projectOntoCCs.\n    //!\n    //! @note  In addition to the zero idealEdgeLength convention employed by the destress\n    //!        method, here a negative idealEdgeLength in the opts parameter may be used\n    //!        to indicate that you do not want the stress changes induced by the projections\n    //!        to be evaluated. Otherwise they will be.\n    //! @return boolean, saying whether all the projections were successful, at the given\n    //!         acceptance level.\n    bool applyProjSeq(const ColaOptions &opts, ProjSeq &ps, int accept=0);\n\n\n    //! @brief  For use with various layout actions, this method asks the Graph\n    //!         to update Node positions based on its internal vpsc Rectangles that\n    //!         were used in the layout operation.\n    //! @param[in] xAxis  Set true iff the x-coordinates of the nodes should be updated.\n    //! @param[in] yAxis  Set true iff the y-coordinates of the nodes should be updated.\n    void updateNodesFromRects(bool xAxis=true, bool yAxis=true);\n\n    //! @brief  Refresh, as needed, the data structures necessary for applying the\n    //!         methods of libcola to this Graph.\n    //!\n    //! @warning  If Nodes have been added to or removed from the Graph since the\n    //!           last time this method was called, the old Rectangles will be\n    //!           deleted.\n    //!\n    //!           Clients are therefore advised to utilise methods like Graph::destress\n    //!           instead of creating their own instances of ConstrainedFDLayout. At the\n    //!           least, they must not reuse layout objects that were created before\n    //!           adding or removing Nodes from the Graph (which makes sense anyway).\n    //!\n    //! @return  A reference to the (updated) ColaGraphRep.\n    ColaGraphRep &updateColaGraphRep(void);\n\n    //! @brief  Build a cola::RootCluster based on the node clusters specified in a ColaOptions\n    //!         object.\n    //! @note  The RootCluster will also be stored in the Graph's ColaGraphRep.\n    //! @warning The old RootCluster stored in the Graph's ColaGraphRep (if any) will be deleted.\n    //! @return The RootCluster.\n    cola::RootCluster *buildRootCluster(const ColaOptions &opts);\n\n    //! @brief  Access the cola graph rep for this Graph.\n    ColaGraphRep &getColaGraphRep(void) { return m_cgr; }\n\n    //! @brief  Access the separation matrix for this Graph.\n    SepMatrix &getSepMatrix(void) { return m_sepMatrix; }\n\n    //! @brief  Build and return Nodes representing every point at which any Edge\n    //!         has a bend in its connector route. Importantly, for any given point\n    //!         in the plane, at most one Node will built to represent that point,\n    //!         even if different edges have a bend there. While perhaps counterintuitive,\n    //!         this is most helpful in the operation of planarising a given Graph.\n    //!\n    //! @note  The new Nodes are /not/ added to the Graph.\n    //!\n    //! @note  As an important side effect, the sequence of Nodes representing\n    //!        the bend points of each Edge is set as the \"bend nodes\" of that Edge.\n    NodesById buildUniqueBendPoints(void);\n\n    //! @brief  Save node positions on internal stack.\n    void pushNodePositions(void);\n\n    //! @brief  Restore node positions from internal stack.\n    //! @return  true if positions were restored; false if stack was empty\n    bool popNodePositions(void);\n\n    //! @brief  Set the edge thickness.\n    void setEdgeThickness(double t) { m_edge_thickness = t; }\n\n    //! @brief  Get the edge thickness.\n    double getEdgeThickness(void) { return m_edge_thickness; }\n\n    //! @brief  Add padding to all ndoes.\n    void padAllNodes(double dw, double dh);\n\n    //! @brief  Update positions of Nodes in a given Graph to equal those of the\n    //!         corresponding Nodes (same ID) in this Graph.\n    //! @param[out] H  The Graph whose Node positions are to be updated.\n    void setPosesInCorrespNodes(Graph &H);\n\n    //! @brief  Add padding to those Nodes in a given Graph that\n    //!         correspond to Nodes (same ID) in this Graph.\n    //! @param[out] H  The Graph whose corresp. Nodes are to be padded.\n    //! @param[in] dw  width padding\n    //! @param[in] dh  height padding\n    //! @param[in] ignore  Nodes in *this* graph (not H) that should be skipped.\n    void padCorrespNodes(Graph &H, double dw, double dh, const NodesById &ignore = {});\n\n    //! @brief  Update routes of Edges in a given Graph to equal those of the\n    //!         corresponding Edges (same source and target) in this Graph.\n    //! @param[out] H  The Graph whose Edge routes are to be updated.\n    //! @param[in] directed  Set true if Edges are to be understood as directed, i.e. if\n    //!                      in order to match the Edges have to have the same source and\n    //!                      the same target. Otherwise only the set {source ID, target ID}\n    //!                      has to be the same. Default: false (i.e. undirected edges).\n    void setRoutesInCorrespEdges(Graph &H, bool directed=false);\n\n    //! @brief  Do a libavoid connector routing on all Edges in the Graph.\n    //! @param[in] routingType  The type of routing you want (orthogonal or polyline).\n    void route(Avoid::RouterFlag routingType);\n\n    //! @brief  Clear all Edge routes.\n    void clearAllRoutes(void);\n\n    //! @brief  Ask all Edges to build their routes based on their bend nodes.\n    void buildRoutes(void);\n\n    //! @brief Add all Nodes, and all those Edges having no bend nodes within them, to a given\n    //!        RoutingAdapter. This is useful when precisely those Edges are viewed as needing\n    //!        a route which do not already have any bend nodes.\n    //! @param[out] ra  The RoutingAdapter to which the Nodes and Edges are to be added.\n    void addBendlessSubnetworkToRoutingAdapter(RoutingAdapter &ra);\n\n    //! @brief  Clear all constraints in this Graph's SepMatrix.\n    void clearAllConstraints(void);\n\n    //! @brief  Set corresponding constraints in another Graph.\n    //!         This means that for each constraint between nodes of IDs id1 and id2 in this\n    //!         Graph's SepMatrix, we set that constraint in the other Graph if and only if it too\n    //!         contains Nodes of IDs id1 and id2.\n    //! @param[out] H  The other Graph.\n    void setCorrespondingConstraints(Graph &H);\n\n    //! @brief  Apply a transformation to a closed subset of all Nodes.\n    //!\n    //! @param[in]  tf  the transformation to be performed\n    //! @param[in]  ids  the set of IDs of all Nodes to which the transformation\n    //!                  should be applied. /Both/ Nodes must be in the set.\n    //! @sa transformOpenSubset\n    void transformClosedSubset(SepTransform tf, const std::set<id_type> &ids);\n    \n    //! @brief  Apply a transformation to an open subset of all Nodes.\n    //!\n    //! @param[in]  tf  the transformation to be performed\n    //! @param[in]  ids  the set of IDs of all Nodes to which the transformation\n    //!                  should be applied. /At least one/ Node must be in the set.\n    //! @sa transformClosedSubset\n    void transformOpenSubset(SepTransform tf, const std::set<id_type> &ids);\n\n    // For debugging:\n    std::string m_debugOutputPath = \"\";\n    unsigned m_projectionDebugLevel = 0;\n\nprivate:\n    SepMatrix m_sepMatrix;\n\n    //! Ideal edge length\n    double m_iel = 0;\n\n    //! For some operations we represent aligned edges by (narrow) dummy nodes.\n    //! Here we can set the thickness of those nodes.\n    double m_edge_thickness = 10;\n\n    //! @brief  Automatically pick a good ideal edge length.\n    //!\n    //! @note  The chosen length will be twice the average node dimension.\n    //!\n    //! @note  Besides being returned, the chosen ideal edge length is\n    //!        also stored in the Graph.\n    //!\n    //! @return  The chosen ideal edge length.\n    double autoInferIEL(void);\n\n    //! Sometimes we need to recompute the max degree, as when a Graph is\n    //! modified or constructed programmatically in certain ways.\n    void recomputeMaxDegree(void);\n\n    //! Compute the stress of the current position.\n    double computeStress(void);\n\n    //! Common implementation for the two directional 90-degree rotation methods.\n    void rotate90(PlaneMap nodeMap, std::function<void(Edge_SP)> edgeMap, SepTransform st, ColaOptions *opts=nullptr);\n\n    //! For building ConstrainedFDLayout objects we keep a ColaGraphRep.\n    ColaGraphRep m_cgr;\n    //! Keep track of whether the set of Nodes has changed since last time we\n    //! computed Rectangles for the CGR.\n    bool m_needNewRectangles = true;\n    //! We also keep a ConstrainedFDLayout, for use in computing stress.\n    cola::ConstrainedFDLayout *m_cfdl = nullptr;\n\n    //! Lookup table for Nodes by ID:\n    NodesById m_nodes;\n    //! Lookup table for Edges by ID:\n    EdgesById m_edges;\n    //! We keep track of the maximum degree of any Node in this Graph:\n    unsigned m_maxDeg = 0;\n\n    //! Node position stack, for saving positions while attempting\n    //! possible layouts.\n    std::stack<std::map<id_type, Avoid::Point>> m_posStack;\n\n};\n\n//! @brief  The Node class represents nodes in a graph.\n//!\nclass Node {\npublic:\n    //! @brief  Factory function, to get a shared pointer to a Node\n    //!         allocated on the heap. We make the constructors protected,\n    //!         in order to ensure that Nodes always come with a control block.\n    //! @return  A shared_ptr to Node (Node_SP).\n    static Node_SP allocate(void);\n\n    //! @brief  Convenience factory function to set dimensions.\n    static Node_SP allocate(double w, double h);\n\n    //! @brief  Convenience factory function to set position and dimensions.\n    static Node_SP allocate(double cx, double dy, double w, double h);\n\n    //! @brief  Allocate a GhostNode of this Node.\n    GhostNode_SP makeGhost(void) const;\n\n    //! @brief  Copy-assignment operator\n    dialect::Node &operator=(const dialect::Node&) = default;\n\n    //! @brief  Destructor\n    virtual ~Node(void) = default;\n\n    //! @brief  Access the unique ID of a given instance.\n    //!\n    //! @return  The ID.\n    virtual id_type id(void) const { return m_ID; }\n\n    //! @brief  Check the degree (number of incident Edges) of the Node.\n    //!\n    //! @return  The degree of the Node\n    unsigned getDegree(void) const { return m_degree; }\n\n    //! @brief  Tell the Node which Graph it belongs to.\n    //!\n    //! @param[in]  graph  The Graph to which the Node is to belong.\n    void setGraph(Graph &graph) { m_graph = &graph; }\n\n    //! @brief  Access the Graph to which the Node belongs.\n    Graph *getGraph(void) { return m_graph; }\n\n    //! @brief  Add an incident Edge.\n    void addEdge(const Edge_SP &edge);\n\n    //! @brief  Remove an incident Edge.\n    void removeEdge(const dialect::Edge &edge);\n\n    //! @brief  Read-only access to this Node's lookup map for Edges by their ID.\n    const EdgesById &getEdgeLookup(void) const { return m_edges; }\n\n    //! @brief  Get a copy of this Node's lookup map for Edges by their ID.\n    EdgesById getCopyOfEdgeLookup(void) const { return m_edges; }\n\n    //! @brief  Give this Node the same coordinates and dimensions as another.\n    void copyGeometry(const dialect::Node &other);\n\n    //! @brief  Besides copying geometry, there may be other properties we wish\n    //!         to copy; in particular, properties that are suitable to be copied\n    //!         by a GhostNode.\n    void copyOtherGhostProperties(const dialect::Node &other);\n\n    //! @brief  Get an ordered pair (half-width, half-height) for this Node.\n    dimensions getHalfDimensions(void) const;\n\n    //! @brief  Get an ordered pair (width, height) for this Node.\n    dimensions getDimensions(void) const;\n\n    //! @brief  Get the bounding box for this Node.\n    BoundingBox getBoundingBox(void) const;\n\n    //! @brief  Get the point on the boundary of this Node in a given direction\n    //!         from its centre.\n    Avoid::Point getBoundaryCompassPt(CompassDir dir) const;\n\n    //! @brief  Set the position of the node, by setting its centre coordinates.\n    void setCentre(double cx, double cy);\n\n    //! @brief  Update the position of the node, by adding to its centre coordinates.\n    void translate(double dx, double dy);\n\n    //! @brief  Apply a mapping from libavoid Points to libavoid Points, to this Node's centre.\n    void applyPlaneMap(PlaneMap map);\n\n    //! @brief  Get the centre coordinates of the node.\n    Avoid::Point getCentre(void) const;\n\n    //! @brief  Set an externally-determined ID. (This is useful for TGLF and other\n    //!         interfacing operations.)\n    void setExternalId(unsigned id) { m_externalID = id; }\n\n    //! @brief  Get the external ID.\n    int getExternalId(void) { return m_externalID; }\n\n    //! @brief  Get the neighbours of this Node.\n    dialect::Nodes getNeighbours(void) const;\n\n    //! @brief  Get the neighbours of this Node, listed in clockwise cyclic order\n    //!         (assuming the usual graphics convention of x increasing to the right\n    //!         and y increasing downward).\n    dialect::Nodes getNeighboursCwCyclic(void) const;\n\n    //! @brief  Get the neighbours of this Node that sit as the target\n    //!         end of the connecting Edge.\n    //!\n    //! @return  vector of the children of this Node\n    virtual dialect::Nodes getChildren(void) const;\n\n    //! @brief  Set the dimensions of the node.\n    void setDims(double w, double h);\n\n    //! @brief  Set the bounding box of the node. This sets both the dimensions and the centre point.\n    //! @param[in] x  The minimum x-coord of the box.\n    //! @param[in] X  The maximum x-coord of the box.\n    //! @param[in] y  The minimum y-coord of the box.\n    //! @param[in] Y  The maximum y-coord of the box.\n    void setBoundingBox(double x, double X, double y, double Y);\n\n    //! @brief  Add padding to the node's dimensions.\n    //! @note  Amounts can be positive or negative, thus adding or subtracting padding.\n    void addPadding(double dw, double dh);\n\n    //! @brief  Update the position of this Node to equal that of the given Rectangle.\n    void updatePosnFromRect(vpsc::Rectangle *r);\n\n    //! @brief  Update the x-coordinate of this Node to equal that of the given Rectangle.\n    void updateXCoordFromRect(vpsc::Rectangle *r);\n\n    //! @brief  Update the y-coordinate of this Node to equal that of the given Rectangle.\n    void updateYCoordFromRect(vpsc::Rectangle *r);\n\n    //! @brief  Build and return a Polygon to represent this Node in libavoid.\n    Avoid::Polygon makeLibavoidPolygon(void) const;\n\n    //! @brief  Check whether this Node has been marked as being a root. This is\n    //!         useful when working with trees, and can be safely ignored when\n    //!         working with other sorts of graphs.\n    bool isRoot(void) const { return m_isRoot; }\n\n    //! @brief  Say whether this Node is a root. This is useful when working with\n    //!         trees, and can be safely ignored when working with other sorts of graphs.\n    void setIsRoot(bool isRoot) { m_isRoot = isRoot; }\n\n    //! @brief  Check whether this Node lies opposite a LineSegment, i.e. whether\n    //!         the sides of the Node lying parallel to the segment intersect its\n    //!         interval.\n    //! @param seg  The LineSegment in question.\n    //! @param openInterval  Boolean saying whether we should treat the interval\n    //!                      in question as an open one (i.e. not including its\n    //!                      endpoints). Defaults to false, so that the closed\n    //!                      interval is considered by default.\n    bool liesOppositeSegment(const LineSegment &seg, bool openInterval=false);\n\n    //! @brief  Write SVG to represent this Node.\n    //! @param[in] useExternalId  If true, write external ID as label; otherwise write\n    //!                           internal unique ID.\n    //! @return  A string containing the SVG.\n    std::string writeSvg(bool useExternalId = false) const;\n\nprotected:\n\n    //! @brief  Default constructor.\n    //!\n    //! Each Node has an ID number, unique among Nodes (but not necessarily\n    //! distinct from ID numbers of objects of other classes).\n    Node(void) : m_ID(nextID++) {}\n\n    //! @brief  Construct with dimensions.\n    Node(double w, double h) : m_ID(nextID++), m_w(w), m_h(h) {}\n\n    //! @brief  Construct with position and dimensions.\n    Node(double cx, double cy, double w, double h) : m_ID(nextID++), m_cx(cx), m_cy(cy), m_w(w), m_h(h) {}\n\n    //! @brief  Copy constructor.\n    Node(const dialect::Node&) = default;\n\n    //! An instance's own unique ID:\n    const id_type m_ID;\n\n    //! A Node can store an ID specified externally, as by TGLF.\n    //! Although external IDs are restricted to non-negative integers, we store the ID as\n    //! an integer, so that we can use a negative value to indicate that none has been set.\n    int m_externalID = -1;\n\n    //! Lookup table for incident Edges by Edge's ID:\n    EdgesById m_edges;\n\nprivate:\n    //! For class-specific generation of unique IDs:\n    static id_type nextID;\n\n    //! A Node can exist outside of any Graph; when it does belong to a Graph,\n    //! we keep a pointer to it here:\n    Graph *m_graph = nullptr;\n\n    //! Lookup table for incident Edges by the ID of the Node at the opposite end:\n    EdgesById m_edges_by_opp_id;\n\n    //! Degree of the Node, i.e. number of incident edges:\n    unsigned m_degree = 0;\n\n    //! Coordinates of the centre point of the Node:\n    double m_cx = 0.0;\n    double m_cy = 0.0;\n\n    //! Dimensions:\n    //! We provide a reasonable non-zero default size, because our algorithms require\n    //! nodes to have positive dimensions.\n    //! The default size is deliberately non-square in order to better test the code,\n    //! which must handle non-square nodes.\n    double m_w = 100.0;\n    double m_h = 60.0;\n\n    //! We often work with trees, in which case it can be useful to be able to mark\n    //! a Node as being a root. While this field is meaningless in the many cases where\n    //! we work with graphs which are not trees, it can be safely ignored in those cases.\n    bool m_isRoot = false;\n\n};\n\n//! @brief  A GhostNode represents another Node.\n//!\n//! When working with techniques that involve decomposing a graph into parts,\n//! and then reassembling those parts, it is often useful to have a node in one\n//! part represent a node in another part. For example this can be a useful way\n//! to manage the nodes where the two parts intersect. The GhostNode class\n//! supports this by representing a given Node.\nclass GhostNode : public Node {\npublic:\n\n    //! @brief  Factory function.\n    //!\n    //! @return  A shared_ptr to GhostNode (GhostNode_SP).\n    static GhostNode_SP allocate(const Node &node) { return GhostNode_SP(new GhostNode(node)); }\n\n    //! @brief  Return an appropriate ID number.\n    //!\n    //! Whether the GhostNode's actual ID is returned, or that of the\n    //! Node it represents, depends whether it is set to masquerade.\n    virtual id_type id(void) const {\n        return m_doMasquerade ? m_originalNodeId : m_ID;\n    }\n\n    //! @brief  Simple way to get the true ID of this GhostNode, even\n    //!         if it is currently set to masquerade as the Node it represents.\n    id_type trueID(void) const { return m_ID; }\n\n    //! @brief  As in the Node class, get the neighbours of this Node\n    //!         that sit as the target end of the connecting Edge.\n    //!\n    //! This method performs the same function as the overriden method\n    //! in the base Node class. It is only reimplemented in order to\n    //! ensure that the GhostNode's id() function is used properly.\n    virtual Nodes getChildren(void) const;\n\n    //! @brief  Say whether the GhostNode should masquerade as the original Node.\n    void setMasquerade(bool doMasquerade) { m_doMasquerade = doMasquerade; }\n\nprotected:\n\n    //! @brief  We always make a GhostNode as a copy of a plain Node.\n    GhostNode(const Node &node)\n      : Node(),\n        m_doMasquerade(false),\n        m_originalNodeId(node.id())\n    {\n        // We also copy the given Node's geometry.\n        copyGeometry(node);\n        // And copy other properties.\n        copyOtherGhostProperties(node);\n    }\n\nprivate:\n\n    //! @brief  Default constructor is deleted.\n    GhostNode(void) = delete;\n\n    //! @brief  Copy constructor is deleted.\n    GhostNode(const GhostNode&) = delete;\n\n    //! Sometimes you want a GhostNode to masquerade as the Node it represents by\n    //! returning that Node's ID instead of its own.\n    bool m_doMasquerade;\n\n    //! As Nodes, GhostNodes get a unique ID drawn from the same ID space as all Nodes.\n    //! This is their \"true ID\". However, they also keep a record of the ID of the\n    //! proper Node they represent.\n    id_type m_originalNodeId;\n\n};\n\n\n//! @brief  The Edge class represents edges in a graph.\n//!\nclass Edge {\npublic:\n    //! @brief  Factory function.\n    //!\n    //! We make all constructors private and offer a factory function\n    //! instead, in order to ensure that instances are allocated on the\n    //! heap, and always come with a shared ptr control block.\n    //!\n    //! @return  A shared_ptr to Node (Node_SP).\n    static Edge_SP allocate(const Node_SP &src, const Node_SP &tgt);\n\n    //! @brief  Copy-assignment operator\n    Edge &operator=(const dialect::Edge&) = default;\n\n    //! @brief  Destructor\n    ~Edge(void) = default;\n\n    //! @brief  Access the unique ID of this instance.\n    //!\n    //! @return  The ID.\n    id_type id(void) const { return m_ID; }\n\n    //! @brief  Get the opposite endpt, from a given one\n    //!\n    //! @param[in]  end1  A Node lying at one end of this Edge.\n    //!\n    //! @return  The Node_SP lying at the other end.\n    Node_SP getOtherEnd(const dialect::Node &end1) const;\n\n    //! @brief  Get read-only access to the Node at the source end of this Edge.\n    Node_SP getSourceEnd(void) const { return Node_SP(m_src); }\n\n    //! @brief  Get read-only access to the Node at the target end of this Edge.\n    Node_SP getTargetEnd(void) const { return Node_SP(m_tgt); }\n\n    //! @brief  Get a pair {srcID, tgtID} giving the IDs of the source and target Nodes.\n    std::pair<id_type, id_type> getEndIds(void) const { return {Node_SP(m_src)->id(), Node_SP(m_tgt)->id()}; }\n\n    //! @brief  Tell the Edge which Graph it belongs to.\n    //!\n    //! @param[in]  graph  The Graph to which the Edge is to belong.\n    void setGraph(Graph &graph) { m_graph = &graph; }\n\n    //! @brief  \"Sever\" this Edge, i.e. remove it from the Nodes to which\n    //!         it is attached.\n    void sever(void);\n\n    //! @brief  Get the bounding box for the edge,\n    //!         including its end points and route points.\n    BoundingBox getBoundingBox(void) const;\n\n    //! @brief  Add a point to the route.\n    void addRoutePoint(double x, double y);\n\n    //! @brief  Set (overwriting) the entire route.\n    void setRoute(std::vector<Avoid::Point> route);\n\n    //! @brief  Get a copy of the Edge's route member. May be empty.\n    //! @note  If you are interested in drawing a connector, see the getRoutePoints method.\n    //! @sa getRoutePoints\n    std::vector<Avoid::Point> getRoute(void) const { return m_route; }\n\n    //! @brief  Get route points.\n    //! @note  This method returns the points that form the route you would draw for\n    //!        this edge. If the m_route vector is nonempty, a copy is returned.\n    //!        Otherwise you get a vector of two points: the centre of the source\n    //!        Node, and the centre of the target Node.\n    //! @sa getRoute\n    std::vector<Avoid::Point> getRoutePoints(void) const;\n\n    //! @brief  Write TGLF to represent the route for this Edge.\n    //!\n    //! @return  A string containing the TGLF.\n    std::string writeRouteTglf(void) const;\n\n    //! @brief  Build and return a pair of libavoid ConnEnds to represent\n    //!         the endpoints of this Edge.\n    std::pair<Avoid::ConnEnd, Avoid::ConnEnd> makeLibavoidConnEnds(\n            Avoid::ConnDirFlags srcDirs=Avoid::ConnDirAll, Avoid::ConnDirFlags tgtDirs=Avoid::ConnDirAll);\n\n    //! @brief  Set the bend nodes. These should be Nodes representing the bend points\n    //!         in the Edge's route.\n    void setBendNodes(Nodes bends) { m_bendNodes = bends; }\n\n    //! @brief  Add a single bend node.\n    void addBendNode(Node_SP bn) { m_bendNodes.push_back(bn); }\n\n    //! @brief  Access the Edge's bend nodes.\n    Nodes getBendNodes(void) { return m_bendNodes; }\n\n    //! @brief  Check whether this Edge has any bend nodes.\n    bool hasBendNodes(void) { return !m_bendNodes.empty(); }\n\n    //! @brief  Rotate the connector route 90 degrees clockwise.\n    void rotate90cw(void);\n\n    //! @brief  Rotate the connector route 90 degrees anticlockwise.\n    void rotate90acw(void);\n\n    //! @brief  Rotate the connector route 180 degrees.\n    void rotate180(void);\n\n    //! @brief  Translate the connector route by a given amount in each dimension.\n    //! @param[in] dx  The amount by which to translate in the x-dimension.\n    //! @param[in] dy  The amount by which to translate in the y-dimension.\n    void translate(double dx, double dy);\n\n    //! @brief  Clear the connector route and drop all bend nodes.\n    void clearRouteAndBends(void);\n\n    //! @brief  Build a connector route based on the bend nodes.\n    void buildRouteFromBends(void);\n\n    //! @brief  Write SVG to represent this Edge.\n    //! @return  A string containing the SVG.\n    std::string writeSvg(void) const;\n\n    //! @brief  Write the data for a polyline SVG path for this Edge's connector route.\n    std::string writePolylineConnectorData(void) const;\n\n    //! @brief  Write the data for an orthogonal SVG path for this Edge's connector route,\n    //!         using rounded bends.\n    std::string writeRoundedOrthoConnectorData(void) const;\n\nprivate:\n    //! @brief  Standard constructor.\n    //!\n    //! Each Edge has an ID number, unique among Edges (but not necessarily\n    //! distinct from ID numbers of objects of other classes).\n    //!\n    Edge(const Node_SP &src, const Node_SP &tgt);\n\n    //! @brief  No default constructor; Edges must be initialised with their\n    //!         endpoint Nodes.\n    Edge(void) = delete;\n\n    //! For class-specific generation of unique IDs:\n    static id_type nextID;\n\n    //! An instance's own unique ID:\n    const id_type m_ID;\n\n    //! An Edge can exist outside of any Graph; when it does belong to a Graph,\n    //! we keep a pointer to it here:\n    Graph *m_graph = nullptr;\n\n    //! Whether or not the Edge will be depicted as directed, we keep track of\n    //! the two endpoints as a \"source\" end and \"target\" end (\"src\" and \"tgt\").\n    //! Since Nodes keep shared pointers to all their incident Edges, we break\n    //! the cycle by having Edges keep only /weak/ pointers back to their\n    //! endpoints. (Otherwise we'll have ref counts that never go to zero, hence\n    //! a memory leak.)\n    Node_WP m_src;\n    Node_WP m_tgt;\n\n    //! Points for connector routing for the Edge:\n    std::vector<Avoid::Point> m_route;\n\n    //! Nodes to represent bends in the route.\n    Nodes m_bendNodes;\n};\n\n\n} // namespace dialect\n\n// Global Operators\ndialect::BoundingBox operator+(const dialect::BoundingBox &lhs, const dialect::BoundingBox &rhs);\nbool operator==(const dialect::BoundingBox &lhs, const dialect::BoundingBox &rhs);\nbool operator!=(const dialect::BoundingBox &lhs, const dialect::BoundingBox &rhs);\n\n#endif // DIALECT_GRAPHS_H\n"
  },
  {
    "path": "cola/libdialect/hola.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <functional>\n#include <string>\n#include <iostream>\n#include <cmath>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/nodeconfig.h\"\n#include \"libdialect/aca.h\"\n#include \"libdialect/chains.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/nearalign.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nusing std::string;\n\nvoid dialect::doHOLA(Graph &G) {\n    HolaOpts opts;\n    doHOLA(G, opts);\n}\n\nvoid dialect::doHOLA(Graph &G, const HolaOpts &holaOpts, Logger *logger) {\n\n    // If there's no edges, there's nothing to do.\n    if (G.getNumEdges() == 0) return;\n\n    // Prepare logging functions in case a logger is given.\n    std::function<void(Graph&, string)> log = [logger](Graph &H, string name)->void{\n        if (logger!=nullptr) logger->log(H, name);\n    };\n    std::function<void(unsigned)> nli = [logger](unsigned ln)->void{\n        if (logger != nullptr) logger->nextLoggingIndex = ln;\n    };\n    // Initialise a logging index.\n    unsigned ln = 0;\n\n    // We let the given graph auto-infer its own ideal edge length, based on node sizes.\n    double IEL = G.getIEL();\n    // Pad nodes\n    double nodePadding = holaOpts.nodePaddingScalar*IEL;\n    G.padAllNodes(nodePadding, nodePadding);\n    // We need to dismantle the graph, so we begin by making a copy and we work on that instead.\n    // We allocate this copy on the heap, and manage it with a shared ptr, since many of our tools\n    // require that.\n    Graph_SP Gcopy = std::make_shared<Graph>(G);\n    // Clear any existing connector routes, for better logging output.\n    Gcopy->clearAllRoutes();\n\n    // Peel.\n    Trees trees = peel(*Gcopy);\n    // After peeling, the input graph is peeled down to its own core.\n    // Ac-cor-dingly : ) we rename it...\n    Graph_SP &core = Gcopy;\n\n    log(*core, string_format(\"%02d_core\", ln++));\n\n    // If it's just a tree, layout and quit.\n    // We recognise this case by there being exactly one tree, containing the same number of\n    // nodes as the original graph.\n    if (trees.size() == 1 && trees.front()->underlyingGraph()->getNumNodes() == G.getNumNodes()) {\n        // Give the tree a symmetric layout.\n        Tree_SP &tree = trees.front();\n        tree->symmetricLayout(\n            holaOpts.defaultTreeGrowthDir,\n            holaOpts.treeLayoutScalar_nodeSep*IEL,\n            holaOpts.treeLayoutScalar_rankSep*IEL,\n            holaOpts.preferConvexTrees\n        );\n        // Route the edges.\n        RoutingAdapter ra(Avoid::OrthogonalRouting);\n        ra.router.setRoutingOption(Avoid::nudgeOrthogonalSegmentsConnectedToShapes, true);\n        ra.router.setRoutingOption(Avoid::nudgeSharedPathsWithCommonEndPoint, true);\n        ra.router.setRoutingParameter(Avoid::idealNudgingDistance, holaOpts.routingAbs_nudgingDistance);\n        tree->addNetworkToRoutingAdapter(ra, holaOpts.wholeTreeRouting);\n        ra.route();\n        // Remove node padding.\n        G.padAllNodes(-nodePadding, -nodePadding);\n        // Set layout data in original Graph.\n        tree->underlyingGraph()->setPosesInCorrespNodes(G);\n        tree->underlyingGraph()->setRoutesInCorrespEdges(G);\n        tree->addConstraints(G, true);\n        // Done.\n        return;\n    }\n\n    // Otherwise we do have a core and trees.\n\n    // Start with a plain destress -- no constraints, no overlap prevention -- in order to begin\n    // giving the nodes a reasonable distribution in the plane.\n    core->destress();\n\n    log(*core, string_format(\"%02d_free_destress_core\", ln++));\n\n    // Now destress again, this time removing any node overlaps.\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    core->destress(colaOpts);\n\n    log(*core, string_format(\"%02d_OP_destress_core\", ln++));\n\n    // Layout the hubs.\n    nli(ln);\n    OrthoHubLayoutOptions ohlOpts;\n    ohlOpts.avoidFlatTriangles = holaOpts.orthoHubAvoidFlatTriangles;\n    OrthoHubLayout ohl(core, ohlOpts);\n    ohl.layout(logger);\n\n    log(*core, string_format(\"%02d_core_ortho_hub\", ln++));\n\n    // Set extra gap for boundary constraints.\n    core->getSepMatrix().setExtraBdryGap(IEL/2.0);\n\n    // Dissipate any stress accumulated during ortho hub layout, aiming to regain a natrual\n    // distribution for the nodes that remain unconstrained, and perhaps regain natural symmetries.\n    // This time, besides just preventing overlaps between nodes, we also prevent any nodes from\n    // overlapping with aligned edges.\n    colaOpts.solidifyAlignedEdges = true;\n    colaOpts.logger = logger;\n    nli(ln);\n    core->destress(colaOpts);\n\n    log(*core, string_format(\"%02d_EOP_destress_core\", ln++));\n\n    // Next we lay out the links.\n    // We may or may not build Chains for this process. Later we will need to know whether chains\n    // were built, so the vector of Chains is declared at this scope.\n    Chains chains;\n    if (holaOpts.useACAforLinks) {\n        // Use ACA.\n        ACALayout aca(core);\n        aca.createAlignments();\n        // ACA is an older algorithm, from before we used Graphs.\n        // For backward compatibility, it does not automatically update its Graph with the\n        // positions and constraints from the layout, because it does not always /have/ a Graph.\n        // So we ask it to do the update.\n        aca.updateGraph();\n    } else {\n        // Use shape-conforming chain layout.\n        chains = buildAllChainsInGraph(core);\n        for (Chain_SP chain : chains) chain->takeShapeBasedConfiguration();\n        // We project before destressing with edge-node overlap prevention, so that the edges of\n        // the chain can be axis aligned first.\n        // We do NOT want overlap prevention for the projection, because the new chain configuration\n        // constraints may very well reverse one or more orthogonal orderings, and we need them to\n        // be free to do that.\n        colaOpts.preventOverlaps = false;\n        colaOpts.solidifyAlignedEdges = false;\n        core->project(colaOpts, vpsc::XDIM);\n        core->project(colaOpts, vpsc::YDIM);\n    }\n\n    // Destress with overlap prevention including aligned edges.\n    // At this time we also prepare for the next step, which involves connector routing.\n    // To ensure the routing is possible, we ensure there is some gap between all nodes.\n    // We do this by adding padding, destressing, and then removing this padding.\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    nli(ln);\n    double preRoutingGapIELScalar = 0.125;\n    double preRoutingGap = preRoutingGapIELScalar*IEL;\n    core->padAllNodes(preRoutingGap, preRoutingGap);\n    core->destress(colaOpts);\n    core->padAllNodes(-preRoutingGap, -preRoutingGap);\n    if (holaOpts.useACAforLinks) {\n        log(*core, string_format(\"%02d_core_link_config_ACA\", ln++));\n    } else {\n        log(*core, string_format(\"%02d_core_link_config_Chains\", ln++));\n    }\n\n    // Next is the phase in which we planarise the core.\n    // However, we want a 4-planar orthogonal layout with no leaves for this phase, so we first\n    // perform a special orthogonal connector routing, which ensures that no nodes will become\n    // leaves in the planarisation. (It does this by ensuring that connectors are routed to at\n    // least two distinct sides of each node.)\n    LeaflessOrthoRouter lor(core, holaOpts);\n    nli(ln);\n    lor.route(logger);\n    ++ln;\n\n    log(*core, string_format(\"%02d_core_leafless_ortho_route\", ln++));\n\n    OrthoPlanariser op(core);\n    Graph_SP P = op.planarise();\n\n    log(*P, string_format(\"%02d_planar_graph_P\", ln++));\n\n    // Set extra gap for boundary constraints.\n    P->getSepMatrix().setExtraBdryGap(IEL/2.0);\n    // Destress the new planar graph P, aiming to regain possible natural symmetries.\n    // But use overlap prevention so that the structure cannot change.\n    // (Note that now /all/ edges are aligned, so we have total edge-node overlap prevention.)\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    nli(ln);\n    P->destress(colaOpts);\n\n    log(*P, string_format(\"%02d_P_EOP_destress\", ln++));\n\n    // Now we want to reattach the trees, choosing faces of the planarised core in which to\n    // place them.\n    // First the trees need their own symmetric layout.\n    unsigned lns = 0;  // initialise logging sub-index\n    for (Tree_SP tree : trees) {\n        tree->symmetricLayout(\n            holaOpts.defaultTreeGrowthDir,\n            holaOpts.treeLayoutScalar_nodeSep*IEL,\n            holaOpts.treeLayoutScalar_rankSep*IEL,\n            holaOpts.preferConvexTrees\n        );\n        log(*(tree->underlyingGraph()), string_format(\"%02d_%02d_symm_tree\", ln, lns++));\n    }\n\n    ++ln;\n    nli(ln);\n    // Now we can choose faces and reattach them.\n    FaceSet_SP faceSet = reattachTrees(P, trees, holaOpts, logger);\n    ++ln;\n    // We will need the vector of chosen tree placements.\n    TreePlacements tps = faceSet->getAllTreePlacements();\n\n    // Next we insert the actual trees back into the planar graph.\n    // The trees come with buffer nodes. We build a record of those, so they can be\n    // ignored where necessary.\n    NodesById bufferNodes;\n    EdgesById treeEdges;\n    std::vector<NodesById> clustersSansBufferNodes;\n    for (auto tp : tps) {\n        tp->applyGeometryToTree();\n        NodesById treeNodes;\n        NodesById buffNodes;\n        tp->insertTreeIntoGraph(*P, treeNodes, buffNodes, treeEdges);\n        clustersSansBufferNodes.push_back(treeNodes);\n        treeNodes.insert(buffNodes.begin(), buffNodes.end());\n        bufferNodes.insert(buffNodes.begin(), buffNodes.end());\n        colaOpts.nodeClusters.push_back(treeNodes);\n    }\n\n    log(*P, string_format(\"%02d_P_with_trees\", ln++));\n\n    // We don't need solid edges within the trees; moreover, this would cause constraint\n    // conflicts since the tree nodes now belong to clusters to which their solid edges\n    // would not belong.\n    colaOpts.solidEdgeExemptions = treeEdges;\n    // Destress using neighbour stress, in order to compactify.\n    colaOpts.useNeighbourStress = true;\n    // Now that we are using clusters to keep the tree nodes together, we make sure\n    // we do not use majorization, since ConstrainedMajorizationLayout does not work\n    // with RectangularClusters.\n    colaOpts.useMajorization = false;\n\n    nli(ln);\n    P->destress(colaOpts);\n\n    log(*P, string_format(\"%02d_P_nbr_destress\", ln++));\n\n    // Do near alignments.\n    if (holaOpts.do_near_align) {\n        AlignmentTable atab(*P, bufferNodes);\n        for (size_t i = 0; i < holaOpts.align_reps; ++i) {\n            doNearAlignments(*P, atab, bufferNodes, holaOpts);\n            // After each attempt to add alignment constraints, destress, again using\n            // neighbour stress and majorization.\n            nli(ln);\n            P->destress(colaOpts);\n            log(*P, string_format(\"%02d_P_near_alignments\", ln++));\n        }\n    }\n\n    // Delete buffer nodes.\n    P->removeNodes(bufferNodes);\n    colaOpts.nodeClusters = clustersSansBufferNodes;\n\n    // Rotate if desired.\n    if (holaOpts.preferredAspectRatio != AspectRatioClass::NONE) {\n        BoundingBox b = P->getBoundingBox(bufferNodes);\n        double w = b.w(),\n               h = b.h();\n        bool scaleBySize = true;\n        unsigned quarterTurnsCW = 0;\n        auto counts = faceSet->getNumTreesByGrowthDir(scaleBySize);\n        if ((w < h && holaOpts.preferredAspectRatio == AspectRatioClass::LANDSCAPE) ||\n            (h < w && holaOpts.preferredAspectRatio == AspectRatioClass::PORTRAIT)) {\n            // Need to rotate 90 degrees to get preferred aspect ratio.\n            // There are two ways to do this (clockwise and anticlockwise).\n            // In order to choose one, consult the preferred tree growth direction.\n            // Determine how many trees grow in the two directions 90 degrees away from this one.\n            CardinalDir q = holaOpts.preferredTreeGrowthDir,\n                        p = Compass::cardRotateAcw90(q),\n                        r = Compass::cardRotateCw90(q);\n            size_t np = counts[p],\n                   nr = counts[r];\n            nli(ln);\n            if (np >= nr) {\n                // In this case rotating clockwise will put more trees in the preferred\n                // growth direction.\n                P->rotate90cw(&colaOpts);\n                // We need to rotate the constraints in the core too, since later we're\n                // going to write those into the original graph.\n                core->getSepMatrix().transform(SepTransform::ROTATE90CW);\n                quarterTurnsCW = 1;\n            } else {\n                // In this case rotating anticlockwise is preferred.\n                P->rotate90acw(&colaOpts);\n                core->getSepMatrix().transform(SepTransform::ROTATE90ACW);\n                quarterTurnsCW = 3;\n            }\n            ln += 2;\n        } else {\n            // In this case we may rotate 180 degrees if that would put more trees in the preferred\n            // growth direction.\n            CardinalDir q = holaOpts.preferredTreeGrowthDir,\n                        s = Compass::cardFlip(q);\n            size_t nq = counts[q],\n                   ns = counts[s];\n            if (ns > nq) {\n                P->rotate180();\n                core->getSepMatrix().transform(SepTransform::ROTATE180);\n                quarterTurnsCW = 2;\n            }\n        }\n        // Update Tree growth directions as needed.\n        if (quarterTurnsCW != 0) {\n            for (Tree_SP tree : trees) tree->rotateGrowthDirCW(quarterTurnsCW);\n        }\n    }\n\n    log(*P, string_format(\"%02d_P_rotation\", ln++));\n\n    // Translate if desired.\n    if (holaOpts.putUlcAtOrigin) {\n        NodesById ignore; // leave empty; don't ignore any nodes\n        bool includeBends = true; // we want the edge routes included\n        BoundingBox b = P->getBoundingBox(ignore, includeBends);\n        double dx = -b.x,\n               dy = -b.y;\n        P->translate(dx, dy);\n    }\n\n    log(*P, string_format(\"%02d_P_translation\", ln++));\n\n    // At this point, we can ask the planar graph P to set node positions in the original graph G.\n    // This is because it is now true that for every node u in G, there is a node v in P with v.ID == u.ID.\n    // Initially, P had a GhostNode representing each Node in the core of G. But now we have also added\n    // the Trees into P (by calling insertTreeIntoGraph on each TreePlacement). P may have additional nodes\n    // that do not correspond to any nodes in G, but this does not matter.\n    P->setPosesInCorrespNodes(G);\n    // Similarly, P now holds the full set of constraints that we want to keep, so we can ask it to set\n    // those into G as well.\n    G.clearAllConstraints();\n    core->setCorrespondingConstraints(G);\n    P->setCorrespondingConstraints(G);\n    // Set extra gap for boundary constraints.\n    G.getSepMatrix().setExtraBdryGap(IEL/2.0);\n\n    // Final connector routing.\n    G.clearAllRoutes();\n\n    if (chains.size() > 0) {\n        // If we used Chains, then there may be AestheticBends that were set as route points for certain\n        // connectors. For these we made Nodes and added them to the core graph. We then made GhostNodes of\n        // these, in the planar graph P. In subsequent layout of P, the positions of these GhostNodes were updated.\n        // However, the Chains themselves still retain pointers not to these GhostNodes, but to the original\n        // AestheticBend nodes that were added to the core graph. Therefore before we can ask the Chains to add\n        // these route points into the Edges of the original Graph G, we must ask P to update their positions.\n        P->setPosesInCorrespNodes(*core);\n        for (Chain_SP ch : chains) ch->addAestheticBendsToEdges();\n        G.buildRoutes();\n    }\n    // Set up a routing adapter.\n    RoutingAdapter ra(Avoid::OrthogonalRouting);\n    ra.router.setRoutingOption(Avoid::nudgeOrthogonalSegmentsConnectedToShapes, true);\n    ra.router.setRoutingOption(Avoid::nudgeSharedPathsWithCommonEndPoint, true);\n    ra.router.setRoutingParameter(Avoid::crossingPenalty, 2*IEL);\n    ra.router.setRoutingParameter(Avoid::segmentPenalty, IEL/2.0);\n    ra.router.setRoutingParameter(Avoid::idealNudgingDistance, holaOpts.routingAbs_nudgingDistance);\n    // Ask the core graph to add its nodes, and just those edges that do not have any bend nodes.\n    // After asking G to clear all routes (remember G has the same Edges as core), these will be all and only\n    // those Edges for which no Chain set any aesthetic bend.\n    \n    // Remove part of the node padding now, to ensure open channels for connector routing.\n    double nodePaddingLayer1 = 2*preRoutingGapIELScalar*nodePadding;\n    double nodePaddingLayer2 = nodePadding - nodePaddingLayer1;\n    core->padAllNodes(-nodePaddingLayer1, -nodePaddingLayer1);\n    \n    core->addBendlessSubnetworkToRoutingAdapter(ra);\n    // Ask each Tree to add its network to the router.\n    for (Tree_SP tree : trees) {\n        tree->underlyingGraph()->padAllNodes(-nodePaddingLayer1, -nodePaddingLayer1);\n        tree->padCorrespNonRootNodes(G, -nodePaddingLayer1, -nodePaddingLayer1);\n        tree->addNetworkToRoutingAdapter(ra, holaOpts.peeledTreeRouting, core);\n    }\n    // Do the routing.\n    ra.route();\n    // Again, since the Edges of core also belong to G, those routes are already set in the original graph G.\n    // However the Edges of the Trees are new ones that were never in G. So we need to set those routes.\n    for (Tree_SP tree : trees) {\n        tree->underlyingGraph()->setRoutesInCorrespEdges(G);\n    }\n\n    // Remove remaining node padding.\n    G.padAllNodes(-nodePaddingLayer2, -nodePaddingLayer2);\n}\n"
  },
  {
    "path": "cola/libdialect/hola.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_HOLA_H\n#define DIALECT_HOLA_H\n\n#include <string>\n#include <vector>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n\nnamespace dialect {\n\n//! @brief  Apply the HOLA layout algorithm to the given Graph.\n//!         See Steve Kieffer, Tim Dwyer, Kim Marriott, and Michael Wybrow.\n//!         HOLA: Human-like Orthogonal Network Layout.\n//!         IEEE Transactions on Visualization and Computer Graphics 22, no. 1 (2016): 349-358.\n//! @param[in, out] G  The Graph to be laid out. Node positions are updated in-place. Constraints\n//!                    are set in the Graph's SepMatrix.\n//! @param[in] opts  Options controlling the layout.\n//! @param[out] logger  Optional pointer to a Logger in which to record TGLF for various stages\n//!                     of the layout process. Useful for debugging.\nvoid doHOLA(dialect::Graph &G, const dialect::HolaOpts &holaOpts, dialect::Logger *logger = nullptr);\n\n//! @brief  Convenience function to do HOLA layout with default options.\n//! @param[in, out] G  The Graph to be laid out. Node positions are updated in-place. Constraints\n//!                    are set in the Graph's SepMatrix.\nvoid doHOLA(dialect::Graph &G);\n\n\n} // namespace dialect\n\n#endif // DIALECT_HOLA_H\n"
  },
  {
    "path": "cola/libdialect/io.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <fstream>\n#include <sstream>\n#include <string>\n#include <vector>\n#include <memory>\n#include <sys/stat.h>\n#include <stdexcept>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::istream;\nusing std::ifstream;\nusing std::ofstream;\nusing std::string;\nusing std::getline;\nusing std::istringstream;\nusing std::vector;\nusing std::endl;\n\nGraph_SP dialect::buildGraphFromTglf(std::string &s) {\n    istringstream in(s);\n    return buildGraphFromTglf(in);\n}\n\n// Simple line-based parsing:\n//   https://stackoverflow.com/questions/7868936/read-file-line-by-line\n//   https://stackoverflow.com/a/7868998\nGraph_SP dialect::buildGraphFromTglf(istream &in) {\n    Graph_SP graph = std::make_shared<Graph>();\n    NodesById nodesByExternalId;\n    unsigned extId;\n    string line;\n    unsigned state = 0;\n    double cx, cy, w, h;\n    unsigned i1, i2;\n    char gtc, dir, rel1, rel2;\n    double gap;\n    Node_SP node;\n    Edge_SP edge;\n    while (getline(in, line)) {\n        // Skip empty lines.\n        if (line.empty()) continue;\n        // Comment lines begin with \"//\". (See https://stackoverflow.com/a/40441240)\n        if (line.rfind(\"//\", 0) == 0) continue;\n        // Check for \"#\" lines.\n        if (line == \"#\") {\n            // Time to change state.\n            COLA_ASSERT(++state < 3);\n            // And continue to the next line.\n            continue;\n        }\n        // Otherwise it should be a data line.\n        istringstream iss(line);\n        switch (state) {\n        case 0:\n            // NODES\n            COLA_ASSERT(iss >> extId >> cx >> cy >> w >> h);\n            COLA_ASSERT(w > 0);\n            COLA_ASSERT(h > 0);\n            node = Node::allocate();\n            node->setExternalId(extId);\n            node->setCentre(cx, cy);\n            node->setDims(w, h);\n            graph->addNode(node);\n            nodesByExternalId.insert({extId, node});\n            break;\n        case 1:\n            // LINKS\n            COLA_ASSERT(iss >> i1 >> i2);\n            edge = Edge::allocate(nodesByExternalId[i1], nodesByExternalId[i2]);\n            while (iss >> cx >> cy) {\n                edge->addRoutePoint(cx, cy);\n            }\n            graph->addEdge(edge);\n            break;\n        case 2:\n            // SEPCOS\n            COLA_ASSERT(iss >> i1 >> i2 >> gtc >> dir >> rel1 >> rel2 >> gap);\n            id_type j1 = nodesByExternalId[i1]->id(),\n                    j2 = nodesByExternalId[i2]->id();\n            GapType gt{};\n            SepDir sd{};\n            SepType st{};\n            switch(gtc) {\n                case 'B': gt=GapType::BDRY; break;\n                case 'C': gt=GapType::CENTRE; break;\n                default:\n                    COLA_ASSERT(false);\n            }\n            switch(dir) {\n                case 'E': sd=SepDir::EAST; break;\n                case 'S': sd=SepDir::SOUTH; break;\n                case 'W': sd=SepDir::WEST; break;\n                case 'N': sd=SepDir::NORTH; break;\n                case 'R': sd=SepDir::RIGHT; break;\n                case 'D': sd=SepDir::DOWN; break;\n                case 'L': sd=SepDir::LEFT; break;\n                case 'U': sd=SepDir::UP; break;\n                case 'X': sd=SepDir::RIGHT; break;\n                case 'Y': sd=SepDir::DOWN; break;\n                default:\n                    COLA_ASSERT(false);\n            }\n            switch(rel1) {\n                case '=': st=SepType::EQ; break;\n                case '>': st=SepType::INEQ; break;\n                default:\n                    COLA_ASSERT(false);\n            }\n            graph->getSepMatrix().addSep(j1, j2, gt, sd, st, gap);\n            break;\n        }\n    }\n    return graph;\n}\n\nGraph_SP dialect::buildGraphFromTglfFile(const string &filepath) {\n    struct stat buf;\n    if (stat(filepath.c_str(), &buf) == -1) {\n        const std::string msg = \"File does not exist: \" + filepath;\n        throw std::runtime_error(msg);\n    }\n    ifstream infile(filepath);\n    return buildGraphFromTglf(infile);\n}\n\nvoid dialect::writeStringToFile(const std::string &s, const std::string &filepath) {\n    ofstream outfile(filepath);\n    outfile << s;\n    outfile.close();\n}\n"
  },
  {
    "path": "cola/libdialect/io.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_IO_H\n#define DIALECT_IO_H\n\n#include <istream>\n#include <string>\n#include <memory>\n#include <iostream>\n#include <cstdio>\n\nnamespace dialect {\n\nclass Graph;\n\n/*\n * Support for TGLF: Trivial Graph Layout Format.\n *\n * TGLF looks like this:\n *\n * // This line is a comment.\n * i0 cx0 cy0 w0 h0\n * i1 cx1 cy1 w1 h1\n * ...\n * in xn yn wn hn\n * #\n * i0 i1\n * i2 i3 a  b  c  d\n * i4 i5 a' b'\n * i6 i7\n * ...\n * #\n * j0 j1 T  D  R  G\n * j2 j3 T' D' R' G'\n * ...\n *\n * and is of the form:\n *\n * NODES\n * #\n * LINKS\n * #\n * SEPCOS\n *\n * where\n *\n * NODES defines one node per line, giving an ID as an unsigned int, followed by\n * four floats: the x and y coordinates of the centre of the node, and its width\n * and height.\n *\n * LINKS defines one link (or \"edge\" or \"connector\") per line. A line begins\n * with two node IDs, as defined in NODES. This is followed by zero or more pairs\n * of floats giving the (x, y)-coordinates of route points. The centres of the\n * source and target nodes are implicit route points, and should not be listed.\n *\n * SEPCOS defines one separation constraint per line. As with the LINKS,\n * a line begins with two node IDs. This is followed by a *gap type*,\n * a *direction*, a *relation*, and a *gap* G.\n * \n *   gap type: a character among: B, C\n *      B: \"boundary gap\". The gap is between the node boundaries.\n *      C: \"centre gap\". The gap is between the node centres.\n * \n *   direction: a character among: N, S, E, W, U, D, L, R, X, Y\n *      N, S, E, W: north, south, east, west. A separation, plus an alignment.\n *      U, D, L, R: up, down, left, right. Just a separation.\n *      X, Y: synonyms for R and D, respectively\n * \n *   relation: one of the strings '>=' or '=='\n *      >=: the constraint sets a minimum gap\n *      ==: the constraint sets an exact gap\n * \n *   gap: a float value, specifying the desired gap\n *\n * The NODES section must be nonempty, but either or both of the LINKS\n * and SEPCOS sections may be empty or omitted.\n *\n*/\n\n//! @brief  Build a Graph object from TGLF.\n//!\n//! @param[in]  in  An istream containing TGLF.\n//!\n//! @return  A Graph built on the given TGLF.\nstd::shared_ptr<Graph> buildGraphFromTglf(std::istream &in);\n\n//! @brief  Build a Graph object from TGLF.\n//!\n//! @param[in]  in  A string containing TGLF.\n//!\n//! @return  A Graph built on the given TGLF.\nstd::shared_ptr<Graph> buildGraphFromTglf(std::string &s);\n\n//! @brief  Build a Graph object from a file containing TGLF.\n//!\n//! @param[in]  filepath  Full filesystem path to a file containing TGLF.\n//!\n//! @return  A Graph built on the given TGLF.\nstd::shared_ptr<Graph> buildGraphFromTglfFile(const std::string &filepath);\n\n//! @brief  Write a string to a file.\n//!\n//! @param[in]  s  the string to be written\n//! @param[in]  filepath  full filesystem path to the file to be written\nvoid writeStringToFile(const std::string &s, const std::string &filepath);\n\n} // namespace dialect\n\n#endif // DIALECT_IO_H\n"
  },
  {
    "path": "cola/libdialect/libdialect.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n//! @file  libdialect.h\n//! @brief Standard libdialect include file which includes all libdialect\n//!        functionality.\n\n/**\n * @namespace dialect\n * @brief libdialect: A library for computing human-like orthogonal network\n *        (DiAlEcT) layouts.\n *\n */\n#ifndef DIALECT_LIBDIALECT_H\n#define DIALECT_LIBDIALECT_H\n\n#include \"libdialect/aca.h\"\n#include \"libdialect/hola.h\"\n\n#endif\n\n\n"
  },
  {
    "path": "cola/libdialect/libdialect.pc.in",
    "content": "prefix=@prefix@\nexec_prefix=@exec_prefix@\nlibdir=@libdir@\nincludedir=@includedir@\n\nName: libdialect\nDescription: DiAlEcT = Distribute + Arrange + Emend + Transform\nURL: http://www.adaptagrams.org/\nVersion: @VERSION@\nLibs: -L${libdir} -ldialect\nCflags: -I${includedir}/libdialect\n\n"
  },
  {
    "path": "cola/libdialect/logging.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <vector>\n#include <iostream>\n\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/logging.h\"\n\nusing namespace dialect;\n\nusing std::string;\nusing std::vector;\n\nLogger::Logger(std::string outputDir, std::string prefix, bool verbose, bool addSVG)\n    : outputDir(outputDir), prefix(prefix), verbose(verbose), addSVG(addSVG)\n{\n    if (outputDir.size() > 0) hasOutputDir = true;\n    if (prefix.size() > 0) {\n        hasPrefix = true;\n        prefix += \"_\";\n    }\n}\n\nvoid Logger::log(std::string content, std::string name) {\n    // At least we record the content.\n    contents.push_back(content);\n    // Was a name given?\n    if (name.size() > 0) {\n        names.push_back(name);\n        // Write to stdout?\n        if (verbose) std::cout << \"Log: \" << name << std::endl;\n        // Do we have an output directory?\n        if (hasOutputDir) {\n            // Set prefix if provided.\n            if (hasPrefix) name = prefix + name;\n            // Write.\n            string path = outputDir + name;\n            writeStringToFile(content, path);\n        }\n    }\n}\n\nvoid Logger::log(Graph &G, std::string name) {\n    string tglf = G.writeTglf();\n    log(tglf, name+\".tglf\");\n    if (addSVG) {\n        string svg = G.writeSvg();\n        log(svg, name+\".svg\");\n    }\n}\n\nstring Logger::writeFullPathForFilename(std::string name) {\n    if (hasPrefix) name = prefix + name;\n    string path = outputDir + name;\n    return path;\n}\n"
  },
  {
    "path": "cola/libdialect/logging.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_LOGGING_H\n#define DIALECT_LOGGING_H\n\n#include <string>\n#include <vector>\n\n#include \"libdialect/commontypes.h\"\n\nnamespace dialect {\n\nstruct Logger {\n    std::string outputDir = \"\";\n    std::string prefix = \"\";\n    std::vector<std::string> contents;\n    std::vector<std::string> names;\n    bool hasOutputDir = false;\n    bool hasPrefix = false;\n    //! Control whether the logger writes to stdout the name of each file recorded:\n    bool verbose = false;\n    //! If true, then when logging TGLF for a graph, also log SVG:\n    bool addSVG = false;\n\n    //! Sometimes it is useful to be able to record a number that should be used in a\n    //! prefix by various processes. Helps when separate processes are being logged.\n    //! This is not used by the Logger itself. It is only a convenience for use by clients.\n    unsigned nextLoggingIndex = 0;\n\n    //! @brief  Standard constructor.\n    //! @param[in] outputDir  Optional name of output directory in which files should be written.\n    //! @param[in] prefix  Optional prefix to put at start of all file names.\n    //! @param[in] verbose  Set true if you want the logger to write each recorded name to stdout.\n    //! @param[in] addSVG  Set true if you want the logger to also write an SVG file, each time it\n    //!     writes a TGLF file.\n    //!\n    //! @note  If no outputDir is given, then strings are only saved in this object.\n    //! @note  If a prefix is given, an underscore will be automatically appended to it.\n    Logger(std::string outputDir = \"\", std::string prefix = \"\",\n        bool verbose = false, bool addSVG = false);\n\n    //! @brief  Record a string, optionally to a named file in the output dir.\n    //! @param[in] content  The string to be recorded.\n    //! @param[in] name  The name under which to record it.\n    void log(std::string content, std::string name=\"\");\n\n    //! @brief  Convenience method to log the TGLF for a Graph.\n    //! @param[in] G  The Graph whose TGLF is to be logged.\n    //! @param[in] name  The filename for the TGLF file WITHOUT the \".tglf\" suffix. The suffix\n    //!                  is automatically added for you.\n    void log(Graph &G, std::string name=\"\");\n\n    //! @brief  Given a filename, prepend the output directory and prefix (if given) in order\n    //!         to write the full path.\n    //! @return The full path.\n    std::string writeFullPathForFilename(std::string name);\n\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_LOGGING_H\n"
  },
  {
    "path": "cola/libdialect/nearalign.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <math.h>\n#include <cmath>\n#include <utility>\n#include <memory>\n#include <vector>\n#include <algorithm>\n#include <stdexcept>\n#include <iterator>\n#include <map>\n#include <set>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nearalign.h\"\n\nusing namespace dialect;\n\nusing std::pair;\nusing std::vector;\nusing std::map;\nusing std::set;\nusing std::fabs;\n\nusing Avoid::Point;\n\n\nAlignmentTable::AlignmentTable(Graph &graph, const Nodes &ignore) {\n    SepMatrix &matrix = graph.getSepMatrix();\n    // Get the lookup of Nodes we care about.\n    NodesById care = graph.getNodeLookupWithIgnore(ignore);\n    addAlignments(care, matrix);\n}\n\nAlignmentTable::AlignmentTable(Graph &graph, const NodesById &ignore) {\n    SepMatrix &matrix = graph.getSepMatrix();\n    // Get the lookup of Nodes we care about.\n    NodesById care = graph.getNodeLookupWithIgnore(ignore);\n    addAlignments(care, matrix);\n}\n\nvoid AlignmentTable::addAlignments(const NodesById &nodes, const SepMatrix &matrix) {\n    // Add alignments with transitive closure for each pair of distinct nodes.\n    for (auto it = nodes.begin(); it != std::prev(nodes.end()); ++it) {\n        for (auto jt = std::next(it); jt != nodes.end(); ++jt) {\n            id_type i = (*it).first,\n                    j = (*jt).first;\n            if (matrix.areHAligned(i, j)) addAlignment(i, j, AlignmentFlag::HALIGN);\n            else if (matrix.areVAligned(i, j)) addAlignment(i, j, AlignmentFlag::VALIGN);\n        }\n    }\n}\n\nbool AlignmentTable::areAligned(id_type uid, id_type vid, AlignmentFlag flag) {\n    return (state[uid][vid] & flag) == flag;\n}\n\nvector<id_type> AlignmentTable::getAlignedIds(id_type uid, AlignmentFlag flag) {\n    vector<id_type> ids{uid};\n    for (auto it = state[uid].begin(); it != state[uid].end(); ++it) {\n        auto p = *it;\n        if ((p.second & flag) == flag) ids.push_back(p.first);\n    }\n    return ids;\n}\n\nvoid AlignmentTable::addAlignment(id_type uid, id_type vid, AlignmentFlag flag) {\n    // Get the alignment vectors.\n    vector<id_type> Au = getAlignedIds(uid, flag),\n                    Av = getAlignedIds(vid, flag);\n    // Record that everything in Au is aligned with everything in Av.\n    for (id_type id1 : Au) {\n        for (id_type id2 : Av) {\n            state[id1][id2] |= flag;\n            state[id2][id1] |= flag;\n        }\n    }\n}\n\nvoid AlignmentTable::noteInfeasibility(id_type uid, id_type vid, AlignmentFlag flag) {\n    if (flag == AlignmentFlag::HALIGN) {\n        state[uid][vid] |= AlignmentFlag::HINFEAS;\n        state[vid][uid] |= AlignmentFlag::HINFEAS;\n    } else if (flag == AlignmentFlag::VALIGN) {\n        state[uid][vid] |= AlignmentFlag::VINFEAS;\n        state[vid][uid] |= AlignmentFlag::VINFEAS;\n    }\n}\n\nbool AlignmentTable::isMarkedInfeasible(id_type uid, id_type vid, AlignmentFlag flag) {\n    AlignmentFlag infeas = flag == AlignmentFlag::HALIGN ? AlignmentFlag::HINFEAS : AlignmentFlag::VINFEAS;\n    return (state[uid][vid] & infeas) == infeas;\n}\n\n\ndouble dialect::manhattan(Node_SP u, Node_SP v) {\n    Point uc = u->getCentre(),\n          vc = v->getCentre();\n    return fabs(uc.x - vc.x) + fabs(uc.y - vc.y);\n}\n\nvoid PotentialAlignment::remove(void) {\n    // If not yet removed...\n    if (!removed) {\n        // ...remove self from linked list by linking prev and next to each other.\n        if (prev != nullptr) prev->next = next;\n        if (next != nullptr) next->prev = prev;\n        // And now mark self as removed.\n        removed = true;\n    }\n}\n\nvoid PotentialAlignment::addToGraph(Graph &G) {\n    SepMatrix &matrix = G.getSepMatrix();\n    id_type uid = u->id(),\n            vid = v->id();\n    if (flag == AlignmentFlag::HALIGN) matrix.hAlign(uid, vid);\n    else matrix.vAlign(uid, vid);\n}\n\nSepCo_SP PotentialAlignment::writeSepCo(void) {\n    vpsc::Dim dim = flag == AlignmentFlag::HALIGN ? vpsc::YDIM : vpsc::XDIM;\n    return std::make_shared<SepCo>(dim, u, v, 0, true);\n}\n\nsize_t dialect::doNearAlignments(Graph &graph, AlignmentTable &atab, NodesById &ignore, const HolaOpts &opts, bool reattempt) {\n    size_t successCount = 0;\n    using vpsc::XDIM;\n    using vpsc::YDIM;\n    // Set up maps.\n    map<vpsc::Dim, bool> active{\n        {XDIM, true}, {YDIM, true}\n    };\n    map<vpsc::Dim, AlignmentFlag> d2a{\n        {XDIM, AlignmentFlag::VALIGN}, {YDIM, AlignmentFlag::HALIGN}\n    };\n    // Get nodes of interest.\n    NodesById nodes = graph.getNodeLookupWithIgnore(ignore);\n    // Compute parameters.\n    double iel = graph.getIEL(),\n           hkw = iel * opts.nearAlignScalar_kinkWidth / 2.0,\n           asc = iel * opts.nearAlignScalar_scope;\n    // Prepare cola options.\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    // As long as either dimension is \"active\", keep going.\n    vpsc::Dim dim = XDIM;\n    while (active[XDIM] || active[YDIM]) {\n        dim = vpsc::conjugate(dim);\n        AlignmentFlag aflag = d2a[dim];\n        active[dim] = false;\n        // Build map from node IDs to vector of nodes that are candidates for alignment\n        // with that node, in the current dimension.\n        map<id_type, Nodes> candidates;\n        // Build open and close Events for the nodes.\n        Events evts;\n        evts.reserve(2*nodes.size());\n        for (auto p : nodes) {\n            Node_SP u = p.second;\n            Point c = u->getCentre();\n            double z = dim == XDIM ? c.x - hkw : c.y - hkw,\n                   Z = dim == XDIM ? c.x + hkw : c.y + hkw;\n            evts.push_back(new Event(z, u, EventType::OPEN));\n            evts.push_back(new Event(Z, u, EventType::CLOSE));\n        }\n        // Sort by coordinate.\n        std::sort(evts.begin(), evts.end(), [](const Event *a, const Event *b)->bool{return a->varCoord < b->varCoord;});\n        // Maintain a set of \"open\" Node IDs:\n        set<id_type> openIds;\n        // Scan through the events.\n        for (Event *evt : evts) {\n            if (evt->type == EventType::OPEN) {\n                Node_SP u = evt->getNode();\n                id_type uid = u->id();\n                Nodes &uCand = candidates[uid];\n                Point uc = u->getCentre();\n                for (id_type vid : openIds) {\n                    Node_SP v = nodes[vid];\n                    Point vc = v->getCentre();\n                    bool inScope = dim == XDIM ? fabs(uc.y - vc.y) <= asc : fabs(uc.x - vc.x) <= asc;\n                    if (inScope && !atab.areAligned(uid, vid, aflag)) {\n                        // The nodes are within scope of one another, and not yet aligned.\n                        Nodes &vCand = candidates[vid];\n                        // We don't want to record the candidate twice, so just store it once in the\n                        // vector for the node with smaller ID.\n                        if (uid < vid) {\n                            uCand.push_back(v);\n                        } else {\n                            vCand.push_back(u);\n                        }\n                    }\n                }\n                // Finally, note that node u is now open.\n                openIds.insert(uid);\n            } else if (evt->type == EventType::CLOSE) {\n                openIds.erase(evt->getNode()->id());\n            }\n        }\n        // Clean up Events.\n        for (Event *evt : evts) delete evt;\n        // Now build PotentialAlignments, one for each candidate.\n        PotentialAlignments pas;\n        for (auto p : candidates) {\n            Node_SP u = nodes[p.first];\n            for (Node_SP v : p.second) {\n                if (reattempt || !atab.isMarkedInfeasible(u->id(), v->id(), aflag)) {\n                    pas.push_back(new PotentialAlignment(u, v, aflag));\n                }\n            }\n        }\n        // If there aren't any, just move on.\n        if (pas.empty()) continue;\n        // Otherwise sort by cost.\n        std::sort(pas.begin(), pas.end(), [](const PotentialAlignment *a, const PotentialAlignment *b)->bool{return a->cost < b->cost;});\n        // Build linked list.\n        for (auto it = pas.begin(); it != pas.end(); ++it) {\n            PotentialAlignment *p = *it;\n            if (it != pas.begin()) {\n                PotentialAlignment *o = *std::prev(it);\n                p->prev = o;\n            }\n            auto jt = std::next(it);\n            if (jt != pas.end()) {\n                PotentialAlignment *q = *jt;\n                p->next = q;\n            }\n        }\n        // Build a lookup, from pairs of node IDs to PotentialAlignments.\n        SparseIdMatrix2d<PotentialAlignment*>::type paIndex;\n        for (PotentialAlignment *pa : pas) {\n            id_type uid = pa->u->id(),\n                    vid = pa->v->id();\n            paIndex[uid][vid] = pa;\n            paIndex[vid][uid] = pa;\n        }\n        // Now we choose the \"prime\" alignments, so called because the process by which we choose\n        // them is much like the Sieve of Eratosthenes.\n        PotentialAlignments primePAs;\n        PotentialAlignment *first = pas.front();\n        while (first != nullptr) {\n            // Accept the first PA.\n            primePAs.push_back(first);\n            // Let u, v be the two nodes involved.\n            Node_SP u = first->u,\n                    v = first->v;\n            id_type uid = u->id(),\n                    vid = v->id();\n            // Cross off any other PA in which u or v is involved.\n            auto uLookup = paIndex[uid];\n            for (auto it = uLookup.begin(); it != uLookup.end(); ++it) {\n                PotentialAlignment *pa = (*it).second;\n                if (pa != nullptr) pa->remove();\n            }\n            auto vLookup = paIndex[vid];\n            for (auto it = vLookup.begin(); it != vLookup.end(); ++it) {\n                PotentialAlignment *pa = (*it).second;\n                if (pa != nullptr) pa->remove();\n            }\n            // Furthermore, for any node w already aligned with u, remove any potential\n            // alignment of w with v. Likewise for nodes already aligned with v.\n            vector<id_type> Au = atab.getAlignedIds(uid, aflag);\n            for (id_type wid : Au) {\n                PotentialAlignment *pa = paIndex[uid][wid];\n                if (pa != nullptr) pa->remove();\n            }\n            vector<id_type> Av = atab.getAlignedIds(vid, aflag);\n            for (id_type wid : Av) {\n                PotentialAlignment *pa = paIndex[vid][wid];\n                if (pa != nullptr) pa->remove();\n            }\n            // Advance pointer.\n            first = first->next;\n        }\n        // Attempt to apply the prime alignments.\n        for (PotentialAlignment *pa : primePAs) {\n            SepCo_SP sc = pa->writeSepCo();\n            int result = graph.projectOntoSepCo(colaOpts, sc);\n            if (result == 0) {\n                // Projection was successful.\n                pa->addToTable(atab);\n                pa->addToGraph(graph);\n                ++successCount;\n            } else {\n                // Projection failed.\n                pa->noteInfeasibility(atab);\n            }\n        }\n        // Clean up PotentialAlignments.\n        for (PotentialAlignment *pa : pas) delete pa;\n    }\n    return successCount;\n}\n"
  },
  {
    "path": "cola/libdialect/nearalign.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_NEARALIGN_H\n#define DIALECT_NEARALIGN_H\n\n#include <vector>\n#include <memory>\n\n#include \"libdialect/constraints.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/commontypes.h\"\n\nnamespace dialect {\n\nenum class AlignmentFlag {\n    NONE = 0,\n    HALIGN = 1,\n    VALIGN = 2,\n    HINFEAS = 4,\n    VINFEAS = 8\n};\n\n//! Thanks to https://stackoverflow.com/a/1448478\ninline AlignmentFlag operator&(AlignmentFlag a, AlignmentFlag b)\n{return static_cast<AlignmentFlag>(static_cast<int>(a) & static_cast<int>(b));}\n\ninline AlignmentFlag& operator|= (AlignmentFlag& a, AlignmentFlag b) { return (AlignmentFlag&)((int&)a |= (int)b); }\n\nstruct AlignmentTable {\n\n    //! @brief  Construct an alignment table for a given Graph, optionally ignoring certain Nodes.\n    AlignmentTable(Graph &graph, const Nodes &ignore);\n\n    //! @brief  Construct an alignment table for a given Graph, optionally ignoring certain Nodes.\n    AlignmentTable(Graph &graph, const NodesById &ignore);\n\n    //! @brief  Check whether two nodes are aligned.\n    //! @param[in] uid  The id of one of the ndoes.\n    //! @param[in] vid  The id of the other node.\n    //! @param[in] flag  The type of alignment to check for.\n    //! @return true iff the nodes are aligned according to the given flag.\n    bool areAligned(id_type uid, id_type vid, AlignmentFlag flag);\n\n    //! @brief  Add an alignment with transitive closure.\n    //! @param[in] uid  The id of one of the nodes to be aligned.\n    //! @param[in] vid  The id of the other node to be aligned.\n    //! @param[in] flag  The type of alignment to be recorded.\n    void addAlignment(id_type uid, id_type vid, AlignmentFlag flag);\n\n    //! @brief  Add all existing alignments for a set of Nodes, based on a given SepMatrix.\n    //! @param[in] nodes  The set of nodes.\n    //! @param[in] matrix  The SepMatrix.\n    void addAlignments(const NodesById &nodes, const SepMatrix &matrix);\n\n    //! @brief  Get all IDs that are aligned with a given one.\n    //! @param[in] uid  The given ID.\n    //! @param[in] flag  The type of alignment you are interested in.\n    //! @return  Vector of IDs of all nodes -- including this one -- that are aligned with this one.\n    std::vector<id_type> getAlignedIds(id_type uid, AlignmentFlag flag);\n\n    //! @brief  Note that a particular alignment type is infeasible.\n    //! @param[in] uid  The id of one of the nodes that cannot be aligned.\n    //! @param[in] vid  The id of the other node that cannot be aligned.\n    //! @param[in] flag  The type of alignment whose infeasibility is to be recorded.\n    //!\n    //! @note  Client should pass HALIGN or VALIGN, i.e. the type of alignment that is infeasible,\n    //!         NOT one of the _INFEAS flags itself.\n    void noteInfeasibility(id_type uid, id_type vid, AlignmentFlag flag);\n\n    //! @brief  Check whether a given type of alignemnt has been marked infeasible.\n    //! @param[in] uid  The id of one of the nodes in question.\n    //! @param[in] vid  The id of the other node in question.\n    //! @param[in] flag  The type of alignment in question.\n    //! @return  true iff the alignment in question has been marked infeasible.\n    bool isMarkedInfeasible(id_type uid, id_type vid, AlignmentFlag flag);\n\n    //! The sparse table where all flags are stored:\n    SparseIdMatrix2d<AlignmentFlag>::type state;\n};\n\n\n//! @brief  Report the \"Manhattan distance\" between two nodes.\ndouble manhattan(Node_SP u, Node_SP v);\n\n\nstruct PotentialAlignment {\n\n    //! @brief  Standard Constructor.\n    PotentialAlignment(Node_SP u, Node_SP v, AlignmentFlag flag)\n        : u(u),\n          v(v),\n          flag(flag),\n          cost(manhattan(u, v)) {}\n\n    //! @brief  Remove from linked list.\n    void remove(void);\n\n    //! @brief  Add this alignment to an AlignmentTable.\n    void addToTable(AlignmentTable &table) { table.addAlignment(u->id(), v->id(), flag); }\n\n    //! @brief  Note infeasibility of this alignment in in AlignmentTable.\n    void noteInfeasibility(AlignmentTable &table) { table.noteInfeasibility(u->id(), v->id(), flag); }\n\n    //! @brief  Write a SepCo to represent this alignment.\n    SepCo_SP writeSepCo(void);\n\n    //! @brief  Add this alignment to a Graph.\n    void addToGraph(Graph &G);\n\n    Node_SP u;\n    Node_SP v;\n    AlignmentFlag flag;\n    double cost;\n    // For managing linked list:\n    bool removed = false;\n    PotentialAlignment *prev = nullptr;\n    PotentialAlignment *next = nullptr;\n};\n\ntypedef std::vector<PotentialAlignment*> PotentialAlignments;\n\n//! @brief  Look for nodes that are nearly aligned, and try to align them.\n//!\n//! @param[in, out] graph  The Graph whose nodes are to be aligned, and in whose SepMatrix alignments\n//!                        should be recorded when made.\n//! @param[in, out] atab  An AlignmentTable for the given Graph.\n//! @param[in] opts  HolaOpts object to set parameters for the process.\n//! @param[in] reattempt  Set true for a more aggressive process that reattempts alignments even after\n//!                       they have been marked infeasible (in case other changes in the meantime might\n//!                       have made them now feasible). Default: false.\n//! @return  Number of successful alignments.\nsize_t doNearAlignments(dialect::Graph &graph, dialect::AlignmentTable &atab, dialect::NodesById &ignore, const dialect::HolaOpts &opts, bool reattempt=false);\n\n\n\n} // namespace dialect\n\n#endif // DIALECT_NEARALIGN_H\n"
  },
  {
    "path": "cola/libdialect/nexes.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <set>\n#include <vector>\n#include <sstream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/faces.h\"\n\nusing namespace dialect;\n\nconst std::map<CompassDir, size_t> Nexus::DIREC_TO_INITIAL_SEARCH_INDEX{\n    {CompassDir::NE, 0},\n    {CompassDir::EAST, 1},\n    {CompassDir::SE, 2},\n    {CompassDir::SOUTH, 3},\n    {CompassDir::SW, 4},\n    {CompassDir::WEST, 5},\n    {CompassDir::NW, 6},\n    {CompassDir::NORTH, 7}\n};\n\nvoid Nexus::addSide(Side_SP side) {\n    // Our tests below will be negative (i.e. that our Node be /not/ the last, or\n    // /not/ the first on the Side). So as a check, we first ensure that the Node actually\n    // does belong to the Side at all!\n    COLA_ASSERT(side->containsNode(m_node->id()));\n    // Determine the forward and reverse directions for the Side.\n    CardinalDir fwd = side->getForwardDirec(),\n                rev = Compass::cardFlip(fwd);\n    // If our Node is not the last on the Side, then the Side exits our Node to its forward direction.\n    if (m_node != side->lastNode()) writeSlot(fwd, NexusPolarity::EXIT_TO, side);\n    // If our Node is not the first on the Side, then the Side enters our Node from its reverse direction.\n    if (m_node != side->firstNode()) writeSlot(rev, NexusPolarity::ENTER_FROM, side);\n}\n\nstd::set<Side_SP> Nexus::getNeighboursOfADirection(CompassDir direc) {\n    std::set<Side_SP> nbrs;\n    // If the Nexus is empty, so is the set of neighbours.\n    if (m_isEmpty) return nbrs;\n    // Otherwise, this Nexus holds at least one Side.\n    // Get the initial search index.\n    size_t i0 = Nexus::DIREC_TO_INITIAL_SEARCH_INDEX.at(direc);\n    // To manage search in the two directions, we use a vector of \"index differentials\".\n    // Here, 7 is just -1 mod 8. But it's important that we use a positive number, since\n    // we are working with size_t's.\n    std::vector<size_t> diffs{1, 7};\n    for (size_t di : diffs) {\n        // Start at the initial index.\n        size_t i = i0;\n        while (m_slots[i] == nullptr) {\n            i = (i + di) % 8;\n            // Since we already checked that this Nexus is not empty, we should not cycle.\n            // Just to be sure:\n            COLA_ASSERT(i != i0);\n        }\n        // We have encountered a non-empty slot. We can record its Side as a neighbour.\n        nbrs.insert(m_slots[i]);\n        // Subtle point: For the anticlockwise search we want to start at the index just\n        // prior to the one where we started the clockwise search.\n        i0 = (i0 + 7) % 8;\n    }\n    return nbrs;\n}\n\nvoid Nexus::writeSlot(CardinalDir direc, NexusPolarity polarity, Side_SP side) {\n    /*\n     * We rely on the actual enum values of the directions and the polarities so that\n     * the formula 2*direc + polarity yields:\n     *      0       enter from east\n     *      1       exit to east\n     *      2       enter from south\n     *      3       exit to south\n     *      4       enter from west\n     *      5       exit to west\n     *      6       enter from north\n     *      7       exit to north\n     * This is the order in which the Side SP's will be stored in the eight slots, and this\n     * ordering is actually important, when it comes time to compute the neighbours of a given\n     * direction.\n     */\n    size_t d = (size_t) direc,\n           p = (size_t) polarity,\n           i = 2*d + p;\n    m_slots[i] = side;\n    // One slot having been written, this Nexus is not empty.\n    m_isEmpty = false;\n}\n\nstd::string Nexus::toString(void) const {\n    std::ostringstream ss;\n    ss << \"Nexus for Node \" << m_node->id() << \":\" << std::endl;\n    if (m_isEmpty) {\n        ss << \"    empty.\";\n    } else {\n        for (size_t i = 0; i < 8; ++i) {\n            Side_SP S = m_slots[i];\n            if (S != nullptr) {\n                if (i%2 == 0) {\n                    ss << \"    Entering from the \" << Compass::cardToString((CardinalDir)(i/2));\n                } else {\n                    ss << \"    Exiting to the \" << Compass::cardToString((CardinalDir)((i-1)/2));\n                }\n                ss << \": \" << S->toString() << std::endl;\n            }\n        }\n    }\n    return ss.str();\n}\n"
  },
  {
    "path": "cola/libdialect/nodeconfig.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <algorithm>\n#include <deque>\n#include <memory>\n#include <functional>\n#include <string>\n\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/quadaction.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing Avoid::Point;\n\nusing std::string;\n\nOrthoHubLayout::OrthoHubLayout(Graph_SP G, OrthoHubLayoutOptions opts)\n    : m_graph(G),\n      m_opts(opts),\n      m_cgr(G->updateColaGraphRep()),\n      m_aca(G),\n      m_edgeLookup(m_cgr.rs.size(), m_cgr.rs.size())\n{\n    // Make vector of \"hubs\", i.e. nodes of degree 3 and up, sorted by descending degree.\n    // First grab all Nodes, filtering out those of degree less than 3.\n    const NodesById &node_lookup = m_graph->getNodeLookup();\n    m_hubs.reserve(node_lookup.size());\n    size_t h = 0;\n    for (auto p : node_lookup) {\n        if (opts.includeLinks || p.second->getDegree() > 2) {\n            m_hubs.push_back(p.second);\n            ++h;\n        }\n    }\n    m_hubs.resize(h);\n    // And sort by descending degree.\n    std::stable_sort(m_hubs.begin(), m_hubs.end(),\n        [](const Node_SP &a, const Node_SP &b) -> bool {return a->getDegree() > b->getDegree();}\n    );\n    // Make lookup for edge indices by their endpt indices.\n    for (size_t j = 0; j < m_cgr.es.size(); ++j) {\n        auto e = m_cgr.es[j];\n        m_edgeLookup(e.first, e.second) = j;\n        m_edgeLookup(e.second, e.first) = j;\n    }\n    // If we're avoiding flat triangles, then we'll need to build the adjacency matrix for\n    // all Nodes in the Graph, by ID.\n    if (opts.avoidFlatTriangles) {\n        for (auto p : m_graph->getEdgeLookup()) {\n            id_type id1 = p.second->getSourceEnd()->id(),\n                    id2 = p.second->getTargetEnd()->id();\n            m_adjMat[id1][id2] = 1;\n            m_adjMat[id2][id1] = 1;\n        }\n    }\n    // When we destress, we want overlap prevention.\n    m_colaOpts.preventOverlaps = true;\n}\n\nbool OrthoHubLayout::makesFlatTriangle(const Assignment_SP &asgn) {\n    // An Assignment makes a flat triangle iff it assigned a pair of connected\n    // neighbours to North & South, and/or to East & West.\n    for (size_t i = 0; i < 2; ++i) {\n        // When i == 0 we get the Nbrs assigned to the East and West semiaxes;\n        // when i == 1 we get the Nbrs assigned to the South and North semiaxes.\n        Nbr_SP u1 = asgn->semis[i],\n               u2 = asgn->semis[i+2];\n        if (u1 != nullptr && u2 != nullptr) {\n            // Both semiaxes have a Nbr assigned to them.\n            // Are the corresponding Nodes connected?\n            // We check the adjacency matrix.\n            if (m_adjMat[u1->id][u2->id] > 0) return true;\n        }\n    }\n    // We did not find that there would be a flat triangle.\n    return false;\n}\n\nAssignments OrthoHubLayout::getAssignmentsForNode(const Node_SP &node) const {\n    // First construct a Nbr to represent each neighbouring Node of the given one.\n    Nodes nbrNodes = node->getNeighbours();\n    Nbrs nbrs;\n    Point p0 = node->getCentre();\n    for (Node_SP u : nbrNodes) {\n        Point p1 = u->getCentre();\n        double dx = p1.x - p0.x,\n               dy = p1.y - p0.y;\n        Nbr_SP nbr = std::make_shared<Nbr>(u->id(), dx, dy);\n        nbrs.push_back(nbr);\n    }\n    // Now form the Arrangement based on these Nbrs, and ask it to compute\n    // all possible Assignments.\n    Arrangement arr(nbrs);\n    return arr.computeAllAssignments();\n}\n\nvoid OrthoHubLayout::layout(Logger *logger) {\n\n    // Set up for logging.\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    unsigned lns = 0;\n    std::function<void(string)> log = [this, logger](string name)->void{\n        if (logger!=nullptr) logger->log(*(this->m_graph), name);\n    };\n\n    // We iterate over all hubs.\n    auto hub_ptr = m_hubs.begin(),\n         hub_end = m_hubs.end();\n    // Flag saying whether we can reduce stress and try a node again:\n    bool mightNeedToDestress = true;\n    // ACASepFlags corresponding to semiaxes:\n    ACASepFlag sepFlags[4] = {ACAEAST, ACASOUTH, ACAWEST, ACANORTH};\n    while (hub_ptr != hub_end) {\n        // Consider next hub.\n        Node_SP hub = *hub_ptr;\n        // Compute the possible assignments of neighbours to compass directions,\n        // in order of descending desirability.\n        // First make sure the Node objects have the most up-to-date positions.\n        // This is so that the costs of the assignments are correctly evaluated.\n        m_graph->updateNodesFromRects();\n        Assignments v = getAssignmentsForNode(hub);\n        // We need to turn the vector into a deque.\n        std::deque<Assignment_SP> asgns;\n        asgns.resize(v.size());\n        // We may also filter it if we're avoiding flat triangles.\n        if (m_opts.avoidFlatTriangles) {\n            auto it = std::copy_if(v.cbegin(), v.cend(), asgns.begin(),\n                [this](const Assignment_SP &a) -> bool { return !makesFlatTriangle(a); }\n            );\n            asgns.resize(it - asgns.begin());\n        } else {\n            std::copy(v.cbegin(), v.cend(), asgns.begin());\n        }\n        // If there are no viable Assignments, move on to the next hub.\n        if (asgns.size() == 0) {\n            ++hub_ptr;\n            continue;\n        }\n        // Otherwise, begin attempting the Assignments.\n        // Quit either when one works, or when we run out.\n        bool success = false;\n        OrderedAlignments oas;\n        while (!asgns.empty()) {\n            // Pop next Assignment.\n            Assignment_SP asgn = asgns.front();\n            asgns.pop_front();\n            // Free allocated objects from previous attempt.\n            for (OrderedAlignment *oa : oas) {\n                delete oa->separation;\n                delete oa->alignment;\n                delete oa;\n            }\n            oas.clear();\n            // Consider each semiaxis.\n            for (size_t i = 0; i < 4; ++i) {\n                // Consider the Nbr assigned to semiaxis i.\n                Nbr_SP nbr = asgn->semis[i];\n                // If none, continue.\n                if (nbr == nullptr) continue;\n                // If the corresponding Node is already logically aligned with the hub Node, then we do nothing.\n                /* NB: This is not just to save time. In fact if you give VPSC redundant\n                 * equality constraints it will mark the second one as unsatisfiable.\n                 * This is because once one constraint is active, it will think the\n                 * other is still inactive and violated. To satisfy that one it\n                 * will try to split the block to which the two variables already\n                 * belong, and fail because there are only equality constraints\n                 * along the path between them. Since we are calling ACA's\n                 * 'allOrNothing' method, this one \"unsatisfiable\" constraint will\n                 * cause the entire node arrangement to fail.)\n                 */\n                size_t hub_ix = m_cgr.id2ix[hub->id()],\n                       nbr_ix = m_cgr.id2ix[nbr->id];\n                if (m_aca.nodesAreAligned(hub_ix, nbr_ix)) continue;\n                // Otherwise create an OrderedAlignment.\n                size_t edge_ix = m_edgeLookup(hub_ix, nbr_ix);\n                OrderedAlignment *oa = m_aca.initOrdAlign(hub_ix, nbr_ix, sepFlags[i], edge_ix);\n                oas.push_back(oa);\n            }\n            // Attempt to apply the constraints.\n            success = m_aca.applyOAsAllOrNothing(oas);\n            if (success) break;\n        }\n        // Now we have either found an assignment that works, or tried them all and none of them worked.\n        if (success) {\n            // An assignment was successful. Move on to next hub.\n            ++hub_ptr;\n            mightNeedToDestress = true;\n            if (logger != nullptr) m_graph->updateNodesFromRects();\n            log(string_format(\"%02d_%02d_config_node_%d\", ln, lns++, hub->id()));\n        } else if (mightNeedToDestress) {\n            // If we were not able to configure this hub, it may be that relieving\n            // stress in the graph will permit us to configure it. So destress and try this one again.\n            // However, set the flag to indicate there will not be another attempt at this.\n            m_graph->destress(m_colaOpts);\n            mightNeedToDestress = false;\n            log(string_format(\"%02d_%02d_destress\", ln, lns++));\n        } else {\n            // If we have already tried relieving stress once, and we /still/ couldn't\n            // apply any assignment, then we give up on this node and move on to the next.\n            // Note that we must leave mightNeedToDestress equal to False, because since we have\n            // tried destressing once already, there is no reason to destress again until at least\n            // one more node has been configured.\n            ++hub_ptr;\n        }\n    }\n    // Accept final positions and constraints.\n    m_graph->updateNodesFromRects();\n    m_aca.updateSepMatrix();\n}\n"
  },
  {
    "path": "cola/libdialect/nodeconfig.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_NODECONFIG_H\n#define DIALECT_NODECONFIG_H\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/aca.h\"\n#include \"libdialect/quadaction.h\"\n#include \"libdialect/logging.h\"\n\nnamespace dialect {\n\n//! @brief  Options to control OrthoHubLayout\nstruct OrthoHubLayoutOptions {\n    //! If three nodes u, v, w in a graph form a triangle -- i.e. a subgraph isomorphic\n    //! to K3 -- then we may wish to prevent the \"flattening\"\n    //! of this triangle, i.e. the configuration of any one of the three nodes in such\n    //! a way that the other two are assigned to opposite compass directions, e.g. assigning\n    //! u and w to be north and south, resp., of v. To prevent this, set this option to true.\n    //! \n    //! As an example of why you might want to set this option to false, consider that then\n    //! the graph K4 gets a planar layout. When used in combination with routing by libavoid,\n    //! flat triangles are not always bad.\n    bool avoidFlatTriangles = true;\n\n    //! By default, we attempt to configure only Nodes of degree 3 or higher.\n    //! The idea is that nodes of degree 2 (a.k.a. \"links\") be handled by a different\n    //! procedure, such as the ACA algorithm.\n    //! However, good results can also be obtained by performing ortho hub layout on\n    //! all nodes, of any degree. If that is desired, set the includeLinks option to true.\n    bool includeLinks = false;\n};\n\n//! @brief  A layout object that tries to orthogonalise hubs.\n//!         This means it visits nodes of degrees 3 or higher, and\n//!         tries to set their neighbours in cardinal compass directions\n//!         from it.\nclass OrthoHubLayout {\npublic:\n    //! @brief  Standard constructor\n    //!\n    //! @param[in, out]  G  the underlying Graph\n    //! @param[in]  opts  options to control the layout\n    OrthoHubLayout(Graph_SP G, OrthoHubLayoutOptions opts);\n\n    //! @brief  Try to orthogonalise hubs.\n    //!\n    //! @param[in] logger  Optional logger to record the individual layout steps.\n    void layout(Logger *logger=nullptr);\n\nprivate:\n\n    bool makesFlatTriangle(const Assignment_SP &asgn);\n    Assignments getAssignmentsForNode(const Node_SP &node) const;\n\n    Graph_SP m_graph;\n    OrthoHubLayoutOptions m_opts;\n    ColaGraphRep &m_cgr;\n    ColaOptions m_colaOpts;\n    ACALayout m_aca;\n    Nodes m_hubs;\n    // We can use a dense data structure, Matrix2d, for the edge lookup, because\n    // edges name rectangles by the latter's index in the rectangles vector. Therefore if the size of\n    // the matrix equals that of the rectangles vector, there is always a place for every index.\n    Matrix2d<size_t> m_edgeLookup;\n    // On the other hand, we must use a sparse data structure for the node adjacency matrix, since\n    // there can easily be a Node ID that is greater than or equal to the total number of Nodes in\n    // the Graph. For example, such a situation is especially common in cases where a Graph has been\n    // broken into separate pieces.\n    SparseIdMatrix2d<unsigned>::type m_adjMat;\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_NODECONFIG_H\n"
  },
  {
    "path": "cola/libdialect/nodes.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <cmath>\n#include <sstream>\n\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n\nusing std::vector;\nusing std::string;\n\nusing namespace dialect;\n\nusing Avoid::Polygon;\nusing Avoid::Point;\n\nNode_SP Node::allocate(void) {\n    // Cannot use make_shared because Node constructor is private.\n    return Node_SP(new Node());\n}\n\nNode_SP Node::allocate(double w, double h) {\n    return Node_SP(new Node(w, h));\n}\n\nNode_SP Node::allocate(double cx, double cy, double w, double h) {\n    return Node_SP(new Node(cx, cy, w, h));\n}\n\nGhostNode_SP Node::makeGhost(void) const {\n    return GhostNode::allocate(*this);\n}\n\nvoid Node::addEdge(const Edge_SP &edge) {\n    // Record the Edge in our lookup tables.\n    // (1) Edges by their own IDs:\n    m_edges.emplace(edge->id(), edge);\n    // (2) Edges by the ID of the Node at the opposite end:\n    Node_SP opposite_end = edge->getOtherEnd(*this);\n    m_edges_by_opp_id.emplace(opposite_end->id(), edge);\n    // And increment the degree of this Node.\n    ++m_degree;\n}\n\nvoid Node::removeEdge(const Edge &edge) {\n    // Remove the Edge from our lookup tables.\n    // (1) Edges by their own IDs:\n    m_edges.erase(edge.id());\n    // (2) Edges by the ID of the Node at the opposite end:\n    Node_SP opposite_end = edge.getOtherEnd(*this);\n    m_edges_by_opp_id.erase(opposite_end->id());\n    // And decrement the degree of this Node.\n    --m_degree;\n}\n\nvoid Node::setCentre(double cx, double cy) {\n    m_cx = cx;\n    m_cy = cy;\n}\n\nvoid Node::translate(double dx, double dy) {\n    m_cx += dx;\n    m_cy += dy;\n}\n\nvoid Node::applyPlaneMap(PlaneMap map) {\n    Point p = map(Point(m_cx, m_cy));\n    m_cx = p.x;\n    m_cy = p.y;\n}\n\nvoid Node::setDims(double w, double h) {\n    m_w = w;\n    m_h = h;\n}\n\nvoid Node::addPadding(double dw, double dh) {\n    m_w += dw;\n    m_h += dh;\n}\n\nvoid Node::setBoundingBox(double x, double X, double y, double Y) {\n    COLA_ASSERT(x < X && y < Y);\n    m_w = X - x;\n    m_h = Y - y;\n    m_cx = x + m_w/2.0;\n    m_cy = y + m_h/2.0;\n}\n\nvoid Node::copyGeometry(const Node &other) {\n    m_cx = other.m_cx;\n    m_cy = other.m_cy;\n    m_w  = other.m_w;\n    m_h  = other.m_h;\n}\n\nvoid Node::copyOtherGhostProperties(const Node &other) {\n    m_isRoot = other.m_isRoot;\n}\n\ndimensions Node::getHalfDimensions(void) const {\n    return dimensions(m_w/2.0, m_h/2.0);\n}\n\ndimensions Node::getDimensions(void) const {\n    return dimensions(m_w, m_h);\n}\n\nAvoid::Point Node::getCentre(void) const {\n    return Avoid::Point(m_cx, m_cy);\n}\n\nBoundingBox Node::getBoundingBox(void) const {\n    dimensions hd = getHalfDimensions();\n    return BoundingBox(\n        m_cx - hd.first, m_cx + hd.first,\n        m_cy - hd.second, m_cy + hd.second\n    );\n}\n\nvoid Node::updatePosnFromRect(vpsc::Rectangle *r) {\n    m_cx = r->getCentreX();\n    m_cy = r->getCentreY();\n}\n\nvoid Node::updateXCoordFromRect(vpsc::Rectangle *r) {\n    m_cx = r->getCentreX();\n}\n\nvoid Node::updateYCoordFromRect(vpsc::Rectangle *r) {\n    m_cy = r->getCentreY();\n}\n\nNodes Node::getNeighbours(void) const {\n    Nodes nbrs;\n    for (auto p : m_edges) {\n        Node_SP other = p.second->getOtherEnd(*this);\n        nbrs.push_back(other);\n    }\n    return nbrs;\n}\n\nNodes Node::getNeighboursCwCyclic(void) const {\n    Nodes nbrs = getNeighbours();\n    std::sort(nbrs.begin(), nbrs.end(), [this](const Node_SP &a, const Node_SP &b) -> bool {\n        Point c_a = a->getCentre(),\n              c_b = b->getCentre();\n        double A = std::atan2(c_a.y - m_cy, c_a.x - m_cx),\n               B = std::atan2(c_b.y - m_cy, c_b.x - m_cx);\n        return A < B;\n    });\n    return nbrs;\n}\n\nNodes Node::getChildren(void) const {\n    Nodes children;\n    // Look through all incident Edges to this Node.\n    for (auto p : m_edges) {\n        // When the target end of the Edge is different from\n        // this Node itself, we have a child of this Node.\n        Node_SP tgt = p.second->getTargetEnd();\n        if (tgt->id() != m_ID) {\n            children.push_back(tgt);\n        }\n    }\n    return children;\n}\n\nNodes GhostNode::getChildren(void) const {\n    Nodes children;\n    // Look through all incident Edges to this Node.\n    for (auto p : m_edges) {\n        // When the target end of the Edge is different from\n        // this Node itself, we have a child of this Node.\n        Node_SP tgt = p.second->getTargetEnd();\n        // Since this is a GhostNode, whose purpose is sometimes to report a\n        // \"fake ID\", we must call the instance's own id() function here, rather\n        // than simply accessing the member field m_ID, as we can do in the base Node class.\n        if (tgt->id() != id()) {\n            children.push_back(tgt);\n        }\n    }\n    return children;\n}\n\nstring Node::writeSvg(bool useExternalId) const {\n    BoundingBox b = getBoundingBox();\n    string label = string_format(\"%d\", (useExternalId ? m_externalID : m_ID));\n    double dy = 5;\n    double L = (double) label.length();\n    double dx = -(4*L + 1);\n    std::ostringstream ss;\n    ss << \"<g>\\n\";\n    ss << \"<rect stroke=\\\"black\\\" stroke-width=\\\"1\\\" fill=\\\"gray\\\" opacity=\\\"0.5\\\" \";\n    ss << string_format(\"x=\\\"%.2f\\\" y=\\\"%.2f\\\" width=\\\"%.2f\\\" height=\\\"%.2f\\\"/>\\n\", b.x, b.y, b.w(), b.h());\n    ss << \"<text font-family=\\\"sans-serif\\\" \";\n    ss << string_format(\"x=\\\"%.2f\\\" y=\\\"%.2f\\\">\\n\", m_cx + dx, m_cy + dy);\n    ss << label << \"\\n\";\n    ss << \"</text>\\n\";\n    ss << \"</g>\\n\";\n    return ss.str();\n}\n\nPolygon Node::makeLibavoidPolygon(void) const {\n    Polygon poly(4);\n    BoundingBox b = getBoundingBox();\n    poly.setPoint(0, Point(b.x, b.y));\n    poly.setPoint(1, Point(b.X, b.y));\n    poly.setPoint(2, Point(b.X, b.Y));\n    poly.setPoint(3, Point(b.x, b.Y));\n    return poly;\n}\n\nbool Node::liesOppositeSegment(const LineSegment &seg, bool openInterval) {\n    BoundingBox bb = getBoundingBox();\n    double a = seg.varDim == vpsc::XDIM ? bb.x : bb.y,\n           b = seg.varDim == vpsc::XDIM ? bb.X : bb.Y;\n    return openInterval ? seg.openIntervalIntersects(a, b) :\n                          seg.closedIntervalIntersects(a, b);\n}\n\nPoint Node::getBoundaryCompassPt(CompassDir dir) const {\n    Point sgns = Compass::vectorSigns(dir);\n    double hw = m_w/2.0,\n           hh = m_h/2.0;\n    return Point(m_cx + sgns.x * hw, m_cy + sgns.y * hh);\n}\n"
  },
  {
    "path": "cola/libdialect/opts.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_OPTS_H\n#define DIALECT_OPTS_H\n\n#include \"libdialect/ortho.h\"\n\nnamespace dialect {\n\nenum class AspectRatioClass {\n    NONE, PORTRAIT, LANDSCAPE\n};\n\n//! When routing connectors for Trees, the set of allowed connection directions\n//! depends on the application.\n//!\n//! In, for example, a NORTH-growing tree, an edge between ranks i and i + 1\n//! will always be allowed to connect only to the south (S) port of a node in\n//! rank i + 1.\n//!\n//! The TreeRoutingType controls the directions allowed for connection to nodes in\n//! rank i, as follows:\n//!\n//! STRICT:  only N is allowed.\n//! CORE_ATTACHMENT:  N, E, W are allowed for the root node if it has exactly one child and\n//!                   is transversely displaced from its one child; otherwise only N.\n//! MONOTONIC:  N, E, W are allowed for all nodes on rank i.\nenum class TreeRoutingType {\n    STRICT,\n    CORE_ATTACHMENT,\n    MONOTONIC\n};\n\n//! When expanding faces in order to make room to place the trees, there are different\n//! ways to estimate which is the best dimension in which to operate first.\n//!\n//! SPACE: Look at the available space in each dimension.\n//! CONSTRAINTS: Compute the separation constraints you would use in each dimension, and\n//!              sum their violations.\nenum class ExpansionEstimateMethod {\n    SPACE,\n    CONSTRAINTS\n};\n\nstruct HolaOpts {\n\n    //! Tree layout\n\n    //! When the whole graph is a tree, in what direction should the tree grow?\n    CardinalDir defaultTreeGrowthDir = CardinalDir::SOUTH;\n    //! Minimal gap between nodes on the same rank, as scalar multiplier of ideal\n    //! edge length (IEL):\n    double treeLayoutScalar_nodeSep = 0.25;\n    //! Minimal gap between ranks (again, IEL scalar):\n    double treeLayoutScalar_rankSep = 1.0;\n    //! Control whether the subtrees are ordered in symmetric tree layout\n    //! so as to promote convex layouts.\n    bool preferConvexTrees = true;\n    //! Control how connectors are routed for peeled trees:\n    TreeRoutingType peeledTreeRouting = TreeRoutingType::CORE_ATTACHMENT;\n    //! Control how connectors are routed for graphs which are themselves trees:\n    TreeRoutingType wholeTreeRouting = TreeRoutingType::MONOTONIC;\n\n    //! In HOLA, we distinguish between \"leaves\" (nodes of degree 1), \"links\"\n    //! (nodes of degree 2), and \"hubs\" (nodes of degree 3 or greater).\n    //! The leaves -- and nodes that become leaves when the existing leaves are\n    //! removed -- are handled separately as \"trees\".\n    //! The following options control hub layout, and link layout.\n\n    //! Hub configuration\n\n    //! Say whether \"flat triangles\" should be avoided when using the\n    //! OrthoHubLayout.\n    bool orthoHubAvoidFlatTriangles = true;\n\n    //! Link configuration\n\n    //! You can use the ACA algorithm for links; or you can use the\n    //! shape-conforming chain configuration method, which examines whole chains\n    //! of links, and tries to put the bends at the locations that the present\n    //! geometry favours.\n    //!\n    //! In tests, ACA has been preferred on medium and large networks, while\n    //! the shape-conforming method has performed well on (very) small networks.\n    bool useACAforLinks = true;\n\n    //! Routing\n\n    //! For various routing parameters, we find it makes sense to select\n    //! the quantity by multiplying the graph's ideal edge length by\n    //! a scalar, set here.\n    double routingScalar_crossingPenalty = 2;\n    double routingScalar_segmentPenalty = 0.5;\n    //! Other routing parameters take an absolute value.\n    double routingAbs_nudgingDistance = 4.0;\n\n\n    //! Tree Placement\n\n    //! Prefer trees to be placed in a cardinal, rather than ordinal, direction:\n    bool treePlacement_favourCardinal = true;\n    //! Prefer trees to be placed in the external, rather than an internal, face:\n    bool treePlacement_favourExternal = true;\n    //! Prefer trees to be placed where there are the fewest other trees considering\n    //! using that same space:\n    bool treePlacement_favourIsolation = true;\n\n\n    //! Expansion\n\n    //! When expanding faces to make room for trees, and choosing a dimension in which\n    //! to operate first, you may want to try choosing the costlier dimension. The theory\n    //! would be that in some cases this will mean no expansion is needed at all in the\n    //! second dimension.\n    bool expansion_doCostlierDimensionFirst = false;\n    ExpansionEstimateMethod expansion_estimateMethod = ExpansionEstimateMethod::CONSTRAINTS;\n\n\n    //! Near Alignment (see nearalign.h)\n\n    //! Attempt near alignments?\n    bool do_near_align = true;\n    //! How many alignment attempts?\n    unsigned align_reps = 2;\n\n    //! As with the routing parameters, we find that it makes sense to set parameters\n    //! for the \"near alignment\" process as scalar multiples of the graph's ideal edge length.\n\n    //! What is the maximum width of a \"kink\" that should be straightened out?\n    double nearAlignScalar_kinkWidth = 0.25;\n    //! How far away should we look from a given node for others that should be aligned with it?\n    double nearAlignScalar_scope = 1.0;\n\n\n    //! Misc\n\n    //! Padding to be added to nodes during layout, in order to maintain gaps between them:\n    //! Again, this is a scalar multiplier of the IEL.\n    double nodePaddingScalar = 0.25;\n\n\n    //! Finishing\n\n    //! If you prefer a particular type of aspect ratio, set it here. The final layout\n    //! will be rotated as necessary.\n    AspectRatioClass preferredAspectRatio = AspectRatioClass::LANDSCAPE;\n    //! If there is a preferred aspect ratio, there are always two rotations that achieve\n    //! it. In order to decide between these two, HOLA will try to make more trees have\n    //! the preferred tree growth direction.\n    CardinalDir preferredTreeGrowthDir = CardinalDir::SOUTH;\n    //! A layout can always be translated, so we can normalise by putting the upper left\n    //! corner of the bounding box at the origin.\n    bool putUlcAtOrigin = true;\n\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_OPTS_H\n"
  },
  {
    "path": "cola/libdialect/ortho.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <set>\n#include <math.h>\n#include <memory>\n#include <string>\n#include <functional>\n#include <stdexcept>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::set;\nusing std::map;\nusing std::max;\nusing std::min;\n\nusing vpsc::Dim;\nusing Avoid::Point;\n\n\nCompassDir Compass::compassDirection(Avoid::Point p0, Avoid::Point p1) {\n    double dx = p1.x - p0.x,\n           dy = p1.y - p0.y;\n    if (dx == 0 && dy == 0) throw std::runtime_error(\"No compass direction between coincident points.\");\n    if (dx == 0) {\n        return dy > 0 ? CompassDir::SOUTH : CompassDir::NORTH;\n    }\n    if (dy == 0) {\n        return dx > 0 ? CompassDir::EAST : CompassDir::WEST;\n    }\n    if (dx > 0) {\n        return dy > 0 ? CompassDir::SE : CompassDir::NE;\n    } else {\n        return dy > 0 ? CompassDir::SW : CompassDir::NW;\n    }\n}\n\nCompassDir Compass::compassDirection(std::shared_ptr<Node> u0, std::shared_ptr<Node> u1) {\n    Point p0 = u0->getCentre(),\n          p1 = u1->getCentre();\n    return Compass::compassDirection(p0, p1);\n}\n\nCardinalDir Compass::cardinalDirection(Avoid::Point p0, Avoid::Point p1) {\n    double dx = p1.x - p0.x,\n           dy = p1.y - p0.y;\n    if (fabs(dy) <= fabs(dx)) {\n        return dx > 0 ? CardinalDir::EAST : CardinalDir::WEST;\n    } else {\n        return dy > 0 ? CardinalDir::SOUTH : CardinalDir::NORTH;\n    }\n}\n\nCardinalDir Compass::cardinalDirection(std::shared_ptr<Node> u0, std::shared_ptr<Node> u1) {\n    Point p0 = u0->getCentre(),\n          p1 = u1->getCentre();\n    return Compass::cardinalDirection(p0, p1);\n}\n\nCardinalDirs Compass::cardinalComponents(CompassDir d) {\n    switch(d) {\n    case CompassDir::SE: return {CardinalDir::SOUTH, CardinalDir::EAST};\n    case CompassDir::SW: return {CardinalDir::SOUTH, CardinalDir::WEST};\n    case CompassDir::NW: return {CardinalDir::NORTH, CardinalDir::WEST};\n    case CompassDir::NE: return {CardinalDir::NORTH, CardinalDir::EAST};\n    default:\n        // If the direction is already cardinal, then just return a vector containing\n        // only this one direction.\n        return {(CardinalDir) d};\n    }\n}\n\nPlaneMap Compass::getRotationFunction(CardinalDir fromDir, CardinalDir toDir) {\n    int a = (int) fromDir,\n        b = (int) toDir,\n        d = b - a;\n    unsigned n = (unsigned)(d < 0 ? d + 4 : d);\n    switch(n) {\n    case 0:\n        return [](const Point &p)->Point{return p;};\n    case 1:\n        return [](const Point &p)->Point{return Point(-p.y, p.x);};\n    case 2:\n        return [](const Point &p)->Point{return Point(-p.x, -p.y);};\n    case 3:\n        return [](const Point &p)->Point{return Point(p.y, -p.x);};\n    default:\n        // Cannot happen.\n        COLA_ASSERT(false);\n    }\n}\n\nInplacePlaneMap Compass::getInplaceRotationFunction(CardinalDir fromDir, CardinalDir toDir) {\n    int a = (int) fromDir,\n        b = (int) toDir,\n        d = b - a;\n    unsigned n = (unsigned)(d < 0 ? d + 4 : d);\n    switch(n) {\n    case 0:\n        return [](Point &p)->void{COLA_UNUSED(p);};\n    case 1:\n        return [](Point &p)->void{double t = p.x; p.x = -p.y; p.y = t;};\n    case 2:\n        return [](Point &p)->void{p.x = -p.x; p.y = -p.y;};\n    case 3:\n        return [](Point &p)->void{double t = p.x; p.x = p.y; p.y = -t;};\n    default:\n        // Cannot happen.\n        COLA_ASSERT(false);\n    }\n}\n\nPoint Compass::vectorSigns(CompassDir d) {\n    switch(d) {\n    case CompassDir::EAST:  return Point( 1,  0);\n    case CompassDir::SE:    return Point( 1,  1);\n    case CompassDir::SOUTH: return Point( 0,  1);\n    case CompassDir::SW:    return Point(-1,  1);\n    case CompassDir::WEST:  return Point(-1,  0);\n    case CompassDir::NW:    return Point(-1, -1);\n    case CompassDir::NORTH: return Point( 0, -1);\n    case CompassDir::NE:    return Point( 1, -1);\n    default:\n        COLA_ASSERT(false);\n    }\n}\n\nconst CardinalDirs Compass::cwCards{\n    CardinalDir::EAST, CardinalDir::SOUTH, CardinalDir::WEST, CardinalDir::NORTH\n};\n\nconst CardinalDirs Compass::acwCards{\n    CardinalDir::EAST, CardinalDir::NORTH, CardinalDir::WEST, CardinalDir::SOUTH\n};\n\nconst CompassDirs Compass::cwAllDoubled{\n    CompassDir::EAST, CompassDir::SE, CompassDir::SOUTH, CompassDir::SW,\n    CompassDir::WEST, CompassDir::NW, CompassDir::NORTH, CompassDir::NE,\n    CompassDir::EAST, CompassDir::SE, CompassDir::SOUTH, CompassDir::SW,\n    CompassDir::WEST, CompassDir::NW, CompassDir::NORTH, CompassDir::NE\n};\n\nconst CompassDirs Compass::acwAllDoubled{\n    CompassDir::EAST, CompassDir::NE, CompassDir::NORTH, CompassDir::NW,\n    CompassDir::WEST, CompassDir::SW, CompassDir::SOUTH, CompassDir::SE,\n    CompassDir::EAST, CompassDir::NE, CompassDir::NORTH, CompassDir::NW,\n    CompassDir::WEST, CompassDir::SW, CompassDir::SOUTH, CompassDir::SE\n};\n\nconst set<CardinalDir> Compass::vertical{\n    CardinalDir::NORTH, CardinalDir::SOUTH\n};\n\nconst set<CardinalDir> Compass::horizontal{\n    CardinalDir::EAST, CardinalDir::WEST\n};\n\nconst map<CardinalDir, Avoid::ConnDirFlag> Compass::libavoidConnDirs{\n    {CardinalDir::EAST,  Avoid::ConnDirRight},\n    {CardinalDir::SOUTH, Avoid::ConnDirDown},\n    {CardinalDir::WEST,  Avoid::ConnDirLeft},\n    {CardinalDir::NORTH, Avoid::ConnDirUp}\n};\n\nconst map<CompassDir, CompassDir> Compass::rotateCw90{\n    {CompassDir::EAST,  CompassDir::SOUTH},\n    {CompassDir::SE,    CompassDir::SW},\n    {CompassDir::SOUTH, CompassDir::WEST},\n    {CompassDir::SW,    CompassDir::NW},\n    {CompassDir::WEST,  CompassDir::NORTH},\n    {CompassDir::NW,    CompassDir::NE},\n    {CompassDir::NORTH, CompassDir::EAST},\n    {CompassDir::NE,    CompassDir::SE}\n};\n\nconst map<CompassDir, CompassDir> Compass::flip{\n    {CompassDir::EAST,  CompassDir::WEST},\n    {CompassDir::SE,    CompassDir::NW},\n    {CompassDir::SOUTH, CompassDir::NORTH},\n    {CompassDir::SW,    CompassDir::NE},\n    {CompassDir::WEST,  CompassDir::EAST},\n    {CompassDir::NW,    CompassDir::SE},\n    {CompassDir::NORTH, CompassDir::SOUTH},\n    {CompassDir::NE,    CompassDir::SW}\n};\n\nconst map<CardinalDir, Dim> Compass::varDim{\n    {CardinalDir::EAST,  Dim::XDIM},\n    {CardinalDir::WEST,  Dim::XDIM},\n    {CardinalDir::SOUTH, Dim::YDIM},\n    {CardinalDir::NORTH, Dim::YDIM}\n};\n\nconst map<CardinalDir, Dim> Compass::constDim{\n    {CardinalDir::EAST,  Dim::YDIM},\n    {CardinalDir::WEST,  Dim::YDIM},\n    {CardinalDir::SOUTH, Dim::XDIM},\n    {CardinalDir::NORTH, Dim::XDIM}\n};\n\nCardinalDir Compass::cardRotateCw90(CardinalDir d) {\n    return (CardinalDir) Compass::rotateCw90.at( (CompassDir) d );\n}\n\nCardinalDir Compass::cardRotateAcw90(CardinalDir d) {\n    return (CardinalDir) Compass::rotateCw90.at( Compass::flip.at( (CompassDir) d ) );\n}\n\nCardinalDir Compass::cardFlip(CardinalDir d) {\n    return (CardinalDir) Compass::flip.at( (CompassDir) d );\n}\n\nstd::string Compass::dirToString(CompassDir d) {\n    switch(d) {\n    case CompassDir::EAST: return \"EAST\";\n    case CompassDir::SOUTH: return \"SOUTH\";\n    case CompassDir::WEST: return \"WEST\";\n    case CompassDir::NORTH: return \"NORTH\";\n    case CompassDir::SE: return \"SE\";\n    case CompassDir::SW: return \"SW\";\n    case CompassDir::NW: return \"NW\";\n    case CompassDir::NE: return \"NE\";\n    default :\n        COLA_ASSERT(false);\n    }\n}\n\nstd::string Compass::cardToString(CardinalDir d) {\n    switch(d) {\n    case CardinalDir::EAST: return \"EAST\";\n    case CardinalDir::SOUTH: return \"SOUTH\";\n    case CardinalDir::WEST: return \"WEST\";\n    case CardinalDir::NORTH: return \"NORTH\";\n    default:\n        COLA_ASSERT(false);\n    }\n}\n\nconst double LineSegment::EPSILON = 0.1;\n\nbool LineSegment::closedIntervalIntersects(double a, double b) const {\n    return wl <= b && a <= wh;\n}\n\nbool LineSegment::openIntervalIntersects(double a, double b) const {\n    return b - wl > LineSegment::EPSILON && wh - a > LineSegment::EPSILON;\n}\n\nbool LineSegment::closedIntervalIncludesCoord(double a) const {\n    return wl <= a && a <= wh;\n}\n\nbool LineSegment::openIntervalIncludesCoord(double a) const {\n    return a - wl > LineSegment::EPSILON && wh - a > LineSegment::EPSILON;\n}\n\ninterval LineSegment::closedIntervalIntersection(double a, double b) const {\n    // If no intersection, return empty interval.\n    if (!closedIntervalIntersects(a, b)) return {1, 0};\n    // Otherwise there is some intersection.\n    return {max(a, wl), min(b, wh)};\n}\n\ninterval LineSegment::openIntervalIntersection(double a, double b) const {\n    // If no intersection, return empty interval.\n    if (!openIntervalIntersects(a, b)) return {1, 0};\n    // Otherwise there is some intersection.\n    return {max(a, wl), min(b, wh)};\n}\n\nint LineSegment::ptOnWhichSide(Avoid::Point p) const {\n    double z1 = Compass::isVerticalCard(direc) ? p.x : p.y;\n    return coordOnWhichSide(z1);\n}\n\nint LineSegment::coordOnWhichSide(double z1) const {\n    return z1 < z ? -1 : (z1 > z ? 1 : 0);\n}\n"
  },
  {
    "path": "cola/libdialect/ortho.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_ORTHO_H\n#define DIALECT_ORTHO_H\n\n#include <vector>\n#include <set>\n#include <memory>\n#include <map>\n#include <string>\n#include <functional>\n#include <algorithm>\n#include <utility>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/commontypes.h\"\n\nnamespace dialect {\n\nclass Node;\n\nenum class CompassDir {\n    EAST,\n    SOUTH,\n    WEST,\n    NORTH,\n    SE,\n    SW,\n    NW,\n    NE\n};\n\nenum class CardinalDir {\n    EAST,\n    SOUTH,\n    WEST,\n    NORTH\n};\n\ntypedef std::vector<CompassDir> CompassDirs;\ntypedef std::vector<CardinalDir> CardinalDirs;\n\nstruct Compass {\n\n    //! @brief  Check whether a compass direction is vertical.\n    static bool isVertical(CompassDir d) {\n        return d == CompassDir::NORTH || d == CompassDir::SOUTH;\n    }\n\n    //! @brief  Check whether a compass direction is horizontal.\n    static bool isHorizontal(CompassDir d) {\n        return d == CompassDir::EAST || d == CompassDir::WEST;\n    }\n\n    //! @brief  Check whether a cardinal direction is vertical.\n    static bool isVerticalCard(CardinalDir d) {\n        return d == CardinalDir::NORTH || d == CardinalDir::SOUTH;\n    }\n\n    //! @brief  Check whether a cardinal direction is vertical.\n    static bool isHorizontalCard(CardinalDir d) {\n        return d == CardinalDir::EAST || d == CardinalDir::WEST;\n    }\n\n    //! @brief  Check whether a compass direction is in a given dimension.\n    static bool isInDim(CompassDir d, vpsc::Dim dim) {\n        return dim == vpsc::HORIZONTAL ? isHorizontal(d) : isVertical(d);\n    }\n\n    //! @brief  Check whether a compass direction is \"increasing\", i.e. the\n    //!         variable coordinate increases in this direction.\n    static bool isIncreasing(CompassDir d) {\n        return d == CompassDir::EAST || d == CompassDir::SOUTH;\n    }\n\n    //! @brief  Check whether a compass direction is \"decreasing\", i.e. the\n    //!         variable coordinate decreases in this direction.\n    static bool isDecreasing(CompassDir d) {\n        return d == CompassDir::NORTH || d == CompassDir::WEST;\n    }\n\n    //! @brief  Check whether a cardinal direction is \"increasing\", i.e. the\n    //!         variable coordinate increases in this direction.\n    static bool isIncreasingCard(CardinalDir d) {\n        return d == CardinalDir::EAST || d == CardinalDir::SOUTH;\n    }\n\n    //! @brief  Check whether a cardinal direction is \"decreasing\", i.e. the\n    //!         variable coordinate decreases in this direction.\n    static bool isDecreasingCard(CardinalDir d) {\n        return d == CardinalDir::WEST || d == CardinalDir::NORTH;\n    }\n\n    //! @brief  Check whether two cardinal directions are in the same dimension.\n    //! @sa Compass::arePerpendicular\n    static bool sameDimension(CardinalDir d0, CardinalDir d1) {\n        return (unsigned)(d0) % 2 == (unsigned)(d1) % 2;\n    }\n\n    //! @brief  Check whether two cardinal directions are perpendicular.\n    //! @sa Compass::sameDimension\n    static bool arePerpendicular(CardinalDir d0, CardinalDir d1) {\n        return (unsigned)(d0) % 2 != (unsigned)(d1) % 2;\n    }\n\n    //! @brief  Determine the predominant compass direction from point\n    //!         p0 to point p1.\n    static CompassDir compassDirection(Avoid::Point p0, Avoid::Point p1);\n\n    //! @brief  Convenience method to determine the compass direction\n    //!         from Node u0 to Node u1.\n    static CompassDir compassDirection(std::shared_ptr<Node> u0, std::shared_ptr<Node> u1);\n\n    //! @brief  Determine the predominant cardinal direction from point\n    //!         p0 to point p1.\n    static CardinalDir cardinalDirection(Avoid::Point p0, Avoid::Point p1);\n\n    //! @brief  Convenience method to determine the cardinal direction\n    //!         from Node u0 to Node u1.\n    static CardinalDir cardinalDirection(std::shared_ptr<Node> u0, std::shared_ptr<Node> u1);\n\n    //! @brief  Say whether a CompassDir is cardinal.\n    static bool isCardinal(CompassDir d) { return ((unsigned) d) < 4; }\n\n    //! @brief Rotate a cardinal direction clockwise 90 degrees.\n    static CardinalDir cardRotateCw90(CardinalDir d);\n\n    //! @brief Rotate a cardinal direction anticlockwise 90 degrees.\n    static CardinalDir cardRotateAcw90(CardinalDir d);\n\n    //! @brief Flip a cardinal direction.\n    static CardinalDir cardFlip(CardinalDir d);\n\n    //! @brief Write the name of a CompassDir.\n    static std::string dirToString(CompassDir d);\n\n    //! @brief Write the name of a CardinalDir.\n    static std::string cardToString(CardinalDir d);\n\n    //! @brief Get the cardinal components of a given direction.\n    static CardinalDirs cardinalComponents(CompassDir d);\n\n    //! @brief Get a function that rotates points by the angular displacement\n    //!        from one cardinal direction to another.\n    //! @param[in] fromDir  The starting cardinal direction.\n    //! @param[in] toDir  The ending cardinal direction.\n    //! @return  A function from Avoid::Points to Avoid::Points.\n    //! @sa Compass::getInplaceRotationFunction\n    static PlaneMap getRotationFunction(CardinalDir fromDir, CardinalDir toDir);\n\n    //! @brief Get a function that rotates points by the angular displacement\n    //!        from one cardinal direction to another.\n    //! @param[in] fromDir  The starting cardinal direction.\n    //! @param[in] toDir  The ending cardinal direction.\n    //! @return  A function that alters Avoid::Points in-place.\n    //! @sa Compass::getRotationFunction\n    static InplacePlaneMap getInplaceRotationFunction(CardinalDir fromDir, CardinalDir toDir);\n\n    //! @brief Get the signs of the coordinates of a vector pointing in the given direction.\n    //! @param[in] d  The direction.\n    //! @return  An Avoid::Point (xs, ys), where xs in {-1, 0, 1} represents the sign of the\n    //!          x-coordinate of a vector lying in the \"octant\" represented by the given direction,\n    //!          and likewise for ys. Here an \"octant\" is a semiaxis for a cardinal direction,\n    //!          and an open quadrant for an ordinal direction.\n    static Avoid::Point vectorSigns(CompassDir d);\n\n    //! Cardinal directions in clockwise order, starting with EAST\n    static const CardinalDirs cwCards;\n\n    //! Cardinal directions in anticlockwise order, starting with EAST\n    static const CardinalDirs acwCards;\n\n    //! All compass directions, in clockwise order, with the list doubled, i.e.\n    //! given twice. The doubling is useful when seeking intervals in this cyclic order.\n    //! The list starts with EAST.\n    static const CompassDirs cwAllDoubled;\n\n    //! Like cwAllDoubled, only this time in anticlockwise order.\n    static const CompassDirs acwAllDoubled;\n\n    //! The vertical cardinal directions:\n    static const std::set<CardinalDir> vertical;\n\n    //! The horizontal cardinal directions:\n    static const std::set<CardinalDir> horizontal;\n\n    //! Map cardinal directions to corresponding libavoid connection direction flags.\n    static const std::map<CardinalDir, Avoid::ConnDirFlag> libavoidConnDirs;\n\n    //! Rotate clockwise 90 degrees.\n    static const std::map<CompassDir, CompassDir> rotateCw90;\n\n    //! Flip a given direction (or rotate 180 degrees).\n    static const std::map<CompassDir, CompassDir> flip;\n\n    //! Map cardinal direcs to their variable dimension.\n    static const std::map<CardinalDir, vpsc::Dim> varDim;\n\n    //! Map cardinal direcs to their constant dimension.\n    static const std::map<CardinalDir, vpsc::Dim> constDim;\n\n};\n\ntypedef std::pair<double, double> interval;\n\nstruct LineSegment {\n    LineSegment(Avoid::Point p0, Avoid::Point p1)\n        : p0(p0), p1(p1),\n          x0(p0.x), y0(p0.y),\n          x1(p1.x), y1(p1.y),\n          direc(Compass::cardinalDirection(p0, p1)),\n          varDim(Compass::varDim.at(direc)),\n          constDim(Compass::constDim.at(direc))\n    {\n        if (Compass::isVerticalCard(direc)) {\n            z = x0; w0 = y0; w1 = y1;\n        } else {\n            z = y0; w0 = x0; w1 = x1;\n        }\n        auto p = std::minmax(w0, w1);\n        wl = p.first;\n        wh = p.second;\n        length = wh - wl;\n    }\n\n    //! @brief  Get the constant coordinate.\n    double getConstCoord(void) const { return z; }\n\n    //! @brief  Check whether the closed interval spanned by this segment\n    //!         intersects a given closed interval [a, b].\n    //! @param a  Low end of the interval.\n    //! @param b  High end of the interval.\n    bool closedIntervalIntersects(double a, double b) const;\n\n    //! @brief  Check whether the open interval spanned by this segment\n    //!         intersects a given open interval (a, b).\n    //! @param a  Low end of the interval.\n    //! @param b  High end of the interval.\n    bool openIntervalIntersects(double a, double b) const;\n\n    //! @brief  Check whether the closed interval spanned by this segment\n    //!         includes a given value.\n    //! @param a  The value in question.\n    bool closedIntervalIncludesCoord(double a) const;\n\n    //! @brief  Check whether the open interval spanned by this segment\n    //!         includes a given value.\n    //! @param a  The value in question.\n    bool openIntervalIncludesCoord(double a) const;\n\n    //! @brief  Compute the intersection of this segment's closed interval, with\n    //!         the given interval.\n    //! @param a  Low end of the interval.\n    //! @param b  High end of the interval.\n    //! @return  an interval representing the intersection.\n    //!\n    //! @note  If the intersection is empty, we return an \"empty interval\" in which\n    //!        the second coordinate is less than the first.\n    interval closedIntervalIntersection(double a, double b) const;\n\n    //! @brief  Compute the intersection of this segment's open interval, with\n    //!         the given interval.\n    //! @param a  Low end of the interval.\n    //! @param b  High end of the interval.\n    //! @return  an interval representing the intersection.\n    //!\n    //! @note  If the intersection is empty, we return an \"empty interval\" in which\n    //!        the second coordinate is less than the first.\n    interval openIntervalIntersection(double a, double b) const;\n\n    //! @brief  Check on which side of the line segment a given point lies.\n    //! @param p  The point in question.\n    //! @return  An integer in {-1, 0, 1} indicating, respectively, that in the dimension in\n    //!          which the line segment is constant, the point's coordinate is less than,\n    //!          equal to, or greater than the constant coord of the segment.\n    int ptOnWhichSide(Avoid::Point p) const;\n\n    //! @brief  Check whether a given coord is less than, equal to, or greater than the\n    //!         line segment's constant coord.\n    //! @param z  The coordinate in question.\n    //! @return  An integer in {-1, 0, 1} indicating, respectively, that the given coordinate\n    //!          is less than, equal to, or greater that the segment's constant coord.\n    int coordOnWhichSide(double z1) const;\n\n    static const double EPSILON;\n\n    Avoid::Point p0;\n    Avoid::Point p1;\n    //! Coords of point p0:\n    double x0;\n    double y0;\n    //! Coords of point p1:\n    double x1;\n    double y1;\n    //! Direction from p0 to p1:\n    CardinalDir direc;\n    //! Variable dimension:\n    vpsc::Dim varDim;\n    //! Constant dimension:\n    vpsc::Dim constDim;\n    //! Constant coordinate:\n    double z;\n    //! Variable coordinate of point p0:\n    double w0;\n    //! Variable coordinate of point p1:\n    double w1;\n    //! Low variable coordinate:\n    double wl;\n    //! High variable coordinate:\n    double wh;\n    //! Length:\n    double length;\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_ORTHO_H\n"
  },
  {
    "path": "cola/libdialect/peeling.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n\nusing namespace dialect;\n\nusing std::dynamic_pointer_cast;\nusing std::vector;\nusing std::make_shared;\n\nid_type PeeledNode::nextTreeSerialNumber = 0;\n\nvoid Stem::addSelfToGraph(Graph &H) {\n    // First make sure the Graph has PeeledNodes representing the\n    // plain Nodes at the ends of this Stem.\n    Node_SP plain_leaf(m_plain_leaf);\n    Node_SP plain_root(m_plain_root);\n    PeeledNode_SP tree_leaf, tree_root;\n    // Leaf:\n    if (H.hasNode(plain_leaf->id())) {\n        tree_leaf = dynamic_pointer_cast<PeeledNode>(H.getNode(plain_leaf->id()));\n    } else {\n        tree_leaf = PeeledNode::allocate(*plain_leaf);\n        tree_leaf->setMasquerade(true);\n        H.addNode(tree_leaf);\n    }\n    // Root:\n    if (H.hasNode(plain_root->id())) {\n        tree_root = dynamic_pointer_cast<PeeledNode>(H.getNode(plain_root->id()));\n    } else {\n        tree_root = PeeledNode::allocate(*plain_root);\n        tree_root->setMasquerade(true);\n        H.addNode(tree_root);\n    }\n    // Ensure that the root node's serial number is largest.\n    tree_root->updateSerialNumber();\n    // Now add an Edge to the Graph connecting root and leaf.\n    // We always make the root end the source, so that, when regarded as\n    // made up of directed Edges the tree will flow from root to leaves.\n    H.addEdge(Edge::allocate(tree_root, tree_leaf));\n}\n\nvector<Stem_SP> dialect::makeStemsFromLeaves(const NodesById &leaves) {\n    // Prepare the return vector.\n    vector<Stem_SP> stems;\n    // Iterate over the leaves.\n    for (auto p : leaves) {\n        // Get the leaf and its incident edges.\n        Node_SP &leaf = p.second;\n        const EdgesById &edges = leaf->getEdgeLookup();\n        // leaf is supposed to actually be a leaf in the graph, i.e. should\n        // have degree 1.\n        COLA_ASSERT(edges.size() == 1);\n        // This means we can get the one incident edge, and the node at the other end.\n        Edge_SP edge = edges.cbegin()->second;\n        Node_SP root = edge->getOtherEnd(*leaf);\n        // Create the Stem.\n        stems.push_back(make_shared<Stem>(leaf, root));\n    }\n    return stems;\n}\n\nPeeledNode_SP dialect::identifyRootNode(const Graph &graph) {\n    // We want to find the PeeledNode of maximal serial number.\n    id_type candidate_id;\n    id_type max_serial_no = 0;\n    const NodesById &nodes = graph.getNodeLookup();\n    // Iterate over all nodes in the graph.\n    for (auto p : nodes) {\n        Node_SP &node = p.second;\n        // Cast as PeeledNode.\n        PeeledNode_SP pn = dynamic_pointer_cast<PeeledNode>(node);\n        // If serial number is larger, make this node the candidate.\n        if (pn->m_treeSerialNumber >= max_serial_no) {\n            max_serial_no = pn->m_treeSerialNumber;\n            candidate_id = pn->id();\n        }\n    }\n    // Mark the root node.\n    PeeledNode_SP root = dynamic_pointer_cast<PeeledNode>(graph.getNode(candidate_id));\n    root->setIsRoot(true);\n    // And return a shared pointer to it.\n    return root;\n}\n\nNodeBuckets::NodeBuckets(Graph &graph) :\n    m_graph(graph),\n    m_maxDegree(graph.getMaxDegree()),\n    m_buckets(m_maxDegree + 1)\n{\n    // Fill the buckets.\n    for (auto p : graph.getNodeLookup()) {\n        // Each node gets placed in a bucket according to its degree.\n        unsigned degree = p.second->getDegree();\n        m_buckets[degree].insert(p);\n    }\n}\n\nNodesById NodeBuckets::takeLeaves(void) {\n    // Make a copy of the bucket of leaves, i.e. nodes of degree 1.\n    NodesById leaves(m_buckets[1]);\n    // Now can clear the leaf bucket...\n    m_buckets[1].clear();\n    // ...and return the copy.\n    return leaves;\n}\n\nbool NodeBuckets::moveNode(id_type id, unsigned oldDegree, unsigned newDegree) {\n    // Make sure neither degree is too large.\n    if (oldDegree > m_maxDegree || newDegree > m_maxDegree) return false;\n    // Look for the node in the old bucket.\n    NodesById &oldBucket = m_buckets[oldDegree];\n    auto it = oldBucket.find(id);\n    // If it's not in there, then fail.\n    if (it == oldBucket.end()) return false;\n    // Otherwise go ahead and move it.\n    NodesById &newBucket = m_buckets[newDegree];\n    newBucket.insert(*it);\n    oldBucket.erase(it);\n    return true;\n}\n\nvoid NodeBuckets::severNodes(const NodesById &nodes) {\n    // Iterate over the given Nodes.\n    for (auto p : nodes) {\n        Node_SP &u = p.second;\n        // Sever incident edges and get a vector of erstwhile neighbouring nodes.\n        vector<Node_SP> nbrs = m_graph.severNodeNotingNeighbours(*u);\n        // Move each former neighbour up one bucket.\n        for (Node_SP v : nbrs) {\n            unsigned degree = v->getDegree();\n            moveNode(v->id(), degree + 1, degree);\n        }\n    }\n    // And remove the Nodes fully from the Graph.\n    m_graph.removeNodes(nodes);\n}\n\nTrees dialect::peel(Graph &G) {\n    // Initialise a fresh Graph, essentially a workspace where we'll build the trees.\n    Graph H;\n    // The NodeBuckets object keeps the nodes in G sorted by degree.\n    NodeBuckets buckets(G);\n    // Start by getting the initial leaves.\n    NodesById leaves = buckets.takeLeaves();\n    while (!leaves.empty()) {\n        // Make stems from leaves.\n        vector<Stem_SP> stems = makeStemsFromLeaves(leaves);\n        // Cut the leaves out of the graph.\n        buckets.severNodes(leaves);\n        if (G.isEmpty()) {\n            // This case only arises when G was a tree with a double centre U--V\n            // At this point we must have:\n            //     stems == [Stem(U,V), Stem(V,U)]\n            // and we must only add one (doesn't matter which) of those stems to H.\n            COLA_ASSERT(stems.size() == 2);\n            stems.pop_back();\n        }\n        // Add the stems to the new graph.\n        for (Stem_SP stem : stems) stem->addSelfToGraph(H);\n        // And now see if there are any newly-created leaves.\n        leaves = buckets.takeLeaves();\n    }\n    // We have now repeatedly cut off all leaves until none remain, reconnecting\n    // the removed leaves in the new graph H.\n    // The connected components of H are the trees.\n    Graphs comps = H.getConnComps();\n    // Build and return Trees.\n    Trees trees;\n    bool G_empty = G.isEmpty();\n    for (Graph_SP comp : comps) {\n        PeeledNode_SP root = identifyRootNode(*comp);\n        // Except in the case of a pure tree with a double centre, in which case the\n        // original graph G is now empty, the node that is the root of each tree is\n        // a GhostNode of a Node still belonging to the original Graph.\n        // This is the \"attachment point\". For use later on, we mark that original\n        // node as \"root\" as well (unless G is empty).\n        if (!G_empty) {\n            Node_SP originalRoot = G.getNode(root->id());\n            originalRoot->setIsRoot(true);\n        }\n        // Finally, construct and record the Tree.\n        Tree_SP tree = make_shared<Tree>(comp, root);\n        trees.push_back(tree);\n    }\n    // And return.\n    return trees;\n}\n"
  },
  {
    "path": "cola/libdialect/peeling.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_PEELING_H\n#define DIALECT_PEELING_H\n\n#include <memory>\n#include <vector>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n\nnamespace dialect {\n\nclass PeeledNode;\nstruct Stem;\n\ntypedef std::shared_ptr<PeeledNode> PeeledNode_SP;\ntypedef std::shared_ptr<Stem> Stem_SP;\n\n//! @brief  Mark as \"root\" the PeeledNode having largest serial number.\n//!\n//! @note  The Graph must contain only PeeledNodes.\n//!\n//! @return  The PeeledNode identified as root.\nPeeledNode_SP identifyRootNode(const Graph &graph);\n\n//! @brief  A PeeledNode is a type of GhostNode, used in the peeling process.\nclass PeeledNode : public GhostNode {\n    friend struct Stem;\n    friend PeeledNode_SP identifyRootNode(const Graph &graph);\npublic:\n    //! @brief  Factory function.\n    //!\n    //! @return  A shared_ptr to PeeledNode (PeeledNode_SP).\n    static PeeledNode_SP allocate(const Node &node) { return PeeledNode_SP(new PeeledNode(node)); }\n\n    //! @brief  Copy-assignment operator\n    PeeledNode &operator=(const PeeledNode&) = default;\n\n    //! @brief  Destructor\n    virtual ~PeeledNode(void) = default;\n\nprivate:\n    //! @brief  Default constructor is deleted.\n    PeeledNode(void) = delete;\n\n    //! @brief  Copy constructor is deleted.\n    PeeledNode(const PeeledNode&) = delete;\n\n    //! @brief  We always make a PeeledNode as a copy of a plain Node.\n    PeeledNode(const Node &node)\n      : GhostNode(node),\n        m_treeSerialNumber(nextTreeSerialNumber++) {}\n\n    //! PeeledNodes keep a \"tree serial number\" that is\n    //! useful in figuring out which PeeledNode is the root Node of the peeled tree.\n    static id_type nextTreeSerialNumber;\n    id_type m_treeSerialNumber;\n    void updateSerialNumber(void) { m_treeSerialNumber = nextTreeSerialNumber++; }\n\n};\n\n\n//! Represents a leaf node, along with its one edge and neighbour.\nstruct Stem {\n    Stem(const Node_SP &leaf, const Node_SP &root) : m_plain_leaf(leaf), m_plain_root(root) {}\n    Node_WP m_plain_leaf;\n    Node_WP m_plain_root;\n    void addSelfToGraph(Graph &H);\n};\n\n//! @brief  Make a Stem object to represent each leaf.\nstd::vector<Stem_SP> makeStemsFromLeaves(const NodesById &leaves);\n\n//! For sorting all the nodes of a graph into \"buckets\" according\n//! to their degree.\n//! You can take all the leaves (degree-1 nodes) and you can move\n//! a node from one bucket to another.\nstruct NodeBuckets {\n    //! @brief  Initialize a set of node buckets for the given Graph.\n    //!\n    //! Creates buckets for all degrees up to the Graph's max degree,\n    //! and populates these. Each bucket contains a NodesById map.\n    NodeBuckets(Graph &graph);\n\n    //! @brief  Return a copy of the bucket of leaves, and clear the latter.\n    NodesById takeLeaves(void);\n\n    //! @brief  Move a node from one bucket to another.\n    //!\n    //! @param[in]  id  The ID of the Node to be moved.\n    //! @param[in]  oldDegree  The bucket in which the Node should be found.\n    //! @param[in]  newDegree  The bucket to which the Node should be moved.\n    //!\n    //! @return  boolean saying whether the Node was found and moved.\n    bool moveNode(id_type id, unsigned oldDegree, unsigned newDegree);\n\n    //! @brief  Sever the given Nodes from our Graph.\n    //!\n    //! @note  This method does modify the Graph.\n    //!        For each given Node, all incident Edges are severed, and the Node\n    //!        is removed from the Graph.\n    //!        The neighbouring Nodes are moved to new buckets as appropriate.\n    //! @note  The given Nodes themselves are NOT moved to new buckets.\n    //!        This preserves the freedom to handle that operation separately.\n    void severNodes(const NodesById &nodes);\n\n    Graph &m_graph;\n    unsigned m_maxDegree;\n    std::vector<NodesById> m_buckets;\n};\n\n//! @brief  Perform the \"peeling\" process, in which the exterior trees are\n//!         removed from the given Graph.\n//!\n//! @note  See Abello, James, Frank Van Ham, and Neeraj Krishnan.\n//!         \"Ask-graphview: A large scale graph visualization system.\"\n//!         IEEE transactions on visualization and computer graphics 12\n//!         no. 5 (2006): 669-676.\n//!\n//! @note  The given Graph is modiifed in place. It will be pared down\n//!        to its own /core/ -- i.e. all that remains after the trees have\n//!        been peeled away.\n//!\n//!        Each tree includes a root node which is a copy of a node that\n//!        remains in the core.\n//!\n//!        The underlying Graphs of the created Trees consist of PeeledNodes.\n//!\n//!        In the case that the given Graph is itself a tree, the remaining core\n//!        will consist only of the tree's root node. Meanwhile the one Tree will\n//!        be a copy of the entire original graph.\n//!\n//! @return  The trees.\nTrees peel(Graph &G);\n\n} // namespace dialect\n\n#endif // DIALECT_PEELING_H\n"
  },
  {
    "path": "cola/libdialect/planarise.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <math.h>\n#include <utility>\n#include <memory>\n#include <vector>\n#include <algorithm>\n#include <set>\n\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::pair;\nusing std::vector;\n\nusing Avoid::Point;\n\nEdgeSegment::EdgeSegment(Node_SP node1, Node_SP node2) {\n    Point c1 = node1->getCentre(),\n          c2 = node2->getCentre();\n    double dx = c2.x - c1.x,\n           dy = c2.y - c1.y;\n    if (fabs(dy) <= fabs(dx)) {\n        orientation = vpsc::HORIZONTAL;\n        constCoord = c1.y;\n        if (dx > 0) {\n            lowerBound = c1.x;\n            upperBound = c2.x;\n            openingNode = node1;\n            closingNode = node2;\n        } else {\n            lowerBound = c2.x;\n            upperBound = c1.x;\n            openingNode = node2;\n            closingNode = node1;\n        }\n    } else {\n        orientation = vpsc::VERTICAL;\n        constCoord = c1.x;\n        if (dy > 0) {\n            lowerBound = c1.y;\n            upperBound = c2.y;\n            openingNode = node1;\n            closingNode = node2;\n        } else {\n            lowerBound = c2.y;\n            upperBound = c1.y;\n            openingNode = node2;\n            closingNode = node1;\n        }\n    }\n}\n\nvoid EdgeSegment::setNewClosingNode(Node_SP u) {\n    closingNode = u;\n    Point c = u->getCentre();\n    upperBound = orientation == vpsc::HORIZONTAL ? c.x : c.y;\n}\n\nstd::pair<Event*, Event*> EdgeSegment::getEvents(void) {\n    Event *opening = new Event(this, openingNode, EventType::OPEN);\n    Event *closing = new Event(this, closingNode, EventType::CLOSE);\n    opening->companion = closing;\n    closing->companion = opening;\n    return {opening, closing};\n}\n\nvoid EdgeSegment::addSep(SepMatrix &m) const {\n    SepDir d = orientation == vpsc::HORIZONTAL ? SepDir::EAST : SepDir::SOUTH;\n    m.addSep(openingNode->id(), closingNode->id(), GapType::CENTRE, d, SepType::INEQ, upperBound - lowerBound);\n}\n\nEvent::Event(EdgeSegment *seg, Node_SP endpt, EventType type)\n    : seg(seg),\n      endpt(endpt),\n      type(type),\n      companion(nullptr)\n{\n    Point c = endpt->getCentre();\n    constCoord = seg->orientation == vpsc::HORIZONTAL ? c.y : c.x;\n    varCoord = seg->orientation == vpsc::HORIZONTAL ? c.x : c.y;\n}\n\nEvent::Event(double varCoord, Node_SP node, EventType type)\n    : seg(nullptr),\n      endpt(node),\n      varCoord(varCoord),\n      type(type),\n      companion(nullptr) {}\n\ndouble Event::x(void) {\n    return endpt->getCentre().x;\n}\n\ndouble Event::y(void) {\n    return endpt->getCentre().y;\n}\n\nvoid OrthoPlanariser::removeEdgeOverlaps(void) {\n    // Initialise the new Graph and give it a GhostNode to represent each node in the\n    // given Graph G.\n    // The GhostNodes will be set to masquerade as the original Nodes, i.e. to report\n    // the original Nodes' IDs. This helps us to later create the Edges for the new Graph.\n    m_overlapFreeGraph = std::make_shared<Graph>();\n    for (auto pair : m_givenGraph->getNodeLookup()) {\n        Node_SP &u = pair.second;\n        GhostNode_SP g = GhostNode::allocate(*u);\n        g->setMasquerade(true);\n        m_overlapFreeGraph->addNode(g);\n    }\n    // We also add a Node for every bend point in G.\n    // When we ask G to create the unique bend point nodes, as a side-effect those nodes\n    // are also set the \"bend nodes\" of the Edges.\n    NodesById bps = m_givenGraph->buildUniqueBendPoints();\n    for (auto pair : bps) {\n        Node_SP &b = pair.second;\n        m_overlapFreeGraph->addNode(b);\n    }\n    // Since G's Edges now have their bend nodes, we can now build segments to represent the\n    // connector routes.\n    buildSegments(m_givenGraph);\n    // Sort the segments by orientation.\n    size_t n = m_edgeSegments.size();\n    EdgeSegments hsegs, vsegs;\n    hsegs.reserve(n);\n    vsegs.reserve(n);\n    for (EdgeSegment *seg : m_edgeSegments) {\n        if (seg->orientation == vpsc::HORIZONTAL) {\n            hsegs.push_back(seg);\n        } else {\n            vsegs.push_back(seg);\n        }\n    }\n    hsegs.shrink_to_fit();\n    vsegs.shrink_to_fit();\n    // Compute node groups\n    NodeGroups hgps = computeNodeGroups(hsegs),\n               vgps = computeNodeGroups(vsegs);\n    // Finally, we can construct the Edges for the new graph based on the node groups.\n    vector<NodeGroups> allGps{hgps, vgps};\n    for (NodeGroups gps: allGps) {\n        for (Nodes gp: gps) {\n            for (size_t i = 0; i + 1 < gp.size(); ++i) {\n                // Subtle point: the Nodes in the groups are from the original graph.\n                // We want to construct Edges not on these, but on Nodes of the same\n                // ID, in the new overlap-free Graph.\n                Node_SP &s_orig = gp[i],\n                        &t_orig = gp[i+1],\n                        s = m_overlapFreeGraph->getNode(s_orig->id()),\n                        t = m_overlapFreeGraph->getNode(t_orig->id());\n                Edge_SP e = Edge::allocate(s, t);\n                m_overlapFreeGraph->addEdge(e);\n            }\n        }\n    }\n}\n\n\nvoid OrthoPlanariser::buildSegments(Graph_SP G) {\n    // We use this method twice, on different graphs. So we begin by making\n    // sure any old segments are cleared out.\n    deleteSegments();\n    // Iterate over the edges of the graph.\n    for (auto pair : G->getEdgeLookup()) {\n        Edge_SP &e = pair.second;\n        Nodes bps = e->getBendNodes();\n        size_t num_bends = bps.size();\n        Node_SP src = e->getSourceEnd(),\n                tgt = e->getTargetEnd();\n        if (num_bends == 0) {\n            // In this case we only need a segment from src node to tgt node.\n            m_edgeSegments.push_back(new EdgeSegment(src, tgt));\n        } else {\n            // Otherwise we start with a segment from src node to first bp.\n            m_edgeSegments.push_back(new EdgeSegment(src, bps.front()));\n            // Then run a sliding window of length two over the bps to create internal segments.\n            for (size_t i = 0; i < num_bends - 1; ++i) {\n                m_edgeSegments.push_back(new EdgeSegment(bps[i], bps[i+1]));\n            }\n            // And finish with a segment from the last bp to the tgt node.\n            m_edgeSegments.push_back(new EdgeSegment(bps.back(), tgt));\n        }\n    }\n}\n\nvoid OrthoPlanariser::deleteSegments(void) {\n    for (EdgeSegment *s : m_edgeSegments) {\n        delete s;\n    }\n    m_edgeSegments.clear();\n}\n\nNodeGroups OrthoPlanariser::computeNodeGroups(EdgeSegments segs) {\n    // Initialise return value.\n    NodeGroups groups;\n    // Partition the segments by their constant coordinate, with (experimentally determined) half-integer tolerance.\n    vector<EdgeSegments> parts = partition<EdgeSegment*>(segs, [](EdgeSegment *s) -> double {return s->constCoord;}, 0.5);\n    // Compute Node groups for each part.\n    for (EdgeSegments part : parts) {\n        // Build vector of events.\n        Events evts;\n        for (EdgeSegment *seg : part) {\n            pair<Event*, Event*> p = seg->getEvents();\n            evts.push_back(p.first);\n            evts.push_back(p.second);\n        }\n        // Sort events by increasing variable coord.\n        std::sort(evts.begin(), evts.end(), [](Event *a, Event *b) -> bool {return a->varCoord < b->varCoord;});\n        // Initialise an empty Node group, and set of open segments.\n        Nodes group;\n        std::set<EdgeSegment*> openSegs;\n        // Iterate over the events.\n        for (Event *evt : evts) {\n            Node_SP &endpt = evt->endpt;\n            // Add the endpt to the group, but not if the group already ends with this Node.\n            if (group.size() == 0 || group.back() != endpt) group.push_back(endpt);\n            // Keep track of which segments are open.\n            if (evt->type == EventType::OPEN) {\n                openSegs.insert(evt->seg);\n            } else if (evt->type == EventType::CLOSE) {\n                openSegs.erase(evt->seg);\n                // If no open segments remain, this group is complete.\n                if (openSegs.empty()) {\n                    // Record a copy of the group.\n                    groups.push_back(group);\n                    // Clear it, for the next group.\n                    group.clear();\n                }\n            }\n            // We are done using this Event, so we can delete it right now.\n            delete evt;\n        }\n    }\n    // Return\n    return groups;\n}\n\nbool dialect::CompareActiveEvents(Event *a, Event *b) {\n    // Experimentally determined tolerance:\n    const double TOLERANCE = 1.0;\n    double ya = a->y(),\n           yb = b->y();\n    // If the y-coord of the second Event is greater than that of the first Event\n    // by more than the tolerance, then we say that the first Event comes first.\n    if (yb - ya > TOLERANCE) return true;\n    // If the other way around, the second Event comes first.\n    if (ya - yb > TOLERANCE) return false;\n    // Otherwise the two coords are within the tolerance of one another, so we base\n    // the ordering instead on the event types.\n    // We want CLOSE to come before SUSTAIN, which comes before OPEN.\n    // We have defined the enum items in this order, so the following test works:\n    return a->type < b->type;\n}\n\nNodes OrthoPlanariser::computeCrossings(void) {\n    /* Plan: Every edge in the overlap-free graph is a simple, straight segment. We build an\n     * EdgeSegment to represent each of these, and collect the open and close events for all\n     * segments. We partition the events by x-coord, and we process the parts one at a time,\n     * working from left to right. As we go, we maintain the set of open horizontal segments.\n     * As we work from top to bottom through a given x-part, we will encounter open and close\n     * events for the vertical segments having that x-coord, as well as sustain events for\n     * any horizontal segments that are still open at this x-coord. There is an intersection\n     * if and only if there is an open horizontal segment while a vertical segment is also\n     * open. When we encounter an intersection, we (a) create a new node to represent it,\n     * (b) split the open horizontal segment into two halves at that point, and (c) do likewise\n     * for the open vertical segment.\n     */\n    // Prepare return value.\n    Nodes crossingNodes;\n    // For display/testing purposes, we want the crossing nodes we create to\n    // look smaller than the average node in the graph.\n    double crossingNodeSize = m_givenGraph->getIEL()/8.0;\n    // Build all Events for all segments.\n    Events evts;\n    for (EdgeSegment *seg : m_edgeSegments) {\n        pair<Event*, Event*> p = seg->getEvents();\n        evts.push_back(p.first);\n        evts.push_back(p.second);\n    }\n    // Partition by x-coord.\n    // Experimentally determined partition tolerance:\n    const double tol = 0.8;\n    vector<Events> xparts = partition<Event*>(evts, [](Event *e)->double{return e->x();}, tol);\n    // Set of Events representing open horizontal segments:\n    std::set<Event*> openH;\n    // Iterate over the x-parts.\n    for (Events part : xparts) {\n        // Event pointer representing open vertical segment:\n        Event *openV = nullptr;\n        // Vector of active Events:\n        Events active;\n        // All open horizontals, and all events in the current x-part, are active.\n        active.resize(openH.size() + part.size());\n        auto it = std::copy(openH.begin(), openH.end(), active.begin());\n        std::copy(part.begin(), part.end(), it);\n        active.shrink_to_fit();\n        // Sort the active events.\n        std::sort(active.begin(), active.end(), CompareActiveEvents);\n        // Now we can iterate over the active events.\n        for (Event *evt : active) {\n            switch(evt->type) {\n            case EventType::CLOSE:\n                // What is closing? A horizontal or a vertical segment? Act accordingly.\n                if (evt->seg->orientation == vpsc::HORIZONTAL) {\n                    // We have hit the close event for a horizontal segment. We must remove the\n                    // corresponding sustain event from the set.\n                    openH.erase(evt->companion);\n                } else {\n                    // There is no longer an open vertical segment.\n                    openV = nullptr;\n                }\n                break;\n            case EventType::OPEN:\n                // What is opening? A horizontal or a vertical segment? Act accordingly.\n                if (evt->seg->orientation == vpsc::HORIZONTAL) {\n                    // Turn the open event into a sustain event, and add it to the set.\n                    evt->type = EventType::SUSTAIN;\n                    openH.insert(evt);\n                } else {\n                    // Note the open vertical segment.\n                    openV = evt;\n                }\n                break;\n            case EventType::SUSTAIN:\n                // This event indicates to us that a horizontal segment is open at this point.\n                // Is there also an open vertical segment?\n                if (openV != nullptr) {\n                    // There is also an open vertical segment, so we have an intersection.\n                    // First create a new node to represent the crossing.\n                    Node_SP cr = Node::allocate();\n                    cr->setCentre(openV->constCoord, evt->constCoord);\n                    cr->setDims(crossingNodeSize, crossingNodeSize);\n                    // Store it in the return vector.\n                    crossingNodes.push_back(cr);\n                    // Set it as the new closing node of the two open segments.\n                    evt->seg->setNewClosingNode(cr);\n                    openV->seg->setNewClosingNode(cr);\n                    // Make a new horizontal segment to carry on for the open one, and store it globally.\n                    EdgeSegment *hseg = new EdgeSegment(cr, evt->companion->endpt);\n                    evt->companion->seg = hseg;\n                    m_edgeSegments.push_back(hseg);\n                    // Make a new vertical segment to carry on for the open one, and store it globally.\n                    EdgeSegment *vseg = new EdgeSegment(cr, openV->companion->endpt);\n                    openV->companion->seg = vseg;\n                    m_edgeSegments.push_back(vseg);\n                    // Update the two open events.\n                    // By updating the event representing the open horizontal segment...\n                    evt->seg = hseg;\n                    evt->endpt = cr;\n                    evt->varCoord = openV->constCoord;\n                    // ...we can simply leave it in the openH set.\n                    // Likewise, by updating the event representing the open vertical segment...\n                    openV->seg = vseg;\n                    openV->endpt = cr;\n                    openV->varCoord = evt->constCoord;\n                    // ...it continues to correctly represent the open vertical segment.\n                }\n                break;\n            }\n        }\n    }\n    // We're done using all the Events, so we can clean them up.\n    for (Event *e : evts) delete e;\n    // Return the vector of new crosing nodes.\n    return crossingNodes;\n}\n\nvoid OrthoPlanariser::removeEdgeCrossings(void) {\n    m_planarGraph = std::make_shared<Graph>();\n    // Start the new graph with a ghost of each node in the overlap-free graph.\n    for (auto pair : m_overlapFreeGraph->getNodeLookup()) {\n        Node_SP &u = pair.second;\n        GhostNode_SP g = GhostNode::allocate(*u);\n        g->setMasquerade(true);\n        m_planarGraph->addNode(g);\n    }\n    // Build segments based on the Edges in the overlap-free graph.\n    buildSegments(m_overlapFreeGraph);\n    // Compute the crossing nodes, adding new segments as needed.\n    Nodes crossingNodes = computeCrossings();\n    // Add the crossing nodes to the graph.\n    for (Node_SP u : crossingNodes) {\n        m_planarGraph->addNode(u);\n    }\n    // The graph gets one edge for each of the current segments.\n    for (EdgeSegment *s : m_edgeSegments) {\n        // Subtle point: Although we're going to use the EdgeSegments as a guide\n        // to tell us what Edges to create, the Edges are not to link the Nodes\n        // named in the EdgeSegments; they are to link those Nodes in the new,\n        // planar Graph, that have the same IDs as those Nodes.\n        Node_SP src = m_planarGraph->getNode(s->openingNode->id()),\n                tgt = m_planarGraph->getNode(s->closingNode->id());\n        m_planarGraph->addEdge(Edge::allocate(src, tgt));\n    }\n    // Add constraints, if requested.\n    if (m_opts.generateConstraints) {\n        SepMatrix &m = m_planarGraph->getSepMatrix();\n        for (EdgeSegment *s : m_edgeSegments) {\n            s->addSep(m);\n        }\n    }\n}\n"
  },
  {
    "path": "cola/libdialect/planarise.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_PLANARISE_H\n#define DIALECT_PLANARISE_H\n\n#include <vector>\n#include <utility>\n\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/constraints.h\"\n\nnamespace dialect {\n\nstruct Event;\n\n//! Represents an axis-aligned segment of an orthogonal connector route.\nstruct EdgeSegment {\n\n    //! @brief  Standard constructor\n    //! @param[in] node1  a Node representing one endpoint of the segment\n    //! @param[in] node2  a Node representing the other endpoint of the segment\n    EdgeSegment(Node_SP node1, Node_SP node2);\n\n    //! @brief  Substitute a new Node as the closing node of the segment.\n    //!         This is useful during our scan line process.\n    void setNewClosingNode(Node_SP u);\n\n    //! @brief  Generate the two Events, in order, representing the opening\n    //!         and closing of this segment.\n    std::pair<Event*, Event*> getEvents(void);\n\n    //! @brief  Update a SepMatrix with a constraint requiring this segment to\n    //!         remain aligned and at least its current length.\n    void addSep(SepMatrix &m) const;\n\n    //! The orientation of the segment (horizontal or vertical):\n    vpsc::Dim orientation;\n    //! The value of the coordinate that does not change:\n    double constCoord;\n    //! The lower bound on the coordinate that does change:\n    double lowerBound;\n    //! The upper bound on the coordinate that does change:\n    double upperBound;\n    //! The node that sits at the end where the lower bound on the variable coordinate occurs:\n    Node_SP openingNode;\n    //! The node that sits at the end where the upper bound on the variable coordinate occurs:\n    Node_SP closingNode;\n\n};\n\nenum class EventType {\n    // Note: It is actually important that they be in this order:\n    CLOSE, SUSTAIN, OPEN\n    // (See CompareActiveEvents function.)\n};\n\nstruct Event {\n\n    //! @brief  Constructor for use with planarisation.\n    Event(EdgeSegment *seg, Node_SP endpt, EventType type);\n\n    //! @brief  Constructor for use with the \"near alignments\" process.\n    //!         See nearalign.h.\n    Event(double varCoord, Node_SP node, EventType type);\n\n    Node_SP getNode(void) { return endpt; }\n\n    EdgeSegment *seg;\n    Node_SP endpt;\n    double constCoord;\n    double varCoord;\n    EventType type;\n    Event *companion;\n    double x(void);\n    double y(void);\n};\n\n//! We need a special function for comparing Events, using a positive tolerance.\n//! Here's why. Suppose vertical segment A has its south end at (0, 0), and horizontal\n//! segment B has its east end at (0, -0.00000000001). This means that /technically/\n//! A and B intersect. However (http://xkcd.com/1475/) you probably don't actually want\n//! to treat this as an intersection. The comparison function is designed so that,\n//! when the list of active events is sorted, the \"close\" event for segment A will come\n//! /before/ the \"sustain\" event for segment B, instead of the other way around, as\n//! dictated by their exact y-coordinates. This way we will /not/ detect an intersection\n//! between A and B.\nbool CompareActiveEvents(Event *a, Event *b);\n\ntypedef std::vector<EdgeSegment*> EdgeSegments;\ntypedef std::vector<Event*> Events;\ntypedef std::vector<Nodes> NodeGroups;\n\nstruct OrthoPlanariserOptions {\n    //! When planarising an orthogonally routed graph, we may generate new nodes to\n    //! stand in place of bend points and crossing points. Unconstrained, these would\n    //! introduce new articulation points, at which formerly straight connector segments\n    //! could now bend. If it is desired that these new nodes be so constrained that\n    //! no such bends can occur, leave this option set to true.\n    bool generateConstraints = true;\n};\n\n//! This class is for planarising orthogonally routed graphs.\n//! To say that a graph G is orthogonally routed means a certain condition on\n//! the connector route stored in each Edge; namely, that precisely one coordinate\n//! change between consecutive route points.\nclass OrthoPlanariser {\npublic:\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in] G  The Graph to be planarised.\n    //!\n    //! @note  The given Graph is not altered. A new, planar version is constructed.\n    OrthoPlanariser(const Graph_SP &G) : m_givenGraph(G) {}\n\n    /* Memory model:\n     *\n     * Many objects are allocated in the lifecycle of an OrthoPlanariser, but\n     * cleaning up is nevertheless quite simple.\n     *\n     * Among the three Graphs -- given, overlap-free, and planar -- the first\n     * and the last are the client's responsibility, since those are this object's\n     * input and output. The overlap-free graph is an intermediate workspace and\n     * should be destroyed, and it will be destroyed automatically, since all the\n     * allocated objects of which it is made -- Nodes, Edges, and the Graph itself --\n     * are managed solely by shared pointers.\n     *\n     * Apart from Graphs, Nodes, and Edges, we allocate EdgeSegments and Events.\n     *\n     * Events are always cleaned up before even exiting those methods that use them\n     * (namely computeNodeGroups and computeCrossings).\n     *\n     * In every place where an EdgeSegment is allocated (there are only two placed:\n     * buildSegments, and computeCrossings), a pointer is pushed into m_edgeSegments.\n     * Pointers are removed from that vector in only one place: the\n     * deleteSegments method; and here of course, it comes only after deleting those\n     * EdgeSegments to which they pointed. Therefore calling deleteSegments is all\n     * that is needed to free all EdgeSegments ever allocated. Since that is called\n     * at the end of the planarise method, there is nothing for the destructor to do.\n     */\n    ~OrthoPlanariser(void) {}\n\n    //! @brief  Set the options.\n    void setOpts(const OrthoPlanariserOptions &opts) { m_opts = opts; }\n\n    //! @brief  Compute a planarisation of the given Graph.\n    //! @return  The planarised Graph.\n    Graph_SP planarise(void) {\n        // There are two steps.\n        // (1) First we construct an overlap-free graph based on the given one.\n        // In this graph, there are no edge-overlaps, but there may still be edge-crossings.\n        removeEdgeOverlaps();\n        // (2) Then we construct a planar graph based on the overlap-free one.\n        // Here we remove any edge-crossings.\n        removeEdgeCrossings();\n        // There are some allocated EdgeSegment objects left over afterward.\n        // Clean them up now, since they are no longer needed.\n        deleteSegments();\n        // The planar graph is the result we produce for the client.\n        return m_planarGraph;\n    }\n\nprivate:\n\n    //! @brief  Remove the edge overlaps in the given routed orthogonal graph.\n    //!\n    //! Compute new Graph having all the nodes of the given Graph G, plus\n    //! a node for each bend point in the routes of G. Its edges\n    //! cover the routes of G, in the sense of point-sets in the\n    //! plane, but none of its edges overlap.\n    void removeEdgeOverlaps(void);\n    //! @brief  Remove the edge crossings in the overlap-free graph.\n    //!\n    //! Again, a new Graph is computed, having all the nodes of hte overlap-free one,\n    //! plus a \"crossing node\" at each place where edges cross in that one.\n    //! This graph is planar.\n    void removeEdgeCrossings(void);\n    //! @brief  Build EdgeSegment objects for all the Edges in the Graph G.\n    //!         Store the segments in m_edgeSegments.\n    void buildSegments(Graph_SP G);\n    //! @brief  Clean up m_edgeSegments, freeing allocated objects.\n    void deleteSegments(void);\n    //! @brief  A utility function for removing edge overlaps.\n    //! @param[in] segs  a vector of EdgeSegments, all of which should be of\n    //!                 the same orientation\n    //! @return  NodeGroups (vector of vectors of Node_SP's), where each group\n    //!          gives the Nodes (bend or otherwise) that participate in a common\n    //!          sequence of overlapping segments, listed in order of increasing\n    //!          variable-coord.\n    NodeGroups computeNodeGroups(EdgeSegments segs);\n    //! @brief  Locate and remove all edge crossings in the overlap-free graph.\n    //!\n    //! This is the method that actually generates new nodes and new edge segments,\n    //! each time an intersection is found. Meanwhile it is the removeEdgeCrossings\n    //! method that actually puts it all together into a new, planar graph.\n    //!\n    //! @return  The new crossing nodes generated. (New edge segments are just stashed\n    //!          in m_edgeSegments.)\n    Nodes computeCrossings(void);\n\n    OrthoPlanariserOptions m_opts;\n\n    EdgeSegments m_edgeSegments;\n\n    Graph_SP m_givenGraph;\n    Graph_SP m_overlapFreeGraph;\n    Graph_SP m_planarGraph;\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_PLANARISE_H\n"
  },
  {
    "path": "cola/libdialect/qalookup.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n/*\n * Generated by gen_qa_lookup.py\n *\n*/\n\n#include <string>\n#include <sstream>\n#include <iterator>\n#include <vector>\n\n#include \"libdialect/quadaction.h\"\n\nusing std::string;\nusing std::istringstream;\nusing std::istream_iterator;\nusing std::vector;\n\nconst string quadActionLookup[3][3][3][3][16] = {\n  {\n    {\n      {\n        {\"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"\", \"\", \"\", \"\", \"DDDA\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"\", \"\", \"\", \"\", \"DDDA\", \"DDDB\", \"\", \"\", \"\", \"\", \"\", \"\"}\n      },\n      {\n        {\"\", \"\", \"\", \"\", \"DDAD\", \"\", \"\", \"\", \"DDCD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"DDAD\", \"DDAC\", \"\", \"\", \"DDDA DDCD\", \"DDCC\", \"\", \"\", \"DDAA\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"DDAD\", \"DDAC\", \"\", \"\", \"DDDA DDCD\", \"DDDB DDCC\", \"\", \"\", \"DDAA\", \"DDAB\", \"\", \"\"}\n      },\n      {\n        {\"\", \"\", \"\", \"\", \"DDAD\", \"\", \"\", \"\", \"DDCD\", \"\", \"\", \"\", \"DDBD\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"DDAD\", \"DDAC\", \"\", \"\", \"DDDA DDCD\", \"DDCC\", \"\", \"\", \"DDAA DDBD\", \"DDBC\", \"\", \"\"},\n        {\"\", \"DDDC\", \"\", \"\", \"DDAD\", \"DDAC\", \"\", \"\", \"DDDA DDCD\", \"DDDB DDCC\", \"\", \"\", \"DDAA DDBD\", \"DDAB DDBC\", \"\", \"\"}\n      }\n    },\n    {\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DCDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DCDD\", \"DCDC\", \"\", \"\", \"DDDA\", \"\", \"DADA\", \"\", \"DCDA\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DCDD\", \"DCDC\", \"\", \"\", \"DDDA\", \"DDDB\", \"DADA\", \"DADB\", \"DCDA\", \"DCDB\", \"\", \"\"}\n      },\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DDAD DCDD\", \"\", \"DAAD\", \"\", \"DDCD\", \"\", \"DACD\", \"\", \"DCCD\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD\", \"DAAC\", \"DDDA DDCD\", \"DDCC\", \"DADA DACD\", \"DACC\", \"DDAA DCDA DCCD\", \"DCCC\", \"DAAA\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD\", \"DAAC\", \"DDDA DDCD\", \"DDDB DDCC\", \"DADA DACD\", \"DADB DACC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC\", \"DAAA\", \"DAAB\"}\n      },\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DDAD DCDD\", \"\", \"DAAD\", \"\", \"DDCD\", \"\", \"DACD\", \"\", \"DDBD DCCD\", \"\", \"DABD\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD\", \"DAAC\", \"DDDA DDCD\", \"DDCC\", \"DADA DACD\", \"DACC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC\", \"DAAA DABD\", \"DABC\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD\", \"DAAC\", \"DDDA DDCD\", \"DDDB DDCC\", \"DADA DACD\", \"DADB DACC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC\", \"DAAA DABD\", \"DAAB DABC\"}\n      }\n    },\n    {\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DCDD\", \"\", \"DBDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DCDD\", \"DCDC\", \"DBDD\", \"DBDC\", \"DDDA\", \"\", \"DADA\", \"\", \"DCDA\", \"\", \"DBDA\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DCDD\", \"DCDC\", \"DBDD\", \"DBDC\", \"DDDA\", \"DDDB\", \"DADA\", \"DADB\", \"DCDA\", \"DCDB\", \"DBDA\", \"DBDB\"}\n      },\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DDAD DCDD\", \"\", \"DAAD DBDD\", \"\", \"DDCD\", \"\", \"DACD\", \"\", \"DCCD\", \"\", \"DBCD\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD DBDD\", \"DAAC DBDC\", \"DDDA DDCD\", \"DDCC\", \"DADA DACD\", \"DACC\", \"DDAA DCDA DCCD\", \"DCCC\", \"DAAA DBDA DBCD\", \"DBCC\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD DBDD\", \"DAAC DBDC\", \"DDDA DDCD\", \"DDDB DDCC\", \"DADA DACD\", \"DADB DACC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC\", \"DAAA DBDA DBCD\", \"DAAB DBDB DBCC\"}\n      },\n      {\n        {\"\", \"\", \"DADD\", \"\", \"DDAD DCDD\", \"\", \"DAAD DBDD\", \"\", \"DDCD\", \"\", \"DACD\", \"\", \"DDBD DCCD\", \"\", \"DABD DBCD\", \"\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD DBDD\", \"DAAC DBDC\", \"DDDA DDCD\", \"DDCC\", \"DADA DACD\", \"DACC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC\", \"DAAA DABD DBDA DBCD\", \"DABC DBCC\"},\n        {\"\", \"DDDC\", \"DADD\", \"DADC\", \"DDAD DCDD\", \"DDAC DCDC\", \"DAAD DBDD\", \"DAAC DBDC\", \"DDDA DDCD\", \"DDDB DDCC\", \"DADA DACD\", \"DADB DACC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC\", \"DAAA DABD DBDA DBCD\", \"DAAB DABC DBDB DBCC\"}\n      }\n    }\n  },\n  {\n    {\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"\", \"\", \"\", \"\", \"DDDA\", \"ADDA\", \"CDDA\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"\", \"\", \"\", \"\", \"DDDA\", \"DDDB ADDA\", \"CDDA\", \"CDDB\", \"\", \"\", \"\", \"\"}\n      },\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"\", \"DDAD\", \"ADAD\", \"CDAD\", \"\", \"DDCD\", \"ADCD\", \"CDCD\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"CDAC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"CDDA CDCD\", \"CDCC\", \"DDAA\", \"ADAA\", \"CDAA\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"CDAC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"CDDA CDCD\", \"CDDB CDCC\", \"DDAA\", \"DDAB ADAA\", \"CDAA\", \"CDAB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"\", \"DDAD\", \"ADAD\", \"CDAD\", \"\", \"DDCD\", \"ADCD\", \"CDCD\", \"\", \"DDBD\", \"ADBD\", \"CDBD\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"CDAC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"CDDA CDCD\", \"CDCC\", \"DDAA DDBD\", \"DDBC ADAA ADBD\", \"CDAA CDBD\", \"CDBC\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"CDAC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"CDDA CDCD\", \"CDDB CDCC\", \"DDAA DDBD\", \"DDAB DDBC ADAA ADBD\", \"CDAA CDBD\", \"CDAB CDBC\"}\n      }\n    },\n    {\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DCDD\", \"ACDD\", \"CCDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DCDD\", \"DCDC ACDD\", \"CCDD\", \"CCDC\", \"DDDA\", \"ADDA\", \"DADA CDDA\", \"AADA\", \"DCDA\", \"ACDA\", \"CCDA\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DCDD\", \"DCDC ACDD\", \"CCDD\", \"CCDC\", \"DDDA\", \"DDDB ADDA\", \"DADA CDDA\", \"DADB AADA CDDB\", \"DCDA\", \"DCDB ACDA\", \"CCDA\", \"CCDB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD CDAD CCDD\", \"AAAD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD\", \"DCCD\", \"ACCD\", \"CCCD\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD CDCC\", \"DDAA DCDA DCCD\", \"DCCC ADAA ACDA ACCD\", \"DAAA CDAA CCDA CCCD\", \"AAAA CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD CDDB CDCC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC ADAA ACDA ACCD\", \"DAAA CDAA CCDA CCCD\", \"DAAB AAAA CDAB CCDB CCCC\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD CDAD CCDD\", \"AAAD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD\", \"DDBD DCCD\", \"ADBD ACCD\", \"DABD CDBD CCCD\", \"AABD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD CDAA CDBD CCDA CCCD\", \"DABC AAAA AABD CDBC CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD CDDB CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD CDAA CDBD CCDA CCCD\", \"DAAB DABC AAAA AABD CDAB CDBC CCDB CCCC\"}\n      }\n    },\n    {\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DCDD\", \"ACDD\", \"DBDD CCDD\", \"ABDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DCDD\", \"DCDC ACDD\", \"DBDD CCDD\", \"DBDC ABDD CCDC\", \"DDDA\", \"ADDA\", \"DADA CDDA\", \"AADA\", \"DCDA\", \"ACDA\", \"DBDA CCDA\", \"ABDA\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DCDD\", \"DCDC ACDD\", \"DBDD CCDD\", \"DBDC ABDD CCDC\", \"DDDA\", \"DDDB ADDA\", \"DADA CDDA\", \"DADB AADA CDDB\", \"DCDA\", \"DCDB ACDA\", \"DBDA CCDA\", \"DBDB ABDA CCDB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"AAAD ABDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD\", \"DCCD\", \"ACCD\", \"DBCD CCCD\", \"ABCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD CDCC\", \"DDAA DCDA DCCD\", \"DCCC ADAA ACDA ACCD\", \"DAAA DBDA DBCD CDAA CCDA CCCD\", \"DBCC AAAA ABDA ABCD CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD CDDB CDCC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC ADAA ACDA ACCD\", \"DAAA DBDA DBCD CDAA CCDA CCCD\", \"DAAB DBDB DBCC AAAA ABDA ABCD CDAB CCDB CCCC\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"AAAD ABDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD\", \"DDBD DCCD\", \"ADBD ACCD\", \"DABD DBCD CDBD CCCD\", \"AABD ABCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD DBDA DBCD CDAA CDBD CCDA CCCD\", \"DABC DBCC AAAA AABD ABDA ABCD CDBC CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD CDDB CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD DBDA DBCD CDAA CDBD CCDA CCCD\", \"DAAB DABC DBDB DBCC AAAA AABD ABDA ABCD CDAB CDBC CCDB CCCC\"}\n      }\n    }\n  },\n  {\n    {\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"BDDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"\", \"\", \"\", \"\", \"DDDA\", \"ADDA\", \"CDDA\", \"BDDA\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"\", \"\", \"\", \"\", \"DDDA\", \"DDDB ADDA\", \"CDDA\", \"BDDA CDDB\", \"\", \"\", \"\", \"\"}\n      },\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"BDDD\", \"DDAD\", \"ADAD\", \"CDAD\", \"BDAD\", \"DDCD\", \"ADCD\", \"CDCD\", \"BDCD\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"BDAD CDAC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"CDDA CDCD\", \"BDDA BDCD CDCC\", \"DDAA\", \"ADAA\", \"CDAA\", \"BDAA\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"BDAD CDAC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"CDDA CDCD\", \"BDDA BDCD CDDB CDCC\", \"DDAA\", \"DDAB ADAA\", \"CDAA\", \"BDAA CDAB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"CDDD\", \"BDDD\", \"DDAD\", \"ADAD\", \"CDAD\", \"BDAD\", \"DDCD\", \"ADCD\", \"CDCD\", \"BDCD\", \"DDBD\", \"ADBD\", \"CDBD\", \"BDBD\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"BDAD CDAC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"CDDA CDCD\", \"BDDA BDCD CDCC\", \"DDAA DDBD\", \"DDBC ADAA ADBD\", \"CDAA CDBD\", \"BDAA BDBD CDBC\"},\n        {\"\", \"DDDC ADDD\", \"CDDD\", \"BDDD CDDC\", \"DDAD\", \"DDAC ADAD\", \"CDAD\", \"BDAD CDAC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"CDDA CDCD\", \"BDDA BDCD CDDB CDCC\", \"DDAA DDBD\", \"DDAB DDBC ADAA ADBD\", \"CDAA CDBD\", \"BDAA BDBD CDAB CDBC\"}\n      }\n    },\n    {\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DCDD\", \"ACDD\", \"CCDD\", \"BCDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DCDD\", \"DCDC ACDD\", \"CCDD\", \"BCDD CCDC\", \"DDDA\", \"ADDA\", \"DADA CDDA\", \"AADA BDDA\", \"DCDA\", \"ACDA\", \"CCDA\", \"BCDA\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DCDD\", \"DCDC ACDD\", \"CCDD\", \"BCDD CCDC\", \"DDDA\", \"DDDB ADDA\", \"DADA CDDA\", \"DADB AADA BDDA CDDB\", \"DCDA\", \"DCDB ACDA\", \"CCDA\", \"BCDA CCDB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD CDAD CCDD\", \"AAAD BDAD BCDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD BDCD\", \"DCCD\", \"ACCD\", \"CCCD\", \"BCCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD BDDA BDCD CDCC\", \"DDAA DCDA DCCD\", \"DCCC ADAA ACDA ACCD\", \"DAAA CDAA CCDA CCCD\", \"AAAA BDAA BCDA BCCD CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD BDDA BDCD CDDB CDCC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC ADAA ACDA ACCD\", \"DAAA CDAA CCDA CCCD\", \"DAAB AAAA BDAA BCDA BCCD CDAB CCDB CCCC\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD CDAD CCDD\", \"AAAD BDAD BCDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD BDCD\", \"DDBD DCCD\", \"ADBD ACCD\", \"DABD CDBD CCCD\", \"AABD BDBD BCCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD BDDA BDCD CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD CDAA CDBD CCDA CCCD\", \"DABC AAAA AABD BDAA BDBD BCDA BCCD CDBC CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD CDAD CCDD\", \"DAAC AAAD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD BDDA BDCD CDDB CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD CDAA CDBD CCDA CCCD\", \"DAAB DABC AAAA AABD BDAA BDBD BCDA BCCD CDAB CDBC CCDB CCCC\"}\n      }\n    },\n    {\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DCDD\", \"ACDD\", \"DBDD CCDD\", \"ABDD BCDD\", \"\", \"\", \"\", \"\", \"\", \"\", \"\", \"\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DCDD\", \"DCDC ACDD\", \"DBDD CCDD\", \"DBDC ABDD BCDD CCDC\", \"DDDA\", \"ADDA\", \"DADA CDDA\", \"AADA BDDA\", \"DCDA\", \"ACDA\", \"DBDA CCDA\", \"ABDA BCDA\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DCDD\", \"DCDC ACDD\", \"DBDD CCDD\", \"DBDC ABDD BCDD CCDC\", \"DDDA\", \"DDDB ADDA\", \"DADA CDDA\", \"DADB AADA BDDA CDDB\", \"DCDA\", \"DCDB ACDA\", \"DBDA CCDA\", \"DBDB ABDA BCDA CCDB\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"AAAD ABDD BDAD BCDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD BDCD\", \"DCCD\", \"ACCD\", \"DBCD CCCD\", \"ABCD BCCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD BDDA BDCD CDCC\", \"DDAA DCDA DCCD\", \"DCCC ADAA ACDA ACCD\", \"DAAA DBDA DBCD CDAA CCDA CCCD\", \"DBCC AAAA ABDA ABCD BDAA BCDA BCCD CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD BDDA BDCD CDDB CDCC\", \"DDAA DCDA DCCD\", \"DDAB DCDB DCCC ADAA ACDA ACCD\", \"DAAA DBDA DBCD CDAA CCDA CCCD\", \"DAAB DBDB DBCC AAAA ABDA ABCD BDAA BCDA BCCD CDAB CCDB CCCC\"}\n      },\n      {\n        {\"\", \"ADDD\", \"DADD CDDD\", \"AADD BDDD\", \"DDAD DCDD\", \"ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"AAAD ABDD BDAD BCDD\", \"DDCD\", \"ADCD\", \"DACD CDCD\", \"AACD BDCD\", \"DDBD DCCD\", \"ADBD ACCD\", \"DABD DBCD CDBD CCCD\", \"AABD ABCD BDBD BCCD\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DACC AADA AACD BDDA BDCD CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDBC DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD DBDA DBCD CDAA CDBD CCDA CCCD\", \"DABC DBCC AAAA AABD ABDA ABCD BDAA BDBD BCDA BCCD CDBC CCCC\"},\n        {\"\", \"DDDC ADDD\", \"DADD CDDD\", \"DADC AADD BDDD CDDC\", \"DDAD DCDD\", \"DDAC DCDC ADAD ACDD\", \"DAAD DBDD CDAD CCDD\", \"DAAC DBDC AAAD ABDD BDAD BCDD CDAC CCDC\", \"DDDA DDCD\", \"DDDB DDCC ADDA ADCD\", \"DADA DACD CDDA CDCD\", \"DADB DACC AADA AACD BDDA BDCD CDDB CDCC\", \"DDAA DDBD DCDA DCCD\", \"DDAB DDBC DCDB DCCC ADAA ADBD ACDA ACCD\", \"DAAA DABD DBDA DBCD CDAA CDBD CCDA CCCD\", \"DAAB DABC DBDB DBCC AAAA AABD ABDA ABCD BDAA BDBD BCDA BCCD CDAB CDBC CCDB CCCC\"}\n      }\n    }\n  }\n};\n\nvector<string> dialect::lookupQuadActions(size_t p, size_t q, size_t r, size_t s, size_t c) {\n    string words = quadActionLookup[p][q][r][s][c];\n    // Thanks to https://stackoverflow.com/a/237280\n    istringstream iss(words);\n    vector<string> tokens{istream_iterator<string>{iss}, istream_iterator<string>{}};\n    //\n    return tokens;\n}\n"
  },
  {
    "path": "cola/libdialect/quadaction.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <algorithm>\n#include <vector>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/quadaction.h\"\n\nusing std::make_shared;\nusing std::vector;\nusing std::string;\nusing std::sort;\n\nusing namespace dialect;\n\nNbr::Nbr(id_type id, double dx, double dy) :\n    id(id), x(dx), y(dy) {\n    // At least one of dx and dy must be nonzero, since otherwise\n    // this Nbr would sit right atop the centre node, which is not\n    // allowed.\n    COLA_ASSERT(!(dx==0 && dy==0));\n}\n\nunsigned Nbr::octalCode() const {\n    // Semiaxes 0,1,2,3 get octal codes 0,2,4,6;\n    // Quadrants 0,1,2,3 get octal codes 1,3,5,7.\n    return (\n        x > 0 ? (y > 0 ? 1 : y == 0 ? 0 : 7) :\n        x < 0 ? (y > 0 ? 3 : y == 0 ? 4 : 5) :\n                (y > 0 ? 2 : 6)\n    );\n}\n\ndouble Nbr::deflection() const {\n    double x2 = x*x, y2 = y*y, l2 = x2 + y2;\n    unsigned o = octalCode();\n    // If we are in the clopen first or third quadrants, then the\n    // squared sign of the angle from the start of the quadrant is\n    // y^2 over radius^2; else the numerator is x^2 instead.\n    return (o==0 || o==1 || o==4 || o==5) ? y2/l2 : x2/l2;\n}\n\nsize_t Assignment::cardinality() const {\n    // To compute the cardinality of the Assignment we initialise\n    // a counter to zero, and increment for each non null ptr.\n    size_t c = 0;\n    for (auto p : semis) {\n        if (p != nullptr) {\n            ++c;\n        }\n    }\n    return c;\n}\n\nAssignment Assignment::makeUnion(const Assignment &other) const {\n    // If any entry in this Assignment is null, copy the entry from the other;\n    // else copy the entry from this.\n    // Meanwhile, costs sum.\n    return Assignment(\n        {\n            semis[0] == nullptr ? other.semis[0] : semis[0],\n            semis[1] == nullptr ? other.semis[1] : semis[1],\n            semis[2] == nullptr ? other.semis[2] : semis[2],\n            semis[3] == nullptr ? other.semis[3] : semis[3]\n        },\n        cost + other.cost\n    );\n}\n\nstring Assignment::toString() const {\n    // E.g. if Nbrs 3, 7, 8 are assigned to semiaxes E, S, N resp.,\n    // represent this as \"3 7 - 8\".\n    string s;\n    for (unsigned i = 0; i < 4; ++i) {\n        if (i > 0) s += \" \";\n        if (semis[i] == nullptr) {\n            s += \"-\";\n        } else {\n            s += string_format(\"%d\", semis[i]->id);\n        }\n    }\n    return s;\n}\n\nQuad::Quad(unsigned int num) : num(num) {\n    // The only valid num's for quadrants are 0, 1, 2, 3.\n    COLA_ASSERT(num <= 3);\n}\n\nvoid Quad::sortAndComputeCosts() {\n    // If we have no Nbrs, then there's no sorting, and no cost.\n    if (nbrs.empty()) {\n        ACost = 0;\n        CCost = 0;\n        return;\n    }\n    // Sort the Nbrs by deflection\n    sort(nbrs.begin(), nbrs.end(),\n        [](const Nbr_SP &a, const Nbr_SP &b) -> bool {\n            return a->deflection() < b->deflection();\n        }\n    );\n    // Anticlockwise assignment cost equals deflection of first Nbr\n    ACost = nbrs[0]->deflection();\n    // Clockwise assignment cost equals 1 - deflection of last Nbr\n    CCost = 1 - nbrs[size()-1]->deflection();\n}\n\nAssignment Quad::constructAssignmentForAction(char action) const {\n    Nbrs semis{nullptr, nullptr, nullptr, nullptr};\n    double cost = 0;\n    // If doing anticlockwise assignment, add ACost, and assign first Nbr to\n    // semiaxis of same number as this quadrant.\n    if (action == 'A' || action == 'B') {\n        semis[num] = nbrs[0];\n        cost += ACost;\n    }\n    // If doing clockwise assignment, add CCost, and assign last Nbr to semiaxis\n    // of number one greater than this quadrant, mod 4.\n    if (action == 'C' || action == 'B') {\n        semis[(num + 1) % 4] = nbrs[size()-1];\n        cost += CCost;\n    }\n    return Assignment(semis, cost);\n}\n\nArrangement::Arrangement(Nbrs nbrs) :\n    nbrs(nbrs),\n    semis({nullptr, nullptr, nullptr, nullptr}),\n    quads({make_shared<Quad>(0), make_shared<Quad>(1), make_shared<Quad>(2), make_shared<Quad>(3)})\n{\n    // Assign Nbrs to semis and quads based on their octals.\n    for (auto p : nbrs) {\n        unsigned o = p->octalCode();\n        if (o % 2 == 0) {\n            unsigned s = o/2;\n            semis[s] = p;\n        } else {\n            unsigned q = (o-1)/2;\n            quads[q]->addNbr(p);\n        }\n    }\n    // Now all Quads can sort and compute costs.\n    for (auto p : quads) {\n        p->sortAndComputeCosts();\n    }\n}\n\nvector<unsigned> Arrangement::vacancy() const {\n    // for each semiaxis, write 0 if vacant, 1 if occupied\n    return {\n        semis[0] == nullptr ? (unsigned) 0 : (unsigned) 1,\n        semis[1] == nullptr ? (unsigned) 0 : (unsigned) 1,\n        semis[2] == nullptr ? (unsigned) 0 : (unsigned) 1,\n        semis[3] == nullptr ? (unsigned) 0 : (unsigned) 1,\n    };\n}\n\nvector<unsigned> Arrangement::dist() const {\n    // write the size of each quad\n    return {\n        (unsigned) quads[0]->size(), (unsigned) quads[1]->size(),\n        (unsigned) quads[2]->size(), (unsigned) quads[3]->size()\n    };\n}\n\nvector<unsigned> Arrangement::rDist() const {\n    // get basic distribution vector, then reduce\n    vector<unsigned> d = dist();\n    return {\n        d[0] > 2 ? (unsigned) 2 : d[0],\n        d[1] > 2 ? (unsigned) 2 : d[1],\n        d[2] > 2 ? (unsigned) 2 : d[2],\n        d[3] > 2 ? (unsigned) 2 : d[3]\n    };\n}\n\nAssignment_SP Arrangement::getBasicAssignment() const {\n    // the basic assignment is \"as is\", i.e. with existing occupations,\n    // and no cost\n    return make_shared<Assignment>(semis, 0);\n}\n\nAssignment_SP Arrangement::getAssignmentForQuadAction(std::string quadAction) const {\n    // Start with the basic assignment.\n    Assignment_SP a = getBasicAssignment();\n    // Then in each quadrant, try applying the corresponding character out of the\n    // quad action string.\n    // Unite the results.\n    for (unsigned i = 0; i < 4; ++i) {\n        Assignment aq = quads[i]->constructAssignmentForAction(quadAction[i]);\n        a = make_shared<Assignment>(a->makeUnion(aq));\n    }\n    return a;\n}\n\nAssignments Arrangement::computeNAssignments(unsigned N) const {\n    Assignments asgns;\n    // There are only four compass directions, so N cannot exceed 4.\n    if (N > 4) return asgns;\n    // We need to have at least as many neighbours as the number of\n    // assignments we are asked to make.\n    if (nbrs.size() < N) return asgns;\n    // Some semiaxes may already have Nbrs assigned to them.\n    // Let n be the number of semiaxes waiting to be filled before\n    // we have an N-assignment.\n    vector<unsigned> vac = vacancy();\n    int n = N;\n    for (unsigned i = 0; i < 4; ++i) n -= vac[i];\n    // If n < 0 then we already have /more/ than N semiaxes with neighbours\n    // on them, so an N-assignment, strictly speaking, is not possible.\n    if (n < 0) return asgns;\n    // If n == 0, then there is only one possible N-assignment, namely,\n    // the one that is already there.\n    if (n == 0) {\n        asgns.push_back(getBasicAssignment());\n        return asgns;\n    }\n    // Otherwise n > 0.\n    // Let f be the number of \"free\" Nbrs, i.e. those in the interiors\n    // of the quadrants.\n    int f = 0;\n    for (unsigned i = 0; i < 4; ++i) f += quads[i]->size();\n    // If f < n, then there are n > 0 semiaxes waiting to be filled before\n    // we have an N-assignment, but this node has fewer than n free nbrs,\n    // so there is no way to make an N-assignment.\n    if (f < n) return asgns;\n    // Otherwise, there are n > 0 semiaxes waiting to be filled before we\n    // have an N-assignment, and this node has at least n free nbrs, so it\n    // is potentially possible to make an N-assignment.\n    // Get the reduced distribution.\n    vector<unsigned> d = rDist();\n    // Get the semiaxis codes with the right cardinality.\n    vector<unsigned> codes = SEMIAXIS_SETS_BY_CARDINALITY[n];\n    // Make binary code for the vacancy vector.\n    unsigned a = 1;\n    unsigned vacCode = 0;\n    for (unsigned i = 0; i < 4; ++i) {\n        vacCode += (1-vac[i])*a;\n        a *= 2;\n    }\n    // Iterate over the codes.\n    for (unsigned c : codes) {\n        // If it's not a subset of the vacant semiaxes, then skip it.\n        if ((c & vacCode) != c) continue;\n        // Otherwise look up the quad actions.\n        vector<string> quadActions = lookupQuadActions(d[0], d[1], d[2], d[3], c);\n        // For each action, record an assignment.\n        for (string qa : quadActions) {\n            asgns.push_back(getAssignmentForQuadAction(qa));\n        }\n    }\n    // Sort the assignments by cost.\n    sort(asgns.begin(), asgns.end(),\n        [](const Assignment_SP &a, const Assignment_SP &b) -> bool {\n            return a->cost < b->cost;\n        }\n    );\n    return asgns;\n}\n\nAssignments Arrangement::computeAllAssignments() const {\n    // Concatenate the results for N-assignments with N equal to 4 first,\n    // then 3, 2, and 1 in that order.\n    Assignments a4 = computeNAssignments(4);\n    Assignments a3 = computeNAssignments(3);\n    Assignments a2 = computeNAssignments(2);\n    Assignments a1 = computeNAssignments(1);\n    Assignments a;\n    a.reserve(a4.size()+a3.size()+a2.size()+a1.size());\n    a.insert(a.end(), a4.cbegin(), a4.cend());\n    a.insert(a.end(), a3.cbegin(), a3.cend());\n    a.insert(a.end(), a2.cbegin(), a2.cend());\n    a.insert(a.end(), a1.cbegin(), a1.cend());\n    return a;\n}\n"
  },
  {
    "path": "cola/libdialect/quadaction.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_QUADACTION_H\n#define DIALECT_QUADACTION_H\n\n#include <string>\n#include <vector>\n\n#include \"libdialect/commontypes.h\"\n\nnamespace dialect {\n\n//! @brief  Look up legal quad actions\n//!\n//! @param[in]  p  = 0, 1, or 2, indicating whether there are 0, 1, or >= 2\n//!                nodes in the first quadrant\n//! @param[in]  q  like p, only for the second quadrant\n//! @param[in]  r  like p, only for the third quadrant\n//! @param[in]  s  like p, only for the fourth quadrant\n//! @param[in]  c  binary coded representation of which semiaxes are to be used:\n//!                 1's bit: 1 if EAST is to be used; else 0\n//!                 2's bit: 1 if SOUTH is to be used; else 0\n//!                 4's bit: 1 if WEST is to be used; else 0\n//!                 8's bit: 1 if NORTH is to be used; else 0\n//!\n//! @return  vector of strings, naming the legal quad actions\n//!\nstd::vector<std::string> lookupQuadActions(size_t p, size_t q, size_t r, size_t s, size_t c);\n\n//! Using the binary coding for vacant semiaxes described in the doctext for\n//! the lookupQuadActions function, each integer 0, 1, ..., 15 describes a subset\n//! of the set of all semiaxes. It is useful to have these subset codes sorted\n//! by cardinality of the set.\nconst std::vector<unsigned> SEMIAXIS_SETS_BY_CARDINALITY[5] = {\n    {0},\n    {1, 2, 4, 8},\n    {3, 5, 9, 6, 10, 12},\n    {14, 13, 11, 7},\n    {15}\n};\n\n//! @brief  Represents a neighbouring node to a central node.\nstruct Nbr {\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  id  a unique identifier; useful for associating an\n    //!             instance with the node it represents\n    //! @param[in]  dx  x-displacement of this Nbr relative to central node\n    //! @param[in]  dy  y-displacement of this Nbr relative to central node\n    Nbr(id_type id, double dx, double dy);\n\n    //! @return  A code number from 0 to 7, indicating where this neighbour\n    //!         lies relative to the central node:\n    //!             Semiaxes 0,1,2,3 get octal codes 0,2,4,6;\n    //!             Quadrants 0,1,2,3 get octal codes 1,3,5,7.\n    unsigned octalCode(void) const;\n\n    //! @brief  A measure of how far into its quadrant this nbr lies, in the\n    //!         clockwise direction.\n    //!\n    //! @return If this nbr lies in quadrant n or on semiaxis n, then return\n    //!         the squared sine of the angle that this nbr makes with semiaxis n.\n    double deflection(void) const;\n\n    id_type id;\n    double x;\n    double y;\n};\n\n//! @brief  Represents an assignment of nbrs to semiaxes, and records the\n//!         cost of this assignment.\nstruct Assignment {\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  semis  vector of four shared ptrs to Nbrs, representing\n    //!                    the Nbrs assigned to the four semiaxes, starting\n    //!                    with East and proceding clockwise. Should be equal\n    //!                    to nullptr if no Nbr is present on a given semiaxis.\n    //! @param[in]  cost  the cost of this assignment, which measures the sum\n    //!                   of angular displacements of Nbrs from their original\n    //!                   positions\n    Assignment(const Nbrs &semis, double cost) : semis(semis), cost(cost) {}\n\n    //! @brief  Default constructor.\n    //!\n    //! Constructs an \"empty\" Assignment, with no Nbrs and zero cost.\n    Assignment(void) : semis({nullptr, nullptr, nullptr, nullptr}), cost(0) {}\n\n    //! @brief  Return the \"cardinality\" of this Assignment, i.e. the number\n    //!         of Nbrs assigned to semiaxes.\n    size_t cardinality(void) const;\n\n    //! @brief  Create union of two Assignments.\n    //!\n    //! @return  A new Assignment representing the union of this one with\n    //!          the other.\n    //!\n    //! @note  This function assumes you never try to put more than one\n    //!        Nbr on a given semiaxis. If you do, you will get an incorrect\n    //!        result; an exception will not be raised.\n    Assignment makeUnion(const Assignment &other) const;\n\n    //! @brief  Write a string representation, listing the id of the Nbr\n    //!         assigned to each semiaxis. For example if Nbrs 3, 7, 8 are\n    //!         assigned to semiaxes E, S, N resp., represent this as \"3 7 - 8\".\n    //!\n    //! @return  string representation.\n    std::string toString(void) const;\n\n    Nbrs semis;\n    double cost;\n};\n\n//! @brief  Represents a quadrant, relative to a central node.\nstruct Quad {\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  num  The number of this quadrant in {0, 1, 2, 3}\n    Quad(unsigned int num);\n\n    //! @brief  Add a neighbour.\n    void addNbr(const Nbr_SP &nbr) { nbrs.push_back(nbr); }\n\n    //! @brief  Say how many Nbrs are in this quadrant.\n    size_t size(void) const { return nbrs.size(); }\n\n    //! @brief  To be called after all nbrs have been added.\n    //!         Sorts the nbrs into clockwise order, and then computes\n    //!         and stores the costs associated with the clockwise and\n    //!         anticlockwise actions.\n    void sortAndComputeCosts(void);\n\n    //! @brief  Construct an Assignment indicating which Nbr(s) were assigned\n    //!         to which semiaxes, and representing the cost.\n    //!\n    //! @param[in]  action  an action code letter, in {A, B, C, D}:\n    //!                         A: Anticlockwise\n    //!                         B: Both\n    //!                         C: Clockwise\n    //!                         D: Do nothing\n    //!\n    //! @return  the Assignment\n    Assignment constructAssignmentForAction(char action) const;\n\n    //! The number of this quadrant, 0, 1, 2, or 3\n    unsigned num;\n    //! The Nbrs that lie in this quadrant\n    Nbrs nbrs;\n    //! Cost for anticlockwise action\n    double ACost;\n    //! Cost for clockwise action\n    double CCost;\n};\n\n//! @brief  Represents the arrangement of all Nbrs around a centre node.\nstruct Arrangement {\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  nbrs  all the Nbrs of the (implied) centre node\n    Arrangement(Nbrs nbrs);\n\n    //! @brief  Get the \"vacancy vector\" for this Arrangement\n    //!\n    //! @return  vector of 0's and 1's, where 0 means the corresponding semiaxis\n    //!          is vacant, and 1 means it is occupied\n    std::vector<unsigned> vacancy(void) const;\n\n    //! @brief  Get the \"distribution vector\" for this Arrangement\n    //!\n    //! @return  vector telling how many Nbrs are in each quadrant\n    std::vector<unsigned> dist(void) const;\n\n    //! @brief  Get the \"reduced distribution vector\" for this Arrangement\n    //!\n    //! @return  vector of 0's, 1's, and 2's telling, respectively, whether there\n    //!          are zero, one, or >= 2 Nbrs are in each quadrant\n    std::vector<unsigned> rDist(void) const;\n\n    //! @brief  Get the \"basic Assignment\" for this Arrangement.\n    //!\n    //! @return  the Assignment in which no quad actions have been taken, i.e.\n    //!          in which the semiaxees are just as initially defined, and in\n    //!          which the cost is zero.\n    Assignment_SP getBasicAssignment(void) const;\n\n    //! @brief  Get the Assignment resulting from a given quad action.\n    //!\n    //! @param[in]  quadAction  a string of four letters chosen from among\n    //!                     {A, B, C, D}, representing the action to be taken\n    //!                     in each of the four quadrants.\n    //!\n    //! @return  the Assignment resulting from the quad action.\n    Assignment_SP getAssignmentForQuadAction(std::string quadAction) const;\n\n    //! @brief  Compute all possible Assignments in which precisely\n    //!         N semiaxes are occupied, sorted by ascending cost.\n    //!\n    //! @param[in]  N  the number of semiaxes to be occupied\n    //!\n    //! @return  vector of Assignment_SPs, sorted by ascending cost.\n    Assignments computeNAssignments(unsigned N) const;\n\n    //! @brief  Compute all possible Assignments.\n    //!\n    //! @return  vector of Assignment_SPs. The ordering is such that any and\n    //!          all 4-assignments come first, in order of ascending cost,\n    //!          followed by any and all 3-assignments, again in order of\n    //!          ascending cost, then likewise for 2- and 1-assignments.\n    Assignments computeAllAssignments(void) const;\n\n    //! All Nbrs in the Arrangement\n    Nbrs nbrs;\n    //! The semiaxes\n    Nbrs semis;\n    //! The quadrants\n    Quads quads;\n};\n\n\n} // namespace dialect\n\n#endif  // DIALECT_QUADACTION_H\n"
  },
  {
    "path": "cola/libdialect/routing.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <utility>\n#include <math.h>\n#include <string>\n\n#include \"libvpsc/assertions.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/routing.h\"\n\nusing namespace dialect;\n\nusing Avoid::Router;\nusing Avoid::Point;\nusing Avoid::Polygon;\nusing Avoid::PolyLine;\nusing Avoid::ConnRef;\nusing Avoid::ConnEnd;\nusing Avoid::ConnDirFlags;\nusing Avoid::ShapeRef;\n\nusing std::vector;\n\ntypedef std::pair<ConnEnd, ConnEnd> ConnEndPair;\n\nvoid RoutingAdapter::addNodes(const NodesById &nodes) {\n    for (auto p : nodes) {\n        // Ask the node to compute its polygon.\n        Polygon poly = p.second->makeLibavoidPolygon();\n        // Allocate a ShapeRef and add it to the router.\n        ShapeRef *sr = new ShapeRef(&router, poly);\n        // Store in local lookup.\n        nodeIdToShapeRef.insert({p.first, sr});\n    }\n}\n\nvoid RoutingAdapter::addEdges(const EdgesById &edges, const EdgeConnDirsById *connDirs) {\n    // We take advantage of the ordered nature of the maps.\n    auto it = edges.begin();\n    if (connDirs != nullptr) {\n        auto jt = connDirs->begin();\n        // Before falling off the end of either map...\n        while (it != edges.end() && jt != connDirs->end()) {\n            auto p = *it;\n            auto q = *jt;\n            // Record the Edge in the local lookup.\n            this->edges.insert(p);\n            // Get the two IDs.\n            id_type i = p.first,\n                    j = q.first;\n            // Advance the connDirs iterator iff its ID lags the edges ID.\n            if (i > j) ++jt;\n            // In all other cases we are able to test whether the current Edge's ID\n            // is in the connDirs map.\n            else {\n                // Allocate a ConnRef and add it to the router.\n                ConnRef *cr = new ConnRef(&router);\n                // Store it in the lookup map by Edge ID.\n                edgeIdToConnRef.insert({i, cr});\n                // Get the ConnEnds.\n                ConnEndPair ends;\n                if (i==j) {\n                    // If the two IDs are equal then this Edge has special connDirs.\n                    auto cd = q.second;\n                    ends = p.second->makeLibavoidConnEnds(cd.first, cd.second);\n                } else {\n                    // Otherwise it does not.\n                    ends = p.second->makeLibavoidConnEnds();\n                }\n                // Set the ends in the ConnRef.\n                cr->setEndpoints(ends.first, ends.second);\n                ++it;\n            }\n        }\n    }\n    // In case we fell off the end of the connDirs map first, then all remaining edges\n    // take the default of ConnDirAll.\n    while (it != edges.end()) {\n        auto p = *it;\n        // Record the Edge in the local lookup.\n        this->edges.insert(p);\n        // Allocate a ConnRef and add it to the router.\n        ConnRef *cr = new ConnRef(&router);\n        // Store it in the lookup map by Edge ID.\n        edgeIdToConnRef.insert({p.first, cr});\n        // Get the ConnEnds.\n        ConnEndPair ends = p.second->makeLibavoidConnEnds();\n        // Set the ends in the ConnRef.\n        cr->setEndpoints(ends.first, ends.second);\n        ++it;\n    }\n}\n\nvoid RoutingAdapter::route(RouteProcessing processing) {\n    router.processTransaction();\n    if (processing >= RouteProcessing::RECORD) recordRoutes(processing == RouteProcessing::REFINE_AND_RECORD);\n}\n\nvoid RoutingAdapter::recordRoutes(bool refine) {\n    // Our Edge lookup and ConnRef lookup maps should always have exacty the same (ordered) domain,\n    // so we can iterate over them in tandem.\n    auto it = edges.begin();\n    auto jt = edgeIdToConnRef.begin();\n    while (it != edges.end()) {\n        auto p = *it;\n        auto q = *jt;\n        COLA_ASSERT(p.first == q.first);\n        // Get the Points in the connector route.\n        PolyLine poly = q.second->displayRoute();\n        vector<Point> pts = poly.ps;\n        if (refine) {\n            // On some examples we were getting \"S-bends\" in which the middle segment\n            // was about 10e-15 in length. We remove any such segments here.\n            double epsilon = 0.001;\n            // We will always keep the first and last route points.\n            // As for the remaining, \"interior\" points of the route, we will scan\n            // over them with a sliding window of length 2. Any time the two points\n            // in the window are within epsilon of one another (in both dimensions),\n            // we will skip both.\n            vector<Point> refined_pts;\n            size_t M = pts.size();\n            // We expect that there are at least two route points.\n            COLA_ASSERT( M >= 2);\n            // the number of interior points:\n            size_t N = M - 2;\n            size_t i = 0;\n            // We always keep the first route point.\n            refined_pts.push_back(pts[0]);\n            // Now the sliding window:\n            while (i + 1 < N) {\n                Point p = pts[i+1],\n                      q = pts[i+2];\n                double dx = q.x - p.x,\n                       dy = q.y - p.y;\n                if (fabs(dx) < epsilon && fabs(dy) < epsilon) {\n                    // p and q are essentially coincident, so they add nothing to\n                    // the route, and we can skip them both.\n                    // Advance the sliding window by 2.\n                    i += 2;\n                } else {\n                    // p and q are actually distinct points, so we keep the first,\n                    // and advance the sliding window by 1.\n                    refined_pts.push_back(p);\n                    ++i;\n                }\n            }\n            // When we exit the while loop, it could be that while there is no room left\n            // for the entire sliding window of length 2, still there is one point left\n            // to consider. We catch that case here:\n            if (i < N) {\n                refined_pts.push_back(pts[i+1]);\n            }\n            // And finally, we always keep the last route point.\n            refined_pts.push_back(pts[N+1]);\n            // Overwrite original pts vector.\n            pts = refined_pts;\n        }\n        // Record the route.\n        p.second->setRoute(pts);\n        // Advance both iterators.\n        ++it;\n        ++jt;\n    }\n}\n\n\nLeaflessOrthoRouter::LeaflessOrthoRouter(Graph_SP G, const HolaOpts &opts)\n    : m_graph(G),\n      m_n(G->getNumNodes()),\n      m_ra(Avoid::OrthogonalRouting),\n      m_iel(G->getIEL())\n{\n    // Set up the router.\n    m_ra.router.setRoutingOption(Avoid::nudgeSharedPathsWithCommonEndPoint, false);\n    m_ra.router.setRoutingParameter(Avoid::crossingPenalty, opts.routingScalar_crossingPenalty*m_iel);\n    m_ra.router.setRoutingParameter(Avoid::segmentPenalty, opts.routingScalar_segmentPenalty*m_iel);\n    m_ra.addNodes(G->getNodeLookup());\n    EdgesById edges = G->getEdgeLookup();\n    m_ra.addEdges(edges);\n    // Record that all connection directions are initially allowed for both ends of each Edge.\n    for (auto p : edges) {\n        m_allowedConnDirs[p.first][p.second->getSourceEnd()->id()] = Avoid::ConnDirAll;\n        m_allowedConnDirs[p.first][p.second->getTargetEnd()->id()] = Avoid::ConnDirAll;\n    }\n}\n\nvoid LeaflessOrthoRouter::setShapeBufferDistanceIELScalar(double a) {\n    m_ra.router.setRoutingParameter(Avoid::shapeBufferDistance, a*m_iel);\n}\n\nCardinalDir LeaflessOrthoRouter::departureDir(const Edge_SP &e, const Node_SP &u) const {\n    ConnRef *cr = m_ra.edgeIdToConnRef.at(e->id());\n    PolyLine poly = cr->displayRoute();\n    vector<Point> pts = poly.ps;\n    Point p0, p1;\n    if (u->id() == e->getSourceEnd()->id()) {\n        // Node u is the source end of Edge e.\n        // So we want the first two points in the route, in order.\n        p0 = pts[0];\n        p1 = pts[1];\n    } else {\n        // Node u is the target end of Edge e.\n        // So we want the last two points in the route, in reverse order.\n        size_t L = pts.size();\n        p0 = pts[L-1];\n        p1 = pts[L-2];\n    }\n    return Compass::cardinalDirection(p0, p1);\n}\n\nvoid LeaflessOrthoRouter::route(Logger *logger) {\n\n    // Set up for logging.\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    std::function<void(unsigned)> log = [ln, this, logger](unsigned n)->void{\n        if (logger!=nullptr) {\n            std::string fn = string_format(\"%02d_%02d_routing_attempt\", ln, n);\n            std::string path = logger->writeFullPathForFilename(fn);\n            this->m_ra.router.outputInstanceToSVG(path);\n        }\n    };\n\n    /*\n     * We may need to route multiple times to ensure that at least two sides of each node are being used,\n     * but in theory we should never have to route more than 4n+1 times.\n     *\n     *  Proof: We always begin with an initial routing. We want to show it could be necessary to re-route\n     *  at most 4n times.\n     *\n     *  In order to see this, we first argue that the worst-case scenario for any single node is that it\n     *  require four routings. Consider some node u all of whose edges have been routed to one side, s0. We\n     *  pick some edge e0 incident to u, say that it may not connect to side s0, and re-route for the first time.\n     *\n     *  While unlikely, it could be that, for whatever reason, now all edges incident to node u are routed to some other side,\n     *  s1. We then pick some edge e1 (could be the same or different from e0), forbid it from connecting to\n     *  side s1, and re-route for a second time.\n     *\n     *  Again, for whatever reason, all edges could now connect to one\n     *  of the two remaining sides, s2. Continuing in this way, we could be led to re-route a third and a fourth time. But\n     *  prior to the fourth re-routing it would be the case that for each side si of node u, there was\n     *  some edge ei incident to u that had been forbidden from connecting on side si. Therefore on the fourth\n     *  re-routing it would be impossible for all edges to connect on any single side of u.\n     *\n     *  So far we have handled a single node. However, in again a highly unlikely worst-case scenario, it could be\n     *  that during the first five routings no other node besides u was a pseudoleaf (had all edges routed to one side),\n     *  but after the fifth some other node became a pseudoleaf. In this way we could be led to do four re-routings\n     *  for each node in the graph. QED\n     *\n     * In practice, it would probably be very rare for more that two routings to ever be necessary. For this\n     * requires the odd circumstance, considered in the proof, that forbidding one edge from connecting on a\n     * given side somehow results in /all/ edges incident at that node migrating to some other, single side.\n     */\n    // As explained in the comments above, at most 4n+1 routings should ever be needed.\n    // We let our for-loop go to a 4n+2nd iteration, so we can catch any error with an assertion.\n    size_t maxRoutings = 4*m_n + 1;\n    for (size_t numRoutings = 0; numRoutings <= maxRoutings; numRoutings++) {\n        m_ra.router.processTransaction();\n        log(numRoutings + 1);\n        COLA_ASSERT(numRoutings < maxRoutings);\n        // For testing purposes, we may want to record the results of\n        // each routing attempt.\n        if (recordEachAttempt) {\n            m_ra.recordRoutes(true);\n            routingAttemptTglf.push_back(m_graph->writeTglf());\n        }\n        // Are there any nodes having all of their edges routed\n        // out of just one side? This is what we want to prevent.\n        // Such nodes would become leaves in a planarisation, so we\n        // call them \"pseudoleaves\".\n        Nodes pseudoLeaves;\n        // For each such Node (if any), there is a sole direction in which\n        // all connectors depart. We keep track of those directions as we work.\n        vector<CardinalDir> soleDepartureDirecs;\n        // Check each Node in the Graph:\n        for (auto p : m_graph->getNodeLookup()) {\n            Node_SP &u = p.second;\n            const EdgesById edgeLookup = u->getEdgeLookup();\n            // Sanity check, that Node u is not an actual leaf:\n            COLA_ASSERT(edgeLookup.size() > 1);\n            // Determine the departure direction from Node u for its first Edge.\n            auto edge_it = edgeLookup.cbegin();\n            CardinalDir d0 = departureDir((*edge_it).second, u);\n            // If two or more directions have been used, some edge must depart\n            // in a different direction than this one.\n            bool isPseudoLeaf = true;\n            for (auto jt = ++edge_it; jt != edgeLookup.cend(); ++jt) {\n                CardinalDir d1 = departureDir((*jt).second, u);\n                if (d1 != d0) {\n                    isPseudoLeaf = false;\n                    break;\n                }\n            }\n            if (isPseudoLeaf) {\n                pseudoLeaves.push_back(u);\n                soleDepartureDirecs.push_back(d0);\n            }\n        }\n        // Are there any pseudoleaves?\n        if (pseudoLeaves.empty()) {\n            // If there are none, then we're done routing, and can break out of the outer loop.\n            break;\n        } else {\n            for (size_t i = 0; i < pseudoLeaves.size(); ++i) {\n                Node_SP u = pseudoLeaves[i];\n                CardinalDir d0 = soleDepartureDirecs[i];\n                // Now among all Edges incident at this Node we must select one that is still\n                // allowed to depart in at least two directions (hence at least one different\n                // from d0), and remove direction d0 from its list of allowed directions.\n                //\n                // Secondarily, we would like to choose an Edge e such that if v is the Node\n                // at the other end, then the predominant cardinal direction from Node u to Node v\n                // is different than d0. That is likely a suitable Edge to depart in a different\n                // direction.\n                Edge_SP candidate = nullptr;\n                for (auto p : u->getEdgeLookup()) {\n                    Edge_SP &e = p.second;\n                    // If this Edge is only allowed the one direction, then skip it.\n                    if (isSoleDirec(m_allowedConnDirs.at(e->id()).at(u->id()))) continue;\n                    // Otherwise mark it as the candidate.\n                    candidate = e;\n                    // Determine the predominant cardinal direction from Node u to the Node v at\n                    // the opposite end of Edge e.\n                    Node_SP v = e->getOtherEnd(*u);\n                    CardinalDir d1 = Compass::cardinalDirection(u, v);\n                    // If this is different from direction d0, then we're happy to accept this candidate.\n                    if (d1 != d0) break;\n                }\n                // Start with the directions allowed last time:\n                ConnDirFlags available = m_allowedConnDirs.at(candidate->id()).at(u->id());\n                // XOR with the connection flag corresponding to cardinal direction d0,\n                // so that this direction is no longer allowed.\n                available ^= Compass::libavoidConnDirs.at(d0);\n                // Record the new value.\n                m_allowedConnDirs[candidate->id()][u->id()] = available;\n                // Set a new ConnEnd.\n                Point p = u->getCentre();\n                ConnEnd end(p, available);\n                ConnRef *cr = m_ra.edgeIdToConnRef.at(candidate->id());\n                if (u->id() == candidate->getSourceEnd()->id()) {\n                    cr->setSourceEndpoint(end);\n                } else {\n                    cr->setDestEndpoint(end);\n                }\n            }\n        }\n    }\n    // Finally, the routing is done and we can set the connector routes in the Edge objects.\n    m_ra.recordRoutes(true);\n}\n"
  },
  {
    "path": "cola/libdialect/routing.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_ROUTING_H\n#define DIALECT_ROUTING_H\n\n#include <map>\n#include <string>\n#include <vector>\n#include <utility>\n\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/logging.h\"\n\nnamespace dialect {\n\ntypedef std::pair<Avoid::ConnDirFlags, Avoid::ConnDirFlags> EdgeConnDirs;\ntypedef std::map<id_type, EdgeConnDirs> EdgeConnDirsById;\n\n//! Control how much processing should be done on connector routes by the RoutingAdapter.\nenum class RouteProcessing {\n    //! Don't do anything.\n    NONE,\n    //! Record the connector routes in the Edges, exactly as returned by the Router.\n    RECORD,\n    //! Record the connector routes in the Edges after first doing post-processing to\n    //! remove extremely small S-bends.\n    REFINE_AND_RECORD\n};\n\n//! @brief  Adapter to easily apply libavoid::Routers to libdialect::Graphs.\nstruct RoutingAdapter {\n\n    //! @brief  Standard Constructor.\n    //! @param[in] flag  A RouterFlag to say what kind of routing is desired (polyline or orthogonal).\n    RoutingAdapter(Avoid::RouterFlag flag) : router(flag) {}\n\n    //! @brief  Add nodes.\n    //! @param[in] nodes  The Nodes to be added, given by a NodesById mapping.\n    void addNodes(const NodesById &nodes);\n\n    //! @brief  Add edges.\n    //! @param[in] edges  The Edges to be added, given by an EdgesById mapping.\n    //! @param[in] connDirs  Optional specification of the allowed connection directions at the source and\n    //!                      target ends of the Edges. Specifically, an Edge's ID should map to a pair\n    //!                      (srcConnDirs, tgtConnDirs) giving the allowed directions for source and target\n    //!                      respectively. For any Edge whose ID is not present in the mapping, all connection\n    //!                      directions are allowed at both ends.\n    void addEdges(const EdgesById &edges, const EdgeConnDirsById *connDirs = nullptr);\n\n    //! @brief  Do the routing.\n    //! @param[in] processing  Set to the desired level of route processing. Default: routes are\n    //!                        recorded in Edges, without any post-processing.\n    //! @sa RouteProcessing enum.\n    void route(RouteProcessing processing = RouteProcessing::RECORD);\n\n    //! @brief  Record the routes in the Edges.\n    //! @param[in] refine  Say whether the routes should be refined before recording.\n    void recordRoutes(bool refine = false);\n\n    //! The Router\n    Avoid::Router router;\n    //! Lookup for Edges\n    EdgesById edges;\n    //! Lookup an Edge's associated ConnRef* by the Edge's ID.\n    std::map<id_type, Avoid::ConnRef*> edgeIdToConnRef;\n    //! Lookup a Node's associated ShapeRef* by the Node's ID.\n    std::map<id_type, Avoid::ShapeRef*> nodeIdToShapeRef;\n};\n\n\n//! @brief  Does a special orthogonal routing in a graph having no leaves,\n//!         ensuring that at least two distinct sides of every node are\n//!         used as connection points. This is useful if we later wish to\n//!         planarise the layout, since it ensures that no node will become\n//!         a leaf in that process.\nclass LeaflessOrthoRouter {\npublic:\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  G  the Graph in which the routing is to be done. This Graph must\n    //!                not have any leaves, i.e. Nodes of degree 1.\n    //! @param[in]  opts  a HolaOptions object from which we can read settings\n    //!                   for the router.\n    LeaflessOrthoRouter(Graph_SP G, const HolaOpts &opts);\n\n    //! @brief  Destructor.\n    ~LeaflessOrthoRouter(void) {\n        /*  The only newly allocated objects are the ConnRefs and ShapeRefs allocated\n         *  in the constructor.\n         *\n         *  But the libavoid::Router takes responsibility for these, and frees them\n         *  all in its own destructor.\n         *\n         *  Since we keep a Router instance, not a pointer, our Router is automatically\n         *  destroyed when this LeaflessOrthoRouter is destroyed.\n         *\n         *  So there is nothing for us to do.\n         */\n    }\n\n    //! @brief  Do the routing.\n    void route(Logger *logger = nullptr);\n\n    //! @brief  Set the Router's shapeBufferDistance parameter as a scalar multiple of the\n    //!         ideal edge length read from the Graph.\n    //! @warning  This is provided only as a convenience for testing. In the HOLA algorithm\n    //!           for which this is designed, shapeBufferDistance should always be zero.\n    //!           Positive values there may result in failures to route.\n    //!           HOLA uses its own node padding instead, for this purpose.\n    void setShapeBufferDistanceIELScalar(double a);\n\n    //! For testing, it is useful to be able to see the result of each\n    //! attempt to do the routing.\n    //! If desired, set recordEachAttempt to true.\n    //! Then the TGLF for each routing attmept will be available in\n    //! routingAttemptTglf.\n    bool recordEachAttempt = false;\n    std::vector<std::string> routingAttemptTglf;\n\nprivate:\n\n    //! @brief  Determine the compass direction in which the routed connector\n    //!         for Edge e departs from Node u.\n    CardinalDir departureDir(const Edge_SP &e, const Node_SP &u) const;\n\n    //! @brief  Say whether a set of connection directions denotes just a\n    //!         sole direction.\n    inline bool isSoleDirec(Avoid::ConnDirFlags dirs) const {\n        return dirs == Avoid::ConnDirUp || dirs == Avoid::ConnDirDown || dirs == Avoid::ConnDirLeft || dirs == Avoid::ConnDirRight;\n    }\n\n    Graph_SP m_graph;\n    size_t m_n; // number of nodes in the graph\n    RoutingAdapter m_ra;\n    double m_iel;\n\n    //! Lookup allowed connection directions by IDs [eID][nID], where\n    //! eID is an Edge ID, and nID is the ID of either the source or target\n    //! Node of that Edge.\n    SparseIdMatrix2d<Avoid::ConnDirFlags>::type m_allowedConnDirs;\n\n};\n\n\n\n\n} // namespace dialect\n\n#endif // DIALECT_ROUTING_H\n"
  },
  {
    "path": "cola/libdialect/sides.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <sstream>\n#include <memory>\n#include <algorithm>\n#include <vector>\n#include <stdexcept>\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nusing Avoid::Point;\n\nSide::Side(Nodes nodeSeq, CardinalDir direc)\n    : m_nodeSeq(nodeSeq),\n      m_forward(direc),\n      m_inward(Compass::cardRotateCw90(direc)),\n      m_vardim(Compass::varDim.at(direc)),\n      m_constdim(Compass::constDim.at(direc)){}\n\nbool Side::containsNode(id_type id) const {\n    for (Node_SP v : m_nodeSeq) {\n        if (v->id() == id) return true;\n    }\n    return false;\n}\n\nsize_t Side::findNodeIndex(id_type id) const {\n    for (size_t i = 0; i < m_nodeSeq.size(); ++i) {\n        Node_SP v = m_nodeSeq[i];\n        if (v->id() == id) return i;\n    }\n    return -1;\n}\n\nCardinalDir Side::getForwardDirec(void) const {\n    return m_forward;\n}\n\nNode_SP Side::firstNode(void) const {\n    if (m_nodeSeq.empty()) return nullptr;\n    return m_nodeSeq.front();\n}\n\nNode_SP Side::lastNode(void) const {\n    if (m_nodeSeq.empty()) return nullptr;\n    return m_nodeSeq.back();\n}\n\nstd::string Side::toString(void) const {\n    std::ostringstream ss;\n    ss << \"Side: \" << Compass::cardToString(m_forward) << \":\";\n    for (Node_SP u : getNodeSeq()) ss << \" \" << u->id();\n    return ss.str();\n}\n\nsize_t Side::getNumRootNodes(void) const {\n    size_t N = 0;\n    for (Node_SP u : m_nodeSeq) if (u->isRoot()) ++N;\n    return N;\n}\n\nvoid Side::addTreePlacement(TreePlacement_SP tp) {\n    // Sanity check: must not add a TreePlacement whose root Node does not\n    // belong to this Side.\n    COLA_ASSERT(containsNode(tp->getRootNode()->id()));\n    // Record the placement.\n    m_treePlacements.insert(tp);\n}\n\nProjSeq_SP Side::computeCollateralProjSeq(TreePlacement_SP tp, double padding) {\n    // Sanity check: TreePlacement's root Node must belong to this Side.\n    COLA_ASSERT(containsNode(tp->getRootNode()->id()));\n    // Initialise return value.\n    ProjSeq_SP ps = std::make_shared<ProjSeq>();\n    // Get the tree box for the new placement, and the root node.\n    Node_SP treeBox = tp->buildTreeBox(padding),\n            rootNode = tp->getRootNode();\n    // Get their dimensions and coordinates.\n    dimensions tDims = treeBox->getDimensions(),\n               rDims = rootNode->getDimensions();\n    Point tPt = treeBox->getCentre(),\n          rPt = rootNode->getCentre();\n    double tw = tDims.first,\n           th = tDims.second,\n           tu = tPt.x,\n           tv = tPt.y,\n           rw = rDims.first,\n           rh = rDims.second,\n           rx = rPt.x,\n           ry = rPt.y;\n    // Compute a segment representing the extent of the new tree node in\n    // the Side's inward direction.\n    LineSegment *seg = nullptr;\n    switch(m_inward) {\n    case CardinalDir::NORTH:\n        seg = new LineSegment(Point(rx, ry-rh/2.0), Point(rx, ry+tv-th/2.0));\n        break;\n    case CardinalDir::EAST:\n        seg = new LineSegment(Point(rx+rw/2.0, ry), Point(rx+tu+tw/2.0, ry));\n        break;\n    case CardinalDir::SOUTH:\n        seg = new LineSegment(Point(rx, ry+rh/2.0), Point(rx, ry+tv+th/2.0));\n        break;\n    case CardinalDir::WEST:\n        seg = new LineSegment(Point(rx-rw/2.0, ry), Point(rx+tu-tw/2.0, ry));\n        break;\n    }\n    // May need constraints only if the segment points inward w.r.t. this Side.\n    if (seg->direc == m_inward) {\n        SepCoSet sepcos;\n        // Handle nodes on each side of the root node.\n        size_t i0 = findNodeIndex(rootNode->id()),\n               n = m_nodeSeq.size(),\n               nb = i0,\n               na = n - 1 - i0;\n        // Perimeter nodes:\n        Nodes before(nb), after(na);\n        std::copy_n(m_nodeSeq.begin(), nb, before.begin());\n        std::copy(m_nodeSeq.begin()+i0+1, m_nodeSeq.end(), after.begin());\n        // Tree nodes:\n        for (TreePlacement_SP tp1 : m_treePlacements) {\n            Node_SP r = tp1->getRootNode();\n            size_t i1 = findNodeIndex(r->id());\n            // In practice we typically will be computing this projection sequence\n            // before the new treeplacement has been made, so i1 probably will not\n            // be equal to i0. However, rather than demand this condition, we simply\n            // skip that case if it arises.\n            if (i1 == i0) continue;\n            // Otherwise proceed.\n            // The other tree placement should already have its box node.\n            Node_SP b1 = tp1->getBoxNode();\n            COLA_ASSERT(b1 != nullptr);\n            // Add the box node to the appropriate list, before or after.\n            if (i1 < i0) before.push_back(b1);\n            else after.push_back(b1);\n        }\n        // Filter out any nodes that do not lie opposite the segment computed above.\n        auto it = std::remove_if(before.begin(), before.end(), [seg](const Node_SP &u)->bool{\n            return !u->liesOppositeSegment(*seg, true);\n        });\n        before.erase(it, before.end());\n        it = std::remove_if(after.begin(), after.end(), [seg](const Node_SP &u)->bool{\n            return !u->liesOppositeSegment(*seg, true);\n        });\n        after.erase(it, after.end());\n        // Now we must process the \"before\" nodes and the \"after\" nodes.\n        // We prepare data to manage these two jobs with a for-loop.\n        vector<int> signs;\n        if (Compass::isIncreasingCard(m_forward)) signs = {-1, 1}; else signs = {1, -1};\n        vector<Nodes> nodeLists = {before, after};\n        bool isHoriz = Compass::isHorizontalCard(m_forward);\n        Node_SP left = nullptr,\n                right = nullptr;\n        double gap;\n        for (size_t j = 0; j < 2; ++j) {\n            Nodes nodes = nodeLists[j];\n            int sign = signs[j];\n            // For each node in the list, set up a constraint with the root node.\n            for (Node_SP u : nodes) {\n                left = sign == 1 ? rootNode : u;\n                right = sign == 1 ? u : rootNode;\n                // Compute gap.\n                dimensions ud = u->getDimensions();\n                double w = ud.first,\n                       h = ud.second;\n                gap = isHoriz ? w/2.0 + sign*tu + tw/2.0 : h/2.0 + sign*tv + th/2.0;\n                // Add a SepCo.\n                sepcos.insert(std::make_shared<SepCo>(m_vardim, left, right, gap));\n            }\n        }\n        // If we generated any separation constraints, add them to the projection sequence.\n        if (!sepcos.empty()) ps->addProjection(sepcos, m_vardim);\n    }\n    // Clean up.\n    delete seg;\n    // Return the projection sequence.\n    return ps;\n}\n\ninterval Side::closedInterval(void) const {\n    BoundingBox b;\n    // Among the proper nodes belonging to this Side, we need only consider the first and last.\n    b += m_nodeSeq.front()->getBoundingBox();\n    b += m_nodeSeq.back()->getBoundingBox();\n    // We also must consider any attached treeboxes.\n    for (TreePlacement_SP tp : m_treePlacements) b += tp->getBoxNode()->getBoundingBox();\n    return b.getInterval(m_vardim);\n}\n\ninterval Side::getIntervalOppositeSegment(LineSegment &seg, bool openInterval) const {\n    // If we do not run parallel, return empty interval.\n    if (Compass::arePerpendicular(m_forward, seg.direc)) return {1, 0};\n    // Otherwise compute and return intersection.\n    interval I = closedInterval();\n    double a = I.first,\n           b = I.second;\n    return openInterval ? seg.openIntervalIntersection(a, b) : seg.closedIntervalIntersection(a, b);\n}\n\nbool Side::liesOppositeSegment(LineSegment &seg, bool openInterval) const {\n    // Compute the interval of intersection of this Side with the given segment.\n    interval I = getIntervalOppositeSegment(seg, openInterval);\n    // And say whether it's nonempty.\n    return I.first <= I.second;\n}\n\ndouble Side::getCentreCoord(void) const {\n    // Since we assume all Nodes on the Side are centre-aligned, we can check any one of them.\n    Node_SP u = m_nodeSeq.front();\n    Point c = u->getCentre();\n    return m_constdim == vpsc::XDIM ? c.x : c.y;\n}\n\nAvoid::Point Side::getFirstPtOppositeSegment(LineSegment &seg) const {\n    // Compute the interval of intersection of this Side with the given segment.\n    interval I = getIntervalOppositeSegment(seg);\n    // If it's empty, that's an error.\n    if (I.first > I.second) throw std::runtime_error(\"Empty intersection between Side and LineSegment\");\n    // Otherwise determine the first point on the interval.\n    double w = I.first,\n           z = getCentreCoord();\n    return m_constdim == vpsc::XDIM ? Point(z, w) : Point(w, z);\n}\n\ndouble Side::halfWidthOppositeSegment(LineSegment &seg) const {\n    // Compute the interval of intersection of this Side with the given segment.\n    interval I = getIntervalOppositeSegment(seg);\n    // If it's empty, return -1.\n    if (I.first > I.second) return -1;\n    // Determine whether the segment lies on our low side or high side.\n    double centreCoord = getCentreCoord();\n    // NB: Since we ask the segment about the side (opposite of what we want to know),\n    // we must negate the result!\n    int side = -seg.coordOnWhichSide(centreCoord);\n    // If in-line, we consider that we have no half-width opposite such a segment.\n    if (side == 0) return -1;\n\n    // Initialize the half-width to that of an edgenode in the underlying Graph.\n    Graph *G = m_nodeSeq.front()->getGraph();\n    // The Nodes in Sides always belong to some Graph. Check:\n    COLA_ASSERT(G != nullptr);\n    double halfWidth = G->getEdgeThickness()/2.0;\n\n    // Now iterate over all Nodes, checking the relevant dimension of those\n    // whose relevant interval intersects the given segment.\n    // We consider both the proper Nodes belonging to this Side, and any attached treeboxes.\n\n    // Prepare a Nodes vector.\n    Nodes nodes(m_nodeSeq.size() + m_treePlacements.size());\n    // Copy all the proper Nodes into it.\n    auto it = std::copy(m_nodeSeq.begin(), m_nodeSeq.end(), nodes.begin());\n    // Copy all the treeboxes into it.\n    std::transform(m_treePlacements.begin(), m_treePlacements.end(), it, [](const TreePlacement_SP &tp)->Node_SP{\n        return tp->getBoxNode();\n    });\n\n    double a = I.first,\n           b = I.second;\n    bool sideIsHoriz = Compass::isHorizontalCard(m_forward);\n    for (Node_SP u : nodes) {\n        BoundingBox box = u->getBoundingBox();\n        double c, d, e, hw;\n        if (sideIsHoriz) {\n            c = box.x;\n            d = box.X;\n            e = side == -1 ? box.y : box.Y;\n            hw = fabs(e - centreCoord);\n        } else {\n            c = box.y;\n            d = box.Y;\n            e = side == -1 ? box.x : box.X;\n            hw = fabs(e - centreCoord);\n        }\n        if (b > c && d > a && hw > halfWidth) halfWidth = hw;\n    }\n    return halfWidth;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir)\n\nLDADD = \\\n  $(top_builddir)/libvpsc/libvpsc.la \\\n  $(top_builddir)/libcola/libcola.la \\\n  $(top_builddir)/libavoid/libavoid.la \\\n  $(top_builddir)/libdialect/libdialect.la\n\n# Basic unit testing:\ncheck_PROGRAMS = \\\n  aca assignments bbox bendcosts chainconfig01 chainconfig02 chainconfig03 \\\n  chainsandcycles cmplayout01 collateralexpand01 collateralexpand02 conncomps \\\n  containedsegment01 destress destress02 destress_aca \\\n  expand01 expand02 expand03 expand04 expand05 expand06 expand07 expand08 expand09 \\\n  extrabdrygap faceset01 faceset02 hola10 hola11 hola12 \\\n  hola_arpa hola_belnet hola_cernet hola_claranet hola_garr hola_janetlense hola_slovakia \\\n  holalonenode hola_tree inserttrees01 leaflessroute01 leaflessroute02 lookupqas nbroctal \\\n  nearalign01 nearalign02 nearby negativesepco negativezero nodeconfig01 nudgeopt \\\n  partition01 peel planarise01 planarise02 projseq01 readconstraints \\\n  rotate01 rotate02 rotate03 rotate04 routing01 sep_matrix_iter solidify symmtree \\\n  tglf01 treeboxes01 treeplacement01 treeplacement02 treeplacement03 trees trees2 vpsc01\n\n# Test HOLA on some larger and more interesting SBGN and metro map diagrams:\n# Takes a few minutes.\n#check_PROGRAMS = holasbgn01 holasbgn02 holametro01 holasbgn03 holasbgn04\n\n# HOLA speed testing on random graphs of a range of sizes and densities.\n# Takes a few minutes.\n# Writes timings to stdout. (But to see that you must run it outside the testing\n# framework.)\n#check_PROGRAMS = holaRand\n\naca_SOURCES = aca.cpp\nassignments_SOURCES = assignments.cpp\nbbox_SOURCES = bbox.cpp\nbendcosts_SOURCES = bendcosts.cpp\nchainconfig01_SOURCES = chainconfig01.cpp\nchainconfig02_SOURCES = chainconfig02.cpp\nchainconfig03_SOURCES = chainconfig03.cpp\nchainsandcycles_SOURCES = chainsandcycles.cpp\ncmplayout01_SOURCES = cmplayout01.cpp\ncollateralexpand01_SOURCES = collateralexpand01.cpp\ncollateralexpand02_SOURCES = collateralexpand02.cpp\nconncomps_SOURCES = conncomps.cpp\ncontainedsegment01_SOURCES = containedsegment01.cpp\ndestress_SOURCES = destress.cpp\ndestress02_SOURCES = destress02.cpp\ndestress_aca_SOURCES = destress_aca.cpp\nexpand01_SOURCES = expand01.cpp\nexpand02_SOURCES = expand02.cpp\nexpand03_SOURCES = expand03.cpp\nexpand04_SOURCES = expand04.cpp\nexpand05_SOURCES = expand05.cpp\nexpand06_SOURCES = expand06.cpp\nexpand07_SOURCES = expand07.cpp\nexpand08_SOURCES = expand08.cpp\nexpand09_SOURCES = expand09.cpp\nextrabdrygap_SOURCES = extrabdrygap.cpp\nfaceset01_SOURCES = faceset01.cpp\nfaceset02_SOURCES = faceset02.cpp\nhola10_SOURCES = hola10.cpp\nhola11_SOURCES = hola11.cpp\nhola12_SOURCES = hola12.cpp\nhola_arpa_SOURCES = hola_arpa.cpp\nhola_belnet_SOURCES = hola_belnet.cpp\nhola_cernet_SOURCES = hola_cernet.cpp\nhola_claranet_SOURCES = hola_claranet.cpp\nhola_garr_SOURCES = hola_garr.cpp\nhola_janetlense_SOURCES = hola_janetlense.cpp\nhola_slovakia_SOURCES = hola_slovakia.cpp\nholalonenode_SOURCES = holalonenode.cpp\nhola_tree_SOURCES = hola_tree.cpp\ninserttrees01_SOURCES = inserttrees01.cpp\nleaflessroute01_SOURCES = leaflessroute01.cpp\nleaflessroute02_SOURCES = leaflessroute02.cpp\nlookupqas_SOURCES = lookupqas.cpp\nnbroctal_SOURCES = nbroctal.cpp\nnearalign01_SOURCES = nearalign01.cpp\nnearalign02_SOURCES = nearalign02.cpp\nnearby_SOURCES = nearby.cpp\nnegativesepco_SOURCES = negativesepco.cpp\nnegativezero_SOURCES = negativezero.cpp\nnodeconfig01_SOURCES = nodeconfig01.cpp\nnudgeopt_SOURCES = nudgeopt.cpp\npartition01_SOURCES = partition01.cpp\npeel_SOURCES = peel.cpp\nplanarise01_SOURCES = planarise01.cpp\nplanarise02_SOURCES = planarise02.cpp\nprojseq01_SOURCES = projseq01.cpp\nreadconstraints_SOURCES = readconstraints.cpp\nrotate01_SOURCES = rotate01.cpp\nrotate02_SOURCES = rotate02.cpp\nrotate03_SOURCES = rotate03.cpp\nrotate04_SOURCES = rotate04.cpp\nrouting01_SOURCES = routing01.cpp\nsep_matrix_iter_SOURCES = sep_matrix_iter.cpp\nsolidify_SOURCES = solidify.cpp\nsymmtree_SOURCES = symmtree.cpp\ntglf01_SOURCES = tglf01.cpp\ntreeboxes01_SOURCES = treeboxes01.cpp\ntreeplacement01_SOURCES = treeplacement01.cpp\ntreeplacement02_SOURCES = treeplacement02.cpp\ntreeplacement03_SOURCES = treeplacement03.cpp\ntrees_SOURCES = trees.cpp\ntrees2_SOURCES = trees2.cpp\nvpsc01_SOURCES = vpsc01.cpp\nholasbgn01_SOURCES = holasbgn01.cpp\nholasbgn02_SOURCES = holasbgn02.cpp\nholametro01_SOURCES = holametro01.cpp\nholasbgn03_SOURCES = holasbgn03.cpp\nholasbgn04_SOURCES = holasbgn04.cpp\nholaRand_SOURCES = holaRand.cpp\n\nTESTS = $(check_PROGRAMS)\n"
  },
  {
    "path": "cola/libdialect/tests/aca.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <vector>\n#include <utility>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/aca.h\"\n\nusing namespace dialect;\n\nusing std::string;\nusing std::vector;\nusing std::pair;\nusing std::cout;\nusing std::endl;\n\nvector< pair<string, string> > names {\n    {\"special\", \"X_4\"},\n    {\"random\", \"v40e44\"},\n    {\"metro\", \"sydney\"}\n};\n\nint main(void) {\n    cout << \"ACA\" << endl;\n    for (auto p : names) {\n        string dir = p.first, file = p.second;\n        Graph_SP graph = buildGraphFromTglfFile(\"graphs/\"+dir+\"/\"+file+\".tglf\");\n        cout << dir << \"/\" << file << \"...\" << std::flush;\n        graph->getIEL();\n        ACALayout aca(graph);\n        aca.outputInstanceToSVG(\"output/\" \"aca_\"+dir+\"_\"+file+\"_instance\");\n        aca.layout();\n        graph->updateNodesFromRects();\n        aca.updateSepMatrix();\n        cout << \"done\" << endl;\n        writeStringToFile(graph->writeTglf(), \"output/\" \"aca_\"+dir+\"_\"+file+\".tglf\");\n    }\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/assignments.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <iostream>\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/quadaction.h\"\n\nusing std::cout;\nusing std::endl;\nusing std::vector;\nusing std::make_shared;\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test constructing some Assignments, and checking\n    // their cardinality.\n\n    Nbr_SP n0 = make_shared<Nbr>(0, 1, 0);\n    Nbr_SP n1 = make_shared<Nbr>(1, 1, 1);\n    Nbr_SP n2 = make_shared<Nbr>(2, 1, 2);\n    Nbr_SP n3 = make_shared<Nbr>(3, 1, 3);\n\n    Nbrs semis{n0, n1, nullptr, n3};\n\n    Assignment a(semis, 0);\n    COLA_ASSERT(a.cardinality() == 3);\n\n    Assignment a2({nullptr, nullptr, n2, nullptr}, 0);\n    COLA_ASSERT(a2.cardinality() == 1);\n\n    Assignment a3 = a2.makeUnion(a);\n    COLA_ASSERT(a3.cardinality() == 4);\n\n    Assignment a4;\n    COLA_ASSERT(a4.cardinality() == 0);\n\n    // Build a Quad, then sort and compute costs.\n    Quad q(0);\n    q.addNbr(n1);\n    q.addNbr(n2);\n    q.sortAndComputeCosts();\n\n    /*\n    std::cout << \"ACost: \" << q.ACost << std::endl;\n    std::cout << \"CCost: \" << q.CCost << std::endl;\n\n    std::cout << q.ACost - 0.5 << std::endl;\n    std::cout << q.CCost - 0.2 << std::endl;\n    */\n\n    COLA_ASSERT(approx_equal(q.ACost, 0.5));\n    COLA_ASSERT(approx_equal(q.CCost, 0.2));\n\n    // Ask a Quad to construct the Assignment for a given action\n\n    Assignment qa = q.constructAssignmentForAction('B');\n    COLA_ASSERT(qa.cardinality() == 2);\n    COLA_ASSERT(approx_equal(qa.cost, 0.7));\n\n    // Build an Arrangement\n\n    // One on East semiaxis\n    Nbr_SP u0 = make_shared<Nbr>(0, 1, 0);\n    // One in Q0\n    Nbr_SP u1 = make_shared<Nbr>(1, 1, 1);\n    // Two in Q1\n    Nbr_SP u2 = make_shared<Nbr>(2, -1, 2);\n    Nbr_SP u3 = make_shared<Nbr>(3, -1, 1);\n    // Three in Q2\n    Nbr_SP u4 = make_shared<Nbr>(4, -2, -1);\n    Nbr_SP u5 = make_shared<Nbr>(5, -1, -1);\n    Nbr_SP u6 = make_shared<Nbr>(6, -1, -2);\n    // One in Q3\n    Nbr_SP u7 = make_shared<Nbr>(7, 1, -1);\n\n    Arrangement r({u0, u1, u2, u3, u4, u5, u6, u7});\n\n    // Check the vacancy, distribution, and reduced distribution vectors.\n    vector<unsigned> vac = {1, 0, 0, 0};\n    COLA_ASSERT(r.vacancy() == vac);\n    vector<unsigned> d = {1, 2, 3, 1};\n    COLA_ASSERT(r.dist() == d);\n    vector<unsigned> rdist = {1, 2, 2, 1};\n    COLA_ASSERT(r.rDist() == rdist);\n    // Check the basic assignment.\n    Assignment_SP ba = r.getBasicAssignment();\n    COLA_ASSERT(ba->cardinality() == 1);\n    COLA_ASSERT(ba->cost == 0);\n    // Check the assignment for quad action CDBD\n    Assignment_SP qaa = r.getAssignmentForQuadAction(\"CDBD\");\n    // cardinality:\n    COLA_ASSERT(qaa->cardinality() == 4);\n    // cost:\n    //cout << qaa.cost << endl;\n    COLA_ASSERT(approx_equal(qaa->cost, 0.9));\n    // check that the expected nodes got assigned to the semiaxes:\n    COLA_ASSERT(qaa->semis[0]->id == 0);\n    COLA_ASSERT(qaa->semis[1]->id == 1);\n    COLA_ASSERT(qaa->semis[2]->id == 4);\n    COLA_ASSERT(qaa->semis[3]->id == 6);\n\n    // Full test: Check the list of Assignments for an Arrangement.\n    /* We consider a case where the most\n    preferable 3-assignment can fail due to an existing alignment\n    constraint, and we need to choose the best Plan B.\n\n           v\n               c   w\n        u          x\n\n    Alignments: H(c,w); V(w,x); H(u,x)\n\n    If a and b are the angles that uc and vc make with semiaxis 2,\n    respectively, then assume we have 0 < a < b < 45.\n    In this case the assignment (w - u v) is the most preferred,\n    but it is thwarted by the existing alignments.\n    Our algorithm should successfully identify (w u v -) as the next\n    best alternative.\n    */\n    Nbr_SP v0 = make_shared<Nbr>(0, 1, 0);\n    Nbr_SP v1 = make_shared<Nbr>(1, -1, 0.5);\n    Nbr_SP v2 = make_shared<Nbr>(2, -0.866, -0.5);\n    Arrangement r2({v0, v1, v2});\n    Assignments A = r2.computeAllAssignments();\n    /*\n    for (auto p : A) {\n        cout << p->toString() << endl;\n    }\n    */\n    COLA_ASSERT(A[0]->toString() == \"0 - 1 2\");\n    COLA_ASSERT(A[1]->toString() == \"0 1 2 -\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/bbox.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::cout;\nusing std::endl;\nusing std::vector;\n\nint main(void) {\n    Graph graph = *buildGraphFromTglfFile(\"graphs/\" \"special/core_with_trees.tglf\");\n    // First check the bounding box of the whole graph.\n    BoundingBox bb1 = graph.getBoundingBox();\n    cout << \"Whole: \" << bb1.repr() << endl;\n    COLA_ASSERT(bb1 == BoundingBox(196, 811, 67, 653));\n    // Now try ignoring some nodes.\n    NodesById ignore_map;\n    const NodesById &lookup = graph.getNodeLookup();\n    // First try ignoring a set that actually changes the box.\n    vector<id_type> ignore{7, 8, 9, 10};\n    for (id_type id : ignore) {\n        ignore_map.emplace(id, lookup.at(id));\n    }\n    BoundingBox bb2 = graph.getBoundingBox(ignore_map);\n    cout << \"Minus NE tree: \" << bb2.repr() << endl;\n    COLA_ASSERT(bb2 == BoundingBox(196, 720, 178, 653));\n    // Now instead try ingoring a set that doesn't change the box.\n    ignore = vector<id_type>{6, 2, 3, 5};\n    ignore_map.clear();\n    for (id_type id : ignore) {\n        ignore_map.emplace(id, lookup.at(id));\n    }\n    BoundingBox bb3 = graph.getBoundingBox(ignore_map);\n    cout << \"Minus some nodes in the middle: \" << bb3.repr() << endl;\n    COLA_ASSERT(bb3 == bb1);\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/bendcosts.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <deque>\n#include <sstream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/chains.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::deque;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/bend_costs.tglf\");\n    writeStringToFile(graph->writeTglf(), \"output/\" \"bendcosts_\" \"layout.tglf\");\n\n    vector<deque<Node_SP>> chains, cycles;\n    graph->getChainsAndCycles(chains, cycles);\n    COLA_ASSERT(chains.size() == 1);\n    COLA_ASSERT(cycles.size() == 1);\n\n    cout << \"Cycle bend costs for TLC:\" << endl;\n    Chain theCycle(graph, cycles[0], true);\n    double c[16] = {1, 2, 3, 4, 5, 6, 7, 8, 7, 6, 5, 4, 3, 2, 1, 0};\n    for (size_t i = 0; i < 16; ++i) {\n        double cost = theCycle.bendCost(LinkShape::TLC, i);\n        cout << i << \": \" << cost << endl;\n        COLA_ASSERT(approx_equal(cost, c[i]/8.0, 0.001));\n    }\n\n    cout << \"Chain bend costs for TLC:\" << endl;\n    Chain theChain(graph, chains[0]);\n    double c2[7] = {0, 0, 1, 2, 3, 4, 4};\n    for (size_t i = 0; i < 7; ++i) {\n        double cost = theChain.bendCost(LinkShape::TLC, i);\n        cout << i << \": \" << cost << endl;\n        COLA_ASSERT(approx_equal(cost, c2[i]/4.0, 0.001));\n    }\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/chainconfig01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <deque>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/chains.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::deque;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/chainconfig01.tglf\");\n    graph->getSepMatrix().setCardinalOP(0, 1, CardinalDir::SOUTH);\n    graph->getSepMatrix().setCardinalOP(16, 15, CardinalDir::NORTH);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig01_\" \"00_initial.tglf\");\n    vector<deque<Node_SP>> chains, cycles;\n    graph->getChainsAndCycles(chains, cycles);\n    COLA_ASSERT(chains.size() == 1);\n    COLA_ASSERT(cycles.size() == 0);\n    Chain chain(graph, chains[0]);\n    chain.takeShapeBasedConfiguration();\n    ColaOptions opts;\n    graph->project(opts, vpsc::XDIM);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig01_\" \"01_projX.tglf\");\n    graph->project(opts, vpsc::YDIM);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig01_\" \"02_projY.tglf\");\n    graph->destress();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig01_\" \"03_destress.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/chainconfig02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <deque>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/chains.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::deque;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/chainconfig01.tglf\");\n    graph->getSepMatrix().setCardinalOP(0, 1, CardinalDir::WEST);\n    graph->getSepMatrix().setCardinalOP(16, 15, CardinalDir::EAST);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig02_\" \"00_initial.tglf\");\n    vector<deque<Node_SP>> chains, cycles;\n    graph->getChainsAndCycles(chains, cycles);\n    COLA_ASSERT(chains.size() == 1);\n    COLA_ASSERT(cycles.size() == 0);\n    Chain chain(graph, chains[0]);\n    chain.takeShapeBasedConfiguration();\n    ColaOptions opts;\n    graph->project(opts, vpsc::XDIM);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig02_\" \"01_projX.tglf\");\n    graph->project(opts, vpsc::YDIM);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig02_\" \"02_projY.tglf\");\n    graph->destress();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig02_\" \"03_destress.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/chainconfig03.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <deque>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/chains.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::deque;\nusing std::cout;\nusing std::endl;\n\n// This time our goal is to test the ability of AestheticBends to set bend nodes\n// in their associated Edges.\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/chainconfig01.tglf\");\n    graph->getSepMatrix().setCardinalOP(0, 1, CardinalDir::SOUTH);\n    graph->getSepMatrix().setCardinalOP(16, 15, CardinalDir::NORTH);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig03_\" \"00_initial.tglf\");\n\n    // Work on a copy of the original graph.\n    Graph_SP H = std::make_shared<Graph>(*graph);\n    vector<deque<Node_SP>> chains, cycles;\n    H->getChainsAndCycles(chains, cycles);\n    COLA_ASSERT(chains.size() == 1);\n    COLA_ASSERT(cycles.size() == 0);\n    Chain chain(H, chains[0]);\n    chain.takeShapeBasedConfiguration();\n    if (true) {\n        ColaOptions opts;\n        H->project(opts, vpsc::XDIM);\n        H->project(opts, vpsc::YDIM);\n    }\n    // Set the routes in the original graph.\n    graph->clearAllRoutes();\n    chain.addAestheticBendsToEdges();\n    graph->buildRoutes();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"chainconfig03_\" \"01_with_routes.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/chainsandcycles.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <deque>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::deque;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/chains_and_cycles.tglf\");\n    vector<deque<Node_SP>> chains, cycles;\n    graph->getChainsAndCycles(chains, cycles);\n\n    // Chains\n    cout << \"Chains:\" << endl;\n    for (auto d : chains) {\n        for (auto u : d) {\n            cout << u->id() << \" \";\n        }\n        cout << endl;\n    }\n\n    // Cycles\n    cout << \"Cycles:\" << endl;\n    for (auto d : cycles) {\n        for (auto u : d) {\n            cout << u->id() << \" \";\n        }\n        cout << endl;\n    }\n\n    COLA_ASSERT(chains.size() == 8);\n    COLA_ASSERT(cycles.size() == 1);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/cmplayout01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    Graph_SP graph1 = buildGraphFromTglfFile(\"graphs/\" \"special/cmplayout01.tglf\");\n    Graph_SP graph1b = buildGraphFromTglfFile(\"graphs/\" \"special/cmplayout01.tglf\");\n    Graph_SP graph2 = buildGraphFromTglfFile(\"graphs/\" \"special/cmplayout02.tglf\");\n    Graph_SP graph3 = buildGraphFromTglfFile(\"graphs/\" \"special/cmplayout03.tglf\");\n    Graph_SP graph4 = buildGraphFromTglfFile(\"graphs/\" \"special/cmplayout04.tglf\");\n\n    COLA_ASSERT(graph1->hasSameLayoutAs(*graph1b));\n    COLA_ASSERT(!graph1->hasSameLayoutAs(*graph2));\n    COLA_ASSERT(!graph1->hasSameLayoutAs(*graph3));\n    COLA_ASSERT(!graph1->hasSameLayoutAs(*graph4));\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/collateralexpand01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement5.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"collateralexpand01_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the two trees, rooted at nodes 0 and 9.\n    Tree_SP t0 = nullptr,\n            t9 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) t0 = t;\n        else if (t->getRootNodeID() == 9) t9 = t;\n        if (t0 != nullptr && t9 != nullptr) break;\n    }\n    // Show the trees' layout.\n    writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"collateralexpand01_\" \"tree0_layout.tglf\");\n    writeStringToFile(t9->underlyingGraph()->writeTglf(), \"output/\" \"collateralexpand01_\" \"tree9_layout.tglf\");\n\n    //bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps0 = faceSet.listAllPossibleTreePlacements(t0);\n    //if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n    TreePlacements tps9 = faceSet.listAllPossibleTreePlacements(t9);\n\n    // Get the NORTH placements.\n    TreePlacement_SP north0 = nullptr,\n                     north9 = nullptr;\n    for (TreePlacement_SP tp : tps0) if (tp->getPlacementDir() == CompassDir::NORTH) {north0 = tp; break;}\n    for (TreePlacement_SP tp : tps9) if (tp->getPlacementDir() == CompassDir::NORTH) {north9 = tp; break;}\n\n    // Insert the tree boxes.\n    double padding = iel/4.0;\n    north0->insertTreeNode(padding);\n    north9->insertTreeNode(padding);\n    // Show the result.\n    std::string tglfWithBoxes = P->writeTglf();\n    writeStringToFile(tglfWithBoxes, \"output/\" \"collateralexpand01_\" \"with_tree_boxes.tglf\");\n\n    Sides sides = faceSet.getExternalFace()->getRelevantSidesForPlacement(north0);\n    Side_SP S = sides.front();\n    ProjSeq_SP ps0 = S->computeCollateralProjSeq(north0, padding),\n               ps9 = S->computeCollateralProjSeq(north9, padding);\n\n    // In this case, each ProjSeq should have exactly one Projection, which should\n    // have exactly one SepCo. We check that these are as expected.\n\n    cout << ps0->toString() << endl;\n    cout << ps9->toString() << endl;\n\n    Projection_SP p0 = ps0->nextProjection(),\n                  p9 = ps9->nextProjection();\n\n    SepCo_SP sc0 = *(p0->sepCoSet.begin()),\n             sc9 = *(p9->sepCoSet.begin());\n\n    COLA_ASSERT(sc0->dim == vpsc::XDIM);\n    COLA_ASSERT(sc0->left->id() == 0);\n    COLA_ASSERT(sc0->right->id() == 89);\n    COLA_ASSERT(sc0->gap == 600);\n\n    COLA_ASSERT(sc9->dim == vpsc::XDIM);\n    COLA_ASSERT(sc9->left->id() == 87);\n    COLA_ASSERT(sc9->right->id() == 9);\n    COLA_ASSERT(sc9->gap == 570);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/collateralexpand02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement5.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"collateralexpand02_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the two trees, rooted at nodes 0 and 9.\n    Tree_SP t0 = nullptr,\n            t9 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) t0 = t;\n        else if (t->getRootNodeID() == 9) t9 = t;\n        if (t0 != nullptr && t9 != nullptr) break;\n    }\n    // Show the trees' layout.\n    writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"collateralexpand02_\" \"tree0_layout.tglf\");\n    writeStringToFile(t9->underlyingGraph()->writeTglf(), \"output/\" \"collateralexpand02_\" \"tree9_layout.tglf\");\n\n    //bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps0 = faceSet.listAllPossibleTreePlacements(t0);\n    //if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n    TreePlacements tps9 = faceSet.listAllPossibleTreePlacements(t9);\n\n    // Get the NORTH placements.\n    TreePlacement_SP north0 = nullptr,\n                     north9 = nullptr;\n    for (TreePlacement_SP tp : tps0) if (tp->getPlacementDir() == CompassDir::NORTH) {north0 = tp; break;}\n    for (TreePlacement_SP tp : tps9) if (tp->getPlacementDir() == CompassDir::NORTH) {north9 = tp; break;}\n\n    // Insert the tree box for the placement at node 0.\n    double padding = iel/4.0;\n    north0->insertTreeNode(padding);\n    // Show the result.\n    writeStringToFile(P->writeTglf(), \"output/\" \"collateralexpand02_\" \"00_with_tree_box_at_0.tglf\");\n\n    // Now do collateral expansion for the placement at node 9.\n    ProjSeq_SP ps9 = faceSet.getExternalFace()->doCollateralExpansion(north9);\n    cout << ps9->toString() << endl;\n    // Show the result.\n    writeStringToFile(P->writeTglf(), \"output/\" \"collateralexpand02_\" \"01_expanded_for_box_at_9.tglf\");\n\n    // Insert the tree box for the placement at node 9.\n    north9->insertTreeNode(padding);\n    // Show the result.\n    writeStringToFile(P->writeTglf(), \"output/\" \"collateralexpand02_\" \"02_with_tree_box_at_9.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/conncomps.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nint main(void) {\n    Graph graph = *buildGraphFromTglfFile(\"graphs/\" \"special/components.tglf\");\n    vector<Graph_SP> comps = graph.getConnComps();\n    // We designed the test case with 7 components.\n    // First check the raw number.\n    COLA_ASSERT(comps.size() == 7);\n    // And also write each component to a separate file for visual check.\n    size_t i = 0;\n    for (auto p : comps) {\n        writeStringToFile(\n            p->writeTglf(),\n            string_format(\"output/\" \"conncomps_\" \"comp_%d.tglf\", i++)\n        );\n    }\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/containedsegment01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/expansion.h\"\n\nusing namespace dialect;\n\nusing Avoid::Point;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement4.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"containedsegment01_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the tree rooted at node 0.\n    Tree_SP t0 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) {\n            t0 = t;\n            break;\n        }\n    }\n    // Show the tree's layout.\n    //writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"containedsegment01_\" \"tree_layout.tglf\");\n\n    bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps = faceSet.listAllPossibleTreePlacements(t0);\n    if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n\n    // If in choosing a best placement we no longer favour external placement,\n    // then the tree should be placed SOUTH, due to isolation.\n    opts.treePlacement_favourExternal = false;\n    TreePlacement_SP best = chooseBestPlacement(tps, opts);\n    if (verbose) cout << best->toString();\n    COLA_ASSERT(best->getPlacementDir() == CompassDir::SOUTH);\n\n    // Compute the ContainedSegments for this placement.\n    vector<ContainedSegment_SP> cses;\n    ExpansionManager em(best, vpsc::HORIZONTAL);\n    for (ExpansionGoal_SP eg : em.getGoals()) {\n        bool ignoreCollateralTreeBoxes = true;\n        ContainedSegment_SP cs = eg->computeContainedSegment(ignoreCollateralTreeBoxes);\n        cses.push_back(cs);\n        cout << cs->toString() << endl;\n    }\n\n    // Insert the tree box for this placement.\n    double padding = iel/4.0;\n    best->insertTreeNode(padding);\n    // Show the result.\n    std::string tglfWithBox = P->writeTglf();\n    writeStringToFile(tglfWithBox, \"output/\" \"containedsegment01_\" \"with_tree_box.tglf\");\n\n    // Check\n    Node_SP u0 = graph->getNode(0),\n            u1 = graph->getNode(1),\n            u2 = graph->getNode(2),\n            u7 = graph->getNode(7),\n            ub = best->getBoxNode();\n    cout << \"box node id: \" << ub->id() << endl;\n    Point   c0 = u0->getCentre(),\n            c1 = u1->getCentre(),\n            c7 = u7->getCentre();\n    BoundingBox b0 = u0->getBoundingBox(),\n                b2 = u2->getBoundingBox(),\n                bb = ub->getBoundingBox();\n\n    cout << \"Basept should be: \" << c0.x << \",\" << b0.Y << endl;\n    cout << \"South goal should be to \" << b2.y << \" toward \" << bb.Y << endl;\n    cout << \"West goal should be to \" << c7.x << \" toward \" << bb.x << endl;\n    cout << \"East goal should be to \" << c1.x << \" toward \" << bb.X << endl;\n\n    Point bp = Point(c0.x, b0.Y);\n    COLA_ASSERT(cses[0]->basept == bp);\n    COLA_ASSERT(cses[1]->basept == bp);\n    COLA_ASSERT(cses[2]->basept == bp);\n\n    COLA_ASSERT(cses[0]->localGoalPt.y  == b2.y);\n    COLA_ASSERT(cses[0]->globalGoalPt.y == bb.Y);\n\n    COLA_ASSERT(cses[1]->localGoalPt.x  == c7.x);\n    COLA_ASSERT(cses[1]->globalGoalPt.x == bb.x);\n\n    COLA_ASSERT(cses[2]->localGoalPt.x  == c1.x);\n    COLA_ASSERT(cses[2]->globalGoalPt.x == bb.X);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/destress.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    ColaOptions opts;\n\n    // CFDL\n    cout << \"Destress metro/sydney using CFDL...\" << endl;\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"metro/sydney.tglf\");\n    graph->destress(opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"destress_\" \"metro_sydney_cfdl.tglf\");\n\n    // CML\n    cout << \"Destress metro/sydney using CML...\" << endl;\n    Graph_SP graph2 = buildGraphFromTglfFile(\"graphs/\" \"metro/sydney.tglf\");\n    opts.useMajorization = true;\n    graph2->destress(opts);\n    writeStringToFile(graph2->writeTglf(), \"output/\" \"destress_\" \"metro_sydney_cml.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/destress02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    ColaOptions opts;\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/coincidentnodes.tglf\");\n    graph->destress(opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"destress02_\" \"destressed.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/destress_aca.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <vector>\n#include <utility>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/aca.h\"\n\nusing namespace dialect;\n\nusing std::string;\nusing std::vector;\nusing std::pair;\nusing std::cout;\nusing std::endl;\n\nvector< pair<string, string> > names {\n      {\"special\", \"X_4\"}\n    , {\"random\", \"v40e44\"}\n    , {\"metro\", \"sydney\"}\n};\n\nint main(void) {\n    cout << \"ACA + Destress\" << endl;\n    ColaOptions opts;\n    //opts.useMajorization = true;\n    for (auto p : names) {\n        string dir = p.first, file = p.second;\n        Graph_SP graph = buildGraphFromTglfFile(\"graphs/\"+dir+\"/\"+file+\".tglf\");\n        cout << dir << \"/\" << file << \"...\" << std::flush;\n        graph->getIEL();\n        ACALayout aca(graph);\n        //aca.outputInstanceToSVG(\"output/\" \"destress_aca_\"+dir+\"_\"+file+\"_instance\");\n        aca.layout();\n        graph->updateNodesFromRects();\n        aca.updateSepMatrix();\n        graph->destress(opts);\n        cout << \"done\" << endl;\n        writeStringToFile(graph->writeTglf(), \"output/\" \"destress_aca_\"+dir+\"_\"+file+\".tglf\");\n    }\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    // Purpose of test: See that an interior face can be expanded to make room for a single tree box.\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement4.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand01_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the tree rooted at node 0.\n    Tree_SP t0 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) {\n            t0 = t;\n            break;\n        }\n    }\n    // Show the tree's layout.\n    //writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"expand01_\" \"tree_layout.tglf\");\n\n    bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps = faceSet.listAllPossibleTreePlacements(t0);\n    if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n\n    // If in choosing a best placement we no longer favour external placement,\n    // then the tree should be placed SOUTH, due to isolation.\n    opts.treePlacement_favourExternal = false;\n    TreePlacement_SP best = chooseBestPlacement(tps, opts);\n    if (verbose) cout << best->toString();\n    COLA_ASSERT(best->getPlacementDir() == CompassDir::SOUTH);\n\n    // Expand the face to make room for the tree box.\n    bool doCostlierDimFirst = true;\n    double padding = iel/4.0;\n    ProjSeq_SP ps = best->buildBestProjSeq(padding, doCostlierDimFirst);\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    P->applyProjSeq(colaOpts, *ps);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand01_\" \"expanded.tglf\");\n\n    // Insert the tree box for this placement.\n    best->insertTreeNode(padding);\n    // Show the result.\n    std::string tglfWithBox = P->writeTglf();\n    writeStringToFile(tglfWithBox, \"output/\" \"expand01_\" \"expanded_with_tree_box.tglf\");\n\n\n\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand02.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand02_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the two trees, rooted at nodes 0 and 9.\n    Tree_SP t0 = nullptr,\n            t9 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) t0 = t;\n        else if (t->getRootNodeID() == 9) t9 = t;\n        if (t0 != nullptr && t9 != nullptr) break;\n    }\n    // Show the trees' layout.\n    //writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"expand02_\" \"tree0_layout.tglf\");\n    //writeStringToFile(t9->underlyingGraph()->writeTglf(), \"output/\" \"expand02_\" \"tree9_layout.tglf\");\n\n    //bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps0 = faceSet.listAllPossibleTreePlacements(t0);\n    //if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n    TreePlacements tps9 = faceSet.listAllPossibleTreePlacements(t9);\n\n    // Get the SOUTH placement at node 0, and the SW placement at node 9 with WEST growth direction.\n    TreePlacement_SP tp0 = nullptr,\n                     tp9 = nullptr;\n    for (TreePlacement_SP tp : tps0) if (tp->getPlacementDir() == CompassDir::SOUTH) {tp0 = tp; break;}\n    for (TreePlacement_SP tp : tps9) if (tp->getPlacementDir() == CompassDir::SW && tp->getGrowthDir() == CardinalDir::WEST) {tp9 = tp; break;}\n\n    // Set up for expansions.\n    bool doCostlierDimFirst = true;\n    double padding = iel/4.0;\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n\n    // Expand to make room for tree at node 0, insert the tree box, and show the result.\n    ProjSeq_SP ps0 = tp0->buildBestProjSeq(padding, doCostlierDimFirst);\n    P->applyProjSeq(colaOpts, *ps0);\n    tp0->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand02_\" \"00_tree0_placed.tglf\");\n\n    // Now do likewise for the tree at node 9.\n    ProjSeq_SP ps9 = tp9->buildBestProjSeq(padding, doCostlierDimFirst);\n    P->applyProjSeq(colaOpts, *ps9);\n    tp9->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand02_\" \"01_tree9_placed.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand03.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand03.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // Do an OrthoHub layout on the core.\n    OrthoHubLayoutOptions ohl_opts;\n    OrthoHubLayout ohl(graph, ohl_opts);\n    ohl.layout();\n    // Show result.\n    writeStringToFile(graph->writeTglf(), \"output/\" \"expand03_\" \"ortho_core.tglf\");\n    // There should be four trees.\n    COLA_ASSERT(trees.size() == 4);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    //writeStringToFile(P->writeTglf(), \"output/\" \"expand03_\" \"planar_layout.tglf\");\n\n    // Reattach trees.\n    //P->m_debugOutputPath = \"output/\" \"expand03_\";\n    //P->m_projectionDebugLevel = 2;\n    reattachTrees(P, trees, opts);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand03_\" \"with_tree_boxes.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand04.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand04.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    Tree_SP t0 = nullptr,\n            t1 = nullptr;\n    for (Tree_SP t : trees) {\n        t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n        id_type rid = t->getRootNodeID();\n        if (rid == 0) t0 = t;\n        else if (rid == 1) t1 = t;\n    }\n\n    // Planarise the core.\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand04_\" \"00_planar_layout.tglf\");\n\n    // Compute the faces of the core.\n    FaceSet_SP faceset = std::make_shared<FaceSet>(P);\n    // Get all placements for both trees.\n    TreePlacements tps0 = faceset->listAllPossibleTreePlacements(t0);\n    TreePlacements tps1 = faceset->listAllPossibleTreePlacements(t1);\n    // Find the ones we want.\n    TreePlacement_SP tp0 = nullptr,\n                     tp1 = nullptr;\n    for (TreePlacement_SP tp : tps0) {\n        if (tp->getPlacementDir() == CompassDir::EAST) {\n            tp0 = tp;\n            break;\n        }\n    }\n    for (TreePlacement_SP tp : tps1) {\n        if (tp->getPlacementDir() == CompassDir::WEST) {\n            tp1 = tp;\n            break;\n        }\n    }\n    // Attach the one at Node 1.\n    double padding = P->getIEL()/4.0;\n    tp1->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand04_\" \"01_with_first_tree_box.tglf\");\n\n    // Now try to expand for the placement at Node 0.\n    ProjSeq_SP ps = tp0->buildBestProjSeq(padding, true);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand04_\" \"02_build_proj_seq.tglf\");\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    P->applyProjSeq(colaOpts, *ps);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand04_\" \"03_apply_proj_seq.tglf\");\n\n    // Insert the other tree node.\n    tp0->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand04_\" \"04_insert_second_tree_box.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand05.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build the graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand05.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    Tree_SP t0 = nullptr;\n    for (Tree_SP t : trees) {\n        t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n        id_type rid = t->getRootNodeID();\n        if (rid == 0) t0 = t;\n    }\n\n    // Planarise the core.\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand05_\" \"00_planar_layout.tglf\");\n\n    // Compute the faces of the core.\n    FaceSet_SP faceset = std::make_shared<FaceSet>(P);\n    // Get all placements for the tree.\n    TreePlacements tps0 = faceset->listAllPossibleTreePlacements(t0);\n    // Find the one we want.\n    TreePlacement_SP tp0 = nullptr;\n    for (TreePlacement_SP tp : tps0) {\n        if (tp->getPlacementDir() == CompassDir::SE && tp->getGrowthDir() == CardinalDir::EAST) {\n            tp0 = tp;\n            break;\n        }\n    }\n\n    // Attempt to expand for the placement.\n    double padding = P->getIEL()/4.0;\n    ProjSeq_SP ps = tp0->buildBestProjSeq(padding, true);\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    P->applyProjSeq(colaOpts, *ps);\n\n    // Insert the tree node.\n    tp0->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand05_\" \"01_insert_tree_box.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand06.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n#include \"libdialect/logging.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    Logger *logger = new Logger(\"output/\", \"expand06_\", true);\n\n    Graph G;\n    Node_SP u0 = Node::allocate();\n    u0->setDims(30, 30);\n    u0->setCentre(0, 0);\n    G.addNode(u0);\n    Node_SP u1 = Node::allocate();\n    u1->setDims(30, 30);\n    u1->setCentre(100, 0);\n    G.addNode(u1);\n    Edge_SP e0 = Edge::allocate(u0, u1);\n    G.addEdge(e0);\n\n#define twoD\n#ifdef twoD\n    Node_SP u2 = Node::allocate();\n    u2->setDims(30, 30);\n    u2->setCentre(100, 100);\n    G.addNode(u2);\n    Node_SP u3 = Node::allocate();\n    u3->setDims(30, 30);\n    u3->setCentre(0, 100);\n    G.addNode(u3);\n    Edge_SP e1 = Edge::allocate(u1, u2);\n    Edge_SP e2 = Edge::allocate(u2, u3);\n    Edge_SP e3 = Edge::allocate(u3, u0);\n    G.addEdge(e1);\n    G.addEdge(e2);\n    G.addEdge(e3);\n#endif\n\n    SepMatrix &m = G.getSepMatrix();\n\n#define BG\n#ifdef BG\n    m.setCardinalOP(0, 1, CardinalDir::EAST);\n#ifdef twoD\n    m.setCardinalOP(1, 2, CardinalDir::SOUTH);\n    m.setCardinalOP(2, 3, CardinalDir::WEST);\n    m.setCardinalOP(3, 0, CardinalDir::NORTH);\n#endif\n#else\n    m.hAlign(0, 1);\n#ifdef twoD\n    m.hAlign(2, 3);\n    m.vAlign(1, 2);\n    m.vAlign(0, 3);\n#endif\n#endif\n\n#define EBG\n#ifdef EBG\n    m.setExtraBdryGap(20);\n#endif\n\n    logger->log(G, \"00_initial\");\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    colaOpts.logger = logger;\n    for (int i = 1; i < 3; ++i) {\n        logger->nextLoggingIndex = i;\n        G.makeFeasible(colaOpts);\n        logger->log(G, string_format(\"%02d_make_feasible_result.tglf\", i));\n    }\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand07.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n#include \"libdialect/logging.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    Logger *logger = new Logger(\"output/\", \"expand07_\", true);\n    Graph G = *buildGraphFromTglfFile(\"graphs/\" \"special/expand07.tglf\");\n\n//#define cut10\n#ifdef cut10\n    G.severAndRemoveNode(10);\n    G.addEdgeByIDs(9, 14);\n    G.getSepMatrix().vAlign(9, 14);\n    logger->log(G, \"000_cut_10\");\n#endif\n\n    vector<id_type> ids{\n        4, 3, 13, 5, 6, 7\n    };\n    for (id_type id : ids) G.severAndRemoveNode(id);\n\n//#define EBG\n#ifdef EBG\n    G.getSepMatrix().setExtraBdryGap(20);\n#endif\n\n    logger->log(G, \"00_initial\");\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    colaOpts.logger = logger;\n    for (int i = 1; i < 5; ++i) {\n        logger->nextLoggingIndex = i;\n        G.makeFeasible(colaOpts);\n        logger->log(G, string_format(\"%02d_make_feasible_result.tglf\", i));\n    }\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand08.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand08.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    Tree_SP t0 = nullptr,\n            t2 = nullptr;\n    for (Tree_SP t : trees) {\n        t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n        id_type rid = t->getRootNodeID();\n        if (rid == 0) t0 = t;\n        else if (rid == 2) t2 = t;\n    }\n\n    // Planarise the core.\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand08_\" \"00_planar_layout.tglf\");\n\n    // Compute the faces of the core.\n    FaceSet_SP faceset = std::make_shared<FaceSet>(P);\n    // Get all placements for both trees.\n    TreePlacements tps0 = faceset->listAllPossibleTreePlacements(t0);\n    TreePlacements tps2 = faceset->listAllPossibleTreePlacements(t2);\n    // Find the ones we want.\n    TreePlacement_SP tp0 = nullptr,\n                     tp2 = nullptr;\n    for (TreePlacement_SP tp : tps0) {\n        if (tp->getPlacementDir() == CompassDir::EAST) {\n            tp0 = tp;\n            break;\n        }\n    }\n    for (TreePlacement_SP tp : tps2) {\n        if (tp->getPlacementDir() == CompassDir::SOUTH) {\n            tp2 = tp;\n            break;\n        }\n    }\n    // Attach the one at Node 0.\n    double padding = P->getIEL()/4.0;\n    tp0->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand08_\" \"01_with_first_tree_box.tglf\");\n\n    // Now try to expand for the placement at Node 0.\n    ProjSeq_SP ps = tp2->buildBestProjSeq(padding, false);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand08_\" \"02_build_proj_seq.tglf\");\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    P->applyProjSeq(colaOpts, *ps);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand08_\" \"03_apply_proj_seq.tglf\");\n\n    // Insert the other tree node.\n    tp2->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand08_\" \"04_insert_second_tree_box.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/expand09.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand09.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    Tree_SP t0 = nullptr,\n            t2 = nullptr;\n    for (Tree_SP t : trees) {\n        t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n        id_type rid = t->getRootNodeID();\n        if (rid == 0) t0 = t;\n        else if (rid == 2) t2 = t;\n    }\n\n    // Planarise the core.\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand09_\" \"00_planar_layout.tglf\");\n\n    // Compute the faces of the core.\n    FaceSet_SP faceset = std::make_shared<FaceSet>(P);\n    // Get all placements for both trees.\n    TreePlacements tps0 = faceset->listAllPossibleTreePlacements(t0);\n    TreePlacements tps2 = faceset->listAllPossibleTreePlacements(t2);\n    // Find the ones we want.\n    TreePlacement_SP tp0 = nullptr,\n                     tp2 = nullptr;\n    for (TreePlacement_SP tp : tps0) {\n        if (tp->getPlacementDir() == CompassDir::EAST) {\n            tp0 = tp;\n            break;\n        }\n    }\n    for (TreePlacement_SP tp : tps2) {\n        if (tp->getPlacementDir() == CompassDir::SOUTH) {\n            tp2 = tp;\n            break;\n        }\n    }\n    // Attach the one at Node 0.\n    double padding = P->getIEL()/4.0;\n    tp0->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand09_\" \"01_with_first_tree_box.tglf\");\n\n    // Now try to expand for the placement at Node 0.\n    ProjSeq_SP ps = tp2->buildBestProjSeq(padding, false);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand09_\" \"02_build_proj_seq.tglf\");\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    P->applyProjSeq(colaOpts, *ps);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand09_\" \"03_apply_proj_seq.tglf\");\n\n    // Insert the other tree node.\n    tp2->insertTreeNode(padding);\n    writeStringToFile(P->writeTglf(), \"output/\" \"expand09_\" \"04_insert_second_tree_box.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/extrabdrygap.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/io.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/X_4.tglf\");\n    SepMatrix &m = graph->getSepMatrix();\n    m.setCardinalOP(4, 9, CardinalDir::EAST);\n    m.setCardinalOP(4, 5, CardinalDir::SOUTH);\n    m.setCardinalOP(4, 3, CardinalDir::WEST);\n    m.setCardinalOP(4, 13, CardinalDir::NORTH);\n    ColaOptions opts;\n    opts.idealEdgeLength = 10;\n    opts.preventOverlaps = true;\n    graph->destress(opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"extrabdrygap_\" \"01_zero_gap.tglf\");\n    m.setExtraBdryGap(30);\n    graph->destress(opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"extrabdrygap_\" \"02_extra_gap.tglf\");\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/faceset01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    // Build a 4-planar, orthogonal layout.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/bundlecross.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"faceset01_\" \"planar_layout.tglf\");\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // There should be seven faces.\n    COLA_ASSERT(faceSet.getNumFaces() == 7);\n\n    // Check each face's node sequence.\n    vector<id_type> idSeqs[7] = {\n        {8, 5, 39, 22, 20, 0},\n        {5, 8, 0, 7, 6, 18, 4, 23, 19},\n        {5, 19, 23, 21, 39},\n        {0, 20, 1, 2, 22, 39, 6, 7},\n        {20, 22, 2, 1},\n        {21, 23, 4, 3},\n        {3, 4, 18, 6, 39, 21}\n    };\n    Faces faces = faceSet.getFaces();\n    for (size_t i = 0; i < 7; ++i) {\n        Face_SP F = faces[i];\n        vector<id_type> ids = nodes2ids(F->getNodeSeq());\n        for (id_type id : ids) cout << id << \" \";\n        cout << endl;\n        COLA_ASSERT(ids == idSeqs[i]);\n    }\n\n    // Check external face.\n    for (size_t i = 0; i < 7; ++i) {\n        Face_SP F = faces[i];\n        if (i == 1) { COLA_ASSERT(F->isExternal()); }\n        else { COLA_ASSERT(!F->isExternal()); }\n    }\n\n    // Look at the Sides and Nexes for the concave face #3:\n    Face_SP cc = faces[3];\n    cout << \"Sides and Nexes for lower-left concave Face:\" << endl;\n    for (Side_SP S : cc->getSides()) cout << S->toString() << endl;\n    for (auto p : cc->getNexusLookup()) cout << p.second->toString();\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/faceset02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n#include <map>\n#include <utility>\n#include <set>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    // Build a 4-planar, orthogonal layout.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/3cross4cross.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"faceset02_\" \"planar_layout.tglf\");\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get the external face.\n    Face_SP ext = faceSet.getExternalFace();\n\n    // Display the ids in the node sequence.\n    cout << \"External face:\" << endl << \"    \";\n    Nodes extNodes = ext->getNodeSeq();\n    vector<id_type> extIds = nodes2ids(extNodes);\n    for (id_type id : extIds) cout << id << \" \";\n    cout << endl;\n\n    // We check that data structures have been properly constructed for\n    // our 3-crossing (at node #4) and 4-crossing (at node #11).\n    vector<id_type> crossings{4, 11};\n\n    // Test the neighbour pairs.\n    std::map<id_type, std::vector<std::pair<Node_SP, Node_SP>>> nbrPairs = ext->getNbrPairs();\n    for (id_type id : crossings) {\n        auto pairs = nbrPairs.at(id);\n        cout << string_format(\"Pairs for node %d:\", id) << endl;\n        for (auto q : pairs) {\n            cout << string_format(\"    %d, %d\", q.first->id(), q.second->id()) << endl;\n        }\n    }\n    // There should be the right number of them.\n    COLA_ASSERT(nbrPairs[4].size() == 3);\n    COLA_ASSERT(nbrPairs[11].size() == 4);\n\n    // Show the Sides that include our crossing nodes.\n    cout << \"Sides including crossing Nodes 4 and 11:\" << endl;\n    Sides sides = ext->getSides();\n    for (size_t i = 0; i < sides.size(); ++i) {\n        Side_SP S = sides[i];\n        if (S->containsNode(4) || S->containsNode(11)) {\n            cout << i << \": \" << S->toString() << endl;\n        }\n    }\n\n    // Show the Nexes, and check that they determine the correct neighbours of important directions.\n    std::map<id_type, vector<CompassDir>> direcsPerCrossing{\n        {4,  {CompassDir::NE, CompassDir::EAST, CompassDir::SE, CompassDir::SW, CompassDir::NW}},\n        {11, {CompassDir::NE, CompassDir::SE, CompassDir::SW, CompassDir::NW}}\n    };\n    std::map<id_type, vector<std::set<Side_SP>>> answersPerCrossing{\n        {4, {\n                {sides[31]}, {sides[31]}, {sides[31]}, {sides[24], sides[25]}, {sides[37], sides[38]}\n            }\n        },\n        {11, {\n                {sides[42], sides[43]}, {sides[19], sides[20]}, {sides[12], sides[13]}, {sides[3], sides[4]}\n            }\n        }\n    };\n    NexesById nexusLookup = ext->getNexusLookup();\n    for (id_type id : crossings) {\n        cout << \"Crossing at \" << id << endl;\n        Nexus_SP nexus = nexusLookup.at(id);\n        //cout << nexus->toString();\n        vector<CompassDir> direcs = direcsPerCrossing.at(id);\n        vector<std::set<Side_SP>> answers = answersPerCrossing.at(id);\n        for (size_t i = 0; i < direcs.size(); ++i) {\n            CompassDir d = direcs.at(i);\n            std::set<Side_SP> answer = answers.at(i);\n            std::set<Side_SP> sides = nexus->getNeighboursOfADirection(d);\n            COLA_ASSERT(sides == answer);\n            cout << \"Neighbours of \" << Compass::dirToString(d) << \":\" << endl;\n            for (Side_SP S : sides) cout << \"    \" << S->toString() << endl;\n        }\n    }\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/metro/london.gml",
    "content": 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  },
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  },
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l\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t11\n\t\ttarget\t51\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t51\n\t\ttarget\t14\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t14\n\t\ttarget\t65\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t65\n\t\ttarget\t66\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t66\n\t\ttarget\t67\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t67\n\t\ttarget\t68\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t68\n\t\ttarget\t69\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t69\n\t\ttarget\t70\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t70\n\t\ttarget\t71\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t71\n\t\ttarget\t72\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t72\n\t\ttarget\t73\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t73\n\t\ttarget\t74\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t74\n\t\ttarget\t75\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t75\n\t\ttarget\t76\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t11\n\t\ttarget\t77\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t77\n\t\ttarget\t49\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t49\n\t\ttarget\t78\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t78\n\t\ttarget\t79\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t79\n\t\ttarget\t15\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t15\n\t\ttarget\t80\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t80\n\t\ttarget\t66\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t66\n\t\ttarget\t81\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t81\n\t\ttarget\t82\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t82\n\t\ttarget\t83\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/metro/wien-kurz.tglf",
    "content": "0 80.000 -80.000 30.000 30.000\n1 296.000 -346.000 30.000 30.000\n2 -397.000 83.000 30.000 30.000\n3 -518.000 281.000 30.000 30.000\n4 -83.000 37.000 30.000 30.000\n5 -78.000 -92.000 30.000 30.000\n6 -110.000 243.000 30.000 30.000\n7 380.000 -93.000 30.000 30.000\n8 535.000 293.000 30.000 30.000\n9 -38.000 232.000 30.000 30.000\n10 -9.000 -304.000 30.000 30.000\n11 269.000 312.000 30.000 30.000\n12 428.000 220.000 30.000 30.000\n13 -565.000 -155.000 30.000 30.000\n14 -290.000 94.000 30.000 30.000\n15 -277.000 -362.000 30.000 30.000\n16 -85.000 -211.000 30.000 30.000\n17 -246.000 318.000 30.000 30.000\n18 461.000 -276.000 30.000 30.000\n19 545.000 31.000 30.000 30.000\n20 44.000 -267.000 30.000 30.000\n21 -14.000 -102.000 30.000 30.000\n22 -142.000 -177.000 30.000 30.000\n23 10.000 307.000 30.000 30.000\n24 -546.000 -45.000 30.000 30.000\n25 249.000 228.000 30.000 30.000\n26 307.000 109.000 30.000 30.000\n27 -88.000 -181.000 30.000 30.000\n28 -314.000 106.000 30.000 30.000\n29 397.000 -154.000 30.000 30.000\n30 64.000 -43.000 30.000 30.000\n31 -528.000 233.000 30.000 30.000\n32 115.000 -220.000 30.000 30.000\n33 -226.000 176.000 30.000 30.000\n34 517.000 -326.000 30.000 30.000\n35 -269.000 -307.000 30.000 30.000\n36 435.000 -255.000 30.000 30.000\n37 -513.000 309.000 30.000 30.000\n38 -147.000 -378.000 30.000 30.000\n39 437.000 87.000 30.000 30.000\n40 376.000 -265.000 30.000 30.000\n41 -174.000 -204.000 30.000 30.000\n42 -514.000 382.000 30.000 30.000\n43 497.000 117.000 30.000 30.000\n44 368.000 -33.000 30.000 30.000\n45 566.000 -113.000 30.000 30.000\n46 -355.000 -196.000 30.000 30.000\n47 -420.000 -150.000 30.000 30.000\n48 230.000 -26.000 30.000 30.000\n49 -352.000 -113.000 30.000 30.000\n50 -332.000 -262.000 30.000 30.000\n51 -69.000 -225.000 30.000 30.000\n52 160.000 38.000 30.000 30.000\n53 -338.000 79.000 30.000 30.000\n54 527.000 266.000 30.000 30.000\n55 -283.000 -209.000 30.000 30.000\n56 555.000 -57.000 30.000 30.000\n57 -51.000 -115.000 30.000 30.000\n58 -557.000 -8.000 30.000 30.000\n59 357.000 -133.000 30.000 30.000\n60 -220.000 -69.000 30.000 30.000\n61 300.000 -5.000 30.000 30.000\n62 -205.000 -290.000 30.000 30.000\n63 339.000 -226.000 30.000 30.000\n64 -442.000 -218.000 30.000 30.000\n65 341.000 -147.000 30.000 30.000\n66 488.000 101.000 30.000 30.000\n67 -335.000 30.000 30.000 30.000\n68 539.000 -298.000 30.000 30.000\n69 -539.000 362.000 30.000 30.000\n70 1.000 309.000 30.000 30.000\n71 571.000 294.000 30.000 30.000\n72 -570.000 92.000 30.000 30.000\n73 214.000 -269.000 30.000 30.000\n74 370.000 -71.000 30.000 30.000\n75 -448.000 18.000 30.000 30.000\n76 509.000 -276.000 30.000 30.000\n77 78.000 -362.000 30.000 30.000\n78 95.000 170.000 30.000 30.000\n79 277.000 301.000 30.000 30.000\n80 -196.000 -342.000 30.000 30.000\n81 175.000 36.000 30.000 30.000\n82 -505.000 197.000 30.000 30.000\n83 -364.000 -129.000 30.000 30.000\n#\n14 15\n0 1\n30 31\n1 2\n38 39\n13 14\n14 65\n54 55\n37 38\n10 11\n51 52\n11 51\n25 26\n40 41\n5 6\n81 82\n31 32\n23 24\n50 51\n9 10\n49 78\n58 59\n67 68\n33 34\n73 74\n18 37\n22 23\n6 7\n2 3\n72 73\n75 76\n53 54\n15 80\n43 44\n11 77\n21 22\n70 71\n29 47\n52 13\n20 21\n27 7\n55 56\n16 17\n13 53\n39 40\n80 66\n44 45\n32 33\n51 14\n36 18\n64 11\n78 79\n46 29\n71 72\n49 50\n68 69\n82 83\n48 49\n66 81\n61 62\n79 15\n8 9\n15 16\n17 18\n4 5\n63 64\n7 28\n57 58\n65 66\n3 4\n56 57\n42 43\n77 49\n26 27\n59 60\n7 8\n34 35\n29 30\n74 75\n62 63\n12 13\n11 12\n69 70\n24 25\n18 19\n47 48\n66 67\n28 29\n35 36\n45 46\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/makeCorpus.py",
    "content": "#!/usr/bin/python\n\nimport os\n\ndef genNM():\n    nm = []\n    for n in range(10, 210, 10):\n        M = int(round(1.5*n))\n        d = int(round((M-n)/5))\n        nm.extend([(n,m) for m in range(n, M+1, d)])\n    return nm\n\nif __name__ == '__main__':\n    nm = genNM()\n    for n, m in nm:\n        os.system('./randomGraph -a %d %d' % (n, m))\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/randomGraph",
    "content": "#!/usr/bin/python\n\nimport sys, random\n\ndef usage():\n    s = ''\n    s += '\\n'\n    s += 'USAGE:\\n'\n    s += 'To create a random connected graph, use\\n'\n    s += '      ./randomGraph OPTION n m\\n'\n    s += 'where n is the number of nodes you want,\\n'\n    s += 'and m is the number of edges you want,\\n'\n    s += '(must have n-1 <= m <= n(n-1)/2)\\n'\n    s += 'and where OPTION is:\\n'\n    s += '    -a: automatic filename v%de%d.tgf%(n,m)\\n'\n    s += '    -s: write to stdout\\n'\n    return s\n\nclass Node:\n\n    def __init__(self,graph,index):\n        self.graph = graph\n        self.index = index\n        self.friends = []\n        self.strangers = range(index)\n\n    def randomStranger(self):\n        s = len(self.strangers)\n        if s == 0: return None\n        j = random.randint(0,s-1)\n        return self.strangers[j]\n\n    def hasFriend(self,i):\n        return i in self.friends\n\n    def addStranger(self,i):\n        self.strangers.append(i)\n        self.graph.markNodeIndexUnsat(self.index)\n\n    def addFriend(self,i):\n        if self.hasFriend(i): return\n        self.friends.append(i)\n        self.strangers.remove(i)\n        if not self.strangers:\n            self.graph.markNodeIndexSat(self.index)\n\n\nclass Graph:\n\n    def __init__(self):\n        self.size = 0\n        self.nodes = []\n        self.edges = []\n        self.unsatNI = [] # unsaturated node indices\n\n    def newNode(self):\n        \"Create and return a new node for this graph.\"\n        n = self.size\n        N = Node(self,n)\n        if n > 0:\n            self.unsatNI = range(n+1)\n            # Tell old nodes about new stranger.\n            for M in self.nodes:\n                M.strangers.append(n)\n        self.nodes.append(N)\n        self.size = n + 1\n        return N\n\n    def markNodeIndexSat(self,i):\n        self.unsatNI.remove(i)\n\n    def markNodeIndexUnsat(self,i):\n        self.unsatNI.append(i)\n\n    def edgeMayExist(self,si,ti):\n        \"Check whether the indices are within bounds.\"\n        n = self.size\n        return si < n and ti < n\n\n    def edgeExists(self,si,ti):\n        \"Say whether nodes si, ti yet share an edge.\"\n        if not self.edgeMayExist(si,ti): return False\n        sn = self.nodes[si]\n        return sn.hasFriend(ti)\n\n    def isComplete(self):\n        \"Is this graph complete?\"\n        return len(self.unsatNI) == 0\n\n    def addEdge(self,si,ti):\n        \"Add the edge (si,ti) if possible.\"\n        if self.edgeMayExist(si,ti) and not self.edgeExists(si,ti):\n            sn = self.nodes[si]\n            tn = self.nodes[ti]\n            # Inform the nodes\n            sn.addFriend(ti)\n            tn.addFriend(si)\n            # Record edge locally\n            self.edges.append( (si,ti) )\n\n    def addRandomEdge(self):\n        \"Add a random edge if possible, and return it.\"\n        if self.isComplete(): return None\n        # Choose an unsaturated node at random.\n        u = len(self.unsatNI)\n        j = random.randint(0,u-1)\n        si = self.unsatNI[j]\n        sn = self.nodes[si]\n        ti = sn.randomStranger()\n        self.addEdge(si,ti)\n        return (si,ti)\n\n    def addRandomConnectedNode(self):\n        \"Create a new node and attach it to a random existing node.\"\n        sn = self.newNode()\n        if self.size > 1:\n            si = sn.index\n            ti = sn.randomStranger()\n            self.addEdge(si,ti)\n\n    def tgf(self):\n        t = ''\n        for n in self.nodes:\n            t += '%d\\n'%n.index\n        t += '#\\n'\n        for e in self.edges:\n            t += '%d %d\\n'%e\n        return t\n\ndef genRandGraph(n,m):\n    \"\"\"\n    Generate a random connected graph of n nodes and m edges.\n    \"\"\"\n    if m < n - 1 or m > n*(n - 1)/2:\n        print 'ERROR: m must be between n-1 and n(n-1)/2 inclusive.'\n        sys.exit(1)\n    G = Graph()\n    # First create n nodes, connected by a spanning tree.\n    for i in range(n):\n        G.addRandomConnectedNode()\n    # There are now n - 1 edges in the graph.\n    # Add m - n + 1 more.\n    for j in range(m - n + 1):\n        G.addRandomEdge()\n    return G\n\ndef genRandGraphByDensity(n,d):\n    G = Graph()\n    N = 0\n    if d < 1 or d > (n-1)/2.0:\n        print 'ERROR: d must be between 1 and (n-1)/2, inclusive'\n        sys.exit(1)\n    p = (d-1)/d\n    while N < n:\n        r = random.random()\n        if r < p:\n            G.addRandomEdge()\n        else:\n            G.addRandomConnectedNode()\n            N += 1\n    return G\n\n\ndef readCmdLine():\n    try:\n        opt = sys.argv[1]\n        if opt not in ['-a','-s']: raise Exception()\n        n = int(sys.argv[2])\n        m = int(sys.argv[3])\n        if m < n-1 or m > n*(n-1)/2.0: raise Exception()\n        return (opt,n,m)\n    except:\n        print usage()\n        sys.exit(1)\n\ndef main():\n    opt,n,m = readCmdLine()\n    G = genRandGraph(n,m)\n    tgf = G.tgf()\n    if opt == '-a':\n        fn = 'v%de%d.tgf'%(n,m)\n        open(fn,'w').write(tgf)\n    elif opt == '-s':\n        sys.stdout.write(tgf)\n\nif __name__ == '__main__':\n    main()\n\n"
  },
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    "path": "cola/libdialect/tests/graphs/random/v100e100.gml",
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       smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    97\n        target    50\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    97\n        target    81\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    98\n        target    14\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    99\n        target    29\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    99\n        target    33\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n]\n"
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    "path": "cola/libdialect/tests/graphs/random/v10e10.gml",
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    "content": "0 35.000 225.000 30.000 30.000\n1 179.000 250.000 30.000 30.000\n2 56.000 54.000 30.000 30.000\n3 233.000 158.000 30.000 30.000\n4 129.000 271.000 30.000 30.000\n5 217.000 146.000 30.000 30.000\n6 277.000 98.000 30.000 30.000\n7 211.000 164.000 30.000 30.000\n8 168.000 196.000 30.000 30.000\n9 267.000 88.000 30.000 30.000\n#\n1 0\n4 1\n7 1\n2 1\n3 1\n8 3\n6 8\n5 2\n9 8\n6 2\n"
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    "path": "cola/libdialect/tests/graphs/random/v10e11.tglf",
    "content": "0 224.000 208.000 30.000 30.000\n1 58.000 136.000 30.000 30.000\n2 276.000 10.000 30.000 30.000\n3 29.000 251.000 30.000 30.000\n4 204.000 158.000 30.000 30.000\n5 55.000 24.000 30.000 30.000\n6 12.000 47.000 30.000 30.000\n7 67.000 66.000 30.000 30.000\n8 52.000 210.000 30.000 30.000\n9 185.000 276.000 30.000 30.000\n#\n5 1\n9 1\n4 8\n3 2\n7 1\n1 0\n8 5\n4 1\n2 1\n6 0\n7 6\n"
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  {
    "path": "cola/libdialect/tests/graphs/random/v10e12.gml",
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  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e12.tglf",
    "content": "0 123.000 213.000 30.000 30.000\n1 215.000 253.000 30.000 30.000\n2 156.000 199.000 30.000 30.000\n3 208.000 208.000 30.000 30.000\n4 164.000 34.000 30.000 30.000\n5 232.000 80.000 30.000 30.000\n6 16.000 232.000 30.000 30.000\n7 269.000 58.000 30.000 30.000\n8 60.000 15.000 30.000 30.000\n9 183.000 42.000 30.000 30.000\n#\n1 0\n8 7\n7 0\n2 1\n9 2\n0 2\n4 1\n9 7\n5 2\n3 0\n5 3\n6 2\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e13.gml",
    "content": "graph\n[\n    node\n    [\n        id    0\n        label    \"\"\n        graphics\n        [\n            x    281.27\n            y    156.98\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    1\n        label    \"\"\n        graphics\n        [\n            x    126.46\n            y    14.44\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    2\n        label    \"\"\n        graphics\n        [\n            x    1.79\n            y    239.58\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    3\n        label    \"\"\n        graphics\n        [\n            x    129.47\n            y    152.16\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#008000\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    4\n        label    \"\"\n        graphics\n        [\n            x    28.04\n            y    211.02\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#008000\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    5\n        label    \"\"\n        graphics\n        [\n            x    130.62\n            y    3.60\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    6\n        label    \"\"\n        graphics\n        [\n            x    41.73\n            y    58.28\n            w    30.00\n  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     outline    \"#000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    8\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    6\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    9\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    2\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    5\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    4\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    7\n        target    6\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    8\n        target    6\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    9\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e13.tglf",
    "content": "0 281.000 156.000 30.000 30.000\n1 126.000 14.000 30.000 30.000\n2 1.000 239.000 30.000 30.000\n3 129.000 152.000 30.000 30.000\n4 28.000 211.000 30.000 30.000\n5 130.000 3.000 30.000 30.000\n6 41.000 58.000 30.000 30.000\n7 6.000 207.000 30.000 30.000\n8 99.000 182.000 30.000 30.000\n9 88.000 13.000 30.000 30.000\n#\n5 0\n2 6\n7 6\n6 4\n9 1\n4 2\n1 8\n6 0\n3 9\n1 0\n2 0\n3 1\n8 6\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e14.gml",
    "content": "graph\n[\n    node\n    [\n        id    0\n        label    \"\"\n        graphics\n        [\n            x    235.24\n            y    8.06\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    1\n        label    \"\"\n        graphics\n        [\n            x    130.35\n            y    248.88\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    2\n        label    \"\"\n        graphics\n        [\n            x    258.00\n            y    164.77\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#008000\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    3\n        label    \"\"\n        graphics\n        [\n            x    265.79\n            y    84.21\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    4\n        label    \"\"\n        graphics\n        [\n            x    102.05\n            y    27.73\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    5\n        label    \"\"\n        graphics\n        [\n            x    43.81\n            y    17.96\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#008000\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    6\n        label    \"\"\n        graphics\n        [\n            x    0.73\n            y    102.79\n            w    30.00\n   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       outline    \"#000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    9\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    7\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    6\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    5\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    5\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    7\n        target    4\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    8\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    9\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e14.tglf",
    "content": "0 235.000 8.000 30.000 30.000\n1 130.000 248.000 30.000 30.000\n2 258.000 164.000 30.000 30.000\n3 265.000 84.000 30.000 30.000\n4 102.000 27.000 30.000 30.000\n5 43.000 17.000 30.000 30.000\n6 0.000 102.000 30.000 30.000\n7 31.000 259.000 30.000 30.000\n8 86.000 214.000 30.000 30.000\n9 276.000 199.000 30.000 30.000\n#\n3 6\n9 3\n1 0\n1 9\n5 0\n6 5\n8 1\n2 1\n1 3\n7 4\n2 7\n4 3\n3 0\n4 1\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e15.gml",
    "content": "graph\n[\n    node\n    [\n        id    0\n        label    \"\"\n        graphics\n        [\n            x    209.42\n            y    153.06\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    1\n        label    \"\"\n        graphics\n        [\n            x    52.89\n            y    272.53\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    2\n        label    \"\"\n        graphics\n        [\n            x    251.69\n            y    224.20\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    3\n        label    \"\"\n        graphics\n        [\n            x    119.46\n            y    86.37\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    4\n        label    \"\"\n        graphics\n        [\n            x    63.59\n            y    26.50\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    5\n        label    \"\"\n        graphics\n        [\n            x    131.24\n            y    168.08\n            w    30.00\n            h    30.00\n            type    \"rectangle\"\n            fill    \"#008000\"\n            outline    \"#000\"\n        ]\n    ]\n    node\n    [\n        id    6\n        label    \"\"\n        graphics\n        [\n            x    254.64\n            y    215.63\n            w    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\"#CCCCEE\"\n            outline    \"#000\"\n        ]\n    ]\n    edge\n    [\n        source    0\n        target    5\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    1\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    2\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    5\n        target    4\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    2\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    7\n        target    2\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    8\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    9\n        target    7\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/random/v10e15.tglf",
    "content": "0 209.000 153.000 30.000 30.000\n1 52.000 272.000 30.000 30.000\n2 251.000 224.000 30.000 30.000\n3 119.000 86.000 30.000 30.000\n4 63.000 26.000 30.000 30.000\n5 131.000 168.000 30.000 30.000\n6 254.000 215.000 30.000 30.000\n7 235.000 186.000 30.000 30.000\n8 127.000 100.000 30.000 30.000\n9 201.000 130.000 30.000 30.000\n#\n6 3\n9 7\n5 4\n2 1\n4 2\n3 0\n8 0\n6 2\n4 1\n0 5\n2 3\n4 0\n2 0\n7 2\n1 0\n"
  },
  {
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  },
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    "content": "0 876.000 841.000 30.000 30.000\n1 186.000 737.000 30.000 30.000\n2 909.000 858.000 30.000 30.000\n3 520.000 923.000 30.000 30.000\n4 325.000 340.000 30.000 30.000\n5 417.000 280.000 30.000 30.000\n6 96.000 158.000 30.000 30.000\n7 534.000 123.000 30.000 30.000\n8 1.000 828.000 30.000 30.000\n9 918.000 631.000 30.000 30.000\n10 747.000 186.000 30.000 30.000\n11 882.000 842.000 30.000 30.000\n12 349.000 469.000 30.000 30.000\n13 664.000 827.000 30.000 30.000\n14 100.000 157.000 30.000 30.000\n15 286.000 18.000 30.000 30.000\n16 165.000 444.000 30.000 30.000\n17 465.000 205.000 30.000 30.000\n18 332.000 393.000 30.000 30.000\n19 586.000 381.000 30.000 30.000\n20 504.000 664.000 30.000 30.000\n21 445.000 880.000 30.000 30.000\n22 888.000 185.000 30.000 30.000\n23 202.000 638.000 30.000 30.000\n24 403.000 659.000 30.000 30.000\n25 684.000 82.000 30.000 30.000\n26 934.000 895.000 30.000 30.000\n27 676.000 862.000 30.000 30.000\n28 495.000 681.000 30.000 30.000\n29 205.000 223.000 30.000 30.000\n30 52.000 269.000 30.000 30.000\n31 874.000 395.000 30.000 30.000\n32 543.000 941.000 30.000 30.000\n33 123.000 78.000 30.000 30.000\n34 646.000 525.000 30.000 30.000\n35 464.000 564.000 30.000 30.000\n36 327.000 474.000 30.000 30.000\n37 193.000 196.000 30.000 30.000\n38 150.000 846.000 30.000 30.000\n39 935.000 613.000 30.000 30.000\n40 85.000 413.000 30.000 30.000\n41 816.000 853.000 30.000 30.000\n42 934.000 140.000 30.000 30.000\n43 9.000 858.000 30.000 30.000\n44 359.000 663.000 30.000 30.000\n45 125.000 835.000 30.000 30.000\n46 824.000 400.000 30.000 30.000\n47 519.000 865.000 30.000 30.000\n48 217.000 865.000 30.000 30.000\n49 634.000 142.000 30.000 30.000\n50 846.000 894.000 30.000 30.000\n51 197.000 515.000 30.000 30.000\n52 345.000 870.000 30.000 30.000\n53 194.000 401.000 30.000 30.000\n54 207.000 933.000 30.000 30.000\n55 916.000 101.000 30.000 30.000\n56 123.000 623.000 30.000 30.000\n57 363.000 1.000 30.000 30.000\n58 32.000 342.000 30.000 30.000\n59 355.000 814.000 30.000 30.000\n60 18.000 355.000 30.000 30.000\n61 757.000 126.000 30.000 30.000\n62 767.000 770.000 30.000 30.000\n63 141.000 575.000 30.000 30.000\n64 323.000 765.000 30.000 30.000\n65 874.000 0.000 30.000 30.000\n66 715.000 34.000 30.000 30.000\n67 529.000 686.000 30.000 30.000\n68 165.000 941.000 30.000 30.000\n69 600.000 303.000 30.000 30.000\n70 10.000 667.000 30.000 30.000\n71 370.000 308.000 30.000 30.000\n72 453.000 204.000 30.000 30.000\n73 250.000 791.000 30.000 30.000\n74 541.000 616.000 30.000 30.000\n75 748.000 639.000 30.000 30.000\n76 394.000 459.000 30.000 30.000\n77 306.000 428.000 30.000 30.000\n78 794.000 456.000 30.000 30.000\n79 540.000 352.000 30.000 30.000\n80 542.000 85.000 30.000 30.000\n81 896.000 516.000 30.000 30.000\n82 296.000 405.000 30.000 30.000\n83 123.000 119.000 30.000 30.000\n84 414.000 384.000 30.000 30.000\n85 112.000 22.000 30.000 30.000\n86 42.000 288.000 30.000 30.000\n87 740.000 581.000 30.000 30.000\n88 762.000 673.000 30.000 30.000\n89 782.000 236.000 30.000 30.000\n90 262.000 819.000 30.000 30.000\n91 477.000 630.000 30.000 30.000\n92 206.000 459.000 30.000 30.000\n93 633.000 40.000 30.000 30.000\n94 506.000 860.000 30.000 30.000\n95 244.000 267.000 30.000 30.000\n96 457.000 825.000 30.000 30.000\n97 203.000 294.000 30.000 30.000\n98 742.000 243.000 30.000 30.000\n99 660.000 699.000 30.000 30.000\n100 924.000 28.000 30.000 30.000\n101 415.000 609.000 30.000 30.000\n102 751.000 537.000 30.000 30.000\n103 737.000 66.000 30.000 30.000\n104 586.000 669.000 30.000 30.000\n105 319.000 417.000 30.000 30.000\n106 762.000 336.000 30.000 30.000\n107 864.000 855.000 30.000 30.000\n108 99.000 116.000 30.000 30.000\n109 897.000 711.000 30.000 30.000\n#\n37 19\n98 66\n30 7\n97 63\n10 3\n28 6\n58 108\n67 2\n7 43\n35 30\n102 87\n98 48\n26 12\n89 37\n24 22\n36 20\n51 43\n106 49\n16 8\n6 3\n23 14\n45 24\n4 3\n31 0\n37 97\n28 81\n29 2\n109 84\n71 0\n13 31\n65 7\n14 2\n104 53\n40 0\n88 46\n77 76\n43 17\n18 6\n39 29\n108 15\n11 68\n40 28\n70 29\n9 3\n2 109\n57 10\n20 46\n59 51\n54 4\n45 29\n44 14\n17 103\n42 102\n55 12\n86 78\n99 23\n5 63\n65 75\n50 37\n22 4\n46 10\n54 38\n48 12\n63 21\n85 67\n2 0\n53 46\n56 53\n84 46\n17 7\n78 30\n40 15\n58 20\n39 91\n51 64\n39 21\n32 14\n33 104\n20 50\n74 5\n39 15\n64 60\n24 69\n66 59\n69 104\n95 56\n12 0\n86 73\n61 2\n8 0\n94 74\n27 18\n82 4\n33 11\n99 97\n34 18\n92 64\n72 37\n107 98\n1 0\n41 21\n93 70\n105 99\n79 66\n80 20\n7 6\n83 45\n100 96\n13 7\n62 60\n15 52\n87 57\n73 61\n103 6\n47 2\n25 1\n11 12\n67 50\n90 80\n3 1\n60 44\n101 96\n75 59\n45 49\n84 74\n52 42\n95 68\n16 81\n19 13\n93 42\n83 47\n23 13\n69 6\n34 37\n79 28\n15 2\n49 26\n42 49\n21 3\n91 11\n107 21\n38 8\n38 3\n68 39\n91 1\n37 13\n42 27\n76 59\n20 6\n11 10\n5 4\n8 93\n96 73\n81 68\n"
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  {
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  {
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  },
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  {
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  },
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  {
    "path": "cola/libdialect/tests/graphs/random/v180e252.tglf",
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  {
    "path": "cola/libdialect/tests/graphs/random/v190e190.tglf",
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  },
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    "content": "0 376.000 244.000 30.000 30.000\n1 218.000 131.000 30.000 30.000\n2 142.000 317.000 30.000 30.000\n3 237.000 352.000 30.000 30.000\n4 92.000 400.000 30.000 30.000\n5 197.000 166.000 30.000 30.000\n6 368.000 19.000 30.000 30.000\n7 104.000 1.000 30.000 30.000\n8 210.000 306.000 30.000 30.000\n9 318.000 212.000 30.000 30.000\n10 183.000 127.000 30.000 30.000\n11 215.000 356.000 30.000 30.000\n12 211.000 309.000 30.000 30.000\n13 32.000 108.000 30.000 30.000\n14 267.000 298.000 30.000 30.000\n15 355.000 374.000 30.000 30.000\n16 399.000 217.000 30.000 30.000\n17 144.000 326.000 30.000 30.000\n18 394.000 15.000 30.000 30.000\n19 368.000 42.000 30.000 30.000\n#\n13 2\n14 10\n2 1\n10 1\n7 2\n18 2\n4 2\n15 7\n9 3\n16 8\n1 0\n12 7\n8 18\n11 2\n5 4\n19 3\n8 5\n6 0\n3 0\n17 15\n"
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    "content": "0 338.000 26.000 30.000 30.000\n1 148.000 282.000 30.000 30.000\n2 113.000 362.000 30.000 30.000\n3 0.000 108.000 30.000 30.000\n4 341.000 376.000 30.000 30.000\n5 282.000 32.000 30.000 30.000\n6 74.000 294.000 30.000 30.000\n7 92.000 154.000 30.000 30.000\n8 307.000 256.000 30.000 30.000\n9 324.000 173.000 30.000 30.000\n10 373.000 314.000 30.000 30.000\n11 224.000 23.000 30.000 30.000\n12 398.000 50.000 30.000 30.000\n13 78.000 105.000 30.000 30.000\n14 64.000 1.000 30.000 30.000\n15 41.000 12.000 30.000 30.000\n16 238.000 283.000 30.000 30.000\n17 40.000 4.000 30.000 30.000\n18 315.000 86.000 30.000 30.000\n19 228.000 395.000 30.000 30.000\n#\n14 4\n5 3\n10 16\n15 1\n16 5\n1 0\n3 1\n19 2\n15 17\n2 0\n11 9\n4 3\n9 2\n17 13\n12 8\n10 1\n18 12\n8 1\n13 12\n6 4\n2 12\n7 2\n"
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    fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    17\n        target    14\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    18\n        target    11\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    19\n        target    11\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    2\n        target    17\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    3\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    4\n        target    0\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    5\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    6\n        target    1\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    7\n        target    3\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    8\n        target    7\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n    edge\n    [\n        source    9\n        target    5\n        graphics\n[\n            smoothBends    1\n            fill    \"#000000\"\n        ]\n    ]\n]\n"
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    "path": "cola/libdialect/tests/graphs/random/v20e24.tglf",
    "content": "0 54.000 86.000 30.000 30.000\n1 205.000 147.000 30.000 30.000\n2 64.000 230.000 30.000 30.000\n3 53.000 314.000 30.000 30.000\n4 189.000 350.000 30.000 30.000\n5 320.000 67.000 30.000 30.000\n6 289.000 211.000 30.000 30.000\n7 75.000 64.000 30.000 30.000\n8 235.000 185.000 30.000 30.000\n9 222.000 223.000 30.000 30.000\n10 147.000 346.000 30.000 30.000\n11 360.000 52.000 30.000 30.000\n12 250.000 48.000 30.000 30.000\n13 134.000 342.000 30.000 30.000\n14 13.000 222.000 30.000 30.000\n15 270.000 283.000 30.000 30.000\n16 27.000 78.000 30.000 30.000\n17 3.000 395.000 30.000 30.000\n18 19.000 29.000 30.000 30.000\n19 99.000 391.000 30.000 30.000\n#\n15 6\n19 11\n3 1\n12 1\n11 6\n2 17\n7 3\n5 3\n17 14\n2 1\n13 10\n16 9\n8 7\n9 5\n18 11\n15 0\n4 0\n10 9\n11 4\n1 8\n14 11\n6 1\n1 0\n13 15\n"
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    "path": "cola/libdialect/tests/graphs/random/v20e26.gml",
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    "path": "cola/libdialect/tests/graphs/random/v20e26.tglf",
    "content": "0 89.000 162.000 30.000 30.000\n1 248.000 173.000 30.000 30.000\n2 274.000 127.000 30.000 30.000\n3 62.000 299.000 30.000 30.000\n4 243.000 156.000 30.000 30.000\n5 10.000 123.000 30.000 30.000\n6 374.000 158.000 30.000 30.000\n7 159.000 83.000 30.000 30.000\n8 347.000 203.000 30.000 30.000\n9 359.000 133.000 30.000 30.000\n10 9.000 214.000 30.000 30.000\n11 192.000 86.000 30.000 30.000\n12 299.000 370.000 30.000 30.000\n13 168.000 285.000 30.000 30.000\n14 290.000 119.000 30.000 30.000\n15 73.000 393.000 30.000 30.000\n16 209.000 166.000 30.000 30.000\n17 78.000 343.000 30.000 30.000\n18 224.000 122.000 30.000 30.000\n19 294.000 357.000 30.000 30.000\n#\n4 3\n7 1\n17 14\n9 1\n15 17\n10 3\n5 4\n12 9\n17 2\n13 17\n7 4\n3 0\n16 9\n14 11\n2 1\n11 6\n8 5\n8 2\n1 0\n15 11\n13 11\n18 2\n19 14\n8 13\n6 2\n19 4\n"
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    "path": "cola/libdialect/tests/graphs/random/v20e28.gml",
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    "content": "0 153.000 114.000 30.000 30.000\n1 261.000 43.000 30.000 30.000\n2 54.000 472.000 30.000 30.000\n3 167.000 188.000 30.000 30.000\n4 176.000 385.000 30.000 30.000\n5 348.000 184.000 30.000 30.000\n6 379.000 253.000 30.000 30.000\n7 131.000 393.000 30.000 30.000\n8 419.000 167.000 30.000 30.000\n9 360.000 280.000 30.000 30.000\n10 80.000 181.000 30.000 30.000\n11 466.000 440.000 30.000 30.000\n12 393.000 218.000 30.000 30.000\n13 417.000 232.000 30.000 30.000\n14 173.000 491.000 30.000 30.000\n15 395.000 405.000 30.000 30.000\n16 129.000 68.000 30.000 30.000\n17 451.000 322.000 30.000 30.000\n18 130.000 94.000 30.000 30.000\n19 411.000 346.000 30.000 30.000\n20 66.000 307.000 30.000 30.000\n21 172.000 479.000 30.000 30.000\n22 239.000 31.000 30.000 30.000\n23 123.000 79.000 30.000 30.000\n24 451.000 112.000 30.000 30.000\n25 375.000 31.000 30.000 30.000\n26 138.000 217.000 30.000 30.000\n27 314.000 120.000 30.000 30.000\n28 10.000 165.000 30.000 30.000\n29 353.000 406.000 30.000 30.000\n#\n11 5\n6 0\n15 3\n20 1\n10 1\n26 19\n19 2\n4 2\n4 3\n21 2\n27 16\n3 2\n23 9\n16 9\n17 28\n26 5\n24 28\n25 12\n2 0\n8 3\n28 4\n14 1\n17 1\n9 4\n7 3\n22 4\n12 5\n5 2\n15 5\n1 0\n29 17\n24 20\n27 26\n13 2\n16 18\n18 14\n"
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    "content": "0 201.000 -67.000 30.000 30.000\n1 438.000 380.000 30.000 30.000\n2 -299.000 -142.000 30.000 30.000\n3 281.000 -63.000 30.000 30.000\n4 -370.000 184.000 30.000 30.000\n5 -489.000 39.000 30.000 30.000\n6 387.000 -249.000 30.000 30.000\n7 429.000 146.000 30.000 30.000\n8 -154.000 111.000 30.000 30.000\n9 -367.000 38.000 30.000 30.000\n10 414.000 -52.000 30.000 30.000\n11 -97.000 202.000 30.000 30.000\n12 89.000 -118.000 30.000 30.000\n13 229.000 -251.000 30.000 30.000\n14 90.000 144.000 30.000 30.000\n15 -416.000 -27.000 30.000 30.000\n16 -24.000 -54.000 30.000 30.000\n17 411.000 328.000 30.000 30.000\n18 319.000 323.000 30.000 30.000\n19 138.000 -6.000 30.000 30.000\n20 -191.000 -248.000 30.000 30.000\n21 216.000 -43.000 30.000 30.000\n22 -19.000 6.000 30.000 30.000\n23 448.000 -395.000 30.000 30.000\n24 -71.000 -71.000 30.000 30.000\n25 -27.000 -301.000 30.000 30.000\n26 41.000 105.000 30.000 30.000\n27 36.000 223.000 30.000 30.000\n28 235.000 -164.000 30.000 30.000\n29 269.000 189.000 30.000 30.000\n30 103.000 -237.000 30.000 30.000\n31 -474.000 227.000 30.000 30.000\n32 290.000 -101.000 30.000 30.000\n33 216.000 42.000 30.000 30.000\n34 466.000 -215.000 30.000 30.000\n35 470.000 303.000 30.000 30.000\n36 -356.000 214.000 30.000 30.000\n37 4.000 -280.000 30.000 30.000\n38 -75.000 -292.000 30.000 30.000\n39 114.000 399.000 30.000 30.000\n#\n12 9\n30 23\n9 0\n16 5\n5 1\n34 19\n36 16\n18 1\n5 31\n4 2\n11 9\n1 0\n38 36\n20 1\n6 4\n3 1\n8 4\n29 12\n39 36\n17 11\n12 39\n2 1\n24 15\n26 25\n37 29\n7 2\n31 21\n19 0\n23 11\n25 0\n27 13\n32 1\n21 9\n35 32\n15 25\n28 0\n22 5\n15 3\n33 4\n13 1\n10 7\n14 3\n"
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    "path": "cola/libdialect/tests/graphs/random/v50e55.tglf",
    "content": "0 385.000 51.000 30.000 30.000\n1 496.000 106.000 30.000 30.000\n2 92.000 100.000 30.000 30.000\n3 309.000 372.000 30.000 30.000\n4 434.000 302.000 30.000 30.000\n5 353.000 159.000 30.000 30.000\n6 202.000 342.000 30.000 30.000\n7 29.000 182.000 30.000 30.000\n8 108.000 480.000 30.000 30.000\n9 345.000 214.000 30.000 30.000\n10 286.000 595.000 30.000 30.000\n11 494.000 182.000 30.000 30.000\n12 105.000 52.000 30.000 30.000\n13 115.000 456.000 30.000 30.000\n14 261.000 529.000 30.000 30.000\n15 523.000 505.000 30.000 30.000\n16 141.000 574.000 30.000 30.000\n17 494.000 565.000 30.000 30.000\n18 502.000 398.000 30.000 30.000\n19 309.000 169.000 30.000 30.000\n20 270.000 553.000 30.000 30.000\n21 232.000 460.000 30.000 30.000\n22 135.000 273.000 30.000 30.000\n23 377.000 559.000 30.000 30.000\n24 450.000 459.000 30.000 30.000\n25 21.000 63.000 30.000 30.000\n26 596.000 26.000 30.000 30.000\n27 57.000 88.000 30.000 30.000\n28 604.000 337.000 30.000 30.000\n29 615.000 438.000 30.000 30.000\n30 607.000 569.000 30.000 30.000\n31 334.000 401.000 30.000 30.000\n32 196.000 296.000 30.000 30.000\n33 80.000 118.000 30.000 30.000\n34 212.000 355.000 30.000 30.000\n35 194.000 497.000 30.000 30.000\n36 221.000 20.000 30.000 30.000\n37 543.000 336.000 30.000 30.000\n38 367.000 167.000 30.000 30.000\n39 559.000 154.000 30.000 30.000\n40 99.000 355.000 30.000 30.000\n41 239.000 463.000 30.000 30.000\n42 609.000 500.000 30.000 30.000\n43 483.000 353.000 30.000 30.000\n44 589.000 33.000 30.000 30.000\n45 403.000 565.000 30.000 30.000\n46 3.000 147.000 30.000 30.000\n47 566.000 397.000 30.000 30.000\n48 561.000 19.000 30.000 30.000\n49 389.000 313.000 30.000 30.000\n#\n4 3\n48 2\n12 9\n11 3\n28 9\n20 10\n39 37\n32 26\n24 12\n21 14\n48 11\n15 6\n42 8\n41 20\n19 33\n3 0\n1 0\n8 4\n16 0\n44 12\n27 18\n25 19\n26 9\n43 17\n47 42\n49 47\n7 4\n35 20\n6 1\n9 6\n10 5\n35 33\n37 13\n46 15\n29 10\n14 3\n36 16\n31 8\n38 32\n37 31\n45 34\n19 2\n46 35\n40 13\n23 8\n5 0\n30 10\n13 3\n17 14\n18 5\n33 29\n22 17\n34 12\n20 30\n2 0\n"
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  },
  {
    "path": "cola/libdialect/tests/graphs/special/3cross4cross_wTrees.tglf",
    "content": "0 716.000 358.000 30.000 30.000\n1 716.000 455.000 30.000 30.000\n2 656.000 406.000 30.000 30.000\n3 776.000 406.000 30.000 30.000\n4 891.000 406.000 30.000 30.000\n5 891.000 282.000 30.000 30.000\n6 831.000 216.000 30.000 30.000\n7 951.000 216.000 30.000 30.000\n8 891.000 531.000 30.000 30.000\n9 951.000 599.000 30.000 30.000\n10 831.000 599.000 30.000 30.000\n11 522.000 406.000 30.000 30.000\n12 522.000 282.000 30.000 30.000\n13 462.000 216.000 30.000 30.000\n14 582.000 216.000 30.000 30.000\n15 522.000 531.000 30.000 30.000\n16 582.000 599.000 30.000 30.000\n17 462.000 599.000 30.000 30.000\n18 337.000 358.000 30.000 30.000\n19 337.000 455.000 30.000 30.000\n20 277.000 406.000 30.000 30.000\n21 397.000 406.000 30.000 30.000\n22 440.000 489.000 30.000 30.000\n23 369.000 516.000 30.000 30.000\n24 396.000 559.000 30.000 30.000\n25 385.000 274.000 30.000 30.000\n26 313.000 232.000 30.000 30.000\n27 362.000 208.000 30.000 30.000\n28 642.000 246.000 30.000 30.000\n29 660.000 190.000 30.000 30.000\n30 685.000 213.000 30.000 30.000\n31 702.000 237.000 30.000 30.000\n32 981.000 356.000 30.000 30.000\n33 986.000 414.000 30.000 30.000\n34 1046.000 406.000 30.000 30.000\n#\n4 33\n4 32\n3 1\n11 22\n25 27\n15 16\n13 14\n21 25\n28 29\n8 9\n22 23\n2 11\n19 20\n20 18\n22 24\n18 21\n21 19\n17 15\n12 28\n2 0\n16 17\n25 26\n10 8\n4 3\n4 5\n5 6\n0 3\n28 31\n4 8\n14 12\n11 15\n9 10\n1 2\n11 12\n7 5\n12 13\n11 21\n28 30\n33 34\n6 7\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Arpanet19728_input.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 321.5 103.0 30.744216918945312 38.0\n1 441.0 175.0 30.312225341796875 38.0\n2 515.0 319.0 48.79234313964844 38.0\n3 336.0 319.0 22.944168090820312 38.0\n4 38.0 175.0 32.00422668457031 38.0\n5 126.0 103.0 40.332275390625 38.0\n6 69.0 319.0 21.6241455078125 38.0\n7 606.0 175.0 30.060226440429688 38.0\n8 153.0 175.0 31.476226806640625 38.0\n9 35.0 103.0 54.43238830566406 38.0\n10 474.0 247.0 33.012237548828125 38.0\n11 519.0 175.0 31.812225341796875 38.0\n12 281.0 247.0 157.1171417236328 38.0\n13 587.0 319.0 29.508224487304688 38.0\n14 209.0 411.0 48.86433410644531 38.0\n15 391.0 247.0 22.932159423828125 38.0\n16 167.0 483.0 24.720169067382812 38.0\n17 35.0 247.0 49.86033630371094 38.0\n18 581.0 247.0 35.76023864746094 38.0\n19 175.5 319.0 57.98442077636719 38.0\n20 162.0 247.0 28.51220703125 38.0\n21 378.0 411.0 28.596206665039062 38.0\n22 246.5 175.0 41.376312255859375 38.0\n23 83.0 411.0 24.720169067382812 38.0\n24 307.0 483.0 23.508163452148438 38.0\n25 434.5 319.0 35.316253662109375 38.0\n26 502.0 103.0 31.812225341796875 38.0\n27 234.0 555.0 55.11639404296875 38.0\n28 186.0 21.0 18.1201171875 38.0\n#\n0 28\n0 1\n1 10\n1 15\n2 10\n2 11\n3 12\n3 15\n4 17\n4 9\n5 8\n5 6\n6 17\n6 23\n7 18\n7 21\n8 20\n9 28\n10 25\n11 26\n12 22\n13 18\n13 14\n14 19\n16 23\n16 27\n19 20\n20 22\n21 25\n21 24\n24 27\n26 28"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Belnet2004.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 726.0 -21.0 32.0 34.0\n1 523.5 -481.0 35.0 34.0\n2 665.0 -543.0 45.0 34.0\n3 28.5 -83.0 35.0 34.0\n4 762.0 -83.0 104.0 34.0\n5 149.0 -481.0 46.0 34.0\n6 89.5 -83.0 33.0 34.0\n7 168.0 -83.0 68.0 34.0\n8 459.5 -481.0 37.0 34.0\n9 221.0 -481.0 55.0 34.0\n10 552.0 -83.0 68.0 34.0\n11 650.5 -83.0 63.0 34.0\n12 384.0 -481.0 68.0 34.0\n13 398.0 -257.0 47.0 34.0\n14 465.0 -369.0 206.0 34.0\n15 731.0 -543.0 37.0 34.0\n16 375.0 -195.0 482.0 34.0\n17 711.0 -481.0 158.0 34.0\n18 599.0 -543.0 42.0 34.0\n19 793.0 -369.0 30.0 34.0\n20 509.0 -257.0 95.0 34.0\n21 809.0 -21.0 86.0 34.0\n22 300.0 -481.0 44.0 34.0\n#\n0 4\n1 14\n1 16\n2 17\n3 14\n3 16\n4 14\n4 16\n4 17\n4 21\n5 14\n5 16\n6 14\n6 16\n7 14\n7 16\n8 14\n8 16\n9 14\n9 16\n10 14\n10 16\n11 14\n11 16\n12 14\n12 16\n13 14\n13 16\n14 16\n14 17\n14 20\n14 22\n15 17\n16 17\n16 20\n16 22\n17 18\n17 19\n17 21"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Cernet.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 119.0 -83.0 77.0 34.0\n1 521.0 -83.0 61.0 34.0\n2 582.0 -491.0 104.0 34.0\n3 800.0 -399.0 61.0 34.0\n4 629.0 -307.0 47.0 34.0\n5 422.0 -491.0 54.0 34.0\n6 510.0 -307.0 68.0 34.0\n7 618.0 -215.0 128.0 34.0\n8 797.0 -83.0 63.0 34.0\n9 362.0 -553.0 69.0 34.0\n10 197.0 -83.0 37.0 34.0\n11 294.0 -635.0 68.0 34.0\n12 263.0 -83.0 45.0 34.0\n13 114.0 -491.0 68.0 34.0\n14 407.0 -399.0 77.0 34.0\n15 324.5 -83.0 31.0 34.0\n16 398.0 -307.0 49.0 34.0\n17 197.0 -399.0 41.0 34.0\n18 587.0 -21.0 41.0 34.0\n19 216.0 -491.0 56.0 34.0\n20 660.0 -83.0 152.0 34.0\n21 180.0 -307.0 200.0 34.0\n22 653.0 -21.0 43.0 34.0\n23 131.0 -399.0 55.0 34.0\n24 725.0 -21.0 61.0 34.0\n25 32.0 -307.0 48.0 34.0\n26 375.5 -83.0 25.0 34.0\n27 317.0 -307.0 37.0 34.0\n28 966.0 -399.0 56.0 34.0\n29 467.0 -707.0 54.0 34.0\n30 623.0 -553.0 67.0 34.0\n31 450.0 -769.0 68.0 34.0\n32 869.5 -215.0 45.0 34.0\n33 437.0 -83.0 64.0 34.0\n34 968.0 -215.0 53.0 34.0\n35 822.0 -307.0 164.0 34.0\n36 897.5 -83.0 61.0 34.0\n37 666.0 -399.0 80.0 34.0\n38 32.0 -83.0 47.0 34.0\n39 534.0 -553.0 56.0 34.0\n40 357.0 -215.0 278.0 34.0\n#\n0 40\n1 7\n1 40\n2 3\n2 6\n2 9\n2 11\n2 30\n2 35\n2 39\n2 40\n3 35\n4 7\n4 37\n5 6\n5 14\n6 7\n6 14\n6 39\n6 40\n7 8\n7 20\n7 35\n9 40\n10 40\n11 21\n11 29\n11 30\n11 31\n12 40\n13 21\n13 23\n14 16\n15 40\n16 40\n17 19\n17 21\n18 20\n19 21\n20 22\n20 24\n20 40\n21 23\n21 40\n25 38\n25 40\n26 40\n27 40\n28 34\n28 35\n29 31\n32 35\n32 36\n33 40\n34 35\n35 36\n35 37\n38 40"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Claranet.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 197.0 -83.0 46.0 34.0\n1 294.0 -207.0 80.0 34.0\n2 317.0 -145.0 47.0 34.0\n3 231.0 -279.0 86.0 34.0\n4 79.0 -413.0 30.0 34.0\n5 252.0 -413.0 44.0 34.0\n6 131.0 -413.0 37.0 34.0\n7 138.0 -341.0 128.0 34.0\n8 323.0 -279.0 59.0 34.0\n9 35.0 -207.0 68.0 34.0\n10 254.0 -341.0 55.0 34.0\n11 156.0 -207.0 92.0 34.0\n12 119.0 -145.0 63.0 34.0\n13 228.0 -21.0 44.0 34.0\n14 228.0 -145.0 92.0 34.0\n#\n0 13\n0 14\n1 2\n1 3\n1 8\n1 14\n3 7\n3 9\n3 10\n3 11\n3 14\n4 7\n5 7\n5 8\n6 7\n11 12\n11 14\n13 14"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Garr201001.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 449.0 -831.0 46.0 34.0\n1 299.0 -923.0 41.0 34.0\n2 523.5 -1015.0 29.0 34.0\n3 311.0 -729.0 41.0 34.0\n4 543.0 -463.0 158.0 34.0\n5 366.0 -923.0 56.0 34.0\n6 222.0 -463.0 20.0 34.0\n7 564.0 -1015.0 20.0 34.0\n8 462.0 -565.0 68.0 34.0\n9 342.0 -247.0 20.0 34.0\n10 467.0 -21.0 22.0 34.0\n11 371.0 -391.0 22.0 34.0\n12 252.0 -565.0 128.0 34.0\n13 669.0 -923.0 74.0 34.0\n14 55.0 -729.0 30.0 34.0\n15 180.0 -1015.0 32.0 34.0\n16 465.0 -247.0 74.0 34.0\n17 418.5 -83.0 23.0 34.0\n18 467.0 -83.0 22.0 34.0\n19 513.0 -165.0 122.0 34.0\n20 125.0 -923.0 51.0 34.0\n21 605.5 -637.0 21.0 34.0\n22 215.0 -923.0 92.0 34.0\n23 575.0 -831.0 41.0 34.0\n24 630.0 -565.0 68.0 34.0\n25 533.0 -565.0 43.0 34.0\n26 528.0 -391.0 32.0 34.0\n27 653.0 -637.0 22.0 34.0\n28 582.0 -247.0 128.0 34.0\n29 610.5 -165.0 23.0 34.0\n30 515.5 -83.0 21.0 34.0\n31 593.0 -83.0 98.0 34.0\n32 635.0 -831.0 38.0 34.0\n33 515.0 -831.0 33.0 34.0\n34 423.0 -463.0 50.0 34.0\n35 408.0 -391.0 20.0 34.0\n36 12.0 -729.0 20.0 34.0\n37 225.0 -637.0 74.0 34.0\n38 285.0 -831.0 86.0 34.0\n39 611.5 -1015.0 21.0 34.0\n40 459.0 -729.0 218.0 34.0\n41 396.0 -1015.0 44.0 34.0\n42 522.0 -637.0 44.0 34.0\n43 345.0 -637.0 50.0 34.0\n44 377.5 -165.0 21.0 34.0\n45 143.0 -247.0 22.0 34.0\n46 425.0 -165.0 22.0 34.0\n47 585.0 -329.0 26.0 34.0\n48 537.0 -329.0 26.0 34.0\n49 345.0 -329.0 38.0 34.0\n50 191.0 -247.0 22.0 34.0\n51 228.0 -247.0 20.0 34.0\n52 216.0 -329.0 164.0 34.0\n53 276.5 -247.0 21.0 34.0\n#\n0 40\n1 38\n2 13\n3 43\n4 8\n4 12\n4 16\n4 24\n4 25\n4 26\n4 28\n4 40\n4 47\n5 15\n5 38\n5 40\n5 41\n6 12\n7 13\n8 34\n8 42\n8 43\n9 49\n10 18\n11 34\n12 34\n12 37\n12 38\n12 49\n12 52\n13 38\n13 39\n13 40\n14 37\n15 37\n16 19\n16 44\n16 46\n16 52\n17 19\n18 19\n19 28\n19 30\n19 31\n20 38\n21 24\n22 38\n23 40\n24 27\n24 28\n26 48\n28 29\n28 47\n28 48\n28 49\n32 40\n33 40\n34 35\n36 37\n37 38\n38 40\n40 41\n40 42\n40 43\n45 52\n50 52\n51 52\n52 53"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/GtsSlovakia_input.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 407.0 133.0 30.564224243164062 38.0\n1 473.0 133.0 47.47233581542969 38.0\n2 581.0 133.0 127.69291687011719 38.0\n3 518.0 727.0 41.70030212402344 38.0\n4 523.0 511.0 40.968292236328125 38.0\n5 279.0 133.0 88.5006103515625 38.0\n6 666.0 275.0 97.0 38.0\n7 675.0 645.0 36.060272216796875 38.0\n8 651.0 573.0 38.088287353515625 38.0\n9 655.5 511.0 50.088348388671875 38.0\n10 497.0 377.0 52.272369384765625 38.0\n11 677.0 727.0 40.08027648925781 38.0\n12 581.0 377.0 75.31253051757812 38.0\n13 599.0 727.0 55.89637756347656 38.0\n14 713.0 133.0 96.20468139648438 38.0\n15 557.0 573.0 62.868438720703125 38.0\n16 371.0 377.0 38.628265380859375 38.0\n17 827.0 133.0 83.74859619140625 38.0\n18 929.0 133.0 69.70849609375 38.0\n19 431.0 377.0 28.2362060546875 38.0\n20 665.0 377.0 42.08428955078125 38.0\n21 1019.0 133.0 57.69639587402344 38.0\n22 468.5 21.0 41.736297607421875 38.0\n23 41.0 21.0 71.92851257324219 38.0\n24 119.0 21.0 30.564224243164062 38.0\n25 740.5 727.0 20.112136840820312 38.0\n26 209.0 21.0 100.8607177734375 38.0\n27 272.0 275.0 32.68821716308594 38.0\n28 299.0 21.0 37.50025939941406 38.0\n29 446.5 449.0 30.300201416015625 38.0\n30 371.0 21.0 64.53646850585938 38.0\n31 260.0 377.0 96.16867065429688 38.0\n32 203.0 275.0 46.17631530761719 38.0\n33 131.0 275.0 51.02436828613281 38.0\n34 1091.0 133.0 30.564224243164062 38.0\n#\n0 6\n1 6\n2 6\n3 7\n3 4\n4 29\n4 8\n5 23\n5 24\n5 26\n5 27\n5 28\n5 30\n5 32\n5 22\n5 33\n5 6\n5 29\n6 10\n6 12\n6 14\n6 16\n6 17\n6 18\n6 19\n6 20\n6 21\n6 34\n6 7\n7 25\n7 11\n7 13\n7 15\n7 8\n8 9\n20 29\n27 31"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/Janetlense.tglf",
    "content": "// Derived from http://www.topology-zoo.org/dataset.html\n0 389.0 -651.0 63.0 34.0\n1 576.0 -651.0 56.0 34.0\n2 915.0 -215.0 146.0 34.0\n3 756.0 -479.0 152.0 34.0\n4 695.0 -651.0 121.0 34.0\n5 963.0 -651.0 62.0 34.0\n6 972.0 -83.0 80.0 34.0\n7 774.0 -357.0 44.0 34.0\n8 839.0 -651.0 125.0 34.0\n9 77.0 -83.0 147.0 34.0\n10 209.0 -83.0 80.0 34.0\n11 1073.0 -83.0 65.0 34.0\n12 299.0 -651.0 70.0 34.0\n13 479.0 -651.0 80.0 34.0\n14 819.0 -21.0 122.0 34.0\n15 1231.0 -83.0 42.0 34.0\n16 551.0 -83.0 147.0 34.0\n17 1112.0 -21.0 131.0 34.0\n18 740.0 -713.0 141.0 34.0\n19 1157.0 -83.0 58.0 34.0\n#\n0 2\n0 3\n1 2\n1 3\n2 3\n2 4\n2 5\n2 6\n2 7\n2 8\n2 9\n2 10\n2 11\n2 12\n2 13\n2 15\n2 16\n2 19\n3 4\n3 5\n3 6\n3 7\n3 8\n3 9\n3 10\n3 11\n3 12\n3 13\n3 15\n3 16\n3 19\n4 18\n14 16\n17 19"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/SepMatrixIter.tglf",
    "content": "0 0 0 5 5\n1 10 10 5 5\n2 20 20 5 5\n3 30 30 5 5\n4 40 40 5 5\n5 50 50 5 5\n6 60 60 5 5\n7 70 70 5 5\n8 80 80 5 5\n#\n#\n2 3 C E >= 10\n2 5 C E >= 10\n2 7 C E >= 10\n3 5 C E >= 10\n3 6 C E >= 10\n7 8 C E >= 10\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/X_4.gml",
    "content": 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    "content": "0 278.000 630.000 30.000 30.000\n1 325.000 598.000 30.000 30.000\n2 403.000 551.000 30.000 30.000\n3 470.000 504.000 30.000 30.000\n4 518.000 465.000 30.000 30.000\n5 570.000 508.000 30.000 30.000\n6 624.000 556.000 30.000 30.000\n7 673.000 596.000 30.000 30.000\n8 724.000 636.000 30.000 30.000\n9 571.000 418.000 30.000 30.000\n10 623.000 372.000 30.000 30.000\n11 687.000 313.000 30.000 30.000\n12 756.000 246.000 30.000 30.000\n13 443.000 409.000 30.000 30.000\n14 374.000 358.000 30.000 30.000\n15 323.000 296.000 30.000 30.000\n16 268.000 245.000 30.000 30.000\n#\n4 9\n10 11\n7 6\n5 4\n6 5\n13 14\n0 1\n2 3\n9 10\n8 7\n14 15\n15 16\n11 12\n3 4\n4 13\n1 2\n"
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  {
    "path": "cola/libdialect/tests/graphs/special/Y_4.tglf",
    "content": "0 386.000 156.000 30.000 30.000\n1 421.000 193.000 30.000 30.000\n2 460.000 244.000 30.000 30.000\n3 495.000 281.000 30.000 30.000\n4 538.000 334.000 30.000 30.000\n5 581.000 299.000 30.000 30.000\n6 631.000 258.000 30.000 30.000\n7 674.000 216.000 30.000 30.000\n8 717.000 178.000 30.000 30.000\n9 536.000 395.000 30.000 30.000\n10 529.000 456.000 30.000 30.000\n11 515.000 504.000 30.000 30.000\n12 506.000 564.000 30.000 30.000\n#\n5 6\n9 10\n11 12\n10 11\n4 5\n2 3\n4 9\n3 4\n7 8\n6 7\n0 1\n1 2\n"
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    "path": "cola/libdialect/tests/graphs/special/aspectratio01.gml",
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    "path": "cola/libdialect/tests/graphs/special/bend_costs.tglf",
    "content": "0 0 100 70 70\n1 0 241 70 70\n2 100 341 70 70\n3 241 341 70 70\n4 341 241 70 70\n5 341 100 70 70\n6 241 0 70 70\n7 100 0 70 70\n8 500 0 70 70\n9 600 100 70 70\n10 700 200 70 70\n11 841 200 70 70\n12 941 100 70 70\n13 1041 0 70 70\n#\n0 1\n1 2\n2 3\n3 4\n4 5\n5 6\n6 7\n7 0\n8 9\n9 10\n10 11\n11 12\n12 13\n"
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  {
    "path": "cola/libdialect/tests/graphs/special/bundlecross.gml",
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    "path": "cola/libdialect/tests/graphs/special/bundlecross.tglf",
    "content": "0 382.000 311.000 30.000 30.000\n1 461.000 349.000 30.000 30.000\n2 521.000 349.000 30.000 30.000\n3 581.000 349.000 30.000 30.000\n4 641.000 349.000 30.000 30.000\n5 550.000 254.000 30.000 30.000\n6 550.000 441.000 30.000 30.000\n7 382.000 441.000 30.000 30.000\n8 382.000 254.000 30.000 30.000\n#\n4 6\n6 7\n0 8\n5 4\n0 1\n7 0\n1 2\n0 3\n8 5\n0 2\n5 6\n0 4\n3 4\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/bundlerouting.gml",
    "content": 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Arrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
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    "path": "cola/libdialect/tests/graphs/special/bundlerouting.tglf",
    "content": "0 382.000 311.000 30.000 30.000\n1 461.000 349.000 30.000 30.000\n2 521.000 349.000 30.000 30.000\n3 581.000 349.000 30.000 30.000\n4 641.000 349.000 30.000 30.000\n5 309.000 259.000 30.000 30.000\n6 309.000 198.000 30.000 30.000\n7 309.000 144.000 30.000 30.000\n8 309.000 89.000 30.000 30.000\n#\n6 7\n0 3\n0 6\n1 2\n2 3\n0 7\n7 8\n5 6\n0 8\n0 2\n0 5\n0 4\n0 1\n3 4\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/bundlerouting1.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t382.0\n\t\t\ty\t311.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t461.0\n\t\t\ty\t349.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t521.0\n\t\t\ty\t349.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t3\n\t\tlabel\t\"4\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t581.0\n\t\t\ty\t349.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"4\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t4\n\t\tlabel\t\"5\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t641.0\n\t\t\ty\t349.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"5\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t3\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t2\n\t\ttarget\t3\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/bundlerouting1.tglf",
    "content": "0 382.000 311.000 30.000 30.000\n1 461.000 349.000 30.000 30.000\n2 521.000 349.000 30.000 30.000\n3 581.000 349.000 30.000 30.000\n4 641.000 349.000 30.000 30.000\n#\n1 2\n3 4\n0 2\n0 3\n2 3\n0 4\n0 1\n"
  },
  {
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  },
  {
    "path": "cola/libdialect/tests/graphs/special/chainconfig01.tglf",
    "content": "0 358.000 102.000 30.000 30.000\n1 293.000 128.000 30.000 30.000\n2 242.000 189.000 30.000 30.000\n3 224.000 267.000 30.000 30.000\n4 236.000 347.000 30.000 30.000\n5 292.000 384.000 30.000 30.000\n6 374.000 396.000 30.000 30.000\n7 455.000 404.000 30.000 30.000\n8 530.000 415.000 30.000 30.000\n9 598.000 423.000 30.000 30.000\n10 669.000 434.000 30.000 30.000\n11 729.000 451.000 30.000 30.000\n12 772.000 492.000 30.000 30.000\n13 800.000 545.000 30.000 30.000\n14 798.000 602.000 30.000 30.000\n15 783.000 665.000 30.000 30.000\n16 746.000 714.000 30.000 30.000\n#\n2 3\n0 1\n13 14\n11 12\n5 6\n3 4\n7 8\n14 15\n15 16\n4 5\n6 7\n9 10\n1 2\n12 13\n10 11\n8 9\n"
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  {
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    "path": "cola/libdialect/tests/graphs/special/chains_and_cycles.tglf",
    "content": "0 251.000 154.000 30.000 30.000\n1 384.000 181.000 30.000 30.000\n2 443.000 289.000 30.000 30.000\n3 365.000 399.000 30.000 30.000\n4 172.000 400.000 30.000 30.000\n5 129.000 249.000 30.000 30.000\n6 611.000 91.000 30.000 30.000\n7 659.000 150.000 30.000 30.000\n8 706.000 216.000 30.000 30.000\n9 764.000 281.000 30.000 30.000\n10 815.000 344.000 30.000 30.000\n11 329.000 537.000 30.000 30.000\n12 419.000 535.000 30.000 30.000\n13 501.000 537.000 30.000 30.000\n14 592.000 532.000 30.000 30.000\n15 711.000 525.000 30.000 30.000\n16 504.000 625.000 30.000 30.000\n17 504.000 707.000 30.000 30.000\n18 503.000 782.000 30.000 30.000\n19 503.000 867.000 30.000 30.000\n20 416.000 861.000 30.000 30.000\n21 329.000 860.000 30.000 30.000\n22 327.000 689.000 30.000 30.000\n23 598.000 866.000 30.000 30.000\n24 729.000 870.000 30.000 30.000\n25 721.000 688.000 30.000 30.000\n26 782.000 520.000 30.000 30.000\n27 850.000 517.000 30.000 30.000\n28 911.000 513.000 30.000 30.000\n29 953.000 459.000 30.000 30.000\n30 997.000 392.000 30.000 30.000\n31 1070.000 368.000 30.000 30.000\n32 1123.000 411.000 30.000 30.000\n33 1140.000 486.000 30.000 30.000\n34 1140.000 580.000 30.000 30.000\n35 1087.000 637.000 30.000 30.000\n36 998.000 623.000 30.000 30.000\n37 945.000 582.000 30.000 30.000\n38 635.000 442.000 30.000 30.000\n39 713.000 390.000 30.000 30.000\n40 779.000 438.000 30.000 30.000\n41 580.000 380.000 30.000 30.000\n42 681.000 325.000 30.000 30.000\n#\n19 23\n18 19\n20 21\n29 30\n37 28\n3 4\n1 2\n6 7\n25 15\n17 18\n36 37\n38 39\n38 40\n15 38\n4 5\n39 42\n33 34\n5 0\n28 29\n16 17\n15 40\n30 31\n9 10\n13 14\n2 3\n13 16\n38 41\n15 26\n40 39\n8 9\n35 36\n24 25\n7 8\n41 42\n21 22\n22 11\n31 32\n34 35\n14 15\n12 13\n27 28\n19 20\n0 1\n15 39\n32 33\n26 27\n11 12\n23 24\n"
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    "path": "cola/libdialect/tests/graphs/special/cmplayout01.tglf",
    "content": "0 426 200 30 30\n1 474 200 30 30\n2 450 325 98 87\n#\n0 1 426 200 426 172.292 474 172.292 474 200\n1 2 474 200 474 248.25 450 248.25 450 325\n0 2 426 200 388.292 200 388.292 325 450 325\n"
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    "path": "cola/libdialect/tests/graphs/special/cmplayout02.tglf",
    "content": "6 426 200 30 30\n7 474 200 30 30\n8 450 325 98 87\n14 426 172.292 12.7083 12.7083\n15 474 172.292 12.7083 12.7083\n16 474 248.25 12.7083 12.7083\n17 450 248.25 12.7083 12.7083\n18 388.292 200 12.7083 12.7083\n19 388.292 325 12.7083 12.7083\n#\n6 7 426 200 426 172.292 474 172.292 474 200\n7 8 474 200 474 248.25 450 248.25 450 325\n6 8 426 200 388.292 200 388.292 325 450 325\n"
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    "path": "cola/libdialect/tests/graphs/special/cmplayout03.tglf",
    "content": "0 426 200 30 30\n1 474 200 30 30\n2 450 325 98 87\n#\n0 1 426 200 426 152.292 474 152.292 474 200\n1 2 474 200 474 248.25 450 248.25 450 325\n0 2 426 200 388.292 200 388.292 325 450 325\n"
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    "content": "0 426 200 30 30\n1 474 210 30 30\n2 450 325 98 87\n#\n0 1 426 200 426 172.292 474 172.292 474 210\n1 2 474 210 474 248.25 450 248.25 450 325\n0 2 426 200 388.292 200 388.292 325 450 325\n"
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    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t76.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t167.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t270.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t3\n\t\tlabel\t\"4\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t361.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"4\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t4\n\t\tlabel\t\"5\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t445.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"5\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t5\n\t\tlabel\t\"6\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t530.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"6\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t6\n\t\tlabel\t\"7\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t613.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"7\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t7\n\t\tlabel\t\"8\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t729.0\n\t\t\ty\t696.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"8\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n]\n"
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    "content": "0 729.000 76.000 30.000 30.000\n1 729.000 167.000 30.000 30.000\n2 729.000 270.000 30.000 30.000\n3 729.000 361.000 30.000 30.000\n4 729.000 445.000 30.000 30.000\n5 729.000 530.000 30.000 30.000\n6 729.000 613.000 30.000 30.000\n7 729.000 696.000 30.000 30.000\n#\n"
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    "path": "cola/libdialect/tests/graphs/special/components.gml",
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    "content": "0 171.000 148.000 30.000 30.000\n1 298.000 192.000 30.000 30.000\n2 264.000 346.000 30.000 30.000\n3 103.000 383.000 30.000 30.000\n4 97.000 249.000 30.000 30.000\n5 121.000 558.000 30.000 30.000\n6 288.000 492.000 30.000 30.000\n7 463.000 192.000 30.000 30.000\n8 443.000 369.000 30.000 30.000\n9 626.000 319.000 30.000 30.000\n10 725.000 148.000 30.000 30.000\n11 727.000 481.000 30.000 30.000\n12 648.000 81.000 30.000 30.000\n13 776.000 78.000 30.000 30.000\n14 315.000 682.000 30.000 30.000\n15 392.000 575.000 30.000 30.000\n16 509.000 618.000 30.000 30.000\n17 451.000 765.000 30.000 30.000\n18 654.000 627.000 30.000 30.000\n19 855.000 616.000 30.000 30.000\n20 771.000 748.000 30.000 30.000\n21 930.000 226.000 30.000 30.000\n22 836.000 347.000 30.000 30.000\n23 971.000 385.000 30.000 30.000\n24 1082.000 427.000 30.000 30.000\n25 1063.000 588.000 30.000 30.000\n#\n4 0\n9 8\n19 18\n9 10\n20 19\n15 16\n1 2\n3 2\n0 1\n13 10\n14 16\n14 17\n14 15\n12 10\n18 20\n22 23\n6 5\n16 17\n15 17\n2 6\n3 4\n23 24\n9 7\n9 11\n5 3\n"
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    "path": "cola/libdialect/tests/graphs/special/core_with_trees.gml",
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    "content": "0 546.000 319.000 30.000 30.000\n1 742.000 319.000 30.000 30.000\n2 546.000 529.000 30.000 30.000\n3 742.000 529.000 30.000 30.000\n4 481.000 249.000 30.000 30.000\n5 397.000 218.000 30.000 30.000\n6 436.000 182.000 30.000 30.000\n7 397.000 319.000 30.000 30.000\n8 397.000 529.000 30.000 30.000\n9 905.000 319.000 30.000 30.000\n10 905.000 529.000 30.000 30.000\n11 957.000 238.000 30.000 30.000\n12 300.000 203.000 30.000 30.000\n13 330.000 155.000 30.000 30.000\n14 379.000 113.000 30.000 30.000\n15 553.000 228.000 30.000 30.000\n16 549.000 160.000 30.000 30.000\n17 506.000 99.000 30.000 30.000\n18 558.000 90.000 30.000 30.000\n19 617.000 90.000 30.000 30.000\n20 427.000 93.000 30.000 30.000\n21 486.000 149.000 30.000 30.000\n22 560.000 31.000 30.000 30.000\n23 884.000 239.000 30.000 30.000\n24 828.000 237.000 30.000 30.000\n25 1024.000 233.000 30.000 30.000\n26 1091.000 229.000 30.000 30.000\n27 770.000 233.000 30.000 30.000\n28 705.000 235.000 30.000 30.000\n29 1155.000 226.000 30.000 30.000\n#\n0 4\n9 26\n8 7\n10 3\n16 19\n6 20\n9 29\n0 15\n15 21\n9 28\n9 24\n3 2\n5 12\n2 8\n4 5\n16 17\n9 10\n15 16\n9 11\n7 0\n18 22\n1 9\n9 27\n0 1\n9 23\n4 6\n6 14\n5 13\n16 18\n9 25\n"
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  {
    "path": "cola/libdialect/tests/graphs/special/expand03.tglf",
    "content": "0 445.000 142.000 30.000 30.000\n1 671.000 136.000 30.000 30.000\n2 877.000 129.000 30.000 30.000\n3 887.000 327.000 30.000 30.000\n4 899.000 515.000 30.000 30.000\n5 676.000 516.000 30.000 30.000\n6 464.000 511.000 30.000 30.000\n7 451.000 316.000 30.000 30.000\n8 672.000 313.000 30.000 30.000\n9 552.000 313.000 30.000 30.000\n10 676.000 422.000 30.000 30.000\n11 799.000 311.000 30.000 30.000\n12 668.000 216.000 30.000 30.000\n13 931.000 206.000 30.000 30.000\n14 988.000 171.000 30.000 30.000\n15 991.000 238.000 30.000 30.000\n16 1037.000 126.000 30.000 30.000\n17 1037.000 173.000 30.000 30.000\n18 1037.000 212.000 30.000 30.000\n19 1040.000 275.000 30.000 30.000\n20 1109.000 207.000 30.000 30.000\n21 1109.000 168.000 30.000 30.000\n22 1175.000 163.000 30.000 30.000\n23 1178.000 203.000 30.000 30.000\n24 1240.000 158.000 30.000 30.000\n25 1240.000 200.000 30.000 30.000\n26 962.000 446.000 30.000 30.000\n27 1019.000 411.000 30.000 30.000\n28 1022.000 478.000 30.000 30.000\n29 1068.000 366.000 30.000 30.000\n30 1068.000 413.000 30.000 30.000\n31 1068.000 452.000 30.000 30.000\n32 1071.000 515.000 30.000 30.000\n33 1140.000 447.000 30.000 30.000\n34 1140.000 408.000 30.000 30.000\n35 1206.000 403.000 30.000 30.000\n36 1209.000 443.000 30.000 30.000\n37 1271.000 398.000 30.000 30.000\n38 1271.000 440.000 30.000 30.000\n39 739.000 682.000 30.000 30.000\n40 796.000 647.000 30.000 30.000\n41 799.000 714.000 30.000 30.000\n42 845.000 602.000 30.000 30.000\n43 845.000 649.000 30.000 30.000\n44 845.000 688.000 30.000 30.000\n45 848.000 751.000 30.000 30.000\n46 917.000 683.000 30.000 30.000\n47 917.000 644.000 30.000 30.000\n48 983.000 639.000 30.000 30.000\n49 986.000 679.000 30.000 30.000\n50 1048.000 634.000 30.000 30.000\n51 1048.000 676.000 30.000 30.000\n52 549.000 -13.000 30.000 30.000\n53 606.000 -48.000 30.000 30.000\n54 609.000 19.000 30.000 30.000\n55 655.000 -93.000 30.000 30.000\n56 655.000 -46.000 30.000 30.000\n57 655.000 -7.000 30.000 30.000\n58 658.000 56.000 30.000 30.000\n59 727.000 -12.000 30.000 30.000\n60 727.000 -51.000 30.000 30.000\n61 793.000 -56.000 30.000 30.000\n62 796.000 -16.000 30.000 30.000\n63 858.000 -61.000 30.000 30.000\n64 858.000 -19.000 30.000 30.000\n#\n26 27\n52 54\n40 42\n15 19\n7 0\n12 13\n1 2\n53 56\n14 16\n11 26\n10 8\n1 12\n56 60\n13 15\n28 31\n27 29\n2 3\n30 34\n12 8\n5 10\n39 41\n8 9\n28 32\n44 46\n49 51\n54 57\n3 4\n47 48\n15 18\n0 1\n61 63\n23 25\n4 5\n59 62\n21 22\n33 36\n5 6\n8 11\n9 52\n27 30\n36 38\n54 58\n10 39\n20 23\n43 47\n11 3\n9 7\n41 45\n46 49\n48 50\n53 55\n39 40\n57 59\n41 44\n26 28\n34 35\n13 14\n17 21\n6 7\n31 33\n52 53\n60 61\n22 24\n40 43\n18 20\n35 37\n14 17\n62 64\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand04.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t630.0\n\t\t\ty\t475.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t651.0\n\t\t\ty\t587.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t651.0\n\t\t\ty\t324.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t3\n\t\tlabel\t\"4\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t746.0\n\t\t\ty\t324.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"4\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t4\n\t\tlabel\t\"5\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t746.0\n\t\t\ty\t587.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"5\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t5\n\t\tlabel\t\"6\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t630.0\n\t\t\ty\t390.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"6\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t6\n\t\tlabel\t\"7\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t495.0\n\t\t\ty\t390.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"7\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t7\n\t\tlabel\t\"8\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t495.0\n\t\t\ty\t475.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"8\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t8\n\t\tlabel\t\"9\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t495.0\n\t\t\ty\t324.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"9\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t9\n\t\tlabel\t\"10\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t566.0\n\t\t\ty\t537.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"10\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t10\n\t\tlabel\t\"11\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t564.0\n\t\t\ty\t576.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"11\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t11\n\t\tlabel\t\"12\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t562.0\n\t\t\ty\t617.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"12\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t12\n\t\tlabel\t\"13\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t702.0\n\t\t\ty\t437.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"13\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t13\n\t\tlabel\t\"14\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t701.0\n\t\t\ty\t474.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"14\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t14\n\t\tlabel\t\"15\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t700.0\n\t\t\ty\t513.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"15\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t2\n\t\ttarget\t3\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t4\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t5\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t5\n\t\ttarget\t6\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t6\n\t\ttarget\t7\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t7\n\t\ttarget\t0\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t8\n\t\ttarget\t6\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t8\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t9\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t10\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t11\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t12\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t13\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t14\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand04.tglf",
    "content": "0 630.000 475.000 30.000 30.000\n1 651.000 587.000 30.000 30.000\n2 651.000 324.000 30.000 30.000\n3 746.000 324.000 30.000 30.000\n4 746.000 587.000 30.000 30.000\n5 630.000 390.000 30.000 30.000\n6 495.000 390.000 30.000 30.000\n7 495.000 475.000 30.000 30.000\n8 495.000 324.000 30.000 30.000\n9 566.000 537.000 30.000 30.000\n10 564.000 576.000 30.000 30.000\n11 562.000 617.000 30.000 30.000\n12 702.000 437.000 30.000 30.000\n13 701.000 474.000 30.000 30.000\n14 700.000 513.000 30.000 30.000\n#\n0 5\n2 3\n4 1\n1 9\n8 6\n1 10\n5 6\n0 14\n6 7\n3 4\n1 11\n8 2\n1 2\n7 0\n0 13\n0 12\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand04b.gml",
    "content": 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  {
    "path": "cola/libdialect/tests/graphs/special/expand04b.tglf",
    "content": "0 630.000 -475.000 30.000 30.000\n1 651.000 -587.000 30.000 30.000\n2 651.000 -324.000 30.000 30.000\n3 746.000 -324.000 30.000 30.000\n4 746.000 -587.000 30.000 30.000\n5 630.000 -390.000 30.000 30.000\n6 495.000 -390.000 30.000 30.000\n7 495.000 -475.000 30.000 30.000\n8 495.000 -324.000 30.000 30.000\n9 566.000 -537.000 30.000 30.000\n10 564.000 -576.000 30.000 30.000\n11 562.000 -617.000 30.000 30.000\n12 702.000 -437.000 30.000 30.000\n13 701.000 -474.000 30.000 30.000\n14 700.000 -513.000 30.000 30.000\n#\n0 12\n7 0\n0 13\n2 3\n0 5\n1 2\n1 10\n8 6\n1 11\n6 7\n0 14\n3 4\n1 9\n4 1\n5 6\n8 2\n"
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    "path": "cola/libdialect/tests/graphs/special/expand05.gml",
    "content": 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0\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t6\n\t\ttarget\t9\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t6\n\t\ttarget\t10\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand05.tglf",
    "content": "0 464.000 229.000 225.000 55.000\n1 464.000 367.000 30.000 30.000\n2 533.000 367.000 30.000 30.000\n3 533.000 443.000 30.000 30.000\n4 700.000 443.000 30.000 30.000\n5 700.000 229.000 30.000 30.000\n6 584.000 304.000 30.000 30.000\n7 650.000 273.000 30.000 30.000\n8 630.000 324.000 30.000 30.000\n9 605.000 372.000 30.000 30.000\n10 573.000 417.000 30.000 30.000\n#\n0 1\n6 10\n6 7\n6 9\n1 2\n5 0\n4 5\n2 3\n3 4\n0 6\n6 8\n"
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    "content": "1 322.018 -127.884 90 90\n5 322.018 208.39 90 90\n6 172.018 -127.884 90 90\n8 172.018 358.39 90 90\n10 22.0175 358.39 90 90\n12 172.018 508.39 90 90\n14 322.018 508.39 90 90\n17 472.018 508.39 90 90\n19 172.018 32.896 90 90\n24 22.0175 208.39 90 90\n27 22.0175 58.3897 90 90\n29 472.018 208.39 90 90\n94 322.018 32.896 22.5 22.5\n95 322.018 358.39 22.5 22.5\n96 22.0175 -177.884 22.5 22.5\n97 472.018 -177.884 22.5 22.5\n#\n96 97\n6 1\n19 94\n24 5\n5 29\n10 8\n8 95\n12 14\n14 17\n96 27\n27 24\n24 10\n6 19\n8 12\n1 94\n94 5\n5 95\n95 14\n97 29\n29 17\n#\n1 6 C W >= 150.000\n1 94 C S >= 160.780\n5 24 C W >= 300.000\n5 29 C E >= 150.000\n5 94 C N >= 157.994\n5 95 C S >= 150.000\n6 19 C S >= 160.780\n8 10 C W >= 150.000\n8 12 C S >= 150.000\n8 95 C E >= 150.000\n10 24 C N >= 150.000\n12 14 C E >= 150.000\n14 17 C E >= 150.000\n14 95 C N >= 150.000\n17 29 C N >= 300.000\n19 94 C E >= 150.000\n24 27 C N >= 150.000\n27 96 C N >= 236.274\n29 97 C N >= 386.274\n96 97 C E >= 450.000\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand08.gml",
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    "path": "cola/libdialect/tests/graphs/special/expand08.tglf",
    "content": "0 534.000 445.000 30.000 30.000\n1 534.000 555.000 30.000 30.000\n2 416.000 555.000 30.000 30.000\n3 416.000 445.000 30.000 30.000\n4 586.000 380.000 30.000 30.000\n5 463.000 259.000 30.000 30.000\n6 524.000 261.000 30.000 30.000\n7 585.000 261.000 30.000 30.000\n8 640.000 261.000 30.000 30.000\n9 705.000 261.000 30.000 30.000\n10 495.000 380.000 30.000 30.000\n11 193.000 502.000 30.000 30.000\n12 -127.000 383.000 30.000 30.000\n13 -74.000 386.000 30.000 30.000\n14 -31.000 383.000 30.000 30.000\n15 23.000 383.000 30.000 30.000\n16 70.000 381.000 30.000 30.000\n17 131.000 383.000 30.000 30.000\n18 192.000 383.000 30.000 30.000\n19 247.000 383.000 30.000 30.000\n20 312.000 383.000 30.000 30.000\n21 362.000 380.000 30.000 30.000\n22 -44.000 465.000 30.000 30.000\n23 -43.000 503.000 30.000 30.000\n24 -46.000 548.000 30.000 30.000\n25 -47.000 598.000 30.000 30.000\n26 -49.000 641.000 30.000 30.000\n27 -50.000 685.000 30.000 30.000\n28 -50.000 737.000 30.000 30.000\n29 777.000 264.000 30.000 30.000\n30 416.000 260.000 30.000 30.000\n#\n4 7\n11 21\n4 30\n11 19\n11 22\n4 29\n11 25\n3 0\n11 26\n11 20\n2 11\n11 15\n4 9\n11 13\n11 28\n0 4\n11 18\n4 5\n4 8\n11 24\n4 6\n0 1\n11 17\n11 12\n11 16\n2 3\n0 10\n11 27\n11 23\n11 14\n1 2\n"
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  },
  {
    "path": "cola/libdialect/tests/graphs/special/expand09.tglf",
    "content": "0 534.000 445.000 30.000 30.000\n1 534.000 555.000 30.000 30.000\n2 416.000 555.000 30.000 30.000\n3 586.000 380.000 30.000 30.000\n4 463.000 259.000 30.000 30.000\n5 524.000 261.000 30.000 30.000\n6 585.000 261.000 30.000 30.000\n7 640.000 261.000 30.000 30.000\n8 705.000 261.000 30.000 30.000\n9 495.000 380.000 30.000 30.000\n10 193.000 502.000 30.000 30.000\n11 -127.000 383.000 30.000 30.000\n12 -74.000 386.000 30.000 30.000\n13 -31.000 383.000 30.000 30.000\n14 23.000 383.000 30.000 30.000\n15 70.000 381.000 30.000 30.000\n16 131.000 383.000 30.000 30.000\n17 192.000 383.000 30.000 30.000\n18 247.000 383.000 30.000 30.000\n19 312.000 383.000 30.000 30.000\n20 362.000 380.000 30.000 30.000\n21 -44.000 465.000 30.000 30.000\n22 -43.000 503.000 30.000 30.000\n23 -46.000 548.000 30.000 30.000\n24 -47.000 598.000 30.000 30.000\n25 -49.000 641.000 30.000 30.000\n26 -50.000 685.000 30.000 30.000\n27 -50.000 737.000 30.000 30.000\n28 777.000 264.000 30.000 30.000\n29 416.000 260.000 30.000 30.000\n30 534.000 180.000 30.000 30.000\n31 283.000 555.000 30.000 30.000\n32 283.000 733.000 30.000 30.000\n33 859.000 180.000 30.000 30.000\n34 859.000 733.000 30.000 30.000\n#\n10 14\n10 11\n3 29\n33 34\n10 24\n10 27\n3 5\n10 25\n0 9\n10 19\n10 26\n1 2\n10 13\n3 4\n10 23\n10 20\n10 21\n2 31\n0 30\n10 12\n0 1\n3 7\n0 3\n10 17\n10 22\n3 28\n2 10\n10 18\n3 8\n10 15\n10 16\n32 31\n3 6\n30 33\n34 32\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/holasbgn01_layout.tglf",
    "content": "0 562.824 782.447 30 30\n1 1668.84 1192.21 30 30\n2 1593.79 1643.77 30 30\n3 244.706 1192.21 30 30\n4 642.059 1583.77 30 30\n5 965.767 782.447 30 30\n6 455.382 1066.56 30 30\n7 431.382 1346.06 30 30\n8 965.767 1564.54 30 30\n9 562.824 703.212 30 30\n10 1748.08 1192.21 30 30\n11 1673.03 1643.77 30 30\n12 323.941 1192.21 30 30\n13 735.779 1583.77 30 30\n14 965.767 861.682 30 30\n15 965.767 1691.44 30 30\n16 1668.84 828.859 30 30\n17 1182.22 703.212 30 30\n18 800.53 782.447 30 30\n19 534.618 1066.56 30 30\n20 562.824 1220.42 30 30\n21 1746.83 1769.42 30 30\n22 352.147 1346.06 30 30\n23 2055.78 1277.79 30 30\n24 1976.55 1403.03 30 30\n25 965.767 1206.29 30 30\n26 1416.77 1803.5 30 30\n27 1374.13 1275.91 30 30\n28 1589.61 828.859 30 30\n29 376.147 1066.56 30 30\n30 510.618 1346.06 30 30\n31 1337.54 1803.5 30 30\n32 86.2351 753.008 30 30\n33 800.53 577.565 30 30\n34 1261.46 703.212 30 30\n35 86.2351 673.773 30 30\n36 800.53 498.329 30 30\n37 1102.99 703.212 30 30\n38 875.13 987.329 30 30\n39 165.47 850.425 30 30\n40 1176.44 1066.56 30 30\n41 193.676 1504.54 30 30\n42 1248.48 1691.44 30 30\n43 1255.68 1066.56 30 30\n44 193.676 1346.06 30 30\n45 1169.25 1691.44 30 30\n46 350.643 498.329 30 30\n47 535.957 577.565 30 30\n48 193.676 1425.3 30 30\n49 35.2059 1464.91 30 30\n50 86.2351 832.244 30 30\n51 562.824 861.682 30 30\n52 193.676 1583.77 30 30\n53 800.53 703.212 30 30\n54 35.2059 1385.68 30 30\n55 613.853 1066.56 30 30\n56 272.912 1346.06 30 30\n57 1224.9 782.447 30 30\n58 1176.44 987.329 30 30\n59 1668.84 908.094 30 30\n60 642.059 1220.42 30 30\n61 1892.52 1403.03 30 30\n62 1593.79 1564.54 30 30\n63 1374.13 1564.54 30 30\n64 1892.89 1151.74 30 30\n65 1800.59 987.329 30 30\n66 1800.59 1564.54 30 30\n67 1045 782.447 30 30\n68 1045 1564.54 30 30\n69 962.928 987.329 30 30\n70 925.561 1425.3 30 30\n71 776.002 987.329 30 30\n72 735.779 1425.3 30 30\n73 244.706 1112.98 30 30\n74 642.059 1504.54 30 30\n75 1294.89 908.094 30 30\n76 1294.89 1645.03 30 30\n77 721.294 577.565 30 30\n78 721.294 782.447 30 30\n79 165.47 713.599 30 30\n80 272.912 1425.3 30 30\n81 642.059 703.212 30 30\n82 1976.55 1277.79 30 30\n83 114.441 1425.3 30 30\n84 165.47 987.329 30 30\n85 350.643 577.565 30 30\n86 455.382 987.329 30 30\n87 431.382 1425.3 30 30\n88 1701.23 1690.18 30 30\n89 1374.13 1724.26 30 30\n90 1294.89 1275.91 30 30\n91 1045 1206.29 30 30\n92 1668.84 1112.98 30 30\n93 1879.82 1277.39 30 30\n94 1800.59 1277.39 30 30\n95 1327.72 1691.44 30 30\n96 1207.43 1564.54 30 30\n97 1640.64 1066.56 30 30\n98 1589.61 987.329 30 30\n99 1668.84 987.329 30 30\n100 1509.19 987.329 30 30\n101 1976.55 1151.74 30 30\n102 1294.89 987.329 30 30\n103 1134.94 782.447 30 30\n104 1374.13 987.329 30 30\n105 1374.13 908.094 30 30\n106 1045 987.329 30 30\n107 721.294 703.212 30 30\n108 244.706 987.329 30 30\n109 642.059 987.329 30 30\n110 165.47 577.565 30 30\n111 1800.59 1403.03 30 30\n112 1701.23 1564.54 30 30\n113 1462.35 1564.54 30 30\n114 1374.13 1645.03 30 30\n115 1294.89 1564.54 30 30\n116 1126.21 1564.54 30 30\n117 830.53 1425.3 30 30\n118 642.059 1425.3 30 30\n119 1045 1425.3 30 30\n120 352.147 1425.3 30 30\n121 2055.78 1198.55 30 30\n122 1800.59 1151.74 30 30\n123 1879.82 1198.15 30 30\n124 1374.13 1196.68 30 30\n125 562.824 1299.65 30 30\n126 965.767 1285.53 30 30\n127 271.408 498.329 30 30\n128 1496.01 1803.5 30 30\n129 35.2059 1544.15 30 30\n130 1352.69 703.212 54 30\n131 1085.21 1066.56 54 30\n132 1760.08 828.859 54 30\n133 562.824 1141.18 54 30\n134 1892.52 1482.27 54 30\n135 1502.56 1643.77 54 30\n136 1374.13 1485.3 54 30\n137 1892.89 1072.5 54 30\n138 1891.82 987.329 54 30\n139 1800.59 1643.77 54 30\n140 965.767 703.212 54 30\n141 965.767 1471.71 54 30\n142 962.928 908.094 54 30\n143 925.561 1518.12 54 30\n144 776.002 908.094 54 30\n145 735.779 1504.54 54 30\n146 153.47 1192.21 54 30\n147 550.824 1583.77 54 30\n148 1294.89 828.859 54 30\n149 1203.66 1645.03 54 30\n150 800.53 656.8 54 30\n151 800.53 861.682 54 30\n152 86.2351 594.538 54 30\n153 193.676 1266.83 54 30\n154 562.824 623.976 54 30\n155 2055.78 1357.02 54 30\n156 35.2059 1306.44 54 30\n157 165.47 1066.56 54 30\n158 441.878 498.329 54 30\n159 284.912 1066.56 54 30\n160 601.853 1346.06 54 30\n161 1655.6 1769.42 54 30\n162 1246.3 1803.5 54 30\n163 1374.13 1355.15 54 30\n164 965.767 1127.06 54 30\n165 1577.61 1192.21 54 30\n166 1879.82 1356.62 54 30\n167 1078.01 1691.44 54 30\n168 1549.4 1066.56 54 30\n169 1374.13 1066.56 54 30\n#\n80 44 272.912 1421.3 233.294 1421.3 233.294 1346.06 193.676 1346.06\n40 58 1176.44 1066.56 1176.44 987.329\n48 80 193.676 1425.3 272.912 1425.3\n19 86 534.618 1066.56 534.618 1028.95 459.382 1028.95 459.382 987.329\n137 64 1892.89 1072.5 1892.89 1151.74\n119 70 1045 1425.3 925.561 1425.3\n90 124 1294.89 1271.91 1334.51 1271.91 1334.51 1196.68 1374.13 1196.68\n108 84 244.706 987.329 165.47 987.329\n103 67 1134.94 782.447 1045 782.447\n68 8 1045 1564.54 965.767 1564.54\n32 79 86.2351 753.008 123.853 753.008 123.853 715.599 165.47 715.599\n96 116 1207.43 1564.54 1126.21 1564.54\n108 86 244.706 987.329 455.382 987.329\n92 100 1668.84 1112.98 1509.19 1112.98 1509.19 987.329\n95 96 1327.72 1691.44 1327.72 1602.78 1211.43 1602.78 1211.43 1564.54\n86 109 455.382 987.329 642.059 987.329\n87 118 431.382 1425.3 642.059 1425.3\n107 81 721.294 703.212 642.059 703.212\n81 51 642.059 711.204 604.441 711.204 604.441 861.682 562.824 861.682\n158 85 441.878 498.329 441.878 537.947 354.643 537.947 354.643 577.565\n57 37 1218.9 782.447 1218.9 744.829 1102.99 744.829 1102.99 703.212\n6 86 455.382 1066.56 455.382 987.329\n132 59 1760.08 828.859 1760.08 868.476 1672.84 868.476 1672.84 908.094\n81 9 642.059 703.204 562.824 703.204\n113 88 1462.35 1564.54 1462.35 1690.18 1701.23 1690.18\n41 80 193.676 1504.54 231.294 1504.54 231.294 1429.3 272.912 1429.3\n69 38 962.928 987.329 875.13 987.329\n122 94 1800.59 1151.74 1800.59 1277.39\n28 59 1589.61 828.859 1589.61 868.476 1664.84 868.476 1664.84 908.094\n136 63 1374.13 1485.3 1374.13 1564.54\n68 119 1045 1564.54 1045 1425.3\n114 76 1374.13 1645.03 1294.89 1645.03\n73 3 244.706 1112.98 244.706 1192.21\n168 98 1549.4 1066.56 1549.4 1026.95 1587.61 1026.95 1587.61 987.329\n110 85 165.47 577.565 350.643 577.565\n24 61 1976.55 1403.03 1892.52 1403.03\n109 60 642.063 987.329 642.063 1220.42\n71 109 776.002 987.333 642.059 987.333\n148 75 1294.89 828.859 1294.89 908.094\n154 81 562.824 623.976 608.441 623.976 608.441 699.204 642.059 699.204\n67 106 1045 782.447 1045 987.329\n33 77 800.53 577.565 721.294 577.565\n0 81 562.824 782.447 600.441 782.447 600.441 707.204 642.059 707.204\n141 68 965.767 1471.71 1011.39 1471.71 1011.39 1560.54 1045 1560.54\n61 111 1892.52 1403.03 1800.59 1403.03\n89 31 1372.13 1724.26 1372.13 1765.88 1337.54 1765.88 1337.54 1803.5\n22 87 352.147 1346.06 352.147 1383.68 427.382 1383.68 427.382 1425.3\n83 49 114.441 1427.3 72.8235 1427.3 72.8235 1464.91 35.2059 1464.91\n100 98 1509.19 987.329 1589.61 987.329\n42 96 1248.48 1691.44 1248.48 1606.78 1207.43 1606.78 1207.43 1564.54\n169 104 1374.13 1066.56 1374.13 987.329\n78 107 721.294 782.447 721.294 703.212\n77 36 721.294 573.565 760.912 573.565 760.912 498.329 800.53 498.329\n109 73 638.063 987.329 638.063 1112.98 244.706 1112.98\n106 69 1045 987.329 962.928 987.329\n115 96 1294.89 1564.54 1207.43 1564.54\n98 99 1589.61 987.329 1668.84 987.329\n54 83 35.2059 1385.68 74.8235 1385.68 74.8235 1423.3 114.441 1423.3\n117 72 830.53 1425.3 735.779 1425.3\n84 39 165.47 987.329 165.47 850.425\n145 72 735.779 1504.54 735.779 1425.3\n112 62 1701.23 1564.54 1593.79 1564.54\n17 57 1182.22 703.212 1182.22 740.829 1222.9 740.829 1222.9 782.447\n155 82 2055.78 1357.02 2010.16 1357.02 2010.16 1281.79 1976.55 1281.79\n80 52 272.912 1433.3 235.294 1433.3 235.294 1583.77 193.676 1583.77\n164 91 965.767 1127.06 1011.39 1127.06 1011.39 1202.29 1045 1202.29\n47 77 535.957 577.565 721.294 577.565\n105 75 1374.13 908.094 1294.89 908.094\n114 89 1374.13 1645.03 1374.13 1724.26\n99 65 1668.84 987.329 1800.59 987.329\n102 90 1294.89 987.329 1294.89 1275.91\n150 77 800.53 656.8 754.912 656.8 754.912 581.565 721.294 581.565\n118 74 642.059 1425.3 642.059 1504.54\n123 94 1879.82 1198.15 1840.2 1198.15 1840.2 1273.39 1800.59 1273.39\n57 103 1224.9 782.447 1134.94 782.447\n27 90 1374.13 1275.91 1294.89 1275.91\n62 11 1597.79 1564.54 1597.79 1604.15 1673.03 1604.15 1673.03 1643.77\n135 62 1502.56 1643.77 1502.56 1604.15 1589.79 1604.15 1589.79 1564.54\n147 74 550.824 1583.77 550.824 1544.15 638.059 1544.15 638.059 1504.54\n163 90 1374.13 1355.15 1328.51 1355.15 1328.51 1279.91 1294.89 1279.91\n7 87 431.382 1346.06 431.382 1425.3\n74 120 642.059 1504.54 352.147 1504.54 352.147 1425.3\n79 50 165.47 719.599 127.853 719.599 127.853 832.244 86.2351 832.244\n73 108 244.706 1112.98 244.706 987.329\n116 68 1126.21 1564.54 1045 1564.54\n86 55 463.382 987.329 463.382 1024.95 613.853 1024.95 613.853 1066.56\n104 102 1374.13 987.329 1294.89 987.329\n63 115 1374.13 1564.54 1294.89 1564.54\n94 93 1800.59 1277.39 1879.82 1277.39\n78 18 721.294 782.447 800.53 782.447\n146 73 153.47 1192.21 153.47 1152.59 240.706 1152.59 240.706 1112.98\n143 70 925.561 1518.12 925.561 1425.3\n87 30 435.382 1425.3 435.382 1383.68 510.618 1383.68 510.618 1346.06\n98 97 1591.61 987.329 1591.61 1026.95 1640.64 1026.95 1640.64 1066.56\n113 63 1462.35 1564.54 1374.13 1564.54\n140 67 965.767 703.212 1011.39 703.212 1011.39 778.447 1045 778.447\n58 43 1180.44 987.329 1180.44 1026.95 1255.68 1026.95 1255.68 1066.56\n60 20 642.059 1220.42 562.824 1220.42\n109 78 642.059 983.333 721.294 983.333 721.294 782.447\n139 66 1800.59 1643.77 1800.59 1564.54\n96 45 1207.43 1564.54 1169.25 1691.44\n64 122 1892.89 1151.74 1800.59 1151.74\n166 94 1879.82 1356.62 1834.2 1356.62 1834.2 1281.39 1800.59 1281.39\n165 92 1577.61 1192.21 1577.61 1152.59 1664.84 1152.59 1664.84 1112.98\n133 60 562.824 1141.18 608.441 1141.18 608.441 1216.42 642.059 1216.42\n79 35 165.47 711.599 125.853 711.599 125.853 673.773 86.2351 673.773\n149 76 1203.66 1645.03 1294.89 1645.03\n120 87 352.147 1425.3 431.382 1425.3\n25 91 965.767 1206.29 1045 1206.29\n85 47 350.643 577.565 535.957 577.565\n162 89 1246.3 1803.5 1246.3 1761.88 1368.13 1761.88 1368.13 1724.26\n87 56 423.382 1425.3 423.382 1387.68 272.912 1387.68 272.912 1346.06\n72 118 735.779 1425.3 642.059 1425.3\n88 112 1701.23 1690.18 1701.23 1564.54\n89 128 1380.13 1724.26 1380.13 1761.88 1496.01 1761.88 1496.01 1803.5\n160 87 601.853 1346.06 601.853 1387.68 439.382 1387.68 439.382 1425.3\n14 67 965.767 861.682 1005.39 861.682 1005.39 786.447 1045 786.447\n100 104 1509.19 987.329 1374.13 987.329\n131 58 1085.21 1066.56 1085.21 1026.95 1172.44 1026.95 1172.44 987.329\n75 102 1294.89 908.094 1294.89 987.329\n70 117 925.561 1425.3 830.53 1425.3\n2 62 1593.79 1643.77 1593.79 1564.54\n26 89 1416.77 1803.5 1416.77 1765.88 1376.13 1765.88 1376.13 1724.26\n13 74 735.779 1583.77 735.779 1544.15 646.059 1544.15 646.059 1504.54\n60 118 642.059 1220.42 642.059 1425.3\n83 129 114.441 1431.3 76.8235 1431.3 76.8235 1544.15 35.2059 1544.15\n34 57 1261.46 703.212 1261.46 740.829 1226.9 740.829 1226.9 782.447\n152 79 86.2351 594.538 131.853 594.538 131.853 707.599 165.47 707.599\n153 80 193.676 1266.83 239.294 1266.83 239.294 1417.3 272.912 1417.3\n110 79 165.47 577.565 165.47 713.599\n125 60 562.824 1299.65 602.441 1299.65 602.441 1224.42 642.059 1224.42\n62 113 1593.79 1564.54 1462.35 1564.54\n90 115 1294.89 1275.91 1294.89 1564.54\n130 57 1352.69 703.212 1352.69 744.829 1230.9 744.829 1230.9 782.447\n15 68 965.767 1691.44 1005.39 1691.44 1005.39 1568.54 1045 1568.54\n102 58 1294.89 987.333 1176.44 987.333\n79 39 165.47 713.599 165.47 850.425\n91 126 1045 1210.29 1005.39 1210.29 1005.39 1285.53 965.767 1285.53\n38 71 875.13 987.329 776.002 987.329\n88 21 1703.23 1690.18 1703.23 1729.8 1746.83 1729.8 1746.83 1769.42\n58 106 1176.44 987.329 1045 987.329\n159 86 284.912 1066.56 284.912 1024.95 447.382 1024.95 447.382 987.329\n63 114 1374.13 1564.54 1374.13 1645.03\n156 83 35.2059 1306.44 80.8235 1306.44 80.8235 1419.3 114.441 1419.3\n59 16 1668.84 908.094 1668.84 828.859\n112 66 1701.23 1564.54 1800.59 1564.54\n91 119 1045 1206.29 1045 1425.3\n134 61 1892.52 1482.27 1892.52 1403.03\n161 88 1655.6 1769.42 1655.6 1729.8 1699.23 1729.8 1699.23 1690.18\n59 100 1668.84 908.094 1509.19 908.094 1509.19 987.329\n82 23 1976.55 1277.79 2055.78 1277.79\n94 111 1800.59 1277.39 1800.59 1403.03\n80 120 272.912 1425.3 352.147 1425.3\n76 115 1294.89 1645.03 1294.89 1564.54\n48 83 193.676 1425.3 114.441 1425.3\n167 96 1078.01 1691.44 1078.01 1604.78 1203.43 1604.78 1203.43 1564.54\n106 91 1045 987.329 1045 1206.29\n157 84 165.47 1066.56 165.47 987.329\n104 105 1374.13 987.329 1374.13 908.094\n101 82 1976.55 1151.74 1976.55 1277.79\n92 10 1672.84 1112.98 1672.84 1152.59 1748.08 1152.59 1748.08 1192.21\n1 92 1668.84 1192.21 1668.84 1112.98\n127 85 271.408 498.329 271.408 537.947 346.643 537.947 346.643 577.565\n74 4 642.059 1504.54 642.059 1583.77\n151 78 800.53 861.682 754.912 861.682 754.912 786.447 721.294 786.447\n53 78 800.53 703.212 760.912 703.212 760.912 778.447 721.294 778.447\n65 122 1800.59 987.329 1800.59 1151.74\n67 5 1045 782.447 965.767 782.447\n86 29 451.382 987.329 451.382 1028.95 376.147 1028.95 376.147 1066.56\n77 107 721.294 577.565 721.294 703.212\n142 69 962.928 908.094 962.928 987.329\n138 65 1891.82 987.329 1800.59 987.329\n12 73 323.941 1192.21 323.941 1152.59 248.706 1152.59 248.706 1112.98\n85 46 350.643 577.565 350.643 498.329\n99 59 1668.84 987.329 1668.84 908.094\n81 109 642.059 703.212 642.059 987.329\n82 24 1976.55 1277.79 1976.55 1403.03\n102 57 1294.89 983.333 1224.9 983.333 1224.9 782.447\n66 111 1800.59 1564.54 1800.59 1403.03\n121 82 2055.78 1198.55 2016.16 1198.55 2016.16 1273.79 1976.55 1273.79\n144 71 776.002 908.094 776.002 987.329\n101 64 1976.55 1151.74 1892.89 1151.74\n99 92 1668.84 987.329 1668.84 1112.98\n#\n0 9 B N >= 32.824\n0 51 B S >= 32.824\n0 81 B R >= 32.824\n1 10 B E >= 32.824\n1 92 C X == 0\n1 165 B W >= 32.824\n2 11 B E >= 32.824\n2 62 C X == 0\n2 135 B W >= 32.824\n3 12 B E >= 32.824\n3 73 C X == 0\n3 146 B W >= 32.824\n4 13 B E >= 32.824\n4 74 C X == 0\n4 147 B W >= 32.824\n5 14 B S >= 32.824\n5 67 B E >= 32.824\n5 140 B N >= 32.824\n6 19 B E >= 32.824\n6 29 B W >= 32.824\n6 86 C X == 0\n7 22 B W >= 32.824\n7 30 B E >= 32.824\n7 87 C X == 0\n8 15 B S >= 32.824\n8 68 B E >= 32.824\n8 141 B N >= 32.824\n9 81 C Y == 0\n9 154 B N >= 32.824\n13 145 C X == 0\n15 167 C Y == 0\n16 28 B W >= 32.824\n16 59 C X == 0\n16 132 B E >= 32.824\n17 34 B E >= 32.824\n17 37 B W >= 32.824\n18 53 B N >= 32.824\n18 78 B W >= 32.824\n18 151 B S >= 32.824\n19 55 B E >= 32.824\n20 60 B E >= 32.824\n20 125 B S >= 32.824\n20 133 B N >= 32.824\n21 161 B W >= 32.824\n22 56 B W >= 32.824\n23 82 B W >= 32.824\n23 121 B N >= 32.824\n23 155 B S >= 32.824\n24 61 C W >= 84.029\n24 82 C N >= 79.235\n25 91 B E >= 32.824\n25 126 B S >= 32.824\n25 164 B N >= 32.824\n26 31 B W >= 32.824\n26 128 B E >= 32.824\n27 90 B W >= 32.824\n27 124 B N >= 32.824\n27 163 B S >= 32.824\n29 159 B W >= 32.824\n30 160 B E >= 32.824\n31 162 B W >= 32.824\n32 35 B N >= 32.824\n32 50 B S >= 32.824\n32 79 B R >= 32.824\n33 36 B N >= 32.824\n33 77 B W >= 32.824\n33 150 B S >= 32.824\n34 130 B E >= 32.824\n35 152 B N >= 32.824\n38 69 C E >= 87.798\n38 71 C W >= 99.127\n39 79 C N >= 82.714\n39 84 C S >= 87.677\n40 43 B E >= 32.824\n40 58 C X == 0\n40 131 B W >= 32.824\n41 48 B N >= 32.824\n41 52 B S >= 32.824\n41 80 B R >= 32.824\n41 83 B L >= 32.824\n42 45 B W >= 32.824\n42 95 B E >= 32.824\n44 48 B S >= 32.824\n44 56 C Y == 0\n44 153 B N >= 32.824\n45 167 B W >= 32.824\n46 85 C X == 0\n46 127 B W >= 32.824\n46 158 B E >= 32.824\n47 77 C E >= 114.156\n47 85 C W >= 105.659\n48 80 C Y == 0\n48 83 C Y == 0\n49 54 B N >= 32.824\n49 83 B R >= 32.824\n49 129 B S >= 32.824\n53 107 C Y == 0\n54 156 B N >= 32.824\n57 103 C W >= 83.548\n57 130 B U >= 32.824\n58 102 B E >= 32.824\n58 106 C W >= 119.255\n58 131 B D >= 32.824\n59 99 C S >= 79.235\n59 132 B U >= 32.824\n60 109 B N >= 32.824\n60 118 C S >= 114.411\n61 111 C W >= 91.932\n61 134 B S >= 32.824\n62 112 C E >= 79.235\n62 113 C W >= 79.235\n62 135 B D >= 32.824\n63 113 C E >= 88.221\n63 114 C S >= 80.494\n63 115 C W >= 79.235\n63 136 B N >= 32.824\n64 101 C E >= 83.659\n64 122 C W >= 92.301\n64 137 B N >= 32.824\n65 99 C W >= 108.338\n65 122 C S >= 79.235\n65 138 B E >= 32.824\n66 111 C N >= 79.235\n66 112 C W >= 99.352\n66 139 B S >= 32.824\n67 103 C E >= 84.160\n67 106 C S >= 79.235\n68 116 C E >= 79.235\n68 119 C N >= 88.091\n69 106 C E >= 82.075\n69 142 B N >= 32.824\n70 117 C W >= 95.031\n70 119 C E >= 94.021\n70 143 B S >= 32.824\n71 109 B W >= 32.824\n71 144 B N >= 32.824\n72 117 C E >= 94.751\n72 118 C W >= 93.720\n72 145 B S >= 32.824\n73 108 C N >= 79.235\n73 146 B D >= 32.824\n74 118 C N >= 79.235\n74 147 B D >= 32.824\n75 102 C S >= 79.235\n75 105 C E >= 79.235\n75 148 B N >= 32.824\n76 114 C E >= 79.235\n76 115 C N >= 80.494\n76 149 B W >= 32.824\n77 107 C S >= 115.329\n78 107 C N >= 79.235\n79 110 C N >= 79.235\n80 120 B E >= 32.824\n81 107 C E >= 79.235\n81 109 C S >= 134.297\n82 101 C N >= 79.264\n84 108 C E >= 79.235\n84 157 B S >= 32.824\n85 110 C W >= 97.126\n85 158 B U >= 32.824\n86 108 C W >= 79.235\n86 109 C E >= 79.235\n86 159 B D >= 32.824\n87 118 C E >= 79.235\n87 120 C W >= 79.235\n87 160 B U >= 32.824\n88 112 C N >= 79.235\n88 161 B D >= 32.824\n89 114 B N >= 32.824\n89 162 B D >= 32.824\n90 102 C N >= 157.960\n90 115 C S >= 159.010\n91 106 C N >= 114.149\n91 119 C S >= 114.731\n92 99 C N >= 79.235\n92 165 B D >= 32.824\n93 94 B W >= 32.824\n93 123 B N >= 32.824\n93 166 B S >= 32.824\n94 111 C S >= 79.235\n94 122 C N >= 79.264\n96 115 C E >= 79.235\n96 116 C W >= 79.235\n96 167 B D >= 32.824\n97 168 B W >= 32.824\n98 99 C E >= 79.235\n98 100 C W >= 79.235\n98 168 B D >= 32.824\n100 104 C W >= 79.235\n102 104 C E >= 79.235\n104 105 C N >= 79.235\n104 169 B S >= 32.824\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/lone_node.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t493.0\n\t\t\ty\t374.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/lone_node.tglf",
    "content": "0 493.000 374.000 30.000 30.000\n#\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/nearalign01.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t576.0\n\t\t\ty\t481.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t584.0\n\t\t\ty\t418.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t592.0\n\t\t\ty\t360.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t3\n\t\tlabel\t\"4\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t597.0\n\t\t\ty\t316.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"4\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t4\n\t\tlabel\t\"5\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t601.0\n\t\t\ty\t267.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"5\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t2\n\t\ttarget\t3\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/nearalign01.tglf",
    "content": "0 576.000 481.000 30.000 30.000\n1 584.000 418.000 30.000 30.000\n2 592.000 360.000 30.000 30.000\n3 597.000 316.000 30.000 30.000\n4 601.000 267.000 30.000 30.000\n#\n1 2\n3 4\n0 1\n2 3\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/octogon.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t718.0\n\t\t\ty\t196.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t860.0\n\t\t\ty\t254.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t923.0\n\t\t\ty\t388.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t3\n\t\tlabel\t\"4\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t870.0\n\t\t\ty\t524.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"4\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t4\n\t\tlabel\t\"5\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t714.0\n\t\t\ty\t592.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"5\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t5\n\t\tlabel\t\"6\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t575.0\n\t\t\ty\t534.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"6\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t6\n\t\tlabel\t\"7\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t484.0\n\t\t\ty\t388.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"7\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t7\n\t\tlabel\t\"8\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t582.0\n\t\t\ty\t261.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"8\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t2\n\t\ttarget\t3\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t4\n\t\ttarget\t5\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t5\n\t\ttarget\t6\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t6\n\t\ttarget\t7\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t7\n\t\ttarget\t0\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/octogon.tglf",
    "content": "0 718.000 196.000 30.000 30.000\n1 860.000 254.000 30.000 30.000\n2 923.000 388.000 30.000 30.000\n3 870.000 524.000 30.000 30.000\n4 714.000 592.000 30.000 30.000\n5 575.000 534.000 30.000 30.000\n6 484.000 388.000 30.000 30.000\n7 582.000 261.000 30.000 30.000\n#\n7 0\n1 2\n6 7\n5 6\n2 3\n4 5\n0 1\n3 4\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/readconstraints.tglf",
    "content": "0 0 0 30 30\n1 100 100 30 30\n2 200 200 30 30\n3 300 300 30 30\n#\n#\n0 1 B E >= 30\n1 2 C U == 60\n3 2 B R >= 0\n\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/special/rotate01.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t426.0\n\t\t\ty\t171.5\n\t\t\tw\t30.0\n\t\t\th\t87.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t522.5\n\t\t\ty\t200.0\n\t\t\tw\t127.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t450.0\n\t\t\ty\t325.5\n\t\t\tw\t98.0\n\t\t\th\t87.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
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    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t377.5\n\t\t\ty\t200.0\n\t\t\tw\t127.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t522.5\n\t\t\ty\t200.0\n\t\t\tw\t127.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t450.0\n\t\t\ty\t325.5\n\t\t\tw\t98.0\n\t\t\th\t87.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tanchor\t\"c\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
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    "path": "cola/libdialect/tests/graphs/special/routing01.tglf",
    "content": "0 452.000 259.000 30.000 30.000\n1 482.000 259.000 30.000 30.000\n2 467.000 310.000 30.000 30.000\n3 467.000 208.000 30.000 30.000\n4 661.000 259.000 79.000 30.000\n5 739.000 259.000 90.000 30.000\n6 701.000 310.000 30.000 30.000\n7 701.000 208.000 30.000 30.000\n#\n2 3\n6 4\n2 0\n6 7\n"
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    "path": "cola/libdialect/tests/graphs/special/samesiderouting.gml",
    "content": "Creator\t\"yFiles\"\nVersion\t\"2.12\"\ngraph\n[\n\thierarchic\t1\n\tlabel\t\"\"\n\tdirected\t1\n\tnode\n\t[\n\t\tid\t0\n\t\tlabel\t\"1\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t426.0\n\t\t\ty\t200.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"1\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t1\n\t\tlabel\t\"2\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t474.0\n\t\t\ty\t200.0\n\t\t\tw\t30.0\n\t\t\th\t30.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"2\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tnode\n\t[\n\t\tid\t2\n\t\tlabel\t\"3\"\n\t\tgraphics\n\t\t[\n\t\t\tx\t450.0\n\t\t\ty\t325.5\n\t\t\tw\t98.0\n\t\t\th\t87.0\n\t\t\ttype\t\"rectangle\"\n\t\t\tfill\t\"#FFCC00\"\n\t\t\toutline\t\"#000000\"\n\t\t]\n\t\tLabelGraphics\n\t\t[\n\t\t\ttext\t\"3\"\n\t\t\tfontSize\t12\n\t\t\tfontName\t\"Dialog\"\n\t\t\tmodel\t\"null\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
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    "path": "cola/libdialect/tests/graphs/special/straight_6.gml",
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    "path": "cola/libdialect/tests/graphs/special/straight_6.tglf",
    "content": "0 405.000 469.000 30.000 30.000\n1 522.000 420.000 30.000 30.000\n2 647.000 366.000 30.000 30.000\n3 761.000 324.000 30.000 30.000\n4 876.000 254.000 30.000 30.000\n5 1013.000 197.000 30.000 30.000\n#\n4 5\n0 1\n3 4\n2 3\n1 2\n"
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    "content": "0 546.000 319.000 30.000 30.000\n1 742.000 319.000 30.000 30.000\n2 546.000 529.000 30.000 30.000\n3 742.000 529.000 30.000 30.000\n4 481.000 249.000 30.000 30.000\n5 397.000 218.000 30.000 30.000\n6 436.000 182.000 30.000 30.000\n7 795.000 245.000 30.000 30.000\n8 777.000 173.000 30.000 30.000\n9 842.000 199.000 30.000 30.000\n10 883.000 249.000 30.000 30.000\n11 855.000 324.000 30.000 30.000\n12 922.000 324.000 30.000 30.000\n#\n11 12\n7 9\n0 1\n7 8\n4 6\n1 11\n4 5\n1 3\n0 4\n1 7\n3 2\n2 0\n7 10\n"
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    "path": "cola/libdialect/tests/graphs/special/treeplacement3.tglf",
    "content": "0 546.000 319.000 30.000 30.000\n1 742.000 319.000 30.000 30.000\n2 546.000 529.000 30.000 30.000\n3 742.000 529.000 30.000 30.000\n4 481.000 249.000 30.000 30.000\n5 397.000 218.000 30.000 30.000\n6 436.000 182.000 30.000 30.000\n7 397.000 319.000 30.000 30.000\n8 397.000 529.000 30.000 30.000\n9 905.000 319.000 30.000 30.000\n10 905.000 529.000 30.000 30.000\n11 957.000 238.000 30.000 30.000\n#\n2 8\n4 6\n0 1\n0 4\n1 3\n4 5\n7 0\n10 3\n1 9\n3 2\n8 7\n9 11\n9 10\n"
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  {
    "path": "cola/libdialect/tests/graphs/special/treeplacement5.tglf",
    "content": "0 546.000 319.000 30.000 30.000\n1 742.000 319.000 30.000 30.000\n2 546.000 529.000 30.000 30.000\n3 742.000 529.000 30.000 30.000\n4 481.000 249.000 30.000 30.000\n5 397.000 218.000 30.000 30.000\n6 436.000 182.000 30.000 30.000\n7 397.000 319.000 30.000 30.000\n8 397.000 529.000 30.000 30.000\n9 905.000 319.000 30.000 30.000\n10 905.000 529.000 30.000 30.000\n11 957.000 238.000 30.000 30.000\n12 300.000 203.000 30.000 30.000\n13 330.000 155.000 30.000 30.000\n14 379.000 113.000 30.000 30.000\n15 553.000 228.000 30.000 30.000\n16 549.000 160.000 30.000 30.000\n17 506.000 99.000 30.000 30.000\n18 558.000 90.000 30.000 30.000\n19 617.000 90.000 30.000 30.000\n20 427.000 93.000 30.000 30.000\n21 486.000 149.000 30.000 30.000\n22 560.000 31.000 30.000 30.000\n23 884.000 239.000 30.000 30.000\n24 828.000 237.000 30.000 30.000\n25 1024.000 233.000 30.000 30.000\n26 1091.000 229.000 30.000 30.000\n27 770.000 233.000 30.000 30.000\n28 705.000 235.000 30.000 30.000\n29 1155.000 226.000 30.000 30.000\n#\n9 23\n9 29\n9 26\n1 3\n9 25\n16 17\n15 16\n0 1\n8 7\n0 4\n15 21\n9 27\n0 15\n4 5\n1 9\n9 10\n7 0\n4 6\n6 20\n2 8\n5 12\n9 28\n9 24\n9 11\n16 18\n5 13\n18 22\n6 14\n3 2\n16 19\n10 3\n"
  },
  {
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    "path": "cola/libdialect/tests/graphs/trees/tree01m.tglf",
    "content": "0 501.000 232.000 30.000 30.000\n1 176.000 181.000 30.000 30.000\n2 735.000 119.000 30.000 30.000\n3 359.000 370.000 30.000 30.000\n4 696.000 46.000 30.000 30.000\n5 593.000 386.000 30.000 30.000\n6 747.000 471.000 30.000 30.000\n7 597.000 543.000 30.000 30.000\n8 285.000 313.000 30.000 30.000\n9 533.000 437.000 30.000 30.000\n10 366.000 543.000 30.000 30.000\n11 801.000 594.000 30.000 30.000\n12 715.000 362.000 30.000 30.000\n#\n0 2\n7 9\n3 8\n2 4\n7 12\n5 6\n7 10\n6 7\n0 1\n2 3\n2 5\n7 11\n"
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    "path": "cola/libdialect/tests/graphs/trees/tree02.gml",
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    "content": 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\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t1\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t2\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t4\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t0\n\t\ttarget\t5\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t5\n\t\ttarget\t7\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t1\n\t\ttarget\t6\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t8\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t3\n\t\ttarget\t9\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t8\n\t\ttarget\t10\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t9\n\t\ttarget\t11\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t9\n\t\ttarget\t12\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n\tedge\n\t[\n\t\tsource\t9\n\t\ttarget\t13\n\t\tgraphics\n\t\t[\n\t\t\tfill\t\"#000000\"\n\t\t\ttargetArrow\t\"standard\"\n\t\t]\n\t]\n]\n"
  },
  {
    "path": "cola/libdialect/tests/graphs/trees/tree03.tglf",
    "content": "0 530.000 83.000 30.000 30.000\n1 311.000 156.000 30.000 30.000\n2 403.000 156.000 30.000 30.000\n3 529.000 158.000 30.000 30.000\n4 683.000 162.000 30.000 30.000\n5 847.000 165.000 30.000 30.000\n6 304.000 222.000 30.000 30.000\n7 858.000 228.000 30.000 30.000\n8 499.000 251.000 30.000 30.000\n9 580.000 250.000 30.000 30.000\n10 493.000 321.000 30.000 30.000\n11 567.000 328.000 30.000 30.000\n12 638.000 328.000 30.000 30.000\n13 714.000 332.000 30.000 30.000\n#\n0 5\n0 2\n3 9\n0 4\n0 3\n9 12\n9 13\n5 7\n1 6\n0 1\n3 8\n8 10\n9 11\n"
  },
  {
    "path": "cola/libdialect/tests/hola10.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <chrono>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    HolaOpts opts;\n    int d = 0;\n    for (int i = 1; i <= 5; ++i) {\n        std::string name = string_format(\"v%de%d\", 10*i, (10 + d)*i);\n        std::cout << name << \": \";\n        Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"random/\"+name+\".tglf\");\n        auto t1 = std::chrono::high_resolution_clock::now();\n        doHOLA(*graph, opts);\n        auto t2 = std::chrono::high_resolution_clock::now();\n        auto ms = std::chrono::duration_cast<std::chrono::milliseconds>(t2-t1).count();\n        std::cout << string_format(\"%10d ms\", ms) << std::endl;\n        writeStringToFile(graph->writeTglf(), \"output/\" \"hola10_\" +name+\".tglf\");\n        writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"hola10_\" +name+\".svg\");\n    }\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola11.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <chrono>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    HolaOpts opts;\n    int d = 1;\n    for (int i = 1; i <= 5; ++i) {\n        std::string name = string_format(\"v%de%d\", 10*i, (10 + d)*i);\n        std::cout << name << \": \";\n        Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"random/\"+name+\".tglf\");\n        auto t1 = std::chrono::high_resolution_clock::now();\n        doHOLA(*graph, opts);\n        auto t2 = std::chrono::high_resolution_clock::now();\n        auto ms = std::chrono::duration_cast<std::chrono::milliseconds>(t2-t1).count();\n        std::cout << string_format(\"%10d ms\", ms) << std::endl;\n        writeStringToFile(graph->writeTglf(), \"output/\" \"hola11_\" +name+\".tglf\");\n        writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"hola11_\" +name+\".svg\");\n    }\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola12.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <chrono>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    HolaOpts opts;\n    int d = 2;\n    for (int i = 1; i <= 5; ++i) {\n        std::string name = string_format(\"v%de%d\", 10*i, (10 + d)*i);\n        std::cout << name << \": \";\n        Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"random/\"+name+\".tglf\");\n        auto t1 = std::chrono::high_resolution_clock::now();\n        doHOLA(*graph, opts);\n        auto t2 = std::chrono::high_resolution_clock::now();\n        auto ms = std::chrono::duration_cast<std::chrono::milliseconds>(t2-t1).count();\n        std::cout << string_format(\"%10d ms\", ms) << std::endl;\n        writeStringToFile(graph->writeTglf(), \"output/\" \"hola12_\" +name+\".tglf\");\n        writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"hola12_\" +name+\".svg\");\n    }\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holaRand.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <vector>\n#include <iostream>\n#include <chrono>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::string;\n\nint main(void) {\n\n    // Thanks to https://stackoverflow.com/a/12231232 for timing code.\n\n    HolaOpts opts;\n    string *debugName = nullptr;\n    //debugName = new string(\"v100e120\");\n    for (int j = 0; j < 4; ++j) {\n        for (int i = 1; i <= 10; ++i) {\n            std::string name = string_format(\"v%de%d\", 10*i, (10 + j)*i);\n            if (debugName != nullptr && name != *debugName) continue;\n            std::cout << name << \": \";\n            Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"random/\"+name+\".tglf\");\n            if (debugName != nullptr && name==*debugName) doHOLA(*graph, opts, new Logger(\"output/\", \"holaRand_\", true));\n            else {\n                auto t1 = std::chrono::high_resolution_clock::now();\n                doHOLA(*graph, opts);\n                auto t2 = std::chrono::high_resolution_clock::now();\n                auto ms = std::chrono::duration_cast<std::chrono::milliseconds>(t2-t1).count();\n                std::cout << string_format(\"%10d ms\", ms) << std::endl;\n            }\n            writeStringToFile(graph->writeTglf(), \"output/\" \"holaRand_\" +name+\".tglf\");\n        }\n    }\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_arpa.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Arpanet19728_input.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"hola_arpa_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"hola_arpa_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"hola_arpa_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_belnet.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Belnet2004.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_belnet_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_cernet.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Cernet.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_cernet_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_claranet.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Claranet.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_claranet_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_garr.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Garr201001.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_garr_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_janetlense.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/Janetlense.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_janetlense_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_slovakia.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/GtsSlovakia_input.tglf\");\n    HolaOpts opts;\n    std::string prefix = \"hola_slovakia_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/hola_tree.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"trees/tree02.tglf\");\n    HolaOpts opts;\n    //opts.routingAbs_nudgingDistance = 10;\n    std::string prefix = \"hola_tree02_\";\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", prefix, true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" + prefix + \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" + prefix + \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holalonenode.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <string>\n#include <vector>\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::string;\n\nint main(void) {\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/lone_node.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holalonenode_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holalonenode_\" \"layout.tglf\");\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holametro01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"metro/sydney.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holametro01_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holametro01_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"holametro01_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holasbgn01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"sbgn/glyco.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holasbgn01_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holasbgn01_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"holasbgn01_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holasbgn02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"sbgn/calvin.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holasbgn02_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holasbgn02_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"holasbgn02_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holasbgn03.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"sbgn/urea1.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holasbgn03_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holasbgn03_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"holasbgn03_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/holasbgn04.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/hola.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"sbgn/keratan.tglf\");\n    HolaOpts opts;\n    bool debug = false;\n    if (debug) doHOLA(*graph, opts, new Logger(\"output/\", \"holasbgn04_\", true, true));\n    else doHOLA(*graph, opts);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"holasbgn04_\" \"layout.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"svg/\" \"holasbgn04_\" \"layout.svg\");\n}\n"
  },
  {
    "path": "cola/libdialect/tests/inserttrees01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/expand03.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // Do an OrthoHub layout on the core.\n    OrthoHubLayoutOptions ohl_opts;\n    OrthoHubLayout ohl(graph, ohl_opts);\n    ohl.layout();\n    // There should be four trees.\n    COLA_ASSERT(trees.size() == 4);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    // Reattach trees.\n    FaceSet_SP faceSet = reattachTrees(P, trees, opts);\n    // Insert actual trees instead of tree boxes.\n    TreePlacements tps = faceSet->getAllTreePlacements();\n    NodesById bufferNodes;\n    NodesById treeNodes;\n    EdgesById treeEdges;\n    for (auto tp : tps) {\n        tp->applyGeometryToTree();\n        tp->insertTreeIntoGraph(*P, treeNodes, bufferNodes, treeEdges);\n    }\n    writeStringToFile(P->writeTglf(), \"output/\" \"inserttrees01_\" \"01_with_trees_and_buffers.tglf\");\n    double IEL = graph->getIEL();\n    P->getSepMatrix().setExtraBdryGap(IEL/2.0);\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n    colaOpts.useNeighbourStress = true;\n    colaOpts.useMajorization = true;\n    P->destress(colaOpts);\n    writeStringToFile(P->writeTglf(), \"output/\" \"inserttrees01_\" \"02_destressed.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/leaflessroute01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nint main(void) {\n\n    // Peel off trees to obtain a core graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"random/v40e42.tglf\");\n    peel(*graph);\n    // Destress.\n    graph->destress();\n#define OHL\n#ifdef OHL\n    // Do an ortho hub layout.\n    OrthoHubLayoutOptions ohl_opts;\n    OrthoHubLayout ohl(graph, ohl_opts);\n    ohl.layout();\n#endif\n    // Now do leafless routing.\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"leaflessroute01_\" \"core.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/leaflessroute02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nvoid addBendsToGraph(NodesById bends, Graph_SP G) {\n    for (auto pair : bends) {\n        Node_SP &u = pair.second;\n        G->addNode(u);\n    }\n}\n\nint main(void) {\n\n    // This tests both leafless routing, and the building of unique bend points in a graph.\n\n    // (1) Leafless routing.\n    // We use a graph deliberately set up so that the initial routing will turn\n    // one of the nodes into a \"pseudoleaf\", i.e. will route all its edges to\n    // just one of its sides (in fact to just a single point on its boundary).\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/samesiderouting.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    // We ask the router to record all routing attempts, so we can see the two steps.\n    lor.recordEachAttempt = true;\n    lor.route();\n    for (size_t j = 0; j < lor.routingAttemptTglf.size(); ++j) {\n        writeStringToFile(lor.routingAttemptTglf[j], string_format(\"output/\" \"leaflessroute02_\" \"attempt_%d.tglf\", j));\n    }\n\n    // (2) Building unique bend points.\n    // The two routing attempts from part (1) provide a nice example for testing Graph::buildUniqueBendPoints.\n    // Start by building a Graph from the TGLF of each attempt.\n    Graph_SP A0 = buildGraphFromTglf(lor.routingAttemptTglf[0]),\n             A1 = buildGraphFromTglf(lor.routingAttemptTglf[1]);\n    NodesById bends0 = A0->buildUniqueBendPoints(),\n              bends1 = A1->buildUniqueBendPoints();\n    // As a test of the uniqueness of the bend points, there should be only five (not six) bends for the\n    // first routing attempt.\n    COLA_ASSERT(bends0.size() == 5);\n    // Beyond that, we add the bend points to the graphs and draw them, for a visual check.\n    addBendsToGraph(bends0, A0);\n    addBendsToGraph(bends1, A1);\n    writeStringToFile(A0->writeTglf(), \"output/\" \"leaflessroute02_\" \"bends_0.tglf\");\n    writeStringToFile(A1->writeTglf(), \"output/\" \"leaflessroute02_\" \"bends_1.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/lookupqas.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <string>\n#include <iostream>\n\n#include \"libdialect/quadaction.h\"\n\nusing std::vector;\nusing std::string;\nusing std::cout;\nusing std::endl;\nusing dialect::lookupQuadActions;\n\nint main(void) {\n\n    vector<string> qas = lookupQuadActions(2, 2, 2, 2, 15);\n    cout << \"Number of QAs: \" << qas.size() << endl;\n    for (auto s : qas) {\n        cout << s << endl;\n    }\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nbroctal.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/quadaction.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    Nbr n0(0, 1, 0);\n    COLA_ASSERT(n0.octalCode() == 0);\n    COLA_ASSERT(n0.deflection() == 0);\n    Nbr n1(0, 1, 1);\n    COLA_ASSERT(n1.octalCode() == 1);\n    COLA_ASSERT(n0.deflection() == 1/2);\n    Nbr n2(0, 0, 1);\n    COLA_ASSERT(n2.octalCode() == 2);\n    COLA_ASSERT(n0.deflection() == 0);\n    Nbr n3(0, -1, 1);\n    COLA_ASSERT(n3.octalCode() == 3);\n    COLA_ASSERT(n0.deflection() == 1/2);\n    Nbr n4(0, -1, 0);\n    COLA_ASSERT(n4.octalCode() == 4);\n    COLA_ASSERT(n0.deflection() == 0);\n    Nbr n5(0, -1, -1);\n    COLA_ASSERT(n5.octalCode() == 5);\n    COLA_ASSERT(n0.deflection() == 1/2);\n    Nbr n6(0, 0, -1);\n    COLA_ASSERT(n6.octalCode() == 6);\n    COLA_ASSERT(n0.deflection() == 0);\n    Nbr n7(0, 1, -1);\n    COLA_ASSERT(n7.octalCode() == 7);\n    COLA_ASSERT(n0.deflection() == 1/2);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nearalign01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nearalign.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/nearalign01.tglf\");\n    HolaOpts opts;\n    NodesById ignore;\n    AlignmentTable atab(*graph, ignore);\n    size_t sc = doNearAlignments(*graph, atab, ignore, opts);\n    COLA_ASSERT(sc == 2);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nearalign01_\" \"01_nearalign.tglf\");\n    graph->destress();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nearalign01_\" \"02_destress.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nearalign02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nearalign.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/nearalign01.tglf\");\n    HolaOpts opts;\n    NodesById ignore;\n    ignore.insert({4, graph->getNode(4)});\n    AlignmentTable atab(*graph, ignore);\n    size_t sc = doNearAlignments(*graph, atab, ignore, opts);\n    cout << sc << endl;\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nearalign02_\" \"01_nearalign.tglf\");\n    graph->destress();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nearalign02_\" \"02_destress.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nearby.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <utility>\n\n#include \"libavoid/geomtypes.h\"\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::pair;\n\nusing Avoid::Point;\n\nint main(void) {\n\n    // Create some Nodes.\n    vector<pair<double, double>> centres {\n        {0, 0}, {1.1, 1.1}, {2.5, 2.5}\n    };\n    Nodes nodes;\n    for (auto p : centres) {\n        Node_SP u = Node::allocate();\n        u->setCentre(p.first, p.second);\n        nodes.push_back(u);\n    }\n\n    // Try out a NearbyObjectFinder, with threshold 0.5.\n    NearbyObjectFinder<Node_SP> nof(0.5);\n\n    // Add the Node at (0, 0).\n    nof.addObject(0, 0, nodes[0]);\n    // We should not find a Node near (1, 1).\n    COLA_ASSERT(nof.findObject(1, 1) == nullptr);\n\n    // Now add the Node at (1.1, 1.1).\n    nof.addObject(1.1, 1.1, nodes[1]);\n    // This time we should find this Node near (1, 1).\n    COLA_ASSERT(nof.findObject(1, 1)->getCentre() == Point(1.1, 1.1));\n\n    // Add the Node at (2.5, 2.5).\n    nof.addObject(2.5, 2.5, nodes[2]);\n    // Should not find this Node near (2, 2) or (3, 3), since we use open neighbourhoods.\n    COLA_ASSERT(nof.findObject(2, 2) == nullptr);\n    COLA_ASSERT(nof.findObject(3, 3) == nullptr);\n    // But should find it at (2.000001, etc.\n    COLA_ASSERT(nof.findObject(2.000001, 2.000001)->getCentre() == Point(2.5, 2.5));\n    COLA_ASSERT(nof.findObject(2.999999, 2.999999)->getCentre() == Point(2.5, 2.5));\n}\n"
  },
  {
    "path": "cola/libdialect/tests/negativesepco.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/logging.h\"\n\nusing namespace dialect;\n\nusing Avoid::Point;\n\nint main(void) {\n\n    Logger *logger = new Logger(\"output/\", \"negativesepco_\");\n\n    Graph G;\n    Node_SP a = Node::allocate();\n    a->setDims(30, 30);\n    a->setCentre(0, 0);\n    G.addNode(a);\n    Node_SP b = Node::allocate();\n    b->setDims(30, 30);\n    b->setCentre(200, 100);\n    G.addNode(b);\n\n    logger->log(G, \"00_initial\");\n\n    SepCo_SP sc = std::make_shared<SepCo>(vpsc::XDIM, b, a, -100);\n    ColaOptions opts;\n    G.projectOntoSepCo(opts, sc);\n\n    logger->log(G, \"01_projection\");\n\n    Point p = a->getCentre(),\n          q = b->getCentre();\n\n    double dx = q.x - p.x;\n    std::cout << dx << std::endl;\n    COLA_ASSERT(approx_equal(dx, 100));\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/negativezero.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n\nusing std::string;\nusing std::cout;\nusing std::endl;\n\nvoid test(string msg, bool test) {\n    cout << msg << \": \";\n    if (test) {\n        cout << \"true\" << endl;\n    } else {\n        cout << \"false\" << endl;\n    }\n}\n\nint main(void) {\n    double nz = -0.0;\n    double pz = 0.0;\n\n    test(\"-0.0 < 0.0\", nz < pz);\n    test(\"-0.0 signbit\", std::signbit(nz));\n    test(\"0.0 signbit\", std::signbit(pz));\n    test(\"-pz signbit\", std::signbit(-pz));\n    test(\"-nz signbit\", std::signbit(-nz));\n    test(\"-0.0 == 0\", -0.0 == 0);\n    test(\"0.0 == 0\", 0.0 == 0);\n    test(\"-0.0 == 0.0\", -0.0 == 0.0);\n    test(\"-30 signbit\", std::signbit(-30));\n    test(\"60 signbit\", std::signbit(60));\n\n    COLA_ASSERT(std::signbit(-0.0));\n    COLA_ASSERT(!std::signbit(0.0));\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nodeconfig01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nint main(void) {\n\n    // Obtain the core of a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/core_with_trees.tglf\");\n    peel(*graph);\n    // Do an OrthoHub layout on the core.\n    OrthoHubLayoutOptions ohl_opts;\n    OrthoHubLayout ohl(graph, ohl_opts);\n    ohl.layout();\n    // Write out.\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nodeconfig01_\" \"core.tglf\");\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/nudgeopt.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2023  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <cmath>\n\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/hola.h\"\n\nusing std::vector;\nusing Avoid::Point;\n\nusing namespace dialect;\n\n/* In the HOLA layout we compute for the graph \"graphs/random/v10e10.tglf\", the\n * three directed edges (1, 0), (4, 1), (7, 1) will all leave node 1 on the same\n * side, and libavoid nudging will be employed to separate them.\n * \n * The route points where these three edges connect to node 1 will be equal in one\n * coordinate, and differ in the other.\n * \n * This function returns a vector of three doubles, being the coords of the connection\n * points on these three edges, in the dimension in which they differ.\n * The difference between adjacent pairs of these coordinates should equal the nuding\n * distance set in the HolaOpts.\n */\nvector<double> checkCoords(Graph_SP graph) {\n    EdgesById edges = graph->getEdgeLookup();\n\n    Edge_SP e10, e41, e71;\n    for (auto p : edges) {\n        Edge_SP e = p.second;\n        unsigned s = e->getSourceEnd()->getExternalId();\n        unsigned t = e->getTargetEnd()->getExternalId();\n        if (s == 1 && t == 0) {\n            e10 = e;\n        } else if (s == 4 && t == 1) {\n            e41 = e;\n        } else if (s == 7 && t == 1) {\n            e71 = e;\n        }\n    }\n    \n    vector<Point> e10Route = e10->getRoute();\n    vector<Point> e41Route = e41->getRoute();\n    vector<Point> e71Route = e71->getRoute();\n    \n    Point a = e41Route.at(e41Route.size() - 1);\n    Point b = e10Route.at(0);\n    Point c = e71Route.at(e71Route.size() - 1);\n\n    std::cout << a.x << \", \" << a.y << std::endl;\n    std::cout << b.x << \", \" << b.y << std::endl;\n    std::cout << c.x << \", \" << c.y << std::endl;\n\n    vector<double> xCoords = {a.x, b.x, c.x};\n    vector<double> yCoords = {a.y, b.y, c.y};\n    vector<double> coords = a.y == b.y ? xCoords : yCoords;\n    return coords;\n}\n\nint main(void) {\n\n    std::string name = \"graphs/random/v10e10.tglf\";\n\n    // Layout with default nudging distance of 4.0 pixels:\n    HolaOpts opts;\n    Graph_SP graph = buildGraphFromTglfFile(name);\n    doHOLA(*graph, opts);\n    vector<double> coords = checkCoords(graph);\n    COLA_ASSERT(std::abs(coords[0] - coords[1]) == 4.0);\n    COLA_ASSERT(std::abs(coords[1] - coords[2]) == 4.0);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nudgeopt_4.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"nudgeopt_4.svg\");\n\n    // Repeat same layout, but now with nudging distance set to 5.0 pixels:\n    opts.routingAbs_nudgingDistance = 5.0;\n    graph = buildGraphFromTglfFile(name);\n    doHOLA(*graph, opts);\n    coords = checkCoords(graph);\n    COLA_ASSERT(std::abs(coords[0] - coords[1]) == 5.0);\n    COLA_ASSERT(std::abs(coords[1] - coords[2]) == 5.0);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"nudgeopt_5.tglf\");\n    writeStringToFile(graph->writeSvg(), \"output/\" \"nudgeopt_5.svg\");\n    \n}\n"
  },
  {
    "path": "cola/libdialect/tests/output/README.txt",
    "content": "This directory is used for output from the test cases.\n"
  },
  {
    "path": "cola/libdialect/tests/output/svg/README.txt",
    "content": "This directory is used for output from the test cases.\n"
  },
  {
    "path": "cola/libdialect/tests/partition01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <utility>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::pair;\n\nint main() {\n    // Create a vector of Nodes to be partitioned.\n    Nodes nodes;\n    vector<pair<double, double>> coords{\n        // Two nodes are perfectly vertically aligned at x = 0:\n        {0, 0},\n        {0, 1},\n        // Three nodes are imperfectly vertically aligned at x = 1:\n        {1, 0},\n        {1.00001, 1},\n        {0.99999, 2}\n    };\n    for (auto p : coords) {\n        Node_SP u = Node::allocate();\n        u->setCentre(p.first, p.second);\n        nodes.push_back(u);\n    }\n    // Strict partition:\n    auto parts1 = partition<Node_SP>(nodes,\n        [](const Node_SP &u) -> float {\n            return (u->getCentre()).x;\n        }\n    );\n    // Tolerant partition:\n    auto parts2 = partition<Node_SP>(nodes,\n        [](const Node_SP &u) -> float {\n            return (u->getCentre()).x;\n        },\n        0.01\n    );\n    COLA_ASSERT(parts1.size() == 4);\n    COLA_ASSERT(parts2.size() == 2);\n\treturn 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/peel.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <set>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/trees.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nint main(void) {\n\n    // First try peeling several trees off of a core:\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/core_with_trees.tglf\");\n    Trees trees = peel(*graph);\n    // Check that there are four trees.\n    COLA_ASSERT(trees.size() == 4);\n    // And also write each component to a separate file for visual check.\n    writeStringToFile(graph->writeTglf(), \"output/\" \"peel_\" \"core.tglf\");\n    size_t i = 0;\n    for (Tree_SP t : trees) {\n        writeStringToFile(\n            t->underlyingGraph()->writeTglf(),\n            string_format(\"output/\" \"peel_\" \"tree_%d.tglf\", i++)\n        );\n    }\n    // And check that all the right nodes were marked as root.\n    Graphs allGraphs;\n    allGraphs.push_back(graph);\n    for (Tree_SP t : trees) allGraphs.push_back(t->underlyingGraph());\n    std::set<id_type> rootIds{0, 2, 4, 5};\n    auto end = rootIds.end();\n    for (Graph_SP g : allGraphs) {\n        for (auto p : g->getNodeLookup()) {\n            Node_SP &u = p.second;\n            if (rootIds.find(p.first) != end) {\n                cout << \"Node \" << p.first << \" is root.\" << endl;\n                COLA_ASSERT(u->isRoot());\n            } else {\n                COLA_ASSERT(!u->isRoot());\n            }\n        }\n    }\n\n    // Now try a case where the whole graph is already a tree.\n    Graph t = *buildGraphFromTglfFile(\"graphs/\" \"trees/tree01.tglf\");\n    trees = peel(t);\n    // Check that there is exactly one tree.\n    COLA_ASSERT(trees.size() == 1);\n    // Also the original graph should have exactly one node left, which should\n    // correspond to the root of the one tree.\n    COLA_ASSERT(t.getNumNodes() == 1);\n    Tree_SP tree = trees.front();\n    for (auto p : t.getNodeLookup()) COLA_ASSERT(p.first == tree->getRootNodeID());\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/planarise01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // We use a graph deliberately set up so that the initial routing will\n    // bundle several edge routes together.\n\n    // Here we only aim to test the edge overlap removal phase of the planarisation\n    // process (not the subsequent edge intersection removal).\n\n    // (1) Connector routing\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/bundlerouting2.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    // We ask the router to record all routing attempts.\n    lor.recordEachAttempt = true;\n    lor.route();\n    for (size_t j = 0; j < lor.routingAttemptTglf.size(); ++j) {\n        writeStringToFile(lor.routingAttemptTglf[j], string_format(\"output/\" \"planarise01_\" \"routing_attempt_%d.tglf\", j));\n    }\n\n    // (2) Edge overlap removal\n    OrthoPlanariser op(graph);\n    Graph_SP Q = op.planarise();\n    writeStringToFile(Q->writeTglf(), \"output/\" \"planarise01_\" \"planarise.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/planarise02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // We use a graph deliberately set up so that the initial routing will\n    // not only bundle several edge routes together, but will also route\n    // a connector across (intersecting) that bundle.\n\n    // Here we aim to test both the edge overlap removal phase and the\n    // subsequent edge intersection removal phase of the planarisation process.\n\n    // (1) Connector routing\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/bundlecross.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    // We ask the router to record all routing attempts.\n    lor.recordEachAttempt = true;\n    lor.route();\n    for (size_t j = 0; j < lor.routingAttemptTglf.size(); ++j) {\n        writeStringToFile(lor.routingAttemptTglf[j], string_format(\"output/\" \"planarise02_\" \"routing_attempt_%d.tglf\", j));\n    }\n\n    // (2) Planarisation\n    OrthoPlanariser op(graph);\n    Graph_SP Q = op.planarise();\n    writeStringToFile(Q->writeTglf(), \"output/\" \"planarise02_\" \"planarise.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/projseq01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <string>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nusing std::string;\n\nint main(void) {\n\n    // Testing goals:\n    // We want to try using a ProjSeq and Graph::applyProjSeq to progressively\n    // add constraints to a layout.\n    // We want to see that if any of the projections in a given sequence fails,\n    // then the result is accurately reported.\n\n    // (1) Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/column8.tglf\");\n    // Show initial layout.\n    writeStringToFile(graph->writeTglf(), \"output/\" \"projseq01_\" \"layout00.tglf\");\n\n    // (2) Try first ProjSeq. Just one projection, with two sepcos.\n    ProjSeq ps;\n    SepCoSet sepcos;\n    SepCo_SP s0 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(0),\n        graph->getNode(1),\n        60);\n    SepCo_SP s1 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(1),\n        graph->getNode(2),\n        60);\n    sepcos.insert(s0);\n    sepcos.insert(s1);\n    ps.addProjection(sepcos, vpsc::XDIM);\n    ColaOptions opts;\n    graph->applyProjSeq(opts, ps);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"projseq01_\" \"layout01.tglf\");\n\n    // Next: Two projections, with two sepcos each.\n    // We also test the automatic monotonicity of the constraint sets by using a fresh set.\n    SepCoSet sepcos2;\n    SepCo_SP s2 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(2),\n        graph->getNode(3),\n        60);\n    SepCo_SP s3 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(3),\n        graph->getNode(4),\n        60);\n    sepcos2.insert(s2);\n    sepcos2.insert(s3);\n    ps.addProjection(sepcos, vpsc::XDIM);\n    SepCo_SP s4 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(4),\n        graph->getNode(5),\n        60);\n    SepCo_SP s5 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(5),\n        graph->getNode(6),\n        60);\n    sepcos2.insert(s4);\n    sepcos2.insert(s5);\n    ps.addProjection(sepcos2, vpsc::XDIM);\n    graph->applyProjSeq(opts, ps);\n    string tglf2 = graph->writeTglf();\n    writeStringToFile(tglf2, \"output/\" \"projseq01_\" \"layout02.tglf\");\n\n    // Now add a projection that should fail.\n    SepCo_SP s6 = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(6),\n        graph->getNode(7),\n        60);\n    SepCo_SP s7n = std::make_shared<SepCo>(\n        vpsc::XDIM,\n        graph->getNode(7),\n        graph->getNode(0),\n        60);\n    SepCoSet sepcos3;\n    sepcos3.insert(s6);\n    sepcos3.insert(s7n);\n    ps.addProjection(sepcos3, vpsc::XDIM);\n    bool success = graph->applyProjSeq(opts, ps);\n    COLA_ASSERT(!success);\n    // Node positions should be unaffected as well.\n    string tglf2b = graph->writeTglf();\n    COLA_ASSERT(tglf2b == tglf2);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/readconstraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/readconstraints.tglf\");\n    writeStringToFile(graph->writeTglf(), \"output/\" \"readconstraints_\" \"00_initial.tglf\");\n    ColaOptions opts;\n    graph->project(opts, vpsc::XDIM);\n    graph->project(opts, vpsc::YDIM);\n    writeStringToFile(graph->writeTglf(), \"output/\" \"readconstraints_\" \"01_projection.tglf\");\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/rotate01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test 90-degree clockwise rotation.\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/rotate01.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate01_\" \"routing.tglf\");\n\n    graph->rotate90cw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate01_\" \"01_rotate90cw.tglf\");\n    graph->rotate90cw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate01_\" \"02_rotate90cw.tglf\");\n    graph->rotate90cw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate01_\" \"03_rotate90cw.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/rotate02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test 90-degree anticlockwise rotation.\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/rotate01.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate02_\" \"routing.tglf\");\n\n    graph->rotate90acw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate02_\" \"01_rotate90acw.tglf\");\n    graph->rotate90acw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate02_\" \"02_rotate90acw.tglf\");\n    graph->rotate90acw();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate02_\" \"03_rotate90acw.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/rotate03.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test 180-degree rotation\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/rotate01.tglf\");\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate03_\" \"routing.tglf\");\n\n    graph->rotate180();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate03_\" \"01_rotate180.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/rotate04.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/nodeconfig.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/constraints.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test rotation with constraints.\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/rotate02.tglf\");\n    SepMatrix &m = graph->getSepMatrix();\n    m.addSep(0, 1, GapType::BDRY, SepDir::EAST, SepType::INEQ, 30);\n    m.addSep(0, 2, GapType::BDRY, SepDir::DOWN, SepType::INEQ, 150);\n    m.addSep(1, 2, GapType::BDRY, SepDir::DOWN, SepType::INEQ, 150);\n    ColaOptions colaOpts;\n    colaOpts.idealEdgeLength = 30;\n    graph->destress();\n\n    HolaOpts opts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate04_\" \"00_routing.tglf\");\n\n    graph->rotate90cw(&colaOpts);\n    LeaflessOrthoRouter lor1(graph, opts);\n    lor1.setShapeBufferDistanceIELScalar(0.125);\n    lor1.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate04_\" \"01_rotate90cw.tglf\");\n\n    graph->rotate90cw(&colaOpts);\n    LeaflessOrthoRouter lor2(graph, opts);\n    lor2.setShapeBufferDistanceIELScalar(0.125);\n    lor2.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate04_\" \"02_rotate90cw.tglf\");\n\n    graph->rotate90cw(&colaOpts);\n    LeaflessOrthoRouter lor3(graph, opts);\n    lor3.setShapeBufferDistanceIELScalar(0.125);\n    lor3.route();\n    writeStringToFile(graph->writeTglf(), \"output/\" \"rotate04_\" \"03_rotate90cw.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/routing01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Test that libavoid will route in between nodes that are touching, but\n    // not if they are overlapping.\n\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/routing01.tglf\");\n\n    RoutingAdapter ra(Avoid::OrthogonalRouting);\n    ra.addNodes(graph->getNodeLookup());\n    ra.addEdges(graph->getEdgeLookup());\n    ra.route();\n\n    writeStringToFile(graph->writeTglf(), \"output/\" \"routing01_\" \"routed.tglf\");\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/sep_matrix_iter.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/io.h\"\n\nusing namespace dialect;\n\nstd::string expected_closed = R\">>>(0 0 0 5 5\n1 10 10 5 5\n2 20 20 5 5\n3 30 30 5 5\n4 40 40 5 5\n5 50 50 5 5\n6 60 60 5 5\n7 70 70 5 5\n8 80 80 5 5\n#\n#\n2 3 C E >= 10.000\n2 5 C E >= 10.000\n2 7 C E >= 10.000\n3 5 C E >= 10.000\n3 6 C S >= 10.000\n7 8 C E >= 10.000\n)>>>\";\n\nstd::string expected_open = R\">>>(0 0 0 5 5\n1 10 10 5 5\n2 20 20 5 5\n3 30 30 5 5\n4 40 40 5 5\n5 50 50 5 5\n6 60 60 5 5\n7 70 70 5 5\n8 80 80 5 5\n#\n#\n2 3 C S >= 10.000\n2 5 C E >= 10.000\n2 7 C E >= 10.000\n3 5 C S >= 10.000\n3 6 C W >= 10.000\n7 8 C E >= 10.000\n)>>>\";\n\nstd::string expected_corresp = R\">>>(1 10 10 5 5\n3 30 30 5 5\n4 40 40 5 5\n6 60 60 5 5\n#\n#\n3 6 C W >= 10.000\n)>>>\";\n\nstd::string expected_remove = R\">>>(0 0 0 5 5\n2 20 20 5 5\n5 50 50 5 5\n7 70 70 5 5\n8 80 80 5 5\n#\n#\n2 5 C E >= 10.000\n2 7 C E >= 10.000\n7 8 C E >= 10.000\n)>>>\";\n\n/* The `SepMatrix` class defines four operations,\n *   SepMatrix::transformClosedSubset()\n *   SepMatrix::transformOpenSubset()\n *   SepMatrix::removeNodes()\n *   SepMatrix::setCorrespondingConstraints()\n * each of which involves complicated, dual iterations over ordered sets.\n * Here we examine cases that provide complete coverage for these methods, i.e.\n * hitting all clauses within them.\n */\nint main(void) {\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/SepMatrixIter.tglf\");\n    std::set<id_type> ids = {1, 3, 4, 6};\n\n    // SepMatrix::transformClosedSubset()\n    // Only the constraint on (3, 6) is transformed.\n    graph->transformClosedSubset(SepTransform::ROTATE90CW, ids);\n    std::string result_closed = graph->writeTglf();\n    writeStringToFile(result_closed, \"output/\" \"sep_matrix_iter_\" \"closed.tglf\");\n    COLA_ASSERT(result_closed == expected_closed);\n\n    // SepMatrix::transformOpenSubset()\n    // The constraints on (3, 5), (3, 6), and (2, 3) are transformed.\n    graph->transformOpenSubset(SepTransform::ROTATE90CW, ids);\n    std::string result_open = graph->writeTglf();\n    writeStringToFile(result_open, \"output/\" \"sep_matrix_iter_\" \"open.tglf\");\n    COLA_ASSERT(result_open == expected_open);\n\n    // SepMatrix::setCorrespondingConstraints\n    // The second graph only has nodes {0, 1, 3, 4, 6}. So it should only get the\n    // constraint on (3, 6).\n    Graph_SP graph2 = std::make_shared<Graph>(*graph);\n    graph2->clearAllConstraints();\n\n    NodesById toRemove;\n    toRemove.insert({0, graph2->getNode(0)});\n    toRemove.insert({2, graph2->getNode(2)});\n    toRemove.insert({5, graph2->getNode(5)});\n    toRemove.insert({7, graph2->getNode(7)});\n    toRemove.insert({8, graph2->getNode(8)});\n    graph2->removeNodes(toRemove);\n    \n    graph->setCorrespondingConstraints(*graph2);\n    std::string result_corresp = graph2->writeTglf();\n    writeStringToFile(result_corresp, \"output/\" \"sep_matrix_iter_\" \"corresp.tglf\");\n    COLA_ASSERT(result_corresp == expected_corresp);\n\n    // SepMatrix::removeNodes()\n    // First check special case that removing *no* nodes leaves the constraint set\n    // unchanged.\n    toRemove.clear();\n    graph->removeNodes(toRemove);\n    std::string result_remove_none = graph->writeTglf();\n    writeStringToFile(result_remove_none, \"output/\" \"sep_matrix_iter_\" \"remove_none.tglf\");\n    COLA_ASSERT(result_remove_none == expected_open);\n\n    // After removing nodes {1, 3, 4, 6}, all that remains should be the\n    // constraints on (2, 5), (2, 7), and (7, 8).\n    toRemove.clear();\n    toRemove.insert({1, graph->getNode(1)});\n    toRemove.insert({3, graph->getNode(3)});\n    toRemove.insert({4, graph->getNode(4)});\n    toRemove.insert({6, graph->getNode(6)});\n    graph->removeNodes(toRemove);\n    std::string result_remove = graph->writeTglf();\n    writeStringToFile(result_remove, \"output/\" \"sep_matrix_iter_\" \"remove.tglf\");\n    COLA_ASSERT(result_remove == expected_remove);\n\n}\n"
  },
  {
    "path": "cola/libdialect/tests/solidify.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <string>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n\nusing namespace dialect;\n\nusing std::string;\n\nint main(void) {\n\n    // Testing goals:\n    // We want to try solidifying aligned edges in each dimension, in a copy H of\n    // a Graph G having planar orthogonal layout.\n    //\n    // We want to see both that the generated constraints on H look right, and that\n    // the existing constraints on G are unaffected. The reason for the test is that,\n    // while each Graph has its own SepMatrix, they share SepPairs.\n\n    // (1) Make a planar orthogonal layout, as in test case, plaraise02.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/bundlecross.tglf\");\n    HolaOpts opts;\n    ColaOptions colaOpts;\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    string P_tglf_orig = P->writeTglf();\n    writeStringToFile(P_tglf_orig, \"output/\" \"solidify_\" \"planarise.tglf\");\n\n    // (2) Make a copy of the planar Graph P, and try solidifying horizontal edges in it.\n    Graph H0(*P);\n    H0.solidifyAlignedEdges(vpsc::HORIZONTAL, colaOpts);\n    // Draw the result.\n    writeStringToFile(H0.writeTglf(), \"output/\" \"solidify_\" \"solid_horiz.tglf\");\n    // And write the TGLF for the planar graph P too, so we can examine its constraints.\n    string P_tglf_after_solid_horiz = P->writeTglf();\n    COLA_ASSERT(P_tglf_after_solid_horiz == P_tglf_orig);\n\n    // (3) Try same, only this time with the vertical edges.\n    Graph H1(*P);\n    H1.solidifyAlignedEdges(vpsc::VERTICAL, colaOpts);\n    // Draw the result.\n    writeStringToFile(H1.writeTglf(), \"output/\" \"solidify_\" \"solid_vert.tglf\");\n    // And write the TGLF for the planar graph P too, so we can examine its constraints.\n    string P_tglf_after_solid_vert = P->writeTglf();\n    COLA_ASSERT(P_tglf_after_solid_vert == P_tglf_orig);\n\n    // (4) Try destressing.\n    // We will try it only for the case with solid horizontal edges.\n    // In this case, we should only operate in the y-dimension, i.e. only destress in that dimension.\n    // We also test that we can set an extra boundary gap in the sep matrix, and this won't matter; that's\n    // because even though the solidifyAlignedEdges function uses BDRY gaps between nodes and edge-nodes,\n    // the \"extra gap\" is in the x-dimension, and we're not operating in that dimension.\n    H0.getSepMatrix().setExtraBdryGap(15);\n    colaOpts.xAxis = false;\n    H0.destress(colaOpts);\n    writeStringToFile(H0.writeTglf(), \"output/\" \"solidify_\" \"solid_horiz_destressed.tglf\");\n    writeStringToFile(P->writeTglf(), \"output/\" \"solidify_\" \"planar_after_horiz_destressed.tglf\");\n    /*\n    ColaOptions opts;\n    opts.preventOverlaps = true;\n    H0.destress(opts);\n    */\n\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/aca.py",
    "content": "from pkg.adaptagrams import *\n\n# Build a graph.\ng = buildGraphFromTglfFile(\"../graphs/random/v30e33.tglf\")\n# Do ACA layout.\naca = ACALayout(g)\naca.layout()\naca.updateGraph()\n# Record the layout.\nwith open('./output/aca.tglf', 'w') as f: f.write(g.writeTglf())\nwith open('./output/svg/aca.svg', 'w') as f: f.write(g.writeSvg())\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/chainconfig.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/chainconfig01.tglf\")\ng.getSepMatrix().setCardinalOP(0, 1, CardinalDir_SOUTH)\ng.getSepMatrix().setCardinalOP(16, 15, CardinalDir_NORTH)\nchains = buildAllChainsInGraph(g)\nchain = chains[0]\nchain.takeShapeBasedConfiguration()\nopts = ColaOptions()\ng.project(opts, XDIM)\ng.project(opts, YDIM)\ng.destress()\nwith open('./output/chainconfig.tglf', 'w') as f: f.write(g.writeTglf())\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/destress_aca.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/X_4.tglf\")\n#print g.getMaxDegree()\n#print g.getNumNodes()\naca = ACALayout(g)\naca.layout()\ng.updateNodesFromRects()\naca.updateSepMatrix()\nt1 = g.writeTglf()\nwith open('./output/X_4_aca.tglf', 'w') as f:\n    f.write(t1)\n\nopts = ColaOptions()\ng.destress(opts)\nt2 = g.writeTglf()\nwith open('./output/X_4_aca_destress.tglf', 'w') as f:\n    f.write(t2)\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/expand.py",
    "content": "from pkg.adaptagrams import *\n\nopts = HolaOpts()\n# Build a graph\ng = buildGraphFromTglfFile(\"../graphs/special/expand03.tglf\")\n# Peel.\ntrees = peel(g)\n# Do an ortho hub layout on the core.\ncore = g\nohl_opts = OrthoHubLayoutOptions()\nohl = OrthoHubLayout(core, ohl_opts)\nohl.layout()\n# Give the trees their symmetric layout.\niel = g.getIEL()\nfor tree in trees:\n    tree.symmetricLayout(CardinalDir_EAST, iel/4.0, iel, opts.preferConvexTrees)\n# Do an ortho routing and planarise the core.\nopts.routingScalar_shapeBufferDistance = 1/8.0\nlor = LeaflessOrthoRouter(core, opts)\nlor.route()\nop = OrthoPlanariser(core)\nP = op.planarise()\n# Reattach trees.\nreattachTrees(P, trees, opts)\n# Write output.\nt = P.writeTglf()\nwith open('./output/expand.tglf', 'w') as f:\n    f.write(t)\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/faceset.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/bundlecross.tglf\")\nhola_opts = HolaOpts()\nhola_opts.routingScalar_shapeBufferDistance = 1/8.0\nlor = LeaflessOrthoRouter(g, hola_opts)\nlor.route()\nop = OrthoPlanariser(g);\nP = op.planarise();\nfaceSet = FaceSet(P)\nassert faceSet.getNumFaces() == 7\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/hola.py",
    "content": "from pkg.adaptagrams import *\n\n# Build a graph.\ng = buildGraphFromTglfFile(\"../graphs/random/v30e33.tglf\")\n# Do HOLA layout.\nopts = HolaOpts()\ndoHOLA(g, opts)\n# Record the layout.\nwith open('./output/hola.tglf', 'w') as f: f.write(g.writeTglf())\nwith open('./output/svg/hola.svg', 'w') as f: f.write(g.writeSvg())\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/leafless.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/random/v40e42.tglf\")\npeel(g)\ng.destress()\nopts = OrthoHubLayoutOptions()\nohl = OrthoHubLayout(g, opts)\nohl.layout()\nhola_opts = HolaOpts()\nlor = LeaflessOrthoRouter(g, hola_opts)\nlor.route()\nt = g.writeTglf()\nwith open('./output/leaflessroute.tglf', 'w') as f:\n    f.write(t)\n\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/nearalign.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/nearalign01.tglf\")\nopts = HolaOpts()\nignore = DialectNodeLookup()\natab = AlignmentTable(g, ignore)\nn = doNearAlignments(g, atab, ignore, opts)\nassert n == 2\nt = g.writeTglf()\nwith open('./output/nearalign.tglf', 'w') as f:\n    f.write(t)\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/orthohub.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/core_with_trees.tglf\")\nopts = OrthoHubLayoutOptions()\nohl = OrthoHubLayout(g, opts)\nohl.layout()\nt = g.writeTglf()\nwith open('./output/core_with_trees_ohl.tglf', 'w') as f:\n    f.write(t)\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/output/README.txt",
    "content": "This directory is used for output from the test cases.\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/output/svg/README.txt",
    "content": "This directory is used for output from the test cases.\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/planarise.py",
    "content": "from pkg.adaptagrams import *\n\ng = buildGraphFromTglfFile(\"../graphs/special/bundlecross.tglf\")\nhola_opts = HolaOpts()\nhola_opts.routingScalar_shapeBufferDistance = 1/8.0\nlor = LeaflessOrthoRouter(g, hola_opts)\nlor.route()\nop = OrthoPlanariser(g);\nP = op.planarise();\nt = P.writeTglf()\nwith open('./output/planarise.tglf', 'w') as f:\n    f.write(t)\n\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/run_tests",
    "content": "#!/usr/bin/python\n\nimport os\n\nos.system(\"ln -s ../../.. pkg\")\n\nnames = \"\"\"\ndestress_aca\northohub\nplanarise\nleafless\nfaceset\ntreeplacement\nexpand\nchainconfig\nhola\naca\n\"\"\".split()\n\nprint '...'\nfor name in names:\n    cmd = 'python %s.py' % name\n    print '%s complete' % name\n    os.system(cmd)\n\n"
  },
  {
    "path": "cola/libdialect/tests/swig_tests/treeplacement.py",
    "content": "from pkg.adaptagrams import *\n\nopts = HolaOpts()\n# Build a graph\ng = buildGraphFromTglfFile(\"../graphs/special/treeplacement3.tglf\")\n# Peel.\ntrees = peel(g)\n# Give the trees their symmetric layout.\niel = g.getIEL()\nfor tree in trees:\n    tree.symmetricLayout(CardinalDir_EAST, iel/4.0, iel, opts.preferConvexTrees)\n# Do an ortho routing and planarise the core.\nopts.routingScalar_shapeBufferDistance = 1/8.0\nlor = LeaflessOrthoRouter(g, opts)\nlor.route()\nop = OrthoPlanariser(g);\nP = op.planarise();\n# Compute the face set.\nfaceSet = FaceSet(P)\n# Get the tree rooted at node 0.\nfor tree in trees:\n    if tree.getRootNodeID() == 0:\n        t0 = tree\n        break\n# Get all possible tree placements.\ntps = faceSet.listAllPossibleTreePlacements(t0)\n# Choose best placement; should be NORTH.\nbest1 = chooseBestPlacement(tps, opts)\nassert best1.getPlacementDir() == CompassDir_NORTH\n# But if we do not favour external placement, then best should be\n# SOUTH, dur to isolation from the tree rooted at node 1.\nopts.treePlacement_favourExternal = False\nbest2 = chooseBestPlacement(tps, opts)\nassert best2.getPlacementDir() == CompassDir_SOUTH\n\n"
  },
  {
    "path": "cola/libdialect/tests/symmtree.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/ortho.h\"\n\nusing namespace dialect;\n\nusing std::vector;\n\nint main(void) {\n    Graph graph = *buildGraphFromTglfFile(\"graphs/\" \"special/core_with_trees.tglf\");\n    double iel = graph.getIEL();\n    Trees trees = peel(graph);\n    // Check that there are four trees.\n    COLA_ASSERT(trees.size() == 4);\n    // And also write each component to a separate file for visual check.\n    writeStringToFile(graph.writeTglf(), \"output/\" \"symmtree_\" \"core.tglf\");\n    size_t i = 0;\n    vector<CardinalDir> dirs{\n        CardinalDir::NORTH, CardinalDir::EAST, CardinalDir::SOUTH, CardinalDir::WEST\n    };\n    for (Tree_SP t : trees) {\n        t->symmetricLayout(dirs[i], iel/4, iel);\n        writeStringToFile(\n            t->underlyingGraph()->writeTglf(),\n            string_format(\"output/\" \"symmtree_\" \"tree_%d.tglf\", i++)\n        );\n    }\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/tglf01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n\nusing namespace dialect;\n\nint main(void) {\n    Graph graph = *buildGraphFromTglfFile(\"graphs/\" \"special/core_with_trees.tglf\");\n    writeStringToFile(\n        graph.writeTglf(),\n        \"output/\" \"tglf01_\" \"generated.tglf\"\n    );\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/treeboxes01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement4.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"treeboxes01_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the tree rooted at node 0.\n    Tree_SP t0 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) {\n            t0 = t;\n            break;\n        }\n    }\n    // Show the tree's layout.\n    writeStringToFile(t0->underlyingGraph()->writeTglf(), \"output/\" \"treeboxes01_\" \"tree_layout.tglf\");\n\n    bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps = faceSet.listAllPossibleTreePlacements(t0);\n    if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n\n    // If in choosing a best placement we no longer favour external placement,\n    // then the tree should be placed SOUTH, due to isolation.\n    opts.treePlacement_favourExternal = false;\n    TreePlacement_SP best = chooseBestPlacement(tps, opts);\n    if (true || verbose) cout << best->toString();\n    COLA_ASSERT(best->getPlacementDir() == CompassDir::SOUTH);\n\n    // Insert the tree box for this placement.\n    double padding = iel/4.0;\n    best->insertTreeNode(padding);\n    // Show the result.\n    std::string tglfWithBox = P->writeTglf();\n    writeStringToFile(tglfWithBox, \"output/\" \"treeboxes01_\" \"with_tree_box.tglf\");\n\n    cout << tglfWithBox << endl;\n\n    // And check that the fixed relative constraints are present, between the tree box\n    // and the root node to which it attaches.\n    COLA_ASSERT(\n        tglfWithBox.find(\"0 89 C R == 30\") != std::string::npos ||\n        tglfWithBox.find(\"0 89 C L == 30\") != std::string::npos\n    );\n    COLA_ASSERT(tglfWithBox.find(\"0 89 C D == 142.5\") != std::string::npos);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/treeplacement01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/3cross4cross_wTrees.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be four trees.\n    COLA_ASSERT(trees.size() == 4);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"treeplacement01_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the trees we're interested in.\n    Tree_SP t4 = nullptr,\n            t11 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 4) t4 = t;\n        else if (t->getRootNodeID() == 11) t11 = t;\n    }\n\n    bool verbose = false;\n\n    // Check the possible tree placements at node 4 (the \"3-crossing\").\n    // There should be 18 of them.\n    // Here the asymmetry of the tree rooted at node 4 contributes a factor of 2\n    // in the total number of placements, since asymmetric trees can be flipped.\n    opts.treePlacement_favourCardinal = false;\n    TreePlacements tps1 = faceSet.listAllPossibleTreePlacements(t4);\n    if (verbose) for (TreePlacement_SP tp : tps1) cout << tp->toString();\n    COLA_ASSERT(tps1.size() == 18);\n\n    // Favouring cardinal placements should *not* change the number of placements.\n    // (In an older version of HOLA, this used to eliminate all ordinal placements\n    // from even being considered.)\n    opts.treePlacement_favourCardinal = true;\n    TreePlacements tps2 = faceSet.listAllPossibleTreePlacements(t4);\n    if (verbose) for (TreePlacement_SP tp : tps2) cout << tp->toString();\n    COLA_ASSERT(tps2.size() == 18);\n\n    // Next we move to node 11 (the \"4-crossing\").\n    // Here we should get 8 ordinal placments.\n    // Also, it is because this tree has a symmetric layout that we get only 8,\n    // not 16 placements.\n    TreePlacements tps3 = faceSet.listAllPossibleTreePlacements(t11);\n    if (verbose) for (TreePlacement_SP tp : tps3) cout << tp->toString();\n    COLA_ASSERT(tps3.size() == 8);\n\n    // Now we want to see which placements are chosen as best.\n    // For the tree at node 4, while favouring cardinal placement, obviously one of\n    // the EAST placements should be chosen.\n    TreePlacement_SP best1 = chooseBestPlacement(tps1, opts);\n    if (verbose) cout << best1->toString();\n    COLA_ASSERT(best1->getPlacementDir() == CompassDir::EAST);\n\n    // As for the tree at node 11, favouring cardinal placement does not matter,\n    // since only ordinal placements are possible. Favouring the external face\n    // also does not matter, since all placements are external.\n    // However we should find that favouring isolation forces choice of the\n    // southeast placement direction, due to the trees rooted at nodes 12 and 21.\n    TreePlacement_SP best2 = chooseBestPlacement(tps3, opts);\n    if (verbose) cout << best2->toString();\n    COLA_ASSERT(best2->getPlacementDir() == CompassDir::SE);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/treeplacement02.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement2.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"treeplacement02_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the trees we're interested in.\n    Tree_SP t0 = nullptr,\n            t1 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) t0 = t;\n        else if (t->getRootNodeID() == 1) t1 = t;\n    }\n\n    bool verbose = false;\n\n    // Consider the tree rooted at node 0.\n    // There should be ten placements.\n    opts.treePlacement_favourCardinal = false;\n    opts.treePlacement_favourExternal = false;\n    TreePlacements tps1 = faceSet.listAllPossibleTreePlacements(t0);\n    if (verbose) for (TreePlacement_SP tp : tps1) cout << tp->toString();\n    COLA_ASSERT(tps1.size() == 10);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/treeplacement03.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/assertions.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/planarise.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/peeling.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/treeplacement.h\"\n\nusing namespace dialect;\n\nusing std::vector;\nusing std::cout;\nusing std::endl;\n\nvector<id_type> nodes2ids(Nodes nodes) {\n    vector<id_type> ids;\n    for (Node_SP u : nodes) ids.push_back(u->id());\n    return ids;\n}\n\nint main(void) {\n\n    HolaOpts opts;\n    // Build a graph.\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"special/treeplacement3.tglf\");\n    // Peel.\n    Trees trees = peel(*graph);\n    // There should be two trees.\n    COLA_ASSERT(trees.size() == 2);\n    // Give the trees their symmetric layout.\n    double iel = graph->getIEL();\n    for (Tree_SP t : trees) t->symmetricLayout(CardinalDir::EAST, iel/4.0, iel, opts.preferConvexTrees);\n    // Do an ortho routing and planarise the core.\n    LeaflessOrthoRouter lor(graph, opts);\n    lor.setShapeBufferDistanceIELScalar(0.125);\n    lor.route();\n    OrthoPlanariser op(graph);\n    Graph_SP P = op.planarise();\n    writeStringToFile(P->writeTglf(), \"output/\" \"treeplacement03_\" \"planar_layout.tglf\");\n\n    // Compute the face set.\n    FaceSet faceSet(P);\n\n    // Get ahold of the tree rooted at node 0.\n    Tree_SP t0 = nullptr;\n    for (Tree_SP t : trees) {\n        if (t->getRootNodeID() == 0) {\n            t0 = t;\n            break;\n        }\n    }\n\n    bool verbose = false;\n\n    // Get all possible placements, with the usual settings:\n    opts.treePlacement_favourCardinal = true;\n    opts.treePlacement_favourExternal = true;\n    opts.treePlacement_favourIsolation = true;\n    TreePlacements tps = faceSet.listAllPossibleTreePlacements(t0);\n    if (verbose) for (TreePlacement_SP tp : tps) cout << tp->toString();\n\n    // If we choose a best placement with the same settings, the tree should be placed NORTH.\n    TreePlacement_SP best1 = chooseBestPlacement(tps, opts);\n    if (true || verbose) cout << best1->toString();\n    COLA_ASSERT(best1->getPlacementDir() == CompassDir::NORTH);\n\n    // However if we no longer favour external placement, then the tree should be placed\n    // SOUTH, due to isolation.\n    opts.treePlacement_favourExternal = false;\n    TreePlacement_SP best2 = chooseBestPlacement(tps, opts);\n    if (true || verbose) cout << best2->toString();\n    COLA_ASSERT(best2->getPlacementDir() == CompassDir::SOUTH);\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/trees.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n\nusing std::string;\nusing std::cout;\nusing std::endl;\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Build a tree.\n    string inputFilename = \"tree01m\";\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"trees/\"+inputFilename+\".tglf\");\n    Node_SP root = graph->getNode(0);\n    Tree tree(graph, root);\n    string rep = tree.repr();\n    cout << rep << endl;\n    const char *expected =\n        \"Tree: 0 1 2 3 4 5 6 7 8 9 10 11 12\\n\"\n        \"Rank 0: 0\\n\"\n        \"Rank 1: 1^ 2\\n\"\n        \"Rank 2: 3 4^ 5\\n\"\n        \"Rank 3: 6 8^\\n\"\n        \"Rank 4: 7\\n\"\n        \"Rank 5: 9^ 10^ 11^ 12^\\n\"\n        \"Isom: 0,0,0,0:1:0;1:0,1,1:0,1\\n\";\n    COLA_ASSERT(rep == expected);\n\n    // Now build a new Tree off the same Graph, but naming a different Node as root.\n    Node_SP new_root = graph->getNode(6);\n    Tree subtree(graph, new_root);\n    rep = subtree.repr();\n    cout << rep << endl;\n    const char *e2 =\n        \"Tree: 6 7 9 10 11 12\\n\"\n        \"Rank 0: 6\\n\"\n        \"Rank 1: 7\\n\"\n        \"Rank 2: 9^ 10^ 11^ 12^\\n\"\n        \"Isom: 0,0,0,0:1\\n\";\n    COLA_ASSERT(rep == e2);\n\n    // Try symmetric layout.\n    tree.symmetricLayout(CardinalDir::SOUTH, 15, 60);\n    writeStringToFile(\n        tree.underlyingGraph()->writeTglf(),\n        \"output/\" \"trees_\" +inputFilename+\".tglf\"\n    );\n\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/trees2.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <iostream>\n#include <memory>\n\n#include \"libvpsc/assertions.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/ortho.h\"\n\nusing std::string;\nusing std::cout;\nusing std::endl;\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Build a tree.\n    string inputFilename = \"tree02\";\n    Graph_SP graph = buildGraphFromTglfFile(\"graphs/\" \"trees/\"+inputFilename+\".tglf\");\n    Node_SP root = graph->getNode(0);\n    Tree tree(graph, root);\n    string rep = tree.repr();\n    cout << rep << endl;\n    // Try symmetric layout with convex ordering...\n    tree.symmetricLayout(CardinalDir::SOUTH, 15, 60);\n    writeStringToFile(\n        tree.underlyingGraph()->writeTglf(),\n        \"output/\" \"trees2_\" +inputFilename+\"_convex.tglf\"\n    );\n    // ...and with concave ordering:\n    tree.symmetricLayout(CardinalDir::SOUTH, 15, 60, false);\n    writeStringToFile(\n        tree.underlyingGraph()->writeTglf(),\n        \"output/\" \"trees2_\" +inputFilename+\"_concave.tglf\"\n    );\n    return 0;\n}\n"
  },
  {
    "path": "cola/libdialect/tests/vpsc01.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/compound_constraints.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/io.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/util.h\"\n\nusing namespace dialect;\n\nint main(void) {\n\n    // Suppose we have two nodes, u0 and u1, and we want to constrain u1 so that its\n    // right-hand boundary does not go to the right of u0's right-hand boundary.\n\n    // For example, suppose u0 is 100 x 60, and u1 is 40 x 40.\n    // Theoretically, what we are asking for is a separation constraint with a negative gap:\n    //\n    //          u1.x - 30 <= u0.x\n    //\n    // But it is another question how to implement this with VPSC.\n\n    // Set up the two nodes.\n    Graph G;\n    Node_SP u0 = Node::allocate();\n    u0->setDims(100, 60);\n    u0->setCentre(0, 0);\n    G.addNode(u0);\n    Node_SP u1 = Node::allocate();\n    u1->setDims(40, 40);\n    u1->setCentre(70, 70);\n    G.addNode(u1);\n    writeStringToFile(G.writeTglf(), \"output/\" \"vpsc01_\" \"00_initial_position.tglf\");\n\n    // Does VPSC support separations with negative gaps?\n    cola::SeparationConstraint *sep1 = new cola::SeparationConstraint(vpsc::XDIM, 0, 1, -30);\n    ColaOptions opts;\n    opts.ccs.push_back(sep1);\n    G.project(opts, vpsc::XDIM);\n    writeStringToFile(G.writeTglf(), \"output/\" \"vpsc01_\" \"01_negative_gap_sepco_proj.tglf\");\n\n    // Reset positions.\n    u0->setCentre(0, 0);\n    u1->setCentre(70, 70);\n    writeStringToFile(G.writeTglf(), \"output/\" \"vpsc01_\" \"02_reset_position.tglf\");\n\n    // Try again, using alignments and separation in combination.\n    cola::AlignmentConstraint *aln0 = new cola::AlignmentConstraint(vpsc::XDIM, 50);\n    aln0->addShape(0, -50);\n    cola::AlignmentConstraint *aln1 = new cola::AlignmentConstraint(vpsc::XDIM, 90);\n    aln1->addShape(1, -20);\n    cola::SeparationConstraint *sep2 = new cola::SeparationConstraint(vpsc::XDIM, aln1, aln0, 0);\n    ColaOptions opts2;\n    opts2.ccs.push_back(aln0);\n    opts2.ccs.push_back(aln1);\n    opts2.ccs.push_back(sep2);\n    G.project(opts2, vpsc::XDIM);\n    writeStringToFile(G.writeTglf(), \"output/\" \"vpsc01_\" \"03_separated_alignments_proj.tglf\");\n\n    // Clean up.\n    delete sep1;\n    delete aln0;\n    delete aln1;\n    delete sep2;\n\n}\n"
  },
  {
    "path": "cola/libdialect/treeplacement.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <memory>\n#include <algorithm>\n#include <map>\n#include <limits>\n#include <sstream>\n#include <functional>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/expansion.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/logging.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/treeplacement.h\"\n\nusing namespace dialect;\n\nusing Avoid::Point;\n\nusing std::string;\n\nid_type TreePlacement::nextID = 0;\n\nFaceSet_SP dialect::reattachTrees(Graph_SP core, Trees trees, HolaOpts opts, Logger *logger) {\n\n    // Set up for logging.\n    unsigned ln = logger != nullptr ? logger->nextLoggingIndex : 0;\n    unsigned lns = 0;\n    std::function<void(string)> log = [core, logger](string name)->void{\n        if (logger!=nullptr) logger->log(*core, name);\n    };\n\n    // Compute the faces of the core.\n    FaceSet_SP faceset = std::make_shared<FaceSet>(core);\n\n    // Sort the Trees into the order in which we want to reattach them.\n    // Our plan is to place those with largest perimeter first.\n    std::sort(trees.begin(), trees.end(), [](const Tree_SP &a, const Tree_SP &b)->bool{\n        return a->underlyingGraph()->getBoundingBox().perimeter() > b->underlyingGraph()->getBoundingBox().perimeter();\n    });\n\n    // Reattach the trees one by one, with padding.\n    double padding = core->getIEL()/4.0;\n\n    ColaOptions colaOpts;\n    colaOpts.preventOverlaps = true;\n    colaOpts.solidifyAlignedEdges = true;\n\n    for (Tree_SP tree : trees) {\n        // List all possible placements for this Tree.\n        TreePlacements tps = faceset->listAllPossibleTreePlacements(tree);\n        // Choose a best one.\n        TreePlacement_SP best = nullptr;\n        ProjSeq_SP ps = nullptr;\n        while (!tps.empty()) {\n            best = chooseBestPlacement(tps, opts);\n            // Project, making room for the tree node.\n            ps = best->buildBestProjSeq(padding, opts.expansion_doCostlierDimensionFirst, opts.expansion_estimateMethod);\n            if (ps == nullptr) {\n                // Best placement had no feasible projection sequence.\n                // Delete it from `tps`, and try next best.\n                tps.erase(std::remove(tps.begin(), tps.end(), best), tps.end());\n            } else {\n                break;\n            }\n        }\n        if (ps == nullptr) {\n            // No placement had a feasible projection sequence.\n            std::ostringstream ss;\n            ss << \"No feasible expansions for tree rooted at node \" << tree->getRootNodeID();\n            throw std::runtime_error(ss.str());\n        }\n        core->applyProjSeq(colaOpts, *ps);\n        // Insert the tree node.\n        best->insertTreeNode(padding);\n        log(string_format(\"%02d_%02d_insert_tree_box\", ln, lns++));\n    }\n\n    return faceset;\n}\n\nTreePlacement_SP dialect::chooseBestPlacement(TreePlacements tps, HolaOpts opts) {\n    TreePlacement_SP bestPlacement = nullptr;\n\n    // If favouring cardinal placement, we make this the primary consideration.\n    if (opts.treePlacement_favourCardinal) {\n        // Sort so that all cardinal placements come first.\n        std::sort(tps.begin(), tps.end(), [](const TreePlacement_SP &a, const TreePlacement_SP &b)->bool{\n            return Compass::isCardinal(a->getPlacementDir()) && !Compass::isCardinal(b->getPlacementDir());\n        });\n        // Determine how many placements are cardinal.\n        size_t numCardinal = 0;\n        for (TreePlacement_SP tp : tps) if (Compass::isCardinal(tp->getPlacementDir())) ++numCardinal;\n        // If there is precisely one cardinal placement, then we choose it.\n        if (numCardinal == 1) bestPlacement = tps.front();\n        // If there are several cardinal placements, then we choose only from among them.\n        else if (numCardinal > 1) tps.erase(tps.begin() + numCardinal, tps.end());\n    }\n\n    // If we haven't chosen a best placement yet, and we are favouring external placement, then\n    // we consider that next.\n    if (bestPlacement == nullptr && opts.treePlacement_favourExternal) {\n        // Sort so that all external placements come first.\n        std::sort(tps.begin(), tps.end(), [](const TreePlacement_SP &a, const TreePlacement_SP &b)->bool{\n            return a->isExternal() && !b->isExternal();\n        });\n        // Determine how many placements are external.\n        size_t numExternal = 0;\n        for (TreePlacement_SP tp : tps) if (tp->isExternal()) ++numExternal;\n        // If there is precisely one external placement, then we choose it.\n        if (numExternal == 1) bestPlacement = tps.front();\n        // If there are several external placements, then we choose only from among them.\n        else if (numExternal > 1) tps.erase(tps.begin() + numExternal, tps.end());\n    }\n\n    // If we haven't chosen a best placement yet, and we are favouring isolation, then\n    // we consider that next.\n    if (bestPlacement == nullptr && opts.treePlacement_favourIsolation) {\n        // Build a lookup of number of potential neighbours, by TreePlacement ID.\n        // Also determine the minimal number.\n        std::map<id_type, size_t> numPotNbrs;\n        size_t minimalNum = std::numeric_limits<size_t>::max();\n        for (TreePlacement_SP tp : tps) {\n            size_t n = tp->getNumPotentialNbrs();\n            numPotNbrs.insert({tp->id(), n});\n            if (n < minimalNum) minimalNum = n;\n        }\n        // Sort by increasing number of potential neighbours.\n        std::sort(tps.begin(), tps.end(), [&numPotNbrs](const TreePlacement_SP &a, const TreePlacement_SP &b)->bool{\n            return numPotNbrs.at(a->id()) < numPotNbrs.at(b->id());\n        });\n        // Determine how many placements have the minimal number.\n        size_t numMinimal = 0;\n        for (TreePlacement_SP tp : tps) if (numPotNbrs.at(tp->id()) == minimalNum) ++numMinimal;\n        // If there is precisely one placement with the minimal number of potential neighbours, then we choose it.\n        if (numMinimal == 1) bestPlacement = tps.front();\n        // If there are several placements with the minimal number, then we choose only from among them.\n        else if (numMinimal > 1) tps.erase(tps.begin() + numMinimal, tps.end());\n    }\n\n    // If we still haven't chosen a best placement, then we finally come to the case in which we must\n    // estimate the cost of each remaining potential placement. Then we choose a cheapest one.\n    if (bestPlacement == nullptr) {\n        double minCost = std::numeric_limits<double>::max();\n        for (TreePlacement_SP tp : tps) {\n            double cost = tp->estimateCost();\n            if (cost < minCost) {\n                minCost = cost;\n                bestPlacement = tp;\n            }\n        }\n    }\n\n    // By this point, we should always have made a choice.\n    COLA_ASSERT(bestPlacement != nullptr);\n    // Return it.\n    return bestPlacement;\n}\n\nstd::string TreePlacement::toString(void) const {\n    std::ostringstream ss;\n    ss << \"TreePlacement \" << m_ID << \": \";\n    ss << \"Placed \" << Compass::dirToString(m_placementDir);\n    ss << \", Growing \" << Compass::cardToString(m_growthDir);\n    ss << (m_flip ? \", Flipped.\" : \".\") << std::endl;\n    ss << \"    Rooted at Node \" << m_faceRoot->id() << std::endl;\n    ss << \"    Into \" << m_face.toString() << std::endl;\n    return ss.str();\n}\n\nsize_t TreePlacement::getNumPotentialNbrs(void) {\n    // Get the relevant sides:\n    Sides relevantSides = m_face.getRelevantSidesForPlacement(shared_from_this());\n    // First compute the total number of root nodes present:\n    size_t N = 0;\n    for (Side_SP S : relevantSides) N += S->getNumRootNodes();\n    // Since this TreePlacement's own root node has been counted once per side, we subtract that.\n    N -= relevantSides.size();\n    return N;\n}\n\ndouble TreePlacement::estimateCost(void) {\n    ExpansionManager em(shared_from_this());\n    m_cost = em.estimateCost();\n    return m_cost;\n}\n\nNode_SP TreePlacement::buildTreeBox(double padding) const {\n    Node_SP initialBox = m_tree->buildRootlessBox(m_growthDir);\n    dimensions initialDims = initialBox->getDimensions();\n    Point initialCentre = initialBox->getCentre();\n    double w1 = initialDims.first,\n           h1 = initialDims.second,\n           u0 = initialCentre.x,\n           v0 = initialCentre.y,\n           u1 = 0,\n           v1 = 0;\n    if (m_placementDir == (CompassDir)m_growthDir) {\n        // Placement direction is cardinal and equals the growth direction.\n        // In this case we need to check whether the tree is to be flipped,\n        // and if so alter the (u0, v0) vector accordingly.\n        // Also add padding if requested.\n        if (Compass::isVerticalCard(m_growthDir)) {\n            // Vertical growth direction.\n            u1 = m_flip ? -u0 : u0;\n            v1 = v0;\n            if (padding > 0) {\n                w1 += 2*padding;\n                h1 += padding;\n                // Want half width padding on each side, but all height padding on outside.\n                v1 += Compass::isIncreasingCard(m_growthDir) ? padding/2.0 : -padding/2.0;\n            }\n        } else {\n            // Horizontal growth direction.\n            u1 = u0;\n            v1 = m_flip ? -v0 : v0;\n            if (padding > 0) {\n                w1 += padding;\n                h1 += 2*padding;\n                // Want half height padding on each side, but all width padding on outside.\n                u1 += Compass::isIncreasingCard(m_growthDir) ? padding/2.0 : -padding/2.0;\n            }\n        }\n    } else {\n        // Placement direction is ordinal, and growth direction is one of its components.\n        // In this case we throw away the given (u0, v0), and compute this vector based\n        // solely on the dimensions of the tree and root, and on the placement direction.\n        // It does not matter if the tree is to be flipped.\n        // First consider padding.\n        if (padding > 0) {\n            if (Compass::isVerticalCard(m_growthDir)) {\n                w1 += 2*padding;\n                h1 += padding;\n            } else {\n                w1 += padding;\n                h1 += 2*padding;\n            }\n        }\n        // Now adjust coordinates.\n        dimensions rootDims = m_faceRoot->getDimensions();\n        Point sgn = Compass::vectorSigns(m_placementDir);\n        double rootW = rootDims.first,\n               rootH = rootDims.second;\n        u1 = sgn.x * (rootW + w1)/2.0;\n        v1 = sgn.y * (rootH + h1)/2.0;\n    }\n    // Build representative Node and return.\n    Node_SP boxNode = Node::allocate();\n    boxNode->setCentre(u1, v1);\n    boxNode->setDims(w1, h1);\n    return boxNode;\n}\n\nbool TreePlacement::somePointOppositeSegment(LineSegment &seg, Avoid::Point &pt, double padding, bool openInterval) {\n    if (padding < 0) {\n        padding = m_face.getGraph()->getIEL()/4.0;\n    }\n    Node_SP treeBox = buildTreeBox(padding);\n    Point rc = m_faceRoot->getCentre(),\n          tc = treeBox->getCentre();\n    dimensions dims = treeBox->getDimensions();\n    bool segIsHoriz = Compass::isHorizontalCard(seg.direc);\n    // tc actually gives the vector from the centre of the root node to that of the tree box.\n    // So to get the actual coordinates of the centre of the tree box we need to add rc and tc.\n    double hw = dims.first/2.0,\n           hh = dims.second/2.0,\n           x = rc.x + tc.x - hw,\n           X = rc.x + tc.x + hw,\n           y = rc.y + tc.y - hh,\n           Y = rc.y + tc.y + hh,\n           a = segIsHoriz ? x : y,\n           b = segIsHoriz ? X : Y;\n    interval K = openInterval ? seg.openIntervalIntersection(a, b) : seg.closedIntervalIntersection(a, b);\n    // If K is empty, we cannot find a point.\n    if (K.second < K.first) return false;\n    // Otherwise there is an intersection so we can build a point.\n    double w = K.first;\n    if (segIsHoriz) {\n        pt.x = w;\n        pt.y = rc.y + tc.y;\n    } else {\n        pt.x = rc.x + tc.x;\n        pt.y = w;\n    }\n    return true;\n}\n\nvoid TreePlacement::applyGeometryToTree(void) {\n    // Rotate and flip.\n    m_tree->rotate(m_growthDir);\n    if (m_flip) m_tree->flip();\n    // How we translate depends on whether the placement direction is cardinal or not.\n    Point rc = m_faceRoot->getCentre();\n    if (Compass::isCardinal(m_placementDir)) {\n        // When the placement direction is cardinal, we simply translate the tree so its own root\n        // node lies directly atop the root node in the face.\n        m_tree->translate(rc);\n    } else {\n        // When the placement direction is ordinal, we need to displace the tree's root from the face's root.\n        // The displacement is based on the padding that we add to the treebox.\n        double padding = m_face.getGraph()->getIEL()/4.0;\n        Node_SP unpaddedTreeBox = m_tree->buildRootlessBox(m_growthDir),\n                paddedTreeBox = buildTreeBox(padding);\n        Point uc = unpaddedTreeBox->getCentre(),\n              pc = paddedTreeBox->getCentre();\n        double dw = Compass::isIncreasingCard(m_growthDir) ? -padding/2.0 : padding/2.0;\n        Point dp = Compass::isVerticalCard(m_growthDir) ? Point(0, dw) : Point(dw, 0);\n        m_tree->translate(rc + pc - uc + dp);\n    }\n}\n\nvoid TreePlacement::insertTreeIntoGraph(Graph &G, NodesById &treeNodes, NodesById &bufferNodes, EdgesById &treeEdges) {\n    // Add the nodes and edges for the tree into the graph.\n    m_tree->addNetwork(G, treeNodes, treeEdges);\n    bool alignRoot = Compass::isCardinal(m_placementDir);\n    // Remove the box node for the tree if it is in the graph.\n    if (m_boxNode != nullptr && G.hasNode(m_boxNode->id())) G.severAndRemoveNode(*m_boxNode);\n    // Add constraints to maintain the layout of the tree.\n    m_tree->addConstraints(G, alignRoot);\n    // Add buffer nodes to keep space around the tree, and constraints to hold them in place.\n    m_tree->addBufferNodesAndConstraints(G, bufferNodes);\n}\n\nbool TreePlacement::rootIsAlignedWith(vpsc::Dim dim, id_type id) {\n    return m_rootAligns[dim].count(id) > 0;\n}\n"
  },
  {
    "path": "cola/libdialect/treeplacement.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_TREEPLACEMENT_H\n#define DIALECT_TREEPLACEMENT_H\n\n#include <string>\n#include <memory>\n#include <map>\n#include <set>\n\n#include \"libvpsc/rectangle.h\"\n\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/faces.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/trees.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/logging.h\"\n\nnamespace dialect {\n\n//! @brief  Given a planar orthogonal core, and the corresponding Trees (as resulting\n//!         from the peeling process), choose Faces of the core in which to place the\n//!         Trees, generate constraints to expand those Faces, and insert large Nodes\n//!         to represent the bounding boxes of the Trees.\nFaceSet_SP reattachTrees(Graph_SP core, Trees trees, HolaOpts opts, Logger *logger=nullptr);\n\n//! @brief  Choose the best TreePlacement from among a list of alternatives.\nTreePlacement_SP chooseBestPlacement(TreePlacements tps, HolaOpts opts);\n\n//! A TreePlacement represents a way of placing a tree into the faces of\n//! a 4-planar, orthogonal layout.\nclass TreePlacement\n#ifndef SWIG\n// We hide this from SWIG, lest it complain, \"Nothing known about base class 'std::enable_shared_from_this...\"\n// http://swig.10945.n7.nabble.com/Nothing-known-about-base-class-std-enable-shared-from-this-tp14603p14604.html\n        : public std::enable_shared_from_this<TreePlacement>\n#endif\n{\npublic:\n    TreePlacement(Tree_SP tree, Face &face, Node_SP faceRoot,\n                  CompassDir dp, CardinalDir dg, bool flip=false)\n        : m_ID(nextID++),\n          m_tree(tree),\n          m_face(face),\n          m_faceRoot(faceRoot),\n          m_placementDir(dp),\n          m_growthDir(dg),\n          m_flip(flip),\n          m_cost(0),\n          m_boxNode(nullptr) {}\n\n    //! @brief  Get the placement direction.\n    CompassDir getPlacementDir(void) const { return m_placementDir; }\n\n    //! @brief  Get the growth direction.\n    CardinalDir getGrowthDir(void) const { return m_growthDir; }\n\n    //! @brief  Check whether the placement is into the external face.\n    bool isExternal(void) const { return m_face.isExternal(); }\n\n    //! @brief  Get the unique ID of this instance.\n    id_type id(void) const { return m_ID; }\n\n    //! @brief  Check the number of \"potential neighbours\" of this tree, if placed\n    //!         according to this placement. This is equal to the number of other\n    //!         root nodes on the relevant Sides to which the root node of this\n    //!         placement belongs.\n    size_t getNumPotentialNbrs(void);\n\n    //! @brief  Estimate the cost of this placement.\n    double estimateCost(void);\n\n    //! @brief  Get the Node at which the Tree would be rooted:\n    Node_SP getRootNode(void) const { return m_faceRoot; }\n\n    //! @brief  Access the Face to which this placement belongs.\n    Face &getFace(void) { return m_face; }\n\n    //! @brief  Insert a node representing the Tree into the Face to which this\n    //!         placement belongs.\n    //! @param[in] padding  Optional padding to be added to the tree box.\n    //! @sa TreePlacement::getTreeBox for interpretation of the padding.\n    void insertTreeNode(double padding=0) { m_face.insertTreeNode(shared_from_this(), padding); }\n\n    //! @brief  Get a string representation.\n    std::string toString(void) const;\n\n    //! @brief  Determine the size of the tree minus the root node, and the position\n    //!         relative to the root node.\n    //!\n    //! @param[in] padding  Optionally, you may request padding be added to the /outside/\n    //!                     sides of the box, i.e. all those except the side facing the\n    //!                     root node. For example, for a north-growing tree, the padding\n    //!                     will be added only to the north, east, and west sides.\n    //!                     Recommended value for padding is one quarter of the Graph's\n    //!                     ideal edge length (iel/4.0).\n    //!\n    //! @return  A Node whose dimensions w x h gives the dimensions of the bounding box\n    //!          of the tree, minus the root node, and whose position (x, y) gives the\n    //!          vector from the centre of the root node to the centre of this box.\n    //!\n    //! @note  The dimensions are in respect of the growth direction of this TreePlacement,\n    //!        and the position vector is in respect of its placement direction and flip bit.\n    Node_SP buildTreeBox(double padding=0) const;\n\n    //! @brief  Record the Node representing the box for the Tree.\n    void recordBoxNode(Node_SP &boxNode) { m_boxNode = boxNode; }\n\n    //! @brief  Check whether this TreePlacement has a box node yet.\n    bool hasBoxNode(void) { return m_boxNode != nullptr; }\n\n    //! @brief  Get the box node.\n    Node_SP getBoxNode(void) { return m_boxNode; }\n\n    //! @brief  Build the best projection sequence for this tree placement.\n    //! @param[in] padding  Optional padding for the new tree box.\n    //! @param[in] doCostlierDimensionFirst  Set true to do the more expensive dimension first,\n    //!             in hopes that this will obviate expansion in the other dimension altogether.\n    //! @param[in] estimateMethod  See defn of ExpansionEstimateMethod enum class.\n    //! @return  A ProjSeq representing the computed projection sequence.\n    ProjSeq_SP buildBestProjSeq(double padding=0, bool doCostlierDimensionFirst=false,\n                                ExpansionEstimateMethod estimateMethod=ExpansionEstimateMethod::CONSTRAINTS) {\n        return m_face.buildBestProjSeq(shared_from_this(), padding, doCostlierDimensionFirst, estimateMethod);\n    }\n\n    //! @brief  Compute some point belonging to the tree box and lying opposite a given\n    //!         line segment.\n    //! @param[in] seg  The LineSegment in question.\n    //! @param[out] pt  The point whose coordinates are to be set.\n    //! @param[in] padding  Padding for the tree box.\n    //! @param[in] openInterval  Set true if you want to use the open interval of the line\n    //!                          segment instead of closed (the default).\n    //! @return boolean saying whether the tree box indeed lies opposite the given line segment.\n    //!\n    //! @note  We compute the interval I of the tree box in the dimension parallel to the segment.\n    //! Let J be the interval of the segment -- open if the openInterval argument is true; closed\n    //! otherwise. Let K be the intersection of I and J. If K is empty then we return false.\n    //! Otherwise we pick a value w in K and return a point having w as one of its coordinates and\n    //! a centre coordinate of the tree box as the other coordinate.\n    bool somePointOppositeSegment(LineSegment &seg, Avoid::Point &pt, double padding=-1, bool openInterval=false);\n\n    //! @brief  Rotate, flip, and translate the tree as necessary to match this placement.\n    void applyGeometryToTree(void);\n\n    //! @brief  Insert the tree into a given Graph.\n    //! @param[out] G  The Graph into which the tree is to be inserted.\n    //! @param[out] treeNodes  A place to record the tree nodes that are constructred.\n    //! @param[out] bufferNodes  A place to record the buffer nodes that are constructred.\n    //! @param[out] treeEdges  A place to record the tree edges that are added.\n    void insertTreeIntoGraph(Graph &G, NodesById &treeNodes, NodesById &bufferNodes, EdgesById &treeEdges);\n\n    //! @brief  Check the size (i.e. number of nodes in) the Tree.\n    size_t size(void) const { return m_tree->size(); }\n\n    //! @brief  Tell the TreePlacement which Nodes are aligned with its root node in a given dimension.\n    //! @param[in] dim  The alignment dimension.\n    //! @param[in] idSet  The set of IDs of nodes that are aligned in this dimension with the root node.\n    void setRootAligns(vpsc::Dim dim, std::set<id_type> &idSet) { m_rootAligns[dim] = idSet; }\n\n    //! @brief  Check whether the root node is aligned with a given node, in a given dimension.\n    //! @param[in] dim  The dimension of interest.\n    //! @param[in] id  The ID of the node in question.\n    bool rootIsAlignedWith(vpsc::Dim dim, id_type id);\n\nprivate:\n\n    //! For class-specific generation of unique IDs:\n    static id_type nextID;\n    //! An instance's own unique ID:\n    const id_type m_ID;\n\n    //! The Tree to be placed:\n    Tree_SP m_tree;\n    //! The Face into which we consider placing it:\n    Face &m_face;\n    //! The Node in the Face, where the Tree would be rooted:\n    Node_SP m_faceRoot;\n    //! The placement direction considered:\n    CompassDir m_placementDir;\n    //! The growth direction of the Tree:\n    CardinalDir m_growthDir;\n    //! Whether the Tree's layout should be flipped over an axis parallel to its growth direction:\n    bool m_flip;\n\n    //! An estimated cost of this placement:\n    double m_cost;\n    //! A node to represent the bounding box of the Tree:\n    Node_SP m_boxNode = nullptr;\n\n    //! Want to know which other nodes are aligned with the root node in each dimension.\n    std::map<vpsc::Dim, std::set<id_type>> m_rootAligns;\n\n};\n\n\n} // namespace dialect\n\n#endif // DIALECT_TREEPLACEMENT_H\n"
  },
  {
    "path": "cola/libdialect/trees.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#include <deque>\n#include <iterator>\n#include <string>\n#include <map>\n#include <algorithm>\n#include <memory>\n#include <utility>\n#include <sstream>\n#include <limits>\n#include <functional>\n\n#include \"libvpsc/assertions.h\"\n#include \"libavoid/libavoid.h\"\n\n#include \"libdialect/ortho.h\"\n#include \"libdialect/graphs.h\"\n#include \"libdialect/constraints.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/trees.h\"\n\nusing namespace dialect;\n\nusing std::map;\nusing std::vector;\nusing std::string;\n\nusing Avoid::Point;\n\nTree::Tree(Graph_SP G, Node_SP root)\n    : m_graph(G),\n      m_root(root),\n      m_depth(0),\n      m_breadth(0),\n      m_isSymmetric(false),\n      m_lb(0),\n      m_ub(0),\n      m_boundaryTight(true),\n      m_growthDir(CardinalDir::NORTH)\n{\n    // As we go, we'll build a multimap from ranks to Nodes of that rank.\n    // At the end, we'll use this to build our lookup, m_nodesByRank.\n    std::multimap<unsigned, Node_SP> nodesByRank_mm;\n    // Compute ranks, leaves, and breadth.\n    // Start by setting rank 0 for the root node.\n    nodesByRank_mm.emplace(0, m_root);\n    m_rankByNodeID.emplace(m_root->id(), 0);\n    m_depth = 1;\n    // Now do BFS to identify all nodes of the tree.\n    std::deque<Node_SP> bfs_queue{m_root};\n    Node_SP node;\n    while (!bfs_queue.empty()) {\n        // Take from the front of the queue.\n        node = bfs_queue.front();\n        bfs_queue.pop_front();\n        unsigned id = node->id();\n        // Ensure we're not trying to construct a tree on\n        // a graph that contains a cycle, by checking that we\n        // have not yet encountered this node.\n        COLA_ASSERT(m_nodes.count(id) == 0);\n        m_nodes.insert({id, node});\n        // The current node's rank should already be defined.\n        unsigned rank = m_rankByNodeID[id];\n        // Get children\n        Nodes children = node->getChildren();\n        // If there are no children, then the current Node is a leaf.\n        if (children.empty()) {\n            m_leafIDs.emplace(id);\n        } else {\n            // There are children, so update the depth.\n            if (rank + 2 > m_depth) m_depth = rank + 2;\n        }\n        // Assign parent to any children, and add them to the queue.\n        for (Node_SP c : children) {\n            m_parents.emplace(c->id(), node);\n            nodesByRank_mm.emplace(rank + 1, c);\n            m_rankByNodeID.emplace(c->id(), rank + 1);\n            bfs_queue.emplace_back(c);\n        }\n    }\n    // After the search, the depth of the tree is already computed.\n    // Now we can build our lookup for nodes by rank, and compute the\n    // breadth as we go.\n    m_nodesByRank.reserve(m_depth);\n    m_leavesByRank.reserve(m_depth);\n    m_nonleavesByRank.reserve(m_depth);\n    // We will scan over our multimap, using two pointers.\n    auto ptr1 = nodesByRank_mm.cbegin();\n    auto ptr2 = ptr1;\n    auto end = nodesByRank_mm.cend();\n    // We work by rank. This works since the multimap is ordered.\n    for (unsigned r = 0; r < m_depth; ++r) {\n        size_t n = 0;\n        // Find the range of nodes of rank r. Count them as we go.\n        while (ptr2 != end && (*ptr2).first == r) {\n            ptr2 = std::next(ptr2);\n            ++n;\n        }\n        // Now initialize vectors and reserve space.\n        // For the leaves and nonleaves it is more space than is needed, but\n        // we guess this is the more efficient approach.\n        Nodes rank_r, leaves_r, nonleaves_r;\n        rank_r.reserve(n);\n        leaves_r.reserve(n);\n        nonleaves_r.reserve(n);\n        // Copy Nodes into the vectors.\n        while (ptr1 != ptr2) {\n            Node_SP u = (*ptr1).second;\n            rank_r.push_back(u);\n            if (m_leafIDs.count(u->id()) > 0) {\n                leaves_r.push_back(u);\n            } else {\n                nonleaves_r.push_back(u);\n            }\n            ptr1 = std::next(ptr1);\n        }\n        // Save the vectors\n        m_nodesByRank.push_back(rank_r);\n        m_leavesByRank.push_back(leaves_r);\n        m_nonleavesByRank.push_back(nonleaves_r);\n        // Update the breadth.\n        if (n > m_breadth) m_breadth = n;\n    }\n    // Clear and initialize rank bounds.\n    clearRankBounds();\n}\n\nvoid Tree::symmetricLayout(CardinalDir growthDir, double nodeSep, double rankSep, bool convexOrdering) {\n    m_growthDir = growthDir;\n    // Initialise root position to zero.\n    m_root->setCentre(0, 0);\n    // Initialise rank bounds to zero.\n    clearRankBounds();\n    // Initialise rank-0 bounds for root node.\n    dimensions rootDims = m_root->getDimensions();\n    double half = Compass::isVertical((CompassDir) growthDir) ? rootDims.first/2.0 : rootDims.second/2.0;\n    m_lb = -half;\n    m_ub = half;\n    m_boundsByRank[0][0] = m_lb;\n    m_boundsByRank[0][1] = m_ub;\n    // Leaves are simple:\n    if (m_depth == 1) {\n        m_isSymmetric = true;\n        return;\n    }\n    // Proceed for nonleaves:\n    Trees cTrees = getCTrees();\n    // Layout the C-Trees recursively.\n    for (Tree_SP c : cTrees) {\n        c->symmetricLayout(growthDir, nodeSep, rankSep);\n    }\n    // Sort the C-Trees into isomorphism classes.\n    map<string, Trees> classes;\n    for (Tree_SP c : cTrees) {\n        string isomstr = c->computeIsomString();\n        classes[isomstr].push_back(c);\n    }\n    // Now form a deque of all isom. strings.\n    // (Why a deque? We need to be able to sort, push front, and erase an element from the middle.\n    //  If not for the sorting, we would prefer a list, but that does not have random access iterators,\n    //  so cannot be sorted.)\n    std::deque<string> isomStrings;\n    isomStrings.resize(classes.size());\n    std::transform(classes.cbegin(), classes.cend(), isomStrings.begin(),\n        [](const std::pair<string, Trees> &p) -> string { return p.first; }\n    );\n    // Now sort the isom strings.\n    // If using convex ordering, use the following rule.\n    // (If not, use the opposite rule.)\n    // Class A comes before (is \"less than\") class B if,\n    // for any trees tA, tB belonging to these classes, resp.,\n    // (i) tA is broader than tB, or\n    // (ii) they are the same breadth but tA is deeper than tB, or\n    // (iii) they are the same breadth and depth, but A's isom string\n    //       comes before B's, lexicographically.\n    // The first two options reflect our ideas about how C-trees should\n    // be positioned in the layout; the third option is only there to\n    // ensure the sorting is deterministic.\n    std::sort(\n        isomStrings.begin(), isomStrings.end(),\n        [&classes, &convexOrdering](const string &a, const string &b) -> bool {\n            Trees A = classes[a], B = classes[b];\n            Tree_SP tA = A[0], tB = B[0];\n            unsigned bA = tA->m_breadth, bB = tB->m_breadth,\n                     dA = tA->m_depth,   dB = tB->m_depth;\n            if (bA > bB) {\n                return convexOrdering;\n            } else if (bB > bA) {\n                return !convexOrdering;\n            } else if (dA > dB) {\n                return convexOrdering;\n            } else if (dB > dA) {\n                return !convexOrdering;\n            } else {\n                return a < b;\n            }\n        }\n    );\n    // How many classes have odd order?\n    // We also record the isom. string for the odd-order class most recently\n    // noted. This works because we only need the string in case there is\n    // exactly one odd-order class.\n    string oddOrderIsomStr;\n    size_t numOddOrder = 0;\n    for (auto p : classes) {\n        if (p.second.size() % 2 == 1) {\n            ++numOddOrder;\n            oddOrderIsomStr = p.first;\n        }\n    }\n    // Now we can determine whether the layout is going to be symmetric or not,\n    // and whether it's going to need to have a central c-tree.\n    bool haveCentralTree = false;\n    // If there are no odd-order classes, then we are symmetric.\n    if (numOddOrder == 0) {\n        m_isSymmetric = true;\n    }\n    // If there are two or more odd-order classes, then we are not symmetric.\n    else if (numOddOrder > 1) {\n        m_isSymmetric = false;\n    }\n    // Else there is exactly one odd-order class.\n    // In this case we are symmetric if and only if (any representative of) the one\n    // odd-order class is symmetric.\n    else {\n        m_isSymmetric = classes[oddOrderIsomStr][0]->m_isSymmetric;\n        // For symmetric layout, the trees of odd-order class need to go in the centre.\n        // So we put them first in the list, since we work our way outward from the centre\n        // when placing the trees.\n        haveCentralTree = true;\n        auto it = isomStrings.begin();\n        while (*it != oddOrderIsomStr) ++it;\n        isomStrings.erase(it);\n        isomStrings.push_front(oddOrderIsomStr);\n    }\n    // Now place the c-trees alternating around the centre.\n    // We use a boolean to control the alternation.\n    bool positiveNext = true;\n    // Another boolean manages central tree placement.\n    bool mustPlaceCentralTree = haveCentralTree;\n    // We will need to do translations. We start with a base translation vector.\n    Point baseTrans(0, 0);\n    switch(growthDir) {\n    case CardinalDir::EAST:\n        baseTrans.x = rankSep;\n        break;\n    case CardinalDir::SOUTH:\n        baseTrans.y = rankSep;\n        break;\n    case CardinalDir::WEST:\n        baseTrans.x = -rankSep;\n        break;\n    case CardinalDir::NORTH:\n        baseTrans.y = -rankSep;\n        break;\n    }\n    // Now iterate over the isomorphism classes of C-Trees.\n    for (string isom : isomStrings) {\n        Trees C = classes[isom];\n        for (Tree_SP t : C) {\n            if (mustPlaceCentralTree) {\n                // Tree t is to be placed centrally.\n                t->translate(baseTrans);\n                // Update own bounds based on Tree t's bounds.\n                double lb = 0, ub = 0;\n                for (unsigned r = 1; r <= t->m_depth; ++r) {\n                    // Tree t's rank r - 1 lies on our own rank r.\n                    auto tb = t->m_boundsByRank[r-1];\n                    double tlb = tb[0], tub = tb[1];\n                    m_boundsByRank[r][0] = tlb;\n                    m_boundsByRank[r][1] = tub;\n                    if (tlb < lb) lb = tlb;\n                    if (tub > ub) ub = tub;\n                }\n                m_lb = lb;\n                m_ub = ub;\n                // Now central tree is placed, so clear the flag.\n                mustPlaceCentralTree = false;\n            } else {\n                // Set up based on whether we're on the positive or the negative side.\n                size_t a = positiveNext ? 1 : 0,\n                       b = positiveNext ? 0 : 1;\n                double rootPos = positiveNext ? std::numeric_limits<double>::min() : std::numeric_limits<double>::max(),\n                       extreme = rootPos;\n                if (!positiveNext) t->flip();\n                // Consider the position where each rank would like the root to go.\n                // Take the extreme, according to whether we're on the positive or negative side.\n                for (unsigned r = 0; r < t->m_depth; ++r) {\n                    double candidate = getBounds(r + 1, nodeSep)[a] - t->getBounds(r, nodeSep)[b];\n                    rootPos = positiveNext ? std::max(rootPos, candidate) : std::min(rootPos, candidate);\n                }\n                // Translate the tree.\n                Point trans = Compass::isVertical((CompassDir) growthDir) ?\n                                Point(rootPos, baseTrans.y) : Point(baseTrans.x, rootPos);\n                t->translate(trans);\n                // Update upper bounds if on positive side, lower if on negative side.\n                for (unsigned r = 0; r < m_depth; ++r) {\n                    double tb;\n                    if (1 <= r && r <= t->m_depth) {\n                        // Again, Tree t's rank r - 1 lies on our own rank r.\n                        tb = t->m_boundsByRank[r-1][a];\n                        m_boundsByRank[r][a] = tb;\n                    } else {\n                        tb = m_boundsByRank[r][a];\n                    }\n                    extreme = positiveNext ? std::max(extreme, tb) : std::min(extreme, tb);\n                }\n                if (a == 1) {\n                    m_ub = extreme;\n                } else {\n                    m_lb = extreme;\n                }\n                // Flip to other side for next iteration, if any.\n                positiveNext = !positiveNext;\n            }\n        }\n    }\n}\n\nvoid Tree::flip(void) {\n    // We filp the tree around the y-axis for NORTH and SOUTH growth,\n    // around the x-axis for EAST and WEST growth.\n    if (Compass::isVertical((CompassDir) m_growthDir)) {\n        for (auto p : m_nodes) {\n            Point q = p.second->getCentre();\n            p.second->setCentre(-q.x, q.y);\n        }\n    } else {\n        for (auto p : m_nodes) {\n            Point q = p.second->getCentre();\n            p.second->setCentre(q.x, -q.y);\n        }\n    }\n    // Bounds are swapped and negated.\n    double l = -m_ub, u = -m_lb;\n    m_lb = l;\n    m_ub = u;\n    // Flip per-rank bounds\n    for (unsigned r = 0; r < m_depth; ++r) {\n        l = -m_boundsByRank[r][1];\n        u = -m_boundsByRank[r][0];\n        m_boundsByRank[r][0] = l;\n        m_boundsByRank[r][1] = u;\n    }\n}\n\nvoid Tree::translate(Avoid::Point vect) {\n    // Translate Nodes.\n    for (auto p : m_nodes) {\n        Point q = p.second->getCentre();\n        p.second->setCentre(q.x + vect.x, q.y + vect.y);\n    }\n    // Adjust rank bounds\n    double disp = Compass::isVertical((CompassDir) m_growthDir) ? vect.x : vect.y;\n    m_lb += disp;\n    m_ub += disp;\n    for (unsigned r = 0; r < m_depth; ++r) {\n        m_boundsByRank[r][0] += disp;\n        m_boundsByRank[r][1] += disp;\n    }\n}\n\nvoid Tree::rotate(CardinalDir dg) {\n    // If we already have the desired growth direction, there's nothing to do.\n    if (dg == m_growthDir) return;\n    // Otherwise, rotate.\n    PlaneMap rot = Compass::getRotationFunction(m_growthDir, dg);\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        u->applyPlaneMap(rot);\n    }\n    // And record the new growth direction.\n    m_growthDir = dg;\n}\n\nvoid Tree::rotateGrowthDirCW(unsigned quarterTurns) {\n    unsigned q = quarterTurns % 4;\n    for (unsigned i = 0; i < q; ++i) m_growthDir = Compass::cardRotateCw90(m_growthDir);\n}\n\nvoid Tree::clearRankBounds(void) {\n    m_boundsByRank.clear();\n    m_boundsByRank.reserve(m_depth);\n    for (unsigned r = 0; r < m_depth; ++r) {\n        m_boundsByRank.push_back(std::vector<double>{0, 0});\n    }\n}\n\nstd::vector<double> Tree::getBounds(unsigned rank, double nodeSep) const {\n    std::vector<double> bounds(2);\n    // Start with basic bounds, based on whether we're using the tight boundary setting.\n    if (m_boundaryTight) {\n        bounds = m_boundsByRank[rank];\n    } else {\n        bounds[0] = m_lb;\n        bounds[1] = m_ub;\n    }\n    // Now pad with the given nodeSep value.\n    bounds[0] -= nodeSep;\n    bounds[1] += nodeSep;\n    return bounds;\n}\n\nTrees Tree::getCTrees(void) const {\n    // There's one C-Tree for each child of the root node.\n    // (It is the subtree rooted there.)\n    Trees ctrees;\n    Nodes children = m_root->getChildren();\n    ctrees.reserve(children.size());\n    for (Node_SP c : children) {\n        Tree_SP ct = std::make_shared<Tree>(m_graph, c);\n        ctrees.push_back(ct);\n    }\n    return ctrees;\n}\n\nstd::string Tree::computeIsomString(void) const {\n    // We compute a string which uniquely represents the isomorphism class\n    // of this Tree. This is the core idea from Manning & Atallah 1985.\n    map<id_type, unsigned> isomNumber;\n    map<id_type, vector<unsigned>> isomTuple;\n    map<id_type, string> isomTupleString;\n    vector<string> levelIsomStrings;\n    // Assign isomNumber 0 to all leaves.\n    for (id_type id : m_leafIDs) isomNumber[id] = 0;\n    // Initialise L to be a list of the deepest leaves.\n    Nodes L = m_leavesByRank[m_depth-1];\n    // Compute the isomstring for each level.\n    for (unsigned j = 2; j <= m_depth; ++j) {\n        unsigned r = m_depth - j;\n        Nodes N = m_nonleavesByRank[r];\n        for (Node_SP u : N) {\n            isomTuple[u->id()] = vector<unsigned>();\n        }\n        // For each leaf v in L, insert its number into\n        // the tuple of its parent node.\n        for (Node_SP v : L) {\n            id_type v_id = v->id();\n            Node_SP p = m_parents.at(v_id);\n            unsigned n = isomNumber[v_id];\n            isomTuple[p->id()].push_back(n);\n        }\n        // Create strings for isomTuples.\n        for (Node_SP u : N) {\n            id_type u_id = u->id();\n            vector<unsigned> tuple = isomTuple[u_id];\n            std::sort(tuple.begin(), tuple.end());\n            // Thanks to https://stackoverflow.com/a/1430774\n            std::stringstream ss;\n            for (size_t i = 0; i < tuple.size(); ++i) {\n                if (i != 0) ss << \",\";\n                ss << tuple[i];\n            }\n            isomTupleString[u_id] = ss.str();\n        }\n        // Sort the nonleaves of rank r by tuple.\n        std::sort(N.begin(), N.end(),\n            [&isomTupleString](const Node_SP &a, const Node_SP &b) -> bool {\n                return isomTupleString[a->id()] < isomTupleString[b->id()];\n            }\n        );\n        // Now we can write the isom string for this level.\n        std::stringstream ss;\n        for (size_t i = 0; i < N.size(); ++i) {\n            if (i != 0) ss << \";\";\n            ss << isomTupleString[N[i]->id()];\n        }\n        levelIsomStrings.push_back(ss.str());\n        // Compute next L.\n        // Start with the leaves of rank r.\n        L = m_leavesByRank[r];\n        // Sort nodes in N by tuple.\n        map<string, Nodes> nodesByTuple;\n        for (Node_SP u : N) {\n            string t = isomTupleString[u->id()];\n            nodesByTuple[t].push_back(u);\n        }\n        // Iterate over the classes, in lexicographic order on the tuple strings.\n        unsigned k = 0;\n        for (auto p : nodesByTuple) {\n            Nodes M = p.second;\n            // The Nodes in each class get isomNumber according to the ordering.\n            // They are also added to the next list L.\n            for (Node_SP u : M) {\n                isomNumber[u->id()] = k + 1;\n                L.push_back(u);\n            }\n        }\n    }\n    // Join the level strings for the full tree string.\n    std::stringstream ss;\n    for (size_t i = 0; i < levelIsomStrings.size(); ++i) {\n        if (i != 0) ss << \":\";\n        ss << levelIsomStrings[i];\n    }\n    string treeIsomString = ss.str();\n    return treeIsomString;\n}\n\n\n\nstd::string Tree::repr(void) const {\n    std::string s = \"Tree:\";\n    // All nodes:\n    for (auto p : m_nodes) {\n        s += string_format(\" %d\", p.first);\n    }\n    s += \"\\n\";\n    // Ranks:\n    for (unsigned r = 0; r < m_depth; ++r) {\n        s += string_format(\"Rank %d:\", r);\n        Nodes rank = m_nodesByRank[r];\n        std::sort(rank.begin(), rank.end(),\n            [](const Node_SP &a, const Node_SP &b) -> bool {\n                return a->id() < b->id();\n            }\n        );\n        for (Node_SP u : rank) {\n            s += string_format(\" %d\", u->id());\n            if (m_leafIDs.count(u->id()) > 0) s += \"^\";\n        }\n        s += \"\\n\";\n    }\n    s += \"Isom: \" + computeIsomString() + \"\\n\";\n    /*\n    // Leaves:\n    for (unsigned r = 0; r < m_depth; ++r) {\n        s += string_format(\"Leaves %d:\", r);\n        Nodes rank = m_leavesByRank[r];\n        std::sort(rank.begin(), rank.end(),\n            [](const Node_SP &a, const Node_SP &b) -> bool {\n                return a->id() < b->id();\n            }\n        );\n        for (Node_SP u : rank) {\n            s += string_format(\" %d\", u->id());\n        }\n        s += \"\\n\";\n    }\n    // Nonleaves:\n    for (unsigned r = 0; r < m_depth; ++r) {\n        s += string_format(\"Nonleaves %d:\", r);\n        Nodes rank = m_nonleavesByRank[r];\n        std::sort(rank.begin(), rank.end(),\n            [](const Node_SP &a, const Node_SP &b) -> bool {\n                return a->id() < b->id();\n            }\n        );\n        for (Node_SP u : rank) {\n            s += string_format(\" %d\", u->id());\n        }\n        s += \"\\n\";\n    }\n    */\n    return s;\n}\n\nNode_SP Tree::buildRootlessBox(CardinalDir growthDir) const {\n    // Tree should already have a layout.\n    // So we begin by computing the box for the Tree as laid out.\n    BoundingBox bb = m_graph->getBoundingBox();\n    dimensions rootDims = m_root->getDimensions();\n    double rootW = rootDims.first,\n           rootH = rootDims.second,\n           rootHalfOblongness = (rootW - rootH)/2.0,\n           x = bb.x,\n           y = bb.y,\n           w = bb.w(),\n           h = bb.h();\n    switch(m_growthDir) {\n    // If growing East/West then the root node's width is\n    // subracted from that of the box. In East case only,\n    // ULC of box shifts right by root node's width.\n    case CardinalDir::EAST:\n        x += rootW;\n        // Do not break. Flow through to WEST case...\n    case CardinalDir::WEST:\n        w -= rootW;\n        break;\n    // If growing South/North then the root node's height is\n    // subracted from that of the box. In South case only,\n    // ULC of box shifts down by root node's height.\n    case CardinalDir::SOUTH:\n        y += rootH;\n        // Do not break. Flow through to NORTH case...\n    case CardinalDir::NORTH:\n        h -= rootH;\n        break;\n    }\n    // Now we can compute the centre of the box.\n    double u = x + w/2.0,\n           v = y + h/2.0;\n    // So far everything has been based on this Tree's own growth\n    // direction. Now adjust for the desired growth direction, in\n    // case it is different.\n    if (growthDir != m_growthDir) {\n        // Rotate centre.\n        Point c = Compass::getRotationFunction(m_growthDir, growthDir)(Point(u, v));\n        u = c.x;\n        v = c.y;\n        // If the two growth directions are not in the same dimension...\n        if (!Compass::sameDimension(m_growthDir, growthDir)) {\n            // ...the dimensions swap...\n            std::swap(w, h);\n            // ...and if the root node is oblong, then the box needs to\n            // be shifted in the growth direction.\n            switch(growthDir) {\n            case CardinalDir::EAST:\n                u += rootHalfOblongness;\n                break;\n            case CardinalDir::WEST:\n                u -= rootHalfOblongness;\n                break;\n            case CardinalDir::SOUTH:\n                v -= rootHalfOblongness;\n                break;\n            case CardinalDir::NORTH:\n                v += rootHalfOblongness;\n            }\n        }\n    }\n    // Build Node and return it.\n    Node_SP boxNode = Node::allocate();\n    boxNode->setCentre(u, v);\n    boxNode->setDims(w, h);\n    return boxNode;\n}\n\nvoid Tree::addNetworkToRoutingAdapter(RoutingAdapter &ra, TreeRoutingType trt, Graph_SP core) {\n    // Add nodes.\n    NodesById nodes(m_nodes);\n    // If a core graph is given, omit the root node, since in this case the client is interested in\n    // reattaching this tree to the core, where there is already a root node.\n    if (core != nullptr) nodes.erase(m_root->id());\n    ra.addNodes(nodes);\n    // Prepare to set connection directions.\n    // Although the Tree could be growing in any cardinal direction, we envision the case of a north-growing\n    // or upward-growing Tree. Our variable names are based on this image.\n    CardinalDir up = m_growthDir,\n                down = Compass::cardFlip(up);\n    Avoid::ConnDirFlags upperDirs = Compass::libavoidConnDirs.at(down),\n                        ordinalRootDirs = Avoid::ConnDirAll ^ upperDirs,\n                        lowerDirs = trt >= TreeRoutingType::MONOTONIC ? ordinalRootDirs : Compass::libavoidConnDirs.at(up);\n    EdgeConnDirs dirs{lowerDirs, upperDirs};\n    EdgeConnDirs rev{upperDirs, lowerDirs};\n    EdgeConnDirs rootDirs{ordinalRootDirs, upperDirs};\n    EdgeConnDirs rootRev{upperDirs, ordinalRootDirs};\n    // In the case of a peeled tree which is to be reattached to a core graph, if the tree has been\n    // given ordinal placement direction then its root node is in a different position than the root\n    // node belonging to the core. So in order for the connectors in the router to get the proper endpts,\n    // we temporarily move the root node to the position of the core root.\n    Node_SP altRoot = core == nullptr ? m_root : core->getNode(m_root->id());\n    Point altRootPt = altRoot->getCentre(),\n          rootPt = m_root->getCentre();\n    m_root->setCentre(altRootPt.x, altRootPt.y);\n    // Determine whether we use permissive directions for connection to root node.\n    // There are two cases in which that is so: (1) we are using the MONOTONIC routing type, or\n    // (2) it is the CORE_ATTACHMENT type, and the root node has a single child and is transversely displaced.\n    bool permissiveRootDirs = (\n        trt >= TreeRoutingType::MONOTONIC ||\n        (trt == TreeRoutingType::CORE_ATTACHMENT && rootPt != altRootPt && m_nodesByRank[1].size() == 1)\n    );\n    // Now we can iterate over the Edges and set up the ConnDirs.\n    EdgesById edges = m_graph->getEdgeLookup();\n    EdgeConnDirsById connDirs;\n    id_type rid = m_root->id();\n    for (auto p : edges) {\n        // Determine the ranks of the source and target Nodes of the Edge, so that we can set the\n        // conndirs in the right order.\n        Edge_SP e = p.second;\n        id_type sid = e->getSourceEnd()->id(),\n                tid = e->getTargetEnd()->id();\n        unsigned rs = m_rankByNodeID[sid],\n                 rt = m_rankByNodeID[tid];\n        EdgeConnDirs d;\n        if ( permissiveRootDirs && (rid == sid || rid == tid) ) {\n            d = rs < rt ? rootDirs : rootRev;\n        } else {\n            d = rs < rt ? dirs : rev;\n        }\n        connDirs.insert({p.first, d});\n    }\n    // Add edges to router with conn dirs.\n    ra.addEdges(edges, &connDirs);\n    // Retore root position.\n    m_root->setCentre(rootPt.x, rootPt.y);\n}\n\nvoid Tree::addNetwork(Graph &G, NodesById &treeNodes, EdgesById &treeEdges) {\n    // Add Nodes.\n    NodesById G_nodes = G.getNodeLookup();\n    auto it = m_nodes.begin();\n    auto jt = G_nodes.begin();\n    while (it != m_nodes.end() && jt != G_nodes.end()) {\n        auto p = *it;\n        auto q = *jt;\n        id_type i = p.first,\n                j = q.first;\n        if (i > j) ++jt;\n        else {\n            if (i < j) {\n                // In this case the Tree has a Node that does not have a matching ID in the graph G.\n                // So we can add this Node to G.\n                G.addNode(p.second);\n                treeNodes.insert(p);\n            }\n            ++it;\n        }\n    }\n    // In case we fell off the end of G_nodes first:\n    while (it != m_nodes.end()) {\n        auto p = *it;\n        G.addNode(p.second);\n        ++it;\n    }\n    // Add Edges.\n    for (auto p : m_graph->getEdgeLookup()) {\n        Edge_SP e = p.second;\n        G.addEdge(e, false);\n        treeEdges.insert(p);\n    }\n}\n\nvoid Tree::addConstraints(Graph &G, bool alignRoot) {\n\n    // Prepare functions and constants based on our growth direction.\n    bool isVertical = Compass::isVerticalCard(m_growthDir);\n    // Function to compare Nodes by their transverse coordinate:\n    std::function<bool(Node_SP, Node_SP)> transCoordCmp = isVertical ?\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getCentre().x < b->getCentre().x; } :\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getCentre().y < b->getCentre().y; } ;\n    // Funciton to compare Nodes by their axial dimension:\n    std::function<bool(Node_SP, Node_SP)> axialMeasureCmp = isVertical ?\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getDimensions().second < b->getDimensions().second; } :\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getDimensions().first < b->getDimensions().first; } ;\n    // The direction in which to separate Nodes belonging to a common rank:\n    CardinalDir intraRankSepDir = isVertical ? CardinalDir::EAST : CardinalDir::SOUTH;\n    // The direction in which to separate Nodes belonging to neighbouring ranks:\n    SepDir interRankSepDir = lateralWeakening(cardinalDirToSepDir(m_growthDir));\n    // The coordinate to be equated when aligning Nodes with centre child Nodes:\n    vpsc::Dim centreAlignCoord = isVertical ? vpsc::XDIM : vpsc::YDIM;\n\n    SepMatrix &matrix = G.getSepMatrix();\n\n    // Align and separate all nodes within a rank.\n    // As we work, for each rank we want to note a \"tallest node,\" i.e. one of maximal axial dimension.\n    Nodes tallestNodes;\n    tallestNodes.reserve(m_depth);\n    for (Nodes rank : m_nodesByRank) {\n        // Record a tallest node.\n        tallestNodes.push_back(*std::max_element(rank.begin(), rank.end(), axialMeasureCmp));\n        // Separate nodes within the rank.\n        // First sort by transverse coordinate.\n        std::sort(rank.begin(), rank.end(), transCoordCmp);\n        // Now we can set the separations.\n        for (auto it = rank.begin(); it != std::prev(rank.end()); ++it) {\n            auto jt = std::next(it);\n            Node_SP u = *it,\n                    v = *jt;\n            id_type id1 = u->id(),\n                    id2 = v->id();\n            matrix.setCardinalOP(id1, id2, intraRankSepDir);\n        }\n    }\n\n    // Rank separation.\n    // For each pair of neighbouring ranks, we separate the tallest nodes in those ranks.\n    for (auto it = tallestNodes.begin(); it != std::prev(tallestNodes.end()); ++it) {\n        auto jt = std::next(it);\n        Node_SP u = *it,\n                v = *jt;\n        id_type id1 = u->id(),\n                id2 = v->id();\n        matrix.addSep(id1, id2, GapType::BDRY, interRankSepDir, SepType::INEQ, 0.0);\n    }\n\n    // Alignments of parents with central children.\n    for (auto p : m_nodes) {\n        Node_SP u = p.second;\n        // Skip the root node if we're not aligning it with its central child (if any).\n        if (!alignRoot && u == m_root) continue;\n        // Otherwise find the central child, if any.\n        Nodes children = u->getChildren();\n        size_t n = children.size();\n        // If even number of children, then none is central.\n        if (n % 2 == 0) continue;\n        // Otherwise odd, so sort by transverse coord and take middle one.\n        std::sort(children.begin(), children.end(), transCoordCmp);\n        size_t m = (n - 1)/2;\n        Node_SP c = children[m];\n        id_type id1 = u->id(),\n                id2 = c->id();\n        matrix.alignByEquatedCoord(id1, id2, centreAlignCoord);\n    }\n}\n\nvoid Tree::addBufferNodesAndConstraints(Graph &G, NodesById &bufferNodes) {\n    SepMatrix &matrix = G.getSepMatrix();\n    // We need a function to take a new buffer node bn, and a neighbour of that node nbr, and (a) add bn to Graph G,\n    // (b) add bn to our running lookup of bufferNodes, and (c) set a fixed relative constraint between bn and nbr.\n    std::function<void(Node_SP&, Node_SP&)> addBufferNode = [&bufferNodes, &G, &matrix](Node_SP &bn, Node_SP &nbr)->void{\n        G.addNode(bn);\n        id_type bnID = bn->id(),\n                nbrID = nbr->id();\n        bufferNodes.insert({bnID, bn});\n        Point c0 = bn->getCentre(),\n              c1 = nbr->getCentre();\n        double dx = c1.x - c0.x,\n               dy = c1.y - c0.y;\n        matrix.addFixedRelativeSep(bnID, nbrID, dx, dy);\n    };\n    // Set pad amount.\n    double pad = G.getIEL()/4.0;\n    // Pads on \"top\" of leaves (picturing NORTH growth):\n    auto it = m_nodes.begin();\n    auto jt = m_leafIDs.begin();\n    while (it != m_nodes.end() && jt != m_leafIDs.end()) {\n        auto p = *it;\n        id_type i = p.first,\n                j = *jt;\n        if (i > j) ++jt;\n        else {\n            if (i==j) {\n                Node_SP leaf = p.second;\n                BoundingBox b = leaf->getBoundingBox();\n                Node_SP bn = Node::allocate();\n                switch(m_growthDir) {\n                    case CardinalDir::EAST: bn->setBoundingBox(b.X, b.X + pad, b.y, b.Y); break;\n                    case CardinalDir::SOUTH: bn->setBoundingBox(b.x, b.X, b.Y, b.Y + pad); break;\n                    case CardinalDir::WEST: bn->setBoundingBox(b.x - pad, b.x, b.y, b.Y); break;\n                    case CardinalDir::NORTH: bn->setBoundingBox(b.x, b.X, b.y - pad, b.y); break;\n                }\n                addBufferNode(bn, leaf);\n            }\n            ++it;\n        }\n    }\n    // Pads on outsides of ranks:\n    bool isVertical = Compass::isVerticalCard(m_growthDir);\n    // Function to compare Nodes by their transverse coordinate:\n    std::function<bool(Node_SP, Node_SP)> transCoordCmp = isVertical ?\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getCentre().x < b->getCentre().x; } :\n                [](const Node_SP &a, const Node_SP &b)->bool{ return a->getCentre().y < b->getCentre().y; } ;\n    for (auto it = std::next(m_nodesByRank.begin()); it != m_nodesByRank.end(); ++it) {\n        Nodes rank = *it;\n        std::sort(rank.begin(), rank.end(), transCoordCmp);\n        Node_SP first = rank.front(),\n                last  = rank.back();\n        BoundingBox a = first->getBoundingBox(),\n                    b = last->getBoundingBox();\n        // We make two buffer nodes, one for each end of the rank.\n        Node_SP bn0 = Node::allocate(),\n                bn1 = Node::allocate();\n        if (isVertical) {\n            bn0->setBoundingBox(a.x - pad, a.x, a.y, a.Y);\n            bn1->setBoundingBox(b.X, b.X + pad, b.y, b.Y);\n        } else {\n            bn0->setBoundingBox(a.x, a.X, a.y - pad, a.y);\n            bn1->setBoundingBox(b.x, b.X, b.Y, b.Y + pad);\n        }\n        addBufferNode(bn0, first);\n        addBufferNode(bn1, last);\n    }\n}\n\nvoid Tree::padCorrespNonRootNodes(Graph &H, double dw, double dh) {\n    NodesById rootIgnore = {{m_root->id(), m_root}};\n    m_graph->padCorrespNodes(H, dw, dh, rootIgnore);\n}\n"
  },
  {
    "path": "cola/libdialect/trees.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_TREES_H\n#define DIALECT_TREES_H\n\n#include <set>\n#include <map>\n#include <vector>\n#include <string>\n\n#include \"libavoid/geomtypes.h\"\n\n#include \"libdialect/graphs.h\"\n#include \"libdialect/commontypes.h\"\n#include \"libdialect/ortho.h\"\n#include \"libdialect/opts.h\"\n#include \"libdialect/util.h\"\n#include \"libdialect/routing.h\"\n\nnamespace dialect {\n\nclass Tree {\npublic:\n\n    //! @brief  Standard constructor.\n    //!\n    //! @param[in]  G  the underlying Graph\n    //! @param[in]  root  the root Node of the tree\n    Tree(Graph_SP G, Node_SP root);\n\n    //! @brief  Apply the Symmetric Layout algorithm of Manning & Atallah\n    //!             See Manning, Joseph, and Mikhail J. Atallah.\n    //!             \"Fast detection and display of symmetry in trees.\" (1985).\n    //!\n    //! @param[in]  growthDir  The direction in which the tree should grow.\n    //! @param[in]  nodeSep  Minimal gap between nodes on the same rank.\n    //! @param[in]  rankSep  Minimal separation between ranks.\n    //! @param[in]  convexOrdering  If true, the broadest and deepest subtrees are\n    //!                             placed near the centre; if false, the opposite.\n    void symmetricLayout(CardinalDir growthDir, double nodeSep, double rankSep,\n                         bool convexOrdering = true);\n\n    //! @brief  Flip the tree's layout over the axis running through the root node\n    //!         and aligned with the growth direction.\n    void flip(void);\n\n    //! @brief  Translate the tree's layout by a given vector.\n    //!\n    //! @param[in]  vect  The vector by which to translate.\n    void translate(Avoid::Point vect);\n\n    //! @brief  Rotate the tree's layout to attain a desired growth direction.\n    //!\n    //! @param[in] dg  The desired growth direction.\n    void rotate(CardinalDir dg);\n\n    //! @brief  Do not rotate the layout, but simply update the Tree's growth direction by rotating clockwise.\n    //! @param quarterTurns  How many quarter turns clockwise to rotate the growth direction.\n    void rotateGrowthDirCW(unsigned quarterTurns);\n\n    //! @brief  Access the Tree's underlying Graph.\n    Graph_SP underlyingGraph(void) const { return m_graph; }\n\n    //! @brief  Access the Tree's root Node.\n    Node_SP getRootNode(void) const { return m_root; }\n\n    //! @brief  Write a string representation of this Tree.\n    //!         Useful for debugging.\n    std::string repr(void) const;\n\n    //! @brief  Check the ID of the root ndoe.\n    id_type getRootNodeID(void) const { return m_root->id(); }\n\n    //! @brief  Check whether the layout is symmetrical.\n    //!\n    //! @note  Just because you have called a Tree's symmetricLayout method, does not\n    //!        mean it acutally got a symmetrical layout! That is only possible if the\n    //!        Tree's structure is in fact symmetrical. This method informs you whether\n    //!        the latter is the case.\n    bool isSymmetrical(void) const { return m_isSymmetric; }\n\n    //! @brief  Determine the size of the tree minus the root node, and the position\n    //!         relative to the root node.\n    //!\n    //! @note  Before calling this method, the Tree should have been laid out, so the root\n    //!        node should be centred at (0, 0), and the Tree's growth direction should be set.\n    //!\n    //! @param[in] growthDir  The growth direction with respect to which the box should be computed.\n    //!\n    //! @return  A Node whose dimensions w x h gives the dimensions of the bounding box\n    //!          of the tree, minus the root node (but not minus the inter-rank space between\n    //!          the root node and the first rank), and whose position (x, y) gives the\n    //!          vector from the centre of the root node to the centre of this box.\n    Node_SP buildRootlessBox(CardinalDir growthDir) const;\n\n    //! @brief  Check how many nodes are in the tree.\n    size_t size(void) const { return m_nodes.size(); }\n\n    //! @brief  Add the nodes and edges of this Tree to a RoutingAdapter.\n    //!         This is useful either for routing just the Tree itself, or for adding the internal part\n    //!         of the tree (i.e. everything except the root node) to another graph where the tree is\n    //!         rooted.\n    //! @param[out] ra  The RoutingAdapter we are to augment.\n    //! @param[in] trt  Which type of routing you want.\n    //! @param[in] core  The core Graph in the case that this Tree has been peeled off a core, and is\n    //!                  to be reattched.\n    //! @note If a core Graph is given, then the root node of the tree will be omitted from the RoutingAdapter.\n    void addNetworkToRoutingAdapter(RoutingAdapter &ra, TreeRoutingType trt, Graph_SP core = nullptr);\n\n    //! @brief  Add the Nodes and Edges of this tree to a Graph.\n    //! @param[out] G  The Graph to which the Nodes and Edges are to be added.\n    //! @param[out] treeNodes  A place to record the tree nodes that are constructred.\n    //! @param[out] treeEdges  A place to record the tree edges that are constructred.\n    //! @note  Before adding each Node to the given Graph G we check whether G already has a Node that reports\n    //!        the same ID; if it does, we do not add the Node. This is useful so that root nodes are not\n    //!        overwritten when reattaching peeled trees to a core graph.\n    void addNetwork(Graph &G, NodesById &treeNodes, EdgesById &treeEdges);\n\n    //! @brief  Set constraints in a given Graph's SepMatrix in order to maintain the layout of the tree.\n    //! @param[out] G  The Graph to which the constraints are to be added.\n    //! @param[in] alignRoot  Say whether an alignment constraint should be set between the root node and\n    //!                       a centre node (if present) in the first rank. For example, this should be set\n    //!                       false in the case of a peeled tree being reattached with ordinal placement direction.\n    //! @note  The given Graph G must have Nodes matching the IDs of those in this Tree.\n    void addConstraints(Graph &G, bool alignRoot);\n\n    //! @brief  Add buffer nodes to help keep separation between the nodes of the tree and the remainder of\n    //!         the given graph G. Set constraints to keep the buffer nodes in place.\n    //! @param[out] G  The Graph to which the Nodes and constraints are to be added.\n    //! @param[out] bufferNodes  A place to record the buffer nodes that are constructred.\n    //! @note  This Tree's addNetworkAndConstraints should have been called first, for the same Graph G.\n    void addBufferNodesAndConstraints(Graph &G, NodesById &bufferNodes);\n\n    //! @brief  Add padding to nodes of another graph, corresponding to (same ID) non-root nodes in this tree.\n    void padCorrespNonRootNodes(Graph &H, double dw, double dh);\n\nprivate:\n\n    void clearRankBounds(void);\n    std::vector<double> getBounds(unsigned rank, double nodeSep) const;\n    Trees getCTrees(void) const;\n    std::string computeIsomString(void) const;\n\n    // the underlying Graph\n    Graph_SP m_graph;\n    // the root Node\n    Node_SP m_root;\n    // Depth of the tree (number of ranks)\n    unsigned m_depth;\n    // Breadth of the tree (width of widest rank)\n    unsigned m_breadth;\n    // Is the layout symmetric?\n    bool m_isSymmetric;\n    // All nodes lying at or below the root.\n    // This can differ from the set of nodes in the underlying Graph m_graph when we are working\n    // with C-trees, a special type of subtree used in the symmetric layout process.\n    NodesById m_nodes;\n    // IDs of those nodes that are leaves\n    std::set<unsigned> m_leafIDs;\n    // map rank numbers (0-based) to the Nodes belonging to that rank\n    std::vector<Nodes> m_nodesByRank;\n    // We also want the Nodes of each rank partitioned according to whether they are leaves.\n    std::vector<Nodes> m_leavesByRank;\n    std::vector<Nodes> m_nonleavesByRank;\n    // map Node IDs to the ranks to which those Nodes belong\n    std::map<id_type, unsigned> m_rankByNodeID;\n    // map ID of child to parent Node\n    NodesById m_parents;\n    // For layout, we keep track of a pair <lb, ub>, i.e.\n    // the lower and upper bounds on the lateral coordinates\n    // of the tree, for each rank (e.g. for NORTH growth direction the\n    // bounds are on x-coordinates).\n    std::vector<std::vector<double>> m_boundsByRank;\n    // We also keep global lower and upper bounds on rank coords.\n    double m_lb;\n    double m_ub;\n    /* \n     * If the boundary is tight then the bounds for each rank cover just the\n     * nodes on that rank plus half nodeSep on each end; else the bounds for\n     * every rank are equal to the tight bounds for the widest rank.\n     */\n    bool m_boundaryTight;\n    // Growth direction\n    CardinalDir m_growthDir;\n};\n\n} // namespace dialect\n\n#endif // DIALECT_TREES_H\n"
  },
  {
    "path": "cola/libdialect/util.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libdialect - A library for computing DiAlEcT layouts:\n *                 D = Decompose/Distribute\n *                 A = Arrange\n *                 E = Expand/Emend\n *                 T = Transform\n *\n * Copyright (C) 2018  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):   Steve Kieffer   <http://skieffer.info>\n*/\n\n#ifndef DIALECT_UTIL_H\n#define DIALECT_UTIL_H\n\n#include <cassert>\n#include <cmath>\n#include <string>\n#include <limits>\n#include <memory>\n#include <cstdio>\n#include <map>\n#include <vector>\n#include <utility>\n#include <algorithm>\n#include <functional>\n#include <math.h>\n\n#include \"libavoid/geomtypes.h\"\n\nnamespace dialect {\n\n//! @brief  Tolerant equality test for doubles. Generates principled value\n//!         for tolerance.\n//!\n//! @note  Thanks to: https://stackoverflow.com/a/4010279\ninline bool logically_equal(double a, double b, double error_factor=1.0)\n{\n    return a==b || std::abs(a-b) < std::abs(std::min(a,b))*std::numeric_limits<double>::epsilon()*error_factor;\n}\n\n//! @brief  Tolerant equality test for doubles. Uses arbitrary tolerance.\ninline bool approx_equal(double a, double b, double tol=0.000001)\n{\n    return a==b || std::abs(a-b) < tol;\n}\n\n//! @brief  String formatting\n//!\n//! @note  Thanks to: https://stackoverflow.com/a/26221725\ntemplate<typename ... Args>\nstd::string string_format( const std::string& format, Args ... args )\n{\n    size_t size = std::snprintf( nullptr, 0, format.c_str(), args ... ) + 1; // Extra space for '\\0'\n    std::unique_ptr<char[]> buf( new char[ size ] );\n    std::snprintf( buf.get(), size, format.c_str(), args ... );\n    return std::string( buf.get(), buf.get() + size - 1 ); // We don't want the '\\0' inside\n}\n\n//! Dense 2d array, with integer indices.\ntemplate<typename T>\nstruct Matrix2d {\n    int rows, cols;\n    std::vector<T> data;\n    Matrix2d() : rows(0), cols(0) {}\n    Matrix2d(int rows, int cols) : rows(rows), cols(cols), data(rows*cols)\n    { }\n\n    T operator()(int i, int j) const\n    {\n        assert(i < rows);\n        assert(j < cols);\n        return data[i*cols+j];\n    }\n    T& operator()(int i, int j)\n    {\n        assert(i < rows);\n        assert(j < cols);\n        return data[i*cols+j];\n    }\n\n    std::string toString() const {\n        std::string s = \"\";\n        s += \"\\n  \";\n        char buffer [21];\n        for (int j=0; j<cols; j++) {\n            sprintf(buffer,\" %2d\",j);\n            s += std::string(buffer);\n        }\n        for (int i=0; i<rows; i++) {\n            s += \"\\n\";\n            sprintf(buffer,\"%2d\",i);\n            s += std::string(buffer);\n            for (int j=0; j<cols; j++) {\n                sprintf(buffer,\" %2d\",data[i*cols+j]);\n                s += std::string(buffer);\n            }\n        }\n        return s;\n    }\n\n};\n\n//! Suppose you are working with some objects A1, A2, ... each of which\n//! has a point (x, y) associated with it.\n//! For each new object Ai, you want to check whether there is already another\n//! object Aj whose coordinates are almost the same, within a given threshold.\n//!\n//! A NearbyObjectFinder can be used for this problem.\n//! Construct it with the desired threshold.\n//! Before adding any new object to it, use its 'findObject' method to\n//! see whether it already has an object with both x and y within the\n//! threshold of the x and y for the new object.\n//! If not, then add the object using the 'addObject' method.\n//!\n//! Note: a NearbyObjectFinder looks for objects in the /open/ neighbourhood\n//! of a given point, with radius equal to the threshold.\ntemplate <typename T>\nclass NearbyObjectFinder {\npublic:\n\n    //! @brief  Construct a NearbyObjectFinder that looks for objects within a given threshold.\n    //!\n    //! @param[in] threshold  The radius of the /open/ neighbourhoods in which to search.\n    NearbyObjectFinder(double threshold) : m_thresh(threshold) {}\n\n    //! @brief  Add a new object, and say what its x,y-coords are\n    //!\n    //! @param[in] x  the x-coordinate of the object\n    //! @param[in] y  the y-coordinate of the object\n    //! @param[in] obj  the object\n    void addObject(double x, double y, T obj) {\n        // Round coords to integers in order to choose a bucket.\n        int x0 = (int) std::round(x),\n            y0 = (int) std::round(y);\n        // Store the point and the object in the bucket.\n        m_objects[x0][y0].push_back({Avoid::Point(x, y), obj});\n    }\n\n    //! @brief  Check to see if any object has been stored yet in the open neighbourhood centred\n    //!         at the given coordinates, and with radius equal to the threshold.\n    //!         If so, return it. Otherwise return a value-initialized object of type T.\n    //! @param[in] x  target x-coord\n    //! @param[in] y  target y-coord\n    //! @return  copy of object stored under nearby coords, or value-initialised object\n    //!          of type T if none present.\n    T findObject(double x, double y) {\n        // Consider the range of all integer coords under which a nearby\n        // point could have been stored, according to the threshold.\n        int u0 = (int) std::round(x - m_thresh),\n            u1 = (int) std::round(x + m_thresh),\n            v0 = (int) std::round(y - m_thresh),\n            v1 = (int) std::round(y + m_thresh);\n        // Iterate over the range, looking for a match, and returning first one found, if any.\n        for (int u = u0; u <= u1; ++u) {\n            for (int v = v0; v <= v1; ++v) {\n                for (auto pair : m_objects[u][v]) {\n                    Avoid::Point p = pair.first;\n                    if (fabs(x - p.x) < m_thresh && fabs(y - p.y) < m_thresh) return pair.second;\n                }\n            }\n        }\n        // If we didn't find any match, then we return a value-initialised object.\n        return T();\n    }\n\nprivate:\n    double m_thresh;\n    // Object storage format:\n    // We will be given an object of type T to store, under a point (x, y).\n    // We will round the coordinates to integers x0, y0, and store the object\n    // under a \"bucket\" for these integer coords. Thus under [x0][y0] we have a vector\n    // of pairs, giving the original point (x, y), and the object of type T.\n    // So it looks like:\n    //              (int, int) --> [ {(x,y), T}, {(x,y), T}, ... ]\n    std::map<int, std::map<int, std::vector<std::pair<Avoid::Point, T>>>> m_objects;\n};\n\n//! @brief Partition a vector of items according to a key value.\n//!\n//! @param[in] items  The vector of objects of type T that are to be partitioned.\n//! @param[in] key  A function returning a floating point key value on objects of type T.\n//! @param[in] tolerance  If positive, put items into the same part provided their key\n//!                       is within tolerance of a running average key value for that part.\n//!\n//! @note  As a by-product, each part will be sorted in ascending order according to the given key function.\n//!\n//! @return vector of vectors of objects of type T.\ntemplate <typename T>\nstd::vector<std::vector<T>> partition(std::vector<T> items, std::function<double(T)> key, double tolerance=0) {\n    // Prepare the return value\n    std::vector<std::vector<T>> parts;\n    // If there are no items, there is nothing to do.\n    if (items.size() == 0) return parts;\n    // Else sort by the given key.\n    std::sort(items.begin(), items.end(),\n        [&key](const T &a, const T &b) -> bool {\n            return key(a) < key(b);\n        }\n    );\n    // Initialise first part with first item.\n    auto it = items.cbegin();\n    T firstItem = *it;\n    std::vector<T> part{firstItem};\n    // Initialise the average key value for the part.\n    double avg = key(firstItem);\n    // Let n record how many keys are in the average.\n    size_t n = 1;\n    // Consider the remaining items.\n    for (auto jt = ++it; jt != items.cend(); ++jt) {\n        T item = *jt;\n        double k = key(item);\n        double dk = k - avg;\n        // NB: Using <= (not strict <) in this test is necessary so that the case\n        // where tolerance == 0 works!\n        if (fabs(dk) <= tolerance) {\n            // Difference of new key with current avg is within\n            // tolerance. Add item to current part.\n            part.push_back(item);\n            // Update n and avg. Note that when tolerance is 0, then k == avg, so avg stays constant.\n            avg = (n*avg + k)/(n+1);\n            ++n;\n        } else {\n            // Difference is too much. Record the current part\n            // and begin a new one for this item.\n            parts.push_back(part);\n            part = {item};\n            avg = k;\n            n = 1;\n        }\n    }\n    // At this point there is always a nonempty part that has not\n    // yet been appended to the part list.\n    parts.push_back(part);\n    return parts;\n}\n\n}  // namespace dialect\n\n#endif  // DIALECT_UTIL_H\n"
  },
  {
    "path": "cola/libproject/Makefile.am",
    "content": "#mosek_home=/home/dwyer/devel/mosek/5/tools/platform/linux32x86\n#INCLUDES = -I$(top_srcdir) -I$(mosek_home)/h\n\nlib_LTLIBRARIES = libproject.la\nlibproject_la_CPPFLAGS = -I$(top_srcdir) -I$(includedir)libproject -fPIC\nlibproject_la_LDFLAGS = -no-undefined\n\nlibproject_la_SOURCES = project.cpp \\\n\t\t\tutil.h \\\n\t\t\tutil.cpp\n\nlibprojectincludedir = $(includedir)/libproject\n\nlibprojectinclude_HEADERS = project.h \\\n\tutil.h\n\nSUBDIRS = . tests\n"
  },
  {
    "path": "cola/libproject/project.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *\n*/\n\n#include <algorithm>\n#include <numeric>\n#include <cmath>\n#include <cfloat>\n#include <cassert>\n#include <iterator>\n#include \"libproject/util.h\"\n#include \"libproject/project.h\"\n#include \"libproject/project_log.h\"\n\n#ifndef NDEBUG\nstatic double lastCost;\n/// invariant: blocks.size() = |vs| - merges + splits\nstatic int merges;\nstatic int splits;\n#define DEBUG_CODE(code) { code; }\n#define INIT_DEBUG(p) {      \\\n    lastCost = (p)->cost(); \\\n    merges = 0; \\\n    splits = 0; \\\n}\n#define ASSERT_COST_DECREASE(p) {    \\\n    double c = (p)->cost();          \\\n    /*printf(\"lastcost=%f, currcost=%f\\n\",lastCost,c);*/ \\\n    LIBPROJECT_ASSERT(c<=lastCost+epsilon);  \\\n    lastCost = c;                    \\\n}\n#define ASSERT_NONE_VIOLATED(p) { \\\n    for(Constraints::const_iterator i=(p)->cs.begin();i!=(p)->cs.end();i++) { \\\n        Constraint *c=*i;                                                     \\\n        double XIl = c->l->block->XI,                                         \\\n               XIr = c->r->block->XI,                                         \\\n               bl = c->l->b,                                                  \\\n               br = c->r->b;                                                  \\\n        double slack = XIr + br - XIl - bl - c->g;                            \\\n        LIBPROJECT_ASSERT(slack>=-epsilon);                                   \\\n    }                                                                         \\\n}\n#else // not NDEBUG\n#define ASSERT_COST_DECREASE(p)\n#define ASSERT_NONE_VIOLATED(p)\n#define INIT_DEBUG(p)\n#define DEBUG_CODE(code)\n#endif\nnamespace project {\n/**\n * Solve an instance of a variable placement with separation constraint (VPSC)\n * problem, that is a projection of variables onto separation constraints,\n * by a method that maintains feasibility at all times.\n * @return false if an unsatisfiable constraint is found.\n */\nbool solve(Variables& vs, Constraints& cs) {\n    Project p(vs,cs);\n    return p.solve();\n}\n\nunsigned Variable::idCtr=0;\n\ndouble Variable::relativeInitialPos() const { return block->XI + b; }\ndouble Variable::relativeDesiredPos() const { return block->X + b; }\n\nConstraint::Constraint(Variable *l, Variable *r, const double g)\n    : l(l), r(r), g(g)\n    , active(false) \n    , lm(0)\n{\n    l->out.push_back(this);\n    r->in.push_back(this);\n}\n\ndouble Constraint::initialSlack() const {\n    return r->x - l->x - g;\n}\n\nBlock::Block(Variable* v) \n    : w(v->w)\n    , X(v->d)\n    , XI(v->x)\n{\n    V.push_back(v);\n    v->b=0;\n    v->block=this;\n}\n\n/**\n * Compute the optimal position for this block based on the ideal positions of\n * its constituent variables.  \n * That is, for each variable in the block \\f$v_i\\in V\\f$ with ideal\n * positions \\f$d_i\\f$ and offset relative to the block reference position\n * \\f$b_i\\f$ the ideal position for the block is\n * \\f$\\frac{1}{|V|}\\sum_{v_i\\in V} d_i - b_i\\f$.\n */\ndouble Block::optimalPosition() const {\n    return sum_over(V.begin(),V.end(),0.0,mem_fun(&Variable::displacement)) / w;\n}\n\n/**\n * Used by computeLagrangians to recursively compute lagrangrians over the tree of\n * active constraints, from the partial derivatives of each variable.\n * @param v either the left or right side of last, used as the starting point of recursion\n * @param last don't backtrack over this constraint.\n */\ndouble compute_dfdv(Variable const* v, Constraint const* last) {\n    LIBPROJECT_ASSERT( last==nullptr || v==last->l || v==last->r );\n    double dfdv = v->dfdv();\n    for(Constraints::const_iterator i=v->out.begin();i!=v->out.end();++i) {\n        Constraint *c=*i;\n        if(c!=last && c->active) {\n            c->lm = compute_dfdv(c->r,c);\n            dfdv += c->lm;\n        }\n    }\n    for(Constraints::const_iterator i=v->in.begin();i!=v->in.end();++i) {\n        Constraint *c=*i;\n        if(c!=last && c->active) {\n            c->lm = -compute_dfdv(c->l,c);\n            dfdv -= c->lm;\n        }\n    }\n    return dfdv;\n}\n/**\n * Compute the lagrange multipliers for each active constraint in the block\n */\nvoid Block::computeLagrangians() {\n    for_each(C.begin(),C.end(),mem_fun(&Constraint::resetLM));\n    compute_dfdv(V[0],nullptr);\n}\n\nProject::\nProject(\n        vector<Variable*> const &vs, \n        vector<Constraint *> const &cs) \n    : vs(vs)\n    , cs(cs)\n    , inactive(cs.begin(),cs.end())\n    , externalAlphaCheck(nullptr)\n{ \n    FILELog::ReportingLevel() = logERROR;\n    //FILELog::ReportingLevel() = logDEBUG1;\n}\nProject::\n~Project() {\n    LIBPROJECT_ASSERT(blocks.size()==vs.size()-merges+splits);\n    for_each(blocks.begin(),blocks.end(),delete_object());\n}\n/** \n * attempts to solve a least-squares\n * problem subject to a set of separation constraints.\n */\nbool Project::\nsolve() {\n    initBlocksAndConstraints();\n    INIT_DEBUG(this);\n    bool optimal=true;\n    do {\n        makeOptimal();\n        for_each(vs.begin(),vs.end(),mem_fun(&Variable::updatePosition));\n        ASSERT_COST_DECREASE(this);\n        optimal=splitBlocks();\n    } while(!optimal);\n    return true;\n}\n/**\n * Put each variable in its own block\n */\nvoid Project::\ninitBlocksAndConstraints() {\n    for(Variables::const_iterator i=vs.begin();i!=vs.end();++i) {\n        Variable* v=*i;\n        Block *b=new Block(v);\n        b->listIndex=blocks.insert(blocks.end(),b);\n    }\n    for_each(cs.begin(),cs.end(),bind2nd(mem_fun(&Constraint::setActive),false));\n}\n\n/** \n * @return the maximum move we can make along the line from initial to desired positions\n * without violating this constraint\n */\ndouble Constraint::maxSafeAlpha() const {\n    // maxSafeAlpha should only ever be applied to inactive constraints\n    LIBPROJECT_ASSERT(!active);\n    double a;\n    if(feasibleAtDesired()) {\n        // if constraint is satisfied at the desired positions\n        // then we can move all the way\n        // note: this should also include inactive constraints within\n        // the same block, hence the assertion below that the two \n        // sides of _c be in a different block.\n        a = 1;\n    } else {\n        LIBPROJECT_ASSERT(l->block!=r->block);\n        double Al = l->relativeInitialPos(),\n               Ar = r->relativeInitialPos(),\n               Bl = l->block->toDesired(),\n               Br = r->block->toDesired();\n        double n = g + Al - Ar,\n               d = Br - Bl;\n        if(approx_equals(n,0)||approx_equals(d,0)) {\n            a = 0;\n        } else {\n            a = n / d;\n        }\n        LIBPROJECT_ASSERT(0<=a && a<=1);\n    }\n    FILE_LOG(logDEBUG1)<<\"C@\"<<this<<\" g=\"<<g<<\", alpha=\"<<a;\n    return a;\n}\n/**\n * Functor used for finding the largest move (alpha) we can make along the line from \n * current positions to desired positions without violating a constraint.\n */\nstruct MaxSafeMove : unary_function<Constraint*,void> {\n    MaxSafeMove(Constraint *&c, double &alpha) : c(c), alpha(alpha) { }\n    /**\n     * Compute the distance along the line from current to desired positions we would\n     * need to move to make a given constraint tight.  If that distance is smaller than\n     * the existing alpha then store it in alpha and note the constraint in c.\n     * @param _c constraint to check against alpha\n     */\n    void operator()(Constraint *_c) {\n        double a = _c->maxSafeAlpha();\n        if(a < alpha) {\n            c = _c;\n            alpha = a;\n        }\n    }\n    Constraint *&c; ///< the constraint with the smallest alpha to date\n    double &alpha; ///< the distance required to move c in order to make it tight\n};\n/**\n * Find the largest move (alpha) we can make along the line from \n * current positions to desired positions without violating a constraint.\n * If the function pointer externalAlphaCheck is set, then the function it points to\n * is called giving the application the chance to interrupt the solver early (for\n * example, to satisfy some other type of constraint and recompute the desired positions).\n * @param c will be set to the constraint which becomes active at alpha\n * @return the largest move (alpha) that we can make without violating a constraint\n */\ndouble Project::\nfindSafeMove(Constraint* &c) {\n    c=nullptr;\n    double alpha=1.0;\n    for_each(inactive.begin(),inactive.end(),MaxSafeMove(c,alpha));\n    if(externalAlphaCheck) {\n        (*externalAlphaCheck)(alpha);\n    }\n    return alpha;\n} \n/**\n * Repeatedly search along the line from current to desired positions for the\n * first constraint that would be violated if we moved any further, and make\n * that constraint active.  We finish when all blocks can be moved to their\n * desired positions without violating any further constraints.\n */\nvoid Project:: \nmakeOptimal() {\n    ASSERT_NONE_VIOLATED(this);\n    Constraint *c=nullptr;\n    double alpha;\n    while((alpha = findSafeMove(c)) < 1) {\n        makeActive(c,alpha);\n        inactive.erase(c);\n    }\n    for(Blocks::iterator i=blocks.begin(); i!=blocks.end(); ++i) {\n        Block* b=*i;\n        b->XI = b->X;\n    }\n    ASSERT_NONE_VIOLATED(this);\n}\n\nostream& operator <<(ostream &os, const Variable* &v) {\n    os << \"(\" << v->getPosition()\n       << \",\" << v->getDesiredPosition()\n       << \",\" << v->getWeight()\n       << \")\";\n    return os;\n}\nostream& operator <<(ostream &os, const Block &b) {\n    copy(b.V.begin(),b.V.end(),ostream_iterator<Variable*>(os,\",\"));\n    return os;\n}\n/**\n * Make the specified constraint active by setting to equality and merging the\n * two blocks that it spans into one new block (actually we merge the right\n * hand side into the left).\n * The desired position of the merged block is recomputed and a \"virtual\" initial position\n * for the new block is computed by projection along the line from the new desired\n * position and the point XI+alpha*(X-XI), where XI and X are the initial and desired\n * positions of the old left block.\n * @param c the constraint with the maximum alpha over which it is\n * safe (meaning does not violate any other constraints) to merge.\n * @param alpha the fraction of the distance from the current to the\n * optimal position by which to move XI (the \"initial\" position) of \n * each block\n */\nvoid Project:: \nmakeActive(Constraint *c, double alpha) {\n    Block *L = c->l->block;\n    Block *R = c->r->block;\n    double br = c->l->b - c->r->b + c->g;\n    double prevOptPos = L->X;\n    FILE_LOG(logDEBUG1)<<\"mergeblock:\";\n    FILE_LOG(logDEBUG1)<<*L;\n    FILE_LOG(logDEBUG1)<<\" plus:\";\n    FILE_LOG(logDEBUG1)<<*R;\n    for(Variables::iterator i=R->V.begin();i!=R->V.end();++i) {\n        Variable *v=*i;\n        v->b+=br;\n        v->block=L;\n    }\n    c->setActive(true);\n    L->V.insert(L->V.end(),R->V.begin(),R->V.end());\n    L->w+=R->w;\n    L->C.insert(L->C.end(),R->C.begin(),R->C.end());\n    L->C.push_back(c);\n    L->X = L->optimalPosition();\n    L->XI = (L->XI - alpha * (L->XI - prevOptPos + L->X))\n            / (1.0 - alpha);\n    FILE_LOG(logDEBUG1)<<\"  L': X=\"<<L->X<<\", XI=\"<<L->XI;\n    blocks.erase(R->listIndex);\n    delete R;\n    DEBUG_CODE(merges++);\n}\nbool cmpLagrangians(Constraint* a,Constraint* b) { return a->lm < b->lm; }\nostream& operator <<(ostream &os, const Constraints &cs) {\n    Constraints::const_iterator c=cs.begin();\n    os << (*(c++))->toString();\n    for(;c!=cs.end();++c) {\n        os<<\",\"<<(*c)->toString();\n    }\n    copy(cs.begin(),cs.end(),ostream_iterator<Constraint*>(os,\",\"));\n    return os;\n}\n/**\n * Check each block to see if splitting it allows the two new blocks to be moved\n * closer to their desired positions.  Returns true if no further splits are required\n * and therefore an optimal solution has been found.\n */\nbool Project:: \nsplitBlocks() {\n    bool optimal = true;\n    for(Blocks::iterator i = blocks.begin(); i!=blocks.end(); ++i) {\n        Block* b = *i;\n        b->XI = b->X;\n        if(b->C.empty()) continue;\n        b->computeLagrangians();\n\n        FILE_LOG(logDEBUG1)<<b->C;\n\n        Constraint *sc\n            = *min_element(b->C.begin(),b->C.end(),cmpLagrangians);\n\n        FILE_LOG(logDEBUG1)<<\"min: \"<<sc;\n\n        if(sc->wantsToMoveApart()) {\n            optimal = false;\n            i=makeInactive(sc);\n        }\n    }\n    return optimal;\n}\n/**\n * Populate a new block that is created as the result of a splitting an existing block\n * by traversing its tree of active constraints.\n * @param v the start point of the traversal, assumes v->block still points to the old block\n * @param last don't backtrack over this constraint\n */\nvoid Block::populateSplitBlock(Variable* v, Constraint const* last) {\n    LIBPROJECT_ASSERT( v==last->l || v==last->r );\n    LIBPROJECT_ASSERT( v->block!=this );\n    V.push_back(v);\n    v->block = this;\n    w+=v->w;\n    for(Constraints::const_iterator i=v->out.begin();i!=v->out.end();++i) {\n        Constraint *c=*i;\n        if(c!=last && c->active) {\n            C.push_back(c);\n            populateSplitBlock(c->r,c);\n        }\n    }\n    for(Constraints::const_iterator i=v->in.begin();i!=v->in.end();++i) {\n        Constraint *c=*i;\n        if(c!=last && c->active) {\n            C.push_back(c);\n            populateSplitBlock(c->l,c);\n        }\n    }\n}\n/**\n * create a block by traversing a tree of active constraints.\n * @param v the variable from which to start the traversal\n * @param c don't traverse back over this constraint (v should be\n * either the left- or right-hand side of c)\n */\nBlock::Block(Variable* v, Constraint* c) : w(0), XI(v->block->XI) {\n    LIBPROJECT_ASSERT(!c->active);\n    LIBPROJECT_ASSERT( v==c->l || v==c->r );\n    populateSplitBlock(v,c);\n    X=optimalPosition();\n}\n/**\n * Make a given active constraint inactive, therefore cutting the tree of active\n * constraints in the block to which it belongs, and creating two new blocks.\n * @param c the constraint to make inactive and hence split the block across\n * @return position of the second of the two new blocks in the list of blocks\n */\nBlocks::iterator Project:: \nmakeInactive(Constraint *c) {\n    FILE_LOG(logDEBUG) << \"Project::makeInactive(Constraint *c)\";\n    LIBPROJECT_ASSERT(c->isActive());\n    inactive.insert(c);\n    c->setActive(false);\n    Block* b=c->l->block;\n    Block* lb=new Block(c->l,c);\n    Block* rb=new Block(c->r,c);\n    LIBPROJECT_ASSERT(b->V.size()==lb->V.size()+rb->V.size());\n    LIBPROJECT_ASSERT(approx_equals(b->w,lb->w+rb->w));\n    LIBPROJECT_ASSERT(lb->X<=b->X+epsilon);\n    LIBPROJECT_ASSERT(rb->X>=b->X-epsilon);\n    lb->listIndex=blocks.insert(b->listIndex,lb);\n    rb->listIndex=blocks.insert(b->listIndex,rb);\n    blocks.erase(b->listIndex);\n    delete b;\n    DEBUG_CODE(splits++);\n    return rb->listIndex;\n}\n\n/**\n * computes cost of the goal function over all variables\n */\ndouble Project::cost() const {\n    return sum_over(vs.begin(),vs.end(),0.0,mem_fun(&Variable::cost));\n}\n\n} // namespace project\n"
  },
  {
    "path": "cola/libproject/project.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#ifndef _LIBPROJECT_FEASIBLE_PROJECT_ALGORITHM_H\n#define _LIBPROJECT_FEASIBLE_PROJECT_ALGORITHM_H\n\n#include <vector>\n#include <set>\n#include <list>\n#include <sstream>\n#include <cstdio>\n\n#include \"libproject/util.h\"\n\n/**\n * project namespace delineates classes belonging to the libproject solver library.\n */\nnamespace project {\n\nusing namespace std;\n\nclass Constraint;\ntypedef vector<Constraint*> Constraints;\nclass Block;\n\n/// type for Initial position for Variable ctor\nstruct Initial {\n    explicit Initial(double pos) : pos(pos) {}\n    double pos;\n};\n/// type for Desired position for Variable ctor\nstruct Desired {\n    explicit Desired(double pos) : pos(pos) {}\n    double pos;\n};\n/// type for Weight of Variable ctor\nstruct Weight {\n    explicit Weight(double w) : w(w) {}\n    double w;\n};\n/**\n * Data for a Variable in a projection problem.\n */\nclass Variable {\npublic:\n    Variable(const unsigned id, const Initial& i) \n        : id(id), x(i.pos), d(i.pos), w(1.0)\n        , block(nullptr), b(0), in(), out() {}\n    /**\n     * Arguments are passed in with explicit types to ensure they're in\n     * the right order.\n     * @param x the initial value of the variable\n     * @param d the desired value\n     * @param w weight, default is 1.0\n     */\n    Variable(const unsigned id, const Initial& i, const Desired& d,\n            const Weight& w=Weight(1.0)) \n        : id(id), x(i.pos),d(d.pos),w(w.w),block(nullptr),b(0)\n        , in(),out() {}\n    Variable(const Initial& i, const Desired& d,\n            const Weight& w=Weight(1.0)) \n        : id(idCtr++), x(i.pos),d(d.pos),w(w.w),block(nullptr),b(0)\n        , in(),out() {}\n    /** \n     * It may be necessary for the user to change the desired position after\n     * the Variable is created.\n     */\n    void setPosition(const Desired& des) { d=des.pos; }\n    double getDesiredPosition() const { return d; }\n    /**\n     * Similarly weight may need to be adjusted after initialisation\n     */\n    void setWeight(const Weight& weight) { w=weight.w; }\n    double getWeight() const { return w; }\n    /// get the current position (x)\n    double getPosition() const { return x; }\n    void setPosition(const Initial& p) { x=p.pos; }\n    /// compute derivative of goal function\n    double dfdv() const { return 2.0 * w * (x-d); }\n    /// weighted displacement from ideal position for block position\n    double displacement() const { return w * (d-b); }\n    /// compute cost of goal function at current position\n    double cost() const { double dx=x-d; return w * dx*dx; }\n    /// @return block->XI + b\n    double relativeInitialPos() const;\n    /// @return block->X + b\n    double relativeDesiredPos() const;\n    /// recompute the current position based on offset and block position\n    void updatePosition() { x = relativeDesiredPos(); }\n    /** move x by alpha along the line from the relative initial position\n     *  to the relative desired position\n     */\n    void moveBy(double alpha) { \n        double i=relativeInitialPos(), d=relativeDesiredPos();\n        x = i + alpha*(d-i);\n    }\n    void clearConstraints() {\n        in.clear();\n        out.clear();\n    }\n    const unsigned id;\nprivate:\n    double x; ///< current position\n    double d; ///< desired position\n    double w; ///< weight of variable's contribution to goal function\n    Block* block; ///< container block\n    double b; ///< offset from block reference variable\n    Constraints in, out; ///< defines constraint DAG\n    static unsigned idCtr;\nfriend class Constraint;\nfriend class Block;\nfriend class Project;\nfriend double compute_dfdv(Variable const*, Constraint const*);\n};\ntypedef vector<Variable*> Variables;\n/**\n * A separation constraint of the form \\f$x_l + g \\le x_r\\f$\n */\nclass Constraint {\npublic:\n    Constraint(Variable *l, Variable *r, const double g);\n    Variable *l;\n    Variable *r;\n    const double g;\n    double initialSlack() const;\n    /** \n     * @return true if the constraint can be satisfied at the relative desired\n     * positions for l and r.\n     */\n    bool feasibleAtDesired() const {\n        return l->relativeDesiredPos() + g <= r->relativeDesiredPos();\n    }\n    /** \n     * @return the maximum move we can make along the line from initial to\n     * desired positions without violating this constraint\n     */\n    double maxSafeAlpha() const;\n    void setActive(bool val) {\n        active=val;\n    }\n    bool isActive() const { return active; }\n    void resetLM() { lm = 0; }\n    bool wantsToMoveApart() const {\n        return lm<-epsilon;\n    }\n    string toString() {\n        std::stringstream s;\n        s<<\"C->g=\"<<g<<\", lm=\"<<lm;\n        return s.str();\n    }\nprivate:\n    bool active; ///< if set at equality\n    double lm; ///< lagrange multiplier\nfriend class Block;\nfriend double compute_dfdv(Variable const* v, Constraint const* last);\nfriend bool cmpLagrangians(Constraint* a,Constraint* b);\n};\n\ntypedef list<Block*> Blocks;\n/**\n * A block is a set of variables spanned by a tree of active constraints.\n */\nclass Block {\npublic:\n    /**\n     * create a block starting with a single variable.\n     * @param v the starting variable\n     */\n    Block(Variable* v);\n    /**\n     * create a block by traversing a tree of active constraints.\n     * @param v the variable from which to start the traversal\n     * @param c don't traverse back over this constraint (v should be\n     * either the left- or right-hand side of c)\n     */\n    Block(Variable* v, Constraint* c);\n    /**\n     * Compute the optimal position for this block based on the ideal positions of\n     * its constituent variables.  \n     */\n    double optimalPosition() const;\n    /**\n     * compute the lagrangian multipliers of all the active constraints in this block.\n     */\n    void computeLagrangians();\n    /// vector to desired position\n    double toDesired() const { return X - XI; }\n    Variables V; ///< member vars\n    double w; ///< total weight of constituent vars\n    Constraints C; ///< active constraints\n    double X; ///< position of reference var\n    double XI; ///< initial position\n    Blocks::iterator listIndex; ///< for easy removal from the blocks list\nprivate:\n    /**\n     * Populate a new block that is created as the result of a splitting an existing block\n     * by traversing its tree of active constraints.\n     * @param v the start point of the traversal, assumes v->block still points to the old block\n     * @param last don't backtrack over this constraint\n     */\n    void populateSplitBlock(Variable* v, Constraint const* last);\n};\n\n/**\n * Override this functor and pass in a pointer to the implementation using \n * Project::setExternalAlphaCheck in order to apply extra checks in each \n * invocation of findSafeMove.\n */\nstruct ExternalAlphaCheck {\n    virtual void operator()(double)=0;\n    virtual ~ExternalAlphaCheck() {};\n};\n\nstruct MaxSafeMove;\n\n/**\n * A solver that projects onto separation constraints, starting from a\n * feasible solution, and maintaining feasibility at all times.\n */\nclass Project : private Uncopyable {\npublic:\n    Project(\n            std::vector<Variable*> const &vs, \n            std::vector<Constraint *> const &cs);\n\n    ~Project();\n    /** \n     * attempts to solve a least-squares\n     * problem subject to a set of separation constraints.\n     * @return false if an unsatisfiable constraint is found\n     */\n    bool solve();\n    /**\n     * computes cost of the goal function over all variables\n     */\n    double cost() const;\n    /**\n     * Set a pointer to a function that checks to make sure a given alpha does\n     * not violate some external condition.\n     */\n    void setExternalAlphaCheck(ExternalAlphaCheck* check) {\n        externalAlphaCheck=check;\n    }\nprivate:\n    Variables const &vs;\n    Constraints const &cs;\n    Blocks blocks;\n    set<Constraint*> inactive;\n    /**\n     * Put each variable in its own block\n     */\n    void initBlocksAndConstraints();\n    /**\n     * Find the largest move (alpha) we can make along the line from \n     * current positions to desired positions without violating a constraint.\n     * If the function pointer externalAlphaCheck is set, then the function it points to\n     * is called after an alpha is found for the internal constraints.  This gives\n     * the application the chance to interrupt the solver early (for example,\n     * to satisfy some other type of constraint and recompute the desired\n     * positions).\n     * @param c will be set to the constraint which becomes active at alpha\n     * @return the largest move (alpha) that we can make without violating a constraint\n     */\n    double findSafeMove(Constraint* &c);\n    /**\n     * Repeatedly search along the line from current to desired positions for the\n     * first constraint that would be violated if we moved any further, and make\n     * that constraint active.  We finish when all blocks can be moved to their\n     * desired positions without violating any further constraints.\n     */\n    void makeOptimal();\n    /**\n     * Make the specified constraint active by setting to equality and merging the\n     * two blocks that it spans into one new block (actually we merge the right\n     * hand side into the left).\n     * The desired position of the merged block is recomputed and a \"virtual\" initial position\n     * for the new block is computed by projection along the line from the new desired\n     * position and the point XI+alpha*(X-XI), where XI and X are the initial and desired\n     * positions of the old left block.\n     * @param c the constraint with the maximum alpha over which it is\n     * safe (meaning does not violate any other constraints) to merge.\n     * @param alpha the fraction of the distance from the current to the\n     * optimal position by which to move XI (the \"initial\" position) of \n     * each block\n     */\n    void makeActive(Constraint *c, double alpha);\n    /**\n     * Make a given active constraint inactive, therefore cutting the tree of active\n     * constraints in the block to which it belongs, and creating two new blocks.\n     */\n    Blocks::iterator makeInactive(Constraint *c);\n    /**\n     * Check each block to see if splitting it allows the two new blocks to be moved\n     * closer to their desired positions.  Returns true if no further splits are required\n     * and therefore an optimal solution has been found.\n     */\n    bool splitBlocks(); \n    /// a callback function checked in findSafeMove\n    ExternalAlphaCheck* externalAlphaCheck;\n}; // class Project\n\n/**\n * Critical failure: either something went wrong with the solver or (more likely) there\n * was infeasible input.\n */\nstruct CriticalFailure {\n    CriticalFailure(const char *expr, \n            const char *file, \n            int line, \n            const char *function)\n        : expr(expr), file(file), line(line), function(function)\n    {}\n    void print() {\n        fprintf(stderr,\"ERROR: Critical sanity check failed in libproject!\\n\"\n                \"  expression: %s\\n  at line %d of %s\\n\"\n                \"  in: %s\\n\", expr, line, file, function);\n    }\n    const char *expr;\n    const char *file;\n    int line;\n    const char *function;\n};\n/**\n * Solve an instance of a variable placement with separation constraint (VPSC)\n * problem, that is a projection of variables onto separation constraints,\n * by a method that maintains feasibility at all times.\n * @return false if an unsatisfiable constraint is found.\n */\nbool solve(Variables& vs, Constraints& cs);\n\n} // namespace project\n#endif // _LIBPROJECT_FEASIBLE_PROJECT_ALGORITHM_H\n"
  },
  {
    "path": "cola/libproject/project_log.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation\n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n/**\nLogging code from DJJ article: http://www.ddj.com/cpp/201804215.\n\nTitle: Logging In C++\nAuthor: Petru Marginean\nKeywords: OCT07   C++\nDescription: Unpublished source code accompanying the article by Petru Marginean, in which he presents a C++ logging framework that is typesafe, thread-safe, and portable.\n */\n#ifndef __PROJECT_LOG_H__\n#define __PROJECT_LOG_H__\n\n#include <sstream>\n#include <string>\n#include <stdio.h>\n#include <iomanip>\n\nnamespace project {\ninline std::string NowTime();\n\nenum TLogLevel {logERROR, logWARNING, logINFO, logDEBUG, logDEBUG1, logDEBUG2, logDEBUG3, logDEBUG4};\n\ntemplate <typename T>\nclass Log\n{\npublic:\n    Log();\n    virtual ~Log();\n    std::ostringstream& Get(TLogLevel level = logINFO);\npublic:\n    static TLogLevel& ReportingLevel();\n    static std::string ToString(TLogLevel level);\n    static TLogLevel FromString(const std::string& level);\nprotected:\n    std::ostringstream os;\nprivate:\n    Log(const Log&);\n    Log& operator =(const Log&);\n};\n\ntemplate <typename T>\nLog<T>::Log()\n{\n}\n\ntemplate <typename T>\nstd::ostringstream& Log<T>::Get(TLogLevel level)\n{\n    os << \"- \" << NowTime();\n    os << \" \" << ToString(level) << \": \";\n    os << std::string(level > logDEBUG ? level - logDEBUG : 0, '\\t');\n    return os;\n}\n\ntemplate <typename T>\nLog<T>::~Log()\n{\n    os << std::endl;\n    T::Output(os.str());\n}\n\ntemplate <typename T>\nTLogLevel& Log<T>::ReportingLevel()\n{\n    static TLogLevel reportingLevel = logDEBUG4;\n    return reportingLevel;\n}\n\ntemplate <typename T>\nstd::string Log<T>::ToString(TLogLevel level)\n{\n\tstatic const char* const buffer[] = {\"ERROR\", \"WARNING\", \"INFO\", \"DEBUG\", \"DEBUG1\", \"DEBUG2\", \"DEBUG3\", \"DEBUG4\"};\n    return buffer[level];\n}\n\ntemplate <typename T>\nTLogLevel Log<T>::FromString(const std::string& level)\n{\n    if (level == \"DEBUG4\")\n        return logDEBUG4;\n    if (level == \"DEBUG3\")\n        return logDEBUG3;\n    if (level == \"DEBUG2\")\n        return logDEBUG2;\n    if (level == \"DEBUG1\")\n        return logDEBUG1;\n    if (level == \"DEBUG\")\n        return logDEBUG;\n    if (level == \"INFO\")\n        return logINFO;\n    if (level == \"WARNING\")\n        return logWARNING;\n    if (level == \"ERROR\")\n        return logERROR;\n    Log<T>().Get(logWARNING) << \"Unknown logging level '\" << level << \"'. Using INFO level as default.\";\n    return logINFO;\n}\n\nclass Output2FILE\n{\npublic:\n    static FILE*& Stream();\n    static void Output(const std::string& msg);\n};\n\ninline FILE*& Output2FILE::Stream()\n{\n    static FILE* pStream = stderr;\n    return pStream;\n}\n\ninline void Output2FILE::Output(const std::string& msg)\n{\n    FILE* pStream = Stream();\n    if (!pStream)\n        return;\n    fprintf(pStream, \"%s\", msg.c_str());\n    fflush(pStream);\n}\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n#   if defined (BUILDING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllexport)\n#   elif defined (USING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllimport)\n#   else\n#       define FILELOG_DECLSPEC\n#   endif // BUILDING_DBSIMPLE_DLL\n#else\n#   define FILELOG_DECLSPEC\n#endif // _WIN32\n\nclass FILELOG_DECLSPEC FILELog : public Log<Output2FILE> {};\n//typedef Log<Output2FILE> FILELog;\n\n#ifndef FILELOG_MAX_LEVEL\n#define FILELOG_MAX_LEVEL logDEBUG4\n#endif\n\n#define FILE_LOG(level) \\\n    if (level > FILELOG_MAX_LEVEL) ;\\\n    else if (level > FILELog::ReportingLevel() || !Output2FILE::Stream()) ; \\\n    else FILELog().Get(level)\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n\n#include <windows.h>\n\ninline std::string NowTime()\n{\n    const int MAX_LEN = 200;\n    char buffer[MAX_LEN];\n    if (GetTimeFormatA(LOCALE_USER_DEFAULT, 0, 0,\n            \"HH':'mm':'ss\", buffer, MAX_LEN) == 0)\n        return \"Error in NowTime()\";\n\n    static DWORD first = GetTickCount();\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)(GetTickCount() - first) % 1000);\n    return result.str();\n}\n\n#else\n\n#include <sys/time.h>\n\ninline std::string NowTime()\n{\n    char buffer[11];\n    time_t t;\n    time(&t);\n    tm r = {0};\n    strftime(buffer, sizeof(buffer), \"%X\", localtime_r(&t, &r));\n    struct timeval tv;\n    gettimeofday(&tv, 0);\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)tv.tv_usec / 1000);\n    return result.str();\n}\n\n#endif //WIN32\n} // namespace project\n\n#endif //__PROJECT_LOG_H__\n"
  },
  {
    "path": "cola/libproject/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir) -Iquadprogpp\nLIBPROJECT = $(top_builddir)/libproject/libproject.la\ncheck_PROGRAMS = treeqptest quadprogpptest simple static random\ntestutil_SOURCES = testutil.cpp quadprogpp/QuadProg++.cc\nsimple_SOURCES = simple.cpp\nsimple_LDADD = $(LIBPROJECT)\nstatic_SOURCES = static.cpp $(testutil_SOURCES)\nstatic_LDADD = $(LIBPROJECT)\nrandom_SOURCES = random.cpp $(testutil_SOURCES)\nrandom_LDADD = $(LIBPROJECT)\ntreeqptest_SOURCES = treeqptest.cpp treeqp.cpp $(testutil_SOURCES)\ntreeqptest_LDADD = $(LIBPROJECT)\nquadprogpptest_SOURCES = quadprogpp/main.cc\\\n\t\t\t quadprogpp/QuadProg++.h\\\n\t\t     \t quadprogpp/QuadProg++.cc\n\nTESTS = $(check_PROGRAMS)\n\n"
  },
  {
    "path": "cola/libproject/tests/quadprogpp/LICENSE.txt",
    "content": "\t\t    GNU GENERAL PUBLIC LICENSE\n\t\t       Version 2, June 1991\n\n Copyright (C) 1989, 1991 Free Software Foundation, Inc.,\n 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n\t\t\t    Preamble\n\n  The licenses for most software are designed to take away your\nfreedom to share and change it.  By contrast, the GNU General Public\nLicense is intended to guarantee your freedom to share and change free\nsoftware--to make sure the software is free for all its users.  This\nGeneral Public License applies to most of the Free Software\nFoundation's software and to any other program whose authors commit to\nusing it.  (Some other Free Software Foundation software is covered by\nthe GNU Lesser General Public License instead.)  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  },
  {
    "path": "cola/libproject/tests/quadprogpp/QuadProg++.cc",
    "content": "/* \n File QuadProg++.cc\n \n Author: Luca Di Gaspero\n DIEGM - University of Udine, Italy\n l.digaspero@uniud.it\n http://www.diegm.uniud.it/digaspero/\n \n LICENSE\n \n Copyright 2006 Luca Di Gaspero\n \n This file is part of QuadProg++.\n \n QuadProg++ is free software; you can redistribute it and/or modify\n it under the terms of the GNU General Public License as published by\n the Free Software Foundation; either version 2 of the License, or\n (at your option) any later version.\n \n QuadProg++ is distributed in the hope that it will be useful,\n but WITHOUT ANY WARRANTY; without even the implied warranty of\n MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\n GNU General Public License for more details.\n \n You should have received a copy of the GNU General Public License\n along with QuadProg++; if not, write to the Free Software\n Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA\n \nNOTE: \nModified to dynamically allocate storage for the 2D arrays --- removing\nthe previously hard-coded limit on problem size.\nTim Dwyer 24/11/07\n\n*/\n\n#include <iostream>\n#include <algorithm>\n#include <cmath>\n#include <cassert>\n#include <limits>\n#include <stdexcept>\n#include <sstream>\n#include \"QuadProg++.h\"\n\n\n// Utility functions for updating some data needed by the solution method \nvoid compute_d(double d[], double *J[], double np[], int n);\nvoid update_z(double z[], double *J[], double d[], int n, int iq);\nvoid update_r(double *R[], double r[], double d[], int n, int iq);\nbool add_constraint(double *R[], double *J[], double d[], int n, int& iq, double& rnorm);\nvoid delete_constraint(double *R[], double *J[], int A[], double u[], int n, int p, int& iq, int l);\n\n// Utility functions for computing the Cholesky decomposition and solving\n// linear systems\nvoid cholesky_decomposition(double *A[], int n);\nvoid cholesky_solve(double *L[], double x[], double b[], int n);\nvoid forward_elimination(double *L[], double y[], double b[], int n);\nvoid backward_elimination(double *U[], double x[], double y[], int n);\n\n// Utility functions for computing the scalar product and the euclidean \n// distance between two numbers\ndouble scalar_product(double x[], double y[], int n);\ndouble distance(double a, double b);\n\n// Utility functions for printing vectors and matrices\nvoid print_matrix(char* name, double *A[], int n);\nvoid print_rmatrix(char* name, double *A[], int n, int m);\nvoid print_vector(char* name, double v[], int n);\nvoid print_ivector(char* name, int v[], int n);\n\n\n\n// The Solving function, implementing the Goldfarb-Idnani method\ndouble solve_quadprog(double *G[], double g0[], int n, \n                      double *CE[], double ce0[], int p, \n                      double *CI[], double ci0[], int m,\n                      double x[])\n{\n  int i, j, k, l; /* indices */\n  int ip, me, mi; \n  double **R,*s,*z,*r,*d,**J,*np,*u,*x_old,*u_old;\n  double f_value, psi, c1, c2, sum, ss, R_norm;\n  const double inf = std::numeric_limits<double>::infinity();\n  double t, t1, t2; /* t is the step lenght, which is the minimum of the partial step length t1 \n    * and the full step length t2 */\n  int *A, *A_old, *iai, q;\n  int iq, iter = 0;\n  bool *iaexcl;\n  MatrixStorage _R(R,n,n), _J(J,n,n);\n  VectorStorage<double> _s(s,m+p), _z(z,n), _r(r,m+p), _d(d,n), _np(np,n), _u(u,m+p), _x_old(x_old,n), _u_old(u_old,m+p);\n  VectorStorage<int> _A(A,m+p), _A_old(A_old,m+p), _iai(iai,m+p);\n  VectorStorage<bool> _iaexcl(iaexcl,m+p);\n  \n  me = p; /* number of equality constraints */\n  mi = m; /* number of inequality constraints */\n  q = 0;  /* size of the active set A (containing the indices of the active constraints) */\n#ifdef TRACE_SOLVER\n  print_matrix(\"G\", G, n);\n  print_vector(\"g0\", g0, n);\n  print_rmatrix(\"CE\", CE, n, p);\n  print_vector(\"ce0\", ce0, p);\n  print_rmatrix(\"CI\", CI,  n, m);\n  print_vector(\"ci0\", ci0, m);\n#endif  \n  \n  /*\n   * Preprocessing phase\n   */\n  \n  /* compute the trace of the original matrix G */\n  c1 = 0.0;\n  for (i = 0; i < n; i++)\n  {\n    c1 += G[i][i];\n  }\n  /* decompose the matrix G in the form L^T L */\n  cholesky_decomposition(G, n);\n#ifdef TRACE_SOLVER\n  print_matrix(\"G\", G, n);\n#endif\n  \n  /* initialize the matrix R */\n  for (i = 0; i < n; i++)\n  {\n    d[i] = 0.0;\n    for (j = 0; j < n; j++)\n      R[i][j] = 0.0;\n  }\n  R_norm = 1.0; /* this variable will hold the norm of the matrix R */\n  \n  /* compute the inverse of the factorized matrix G^-1, this is the initial value for H */\n  c2 = 0.0;\n  for (i = 0; i < n; i++) \n  {\n    d[i] = 1.0;\n    forward_elimination(G, z, d, n);\n    for (j = 0; j < n; j++)\n      J[i][j] = z[j];\n    c2 += z[i];\n    d[i] = 0.0;\n  }\n#ifdef TRACE_SOLVER\n print_matrix(\"J\", J, n);\n#endif\n  \n  /* c1 * c2 is an estimate for cond(G) */\n  \n  /* \n   * Find the unconstrained minimizer of the quadratic form 0.5 * x G x + g0 x \n   * this is a feasible point in the dual space\n   * x = G^-1 * g0\n   */\n  cholesky_solve(G, x, g0, n);\n  for (i = 0; i < n; i++)\n    x[i] = -x[i];\n  /* and compute the current solution value */ \n  f_value = 0.5 * scalar_product(g0, x, n);\n#ifdef TRACE_SOLVER\n  std::cerr << \"Unconstrained solution: \" << f_value << std::endl;\n  print_vector(\"x\", x, n);\n#endif\n  \n  /* Add equality constraints to the working set A */\n  iq = 0;\n  for (i = 0; i < me; i++)\n  {\n    for (j = 0; j < n; j++)\n      np[j] = CE[j][i];\n    compute_d(d, J, np, n);\n    update_z(z, J, d, n, iq);\n    update_r(R, r, d, n, iq);\n#ifdef TRACE_SOLVER\n    print_matrix(\"R\", R, iq);\n    print_vector(\"z\", z, n);\n    print_vector(\"r\", r, iq);\n    print_vector(\"d\", d, n);\n#endif\n    \n    /* compute full step length t2: i.e., the minimum step in primal space s.t. the contraint \n      becomes feasible */\n    t2 = 0.0;\n    if (fabs(scalar_product(z, z, n)) > std::numeric_limits<double>::epsilon()) // i.e. z != 0\n      t2 = (-scalar_product(np, x, n) - ce0[i]) / scalar_product(z, np, n);\n    \n    /* set x = x + t2 * z */\n    for (k = 0; k < n; k++)\n      x[k] += t2 * z[k];\n      \n    /* set u = u+ */\n    u[iq] = t2;\n    for (k = 0; k < iq; k++)\n      u[k] -= t2 * r[k];\n    \n    /* compute the new solution value */\n    f_value += 0.5 * (t2 * t2) * scalar_product(z, np, n);\n    A[i] = -i - 1;\n    \n    if (!add_constraint(R, J, d, n, iq, R_norm))\n    {\n      // FIXME: it should raise an error\n      // Equality constraints are linearly dependent\n      return f_value;\n    }\n  }\n  \n  /* set iai = K \\ A */\n  for (i = 0; i < mi; i++)\n    iai[i] = i;\n  \nl1: iter++;\n#ifdef TRACE_SOLVER\n  print_vector(\"x\", x, n);\n#endif\n  /* step 1: choose a violated constraint */\n  for (i = me; i < iq; i++)\n  {\n    ip = A[i];\n    iai[ip] = -1;\n  }\n  \n  /* compute s[x] = ci^T * x + ci0 for all elements of K \\ A */\n  ss = 0.0;\n  psi = 0.0; /* this value will contain the sum of all infeasibilities */\n  ip = 0; /* ip will be the index of the chosen violated constraint */\n  for (i = 0; i < mi; i++)\n  {\n    iaexcl[i] = true;\n    sum = 0.0;\n    for (j = 0; j < n; j++)\n      sum += CI[j][i] * x[j];\n    sum += ci0[i];\n    s[i] = sum;\n    psi += std::min(0.0, sum);\n  }\n#ifdef TRACE_SOLVER\n  print_vector(\"s\", s, mi);\n#endif\n\n    \n  if (fabs(psi) <= mi * std::numeric_limits<double>::epsilon() * c1 * c2* 100.0)\n  {\n    /* numerically there are not infeasibilities anymore */\n    q = iq;\n    return f_value;\n  }\n    \n  /* save old values for u and A */\n  for (i = 0; i < iq; i++)\n  {\n    u_old[i] = u[i];\n    A_old[i] = A[i];\n  }\n   /* and for x */\n  for (i = 0; i < n; i++)\n    x_old[i] = x[i];\n    \nl2: /* Step 2: check for feasibility and determine a new S-pair */\n  for (i = 0; i < mi; i++)\n  {\n    if (s[i] < ss && iai[i] != -1 && iaexcl[i])\n    {\n      ss = s[i];\n      ip = i;\n    }\n  }\n  if (ss >= 0.0)\n  {\n    q = iq;\n    return f_value;\n  }\n    \n  /* set np = n[ip] */\n  for (i = 0; i < n; i++)\n    np[i] = CI[i][ip];\n  /* set u = [u 0]^T */\n  u[iq] = 0.0;\n  /* add ip to the active set A */\n  A[iq] = ip;\n\n#ifdef TRACE_SOLVER\n  std::cerr << \"Trying with constraint \" << ip << std::endl;\n  print_vector(\"np\", np, n);\n#endif\n    \nl2a:/* Step 2a: determine step direction */\n  /* compute z = H np: the step direction in the primal space (through J, see the paper) */\n  compute_d(d, J, np, n);\n  update_z(z, J, d, n, iq);\n  /* compute N* np (if q > 0): the negative of the step direction in the dual space */\n  update_r(R, r, d, n, iq);\n#ifdef TRACE_SOLVER\n  std::cerr << \"Step direction z\" << std::endl;\n    print_vector(\"z\", z, n);\n    print_vector(\"r\", r, iq + 1);\n    print_vector(\"u\", u, iq + 1);\n    print_vector(\"d\", d, n);\n    print_ivector(\"A\", A, iq + 1);\n#endif\n    \n  /* Step 2b: compute step length */\n  l = 0;\n  /* Compute t1: partial step length (maximum step in dual space without violating dual feasibility */\n  t1 = inf; /* +inf */\n  /* find the index l s.t. it reaches the minimum of u+[x] / r */\n  for (k = me; k < iq; k++)\n  {\n    if (r[k] > 0.0)\n    {\n      if (u[k] / r[k] < t1)\n      {\n        t1 = u[k] / r[k];\n        l = A[k];\n       }\n     }\n  }\n  /* Compute t2: full step length (minimum step in primal space such that the constraint ip becomes feasible */\n  if (fabs(scalar_product(z, z, n))  > std::numeric_limits<double>::epsilon()) // i.e. z != 0\n    t2 = -s[ip] / scalar_product(z, np, n);\n  else\n    t2 = inf; /* +inf */\n  \n  /* the step is chosen as the minimum of t1 and t2 */\n  t = std::min(t1, t2);\n#ifdef TRACE_SOLVER\n  std::cerr << \"Step sizes: \" << t << \" (t1 = \" << t1 << \", t2 = \" << t2 << \") \";\n#endif\n  \n  /* Step 2c: determine new S-pair and take step: */\n  \n  /* case (i): no step in primal or dual space */\n  if (t >= inf)\n  {\n    /* QPP is infeasible */\n    // FIXME: unbounded to raise\n    q = iq;\n    return inf;\n  }\n  /* case (ii): step in dual space */\n  if (t2 >= inf)\n  {\n    /* set u = u +  t * [-r 1] and drop constraint l from the active set A */\n    for (k = 0; k < iq; k++)\n      u[k] -= t * r[k];\n    u[iq] += t;\n    iai[l] = l;\n    delete_constraint(R, J, A, u, n, p, iq, l);\n#ifdef TRACE_SOLVER\n    std::cerr << \" in dual space: \" \n      << f_value << std::endl;\n    print_vector(\"x\", x, n);\n    print_vector(\"z\", z, n);\n    print_ivector(\"A\", A, iq + 1);\n#endif\n    goto l2a;\n  }\n  \n  /* case (iii): step in primal and dual space */\n  \n  /* set x = x + t * z */\n  for (k = 0; k < n; k++)\n    x[k] += t * z[k];\n  /* update the solution value */\n  f_value += t * scalar_product(z, np, n) * (0.5 * t + u[iq]);\n  /* u = u + t * [-r 1] */\n  for (k = 0; k < iq; k++)\n    u[k] -= t * r[k];\n  u[iq] += t;\n#ifdef TRACE_SOLVER\n  std::cerr << \" in both spaces: \" \n    << f_value << std::endl;\n  print_vector(\"x\", x, n);\n  print_vector(\"u\", u, iq + 1);\n  print_vector(\"r\", r, iq + 1);\n  print_ivector(\"A\", A, iq + 1);\n#endif\n  \n  if (t == t2)\n  {\n#ifdef TRACE_SOLVER\n    std::cerr << \"Full step has taken \" << t << std::endl;\n    print_vector(\"x\", x, n);\n#endif\n    /* full step has taken */\n    /* add constraint ip to the active set*/\n    if (!add_constraint(R, J, d, n, iq, R_norm))\n    {\n      iaexcl[ip] = false;\n      delete_constraint(R, J, A, u, n, p, iq, ip);\n#ifdef TRACE_SOLVER\n      print_matrix(\"R\", R, n);\n      print_ivector(\"A\", A, iq);\n#endif\n      for (i = 0; i < m; i++)\n        iai[i] = i;\n      for (i = 0; i < iq; i++)\n      {\n        A[i] = A_old[i];\n        iai[A[i]] = -1;\n        u[i] = u_old[i];\n      }\n      for (i = 0; i < n; i++)\n        x[i] = x_old[i];\n      goto l2; /* go to step 2 */\n    }    \n    else\n      iai[ip] = -1;\n#ifdef TRACE_SOLVER\n    print_matrix(\"R\", R, n);\n    print_ivector(\"A\", A, iq);\n#endif\n    goto l1;\n  }\n  \n  /* a patial step has taken */\n#ifdef TRACE_SOLVER\n  std::cerr << \"Partial step has taken \" << t << std::endl;\n  print_vector(\"x\", x, n);\n#endif\n  /* drop constraint l */\n  iai[l] = l;\n  delete_constraint(R, J, A, u, n, p, iq, l);\n#ifdef TRACE_SOLVER\n  print_matrix(\"R\", R, n);\n  print_ivector(\"A\", A, iq);\n#endif\n  \n  /* update s[ip] = CI * x + ci0 */\n  sum = 0.0;\n  for (k = 0; k < n; k++)\n    sum += CI[k][ip] * x[k];\n  s[ip] = sum + ci0[ip];\n\n#ifdef TRACE_SOLVER\n  print_vector(\"s\", s, mi);\n#endif\n  goto l2a;\n}\n\nvoid compute_d(double d[], double *J[], double np[], int n)\n{\n  register int i, j;\n  register double sum;\n  \n  /* compute d = H^T * np */\n  for (i = 0; i < n; i++)\n  {\n    sum = 0.0;\n    for (j = 0; j < n; j++)\n      sum += J[j][i] * np[j];\n    d[i] = sum;\n  }\n}\n\nvoid update_z(double z[], double *J[], double d[], int n, int iq)\n{\n  register int i, j;\n  \n  /* setting of z = H * d */\n  for (i = 0; i < n; i++)\n  {\n    z[i] = 0.0;\n    for (j = iq; j < n; j++)\n      z[i] += J[i][j] * d[j];\n  }\n}\n\nvoid update_r(double *R[], double r[], double d[], int n, int iq) \n{\n  register int i, j;\n  register double sum;\n  \n  /* setting of r = R^-1 d */\n  for (i = iq - 1; i >= 0; i--)\n  {\n    sum = 0.0;\n    for (j = i + 1; j < iq; j++)\n      sum += R[i][j] * r[j];\n    r[i] = (d[i] - sum) / R[i][i];\n  }\n}\n\nbool add_constraint(double *R[], double *J[], double d[], int n, int& iq, double& R_norm)\n{\n#ifdef TRACE_SOLVER\n  std::cerr << \"Add constraint \" << iq << '/';\n#endif\n  int i, j, k;\n  double cc, ss, h, t1, t2, xny;\n  \n  /* we have to find the Givens rotation which will reduce the element\n    d[j] to zero.\n    if it is already zero we don't have to do anything, except of\n    decreasing j */  \n  for (j = n - 1; j >= iq + 1; j--)\n  {\n    /* The Givens rotation is done with the matrix (cc cs, cs -cc).\n       If cc is one, then element (j) of d is zero compared with element\n       (j - 1). Hence we don't have to do anything. \n       If cc is zero, then we just have to switch column (j) and column (j - 1) \n       of J. Since we only switch columns in J, we have to be careful how we\n       update d depending on the sign of gs.\n       Otherwise we have to apply the Givens rotation to these columns.\n       The i - 1 element of d has to be updated to h. */\n    cc = d[j - 1];\n    ss = d[j];\n    h = distance(cc, ss);\n    if (h == 0.0)\n      continue;\n    d[j] = 0.0;\n    ss = ss / h;\n    cc = cc / h;\n    if (cc < 0.0)\n    {\n      cc = -cc;\n      ss = -ss;\n      d[j - 1] = -h;\n    }\n    else\n      d[j - 1] = h;\n    xny = ss / (1.0 + cc);\n    for (k = 0; k < n; k++)\n    {\n      t1 = J[k][j - 1];\n      t2 = J[k][j];\n      J[k][j - 1] = t1 * cc + t2 * ss;\n      J[k][j] = xny * (t1 + J[k][j - 1]) - t2;\n    }\n  }\n  /* update the number of constraints added*/\n  iq++;\n  /* To update R we have to put the iq components of the d vector\n    into column iq - 1 of R\n    */\n  for (i = 0; i < iq; i++)\n    R[i][iq - 1] = d[i];\n#ifdef TRACE_SOLVER\n  std::cerr << iq << std::endl;\n#endif\n  \n  if (fabs(d[iq - 1]) <= std::numeric_limits<double>::epsilon() * R_norm)\n    // problem degenerate\n    return false;\n  R_norm = std::max<double>(R_norm, fabs(d[iq - 1]));\n  return true;\n}\n\nvoid delete_constraint(double *R[], double *J[], int A[], double u[], int n, int p, int& iq, int l)\n{\n#ifdef TRACE_SOLVER\n  std::cerr << \"Delete constraint \" << l << ' ' << iq;\n#endif\n  int i, j, k, qq=-1;\n  double cc, ss, h, xny, t1, t2;\n  \n  /* Find the index qq for active constraint l to be removed */\n  for (i = p; i < iq; i++)\n    if (A[i] == l)\n    {\n      qq = i;\n      break;\n    }\n  assert(qq>=0);\n      \n  /* remove the constraint from the active set and the duals */\n  for (i = qq; i < iq - 1; i++)\n  {\n    A[i] = A[i + 1];\n    u[i] = u[i + 1];\n    for (j = 0; j < n; j++)\n      R[j][i] = R[j][i + 1];\n  }\n      \n  A[iq - 1] = A[iq];\n  u[iq - 1] = u[iq];\n  A[iq] = 0; \n  u[iq] = 0.0;\n  for (j = 0; j < iq; j++)\n    R[j][iq - 1] = 0.0;\n  /* constraint has been fully removed */\n  iq--;\n#ifdef TRACE_SOLVER\n  std::cerr << '/' << iq << std::endl;\n#endif \n  \n  if (iq == 0)\n    return;\n  \n  for (j = qq; j < iq; j++)\n  {\n    cc = R[j][j];\n    ss = R[j + 1][j];\n    h = distance(cc, ss);\n    if (h == 0.0)\n      continue;\n    cc = cc / h;\n    ss = ss / h;\n    R[j + 1][j] = 0.0;\n    if (cc < 0.0)\n    {\n      R[j][j] = -h;\n      cc = -cc;\n      ss = -ss;\n    }\n    else\n      R[j][j] = h;\n    \n    xny = ss / (1.0 + cc);\n    for (k = j + 1; k < iq; k++)\n    {\n      t1 = R[j][k];\n      t2 = R[j + 1][k];\n      R[j][k] = t1 * cc + t2 * ss;\n      R[j + 1][k] = xny * (t1 + R[j][k]) - t2;\n    }\n    for (k = 0; k < n; k++)\n    {\n      t1 = J[k][j];\n      t2 = J[k][j + 1];\n      J[k][j] = t1 * cc + t2 * ss;\n      J[k][j + 1] = xny * (J[k][j] + t1) - t2;\n    }\n  }\n}\n\ndouble distance(double a, double b)\n{\n  register double a1, b1, t;\n  a1 = fabs(a);\n  b1 = fabs(b);\n  if (a1 > b1) \n  {\n    t = (b1 / a1);\n    return a1 * sqrt(1.0 + t * t);\n  }\n  else\n    if (b1 > a1)\n    {\n      t = (a1 / b1);\n      return b1 * sqrt(1.0 + t * t);\n    }\n  return a1 * sqrt(2.0);\n}\n\n\ndouble scalar_product(double *x, double *y, int n)\n{\n  register int i;\n  register double sum;\n  \n  sum = 0.0;\n  for (i = 0; i < n; i++)\n    sum += x[i] * y[i];\n  return sum;     \n}\n\nvoid cholesky_decomposition(double *A[], int n) \n{\n  register int i, j, k;\n  register double sum;\n  \n  for (i = 0; i < n; i++)\n  {\n    for (j = i; j < n; j++)\n    {\n      sum = A[i][j];\n      for (k = i - 1; k >= 0; k--)\n        sum -= A[i][k]*A[j][k];\n      if (i == j) \n      {\n        if (sum <= 0.0)\n        {\n          // raise error\n          print_matrix(\"A\", A, n);\n          throw std::runtime_error(\"The matrix passed to the Cholesky A = L L^T decomposition is not positive definite\");\n        }\n        A[i][i] = sqrt(sum);\n      }\n      else\n        A[j][i] = sum / A[i][i];\n    }\n    for (k = i + 1; k < n; k++)\n      A[i][k] = A[k][i];\n  } \n}\n\nvoid cholesky_solve(double *L[], double x[], double b[], int n)\n{\n  double *y;\n  VectorStorage<double> _y(y,n);\n  \n  /* Solve L * y = b */\n  forward_elimination(L, y, b, n);\n  /* Solve L^T * x = y */\n  backward_elimination(L, x, y, n);\n}\n\nvoid forward_elimination(double *L[], double y[], double b[], int n)\n{\n  register int i, j;\n  \n  y[0] = b[0] / L[0][0];\n  for (i = 1; i < n; i++)\n  {\n    y[i] = b[i];\n    for (j = 0; j < i; j++)\n      y[i] -= L[i][j] * y[j];\n    y[i] = y[i] / L[i][i];\n  }\n}\n\nvoid backward_elimination(double *U[], double x[], double y[], int n)\n{\n  register int i, j;\n  \n  x[n - 1] = y[n - 1] / U[n - 1][n - 1];\n  for (i = n - 2; i >= 0; i--)\n  {\n    x[i] = y[i];\n    for (j = i + 1; j < n; j++)\n      x[i] -= U[i][j] * x[j];\n    x[i] = x[i] / U[i][i];\n  }\n}\n\nvoid print_matrix(char* name, double *A[], int n)\n{\n  std::ostringstream s;\n  std::string t;\n  \n  s << name << \": \" << std::endl;\n  for (int i = 0; i < n; i++)\n  {\n    s << \" \";\n    for (int j = 0; j < n; j++)\n      s << A[i][j] << \", \";\n    s << std::endl;\n  }\n  t = s.str();\n  t = t.substr(0, t.size() - 3); // To remove the trailing space, comma and newline\n  std::cerr << t << std::endl;\n}\n\nvoid print_rmatrix(char* name, double *A[], int n, int m)\n{\n  std::ostringstream s;\n  std::string t;\n  \n  s << name << \": \" << std::endl;\n  for (int i = 0; i < n; i++)\n  {\n    s << \" \";\n    for (int j = 0; j < m; j++)\n      s << A[i][j] << \", \";\n    s << std::endl;\n  }\n  t = s.str();\n  t = t.substr(0, t.size() - 3); // To remove the trailing space, comma and newline\n  \n  std::cerr << t << std::endl;\n}\n\nvoid print_vector(char* name, double v[], int n)\n{\n  std::ostringstream s;\n  std::string t;\n  \n  s << name << \": \" << std::endl << \" \";\n  for (int i = 0; i < n; i++)\n  {\n    s << v[i] << \", \";\n  }\n  t = s.str();\n  t = t.substr(0, t.size() - 2); // To remove the trailing space and comma\n  \n  std::cerr << t << std::endl;\n}\n\nvoid print_ivector(char* name, int v[], int n)\n{\n  std::ostringstream s;\n  std::string t;\n  \n  s << name << \": \" << std::endl << \" \";\n  for (int i = 0; i < n; i++)\n  {\n    s << v[i] << \", \";\n  }\n  t = s.str();\n  t = t.substr(0, t.size() - 2); // To remove the trailing space and comma\n  \n  std::cerr << t << std::endl;\n}\n\n"
  },
  {
    "path": "cola/libproject/tests/quadprogpp/QuadProg++.h",
    "content": "\n#ifndef _QUADPROGPP\n#define _QUADPROGPP\n\n/**\n File QuadProg++.h\n \n The quadprog_solve() function implements the algorithm of Goldfarb and Idnani \n for the solution of a (convex) Quadratic Programming problem\nby means of a dual method.\n\t \nThe problem is in the form:\n\nmin 0.5 * x G x + g0 x\ns.t.\n    CE^T x + ce0 = 0\n    CI^T x + ci0 >= 0\n\t \n The matrix and vectors dimensions are as follows:\n     G: n * n\n\t\tg0: n\n\t\t\t\t\n\t\tCE: n * p\n\t ce0: p\n\t\t\t\t\n\t  CI: n * m\n   ci0: m\n\n     x: n\n \n The function will return the cost of the solution written in the x vector or\n std::numeric_limits::infinity() if the problem is infeasible. In the latter case\n the value of the x vector is not correct.\n \n References: D. Goldfarb, A. Idnani. A numerically stable dual method for solving\n             strictly convex quadratic programs. Mathematical Programming 27 (1983) pp. 1-33.\n\n Notes:\n  1. pay attention in setting up the vectors ce0 and ci0. \n\t   If the constraints of your problem are specified in the form \n\t   A^T x = b and C^T x >= d, then you should set ce0 = -b and ci0 = -d.\n  2. The matrix G is modified within the function since it is used to compute\n     the G = L^T L cholesky factorization for further computations inside the function. \n     If you need the original matrix G you should make a copy of it and pass the copy\n     to the function.\n    \n Author: Luca Di Gaspero\n  \t\t\t DIEGM - University of Udine, Italy\n\t\t\t\t l.digaspero@uniud.it\n\t\t\t\t http://www.diegm.uniud.it/digaspero/\n \n The author will be grateful if the researchers using this software will\n acknowledge the contribution of this function in their research papers.\n\nLICENSE\n\nCopyright 2006 Luca Di Gaspero\n\nThis file is part of QuadProg++.\n\nQuadProg++ is free software; you can redistribute it and/or modify\nit under the terms of the GNU General Public License as published by\nthe Free Software Foundation; either version 2 of the License, or\n(at your option) any later version.\n\nQuadProg++ is distributed in the hope that it will be useful,\nbut WITHOUT ANY WARRANTY; without even the implied warranty of\nMERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\nGNU General Public License for more details.\n\nYou should have received a copy of the GNU General Public License\nalong with QuadProg++; if not, write to the Free Software\nFoundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA\n\nNOTE: \nModified to dynamically allocate storage for the 2D arrays --- removing\nthe previously hard-coded limit on problem size.\nTim Dwyer 24/11/07\n*/\n\n/**\n * The following assigns memory for a square matrix of size n.\n * Declared on the stack it will work as a smart pointer to cleanup\n * when the stack frame returns.\n */\nstruct MatrixStorage {\n  MatrixStorage(double** &M, int m, int n) : M(M), m(m) {\n    M=new double*[m];\n    for(int i=0;i<m;i++) {\n      M[i]=new double[n];\n    }\n  }\n  ~MatrixStorage() {\n    for(int i=0;i<m;i++) {\n      delete [] M[i];\n    }\n\tdelete [] M;\n  }\n  double** &M;\n  int m;\n};\ntemplate <typename T>\nstruct VectorStorage {\n\tVectorStorage(T* &v, int n) : v(v) {\n\t\tv=new T[n];\n\t}\n\t~VectorStorage() {\n\t\tdelete [] v;\n\t}\n\tT* &v;\n};\ndouble solve_quadprog(double *G[], double g0[], int n, \n                      double *CE[], double ce0[], int p, \n                      double *CI[], double ci0[], int m,\n                      double x[]);\n#endif // #define _QUADPROGPP\n\n"
  },
  {
    "path": "cola/libproject/tests/quadprogpp/main.cc",
    "content": "/*\n File main.cc\n \n This file contains just an example on how to set-up the matrices for using with\n the solve_quadprog() function.\n \n The test problem is the following:\n \n Given:\n G =  4 -2   g0^T = [6 0]\n     -2  4       \n \n Solve:\n min f(x) = 1/2 x G x + g0 x\n s.t.\n   x_1 + x_2 = 3\n   x_1 >= 0\n   x_2 >= 0\n   x_1 + x_2 >= 2\n \n The solution is x^T = [1 2] and f(x) = 12\n \n Author: Luca Di Gaspero\n DIEGM - University of Udine, Italy\n l.digaspero@uniud.it\n http://www.diegm.uniud.it/digaspero/\n \n LICENSE\n \n Copyright 2006 Luca Di Gaspero\n \n This file is part of QuadProg++.\n \n QuadProg++ is free software; you can redistribute it and/or modify\n it under the terms of the GNU General Public License as published by\n the Free Software Foundation; either version 2 of the License, or\n (at your option) any later version.\n \n QuadProg++ is distributed in the hope that it will be useful,\n but WITHOUT ANY WARRANTY; without even the implied warranty of\n MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the\n GNU General Public License for more details.\n \n You should have received a copy of the GNU General Public License\n along with QuadProg++; if not, write to the Free Software\n Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA\n*/\n\n#include <iostream>\n#include <sstream>\n#include <string>\n#include \"QuadProg++.h\"\n\nint main (int argc, char *const argv[]) {\n  int n=2, m=1, p=3;\n  double sum = 0.0;\n  char ch;\n  double **G, *g0, **CE, *ce0, **CI, *ci0, *x;\n  \n  MatrixStorage _G(G,n,n);\n  VectorStorage<double> _g(g0,n);\n  MatrixStorage _CE(CE,n,m);\n  VectorStorage<double> _ce(ce0,m);\n  MatrixStorage _CI(CI,n,p);\n  VectorStorage<double> _ci(ci0,p);\n  VectorStorage<double> _x(x,n);\n  \n  std::istringstream Gis(\"4, -2,\"\n                         \"-2, 4 \");\n  std::istringstream g0is(\"6.0, 0.0 \");\n  std::istringstream CEis(\"1.0, \"\n                          \"1.0 \");\n  std::istringstream CIis(\"1.0, 0.0, 1.0, \"\n                          \"0.0, 1.0, 1.0 \");\n  std::istringstream ce0is(\"-3.0 \");\n  std::istringstream ci0is(\"0.0, 0.0, -2.0 \");\n\n  for (int i = 0; i < n; i++) {\n    G[i]=new double[n];\n    g0is >> g0[i] >> ch;\n    for (int j = 0; j < n; j++)\n      Gis >> G[i][j] >> ch;\n    CE[i]=new double[m];\n    for (int j = 0; j < m; j++)\n      CEis >> CE[i][j] >> ch;\n    CI[i]=new double[p];\n    for (int j = 0; j < p; j++)\n      CIis >> CI[i][j] >> ch;\n  }\n  for (int j = 0; j < m; j++)\n    ce0is >> ce0[j] >> ch;\n  for (int j = 0; j < p; j++)\n    ci0is >> ci0[j] >> ch;\n\n  std::cout << \"f: \" << solve_quadprog(G, g0, n, CE, ce0, m, CI, ci0, p, x) << std::endl;\n  std::cout << \"x: \";\n  for (int i = 0; i < n; i++)\n    std::cout << x[i] << ' ';\n  std::cout << std::endl; \n\n  /* FOR DOUBLE CHECKING COST since in the solve_quadprog routine the matrix G is modified */\n  \n  for (int i = 0; i < n; i++)\n    for (int j = 0; j < n; j++)\n      Gis >> G[i][j] >> ch;\n  \n  for (int i = 0; i < n; i++)\n    for (int j = 0; j < n; j++)\n      sum += x[i] * G[i][j] * x[j];\n  sum *= 0.5;\n  \n  std::cout << \"Double checking cost: \";\n  for (int i = 0; i < n; i++)\n    sum += g0[i] * x[i];\n  std::cout << sum << std::endl;\n}\n"
  },
  {
    "path": "cola/libproject/tests/random.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <cassert>\n#include <libproject/project.h>\n#include <libproject/util.h>\n#include <cmath>\n#include \"testutil.h\"\n\nusing namespace project;\nusing namespace std;\n\nstatic unsigned numVars = 5;\nstatic unsigned minConstraints = (unsigned)((double)numVars * 1.5);\n\n/**\n * Random test:\n *   - set of variables V with strictly increasing random starting positions\n *     and random desired positions\n *   - generate random constraints over pairs v_i, v_j where i<j\n *     with gap = r*(x_i - x_j) where 0<=r<=1\n *\n * Notes:\n *   - no splitting required\n *   - all constraints active\n *   - constraint DAG is a simple chain\n */\nvoid randomProblem(string& name, Variables &vs, Constraints &cs) {\n    name = \"randomProblem\";\n    double range=(double)numVars;\n    double rpos=getRand(range/numVars);\n    VMap vmap;\n    vector<double> XI(numVars);\n    for(unsigned i=0;i<numVars;i++) {\n        Variable* v=new Variable(\n                Initial(rpos),\n                Desired(getRand(range)),\n                Weight(getRand(100))\n        );\n        XI[i]=rpos;\n        vmap[v]=i;\n        vs.push_back(v);\n        rpos+=getRand(range/(double)numVars);\n    }\n    while(cs.size()<minConstraints) {\n        for(unsigned i=0;i<numVars-1;i++) {\n            double probability = getRand(2);\n            if(probability>1.0) {\n                unsigned j=i+unsigned(ceil(getRand(numVars-i-1)));\n                double r=getRand(1);\n                Variable *lv=vs[i], *rv=vs[j];\n                double g=r*(rv->getPosition()-lv->getPosition());\n                cs.push_back(new Constraint(lv,rv,g));\n            }\n        }\n    }\n    //printf(\"minConstraints=%u,|V|=%u,|C|=%u\\n\",minConstraints,(unsigned)vs.size(),(unsigned)cs.size());\n}\nint main() {\n    //srand(time(NULL));\n    unsigned instances = 10000;\n    for(numVars = 3; numVars < 10; numVars++) {\n        printf(\"Running %d instances with %d variables...\\n\",instances,numVars);\n        for(unsigned i=0;i<instances;i++) {\n            test(randomProblem,true);\n            //if(!(i%100)) {\n                //printf(\"i=%d\\n\",i);\n            //}\n        }\n    }\n    instances = 1000;\n    for(numVars = 10; numVars < 20; numVars++) {\n        printf(\"Running %d instances with %d variables...\\n\",instances,numVars);\n        for(unsigned i=0;i<instances;i++) {\n            test(randomProblem,true);\n            //if(!(i%100)) {\n                //printf(\"i=%d\\n\",i);\n            //}\n        }\n    }\n    return 0;\n}\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/simple.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * \\file simple.cpp\n *\n * Simple self contained test cases that also serve as basic examples of how\n * to use libproject.\n * By simple I mean they don't include any complicated test harness\n * or external functionality other than that provided by libproject.\n */\n#include <iostream>\n#include <cassert>\n#include <cmath>\n#include <algorithm>\n#include <libproject/project.h>\n#include <libproject/util.h>\n\nusing namespace project;\nusing namespace std;\n/**\n * three variables, two constraints, splitting required.\n */\nvoid simple1() {\n    Variables vs;\n    Constraints cs;\n    vs.push_back(new Variable(Initial(0.343187),Desired(1.289946)));\n    vs.push_back(new Variable(Initial(0.966096),Desired(1.295395)));\n    vs.push_back(new Variable(Initial(1.348192),Desired(1.385243)));\n    cs.push_back(new Constraint(vs[0],vs[2],0.793396));\n    cs.push_back(new Constraint(vs[1],vs[2],0.320881));\n    Project f(vs,cs);\n    f.solve();\n    double expected[]={0.940896,1.295395,1.734292};\n    for(unsigned i=0;i<vs.size();i++) {\n        printf(\"vs[%d]=%f\\n\",i,vs[i]->getPosition());\n        assert(fabs(vs[i]->getPosition() - expected[i]) < 1e-5);\n    }\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n}\n/**\n * basic not very challenging test case:\n *   - set of variables V starting positions\n *      v_i+1=v_{i+1} \n *   - generate chain of regularly separated (by 1) constraints:\n *      {C(i,i+1,1) | v_i in V, 0<=i<|V|}\n *   - desired positions guarantee all constraints will be active\n *\n * Notes:\n *   - no splitting required\n *   - all constraints active\n *   - constraint DAG is a simple chain\n */\nvoid simple2() {\n    unsigned n=100;\n    Variables vs;\n    for(unsigned i=0;i<n;i++) {\n        vs.push_back(new Variable(Initial(i),Desired(0)));\n    }\n    Constraints cs;\n    for(unsigned i=0;i<n-1;i++) {\n        cs.push_back(new Constraint(vs[i],vs[i+1],1));\n    }\n    solve(vs,cs);\n    unsigned i=0;\n    double firstPos=-(n-1.0)/2.0;\n    for(Variables::iterator j=vs.begin();j!=vs.end();i++,j++) {\n        Variable *v=*j;\n        double expected=firstPos+i;\n        //cout << \"vs[\"<<i<<\"]=\"<<v->getPosition() << \", expected=\"<<expected<<endl;\n        assert(expected==v->getPosition());\n    }\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n}\nint main() {\n    simple1();\n    printf(\"PASS: simple1\\n\");\n    simple2();\n    printf(\"PASS: simple2\\n\");\n    return 0;\n}\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/static.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * \\file static.cpp\n * small test cases that have identified bugs at various times\n */\n#include <iostream>\n#include <libproject/project.h>\n#include <libproject/util.h>\n#include \"testutil.h\"\n\nusing namespace project;\nusing namespace std;\n\n/**\n * simple merges, no split\n */\nvoid t1(string& name, Variables &vs, Constraints &cs) {\nname = \"t1\";\nvs.push_back(new Variable(Initial(0.032341),Desired(2.065240)));\nvs.push_back(new Variable(Initial(0.644455),Desired(2.642579)));\nvs.push_back(new Variable(Initial(1.456425),Desired(2.615846)));\ncs.push_back(new Constraint(vs[0],vs[2],0.973464));\ncs.push_back(new Constraint(vs[1],vs[2],0.367541));\n}\n\n/**\n * two merges and one split required\n */\nvoid t2(string& name, Variables &vs, Constraints &cs) {\nname = \"t2\";\nvs.push_back(new Variable(Initial(0.343187),Desired(1.289946)));//soln=0.940896\nvs.push_back(new Variable(Initial(0.966096),Desired(1.295395)));//soln=1.295395\nvs.push_back(new Variable(Initial(1.348192),Desired(1.385243)));//soln=1.734292\ncs.push_back(new Constraint(vs[0],vs[2],0.793396));\ncs.push_back(new Constraint(vs[1],vs[2],0.320881));\n}\n\n/**\n * requires two splits\n */\nvoid t3(string& name, Variables& vs, Constraints &cs) {\nname = \"t3\";\nvs.push_back(new Variable(Initial(0.388295),Desired(3.504715)));//soln=2.161169\nvs.push_back(new Variable(Initial(1.061545),Desired(4.048542)));//soln=4.048542\nvs.push_back(new Variable(Initial(1.372616),Desired(2.417464)));//soln=2.417464\nvs.push_back(new Variable(Initial(1.452004),Desired(2.779394)));//soln=2.779394\nvs.push_back(new Variable(Initial(1.891515),Desired(1.840865)));//soln=3.184411\ncs.push_back(new Constraint(vs[0],vs[4],1.023242));\ncs.push_back(new Constraint(vs[2],vs[3],0.025524));\ncs.push_back(new Constraint(vs[3],vs[4],0.399988));\n}\n\n/**\n * redundant constraints\n */\nvoid t4(string& name, Variables& vs, Constraints &cs) {\nname = \"t4\";\nvs.push_back(new Variable(Initial(0.875029),Desired(2.370362)));//soln=1.928746 != rslt=0.875029\nvs.push_back(new Variable(Initial(1.146413),Desired(1.889098)));//soln=2.007311 != rslt=1.146413\nvs.push_back(new Variable(Initial(1.904400),Desired(2.402919)));//soln=2.726321 != rslt=1.904400\ncs.push_back(new Constraint(vs[0],vs[2],0.198559));\ncs.push_back(new Constraint(vs[1],vs[2],0.719010));\ncs.push_back(new Constraint(vs[0],vs[1],0.078566));\ncs.push_back(new Constraint(vs[0],vs[1],0.076233));\n}\nvoid t5(string& name, Variables& vs, Constraints &cs) {\nname = \"t5\";\nvs.push_back(new Variable(0,Initial(190),Desired(190),Weight(1e+10)));\nvs.push_back(new Variable(1,Initial(296),Desired(296),Weight(1)));\nvs.push_back(new Variable(2,Initial(241),Desired(241),Weight(1)));\nvs.push_back(new Variable(3,Initial(196),Desired(196),Weight(1)));\nvs.push_back(new Variable(4,Initial(88),Desired(88),Weight(1)));\nvs.push_back(new Variable(5,Initial(152),Desired(152),Weight(1)));\nvs.push_back(new Variable(6,Initial(122),Desired(122),Weight(1)));\nvs.push_back(new Variable(7,Initial(196),Desired(196),Weight(1)));\nvs.push_back(new Variable(8,Initial(243),Desired(243),Weight(1)));\nvs.push_back(new Variable(9,Initial(156),Desired(156),Weight(1)));\nConstraint(vs[6],vs[9],34);\nConstraint(vs[9],vs[0],34);\nConstraint(vs[4],vs[6],34);\nConstraint(vs[6],vs[0],34);\nConstraint(vs[4],vs[0],34);\nConstraint(vs[0],vs[8],34);\nConstraint(vs[4],vs[5],34);\nConstraint(vs[8],vs[1],34);\nConstraint(vs[7],vs[8],34);\nConstraint(vs[5],vs[7],34);\nConstraint(vs[7],vs[2],34);\nConstraint(vs[5],vs[3],34);\nConstraint(vs[3],vs[2],34);\n}\n\nint main() {\n    test(t1);\n    test(t2);\n    test(t3);\n    test(t4);\n    test(t5);\n    return 0;\n}\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/testutil.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * \\file testutil.cpp\n * utilities for testing libproject\n */\n#include <cassert>\n#include <cmath>\n#include <algorithm>\n#include <libproject/project.h>\n#include <libproject/util.h>\n#include \"testutil.h\"\n#include \"quadprogpp/QuadProg++.h\"\n\nusing namespace project;\nusing namespace std;\n\n/**\n * float comparisons (i.e. \\f$a=b\\f$) in our tests are actually \\f$|a-b|<epsilon\\f$.\n */\nconst double testEpsilon = 1e-10;\n\n/**\n * Solve a project problem using a conventional quadratic programming solver.\n * We use Luca Di Gaspero's GPLed QuadProg++ program \n * http://www.diegm.uniud.it/digaspero/\n *\n * The problem is converted to the form:\n *\n * \\f$\\min_x \\frac{1}{2} x^T G x + g^T x \\f$ \n * subject to \\f$C^T x + c \\ge 0 \\f$\n *\n * @param vs variables\n * @param cs constraints\n * @param result the solution vector\n */\nvoid qps(Variables &vs, Constraints &cs, vector<double> &result) {\n    const unsigned n=vs.size();\n    double **G, *g;\n\tMatrixStorage _G(G,n,n);\n\tVectorStorage<double> _g(g,n);\n    VMap vmap;\n    for(unsigned i=0;i<n;i++) {\n        Variable *v=vs[i];\n        vmap[v]=i;\n        g[i]=-2.0*v->getWeight()*v->getDesiredPosition();\n        for(unsigned j=0;j<n;j++) {\n            G[i][j]=\n                i==j ? (2.0*v->getWeight()) : 0;\n        }\n    }\n    const unsigned m=cs.size();\n    double **C, *c;\n\tMatrixStorage _C(C,n,m);\n\tVectorStorage<double> _c(c,m);\n    for(unsigned i=0;i<n;i++) {\n        fill(C[i],C[i]+m,0);\n    }\n    for(unsigned i=0;i<m;i++) {\n        const unsigned l=vmap[cs[i]->l],\n                       r=vmap[cs[i]->r];\n        C[l][i]=-1;\n        C[r][i]=1;\n        c[i]=-cs[i]->g;\n    }\n    double *x;\n\tVectorStorage<double> _x(x,n);\n    solve_quadprog(G, g, n, NULL, NULL, 0, C, c, m, x);\n    result.resize(n);\n    copy(x,x+n,result.begin());\n}\n\n/**\n * Checks that each constraint is satisfied.\n * @return false if unsatisfied constraint found\n */\nbool feasible(Constraints &cs) {\n    for(Constraints::iterator i=cs.begin();i!=cs.end();++i) {\n        Constraint* c=*i;\n        double slack = c->r->getPosition() - c->l->getPosition() - c->g;\n        if (slack < -testEpsilon) {\n            printf(\"Unsatisfiable constraint: slack = %f\\n\",slack);    \n            return false;\n        }\n    }\n    return true;\n}\n/**\n * Print out the problem instance (as code that can easily be pasted into\n * a test case)\n */\nvoid printProblem(Variables &vs, \n        vector<double> &XI, \n        Constraints &cs, \n        VMap &vmap) \n{\n    printf(\"problem instance:\\n\");\n    printf(\"//------ snip -----------------\\n\");\n    printf(\"const char* testname(Variables& vs, Constraints &cs) {\\n\");\n    vector<double> x;\n    qps(vs,cs,x);\n    for(unsigned i=0;i<vs.size();i++) {\n        char *match=\"==\";\n        if(!approxEquals(vs[i]->getPosition(),x[i])) {\n            match=\"!=\";\n        }\n        printf(\"vs.push_back(new Variable(%f,%f,%f));//soln=%f%srslt=%f\\n\",\n                XI[i],vs[i]->getDesiredPosition(),vs[i]->getWeight(),x[i],match,vs[i]->getPosition());\n    }\n    for(Constraints::iterator i=cs.begin();i!=cs.end();++i) {\n        Constraint* c=*i;\n        unsigned l=vmap[c->l], r=vmap[c->r];\n        printf(\"cs.push_back(new Constraint(vs[%d],vs[%d],%f));\\n\", l,r,c->g);\n    }\n    printf(\"return __ASSERT_FUNCTION;\\n}\\n\");\n    printf(\"//------ end snip ------------\\n\");\n}\n/**\n * get random number in the range [0,max]\n */\ndouble getRand(const double max) {\n    return (double)max*rand()/(RAND_MAX);\n}\n/**\n * Check approximate equality of two doubles.\n * float comparisons (i.e. \\f$a=b\\$f) in our tests are actually \\$f|a-b|<epsilon\\$f.\n * @return true if the above condition is met\n */\nbool approxEquals(double a, double b) {\n    return fabs(a-b)<testEpsilon;\n}\n/**\n * Attempt to use libproject to solve a given projection problem instance.\n * @param t pointer to a function that will populate a list of variables and a list\n * of constraints.\n */\nvoid test(void (*t)(string&, Variables&, Constraints&), bool silentPass) {\n    Variables vs;\n    Constraints cs;\n    string tn;\n\n    // call given function to generate the problem instance\n    t(tn,vs,cs);\n    \n    // store initial positions\n    vector<double> XI(vs.size());\n    VMap vmap;\n    for(unsigned i=0;i<vs.size();i++) {\n        XI[i]=vs[i]->getPosition();\n        vmap[vs[i]]=i;\n    }\n\n    // assert initial solution is feasible:\n    assert(feasible(cs));\n\n    // run standard qpsolver\n    vector<double> qpresult;\n    qps(vs,cs,qpresult);\n\n    try {\n        // run our solver\n        solve(vs,cs);\n\n        // assert final solution is feasible:\n        if(!feasible(cs)) {\n            throw \"infeasible solution!\";\n        }\n        // assert solution matches solution from standard QP solver\n        for(unsigned i=0;i<vs.size();i++) {\n            if(!approxEquals(vs[i]->getPosition(),qpresult[i])) {\n                throw \"incorrect solution!\";\n            }\n        }\n        if(!silentPass) {\n            printf(\"PASS: %s\\n\",tn.c_str());\n        }\n    } catch(CriticalFailure &f) {\n        f.print();\n        printProblem(vs,XI,cs,vmap);\n        fprintf(stderr,\"FAIL: %s\\n\",tn.c_str());\n        exit(1);\n    }\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n}\n\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/testutil.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * \\file testutil.h\n * utilities for testing libproject\n */\n#include <map>\n#include <cassert>\n/**\n * Solve a project problem using a conventional quadratic programming solver.\n * We use Luca Di Gaspero's GPLed QuadProg++ program \n * http://www.diegm.uniud.it/digaspero/\n *\n * The problem is converted to the form:\n *\n * \\f$\\min_x \\frac{1}{2} x^T G x + g^T x \\f$ \n * subject to \\f$C^T x + c \\ge 0 \\f$\n *\n * @param vs variables\n * @param cs constraints\n * @param result the solution vector\n */\nvoid qps(project::Variables &vs, project::Constraints &cs, \n        std::vector<double> &result);\n\n/**\n * Checks that each constraint is satisfied, throwing an assert error otherwise.\n */\nbool feasible(project::Constraints &cs);\n\n/**\n * used to identify variable indices from pointers to Variable\n */\ntypedef std::map<const project::Variable*,unsigned> VMap;\n\n/**\n * Print out the problem instance (as code that can easily be pasted into\n * a test case)\n */\nvoid printProblem(project::Variables &vs, \n\t\tstd::vector<double> &XI, \n\t\tproject::Constraints &cs, \n\t\tVMap &vmap);\n\n/**\n * float comparisons (i.e. \\f$a=b\\$f) in our tests are actually \\$f|a-b|<epsilon\\$f.\n */\nextern const double testEpsilon;\n/**\n * float comparisons (i.e. \\f$a=b\\$f) in our tests are actually \\$f|a-b|<epsilon\\$f.\n * Check approximate equality of two doubles.\n * @return true if the above condition is met\n */\nbool approxEquals(double a, double b);\n/**\n * get random number in the range [0,max]\n */\ndouble getRand(const double max);\n/**\n * Attempt to use libproject to solve a given projection problem instance.\n * @param t pointer to a function that will populate a list of variables and a list\n * of constraints.\n */\nvoid test(void (*t)(std::string&, project::Variables&, project::Constraints&),\n\t\tbool silentPass = false);\n"
  },
  {
    "path": "cola/libproject/tests/treeqp.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <cassert>\n#include \"treeqp.h\"\n#include \"quadprogpp/QuadProg++.h\"\nusing namespace std;\n/**\n * Solve problem using a conventional quadratic programming solver.\n * We use Luca Di Gaspero's GPLed QuadProg++ program \n * http://www.diegm.uniud.it/digaspero/\n *\n * The problem is converted to the form:\n *\n * \\f$\\min_x \\frac{1}{2} x^T A x + b^T x \\f$ \n * subject to \\f$C^T x + c \\ge 0 \\f$\n *\n * @param ts goal terms\n * @param cs constraints\n * @param result the solution vector\n */\nvoid treeQPSolve(Terms &ts, EqualityConstraints &ecs, InequalityConstraints &ics, vector<double> &result) {\n    const unsigned n=result.size();\n    double **A=new double*[n],\n           *b=new double[n];\n    for(unsigned i=0;i<n;i++) {\n        A[i]=new double[n];\n        fill(A[i],A[i]+n,0);\n    }\n    fill(b,b+n,0);\n\n    // requires first variable to be at 0 and forces positive definiteness\n    A[0][0]=2.0;\n\n    for(Terms::iterator t=ts.begin(), e=ts.end(); t!=e; ++t) {\n        const unsigned p=t->p, c=t->c;\n        assert(p<n);\n        assert(c<n);\n        double at=2.0*t->w;\n        A[p][p]+=at;\n        A[c][c]+=at;\n        A[p][c]-=at;\n        A[c][p]-=at;\n        double bt=2.0*t->o*t->w;\n        b[p]+=bt;\n        b[c]+=-bt;\n    }\n    // equality constraints:\n    const unsigned me=ecs.size();\n    double **CE=new double*[n],\n           *ce=new double[me];\n    for(unsigned i=0;i<n;i++) {\n        CE[i]=new double[me];\n        fill(CE[i],CE[i]+me,0);\n    }\n    for(unsigned i=0;i<me;i++) {\n        EqualityConstraint& ec=ecs[i];\n        const unsigned l=ec.l, r=ec.r;\n        const double g=ec.g;\n        assert(l!=r);\n        assert(l<n);\n        assert(r<n);\n        if(ec.threeVars) {\n            const unsigned p=ec.p;\n            assert(p<n);\n            CE[p][i]=0.5; \n            CE[l][i]=-0.5; \n            CE[r][i]=-0.5; \n            ce[i]=-g/2.0;\n        } else {\n            CE[l][i]=-1;\n            CE[r][i]=1;\n            ce[i]=-g;\n        }\n    }\n\n    // inequality constraints:\n    const unsigned mi=ics.size();\n    double **CI=new double*[n],\n           *ci=new double[mi];\n    for(unsigned i=0;i<n;i++) {\n        CI[i]=new double[mi];\n        fill(CI[i],CI[i]+mi,0);\n    }\n    for(unsigned i=0;i<mi;i++) {\n        const unsigned l=ics[i].l, r=ics[i].r;\n        assert(l!=r);\n        assert(l<n);\n        assert(r<n);\n        CI[l][i]=-1;\n        CI[r][i]=1;\n        ci[i]=-ics[i].g;\n    }\n\n    double *x=new double[n];\n    solve_quadprog(A, b, n, CE, ce, me, CI, ci, mi, x);\n    result.resize(n);\n    copy(x,x+n,result.begin());\n    for(unsigned i=0;i<n;i++) {\n        delete [] A[i];\n        delete [] CE[i];\n        delete [] CI[i];\n    }\n\tdelete [] A;\n\tdelete [] b;\n\tdelete [] CE;\n\tdelete [] CI;\n\tdelete [] ce;\n\tdelete [] ci;\n\tdelete [] x;\n}\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/treeqp.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <vector>\n/**\n * our goal function has terms:\n *   w_i(x_p+o_i-x_c)^2\n * where x_p is the position of the \"parent\", x_c is the \"child\" position,\n * w_i is a weight for the ith term and o_i is the offset required between\n * them.\n */\nstruct Term {\n    unsigned p, c;\n    double w, o; \n    Term(unsigned p, unsigned c, double w, double o) \n        : p(p), c(c), w(w), o(o) {\n    }\n};\ntypedef std::vector<Term> Terms;\n/** \n * we solve the goal subject to equality constraints of the form\n *   x_l+g=x_r or x_p=(x_l+x_r+g)/2\n */\nstruct EqualityConstraint {\n    unsigned l, r, p;\n    /// gap required between variables\n    double g;\n    /// true if this is an equality constraint, otherwise it's an inequality\n    bool threeVars;\n    EqualityConstraint(unsigned l, unsigned r, double g)\n        : l(l), r(r), p(0), g(g), threeVars(false) {\n    }\n    EqualityConstraint(unsigned p, unsigned l, unsigned r, double g) \n        : l(l), r(r), p(p), g(g), threeVars(true) {\n    }\n};\ntypedef std::vector<EqualityConstraint> EqualityConstraints;\n/**\n * we solve the goal subject to inequality constraint of the form \n *   x_l+g<=x_r \n */\nstruct InequalityConstraint {\n    unsigned l, r;\n    /// gap required between variables\n    double g;\n    InequalityConstraint(unsigned l, unsigned r, double g)\n        : l(l), r(r), g(g) {\n    }\n};\ntypedef std::vector<InequalityConstraint> InequalityConstraints;\n/**\n * Solve problem using a conventional quadratic programming solver.\n * We use Luca Di Gaspero's GPLed QuadProg++ program \n * http://www.diegm.uniud.it/digaspero/\n *\n * The problem is converted to the form:\n *\n * \\f$\\min_x \\frac{1}{2} x^T A x + b^T x \\f$ \n * subject to \\f$C^T x + c \\ge 0 \\f$\n *\n * @param ts goal terms\n * @param cs constraints\n * @param result the solution vector\n */\nvoid treeQPSolve(Terms &ts, EqualityConstraints &ecs, InequalityConstraints &ics, std::vector<double> &result);\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/tests/treeqptest.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <iterator>\n#include \"treeqp.h\"\nusing namespace std;\n\nint main() {\n    unsigned n=5;\n    Terms ts;\n    ts.push_back(Term(0,1,1,0));\n    ts.push_back(Term(0,2,1,0));\n    ts.push_back(Term(2,3,1,-93));\n    ts.push_back(Term(2,4,1,73));\n    EqualityConstraints ecs;\n    ecs.push_back(EqualityConstraint(2,3,0));\n    ecs.push_back(EqualityConstraint(0,1,2,292));\n    InequalityConstraints ics;\n    ics.push_back(InequalityConstraint(1, 2, 292));\n    ics.push_back(InequalityConstraint(3, 4, 209));\n\n    vector<double> x(n);\n    treeQPSolve(ts,ecs,ics,x);\n    cout << \"solution:\" << endl;\n    copy(x.begin(),x.end(),ostream_iterator<double>(cout,\"\\n\"));\n\n    return 0;\n}\n/*\n * vim: set cindent \n * vim: ts=4 sw=4 et tw=0 wm=0\n */\n"
  },
  {
    "path": "cola/libproject/util.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#include \"libproject/util.h\"\n\n#include <cmath>\nnamespace project {\nconst double epsilon=1e-8;\nbool approx_equals(double a, double b) {\n    return fabs(a-b)<epsilon;\n}\n} // namespace project\n\n"
  },
  {
    "path": "cola/libproject/util.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef _LIBPROJECT_UTIL_H\n#define _LIBPROJECT_UTIL_H\n\n#include <cassert>\n#include <iostream>\n\n#ifdef NDEBUG \n#define LIBPROJECT_ASSERT(expr)  static_cast<void>(0)\n#else // Not NDEBUG\n#if defined(USE_CASSERT) || !defined(__ASSERT_FUNCTION)\n#define LIBPROJECT_ASSERT(expr)  assert(expr)\n#else // Not USE_CASSERT\n#define LIBPROJECT_ASSERT(expr) \\\n    if(!(expr)) { \\\n        throw CriticalFailure( \\\n                __STRING(expr), \\\n                __FILE__, \\\n                __LINE__, \\\n                __ASSERT_FUNCTION); \\\n    }\n#endif // USE_CASSERT\n#endif // NDEBUG\n\n#ifdef LOGGING\n#define LIBPROJECT_LOG(msg)  printf msg \n#else\n#define LIBPROJECT_LOG(msg)  // nop\n#endif\n\nnamespace project {\n/**\n * templated delete functor for use in for_each loop over vector\n */\nstruct delete_object\n{\n    template <typename T>\n    void operator()(T *ptr){ delete ptr;}\n};\n\n/** \n * Sum over the results of calling operation for each member in the\n * iterator.  Handier than std::accumulate because we can use with\n * mem_fun to pass in a getter method.\n */\ntemplate <class InputIterator, class T, class Operation >\nT sum_over(InputIterator beg, InputIterator end, T init, Operation op)\n{\n    for ( ; beg != end; ++beg)\n    init = init + op(*beg);\n    return init;\n}\n\n/**\n * Item 6 in Meyers' Effective C++: \n * Explicitly disallow the use of compiler-generated functions you do not want\n */\nclass Uncopyable {\nprotected:                                   // allow construction\n    Uncopyable() {}                            // and destruction of\n    ~Uncopyable() {}                           // derived objects...\nprivate:\n    Uncopyable(const Uncopyable&);             // ...but prevent copying\n    Uncopyable& operator=(const Uncopyable&);\n};\n\nextern const double epsilon;\nbool approx_equals(double a, double b);\n\n} // namespace project\n\n#endif // _LIBPROJECT_UTIL_H\n"
  },
  {
    "path": "cola/libproject/variable.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libproject - Solves an instance of the Variable Placement with Separation\n *              Constraints problem, that is a projection onto separation \n *              constraints, whilst always maintaining feasibility.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\nnamespace project {\n\n\n} // namespace project\n\n"
  },
  {
    "path": "cola/libtopology/Makefile.am",
    "content": "EXTRA_DIST=libtopology.pc.in\n\nlib_LTLIBRARIES = libtopology.la\nlibtopology_la_CPPFLAGS = -I$(top_srcdir) -I$(includedir)/libtopology -fPIC\n\n# Depends on libavoid, libcola, and libvpsc\nlibtopology_la_LIBADD = $(top_builddir)/libavoid/libavoid.la $(top_builddir)/libcola/libcola.la $(top_builddir)/libvpsc/libvpsc.la\n\nlibtopology_la_SOURCES = topology_graph.cpp\\\n\t\t\ttopology_constraints.cpp\\\n\t\t\tcompute_forces.cpp\\\n\t\t\ttopology_constraints_constructor.cpp\\\n\t\t\tresize.cpp \\\n\t\t\tcola_topology_addon.cpp \\\n                        orthogonal_topology.cpp \\\n\t\t\ttopology_constraints.h \\\n\t\t\ttopology_graph.h \\\n\t\t\tcola_topology_addon.h \\\n\t\t\torthogonal_topology.h \\\n\t\t\ttopology_log.h \\\n\t\t\tutil.h\n\n\nlibtopologyincludedir = $(includedir)/libtopology\nlibtopologyinclude_HEADERS = topology_constraints.h \\\n\t\t\ttopology_graph.h \\\n\t\t\tcola_topology_addon.h \\\n\t\t\torthogonal_topology.h \\\n\t\t\ttopology_log.h \\\n\t\t\tutil.h\n\npkgconfigdir = $(libdir)/pkgconfig\npkgconfig_DATA = libtopology.pc\n\nSUBDIRS = . tests\n"
  },
  {
    "path": "cola/libtopology/cola_topology_addon.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n*/\n\n#ifndef _USE_MATH_DEFINES\n#define _USE_MATH_DEFINES\n#endif\n#include <cmath>\n\n#include <utility>\n#include <clocale>\n\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libcola/compound_constraints.h\"\n#include \"libtopology/topology_constraints.h\"\n#include \"libtopology/cola_topology_addon.h\"\n\n// Needs to come last since it will include windows.h on WIN32 and\n// may mess up C++ std library include on GCC 4.4\n#include \"libcola/cola_log.h\"\n\nnamespace topology {\n\nColaTopologyAddon::ColaTopologyAddon()\n    : cola::TopologyAddonInterface(),\n      debugSVGViewBox(nullptr)\n{\n}\n\nColaTopologyAddon::ColaTopologyAddon(\n        std::vector<topology::Node*>& tnodes, \n        std::vector<topology::Edge*>& routes)\n    : cola::TopologyAddonInterface(),\n      topologyNodes(tnodes),\n      topologyRoutes(routes),\n      debugSVGViewBox(nullptr)\n{\n}\n\ncola::TopologyAddonInterface *ColaTopologyAddon::clone(void) const\n{\n    return new ColaTopologyAddon(*this);\n}\n\nvoid ColaTopologyAddon::freeAssociatedObjects(void)\n{\n    if (debugSVGViewBox)\n    {\n        delete debugSVGViewBox;\n        debugSVGViewBox = nullptr;\n    }\n\n    for_each(topologyNodes.begin(), topologyNodes.end(), delete_object());\n    topologyNodes.clear();\n\n    for_each(topologyRoutes.begin(), topologyRoutes.end(), delete_object());\n    topologyRoutes.clear();\n}\n\nvoid ColaTopologyAddon::handleResizes(const cola::Resizes& resizeList,\n        unsigned n, std::valarray<double>& X, std::valarray<double>& Y, \n        cola::CompoundConstraints& ccs, vpsc::Rectangles& boundingBoxes,\n        cola::RootCluster* clusterHierarchy)\n{\n    FILE_LOG(cola::logDEBUG) << \"ColaTopologyAddon::handleResizes()...\";\n    if(topologyNodes.empty()) {\n        COLA_ASSERT(topologyRoutes.empty());\n        return;\n    }\n    // all shapes to be resized are wrapped in a ResizeInfo and\n    // placed in a lookup table, resizes, indexed by id\n    ResizeMap resizes;\n    for(cola::Resizes::const_iterator r=resizeList.begin();r!=resizeList.end();++r) {\n        topology::ResizeInfo ri(topologyNodes[r->getID()],r->getTarget());\n        resizes.insert(std::make_pair(r->getID(),ri));\n    }\n    vpsc::Variables xvs, yvs;\n    vpsc::Constraints xcs, ycs;\n    cola::setupVarsAndConstraints(n, ccs, vpsc::HORIZONTAL, boundingBoxes,\n            clusterHierarchy, xvs, xcs, X);\n    cola::setupVarsAndConstraints(n, ccs, vpsc::VERTICAL, boundingBoxes,\n            clusterHierarchy, yvs, ycs, Y);\n    topology::applyResizes(topologyNodes, topologyRoutes, clusterHierarchy,\n            resizes, xvs, xcs, yvs, ycs);\n    for_each(xvs.begin(), xvs.end(), delete_object());\n    for_each(yvs.begin(), yvs.end(), delete_object());\n    for_each(xcs.begin(), xcs.end(), delete_object());\n    for_each(ycs.begin(), ycs.end(), delete_object());\n    FILE_LOG(cola::logDEBUG) << \"ColaTopologyAddon::handleResizes()... done.\";\n}\n\nvoid ColaTopologyAddon::computePathLengths(unsigned short** G)\n{\n    // we don't need to compute attractive forces between nodes connected\n    // by an edge if there is a topologyRoute between them (since the\n    // p-stress force will be used instead)\n    if (!topologyRoutes.empty()) {\n        for(std::vector<topology::Edge*>::iterator i=topologyRoutes.begin();\n                i!=topologyRoutes.end();++i) {\n            topology::Edge* e=*i;\n            if(!e->cycle()) {\n                unsigned u=e->firstSegment->start->node->id,\n                         v=e->lastSegment->end->node->id;\n                G[u][v]=G[v][u]=2;\n            }\n        }\n    }\n}\n\n\nstatic const double LIMIT = 100000000;\n\nstatic void reduceRange(double& val)\n{\n    val = std::min(val, LIMIT);\n    val = std::max(val, -LIMIT);\n}\n\n\nvoid ColaTopologyAddon::writeSVGFile(std::string basename)\n{\n    // Save current locale\n    char* originalLocale = setlocale(LC_NUMERIC, nullptr);\n    // Set locale to \"C\" to enforce decimal point\n    setlocale(LC_NUMERIC, \"C\");\n\n    std::string filename;\n    if (!basename.empty())\n    {\n        filename = basename;\n    }\n    else\n    {\n        filename = \"libtopology-cola\";\n    }\n    filename += \".svg\";\n    FILE *fp = fopen(filename.c_str(), \"w\");\n\n    if (fp == nullptr)\n    {\n        return;\n    }\n\n    double minX = LIMIT;\n    double minY = LIMIT;\n    double maxX = -LIMIT;\n    double maxY = -LIMIT;\n\n    if (debugSVGViewBox)\n    {\n        double rMinX = debugSVGViewBox->getMinX();\n        double rMaxX = debugSVGViewBox->getMaxX();\n        double rMinY = debugSVGViewBox->getMinY();\n        double rMaxY = debugSVGViewBox->getMaxY();\n   \n        reduceRange(rMinX);\n        reduceRange(rMaxX);\n        reduceRange(rMinY);\n        reduceRange(rMaxY);\n        \n        if (rMinX > -LIMIT)\n        {\n            minX = std::min(minX, rMinX);\n        }\n        if (rMaxX < LIMIT)\n        {\n            maxX = std::max(maxX,rMaxX);\n        }\n        if (rMinY > -LIMIT)\n        {\n            minY = std::min(minY, rMinY);\n        }\n        if (rMaxY < LIMIT)\n        {\n            maxY = std::max(maxY, rMaxY);\n        }\n    }\n    else\n    {\n        // Find the bounds of the diagram.\n        for (size_t i = 0; i < topologyNodes.size(); ++i)\n        {\n            vpsc::Rectangle *rect = topologyNodes[i]->rect;\n            double rMinX = rect->getMinX();\n            double rMaxX = rect->getMaxX();\n            double rMinY = rect->getMinY();\n            double rMaxY = rect->getMaxY();\n       \n            reduceRange(rMinX);\n            reduceRange(rMaxX);\n            reduceRange(rMinY);\n            reduceRange(rMaxY);\n            \n            if (rMinX > -LIMIT)\n            {\n                minX = std::min(minX, rMinX);\n            }\n            if (rMaxX < LIMIT)\n            {\n                maxX = std::max(maxX,rMaxX);\n            }\n            if (rMinY > -LIMIT)\n            {\n                minY = std::min(minY, rMinY);\n            }\n            if (rMaxY < LIMIT)\n            {\n                maxY = std::max(maxY, rMaxY);\n            }\n        }\n        minX -= 50;\n        minY -= 50;\n        maxX += 50;\n        maxY += 50;\n    }\n\n    fprintf(fp, \"<?xml version=\\\"1.0\\\" encoding=\\\"UTF-8\\\"?>\\n\");\n    fprintf(fp, \"<svg xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"100%%\\\" height=\\\"100%%\\\" viewBox=\\\"%g %g %g %g\\\">\\n\", minX, minY, maxX - minX, maxY - minY);\n    fprintf(fp, \"<defs><style type=\\\"text/css\\\"><![CDATA[\"\n            \"text {\"\n            \"    font-family: Helvetica;\"\n            \"    font-size: 7pt;\"\n            \"} \"\n            \"rect {\"\n            \"    stroke-width: 1px;\"\n            \"    stroke: black;\"\n            \"    fill: rgb(249, 240, 210);\"\n            \"    stroke-opacity: 1;\"\n            \"    fill-opacity: 1;\"\n            \"} \"\n            \".edge {\"\n            \"    stroke-width: 1px;\"\n            \"    stroke: black;\"\n            \"    fill: none;\"\n            \"} \"\n            \"]]></style></defs>\\n\");\n\n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Edges\\\">\\n\");\n    for (size_t i = 0; i < topologyRoutes.size(); ++i)\n    {\n        straightener::Route *route = topologyRoutes[i]->getRoute();\n\n        fprintf(fp, \"<path id=\\\"edge-%u\\\" class=\\\"edge\\\" d=\\\"\", \n                (unsigned) i);\n        for (size_t p = 0; p < route->n; ++p)\n        {\n            fprintf(fp, \"%c %g %g \", ((p == 0) ? 'M' : 'L'),\n                    route->xs[p], route->ys[p]);\n        }\n        fprintf(fp, \"\\\" />\\n\");\n\n        delete route;\n    }\n    fprintf(fp, \"</g>\\n\");\n    \n    fprintf(fp, \"<g inkscape:groupmode=\\\"layer\\\" \"\n            \"inkscape:label=\\\"Nodes\\\">\\n\");\n    for (size_t i = 0; i < topologyNodes.size(); ++i)\n    {\n        vpsc::Rectangle *rect = topologyNodes[i]->rect;\n        double rMinX = rect->getMinX();\n        double rMaxX = rect->getMaxX();\n        double rMinY = rect->getMinY();\n        double rMaxY = rect->getMaxY();\n   \n        reduceRange(rMinX);\n        reduceRange(rMaxX);\n        reduceRange(rMinY);\n        reduceRange(rMaxY);\n        \n        fprintf(fp, \"<rect id=\\\"rect-%u\\\" x=\\\"%g\\\" y=\\\"%g\\\" width=\\\"%g\\\" \"\n                \"height=\\\"%g\\\" />\\n\", (unsigned) i, rMinX, rMinY, \n                rMaxX - rMinX, rMaxY - rMinY);\n        fprintf(fp, \"<text x=\\\"%g\\\" y=\\\"%g\\\">%u</text>\\n\", rMinX + 3, \n                rMinY + 11, (unsigned) i);\n    }\n    fprintf(fp, \"</g>\\n\");\n\n    fprintf(fp, \"</svg>\\n\");\n    fclose(fp);\n    // Restore locale\n    setlocale(LC_NUMERIC, originalLocale);\n}\n\ndouble ColaTopologyAddon::computeStress(void) const\n{\n    double stress = 0;\n    if (!topologyRoutes.empty())\n    {\n        stress = topology::computeStress(topologyRoutes);\n        FILE_LOG(cola::logDEBUG2)<<\"s(topology)=\"<<stress;\n    }\n    return stress;\n}\n\nbool ColaTopologyAddon::useTopologySolver(void) const\n{\n    return (!topologyNodes.empty() && !topologyRoutes.empty());\n}\n\nvoid ColaTopologyAddon::makeFeasible(bool generateNonOverlapConstraints, \n        vpsc::Rectangles& boundingBoxes, cola::RootCluster* clusterHierarchy)\n{\n    if (generateNonOverlapConstraints)\n    {\n        // Set up topologyNodes:\n        unsigned nodesTotal = boundingBoxes.size();\n        topologyNodes = topology::Nodes(nodesTotal);\n        for (unsigned id = 0; id < nodesTotal; ++id)\n        {\n            topologyNodes[id] = new topology::Node(id, boundingBoxes[id]);\n        }\n    }\n  \n    if (clusterHierarchy)\n    {\n        // create cluster boundaries\n        unsigned clusterCount=0;\n        for (std::vector<cola::Cluster*>::iterator i = \n                clusterHierarchy->clusters.begin();\n                i != clusterHierarchy->clusters.end(); ++i, ++clusterCount)\n        {\n            (*i)->computeBoundary(boundingBoxes);\n            cola::ConvexCluster* c=dynamic_cast<cola::ConvexCluster*>(*i);\n            if(c!=nullptr) {\n                double idealCircumference=2.0*sqrt(M_PI*c->area(boundingBoxes));\n                std::vector<topology::EdgePoint*> eps;\n                for(unsigned j=0;j<c->hullRIDs.size();++j) {\n                    const unsigned id = c->hullRIDs[j];\n                    const unsigned char corner = c->hullCorners[j];\n                    COLA_ASSERT(id < topologyNodes.size());\n                    //cout << \"addToPath(vs[\" << id << \"],\";\n                    topology::Node *node= topologyNodes[id];\n                    topology::EdgePoint::RectIntersect ri;\n                    switch(corner) {\n                        case 0: \n                            ri=topology::EdgePoint::BR; \n                            //cout << \"EdgePoint::BR);\" << endl;\n                            break;\n                        case 1: \n                            ri=topology::EdgePoint::TR; \n                            //cout << \"EdgePoint::TR);\" << endl;\n                            break;\n                        case 2: \n                            ri=topology::EdgePoint::TL;\n                            //cout << \"EdgePoint::TL);\" << endl;\n                            break;\n                        default:\n                            COLA_ASSERT(corner==3);\n                            ri=topology::EdgePoint::BL; \n                            //cout << \"EdgePoint::BL);\" << endl;\n                            break;\n                    }\n                    eps.push_back(new topology::EdgePoint(node,ri));\n                }\n                eps.push_back(eps[0]);\n                //cout << \"addToPath(vs[\" << eps[0]->node->id << \"],(EdgePoint::RectIntersect)\"<<eps[0]->rectIntersect<<\");\" << endl;\n                topology::Edge* e = new topology::Edge(clusterCount,idealCircumference, eps);\n                topologyRoutes.push_back(e);\n            }\n        }\n    }\n}\n\nvoid ColaTopologyAddon::moveTo(const vpsc::Dim dim, \n        vpsc::Variables& vs, vpsc::Constraints& cs,\n        std::valarray<double> &coords, cola::RootCluster* clusterHierarchy)\n{\n    topology::setNodeVariables(topologyNodes,vs);\n    topology::TopologyConstraints t(dim, topologyNodes, topologyRoutes,\n            clusterHierarchy, vs, cs);\n    bool interrupted;\n    int loopBreaker=100;\n    do {\n        interrupted=t.solve();\n        loopBreaker--;\n    } while(interrupted&&loopBreaker>0);\n    for(topology::Nodes::iterator i=topologyNodes.begin();\n            i!=topologyNodes.end();++i) {\n        topology::Node* v=*i;\n        coords[v->id]=v->rect->getCentreD(dim);\n    }\n}\n\ndouble ColaTopologyAddon::applyForcesAndConstraints(\n        cola::ConstrainedFDLayout *layout, const vpsc::Dim dim,\n        std::valarray<double>& g, vpsc::Variables& vs,\n        vpsc::Constraints& cs, std::valarray<double> &coords, \n        cola::DesiredPositionsInDim& des, double oldStress)\n{\n    FILE_LOG(cola::logDEBUG1) << \"applying topology preserving layout...\";\n    vpsc::Rectangle::setXBorder(0);\n    vpsc::Rectangle::setYBorder(0);\n    if(dim==vpsc::HORIZONTAL) {\n        vpsc::Rectangle::setXBorder(0);\n    }\n    topology::setNodeVariables(topologyNodes,vs);\n    topology::TopologyConstraints t(dim, topologyNodes, topologyRoutes,\n            layout->clusterHierarchy, vs, cs);\n    bool interrupted;\n    int loopBreaker=100;\n    cola::SparseMap HMap(layout->n);\n    layout->computeForces(dim,HMap,g);\n    std::valarray<double> oldCoords=coords;\n    t.computeForces(g,HMap);\n    cola::SparseMatrix H(HMap);\n    layout->applyDescentVector(g,oldCoords,coords,oldStress,\n            layout->computeStepSize(H,g,g));\n    cola::setVariableDesiredPositions(vs,cs,des,coords);\n    do {\n        interrupted=t.solve();\n        unsigned vptr=0;\n        for(topology::Nodes::iterator i=topologyNodes.begin();\n                i!=topologyNodes.end();++i,++vptr) {\n            topology::Node* v=*i;\n            coords[v->id]=v->rect->getCentreD(dim);\n        }\n        for(;vptr<coords.size();vptr++) {\n            double d = vs[vptr]->finalPosition;\n            coords[vptr]=d;\n            layout->boundingBoxes[vptr]->moveCentreD(dim,d);\n        }\n        loopBreaker--;\n    } while(interrupted&&loopBreaker>0);\n    vpsc::Rectangle::setXBorder(0);\n    vpsc::Rectangle::setYBorder(0);\n    return layout->computeStress();\n}\n\n} // topology namespace\n\n"
  },
  {
    "path": "cola/libtopology/cola_topology_addon.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author: Michael Wybrow\n*/\n\n#ifndef LAYOUT_TOPOLOGY_CONNECTOR_H\n#define LAYOUT_TOPOLOGY_CONNECTOR_H\n\n#include <vector>\n\n#include \"libcola/cola.h\"\n#include \"libtopology/topology_graph.h\"\n\n/**\n * @namespace topology\n * @brief libtopology: Extensions for topology preservation for libcola \n *        and libavoid libraries.\n*/\nnamespace topology {\n\n\n/** \n *  @brief  This class can be passed to libcola to replace some functionality\n *          to provide topology preserving layout.\n *\n *  You should instantiate this class with a given set of nodes and edges to\n *  preserve and pass it to cola::ConstrainedFDLayout::setTopology().\n */\nclass ColaTopologyAddon : public cola::TopologyAddonInterface\n{\n    public:\n        /**\n         * @brief Constructs an empty ColaTopologyAddon instance for \n         *        collecting topology information.\n         *\n         * Passing libcola an empty instance of this class will cause libcola\n         * to populate it with current topology information for nodes and \n         * edges when cola::ConstrainedFDLayout::makeFeasible() is run.  This\n         * information is then available in the #topologyNodes and \n         * #topologyRoutes member variables.\n         */\n        ColaTopologyAddon();\n \n        /**\n         * @brief Constructs a ColaTopologyAddon instance with a specified\n         *        set of topology information.\n         *\n         * Passing libcola an instance of this class with given topology \n         * information will cause libcola to generate topology preserving\n         * constraints to prevent nodes from crossing edges, and for the \n         * topology of the network to be preserved during layout.\n         *\n         * This topology information is usually not constructed from scratch\n         * but rather extracted from an empty ColaTopologyAddon instance\n         * after COLA has determined a feasible layout for it.\n         *\n         * @param[in] tnodes  Topology information for nodes.\n         * @param[in] routes  Topology information for edges.\n         */\n        ColaTopologyAddon(topology::Nodes& tnodes, topology::Edges& routes);\n    \n        //! @brief  Writes an SVG file displaying the current topology of \n        //!         the nodes and edges.\n        //!\n        //! @param[in] filename  A string indicating the filename (without \n        //!                      extension) for the output file.  Defaults to\n        //!                      \"libtopology-cola.svg\" if no filename is given.\n        //!\n        void writeSVGFile(std::string filename = std::string());\n\n        cola::TopologyAddonInterface *clone(void) const;\n\n        void freeAssociatedObjects(void);\n        void handleResizes(const cola::Resizes& resizeList, unsigned n,\n                std::valarray<double>& X, std::valarray<double>& Y, \n                cola::CompoundConstraints& ccs, \n                vpsc::Rectangles& boundingBoxes,\n                cola::RootCluster* clusterHierarchy);\n        void computePathLengths(unsigned short** G);\n        double computeStress(void) const;\n        bool useTopologySolver(void) const;\n        void makeFeasible(bool generateNonOverlapConstraints, \n                vpsc::Rectangles& boundingBoxes, \n                cola::RootCluster* clusterHierarchy);\n        void moveTo(const vpsc::Dim dim, vpsc::Variables& vs, \n                vpsc::Constraints& cs, std::valarray<double> &coords, \n                cola::RootCluster* clusterHierarchy);\n        double applyForcesAndConstraints(cola::ConstrainedFDLayout *layout, \n                const vpsc::Dim dim, std::valarray<double>& g, \n                vpsc::Variables& vs, vpsc::Constraints& cs, \n                std::valarray<double> &coords, \n                cola::DesiredPositionsInDim& des, double oldStress);\n    \n        //! Topology information: node positions and sizes.\n        topology::Nodes topologyNodes;\n        \n        //! Topology information: edges routes.\n        topology::Edges topologyRoutes;\n\n        vpsc::Rectangle *debugSVGViewBox;\n};\n\n}\n#endif\n"
  },
  {
    "path": "cola/libtopology/compute_forces.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *\n*/\n\n/*\n * Method body and support routines for topology::TopologyConstraints::computeForces.\n */\n\n// cmath needs ::strcpy_s under MinGW so include cstring.\n#include <cstring>\n\n#include <valarray>\n\n#include \"libvpsc/assertions.h\"\n#include \"libcola/sparse_matrix.h\"\n#include \"libtopology/topology_constraints.h\"\n#include \"libtopology/topology_log.h\"\nusing std::valarray;\n\nnamespace topology {\n/*\n * @param u an EdgePoint\n * @param v another EdgePoint\n * @param dx x distance between u and v\n * @param dy y distance between u and v\n * @param dx2 squared x distance between u and v\n * @param dy2 squared y distance between u and v\n * @return euclidean distance between a pair of EdgePoint (u,v)\n */\nstatic double len(const EdgePoint* u, const EdgePoint* v,\n        double& dx, double& dy,\n        double& dx2, double& dy2) {\n    dx=u->posX()-v->posX();\n    dy=u->posY()-v->posY();\n    dx2=dx*dx;\n    dy2=dy*dy;\n    return sqrt(dx2+dy2);\n}\nstatic double gRule1(vpsc::Dim dim, const EdgePoint* a, const EdgePoint* b) {\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    return dxab/lab;\n}\nstatic double gRule2(vpsc::Dim dim, const EdgePoint* a, const EdgePoint* b,\n        const EdgePoint* c)\n{\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    double dxbc, dybc, dxbc2, dybc2;\n    double lbc=dim==vpsc::HORIZONTAL?\n        len(b,c,dxbc,dybc,dxbc2,dybc2):\n        len(b,c,dybc,dxbc,dybc2,dxbc2);\n    COLA_ASSERT(lbc!=0);\n    return dxab/lab - dxbc/lbc;\n}\nstatic double hRuleD1(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n          const double dl)\n{\n    double dx, dy, dx2, dy2;\n    double l=dim==vpsc::HORIZONTAL?\n        len(u,v,dx,dy,dx2,dy2):\n        len(u,v,dy,dx,dy2,dx2);\n    COLA_ASSERT(l!=0);\n    return dl*(dx2/(l*l*l) - 1/l) + dx2/(l*l);\n}\nstatic double hRuleD2(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n          const EdgePoint* w, const double dl)\n{\n    double dxuv, dyuv, dxuv2, dyuv2;\n    double luv=dim==vpsc::HORIZONTAL?\n        len(u,v,dxuv,dyuv,dxuv2,dyuv2):\n        len(u,v,dyuv,dxuv,dyuv2,dxuv2);\n    COLA_ASSERT(luv!=0);\n    double dxvw, dyvw, dxvw2, dyvw2;\n    double lvw=dim==vpsc::HORIZONTAL?\n        len(v,w,dxvw,dyvw,dxvw2,dyvw2):\n        len(v,w,dyvw,dxvw,dyvw2,dxvw2);\n    COLA_ASSERT(lvw!=0);\n    double p1=dl*(dxuv2/(luv*luv*luv) - 1/luv + dxvw2/(lvw*lvw*lvw) - 1/lvw);\n    double p2=(dxuv/luv - dxvw/lvw);\n    return p1+p2*p2;\n}\nstatic double hRule2(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n         const EdgePoint* w, const double dl)\n{\n    double dxuv, dyuv, dxuv2, dyuv2;\n    double luv=dim==vpsc::HORIZONTAL?\n        len(u,v,dxuv,dyuv,dxuv2,dyuv2):\n        len(u,v,dyuv,dxuv,dyuv2,dxuv2);\n    COLA_ASSERT(luv!=0);\n    double dxvw, dyvw, dxvw2, dyvw2;\n    double lvw=dim==vpsc::HORIZONTAL?\n        len(v,w,dxvw,dyvw,dxvw2,dyvw2):\n        len(v,w,dyvw,dxvw,dyvw2,dxvw2);\n    COLA_ASSERT(lvw!=0);\n    return -dl*dxuv2/(luv*luv*luv)\n        +dl/luv\n        -dxuv2/(luv*luv)\n        +dxuv*dxvw/(luv*lvw);\n}\nstatic double hRule3(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n        const EdgePoint* w, const double dl)\n{\n    double dxuv, dyuv, dxuv2, dyuv2;\n    double luv=dim==vpsc::HORIZONTAL?\n        len(u,v,dxuv,dyuv,dxuv2,dyuv2):\n        len(u,v,dyuv,dxuv,dyuv2,dxuv2);\n    COLA_ASSERT(luv!=0);\n    double dxvw, dyvw, dxvw2, dyvw2;\n    double lvw=dim==vpsc::HORIZONTAL?\n        len(v,w,dxvw,dyvw,dxvw2,dyvw2):\n        len(v,w,dyvw,dxvw,dyvw2,dxvw2);\n    COLA_ASSERT(lvw!=0);\n    return -dl*dxvw2/(lvw*lvw*lvw)\n        -dxvw2/(lvw*lvw)\n        +dl/lvw\n        +dxuv*dxvw/(luv*lvw);\n}\nstatic double hRule4(vpsc::Dim dim, const EdgePoint* a, const EdgePoint* b,\n        const EdgePoint* c, const EdgePoint* d)\n{\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    double dxcd, dycd, dxcd2, dycd2;\n    double lcd=dim==vpsc::HORIZONTAL?\n        len(c,d,dxcd,dycd,dxcd2,dycd2):\n        len(c,d,dycd,dxcd,dycd2,dxcd2);\n    COLA_ASSERT(lcd!=0);\n    return -dxab*dxcd/(lab*lcd);\n}\nstatic double hRule56(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n        const EdgePoint* a, const EdgePoint* b, const EdgePoint* c)\n{\n    double dxuv, dyuv, dxuv2, dyuv2;\n    double luv=dim==vpsc::HORIZONTAL?\n        len(u,v,dxuv,dyuv,dxuv2,dyuv2):\n        len(u,v,dyuv,dxuv,dyuv2,dxuv2);\n    COLA_ASSERT(luv!=0);\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    double dxbc, dybc, dxbc2, dybc2;\n    double lbc=dim==vpsc::HORIZONTAL?\n        len(b,c,dxbc,dybc,dxbc2,dybc2):\n        len(b,c,dybc,dxbc,dybc2,dxbc2);\n    COLA_ASSERT(lbc!=0);\n    return dxuv/luv * ( dxbc/lbc - dxab/lab );\n}\nstatic double hRule7(vpsc::Dim dim, const EdgePoint* a, const EdgePoint* b,\n        const EdgePoint* c, const EdgePoint* d, const double dl)\n{\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    double dxbc, dybc, dxbc2, dybc2;\n    double lbc=dim==vpsc::HORIZONTAL?\n        len(b,c,dxbc,dybc,dxbc2,dybc2):\n        len(b,c,dybc,dxbc,dybc2,dxbc2);\n    COLA_ASSERT(lbc!=0);\n    double dxcd, dycd, dxcd2, dycd2;\n    double lcd=dim==vpsc::HORIZONTAL?\n        len(c,d,dxcd,dycd,dxcd2,dycd2):\n        len(c,d,dycd,dxcd,dycd2,dxcd2);\n    COLA_ASSERT(lcd!=0);\n    return dl*(1/lbc - dxbc2/(lbc*lbc*lbc))\n        +(dxab/lab - dxbc/lbc)*(dxbc/lbc - dxcd/lcd);\n}\nstatic double hRule8(vpsc::Dim dim, const EdgePoint* u, const EdgePoint* v,\n        const EdgePoint* w, const EdgePoint* a, const EdgePoint* b,\n        const EdgePoint* c)\n{\n    double dxuv, dyuv, dxuv2, dyuv2;\n    double luv=dim==vpsc::HORIZONTAL?\n        len(u,v,dxuv,dyuv,dxuv2,dyuv2):\n        len(u,v,dyuv,dxuv,dyuv2,dxuv2);\n    COLA_ASSERT(luv!=0);\n    double dxvw, dyvw, dxvw2, dyvw2;\n    double lvw=dim==vpsc::HORIZONTAL?\n        len(v,w,dxvw,dyvw,dxvw2,dyvw2):\n        len(v,w,dyvw,dxvw,dyvw2,dxvw2);\n    COLA_ASSERT(lvw!=0);\n    double dxab, dyab, dxab2, dyab2;\n    double lab=dim==vpsc::HORIZONTAL?\n        len(a,b,dxab,dyab,dxab2,dyab2):\n        len(a,b,dyab,dxab,dyab2,dxab2);\n    COLA_ASSERT(lab!=0);\n    double dxbc, dybc, dxbc2, dybc2;\n    double lbc=dim==vpsc::HORIZONTAL?\n        len(b,c,dxbc,dybc,dxbc2,dybc2):\n        len(b,c,dybc,dxbc,dybc2,dxbc2);\n    COLA_ASSERT(lbc!=0);\n    return (dxuv/luv - dxvw/lvw) * (dxab/lab - dxbc/lbc);\n}\n/*\n * a wrapper for a SparseMap so that we can index it by two EdgePoint\n */\nstruct SparseMapMap {\n    cola::SparseMap &H;\n    SparseMapMap(cola::SparseMap &H) : H(H) {}\n    double& operator()(const EdgePoint *i, const EdgePoint* j) {\n        return H(i->node->id,j->node->id);\n    }\n};\n/*\n * a wrapper for a valarray so that we can index it by an EdgePoint\n */\ntemplate <typename T>\nstruct ArrayMap {\n    valarray<T>& a;\n    ArrayMap(valarray<T>& a) : a(a) {}\n    double& operator[](const EdgePoint *i) {\n        return a[i->node->id];\n    }\n};\n/*\n * Compute the forces associated with each EdgePoint (bend or end point) along each each\n * on the nodes/rectangles in the graph.\n */\nvoid TopologyConstraints::computeForces(valarray<double>& gradient,\n        cola::SparseMap& hessian)\n{\n    FILE_LOG(logDEBUG1) << \"TopologyConstraints::computeForces\";\n    SparseMapMap H(hessian);\n    ArrayMap<double> g(gradient);\n    const EdgePoint *u,*v,*w;\n    for(Edges::const_iterator i=edges.begin();i!=edges.end();i++) {\n        //printf(\"Straightening path:\\n\");\n        //edges[i]->print();\n        Edge* e=*i;\n        ConstEdgePoints path;\n        e->getPath(path);\n        unsigned n=path.size();\n        FILE_LOG(logDEBUG2) << \"  path: n=\"<<n;\n        COLA_ASSERT(n>=2);\n        double d=e->idealLength;\n\n        double weight=2.0/(d*d);\n        double dl=d-e->pathLength();\n\n        if(dl>=0) continue;\n\n        // first and last entries\n        // gradient\n        u=path[0]; v=path[1];\n        COLA_ASSERT(v->inSegment->length()>0);\n        double h=weight*hRuleD1(dim,u,v,dl);\n        H(u,u)+=h;\n        double g1=weight*dl*gRule1(dim,u,v);\n        g[u]-=g1;\n        if(n==2||dl>0) {\n            // rule 1\n            H(v,v)+=h;\n            g[v]+=g1; \n            H(u,v)-=h;\n            H(v,u)-=h;\n            continue;\n        }\n        u=path[n-2]; v=path[n-1];\n        g[v]+=weight*dl*gRule1(dim,u,v);\n        H(v,v)+=weight*hRuleD1(dim,u,v,dl);\n        // remaining diagonal entries\n        for(unsigned j=1;j<n-1;j++) {\n            u=path[j-1], v=path[j], w=path[j+1];\n            COLA_ASSERT(v->inSegment->length()>0);\n            COLA_ASSERT(w->inSegment->length()>0);\n            H(v,v)+=weight*hRuleD2(dim,u,v,w,dl);\n            g[v]+=weight*dl*gRule2(dim,u,v,w);\n        }\n\n        // off diagonal entries\n        // hRule 2\n        u=path[0], v=path[1], w=path[2];\n        h=weight*hRule2(dim,u,v,w,dl);\n        H(u,v)+=h;\n        H(v,u)+=h;\n        // hRule 3\n        u=path[n-3], v=path[n-2], w=path[n-1];\n        h=weight*hRule3(dim,u,v,w,dl);\n        H(v,w)+=h;\n        H(w,v)+=h;\n        // hRule 4\n        u=path[0], v=path[n-1];\n        h=weight*hRule4(dim,u,path[1],path[n-2],v);\n        H(u,v)+=h;\n        H(v,u)+=h;\n        if(n==3) continue;\n        for(unsigned j=2;j<n-1;j++) {\n            // hRule 5\n            u=path[0],v=path[j];\n            h=weight*hRule56(dim,u,path[1],path[j-1],v,path[j+1]);\n            H(u,v)+=h;\n            H(v,u)+=h;\n            // hRule 6\n            u=path[n-1], v=path[n-1-j];\n            h=weight*hRule56(dim,u,path[n-2],path[n-1-j-1],v,path[n-1-j+1]);\n            H(u,v)+=h;\n            H(v,u)+=h;\n            // hRule 7\n            u=path[j-1], v=path[j];\n            h=weight*hRule7(dim,path[j-2],u,v,path[j+1],dl);\n            H(u,v)+=h;\n            H(v,u)+=h;\n        } \n        for(unsigned j=1;j<n-3;j++) {\n            for(unsigned k=j+2;k<n-1;k++) {\n                u=path[j]; v=path[k];\n                h=weight*hRule8(dim,path[j-1],u,path[j+1],path[k-1],v,path[k+1]);\n                H(u,v)+=h;\n                H(v,u)+=h;\n            }\n        }\n    }\n    for(unsigned i=0;i<gradient.size();i++) {\n        COLA_ASSERT(gradient[i]==gradient[i]);\n    }\n    /*\n    for(unsigned i=0;i<edges.size();i++) {\n        Edge* e=edges[i];\n        vector<unsigned>& path=e->path;\n        unsigned n=path.size();\n        printf(\"d=%f;\\n\",e->idealLength);\n        printf(\"X={\");\n        for(unsigned j=0;j<n;j++) {\n            printf(\"%f\",nodes[path[j]]->x);\n            if(j<n-1) {\n                printf(\",\");\n            }\n        }\n        printf(\"};\\n\");\n        printf(\"Y={\");\n        for(unsigned j=0;j<n;j++) {\n            printf(\"%f\",nodes[path[j]]->y);\n            if(j<n-1) {\n                printf(\",\");\n            }\n        }\n        printf(\"};\\n\");\n        printf(\"H=\\n\");\n        for(unsigned j=0;j<n;j++) {\n            for(unsigned k=0;k<n;k++) {\n                unsigned u=path[j], v=path[k];\n                printf(\"%f \",H(u,v));\n            }\n            printf(\"\\n\");\n        }\n        printf(\"g=\");\n        for(unsigned j=0;j<n;j++) {\n            printf(\"%f \",g[path[j]]);\n        }\n        printf(\"\\n\");\n    }\n    */\n}\n} // namespace topology\n"
  },
  {
    "path": "cola/libtopology/doc/description.doc",
    "content": "/*!\n\n\\if LIBTOPOLOGY_DOC\n@mainpage libtopology: Extensions to support Topology-preserving Layout\n\\endif\n\\if ADAPTAGRAMS_DOC\n@page libtopology libtopology &mdash; Overview\n\\endif\n\nlibtopology is a cross-platform C++ library providing extensions to the libcola and libavoid libraries to support topology-preserving layout.\n\nlibtopology is part of the \n<a href=\"http://www.adaptagrams.org/\">Adaptagrams project</a>. \nThere are no official releases yet, though the code is stable and \navailable from the Adaptagrams \n<a href=\"https://github.com/mjwybrow/adaptagrams\">GitHub \nrepository</a>.\n\nThe API is documented using Doxygen.  The documentation you are currently \nreading can be obtained by running doxygen in the cola directory. \n\nlibcola is written and maintained by \n<a href=\"http://users.monash.edu/~mwybrow/\">Michael Wybrow</a> and\n<a href=\"http://ialab.it.infotech.monash.edu/~dwyer/\">Tim Dwyer</a>,\nmembers of <a href=\"http://ialab.it.monash.edu/\">Immersive Analytics Lab</a> at Monash University, Australia.\n\nThe algorithms used for Topology Preservation are described in the following papers.  If you use libtopology, please cite the relevant paper.\n-  Tim Dwyer, Kim Marriott, and Michael Wybrow. Topology preserving\n   constrained graph layout. In Proc. 16th Intl. Symp. Graph Drawing\n   (GD'08), volume 5417 of Lecture Notes in Computer Science, pages\n   230-241. Springer, 2009.\n\n*/\n\n\n"
  },
  {
    "path": "cola/libtopology/libtopology.pc.in",
    "content": "prefix=@prefix@\nexec_prefix=@exec_prefix@\nlibdir=@libdir@\nincludedir=@includedir@\n\nName: libtopology\nDescription: A library containing extensions to libcola to support topology preserving constraint-based layout.\nURL: http://www.adaptagrams.org/\nVersion: @VERSION@\nRequires:\nLibs: -L${libdir} -ltopology\nCflags: -I${includedir}/libtopology"
  },
  {
    "path": "cola/libtopology/orthogonal_topology.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Michael Wybrow\n*/\n\n\n#include <cstdlib>\n#include <cfloat>\n#include <cmath>\n#include <set>\n#include <list>\n#include <algorithm>\n\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n#include <sstream>\n#include <iomanip>\n#endif\n\n#include \"libavoid/router.h\"\n#include \"libavoid/geomtypes.h\"\n#include \"libavoid/shape.h\"\n#include \"libavoid/orthogonal.h\"\n#include \"libavoid/connend.h\"\n#include \"libavoid/connector.h\"\n#include \"libavoid/junction.h\"\n#include \"libavoid/vpsc.h\"\n#include \"libavoid/assertions.h\"\n#include \"libavoid/hyperedgetree.h\"\n#include \"libavoid/mtst.h\"\n#include \"libavoid/scanline.h\"\n\n#include \"libtopology/orthogonal_topology.h\"\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/constraint.h\"\n\n//#define ORTHOG_TOPOLOGY_DEBUG\n\n#define CONSTRAIN_CHECKPOINTS  false\n\n\nnamespace topology {\n\nusing namespace Avoid;\n\nstatic const double CHANNEL_MAX = 100000000;\n\n// Used to sort points when merging LayoutEdgeSegments.\n// Sorts the indexes, by point position in one dimension.\nclass CmpIndexes\n{\n    public:\n        CmpIndexes(ConnRef *conn, size_t dim)\n            : connRef(conn),\n              dimension(dim)\n        {\n        }\n        bool operator()(size_t lhs, size_t rhs)\n        {\n            return connRef->displayRoute().ps[lhs][dimension] <\n                    connRef->displayRoute().ps[rhs][dimension];\n        }\n    private:\n        ConnRef *connRef;\n        size_t dimension;\n};\n\n\nclass LayoutEdgeSegmentSeparation\n{\n    public:\n    double distance;\n    vpsc::Variable *var1;\n    vpsc::Variable *var2;\n    ConnRef *connRef;\n\n    bool operator<(const LayoutEdgeSegmentSeparation& rhs) const\n    {\n        COLA_ASSERT((var1 != rhs.var1) || (var2 != rhs.var2));\n        if (distance == rhs.distance)\n        {\n            return (var1 < rhs.var1) || (var2 < rhs.var2);\n        }\n        return distance < rhs.distance;\n    }\n};\ntypedef std::set<LayoutEdgeSegmentSeparation> LayoutEdgeSegmentSeparations;\n\nclass LayoutEdgeSegment : public ShiftSegment\n{\n    public:\n        // For shiftable segments.\n        LayoutEdgeSegment(ConnRef *conn, const size_t low, const size_t high,\n                bool isSBend, bool isZBend, const size_t dim, double minLim,\n                double maxLim)\n            : ShiftSegment(dim),\n              connRef(conn),\n              variable(nullptr),\n              fixed(false),\n              finalSegment(false),\n              containsCheckpoint(false),\n              sBend(isSBend),\n              zBend(isZBend)\n        {\n            indexes.push_back(low);\n            indexes.push_back(high);\n            minSpaceLimit = minLim;\n            maxSpaceLimit = maxLim;\n        }\n        // For fixed segments.\n        LayoutEdgeSegment(ConnRef *conn, const size_t low, const size_t high,\n                const size_t dim)\n            : ShiftSegment(dim),\n              connRef(conn),\n              variable(nullptr),\n              fixed(true),\n              finalSegment(false),\n              containsCheckpoint(false),\n              sBend(false),\n              zBend(false)\n        {\n            indexes.push_back(low);\n            indexes.push_back(high);\n            // This has no space to shift.\n            minSpaceLimit = lowPoint()[dim];\n            maxSpaceLimit = lowPoint()[dim];\n        }\n        virtual ~LayoutEdgeSegment()\n        {\n        }\n        Point& lowPoint(void)\n        {\n            return connRef->displayRoute().ps[indexes.front()];\n        }\n        Point& highPoint(void)\n        {\n            return connRef->displayRoute().ps[indexes.back()];\n        }\n        const Point& lowPoint(void) const\n        {\n            return connRef->displayRoute().ps[indexes.front()];\n        }\n        const Point& highPoint(void) const\n        {\n            return connRef->displayRoute().ps[indexes.back()];\n        }\n        double nudgeDistance(void) const\n        {\n            return connRef->router()->routingParameter(idealNudgingDistance);\n        }\n        bool immovable(void) const\n        {\n            return ! zigzag();\n        }\n        void createSolverVariable(void)\n        {\n            int varID = connRef->id();\n            double varPos = lowPoint()[dimension];\n\n            // Use a low weight for segments.\n            // (Constraints will hold them in place on shapes.)\n            double weight = 0.001;\n\n            variable = new vpsc::Variable(varID, varPos, weight);\n        }\n        bool overlapsWith(const ShiftSegment *rhs, const size_t dim) const\n        {\n            COLA_UNUSED(rhs);\n            COLA_UNUSED(dim);\n\n            return false;\n        }\n        void updatePositionsFromSolver(void)\n        {\n            if (fixed)\n            {\n                return;\n            }\n            double newPos = variable->finalPosition;\n            for (size_t it = 0; it < indexes.size(); ++it)\n            {\n                size_t index = indexes[it];\n                connRef->displayRoute().ps[index][dimension] = newPos;\n            }\n        }\n        int fixedOrder(bool& isFixed) const\n        {\n            double nudgeDist = nudgeDistance();\n            double pos = lowPoint()[dimension];\n            bool minLimited = ((pos - minSpaceLimit) < nudgeDist);\n            bool maxLimited = ((maxSpaceLimit - pos) < nudgeDist);\n\n            if (fixed || (minLimited && maxLimited))\n            {\n                isFixed = true;\n                return 0;\n            }\n            else if (minLimited)\n            {\n                return 1;\n            }\n            else if (maxLimited)\n            {\n                return -1;\n            }\n            return 0;\n        }\n        int order(void) const\n        {\n            if (lowC())\n            {\n                return -1;\n            }\n            else if (highC())\n            {\n                return 1;\n            }\n            return 0;\n        }\n        bool zigzag(void) const\n        {\n            return sBend || zBend;\n        }\n\n        ConnRef *connRef;\n        vpsc::Variable *variable;\n        std::vector<size_t> indexes;\n        bool fixed;\n        bool finalSegment;\n        std::list<int> endsInShapeIndexes;\n        bool containsCheckpoint;\n    private:\n        bool sBend;\n        bool zBend;\n        bool lowC(void) const\n        {\n            // This is true if this is a cBend and its adjoining points\n            // are at lower positions.\n            if (!finalSegment && !zigzag() && !fixed &&\n                    (minSpaceLimit == lowPoint()[dimension]))\n            {\n                return true;\n            }\n            return false;\n        }\n        bool highC(void) const\n        {\n            // This is true if this is a cBend and its adjoining points\n            // are at higher positions.\n            if (!finalSegment && !zigzag() && !fixed &&\n                    (maxSpaceLimit == lowPoint()[dimension]))\n            {\n                return true;\n            }\n            return false;\n        }\n};\ntypedef std::list<LayoutEdgeSegment *> LayoutEdgeSegmentList;\n\nclass LayoutObstacle\n{\n    public:\n    LayoutObstacle()\n        : dimension(0),\n          obstacle(nullptr),\n          variable(nullptr)\n    {\n    }\n    LayoutObstacle(ShapeRef *shape, const size_t dim)\n        : dimension(dim),\n          obstacle(shape),\n          variable(nullptr)\n    {\n        // Take the bounds of the shape\n        Avoid::Box bBox = shape->routingBox();\n        min = bBox.min;\n        max = bBox.max;\n    }\n    LayoutObstacle(JunctionRef *junction, const size_t dim)\n        : dimension(dim),\n          obstacle(junction),\n          variable(nullptr)\n    {\n        // Don't nudge segments attached to junctions,\n        // so just use the junction position here.\n        Point pos = junction->position();\n\n        min = pos;\n        max = pos;\n    }\n    ShapeRef *shape(void) const\n    {\n        return (dynamic_cast<ShapeRef *> (obstacle));\n    }\n    JunctionRef *junction(void) const\n    {\n        return (dynamic_cast<JunctionRef *> (obstacle));\n    }\n    double halfSizeInDim(const size_t dim)\n    {\n        return (max[dim] - min[dim]) / 2;\n    }\n    double centreX(void) const\n    {\n        return min.x + ((max.x - min.x) / 2);\n    }\n    double centreY(void) const\n    {\n        return min.y + ((max.y - min.y) / 2);\n    }\n    Point centre(void) const\n    {\n        return Point(centreX(), centreY());\n    }\n    Point shapeCentre(void) const\n    {\n        COLA_ASSERT(shape());\n        return shape()->position();\n    }\n    void createSolverVariable(void)\n    {\n        int varID = obstacle->id();\n\n        // Use higher weight than alignment variables (0.001) so we don't\n        // get moved by them.\n        double weight = 1.0;\n\n        variable = new vpsc::Variable(varID, centre()[dimension], weight);\n    }\n    void updatePositionsFromSolver(void)\n    {\n        double varVal = variable->finalPosition;\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n        fprintf(stderr, \"Obstacle Pos: %d, %g\\n\", obstacle->id(), varVal);\n#endif\n        ShapeRef *shapeRef = shape();\n        if (shapeRef)\n        {\n            Point newPos = shapeRef->position();\n            newPos[dimension] = varVal;\n            shapeRef->setCentrePos(newPos);\n        }\n    }\n\n    size_t dimension;\n\n    Point min;\n    Point max;\n\n    Obstacle *obstacle;\n\n    vpsc::Variable *variable;\n};\ntypedef std::vector<LayoutObstacle> LayoutObstacleVector;\n\nstatic const int SIDE_RIGHT = -1;\nstatic const int SIDE_LEFT  = 1;\n\nclass LayoutNode : public Node\n{\n    public:\n    LayoutNode(LayoutObstacle *layObstacle, const double position)\n        : Node(layObstacle->obstacle, position),\n          layoutObstacle(layObstacle),\n          side(0)\n    {\n    }\n\n    LayoutObstacle *layoutObstacle;\n    int side;\n};\n\n\n\nenum ScanVisDirFlag {\n    VisDirNone  = 0,\n    VisDirUp    = 1,\n    VisDirDown  = 2\n};\ntypedef unsigned int ScanVisDirFlags;\n\n\nstruct PosVertInf\n{\n    PosVertInf(double p, VertInf *vI, ScanVisDirFlags d = VisDirNone)\n        : pos(p),\n          vert(vI),\n          dirs(d)\n    {\n    }\n\n    bool operator<(const PosVertInf& rhs) const\n    {\n        if (pos != rhs.pos)\n        {\n            return pos < rhs.pos;\n        }\n        if ((vert->id == rhs.vert->id) && (vert->id == Avoid::dummyOrthogID))\n        {\n            // Multiple dummy nodes can get placed at the same point for\n            // multiple ShapeConnectionPins on junctions (outside of shapes).\n            // We only need one at each position, so multiples can be seen\n            // as equal here.\n            return false;\n        }\n        if (vert->id != rhs.vert->id)\n        {\n            return vert->id < rhs.vert->id;\n        }\n        return dirs < rhs.dirs;\n    }\n\n    double pos;\n    VertInf *vert;\n\n    // A bitfield marking the direction of visibility (in this dimension)\n    // made up of VisDirDown (for visibility towards lower position values)\n    // and VisDirUp (for visibility towards higher position values).\n    //\n    ScanVisDirFlags dirs;\n};\n\n\n// Temporary structure used to store the possible horizontal visibility\n// lines arising from the vertical sweep.\nclass LineSegment\n{\npublic:\n    LineSegment(const double& b, const double& f, const double& p,\n            bool ss = false, VertInf *bvi = nullptr, VertInf *fvi = nullptr)\n        : begin(b),\n          finish(f),\n          pos(p),\n          shapeSide(ss)\n    {\n        COLA_UNUSED(bvi);\n        COLA_UNUSED(fvi);\n        COLA_ASSERT(begin < finish);\n    }\n    LineSegment(const double& bf, const double& p, VertInf *bfvi = nullptr)\n        : begin(bf),\n          finish(bf),\n          pos(p),\n          shapeSide(false)\n    {\n        COLA_UNUSED(bfvi);\n    }\n\n    // Order by begin, pos, finish.\n    bool operator<(const LineSegment& rhs) const\n    {\n        if (begin != rhs.begin)\n        {\n            return begin < rhs.begin;\n        }\n        if (pos != rhs.pos)\n        {\n            return pos < rhs.pos;\n        }\n        if (finish != rhs.finish)\n        {\n            return finish < rhs.finish;\n        }\n        COLA_ASSERT(shapeSide == rhs.shapeSide);\n        return false;\n    }\n\n    bool overlaps(const LineSegment& rhs) const\n    {\n        if ((begin == rhs.begin) && (pos == rhs.pos) &&\n                (finish == rhs.finish))\n        {\n            // Lines are exactly equal.\n            return true;\n        }\n\n        if (pos == rhs.pos)\n        {\n            if (((begin >= rhs.begin) && (begin <= rhs.finish)) ||\n                ((rhs.begin >= begin) && (rhs.begin <= finish)) )\n            {\n                // They are colinear and overlap by some amount.\n                return true;\n            }\n        }\n        return false;\n    }\n\n    double begin;\n    double finish;\n    double pos;\n\n    // XXX shapeSide is unused and could possibly be removed?\n    bool shapeSide;\n\nprivate:\n\t// MSVC wants to generate the assignment operator and the default\n\t// constructor, but fails.  Therefore we declare them private and\n\t// don't implement them.\n    LineSegment & operator=(LineSegment const &);\n    LineSegment();\n};\n\ntypedef std::list<LineSegment> SegmentList;\n\n\nstatic bool insideLayoutObstacleBounds(const Point& point,\n        const LayoutObstacle& anchor)\n{\n    Point zero(0, 0);\n    if ((anchor.min == zero) && (anchor.max == zero))\n    {\n        // We can't be inside the invalid rectangle.\n        return false;\n    }\n\n    for (size_t i = 0; i < 2; ++i)\n    {\n        if (point[i] < anchor.min[i])\n        {\n            return false;\n        }\n        if (point[i] > anchor.max[i])\n        {\n            return false;\n        }\n    }\n    return true;\n}\n\n\n// When processing the scanline, it may be possible that shapes share edges,\n// or a connector segment shares a position with a shape edge.  Thus, we\n// order objects in the scanline list so that shape right sides come before\n// connector segments which come before shape left sides at the same position.\nstruct LayoutScanlineCmpNodePos\n{\n    bool operator()(const Node* u, const Node* v) const\n    {\n        if (fabs(u->pos - v->pos) > 0.000000001)\n        {\n            return u->pos < v->pos;\n        }\n\n        // Use the pointers to the base objects to differentiate them.\n        void *up = (u->v) ? (void *) u->v :\n                ((u->c) ? (void *) u->c : (void *) u->ss);\n        void *vp = (v->v) ? (void *) v->v :\n                ((v->c) ? (void *) v->c : (void *) v->ss);\n\n        const LayoutNode *layoutNodeU = dynamic_cast<const LayoutNode *> (u);\n        const LayoutNode *layoutNodeV = dynamic_cast<const LayoutNode *> (v);\n\n        // For things occurring at the same position on the scanline,\n        // order shape SIDE_RIGHT (-1) < segments (0) < shape SIDE_LEFT (1).\n        int valU = (layoutNodeU) ? layoutNodeU->side : 0;\n        int valV = (layoutNodeV) ? layoutNodeV->side : 0;\n        if (valU != valV)\n        {\n            return valU < valV;\n        }\n\n        return up < vp;\n    }\n};\n\ntypedef std::set<Node*,LayoutScanlineCmpNodePos> LayoutScanlineNodeSet;\n\n// Processes sweep events to determine orthogonal constraints affecting each\n// shape and line segment.  This is done in three passes to cater for events\n// that occur at the same position.  First pass adds all obejcts at position\n// to the scanline.  The second pass processes the scanline and generates\n// constraints.  The third pass removes any objects ending at that position\n// from the scanline.\nstatic void processLayoutConstraintEvent(LayoutScanlineNodeSet& scanline,\n        Event *e, size_t dim,  LayoutObstacleVector& obstacleVector,\n        LineReps *lineReps, vpsc::Constraints& cs,\n        LayoutEdgeSegmentSeparations& less, unsigned int pass,\n        const double moveLimit, const double idealNudgeDist)\n{\n    COLA_UNUSED(lineReps);\n\n    //size_t altDim = (dim + 1) % 2;\n    Node *v = e->v;\n\n    bool Equality = true;\n    bool NonEquality = false;\n\n    // Scanline housekeeping.\n    if ( (pass == 1) && ((e->type == Open) || (e->type == SegOpen)) )\n    {\n        // Opening events.  First pass.\n\n        std::pair<LayoutScanlineNodeSet::iterator, bool> result =\n                scanline.insert(v);\n        v->iter = result.first;\n        COLA_ASSERT(result.second);\n\n        LayoutScanlineNodeSet::iterator it = v->iter;\n        // Work out neighbours\n        if (it != scanline.begin())\n        {\n            Node *u = *(--it);\n            v->firstAbove = u;\n            u->firstBelow = v;\n        }\n        it = v->iter;\n        if (++it != scanline.end())\n        {\n            Node *u = *it;\n            v->firstBelow = u;\n            u->firstAbove = v;\n        }\n    }\n    else if ( (pass == 3) &&  ((e->type == SegClose) || (e->type == Close)) )\n    {\n        // Closing events.  Third pass.\n\n        // Clean up neighbour pointers.\n        Node *l = v->firstAbove, *r = v->firstBelow;\n        if (l != nullptr)\n        {\n            l->firstBelow = v->firstBelow;\n        }\n        if (r != nullptr)\n        {\n            r->firstAbove = v->firstAbove;\n        }\n\n        size_t result;\n        result = scanline.erase(v);\n        COLA_ASSERT(result == 1);\n        delete v;\n    }\n\n    if (pass != 2)\n    {\n        // Do remaining stuff only if we are in the second pass.\n        return;\n    }\n\n    if ((e->type == SegClose) || (e->type == SegOpen))\n    {\n        // This is an edge segment from a connector.\n\n        // Constraint edge segments that end in shapes to be fixed to those\n        // shapes in the shift dimension.\n        LayoutEdgeSegment *les = dynamic_cast<LayoutEdgeSegment *> (v->ss);\n        for (std::list<int>::iterator it = les->endsInShapeIndexes.begin();\n                it != les->endsInShapeIndexes.end(); ++it)\n        {\n            assert(les->lowPoint()[dim] == les->highPoint()[dim]);\n            Point endpoint = (e->type == SegOpen) ? les->lowPoint() :\n                    les->highPoint();\n            if (insideLayoutObstacleBounds(endpoint, obstacleVector[*it]))\n            {\n                double sepDist = obstacleVector[*it].centre()[dim] -\n                        les->lowPoint()[dim];\n                vpsc::Constraint *constraint = new vpsc::Constraint(\n                        les->variable, obstacleVector[*it].variable,\n                        sepDist, Equality);\n                cs.push_back(constraint);\n            }\n\n            /*\n            if (lineReps)\n            {\n                LineRep line;\n                line.begin[dim] = constraint->left->desiredPosition;\n                line.end[dim] = constraint->right->desiredPosition;\n                line.begin[altDim] = e->pos;\n                line.end[altDim] = e->pos;\n                lineReps->push_back(line);\n            }\n            */\n        }\n\n        // Constrain edge segment to separate from left neighbouring shape.\n        Node *beforeV = v->firstAbove;\n        LayoutNode *beforeLayoutV = dynamic_cast<LayoutNode *> (beforeV);\n        if (beforeLayoutV && (beforeLayoutV->side == SIDE_RIGHT))\n        {\n            double sepDist =\n                    beforeLayoutV->layoutObstacle->halfSizeInDim(dim);\n\n            COLA_ASSERT(sepDist >= 0);\n            vpsc::Constraint *constraint = new vpsc::Constraint(\n                    beforeLayoutV->layoutObstacle->variable,\n                    les->variable, sepDist, NonEquality);\n            cs.push_back(constraint);\n\n        }\n\n        // Constrain edge segment to separate from right neighbouring shape.\n        Node *afterV = v->firstBelow;\n        LayoutNode *afterLayoutV = dynamic_cast<LayoutNode *> (afterV);\n        if (afterLayoutV && (afterLayoutV->side == SIDE_LEFT))\n        {\n            double sepDist =\n                    afterLayoutV->layoutObstacle->halfSizeInDim(dim);\n\n            COLA_ASSERT(sepDist >= 0);\n            vpsc::Constraint *constraint = new vpsc::Constraint(\n                    les->variable, afterLayoutV->layoutObstacle->variable,\n                    sepDist, NonEquality);\n            cs.push_back(constraint);\n\n        }\n\n        // Constrain edge segment to separate from left neighbouring segment.\n        if (beforeV && beforeV->ss)\n        {\n            LayoutEdgeSegment *beforeLes =\n                dynamic_cast<LayoutEdgeSegment *> (beforeV->ss);\n            assert(beforeLes);\n\n            if (les->connRef != beforeLes->connRef)\n            {\n                // If not segments from same edge.\n                if (CONSTRAIN_CHECKPOINTS && les->containsCheckpoint &&\n                        beforeLes->containsCheckpoint)\n                {\n                    // Both segments are passing a checkpoint.\n                    // Constrain them together.\n                    double sepDist =\n                            (les->lowPoint()[les->dimension] -\n                                    beforeLes->lowPoint()[les->dimension]);\n\n                    vpsc::Constraint *constraint = new vpsc::Constraint(\n                            beforeLes->variable, les->variable,\n                            sepDist, Equality);\n                    cs.push_back(constraint);\n                }\n                else\n                {\n                    // Normal segments.  Constrain them with Nudging distance\n                    // or the current distance apart, if this is smalled.\n                    double sepDist = std::min(idealNudgeDist,\n                            (les->lowPoint()[les->dimension] -\n                             beforeLes->lowPoint()[les->dimension]));\n                    sepDist = std::max(sepDist, 0.0);\n                    COLA_ASSERT(sepDist >= 0);\n                    vpsc::Constraint *constraint = new vpsc::Constraint(\n                            beforeLes->variable, les->variable,\n                            sepDist, NonEquality);\n                    cs.push_back(constraint);\n                }\n            }\n        }\n\n        // Constrain edge segment to separate from right neighbouring segment.\n        if (afterV && afterV->ss)\n        {\n            LayoutEdgeSegment *afterLes =\n                dynamic_cast<LayoutEdgeSegment *> (afterV->ss);\n            assert(afterLes);\n\n            if (les->connRef != afterLes->connRef)\n            {\n                // If not segments from same edge.\n                if (CONSTRAIN_CHECKPOINTS && les->containsCheckpoint &&\n                        afterLes->containsCheckpoint)\n                {\n                    // Both segments are passing a checkpoint.a\n                    // Constrain them together.\n                    double sepDist =\n                            (afterLes->lowPoint()[les->dimension] -\n                             les->lowPoint()[les->dimension]);\n\n                    vpsc::Constraint *constraint = new vpsc::Constraint(\n                            les->variable, afterLes->variable,\n                            sepDist, Equality);\n                    cs.push_back(constraint);\n                }\n                else\n                {\n                    // Normal segments.  Constrain them with Nudging distance\n                    // or the current distance apart, if this is smalled.\n                    double sepDist = std::min(idealNudgeDist,\n                            (afterLes->lowPoint()[les->dimension] -\n                                    les->lowPoint()[les->dimension]));\n                    sepDist = std::max(sepDist, 0.0);\n                    COLA_ASSERT(sepDist >= 0);\n\n                    vpsc::Constraint *constraint = new vpsc::Constraint(\n                            les->variable, afterLes->variable,\n                            sepDist, NonEquality);\n                    cs.push_back(constraint);\n                }\n            }\n        }\n    }\n\n    if ((e->type == Close) || (e->type == Open))\n    {\n        // This is a left or right shape side, beginning or ending.\n\n        LayoutNode *ln = dynamic_cast<LayoutNode *> (v);\n\n        if (ln->side == SIDE_LEFT)\n        {\n            Node *beforeV = v->firstAbove;\n            LayoutNode *beforeLayoutV = dynamic_cast<LayoutNode *> (beforeV);\n            LayoutEdgeSegment *beforeLes = (beforeV == nullptr) ? nullptr :\n                    dynamic_cast<LayoutEdgeSegment *> (beforeV->ss);\n\n            if (beforeLayoutV && (beforeLayoutV->side == SIDE_RIGHT))\n            {\n                // Constrain this left shape side to be separated from\n                // a neighbouring shape right side to the left.\n                double sepDist =\n                        ln->layoutObstacle->halfSizeInDim(dim) +\n                        beforeLayoutV->layoutObstacle->halfSizeInDim(dim);\n                COLA_ASSERT(sepDist >= 0);\n\n                vpsc::Constraint *constraint = new vpsc::Constraint(\n                        beforeLayoutV->layoutObstacle->variable,\n                        ln->layoutObstacle->variable, sepDist, NonEquality);\n                cs.push_back(constraint);\n\n            }\n            else if (beforeLes)\n            {\n                // Constrain this left shape side to be separated from\n                // a neighbouring edge segment to the left.\n                double sepDist =\n                        ln->layoutObstacle->halfSizeInDim(dim);\n                COLA_ASSERT(sepDist >= 0);\n\n                vpsc::Constraint *constraint = new vpsc::Constraint(\n                        beforeLes->variable, ln->layoutObstacle->variable,\n                        sepDist, NonEquality);\n                cs.push_back(constraint);\n            }\n        }\n        else if (ln->side == SIDE_RIGHT)\n        {\n            Node *afterV = v->firstBelow;\n            LayoutNode *afterLayoutV = dynamic_cast<LayoutNode *> (afterV);\n            LayoutEdgeSegment *afterLes = (afterV == nullptr) ? nullptr :\n                    dynamic_cast<LayoutEdgeSegment *> (afterV->ss);\n\n            if (afterLayoutV && (afterLayoutV->side == SIDE_LEFT))\n            {\n                // Constrain this right shape side to be separated from\n                // a neighbouring shape left side to the right.\n                double sepDist =\n                        ln->layoutObstacle->halfSizeInDim(dim) +\n                        afterLayoutV->layoutObstacle->halfSizeInDim(dim);\n                COLA_ASSERT(sepDist >= 0);\n\n                vpsc::Constraint *constraint = new vpsc::Constraint(\n                        ln->layoutObstacle->variable,\n                        afterLayoutV->layoutObstacle->variable,\n                        sepDist, NonEquality);\n                cs.push_back(constraint);\n\n            }\n            else if (afterLes)\n            {\n                // Constrain this right shape side to be separated from\n                // a neighbouring edge segment to the right.\n                double sepDist =\n                        ln->layoutObstacle->halfSizeInDim(dim);\n                COLA_ASSERT(sepDist >= 0);\n\n                vpsc::Constraint *constraint = new vpsc::Constraint(\n                        ln->layoutObstacle->variable, afterLes->variable,\n                        sepDist, NonEquality);\n                cs.push_back(constraint);\n            }\n        }\n    }\n\n    // Compute all possible shifts that can be made from a segment ending,\n    // to straighten it to a sibling segment.\n    if (e->type == SegClose)\n    {\n        // Possible points of movement.\n        LayoutEdgeSegment *les = dynamic_cast<LayoutEdgeSegment *> (v->ss);\n        for(LayoutScanlineNodeSet::iterator it = scanline.begin();\n                it != scanline.end(); ++it)\n        {\n            size_t altDim = (les->dimension + 1) % 2;\n            Node *u = *it;\n            LayoutEdgeSegment *otherLes =\n                    dynamic_cast<LayoutEdgeSegment *> (u->ss);\n            if (otherLes && (les->connRef == otherLes->connRef) &&\n                    !(les->containsCheckpoint) &&\n                    !(otherLes->containsCheckpoint) &&\n                    (les->highPoint()[altDim] == otherLes->lowPoint()[altDim]))\n            {\n                // We consider moving segments from the same connector\n                // separated by a single segment, where neither contains a\n                // checkpoint.\n                LayoutEdgeSegmentSeparation newLess;\n                newLess.distance = fabs(les->highPoint()[les->dimension] -\n                        otherLes->lowPoint()[les->dimension]);\n                newLess.var1 = les->variable;\n                newLess.var2 = otherLes->variable;\n                newLess.connRef = les->connRef;\n                if (newLess.distance < moveLimit)\n                {\n                    less.insert(newLess);\n                }\n\n                /*\n                if (lineReps)\n                {\n                    LineRep line;\n                    line.begin[dim] = les->highPoint()[les->dimension];\n                    line.end[dim] = otherLes->highPoint()[les->dimension];\n                    line.begin[altDim] = e->pos;\n                    line.end[altDim] = e->pos;\n                    lineReps->push_back(line);\n                }\n                */\n            }\n        }\n    }\n}\n\n// This class is used to record and update endpoints of segments in the same\n// dimension that shapes are being moved in the optimisation step.  this is\n// done only for the first and last endpoints of connectors for the shape they\n// terminate inside of.\nclass EndpointAnchorInMoveDir\n{\n    public:\n        EndpointAnchorInMoveDir(size_t dimension, ConnRef *connRef,\n                size_t endptIndex, size_t obstacleIndex,\n                double obstacleOffset)\n            : dimension(dimension),\n              connRef(connRef),\n              endptIndex(endptIndex),\n              obstacleIndex(obstacleIndex),\n              obstacleOffset(obstacleOffset)\n        {\n        }\n\n        void updatePosition(const LayoutObstacleVector& obstacleVector)\n        {\n            Point obstacleCentre = obstacleVector[obstacleIndex].shapeCentre();\n            connRef->displayRoute().ps[endptIndex][dimension] =\n                    obstacleCentre[dimension] + obstacleOffset;\n        }\n\n        size_t dimension;\n        ConnRef *connRef;\n        size_t endptIndex;\n        size_t obstacleIndex;\n        double obstacleOffset;\n};\ntypedef std::list<EndpointAnchorInMoveDir> EndpointAnchorList;\n\n\nstatic void buildOrthogonalLayoutSegments(Router *router,\n        const size_t dim, LayoutEdgeSegmentList& segmentList,\n        LayoutObstacleVector& obstacleVector,\n        EndpointAnchorList& extraTerminalsList)\n{\n    // We can handle bends that occur as a result of checkpoints as intentional.\n    // In this case we don't try to remove those bends.  Also, we keep a fixed\n    // (equality) spacing between nudges paths at the checkpoint, so part of\n    // the shared path doesn't get ripped away.\n    const bool preserveCheckpointBends = true;\n\n    const size_t n = router->m_obstacles.size();\n\n    obstacleVector = LayoutObstacleVector(n);\n\n    // If we're going to nudge final segments, then cache the shape\n    // rectangles to save us rebuilding them multiple times.\n    ObstacleList::iterator obstacleIt = router->m_obstacles.begin();\n    for (unsigned i = 0; i < n; i++)\n    {\n        ShapeRef *shape = dynamic_cast<ShapeRef *> (*obstacleIt);\n        JunctionRef *junction = dynamic_cast<JunctionRef *> (*obstacleIt);\n        if (shape)\n        {\n            obstacleVector[i] = LayoutObstacle(shape, dim);\n        }\n        else if (junction)\n        {\n            obstacleVector[i] = LayoutObstacle(junction, dim);\n        }\n        ++obstacleIt;\n    }\n\n    size_t altDim = (dim + 1) % 2;\n    // For each connector.\n    for (ConnRefList::const_iterator curr = router->connRefs.begin();\n            curr != router->connRefs.end(); ++curr)\n    {\n        if ((*curr)->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n        Polygon& displayRoute = (*curr)->displayRoute();\n        bool routeHasCheckpointInfo = !displayRoute.checkpointsOnRoute.empty();\n        // Determine all line segments that we are interested in shifting.\n        // We don't consider the first or last segment of a path.\n        for (size_t i = 1; i < displayRoute.size(); ++i)\n        {\n            bool containsCheckpoint = false;\n            if (preserveCheckpointBends && routeHasCheckpointInfo)\n            {\n                containsCheckpoint =\n                        (displayRoute.checkpointsOnSegment(i - 1).size() > 0);\n            }\n\n            if (displayRoute.ps[i - 1][dim] == displayRoute.ps[i][dim])\n            {\n                // It's a segment in the dimension we are processing,\n                size_t indexLow = i - 1;\n                size_t indexHigh = i;\n                COLA_ASSERT(displayRoute.ps[i - 1][altDim] !=\n                        displayRoute.ps[i][altDim]);\n                if (displayRoute.ps[i - 1][altDim] >\n                        displayRoute.ps[i][altDim])\n                {\n                    indexLow = i;\n                    indexHigh = i - 1;\n                }\n\n                double thisPos = displayRoute.ps[i][dim];\n\n                if ((i == 1) || ((i + 1) == displayRoute.size()))\n                {\n                    // Determine available space for nudging these\n                    // final segments.\n                    double minLim = -CHANNEL_MAX;\n                    double maxLim = CHANNEL_MAX;\n\n                    // Limit their movement by the length of\n                    // adjoining segments.\n                    bool first = (i == 1) ? true : false;\n                    bool last = ((i + 1) == displayRoute.size()) ?\n                            true : false;\n                    // If the position of the opposite end of the\n                    // attached segment is within the shape boundaries\n                    // then we want to use this as an ideal position\n                    // for the segment.\n                    if (!first)\n                    {\n                        double prevPos = displayRoute.ps[i - 2][dim];\n                        if (prevPos < thisPos)\n                        {\n                            minLim = std::max(minLim, prevPos);\n                        }\n                        else if (prevPos > thisPos)\n                        {\n                            maxLim = std::min(maxLim, prevPos);\n                        }\n                    }\n                    if (!last)\n                    {\n                        double nextPos = displayRoute.ps[i + 1][dim];\n                        if (nextPos < thisPos)\n                        {\n                            minLim = std::max(minLim, nextPos);\n                        }\n                        else if (nextPos > thisPos)\n                        {\n                            maxLim = std::min(maxLim, nextPos);\n                        }\n                    }\n\n                    std::list<int> endsInShapeIndexes;\n                    if (first || last)\n                    {\n                    // Also limit their movement to the edges of the\n                    // shapes they begin or end within.\n                    for (size_t k = 0; k < obstacleVector.size(); ++k)\n                    {\n                        double shapeMin = obstacleVector[k].min[dim];\n                        double shapeMax = obstacleVector[k].max[dim];\n                        if (first && insideLayoutObstacleBounds(displayRoute.ps[i - 1],\n                                    obstacleVector[k]))\n                        {\n                            minLim = std::max(minLim, shapeMin);\n                            maxLim = std::min(maxLim, shapeMax);\n                            endsInShapeIndexes.push_back(k);\n                            continue;\n                        }\n                        if (last && insideLayoutObstacleBounds(displayRoute.ps[i],\n                                    obstacleVector[k]))\n                        {\n                            minLim = std::max(minLim, shapeMin);\n                            maxLim = std::min(maxLim, shapeMax);\n                            endsInShapeIndexes.push_back(k);\n                        }\n                    }\n                    }\n\n                    // Shiftable.\n                    LayoutEdgeSegment *segment = new LayoutEdgeSegment(\n                            *curr, indexLow, indexHigh, false, false, dim,\n                            minLim, maxLim);\n                    segment->endsInShapeIndexes = endsInShapeIndexes;\n                    segment->containsCheckpoint = containsCheckpoint;\n                    segment->finalSegment = true;\n                    segmentList.push_back(segment);\n                    continue;\n                }\n\n                // The segment probably has space to be shifted.\n                double minLim = -CHANNEL_MAX;\n                double maxLim = CHANNEL_MAX;\n\n                bool isSBend = false;\n                bool isZBend = false;\n\n                double prevPos = displayRoute.ps[i - 2][dim];\n                double nextPos = displayRoute.ps[i + 1][dim];\n                if ( ((prevPos < thisPos) && (nextPos > thisPos)) ||\n                     ((prevPos > thisPos) && (nextPos < thisPos)) )\n                {\n\n                    // Determine limits if the s-bend is not due to an\n                    // obstacle.  In this case we need to limit the channel\n                    // to the span of the adjoining segments to this one.\n                    if ((prevPos < thisPos) && (nextPos > thisPos))\n                    {\n                        minLim = std::max(minLim, prevPos);\n                        maxLim = std::min(maxLim, nextPos);\n                        isZBend = true;\n                    }\n                    else\n                    {\n                        minLim = std::max(minLim, nextPos);\n                        maxLim = std::min(maxLim, prevPos);\n                        isSBend = true;\n                    }\n                }\n                else\n                {\n                    // isCBend: Both adjoining segments are in the same\n                    // direction.  We indicate this for later by setting\n                    // the maxLim or minLim to the segment position.\n                    if (prevPos < thisPos)\n                    {\n                        minLim = thisPos;\n                    }\n                    else\n                    {\n                        maxLim = thisPos;\n                    }\n                }\n\n                LayoutEdgeSegment *nss = new LayoutEdgeSegment(*curr,\n                        indexLow, indexHigh, isSBend, isZBend, dim,\n                        minLim, maxLim);\n                nss->containsCheckpoint = containsCheckpoint;\n                segmentList.push_back(nss);\n            }\n            else if (displayRoute.ps[i - 1][altDim] ==\n                    displayRoute.ps[i][altDim])\n            {\n                // It's a segment in the dimension opposite to the one we\n                // are processing.  For these we need to record their position\n                // relative to the shape they terminate in, so if that shape\n                // is moved along the direction of these segments, their\n                // endpoint is updated.\n                if (i == 1)\n                {\n                    // This is the first segment of the connector.\n\n                    // Also limit their movement to the edges of the\n                    // shapes they begin or end within.\n                    for (size_t k = 0; k < obstacleVector.size(); ++k)\n                    {\n                        if (insideLayoutObstacleBounds(displayRoute.ps[i - 1],\n                                    obstacleVector[k]))\n                        {\n                            double offset = displayRoute.ps[i - 1][dim] -\n                                    obstacleVector[k].centre()[dim];\n                            EndpointAnchorInMoveDir terminal(\n                                    dim, *curr, i - 1, k, offset);\n                            extraTerminalsList.push_back(terminal);\n                        }\n                    }\n                }\n                if ((i + 1) == displayRoute.size())\n                {\n                    // This is the final segment of the connector.\n\n                    // Also limit their movement to the edges of the\n                    // shapes they begin or end within.\n                    for (size_t k = 0; k < obstacleVector.size(); ++k)\n                    {\n                        if (insideLayoutObstacleBounds(displayRoute.ps[i],\n                                    obstacleVector[k]))\n                        {\n                            double offset = displayRoute.ps[i][dim] -\n                                    obstacleVector[k].centre()[dim];\n                            EndpointAnchorInMoveDir terminal(\n                                    dim, *curr, i, k, offset);\n                            extraTerminalsList.push_back(terminal);\n                        }\n                    }\n                }\n            }\n        }\n    }\n}\n\nstatic void setupOrthogonalLayoutConstraints(Router *router,\n        const size_t dim, LayoutEdgeSegmentList& segmentList,\n        LayoutObstacleVector& obstacleVector,\n        EndpointAnchorList& extraTerminalsList,\n        cola::CompoundConstraints& ccs, cola::VariableIDMap& idMap,\n        cola::RootCluster *clusterHierarchy, vpsc::Rectangles& rs,\n        LineReps *lineReps, const double moveLimit)\n{\n    COLA_UNUSED(router);\n\n    int count = 1;\n    if (segmentList.empty())\n    {\n        // There are no segments, so we can just return now.\n        return;\n    }\n\n\n    vpsc::Variables vs;\n    vpsc::Constraints cs;\n    vpsc::Rectangles boundingBoxes;\n    LayoutEdgeSegmentSeparations less;\n\n    cola::VariableIDMap colaToCurrMap;\n    // Do a sweep to determine space for shifting segments.\n    size_t altDim = (dim + 1) % 2;\n    const size_t ovn = obstacleVector.size();\n    const size_t cpn = segmentList.size();\n    std::vector<double> offsetsVector(ovn, 0.0);\n    // Set up the events for the sweep.\n    size_t totalEvents = (4 * ovn) + (2 * cpn);\n    Event **events = new Event*[totalEvents];\n    unsigned ctr = 0;\n    for (unsigned i = 0; i < ovn; i++)\n    {\n        LayoutObstacle& obstacle = obstacleVector[i];\n        JunctionRef *junction = obstacle.junction();\n        if (junction && ! junction->positionFixed())\n        {\n        }\n        Point min = obstacle.min;\n        Point max = obstacle.max;\n        boundingBoxes.push_back(new vpsc::Rectangle(min.x, max.x, min.y, max.y));\n\n        LayoutNode *v = new LayoutNode(&obstacle, min[dim]);\n        v->side = SIDE_LEFT;\n        events[ctr++] = new Event(Open, v, min[altDim]);\n        events[ctr++] = new Event(Close, v, max[altDim]);\n\n        v = new LayoutNode(&obstacle, max[dim]);\n        v->side = SIDE_RIGHT;\n        events[ctr++] = new Event(Open, v, min[altDim]);\n        events[ctr++] = new Event(Close, v, max[altDim]);\n\n        obstacle.createSolverVariable();\n        vs.push_back(obstacle.variable);\n        unsigned index = vs.size() - 1;\n        bool reverse = false;\n        unsigned colaIndex = idMap.mappingForVariable(obstacle.shape()->id(),\n                reverse);\n        if (colaIndex != obstacle.shape()->id())\n        {\n            colaToCurrMap.addMappingForVariable(colaIndex, index);\n        }\n\n        // Calculate offsets in case the cola and libavoid shapes have\n        // different sizes.\n        if (colaIndex < rs.size())\n        {\n            double offset = rs[colaIndex]->getCentreD(dim) -\n                    obstacleVector[i].centre()[dim];\n            if (fabs(offset) > 0.001)\n            {\n                offsetsVector[i] = offset;\n            }\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n            fprintf(stderr, \"Shape %03d (cola: %03d) centre offset %g \"\n                    \"(from %g, %g)\\n\", index, colaIndex,\n                    offsetsVector[i], obstacleVector[i].centre()[dim],\n                    rs[colaIndex]->getCentreD(dim));\n#endif\n        }\n    }\n    for (LayoutEdgeSegmentList::iterator curr = segmentList.begin();\n            curr != segmentList.end(); ++curr)\n    {\n        const Point& lowPt = (*curr)->lowPoint();\n        const Point& highPt = (*curr)->highPoint();\n\n        (*curr)->createSolverVariable();\n        vs.push_back((*curr)->variable);\n\n        COLA_ASSERT(lowPt[dim] == highPt[dim]);\n        COLA_ASSERT(lowPt[altDim] < highPt[altDim]);\n        Node *v = new Node(*curr, lowPt[dim]);\n        events[ctr++] = new Event(SegOpen, v, lowPt[altDim]);\n        events[ctr++] = new Event(SegClose, v, highPt[altDim]);\n    }\n    qsort((Event*)events, (size_t) totalEvents, sizeof(Event*), compare_events);\n\n    // Update the variable Ids on the existing compound constraints\n    for (size_t i = 0; i < ccs.size(); ++i)\n    {\n        cola::CompoundConstraint *cc = ccs[i];\n        cc->updateVarIDsWithMapping(colaToCurrMap);\n        cc->updateShapeOffsetsForDifferentCentres(offsetsVector);\n    }\n\n    double idealNudgeDist = router->routingParameter(idealNudgingDistance);\n    // Process the sweep.\n    LayoutScanlineNodeSet scanline;\n    double thisPos = (totalEvents > 0) ? events[0]->pos : 0;\n    unsigned int posStartIndex = 0;\n    unsigned int posFinishIndex = 0;\n    for (unsigned i = 0; i <= totalEvents; ++i)\n    {\n        // If we have finished the current scanline or all events, then we\n        // process the events on the current scanline in a couple of passes.\n        if ((i == totalEvents) || (events[i]->pos != thisPos))\n        {\n            posFinishIndex = i;\n            for (int pass = 2; pass <= 3; ++pass)\n            {\n                for (unsigned j = posStartIndex; j < posFinishIndex; ++j)\n                {\n                    processLayoutConstraintEvent(scanline, events[j], dim,\n                            obstacleVector, lineReps, cs, less, pass,\n                            moveLimit, idealNudgeDist);\n                }\n            }\n\n            if (i == totalEvents)\n            {\n                // We have cleaned up, so we can now break out of loop.\n                break;\n            }\n\n            thisPos = events[i]->pos;\n            posStartIndex = i;\n        }\n\n        // Do the first sweep event handling -- building the correct\n        // structure of the scanline.\n        const int pass = 1;\n        processLayoutConstraintEvent(scanline, events[i], dim,\n                obstacleVector, lineReps, cs, less, pass, moveLimit,\n                idealNudgeDist);\n    }\n    COLA_ASSERT(scanline.size() == 0);\n    for (unsigned i = 0; i < totalEvents; ++i)\n    {\n        delete events[i];\n    }\n    delete [] events;\n\n    vpsc::Constraints valid = cs;\n    std::vector<double> priorPos(vs.size());\n\n    // Apply existing constraints:\n    if (clusterHierarchy && !clusterHierarchy->clusters.empty())\n    {\n        // Create variables for clusters\n        clusterHierarchy->computeBoundingRect(boundingBoxes);\n        clusterHierarchy->createVars((vpsc::Dim) dim, boundingBoxes, vs);\n    }\n    for (cola::CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateVariables((vpsc::Dim) dim, vs);\n    }\n    for (cola::CompoundConstraints::const_iterator c = ccs.begin();\n            c != ccs.end(); ++c)\n    {\n        (*c)->generateSeparationConstraints((vpsc::Dim) dim, vs,\n                valid, boundingBoxes);\n    }\n\n    vpsc::Constraints nonRedundantCs =\n            constraintsRemovingRedundantEqualities(vs, valid);\n\n    vpsc::IncSolver vpscInstance(vs, nonRedundantCs);\n    vpscInstance.satisfy();\n\n    bool subConstraintSatisfiable = true;\n    while (!less.empty())\n    {\n        LayoutEdgeSegmentSeparations::iterator frontIt = less.begin();\n        LayoutEdgeSegmentSeparation sepChoice = *frontIt;\n        less.erase(frontIt);\n\n        // Reset subConstraintSatisfiable for new solve.\n        subConstraintSatisfiable = true;\n\n        // Store current values for variables.\n        for (unsigned int i = 0; i < priorPos.size(); ++i)\n        {\n            priorPos[i] = vs[i]->finalPosition;\n        }\n\n        for (size_t i = 0; i < valid.size(); ++i)\n        {\n            valid[i]->unsatisfiable = false;\n        }\n\n        // Add the constraint from this alternative to the\n        // valid constraint set.\n        valid.push_back(new vpsc::Constraint(sepChoice.var1,\n                sepChoice.var2, 0, true));\n\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n        fprintf(stderr, \"Try removing sep in %c on connector %03d...\",\n                (dim == XDIM) ? 'X' : 'Y', sepChoice.connRef->id());\n#endif\n\n        bool needsSolving = true;\n        while (needsSolving)\n        {\n            // Solve with this constraint set.\n            vpsc::Constraints nonRedundantCs =\n                    constraintsRemovingRedundantEqualities(vs, valid);\n            vpsc::IncSolver vpscInstance(vs, nonRedundantCs);\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n            fprintf(stderr, \"Solving...!\\n\");\n#endif\n            vpscInstance.satisfy();\n            needsSolving = false;\n\n            for (vpsc::Constraints::iterator it = valid.begin();\n                    it != valid.end(); )\n            {\n                vpsc::Constraint *constraint = *it;\n                if (constraint->unsatisfiable &&\n                    (fabs((constraint->left->finalPosition + constraint->gap) -\n                          constraint->right->finalPosition) < 0.01))\n                {\n                    // This is an almost satisfiable constraint.\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n                    fprintf(stderr, \"%s constraint: \"\n                            \"(%d)%.12g + %g %s (%d)%.12g\\n\",\n                            constraint->equality ? \"Dropped redundant\" :\n                            \"Relaxed\", constraint->left->id,\n                            constraint->left->finalPosition, constraint->gap,\n                            constraint->equality ? \"==\" : \"<=\",\n                            constraint->right->id,\n                            constraint->right->finalPosition);\n#endif\n\n                    if (constraint->equality)\n                    {\n                        // Drop redundant equality constraint.\n                        // We know these occur due to cycles of equalities.\n                        it = valid.erase(it);\n                    }\n                    else\n                    {\n                        // Relax seemingly unsatisfiable inequality.\n                        constraint->gap -= 0.01;\n                        constraint->unsatisfiable = false;\n                        ++it;\n                    }\n                    // And now we need to resatisfy the problem..\n                    needsSolving = true;\n                }\n                else\n                {\n                    ++it;\n                }\n            }\n        }\n        for (size_t i = 0; i < valid.size(); ++i)\n        {\n            if (valid[i]->unsatisfiable)\n            {\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n                fprintf(stderr, \"Unsatisfiable: (%d)%.12g + %g %s (%d)%.12g\\n\",\n                        valid[i]->left->id,\n                        valid[i]->left->finalPosition, valid[i]->gap,\n                        valid[i]->equality ? \"==\" : \"<=\",\n                        valid[i]->right->id,\n                        valid[i]->right->finalPosition);\n#endif\n                // It might have made one of the earlier added\n                // constraints unsatisfiable, so we mark that one\n                // as okay since we will be reverting the most\n                // recent one.\n                valid[i]->unsatisfiable = false;\n\n                subConstraintSatisfiable = false;\n            }\n        }\n\n        if (!subConstraintSatisfiable)\n        {\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n            fprintf(stderr, \"\\tInvalid\\n\");\n#endif\n            // Restore previous values for variables.\n            for (unsigned int i = 0; i < priorPos.size(); ++i)\n            {\n                vs[i]->finalPosition = priorPos[i];\n            }\n\n            // Delete the newly added (and unsatisfiable)\n            // constraint from the valid constraint set.\n            delete valid.back();\n            valid.pop_back();\n        }\n        else\n        {\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n            fprintf(stderr, \"Valid %d\\n\", count);\n#endif\n            for (unsigned i = 0; i < ovn; i++)\n            {\n                LayoutObstacle& obstacle = obstacleVector[i];\n\n                obstacle.updatePositionsFromSolver();\n            }\n            for (LayoutEdgeSegmentList::iterator curr = segmentList.begin();\n                    curr != segmentList.end(); ++curr)\n            {\n                (*curr)->updatePositionsFromSolver();\n            }\n            for (EndpointAnchorList::iterator curr = extraTerminalsList.begin();\n                    curr != extraTerminalsList.end(); ++curr)\n            {\n                curr->updatePosition(obstacleVector);\n            }\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n            std::stringstream filename;\n            filename << \"layout-\" << dim << \"-\" << std::setfill('0') << std::setw(3) << count;\n            router->outputDiagramSVG(filename.str().c_str(), lineReps);\n#endif\n            ++count;\n        }\n    }\n\n    // Reverse the variable Ids on the existing compound constraints\n    bool reversed = false;\n    for (size_t i = 0; i < ccs.size(); ++i)\n    {\n        cola::CompoundConstraint *cc = ccs[i];\n        cc->updateShapeOffsetsForDifferentCentres(offsetsVector,\n                reversed);\n        cc->updateVarIDsWithMapping(colaToCurrMap, reversed);\n    }\n    for_each(valid.begin(), valid.end(), cola::delete_object());\n    for_each(vs.begin(), vs.end(), cola::delete_object());\n    for_each(segmentList.begin(), segmentList.end(), cola::delete_object());\n    for_each(boundingBoxes.begin(), boundingBoxes.end(), cola::delete_object());\n}\n\n\nstatic void simplifyOrthogonalRoutes(Router *router)\n{\n    // Simplify routes.\n    for (ConnRefList::const_iterator curr = router->connRefs.begin();\n            curr != router->connRefs.end(); ++curr)\n    {\n        if ((*curr)->routingType() != ConnType_Orthogonal)\n        {\n            continue;\n        }\n        (*curr)->set_route((*curr)->displayRoute().simplify());\n    }\n}\n\ntypedef std::vector<ConnRef *> ConnRefVector;\ntypedef std::vector<Polygon> RouteVector;\n\nclass CmpLineOrder\n{\n    public:\n        CmpLineOrder(PtOrderMap& ord, const size_t dim)\n            : orders(ord),\n              dimension(dim)\n        {\n        }\n        bool operator()(const ShiftSegment *lhsSuper,\n                const ShiftSegment *rhsSuper,\n                bool *comparable = nullptr) const\n        {\n            const LayoutEdgeSegment *lhs =\n                    dynamic_cast<const LayoutEdgeSegment *> (lhsSuper);\n            const LayoutEdgeSegment *rhs =\n                    dynamic_cast<const LayoutEdgeSegment *> (rhsSuper);\n            if (comparable)\n            {\n                *comparable = true;\n            }\n            Point lhsLow  = lhs->lowPoint();\n            Point rhsLow  = rhs->lowPoint();\n            size_t altDim = (dimension + 1) % 2;\n#ifndef NDEBUG\n            const Point& lhsHigh = lhs->highPoint();\n            const Point& rhsHigh = rhs->highPoint();\n            COLA_ASSERT(lhsLow[dimension] == lhsHigh[dimension]);\n            COLA_ASSERT(rhsLow[dimension] == rhsHigh[dimension]);\n#endif\n\n            // We consider things at effectively the same position to\n            // be ordered based on their order and fixedOrder, so only\n            // compare segments further apart than the nudgeDistance.\n            if (lhsLow[dimension] != rhsLow[dimension])\n            {\n                return lhsLow[dimension] < rhsLow[dimension];\n            }\n\n            // If one of these is fixed, then determine order based on\n            // fixed segment, that is, order so the fixed segment doesn't\n            // block movement.\n            bool oneIsFixed = false;\n            const int lhsFixedOrder = lhs->fixedOrder(oneIsFixed);\n            const int rhsFixedOrder = rhs->fixedOrder(oneIsFixed);\n            if (oneIsFixed && (lhsFixedOrder != rhsFixedOrder))\n            {\n                return lhsFixedOrder < rhsFixedOrder;\n            }\n\n            // C-bends that did not have a clear order with s-bends might\n            // not have a good ordering here, so compare their order in\n            // terms of C-bend direction and S-bends and use that if it\n            // differs for the two segments.\n            const int lhsOrder = lhs->order();\n            const int rhsOrder = rhs->order();\n            if (lhsOrder != rhsOrder)\n            {\n                return lhsOrder < rhsOrder;\n            }\n\n            // Need to index using the original point into the map, so find it.\n            Point& unchanged = (lhsLow[altDim] > rhsLow[altDim]) ?\n                    lhsLow : rhsLow;\n\n            PtOrder& lowOrder = orders[unchanged];\n            int lhsPos = lowOrder.positionFor(dimension, lhs->connRef);\n            int rhsPos = lowOrder.positionFor(dimension, rhs->connRef);\n            if ((lhsPos == -1) || (rhsPos == -1))\n            {\n                // A value for rhsPos or lhsPos mean the points are not directly\n                // comparable, meaning they are at the same position but cannot\n                // overlap (they are just collinear.  The relative order for\n                // these segments is not important since we do not constrain\n                // them against each other.\n                //COLA_ASSERT(lhs->overlapsWith(rhs, dimension) == false);\n                // We do need to be consistent though.\n                if (comparable)\n                {\n                    *comparable = false;\n                }\n                return lhsLow[altDim] < rhsLow[altDim];\n            }\n            return lhsPos < rhsPos;\n        }\n\n        PtOrderMap& orders;\n        const size_t dimension;\n};\n\nAvoidTopologyAddon::AvoidTopologyAddon(vpsc::Rectangles& rs,\n        cola::CompoundConstraints& cs, cola::RootCluster *ch,\n        cola::VariableIDMap& map, const double moveLimit)\n    : Avoid::TopologyAddonInterface(),\n      m_rectangles(rs),\n      m_constraints(cs),\n      m_cluster_hierarchy(ch),\n      m_id_map(map),\n      m_move_limit(moveLimit)\n{\n}\n\nAvoidTopologyAddon::~AvoidTopologyAddon()\n{\n}\n\nAvoid::TopologyAddonInterface *AvoidTopologyAddon::clone(void) const\n{\n    return new AvoidTopologyAddon(*this);\n}\n\nvoid AvoidTopologyAddon::improveOrthogonalTopology(Router *router)\n{\n    //router->timers.Register(???, timerStart);\n\n    // We depend on the checkpoint cache built earlier.\n\n#ifdef ORTHOG_TOPOLOGY_DEBUG\n    router->outputDiagramSVG(\"layout-0-000\");\n#endif\n\n    for (size_t dimension = 0; dimension < 2; ++dimension)\n    {\n        LayoutEdgeSegmentList segmentList;\n        LayoutObstacleVector obstacleVector;\n        EndpointAnchorList extraTerminalsList;\n        LineReps lineReps;\n\n        buildOrthogonalLayoutSegments(router, dimension, segmentList,\n                obstacleVector, extraTerminalsList);\n        setupOrthogonalLayoutConstraints(router, dimension, segmentList,\n                obstacleVector, extraTerminalsList, m_constraints, m_id_map,\n                m_cluster_hierarchy, m_rectangles, &lineReps, m_move_limit);\n\n        simplifyOrthogonalRoutes(router);\n    }\n\n    //router->timers.Stop();\n}\n\n\nbool AvoidTopologyAddon::outputCode(FILE *fp) const\n{\n    if (fp)\n    {\n        fprintf(fp, \"    CompoundConstraints ccs;\\n\");\n        fprintf(fp, \"    std::vector<vpsc::Rectangle*> rs;\\n\");\n        fprintf(fp, \"    vpsc::Rectangle *rect = nullptr;\\n\\n\");\n        for (size_t i = 0; i < m_rectangles.size(); ++i)\n        {\n            fprintf(fp, \"    rect = new vpsc::Rectangle(%g, %g, %g, %g);\\n\",\n                   m_rectangles[i]->getMinX(), m_rectangles[i]->getMaxX(),\n                   m_rectangles[i]->getMinY(), m_rectangles[i]->getMaxY());\n            fprintf(fp, \"    rs.push_back(rect);\\n\\n\");\n        }\n\n        for (cola::CompoundConstraints::const_iterator c =\n                m_constraints.begin(); c != m_constraints.end(); ++c)\n        {\n            (*c)->printCreationCode(fp);\n        }\n\n        if (m_cluster_hierarchy)\n        {\n            m_cluster_hierarchy->printCreationCode(fp);\n        }\n        else\n        {\n            fprintf(fp, \"    RootCluster *cluster%llu = nullptr;\\n\\n\",\n                    (unsigned long long) m_cluster_hierarchy);\n        }\n\n        m_id_map.printCreationCode(fp);\n\n        fprintf(fp, \"    topology::AvoidTopologyAddon topologyAddon(rs, ccs, \"\n                \"cluster%llu, idMap);\\n\",\n                (unsigned long long) m_cluster_hierarchy);\n        fprintf(fp, \"    router->setTopologyAddon(&topologyAddon);\\n\");\n    }\n    return true;\n}\n\n\nbool AvoidTopologyAddon::outputDeletionCode(FILE *fp) const\n{\n    if (fp)\n    {\n        if (m_cluster_hierarchy)\n        {\n            fprintf(fp, \"\\n    delete cluster%llu;\\n\",\n                    (unsigned long long) m_cluster_hierarchy);\n        }\n        fprintf(fp, \"    for_each(rs.begin(), rs.end(), cola::delete_object());\\n\");\n        fprintf(fp, \"    for_each(ccs.begin(), ccs.end(), cola::delete_object());\\n\\n\");\n    }\n    return true;\n}\n\n\n}\n"
  },
  {
    "path": "cola/libtopology/orthogonal_topology.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author: Michael Wybrow\n*/\n\n\n#ifndef AVOID_ORTHOGLAYOUT_H\n#define AVOID_ORTHOGLAYOUT_H\n\n#include \"libcola/cola.h\"\n\nnamespace topology {\n\n/** \n *  @brief  This class can be passed to libavoid to extend it to provide\n *          orthogonal topology improvement functionality.\n *\n *  You should instantiate this class with libcola information about \n *  constraints on objects in the diagram and pass it to \n *  Avoid::Router::setTopologyAddon().\n */\nclass AvoidTopologyAddon : public Avoid::TopologyAddonInterface\n{\n    public:\n        /**\n         * @brief Constructs a AvoidTopologyAddon instance for a set of COLA\n         *        diagram constraints.\n         *\n         * Passing libavoid an instance of this class with given libcola \n         * rectangles, constraints and cluster hierarchy will cause libavoid\n         * to perform a post-processing step after routing where it will \n         * move nodes to unify unnecessary kinks where this doesn't violate \n         * constraints on the diagram.\n         *\n         * This information is usually available from an existing libcola\n         * instance.\n         *\n         * @param[in] rs   A vector of vpsc::Rectangle objects subject to the\n         *                 constraints.\n         * @param[in] cs   A set of cola::CompoundConstraint objects to apply\n         *                 to rs.\n         * @param[in] ch   A cola::RootCluster cluster hierarchy specification.\n         * @param[in] map  A cola::VariableIDMap specifying a mapping from\n         *                 the Rectangle indexes in rs to ShapeRef IDs in this\n         *                 libavoid instance.\n         * @param[in] moveLimit  The maximum length of a centre S-bend \n         *                       connector segments to attempt to improve\n         *                       (default 120.0).\n         */\n        AvoidTopologyAddon(vpsc::Rectangles& rs, cola::CompoundConstraints& cs, \n                cola::RootCluster *ch, cola::VariableIDMap& map,\n                const double moveLimit = 120);\n\n        ~AvoidTopologyAddon();\n        Avoid::TopologyAddonInterface *clone(void) const;\n\n        void improveOrthogonalTopology(Avoid::Router *router);\n        bool outputCode(FILE *fp) const;\n        bool outputDeletionCode(FILE *fp) const;\n\n    private:\n        vpsc::Rectangles m_rectangles;\n        cola::CompoundConstraints m_constraints;\n        cola::RootCluster *m_cluster_hierarchy;\n        cola::VariableIDMap m_id_map;\n        double m_move_limit;\n};\n\n\n}\n\n#endif\n"
  },
  {
    "path": "cola/libtopology/resize.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libcola/cola.h\"\n#include \"libtopology/topology_constraints.h\"\n\nnamespace topology {\nusing namespace std;\nusing namespace vpsc;\nusing namespace cola;\nstatic const double DW=1e-4;\nstatic const double DW2=DW/2.0;\nstatic const double DEFAULT_WEIGHT = 1.0;\nstatic const double FIXED_WEIGHT = 10000;\n\ntemplate <class Container, class Op>\nvoid feach(Container& c, Op op) {\n    for_each(c.begin(),c.end(),op);\n}\n\n\n/*\n * Functor that creates a copy of the specified Node and creates a\n * new Rectangle and a Variable associated with the node.\n * If the node appears in the resizes lookup the rectangle is reduced\n * to a sliver in the middle of the original rect.\n * In either case the desired position is the centre of the target.\n */\nstruct TransformNode {\n    TransformNode(vpsc::Dim dim, const Rectangles& targets,\n            const ResizeMap& resizes, Variables& vs)\n        : dim(dim),\n          targets(targets),\n          resizes(resizes),\n          vs(vs)\n    {\n    }\n    Node* operator() (Node* u) {\n        const Rectangle *targetRect = targets[u->id];\n        Rectangle *rect = new Rectangle(*u->rect);\n        ResizeMap::const_iterator ri = resizes.find(u->id);\n        Variable* var = vs[u->id];\n        var->desiredPosition = targetRect->getCentreD(dim);\n        if(ri==resizes.end()) { // no resize\n            var->weight = DEFAULT_WEIGHT;\n        } else { // resizing!\n            const double c=rect->getCentreD(dim);\n            rect->reset(dim, c - DW2, c + DW2);\n            var->weight = FIXED_WEIGHT;\n        }\n        return new topology::Node(u->id, rect, var);\n    }\n    vpsc::Dim dim;\n    const Rectangles& targets;\n    const ResizeMap& resizes;\n    Variables& vs;\n};\n/*\n * Functor which, for the specified Resizeinfo, creates a centre and\n * right dummy node and associated variables.\n */\nstruct CreateLeftRightDummyNodes\n{\n    CreateLeftRightDummyNodes(vpsc::Dim dim, const Rectangles& targets,\n            Nodes& nodes, Variables& vs)\n        : dim(dim),\n          targets(targets),\n          nodes(nodes),\n          vs(vs)\n    {\n    }\n    void operator() (pair<const unsigned, ResizeInfo>& p) {\n        // dummy nodes will have the same id as the original\n        ResizeInfo& ri=p.second;\n        const unsigned id=ri.orig->id;\n        COLA_ASSERT(p.first==id);\n        const Rectangle *ro=ri.orig->rect,\n                        *targetRect=targets[id];\n\n        // LEFT\n        const double l = ro->getMinD(dim);\n        Rectangle *lhsRect=new Rectangle(*ro);\n        lhsRect->reset(dim, l, l + DW);\n        Variable* lv = new Variable(vs.size(),\n                targetRect->getMinD(dim) + DW2, FIXED_WEIGHT);\n        vs.push_back(lv);\n        ri.lhsNode=new topology::Node(id,lhsRect,lv);\n        nodes.push_back(ri.lhsNode);\n        // Right\n        const double r = ro->getMaxD(dim);\n        Rectangle *rhsRect=new Rectangle(*ro);\n        rhsRect->reset(dim, r - DW, r);\n        Variable* rv = new Variable(vs.size(), \n                targetRect->getMaxD(dim) - DW2, FIXED_WEIGHT);\n        vs.push_back(rv);\n        ri.rhsNode=new topology::Node(id, rhsRect, rv);\n        nodes.push_back(ri.rhsNode);\n    }\n    vpsc::Dim dim;\n    const Rectangles& targets;\n    Nodes& nodes;\n    Variables& vs;\n};\n/*\n * Functor to reassign EdgePoint Node pointers.  \n * If the Node associated with an EdgePoint is resizing, the EdgePoint Node\n * pointer is reassigned to either the lhs, rhs or centre dummy Node.\n * Otherwise (and also actually for the lhs node which is already set\n * in the new Node list), the Node pointer is simply updated to the equivalent Node\n * in the new Node list.\n */\nstruct SubstituteNodes\n{\n    SubstituteNodes(vpsc::Dim dim, ResizeMap& resizes, const Nodes& tn)\n        : dim(dim),\n          resizes(resizes),\n          tn(tn)\n    {\n    }\n    void operator() (Edge* e) {\n        e->forEachEdgePoint(*this);\n    }\n    void operator() (EdgePoint* p) {\n        const unsigned id=p->node->id;\n        const ResizeMap::const_iterator& ri=resizes.find(id);\n        enum Pos {LHS, RHS, CEN} pos;\n        if(ri!=resizes.end()) {\n            switch(p->rectIntersect) {\n                case EdgePoint::TL:\n                    pos=dim==vpsc::HORIZONTAL?LHS:RHS;\n                    break;\n                case EdgePoint::BL:\n                    pos=LHS;\n                    break;\n                case EdgePoint::TR:\n                    pos=RHS;\n                    break;\n                case EdgePoint::BR:\n                    pos=dim==vpsc::HORIZONTAL?RHS:LHS;\n                    break;\n                default:\n                    pos=CEN;\n            }\n            switch(pos) {\n                case LHS:\n                    p->node=ri->second.lhsNode;\n                    break;\n                case RHS:\n                    p->node=ri->second.rhsNode;\n                    break;\n                default:\n                    COLA_ASSERT(p->rectIntersect==topology::EdgePoint::CENTRE);\n                    p->node=tn[id];\n            }\n        } else {\n            p->node=tn[id];\n        }\n    }\n    vpsc::Dim dim;\n    ResizeMap& resizes;\n    const topology::Nodes& tn;\n};\nstruct RevertNodes {\n    RevertNodes(Nodes& orig) \n        : orig(orig) {}\n    void operator() (Edge* e) {\n        e->forEachEdgePoint(*this);\n    }\n    void operator() (EdgePoint* p) {\n        p->node=orig[p->node->id];\n    }\n    Nodes& orig;\n};\nstruct CopyPositions {\n    CopyPositions(vpsc::Dim dim, const Nodes& tn, const ResizeMap& rm)\n        : dim(dim),\n          tn(tn),\n          rm(rm)\n    {\n    }\n    void operator() (Node* v) {\n        ResizeMap::const_iterator j=rm.find(v->id);\n        if(j==rm.end()) {\n            v->rect->moveCentreD(dim,tn[v->id]->rect->getCentreD(dim));\n        } else {\n            const Rectangle *l=j->second.lhsNode->rect,\n                            *r=j->second.rhsNode->rect;\n            v->rect->reset(dim,l->getMinD(dim),r->getMaxD(dim));\n        }\n    }\n    vpsc::Dim dim;\n    const Nodes& tn;\n    const ResizeMap& rm;\n};\nstruct DeleteTempNode {\n    void operator() (Node* v) {\n        delete v->rect;\n        delete v;\n    }\n};\n#ifndef NDEBUG\nbool approx_equals(double a, double b) {\n    return fabs(a-b)<1e-6;\n}\nstatic bool checkDesired(vpsc::Dim dim, const Nodes& nodes,\n        const Rectangles& targets, const ResizeMap& resizeMap)\n{\n    for (Nodes::const_iterator i=nodes.begin();i!=nodes.end();++i) {\n        const Node* v=*i;\n        const unsigned id=v->id;\n        const Rectangle* t=targets[id];\n        ResizeMap::const_iterator j=resizeMap.find(id);\n        if(j==resizeMap.end()) {\n            COLA_ASSERT(approx_equals(v->var->desiredPosition,\n                        t->getCentreD(dim)));\n        }\n    }\n    for(ResizeMap::const_iterator j=resizeMap.begin();j!=resizeMap.end();++j) {\n        const unsigned id=j->first;\n        const ResizeInfo& ri=j->second;\n        COLA_ASSERT(ri.orig->id==id);\n        const Node *ln=ri.lhsNode, *cn=nodes[id], *rn=ri.rhsNode;\n        COLA_ASSERT(ln->id==id);\n        COLA_ASSERT(cn->id==id);\n        COLA_ASSERT(rn->id==id);\n        const Rectangle* t=targets[id];\n        const double lp = t->getMinD(dim) + DW2,\n                     cp = t->getCentreD(dim),\n                     rp = t->getMaxD(dim) - DW2;\n        COLA_ASSERT(approx_equals(lp,ln->var->desiredPosition));\n        COLA_ASSERT(approx_equals(cp,cn->var->desiredPosition));\n        COLA_ASSERT(approx_equals(rp,rn->var->desiredPosition));\n    }\n    return true;\n}\n#if 0\nstatic bool checkFinal(vpsc::Dim dim, const Nodes& nodes,\n        const Rectangles& targets, const ResizeMap& resizeMap)\n{\n    static const double DISPLACEMENT_ERROR=1e-3;\n    for(Nodes::const_iterator i=nodes.begin();i!=nodes.end();++i) {\n        const Node* v=*i;\n        const Rectangle* t=targets[v->id];\n        ResizeMap::const_iterator j=resizeMap.find(v->id);\n        if(j==resizeMap.end()) {\n            COLA_ASSERT(fabs(v->rect->getCentreD(dim)-t->getCentreD(dim))\n                    <DISPLACEMENT_ERROR);\n        } else {\n            const Rectangle *l=j->second.lhsNode->rect,\n                            *c=nodes[v->id]->rect,\n                            *r=j->second.rhsNode->rect;\n            COLA_ASSERT(fabs(l->getMinD(dim)-t->getMinD(dim))<DISPLACEMENT_ERROR);\n            COLA_ASSERT(fabs(r->getMaxD(dim)-t->getMaxD(dim))<DISPLACEMENT_ERROR);\n            COLA_ASSERT(fabs(c->getCentreD(dim)-t->getCentreD(dim))\n                    <DISPLACEMENT_ERROR);\n        }\n    }\n    return true;\n}\n#endif\n#endif\n/*\n * Applies the required resizes to nodes in the specified axis, rerouting edges\n * around the resized nodes.\n * @param dim axis\n * @param targets the target rectangles (in both axes)\n * @param nodes to be moved and/or resized\n * @param edges to be rerouted around nodes\n * @param resizes ResizeInfo for specific nodes\n * @param vs canonical list of variables passed into solver.  Note that\n * the first nodes.size() variables are used for each corresponding node.  \n * Note also that new variables for the dummy nodes will be appended to this\n * list and will need to be cleaned up later.\n * @param cs canonical list of constraints over variables.  Note that new\n * non-overlap constraints may be appended to the end of this list.\n */\nstatic void resizeAxis(vpsc::Dim dim, const Rectangles& targets,\n        Nodes& nodes, Edges& edges,  RootCluster *clusters, ResizeMap& resizes,\n        Variables& vs, Constraints& cs)\n{\n    COLA_ASSERT(vs.size()>=nodes.size());\n\n    //  - create copy tn of topologyNodes with resize rects replaced with\n    //    three nodes: one for the lhs of rect, one for centre and one for rhs.\n    //    lhs node goes at position of replaced node, the others are appended\n    //    to end of tn.\n    //  - set desired positions of each lhs node to be the left side\n    //    of resized rect and symmetric for rhs node, centre node's desired\n    //    pos it at the centre\n    Nodes tn(nodes.size());\n\n    COLA_ASSERT(assertConvexBends(edges));\n    COLA_ASSERT(assertNoSegmentRectIntersection(nodes,edges));\n\n    transform(nodes.begin(),nodes.end(),tn.begin(),\n            TransformNode(dim, targets,resizes,vs));\n    feach(resizes, CreateLeftRightDummyNodes(dim,targets,tn,vs));\n    COLA_ASSERT(tn.size()==nodes.size()+2*resizes.size());\n    COLA_ASSERT(vs.size()>=tn.size());\n\n    // update topologyRoutes with references to resized nodes replaced with\n    // correct references to lhs/rhs nodes\n    feach(edges,SubstituteNodes(dim,resizes,tn));\n\n    COLA_ASSERT(assertConvexBends(edges));\n    COLA_ASSERT(assertNoSegmentRectIntersection(tn,edges));\n\n    // move nodes and reroute\n    topology::TopologyConstraints t(dim, tn, edges, clusters, vs, cs);\n    COLA_ASSERT(checkDesired(dim,tn,targets,resizes));\n#ifndef NDEBUG\n    unsigned loopCtr=0;\n#endif\n    while(t.solve()) { COLA_ASSERT(++loopCtr<1000); }\n    //COLA_ASSERT(checkFinal(tn,targets,resizes));\n    \n    // reposition and resize original nodes\n    feach(nodes,CopyPositions(dim,tn,resizes));\n\n    // revert topologyRoutes back to original nodes\n    feach(edges,RevertNodes(nodes));\n\n    COLA_ASSERT(assertConvexBends(edges));\n    COLA_ASSERT(assertNoSegmentRectIntersection(nodes,edges));\n\n    // clean up\n    feach(tn,DeleteTempNode());\n}\n/*\n * Functor that for a given node, if that node is in the resizes lookup,\n * will create a copy of the target rectangle and adds the node id to\n * the fixed list.\n * Otherwise, it simply creates a copy of the node's existing rectangle.\n */\nstruct CreateTargetRect {\n    CreateTargetRect(ResizeMap& resizes, set<unsigned>& fixed) : resizes(resizes), fixed(fixed) {}\n    Rectangle* operator() (Node* v) {\n        ResizeMap::iterator r=resizes.find(v->id);\n        Rectangle* target;\n        if(r==resizes.end()) {\n            target=new Rectangle(*v->rect);\n        } else {\n            fixed.insert(v->id); // resized rectangles are required to stay\n                                 // where they have been placed\n            target=new Rectangle(*r->second.targetRect);\n            COLA_ASSERT(target->width() > 3.0*DW);\n            COLA_ASSERT(target->height() > 3.0*DW);\n        }\n        return target;\n    }\n    ResizeMap& resizes;\n    set<unsigned>& fixed;\n};\n/*\n * Find an overlap free arrangement of resized rectangles and reroute\n * edges around them without changing topology.\n * @param nodes topology node definitions to be resized\n * @param edges edges to be reroutes\n * @param resizes list of resizes to be applied to nodes\n * @param xvs horizontal vars list\n * @param xcs horizontal constraints\n * @param yvs vertical vars\n * @param ycs vertical constraints\n */\nvoid applyResizes(Nodes& nodes, Edges& edges, RootCluster *clusters, \n        ResizeMap& resizes, Variables& xvs, Constraints& xcs, \n        Variables& yvs, Constraints& ycs) {\n    // targets will hold an overlap free placement of the resized rectangles\n    Rectangles targets(nodes.size());\n    // rectangles that are resized should be fixed when finding overlap free placement\n    // the following is populated with their ids\n    set<unsigned> fixed;\n    transform(nodes.begin(),nodes.end(),targets.begin(),CreateTargetRect(resizes,fixed));\n    removeoverlaps(targets,fixed);\n    resizeAxis(vpsc::XDIM, targets, nodes, edges, clusters, resizes, xvs, xcs);\n    resizeAxis(vpsc::YDIM, targets, nodes, edges, clusters, resizes, yvs, ycs);\n    feach(targets,delete_object());\n}\n} // namespace topology\n"
  },
  {
    "path": "cola/libtopology/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir) $(CAIROMM_CFLAGS)\nLDADD = $(top_builddir)/libtopology/libtopology.la $(top_builddir)/libcola/libcola.la $(top_builddir)/libvpsc/libvpsc.la $(top_builddir)/libavoid/libavoid.la $(CAIROMM_LIBS)\ncheck_PROGRAMS = simple_bend nooverlap nodedragging beautify orthogonalOpt \n# triangle split kamada nooverlap\n\nsimple_bend_SOURCES = simple_bend.cpp \nnooverlap_SOURCES = nooverlap.cpp \nnodedragging_SOURCES = nodedragging.cpp \n#problem_SOURCES = problem.cpp\nbeautify_SOURCES = beautify.cpp\northogonalOpt_SOURCES = orthogonalOpt.cpp\n\n#shortest_paths_LDADD = $(top_builddir)/libcola/libcola.la\n\n#triangle_LDADD = $(ldcommon)\n#triangle_SOURCES = triangle.cpp \n#split_LDADD = $(ldcommon)\n#split_SOURCES = split.cpp \n#kamada_LDADD = $(ldcommon)\n#kamada_SOURCES = kamada.cpp \nTESTS = $(check_PROGRAMS)\n"
  },
  {
    "path": "cola/libtopology/tests/beautify.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not,\n * write to the Free Software Foundation, Inc., 59 Temple Place,\n * Suite 330, Boston, MA  02111-1307  USA\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n*/\n\n#include <iostream>\n#include <vector>\n#include <cmath>\n#include <time.h>\n#include <valarray>\n#include <fstream>\n#include <sstream>\n\n#include \"libavoid/libavoid.h\"\n#include \"libavoid/router.h\"\n#include \"libtopology/cola_topology_addon.h\"\n#include \"libcola/tests/graphlayouttest.h\"\n\nusing namespace std;\nusing namespace cola;\nusing namespace vpsc;\n\n/*\n// |V|=12, |E|=23\nstatic const unsigned DAGDEPTH = 3;\nstatic const unsigned BRANCHFACTOR = 3;\nstatic const double EXTRAEDGEPROB = 0.5;\n*/\n/*\n// |V|=26, |E|=61\nstatic const unsigned DAGDEPTH = 3;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.1;\n*/\n\n/*\n// |V|=62, |E|=85\nstatic const unsigned DAGDEPTH = 4;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.01;\n*/\n/*\n// |V|=131, |E|=166\nstatic const unsigned DAGDEPTH = 5;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.005;\n*/\n\nstatic const unsigned DAGDEPTH = 6;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.002;\n/*\n// |V|=343, |E|=487\nseed=1208390913;\nstatic const unsigned DAGDEPTH = 6;\nstatic const unsigned BRANCHFACTOR = 4;\nstatic const double EXTRAEDGEPROB = 0.002;\n*/\n\nvoid makeEdge(unsigned u, unsigned v,\n        vector<Edge> &edges, CompoundConstraints &cy) {\n    edges.push_back(make_pair(u,v));\n    cy.push_back(new SeparationConstraint(vpsc::YDIM, u,v,5));\n}\nvector<Edge> random_dag(unsigned depth, unsigned maxbranch, unsigned &V,\n        CompoundConstraints &cx, CompoundConstraints &cy) {\n    COLA_UNUSED(cx);\n    printf(\"DAG depth=%d\\nmaxbranch=%d\\nextraedgeprob%f\\n\",depth,maxbranch,EXTRAEDGEPROB);\n\tvector<Edge> edges;\n    unsigned lstart=0, lend=1;\n    V=0;\n\tfor(unsigned i=0;i<depth;i++) {\n        for(unsigned j=lstart;j<lend;j++) {\n            //makeEdge(j,++V,edges,cy);\n            //makeEdge(j,++V,edges,cy);\n            for(unsigned k=0;k<maxbranch;k++) {\n                double r=(double)rand()/(double)RAND_MAX;\n                if(r < 0.5) {\n                    makeEdge(j,++V,edges,cy);\n                }\n            }\n        }\n        lstart=lend;\n        lend=V+1;\n    }\n    V++;\n    /*\n    DFS::Graph dfs(V,edges);\n    for(unsigned i=1;i<dfs.order.size();i++) {\n        cx.push_back(\n                new SeparationConstraint(dfs.order[i-1],dfs.order[i],0.5));\n    }\n    */\n    for(unsigned i=0;i<V;++i) {\n        for(unsigned j=i+1;j<V;++j) {\n            double r=(double)rand()/(double)RAND_MAX;\n            if(r < EXTRAEDGEPROB) {\n                makeEdge(i,j,edges,cy);\n            }\n        }\n    }\n    /*\n    for(unsigned i=0;i<dfs.leaves.size();i++) {\n        for(unsigned j=1;j<dfs.leaves[i].size();j++) {\n            cx.push_back( new SeparationConstraint(dfs.leaves[i][j-1],dfs.leaves[i][j],10));\n        }\n    }\n    */\n\treturn edges;\n}\nvoid removeoverlaps(vpsc::Rectangles &rs, bool bothaxes) {\n\tdouble xBorder=0, yBorder=0;\n    static const double EXTRA_GAP=1e-5;\n\tunsigned n=rs.size();\n\ttry {\n\t\t// The extra gap avoids numerical imprecision problems\n\t\tRectangle::setXBorder(xBorder+EXTRA_GAP);\n\t\tRectangle::setYBorder(yBorder+EXTRA_GAP);\n        vpsc::Variables vs(n);\n\t\tunsigned i=0;\n\t\tfor(Variables::iterator v=vs.begin();v!=vs.end();++v,++i) {\n\t\t\t*v=new Variable(i,0,1);\n\t\t}\n        vpsc::Constraints cs;\n        vpsc::generateXConstraints(rs,vs,cs,bothaxes);\n        vpsc::IncSolver vpsc_x(vs,cs);\n\t\tvpsc_x.solve();\n        vpsc::Rectangles::iterator r=rs.begin();\n\t\tfor(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n\t\t\tassert((*v)->finalPosition==(*v)->finalPosition);\n\t\t\t(*r)->moveCentreX((*v)->finalPosition);\n\t\t}\n\t\tassert(r==rs.end());\n\t\tfor_each(cs.begin(),cs.end(),vpsc::delete_object());\n\t\tcs.clear();\n        if(bothaxes) {\n            // Removing the extra gap here ensures things that were moved to be adjacent to one another above are not considered overlapping\n            Rectangle::setXBorder(Rectangle::xBorder-EXTRA_GAP);\n            vpsc::generateYConstraints(rs,vs,cs);\n            vpsc::IncSolver vpsc_y(vs,cs);\n            vpsc_y.solve();\n            r=rs.begin();\n            for(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n                (*r)->moveCentreY((*v)->finalPosition);\n            }\n            for_each(cs.begin(),cs.end(),vpsc::delete_object());\n            cs.clear();\n            Rectangle::setYBorder(Rectangle::yBorder-EXTRA_GAP);\n            vpsc::generateXConstraints(rs,vs,cs,false);\n            vpsc::IncSolver vpsc_x2(vs,cs);\n            vpsc_x2.solve();\n            r=rs.begin();\n            for(Variables::iterator v=vs.begin();v!=vs.end();++v,++r) {\n                (*r)->moveCentreX((*v)->finalPosition);\n            }\n            for_each(cs.begin(),cs.end(),vpsc::delete_object());\n        }\n\t\tfor_each(vs.begin(),vs.end(),vpsc::delete_object());\n\t} catch (char *str) {\n\t\tstd::cerr<<str<<std::endl;\n\t\tfor(vpsc::Rectangles::iterator r=rs.begin();r!=rs.end();++r) {\n\t\t\tstd::cerr << **r <<std::endl;\n\t\t}\n\t}\n    Rectangle::setXBorder(xBorder);\n    Rectangle::setYBorder(yBorder);\n}\n/*\nvoid writeTextFile(vector<cola::Edge>& edges) {\n    ofstream outfile(\"new.txt\",ofstream::binary);\n    for(vector<cola::Edge>::iterator e=edges.begin();e!=edges.end();++e) {\n        outfile<<\"node\"<<e->first<<\",node\"<<e->second<<endl;\n    }\n    outfile.close();\n}\n*/\n/*\n * Make feasible:\n *   - remove overlaps between rectangular boundaries of nodes/clusters\n *     (respecting structural constraints)\n *   - perform routing (preserve previous topology using rubber banding)\n */\nvoid makeFeasible(vpsc::Rectangles& rs, vector<cola::Edge>& edges,\n    std::vector<topology::Edge*>& routes,\n    std::vector<topology::Node*>& topologyNodes, double defaultEdgeLength) {\n    printf(\"Removing overlaps...\\n\");\n    removeoverlaps(rs,false);\n    printf(\"done.\\n\");\n    printf(\"Running libavoid to compute routes...\\n\");\n    clock_t libavoidstarttime=clock();\n    // find feasible routes for edges\n    Avoid::Router *router = new Avoid::Router(Avoid::PolyLineRouting);\n    // Use rotational sweep for point visibility\n    router->UseLeesAlgorithm = true;\n    // Don't use invisibility graph.\n    router->InvisibilityGrph = false;\n    double g=0; // make shape that libavoid sees slightly smaller\n    for(unsigned i=0;i<rs.size();++i) {\n        vpsc::Rectangle* r=rs[i];\n        double x=r->getMinX()+g;\n        double X=r->getMaxX()-g;\n        double y=r->getMinY()+g;\n        double Y=r->getMaxY()-g;\n        // Create the ShapeRef:\n        Avoid::Rectangle shapeRect(Avoid::Point(x,y), Avoid::Point(X,Y));\n        //if(i==4||i==13||i==9) {\n            //printf(\"rect[%d]:{%f,%f,%f,%f}\\n\",i,x,y,X,Y);\n        //}\n        unsigned int shapeID = i + 1;\n        new Avoid::ShapeRef(router, shapeRect, shapeID);\n    }\n    Avoid::ConnRef *connRefs[edges.size()];\n    for(unsigned i=0;i<edges.size();++i)\n    {\n        cola::Edge e=edges[i];\n        unsigned int connID = i + rs.size() + 1;\n        Rectangle* r0=rs[e.first], *r1=rs[e.second];\n        Avoid::Point srcPt(r0->getCentreX(),r0->getCentreY());\n        Avoid::Point dstPt(r1->getCentreX(),r1->getCentreY());\n        connRefs[i] = new Avoid::ConnRef(router, srcPt, dstPt, connID);\n    }\n    router->processTransaction();\n    //router->outputInstanceToSVG();\n    for(unsigned i=0;i<edges.size();++i)\n    {\n        cola::Edge e=edges[i];\n        const Avoid::Polygon& route = connRefs[i]->route();\n        vector<topology::EdgePoint*> eps;\n        eps.push_back( new topology::EdgePoint( topologyNodes[e.first],\n                    topology::EdgePoint::CENTRE));\n        for(size_t j=1;j+1<route.size();j++) {\n            const Avoid::Point& p = route.ps[j];\n            const unsigned nodeID=p.id-1;\n            topology::Node* node=topologyNodes[nodeID];\n            topology::EdgePoint::RectIntersect ri;\n            switch(p.vn) {\n                case 0: ri=topology::EdgePoint::BR;\n                        break;\n                case 1: ri=topology::EdgePoint::TR;\n                        break;\n                case 2: ri=topology::EdgePoint::TL;\n                        break;\n                case 3: ri=topology::EdgePoint::BL;\n                        break;\n                default: ri=topology::EdgePoint::CENTRE;\n            }\n            eps.push_back(new topology::EdgePoint(node,ri));\n        }\n        eps.push_back(new topology::EdgePoint(topologyNodes[e.second],\n                    topology::EdgePoint::CENTRE));\n        topology::Edge* edgeRoute=new topology::Edge(i,defaultEdgeLength, eps);\n        edgeRoute->assertConvexBends();\n        routes.push_back(edgeRoute);\n\n    }\n    writeFile(topologyNodes,routes,\"beautify0.svg\");\n    assert(topology::assertNoSegmentRectIntersection(topologyNodes,routes));\n    double libavoidtime=double(clock()-libavoidstarttime)/double(CLOCKS_PER_SEC);\n    cout << \"done. Libavoid ran in \" << libavoidtime << \" seconds\" << endl;\n    delete router;\n}\nint main() {\n    unsigned V;\n    CompoundConstraints cx,cy;\n\n    int seed = time(nullptr);\n    seed=1207906420;\n    //seed=1207920674;\n    //seed=1207982613;\n    //seed=1207984219;\n    //seed=1207984299;\n    //seed=1207984743;\n    //seed=1207985027; // very short edge which seems to cause problems\n    //seed=1207986026; // error if we don't check neighbour is actually on scanline when determining visibility when generating straight constraints\n    //seed=1207991731;\n    //seed=1208303930;\n    //seed=1208304508;\n    //seed=1208316284;\n    //seed=1208319019;\n    //seed=1208321702;\n    printf(\"random seed=%d\\n\",seed);\n    srand(seed);\n    vector<Edge> es = random_dag(DAGDEPTH,BRANCHFACTOR,V,cx,cy);\n    double defaultEdgeLength=40;\n\n    cout << \"V=\"<<V<<endl;\n    cout << \"E=\"<<es.size()<<endl;\n    double width=1000;\n    double height=1000;\n    vector<pair<double,double> > startpos(V);\n    for(unsigned i=0;i<V;i++) {\n        double x=getRand(width), y=getRand(height);\n        startpos[i]=make_pair(x,y);\n    }\n\tvector<vpsc::Rectangle*> rs;\n    vector<topology::Node*> topologyNodes;\n    vector<topology::Edge*> routes;\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdouble x=getRand(width), y=getRand(height);\n        vpsc::Rectangle* r =new vpsc::Rectangle(x,x+30,y,y+10);\n\t\trs.push_back(r);\n        topologyNodes.push_back(new topology::Node(i,r));\n\t}\n\tCheckProgress test(0.01,100);\n    /*\n    ConstrainedMajorizationLayout alg(rs,es,nullptr,defaultEdgeLength,nullptr,test);\n    //alg.setYConstraints(&cy);\n\talg.run();\n    */\n    clock_t unconstrainedstarttime=clock();\n    //writeTextFile(es);\n\tConstrainedFDLayout alg2(rs,es,defaultEdgeLength,\n            StandardEdgeLengths, &test);\n    alg2.setConstraints(cy);\n\talg2.run();\n    double totaltime=0;\n    double unconstrainedtime=double(clock()-unconstrainedstarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=unconstrainedstarttime;\n    cout<<\"unconstrained layout ran in \"<<unconstrainedtime<<\" seconds\"<<endl;\n    clock_t makefeasiblestarttime=clock();\n    makeFeasible(rs,es,routes,topologyNodes,defaultEdgeLength);\n    double makefeasibletime=double(clock()-makefeasiblestarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=makefeasibletime;\n    cout<<\"makefeasible ran in \"<<makefeasibletime<<\" seconds\"<<endl;\n    clock_t beautifystarttime=clock();\n    test.reset();\n    topology::ColaTopologyAddon topology(topologyNodes, routes);\n    alg2.setTopology(&topology);\n    writeFile(topologyNodes,routes,\"beautify1.svg\");\n    std::stringstream dunnartfile;\n    dunnartfile << \"v\" << V << \"e\" << (int) es.size() << \".svg\";\n    writeDunnartFile(topologyNodes,es,dunnartfile.str().c_str());\n\n\talg2.run();\n    double beautifytime=double(clock()-beautifystarttime)/double(CLOCKS_PER_SEC);\n    totaltime+=beautifytime;\n    cout<<\"beautify ran in \"<<beautifytime<<\" seconds\"<<endl;\n    cout<<\"TOTAL=\"<<totaltime<<endl;\n    cout <<\"---------------------------------------------\"<< endl;\n    cout <<V<<\" & \"<<es.size()<<\" & \"<<unconstrainedtime<<\" & \"<<makefeasibletime<<\" & \"<<beautifytime<<\" & \"<<totaltime<<\" \\\\\\\\ % Seed: \"<< seed <<endl;\n    writeFile(topologyNodes,routes,\"beautify2.svg\");\n\tfor(unsigned i=0;i<V;i++) {\n\t\tdelete rs[i];\n\t}\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=99 :\n"
  },
  {
    "path": "cola/libtopology/tests/bend2.m",
    "content": "(*\n\tcomputation of the stress function for straightening a bendy edge,\n        and it's derivative and hessian.\n        various test cases.\n\n\tto run: math < bend2.m\n*)\n\n(* euclidean distance between two points *)\nl[a_,b_]:=Sqrt[(a[[1]]-b[[1]])^2+(a[[2]]-b[[2]])^2];\n(* stress function *)\nd=.;\nf[X_,Y_]:=d^-2 (d-Sum[\n    l[{X[[i-1]],Y[[i-1]]},{X[[i]],Y[[i]]}],{i,2,Length[X]}\n])^2;\n\n(*\nX=Array[x,3];\nY=Array[y,3];\nf[X,Y]\nfrom=Table[l[{X[[i - 1]], Y[[i - 1]]}, {X[[i]], Y[[i]]}], {i, 2, Length[X]}]\nto=Table[Subscript[l,i-1,i],{i,2,Length[X]}]\ndfrom=Table[X[[i-1]]-X[[i]],{i,2,Length[X]}]\ndto=Table[Subscript[dx,i-1,i],{i,2,Length[X]}]\nrules=Join[\n   {PowerExpand[d Sqrt[f[X, Y]]]->dl},\n   Thread[from->to],\n   Thread[1/from->1/to],\n   Thread[from^(-2)->to^(-2)],\n   Thread[from^(-3)->to^(-3)],\n   Thread[dfrom->dto]]\ng=D[f[X,Y],{X,1}]//.rules\nh=D[f[X,Y],{X,2}]//.rules\ng/.{x[i_] -> Xv[[i]], y[i_] -> Yv[[i]]}\n*)\n\n(* \n\textract points from rectangles\n\ta rectangle is an array: {bottom left point, bottom right, width, height\n*)\ntl[r_]:={r[[1]],r[[2]]+r[[4]]};\ntr[r_]:={r[[1]]+r[[3]],r[[2]]+r[[4]]};\nbl[r_]:={r[[1]],r[[2]]};\nbr[r_]:={r[[1]]+r[[3]],r[[2]]};\ncentre[r_]:={r[[1]]+r[[3]]/2.0,r[[2]]+r[[4]]/2.0};\n\n(*\n\ttest case: 3 rectangles, 1 path, 1 bend\n*)\nd=100.000000; (* ideal length *)\nv0={571.5,363.5,63,43};\nv1={541.5,469.5,63,43};\nv2={541.5,300.5,63,43};\n\n(* Path defined in Xv, Yv *)\nXv={centre[v1][[1]],tr[v0][[1]],br[v0][[1]],centre[v2][[1]]};\nYv={centre[v1][[2]],tr[v0][[2]],br[v0][[2]],centre[v2][[2]]};\n(* order in which nodes are visited in path *)\nXi={1,0,0,2};\nn=Length[Xi];\nm=Max[Xi]+1;\n\nexpected=1.48116;\nAbs[f[Xv,Yv]-expected]<10^(-5)\n\nX=Array[x,n];\nY=Array[y,n];\ng=D[f[X,Y],{X,1}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\nh=D[f[X,Y],{X,2}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\n\ngg = Table[0, {i, m}];\nFor[i = 1, i <= n, i++, gg[[Xi[[i]] + 1]]+=g[[i]]];\nhh = Table[0, {i, m}, {j, n}];\nFor[i=1, i<=n, i++, \n  For[j=1, j<=n, j++,\n    hh[[Xi[[i]]+1,j]]+=h[[i,j]]\n  ]\n]\nhhh = Table[0, {i, m}, {j, m}];\nFor[i=1, i<=m, i++, \n  For[j=1, j<=n, j++,\n    hhh[[i,Xi[[j]]+1]]+=hh[[i,j]]\n  ]\n]\n\ngg\nhhh\n"
  },
  {
    "path": "cola/libtopology/tests/kamada.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * Test of topology conserving constraints.  Sets up a graph\n * with four nodes and two edges, initially with two bends around the\n * first disconnected node.  After an iteration an edge segment must be split\n * to bend around the second disconnected node.\n *\n * \\file split.cpp\n * \\author Tim Dwyer\n * \\date Dec 2007\n */\n#include <libvpsc/rectangle.h>\n#include <libtopology/topology_constraints.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include <libproject/project.h>\n#include <vector>\n#include <iostream>\n#include <sstream>\nusing namespace std;\nusing namespace topology;\n#include \"test.h\"\n\ndouble expectedStress=1.48116;\ndouble expectedG1[]=\n{0.00849768, -0.0192465, 0, 0.0107488};\n\ndouble expectedG2[]={0.003837,-0.001923,-0.001914};\ndouble expectedH1[]= \n{0.000312442, -0.000438933, 0,  0.000126491, \n-0.000438933,  0.000746922, 0, -0.000307989,\n           0,            0, 0,            0, \n 0.000126491, -0.000307989, 0,  0.000181498};\n\ndouble expectedH2[]={0.000505,-0.000169,-0.000336,\n                     -0.000169,0.000165,0.000004 ,\n                     -0.000336,0.000004,0.000333};\n\nvoid makeEdge(Edges& es,EdgePoints& eps) {\n\tes.push_back(new Edge(70,eps));\n\teps.clear();\n}\nvoid split() {\n    Nodes nodes;\n\n    printf(\"test: bend2()\\n\");\naddNode(nodes,233.500000,112.500000,35.000000,31.000000);\naddNode(nodes,222.500000,155.500000,35.000000,31.000000);\naddNode(nodes,276.500000,101.500000,35.000000,31.000000);\naddNode(nodes,279.500000,310.500000,35.000000,31.000000);\naddNode(nodes,236.500000,299.500000,35.000000,31.000000);\naddNode(nodes,224.500000,256.500000,35.000000,31.000000);\naddNode(nodes,380.500000,308.500000,35.000000,31.000000);\naddNode(nodes,433.500000,253.500000,35.000000,31.000000);\naddNode(nodes,423.500000,296.500000,35.000000,31.000000);\naddNode(nodes,432.500000,152.500000,35.000000,31.000000);\naddNode(nodes,420.500000,109.500000,35.000000,31.000000);\naddNode(nodes,377.500000,99.500000,35.000000,31.000000);\naddNode(nodes,360.500000,235.500000,35.000000,31.000000);\naddNode(nodes,297.500000,236.500000,35.000000,31.000000);\naddNode(nodes,359.500000,172.500000,35.000000,31.000000);\naddNode(nodes,296.500000,173.500000,35.000000,31.000000);\nEdges es;\nEdgePoints eps;\naddToPath(eps,nodes[5],EdgePoint::CENTRE);\naddToPath(eps,nodes[4],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\naddToPath(eps,nodes[3],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[4],EdgePoint::CENTRE);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[3],EdgePoint::CENTRE);\naddToPath(eps,nodes[4],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[5],EdgePoint::CENTRE);\naddToPath(eps,nodes[4],EdgePoint::BL);\naddToPath(eps,nodes[4],EdgePoint::TL);\naddToPath(eps,nodes[4],EdgePoint::TR);\naddToPath(eps,nodes[3],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[7],EdgePoint::CENTRE);\naddToPath(eps,nodes[8],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\naddToPath(eps,nodes[6],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[8],EdgePoint::CENTRE);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[6],EdgePoint::CENTRE);\naddToPath(eps,nodes[8],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[7],EdgePoint::CENTRE);\naddToPath(eps,nodes[8],EdgePoint::BR);\naddToPath(eps,nodes[8],EdgePoint::TR);\naddToPath(eps,nodes[8],EdgePoint::TL);\naddToPath(eps,nodes[6],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\naddToPath(eps,nodes[7],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\naddToPath(eps,nodes[12],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[5],EdgePoint::CENTRE);\naddToPath(eps,nodes[13],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[0],EdgePoint::CENTRE);\naddToPath(eps,nodes[2],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[1],EdgePoint::CENTRE);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[10],EdgePoint::CENTRE);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[11],EdgePoint::CENTRE);\naddToPath(eps,nodes[10],EdgePoint::BL);\naddToPath(eps,nodes[10],EdgePoint::BR);\naddToPath(eps,nodes[10],EdgePoint::TR);\naddToPath(eps,nodes[9],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\naddToPath(eps,nodes[11],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[9],EdgePoint::CENTRE);\naddToPath(eps,nodes[14],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[10],EdgePoint::CENTRE);\naddToPath(eps,nodes[9],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[11],EdgePoint::CENTRE);\naddToPath(eps,nodes[10],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[0],EdgePoint::CENTRE);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[1],EdgePoint::CENTRE);\naddToPath(eps,nodes[0],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[2],EdgePoint::CENTRE);\naddToPath(eps,nodes[15],EdgePoint::CENTRE);\nmakeEdge(es,eps);\naddToPath(eps,nodes[1],EdgePoint::CENTRE);\naddToPath(eps,nodes[0],EdgePoint::TL);\naddToPath(eps,nodes[0],EdgePoint::BL);\naddToPath(eps,nodes[0],EdgePoint::BR);\naddToPath(eps,nodes[2],EdgePoint::CENTRE);\nmakeEdge(es,eps);\n\n    const size_t V = nodes.size();\n    writeFile(nodes,es,\"kamada-0.svg\");\n\n    vpsc::Variables vs;\n    vpsc::Constraints cs;\n    getVariables(nodes,vs);\n    TopologyConstraints t(vpsc::HORIZONTAL,nodes,es,vs,cs);\n\n    // test computeStress\n    double stress=t.computeStress();\n    printf(\"Stress=%f\\n\",stress);\n    //assert(fabs(expectedStress-stress)<1e-4);\n\n    valarray<double> g(V);\n    cola::SparseMap h(V);\n    for(unsigned i=1;i<5;i++) {\n        g=0;\n        h.clear();\n        t.gradientProjection(g,h);\n        stringstream ss;\n        ss << \"kamada-\" << i << \".svg\";\n        writeFile(nodes,es,ss.str().c_str());\n    }\n\n    for_each(cs.begin(),cs.end(),delete_object());\n    for_each(nodes.begin(),nodes.end(),delete_node());\n    for_each(es.begin(),es.end(),delete_object());\n}\n\nint main() {\n    split();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/tests/nodedragging.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2006-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n*/\n\n/** \\file nodedragging.cpp\n *\n * tests interaction with layout and solver.  We have a number of disconnected\n * shapes.  One shape is \"dragged\" through the others.  Overlaps should be\n * avoided.\n */\n\n#include <iostream>\n#include <iomanip>\n#include <fstream>\n\n#include <vector>\n#include <valarray>\n#include <algorithm>\n#include <float.h>\n#include \"libcola/cola.h\"\n#include \"libtopology/topology_graph.h\"\n#include \"libtopology/cola_topology_addon.h\"\n#include \"libcola/tests/graphlayouttest.h\"\nusing namespace std;\nusing namespace cola;\n\nstring outFName=\"nodedragging\";\n\ntopology::Node* addNode(\n        topology::Nodes& vs, vpsc::Rectangle* r) {\n    topology::Node *v = new topology::Node(vs.size(), r);\n    vs.push_back(v);\n    return v;\n}\nvoid addToPath(topology::EdgePoints& ps, topology::Node *v, topology::EdgePoint::RectIntersect i) {\n    ps.push_back(new topology::EdgePoint(v,i));\n}\nstruct Test : TestConvergence {\n    Test(const double d,const unsigned i,topology::Nodes& vs, topology::Edges& es) : TestConvergence(d,i), vs(vs), es(es), iter(1) {}\n    bool operator()(const double new_stress, valarray<double> & X, valarray<double> & Y) {\n        bool converged = TestConvergence::operator()(new_stress,X,Y);\n        if(converged) {\n            cout << \"stress=\"<<new_stress<<\" iteration=\"<<iter<<endl;\n            stringstream ss;\n            ss<<outFName<<\"-\"<< setfill('0') << setw(3) << iter++ << \".svg\";\n            writeFile(vs,es,ss.str());\n        }\n        return converged;\n    }\n    double lastStress;\n    topology::Nodes& vs;\n    topology::Edges& es;\n    int iter;\n};\n\nvoid nodeDragging() {\n//printf(\n//\"tests interaction with layout and solver.  We have a number of disconnected\"\n//\"shapes.  One shape is 'dragged' through the others.  Overlaps should be\"\n//\"avoided.\"\n//\"\\n\");\n    const unsigned V = 10;\n    Edge edge_array[] = { Edge(0, 1), Edge(1, 2), Edge(2, 0) };\n    const std::size_t E = sizeof(edge_array) / sizeof(Edge);\n    vector<Edge> es(edge_array,edge_array+E);\n    vector<vpsc::Rectangle*> rs;\n    double w=54, h=34;\n    double\n        x[]={279, 406, 444, 474, 406, 441, 375, 408, 373, 339},\n        y[]={273, 279, 224, 179, 92, 135, 135, 179, 226, 179};\n    for(unsigned i=0;i<V;++i) {\n        rs.push_back(new vpsc::Rectangle(x[i],x[i]+w,y[i],y[i]+h));\n    }\n    double idealLength=60;\n    // set up topology graph\n    topology::Nodes vs;\n    for(vector<vpsc::Rectangle*>::iterator i = rs.begin(); i!=rs.end();++i) {\n        addNode(vs,*i);\n    }\n    topology::Edges tes;\n    writeFile(vs,tes,outFName+\"-000.svg\");\n\n    Locks locks;\n    locks.push_back(Lock(0,rs[0]->getCentreX(), rs[0]->getCentreY()));\n    Lock& lock=locks[0];\n    PreIteration preIteration(locks);\n    Test test(0.00001,100,vs,tes);\n    ConstrainedFDLayout alg(rs,es,idealLength, StandardEdgeLengths,\n            &test,&preIteration);\n    alg.setAvoidNodeOverlaps(true);\n    topology::ColaTopologyAddon topology(vs, tes);\n    alg.setTopology(&topology);\n\n    double step=1;\n    for(unsigned i=0;i<100;i++) {\n        lock=Lock(0,rs[0]->getCentreX()+step,rs[0]->getCentreY()-step);\n        alg.run(true,true);\n    }\n    double finalStress=alg.computeStress();\n    printf(\"finalStress=%f\\n\",finalStress);\n\n    //assert(finalStress<1e-5);\n    for_each(rs.begin(),rs.end(),delete_object());\n    for_each(tes.begin(),tes.end(),delete_object());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\nint main() {\n\tnodeDragging();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n\n"
  },
  {
    "path": "cola/libtopology/tests/nooverlap.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * Test of topology conserving constraints - no overlap constraints.\n * A number of rectangles is generated and overlaps between them \n * removed using libvpsc.  For each drawing dimension dim,\n * an instance of TopologyConstraints \n * in axis dim is generated for this set of non-overlapping rectangles and\n * hence a set of libvpsc::Constraints that should prevent overlap\n * if the rectangles move in dim.  The rectangles are then randomly perturbed in\n * dim and overlaps resolved again using libvpsc with the set of constraints\n * generated by TopologyConstraints.\n * Overlaps must then be non-existent.\n *\n * \\file nooverlap.cpp\n * \\author Tim Dwyer\n * \\date Jan 2008\n */\n#include <libvpsc/rectangle.h>\n#include <libtopology/topology_constraints.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <vector>\n#include <iostream>\n#include <sstream>\nusing namespace std;\nusing namespace topology;\n#include \"test.h\"\nstruct Create {\n    Create() : ctr(0) {}\n    Node* operator() (vpsc::Rectangle* r) {\n        return new Node(ctr,r,new vpsc::Variable(ctr));\n        ++ctr;\n    }\n    unsigned ctr;\n};\nvoid testRectangles(vpsc::Rectangles& rs) {\n    rs.push_back(new vpsc::Rectangle(5,15,14,52));\n    rs.push_back(new vpsc::Rectangle(5,10,14,23));\n    rs.push_back(new vpsc::Rectangle(5,35,13,39));\n    rs.push_back(new vpsc::Rectangle(2,10,6,34));\n    rs.push_back(new vpsc::Rectangle(5,9,2,22));\n    rs.push_back(new vpsc::Rectangle(11,13,8,24));\n    rs.push_back(new vpsc::Rectangle(7,35,10,27));\n    rs.push_back(new vpsc::Rectangle(9,39,8,10));\n    rs.push_back(new vpsc::Rectangle(11,38,11,20));\n    rs.push_back(new vpsc::Rectangle(9,47,5,55));\n}\nvoid testCase() {\n    string name(\"nooverlap\");\n    Edges es;\n    vpsc::Rectangles rs;\n    testRectangles(rs);\n    const size_t V = rs.size();\n    \n    removeoverlaps(rs);\n    noRectangleOverlaps(rs);\n    Nodes nodes(V);\n    transform(rs.begin(),rs.end(),nodes.begin(),Create());\n    vpsc::Variables vs;\n    getVariables(nodes,vs);\n\n    writeFile(nodes,es,name+\"-0.svg\");\n\n    try {\n        vpsc::Constraints cs;\n        Edges es; // not used in this test\n        TopologyConstraints t(vpsc::XDIM,nodes,es,nullptr,vs,cs);\n        for(Nodes::iterator v=nodes.begin();v!=nodes.end();++v) {\n            (*v)->var->desiredPosition=getRand(5);\n        }\n        t.solve();\n        writeFile(nodes,es,name+\"-1.svg\");\n\n        noRectangleOverlaps(rs);\n\n        for_each(cs.begin(),cs.end(),delete_object());\n    } catch(const char *e) {\n        fprintf(stderr,\"ERROR: %s\\n\",e);\n    }\n\n    for_each(nodes.begin(),nodes.end(),delete_node());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\nvoid randomTest(vpsc::Dim dim) {\n    string name(\"nooverlap\");\n    const size_t V = 10;\n    vpsc::Rectangles rs, rs_bak;\n    generateRandomRects(V,rs);\n    for(vpsc::Rectangles::iterator i=rs.begin();i!=rs.end();++i) {\n        rs_bak.push_back(new vpsc::Rectangle(**i));\n    }\n    static const double EXTRA_GAP=1e-10;\n    vpsc::Rectangle::setXBorder(EXTRA_GAP);\n    vpsc::Rectangle::setYBorder(EXTRA_GAP);\n    removeoverlaps(rs);\n    noRectangleOverlaps(rs);\n    Nodes nodes(V);\n    transform(rs.begin(),rs.end(),nodes.begin(),Create());\n    vpsc::Variables vs;\n    getVariables(nodes,vs);\n\n    try {\n        vpsc::Constraints cs;\n        Edges es; // not used in this test\n        TopologyConstraints t(dim,nodes,es,nullptr,vs,cs);\n        for(Nodes::iterator v=nodes.begin();v!=nodes.end();++v) {\n            (*v)->var->desiredPosition=getRand(5);\n        }\n        t.solve();\n        vpsc::Rectangle::setXBorder(0);\n        vpsc::Rectangle::setYBorder(0);\n\n        noRectOverlaps(rs);\n\n        for_each(cs.begin(),cs.end(),delete_object());\n    } catch(const char *e) {\n        fprintf(stderr,\"ERROR: %s\\n\",e);\n        printf(\"original:\");\n        for(vpsc::Rectangles::iterator i=rs_bak.begin();i!=rs_bak.end();++i) {\n            cout << **i << endl;\n        }\n        printf(\"overlapping:\");\n        for(vpsc::Rectangles::iterator i=rs.begin();i!=rs.end();++i) {\n            cout << **i << endl;\n        }\n    }\n\n    for_each(nodes.begin(),nodes.end(),delete_node());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\n\nint main() {\n    //testCase();\n    //return 0;\n    for(unsigned i=0;i<10000;++i) {\n        if(!(i%1000)) {\n            printf(\" completed %d instances...\\n\",i);\n        }\n        randomTest(vpsc::HORIZONTAL);\n        randomTest(vpsc::VERTICAL);\n    }\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/tests/orthogonalOpt.cpp",
    "content": "#include \"libavoid/libavoid.h\"\n#include \"libcola/cola.h\"\n#include \"libtopology/orthogonal_topology.h\"\nusing namespace cola;\nusing namespace Avoid;\nint main(void) {\n    Router *router = new Router(\n            PolyLineRouting | OrthogonalRouting);\n    router->setRoutingParameter((RoutingParameter)0, 50);\n    router->setRoutingParameter((RoutingParameter)1, 0);\n    router->setRoutingParameter((RoutingParameter)2, 0);\n    router->setRoutingParameter((RoutingParameter)3, 4000);\n    router->setRoutingParameter((RoutingParameter)4, 0);\n    router->setRoutingParameter((RoutingParameter)5, 100);\n    router->setRoutingParameter((RoutingParameter)6, 0);\n    router->setRoutingParameter((RoutingParameter)7, 4);\n    router->setRoutingOption((RoutingOption)0, true);\n    router->setRoutingOption((RoutingOption)1, true);\n    router->setRoutingOption((RoutingOption)2, false);\n    router->setRoutingOption((RoutingOption)3, false);\n    Polygon poly1(4);\n    poly1.ps[0] = Point(726.878, 218.197);\n    poly1.ps[1] = Point(726.878, 250.197);\n    poly1.ps[2] = Point(706.878, 250.197);\n    poly1.ps[3] = Point(706.878, 218.197);\n    new ShapeRef(router, poly1, 1);\n\n    Polygon poly2(4);\n    poly2.ps[0] = Point(117.711, 1515.53);\n    poly2.ps[1] = Point(117.711, 1535.53);\n    poly2.ps[2] = Point(85.7111, 1535.53);\n    poly2.ps[3] = Point(85.7111, 1515.53);\n    new ShapeRef(router, poly2, 2);\n\n    Polygon poly3(4);\n    poly3.ps[0] = Point(-251.289, 1435.53);\n    poly3.ps[1] = Point(-251.289, 1467.53);\n    poly3.ps[2] = Point(-271.289, 1467.53);\n    poly3.ps[3] = Point(-271.289, 1435.53);\n    new ShapeRef(router, poly3, 3);\n\n    Polygon poly4(4);\n    poly4.ps[0] = Point(117.711, 1557.53);\n    poly4.ps[1] = Point(117.711, 1577.53);\n    poly4.ps[2] = Point(85.7111, 1577.53);\n    poly4.ps[3] = Point(85.7111, 1557.53);\n    new ShapeRef(router, poly4, 4);\n\n    Polygon poly5(4);\n    poly5.ps[0] = Point(-251.289, 1515.53);\n    poly5.ps[1] = Point(-251.289, 1577.53);\n    poly5.ps[2] = Point(-313.289, 1577.53);\n    poly5.ps[3] = Point(-313.289, 1515.53);\n    new ShapeRef(router, poly5, 5);\n\n    Polygon poly6(4);\n    poly6.ps[0] = Point(1158.88, -159.553);\n    poly6.ps[1] = Point(1158.88, 217.447);\n    poly6.ps[2] = Point(936.878, 217.447);\n    poly6.ps[3] = Point(936.878, -159.553);\n    new ShapeRef(router, poly6, 6);\n\n    Polygon poly7(4);\n    poly7.ps[0] = Point(836.878, -647.803);\n    poly7.ps[1] = Point(836.878, -473.803);\n    poly7.ps[2] = Point(716.878, -473.803);\n    poly7.ps[3] = Point(716.878, -647.803);\n    new ShapeRef(router, poly7, 7);\n\n    Polygon poly8(4);\n    poly8.ps[0] = Point(417.378, 1468.53);\n    poly8.ps[1] = Point(417.378, 1500.53);\n    poly8.ps[2] = Point(397.378, 1500.53);\n    poly8.ps[3] = Point(397.378, 1468.53);\n    new ShapeRef(router, poly8, 8);\n\n    Polygon poly9(4);\n    poly9.ps[0] = Point(684.878, 1440.53);\n    poly9.ps[1] = Point(684.878, 1460.53);\n    poly9.ps[2] = Point(652.878, 1460.53);\n    poly9.ps[3] = Point(652.878, 1440.53);\n    new ShapeRef(router, poly9, 9);\n\n    Polygon poly10(4);\n    poly10.ps[0] = Point(684.878, 1515.53);\n    poly10.ps[1] = Point(684.878, 1535.53);\n    poly10.ps[2] = Point(652.878, 1535.53);\n    poly10.ps[3] = Point(652.878, 1515.53);\n    new ShapeRef(router, poly10, 10);\n\n    Polygon poly11(4);\n    poly11.ps[0] = Point(587.378, 1275.86);\n    poly11.ps[1] = Point(587.378, 1295.86);\n    poly11.ps[2] = Point(555.378, 1295.86);\n    poly11.ps[3] = Point(555.378, 1275.86);\n    new ShapeRef(router, poly11, 11);\n\n    Polygon poly12(4);\n    poly12.ps[0] = Point(581.378, 1173.86);\n    poly12.ps[1] = Point(581.378, 1205.86);\n    poly12.ps[2] = Point(561.378, 1205.86);\n    poly12.ps[3] = Point(561.378, 1173.86);\n    new ShapeRef(router, poly12, 12);\n\n    Polygon poly13(4);\n    poly13.ps[0] = Point(291.378, 1242.86);\n    poly13.ps[1] = Point(291.378, 1262.86);\n    poly13.ps[2] = Point(259.378, 1262.86);\n    poly13.ps[3] = Point(259.378, 1242.86);\n    new ShapeRef(router, poly13, 13);\n\n    Polygon poly14(4);\n    poly14.ps[0] = Point(-117.289, 1242.86);\n    poly14.ps[1] = Point(-117.289, 1262.86);\n    poly14.ps[2] = Point(-149.289, 1262.86);\n    poly14.ps[3] = Point(-149.289, 1242.86);\n    new ShapeRef(router, poly14, 14);\n\n    Polygon poly15(4);\n    poly15.ps[0] = Point(901.878, 1242.86);\n    poly15.ps[1] = Point(901.878, 1262.86);\n    poly15.ps[2] = Point(869.878, 1262.86);\n    poly15.ps[3] = Point(869.878, 1242.86);\n    new ShapeRef(router, poly15, 15);\n\n    Polygon poly16(4);\n    poly16.ps[0] = Point(515.378, 991.864);\n    poly16.ps[1] = Point(515.378, 1035.86);\n    poly16.ps[2] = Point(427.378, 1035.86);\n    poly16.ps[3] = Point(427.378, 991.864);\n    new ShapeRef(router, poly16, 16);\n\n    Polygon poly17(4);\n    poly17.ps[0] = Point(726.878, 1032.86);\n    poly17.ps[1] = Point(726.878, 1064.86);\n    poly17.ps[2] = Point(706.878, 1064.86);\n    poly17.ps[3] = Point(706.878, 1032.86);\n    new ShapeRef(router, poly17, 17);\n\n    Polygon poly18(4);\n    poly18.ps[0] = Point(-281.789, 1046.86);\n    poly18.ps[1] = Point(-281.789, 1210.86);\n    poly18.ps[2] = Point(-488.789, 1210.86);\n    poly18.ps[3] = Point(-488.789, 1046.86);\n    new ShapeRef(router, poly18, 18);\n\n    Polygon poly19(4);\n    poly19.ps[0] = Point(726.878, 908.864);\n    poly19.ps[1] = Point(726.878, 940.864);\n    poly19.ps[2] = Point(706.878, 940.864);\n    poly19.ps[3] = Point(706.878, 908.864);\n    new ShapeRef(router, poly19, 19);\n\n    Polygon poly20(4);\n    poly20.ps[0] = Point(726.878, 784.864);\n    poly20.ps[1] = Point(726.878, 816.864);\n    poly20.ps[2] = Point(706.878, 816.864);\n    poly20.ps[3] = Point(706.878, 784.864);\n    new ShapeRef(router, poly20, 20);\n\n    Polygon poly21(4);\n    poly21.ps[0] = Point(705.878, 373.864);\n    poly21.ps[1] = Point(705.878, 405.864);\n    poly21.ps[2] = Point(685.878, 405.864);\n    poly21.ps[3] = Point(685.878, 373.864);\n    new ShapeRef(router, poly21, 21);\n\n    Polygon poly22(4);\n    poly22.ps[0] = Point(306.878, 715.864);\n    poly22.ps[1] = Point(306.878, 775.864);\n    poly22.ps[2] = Point(-6.12224, 775.864);\n    poly22.ps[3] = Point(-6.12224, 715.864);\n    new ShapeRef(router, poly22, 22);\n\n    Polygon poly23(4);\n    poly23.ps[0] = Point(554.378, 318.864);\n    poly23.ps[1] = Point(554.378, 338.864);\n    poly23.ps[2] = Point(522.378, 338.864);\n    poly23.ps[3] = Point(522.378, 318.864);\n    new ShapeRef(router, poly23, 23);\n\n    Polygon poly24(4);\n    poly24.ps[0] = Point(705.878, 9.94694);\n    poly24.ps[1] = Point(705.878, 41.9469);\n    poly24.ps[2] = Point(685.878, 41.9469);\n    poly24.ps[3] = Point(685.878, 9.94694);\n    new ShapeRef(router, poly24, 24);\n\n    Polygon poly25(4);\n    poly25.ps[0] = Point(838.878, 9.94694);\n    poly25.ps[1] = Point(838.878, 41.9469);\n    poly25.ps[2] = Point(818.878, 41.9469);\n    poly25.ps[3] = Point(818.878, 9.94694);\n    new ShapeRef(router, poly25, 25);\n\n    Polygon poly26(4);\n    poly26.ps[0] = Point(868.878, -256.303);\n    poly26.ps[1] = Point(868.878, -236.303);\n    poly26.ps[2] = Point(836.878, -236.303);\n    poly26.ps[3] = Point(836.878, -256.303);\n    new ShapeRef(router, poly26, 26);\n\n    Polygon poly27(4);\n    poly27.ps[0] = Point(726.878, -143.553);\n    poly27.ps[1] = Point(726.878, -111.553);\n    poly27.ps[2] = Point(706.878, -111.553);\n    poly27.ps[3] = Point(706.878, -143.553);\n    new ShapeRef(router, poly27, 27);\n\n    Polygon poly28(4);\n    poly28.ps[0] = Point(726.878, -334.803);\n    poly28.ps[1] = Point(726.878, -302.803);\n    poly28.ps[2] = Point(706.878, -302.803);\n    poly28.ps[3] = Point(706.878, -334.803);\n    new ShapeRef(router, poly28, 28);\n\n    Polygon poly29(4);\n    poly29.ps[0] = Point(488.378, -50.0531);\n    poly29.ps[1] = Point(488.378, -30.0531);\n    poly29.ps[2] = Point(456.378, -30.0531);\n    poly29.ps[3] = Point(456.378, -50.0531);\n    new ShapeRef(router, poly29, 29);\n\n    Polygon poly30(4);\n    poly30.ps[0] = Point(-14.2889, -146.053);\n    poly30.ps[1] = Point(-14.2889, -126.053);\n    poly30.ps[2] = Point(-46.2889, -126.053);\n    poly30.ps[3] = Point(-46.2889, -146.053);\n    new ShapeRef(router, poly30, 30);\n\n    Polygon poly31(4);\n    poly31.ps[0] = Point(-14.2889, -71.0531);\n    poly31.ps[1] = Point(-14.2889, -51.0531);\n    poly31.ps[2] = Point(-46.2889, -51.0531);\n    poly31.ps[3] = Point(-46.2889, -71.0531);\n    new ShapeRef(router, poly31, 31);\n\n    Polygon poly32(4);\n    poly32.ps[0] = Point(390.378, -137.553);\n    poly32.ps[1] = Point(390.378, -117.553);\n    poly32.ps[2] = Point(358.378, -117.553);\n    poly32.ps[3] = Point(358.378, -137.553);\n    new ShapeRef(router, poly32, 32);\n\n    Polygon poly33(4);\n    poly33.ps[0] = Point(219.378, -143.553);\n    poly33.ps[1] = Point(219.378, -111.553);\n    poly33.ps[2] = Point(199.378, -111.553);\n    poly33.ps[3] = Point(199.378, -143.553);\n    new ShapeRef(router, poly33, 33);\n\n    Polygon poly34(4);\n    poly34.ps[0] = Point(-237.289, -143.553);\n    poly34.ps[1] = Point(-237.289, -111.553);\n    poly34.ps[2] = Point(-257.289, -111.553);\n    poly34.ps[3] = Point(-257.289, -143.553);\n    new ShapeRef(router, poly34, 34);\n\n    Polygon poly35(4);\n    poly35.ps[0] = Point(84.7111, -393.803);\n    poly35.ps[1] = Point(84.7111, -373.803);\n    poly35.ps[2] = Point(52.7111, -373.803);\n    poly35.ps[3] = Point(52.7111, -393.803);\n    new ShapeRef(router, poly35, 35);\n\n    Polygon poly36(4);\n    poly36.ps[0] = Point(84.7111, -318.803);\n    poly36.ps[1] = Point(84.7111, -298.803);\n    poly36.ps[2] = Point(52.7111, -298.803);\n    poly36.ps[3] = Point(52.7111, -318.803);\n    new ShapeRef(router, poly36, 36);\n\n    Polygon poly37(4);\n    poly37.ps[0] = Point(84.7111, -126.803);\n    poly37.ps[1] = Point(84.7111, -106.803);\n    poly37.ps[2] = Point(52.7111, -106.803);\n    poly37.ps[3] = Point(52.7111, -126.803);\n    new ShapeRef(router, poly37, 37);\n\n    Polygon poly38(4);\n    poly38.ps[0] = Point(357.378, -361.803);\n    poly38.ps[1] = Point(357.378, -341.803);\n    poly38.ps[2] = Point(325.378, -341.803);\n    poly38.ps[3] = Point(325.378, -361.803);\n    new ShapeRef(router, poly38, 38);\n\n    Polygon poly39(4);\n    poly39.ps[0] = Point(357.378, -463.803);\n    poly39.ps[1] = Point(357.378, -443.803);\n    poly39.ps[2] = Point(325.378, -443.803);\n    poly39.ps[3] = Point(325.378, -463.803);\n    new ShapeRef(router, poly39, 39);\n\n    Polygon poly40(4);\n    poly40.ps[0] = Point(-131.789, -596.303);\n    poly40.ps[1] = Point(-131.789, -561.303);\n    poly40.ps[2] = Point(-392.789, -561.303);\n    poly40.ps[3] = Point(-392.789, -596.303);\n    new ShapeRef(router, poly40, 40);\n\n    Polygon poly41(4);\n    poly41.ps[0] = Point(18.7111, 1408.53);\n    poly41.ps[1] = Point(18.7111, 1428.53);\n    poly41.ps[2] = Point(-13.2889, 1428.53);\n    poly41.ps[3] = Point(-13.2889, 1408.53);\n    new ShapeRef(router, poly41, 41);\n\n    Polygon poly42(4);\n    poly42.ps[0] = Point(726.878, 609.864);\n    poly42.ps[1] = Point(726.878, 641.864);\n    poly42.ps[2] = Point(706.878, 641.864);\n    poly42.ps[3] = Point(706.878, 609.864);\n    new ShapeRef(router, poly42, 42);\n\n    Polygon poly43(4);\n    poly43.ps[0] = Point(84.7111, -243.803);\n    poly43.ps[1] = Point(84.7111, -223.803);\n    poly43.ps[2] = Point(52.7111, -223.803);\n    poly43.ps[3] = Point(52.7111, -243.803);\n    new ShapeRef(router, poly43, 43);\n\n    Polygon poly44(4);\n    poly44.ps[0] = Point(-14.2889, -29.0531);\n    poly44.ps[1] = Point(-14.2889, -9.05306);\n    poly44.ps[2] = Point(-46.2889, -9.05306);\n    poly44.ps[3] = Point(-46.2889, -29.0531);\n    new ShapeRef(router, poly44, 44);\n\n    Polygon poly45(4);\n    poly45.ps[0] = Point(-231.289, 89.1969);\n    poly45.ps[1] = Point(-231.289, 109.197);\n    poly45.ps[2] = Point(-263.289, 109.197);\n    poly45.ps[3] = Point(-263.289, 89.1969);\n    new ShapeRef(router, poly45, 45);\n\n    Polygon poly46(4);\n    poly46.ps[0] = Point(-231.289, 191.197);\n    poly46.ps[1] = Point(-231.289, 211.197);\n    poly46.ps[2] = Point(-263.289, 211.197);\n    poly46.ps[3] = Point(-263.289, 191.197);\n    new ShapeRef(router, poly46, 46);\n\n    Polygon poly47(4);\n    poly47.ps[0] = Point(150.711, 89.1969);\n    poly47.ps[1] = Point(150.711, 109.197);\n    poly47.ps[2] = Point(118.711, 109.197);\n    poly47.ps[3] = Point(118.711, 89.1969);\n    new ShapeRef(router, poly47, 47);\n\n    Polygon poly48(4);\n    poly48.ps[0] = Point(150.711, 191.197);\n    poly48.ps[1] = Point(150.711, 211.197);\n    poly48.ps[2] = Point(118.711, 211.197);\n    poly48.ps[3] = Point(118.711, 191.197);\n    new ShapeRef(router, poly48, 48);\n\n    Polygon poly49(4);\n    poly49.ps[0] = Point(959.878, -277.303);\n    poly49.ps[1] = Point(959.878, -215.303);\n    poly49.ps[2] = Point(897.878, -215.303);\n    poly49.ps[3] = Point(897.878, -277.303);\n    new ShapeRef(router, poly49, 49);\n\n    Polygon poly50(4);\n    poly50.ps[0] = Point(747.878, -443.803);\n    poly50.ps[1] = Point(747.878, -381.803);\n    poly50.ps[2] = Point(685.878, -381.803);\n    poly50.ps[3] = Point(685.878, -443.803);\n    new ShapeRef(router, poly50, 50);\n\n    Polygon poly51(4);\n    poly51.ps[0] = Point(747.878, 831.864);\n    poly51.ps[1] = Point(747.878, 893.864);\n    poly51.ps[2] = Point(685.878, 893.864);\n    poly51.ps[3] = Point(685.878, 831.864);\n    new ShapeRef(router, poly51, 51);\n\n    Polygon poly52(4);\n    poly52.ps[0] = Point(-216.289, -243.803);\n    poly52.ps[1] = Point(-216.289, -181.803);\n    poly52.ps[2] = Point(-278.289, -181.803);\n    poly52.ps[3] = Point(-278.289, -243.803);\n    new ShapeRef(router, poly52, 52);\n\n    Polygon poly53(4);\n    poly53.ps[0] = Point(-216.289, -71.0531);\n    poly53.ps[1] = Point(-216.289, -9.05306);\n    poly53.ps[2] = Point(-278.289, -9.05306);\n    poly53.ps[3] = Point(-278.289, -71.0531);\n    new ShapeRef(router, poly53, 53);\n\n    Polygon poly54(4);\n    poly54.ps[0] = Point(339.378, 297.864);\n    poly54.ps[1] = Point(339.378, 359.864);\n    poly54.ps[2] = Point(277.378, 359.864);\n    poly54.ps[3] = Point(277.378, 297.864);\n    new ShapeRef(router, poly54, 54);\n\n    Polygon poly55(4);\n    poly55.ps[0] = Point(339.378, -71.0531);\n    poly55.ps[1] = Point(339.378, -9.05306);\n    poly55.ps[2] = Point(277.378, -9.05306);\n    poly55.ps[3] = Point(277.378, -71.0531);\n    new ShapeRef(router, poly55, 55);\n\n    Polygon poly56(4);\n    poly56.ps[0] = Point(747.878, -243.803);\n    poly56.ps[1] = Point(747.878, -181.803);\n    poly56.ps[2] = Point(685.878, -181.803);\n    poly56.ps[3] = Point(685.878, -243.803);\n    new ShapeRef(router, poly56, 56);\n\n    Polygon poly57(4);\n    poly57.ps[0] = Point(747.878, -71.0531);\n    poly57.ps[1] = Point(747.878, -9.05306);\n    poly57.ps[2] = Point(685.878, -9.05306);\n    poly57.ps[3] = Point(685.878, -71.0531);\n    new ShapeRef(router, poly57, 57);\n\n    Polygon poly58(4);\n    poly58.ps[0] = Point(747.878, 955.864);\n    poly58.ps[1] = Point(747.878, 1017.86);\n    poly58.ps[2] = Point(685.878, 1017.86);\n    poly58.ps[3] = Point(685.878, 955.864);\n    new ShapeRef(router, poly58, 58);\n\n    Polygon poly59(4);\n    poly59.ps[0] = Point(747.878, 707.864);\n    poly59.ps[1] = Point(747.878, 769.864);\n    poly59.ps[2] = Point(685.878, 769.864);\n    poly59.ps[3] = Point(685.878, 707.864);\n    new ShapeRef(router, poly59, 59);\n\n    Polygon poly60(4);\n    poly60.ps[0] = Point(747.878, 470.864);\n    poly60.ps[1] = Point(747.878, 532.864);\n    poly60.ps[2] = Point(685.878, 532.864);\n    poly60.ps[3] = Point(685.878, 470.864);\n    new ShapeRef(router, poly60, 60);\n\n    Polygon poly61(4);\n    poly61.ps[0] = Point(992.878, 1221.86);\n    poly61.ps[1] = Point(992.878, 1283.86);\n    poly61.ps[2] = Point(930.878, 1283.86);\n    poly61.ps[3] = Point(930.878, 1221.86);\n    new ShapeRef(router, poly61, 61);\n\n    Polygon poly62(4);\n    poly62.ps[0] = Point(273.378, 1387.53);\n    poly62.ps[1] = Point(273.378, 1449.53);\n    poly62.ps[2] = Point(211.378, 1449.53);\n    poly62.ps[3] = Point(211.378, 1387.53);\n    new ShapeRef(router, poly62, 62);\n\n    Polygon poly63(4);\n    poly63.ps[0] = Point(883.878, 1515.53);\n    poly63.ps[1] = Point(883.878, 1577.53);\n    poly63.ps[2] = Point(821.878, 1577.53);\n    poly63.ps[3] = Point(821.878, 1515.53);\n    new ShapeRef(router, poly63, 63);\n\n    Polygon poly64(4);\n    poly64.ps[0] = Point(747.878, 1221.86);\n    poly64.ps[1] = Point(747.878, 1283.86);\n    poly64.ps[2] = Point(685.878, 1283.86);\n    poly64.ps[3] = Point(685.878, 1221.86);\n    new ShapeRef(router, poly64, 64);\n\n    Polygon poly65(4);\n    poly65.ps[0] = Point(438.378, 1221.86);\n    poly65.ps[1] = Point(438.378, 1283.86);\n    poly65.ps[2] = Point(376.378, 1283.86);\n    poly65.ps[3] = Point(376.378, 1221.86);\n    new ShapeRef(router, poly65, 65);\n\n    Polygon poly66(4);\n    poly66.ps[0] = Point(-251.289, 1221.86);\n    poly66.ps[1] = Point(-251.289, 1283.86);\n    poly66.ps[2] = Point(-313.289, 1283.86);\n    poly66.ps[3] = Point(-313.289, 1221.86);\n    new ShapeRef(router, poly66, 66);\n\n    Polygon poly67(4);\n    poly67.ps[0] = Point(438.378, 1515.53);\n    poly67.ps[1] = Point(438.378, 1577.53);\n    poly67.ps[2] = Point(376.378, 1577.53);\n    poly67.ps[3] = Point(376.378, 1515.53);\n    new ShapeRef(router, poly67, 67);\n\n    Polygon poly68(4);\n    poly68.ps[0] = Point(66.7111, 1221.86);\n    poly68.ps[1] = Point(66.7111, 1283.86);\n    poly68.ps[2] = Point(4.71109, 1283.86);\n    poly68.ps[3] = Point(4.71109, 1221.86);\n    new ShapeRef(router, poly68, 68);\n\n    Polygon poly69(4);\n    poly69.ps[0] = Point(-102.289, 1387.53);\n    poly69.ps[1] = Point(-102.289, 1449.53);\n    poly69.ps[2] = Point(-164.289, 1449.53);\n    poly69.ps[3] = Point(-164.289, 1387.53);\n    new ShapeRef(router, poly69, 69);\n\n    Polygon poly70(4);\n    poly70.ps[0] = Point(747.878, 107.947);\n    poly70.ps[1] = Point(747.878, 169.947);\n    poly70.ps[2] = Point(685.878, 169.947);\n    poly70.ps[3] = Point(685.878, 107.947);\n    new ShapeRef(router, poly70, 70);\n\n    Polygon poly71(4);\n    poly71.ps[0] = Point(-286.289, 68.1969);\n    poly71.ps[1] = Point(-286.289, 130.197);\n    poly71.ps[2] = Point(-348.289, 130.197);\n    poly71.ps[3] = Point(-348.289, 68.1969);\n    new ShapeRef(router, poly71, 71);\n\n    Polygon poly72(4);\n    poly72.ps[0] = Point(-69.2889, 68.1969);\n    poly72.ps[1] = Point(-69.2889, 130.197);\n    poly72.ps[2] = Point(-131.289, 130.197);\n    poly72.ps[3] = Point(-131.289, 68.1969);\n    new ShapeRef(router, poly72, 72);\n\n    Polygon poly73(4);\n    poly73.ps[0] = Point(-69.2889, 170.197);\n    poly73.ps[1] = Point(-69.2889, 232.197);\n    poly73.ps[2] = Point(-131.289, 232.197);\n    poly73.ps[3] = Point(-131.289, 170.197);\n    new ShapeRef(router, poly73, 73);\n\n    Polygon poly74(4);\n    poly74.ps[0] = Point(-286.289, 170.197);\n    poly74.ps[1] = Point(-286.289, 232.197);\n    poly74.ps[2] = Point(-348.289, 232.197);\n    poly74.ps[3] = Point(-348.289, 170.197);\n    new ShapeRef(router, poly74, 74);\n\n    Polygon poly75(4);\n    poly75.ps[0] = Point(-150.289, 955.864);\n    poly75.ps[1] = Point(-150.289, 975.864);\n    poly75.ps[2] = Point(-182.289, 975.864);\n    poly75.ps[3] = Point(-182.289, 955.864);\n    new ShapeRef(router, poly75, 75);\n\n    Polygon poly76(4);\n    poly76.ps[0] = Point(-251.289, 955.864);\n    poly76.ps[1] = Point(-251.289, 1017.86);\n    poly76.ps[2] = Point(-313.289, 1017.86);\n    poly76.ps[3] = Point(-313.289, 955.864);\n    new ShapeRef(router, poly76, 76);\n\n    Polygon poly77(4);\n    poly77.ps[0] = Point(684.878, 1557.53);\n    poly77.ps[1] = Point(684.878, 1577.53);\n    poly77.ps[2] = Point(652.878, 1577.53);\n    poly77.ps[3] = Point(652.878, 1557.53);\n    new ShapeRef(router, poly77, 77);\n\n    Polygon poly78(4);\n    poly78.ps[0] = Point(-150.289, 997.864);\n    poly78.ps[1] = Point(-150.289, 1017.86);\n    poly78.ps[2] = Point(-182.289, 1017.86);\n    poly78.ps[3] = Point(-182.289, 997.864);\n    new ShapeRef(router, poly78, 78);\n\n    Polygon poly79(4);\n    poly79.ps[0] = Point(1032.38, 1410.03);\n    poly79.ps[1] = Point(1032.38, 1575.03);\n    poly79.ps[2] = Point(895.378, 1575.03);\n    poly79.ps[3] = Point(895.378, 1410.03);\n    new ShapeRef(router, poly79, 79);\n\n    Polygon poly80(4);\n    poly80.ps[0] = Point(747.878, 373.864);\n    poly80.ps[1] = Point(747.878, 405.864);\n    poly80.ps[2] = Point(727.878, 405.864);\n    poly80.ps[3] = Point(727.878, 373.864);\n    new ShapeRef(router, poly80, 80);\n\n    Polygon poly81(4);\n    poly81.ps[0] = Point(833.878, 547.864);\n    poly81.ps[1] = Point(833.878, 579.864);\n    poly81.ps[2] = Point(813.878, 579.864);\n    poly81.ps[3] = Point(813.878, 547.864);\n    new ShapeRef(router, poly81, 81);\n\n    Polygon poly82(4);\n    poly82.ps[0] = Point(875.878, 547.864);\n    poly82.ps[1] = Point(875.878, 579.864);\n    poly82.ps[2] = Point(855.878, 579.864);\n    poly82.ps[3] = Point(855.878, 547.864);\n    new ShapeRef(router, poly82, 82);\n\n    Polygon poly83(4);\n    poly83.ps[0] = Point(150.711, 1113.86);\n    poly83.ps[1] = Point(150.711, 1133.86);\n    poly83.ps[2] = Point(118.711, 1133.86);\n    poly83.ps[3] = Point(118.711, 1113.86);\n    new ShapeRef(router, poly83, 83);\n\n    Polygon poly84(4);\n    poly84.ps[0] = Point(966.878, 547.864);\n    poly84.ps[1] = Point(966.878, 579.864);\n    poly84.ps[2] = Point(946.878, 579.864);\n    poly84.ps[3] = Point(946.878, 547.864);\n    new ShapeRef(router, poly84, 84);\n\n    Polygon poly85(4);\n    poly85.ps[0] = Point(536.378, 594.864);\n    poly85.ps[1] = Point(536.378, 656.864);\n    poly85.ps[2] = Point(474.378, 656.864);\n    poly85.ps[3] = Point(474.378, 594.864);\n    new ShapeRef(router, poly85, 85);\n\n    Polygon poly86(4);\n    poly86.ps[0] = Point(651.878, 695.864);\n    poly86.ps[1] = Point(651.878, 715.864);\n    poly86.ps[2] = Point(619.878, 715.864);\n    poly86.ps[3] = Point(619.878, 695.864);\n    new ShapeRef(router, poly86, 86);\n\n    Polygon poly87(4);\n    poly87.ps[0] = Point(651.878, 491.864);\n    poly87.ps[1] = Point(651.878, 511.864);\n    poly87.ps[2] = Point(619.878, 511.864);\n    poly87.ps[3] = Point(619.878, 491.864);\n    new ShapeRef(router, poly87, 87);\n\n    Polygon poly88(4);\n    poly88.ps[0] = Point(747.878, 297.864);\n    poly88.ps[1] = Point(747.878, 359.864);\n    poly88.ps[2] = Point(685.878, 359.864);\n    poly88.ps[3] = Point(685.878, 297.864);\n    new ShapeRef(router, poly88, 88);\n\n    Polygon poly89(4);\n    poly89.ps[0] = Point(-293.289, 1435.53);\n    poly89.ps[1] = Point(-293.289, 1467.53);\n    poly89.ps[2] = Point(-313.289, 1467.53);\n    poly89.ps[3] = Point(-313.289, 1435.53);\n    new ShapeRef(router, poly89, 89);\n\n    Polygon poly90(4);\n    poly90.ps[0] = Point(747.878, 9.94694);\n    poly90.ps[1] = Point(747.878, 41.9469);\n    poly90.ps[2] = Point(727.878, 41.9469);\n    poly90.ps[3] = Point(727.878, 9.94694);\n    new ShapeRef(router, poly90, 90);\n\n    Polygon poly91(4);\n    poly91.ps[0] = Point(84.7111, -201.803);\n    poly91.ps[1] = Point(84.7111, -181.803);\n    poly91.ps[2] = Point(52.7111, -181.803);\n    poly91.ps[3] = Point(52.7111, -201.803);\n    new ShapeRef(router, poly91, 91);\n\n    Polygon poly92(4);\n    poly92.ps[0] = Point(-14.2889, 45.9469);\n    poly92.ps[1] = Point(-14.2889, 65.9469);\n    poly92.ps[2] = Point(-46.2889, 65.9469);\n    poly92.ps[3] = Point(-46.2889, 45.9469);\n    new ShapeRef(router, poly92, 92);\n\n    Polygon poly93(4);\n    poly93.ps[0] = Point(684.878, 1632.53);\n    poly93.ps[1] = Point(684.878, 1652.53);\n    poly93.ps[2] = Point(652.878, 1652.53);\n    poly93.ps[3] = Point(652.878, 1632.53);\n    new ShapeRef(router, poly93, 93);\n\n    Polygon poly94(4);\n    poly94.ps[0] = Point(438.378, 1125.86);\n    poly94.ps[1] = Point(438.378, 1187.86);\n    poly94.ps[2] = Point(376.378, 1187.86);\n    poly94.ps[3] = Point(376.378, 1125.86);\n    new ShapeRef(router, poly94, 94);\n\n    Polygon poly95(4);\n    poly95.ps[0] = Point(802.878, 214.197);\n    poly95.ps[1] = Point(802.878, 254.197);\n    poly95.ps[2] = Point(726.878, 254.197);\n    poly95.ps[3] = Point(726.878, 214.197);\n    new ShapeRef(router, poly95, 95);\n\n    Polygon poly96(4);\n    poly96.ps[0] = Point(129.711, 1455.53);\n    poly96.ps[1] = Point(129.711, 1515.53);\n    poly96.ps[2] = Point(73.7111, 1515.53);\n    poly96.ps[3] = Point(73.7111, 1455.53);\n    new ShapeRef(router, poly96, 96);\n\n    Polygon poly97(4);\n    poly97.ps[0] = Point(-175.289, 1431.53);\n    poly97.ps[1] = Point(-175.289, 1471.53);\n    poly97.ps[2] = Point(-251.289, 1471.53);\n    poly97.ps[3] = Point(-251.289, 1431.53);\n    new ShapeRef(router, poly97, 97);\n\n    Polygon poly98(4);\n    poly98.ps[0] = Point(129.711, 1577.53);\n    poly98.ps[1] = Point(129.711, 1637.53);\n    poly98.ps[2] = Point(73.7111, 1637.53);\n    poly98.ps[3] = Point(73.7111, 1577.53);\n    new ShapeRef(router, poly98, 98);\n\n    Polygon poly99(4);\n    poly99.ps[0] = Point(493.378, 1464.53);\n    poly99.ps[1] = Point(493.378, 1504.53);\n    poly99.ps[2] = Point(417.378, 1504.53);\n    poly99.ps[3] = Point(417.378, 1464.53);\n    new ShapeRef(router, poly99, 99);\n\n    Polygon poly100(4);\n    poly100.ps[0] = Point(696.878, 1380.53);\n    poly100.ps[1] = Point(696.878, 1440.53);\n    poly100.ps[2] = Point(640.878, 1440.53);\n    poly100.ps[3] = Point(640.878, 1380.53);\n    new ShapeRef(router, poly100, 100);\n\n    Polygon poly101(4);\n    poly101.ps[0] = Point(696.878, 1455.53);\n    poly101.ps[1] = Point(696.878, 1515.53);\n    poly101.ps[2] = Point(640.878, 1515.53);\n    poly101.ps[3] = Point(640.878, 1455.53);\n    new ShapeRef(router, poly101, 101);\n\n    Polygon poly102(4);\n    poly102.ps[0] = Point(599.378, 1295.86);\n    poly102.ps[1] = Point(599.378, 1355.86);\n    poly102.ps[2] = Point(543.378, 1355.86);\n    poly102.ps[3] = Point(543.378, 1295.86);\n    new ShapeRef(router, poly102, 102);\n\n    Polygon poly103(4);\n    poly103.ps[0] = Point(657.378, 1169.86);\n    poly103.ps[1] = Point(657.378, 1209.86);\n    poly103.ps[2] = Point(581.378, 1209.86);\n    poly103.ps[3] = Point(581.378, 1169.86);\n    new ShapeRef(router, poly103, 103);\n\n    Polygon poly104(4);\n    poly104.ps[0] = Point(303.378, 1182.86);\n    poly104.ps[1] = Point(303.378, 1242.86);\n    poly104.ps[2] = Point(247.378, 1242.86);\n    poly104.ps[3] = Point(247.378, 1182.86);\n    new ShapeRef(router, poly104, 104);\n\n    Polygon poly105(4);\n    poly105.ps[0] = Point(-105.289, 1182.86);\n    poly105.ps[1] = Point(-105.289, 1242.86);\n    poly105.ps[2] = Point(-161.289, 1242.86);\n    poly105.ps[3] = Point(-161.289, 1182.86);\n    new ShapeRef(router, poly105, 105);\n\n    Polygon poly106(4);\n    poly106.ps[0] = Point(913.878, 1182.86);\n    poly106.ps[1] = Point(913.878, 1242.86);\n    poly106.ps[2] = Point(857.878, 1242.86);\n    poly106.ps[3] = Point(857.878, 1182.86);\n    new ShapeRef(router, poly106, 106);\n\n    Polygon poly107(4);\n    poly107.ps[0] = Point(802.878, 1028.86);\n    poly107.ps[1] = Point(802.878, 1068.86);\n    poly107.ps[2] = Point(726.878, 1068.86);\n    poly107.ps[3] = Point(726.878, 1028.86);\n    new ShapeRef(router, poly107, 107);\n\n    Polygon poly108(4);\n    poly108.ps[0] = Point(802.878, 904.864);\n    poly108.ps[1] = Point(802.878, 944.864);\n    poly108.ps[2] = Point(726.878, 944.864);\n    poly108.ps[3] = Point(726.878, 904.864);\n    new ShapeRef(router, poly108, 108);\n\n    Polygon poly109(4);\n    poly109.ps[0] = Point(802.878, 780.864);\n    poly109.ps[1] = Point(802.878, 820.864);\n    poly109.ps[2] = Point(726.878, 820.864);\n    poly109.ps[3] = Point(726.878, 780.864);\n    new ShapeRef(router, poly109, 109);\n\n    Polygon poly110(4);\n    poly110.ps[0] = Point(685.878, 369.864);\n    poly110.ps[1] = Point(685.878, 409.864);\n    poly110.ps[2] = Point(609.878, 409.864);\n    poly110.ps[3] = Point(609.878, 369.864);\n    new ShapeRef(router, poly110, 110);\n\n    Polygon poly111(4);\n    poly111.ps[0] = Point(566.378, 258.864);\n    poly111.ps[1] = Point(566.378, 318.864);\n    poly111.ps[2] = Point(510.378, 318.864);\n    poly111.ps[3] = Point(510.378, 258.864);\n    new ShapeRef(router, poly111, 111);\n\n    Polygon poly112(4);\n    poly112.ps[0] = Point(685.878, 5.94694);\n    poly112.ps[1] = Point(685.878, 45.9469);\n    poly112.ps[2] = Point(609.878, 45.9469);\n    poly112.ps[3] = Point(609.878, 5.94694);\n    new ShapeRef(router, poly112, 112);\n\n    Polygon poly113(4);\n    poly113.ps[0] = Point(914.878, 5.94694);\n    poly113.ps[1] = Point(914.878, 45.9469);\n    poly113.ps[2] = Point(838.878, 45.9469);\n    poly113.ps[3] = Point(838.878, 5.94694);\n    new ShapeRef(router, poly113, 113);\n\n    Polygon poly114(4);\n    poly114.ps[0] = Point(880.878, -316.303);\n    poly114.ps[1] = Point(880.878, -256.303);\n    poly114.ps[2] = Point(824.878, -256.303);\n    poly114.ps[3] = Point(824.878, -316.303);\n    new ShapeRef(router, poly114, 114);\n\n    Polygon poly115(4);\n    poly115.ps[0] = Point(802.878, -147.553);\n    poly115.ps[1] = Point(802.878, -107.553);\n    poly115.ps[2] = Point(726.878, -107.553);\n    poly115.ps[3] = Point(726.878, -147.553);\n    new ShapeRef(router, poly115, 115);\n\n    Polygon poly116(4);\n    poly116.ps[0] = Point(802.878, -338.803);\n    poly116.ps[1] = Point(802.878, -298.803);\n    poly116.ps[2] = Point(726.878, -298.803);\n    poly116.ps[3] = Point(726.878, -338.803);\n    new ShapeRef(router, poly116, 116);\n\n    Polygon poly117(4);\n    poly117.ps[0] = Point(500.378, -110.053);\n    poly117.ps[1] = Point(500.378, -50.0531);\n    poly117.ps[2] = Point(444.378, -50.0531);\n    poly117.ps[3] = Point(444.378, -110.053);\n    new ShapeRef(router, poly117, 117);\n\n    Polygon poly118(4);\n    poly118.ps[0] = Point(-2.28891, -206.053);\n    poly118.ps[1] = Point(-2.28891, -146.053);\n    poly118.ps[2] = Point(-58.2889, -146.053);\n    poly118.ps[3] = Point(-58.2889, -206.053);\n    new ShapeRef(router, poly118, 118);\n\n    Polygon poly119(4);\n    poly119.ps[0] = Point(-2.28891, -131.053);\n    poly119.ps[1] = Point(-2.28891, -71.0531);\n    poly119.ps[2] = Point(-58.2889, -71.0531);\n    poly119.ps[3] = Point(-58.2889, -131.053);\n    new ShapeRef(router, poly119, 119);\n\n    Polygon poly120(4);\n    poly120.ps[0] = Point(402.378, -197.553);\n    poly120.ps[1] = Point(402.378, -137.553);\n    poly120.ps[2] = Point(346.378, -137.553);\n    poly120.ps[3] = Point(346.378, -197.553);\n    new ShapeRef(router, poly120, 120);\n\n    Polygon poly121(4);\n    poly121.ps[0] = Point(199.378, -147.553);\n    poly121.ps[1] = Point(199.378, -107.553);\n    poly121.ps[2] = Point(123.378, -107.553);\n    poly121.ps[3] = Point(123.378, -147.553);\n    new ShapeRef(router, poly121, 121);\n\n    Polygon poly122(4);\n    poly122.ps[0] = Point(-161.289, -147.553);\n    poly122.ps[1] = Point(-161.289, -107.553);\n    poly122.ps[2] = Point(-237.289, -107.553);\n    poly122.ps[3] = Point(-237.289, -147.553);\n    new ShapeRef(router, poly122, 122);\n\n    Polygon poly123(4);\n    poly123.ps[0] = Point(96.7111, -453.803);\n    poly123.ps[1] = Point(96.7111, -393.803);\n    poly123.ps[2] = Point(40.7111, -393.803);\n    poly123.ps[3] = Point(40.7111, -453.803);\n    new ShapeRef(router, poly123, 123);\n\n    Polygon poly124(4);\n    poly124.ps[0] = Point(96.7111, -378.803);\n    poly124.ps[1] = Point(96.7111, -318.803);\n    poly124.ps[2] = Point(40.7111, -318.803);\n    poly124.ps[3] = Point(40.7111, -378.803);\n    new ShapeRef(router, poly124, 124);\n\n    Polygon poly125(4);\n    poly125.ps[0] = Point(96.7111, -106.803);\n    poly125.ps[1] = Point(96.7111, -46.8031);\n    poly125.ps[2] = Point(40.7111, -46.8031);\n    poly125.ps[3] = Point(40.7111, -106.803);\n    new ShapeRef(router, poly125, 125);\n\n    Polygon poly126(4);\n    poly126.ps[0] = Point(369.378, -421.803);\n    poly126.ps[1] = Point(369.378, -361.803);\n    poly126.ps[2] = Point(313.378, -361.803);\n    poly126.ps[3] = Point(313.378, -421.803);\n    new ShapeRef(router, poly126, 126);\n\n    Polygon poly127(4);\n    poly127.ps[0] = Point(369.378, -523.803);\n    poly127.ps[1] = Point(369.378, -463.803);\n    poly127.ps[2] = Point(313.378, -463.803);\n    poly127.ps[3] = Point(313.378, -523.803);\n    new ShapeRef(router, poly127, 127);\n\n    Polygon poly128(4);\n    poly128.ps[0] = Point(30.7111, 1348.53);\n    poly128.ps[1] = Point(30.7111, 1408.53);\n    poly128.ps[2] = Point(-25.2889, 1408.53);\n    poly128.ps[3] = Point(-25.2889, 1348.53);\n    new ShapeRef(router, poly128, 128);\n\n    Polygon poly129(4);\n    poly129.ps[0] = Point(802.878, 605.864);\n    poly129.ps[1] = Point(802.878, 645.864);\n    poly129.ps[2] = Point(726.878, 645.864);\n    poly129.ps[3] = Point(726.878, 605.864);\n    new ShapeRef(router, poly129, 129);\n\n    Polygon poly130(4);\n    poly130.ps[0] = Point(96.7111, -303.803);\n    poly130.ps[1] = Point(96.7111, -243.803);\n    poly130.ps[2] = Point(40.7111, -243.803);\n    poly130.ps[3] = Point(40.7111, -303.803);\n    new ShapeRef(router, poly130, 130);\n\n    Polygon poly131(4);\n    poly131.ps[0] = Point(-2.28891, -9.05306);\n    poly131.ps[1] = Point(-2.28891, 50.9469);\n    poly131.ps[2] = Point(-58.2889, 50.9469);\n    poly131.ps[3] = Point(-58.2889, -9.05306);\n    new ShapeRef(router, poly131, 131);\n\n    Polygon poly132(4);\n    poly132.ps[0] = Point(-219.289, 29.1969);\n    poly132.ps[1] = Point(-219.289, 89.1969);\n    poly132.ps[2] = Point(-275.289, 89.1969);\n    poly132.ps[3] = Point(-275.289, 29.1969);\n    new ShapeRef(router, poly132, 132);\n\n    Polygon poly133(4);\n    poly133.ps[0] = Point(-219.289, 131.197);\n    poly133.ps[1] = Point(-219.289, 191.197);\n    poly133.ps[2] = Point(-275.289, 191.197);\n    poly133.ps[3] = Point(-275.289, 131.197);\n    new ShapeRef(router, poly133, 133);\n\n    Polygon poly134(4);\n    poly134.ps[0] = Point(162.711, 29.1969);\n    poly134.ps[1] = Point(162.711, 89.1969);\n    poly134.ps[2] = Point(106.711, 89.1969);\n    poly134.ps[3] = Point(106.711, 29.1969);\n    new ShapeRef(router, poly134, 134);\n\n    Polygon poly135(4);\n    poly135.ps[0] = Point(162.711, 131.197);\n    poly135.ps[1] = Point(162.711, 191.197);\n    poly135.ps[2] = Point(106.711, 191.197);\n    poly135.ps[3] = Point(106.711, 131.197);\n    new ShapeRef(router, poly135, 135);\n\n    Polygon poly136(4);\n    poly136.ps[0] = Point(-138.289, 895.864);\n    poly136.ps[1] = Point(-138.289, 955.864);\n    poly136.ps[2] = Point(-194.289, 955.864);\n    poly136.ps[3] = Point(-194.289, 895.864);\n    new ShapeRef(router, poly136, 136);\n\n    Polygon poly137(4);\n    poly137.ps[0] = Point(696.878, 1577.53);\n    poly137.ps[1] = Point(696.878, 1637.53);\n    poly137.ps[2] = Point(640.878, 1637.53);\n    poly137.ps[3] = Point(640.878, 1577.53);\n    new ShapeRef(router, poly137, 137);\n\n    Polygon poly138(4);\n    poly138.ps[0] = Point(-138.289, 1017.86);\n    poly138.ps[1] = Point(-138.289, 1077.86);\n    poly138.ps[2] = Point(-194.289, 1077.86);\n    poly138.ps[3] = Point(-194.289, 1017.86);\n    new ShapeRef(router, poly138, 138);\n\n    Polygon poly139(4);\n    poly139.ps[0] = Point(823.878, 369.864);\n    poly139.ps[1] = Point(823.878, 409.864);\n    poly139.ps[2] = Point(747.878, 409.864);\n    poly139.ps[3] = Point(747.878, 369.864);\n    new ShapeRef(router, poly139, 139);\n\n    Polygon poly140(4);\n    poly140.ps[0] = Point(813.878, 543.864);\n    poly140.ps[1] = Point(813.878, 583.864);\n    poly140.ps[2] = Point(737.878, 583.864);\n    poly140.ps[3] = Point(737.878, 543.864);\n    new ShapeRef(router, poly140, 140);\n\n    Polygon poly141(4);\n    poly141.ps[0] = Point(951.878, 543.864);\n    poly141.ps[1] = Point(951.878, 583.864);\n    poly141.ps[2] = Point(875.878, 583.864);\n    poly141.ps[3] = Point(875.878, 543.864);\n    new ShapeRef(router, poly141, 141);\n\n    Polygon poly142(4);\n    poly142.ps[0] = Point(162.711, 1053.86);\n    poly142.ps[1] = Point(162.711, 1113.86);\n    poly142.ps[2] = Point(106.711, 1113.86);\n    poly142.ps[3] = Point(106.711, 1053.86);\n    new ShapeRef(router, poly142, 142);\n\n    Polygon poly143(4);\n    poly143.ps[0] = Point(1042.88, 543.864);\n    poly143.ps[1] = Point(1042.88, 583.864);\n    poly143.ps[2] = Point(966.878, 583.864);\n    poly143.ps[3] = Point(966.878, 543.864);\n    new ShapeRef(router, poly143, 143);\n\n    Polygon poly144(4);\n    poly144.ps[0] = Point(663.878, 635.864);\n    poly144.ps[1] = Point(663.878, 695.864);\n    poly144.ps[2] = Point(607.878, 695.864);\n    poly144.ps[3] = Point(607.878, 635.864);\n    new ShapeRef(router, poly144, 144);\n\n    Polygon poly145(4);\n    poly145.ps[0] = Point(663.878, 431.864);\n    poly145.ps[1] = Point(663.878, 491.864);\n    poly145.ps[2] = Point(607.878, 491.864);\n    poly145.ps[3] = Point(607.878, 431.864);\n    new ShapeRef(router, poly145, 145);\n\n    Polygon poly146(4);\n    poly146.ps[0] = Point(-313.289, 1431.53);\n    poly146.ps[1] = Point(-313.289, 1471.53);\n    poly146.ps[2] = Point(-389.289, 1471.53);\n    poly146.ps[3] = Point(-389.289, 1431.53);\n    new ShapeRef(router, poly146, 146);\n\n    Polygon poly147(4);\n    poly147.ps[0] = Point(823.878, 5.94694);\n    poly147.ps[1] = Point(823.878, 45.9469);\n    poly147.ps[2] = Point(747.878, 45.9469);\n    poly147.ps[3] = Point(747.878, 5.94694);\n    new ShapeRef(router, poly147, 147);\n\n    Polygon poly148(4);\n    poly148.ps[0] = Point(96.7111, -181.803);\n    poly148.ps[1] = Point(96.7111, -121.803);\n    poly148.ps[2] = Point(40.7111, -121.803);\n    poly148.ps[3] = Point(40.7111, -181.803);\n    new ShapeRef(router, poly148, 148);\n\n    Polygon poly149(4);\n    poly149.ps[0] = Point(-2.28891, 65.9469);\n    poly149.ps[1] = Point(-2.28891, 125.947);\n    poly149.ps[2] = Point(-58.2889, 125.947);\n    poly149.ps[3] = Point(-58.2889, 65.9469);\n    new ShapeRef(router, poly149, 149);\n\n    Polygon poly150(4);\n    poly150.ps[0] = Point(696.878, 1652.53);\n    poly150.ps[1] = Point(696.878, 1712.53);\n    poly150.ps[2] = Point(640.878, 1712.53);\n    poly150.ps[3] = Point(640.878, 1652.53);\n    new ShapeRef(router, poly150, 150);\n\n    Polygon poly151(4);\n    poly151.ps[0] = Point(997.378, -10.5531);\n    poly151.ps[1] = Point(997.378, 29.4469);\n    poly151.ps[2] = Point(937.378, 29.4469);\n    poly151.ps[3] = Point(937.378, -10.5531);\n    new ShapeRef(router, poly151, 151);\n\n    Polygon poly152(4);\n    poly152.ps[0] = Point(997.378, 29.4469);\n    poly152.ps[1] = Point(997.378, 69.4469);\n    poly152.ps[2] = Point(937.378, 69.4469);\n    poly152.ps[3] = Point(937.378, 29.4469);\n    new ShapeRef(router, poly152, 152);\n\n    Polygon poly153(4);\n    poly153.ps[0] = Point(1048.38, 157.947);\n    poly153.ps[1] = Point(1048.38, 217.947);\n    poly153.ps[2] = Point(1008.38, 217.947);\n    poly153.ps[3] = Point(1008.38, 157.947);\n    new ShapeRef(router, poly153, 153);\n\n    Polygon poly154(4);\n    poly154.ps[0] = Point(1088.38, 157.947);\n    poly154.ps[1] = Point(1088.38, 217.947);\n    poly154.ps[2] = Point(1048.38, 217.947);\n    poly154.ps[3] = Point(1048.38, 157.947);\n    new ShapeRef(router, poly154, 154);\n\n    Polygon poly155(4);\n    poly155.ps[0] = Point(797.378, -533.303);\n    poly155.ps[1] = Point(797.378, -473.303);\n    poly155.ps[2] = Point(757.378, -473.303);\n    poly155.ps[3] = Point(757.378, -533.303);\n    new ShapeRef(router, poly155, 155);\n\n    Polygon poly156(4);\n    poly156.ps[0] = Point(-281.289, 1089.36);\n    poly156.ps[1] = Point(-281.289, 1129.36);\n    poly156.ps[2] = Point(-341.289, 1129.36);\n    poly156.ps[3] = Point(-341.289, 1089.36);\n    new ShapeRef(router, poly156, 156);\n\n    Polygon poly157(4);\n    poly157.ps[0] = Point(-281.289, 1129.36);\n    poly157.ps[1] = Point(-281.289, 1169.36);\n    poly157.ps[2] = Point(-341.289, 1169.36);\n    poly157.ps[3] = Point(-341.289, 1129.36);\n    new ShapeRef(router, poly157, 157);\n\n    Polygon poly158(4);\n    poly158.ps[0] = Point(307.378, 726.364);\n    poly158.ps[1] = Point(307.378, 766.364);\n    poly158.ps[2] = Point(247.378, 766.364);\n    poly158.ps[3] = Point(247.378, 726.364);\n    new ShapeRef(router, poly158, 158);\n\n    Polygon poly159(4);\n    poly159.ps[0] = Point(984.378, 1410.53);\n    poly159.ps[1] = Point(984.378, 1470.53);\n    poly159.ps[2] = Point(944.378, 1470.53);\n    poly159.ps[3] = Point(944.378, 1410.53);\n    new ShapeRef(router, poly159, 159);\n\n    Polygon poly160(4);\n    poly160.ps[0] = Point(139.611, 1525.53);\n    poly160.ps[1] = Point(139.611, 1567.53);\n    poly160.ps[2] = Point(63.8111, 1567.53);\n    poly160.ps[3] = Point(63.8111, 1525.53);\n    new ShapeRef(router, poly160, 160);\n\n    Polygon poly161(4);\n    poly161.ps[0] = Point(4.94066e-324, 1421.63);\n    poly161.ps[1] = Point(4.94066e-324, 1481.43);\n    poly161.ps[2] = Point(-303.289, 1481.43);\n    poly161.ps[3] = Point(-303.289, 1421.63);\n    new ShapeRef(router, poly161, 161);\n\n    Polygon poly162(4);\n    poly162.ps[0] = Point(106.611, -383.803);\n    poly162.ps[1] = Point(106.611, 4.94066e-324);\n    poly162.ps[2] = Point(30.8111, 4.94066e-324);\n    poly162.ps[3] = Point(30.8111, -383.803);\n    new ShapeRef(router, poly162, 162);\n\n    Polygon poly163(4);\n    poly163.ps[0] = Point(7.61109, -136.053);\n    poly163.ps[1] = Point(7.61109, 55.9469);\n    poly163.ps[2] = Point(-68.1889, 55.9469);\n    poly163.ps[3] = Point(-68.1889, -136.053);\n    new ShapeRef(router, poly163, 163);\n\n    Polygon poly164(4);\n    poly164.ps[0] = Point(828.878, -3.95306);\n    poly164.ps[1] = Point(828.878, 55.8469);\n    poly164.ps[2] = Point(695.878, 55.8469);\n    poly164.ps[3] = Point(695.878, -3.95306);\n    new ShapeRef(router, poly164, 164);\n\n    Polygon poly165(4);\n    poly165.ps[0] = Point(-128.389, 965.864);\n    poly165.ps[1] = Point(-128.389, 1007.86);\n    poly165.ps[2] = Point(-204.189, 1007.86);\n    poly165.ps[3] = Point(-204.189, 965.864);\n    new ShapeRef(router, poly165, 165);\n\n    Polygon poly166(4);\n    poly166.ps[0] = Point(956.878, 533.964);\n    poly166.ps[1] = Point(956.878, 593.764);\n    poly166.ps[2] = Point(823.878, 593.764);\n    poly166.ps[3] = Point(823.878, 533.964);\n    new ShapeRef(router, poly166, 166);\n\n    Polygon poly167(4);\n    poly167.ps[0] = Point(737.878, 359.964);\n    poly167.ps[1] = Point(737.878, 419.764);\n    poly167.ps[2] = Point(695.878, 419.764);\n    poly167.ps[3] = Point(695.878, 359.964);\n    new ShapeRef(router, poly167, 167);\n\n    Polygon poly168(4);\n    poly168.ps[0] = Point(706.778, 1450.53);\n    poly168.ps[1] = Point(706.778, 1642.53);\n    poly168.ps[2] = Point(630.978, 1642.53);\n    poly168.ps[3] = Point(630.978, 1450.53);\n    new ShapeRef(router, poly168, 168);\n\n    ConnRef *connRef169 = new ConnRef(router, 169);\n    ConnEnd srcPt169(Point(716.878, 234.197), 2);\n    connRef169->setSourceEndpoint(srcPt169);\n    ConnEnd dstPt169(Point(308.378, 328.864), 15);\n    connRef169->setDestEndpoint(dstPt169);\n    connRef169->setRoutingType((ConnType)2);\n\n    ConnRef *connRef170 = new ConnRef(router, 170);\n    ConnEnd srcPt170(Point(716.878, 138.947), 15);\n    connRef170->setSourceEndpoint(srcPt170);\n    ConnEnd dstPt170(Point(716.878, 234.197), 1);\n    connRef170->setDestEndpoint(dstPt170);\n    connRef170->setRoutingType((ConnType)2);\n\n    ConnRef *connRef171 = new ConnRef(router, 171);\n    ConnEnd srcPt171(Point(716.878, 234.197), 2);\n    connRef171->setSourceEndpoint(srcPt171);\n    ConnEnd dstPt171(Point(716.878, 328.864), 15);\n    connRef171->setDestEndpoint(dstPt171);\n    connRef171->setRoutingType((ConnType)2);\n\n    ConnRef *connRef172 = new ConnRef(router, 172);\n    ConnEnd srcPt172(Point(101.711, 1525.53), 4);\n    connRef172->setSourceEndpoint(srcPt172);\n    ConnEnd dstPt172(Point(-282.289, 1546.53), 15);\n    connRef172->setDestEndpoint(dstPt172);\n    connRef172->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints172(1);\n    checkpoints172[0] = Checkpoint(Point(63.7111, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef172->setRoutingCheckpoints(checkpoints172);\n\n    ConnRef *connRef173 = new ConnRef(router, 173);\n    ConnEnd srcPt173(Point(101.711, 1525.53), 8);\n    connRef173->setSourceEndpoint(srcPt173);\n    ConnEnd dstPt173(Point(407.378, 1546.53), 15);\n    connRef173->setDestEndpoint(dstPt173);\n    connRef173->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints173(1);\n    checkpoints173[0] = Checkpoint(Point(139.711, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef173->setRoutingCheckpoints(checkpoints173);\n\n    ConnRef *connRef174 = new ConnRef(router, 174);\n    ConnEnd srcPt174(Point(-261.289, 1451.53), 2);\n    connRef174->setSourceEndpoint(srcPt174);\n    ConnEnd dstPt174(Point(-282.289, 1546.53), 15);\n    connRef174->setDestEndpoint(dstPt174);\n    connRef174->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints174(1);\n    checkpoints174[0] = Checkpoint(Point(-282.289, 1481.53), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef174->setRoutingCheckpoints(checkpoints174);\n\n    ConnRef *connRef175 = new ConnRef(router, 175);\n    ConnEnd srcPt175(Point(-261.289, 1451.53), 1);\n    connRef175->setSourceEndpoint(srcPt175);\n    ConnEnd dstPt175(Point(-282.289, 1252.86), 15);\n    connRef175->setDestEndpoint(dstPt175);\n    connRef175->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints175(1);\n    checkpoints175[0] = Checkpoint(Point(-282.289, 1421.53), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef175->setRoutingCheckpoints(checkpoints175);\n\n    ConnRef *connRef176 = new ConnRef(router, 176);\n    ConnEnd srcPt176(Point(101.711, 1567.53), 4);\n    connRef176->setSourceEndpoint(srcPt176);\n    ConnEnd dstPt176(Point(-282.289, 1546.53), 15);\n    connRef176->setDestEndpoint(dstPt176);\n    connRef176->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints176(1);\n    checkpoints176[0] = Checkpoint(Point(63.7111, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef176->setRoutingCheckpoints(checkpoints176);\n\n    ConnRef *connRef177 = new ConnRef(router, 177);\n    ConnEnd srcPt177(Point(101.711, 1567.53), 8);\n    connRef177->setSourceEndpoint(srcPt177);\n    ConnEnd dstPt177(Point(407.378, 1546.53), 15);\n    connRef177->setDestEndpoint(dstPt177);\n    connRef177->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints177(1);\n    checkpoints177[0] = Checkpoint(Point(139.711, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef177->setRoutingCheckpoints(checkpoints177);\n\n    ConnRef *connRef178 = new ConnRef(router, 178);\n    ConnEnd srcPt178(Point(-303.289, 1451.53), 2);\n    connRef178->setSourceEndpoint(srcPt178);\n    ConnEnd dstPt178(Point(-282.289, 1546.53), 15);\n    connRef178->setDestEndpoint(dstPt178);\n    connRef178->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints178(1);\n    checkpoints178[0] = Checkpoint(Point(-282.289, 1481.53), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef178->setRoutingCheckpoints(checkpoints178);\n\n    ConnRef *connRef179 = new ConnRef(router, 179);\n    ConnEnd srcPt179(Point(407.378, 1484.53), 2);\n    connRef179->setSourceEndpoint(srcPt179);\n    ConnEnd dstPt179(Point(407.378, 1546.53), 15);\n    connRef179->setDestEndpoint(dstPt179);\n    connRef179->setRoutingType((ConnType)2);\n\n    ConnRef *connRef180 = new ConnRef(router, 180);\n    ConnEnd srcPt180(Point(668.878, 1450.53), 4);\n    connRef180->setSourceEndpoint(srcPt180);\n    ConnEnd dstPt180(Point(407.378, 1546.53), 15);\n    connRef180->setDestEndpoint(dstPt180);\n    connRef180->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints180(1);\n    checkpoints180[0] = Checkpoint(Point(630.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef180->setRoutingCheckpoints(checkpoints180);\n\n    ConnRef *connRef181 = new ConnRef(router, 181);\n    ConnEnd srcPt181(Point(668.878, 1525.53), 4);\n    connRef181->setSourceEndpoint(srcPt181);\n    ConnEnd dstPt181(Point(407.378, 1546.53), 15);\n    connRef181->setDestEndpoint(dstPt181);\n    connRef181->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints181(1);\n    checkpoints181[0] = Checkpoint(Point(630.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef181->setRoutingCheckpoints(checkpoints181);\n\n    ConnRef *connRef182 = new ConnRef(router, 182);\n    ConnEnd srcPt182(Point(716.878, 1252.86), 15);\n    connRef182->setSourceEndpoint(srcPt182);\n    ConnEnd dstPt182(Point(571.378, 1285.86), 8);\n    connRef182->setDestEndpoint(dstPt182);\n    connRef182->setRoutingType((ConnType)2);\n\n    ConnRef *connRef183 = new ConnRef(router, 183);\n    ConnEnd srcPt183(Point(571.378, 1285.86), 4);\n    connRef183->setSourceEndpoint(srcPt183);\n    ConnEnd dstPt183(Point(407.378, 1252.86), 15);\n    connRef183->setDestEndpoint(dstPt183);\n    connRef183->setRoutingType((ConnType)2);\n\n    ConnRef *connRef184 = new ConnRef(router, 184);\n    ConnEnd srcPt184(Point(716.878, 1252.86), 15);\n    connRef184->setSourceEndpoint(srcPt184);\n    ConnEnd dstPt184(Point(571.378, 1189.86), 1);\n    connRef184->setDestEndpoint(dstPt184);\n    connRef184->setRoutingType((ConnType)2);\n\n    ConnRef *connRef185 = new ConnRef(router, 185);\n    ConnEnd srcPt185(Point(571.378, 1189.86), 2);\n    connRef185->setSourceEndpoint(srcPt185);\n    ConnEnd dstPt185(Point(407.378, 1252.86), 15);\n    connRef185->setDestEndpoint(dstPt185);\n    connRef185->setRoutingType((ConnType)2);\n\n    ConnRef *connRef186 = new ConnRef(router, 186);\n    ConnEnd srcPt186(Point(242.378, 1418.53), 15);\n    connRef186->setSourceEndpoint(srcPt186);\n    ConnEnd dstPt186(Point(275.378, 1252.86), 8);\n    connRef186->setDestEndpoint(dstPt186);\n    connRef186->setRoutingType((ConnType)2);\n\n    ConnRef *connRef187 = new ConnRef(router, 187);\n    ConnEnd srcPt187(Point(407.378, 1252.86), 15);\n    connRef187->setSourceEndpoint(srcPt187);\n    ConnEnd dstPt187(Point(275.378, 1252.86), 8);\n    connRef187->setDestEndpoint(dstPt187);\n    connRef187->setRoutingType((ConnType)2);\n\n    ConnRef *connRef188 = new ConnRef(router, 188);\n    ConnEnd srcPt188(Point(275.378, 1252.86), 4);\n    connRef188->setSourceEndpoint(srcPt188);\n    ConnEnd dstPt188(Point(35.7111, 1252.86), 15);\n    connRef188->setDestEndpoint(dstPt188);\n    connRef188->setRoutingType((ConnType)2);\n\n    ConnRef *connRef189 = new ConnRef(router, 189);\n    ConnEnd srcPt189(Point(275.378, 1252.86), 4);\n    connRef189->setSourceEndpoint(srcPt189);\n    ConnEnd dstPt189(Point(407.378, 1156.86), 15);\n    connRef189->setDestEndpoint(dstPt189);\n    connRef189->setRoutingType((ConnType)2);\n\n    ConnRef *connRef190 = new ConnRef(router, 190);\n    ConnEnd srcPt190(Point(-282.289, 1252.86), 15);\n    connRef190->setSourceEndpoint(srcPt190);\n    ConnEnd dstPt190(Point(-133.289, 1252.86), 4);\n    connRef190->setDestEndpoint(dstPt190);\n    connRef190->setRoutingType((ConnType)2);\n\n    ConnRef *connRef191 = new ConnRef(router, 191);\n    ConnEnd srcPt191(Point(-133.289, 1252.86), 8);\n    connRef191->setSourceEndpoint(srcPt191);\n    ConnEnd dstPt191(Point(35.7111, 1252.86), 15);\n    connRef191->setDestEndpoint(dstPt191);\n    connRef191->setRoutingType((ConnType)2);\n\n    ConnRef *connRef192 = new ConnRef(router, 192);\n    ConnEnd srcPt192(Point(-133.289, 1418.53), 15);\n    connRef192->setSourceEndpoint(srcPt192);\n    ConnEnd dstPt192(Point(-133.289, 1252.86), 4);\n    connRef192->setDestEndpoint(dstPt192);\n    connRef192->setRoutingType((ConnType)2);\n\n    ConnRef *connRef193 = new ConnRef(router, 193);\n    ConnEnd srcPt193(Point(961.878, 1252.86), 15);\n    connRef193->setSourceEndpoint(srcPt193);\n    ConnEnd dstPt193(Point(885.878, 1252.86), 8);\n    connRef193->setDestEndpoint(dstPt193);\n    connRef193->setRoutingType((ConnType)2);\n\n    ConnRef *connRef194 = new ConnRef(router, 194);\n    ConnEnd srcPt194(Point(885.878, 1252.86), 4);\n    connRef194->setSourceEndpoint(srcPt194);\n    ConnEnd dstPt194(Point(716.878, 1252.86), 15);\n    connRef194->setDestEndpoint(dstPt194);\n    connRef194->setRoutingType((ConnType)2);\n\n    ConnRef *connRef195 = new ConnRef(router, 195);\n    ConnEnd srcPt195(Point(716.878, 986.864), 15);\n    connRef195->setSourceEndpoint(srcPt195);\n    ConnEnd dstPt195(Point(716.878, 1048.86), 1);\n    connRef195->setDestEndpoint(dstPt195);\n    connRef195->setRoutingType((ConnType)2);\n\n    ConnRef *connRef196 = new ConnRef(router, 196);\n    ConnEnd srcPt196(Point(716.878, 1048.86), 2);\n    connRef196->setSourceEndpoint(srcPt196);\n    ConnEnd dstPt196(Point(716.878, 1252.86), 15);\n    connRef196->setDestEndpoint(dstPt196);\n    connRef196->setRoutingType((ConnType)2);\n\n    ConnRef *connRef197 = new ConnRef(router, 197);\n    ConnEnd srcPt197(Point(716.878, 862.864), 15);\n    connRef197->setSourceEndpoint(srcPt197);\n    ConnEnd dstPt197(Point(716.878, 924.864), 1);\n    connRef197->setDestEndpoint(dstPt197);\n    connRef197->setRoutingType((ConnType)2);\n\n    ConnRef *connRef198 = new ConnRef(router, 198);\n    ConnEnd srcPt198(Point(716.878, 924.864), 2);\n    connRef198->setSourceEndpoint(srcPt198);\n    ConnEnd dstPt198(Point(716.878, 986.864), 15);\n    connRef198->setDestEndpoint(dstPt198);\n    connRef198->setRoutingType((ConnType)2);\n\n    ConnRef *connRef199 = new ConnRef(router, 199);\n    ConnEnd srcPt199(Point(716.878, 862.864), 15);\n    connRef199->setSourceEndpoint(srcPt199);\n    ConnEnd dstPt199(Point(716.878, 800.864), 2);\n    connRef199->setDestEndpoint(dstPt199);\n    connRef199->setRoutingType((ConnType)2);\n\n    ConnRef *connRef200 = new ConnRef(router, 200);\n    ConnEnd srcPt200(Point(716.878, 800.864), 1);\n    connRef200->setSourceEndpoint(srcPt200);\n    ConnEnd dstPt200(Point(716.878, 738.864), 15);\n    connRef200->setDestEndpoint(dstPt200);\n    connRef200->setRoutingType((ConnType)2);\n\n    ConnRef *connRef201 = new ConnRef(router, 201);\n    ConnEnd srcPt201(Point(695.878, 389.864), 2);\n    connRef201->setSourceEndpoint(srcPt201);\n    ConnEnd dstPt201(Point(716.878, 501.864), 15);\n    connRef201->setDestEndpoint(dstPt201);\n    connRef201->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints201(1);\n    checkpoints201[0] = Checkpoint(Point(716.878, 419.864), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef201->setRoutingCheckpoints(checkpoints201);\n\n    ConnRef *connRef202 = new ConnRef(router, 202);\n    ConnEnd srcPt202(Point(695.878, 389.864), 1);\n    connRef202->setSourceEndpoint(srcPt202);\n    ConnEnd dstPt202(Point(716.878, 328.864), 15);\n    connRef202->setDestEndpoint(dstPt202);\n    connRef202->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints202(1);\n    checkpoints202[0] = Checkpoint(Point(716.878, 359.864), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef202->setRoutingCheckpoints(checkpoints202);\n\n    ConnRef *connRef203 = new ConnRef(router, 203);\n    ConnEnd srcPt203(Point(538.378, 328.864), 4);\n    connRef203->setSourceEndpoint(srcPt203);\n    ConnEnd dstPt203(Point(308.378, 328.864), 15);\n    connRef203->setDestEndpoint(dstPt203);\n    connRef203->setRoutingType((ConnType)2);\n\n    ConnRef *connRef204 = new ConnRef(router, 204);\n    ConnEnd srcPt204(Point(716.878, 328.864), 15);\n    connRef204->setSourceEndpoint(srcPt204);\n    ConnEnd dstPt204(Point(538.378, 328.864), 8);\n    connRef204->setDestEndpoint(dstPt204);\n    connRef204->setRoutingType((ConnType)2);\n\n    ConnRef *connRef205 = new ConnRef(router, 205);\n    ConnEnd srcPt205(Point(695.878, 25.9469), 1);\n    connRef205->setSourceEndpoint(srcPt205);\n    ConnEnd dstPt205(Point(716.878, -40.0531), 15);\n    connRef205->setDestEndpoint(dstPt205);\n    connRef205->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints205(1);\n    checkpoints205[0] = Checkpoint(Point(716.878, -4.05306), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef205->setRoutingCheckpoints(checkpoints205);\n\n    ConnRef *connRef206 = new ConnRef(router, 206);\n    ConnEnd srcPt206(Point(695.878, 25.9469), 2);\n    connRef206->setSourceEndpoint(srcPt206);\n    ConnEnd dstPt206(Point(716.878, 138.947), 15);\n    connRef206->setDestEndpoint(dstPt206);\n    connRef206->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints206(1);\n    checkpoints206[0] = Checkpoint(Point(716.878, 55.9469), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef206->setRoutingCheckpoints(checkpoints206);\n\n    ConnRef *connRef207 = new ConnRef(router, 207);\n    ConnEnd srcPt207(Point(828.878, 25.9469), 1);\n    connRef207->setSourceEndpoint(srcPt207);\n    ConnEnd dstPt207(Point(716.878, -40.0531), 15);\n    connRef207->setDestEndpoint(dstPt207);\n    connRef207->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints207(1);\n    checkpoints207[0] = Checkpoint(Point(716.878, -4.05306), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef207->setRoutingCheckpoints(checkpoints207);\n\n    ConnRef *connRef208 = new ConnRef(router, 208);\n    ConnEnd srcPt208(Point(852.878, -246.303), 4);\n    connRef208->setSourceEndpoint(srcPt208);\n    ConnEnd dstPt208(Point(716.878, -212.803), 15);\n    connRef208->setDestEndpoint(dstPt208);\n    connRef208->setRoutingType((ConnType)2);\n\n    ConnRef *connRef209 = new ConnRef(router, 209);\n    ConnEnd srcPt209(Point(716.878, -212.803), 15);\n    connRef209->setSourceEndpoint(srcPt209);\n    ConnEnd dstPt209(Point(716.878, -127.553), 1);\n    connRef209->setDestEndpoint(dstPt209);\n    connRef209->setRoutingType((ConnType)2);\n\n    ConnRef *connRef210 = new ConnRef(router, 210);\n    ConnEnd srcPt210(Point(716.878, -127.553), 2);\n    connRef210->setSourceEndpoint(srcPt210);\n    ConnEnd dstPt210(Point(716.878, -40.0531), 15);\n    connRef210->setDestEndpoint(dstPt210);\n    connRef210->setRoutingType((ConnType)2);\n\n    ConnRef *connRef211 = new ConnRef(router, 211);\n    ConnEnd srcPt211(Point(716.878, -412.803), 15);\n    connRef211->setSourceEndpoint(srcPt211);\n    ConnEnd dstPt211(Point(716.878, -318.803), 1);\n    connRef211->setDestEndpoint(dstPt211);\n    connRef211->setRoutingType((ConnType)2);\n\n    ConnRef *connRef212 = new ConnRef(router, 212);\n    ConnEnd srcPt212(Point(716.878, -318.803), 2);\n    connRef212->setSourceEndpoint(srcPt212);\n    ConnEnd dstPt212(Point(716.878, -212.803), 15);\n    connRef212->setDestEndpoint(dstPt212);\n    connRef212->setRoutingType((ConnType)2);\n\n    ConnRef *connRef213 = new ConnRef(router, 213);\n    ConnEnd srcPt213(Point(308.378, -40.0531), 15);\n    connRef213->setSourceEndpoint(srcPt213);\n    ConnEnd dstPt213(Point(472.378, -40.0531), 4);\n    connRef213->setDestEndpoint(dstPt213);\n    connRef213->setRoutingType((ConnType)2);\n\n    ConnRef *connRef214 = new ConnRef(router, 214);\n    ConnEnd srcPt214(Point(472.378, -40.0531), 8);\n    connRef214->setSourceEndpoint(srcPt214);\n    ConnEnd dstPt214(Point(716.878, -40.0531), 15);\n    connRef214->setDestEndpoint(dstPt214);\n    connRef214->setRoutingType((ConnType)2);\n\n    ConnRef *connRef215 = new ConnRef(router, 215);\n    ConnEnd srcPt215(Point(-30.2889, -136.053), 4);\n    connRef215->setSourceEndpoint(srcPt215);\n    ConnEnd dstPt215(Point(-247.289, -40.0531), 15);\n    connRef215->setDestEndpoint(dstPt215);\n    connRef215->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints215(1);\n    checkpoints215[0] = Checkpoint(Point(-68.2889, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef215->setRoutingCheckpoints(checkpoints215);\n\n    ConnRef *connRef216 = new ConnRef(router, 216);\n    ConnEnd srcPt216(Point(-30.2889, -136.053), 8);\n    connRef216->setSourceEndpoint(srcPt216);\n    ConnEnd dstPt216(Point(308.378, -40.0531), 15);\n    connRef216->setDestEndpoint(dstPt216);\n    connRef216->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints216(1);\n    checkpoints216[0] = Checkpoint(Point(7.71109, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef216->setRoutingCheckpoints(checkpoints216);\n\n    ConnRef *connRef217 = new ConnRef(router, 217);\n    ConnEnd srcPt217(Point(-30.2889, -61.0531), 4);\n    connRef217->setSourceEndpoint(srcPt217);\n    ConnEnd dstPt217(Point(-247.289, -40.0531), 15);\n    connRef217->setDestEndpoint(dstPt217);\n    connRef217->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints217(1);\n    checkpoints217[0] = Checkpoint(Point(-68.2889, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef217->setRoutingCheckpoints(checkpoints217);\n\n    ConnRef *connRef218 = new ConnRef(router, 218);\n    ConnEnd srcPt218(Point(-30.2889, -61.0531), 8);\n    connRef218->setSourceEndpoint(srcPt218);\n    ConnEnd dstPt218(Point(308.378, -40.0531), 15);\n    connRef218->setDestEndpoint(dstPt218);\n    connRef218->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints218(1);\n    checkpoints218[0] = Checkpoint(Point(7.71109, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef218->setRoutingCheckpoints(checkpoints218);\n\n    ConnRef *connRef219 = new ConnRef(router, 219);\n    ConnEnd srcPt219(Point(374.378, -127.553), 4);\n    connRef219->setSourceEndpoint(srcPt219);\n    ConnEnd dstPt219(Point(308.378, -40.0531), 15);\n    connRef219->setDestEndpoint(dstPt219);\n    connRef219->setRoutingType((ConnType)2);\n\n    ConnRef *connRef220 = new ConnRef(router, 220);\n    ConnEnd srcPt220(Point(716.878, -212.803), 15);\n    connRef220->setSourceEndpoint(srcPt220);\n    ConnEnd dstPt220(Point(374.378, -127.553), 8);\n    connRef220->setDestEndpoint(dstPt220);\n    connRef220->setRoutingType((ConnType)2);\n\n    ConnRef *connRef221 = new ConnRef(router, 221);\n    ConnEnd srcPt221(Point(209.378, -127.553), 2);\n    connRef221->setSourceEndpoint(srcPt221);\n    ConnEnd dstPt221(Point(308.378, -40.0531), 15);\n    connRef221->setDestEndpoint(dstPt221);\n    connRef221->setRoutingType((ConnType)2);\n\n    ConnRef *connRef222 = new ConnRef(router, 222);\n    ConnEnd srcPt222(Point(716.878, -212.803), 15);\n    connRef222->setSourceEndpoint(srcPt222);\n    ConnEnd dstPt222(Point(209.378, -127.553), 1);\n    connRef222->setDestEndpoint(dstPt222);\n    connRef222->setRoutingType((ConnType)2);\n\n    ConnRef *connRef223 = new ConnRef(router, 223);\n    ConnEnd srcPt223(Point(-247.289, -212.803), 15);\n    connRef223->setSourceEndpoint(srcPt223);\n    ConnEnd dstPt223(Point(-247.289, -127.553), 1);\n    connRef223->setDestEndpoint(dstPt223);\n    connRef223->setRoutingType((ConnType)2);\n\n    ConnRef *connRef224 = new ConnRef(router, 224);\n    ConnEnd srcPt224(Point(-247.289, -127.553), 2);\n    connRef224->setSourceEndpoint(srcPt224);\n    ConnEnd dstPt224(Point(-247.289, -40.0531), 15);\n    connRef224->setDestEndpoint(dstPt224);\n    connRef224->setRoutingType((ConnType)2);\n\n    ConnRef *connRef225 = new ConnRef(router, 225);\n    ConnEnd srcPt225(Point(68.7111, -383.803), 4);\n    connRef225->setSourceEndpoint(srcPt225);\n    ConnEnd dstPt225(Point(-247.289, -212.803), 15);\n    connRef225->setDestEndpoint(dstPt225);\n    connRef225->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints225(1);\n    checkpoints225[0] = Checkpoint(Point(30.7111, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef225->setRoutingCheckpoints(checkpoints225);\n\n    ConnRef *connRef226 = new ConnRef(router, 226);\n    ConnEnd srcPt226(Point(68.7111, -383.803), 8);\n    connRef226->setSourceEndpoint(srcPt226);\n    ConnEnd dstPt226(Point(716.878, -212.803), 15);\n    connRef226->setDestEndpoint(dstPt226);\n    connRef226->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints226(1);\n    checkpoints226[0] = Checkpoint(Point(106.711, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef226->setRoutingCheckpoints(checkpoints226);\n\n    ConnRef *connRef227 = new ConnRef(router, 227);\n    ConnEnd srcPt227(Point(68.7111, -308.803), 4);\n    connRef227->setSourceEndpoint(srcPt227);\n    ConnEnd dstPt227(Point(-247.289, -212.803), 15);\n    connRef227->setDestEndpoint(dstPt227);\n    connRef227->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints227(1);\n    checkpoints227[0] = Checkpoint(Point(30.7111, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef227->setRoutingCheckpoints(checkpoints227);\n\n    ConnRef *connRef228 = new ConnRef(router, 228);\n    ConnEnd srcPt228(Point(68.7111, -308.803), 8);\n    connRef228->setSourceEndpoint(srcPt228);\n    ConnEnd dstPt228(Point(716.878, -212.803), 15);\n    connRef228->setDestEndpoint(dstPt228);\n    connRef228->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints228(1);\n    checkpoints228[0] = Checkpoint(Point(106.711, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef228->setRoutingCheckpoints(checkpoints228);\n\n    ConnRef *connRef229 = new ConnRef(router, 229);\n    ConnEnd srcPt229(Point(68.7111, -116.803), 4);\n    connRef229->setSourceEndpoint(srcPt229);\n    ConnEnd dstPt229(Point(-247.289, -212.803), 15);\n    connRef229->setDestEndpoint(dstPt229);\n    connRef229->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints229(1);\n    checkpoints229[0] = Checkpoint(Point(30.7111, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef229->setRoutingCheckpoints(checkpoints229);\n\n    ConnRef *connRef230 = new ConnRef(router, 230);\n    ConnEnd srcPt230(Point(68.7111, -116.803), 8);\n    connRef230->setSourceEndpoint(srcPt230);\n    ConnEnd dstPt230(Point(716.878, -212.803), 15);\n    connRef230->setDestEndpoint(dstPt230);\n    connRef230->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints230(1);\n    checkpoints230[0] = Checkpoint(Point(106.711, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef230->setRoutingCheckpoints(checkpoints230);\n\n    ConnRef *connRef231 = new ConnRef(router, 231);\n    ConnEnd srcPt231(Point(716.878, -412.803), 15);\n    connRef231->setSourceEndpoint(srcPt231);\n    ConnEnd dstPt231(Point(341.378, -351.803), 8);\n    connRef231->setDestEndpoint(dstPt231);\n    connRef231->setRoutingType((ConnType)2);\n\n    ConnRef *connRef232 = new ConnRef(router, 232);\n    ConnEnd srcPt232(Point(341.378, -351.803), 4);\n    connRef232->setSourceEndpoint(srcPt232);\n    ConnEnd dstPt232(Point(-247.289, -212.803), 15);\n    connRef232->setDestEndpoint(dstPt232);\n    connRef232->setRoutingType((ConnType)2);\n\n    ConnRef *connRef233 = new ConnRef(router, 233);\n    ConnEnd srcPt233(Point(716.878, -412.803), 15);\n    connRef233->setSourceEndpoint(srcPt233);\n    ConnEnd dstPt233(Point(341.378, -453.803), 8);\n    connRef233->setDestEndpoint(dstPt233);\n    connRef233->setRoutingType((ConnType)2);\n\n    ConnRef *connRef234 = new ConnRef(router, 234);\n    ConnEnd srcPt234(Point(341.378, -453.803), 4);\n    connRef234->setSourceEndpoint(srcPt234);\n    ConnEnd dstPt234(Point(-247.289, -212.803), 15);\n    connRef234->setDestEndpoint(dstPt234);\n    connRef234->setRoutingType((ConnType)2);\n\n    ConnRef *connRef235 = new ConnRef(router, 235);\n    ConnEnd srcPt235(Point(2.71109, 1418.53), 8);\n    connRef235->setSourceEndpoint(srcPt235);\n    ConnEnd dstPt235(Point(242.378, 1418.53), 15);\n    connRef235->setDestEndpoint(dstPt235);\n    connRef235->setRoutingType((ConnType)2);\n\n    ConnRef *connRef236 = new ConnRef(router, 236);\n    ConnEnd srcPt236(Point(716.878, 738.864), 15);\n    connRef236->setSourceEndpoint(srcPt236);\n    ConnEnd dstPt236(Point(716.878, 625.864), 2);\n    connRef236->setDestEndpoint(dstPt236);\n    connRef236->setRoutingType((ConnType)2);\n\n    ConnRef *connRef237 = new ConnRef(router, 237);\n    ConnEnd srcPt237(Point(716.878, 625.864), 1);\n    connRef237->setSourceEndpoint(srcPt237);\n    ConnEnd dstPt237(Point(716.878, 501.864), 15);\n    connRef237->setDestEndpoint(dstPt237);\n    connRef237->setRoutingType((ConnType)2);\n\n    ConnRef *connRef238 = new ConnRef(router, 238);\n    ConnEnd srcPt238(Point(68.7111, -233.803), 8);\n    connRef238->setSourceEndpoint(srcPt238);\n    ConnEnd dstPt238(Point(716.878, -212.803), 15);\n    connRef238->setDestEndpoint(dstPt238);\n    connRef238->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints238(1);\n    checkpoints238[0] = Checkpoint(Point(106.711, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef238->setRoutingCheckpoints(checkpoints238);\n\n    ConnRef *connRef239 = new ConnRef(router, 239);\n    ConnEnd srcPt239(Point(-30.2889, -19.0531), 8);\n    connRef239->setSourceEndpoint(srcPt239);\n    ConnEnd dstPt239(Point(308.378, -40.0531), 15);\n    connRef239->setDestEndpoint(dstPt239);\n    connRef239->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints239(1);\n    checkpoints239[0] = Checkpoint(Point(7.71109, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef239->setRoutingCheckpoints(checkpoints239);\n\n    ConnRef *connRef240 = new ConnRef(router, 240);\n    ConnEnd srcPt240(Point(-247.289, 99.1969), 8);\n    connRef240->setSourceEndpoint(srcPt240);\n    ConnEnd dstPt240(Point(-100.289, 99.1969), 15);\n    connRef240->setDestEndpoint(dstPt240);\n    connRef240->setRoutingType((ConnType)2);\n\n    ConnRef *connRef241 = new ConnRef(router, 241);\n    ConnEnd srcPt241(Point(-247.289, 201.197), 8);\n    connRef241->setSourceEndpoint(srcPt241);\n    ConnEnd dstPt241(Point(-100.289, 201.197), 15);\n    connRef241->setDestEndpoint(dstPt241);\n    connRef241->setRoutingType((ConnType)2);\n\n    ConnRef *connRef242 = new ConnRef(router, 242);\n    ConnEnd srcPt242(Point(134.711, 99.1969), 8);\n    connRef242->setSourceEndpoint(srcPt242);\n    ConnEnd dstPt242(Point(308.378, -40.0531), 15);\n    connRef242->setDestEndpoint(dstPt242);\n    connRef242->setRoutingType((ConnType)2);\n\n    ConnRef *connRef243 = new ConnRef(router, 243);\n    ConnEnd srcPt243(Point(134.711, 201.197), 8);\n    connRef243->setSourceEndpoint(srcPt243);\n    ConnEnd dstPt243(Point(308.378, -40.0531), 15);\n    connRef243->setDestEndpoint(dstPt243);\n    connRef243->setRoutingType((ConnType)2);\n\n    ConnRef *connRef244 = new ConnRef(router, 244);\n    ConnEnd srcPt244(Point(928.878, -246.303), 15);\n    connRef244->setSourceEndpoint(srcPt244);\n    ConnEnd dstPt244(Point(852.878, -246.303), 8);\n    connRef244->setDestEndpoint(dstPt244);\n    connRef244->setRoutingType((ConnType)2);\n\n    ConnRef *connRef245 = new ConnRef(router, 245);\n    ConnEnd srcPt245(Point(68.7111, -233.803), 4);\n    connRef245->setSourceEndpoint(srcPt245);\n    ConnEnd dstPt245(Point(-247.289, -212.803), 15);\n    connRef245->setDestEndpoint(dstPt245);\n    connRef245->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints245(1);\n    checkpoints245[0] = Checkpoint(Point(30.7111, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef245->setRoutingCheckpoints(checkpoints245);\n\n    ConnRef *connRef246 = new ConnRef(router, 246);\n    ConnEnd srcPt246(Point(68.7111, -191.803), 4);\n    connRef246->setSourceEndpoint(srcPt246);\n    ConnEnd dstPt246(Point(-247.289, -212.803), 15);\n    connRef246->setDestEndpoint(dstPt246);\n    connRef246->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints246(1);\n    checkpoints246[0] = Checkpoint(Point(30.7111, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef246->setRoutingCheckpoints(checkpoints246);\n\n    ConnRef *connRef247 = new ConnRef(router, 247);\n    ConnEnd srcPt247(Point(-30.2889, -19.0531), 4);\n    connRef247->setSourceEndpoint(srcPt247);\n    ConnEnd dstPt247(Point(-247.289, -40.0531), 15);\n    connRef247->setDestEndpoint(dstPt247);\n    connRef247->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints247(1);\n    checkpoints247[0] = Checkpoint(Point(-68.2889, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef247->setRoutingCheckpoints(checkpoints247);\n\n    ConnRef *connRef248 = new ConnRef(router, 248);\n    ConnEnd srcPt248(Point(-30.2889, 55.9469), 4);\n    connRef248->setSourceEndpoint(srcPt248);\n    ConnEnd dstPt248(Point(-247.289, -40.0531), 15);\n    connRef248->setDestEndpoint(dstPt248);\n    connRef248->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints248(1);\n    checkpoints248[0] = Checkpoint(Point(-68.2889, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef248->setRoutingCheckpoints(checkpoints248);\n\n    ConnRef *connRef249 = new ConnRef(router, 249);\n    ConnEnd srcPt249(Point(-30.2889, 55.9469), 8);\n    connRef249->setSourceEndpoint(srcPt249);\n    ConnEnd dstPt249(Point(308.378, -40.0531), 15);\n    connRef249->setDestEndpoint(dstPt249);\n    connRef249->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints249(1);\n    checkpoints249[0] = Checkpoint(Point(7.71109, -40.0531), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef249->setRoutingCheckpoints(checkpoints249);\n\n    ConnRef *connRef250 = new ConnRef(router, 250);\n    ConnEnd srcPt250(Point(737.878, 25.9469), 1);\n    connRef250->setSourceEndpoint(srcPt250);\n    ConnEnd dstPt250(Point(716.878, -40.0531), 15);\n    connRef250->setDestEndpoint(dstPt250);\n    connRef250->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints250(1);\n    checkpoints250[0] = Checkpoint(Point(716.878, -4.05306), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef250->setRoutingCheckpoints(checkpoints250);\n\n    ConnRef *connRef251 = new ConnRef(router, 251);\n    ConnEnd srcPt251(Point(-166.289, 1007.86), 8);\n    connRef251->setSourceEndpoint(srcPt251);\n    ConnEnd dstPt251(Point(716.878, 986.864), 15);\n    connRef251->setDestEndpoint(dstPt251);\n    connRef251->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints251(1);\n    checkpoints251[0] = Checkpoint(Point(-128.289, 986.864), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef251->setRoutingCheckpoints(checkpoints251);\n\n    ConnRef *connRef252 = new ConnRef(router, 252);\n    ConnEnd srcPt252(Point(823.878, 563.864), 2);\n    connRef252->setSourceEndpoint(srcPt252);\n    ConnEnd dstPt252(Point(716.878, 738.864), 15);\n    connRef252->setDestEndpoint(dstPt252);\n    connRef252->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints252(1);\n    checkpoints252[0] = Checkpoint(Point(844.878, 593.864), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef252->setRoutingCheckpoints(checkpoints252);\n\n    ConnRef *connRef253 = new ConnRef(router, 253);\n    ConnEnd srcPt253(Point(865.878, 563.864), 2);\n    connRef253->setSourceEndpoint(srcPt253);\n    ConnEnd dstPt253(Point(716.878, 738.864), 15);\n    connRef253->setDestEndpoint(dstPt253);\n    connRef253->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints253(1);\n    checkpoints253[0] = Checkpoint(Point(844.878, 593.864), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef253->setRoutingCheckpoints(checkpoints253);\n\n    ConnRef *connRef254 = new ConnRef(router, 254);\n    ConnEnd srcPt254(Point(956.878, 563.864), 2);\n    connRef254->setSourceEndpoint(srcPt254);\n    ConnEnd dstPt254(Point(716.878, 738.864), 15);\n    connRef254->setDestEndpoint(dstPt254);\n    connRef254->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints254(1);\n    checkpoints254[0] = Checkpoint(Point(844.878, 593.864), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef254->setRoutingCheckpoints(checkpoints254);\n\n    ConnRef *connRef255 = new ConnRef(router, 255);\n    ConnEnd srcPt255(Point(737.878, 389.864), 2);\n    connRef255->setSourceEndpoint(srcPt255);\n    ConnEnd dstPt255(Point(716.878, 501.864), 15);\n    connRef255->setDestEndpoint(dstPt255);\n    connRef255->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints255(1);\n    checkpoints255[0] = Checkpoint(Point(716.878, 419.864), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef255->setRoutingCheckpoints(checkpoints255);\n\n    ConnRef *connRef256 = new ConnRef(router, 256);\n    ConnEnd srcPt256(Point(716.878, 501.864), 15);\n    connRef256->setSourceEndpoint(srcPt256);\n    ConnEnd dstPt256(Point(635.878, 501.864), 8);\n    connRef256->setDestEndpoint(dstPt256);\n    connRef256->setRoutingType((ConnType)2);\n\n    ConnRef *connRef257 = new ConnRef(router, 257);\n    ConnEnd srcPt257(Point(668.878, 1450.53), 8);\n    connRef257->setSourceEndpoint(srcPt257);\n    ConnEnd dstPt257(Point(852.878, 1546.53), 15);\n    connRef257->setDestEndpoint(dstPt257);\n    connRef257->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints257(1);\n    checkpoints257[0] = Checkpoint(Point(706.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef257->setRoutingCheckpoints(checkpoints257);\n\n    ConnRef *connRef258 = new ConnRef(router, 258);\n    ConnEnd srcPt258(Point(668.878, 1525.53), 8);\n    connRef258->setSourceEndpoint(srcPt258);\n    ConnEnd dstPt258(Point(852.878, 1546.53), 15);\n    connRef258->setDestEndpoint(dstPt258);\n    connRef258->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints258(1);\n    checkpoints258[0] = Checkpoint(Point(706.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef258->setRoutingCheckpoints(checkpoints258);\n\n    ConnRef *connRef259 = new ConnRef(router, 259);\n    ConnEnd srcPt259(Point(668.878, 1567.53), 8);\n    connRef259->setSourceEndpoint(srcPt259);\n    ConnEnd dstPt259(Point(852.878, 1546.53), 15);\n    connRef259->setDestEndpoint(dstPt259);\n    connRef259->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints259(1);\n    checkpoints259[0] = Checkpoint(Point(706.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef259->setRoutingCheckpoints(checkpoints259);\n\n    ConnRef *connRef260 = new ConnRef(router, 260);\n    ConnEnd srcPt260(Point(668.878, 1642.53), 8);\n    connRef260->setSourceEndpoint(srcPt260);\n    ConnEnd dstPt260(Point(852.878, 1546.53), 15);\n    connRef260->setDestEndpoint(dstPt260);\n    connRef260->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints260(1);\n    checkpoints260[0] = Checkpoint(Point(706.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef260->setRoutingCheckpoints(checkpoints260);\n\n    ConnRef *connRef261 = new ConnRef(router, 261);\n    ConnEnd srcPt261(Point(134.711, 1123.86), 8);\n    connRef261->setSourceEndpoint(srcPt261);\n    ConnEnd dstPt261(Point(716.878, 1252.86), 15);\n    connRef261->setDestEndpoint(dstPt261);\n    connRef261->setRoutingType((ConnType)2);\n\n    ConnRef *connRef262 = new ConnRef(router, 262);\n    ConnEnd srcPt262(Point(407.378, 1252.86), 15);\n    connRef262->setSourceEndpoint(srcPt262);\n    ConnEnd dstPt262(Point(407.378, 1484.53), 1);\n    connRef262->setDestEndpoint(dstPt262);\n    connRef262->setRoutingType((ConnType)2);\n\n    ConnRef *connRef263 = new ConnRef(router, 263);\n    ConnEnd srcPt263(Point(-282.289, 1252.86), 15);\n    connRef263->setSourceEndpoint(srcPt263);\n    ConnEnd dstPt263(Point(134.711, 1123.86), 4);\n    connRef263->setDestEndpoint(dstPt263);\n    connRef263->setRoutingType((ConnType)2);\n\n    ConnRef *connRef264 = new ConnRef(router, 264);\n    ConnEnd srcPt264(Point(668.878, 1567.53), 4);\n    connRef264->setSourceEndpoint(srcPt264);\n    ConnEnd dstPt264(Point(407.378, 1546.53), 15);\n    connRef264->setDestEndpoint(dstPt264);\n    connRef264->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints264(1);\n    checkpoints264[0] = Checkpoint(Point(630.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef264->setRoutingCheckpoints(checkpoints264);\n\n    ConnRef *connRef265 = new ConnRef(router, 265);\n    ConnEnd srcPt265(Point(668.878, 1642.53), 4);\n    connRef265->setSourceEndpoint(srcPt265);\n    ConnEnd dstPt265(Point(407.378, 1546.53), 15);\n    connRef265->setDestEndpoint(dstPt265);\n    connRef265->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints265(1);\n    checkpoints265[0] = Checkpoint(Point(630.878, 1546.53), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef265->setRoutingCheckpoints(checkpoints265);\n\n    ConnRef *connRef266 = new ConnRef(router, 266);\n    ConnEnd srcPt266(Point(-133.289, 1418.53), 15);\n    connRef266->setSourceEndpoint(srcPt266);\n    ConnEnd dstPt266(Point(2.71109, 1418.53), 4);\n    connRef266->setDestEndpoint(dstPt266);\n    connRef266->setRoutingType((ConnType)2);\n\n    ConnRef *connRef267 = new ConnRef(router, 267);\n    ConnEnd srcPt267(Point(828.878, 25.9469), 2);\n    connRef267->setSourceEndpoint(srcPt267);\n    ConnEnd dstPt267(Point(716.878, 138.947), 15);\n    connRef267->setDestEndpoint(dstPt267);\n    connRef267->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints267(1);\n    checkpoints267[0] = Checkpoint(Point(716.878, 55.9469), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef267->setRoutingCheckpoints(checkpoints267);\n\n    ConnRef *connRef268 = new ConnRef(router, 268);\n    ConnEnd srcPt268(Point(-317.289, 99.1969), 15);\n    connRef268->setSourceEndpoint(srcPt268);\n    ConnEnd dstPt268(Point(-247.289, 99.1969), 4);\n    connRef268->setDestEndpoint(dstPt268);\n    connRef268->setRoutingType((ConnType)2);\n\n    ConnRef *connRef269 = new ConnRef(router, 269);\n    ConnEnd srcPt269(Point(-100.289, 99.1969), 15);\n    connRef269->setSourceEndpoint(srcPt269);\n    ConnEnd dstPt269(Point(134.711, 99.1969), 4);\n    connRef269->setDestEndpoint(dstPt269);\n    connRef269->setRoutingType((ConnType)2);\n\n    ConnRef *connRef270 = new ConnRef(router, 270);\n    ConnEnd srcPt270(Point(-100.289, 201.197), 15);\n    connRef270->setSourceEndpoint(srcPt270);\n    ConnEnd dstPt270(Point(134.711, 201.197), 4);\n    connRef270->setDestEndpoint(dstPt270);\n    connRef270->setRoutingType((ConnType)2);\n\n    ConnRef *connRef271 = new ConnRef(router, 271);\n    ConnEnd srcPt271(Point(-317.289, 201.197), 15);\n    connRef271->setSourceEndpoint(srcPt271);\n    ConnEnd dstPt271(Point(-247.289, 201.197), 4);\n    connRef271->setDestEndpoint(dstPt271);\n    connRef271->setRoutingType((ConnType)2);\n\n    ConnRef *connRef272 = new ConnRef(router, 272);\n    ConnEnd srcPt272(Point(-166.289, 965.864), 8);\n    connRef272->setSourceEndpoint(srcPt272);\n    ConnEnd dstPt272(Point(716.878, 986.864), 15);\n    connRef272->setDestEndpoint(dstPt272);\n    connRef272->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints272(1);\n    checkpoints272[0] = Checkpoint(Point(-128.289, 986.864), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef272->setRoutingCheckpoints(checkpoints272);\n\n    ConnRef *connRef273 = new ConnRef(router, 273);\n    ConnEnd srcPt273(Point(-166.289, 965.864), 4);\n    connRef273->setSourceEndpoint(srcPt273);\n    ConnEnd dstPt273(Point(-282.289, 986.864), 15);\n    connRef273->setDestEndpoint(dstPt273);\n    connRef273->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints273(1);\n    checkpoints273[0] = Checkpoint(Point(-204.289, 986.864), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef273->setRoutingCheckpoints(checkpoints273);\n\n    ConnRef *connRef274 = new ConnRef(router, 274);\n    ConnEnd srcPt274(Point(-166.289, 1007.86), 4);\n    connRef274->setSourceEndpoint(srcPt274);\n    ConnEnd dstPt274(Point(-282.289, 986.864), 15);\n    connRef274->setDestEndpoint(dstPt274);\n    connRef274->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints274(1);\n    checkpoints274[0] = Checkpoint(Point(-204.289, 986.864), (ConnDirFlags) 15, (ConnDirFlags) 4);\n    connRef274->setRoutingCheckpoints(checkpoints274);\n\n    ConnRef *connRef275 = new ConnRef(router, 275);\n    ConnEnd srcPt275(Point(737.878, 389.864), 1);\n    connRef275->setSourceEndpoint(srcPt275);\n    ConnEnd dstPt275(Point(716.878, 328.864), 15);\n    connRef275->setDestEndpoint(dstPt275);\n    connRef275->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints275(1);\n    checkpoints275[0] = Checkpoint(Point(716.878, 359.864), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef275->setRoutingCheckpoints(checkpoints275);\n\n    ConnRef *connRef276 = new ConnRef(router, 276);\n    ConnEnd srcPt276(Point(505.378, 625.864), 15);\n    connRef276->setSourceEndpoint(srcPt276);\n    ConnEnd dstPt276(Point(635.878, 705.864), 4);\n    connRef276->setDestEndpoint(dstPt276);\n    connRef276->setRoutingType((ConnType)2);\n\n    ConnRef *connRef277 = new ConnRef(router, 277);\n    ConnEnd srcPt277(Point(635.878, 705.864), 8);\n    connRef277->setSourceEndpoint(srcPt277);\n    ConnEnd dstPt277(Point(716.878, 738.864), 15);\n    connRef277->setDestEndpoint(dstPt277);\n    connRef277->setRoutingType((ConnType)2);\n\n    ConnRef *connRef278 = new ConnRef(router, 278);\n    ConnEnd srcPt278(Point(635.878, 501.864), 4);\n    connRef278->setSourceEndpoint(srcPt278);\n    ConnEnd dstPt278(Point(505.378, 625.864), 15);\n    connRef278->setDestEndpoint(dstPt278);\n    connRef278->setRoutingType((ConnType)2);\n\n    ConnRef *connRef279 = new ConnRef(router, 279);\n    ConnEnd srcPt279(Point(823.878, 563.864), 1);\n    connRef279->setSourceEndpoint(srcPt279);\n    ConnEnd dstPt279(Point(716.878, 328.864), 15);\n    connRef279->setDestEndpoint(dstPt279);\n    connRef279->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints279(1);\n    checkpoints279[0] = Checkpoint(Point(844.878, 533.864), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef279->setRoutingCheckpoints(checkpoints279);\n\n    ConnRef *connRef280 = new ConnRef(router, 280);\n    ConnEnd srcPt280(Point(865.878, 563.864), 1);\n    connRef280->setSourceEndpoint(srcPt280);\n    ConnEnd dstPt280(Point(716.878, 328.864), 15);\n    connRef280->setDestEndpoint(dstPt280);\n    connRef280->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints280(1);\n    checkpoints280[0] = Checkpoint(Point(844.878, 533.864), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef280->setRoutingCheckpoints(checkpoints280);\n\n    ConnRef *connRef281 = new ConnRef(router, 281);\n    ConnEnd srcPt281(Point(956.878, 563.864), 1);\n    connRef281->setSourceEndpoint(srcPt281);\n    ConnEnd dstPt281(Point(716.878, 328.864), 15);\n    connRef281->setDestEndpoint(dstPt281);\n    connRef281->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints281(1);\n    checkpoints281[0] = Checkpoint(Point(844.878, 533.864), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef281->setRoutingCheckpoints(checkpoints281);\n\n    ConnRef *connRef282 = new ConnRef(router, 282);\n    ConnEnd srcPt282(Point(-303.289, 1451.53), 1);\n    connRef282->setSourceEndpoint(srcPt282);\n    ConnEnd dstPt282(Point(-282.289, 1252.86), 15);\n    connRef282->setDestEndpoint(dstPt282);\n    connRef282->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints282(1);\n    checkpoints282[0] = Checkpoint(Point(-282.289, 1421.53), (ConnDirFlags) 15, (ConnDirFlags) 2);\n    connRef282->setRoutingCheckpoints(checkpoints282);\n\n    ConnRef *connRef283 = new ConnRef(router, 283);\n    ConnEnd srcPt283(Point(737.878, 25.9469), 2);\n    connRef283->setSourceEndpoint(srcPt283);\n    ConnEnd dstPt283(Point(716.878, 138.947), 15);\n    connRef283->setDestEndpoint(dstPt283);\n    connRef283->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints283(1);\n    checkpoints283[0] = Checkpoint(Point(716.878, 55.9469), (ConnDirFlags) 15, (ConnDirFlags) 1);\n    connRef283->setRoutingCheckpoints(checkpoints283);\n\n    ConnRef *connRef284 = new ConnRef(router, 284);\n    ConnEnd srcPt284(Point(68.7111, -191.803), 8);\n    connRef284->setSourceEndpoint(srcPt284);\n    ConnEnd dstPt284(Point(716.878, -212.803), 15);\n    connRef284->setDestEndpoint(dstPt284);\n    connRef284->setRoutingType((ConnType)2);\n    std::vector<Checkpoint> checkpoints284(1);\n    checkpoints284[0] = Checkpoint(Point(106.711, -212.803), (ConnDirFlags) 15, (ConnDirFlags) 8);\n    connRef284->setRoutingCheckpoints(checkpoints284);\n\n    ConnRef *connRef285 = new ConnRef(router, 285);\n    ConnEnd srcPt285(Point(407.378, 1156.86), 15);\n    connRef285->setSourceEndpoint(srcPt285);\n    ConnEnd dstPt285(Point(571.378, 1285.86), 8);\n    connRef285->setDestEndpoint(dstPt285);\n    connRef285->setRoutingType((ConnType)2);\n\n    ConnRef *connRef286 = new ConnRef(router, 286);\n    ConnEnd srcPt286(Point(407.378, 1156.86), 15);\n    connRef286->setSourceEndpoint(srcPt286);\n    ConnEnd dstPt286(Point(571.378, 1189.86), 1);\n    connRef286->setDestEndpoint(dstPt286);\n    connRef286->setRoutingType((ConnType)2);\n\n    ConnRef *connRef287 = new ConnRef(router, 287);\n    ConnEnd srcPt287(Point(774.878, 234.197), 4);\n    connRef287->setSourceEndpoint(srcPt287);\n    ConnEnd dstPt287(Point(716.878, 234.197), 8);\n    connRef287->setDestEndpoint(dstPt287);\n    connRef287->setRoutingType((ConnType)2);\n\n    ConnRef *connRef288 = new ConnRef(router, 288);\n    ConnEnd srcPt288(Point(101.711, 1475.53), 2);\n    connRef288->setSourceEndpoint(srcPt288);\n    ConnEnd dstPt288(Point(101.711, 1525.53), 1);\n    connRef288->setDestEndpoint(dstPt288);\n    connRef288->setRoutingType((ConnType)2);\n\n    ConnRef *connRef289 = new ConnRef(router, 289);\n    ConnEnd srcPt289(Point(-203.289, 1451.53), 4);\n    connRef289->setSourceEndpoint(srcPt289);\n    ConnEnd dstPt289(Point(-261.289, 1451.53), 8);\n    connRef289->setDestEndpoint(dstPt289);\n    connRef289->setRoutingType((ConnType)2);\n\n    ConnRef *connRef290 = new ConnRef(router, 290);\n    ConnEnd srcPt290(Point(101.711, 1617.53), 1);\n    connRef290->setSourceEndpoint(srcPt290);\n    ConnEnd dstPt290(Point(101.711, 1567.53), 2);\n    connRef290->setDestEndpoint(dstPt290);\n    connRef290->setRoutingType((ConnType)2);\n\n    ConnRef *connRef291 = new ConnRef(router, 291);\n    ConnEnd srcPt291(Point(465.378, 1484.53), 4);\n    connRef291->setSourceEndpoint(srcPt291);\n    ConnEnd dstPt291(Point(407.378, 1484.53), 8);\n    connRef291->setDestEndpoint(dstPt291);\n    connRef291->setRoutingType((ConnType)2);\n\n    ConnRef *connRef292 = new ConnRef(router, 292);\n    ConnEnd srcPt292(Point(668.878, 1400.53), 2);\n    connRef292->setSourceEndpoint(srcPt292);\n    ConnEnd dstPt292(Point(668.878, 1450.53), 1);\n    connRef292->setDestEndpoint(dstPt292);\n    connRef292->setRoutingType((ConnType)2);\n\n    ConnRef *connRef293 = new ConnRef(router, 293);\n    ConnEnd srcPt293(Point(668.878, 1475.53), 2);\n    connRef293->setSourceEndpoint(srcPt293);\n    ConnEnd dstPt293(Point(668.878, 1525.53), 1);\n    connRef293->setDestEndpoint(dstPt293);\n    connRef293->setRoutingType((ConnType)2);\n\n    ConnRef *connRef294 = new ConnRef(router, 294);\n    ConnEnd srcPt294(Point(571.378, 1335.86), 1);\n    connRef294->setSourceEndpoint(srcPt294);\n    ConnEnd dstPt294(Point(571.378, 1285.86), 2);\n    connRef294->setDestEndpoint(dstPt294);\n    connRef294->setRoutingType((ConnType)2);\n\n    ConnRef *connRef295 = new ConnRef(router, 295);\n    ConnEnd srcPt295(Point(629.378, 1189.86), 4);\n    connRef295->setSourceEndpoint(srcPt295);\n    ConnEnd dstPt295(Point(571.378, 1189.86), 8);\n    connRef295->setDestEndpoint(dstPt295);\n    connRef295->setRoutingType((ConnType)2);\n\n    ConnRef *connRef296 = new ConnRef(router, 296);\n    ConnEnd srcPt296(Point(275.378, 1202.86), 2);\n    connRef296->setSourceEndpoint(srcPt296);\n    ConnEnd dstPt296(Point(275.378, 1252.86), 1);\n    connRef296->setDestEndpoint(dstPt296);\n    connRef296->setRoutingType((ConnType)2);\n\n    ConnRef *connRef297 = new ConnRef(router, 297);\n    ConnEnd srcPt297(Point(-133.289, 1202.86), 2);\n    connRef297->setSourceEndpoint(srcPt297);\n    ConnEnd dstPt297(Point(-133.289, 1252.86), 1);\n    connRef297->setDestEndpoint(dstPt297);\n    connRef297->setRoutingType((ConnType)2);\n\n    ConnRef *connRef298 = new ConnRef(router, 298);\n    ConnEnd srcPt298(Point(885.878, 1202.86), 2);\n    connRef298->setSourceEndpoint(srcPt298);\n    ConnEnd dstPt298(Point(885.878, 1252.86), 1);\n    connRef298->setDestEndpoint(dstPt298);\n    connRef298->setRoutingType((ConnType)2);\n\n    ConnRef *connRef299 = new ConnRef(router, 299);\n    ConnEnd srcPt299(Point(774.878, 1048.86), 4);\n    connRef299->setSourceEndpoint(srcPt299);\n    ConnEnd dstPt299(Point(716.878, 1048.86), 8);\n    connRef299->setDestEndpoint(dstPt299);\n    connRef299->setRoutingType((ConnType)2);\n\n    ConnRef *connRef300 = new ConnRef(router, 300);\n    ConnEnd srcPt300(Point(774.878, 924.864), 4);\n    connRef300->setSourceEndpoint(srcPt300);\n    ConnEnd dstPt300(Point(716.878, 924.864), 8);\n    connRef300->setDestEndpoint(dstPt300);\n    connRef300->setRoutingType((ConnType)2);\n\n    ConnRef *connRef301 = new ConnRef(router, 301);\n    ConnEnd srcPt301(Point(774.878, 800.864), 4);\n    connRef301->setSourceEndpoint(srcPt301);\n    ConnEnd dstPt301(Point(716.878, 800.864), 8);\n    connRef301->setDestEndpoint(dstPt301);\n    connRef301->setRoutingType((ConnType)2);\n\n    ConnRef *connRef302 = new ConnRef(router, 302);\n    ConnEnd srcPt302(Point(637.878, 389.864), 8);\n    connRef302->setSourceEndpoint(srcPt302);\n    ConnEnd dstPt302(Point(695.878, 389.864), 4);\n    connRef302->setDestEndpoint(dstPt302);\n    connRef302->setRoutingType((ConnType)2);\n\n    ConnRef *connRef303 = new ConnRef(router, 303);\n    ConnEnd srcPt303(Point(538.378, 278.864), 2);\n    connRef303->setSourceEndpoint(srcPt303);\n    ConnEnd dstPt303(Point(538.378, 328.864), 1);\n    connRef303->setDestEndpoint(dstPt303);\n    connRef303->setRoutingType((ConnType)2);\n\n    ConnRef *connRef304 = new ConnRef(router, 304);\n    ConnEnd srcPt304(Point(637.878, 25.9469), 8);\n    connRef304->setSourceEndpoint(srcPt304);\n    ConnEnd dstPt304(Point(695.878, 25.9469), 4);\n    connRef304->setDestEndpoint(dstPt304);\n    connRef304->setRoutingType((ConnType)2);\n\n    ConnRef *connRef305 = new ConnRef(router, 305);\n    ConnEnd srcPt305(Point(886.878, 25.9469), 4);\n    connRef305->setSourceEndpoint(srcPt305);\n    ConnEnd dstPt305(Point(828.878, 25.9469), 8);\n    connRef305->setDestEndpoint(dstPt305);\n    connRef305->setRoutingType((ConnType)2);\n\n    ConnRef *connRef306 = new ConnRef(router, 306);\n    ConnEnd srcPt306(Point(852.878, -296.303), 2);\n    connRef306->setSourceEndpoint(srcPt306);\n    ConnEnd dstPt306(Point(852.878, -246.303), 1);\n    connRef306->setDestEndpoint(dstPt306);\n    connRef306->setRoutingType((ConnType)2);\n\n    ConnRef *connRef307 = new ConnRef(router, 307);\n    ConnEnd srcPt307(Point(774.878, -127.553), 4);\n    connRef307->setSourceEndpoint(srcPt307);\n    ConnEnd dstPt307(Point(716.878, -127.553), 8);\n    connRef307->setDestEndpoint(dstPt307);\n    connRef307->setRoutingType((ConnType)2);\n\n    ConnRef *connRef308 = new ConnRef(router, 308);\n    ConnEnd srcPt308(Point(774.878, -318.803), 4);\n    connRef308->setSourceEndpoint(srcPt308);\n    ConnEnd dstPt308(Point(716.878, -318.803), 8);\n    connRef308->setDestEndpoint(dstPt308);\n    connRef308->setRoutingType((ConnType)2);\n\n    ConnRef *connRef309 = new ConnRef(router, 309);\n    ConnEnd srcPt309(Point(472.378, -90.0531), 2);\n    connRef309->setSourceEndpoint(srcPt309);\n    ConnEnd dstPt309(Point(472.378, -40.0531), 1);\n    connRef309->setDestEndpoint(dstPt309);\n    connRef309->setRoutingType((ConnType)2);\n\n    ConnRef *connRef310 = new ConnRef(router, 310);\n    ConnEnd srcPt310(Point(-30.2889, -186.053), 2);\n    connRef310->setSourceEndpoint(srcPt310);\n    ConnEnd dstPt310(Point(-30.2889, -136.053), 1);\n    connRef310->setDestEndpoint(dstPt310);\n    connRef310->setRoutingType((ConnType)2);\n\n    ConnRef *connRef311 = new ConnRef(router, 311);\n    ConnEnd srcPt311(Point(-30.2889, -111.053), 2);\n    connRef311->setSourceEndpoint(srcPt311);\n    ConnEnd dstPt311(Point(-30.2889, -61.0531), 1);\n    connRef311->setDestEndpoint(dstPt311);\n    connRef311->setRoutingType((ConnType)2);\n\n    ConnRef *connRef312 = new ConnRef(router, 312);\n    ConnEnd srcPt312(Point(374.378, -177.553), 2);\n    connRef312->setSourceEndpoint(srcPt312);\n    ConnEnd dstPt312(Point(374.378, -127.553), 1);\n    connRef312->setDestEndpoint(dstPt312);\n    connRef312->setRoutingType((ConnType)2);\n\n    ConnRef *connRef313 = new ConnRef(router, 313);\n    ConnEnd srcPt313(Point(151.378, -127.553), 8);\n    connRef313->setSourceEndpoint(srcPt313);\n    ConnEnd dstPt313(Point(209.378, -127.553), 4);\n    connRef313->setDestEndpoint(dstPt313);\n    connRef313->setRoutingType((ConnType)2);\n\n    ConnRef *connRef314 = new ConnRef(router, 314);\n    ConnEnd srcPt314(Point(-189.289, -127.553), 4);\n    connRef314->setSourceEndpoint(srcPt314);\n    ConnEnd dstPt314(Point(-247.289, -127.553), 8);\n    connRef314->setDestEndpoint(dstPt314);\n    connRef314->setRoutingType((ConnType)2);\n\n    ConnRef *connRef315 = new ConnRef(router, 315);\n    ConnEnd srcPt315(Point(68.7111, -433.803), 2);\n    connRef315->setSourceEndpoint(srcPt315);\n    ConnEnd dstPt315(Point(68.7111, -383.803), 1);\n    connRef315->setDestEndpoint(dstPt315);\n    connRef315->setRoutingType((ConnType)2);\n\n    ConnRef *connRef316 = new ConnRef(router, 316);\n    ConnEnd srcPt316(Point(68.7111, -358.803), 2);\n    connRef316->setSourceEndpoint(srcPt316);\n    ConnEnd dstPt316(Point(68.7111, -308.803), 1);\n    connRef316->setDestEndpoint(dstPt316);\n    connRef316->setRoutingType((ConnType)2);\n\n    ConnRef *connRef317 = new ConnRef(router, 317);\n    ConnEnd srcPt317(Point(68.7111, -66.8031), 1);\n    connRef317->setSourceEndpoint(srcPt317);\n    ConnEnd dstPt317(Point(68.7111, -116.803), 2);\n    connRef317->setDestEndpoint(dstPt317);\n    connRef317->setRoutingType((ConnType)2);\n\n    ConnRef *connRef318 = new ConnRef(router, 318);\n    ConnEnd srcPt318(Point(341.378, -401.803), 2);\n    connRef318->setSourceEndpoint(srcPt318);\n    ConnEnd dstPt318(Point(341.378, -351.803), 1);\n    connRef318->setDestEndpoint(dstPt318);\n    connRef318->setRoutingType((ConnType)2);\n\n    ConnRef *connRef319 = new ConnRef(router, 319);\n    ConnEnd srcPt319(Point(341.378, -503.803), 2);\n    connRef319->setSourceEndpoint(srcPt319);\n    ConnEnd dstPt319(Point(341.378, -453.803), 1);\n    connRef319->setDestEndpoint(dstPt319);\n    connRef319->setRoutingType((ConnType)2);\n\n    ConnRef *connRef320 = new ConnRef(router, 320);\n    ConnEnd srcPt320(Point(2.71109, 1368.53), 2);\n    connRef320->setSourceEndpoint(srcPt320);\n    ConnEnd dstPt320(Point(2.71109, 1418.53), 1);\n    connRef320->setDestEndpoint(dstPt320);\n    connRef320->setRoutingType((ConnType)2);\n\n    ConnRef *connRef321 = new ConnRef(router, 321);\n    ConnEnd srcPt321(Point(774.878, 625.864), 4);\n    connRef321->setSourceEndpoint(srcPt321);\n    ConnEnd dstPt321(Point(716.878, 625.864), 8);\n    connRef321->setDestEndpoint(dstPt321);\n    connRef321->setRoutingType((ConnType)2);\n\n    ConnRef *connRef322 = new ConnRef(router, 322);\n    ConnEnd srcPt322(Point(68.7111, -283.803), 2);\n    connRef322->setSourceEndpoint(srcPt322);\n    ConnEnd dstPt322(Point(68.7111, -233.803), 1);\n    connRef322->setDestEndpoint(dstPt322);\n    connRef322->setRoutingType((ConnType)2);\n\n    ConnRef *connRef323 = new ConnRef(router, 323);\n    ConnEnd srcPt323(Point(-30.2889, 30.9469), 1);\n    connRef323->setSourceEndpoint(srcPt323);\n    ConnEnd dstPt323(Point(-30.2889, -19.0531), 2);\n    connRef323->setDestEndpoint(dstPt323);\n    connRef323->setRoutingType((ConnType)2);\n\n    ConnRef *connRef324 = new ConnRef(router, 324);\n    ConnEnd srcPt324(Point(-247.289, 49.1969), 2);\n    connRef324->setSourceEndpoint(srcPt324);\n    ConnEnd dstPt324(Point(-247.289, 99.1969), 1);\n    connRef324->setDestEndpoint(dstPt324);\n    connRef324->setRoutingType((ConnType)2);\n\n    ConnRef *connRef325 = new ConnRef(router, 325);\n    ConnEnd srcPt325(Point(-247.289, 151.197), 2);\n    connRef325->setSourceEndpoint(srcPt325);\n    ConnEnd dstPt325(Point(-247.289, 201.197), 1);\n    connRef325->setDestEndpoint(dstPt325);\n    connRef325->setRoutingType((ConnType)2);\n\n    ConnRef *connRef326 = new ConnRef(router, 326);\n    ConnEnd srcPt326(Point(134.711, 49.1969), 2);\n    connRef326->setSourceEndpoint(srcPt326);\n    ConnEnd dstPt326(Point(134.711, 99.1969), 1);\n    connRef326->setDestEndpoint(dstPt326);\n    connRef326->setRoutingType((ConnType)2);\n\n    ConnRef *connRef327 = new ConnRef(router, 327);\n    ConnEnd srcPt327(Point(134.711, 151.197), 2);\n    connRef327->setSourceEndpoint(srcPt327);\n    ConnEnd dstPt327(Point(134.711, 201.197), 1);\n    connRef327->setDestEndpoint(dstPt327);\n    connRef327->setRoutingType((ConnType)2);\n\n    ConnRef *connRef328 = new ConnRef(router, 328);\n    ConnEnd srcPt328(Point(-166.289, 915.864), 2);\n    connRef328->setSourceEndpoint(srcPt328);\n    ConnEnd dstPt328(Point(-166.289, 965.864), 1);\n    connRef328->setDestEndpoint(dstPt328);\n    connRef328->setRoutingType((ConnType)2);\n\n    ConnRef *connRef329 = new ConnRef(router, 329);\n    ConnEnd srcPt329(Point(668.878, 1617.53), 1);\n    connRef329->setSourceEndpoint(srcPt329);\n    ConnEnd dstPt329(Point(668.878, 1567.53), 2);\n    connRef329->setDestEndpoint(dstPt329);\n    connRef329->setRoutingType((ConnType)2);\n\n    ConnRef *connRef330 = new ConnRef(router, 330);\n    ConnEnd srcPt330(Point(-166.289, 1057.86), 1);\n    connRef330->setSourceEndpoint(srcPt330);\n    ConnEnd dstPt330(Point(-166.289, 1007.86), 2);\n    connRef330->setDestEndpoint(dstPt330);\n    connRef330->setRoutingType((ConnType)2);\n\n    ConnRef *connRef331 = new ConnRef(router, 331);\n    ConnEnd srcPt331(Point(795.878, 389.864), 4);\n    connRef331->setSourceEndpoint(srcPt331);\n    ConnEnd dstPt331(Point(737.878, 389.864), 8);\n    connRef331->setDestEndpoint(dstPt331);\n    connRef331->setRoutingType((ConnType)2);\n\n    ConnRef *connRef332 = new ConnRef(router, 332);\n    ConnEnd srcPt332(Point(765.878, 563.864), 8);\n    connRef332->setSourceEndpoint(srcPt332);\n    ConnEnd dstPt332(Point(823.878, 563.864), 4);\n    connRef332->setDestEndpoint(dstPt332);\n    connRef332->setRoutingType((ConnType)2);\n\n    ConnRef *connRef333 = new ConnRef(router, 333);\n    ConnEnd srcPt333(Point(923.878, 563.864), 4);\n    connRef333->setSourceEndpoint(srcPt333);\n    ConnEnd dstPt333(Point(865.878, 563.864), 8);\n    connRef333->setDestEndpoint(dstPt333);\n    connRef333->setRoutingType((ConnType)2);\n\n    ConnRef *connRef334 = new ConnRef(router, 334);\n    ConnEnd srcPt334(Point(134.711, 1073.86), 2);\n    connRef334->setSourceEndpoint(srcPt334);\n    ConnEnd dstPt334(Point(134.711, 1123.86), 1);\n    connRef334->setDestEndpoint(dstPt334);\n    connRef334->setRoutingType((ConnType)2);\n\n    ConnRef *connRef335 = new ConnRef(router, 335);\n    ConnEnd srcPt335(Point(1014.88, 563.864), 4);\n    connRef335->setSourceEndpoint(srcPt335);\n    ConnEnd dstPt335(Point(956.878, 563.864), 8);\n    connRef335->setDestEndpoint(dstPt335);\n    connRef335->setRoutingType((ConnType)2);\n\n    ConnRef *connRef336 = new ConnRef(router, 336);\n    ConnEnd srcPt336(Point(635.878, 655.864), 2);\n    connRef336->setSourceEndpoint(srcPt336);\n    ConnEnd dstPt336(Point(635.878, 705.864), 1);\n    connRef336->setDestEndpoint(dstPt336);\n    connRef336->setRoutingType((ConnType)2);\n\n    ConnRef *connRef337 = new ConnRef(router, 337);\n    ConnEnd srcPt337(Point(635.878, 451.864), 2);\n    connRef337->setSourceEndpoint(srcPt337);\n    ConnEnd dstPt337(Point(635.878, 501.864), 1);\n    connRef337->setDestEndpoint(dstPt337);\n    connRef337->setRoutingType((ConnType)2);\n\n    ConnRef *connRef338 = new ConnRef(router, 338);\n    ConnEnd srcPt338(Point(-361.289, 1451.53), 8);\n    connRef338->setSourceEndpoint(srcPt338);\n    ConnEnd dstPt338(Point(-303.289, 1451.53), 4);\n    connRef338->setDestEndpoint(dstPt338);\n    connRef338->setRoutingType((ConnType)2);\n\n    ConnRef *connRef339 = new ConnRef(router, 339);\n    ConnEnd srcPt339(Point(795.878, 25.9469), 4);\n    connRef339->setSourceEndpoint(srcPt339);\n    ConnEnd dstPt339(Point(737.878, 25.9469), 8);\n    connRef339->setDestEndpoint(dstPt339);\n    connRef339->setRoutingType((ConnType)2);\n\n    ConnRef *connRef340 = new ConnRef(router, 340);\n    ConnEnd srcPt340(Point(68.7111, -141.803), 1);\n    connRef340->setSourceEndpoint(srcPt340);\n    ConnEnd dstPt340(Point(68.7111, -191.803), 2);\n    connRef340->setDestEndpoint(dstPt340);\n    connRef340->setRoutingType((ConnType)2);\n\n    ConnRef *connRef341 = new ConnRef(router, 341);\n    ConnEnd srcPt341(Point(-30.2889, 105.947), 1);\n    connRef341->setSourceEndpoint(srcPt341);\n    ConnEnd dstPt341(Point(-30.2889, 55.9469), 2);\n    connRef341->setDestEndpoint(dstPt341);\n    connRef341->setRoutingType((ConnType)2);\n\n    ConnRef *connRef342 = new ConnRef(router, 342);\n    ConnEnd srcPt342(Point(668.878, 1692.53), 1);\n    connRef342->setSourceEndpoint(srcPt342);\n    ConnEnd dstPt342(Point(668.878, 1642.53), 2);\n    connRef342->setDestEndpoint(dstPt342);\n    connRef342->setRoutingType((ConnType)2);\n\n    ConnRef *connRef343 = new ConnRef(router, 343);\n    ConnEnd srcPt343(Point(716.878, -212.803), 15);\n    connRef343->setSourceEndpoint(srcPt343);\n    ConnEnd dstPt343(Point(942.378, 9.44694), 4);\n    connRef343->setDestEndpoint(dstPt343);\n    connRef343->setRoutingType((ConnType)2);\n\n    ConnRef *connRef344 = new ConnRef(router, 344);\n    ConnEnd srcPt344(Point(716.878, 328.864), 15);\n    connRef344->setSourceEndpoint(srcPt344);\n    ConnEnd dstPt344(Point(942.378, 49.4469), 4);\n    connRef344->setDestEndpoint(dstPt344);\n    connRef344->setRoutingType((ConnType)2);\n\n    ConnRef *connRef345 = new ConnRef(router, 345);\n    ConnEnd srcPt345(Point(716.878, 862.864), 15);\n    connRef345->setSourceEndpoint(srcPt345);\n    ConnEnd dstPt345(Point(1028.38, 212.947), 2);\n    connRef345->setDestEndpoint(dstPt345);\n    connRef345->setRoutingType((ConnType)2);\n\n    ConnRef *connRef346 = new ConnRef(router, 346);\n    ConnEnd srcPt346(Point(716.878, 1252.86), 15);\n    connRef346->setSourceEndpoint(srcPt346);\n    ConnEnd dstPt346(Point(1068.38, 212.947), 2);\n    connRef346->setDestEndpoint(dstPt346);\n    connRef346->setRoutingType((ConnType)2);\n\n    ConnRef *connRef347 = new ConnRef(router, 347);\n    ConnEnd srcPt347(Point(716.878, -412.803), 15);\n    connRef347->setSourceEndpoint(srcPt347);\n    ConnEnd dstPt347(Point(777.378, -478.303), 2);\n    connRef347->setDestEndpoint(dstPt347);\n    connRef347->setRoutingType((ConnType)2);\n\n    ConnRef *connRef348 = new ConnRef(router, 348);\n    ConnEnd srcPt348(Point(-282.289, 986.864), 15);\n    connRef348->setSourceEndpoint(srcPt348);\n    ConnEnd dstPt348(Point(-286.289, 1109.36), 8);\n    connRef348->setDestEndpoint(dstPt348);\n    connRef348->setRoutingType((ConnType)2);\n\n    ConnRef *connRef349 = new ConnRef(router, 349);\n    ConnEnd srcPt349(Point(-282.289, 1252.86), 15);\n    connRef349->setSourceEndpoint(srcPt349);\n    ConnEnd dstPt349(Point(-286.289, 1149.36), 8);\n    connRef349->setDestEndpoint(dstPt349);\n    connRef349->setRoutingType((ConnType)2);\n\n    ConnRef *connRef350 = new ConnRef(router, 350);\n    ConnEnd srcPt350(Point(716.878, 738.864), 15);\n    connRef350->setSourceEndpoint(srcPt350);\n    ConnEnd dstPt350(Point(302.378, 746.364), 8);\n    connRef350->setDestEndpoint(dstPt350);\n    connRef350->setRoutingType((ConnType)2);\n\n    ConnRef *connRef351 = new ConnRef(router, 351);\n    ConnEnd srcPt351(Point(961.878, 1252.86), 15);\n    connRef351->setSourceEndpoint(srcPt351);\n    ConnEnd dstPt351(Point(964.378, 1415.53), 1);\n    connRef351->setDestEndpoint(dstPt351);\n    connRef351->setRoutingType((ConnType)2);\n\n    CompoundConstraints ccs;\n    std::vector<vpsc::Rectangle*> rs;\n    vpsc::Rectangle *rect = nullptr;\n\n    rect = new vpsc::Rectangle(696.878, 736.878, 214.197, 254.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(81.7111, 121.711, 1505.53, 1545.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-281.289, -241.289, 1431.53, 1471.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(81.7111, 121.711, 1547.53, 1587.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-312.289, -252.289, 1516.53, 1576.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(926.878, 1168.88, -169.553, 227.447);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(706.878, 846.878, -657.803, -463.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(387.378, 427.378, 1464.53, 1504.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(648.878, 688.878, 1430.53, 1470.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(648.878, 688.878, 1505.53, 1545.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(551.378, 591.378, 1265.86, 1305.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(551.378, 591.378, 1169.86, 1209.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(255.378, 295.378, 1232.86, 1272.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-153.289, -113.289, 1232.86, 1272.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(865.878, 905.878, 1232.86, 1272.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(417.378, 525.378, 981.864, 1045.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, 1028.86, 1068.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-498.789, -271.789, 1036.86, 1220.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, 904.864, 944.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, 780.864, 820.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(675.878, 715.878, 369.864, 409.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-16.1222, 316.878, 705.864, 785.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(518.378, 558.378, 308.864, 348.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(675.878, 715.878, 5.94694, 45.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(808.878, 848.878, 5.94694, 45.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(832.878, 872.878, -266.303, -226.303);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, -147.553, -107.553);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, -338.803, -298.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(452.378, 492.378, -60.0531, -20.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-50.2889, -10.2889, -156.053, -116.053);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-50.2889, -10.2889, -81.0531, -41.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(354.378, 394.378, -147.553, -107.553);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(189.378, 229.378, -147.553, -107.553);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-267.289, -227.289, -147.553, -107.553);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(48.7111, 88.7111, -403.803, -363.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(48.7111, 88.7111, -328.803, -288.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(48.7111, 88.7111, -136.803, -96.8031);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(321.378, 361.378, -371.803, -331.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(321.378, 361.378, -473.803, -433.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-402.789, -121.789, -606.303, -551.303);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-17.2889, 22.7111, 1398.53, 1438.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(696.878, 736.878, 605.864, 645.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(48.7111, 88.7111, -253.803, -213.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-50.2889, -10.2889, -39.0531, 0.946943);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-267.289, -227.289, 79.1969, 119.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-267.289, -227.289, 181.197, 221.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(114.711, 154.711, 79.1969, 119.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(114.711, 154.711, 181.197, 221.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(898.878, 958.878, -276.303, -216.303);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, -442.803, -382.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 832.864, 892.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-277.289, -217.289, -242.803, -182.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-277.289, -217.289, -70.0531, -10.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(278.378, 338.378, 298.864, 358.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(278.378, 338.378, -70.0531, -10.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, -242.803, -182.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, -70.0531, -10.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 956.864, 1016.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 708.864, 768.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 471.864, 531.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(931.878, 991.878, 1222.86, 1282.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(212.378, 272.378, 1388.53, 1448.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(822.878, 882.878, 1516.53, 1576.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 1222.86, 1282.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(377.378, 437.378, 1222.86, 1282.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-312.289, -252.289, 1222.86, 1282.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(377.378, 437.378, 1516.53, 1576.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(5.71109, 65.7111, 1222.86, 1282.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-163.289, -103.289, 1388.53, 1448.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 108.947, 168.947);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-347.289, -287.289, 69.1969, 129.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-130.289, -70.2889, 69.1969, 129.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-130.289, -70.2889, 171.197, 231.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-347.289, -287.289, 171.197, 231.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-186.289, -146.289, 945.864, 985.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-312.289, -252.289, 956.864, 1016.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(648.878, 688.878, 1547.53, 1587.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-186.289, -146.289, 987.864, 1027.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(885.378, 1042.38, 1400.03, 1585.03);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(717.878, 757.878, 369.864, 409.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(803.878, 843.878, 543.864, 583.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(845.878, 885.878, 543.864, 583.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(114.711, 154.711, 1103.86, 1143.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(936.878, 976.878, 543.864, 583.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(475.378, 535.378, 595.864, 655.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(615.878, 655.878, 685.864, 725.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(615.878, 655.878, 481.864, 521.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(686.878, 746.878, 298.864, 358.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-323.289, -283.289, 1431.53, 1471.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(717.878, 757.878, 5.94694, 45.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(48.7111, 88.7111, -211.803, -171.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-50.2889, -10.2889, 35.9469, 75.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(648.878, 688.878, 1622.53, 1662.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(377.378, 437.378, 1126.86, 1186.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, 204.197, 264.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(63.7111, 139.711, 1445.53, 1505.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-241.289, -165.289, 1421.53, 1481.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(63.7111, 139.711, 1587.53, 1647.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(427.378, 503.378, 1454.53, 1514.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(630.878, 706.878, 1370.53, 1430.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(630.878, 706.878, 1445.53, 1505.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(533.378, 609.378, 1305.86, 1365.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(591.378, 667.378, 1159.86, 1219.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(237.378, 313.378, 1172.86, 1232.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-171.289, -95.2889, 1172.86, 1232.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(847.878, 923.878, 1172.86, 1232.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, 1018.86, 1078.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, 894.864, 954.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, 770.864, 830.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(599.878, 675.878, 359.864, 419.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(500.378, 576.378, 248.864, 308.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(599.878, 675.878, -4.05306, 55.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(848.878, 924.878, -4.05306, 55.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(814.878, 890.878, -326.303, -266.303);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, -157.553, -97.5531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, -348.803, -288.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(434.378, 510.378, -120.053, -60.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.2889, 7.71109, -216.053, -156.053);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.2889, 7.71109, -141.053, -81.0531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(336.378, 412.378, -207.553, -147.553);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(113.378, 189.378, -157.553, -97.5531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-227.289, -151.289, -157.553, -97.5531);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30.7111, 106.711, -463.803, -403.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30.7111, 106.711, -388.803, -328.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30.7111, 106.711, -96.8031, -36.8031);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(303.378, 379.378, -431.803, -371.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(303.378, 379.378, -533.803, -473.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-35.2889, 40.7111, 1338.53, 1398.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(736.878, 812.878, 595.864, 655.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30.7111, 106.711, -313.803, -253.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.2889, 7.71109, 0.946943, 60.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-285.289, -209.289, 19.1969, 79.1969);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-285.289, -209.289, 121.197, 181.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(96.7111, 172.711, 19.1969, 79.1969);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(96.7111, 172.711, 121.197, 181.197);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-204.289, -128.289, 885.864, 945.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(630.878, 706.878, 1587.53, 1647.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-204.289, -128.289, 1027.86, 1087.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(757.878, 833.878, 359.864, 419.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(727.878, 803.878, 533.864, 593.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(885.878, 961.878, 533.864, 593.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(96.7111, 172.711, 1043.86, 1103.86);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(976.878, 1052.88, 533.864, 593.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(597.878, 673.878, 625.864, 685.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(597.878, 673.878, 421.864, 481.864);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-399.289, -323.289, 1421.53, 1481.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(757.878, 833.878, -4.05306, 55.9469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(30.7111, 106.711, -171.803, -111.803);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-68.2889, 7.71109, 75.9469, 135.947);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(630.878, 706.878, 1662.53, 1722.53);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(942.378, 992.378, -5.55306, 24.4469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(942.378, 992.378, 34.4469, 64.4469);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1013.38, 1043.38, 162.947, 212.947);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(1053.38, 1083.38, 162.947, 212.947);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(762.378, 792.378, -528.303, -478.303);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-336.289, -286.289, 1094.36, 1124.36);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(-336.289, -286.289, 1134.36, 1164.36);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(252.378, 302.378, 731.364, 761.364);\n    rs.push_back(rect);\n\n    rect = new vpsc::Rectangle(949.378, 979.378, 1415.53, 1465.53);\n    rs.push_back(rect);\n\n    AlignmentConstraint *alignment140012645961856 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012645961856->addShape(4, 0);\n    alignment140012645961856->addShape(66, 0);\n    alignment140012645961856->addShape(1, -21);\n    alignment140012645961856->addShape(95, -71);\n    alignment140012645961856->addShape(3, 21);\n    alignment140012645961856->addShape(97, 71);\n    ccs.push_back(alignment140012645961856);\n\n    AlignmentConstraint *alignment140012646515136 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646515136->addShape(1, 0);\n    alignment140012646515136->addShape(95, 0);\n    alignment140012646515136->addShape(3, 0);\n    alignment140012646515136->addShape(97, 0);\n    ccs.push_back(alignment140012646515136);\n\n    AlignmentConstraint *alignment140012646514848 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646514848->addShape(4, 0);\n    ccs.push_back(alignment140012646514848);\n\n    AlignmentConstraint *alignment140012646514944 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646514944->addShape(66, 0);\n    ccs.push_back(alignment140012646514944);\n\n    SeparationConstraint *separation140012646421216 = new SeparationConstraint(vpsc::XDIM, alignment140012646514848, alignment140012646515136, 143, false);\n    ccs.push_back(separation140012646421216);\n\n    SeparationConstraint *separation140012646421424 = new SeparationConstraint(vpsc::XDIM, alignment140012646515136, alignment140012646514944, 89, false);\n    ccs.push_back(separation140012646421424);\n\n    AlignmentConstraint *alignment140012646421712 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646421712->addShape(4, 0);\n    alignment140012646421712->addShape(65, 0);\n    alignment140012646421712->addShape(88, -21);\n    alignment140012646421712->addShape(145, -79);\n    alignment140012646421712->addShape(2, 21);\n    alignment140012646421712->addShape(96, 79);\n    ccs.push_back(alignment140012646421712);\n\n    AlignmentConstraint *alignment140012646422160 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646422160->addShape(88, 0);\n    alignment140012646422160->addShape(145, 0);\n    alignment140012646422160->addShape(2, 0);\n    alignment140012646422160->addShape(96, 0);\n    ccs.push_back(alignment140012646422160);\n\n    AlignmentConstraint *alignment140012646421872 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646421872->addShape(65, 0);\n    ccs.push_back(alignment140012646421872);\n\n    AlignmentConstraint *alignment140012646421968 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646421968->addShape(4, 0);\n    ccs.push_back(alignment140012646421968);\n\n    SeparationConstraint *separation140012646540384 = new SeparationConstraint(vpsc::YDIM, alignment140012646421872, alignment140012646422160, 61, false);\n    ccs.push_back(separation140012646540384);\n\n    SeparationConstraint *separation140012646540528 = new SeparationConstraint(vpsc::YDIM, alignment140012646422160, alignment140012646421968, 61, false);\n    ccs.push_back(separation140012646540528);\n\n    AlignmentConstraint *alignment140012646540848 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646540848->addShape(51, 0);\n    alignment140012646540848->addShape(55, 0);\n    alignment140012646540848->addShape(34, -171);\n    alignment140012646540848->addShape(122, -221);\n    alignment140012646540848->addShape(35, -96);\n    alignment140012646540848->addShape(123, -146);\n    alignment140012646540848->addShape(42, -21);\n    alignment140012646540848->addShape(129, -71);\n    alignment140012646540848->addShape(90, 21);\n    alignment140012646540848->addShape(147, 71);\n    alignment140012646540848->addShape(36, 96);\n    alignment140012646540848->addShape(124, 146);\n    ccs.push_back(alignment140012646540848);\n\n    AlignmentConstraint *alignment140012646541360 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646541360->addShape(34, 0);\n    alignment140012646541360->addShape(122, 0);\n    alignment140012646541360->addShape(35, 0);\n    alignment140012646541360->addShape(123, 0);\n    alignment140012646541360->addShape(42, 0);\n    alignment140012646541360->addShape(129, 0);\n    alignment140012646541360->addShape(90, 0);\n    alignment140012646541360->addShape(147, 0);\n    alignment140012646541360->addShape(36, 0);\n    alignment140012646541360->addShape(124, 0);\n    ccs.push_back(alignment140012646541360);\n\n    AlignmentConstraint *alignment140012646541072 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646541072->addShape(51, 0);\n    ccs.push_back(alignment140012646541072);\n\n    AlignmentConstraint *alignment140012646541168 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646541168->addShape(55, 0);\n    ccs.push_back(alignment140012646541168);\n\n    SeparationConstraint *separation140012646542480 = new SeparationConstraint(vpsc::XDIM, alignment140012646541072, alignment140012646541360, 87.8, false);\n    ccs.push_back(separation140012646542480);\n\n    SeparationConstraint *separation140012646542608 = new SeparationConstraint(vpsc::XDIM, alignment140012646541360, alignment140012646541168, 214.2, false);\n    ccs.push_back(separation140012646542608);\n\n    AlignmentConstraint *alignment140012645766928 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012645766928->addShape(52, 0);\n    alignment140012645766928->addShape(54, 0);\n    alignment140012645766928->addShape(29, -96);\n    alignment140012645766928->addShape(117, -146);\n    alignment140012645766928->addShape(30, -21);\n    alignment140012645766928->addShape(118, -71);\n    alignment140012645766928->addShape(43, 21);\n    alignment140012645766928->addShape(130, 71);\n    alignment140012645766928->addShape(91, 96);\n    alignment140012645766928->addShape(148, 146);\n    ccs.push_back(alignment140012645766928);\n\n    AlignmentConstraint *alignment140012646545728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646545728->addShape(29, 0);\n    alignment140012646545728->addShape(117, 0);\n    alignment140012646545728->addShape(30, 0);\n    alignment140012646545728->addShape(118, 0);\n    alignment140012646545728->addShape(43, 0);\n    alignment140012646545728->addShape(130, 0);\n    alignment140012646545728->addShape(91, 0);\n    alignment140012646545728->addShape(148, 0);\n    ccs.push_back(alignment140012646545728);\n\n    AlignmentConstraint *alignment140012646545440 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646545440->addShape(52, 0);\n    ccs.push_back(alignment140012646545440);\n\n    AlignmentConstraint *alignment140012646545536 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646545536->addShape(54, 0);\n    ccs.push_back(alignment140012646545536);\n\n    SeparationConstraint *separation140012646418672 = new SeparationConstraint(vpsc::XDIM, alignment140012646545440, alignment140012646545728, 76, false);\n    ccs.push_back(separation140012646418672);\n\n    SeparationConstraint *separation140012646418800 = new SeparationConstraint(vpsc::XDIM, alignment140012646545728, alignment140012646545536, 75, false);\n    ccs.push_back(separation140012646418800);\n\n    AlignmentConstraint *alignment140012646418976 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646418976->addShape(56, 0);\n    alignment140012646418976->addShape(69, 0);\n    alignment140012646418976->addShape(23, -21);\n    alignment140012646418976->addShape(111, -79);\n    alignment140012646418976->addShape(89, 21);\n    alignment140012646418976->addShape(146, 79);\n    alignment140012646418976->addShape(24, 112);\n    alignment140012646418976->addShape(112, 170);\n    ccs.push_back(alignment140012646418976);\n\n    AlignmentConstraint *alignment140012646419488 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646419488->addShape(23, 0);\n    alignment140012646419488->addShape(111, 0);\n    alignment140012646419488->addShape(89, 0);\n    alignment140012646419488->addShape(146, 0);\n    alignment140012646419488->addShape(24, 0);\n    alignment140012646419488->addShape(112, 0);\n    ccs.push_back(alignment140012646419488);\n\n    AlignmentConstraint *alignment140012646419200 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646419200->addShape(56, 0);\n    ccs.push_back(alignment140012646419200);\n\n    AlignmentConstraint *alignment140012646419296 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646419296->addShape(69, 0);\n    ccs.push_back(alignment140012646419296);\n\n    SeparationConstraint *separation140012646420256 = new SeparationConstraint(vpsc::YDIM, alignment140012646419200, alignment140012646419488, 66, false);\n    ccs.push_back(separation140012646420256);\n\n    SeparationConstraint *separation140012646420384 = new SeparationConstraint(vpsc::YDIM, alignment140012646419488, alignment140012646419296, 66, false);\n    ccs.push_back(separation140012646420384);\n\n    AlignmentConstraint *alignment140012646420560 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646420560->addShape(57, 0);\n    alignment140012646420560->addShape(75, 0);\n    alignment140012646420560->addShape(74, -21);\n    alignment140012646420560->addShape(135, -71);\n    alignment140012646420560->addShape(77, 21);\n    alignment140012646420560->addShape(137, 71);\n    ccs.push_back(alignment140012646420560);\n\n    AlignmentConstraint *alignment140012646632608 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646632608->addShape(74, 0);\n    alignment140012646632608->addShape(135, 0);\n    alignment140012646632608->addShape(77, 0);\n    alignment140012646632608->addShape(137, 0);\n    ccs.push_back(alignment140012646632608);\n\n    AlignmentConstraint *alignment140012646420784 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646420784->addShape(75, 0);\n    ccs.push_back(alignment140012646420784);\n\n    AlignmentConstraint *alignment140012646420880 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646420880->addShape(57, 0);\n    ccs.push_back(alignment140012646420880);\n\n    SeparationConstraint *separation140012646633008 = new SeparationConstraint(vpsc::XDIM, alignment140012646420784, alignment140012646632608, 69, false);\n    ccs.push_back(separation140012646633008);\n\n    SeparationConstraint *separation140012646633184 = new SeparationConstraint(vpsc::XDIM, alignment140012646632608, alignment140012646420880, 279, false);\n    ccs.push_back(separation140012646633184);\n\n    AlignmentConstraint *alignment140012646542784 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646542784->addShape(58, 0);\n    alignment140012646542784->addShape(87, 0);\n    alignment140012646542784->addShape(80, 107);\n    alignment140012646542784->addShape(139, 49);\n    alignment140012646542784->addShape(81, 149);\n    alignment140012646542784->addShape(140, 207);\n    alignment140012646542784->addShape(83, 240);\n    alignment140012646542784->addShape(142, 298);\n    ccs.push_back(alignment140012646542784);\n\n    AlignmentConstraint *alignment140012646634176 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646634176->addShape(80, 0);\n    alignment140012646634176->addShape(139, 0);\n    alignment140012646634176->addShape(81, 0);\n    alignment140012646634176->addShape(140, 0);\n    alignment140012646634176->addShape(83, 0);\n    alignment140012646634176->addShape(142, 0);\n    ccs.push_back(alignment140012646634176);\n\n    AlignmentConstraint *alignment140012646633888 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646633888->addShape(87, 0);\n    ccs.push_back(alignment140012646633888);\n\n    AlignmentConstraint *alignment140012646633984 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646633984->addShape(58, 0);\n    ccs.push_back(alignment140012646633984);\n\n    SeparationConstraint *separation140012646634784 = new SeparationConstraint(vpsc::YDIM, alignment140012646633888, alignment140012646634176, 83.3333, false);\n    ccs.push_back(separation140012646634784);\n\n    SeparationConstraint *separation140012646634912 = new SeparationConstraint(vpsc::YDIM, alignment140012646634176, alignment140012646633984, 66, false);\n    ccs.push_back(separation140012646634912);\n\n    AlignmentConstraint *alignment140012646635088 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646635088->addShape(59, 0);\n    alignment140012646635088->addShape(87, 0);\n    alignment140012646635088->addShape(20, -21);\n    alignment140012646635088->addShape(109, -79);\n    alignment140012646635088->addShape(79, 21);\n    alignment140012646635088->addShape(138, 79);\n    ccs.push_back(alignment140012646635088);\n\n    AlignmentConstraint *alignment140012646635600 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646635600->addShape(20, 0);\n    alignment140012646635600->addShape(109, 0);\n    alignment140012646635600->addShape(79, 0);\n    alignment140012646635600->addShape(138, 0);\n    ccs.push_back(alignment140012646635600);\n\n    AlignmentConstraint *alignment140012646635312 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646635312->addShape(87, 0);\n    ccs.push_back(alignment140012646635312);\n\n    AlignmentConstraint *alignment140012646635408 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646635408->addShape(59, 0);\n    ccs.push_back(alignment140012646635408);\n\n    SeparationConstraint *separation140012646636048 = new SeparationConstraint(vpsc::YDIM, alignment140012646635312, alignment140012646635600, 61, false);\n    ccs.push_back(separation140012646636048);\n\n    SeparationConstraint *separation140012646636224 = new SeparationConstraint(vpsc::YDIM, alignment140012646635600, alignment140012646635408, 61, false);\n    ccs.push_back(separation140012646636224);\n\n    AlignmentConstraint *alignment140012646636400 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646636400->addShape(62, 0);\n    alignment140012646636400->addShape(66, 0);\n    alignment140012646636400->addShape(8, -96);\n    alignment140012646636400->addShape(99, -146);\n    alignment140012646636400->addShape(9, -21);\n    alignment140012646636400->addShape(100, -71);\n    alignment140012646636400->addShape(76, 21);\n    alignment140012646636400->addShape(136, 71);\n    alignment140012646636400->addShape(92, 96);\n    alignment140012646636400->addShape(149, 146);\n    ccs.push_back(alignment140012646636400);\n\n    AlignmentConstraint *alignment140012646636912 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646636912->addShape(8, 0);\n    alignment140012646636912->addShape(99, 0);\n    alignment140012646636912->addShape(9, 0);\n    alignment140012646636912->addShape(100, 0);\n    alignment140012646636912->addShape(76, 0);\n    alignment140012646636912->addShape(136, 0);\n    alignment140012646636912->addShape(92, 0);\n    alignment140012646636912->addShape(149, 0);\n    ccs.push_back(alignment140012646636912);\n\n    AlignmentConstraint *alignment140012646636624 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646636624->addShape(66, 0);\n    ccs.push_back(alignment140012646636624);\n\n    AlignmentConstraint *alignment140012646636720 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646636720->addShape(62, 0);\n    ccs.push_back(alignment140012646636720);\n\n    SeparationConstraint *separation140012646637840 = new SeparationConstraint(vpsc::XDIM, alignment140012646636624, alignment140012646636912, 74, false);\n    ccs.push_back(separation140012646637840);\n\n    SeparationConstraint *separation140012646637968 = new SeparationConstraint(vpsc::XDIM, alignment140012646636912, alignment140012646636720, 99, false);\n    ccs.push_back(separation140012646637968);\n\n    AlignmentConstraint *alignment140012646638256 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646638256->addShape(11, 0);\n    alignment140012646638256->addShape(102, 0);\n    ccs.push_back(alignment140012646638256);\n\n    AlignmentConstraint *alignment140012646638352 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646638352->addShape(11, 0);\n    alignment140012646638352->addShape(10, 0);\n    ccs.push_back(alignment140012646638352);\n\n    AlignmentConstraint *alignment140012646638512 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646638512->addShape(102, 0);\n    ccs.push_back(alignment140012646638512);\n\n    AlignmentConstraint *alignment140012646638640 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646638640->addShape(12, 0);\n    ccs.push_back(alignment140012646638640);\n\n    AlignmentConstraint *alignment140012646638800 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646638800->addShape(14, 0);\n    ccs.push_back(alignment140012646638800);\n\n    AlignmentConstraint *alignment140012646638960 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646638960->addShape(22, 0);\n    ccs.push_back(alignment140012646638960);\n\n    AlignmentConstraint *alignment140012646639120 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646639120->addShape(28, 0);\n    ccs.push_back(alignment140012646639120);\n\n    AlignmentConstraint *alignment140012646639280 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646639280->addShape(31, 0);\n    ccs.push_back(alignment140012646639280);\n\n    AlignmentConstraint *alignment140012646639440 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646639440->addShape(32, 0);\n    alignment140012646639440->addShape(120, 0);\n    ccs.push_back(alignment140012646639440);\n\n    AlignmentConstraint *alignment140012646639664 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646639664->addShape(32, 0);\n    ccs.push_back(alignment140012646639664);\n\n    AlignmentConstraint *alignment140012646639792 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646639792->addShape(120, 0);\n    ccs.push_back(alignment140012646639792);\n\n    AlignmentConstraint *alignment140012646633360 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646633360->addShape(37, 0);\n    alignment140012646633360->addShape(38, 0);\n    ccs.push_back(alignment140012646633360);\n\n    AlignmentConstraint *alignment140012646633584 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646633584->addShape(40, 0);\n    ccs.push_back(alignment140012646633584);\n\n    AlignmentConstraint *alignment140012646633712 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646633712->addShape(48, 0);\n    ccs.push_back(alignment140012646633712);\n\n    AlignmentConstraint *alignment140012646640992 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646640992->addShape(33, 0);\n    alignment140012646640992->addShape(121, 0);\n    ccs.push_back(alignment140012646640992);\n\n    AlignmentConstraint *alignment140012646641216 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646641216->addShape(33, 0);\n    alignment140012646641216->addShape(51, 0);\n    alignment140012646641216->addShape(52, 0);\n    alignment140012646641216->addShape(44, 0);\n    alignment140012646641216->addShape(45, 0);\n    ccs.push_back(alignment140012646641216);\n\n    AlignmentConstraint *alignment140012646641520 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646641520->addShape(121, 0);\n    ccs.push_back(alignment140012646641520);\n\n    AlignmentConstraint *alignment140012646641680 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646641680->addShape(53, 0);\n    alignment140012646641680->addShape(54, 0);\n    ccs.push_back(alignment140012646641680);\n\n    AlignmentConstraint *alignment140012646641904 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646641904->addShape(60, 0);\n    ccs.push_back(alignment140012646641904);\n\n    AlignmentConstraint *alignment140012646642032 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642032->addShape(61, 0);\n    ccs.push_back(alignment140012646642032);\n\n    AlignmentConstraint *alignment140012646642192 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642192->addShape(62, 0);\n    alignment140012646642192->addShape(25, 0);\n    ccs.push_back(alignment140012646642192);\n\n    AlignmentConstraint *alignment140012646642416 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642416->addShape(67, 0);\n    ccs.push_back(alignment140012646642416);\n\n    AlignmentConstraint *alignment140012646642544 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642544->addShape(13, 0);\n    alignment140012646642544->addShape(68, 0);\n    ccs.push_back(alignment140012646642544);\n\n    AlignmentConstraint *alignment140012646642768 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642768->addShape(72, 0);\n    alignment140012646642768->addShape(71, 0);\n    ccs.push_back(alignment140012646642768);\n\n    AlignmentConstraint *alignment140012646642960 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646642960->addShape(70, 0);\n    alignment140012646642960->addShape(73, 0);\n    ccs.push_back(alignment140012646642960);\n\n    AlignmentConstraint *alignment140012646643152 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646643152->addShape(4, 0);\n    alignment140012646643152->addShape(75, 0);\n    alignment140012646643152->addShape(65, 0);\n    ccs.push_back(alignment140012646643152);\n\n    AlignmentConstraint *alignment140012646643344 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646643344->addShape(47, 0);\n    alignment140012646643344->addShape(82, 0);\n    alignment140012646643344->addShape(46, 0);\n    ccs.push_back(alignment140012646643344);\n\n    AlignmentConstraint *alignment140012646643584 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646643584->addShape(84, 0);\n    ccs.push_back(alignment140012646643584);\n\n    AlignmentConstraint *alignment140012646643712 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646643712->addShape(86, 0);\n    alignment140012646643712->addShape(85, 0);\n    ccs.push_back(alignment140012646643712);\n\n    AlignmentConstraint *alignment140012646643936 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646643936->addShape(26, 0);\n    alignment140012646643936->addShape(114, 0);\n    ccs.push_back(alignment140012646643936);\n\n    AlignmentConstraint *alignment140012646644128 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646644128->addShape(0, 0);\n    alignment140012646644128->addShape(94, 0);\n    ccs.push_back(alignment140012646644128);\n\n    AlignmentConstraint *alignment140012646644320 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646644320->addShape(27, 0);\n    alignment140012646644320->addShape(115, 0);\n    ccs.push_back(alignment140012646644320);\n\n    AlignmentConstraint *alignment140012646644512 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646644512->addShape(16, 0);\n    alignment140012646644512->addShape(106, 0);\n    ccs.push_back(alignment140012646644512);\n\n    AlignmentConstraint *alignment140012646644704 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646644704->addShape(19, 0);\n    alignment140012646644704->addShape(108, 0);\n    ccs.push_back(alignment140012646644704);\n\n    AlignmentConstraint *alignment140012646645312 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646645312->addShape(41, 0);\n    alignment140012646645312->addShape(128, 0);\n    ccs.push_back(alignment140012646645312);\n\n    AlignmentConstraint *alignment140012646645504 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646645504->addShape(18, 0);\n    alignment140012646645504->addShape(107, 0);\n    ccs.push_back(alignment140012646645504);\n\n    AlignmentConstraint *alignment140012646645696 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646645696->addShape(26, 0);\n    alignment140012646645696->addShape(57, 0);\n    alignment140012646645696->addShape(0, 0);\n    alignment140012646645696->addShape(27, 0);\n    alignment140012646645696->addShape(16, 0);\n    alignment140012646645696->addShape(49, 0);\n    alignment140012646645696->addShape(55, 0);\n    alignment140012646645696->addShape(63, 0);\n    alignment140012646645696->addShape(87, 0);\n    alignment140012646645696->addShape(69, 0);\n    alignment140012646645696->addShape(50, 0);\n    alignment140012646645696->addShape(58, 0);\n    alignment140012646645696->addShape(59, 0);\n    alignment140012646645696->addShape(19, 0);\n    alignment140012646645696->addShape(56, 0);\n    alignment140012646645696->addShape(41, 0);\n    alignment140012646645696->addShape(18, 0);\n    ccs.push_back(alignment140012646645696);\n\n    AlignmentConstraint *alignment140012646646176 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646646176->addShape(114, 0);\n    alignment140012646646176->addShape(107, 0);\n    alignment140012646646176->addShape(108, 0);\n    alignment140012646646176->addShape(94, 0);\n    alignment140012646646176->addShape(106, 0);\n    alignment140012646646176->addShape(115, 0);\n    alignment140012646646176->addShape(128, 0);\n    ccs.push_back(alignment140012646646176);\n\n    AlignmentConstraint *alignment140012646646976 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646646976->addShape(7, 0);\n    alignment140012646646976->addShape(98, 0);\n    ccs.push_back(alignment140012646646976);\n\n    AlignmentConstraint *alignment140012646647200 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646647200->addShape(64, 0);\n    alignment140012646647200->addShape(93, 0);\n    alignment140012646647200->addShape(66, 0);\n    alignment140012646647200->addShape(7, 0);\n    ccs.push_back(alignment140012646647200);\n\n    AlignmentConstraint *alignment140012646647392 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646647392->addShape(98, 0);\n    ccs.push_back(alignment140012646647392);\n\n    SeparationConstraint *separation140012646647968 = new SeparationConstraint(vpsc::XDIM, alignment140012646641216, alignment140012646641520, 58, true);\n    ccs.push_back(separation140012646647968);\n\n    SeparationConstraint *separation140012646650064 = new SeparationConstraint(vpsc::XDIM, alignment140012646639664, alignment140012646639792, -58, true);\n    ccs.push_back(separation140012646650064);\n\n    SeparationConstraint *separation140012646651424 = new SeparationConstraint(vpsc::XDIM, alignment140012646647200, alignment140012646647392, 58, true);\n    ccs.push_back(separation140012646651424);\n\n    SeparationConstraint *separation140012646652304 = new SeparationConstraint(vpsc::XDIM, alignment140012646638352, alignment140012646638512, 58, true);\n    ccs.push_back(separation140012646652304);\n\n    SeparationConstraint *separation140012646653008 = new SeparationConstraint(vpsc::XDIM, alignment140012646645696, alignment140012646646176, 58, true);\n    ccs.push_back(separation140012646653008);\n\n    AlignmentConstraint *alignment140012646653888 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646653888->addShape(5, 0);\n    ccs.push_back(alignment140012646653888);\n\n    AlignmentConstraint *alignment140012646654224 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646654224->addShape(6, 0);\n    ccs.push_back(alignment140012646654224);\n\n    AlignmentConstraint *alignment140012646654736 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646654736->addShape(15, 0);\n    ccs.push_back(alignment140012646654736);\n\n    AlignmentConstraint *alignment140012646651296 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646651296->addShape(17, 0);\n    ccs.push_back(alignment140012646651296);\n\n    AlignmentConstraint *alignment140012646655840 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646655840->addShape(21, 0);\n    ccs.push_back(alignment140012646655840);\n\n    AlignmentConstraint *alignment140012646656352 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646656352->addShape(39, 0);\n    ccs.push_back(alignment140012646656352);\n\n    AlignmentConstraint *alignment140012646656864 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646656864->addShape(78, 0);\n    ccs.push_back(alignment140012646656864);\n\n    AlignmentConstraint *alignment140012646657200 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646657200->addShape(0, 0);\n    ccs.push_back(alignment140012646657200);\n\n    AlignmentConstraint *alignment140012646657360 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646657360->addShape(7, 0);\n    ccs.push_back(alignment140012646657360);\n\n    AlignmentConstraint *alignment140012646657520 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646657520->addShape(10, 0);\n    alignment140012646657520->addShape(101, 0);\n    ccs.push_back(alignment140012646657520);\n\n    AlignmentConstraint *alignment140012646657744 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646657744->addShape(10, 0);\n    ccs.push_back(alignment140012646657744);\n\n    AlignmentConstraint *alignment140012646657872 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646657872->addShape(101, 0);\n    ccs.push_back(alignment140012646657872);\n\n    AlignmentConstraint *alignment140012646658032 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646658032->addShape(11, 0);\n    ccs.push_back(alignment140012646658032);\n\n    AlignmentConstraint *alignment140012646658192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646658192->addShape(16, 0);\n    ccs.push_back(alignment140012646658192);\n\n    AlignmentConstraint *alignment140012646658352 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646658352->addShape(18, 0);\n    ccs.push_back(alignment140012646658352);\n\n    AlignmentConstraint *alignment140012646658512 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646658512->addShape(19, 0);\n    ccs.push_back(alignment140012646658512);\n\n    AlignmentConstraint *alignment140012646658672 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646658672->addShape(27, 0);\n    ccs.push_back(alignment140012646658672);\n\n    AlignmentConstraint *alignment140012646658832 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646658832->addShape(31, 0);\n    alignment140012646658832->addShape(119, 0);\n    ccs.push_back(alignment140012646658832);\n\n    AlignmentConstraint *alignment140012646659056 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646659056->addShape(26, 0);\n    alignment140012646659056->addShape(33, 0);\n    alignment140012646659056->addShape(32, 0);\n    alignment140012646659056->addShape(31, 0);\n    ccs.push_back(alignment140012646659056);\n\n    AlignmentConstraint *alignment140012646659296 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646659296->addShape(119, 0);\n    ccs.push_back(alignment140012646659296);\n\n    AlignmentConstraint *alignment140012646659456 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646659456->addShape(37, 0);\n    alignment140012646659456->addShape(125, 0);\n    ccs.push_back(alignment140012646659456);\n\n    AlignmentConstraint *alignment140012646659680 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646659680->addShape(37, 0);\n    ccs.push_back(alignment140012646659680);\n\n    AlignmentConstraint *alignment140012646659808 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646659808->addShape(125, 0);\n    ccs.push_back(alignment140012646659808);\n\n    AlignmentConstraint *alignment140012646659968 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646659968->addShape(38, 0);\n    alignment140012646659968->addShape(126, 0);\n    ccs.push_back(alignment140012646659968);\n\n    AlignmentConstraint *alignment140012646660192 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646660192->addShape(38, 0);\n    ccs.push_back(alignment140012646660192);\n\n    AlignmentConstraint *alignment140012646660320 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646660320->addShape(126, 0);\n    ccs.push_back(alignment140012646660320);\n\n    AlignmentConstraint *alignment140012646660480 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646660480->addShape(25, 0);\n    alignment140012646660480->addShape(113, 0);\n    ccs.push_back(alignment140012646660480);\n\n    AlignmentConstraint *alignment140012646660704 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646660704->addShape(25, 0);\n    alignment140012646660704->addShape(48, 0);\n    ccs.push_back(alignment140012646660704);\n\n    AlignmentConstraint *alignment140012646660896 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646660896->addShape(113, 0);\n    ccs.push_back(alignment140012646660896);\n\n    AlignmentConstraint *alignment140012646663088 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646663088->addShape(49, 0);\n    ccs.push_back(alignment140012646663088);\n\n    AlignmentConstraint *alignment140012646663248 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646663248->addShape(50, 0);\n    ccs.push_back(alignment140012646663248);\n\n    AlignmentConstraint *alignment140012646663408 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646663408->addShape(51, 0);\n    alignment140012646663408->addShape(55, 0);\n    ccs.push_back(alignment140012646663408);\n\n    AlignmentConstraint *alignment140012646639984 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646639984->addShape(28, 0);\n    alignment140012646639984->addShape(116, 0);\n    ccs.push_back(alignment140012646639984);\n\n    AlignmentConstraint *alignment140012646640176 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646640176->addShape(28, 0);\n    alignment140012646640176->addShape(52, 0);\n    alignment140012646640176->addShape(54, 0);\n    alignment140012646640176->addShape(56, 0);\n    ccs.push_back(alignment140012646640176);\n\n    AlignmentConstraint *alignment140012646640416 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646640416->addShape(116, 0);\n    ccs.push_back(alignment140012646640416);\n\n    AlignmentConstraint *alignment140012646640576 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646640576->addShape(58, 0);\n    ccs.push_back(alignment140012646640576);\n\n    AlignmentConstraint *alignment140012646640736 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646640736->addShape(62, 0);\n    alignment140012646640736->addShape(4, 0);\n    alignment140012646640736->addShape(66, 0);\n    ccs.push_back(alignment140012646640736);\n\n    AlignmentConstraint *alignment140012646439808 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646439808->addShape(14, 0);\n    alignment140012646439808->addShape(105, 0);\n    ccs.push_back(alignment140012646439808);\n\n    AlignmentConstraint *alignment140012646439968 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646439968->addShape(13, 0);\n    alignment140012646439968->addShape(104, 0);\n    ccs.push_back(alignment140012646439968);\n\n    AlignmentConstraint *alignment140012646440160 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646440160->addShape(12, 0);\n    alignment140012646440160->addShape(103, 0);\n    ccs.push_back(alignment140012646440160);\n\n    AlignmentConstraint *alignment140012646440352 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646440352->addShape(64, 0);\n    alignment140012646440352->addShape(14, 0);\n    alignment140012646440352->addShape(13, 0);\n    alignment140012646440352->addShape(60, 0);\n    alignment140012646440352->addShape(63, 0);\n    alignment140012646440352->addShape(65, 0);\n    alignment140012646440352->addShape(12, 0);\n    alignment140012646440352->addShape(67, 0);\n    ccs.push_back(alignment140012646440352);\n\n    AlignmentConstraint *alignment140012646440800 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646440800->addShape(105, 0);\n    alignment140012646440800->addShape(103, 0);\n    alignment140012646440800->addShape(104, 0);\n    ccs.push_back(alignment140012646440800);\n\n    AlignmentConstraint *alignment140012646441024 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646441024->addShape(40, 0);\n    alignment140012646441024->addShape(127, 0);\n    ccs.push_back(alignment140012646441024);\n\n    AlignmentConstraint *alignment140012646441216 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646441216->addShape(61, 0);\n    alignment140012646441216->addShape(40, 0);\n    alignment140012646441216->addShape(68, 0);\n    ccs.push_back(alignment140012646441216);\n\n    AlignmentConstraint *alignment140012646441456 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646441456->addShape(127, 0);\n    ccs.push_back(alignment140012646441456);\n\n    AlignmentConstraint *alignment140012646441584 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646441584->addShape(69, 0);\n    ccs.push_back(alignment140012646441584);\n\n    AlignmentConstraint *alignment140012646441744 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646441744->addShape(46, 0);\n    alignment140012646441744->addShape(133, 0);\n    ccs.push_back(alignment140012646441744);\n\n    AlignmentConstraint *alignment140012646441968 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646441968->addShape(44, 0);\n    alignment140012646441968->addShape(131, 0);\n    ccs.push_back(alignment140012646441968);\n\n    AlignmentConstraint *alignment140012646442160 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646442160->addShape(71, 0);\n    alignment140012646442160->addShape(70, 0);\n    alignment140012646442160->addShape(46, 0);\n    alignment140012646442160->addShape(44, 0);\n    ccs.push_back(alignment140012646442160);\n\n    AlignmentConstraint *alignment140012646442400 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646442400->addShape(131, 0);\n    alignment140012646442400->addShape(133, 0);\n    ccs.push_back(alignment140012646442400);\n\n    AlignmentConstraint *alignment140012646442624 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646442624->addShape(47, 0);\n    alignment140012646442624->addShape(134, 0);\n    ccs.push_back(alignment140012646442624);\n\n    AlignmentConstraint *alignment140012646442816 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646442816->addShape(45, 0);\n    alignment140012646442816->addShape(132, 0);\n    ccs.push_back(alignment140012646442816);\n\n    AlignmentConstraint *alignment140012646443008 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646443008->addShape(72, 0);\n    alignment140012646443008->addShape(47, 0);\n    alignment140012646443008->addShape(45, 0);\n    alignment140012646443008->addShape(73, 0);\n    ccs.push_back(alignment140012646443008);\n\n    AlignmentConstraint *alignment140012646443248 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646443248->addShape(132, 0);\n    alignment140012646443248->addShape(134, 0);\n    ccs.push_back(alignment140012646443248);\n\n    AlignmentConstraint *alignment140012646443472 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646443472->addShape(75, 0);\n    alignment140012646443472->addShape(57, 0);\n    ccs.push_back(alignment140012646443472);\n\n    AlignmentConstraint *alignment140012646443664 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646443664->addShape(82, 0);\n    alignment140012646443664->addShape(141, 0);\n    ccs.push_back(alignment140012646443664);\n\n    AlignmentConstraint *alignment140012646443856 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646443856->addShape(82, 0);\n    ccs.push_back(alignment140012646443856);\n\n    AlignmentConstraint *alignment140012646443984 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646443984->addShape(141, 0);\n    ccs.push_back(alignment140012646443984);\n\n    AlignmentConstraint *alignment140012646444144 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646444144->addShape(41, 0);\n    alignment140012646444144->addShape(84, 0);\n    ccs.push_back(alignment140012646444144);\n\n    AlignmentConstraint *alignment140012646444368 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646444368->addShape(85, 0);\n    alignment140012646444368->addShape(143, 0);\n    ccs.push_back(alignment140012646444368);\n\n    AlignmentConstraint *alignment140012646444560 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646444560->addShape(85, 0);\n    ccs.push_back(alignment140012646444560);\n\n    AlignmentConstraint *alignment140012646444688 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646444688->addShape(143, 0);\n    ccs.push_back(alignment140012646444688);\n\n    AlignmentConstraint *alignment140012646444848 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646444848->addShape(86, 0);\n    alignment140012646444848->addShape(144, 0);\n    ccs.push_back(alignment140012646444848);\n\n    AlignmentConstraint *alignment140012646445072 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646445072->addShape(86, 0);\n    alignment140012646445072->addShape(59, 0);\n    ccs.push_back(alignment140012646445072);\n\n    AlignmentConstraint *alignment140012646445264 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646445264->addShape(144, 0);\n    ccs.push_back(alignment140012646445264);\n\n    AlignmentConstraint *alignment140012646445392 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646445392->addShape(22, 0);\n    alignment140012646445392->addShape(110, 0);\n    ccs.push_back(alignment140012646445392);\n\n    AlignmentConstraint *alignment140012646445616 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646445616->addShape(87, 0);\n    alignment140012646445616->addShape(53, 0);\n    alignment140012646445616->addShape(22, 0);\n    ccs.push_back(alignment140012646445616);\n\n    AlignmentConstraint *alignment140012646445856 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646445856->addShape(110, 0);\n    ccs.push_back(alignment140012646445856);\n\n    AlignmentConstraint *alignment140012646445984 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646445984->addShape(93, 0);\n    ccs.push_back(alignment140012646445984);\n\n    SeparationConstraint *separation140012646446144 = new SeparationConstraint(vpsc::YDIM, alignment140012646660192, alignment140012646660320, -50, true);\n    ccs.push_back(separation140012646446144);\n\n    SeparationConstraint *separation140012646446672 = new SeparationConstraint(vpsc::YDIM, alignment140012646659680, alignment140012646659808, -50, true);\n    ccs.push_back(separation140012646446672);\n\n    SeparationConstraint *separation140012646447200 = new SeparationConstraint(vpsc::YDIM, alignment140012646660704, alignment140012646660896, -50, true);\n    ccs.push_back(separation140012646447200);\n\n    SeparationConstraint *separation140012646447728 = new SeparationConstraint(vpsc::YDIM, alignment140012646659056, alignment140012646659296, -50, true);\n    ccs.push_back(separation140012646447728);\n\n    SeparationConstraint *separation140012646448080 = new SeparationConstraint(vpsc::YDIM, alignment140012646640176, alignment140012646640416, -50, true);\n    ccs.push_back(separation140012646448080);\n\n    SeparationConstraint *separation140012646448608 = new SeparationConstraint(vpsc::YDIM, alignment140012646442160, alignment140012646442400, -50, true);\n    ccs.push_back(separation140012646448608);\n\n    SeparationConstraint *separation140012646449136 = new SeparationConstraint(vpsc::YDIM, alignment140012646443008, alignment140012646443248, -50, true);\n    ccs.push_back(separation140012646449136);\n\n    SeparationConstraint *separation140012646449664 = new SeparationConstraint(vpsc::YDIM, alignment140012646445616, alignment140012646445856, -50, true);\n    ccs.push_back(separation140012646449664);\n\n    SeparationConstraint *separation140012646450192 = new SeparationConstraint(vpsc::YDIM, alignment140012646445072, alignment140012646445264, -50, true);\n    ccs.push_back(separation140012646450192);\n\n    SeparationConstraint *separation140012646450896 = new SeparationConstraint(vpsc::YDIM, alignment140012646444560, alignment140012646444688, -50, true);\n    ccs.push_back(separation140012646450896);\n\n    SeparationConstraint *separation140012646655072 = new SeparationConstraint(vpsc::YDIM, alignment140012646443856, alignment140012646443984, -50, true);\n    ccs.push_back(separation140012646655072);\n\n    SeparationConstraint *separation140012646453520 = new SeparationConstraint(vpsc::YDIM, alignment140012646440352, alignment140012646440800, -50, true);\n    ccs.push_back(separation140012646453520);\n\n    SeparationConstraint *separation140012646453872 = new SeparationConstraint(vpsc::YDIM, alignment140012646657744, alignment140012646657872, 50, true);\n    ccs.push_back(separation140012646453872);\n\n    SeparationConstraint *separation140012646454224 = new SeparationConstraint(vpsc::YDIM, alignment140012646441216, alignment140012646441456, -50, true);\n    ccs.push_back(separation140012646454224);\n\n    AlignmentConstraint *alignment140012646454928 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646454928->addShape(5, 0);\n    ccs.push_back(alignment140012646454928);\n\n    AlignmentConstraint *alignment140012646455440 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646455440->addShape(6, 0);\n    ccs.push_back(alignment140012646455440);\n\n    AlignmentConstraint *alignment140012646455776 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646455776->addShape(15, 0);\n    ccs.push_back(alignment140012646455776);\n\n    AlignmentConstraint *alignment140012646456288 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646456288->addShape(17, 0);\n    ccs.push_back(alignment140012646456288);\n\n    AlignmentConstraint *alignment140012646456800 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646456800->addShape(21, 0);\n    ccs.push_back(alignment140012646456800);\n\n    AlignmentConstraint *alignment140012646457312 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646457312->addShape(39, 0);\n    ccs.push_back(alignment140012646457312);\n\n    AlignmentConstraint *alignment140012646457648 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646457648->addShape(78, 0);\n    ccs.push_back(alignment140012646457648);\n\n    AlignmentConstraint *alignment140012646458160 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646458160->addShape(5, 0);\n    alignment140012646458160->addShape(150, -80.5);\n    alignment140012646458160->addShape(151, -80.5);\n    alignment140012646458160->addShape(152, -19.5);\n    alignment140012646458160->addShape(153, 20.5);\n    ccs.push_back(alignment140012646458160);\n\n    AlignmentConstraint *alignment140012646458256 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646458256->addShape(5, 0);\n    alignment140012646458256->addShape(150, -19.5);\n    alignment140012646458256->addShape(151, 20.5);\n    alignment140012646458256->addShape(152, 159);\n    alignment140012646458256->addShape(153, 159);\n    ccs.push_back(alignment140012646458256);\n\n    AlignmentConstraint *alignment140012646458928 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646458928->addShape(6, 0);\n    alignment140012646458928->addShape(154, 0.5);\n    ccs.push_back(alignment140012646458928);\n\n    AlignmentConstraint *alignment140012646459024 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646459024->addShape(6, 0);\n    alignment140012646459024->addShape(154, 57.5);\n    ccs.push_back(alignment140012646459024);\n\n    AlignmentConstraint *alignment140012646459344 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646459344->addShape(17, 0);\n    alignment140012646459344->addShape(155, 74);\n    alignment140012646459344->addShape(156, 74);\n    ccs.push_back(alignment140012646459344);\n\n    AlignmentConstraint *alignment140012646459440 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646459440->addShape(17, 0);\n    alignment140012646459440->addShape(155, -19.5);\n    alignment140012646459440->addShape(156, 20.5);\n    ccs.push_back(alignment140012646459440);\n\n    AlignmentConstraint *alignment140012646459728 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646459728->addShape(21, 0);\n    alignment140012646459728->addShape(157, 127);\n    ccs.push_back(alignment140012646459728);\n\n    AlignmentConstraint *alignment140012646459824 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646459824->addShape(21, 0);\n    alignment140012646459824->addShape(157, 0.5);\n    ccs.push_back(alignment140012646459824);\n\n    AlignmentConstraint *alignment140012646460112 = new AlignmentConstraint(vpsc::XDIM, 0);\n    alignment140012646460112->addShape(78, 0);\n    alignment140012646460112->addShape(158, 0.5);\n    ccs.push_back(alignment140012646460112);\n\n    AlignmentConstraint *alignment140012646460208 = new AlignmentConstraint(vpsc::YDIM, 0);\n    alignment140012646460208->addShape(78, 0);\n    alignment140012646460208->addShape(158, -52);\n    ccs.push_back(alignment140012646460208);\n\n    RootCluster *cluster140012646460960 = new RootCluster();\n    cluster140012646460960->addChildNode(0);\n    cluster140012646460960->addChildNode(1);\n    cluster140012646460960->addChildNode(2);\n    cluster140012646460960->addChildNode(3);\n    cluster140012646460960->addChildNode(4);\n    cluster140012646460960->addChildNode(7);\n    cluster140012646460960->addChildNode(8);\n    cluster140012646460960->addChildNode(9);\n    cluster140012646460960->addChildNode(10);\n    cluster140012646460960->addChildNode(11);\n    cluster140012646460960->addChildNode(12);\n    cluster140012646460960->addChildNode(13);\n    cluster140012646460960->addChildNode(14);\n    cluster140012646460960->addChildNode(16);\n    cluster140012646460960->addChildNode(18);\n    cluster140012646460960->addChildNode(19);\n    cluster140012646460960->addChildNode(20);\n    cluster140012646460960->addChildNode(22);\n    cluster140012646460960->addChildNode(23);\n    cluster140012646460960->addChildNode(24);\n    cluster140012646460960->addChildNode(25);\n    cluster140012646460960->addChildNode(26);\n    cluster140012646460960->addChildNode(27);\n    cluster140012646460960->addChildNode(28);\n    cluster140012646460960->addChildNode(29);\n    cluster140012646460960->addChildNode(30);\n    cluster140012646460960->addChildNode(31);\n    cluster140012646460960->addChildNode(32);\n    cluster140012646460960->addChildNode(33);\n    cluster140012646460960->addChildNode(34);\n    cluster140012646460960->addChildNode(35);\n    cluster140012646460960->addChildNode(36);\n    cluster140012646460960->addChildNode(37);\n    cluster140012646460960->addChildNode(38);\n    cluster140012646460960->addChildNode(40);\n    cluster140012646460960->addChildNode(41);\n    cluster140012646460960->addChildNode(42);\n    cluster140012646460960->addChildNode(43);\n    cluster140012646460960->addChildNode(44);\n    cluster140012646460960->addChildNode(45);\n    cluster140012646460960->addChildNode(46);\n    cluster140012646460960->addChildNode(47);\n    cluster140012646460960->addChildNode(48);\n    cluster140012646460960->addChildNode(49);\n    cluster140012646460960->addChildNode(50);\n    cluster140012646460960->addChildNode(51);\n    cluster140012646460960->addChildNode(52);\n    cluster140012646460960->addChildNode(53);\n    cluster140012646460960->addChildNode(54);\n    cluster140012646460960->addChildNode(55);\n    cluster140012646460960->addChildNode(56);\n    cluster140012646460960->addChildNode(57);\n    cluster140012646460960->addChildNode(58);\n    cluster140012646460960->addChildNode(59);\n    cluster140012646460960->addChildNode(60);\n    cluster140012646460960->addChildNode(61);\n    cluster140012646460960->addChildNode(62);\n    cluster140012646460960->addChildNode(63);\n    cluster140012646460960->addChildNode(64);\n    cluster140012646460960->addChildNode(65);\n    cluster140012646460960->addChildNode(66);\n    cluster140012646460960->addChildNode(67);\n    cluster140012646460960->addChildNode(68);\n    cluster140012646460960->addChildNode(69);\n    cluster140012646460960->addChildNode(70);\n    cluster140012646460960->addChildNode(71);\n    cluster140012646460960->addChildNode(72);\n    cluster140012646460960->addChildNode(73);\n    cluster140012646460960->addChildNode(74);\n    cluster140012646460960->addChildNode(75);\n    cluster140012646460960->addChildNode(76);\n    cluster140012646460960->addChildNode(77);\n    cluster140012646460960->addChildNode(79);\n    cluster140012646460960->addChildNode(80);\n    cluster140012646460960->addChildNode(81);\n    cluster140012646460960->addChildNode(82);\n    cluster140012646460960->addChildNode(83);\n    cluster140012646460960->addChildNode(84);\n    cluster140012646460960->addChildNode(85);\n    cluster140012646460960->addChildNode(86);\n    cluster140012646460960->addChildNode(87);\n    cluster140012646460960->addChildNode(88);\n    cluster140012646460960->addChildNode(89);\n    cluster140012646460960->addChildNode(90);\n    cluster140012646460960->addChildNode(91);\n    cluster140012646460960->addChildNode(92);\n    cluster140012646460960->addChildNode(93);\n    cluster140012646460960->addChildNode(94);\n    cluster140012646460960->addChildNode(95);\n    cluster140012646460960->addChildNode(96);\n    cluster140012646460960->addChildNode(97);\n    cluster140012646460960->addChildNode(98);\n    cluster140012646460960->addChildNode(99);\n    cluster140012646460960->addChildNode(100);\n    cluster140012646460960->addChildNode(101);\n    cluster140012646460960->addChildNode(102);\n    cluster140012646460960->addChildNode(103);\n    cluster140012646460960->addChildNode(104);\n    cluster140012646460960->addChildNode(105);\n    cluster140012646460960->addChildNode(106);\n    cluster140012646460960->addChildNode(107);\n    cluster140012646460960->addChildNode(108);\n    cluster140012646460960->addChildNode(109);\n    cluster140012646460960->addChildNode(110);\n    cluster140012646460960->addChildNode(111);\n    cluster140012646460960->addChildNode(112);\n    cluster140012646460960->addChildNode(113);\n    cluster140012646460960->addChildNode(114);\n    cluster140012646460960->addChildNode(115);\n    cluster140012646460960->addChildNode(116);\n    cluster140012646460960->addChildNode(117);\n    cluster140012646460960->addChildNode(118);\n    cluster140012646460960->addChildNode(119);\n    cluster140012646460960->addChildNode(120);\n    cluster140012646460960->addChildNode(121);\n    cluster140012646460960->addChildNode(122);\n    cluster140012646460960->addChildNode(123);\n    cluster140012646460960->addChildNode(124);\n    cluster140012646460960->addChildNode(125);\n    cluster140012646460960->addChildNode(126);\n    cluster140012646460960->addChildNode(127);\n    cluster140012646460960->addChildNode(128);\n    cluster140012646460960->addChildNode(129);\n    cluster140012646460960->addChildNode(130);\n    cluster140012646460960->addChildNode(131);\n    cluster140012646460960->addChildNode(132);\n    cluster140012646460960->addChildNode(133);\n    cluster140012646460960->addChildNode(134);\n    cluster140012646460960->addChildNode(135);\n    cluster140012646460960->addChildNode(136);\n    cluster140012646460960->addChildNode(137);\n    cluster140012646460960->addChildNode(138);\n    cluster140012646460960->addChildNode(139);\n    cluster140012646460960->addChildNode(140);\n    cluster140012646460960->addChildNode(141);\n    cluster140012646460960->addChildNode(142);\n    cluster140012646460960->addChildNode(143);\n    cluster140012646460960->addChildNode(144);\n    cluster140012646460960->addChildNode(145);\n    cluster140012646460960->addChildNode(146);\n    cluster140012646460960->addChildNode(147);\n    cluster140012646460960->addChildNode(148);\n    cluster140012646460960->addChildNode(149);\n    RectangularCluster *cluster140012646461408 = new RectangularCluster();\n    cluster140012646461408->addChildNode(150);\n    cluster140012646461408->addChildNode(151);\n    cluster140012646461408->addChildNode(152);\n    cluster140012646461408->addChildNode(153);\n    cluster140012646460960->addChildCluster(cluster140012646461408);\n    RectangularCluster *cluster140012646461792 = new RectangularCluster();\n    cluster140012646461792->addChildNode(154);\n    cluster140012646460960->addChildCluster(cluster140012646461792);\n    RectangularCluster *cluster140012646462176 = new RectangularCluster();\n    cluster140012646460960->addChildCluster(cluster140012646462176);\n    RectangularCluster *cluster140012646462496 = new RectangularCluster();\n    cluster140012646462496->addChildNode(155);\n    cluster140012646462496->addChildNode(156);\n    cluster140012646460960->addChildCluster(cluster140012646462496);\n    RectangularCluster *cluster140012646462816 = new RectangularCluster();\n    cluster140012646462816->addChildNode(157);\n    cluster140012646460960->addChildCluster(cluster140012646462816);\n    RectangularCluster *cluster140012646463136 = new RectangularCluster();\n    cluster140012646460960->addChildCluster(cluster140012646463136);\n    RectangularCluster *cluster140012646463456 = new RectangularCluster();\n    cluster140012646463456->addChildNode(158);\n    cluster140012646460960->addChildCluster(cluster140012646463456);\n    cola::VariableIDMap idMap;\n    idMap.addMappingForVariable(0, 1);\n    idMap.addMappingForVariable(1, 2);\n    idMap.addMappingForVariable(2, 3);\n    idMap.addMappingForVariable(3, 4);\n    idMap.addMappingForVariable(4, 5);\n    idMap.addMappingForVariable(5, 6);\n    idMap.addMappingForVariable(6, 7);\n    idMap.addMappingForVariable(7, 8);\n    idMap.addMappingForVariable(8, 9);\n    idMap.addMappingForVariable(9, 10);\n    idMap.addMappingForVariable(10, 11);\n    idMap.addMappingForVariable(11, 12);\n    idMap.addMappingForVariable(12, 13);\n    idMap.addMappingForVariable(13, 14);\n    idMap.addMappingForVariable(14, 15);\n    idMap.addMappingForVariable(15, 16);\n    idMap.addMappingForVariable(16, 17);\n    idMap.addMappingForVariable(17, 18);\n    idMap.addMappingForVariable(18, 19);\n    idMap.addMappingForVariable(19, 20);\n    idMap.addMappingForVariable(20, 21);\n    idMap.addMappingForVariable(21, 22);\n    idMap.addMappingForVariable(22, 23);\n    idMap.addMappingForVariable(23, 24);\n    idMap.addMappingForVariable(24, 25);\n    idMap.addMappingForVariable(25, 26);\n    idMap.addMappingForVariable(26, 27);\n    idMap.addMappingForVariable(27, 28);\n    idMap.addMappingForVariable(28, 29);\n    idMap.addMappingForVariable(29, 30);\n    idMap.addMappingForVariable(30, 31);\n    idMap.addMappingForVariable(31, 32);\n    idMap.addMappingForVariable(32, 33);\n    idMap.addMappingForVariable(33, 34);\n    idMap.addMappingForVariable(34, 35);\n    idMap.addMappingForVariable(35, 36);\n    idMap.addMappingForVariable(36, 37);\n    idMap.addMappingForVariable(37, 38);\n    idMap.addMappingForVariable(38, 39);\n    idMap.addMappingForVariable(39, 40);\n    idMap.addMappingForVariable(40, 41);\n    idMap.addMappingForVariable(41, 42);\n    idMap.addMappingForVariable(42, 43);\n    idMap.addMappingForVariable(43, 44);\n    idMap.addMappingForVariable(44, 45);\n    idMap.addMappingForVariable(45, 46);\n    idMap.addMappingForVariable(46, 47);\n    idMap.addMappingForVariable(47, 48);\n    idMap.addMappingForVariable(48, 49);\n    idMap.addMappingForVariable(49, 50);\n    idMap.addMappingForVariable(50, 51);\n    idMap.addMappingForVariable(51, 52);\n    idMap.addMappingForVariable(52, 53);\n    idMap.addMappingForVariable(53, 54);\n    idMap.addMappingForVariable(54, 55);\n    idMap.addMappingForVariable(55, 56);\n    idMap.addMappingForVariable(56, 57);\n    idMap.addMappingForVariable(57, 58);\n    idMap.addMappingForVariable(58, 59);\n    idMap.addMappingForVariable(59, 60);\n    idMap.addMappingForVariable(60, 61);\n    idMap.addMappingForVariable(61, 62);\n    idMap.addMappingForVariable(62, 63);\n    idMap.addMappingForVariable(63, 64);\n    idMap.addMappingForVariable(64, 65);\n    idMap.addMappingForVariable(65, 66);\n    idMap.addMappingForVariable(66, 67);\n    idMap.addMappingForVariable(67, 68);\n    idMap.addMappingForVariable(68, 69);\n    idMap.addMappingForVariable(69, 70);\n    idMap.addMappingForVariable(70, 71);\n    idMap.addMappingForVariable(71, 72);\n    idMap.addMappingForVariable(72, 73);\n    idMap.addMappingForVariable(73, 74);\n    idMap.addMappingForVariable(74, 75);\n    idMap.addMappingForVariable(75, 76);\n    idMap.addMappingForVariable(76, 77);\n    idMap.addMappingForVariable(77, 78);\n    idMap.addMappingForVariable(78, 79);\n    idMap.addMappingForVariable(79, 80);\n    idMap.addMappingForVariable(80, 81);\n    idMap.addMappingForVariable(81, 82);\n    idMap.addMappingForVariable(82, 83);\n    idMap.addMappingForVariable(83, 84);\n    idMap.addMappingForVariable(84, 85);\n    idMap.addMappingForVariable(85, 86);\n    idMap.addMappingForVariable(86, 87);\n    idMap.addMappingForVariable(87, 88);\n    idMap.addMappingForVariable(88, 89);\n    idMap.addMappingForVariable(89, 90);\n    idMap.addMappingForVariable(90, 91);\n    idMap.addMappingForVariable(91, 92);\n    idMap.addMappingForVariable(92, 93);\n    idMap.addMappingForVariable(93, 94);\n    idMap.addMappingForVariable(94, 95);\n    idMap.addMappingForVariable(95, 96);\n    idMap.addMappingForVariable(96, 97);\n    idMap.addMappingForVariable(97, 98);\n    idMap.addMappingForVariable(98, 99);\n    idMap.addMappingForVariable(99, 100);\n    idMap.addMappingForVariable(100, 101);\n    idMap.addMappingForVariable(101, 102);\n    idMap.addMappingForVariable(102, 103);\n    idMap.addMappingForVariable(103, 104);\n    idMap.addMappingForVariable(104, 105);\n    idMap.addMappingForVariable(105, 106);\n    idMap.addMappingForVariable(106, 107);\n    idMap.addMappingForVariable(107, 108);\n    idMap.addMappingForVariable(108, 109);\n    idMap.addMappingForVariable(109, 110);\n    idMap.addMappingForVariable(110, 111);\n    idMap.addMappingForVariable(111, 112);\n    idMap.addMappingForVariable(112, 113);\n    idMap.addMappingForVariable(113, 114);\n    idMap.addMappingForVariable(114, 115);\n    idMap.addMappingForVariable(115, 116);\n    idMap.addMappingForVariable(116, 117);\n    idMap.addMappingForVariable(117, 118);\n    idMap.addMappingForVariable(118, 119);\n    idMap.addMappingForVariable(119, 120);\n    idMap.addMappingForVariable(120, 121);\n    idMap.addMappingForVariable(121, 122);\n    idMap.addMappingForVariable(122, 123);\n    idMap.addMappingForVariable(123, 124);\n    idMap.addMappingForVariable(124, 125);\n    idMap.addMappingForVariable(125, 126);\n    idMap.addMappingForVariable(126, 127);\n    idMap.addMappingForVariable(127, 128);\n    idMap.addMappingForVariable(128, 129);\n    idMap.addMappingForVariable(129, 130);\n    idMap.addMappingForVariable(130, 131);\n    idMap.addMappingForVariable(131, 132);\n    idMap.addMappingForVariable(132, 133);\n    idMap.addMappingForVariable(133, 134);\n    idMap.addMappingForVariable(134, 135);\n    idMap.addMappingForVariable(135, 136);\n    idMap.addMappingForVariable(136, 137);\n    idMap.addMappingForVariable(137, 138);\n    idMap.addMappingForVariable(138, 139);\n    idMap.addMappingForVariable(139, 140);\n    idMap.addMappingForVariable(140, 141);\n    idMap.addMappingForVariable(141, 142);\n    idMap.addMappingForVariable(142, 143);\n    idMap.addMappingForVariable(143, 144);\n    idMap.addMappingForVariable(144, 145);\n    idMap.addMappingForVariable(145, 146);\n    idMap.addMappingForVariable(146, 147);\n    idMap.addMappingForVariable(147, 148);\n    idMap.addMappingForVariable(148, 149);\n    idMap.addMappingForVariable(149, 150);\n    idMap.addMappingForVariable(150, 151);\n    idMap.addMappingForVariable(151, 152);\n    idMap.addMappingForVariable(152, 153);\n    idMap.addMappingForVariable(153, 154);\n    idMap.addMappingForVariable(154, 155);\n    idMap.addMappingForVariable(155, 156);\n    idMap.addMappingForVariable(156, 157);\n    idMap.addMappingForVariable(157, 158);\n    idMap.addMappingForVariable(158, 159);\n    \n    router->processTransaction();\n    router->outputInstanceToSVG(\"output/orthogonalOpt-01\");\n    \n    topology::AvoidTopologyAddon topologyAddon(rs, ccs, cluster140012646460960, idMap);\n    router->setTopologyAddon(&topologyAddon);\n    router->processTransaction();\n    router->outputInstanceToSVG(\"output/orthogonalOpt-02\");\n\n    delete cluster140012646460960;\n    for_each(rs.begin(), rs.end(), cola::delete_object());\n    for_each(ccs.begin(), ccs.end(), cola::delete_object());\n\n    delete router;\n    return 0;\n};\n"
  },
  {
    "path": "cola/libtopology/tests/output/README.txt",
    "content": "This directory is used to for output debug svg files from the test cases.\n"
  },
  {
    "path": "cola/libtopology/tests/simple_bend.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n*/\n\n/**\n * Test of topology conserving constraints.  Various configurations of a graph\n * with three nodes and one edge.\n *\n * \\file simple_bend.cpp\n * \\author Tim Dwyer\n * \\date Dec 2007\n */\n#include <libvpsc/rectangle.h>\n#include <libtopology/topology_constraints.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <vector>\n#include <iostream>\n#include <sstream>\nusing namespace std;\nusing namespace topology;\n#include \"test.h\"\nvoid test1(Nodes& vs, EdgePoints& ps, cola::DesiredPositionsInDim& d, string& name) {\n    name=string(\"test1\");\n    addNode(vs,400,170,50,30);\n    addNode(vs,420,65,50,30);\n    addNode(vs,280,220,50,30);\n    addToPath(ps,vs[2],EdgePoint::RectIntersect(4));\n    addToPath(ps,vs[1],EdgePoint::RectIntersect(4));\n    d.push_back(make_pair(0,361.000000));\n}\nvoid test2(Nodes& vs, EdgePoints& ps, cola::DesiredPositionsInDim& d, string& name) {\n    name=string(\"test2\");\n    addNode(vs,0,0,54,34);\n    addNode(vs,100,100,54,34);\n    addNode(vs,0,50,54,34);\n    addToPath(ps,vs[0],EdgePoint::RectIntersect(4));\n    addToPath(ps,vs[1],EdgePoint::RectIntersect(4));\n    d.push_back(make_pair(2,150));\n}\nvoid test3(Nodes& vs, EdgePoints& ps, cola::DesiredPositionsInDim& d, string& name) {\n    name=string(\"test3\");\n    addNode(vs,0,0,54,34);\n    addNode(vs,100,100,54,34);\n    addNode(vs,100,50,54,34);\n    addToPath(ps,vs[0],EdgePoint::RectIntersect(4));\n    addToPath(ps,vs[1],EdgePoint::RectIntersect(4));\n    d.push_back(make_pair(2,0));\n}\nvoid test4(Nodes& vs, EdgePoints& ps, cola::DesiredPositionsInDim& d, string& name) {\n    name=string(\"test4\");\n    //double gradient[]={0,3.03652e-19,-3.03652e-19,}\n    addNode(vs,455.950000,324.166331,54.000000,34.000000);\n    addNode(vs,416.252794,290.166331,54.000000,34.000000);\n    addNode(vs,620.342448,342.224389,54.000000,34.000000);\n    addToPath(ps,vs[2],(topology::EdgePoint::RectIntersect)4);\n    addToPath(ps,vs[0],(topology::EdgePoint::RectIntersect)1);\n    addToPath(ps,vs[1],(topology::EdgePoint::RectIntersect)4);\n    d.push_back(make_pair(0,339.000000));\n}\n//\n// more challenging tests:\n//\n//  - zero length edges\n//  - edges parallel to scan line\n//\n// 4 rectangles arranged and touching two above two below.  Additional\n// rectangle on top and another below connected with an edge running between\n// the other four.  Move the rectangles so that they slide across each other.\n//  ---\n//  | |\n//  ---\n//    \\                                                                     .\n//  ---|---\n//  |  |  |\n//  ---|---\n//   ---|---\n//   |  |  |->\n//   ---|---\n//      \\                                                                   .\n//     -----\n//     |   |\n//     -----\nvoid test5(Nodes& vs, EdgePoints& ps, cola::DesiredPositionsInDim& d, string& name) {\n    name=string(\"test5\");\n    //double gradient[]={0,3.03652e-19,-3.03652e-19,}\n    addNode(vs,0,0,10,10);\n    addNode(vs,40,50,10,10);\n    addNode(vs,10,20,10,10);\n    addNode(vs,20,20,10,10);\n    addNode(vs,15,30,10,10);\n    addNode(vs,25,30,10,10);\n    addToPath(ps,vs[0],(topology::EdgePoint::RectIntersect)4);\n    addToPath(ps,vs[2],(topology::EdgePoint::RectIntersect)1);\n    addToPath(ps,vs[3],(topology::EdgePoint::RectIntersect)3);\n    addToPath(ps,vs[4],(topology::EdgePoint::RectIntersect)1);\n    addToPath(ps,vs[5],(topology::EdgePoint::RectIntersect)3);\n    addToPath(ps,vs[1],(topology::EdgePoint::RectIntersect)4);\n    d.push_back(make_pair(2,40));\n}\nvoid simple(void test(Nodes&, EdgePoints&, cola::DesiredPositionsInDim&,string&)){\n    Nodes nodes;\n    EdgePoints ps;\n    cola::DesiredPositionsInDim d;\n    string name;\n    test(nodes,ps,d,name);\n    const size_t V = nodes.size();\n    Edges es;\n    es.push_back(new Edge(0,210,ps));\n\n    writeFile(nodes,es,\"simple-\"+name+\"-0.svg\");\n\n    vpsc::Variables vs;\n    getVariables(nodes,vs);\n    vpsc::Constraints cs;\n\n    { // scope for t, so that t gets destroyed before es\n        TopologyConstraints t(vpsc::HORIZONTAL,nodes,es,nullptr,vs,cs);\n\n        // test computeStress\n        double stress=computeStress(es);\n        printf(\"Stress=%f\\n\",stress);\n        //assert(fabs(expectedStress-stress)<1e-4);\n\n        valarray<double> g(V);\n        valarray<double> x(V);\n        for(unsigned i=0;i<V;++i) {\n            x[i]=nodes[i]->rect->getCentreX();\n        }\n        cola::SparseMap h(V);\n        for(unsigned i=1;i<10;i++) {\n            g=0;\n            /*\n            h.clear();\n            t.computeForces(g,h);\n            cola::SparseMatrix H(h);\n            x-=computeStepSize(H,g,g)*g;\n            */\n            setVariableDesiredPositions(vs,d,x);\n            t.solve();\n            stringstream ss;\n            ss << \"simple-\" << name << \"-\" << i << \".svg\";\n            writeFile(nodes,es,ss.str());\n        }\n    }\n\n    for_each(nodes.begin(),nodes.end(),delete_node());\n    for_each(vs.begin(),vs.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n    for_each(es.begin(),es.end(),delete_object());\n}\n\nint main() {\n    /*\n    simple(test1);\n    simple(test2);\n    simple(test3);\n    simple(test4);\n    */\n    simple(test5);\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/tests/simple_bend.m",
    "content": "(*\n\tcomputation of the stress function for straightening a bendy edge,\n        and it's derivative and hessian.\n        various test cases.\n*)\n\n(* euclidean distance between two points *)\nl[a_,b_]:=Sqrt[(a[[1]]-b[[1]])^2+(a[[2]]-b[[2]])^2];\n(* stress function *)\nd=.;\nf[X_,Y_]:=d^-2 (d-Sum[\n    l[{X[[i-1]],Y[[i-1]]},{X[[i]],Y[[i]]}],{i,2,Length[X]}\n])^2;\n\n(*\nX=Array[x,3];\nY=Array[y,3];\nf[X,Y]\nfrom=Table[l[{X[[i - 1]], Y[[i - 1]]}, {X[[i]], Y[[i]]}], {i, 2, Length[X]}]\nto=Table[Subscript[l,i-1,i],{i,2,Length[X]}]\ndfrom=Table[X[[i-1]]-X[[i]],{i,2,Length[X]}]\ndto=Table[Subscript[dx,i-1,i],{i,2,Length[X]}]\nrules=Join[\n   {PowerExpand[d Sqrt[f[X, Y]]]->dl},\n   Thread[from->to],\n   Thread[1/from->1/to],\n   Thread[from^(-2)->to^(-2)],\n   Thread[from^(-3)->to^(-3)],\n   Thread[dfrom->dto]]\ng=D[f[X,Y],{X,1}]//.rules\nh=D[f[X,Y],{X,2}]//.rules\ng/.{x[i_] -> Xv[[i]], y[i_] -> Yv[[i]]}\n*)\n\n(* \n\textract points from rectangles\n\ta rectangle is an array: {bottom left point, bottom right, width, height\n*)\ntl[r_]:={r[[1]],r[[2]]+r[[4]]};\ntr[r_]:={r[[1]]+r[[3]],r[[2]]+r[[4]]};\nbl[r_]:={r[[1]],r[[2]]};\nbr[r_]:={r[[1]]+r[[3]],r[[2]]};\ncentre[r_]:={r[[1]]+r[[3]]/2.0,r[[2]]+r[[4]]/2.0};\n\n(*\n\ttest case: 3 rectangles, 1 path, 1 bend\n*)\nd=100.000000; (* ideal length *)\nv0={571.500000,363.500000,63.000000,43.000000};\nv1={620.000000,469.500000,63.000000,43.000000};\nv2={541.500000,300.500000,63.000000,43.000000};\n\n(* Path defined in Xv, Yv *)\nXv={centre[v1][[1]],br[v0][[1]],centre[v2][[1]]};\nYv={centre[v1][[2]],br[v0][[2]],centre[v2][[2]]};\n(* order in which nodes are visited in path *)\nXi={1,0,2};\nn=Length[Xi];\n\nexpected=1.05721;\nAbs[f[Xv,Yv]-expected]<10^(-5)\n\nX=Array[x,n];\nY=Array[y,n];\ng=D[f[X,Y],{X,1}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\nh=D[f[X,Y],{X,2}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\n\ngg=Table[g[[Xi[[i]]+1]],{i,1,n}];\nhh=Table[h[[Xi[[i]]+1]][[Xi[[j]]+1]],{i,1,n},{j,1,n}];\n\n"
  },
  {
    "path": "cola/libtopology/tests/split.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * Test of topology conserving constraints.  Sets up a graph\n * with four nodes and two edges, initially with two bends around the\n * first disconnected node.  After an iteration an edge segment must be split\n * to bend around the second disconnected node.\n *\n * \\file split.cpp\n * \\author Tim Dwyer\n * \\date Dec 2007\n */\n#include <libvpsc/rectangle.h>\n#include <libtopology/topology_constraints.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include <libvpsc/constraint.h>\n#include <vector>\n#include <iostream>\n#include <sstream>\nusing namespace std;\nusing namespace topology;\n#include \"test.h\"\n\ndouble expectedStress=1.48116;\ndouble expectedG1[]=\n{0.00849768, -0.0192465, 0, 0.0107488};\n\ndouble expectedG2[]={0.003837,-0.001923,-0.001914};\ndouble expectedH1[]= \n{0.000312442, -0.000438933, 0,  0.000126491, \n-0.000438933,  0.000746922, 0, -0.000307989,\n           0,            0, 0,            0, \n 0.000126491, -0.000307989, 0,  0.000181498};\n\ndouble expectedH2[]={0.000505,-0.000169,-0.000336,\n                     -0.000169,0.000165,0.000004 ,\n                     -0.000336,0.000004,0.000333};\n\nvoid split() {\n    Nodes nodes;\n    Edges es;\n\n    printf(\"test: bend2()\\n\");\n\n    addNode(nodes,100,100,40,20);\n    addNode(nodes,100,130,40,20);\n    addNode(nodes,70,160,40,20);\n    addNode(nodes,180,190,40,20);\n    EdgePoints p1;\n    addToPath(p1,nodes[0],EdgePoint::CENTRE);\n    addToPath(p1,nodes[1],EdgePoint::BL);\n    addToPath(p1,nodes[1],EdgePoint::TL);\n    addToPath(p1,nodes[3],EdgePoint::CENTRE);\n    es.push_back(new Edge(100,p1));\n\n    EdgePoints p2;\n    addToPath(p2,nodes[2],EdgePoint::CENTRE);\n    addToPath(p2,nodes[3],EdgePoint::CENTRE);\n    es.push_back(new Edge(50,p2));\n\n    const size_t V = nodes.size();\n\n    vpsc::Constraints cs;\n    vpsc::Variables vs;\n    getVariables(nodes,vs);\n    { // scope for t, so that t gets destroyed before es\n\n        TopologyConstraints t(vpsc::HORIZONTAL,nodes,es,vs,cs);\n        writeFile(nodes,es,\"split-0.svg\");\n\n        // test computeStress\n        double stress=t.computeStress();\n        printf(\"Stress=%f\\n\",stress);\n        //assert(fabs(expectedStress-stress)<1e-4);\n\n        valarray<double> g(V);\n        cola::SparseMap h(V);\n        for(unsigned i=1;i<5;i++) {\n            g=0;\n            h.clear();\n            t.gradientProjection(g,h);\n            stringstream ss;\n            ss << \"split-\" << i << \".svg\";\n            writeFile(nodes,es,ss.str().c_str());\n        }\n    }\n\n    for_each(nodes.begin(),nodes.end(),delete_node());\n    for_each(es.begin(),es.end(),delete_object());\n    for_each(cs.begin(),cs.end(),delete_object());\n    for_each(vs.begin(),vs.end(),delete_object());\n}\n\nint main() {\n    split();\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:encoding=utf-8:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/tests/split.m",
    "content": "(*\n\tcomputation of the stress function for straightening a bendy edge,\n        and it's derivative and hessian.\n        various test cases.\n\n\tto run: math < bend2.m\n*)\n\n(* euclidean distance between two points *)\nl[a_,b_]:=Sqrt[(a[[1]]-b[[1]])^2+(a[[2]]-b[[2]])^2];\n(* stress function *)\nd=.;\nf[X_,Y_]:=d^-2 (d-Sum[\n    l[{X[[i-1]],Y[[i-1]]},{X[[i]],Y[[i]]}],{i,2,Length[X]}\n])^2;\n\n(*\nX=Array[x,3];\nY=Array[y,3];\nf[X,Y]\nfrom=Table[l[{X[[i - 1]], Y[[i - 1]]}, {X[[i]], Y[[i]]}], {i, 2, Length[X]}]\nto=Table[Subscript[l,i-1,i],{i,2,Length[X]}]\ndfrom=Table[X[[i-1]]-X[[i]],{i,2,Length[X]}]\ndto=Table[Subscript[dx,i-1,i],{i,2,Length[X]}]\nrules=Join[\n   {PowerExpand[d Sqrt[f[X, Y]]]->dl},\n   Thread[from->to],\n   Thread[1/from->1/to],\n   Thread[from^(-2)->to^(-2)],\n   Thread[from^(-3)->to^(-3)],\n   Thread[dfrom->dto]]\ng=D[f[X,Y],{X,1}]//.rules\nh=D[f[X,Y],{X,2}]//.rules\ng/.{x[i_] -> Xv[[i]], y[i_] -> Yv[[i]]}\n*)\n\n(* \n\textract points from rectangles\n\ta rectangle is an array: {bottom left point, bottom right, width, height\n*)\ntl[r_]:={r[[1]],r[[2]]+r[[4]]};\ntr[r_]:={r[[1]]+r[[3]],r[[2]]+r[[4]]};\nbl[r_]:={r[[1]],r[[2]]};\nbr[r_]:={r[[1]]+r[[3]],r[[2]]};\ncentre[r_]:={r[[1]]+r[[3]]/2.0,r[[2]]+r[[4]]/2.0};\n\n(*\n\ttest case: 3 rectangles, 1 path, 1 bend\n*)\nd=100.000000; (* ideal length *)\nv0={100.000000,100.000000,40.000000,20.000000}\nv1={100.000000,130.000000,40.000000,20.000000}\nv2={165.000000,160.000000,40.000000,20.000000}\nv3={180.000000,190.000000,40.000000,20.000000}\n\n(* Path defined in Xv, Yv *)\nXv={centre[v0][[1]],bl[v1][[1]],tl[v1][[1]],centre[v3][[1]]};\nYv={centre[v0][[2]],bl[v1][[2]],tl[v1][[2]],centre[v3][[2]]};\n(* order in which nodes are visited in path *)\nXi={0,1,1,3};\nn=Length[Xi];\nm=Max[Xi]+1;\n\nexpected=1.48116;\nAbs[f[Xv,Yv]-expected]<10^(-5)\n\nX=Array[x,n];\nY=Array[y,n];\ng=D[f[X,Y],{X,1}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\nh=D[f[X,Y],{X,2}]/.{x[i_]:>Xv[[i]], y[i_]:>Yv[[i]]};\n\ngg = Table[0, {i, m}];\nFor[i = 1, i <= n, i++, gg[[Xi[[i]] + 1]]+=g[[i]]];\nhh = Table[0, {i, m}, {j, n}];\nFor[i=1, i<=n, i++, \n  For[j=1, j<=n, j++,\n    hh[[Xi[[i]]+1,j]]+=h[[i,j]]\n  ]\n]\nhhh = Table[0, {i, m}, {j, m}];\nFor[i=1, i<=m, i++, \n  For[j=1, j<=n, j++,\n    hhh[[i,Xi[[j]]+1]]+=hh[[i,j]]\n  ]\n]\n\ngg\nhhh\n"
  },
  {
    "path": "cola/libtopology/tests/test.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include \"libtopology/topology_graph.h\"\nusing namespace topology;\n\ntemplate <typename T>\nT getRand(T range) {\n    double d=static_cast<double>(rand())/static_cast<double>(RAND_MAX);\n    T r=static_cast<T>(static_cast<double>(range)*d);\n\treturn r;\n}\n\nvoid generateRandomRects(unsigned n, vpsc::Rectangles &rs) {\n\trs.resize(n);\n\tconst int rect_size = 50;\n\tconst int fld_size = static_cast<int>(\n            sqrt(static_cast<double>(rect_size * n) / 2.0));\n\tint coords[4];\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\tfor (unsigned d = 0; d < 2; ++d) {\n\t\t\t//unsigned const end = 1 + (rand() % (fld_size - 1));\n\t\t\t//unsigned const start = rand() % end;\n\t\t\tint const start = getRand(fld_size);\n\t\t\tint const end = start + getRand(rect_size) + 1;\n\t\t\tcoords[2 * d] = start;\n\t\t\tcoords[2 * d + 1] = end;\n\t\t} \n\t\trs[i]=new vpsc::Rectangle(coords[0],coords[1],coords[2],coords[3]);\n\t}\n}\n\ntopology::Node* addNode(Nodes& vs, double x, double y, double w, double h) {\n    vpsc::Rectangle* r = new vpsc::Rectangle(x,x+w,y,y+h);\n    topology::Node *v = new topology::Node(vs.size(), r, new vpsc::Variable(vs.size()));\n    vs.push_back(v);\n    return v;\n}\nstruct delete_node {\n\tvoid operator() (topology::Node* v) {\n        delete v->rect;\n        delete v;\n    }\n};\nvoid addToPath(EdgePoints& ps, topology::Node *v, topology::EdgePoint::RectIntersect i) {\n    ps.push_back(new EdgePoint(v,i));\n}\n\nvoid noRectOverlaps(const vpsc::Rectangles& rs) {\n\tfor(vpsc::Rectangles::const_iterator i=rs.begin();i!=rs.end();++i) {\n\t\tfor(vpsc::Rectangles::const_iterator j=i+1;j!=rs.end();++j) {\n            vpsc::Rectangle *u=*i, *v=*j;\n            double xoverlap=u->overlapX(v);\n            double yoverlap=u->overlapY(v);\n\t\t\tif(xoverlap>0 && yoverlap>0) {\n                printf(\"Overlap=%f,%f\\n\",xoverlap,yoverlap);\n                throw \"OVERLAP FOUND!\";\n\t\t\t}\n\t\t}\n\t}\n}\nvoid writeFile(const topology::Nodes& vs, const Edges& es, const string& outputFileName) {\n    const unsigned n=vs.size();\n    vector<cola::Edge> cedges;\n\n    for(unsigned i=0;i<es.size();i++) {\n        cedges.push_back(make_pair(1,2));\n    }\n\n    vector<straightener::Route*> routes;\n    for(vector<Edge*>::const_iterator e=es.begin();e!=es.end();++e) {\n        routes.push_back((*e)->getRoute());\n    }\n\n    vector<string> labels(n);\n    for(unsigned i=0;i<n;++i) {\n        stringstream ss;\n        ss << i;\n        labels[i]=ss.str();\n    }\n\n    vector<vpsc::Rectangle*> rs;\n    for(Nodes::const_iterator i=vs.begin();i!=vs.end();++i) {\n\t    rs.push_back((*i)->rect);\n    }\n    OutputFile of(rs,cedges,nullptr,outputFileName.c_str(),true,false);\n    of.setLabels(labels);\n    of.routes=&routes;\n    of.generate();\n\n    for_each(routes.begin(),routes.end(),delete_object());\n}\nvoid check(const TopologyConstraints& t, valarray<double>& g, cola::SparseMap& h,\n        double* eg, double* eh) {\n    for(unsigned i=0;i<t.n;++i) {\n        //printf(\"g[%d]=%f,eg[%d]=%f\\n\",i,g[i],i,expectedG[i]);\n        assert(fabs(g[i]-eg[i])<1e-4);\n        for(unsigned j=0;j<t.n;++j) {\n            //printf(\"h[%d,%d]=%f,eh[%d,%d]=%f\\n\",i,j,h(i,j),i,j,expectedH[i*n+j]);\n            //printf(\"%f,\",h(i,j));\n            assert(fabs(h(i,j)-eh[i*t.n+j])<1e-4);\n        }\n        printf(\"\\n\");\n    }\n}\nvoid setVariableDesiredPositions(vpsc::Variables& vs, const cola::DesiredPositionsInDim& des, valarray<double>& coords) {\n    unsigned n=coords.size();\n    assert(vs.size()>=n);\n    for(unsigned i=0;i<n;++i) {\n        vpsc::Variable* v=vs[i];\n        v->desiredPosition = coords[i];\n        v->weight=1;\n    }\n    for(cola::DesiredPositionsInDim::const_iterator d=des.begin();\n            d!=des.end();++d) {\n        assert(d->first<vs.size());\n        vpsc::Variable* v=vs[d->first];\n        v->desiredPosition = d->second;\n        v->weight=10000;\n    }\n}\ninline double dotProd(valarray<double> x, valarray<double> y) {\n    assert(x.size()==y.size());\n    double dp=0;\n    for(unsigned i=0;i<x.size();i++) {\n        dp+=x[i]*y[i]; \n    }\n    return dp;\n}\ndouble computeStepSize(\n        cola::SparseMatrix const &H, \n        valarray<double> const &g, \n        valarray<double> const &d)\n{\n    assert(g.size()==d.size());\n    assert(g.size()==H.rowSize());\n    // stepsize = g'd / (d' H d)\n    double numerator = dotProd(g,d);\n    valarray<double> Hd(d.size());\n    H.rightMultiply(d,Hd);\n    double denominator = dotProd(d,Hd);\n    //assert(numerator>=0);\n    //assert(denominator>=0);\n    if(denominator==0) return 0;\n    return numerator/denominator;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/tests/triangle.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n/**\n * Test of topology conserving constraints.  Sets up a graph\n * with four nodes and two edges, initially with two bends around the\n * first disconnected node.  After an iteration an edge segment must be split\n * to bend around the second disconnected node.\n *\n * \\file split.cpp\n * \\author Tim Dwyer\n * \\date Dec 2007\n */\n#include <libvpsc/rectangle.h>\n#include <libtopology/topology_constraints.h>\n#include <libcola/cola.h>\n#include <libcola/output_svg.h>\n#include <vector>\n#include <iostream>\n#include <iomanip>\n#include <sstream>\nusing namespace std;\nusing namespace topology;\n#include \"test.h\"\n\ndouble expectedStress=1.48116;\ndouble expectedG1[]=\n{0.00849768, -0.0192465, 0, 0.0107488};\n\ndouble expectedG2[]={0.003837,-0.001923,-0.001914};\ndouble expectedH1[]= \n{0.000312442, -0.000438933, 0,  0.000126491, \n-0.000438933,  0.000746922, 0, -0.000307989,\n           0,            0, 0,            0, \n 0.000126491, -0.000307989, 0,  0.000181498};\n\ndouble expectedH2[]={0.000505,-0.000169,-0.000336,\n                     -0.000169,0.000165,0.000004 ,\n                     -0.000336,0.000004,0.000333};\n\nstruct TestCase {\n    Nodes nodes;\n    Edges es;\n    DesiredPositions des;\n    valarray<double> g;\n    EdgePoints ps;\n    vpsc::Constraints cs;\n    vpsc::Dim dim;\n    unsigned iterations;\n    TestCase() : dim(vpsc::HORIZONTAL), iterations(10) { }\n\n    void run() {\n        writeFile(nodes,es,\"triangle-000.svg\");\n\n        if(g.size()!=nodes.size()) {\n            g.resize(nodes.size());\n            g=0;\n        }\n        vpsc::Variables vs;\n        getVariables(nodes,vs);\n        TopologyConstraints t(dim,nodes,es,vs,cs);\n        // test computeStress\n        double stress=computeStress(es);\n        printf(\"Stress=%f\\n\",stress);\n        //assert(fabs(expectedStress-stress)<1e-4);\n\n        cola::SparseMap h(nodes.size());\n        for(unsigned i=1;i<iterations;i++) {\n            g=0;\n            h.clear();\n            t.gradientProjection(g,h,des);\n            stringstream ss;\n            ss << \"triangle-\" << setfill('0') << setw(3) << i << \".svg\";\n            writeFile(nodes,es,ss.str().c_str());\n        }\n    }\n    ~TestCase() {\n        for_each(es.begin(),es.end(),delete_object());\n        for_each(cs.begin(),cs.end(),delete_object());\n        for(Nodes::iterator i=nodes.begin();i!=nodes.end();++i) {\n            Node* v=*i;\n            delete v->rect;\n            delete v->var;\n            delete v;\n        }\n    }\n    void setGradient(double* gradient) {\n        assert(nodes.size()>0);\n        g.resize(nodes.size());\n        for(unsigned i=0;i<nodes.size();i++) {\n            g[i]=gradient[i];\n        }\n    }\n    Node* addNode(double x, double y, double w, double h) {\n        vpsc::Rectangle* r = new vpsc::Rectangle(x,x+w,y,y+h);\n        const unsigned id = nodes.size();\n        Node *v = new Node(id, r, new vpsc::Variable(id));\n        nodes.push_back(v);\n        return v;\n    }\n    void addEdge(double idealLength) {\n        assert(ps.size()>=2);\n        es.push_back(new Edge(idealLength,ps));\n        ps.clear();\n    }\n    void addDesired(unsigned vid, double pos) {\n        des.push_back(make_pair(vid,pos));\n    }\n    void addToPath(unsigned vid, topology::EdgePoint::RectIntersect i) {\n        ps.push_back(new EdgePoint(nodes[vid],i));\n    }\n};\nvoid case1(TestCase& t) {\n    t.addNode(2.655473,0.000000,10.100000,10.000000);\n    t.addNode(49.957304,50.000000,10.100000,10.000000);\n    t.addNode(97.259136,0.000000,10.100000,10.000000);\n    t.addNode(63.828037,25.000000,10.100000,10.000000);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)0);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n}\nvoid case2(TestCase& t) {\n    t.addNode(20.428107,0.000000,10.100000,10.000000);\n    t.addNode(45.716379,50.000000,10.100000,10.000000);\n    t.addNode(79.517409,0.000000,10.100000,10.000000);\n    t.addNode(17.425625,25.000000,10.100000,10.000000);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)2);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)3);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n}\nvoid case3(TestCase& t) {\n    t.addNode(101.846987,160.020991,10.100000,10.000000);\n    t.addNode(117.734372,216.805338,10.100000,10.000000);\n    t.addNode(160.316550,174.380230,10.100000,10.000000);\n    t.addNode(106.896987,179.923284,10.100000,10.000000);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)3);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n}\n\nvoid case4(TestCase& t) {\n    t.addNode(205.081973,200.000000,10.100000,10.000000);\n    t.addNode(250.000000,250.000000,10.100000,10.000000);\n    t.addNode(294.918027,200.000000,10.100000,10.000000);\n    t.addNode(289.868027,225.000000,10.100000,10.000000);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)0);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)1);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n\n    t.addDesired(3,400.000000);\n}\nvoid case5(TestCase& t) {\n    t.addNode(335.658737,287.843360,10.100000,10.000000);\n    t.addNode(338.8,347.780782,10.100000,10.000000);\n    t.addNode(388.857209,315.489405,10.100000,10.000000);\n    t.addNode(348.9,337.789705,10.100000,10.000000);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(1,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(3,(topology::EdgePoint::RectIntersect)0);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addToPath(2,(topology::EdgePoint::RectIntersect)4);\n    t.addToPath(0,(topology::EdgePoint::RectIntersect)4);\n    t.addEdge(60);\n    t.addDesired(3,353.886210);\n\n    double gradient[]={1.15455e-05,0.000114288,-0.000125833,0};\n    t.setGradient(gradient);\n}\n\nvoid triangle(void tcase(TestCase&)) {\n    printf(\"test: triangle()\\n\");\n    TestCase t;\n    tcase(t);\n    t.run();\n}\n\nint main() {\n    //triangle(case1);\n    //triangle(case2);\n    //triangle(case3);\n    //triangle(case4);\n    triangle(case5);\n    return 0;\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4:encoding=utf-8:textwidth=80 :\n"
  },
  {
    "path": "cola/libtopology/topology_constraints.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#include <sstream>\n#include <string>\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/assertions.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/straightener.h\"\n#include \"libtopology/topology_graph.h\"\n#include \"libtopology/topology_constraints.h\"\n#include \"libtopology/topology_log.h\"\nusing namespace std;\nnamespace topology {\n/* \n * @return the maximum move we can make along the line from initial to\n * final positions without violating this constraint\n */\ndouble TriConstraint::maxSafeAlpha() const {\n    const double u1=u->initialPos(scanDim),\n                 u2=u->finalPos(),\n                 v1=v->initialPos(scanDim),\n                 v2=v->finalPos(),\n                 w1=w->initialPos(scanDim),\n                 w2=w->finalPos(),\n                 fSlack=slackAtFinal();\n    if(fSlack>=0) {\n        FILE_LOG(logDEBUG1)<<\"TriConstraint::maxSafeAlpha(): slackAtFinal=\"<<slackAtFinal();\n        return 1;\n    }\n    double numerator=w1 - g - u1 + p*(u1-v1);\n    // There are a number of situations where the following can\n    // be 0:\n    //   - no movement\n    //   - rotation\n    double denominator=u2-u1 + p*(u1-u2 + v2-v1) + w1-w2;\n    FILE_LOG(logDEBUG1)<<\"TriConstraint::maxSafeAlpha(): num=\"<<numerator<<\" den=\"<<denominator;\n    FILE_LOG(logDEBUG1)<<\"  u1=\"<<u1<<\" u2=\"<<u2<<\" v1=\"<<v1<<\" v2=\"<<v2<<\" w1=\"<<w1<<\" w2=\"<<w2;\n    if(denominator==0) {\n        return 1;\n    }\n    double msa = numerator/denominator;\n    if(msa<0) {\n#ifndef NDEBUG\n        const double iSlack = slackAtInitial();\n#endif\n        COLA_ASSERT(iSlack>=fSlack);\n        FILE_LOG(logDEBUG1)<<\"  tiny negative msa rounded to 0!\";\n        // we know that fSlack is negative, we do not actually move by\n        // negative amounts, but returning the following ensures that\n        // the most violated constraint will be processed first\n        msa = fSlack;\n    }\n    return msa;\n}\ndouble TriConstraint::slack(const double ux, const double vx, const double wx) const {\n    const double lhs = wx;\n    const double rhs = ux+p*(vx-ux)+g;\n    FILE_LOG(logDEBUG1)<<\"  TriConstraint::slack(\"<<ux<<\",\"<<vx<<\",\"<<wx<<\"):leftOf=\"<<leftOf<<\",lhs=\"<<lhs<<\",rhs=\"<<rhs;\n    return leftOf ? rhs - lhs\n                  : lhs - rhs;\n}\ndouble TriConstraint::slackAtFinal() const {\n    return \n        slack(u->finalPos(), \n              v->finalPos(), \n              w->finalPos());\n}\ndouble TriConstraint::slackAtInitial () const\n{\n    return slack(u->initialPos(scanDim), v->initialPos(scanDim),\n            w->initialPos(scanDim));\n}\n\nostream& operator<< (ostream& os, const TriConstraint& c) {\n    double ux = c.u->finalPos()\n         , vx = c.v->finalPos()\n         , wx = c.w->finalPos();\n    os << \"TriConstraint@\" << &c \n       << \": u=\" << ux \n       <<  \" v=\" << vx\n       <<  \" w=\" << wx\n       <<  \" p=\" << c.p\n       <<  \" g=\" << c.g\n       <<  \" left=\" << c.leftOf; \n    return os;\n}\n/*\n * The bend has become straight, remove bend\n */\nvoid BendConstraint::satisfy()\n{\n    COLA_ASSERT((scanDim==vpsc::XDIM)||(scanDim==vpsc::YDIM));\n    FILE_LOG(logDEBUG) << \"BendConstraint::satisfy()... edge id=\" <<\n            getEdgeID() << \" node id=\" << bendPoint->node->id;\n    // XXX: Note that the call to prune() deletes the bendPoint and the \n    //      BendConstraint (this instance itself), so it is not safe to\n    //      access any member variables after that.  Hence the local copy \n    //      of scanDim.  The code really needs to be reworked to be \n    //      written much more cleanly, only this kind of restructuring\n    //      has the potential to introduce many bugs, so I will leave it\n    //      for now.  -- mjwybrow\n    vpsc::Dim dim = scanDim;\n    Node* node=bendPoint->node;\n    double pos=bendPoint->pos(vpsc::conjugate(scanDim));\n    Segment* s=bendPoint->prune(scanDim);\n    // create a new StraightConstraint to replace the BendConstraint\n    s->createStraightConstraint(dim, node, pos);\n    FILE_LOG(logDEBUG)<<\"BendConstraint::satisfy()...done.\";\n}\nstring BendConstraint::toString() const {\n    stringstream s;\n    s << \"BendConstraint: bendPoint=(\" << bendPoint->posX() << \",\" << \n            bendPoint->posY() << \")\";\n    return s.str();\n}\nunsigned BendConstraint::getEdgeID() const {\n    COLA_ASSERT(bendPoint->inSegment!=nullptr);\n    COLA_ASSERT(bendPoint->outSegment!=nullptr);\n    return bendPoint->inSegment->edge->id;\n}\n/*\n * functor that transfers each StraightConstraint associated with a segment\n * to be replaced, to either of the two new segments.\n * Choice is made depending on which of the segments the scan pos of the\n * constraint intersects with.\n * Note that if the scan pos is at the join of the two new segments then\n * the choice is made based the side of the node associated with the constraint.\n */\nstruct transferStraightConstraintChoose {\n    /*\n     * @param target1 the first of two possible target segments for the transfer\n     * @param target2 the second of two possible target segments for the\n     * transfer\n     * @param ignore the constraint which, in being satisfied, caused this\n     * transfer and which should therefore not be transfered.\n     */\n    transferStraightConstraintChoose(Segment* target1, Segment* target2,\n            StraightConstraint* ignore)\n        : ignore(ignore) \n    {\n        vpsc::Dim dim = ignore->scanDim;\n        double min1=min(target1->start->pos(vpsc::conjugate(dim)),target1->end->pos(vpsc::conjugate(dim)));\n        double max1=max(target1->start->pos(vpsc::conjugate(dim)),target1->end->pos(vpsc::conjugate(dim)));\n        double min2=min(target2->start->pos(vpsc::conjugate(dim)),target2->end->pos(vpsc::conjugate(dim)));\n        double max2=max(target2->start->pos(vpsc::conjugate(dim)),target2->end->pos(vpsc::conjugate(dim)));\n        if(min1<max2) {\n            COLA_ASSERT(max1==min2);\n            lSeg = target1;\n            rSeg = target2;\n            lMin = min1;\n            mid = max1;\n            rMax = max2;\n        } else {\n            COLA_ASSERT(max2==min1);\n            lSeg = target2;\n            rSeg = target1;\n            lMin = min2;\n            mid = max2;\n            rMax = max1;\n        }\n    }\n    /*\n     * @param c constraint to transfer to target1 or target2\n     */\n    void operator() (StraightConstraint* c)\n    {\n        vpsc::Dim dim = ignore->scanDim;\n        if(c!=ignore) {\n            Segment* dest=rSeg;\n            if(c->pos<mid) {\n                dest = lSeg;\n            } else if(c->pos==mid) {\n                if ( (dim==vpsc::XDIM &&\n                        (c->ri==EdgePoint::TL ||c->ri==EdgePoint::TR)) \n                     || \n                     (dim==vpsc::YDIM &&\n                        (c->ri==EdgePoint::TR ||c->ri==EdgePoint::BR))) \n                {\n                    dest=lSeg;\n                }\n            }\n            dest->transferStraightConstraint(c);\n        }\n    }\n    Segment* lSeg, * rSeg;\n    double lMin, mid, rMax;\n    StraightConstraint* ignore;\n};\nbool sameCorner(const EdgePoint* a, const EdgePoint* b) {\n    COLA_UNUSED(a);\n    COLA_UNUSED(b);\n    COLA_ASSERT( !(a->node->id==b->node->id\n                &&a->rectIntersect==b->rectIntersect));\n    return false;\n}\nbool zigzag(const EdgePoint* a, const Segment* s) {\n    COLA_UNUSED(a);\n    if(s!=nullptr) {\n        COLA_ASSERT(!sameCorner(a,s->end));\n    }\n    return false;\n}\nbool zagzig(const EdgePoint* a, const Segment* s) {\n    COLA_UNUSED(a);\n    if(s!=nullptr) {\n        COLA_ASSERT(!sameCorner(a,s->start));\n    }\n    return false;\n}\n/*\n * Segment needs to bend\n */\nvoid StraightConstraint::satisfy() {\n    FILE_LOG(logDEBUG)<<\"StraightConstraint::satisfy():\";\n    Edge* e = segment->edge;\n    EdgePoint* start = segment->start,\n             * end = segment->end,\n             * bend = new EdgePoint(node,ri);\n    FILE_LOG(logDEBUG1)<<\"  u=(\"<<start->node->id<<\":\"<<start->rectIntersect<<\"), v=(\"<<node->id<<\":\"<<ri<<\"), w=(\"<<end->node->id<<\":\"<<end->rectIntersect<<\")\";\n    COLA_ASSERT(!zigzag(bend,end->outSegment));\n    COLA_ASSERT(!zagzig(bend,start->inSegment));\n    // shouldn't have straight constraints between end segments and the\n    // nodes to which they are connected.\n    COLA_ASSERT(!segment->connectedToNode(node));\n    \n    Segment* s1 = new Segment(e,start,bend);\n    Segment* s2 = new Segment(e,bend,end);\n    if(e->firstSegment==segment) {\n        e->firstSegment=s1;\n    }\n    if(e->lastSegment==segment) {\n        e->lastSegment=s2;\n    }\n    // create BendConstraint to replace this StraightConstraint\n    bend->createBendConstraint(scanDim);\n\n    // transfer other StraightConstraint constraints \n    // from s to s1 or s2 depending on which side of p they are on.\n    transferStraightConstraintChoose transfer(s1,s2,this);\n    segment->forEachStraightConstraint(transfer);\n    // BendConstraint constraints associated with segment->end and \n    // segment->start need to be updated\n    start->createBendConstraint(scanDim);\n    end->createBendConstraint(scanDim);\n             \n    e->nSegments++;\n    delete segment;\n}\n/*\n * asserts that this TriConstraint is feasible at the initial positions of\n * variables.  Note that we don't apply this check for massive p because this\n * most likely indicates a segment that is near parallel to the scanline and\n * hence will never be violated anyway.\n */\nbool TriConstraint::assertFeasible() const {\n    COLA_ASSERT(fabs(p)>1e7||slackAtInitial()>-1e-3);\n    return true;\n}\nbool TopologyConstraint::assertFeasible() const {\n    COLA_ASSERT(c->assertFeasible());\n    return true;\n}\nstring StraightConstraint::\ntoString() const {\n    stringstream s;\n    s << \"StraightConstraint: node id=\"<<node->id<<\", segment=(\"<<segment->start->node->id<<\":\"<<segment->start->rectIntersect<<\",\"<<segment->end->node->id<<\":\"<<segment->end->rectIntersect<<\") pos=\" << pos;\n    return s.str();\n}\nstruct buildRoute {\n    buildRoute(straightener::Route* r, unsigned& n) : r(r), n(n) {}\n    void operator() (const Segment* s) {\n        EdgePoint* u=s->end;\n        r->xs[n]=u->posX();\n        r->ys[n++]=u->posY();\n    }\n    straightener::Route* r;\n    unsigned& n;\n};\nvoid TopologyConstraints::\nconstraints(std::vector<TopologyConstraint*>& ts) const {\n    for_each(edges.begin(),edges.end(),bind(\n               &Edge::getTopologyConstraints,std::placeholders::_1,&ts));\n}\n\nstruct PrintEdgePoint {\n    void operator() (EdgePoint* p) {\n        printf(\"t.addToPath(%d,(topology::EdgePoint::RectIntersect)%d);\\n\",p->node->id,p->rectIntersect);\n    }\n};\nvoid TopologyConstraints::\nprintInstance(valarray<double>& g) const {\n    printf(\"double gradient[]={%f\",g[0]);\n    for(unsigned i=0;i<n;++i) { printf(\",%f\",g[i]); }\n    printf(\"}\\nt.setGradient(gradient)\\n\");\n    for(Nodes::const_iterator i=nodes.begin();i!=nodes.end();++i) {\n        const Node* v=*i;\n        const vpsc::Rectangle* r=v->rect;\n        printf(\"t.addNode(%f,%f,%f,%f);\\n\",\n                r->getMinX(),r->getMinY(),r->width(),r->height());\n    }\n    for(Edges::const_iterator e=edges.begin();e!=edges.end();++e) {\n        (*e)->forEachEdgePoint(PrintEdgePoint());\n        printf(\"t.addEdge(%f);\\n\",(*e)->idealLength);\n    }\n}\nbool TopologyConstraints::\nassertFeasible() const {\n    vector<TopologyConstraint*> ts;\n    constraints(ts);\n    for_each(ts.begin(),ts.end(),mem_fn(&TopologyConstraint::assertFeasible));\n    return true;\n}\nbool TopologyConstraints::solve() {\n    FILE_LOG(logDEBUG)<<\"TopologyConstraints::solve... dim=\"<<dim;\n    COLA_ASSERT(assertConvexBends(edges));\n    COLA_ASSERT(assertNoSegmentRectIntersection(nodes,edges));\n    COLA_ASSERT(assertFeasible());\n    vector<TopologyConstraint*> ts;\n    constraints(ts);\n    vpsc::IncSolver s(vs,cs);\n    s.solve();\n    double minTAlpha=1;\n    TopologyConstraint* minT=nullptr;\n    //printEdges(edges);\n    // find minimum feasible alpha over all topology constraints\n    for(vector<TopologyConstraint*>::iterator i=ts.begin();\n            i!=ts.end();++i) {\n        TopologyConstraint* t=*i;\n        FILE_LOG(logDEBUG1)<<\"Checking topology constraint:\"<<t->toString();\n        double tAlpha=t->c->maxSafeAlpha();\n        FILE_LOG(logDEBUG1)<<\"                              alpha=\"<<tAlpha;\n        if(tAlpha<minTAlpha) {\n            minTAlpha=tAlpha;\n            minT=t;\n        }\n    }\n#ifndef NDEBUG\n    if(minT) {\n        FILE_LOG(logDEBUG)<<\"                 minT=\"<<minT->toString();\n        FILE_LOG(logDEBUG)<<\"                 minTAlpha=\"<<minTAlpha;\n    } else {\n        FILE_LOG(logDEBUG)<<\" No violated constraints!\";\n    }\n#endif\n    if(minTAlpha>0) {\n        for(Nodes::iterator i=nodes.begin();i!=nodes.end();++i) {\n            Node* v=*i;\n            v->rect->moveCentreD(dim,v->posOnLine(dim, minTAlpha));\n        }\n    }\n    COLA_ASSERT(noOverlaps());\n    COLA_ASSERT(assertConvexBends(edges));\n    // rectangle and edge point positions updated to variables.\n    FILE_LOG(logDEBUG)<<\" moves done.\";\n    if(minTAlpha<1 && minT) {\n        // now we satisfy the violated topology constraint, i.e. a bend point\n        // that has become straight is removed or a segment that needs to bend\n        // is split\n        minT->satisfy();\n    }\n    //printEdges(edges);\n    COLA_ASSERT(assertFeasible());\n    COLA_ASSERT(assertConvexBends(edges));\n    COLA_ASSERT(assertNoSegmentRectIntersection(nodes,edges));\n    FILE_LOG(logDEBUG)<<\"TopologyConstraints::solve... done\";\n    return minT!=nullptr;\n}\n/*\n * a Functor for use in a sum_over a collection of edges\n * which computes the total stress based on the difference in total\n * pathLength for each edge and idealLength.\n * More precisely the stress for a given edge \\f$e\\f$ is:\n * \\f[\n *   \\sigma(e) \\left( d_e - \\sum_{s \\in S(e)} |s| \\right)^2\n * \\f]\n */\nstruct ComputeStress {\n    double operator()(const Edge* e) {\n        double d = e->idealLength;\n        double weight=1.0/(d*d);\n        double dl=d-e->pathLength();\n        if(dl>0) return 0;\n        double s=weight*dl*dl;\n        //FILE_LOG(logDEBUG1)<<\"e(\"<<e->firstSegment->start->node->id<<\",\"<<e->lastSegment->end->node->id<<\")=\"<<s<<std::endl;\n        return s;\n    }\n};\n/*\n * compute the stress:\n * \\f[\n *   \\sigma = \\sum_{e \\in E} \\left( d_e - \\sum_{s \\in S(e)} |s| \\right)^2\n * \\f]\n */\ndouble computeStress(const Edges& es) {\n    return sum_over(es.begin(),es.end(),0.0,ComputeStress());\n}\n} // namespace topology\n"
  },
  {
    "path": "cola/libtopology/topology_constraints.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * Classes used in generating and managing topology constraints, i.e.\n * constraints of the form (e.g.) \\f$w_x + \\frac{1}{2}\\mathrm{width}(w) \\le u_x\n * + (v_x - u_x) \\frac {(w_y-u_y)}{(v_y-u_y)}\\f$ where (u,v) is an edge segment\n * and w is a node constrained to lie to the left of that segment.  Right-,\n * above- and below-of constraints are similarly defined.\n */\n#ifndef TOPOLOGY_CONSTRAINTS_H\n#define TOPOLOGY_CONSTRAINTS_H\n#include \"libcola/commondefs.h\"\n#include \"libtopology/topology_graph.h\"\n#include <valarray>\n#include <vector>\n#include <map>\n#include <list>\nnamespace vpsc {\n    class Constraint;\n    class Variable;\n    typedef std::vector<Constraint*> Constraints;\n    typedef std::vector<Variable*> Variables;\n}\nnamespace cola {\n    struct SparseMap;\n    class RootCluster;\n}\n/*\n * namespace for classes used in generating and solving forces and constraints \n * associated with topology preserving layout.\n */\nnamespace topology {\n    class StraightConstraint;\n    class Edge;\n    /*\n     * A constraint between three variables \\f$u,v,w\\f$ where \\f$w\\f$ is\n     * required to be to one side of the line between \\f$u,v\\f$.  That is, e.g.\n     * if we require \\f$w\\f$ to be some minimum distance \\f$g\\f$ to the left of\n     * the parameterised distance \\f$p\\f$ along the line \\f$(u,v)\\f$ we have:\n     * \\f[ w + g\\le u + p*(v - u) \\f] Right-of constraints are similar.\n     */\n    class TriConstraint {\n    public:\n        // A TriConstraint is associated with the positions of 3 nodes\n        const Node *u, *v, *w;\n        // p is the parameter for the constraint line, g is the offset constant\n        double p, g;\n        /* \n         * determines direction of inequality, w to the left of uv or to the\n         * right\n         */\n        bool leftOf;\n        vpsc::Dim scanDim;\n        TriConstraint(vpsc::Dim dim, const Node *u,  const Node *v, const Node *w,\n                double p, double g, bool left);\n        /* \n         * @return the maximum move we can make along the line from initial to\n         * desired positions without violating this constraint\n         */\n        double maxSafeAlpha() const;\n        /*\n         * amount of slack at current positions of variables\n         */\n        double slackAtInitial() const;\n        /*\n         * amount of slack at desired positions of variables\n         */\n        double slackAtFinal() const;\n        /*\n         * checks initial positions\n         */\n        bool assertFeasible() const;\n    private:\n        double slack(const double, const double, const double) const;\n    };\n    class TopologyConstraint {\n    public:\n        TriConstraint* c;\n        vpsc::Dim scanDim;\n        /*\n         * depending on the type of constraint (i.e. whether it is a constraint\n         * between a segment and a node or between two segments) we either\n         * split the segment (creating a new bend EdgePoint) or merge \n         * the segment with its neighbour (removing an EdgePoint).\n         */\n        virtual void satisfy() = 0;\n        /// for log messages\n        virtual std::string toString() const = 0;\n        virtual unsigned getEdgeID() const = 0;\n        virtual ~TopologyConstraint() {\n            delete c;\n        }\n        /* \n         * checks the underlying TriConstraint to ensure that it is feasible\n         * at the initial positions of its constituent variables.  Note that\n         * these initial positions must be up-to-date before hand.\n         */\n        bool assertFeasible() const;\n    protected:\n        TopologyConstraint(vpsc::Dim dim) : c(nullptr), scanDim(dim) { }\n    };\n    /*\n     * A constraint around a bend point that becomes active when the bend\n     * goes straight\n     */\n    class BendConstraint : public TopologyConstraint {\n    public:\n        EdgePoint* bendPoint;\n        /*\n         * create a constraint between the two segments joined by this\n         * EdgePoint such that the constraint is activated when the segments\n         * are aligned.\n         * @param bendPoint the articulation point\n         */\n        BendConstraint(EdgePoint* bendPoint, vpsc::Dim dim);\n        void satisfy();\n        std::string toString() const;\n        unsigned getEdgeID() const;\n    };\n    /*\n     * A constraint between a Node and a Segment that is activated when\n     * the Node wants to move through the Segment to create a bend point\n     */\n    class StraightConstraint : public TopologyConstraint {\n    public:\n        Segment* segment;\n        Node* node;\n        EdgePoint::RectIntersect ri;\n        const double pos;\n        /* \n         * create a constraint between a segment and one corner of a node such\n         * that the constraint is activated when the segment needs to be bent\n         * (divided into two new segments)\n         * @param s the segment\n         * @param node the node\n         * @param ri the vertex of the node causing this constraint\n         * @param scanPos the position of the scan line along which the\n         * constraint lies\n         * @param segmentPos the ratio (s->start,scanPos)/(s->start,s->end)\n         */\n        StraightConstraint(Segment* s, vpsc::Dim dim,\n                Node* node, const EdgePoint::RectIntersect ri,\n                const double scanPos, const double segmentPos,\n                const bool nodeLeft);\n        void satisfy();\n        std::string toString() const;\n        unsigned getEdgeID() const {\n            return segment->edge->id;\n        }\n    };\n    /*\n     * Define a topology over a diagram by generating a set of\n     * TopologyConstraint\n     */\n    class TopologyConstraints {\n    public:\n        const size_t n;\n        /*\n         * @param dim HORIZONTAL or VERTICAL\n         * @param nodes topology nodes\n         * @param edges topology edges\n         * @param vs canonical list of variables to feed into constraint\n         * solver, this must include all the variables\n         * associated with nodes (ie. vs.size()>=nodes.size()) though they\n         * do not have to appear in the same order.\n         * @param cs constraints on variables, list will be appended with\n         * automatically generated non-overlap constraints\n         */\n        TopologyConstraints(\n            const vpsc::Dim dim, \n            Nodes& nodes,\n            Edges& edges,\n            cola::RootCluster* clusterHierarchy,\n            vpsc::Variables& vs,\n            vpsc::Constraints& cs);\n        ~TopologyConstraints();\n        bool solve();\n        void constraints(std::vector<TopologyConstraint*> & ts) const;\n        void computeForces(std::valarray<double>& g, cola::SparseMap& h);\n        bool assertFeasible() const;\n        void printInstance(std::valarray<double>& g) const;\n        bool noOverlaps() const;\n    private:\n        Nodes& nodes;\n        Edges& edges;\n        cola::RootCluster* clusters;\n        vpsc::Variables& vs;\n        vpsc::Constraints& cs;\n        vpsc::Dim dim;\n    };\n    /*\n     * The following just copies variables in ns into vs.  May be useful\n     * in calling the TopologyConstraints constructor if you're not interested\n     * in constructing your own list of variables in advance.\n     * @param ns source list of nodes\n     * @param vs target list (we expect this to be 0 and resize to ns.size())\n     */\n    void getVariables(Nodes& ns, vpsc::Variables& vs);\n    /*\n     * Details new dimensions for a given rectangle.\n     */\n    struct ResizeInfo {\n        const Node* orig;\n        const vpsc::Rectangle* targetRect;\n        ResizeInfo(Node* v, const vpsc::Rectangle* target)\n            : orig(v), \n              targetRect(target),\n              lhsNode(nullptr),\n              rhsNode(nullptr) { };\n        Node *lhsNode, *rhsNode;\n    };\n    typedef std::map<unsigned, ResizeInfo> ResizeMap;\n    void applyResizes(Nodes& nodes, Edges& edges, \n            cola::RootCluster *clusters, ResizeMap& resizes,\n            vpsc::Variables& xvs, vpsc::Constraints& xcs, \n            vpsc::Variables& yvs, vpsc::Constraints& ycs);\n    /*\n     * compute the p-stress over a set of edge paths:\n     * \\f[\n     *   \\sigma = \\sum_{e \\in E} \\left( d_e - \\sum_{s \\in S(e)} |s| \\right)^2\n     * \\f]\n     */\n    double computeStress(const Edges& es);\n} // namespace topology\n#endif // TOPOLOGY_CONSTRAINTS_H\n"
  },
  {
    "path": "cola/libtopology/topology_constraints_constructor.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n/*\n * Everything in here is related to creating a topology_constraints instance.\n * The main complexity here is the definition of structures representing events\n * in a plane scan algorithm for generating topology constraints between\n * rectangles and line segments. \n * \\file topology_constraints_constructor.cpp\n * \\author Tim Dwyer\n * \\date Dec 2007\n */\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/straightener.h\"\n#include \"libcola/cluster.h\"\n\n#include \"libtopology/topology_log.h\"\n#include \"libtopology/topology_graph.h\"\n#include \"libtopology/topology_constraints.h\"\nusing namespace std;\nusing vpsc::Rectangle;\nnamespace topology {\nstruct SegmentOpen;\nstruct NodeOpen;\ntypedef list<SegmentOpen*> OpenSegments;\ntypedef map<double,NodeOpen*> OpenNodes;\n\n/*\n * The scan algorithm works by processing events in the order they \n * are encountered by the scan line.\n */\nstruct Event {\n    // an event is either an opening or closing of some object\n    bool open;\n    // the position of the scan line at which the event is triggered\n    double pos;\n    vpsc::Dim scanDim;\n    Event(bool open, double pos) : open(open), pos(pos), scanDim(vpsc::UNSET) {}\n    virtual ~Event() {};\n    /*\n     * process is called for each event in pos order as part of the scan\n     * algorithm to generate topology constraints.\n     */\n    virtual void process(OpenNodes& openNodes, OpenSegments& openSegments) = 0;\n    virtual string toString() = 0;\n};\n/*\n * There is a NodeEvent for the top and bottom (or left and right sides depending on\n * scan direction) of the rectangle associated with each node\n */\nstruct NodeEvent : Event {\n    Node *node;\n    NodeEvent(bool open, double pos, Node *v)\n        : Event(open,pos), node(v)\n    {\n    }\n    ~NodeEvent(){}\n    /*\n     * Topology constraints are generated for the opening and closing \n     * edges of each node and every open segment at pos.\n     */\n    void createStraightConstraints(OpenSegments& openSegments,\n            const Node *leftNeighbour, const Node *rightNeighbour);\n};\n/*\n * at node openings the node is placed in the list of #openNodes and a\n * topology constraint is created for one side of the node rectangle and\n * every open segment.\n */\nstruct NodeOpen : NodeEvent {\n    /// position in openNodes\n    OpenNodes::iterator openListIndex;\n    NodeOpen(vpsc::Dim dim, Node *node)\n        : NodeEvent(true,node->rect->getMinD(vpsc::conjugate(dim)),node)\n    {\n        scanDim = dim;\n    }\n    void process(OpenNodes& openNodes, OpenSegments& openSegments)\n    {\n        FILE_LOG(logDEBUG) << \"NodeOpen::process()\";\n        pair<OpenNodes::iterator,bool> r =\n            openNodes.insert(make_pair(node->rect->getCentreD(scanDim),this));\n        // the following test fails if there is already an entry in\n        // openNodes at this position\n        //COLA_ASSERT(r.second);\n        if(!r.second) {\n            const Node *n1=node;\n            const Node *n2=((r.first)->second)->node;\n            printf(\"scanpos %f, duplicate in open list at position: %f\\n\",pos,\n                   n1->rect->getCentreD(scanDim));\n            printf(\"  id1=%d, id2=%d\\n\",n1->id, n2->id);\n        }\n        COLA_ASSERT(r.second);\n        openListIndex = r.first;\n        OpenNodes::iterator right=openListIndex, left=openListIndex;\n        Node *leftNeighbour=nullptr, *rightNeighbour=nullptr;\n        if(left!=openNodes.begin()) {\n            leftNeighbour=(--left)->second->node;\n        }\n        if((++right)!=openNodes.end()) {\n            rightNeighbour=right->second->node;\n        }\n        createStraightConstraints(openSegments, leftNeighbour,rightNeighbour);\n    }\n    string toString() {\n        stringstream s;\n        s<<\"NodeOpen@\"<<pos;\n        return s.str();\n    }\n};\n/*\n * at node closings the node is removed from the list of #openNodes and\n * topology constraints are created for the remaining side of the node\n * rectangle and every open segment.  Also, non-overlap constraints\n * are created between the node and its immediate neighbours in openNodes.\n */\nstruct NodeClose : NodeEvent {\n    /* we store the opening corresponding to this closing so that we can\n     * delete it and remove it from the list of OpenNodes.\n     */\n    NodeOpen* opening;\n    vpsc::Constraints& cs;\n    NodeClose(vpsc::Dim dim, Node* node, NodeOpen* o, vpsc::Constraints& cs)\n        : NodeEvent(false,node->rect->getMaxD(vpsc::conjugate(dim)),node)\n        , opening(o)\n        , cs(cs)\n    {\n        COLA_ASSERT(opening->node == node);\n        scanDim = dim;\n    }\n    void createNonOverlapConstraint(const Node* left, const Node* right)\n    {\n        FILE_LOG(logDEBUG)<<\"NodeClose::createNonOverlapConstraint left=\"<<left<<\" right=\"<<right;\n        //double overlap = left->rect->overlapD(vpsc::conjugate(scanDim),right->rect);\n        //if(overlap>1e-5) {\n            double g = left->rect->length(scanDim) + right->rect->length(scanDim);\n            g/=2.0;\n            //if(scanDim==vpsc::HORIZONTAL) {\n                g+=1e-7;\n            //}\n            //COLA_ASSERT(l->getPosition() + g <= r->getPosition());\n            cs.push_back(new vpsc::Constraint(left->var, right->var, g));\n        //}\n    }\n    /*\n     * remove opening from openNodes, cleanup, and generate\n     * TopologyConstraints.\n     */\n    void process(OpenNodes& openNodes, OpenSegments& openSegments)\n    {\n        FILE_LOG(logDEBUG) << \"NodeClose::process()\";\n        OpenNodes::iterator nodePos=opening->openListIndex;\n        OpenNodes::iterator right=nodePos, left=nodePos;\n        Node *leftNeighbour=nullptr, *rightNeighbour=nullptr;\n        if(left!=openNodes.begin()) {\n            leftNeighbour=(--left)->second->node;\n            createNonOverlapConstraint(leftNeighbour,node);\n        }\n        if((++right)!=openNodes.end()) {\n            rightNeighbour=right->second->node;\n            createNonOverlapConstraint(node,rightNeighbour);\n        }\n        openNodes.erase(nodePos);\n        delete opening;\n        // create StraightConstraint from scanpos in every open edge \n        // visible before left and right from node\n        createStraightConstraints(openSegments, leftNeighbour,rightNeighbour);\n        delete this;\n    }\n    string toString() {\n        stringstream s;\n        s<<\"NodeClose@\"<<pos;\n        return s.str();\n    }\n};\n/*\n * Segment events occur at each end of a segment\n */\nstruct SegmentEvent : Event {\n    Segment *s;\n    SegmentEvent(vpsc::Dim dim, bool open, EdgePoint* v, Segment *s)\n        : Event(open,v->pos(vpsc::conjugate(dim))), s(s) {}\n};\n/*\n * at a segment open we add the segment to the list of open segments\n */\nstruct SegmentOpen : SegmentEvent {\n    /// position in openSegments\n    OpenSegments::iterator openListIndex;\n    SegmentOpen(vpsc::Dim dim, Segment *s)\n        : SegmentEvent(dim, true,s->getMin(dim),s)\n    {\n        scanDim = dim;\n    }\n    /// add to list of open segments\n    void process(OpenNodes& openNodes, OpenSegments& openSegments)\n    {\n        COLA_UNUSED(openNodes);\n\n        openListIndex=openSegments.insert(openSegments.end(),this);\n    }\n    string toString() {\n        stringstream s;\n        s<<\"SegmentOpen@\"<<pos;\n        return s.str();\n    }\n};\n/*\n * at a segment closing we remove the segment from the list of openings and cleanup\n */\nstruct SegmentClose : SegmentEvent {\n    /// opening corresponding to this closing\n    SegmentOpen* opening;\n    SegmentClose(vpsc::Dim dim, Segment *s, SegmentOpen* so)\n        : SegmentEvent(dim, false,s->getMax(dim),s), opening(so)\n    {\n        COLA_ASSERT(opening->s==s);\n        scanDim = dim;\n    }\n    void process(OpenNodes& openNodes, OpenSegments& openSegments)\n    {\n        COLA_UNUSED(openNodes);\n\n        openSegments.erase(opening->openListIndex);\n        delete opening;\n        delete this;\n    }\n    string toString() {\n        stringstream s;\n        s<<\"SegmentClose@\"<<pos;\n        return s.str();\n    }\n};\n/* \n * Create topology constraint from scanpos in every open segment to node.\n * Segments must not be on-top-of rectangles.\n */\nvoid NodeEvent::createStraightConstraints(OpenSegments& openSegments,\n        const Node* leftNeighbour, const Node* rightNeighbour) {\n    FILE_LOG(logDEBUG)<<\"NodeEvent::createStraightConstraints():node->id=\"<<node->id<<\" pos=\"<<pos;\n    const double \n        leftLimit=leftNeighbour?leftNeighbour->rect->getCentreD(scanDim):-DBL_MAX,\n        rightLimit=rightNeighbour?rightNeighbour->rect->getCentreD(scanDim):DBL_MAX;\n    for(OpenSegments::iterator j=openSegments.begin(); j!=openSegments.end();++j) {\n        Segment* s=(*j)->s;\n        if ( (s->start->node->id==node->id \n                && s->start->rectIntersect==EdgePoint::CENTRE)\n          || (s->end->node->id==node->id\n                && s->end->rectIntersect==EdgePoint::CENTRE) )\n        {\n            FILE_LOG(logDEBUG1)<<\n                    \"  Not creating because segment is attached to this node!\";\n            continue;\n        } \n        const double p = s->forwardIntersection(scanDim, pos);\n        if ( (p<leftLimit&&pos>leftNeighbour->rect->getMinD(vpsc::conjugate(scanDim))&&\n                pos<leftNeighbour->rect->getMaxD(vpsc::conjugate(scanDim)))\n          || (p>rightLimit&&pos>rightNeighbour->rect->getMinD(vpsc::conjugate(scanDim))&&\n                pos<rightNeighbour->rect->getMaxD(vpsc::conjugate(scanDim))) )\n        { \n            FILE_LOG(logDEBUG1)<<\n                    \"  Skipping because segment is not visible from this node!\";\n            continue;\n        }\n        s->createStraightConstraint(scanDim, node,pos);\n    }\n}\nstruct CompareEvents {\n    bool operator() (Event *const &a, Event *const &b) const {\n        if(a==b) {\n            // Irreflexivity\n            return false;\n        }\n        if(a->pos < b->pos) {\n            return true;\n        } else if(a->pos==b->pos) {\n            NodeOpen *aNO=dynamic_cast<NodeOpen*>(a),\n                     *bNO=dynamic_cast<NodeOpen*>(b);\n            NodeClose *aNC=dynamic_cast<NodeClose*>(a),\n                      *bNC=dynamic_cast<NodeClose*>(b);\n            SegmentOpen *aSO=dynamic_cast<SegmentOpen*>(a),\n                     *bSO=dynamic_cast<SegmentOpen*>(b);\n            SegmentClose *aSC=dynamic_cast<SegmentClose*>(a),\n                      *bSC=dynamic_cast<SegmentClose*>(b);\n\n            // segment opens before closes so that we handle\n            // segments parallel to the scan line properly\n            if(aSO&&bSC) return true;\n            if(aSC&&bSO) return false;\n            // Segment closes at same pos as Node opens, Segment first\n            if(aSC&&bNO) return true;\n            if(bSC&&aNO) return false;\n            // Segment opens at the same position as Node closes, Node first\n            if(aSO&&bNC) return false;\n            if(bSO&&aNC) return true;\n            // Segment opens at the same position as node opens, segment\n            // comes first\n            if(aSO&&bNO) return true;\n            if(bSO&&aNO) return false;\n            // Segment closes at the same position as node closes, node\n            // comes first\n            if(aSC&&bNC) return false;\n            if(bSC&&aNC) return true;\n\n            // close nodes before we open new ones so we don't generate\n            // unnecessary non-overlap constraints\n            if(aNO&&bNC) {\n                COLA_ASSERT(aNO->node!=bNC->node); // no zero height nodes thanks!\n                return false;\n            }\n            if(aNC&&bNO) {\n                COLA_ASSERT(aNC->node!=bNO->node); \n                return true;\n            }\n        }\n        // Transitivity of equivalence\n        return false;\n    }\n};\nTriConstraint::TriConstraint(vpsc::Dim dim, const Node *u, const Node *v,\n        const Node *w, double p, double g, bool left)\n    : u(u), v(v), w(w), p(p), g(g), leftOf(left), scanDim(dim)\n{\n    COLA_ASSERT(assertFeasible());\n}\n\nbool Segment::createStraightConstraint(vpsc::Dim scanDim, Node* node, double pos)\n{\n    COLA_ASSERT((scanDim==vpsc::XDIM)||(scanDim==vpsc::YDIM));\n    // no straight constraints between a node directly connected by its CENTRE \n    // to this segment.\n    COLA_ASSERT(!connectedToNode(node));\n    const double top = max(end->pos(vpsc::conjugate(scanDim)), start->pos(vpsc::conjugate(scanDim))),\n                 bottom = min(end->pos(vpsc::conjugate(scanDim)),start->pos(vpsc::conjugate(scanDim)));\n    // segments orthogonal to scan direction need no StraightConstraints\n    FILE_LOG(logDEBUG)<<\"Segment::createStraightConstraint, node->id=\"<<node->id<<\", edge->id=\"<<edge->id<<\" pos=\"<<pos;\n    if(top==bottom) {\n        FILE_LOG(logDEBUG1)<<\"  Not creating because segment is orthogonal to scan direction!\";\n        return false;\n    }\n    // segment must overlap in the scan dimension with the potential bend point\n    //COLA_ASSERT(bottom<=pos);\n    //COLA_ASSERT(top>=pos);\n    vpsc::Rectangle* r=node->rect;\n    FILE_LOG(logDEBUG1)<<\"Segment: from {\"<<start->pos(scanDim)<<\",\"<<start->pos(vpsc::conjugate(scanDim))<<\"},{\"<<end->pos(scanDim)<<\",\"<<end->pos(vpsc::conjugate(scanDim))<<\"}\";\n    FILE_LOG(logDEBUG1)<<\"Node: rect \"<<*r;\n    // determine direction of constraint based on intersection of segment with\n    // scan line, i.e. set nodeLeft based on whether the intersection of the\n    // potential bend point is to the left or right of the node centre\n    double p;\n    bool nodeLeft=r->getCentreD(scanDim) < forwardIntersection(scanDim, pos,p) ;\n    // set ri (the vertex of the node rectangle that is to be \n    // kept to the left of the segment\n    EdgePoint::RectIntersect ri;\n    if(scanDim==vpsc::HORIZONTAL) {\n        ri=pos < r->getCentreY()\n             ? (nodeLeft ? EdgePoint::BR : EdgePoint::BL)\n             : (nodeLeft ? EdgePoint::TR : EdgePoint::TL);\n    } else {\n        ri=pos < r->getCentreX()\n             ? (nodeLeft ? EdgePoint::TL : EdgePoint::BL)\n             : (nodeLeft ? EdgePoint::TR : EdgePoint::BR);\n    }\n    if(node->id==start->node->id  && ri==start->rectIntersect) {\n        FILE_LOG(logDEBUG1)<<\"Not creating StraightConstraint because bend point is already a real bend associated with the start EdgePoint of this segment!\";\n        return false;\n    }\n    if(node->id==end->node->id  && ri==end->rectIntersect) {\n        FILE_LOG(logDEBUG1)<<\"Not creating StraightConstraint because bend point is already a real bend associated with the end EdgePoint of this segment!\";\n        return false;\n    }\n    straightConstraints.push_back(\n            new StraightConstraint(this, scanDim, node, ri, pos, p, nodeLeft));\n    return true;\n}\n\n/*\n * creates a copy of the StraightConstraint in our own straightConstraints\n * list, but only if this segment is not directly connected to the centre\n * of the StraightConstraint node.\n * @param s the StraightConstraint to be copied across\n */\nvoid Segment::transferStraightConstraint(StraightConstraint* s) {\n    if(!connectedToNode(s->node)) {\n        createStraightConstraint(s->scanDim, s->node,s->pos);\n    }\n}\n/*\n * create a constraint between a segment and a node that is\n * activated when the segment needs to be bent (divided into\n * two new segments\n * @param s the segment\n * @param node the node\n * @param pos the position in !dim (i.e. position of scan line) at\n * which to create the constraint\n */\nStraightConstraint::StraightConstraint(Segment* s, vpsc::Dim dim,\n        Node* node,\n        const EdgePoint::RectIntersect ri,\n        const double scanPos,\n        const double segmentPos,\n        const bool nodeLeft) \n    : TopologyConstraint(dim), segment(s), node(node), ri(ri), pos(scanPos)\n{\n    FILE_LOG(logDEBUG)<<\"StraightConstraint ctor: pos=\"<<pos<<\" edge id=\"<<s->edge->id<<\" node id=\"<<node->id;\n    EdgePoint *u=s->start, *v=s->end;\n    FILE_LOG(logDEBUG1)<<\"s->start: id=\"<<u->node->id\n        <<\", ri=\"<<u->rectIntersect<<\", x=\"<<u->posX()<<\", y=\"<<u->posY();\n    FILE_LOG(logDEBUG1)<<\"node:     id=\"<<node->id\n        <<\", ri=\"<<ri<<\", scanpos=\"<<scanPos;\n    FILE_LOG(logDEBUG1)<<\"s->end:   id=\"<<v->node->id\n        <<\", ri=\"<<v->rectIntersect<<\", x=\"<<v->posX()<<\", y=\"<<v->posY();\n    \n    double g=u->offset(scanDim)+segmentPos*(v->offset(scanDim)-u->offset(scanDim));\n    if(nodeLeft) {\n        g-=node->rect->length(scanDim)/2.0;\n    } else {\n        g+=node->rect->length(scanDim)/2.0;\n    }\n    c=new TriConstraint(scanDim, u->node,v->node,node,segmentPos,g,nodeLeft);\n    assertFeasible();\n}\n/*\n * create a constraint between the two segments joined by this\n * EdgePoint such that the constraint is activated when the segments\n * are aligned.\n * @param bendPoint the articulation point\n */\nBendConstraint::BendConstraint(EdgePoint* v, vpsc::Dim dim)\n    : TopologyConstraint(dim),\n      bendPoint(v)\n{\n    FILE_LOG(logDEBUG)<<\"BendConstraint ctor, pos=\"<<v->pos(vpsc::conjugate(dim));\n    COLA_ASSERT(v->inSegment!=nullptr);\n    COLA_ASSERT(v->outSegment!=nullptr);\n    // v must be a bend point around some node\n    COLA_ASSERT(!v->isEnd());\n    COLA_ASSERT(v->rectIntersect!=EdgePoint::CENTRE);\n    EdgePoint *u=v->inSegment->start, *w=v->outSegment->end;\n    COLA_ASSERT(v->assertConvexBend());\n    bool leftOf=false;\n    if(dim==vpsc::HORIZONTAL) {\n        if(v->rectIntersect==EdgePoint::TR || v->rectIntersect==EdgePoint::BR) {\n            leftOf=true;\n        }\n    } else {\n        if(v->rectIntersect==EdgePoint::TL || v->rectIntersect==EdgePoint::TR) {\n            leftOf=true;\n        }\n    }\n    FILE_LOG(logDEBUG1)<<\"u: id=\"<<u->node->id\n        <<\", ri=\"<<u->rectIntersect<<\", x=\"<<u->posX()<<\", y=\"<<u->posY();\n    FILE_LOG(logDEBUG1)<<\"v: id=\"<<v->node->id\n        <<\", ri=\"<<v->rectIntersect<<\", x=\"<<v->posX()<<\", y=\"<<v->posY();\n    FILE_LOG(logDEBUG1)<<\"w: id=\"<<w->node->id\n        <<\", ri=\"<<w->rectIntersect<<\", x=\"<<w->posX()<<\", y=\"<<w->posY();\n    // bend constraint will be more accurate if the reference segment is the\n    // one most orthogonal to scan line.\n    double p;\n    if(v->inSegment->length(vpsc::conjugate(dim))>v->outSegment->length(vpsc::conjugate(dim))) {\n        v->inSegment->forwardIntersection(scanDim, w->pos(vpsc::conjugate(dim)),p);\n        double g=u->offset(scanDim)+p*(v->offset(scanDim)-u->offset(scanDim))-w->offset(scanDim);\n        c=new TriConstraint(scanDim, u->node,v->node,w->node,p,g,leftOf);\n    } else {\n        v->outSegment->reverseIntersection(scanDim, u->pos(vpsc::conjugate(dim)),p);\n        double g=w->offset(scanDim)+p*(v->offset(scanDim)-w->offset(scanDim))-u->offset(scanDim);\n        c=new TriConstraint(scanDim, w->node,v->node,u->node,p,g,leftOf);\n        FILE_LOG(logDEBUG1)<<\"  Reverse bend constraint!\";\n    }\n    assertFeasible();\n}\nstruct CreateBendConstraints\n{\n    CreateBendConstraints(vpsc::Dim dim)\n        : scanDim(dim)\n    { }\n    void operator() (EdgePoint *ep)\n    {\n        ep->createBendConstraint(scanDim);\n    }\n    vpsc::Dim scanDim;\n};\nstruct CreateSegmentEvents\n{\n    CreateSegmentEvents(vector<Event*>& events, vpsc::Dim dim)\n        : events(events),\n          scanDim(dim)\n    { }\n    void operator() (Segment* s)\n    {\n        // don't generate events for segments parallel to scan line\n        if (s->start->pos(vpsc::conjugate(scanDim)) !=\n                s->end->pos(vpsc::conjugate(scanDim)))\n        {\n            SegmentOpen *open=new SegmentOpen(scanDim, s);\n            SegmentClose *close=new SegmentClose(scanDim, s, open);\n            events.push_back(open);\n            events.push_back(close);\n        }\n    }\n    vector<Event*>& events;\n    vpsc::Dim scanDim;\n};\n\nbool TopologyConstraints::noOverlaps() const {\n    const double e=1e-7;\n    for(Nodes::const_iterator i=nodes.begin();i!=nodes.end();++i) {\n        const Node* u=*i;\n        for(Nodes::const_iterator j=nodes.begin();j!=nodes.end();++j) {\n            const Node* v=*j;\n            if(u==v) continue;\n            /*\n            cout<<\"checking overlap ru=\"<<*u->rect<<\" rv=\"<<*v->rect<<endl;\n            cout<<\"   overlapX=\"<<u->rect->overlapX(v->rect)<<endl;\n            cout<<\"   overlapY=\"<<u->rect->overlapY(v->rect)<<endl;\n            */\n            if(u->rect->overlapX(v->rect)>e) {\n                COLA_ASSERT(u->rect->overlapY(v->rect)<e);\n            }\n        }\n    }\n    return true;\n}\n\nstruct GetVariable {\n    vpsc::Variable* operator() (Node* n) {\n        return n->var;\n    }\n};\nvoid getVariables(Nodes& ns, vpsc::Variables& vs) {\n    COLA_ASSERT(vs.size()==0);\n    vs.resize(ns.size());\n    transform(ns.begin(),ns.end(),vs.begin(),GetVariable());\n}\ninline bool validTurn(EdgePoint* u, EdgePoint* v, EdgePoint* w) {\n    double cpuvw = crossProduct(u->posX(),u->posY(),v->posX(),v->posY(),\n            w->posX(),w->posY());\n    if(cpuvw==0) { // colinear: can safely remove v\n        return true;\n    }\n    // r is the shape that v turns around\n    vpsc::Rectangle* r=v->node->rect;\n    double rx = r->getCentreX(), ry = r->getCentreY();\n    double cpuvr = crossProduct(u->posX(),u->posY(),v->posX(),v->posY(),rx,ry);\n    double cpvwr = crossProduct(v->posX(),v->posY(),w->posX(),w->posY(),rx,ry);\n    if(cpuvw*cpuvr>0 && cpuvw*cpvwr>0) {\n        return true;\n    }\n    return false;\n}\nstruct PruneDegenerate {\n    PruneDegenerate(vpsc::Dim dim, list<EdgePoint*>& pruneList)\n        : pruneList(pruneList),\n          scanDim(dim)\n    {\n    }\n    void operator() (EdgePoint* p) {\n        if(p->inSegment && p->outSegment) {\n            EdgePoint *o=p->inSegment->start, *q=p->outSegment->end;\n            double inSegLen = p->inSegment->length(), \n                   outSegLen = p->outSegment->length();\n            if(inSegLen>0 && outSegLen>0\n                    && o->pos(vpsc::conjugate(scanDim))==p->pos(vpsc::conjugate(scanDim))\n                    && p->pos(vpsc::conjugate(scanDim))==q->pos(vpsc::conjugate(scanDim))) {\n                FILE_LOG(logDEBUG)<<\"EdgePoint collinear in scan dimension!\";\n                FILE_LOG(logDEBUG)<<\"  need to prune\";\n                pruneList.push_back(p);\n            } \n            if(inSegLen==0 && o->inSegment\n                    && !validTurn(o->inSegment->start,p,q)) {\n                COLA_ASSERT(validTurn(o->inSegment->start,o,q));\n                FILE_LOG(logDEBUG)<<\"Pruning node after 0 length segment!\";\n                pruneList.push_back(p);\n            } else if(outSegLen==0 && q->outSegment\n                    && !validTurn(o,p,q->outSegment->end)) {\n                COLA_ASSERT(validTurn(o,q,q->outSegment->end));\n                pruneList.push_back(p);\n            }\n        }\n    }\n    list<EdgePoint*>& pruneList;\n    vpsc::Dim scanDim;\n};\n\nstatic void recCreateTopologyClusterNodes(cola::Cluster *cluster, \n        const vpsc::Dim dim, Nodes& clusterNodes)\n{\n    if (cluster == nullptr)\n    {\n        return;\n    }\n\n    for (cola::Clusters::iterator i = cluster->clusters.begin(); \n            i != cluster->clusters.end(); ++i)\n    {\n        recCreateTopologyClusterNodes(*i, dim, clusterNodes);\n    }\n    \n    // ConvexClusters are handled as connectors by the topology layout, but\n    // for RectangularClusters we make each side look like a separate node\n    // of zero width/height in one dimenstion -- effectively a shape \n    // representing the border on each side of the cluster.\n    cola::RectangularCluster *rectCluster = \n            dynamic_cast<cola::RectangularCluster *> (cluster);\n    if (rectCluster)\n    {\n        clusterNodes.push_back(new Node(rectCluster->clusterVarId, \n                rectCluster->getMinEdgeRect(dim),\n                (dim == 0) ? rectCluster->vXMin : rectCluster->vYMin));\n        clusterNodes.push_back(new Node(rectCluster->clusterVarId + 1, \n                rectCluster->getMaxEdgeRect(dim),\n                (dim == 0) ? rectCluster->vXMax : rectCluster->vYMax));\n    }\n}\n\nTopologyConstraints::TopologyConstraints(const vpsc::Dim axisDim, Nodes& nodes,\n        Edges& edges, cola::RootCluster* clusterHierarchy, vpsc::Variables& vs,\n        vpsc::Constraints& cs)\n    : n(nodes.size()),\n      nodes(nodes),\n      edges(edges),\n      clusters(clusterHierarchy),\n      vs(vs),\n      cs(cs),\n      dim(axisDim)\n{\n    /*\n     * open segments are scanned on node openings and closings to create\n     * topology constraints between the node and each open segment\n     */\n    OpenSegments openSegments;\n    /*\n     * open nodes are stored in a map keyed on position along scan line.\n     * We use this to find neighbouring rectangles at a NodeClose event\n     * so that we can generate non-overlap constraints between the closing\n     * node and its immediate neighbours.\n     * Note that this assumes no overlaps between rectangles.\n     */\n    OpenNodes openNodes;\n\n    FILELog::ReportingLevel() = logERROR;\n    //FILELog::ReportingLevel() = logDEBUG1;\n    FILE_LOG(logDEBUG)<<\"TopologyConstraints::TopologyConstraints():dim=\"<<axisDim;\n    COLA_ASSERT(vs.size()>=n);\n    COLA_ASSERT(noOverlaps());\n    COLA_ASSERT(assertNoSegmentRectIntersection(nodes,edges));\n\n    vector<Event*> events;\n    \n    // We handle rectangular cluster non-overlap by creating two fake shapes \n    // for each cluster with zero width for the left and right side cluster \n    // edges.\n    Nodes clusterNodes;\n    recCreateTopologyClusterNodes(clusterHierarchy, dim, clusterNodes);\n    \n    // allNodes is a set of nodes representing topologyNodes and the clusters.\n    Nodes allNodes = nodes;\n    allNodes.insert(allNodes.end(), clusterNodes.begin(), clusterNodes.end());\n\n    // Scan vertically to create horizontal topology constraints.\n    // Place Segment opening/closing and Rectangle opening/closing into \n    // the event queue\n    for (Nodes::const_iterator i = allNodes.begin(), e = allNodes.end();\n            i != e; ++i)\n    {\n        Node* v=*i;\n        NodeOpen *open=new NodeOpen(dim, v);\n        NodeClose *close=new NodeClose(dim, v,open,cs);\n        events.push_back(open);\n        events.push_back(close);\n    }\n    list<EdgePoint*> pruneList;\n    for(Edges::const_iterator i=edges.begin(),e=edges.end();i!=e;++i) {\n        (*i)->forEachEdgePoint(PruneDegenerate(dim,pruneList),true);\n    }\n    for(list<EdgePoint*>::iterator i=pruneList.begin(), e=pruneList.end();\n            i!=e; ++i) {\n        (*i)->prune(dim);\n    }\n    COLA_ASSERT(assertNoZeroLengthEdgeSegments(edges));\n    for(Edges::const_iterator i=edges.begin(),e=edges.end();i!=e;++i) {\n        (*i)->forEach(CreateBendConstraints(dim),\n                CreateSegmentEvents(events, dim),true);\n    }\n    // process events in top to bottom order\n    sort(events.begin(),events.end(),CompareEvents());\n    for (vector<Event *>::iterator curr = events.begin();\n            curr != events.end(); ++curr)\n    {\n        (*curr)->process(openNodes, openSegments);\n    }\n    COLA_ASSERT(openSegments.empty());\n    COLA_ASSERT(openNodes.empty());\n    COLA_ASSERT(assertFeasible());\n    FILE_LOG(logDEBUG)<<\"TopologyConstraints::TopologyConstraints()... done.\";\n    // Delete the temporary clusterNodes.\n    for_each(clusterNodes.begin(), clusterNodes.end(), delete_object());\n}\n\nTopologyConstraints::\n~TopologyConstraints() {\n    for(Edges::const_iterator i=edges.begin(),e=edges.end();i!=e;++i) {\n        (*i)->forEach(mem_fn(&EdgePoint::deleteBendConstraint),\n                mem_fn(&Segment::deleteStraightConstraints),true);\n    }\n}\n} // namespace topology\n"
  },
  {
    "path": "cola/libtopology/topology_graph.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n// sstream needs ::strcpy_s under MinGW so include cstring.\n#include <cstring>\n\n#include <sstream>\n#include <stdexcept>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libcola/cola.h\"\n#include \"libcola/straightener.h\"\n\n#include \"libtopology/topology_log.h\"\n#include \"libtopology/topology_graph.h\"\n#include \"libtopology/topology_constraints.h\"\n\nusing namespace std;\n\n\nnamespace topology {\n\nvoid setNodeVariables(Nodes& ns, std::vector<vpsc::Variable*>& vs) {\n    COLA_ASSERT(ns.size()<=vs.size());\n    std::vector<vpsc::Variable*>::iterator v=vs.begin();\n    for(Nodes::iterator i=ns.begin();i!=ns.end();++i,++v) {\n        (*i)->var=(*v);\n    }\n}\n\nstatic const double POSITION_LIMIT = 1000000;\n\nNode::Node(unsigned id, vpsc::Rectangle* r, vpsc::Variable* v)\n    : id(id), rect(r), var(v)\n{ \n    COLA_ASSERT(initialPos(vpsc::XDIM) >- POSITION_LIMIT);\n    COLA_ASSERT(initialPos(vpsc::XDIM) < POSITION_LIMIT);\n\n    COLA_ASSERT(initialPos(vpsc::YDIM) >- POSITION_LIMIT);\n    COLA_ASSERT(initialPos(vpsc::YDIM) < POSITION_LIMIT);\n}\nvoid Node::setDesiredPos(double d, double weight) {\n    var->desiredPosition=d;\n    var->weight=weight;\n}\ndouble Node::initialPos(vpsc::Dim scanDim) const {\n    return rect->getCentreD(scanDim);\n}\ndouble Node::finalPos() const {\n    return var->finalPosition;\n}\ndouble Node::posOnLine(vpsc::Dim scanDim, double alpha) const {\n    double i=initialPos(scanDim);\n    double d=finalPos()-i;\n    return i+alpha*d; \n}\nvoid EdgePoint::deleteBendConstraint() {\n    if(bendConstraint) {\n        delete bendConstraint;\n        bendConstraint=nullptr;\n    }\n}\nEdgePoint::~EdgePoint() {\n    deleteBendConstraint();\n}\nSegment* EdgePoint::prune(vpsc::Dim scanDim) {\n    Edge* e = inSegment->edge;\n    EdgePoint* start = inSegment->start,\n             * end = outSegment->end;\n    Segment* s = new Segment(e,start,end);\n    if(e->lastSegment==inSegment && e->firstSegment==outSegment) {\n        FILE_LOG(logDEBUG)<<\"  handling cyclical boundary.\";\n        e->firstSegment=s;\n        e->lastSegment=start->inSegment;\n    }\n    if(e->firstSegment==inSegment) {\n        e->firstSegment=s;\n    }\n    if(e->lastSegment==outSegment) {\n        e->lastSegment=s;\n    }\n    // transfer each StraightConstraint from inSegment and outSegment\n    // to new Segment s.\n    Segment::TransferStraightConstraint transfer = \n        std::bind(&Segment::transferStraightConstraint,s,std::placeholders::_1);\n    inSegment->forEachStraightConstraint(transfer);\n    outSegment->forEachStraightConstraint(transfer);\n\n    // update the BendConstraints associated with the end EdgePoints of\n    // the new segment\n    start->createBendConstraint(scanDim);\n    end->createBendConstraint(scanDim);\n\n    e->nSegments--;\n    delete inSegment;\n    delete outSegment;\n    delete this;\n    return s;\n}\nbool EdgePoint::createBendConstraint(vpsc::Dim scanDim) {\n    // edges shouldn't double back!\n    COLA_ASSERT(assertConvexBend());\n    // we replace any existing bend constraint\n    if(bendConstraint) {\n        delete bendConstraint;\n        bendConstraint=nullptr;\n    }\n    // don't generate BendConstraints for Edge end points\n    if(isEnd()) {\n        return false;\n    }\n    // don't try to generate a BendConstraint if both incident segments\n    // are parallel to the scan dimension\n    if(inSegment->length(vpsc::conjugate(scanDim)) == 0 &&\n       outSegment->length(vpsc::conjugate(scanDim)) == 0) {\n        return false;\n    }\n    bendConstraint = new BendConstraint(this, scanDim);\n    return true;\n}\nvoid EdgePoint::getBendConstraint(vector<TopologyConstraint*>* ts) {\n    if(bendConstraint) {\n        ts->push_back(bendConstraint);\n    }\n}\ndouble EdgePoint::pos(vpsc::Dim dim) const {\n    double p;\n    vpsc::Rectangle* r=node->rect;\n    switch(rectIntersect) {\n        case TL:\n            p=dim==vpsc::XDIM?\n                r->getMinX():r->getMaxY();\n            break;\n        case TR:\n            p=r->getMaxD(dim);\n            break;\n        case BL:\n            p=r->getMinD(dim);\n            break;\n        case BR:\n            p=dim==vpsc::XDIM?\n                r->getMaxX():r->getMinY();\n            break;\n        default:\n            p=r->getCentreD(dim);\n    }\n    return p;\n}\ndouble EdgePoint::offset(vpsc::Dim dim) const\n{\n    if(rectIntersect==CENTRE) {\n        return 0;\n    }\n    double o = node->rect->length(dim)/2.0;\n    if ((dim==vpsc::XDIM && (rectIntersect == TL || rectIntersect == BL)) ||\n        (dim==vpsc::YDIM && (rectIntersect == BL || rectIntersect == BR)))\n        {\n            return -o;\n        }\n        return o;\n    }\n    /*\n     * @return true if the EdgePoint is the end of an edge.\n     * Note that cluster boundary edges are cycles, and therefore have no\n     * ends.\n     */\n    bool EdgePoint::isEnd() const {\n        if(outSegment==nullptr || inSegment==nullptr) {\n            return true;\n        }\n        return false;\n    }\ninline void normalise(double& x, double& y) {\n    double l=sqrt(x*x+y*y);\n    x/=l;\n    y/=l;\n}\nbool EdgePoint::assertConvexBend() const {\n    const double eps=1e-7;\n    if(inSegment && outSegment \n       && inSegment->length()>eps && outSegment->length()>eps) \n    {\n        EdgePoint* u=inSegment->start;\n        EdgePoint* w=outSegment->end;\n        // cp>0: left turn, cp<0: right turn\n        double cp = crossProduct(u->posX(),u->posY(),posX(),posY(),w->posX(),w->posY());\n        double dx = w->posX() - u->posX(), dy = w->posY() - u->posY();\n        try {\n            if( rectIntersect==CENTRE ) {\n                throw runtime_error(\"Bend point is CENTRE connected!\");\n            }\n            if( u->node->id==node->id && u->rectIntersect==rectIntersect ) {\n                throw runtime_error(\"Consecutive end points the same!\");\n            }\n            if(w->node->id==node->id&&w->rectIntersect==rectIntersect) {\n                throw runtime_error(\"Consecutive end points the same!\");\n            }\n            if(u->node->id==w->node->id&&u->rectIntersect==w->rectIntersect) {\n                throw runtime_error(\"Two points on same edge the same!\");\n            }\n            // monotonicity:\n            if(!( (u->posX()<=posX()+eps && posX()<=w->posX()+eps) ||\n                  (u->posX()>=posX()-eps && posX()>=w->posX()-eps))) \n            {\n                throw runtime_error(\"3 consecutive points not monotonically increasing in X!\\n\");\n            }\n            if(!( (u->posY()<=posY()+eps && posY()<=w->posY()+eps) ||\n                  (u->posY()>=posY()-eps && posY()>=w->posY()-eps)) )\n            {\n                throw runtime_error(\"3 consecutive points not monotonically increasing in Y!\\n\");\n            }\n            // ensure tight turn\n            if(fabs(dx)>eps && fabs(dy)>eps) {\n                switch(rectIntersect) {\n                    case TR:\n                        if(dx>0) { // ux<wx\n                            if(dy>0) { // uy<wy\n                                throw runtime_error(\"turn not tight: C1\");\n                            } else if(cp>eps) {\n                                throw runtime_error(\"turn not tight: C2\");\n                            }\n                        } else { // ux>=wx\n                            if(dy<0) {\n                                throw runtime_error(\"turn not tight: C3\");\n                            } else if(cp<-eps) {\n                                throw runtime_error(\"turn not tight: C4\");\n                            }\n                        }\n                        break;\n                    case BR:\n                        if(dx>0) { // ux<wx\n                            if(dy<0) {\n                                throw runtime_error(\"turn not tight: C5\");\n                            } else if(cp<-eps) {\n                                throw runtime_error(\"turn not tight: C6\");\n                            }\n                        } else { // ux>=wx\n                            if(dy>0) {\n                                throw runtime_error(\"turn not tight: C7\");\n                            } else if(cp>eps) {\n                                throw runtime_error(\"turn not tight: C8\");\n                            }\n                        }\n                        break;\n                    case BL:\n                        if(dx>0) { //ux<wx\n                            if(dy>0) {\n                                throw runtime_error(\"turn not tight: C9\");\n                            } else if(cp<-eps) {\n                                throw runtime_error(\"turn not tight: C10\");\n                            }\n                        } else { //ux>=wx\n                            if(dy<0) {\n                                throw runtime_error(\"turn not tight: C11\");\n                            } else if(cp>eps) {\n                                throw runtime_error(\"turn not tight: C12\");\n                            }\n                        }\n                        break;\n                    case TL:\n                        if(dx>0) { // ux<wx\n                            if(dy<0) { // uy>wy\n                                throw runtime_error(\"turn not tight: C13\");\n                            } else if(cp>eps) {\n                                throw runtime_error(\"turn not tight: C14\");\n                            }\n                        } else { // ux>=wx\n                            if(dy>0) {\n                                throw runtime_error(\"turn not tight: C15\");\n                            } else if(cp<-eps) {\n                                throw runtime_error(\"turn not tight: C16\");\n                            }\n                        }\n                        break;\n                    default:\n                        // a bend point must be associated with one of the\n                        // corners of a rectangle!\n                        COLA_ASSERT(false);\n                }\n            }\n        } catch(runtime_error & e) {\n            printf(\"  convexity bend point test failed: %s, dx=%f, dy=%f, cp=%f:\\n\",e.what(),dx,dy,cp);\n            printf(\"    (nid=%d,ri=%d):u={%f,%f}\\n\",\n                    u->node->id,u->rectIntersect,u->posX(),u->posY());\n            printf(\"    (nid=%d,ri=%d):v={%f,%f}\\n\",\n                    node->id,rectIntersect,posX(),posY());\n            printf(\"    (nid=%d,ri=%d):w={%f,%f}\\n\",\n                    w->node->id,w->rectIntersect,w->posX(),w->posY());\n            printf(\"    turn cross product=%e\\n\",cp);\n            cout<<\"Show[Graphics[{\"<<endl;\n            cout<<*u->node->rect<<\",\"<<*node->rect<<\",\"<<*w->node->rect<<\",\"<<endl;\n            cout<<inSegment->toString()<<\",\"<<outSegment->toString()<<endl;\n            cout<<\"}]]\"<<endl;\n            COLA_ASSERT(false);\n        }\n    } \n    return true;\n}\nbool Segment::connectedToNode(const Node* v) const {\n    if (start->rectIntersect == EdgePoint::CENTRE && start->node->id == v->id) {\n        return true;\n    }\n    if (end->rectIntersect == EdgePoint::CENTRE && end->node->id == v->id) {\n        return true;\n    }\n    return false;\n}\nvoid Segment::\ngetStraightConstraints(vector<TopologyConstraint*>* ts) const {\n    size_t n = ts->size();\n    ts->resize(n+straightConstraints.size());\n    copy(straightConstraints.begin(),straightConstraints.end(),\n            ts->begin()+n);\n}\nvoid Segment::deleteStraightConstraints() {\n    forEachStraightConstraint(delete_object());\n    straightConstraints.clear();\n}\n/*\n * clean up topologyConstraints\n */\nSegment::~Segment() {\n    deleteStraightConstraints();\n}\ndouble Segment::length(vpsc::Dim dim) const {\n    return fabs(end->pos(dim)-start->pos(dim));\n}\nvoid Segment::assertNonZeroLength() const {\n    if(length()==0) {\n        printf(\"segment length=%f\\n\",length());\n    }\n    //COLA_ASSERT(length()>0);\n}\ndouble Segment::length() const {\n    double dx = end->posX() - start->posX();\n    double dy = end->posY() - start->posY();\n    return sqrt(dx*dx + dy*dy);\n}\n\nstruct copyEdgePointsToRoute {\n    copyEdgePointsToRoute(straightener::Route* r) : x(r->xs), y(r->ys) {}\n    void operator() (const EdgePoint* p) {\n        *x++=p->posX();\n        *y++=p->posY();\n    }\n    double *x, *y;\n};\nstraightener::Route* Edge::getRoute() const {\n    straightener::Route* r = new straightener::Route(nSegments+1);\n    forEachEdgePoint(copyEdgePointsToRoute(r));\n    return r;\n}\nstruct accumulateLength {\n    accumulateLength(double& a) : a(a) {}\n    void operator()(const Segment* s) {\n        a+=s->length();\n    }\n    double& a;\n};\ndouble Edge::pathLength() const {\n    double totalLength = 0;\n    forEachSegment(accumulateLength(totalLength));\n    return totalLength;\n}\nbool Edge::assertConvexBends() const {\n    forEachEdgePoint(mem_fn(&EdgePoint::assertConvexBend),true);\n    return true;\n}\nstruct PointToString {\n    PointToString(stringstream& ss) : ss(ss) {}\n    void operator()(const EdgePoint* p) {\n        ss << *p->node->rect << \",\" <<endl;\n    }\n    stringstream& ss;\n};\nstruct SegmentToString {\n    SegmentToString(stringstream& ss) : ss(ss) {}\n    void operator()(const Segment* s) {\n        ss << s->toString() <<\",\";\n    }\n    stringstream& ss;\n};\nstring Segment::toString() const {\n    stringstream ss;\n    ss << \"Hue[0.77],\" << \"Line[{{\"<<start->posX()<<\",\"<<start->posY()<<\"},{\"\n        << end->posX()<<\",\"<<end->posY()<<\"}}]\";\n    return ss.str();\n}\nstring Edge::toString() const {\n    stringstream ss;\n    ss << \"Show[Graphics[{\";\n    forEach(PointToString(ss),SegmentToString(ss));\n    ss << \"}]]\" << endl;\n    return ss.str();\n}\nstruct buildPath {\n    buildPath(ConstEdgePoints& vs) : vs(vs) {}\n    void operator()(const EdgePoint* p) {\n        vs.push_back(p);\n    }\n    ConstEdgePoints& vs;\n};\n/*\n * Get a list of all the EdgePoints along the Edge path.  Note that for\n * cycles the start/end point will be at the start and end of the list,\n * i.e. it will appear in the list twice.\n */\nvoid Edge::getPath(ConstEdgePoints& vs) const {\n    forEachEdgePoint(buildPath(vs));\n}\nbool assertConvexBends(const Edges& es) {\n    for_each(es.begin(),es.end(),mem_fn(&Edge::assertConvexBends));\n    return true;\n}\n#ifndef NDEBUG\nstruct NoIntersection {\n    NoIntersection(const Nodes& vs) : vs(vs) {}\n    void operator()(const Segment* s) {\n        for(Nodes::const_iterator v=vs.begin();v!=vs.end();++v) {\n            if(s->start->node->id==(*v)->id || s->end->node->id==(*v)->id) {\n                continue;\n            }\n            if(s->start->node==s->end->node) {\n                COLA_ASSERT((s->start->rectIntersect==EdgePoint::BL && \n                                s->end->rectIntersect==EdgePoint::BR) ||\n                            (s->start->rectIntersect==EdgePoint::BR &&\n                                s->end->rectIntersect==EdgePoint::BL) ||\n                            (s->start->rectIntersect==EdgePoint::BL &&\n                                s->end->rectIntersect==EdgePoint::TL) ||\n                            (s->start->rectIntersect==EdgePoint::TL &&\n                                s->end->rectIntersect==EdgePoint::BL) ||\n                            (s->start->rectIntersect==EdgePoint::BR &&\n                                s->end->rectIntersect==EdgePoint::TR) ||\n                            (s->start->rectIntersect==EdgePoint::TR &&\n                                s->end->rectIntersect==EdgePoint::BR) ||\n                            (s->start->rectIntersect==EdgePoint::TL &&\n                                s->end->rectIntersect==EdgePoint::TR) || \n                            (s->start->rectIntersect==EdgePoint::TR &&\n                                s->end->rectIntersect==EdgePoint::TL));\n                continue;\n            }\n            double sx=s->start->posX(), sy=s->start->posY(),\n                   ex=s->end->posX(), ey=s->end->posY();\n            double xBorder=vpsc::Rectangle::xBorder;\n            double yBorder=vpsc::Rectangle::yBorder;\n            vpsc::Rectangle::setXBorder(xBorder-1e-6);\n            vpsc::Rectangle::setYBorder(yBorder-1e-6);\n            if((*v)->rect->overlaps(sx,sy,ex,ey)) {\n                printf(\"ERROR: Segment on edge id=%d overlaps Node id=%d\\n\",\n                        s->edge->id,(*v)->id);\n                COLA_ASSERT(false);\n            }\n            vpsc::Rectangle::setXBorder(xBorder);\n            vpsc::Rectangle::setYBorder(yBorder);\n        }\n    }\n    const Nodes& vs;\n};\nbool assertNoSegmentRectIntersection(\n        const Nodes& vs, const Edges& es) {\n    for(Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        (*e)->forEachSegment(NoIntersection(vs));\n    }\n    return true;\n}\nbool assertNoZeroLengthEdgeSegments(const Edges& es) {\n    for(Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        (*e)->forEachSegment(mem_fn(&Segment::assertNonZeroLength));\n    }\n    return true;\n}\nvoid printEdges(const Edges& es) {\n    for(Edges::const_iterator e=es.begin();e!=es.end();++e) {\n        cout<<(*e)->toString()<<endl;\n    }\n}\n#endif\n} // namespace topology\n\n"
  },
  {
    "path": "cola/libtopology/topology_graph.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * Class definitions for graph elements used in determining topology\n * preserving constraints.\n */\n\n#ifndef TOPOLOGY_GRAPH_H\n#define TOPOLOGY_GRAPH_H\n\n#include <vector>\n#include <functional>\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/rectangle.h\"\n\n#include \"libtopology/util.h\"\n\nnamespace vpsc {\n    class Variable;\n}\nnamespace straightener {\n    struct Route;\n}\nnamespace topology {\n    class Segment;\n    class TopologyConstraint;\n    class BendConstraint;\n    class StraightConstraint;\n    class Edge;\n    /**\n     * @brief  Topology representation for a node.\n     *\n     * Each node is associated with a rectangle and solver variables\n     * for the x and y axes.\n     *\n     * @note You shouldn't need to create these yourself, but you may\n     *       extract them from an existing ColaTopologyAddon and construct\n     *       a new ColaTopologyAddon with that same topology information.\n     */\n    class Node {\n    public:\n        // the index of the associated node / variable / rectangle\n        const unsigned id;\n        // the bounding box of the associated node\n        vpsc::Rectangle* rect;\n        /*\n         * When an edge path is being defined externally with a vector of\n         * EdgePoint, a variable would not be specified.\n         * @param id\n         * @param r\n         */\n        Node(unsigned id, vpsc::Rectangle *r, vpsc::Variable *v = nullptr);\n        void setDesiredPos(double d, double weight=1.0);\n        double initialPos(vpsc::Dim scanDim) const;\n        double finalPos() const;\n        double posOnLine(vpsc::Dim scanDim, double alpha) const;\n        vpsc::Variable* getVar() const { return var; }\n        // variable positions used by solver\n        vpsc::Variable* var;\n    };\n    /** \n     * @brief  A vector of pointers to Node objects.\n     */\n    typedef std::vector<Node *> Nodes;\n    /*\n     * let n=ns.size(), where n<=vs.size(), \n     * for i<n we set the variable for ns[i] to be vs[i].\n     */\n    void setNodeVariables(Nodes& ns, std::vector<vpsc::Variable*>& vs);\n    /*\n     * An EdgePoint is a point along an edge path.  It must correspond to\n     * either the middle of a Node (the start/end of the edge) or to a corner\n     * of a Node (a bend point around an edge).\n     */\n    class EdgePoint {\n    public:\n        // the node / variable / rectangle associated with this EdgePoint\n        Node* node;\n        // where the EdgePoint lies on the rectangle\n        enum RectIntersect { \n            TR, //< top right corner\n            BR, //< bottom right corner\n            BL, //< bottom left corner\n            TL, //< bends around rectangle's top-left corner\n            CENTRE //< connected to the rectangle's centre, hence the end of the edge.\n        } rectIntersect;\n        // the incoming segment to this EdgePoint on the edge path\n        Segment* inSegment;\n        // the outgoing segment to this EdgePoint on the edge path\n        Segment* outSegment;\n        /* each articulation EdgePoint (where isReal()==false) \n         *  will be assigned (not immediately) a bendConstraint\n         */\n        BendConstraint* bendConstraint;\n        // append bendConstraint (if not nullptr) to ts\n        void getBendConstraint(std::vector<TopologyConstraint*>* ts);\n        // @return true if constraint created\n        bool createBendConstraint(vpsc::Dim scanDim);\n        // delete the bendConstraint and reset pointer to nullptr\n        void deleteBendConstraint();\n        /*\n         * Constructor associates the point with a node vertex but\n         * not an edge.\n         */\n        EdgePoint(Node* n, RectIntersect i) \n                : node(n), rectIntersect(i)\n                , inSegment(nullptr), outSegment(nullptr) \n                , bendConstraint(nullptr)\n        {\n        }\n        /* \n         * @param dim the axis (either horizontal or\n         * vertical) of the coordinate to return\n         * @return the position, computed based on rectIntersect and rectangle\n         * vertices of the node\n         */\n        double pos(vpsc::Dim dim) const;\n        // @return x position\n        double posX() const { return pos(vpsc::HORIZONTAL); }\n        // @return y position\n        double posY() const { return pos(vpsc::VERTICAL); }\n        /* \n         *  @return where the EdgePoint on the rectangle as a vertex index\n         *  for libavoid.\n         */\n        unsigned short rectIntersectAsVertexNumber(void) const\n        {\n            switch(rectIntersect) {\n                case topology::EdgePoint::BR:\n                    return 0;\n                case topology::EdgePoint::TR: \n                    return 1;\n                case topology::EdgePoint::TL:\n                    return 2;\n                case topology::EdgePoint::BL: \n                    return 3;\n                default: \n                    return 4;\n            }\n        }\n        /*\n         * for any two EdgePoint the following should always be false!\n         * @param e an EdgePoint (not this one)\n         */\n        bool uniqueCheck(const EdgePoint* e) const {\n            COLA_ASSERT(this!=e);\n            return node==e->node && rectIntersect==e->rectIntersect;\n        }\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        ~EdgePoint();\n#endif\n        /*\n         * @return true if the EdgePoint is the end of an edge otherwise\n         * asserts that it is a valid bend point.\n         */\n        bool isEnd() const;\n        /*\n         * asserts that, if this is a bend point, it does not double back in either\n         * the horizontal or vertical directions.\n         */\n        bool assertConvexBend() const;\n        /*\n         * @return offset from centre of node\n         */\n        double offset(vpsc::Dim scanDim) const;\n        /*\n         * remove this point from the edge replacing its in and out\n         * segments with a single new Segment.\n         * @return the replacement Segment\n         */\n        Segment* prune(vpsc::Dim scanDim);\n    };\n    /*\n     * A vector of pointers to EdgePoint objects.\n     */\n    typedef std::vector<EdgePoint *> EdgePoints;\n    typedef std::vector<const EdgePoint *> ConstEdgePoints;\n    /*\n     * a Segment is one straightline segment between two EdgePoint which are\n     * either bend points and/or ends of the edge.\n     */\n    class Segment {\n    public:\n        /*\n         * Create segment for a given edge between two EdgePoints.\n         * Note that segments can be zero length, for example between \n         * opposite corners of two rectangles.\n         * @param edge the edge to which this segment belongs\n         * @param start the EdgePoint at the start of the segment\n         * @param end the EdgePoint at the end of the segment\n         */\n        Segment(Edge* edge, EdgePoint* start, EdgePoint* end) \n            : edge(edge), start(start), end(end)\n        {\n            // no self loops!\n            COLA_ASSERT(start!=end);\n            // the ends of the segment should not involve the same rectangle vertex\n            COLA_ASSERT(!start->uniqueCheck(end));\n            start->outSegment=this;\n            end->inSegment=this;\n        }\n        /*\n         * add a new StraightConstraint to this segment (if necessary)\n         * @param node the node with which the constraint is associated\n         * @param pos the scanPos, i.e. the position in the scan dimension\n         * of the opening or closing of node.\n         * @return true if a constraint was created\n         */\n        bool createStraightConstraint(vpsc::Dim dim, Node* node, double pos);\n        /*\n         * creates a copy of the StraightConstraint in our own\n         * straightConstraints list, but only if this segment is not directly\n         * connected to the centre of the StraightConstraint node.  @param s\n         * the StraightConstraint to be copied across\n         */\n        void transferStraightConstraint(StraightConstraint* s);\n        /*\n         * this typedef can be used to declare a wrapper functor\n         * for transferStraightConstraint\n         */\n        typedef std::function<void(StraightConstraint*)> TransferStraightConstraint;\n        /*\n         * TransferStraightConstraint might for example be applied to\n         * forEachStraightConstraint\n         */\n        template <typename T>\n        void forEachStraightConstraint(T f) {\n            for_each(straightConstraints.begin(),straightConstraints.end(),f);\n        }\n        /*\n         * append straightConstraints to ts\n         */\n        void getStraightConstraints(std::vector<TopologyConstraint*>* ts) \n            const;\n        /*\n         * clean up topologyConstraints\n         */\n        void deleteStraightConstraints();\n        ~Segment();\n        // the edge which this segment is part of\n        Edge* edge;\n        // the start point of the segment - either the end of the edge\n        // if connected to a real node, or a bend point\n        EdgePoint* start;\n        // the end point of the segment\n        EdgePoint* end;\n        /*\n         * @return the EdgePoint at the minimum extent of this segment on the\n         * scan axis\n         */\n        EdgePoint* getMin(vpsc::Dim scanDim) const\n        {\n            if (start->pos(vpsc::conjugate(scanDim)) <=\n                    end->pos(vpsc::conjugate(scanDim)))\n            {\n                return start;\n            }\n            return end;\n        }\n        /*\n         * @return the EdgePoint on the maximum extent of this segment on the\n         * scan axis\n         */\n        EdgePoint* getMax(vpsc::Dim scanDim) const\n        {\n            if (start->pos(vpsc::conjugate(scanDim)) >\n                    end->pos(vpsc::conjugate(scanDim)))\n            {\n                return start;\n            }\n            return end;\n        }\n        /* \n         * compute the intersection with the line !dim=pos.\n         * if called when Segment is parallel to scan line it will throw an\n         * assertion error.\n         * @param pos position of scanline\n         * @param p distance along line from start to end at which intersection\n         * occurs (where 0 is at the start and 1 is at the end -- though\n         * note that p will be outside this range for BendConstraints).\n         * @return position along scanline of intersection with the line along\n         * this edge segment\n         */\n        double forwardIntersection(vpsc::Dim scanDim, double pos, double &p) const {\n            return intersection(scanDim, pos, start, end, p);\n        }\n        double reverseIntersection(vpsc::Dim scanDim, double pos, double &p) const {\n            return intersection(scanDim, pos, end, start, p);\n        }\n        double forwardIntersection(vpsc::Dim scanDim, double pos) const {\n            double p;\n            return forwardIntersection(scanDim, pos,p);\n        }\n        double intersection(vpsc::Dim scanDim, const double pos,\n                const EdgePoint* s, const EdgePoint* e, double& p) const\n        {\n            double ux=s->pos(scanDim);\n            double vx=e->pos(scanDim);\n            double uy=s->pos(vpsc::conjugate(scanDim));\n            double vy=e->pos(vpsc::conjugate(scanDim));\n            double denom = vy - uy;\n            COLA_ASSERT(denom!=0); // must not be parallel to scanline!\n            p = (pos - uy)/denom;\n            return ux + p * (vx-ux);\n        }\n        std::string toString() const;\n        /*\n         * Compute the length in the specified dimension.\n         */\n        double length(vpsc::Dim dim) const;\n        /*\n         * Compute the euclidean distance between #start and #end.\n         */\n        double length() const;\n        void assertNonZeroLength() const;\n        /*\n         * does this segment have Node v as a CENTRE start or end point?\n         */\n        bool connectedToNode(const Node* v) const;\n    private:\n        // a set of topology constraints (left-/right-/above-/below-of\n        // relationships / between this segment and nodes\n        std::vector<StraightConstraint*> straightConstraints;\n    };\n    // do nothing operator used in ForEach\n    template <typename T>\n    struct NoOp {\n        void operator() (T t)\n        {\n            COLA_UNUSED(t);\n        }\n    };\n    /*\n     * defines (hopefully just once) a loop over the bipartite linked-list\n     * of Segment and EdgePoint in an Edge.\n     * In the case of a cluster boundary, the edge will be a cycle, where\n     * the last EdgePoint is also the first.  Thus, we process from\n     * Edge::firstSegment to Edge::lastSegment.  We visit every EdgePoint\n     * (i.e. nSegments+1), in the case of a cycle, the first/last\n     * point will be visited (PointOp applied) twice unless noCycle is set \n     * true.\n     */\n    template <typename PEdge,\n              typename PointOp,\n              typename SegmentOp >\n    void ForEach(PEdge e, PointOp po, SegmentOp so, bool noCycle=false) {\n        Segment* s=e->firstSegment;\n        if(!(e->cycle()&&noCycle)) {\n            po(s->start);\n        }\n        bool last=false;\n        do {\n            EdgePoint* p=s->end;\n            so(s);\n            if(s==e->lastSegment) {\n                last=true;\n            } else {\n                s=p->outSegment;\n            }\n            po(p);\n        } while(!last);\n    }\n    /**\n     * @brief Topology representation of an edge.\n     *\n     * An edge provides a doubly linked list of segments, each involving a pair\n     * of EdgePoints.  \n     *\n     * @note You shouldn't need to create these yourself, but you may\n     *       extract them from an existing ColaTopologyAddon and construct\n     *       a new ColaTopologyAddon with that same topology information.\n     */\n    class Edge {\n    public:\n        /// id specified by user.  Can be used to match to external edge.\n        unsigned id;\n        /// the ideal length which the layout should try to obtain for this edge\n        double idealLength;\n        /**\n         * Head of a doubly-linked list of Segment each involving a pair of\n         * EdgePoints\n         */\n        Segment* firstSegment;\n        /**\n         * End of list of Segment\n         */\n        Segment* lastSegment;\n        // size of segments list headed by firstSegment\n        size_t nSegments;\n        /**\n         * Construct an edge from a list of EdgePoint in sequence\n         */\n        Edge(unsigned id, double idealLength, EdgePoints &vs) \n            : id(id)\n            , idealLength(idealLength)\n            , firstSegment(nullptr), lastSegment(nullptr)\n            , nSegments(0)\n        {\n            EdgePoints::iterator a=vs.begin();\n            for(EdgePoints::iterator b=a+1;b!=vs.end();++a,++b) {\n                Segment* s = new Segment(this,*a,*b); \n                nSegments++;\n                if(firstSegment==nullptr) {\n                    firstSegment = s;\n                }\n                lastSegment = s;\n            }\n        }\n        /*\n         * apply an operation to every Segment and EdgePoint associated with\n         * this Edge \n         * @param po operation to apply to each EdgePoint\n         * @param so operation to apply to each Segment\n         */\n        template <typename PointOp, typename SegmentOp>\n        void forEach(PointOp po, SegmentOp so, bool noCycle=false) {\n            ForEach<Edge*,PointOp,SegmentOp>(this,po,so,noCycle);\n        }\n        /*\n         * apply an operation to every Segment and EdgePoint associated with\n         * this Edge, without changing anything\n         * @param po operation to apply to each EdgePoint\n         * @param so operation to apply to each Segment\n         */\n        template <typename PointOp, typename SegmentOp>\n        void forEach(PointOp po, SegmentOp so, bool noCycle=false) const {\n            ForEach<const Edge*,PointOp,SegmentOp>(this,po,so,noCycle);\n        }\n        /*\n         * apply an operation to every Segment associated with this Edge\n         * @param o operation (a function or functor that takes a pointer to\n         * a segment as an argument)\n         */\n        template <typename T>\n        void forEachSegment(T o) {\n            forEach(NoOp<EdgePoint*>(),o);\n        }\n        /*\n         * a version of forEachSegment for const edges\n         * @param o an operation on a const Segment\n         */\n        template <typename T>\n        void forEachSegment(T o) const {\n            forEach(NoOp<const EdgePoint*>(),o);\n        }\n        /*\n         * apply an operation to every EdgePoint associated with this edge\n         * @param o operation (a function or functor that takes a pointer to\n         * an EdgePoint as an argument)\n         * @param noCycle if the edge is a cycle don't apply o to the \n         * start/end point twice.\n         */\n        template <typename T>\n        void forEachEdgePoint(T o, bool noCycle=false) {\n            forEach(o,NoOp<Segment*>(),noCycle);\n        }\n        /*\n         * a version of forEachEdgePoint for const edges\n         * @param o an operation on a const EdgePoint\n         * @param noCycle if the edge is a cycle apply o to the \n         * start/end point only once.\n         */\n        template <typename T>\n        void forEachEdgePoint(T o, bool noCycle=false) const {\n            forEach(o,NoOp<const Segment*>(),noCycle);\n        }\n\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n        /*\n         * cleanup segments\n         */\n        ~Edge() {\n            forEach(delete_object(),delete_object(),true);\n        }\n#endif\n\n        /*\n         * the sum of the lengths of all the segments\n         */\n        double pathLength() const;\n        /*\n         * get a list of all the EdgePoints along the Edge path\n         */\n        void getPath(ConstEdgePoints& vs) const;\n        /*\n         * @return a list of the coordinates along the edge route\n         */\n        straightener::Route* getRoute() const;\n        void getTopologyConstraints(std::vector<TopologyConstraint*>* ts) \n        const {\n            forEach(\n                    std::bind(\n                        &EdgePoint::getBendConstraint,std::placeholders::_1,ts),\n                    std::bind(\n                        &Segment::getStraightConstraints,std::placeholders::_1,ts),\n                    true);\n        }\n        bool assertConvexBends() const;\n        bool cycle() const {\n            return firstSegment->start==lastSegment->end;\n        }\n        std::string toString() const;\n    };\n    /**\n     * @brief  A vector of pointers to Edge objects.\n     */\n    typedef std::vector<Edge *> Edges;\n    double compute_stress(const Edges&);\n    void printEdges(const Edges&);\n/*\n * CrossProduct of three points: If the result is 0, the points are collinear; \n * if it is positive, the three points (in order) constitute a \"left turn\", \n * otherwise a \"right turn\".\n */\ninline double crossProduct(\n        double x0, double y0,\n        double x1, double y1,\n        double x2, double y2) {\n    return (x1-x0)*(y2-y0)-(x2-x0)*(y1-y0);\n}\n\n#ifndef NDEBUG\n    bool assertConvexBends(const Edges&);\n    /*\n     * Asserts that there are no intersections between any of the segments\n     * in edges and rectangles in nodes\n     * @param nodes containing rectangles\n     * @param edges containing segments\n     * @return true if assertions succeed\n     */\n    bool assertNoSegmentRectIntersection(const Nodes&, const Edges&);\n    bool assertNoZeroLengthEdgeSegments(const Edges& es);\n#endif\n} // namespace topology\n#endif // TOPOLOGY_GRAPH_H\n\n"
  },
  {
    "path": "cola/libtopology/topology_log.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n/*\nLogging code from DJJ article: http://www.ddj.com/cpp/201804215.\n\nTitle: Logging In C++\nAuthor: Petru Marginean\nKeywords: OCT07   C++\nDescription: Unpublished source code accompanying the article by Petru Marginean, in which he presents a C++ logging framework that is typesafe, thread-safe, and portable.\n */\n#ifndef __TOPOLOGY_LOG_H__\n#define __TOPOLOGY_LOG_H__\n\n#include <sstream>\n#include <string>\n#include <cstdio>\n#include <iomanip>\n\nnamespace topology {\ninline std::string NowTime();\n\nenum TLogLevel {logERROR, logWARNING, logINFO, logDEBUG, logDEBUG1, logDEBUG2, logDEBUG3, logDEBUG4};\n\ntemplate <typename T>\nclass Log\n{\npublic:\n    Log();\n    virtual ~Log();\n    std::ostringstream& Get(TLogLevel level = logINFO);\n    void flush();\npublic:\n    static TLogLevel& ReportingLevel();\n    static std::string ToString(TLogLevel level);\n    static TLogLevel FromString(const std::string& level);\nprotected:\n    std::ostringstream os;\nprivate:\n    Log(const Log&);\n    Log& operator =(const Log&);\n};\n\ntemplate <typename T>\nLog<T>::Log()\n{\n}\n\ntemplate <typename T>\nstd::ostringstream& Log<T>::Get(TLogLevel level)\n{\n    os << \"- \" << NowTime();\n    os << \" \" << ToString(level) << \": \";\n    os << std::string(level > logDEBUG ? level - logDEBUG : 0, '\\t');\n    return os;\n}\n\ntemplate <typename T>\nvoid Log<T>::flush()\n{\n    os << std::endl;\n    T::Output(os.str());\n}\ntemplate <typename T>\nLog<T>::~Log()\n{\n    flush();\n}\n\ntemplate <typename T>\nTLogLevel& Log<T>::ReportingLevel()\n{\n    static TLogLevel reportingLevel = logDEBUG4;\n    return reportingLevel;\n}\n\ntemplate <typename T>\nstd::string Log<T>::ToString(TLogLevel level)\n{\n\tstatic const char* const buffer[] = {\"ERROR\", \"WARNING\", \"INFO\", \"DEBUG\", \"DEBUG1\", \"DEBUG2\", \"DEBUG3\", \"DEBUG4\"};\n    return buffer[level];\n}\n\ntemplate <typename T>\nTLogLevel Log<T>::FromString(const std::string& level)\n{\n    if (level == \"DEBUG4\")\n        return logDEBUG4;\n    if (level == \"DEBUG3\")\n        return logDEBUG3;\n    if (level == \"DEBUG2\")\n        return logDEBUG2;\n    if (level == \"DEBUG1\")\n        return logDEBUG1;\n    if (level == \"DEBUG\")\n        return logDEBUG;\n    if (level == \"INFO\")\n        return logINFO;\n    if (level == \"WARNING\")\n        return logWARNING;\n    if (level == \"ERROR\")\n        return logERROR;\n    Log<T>().Get(logWARNING) << \"Unknown logging level '\" << level << \"'. Using INFO level as default.\";\n    return logINFO;\n}\n\nclass Output2FILE\n{\npublic:\n    static FILE*& Stream();\n    static void Output(const std::string& msg);\n};\n\ninline FILE*& Output2FILE::Stream()\n{\n    static FILE* pStream = stderr;\n    return pStream;\n}\n\ninline void Output2FILE::Output(const std::string& msg)\n{\n    FILE* pStream = Stream();\n    if (!pStream)\n        return;\n    fprintf(pStream, \"%s\", msg.c_str());\n    fflush(pStream);\n}\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n#   if defined (BUILDING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllexport)\n#   elif defined (USING_FILELOG_DLL)\n#       define FILELOG_DECLSPEC   __declspec (dllimport)\n#   else\n#       define FILELOG_DECLSPEC\n#   endif // BUILDING_DBSIMPLE_DLL\n#else\n#   define FILELOG_DECLSPEC\n#endif // _WIN32\n\nclass FILELOG_DECLSPEC FILELog : public Log<Output2FILE> {};\n//typedef Log<Output2FILE> FILELog;\n\n#ifndef FILELOG_MAX_LEVEL\n#define FILELOG_MAX_LEVEL logDEBUG4\n#endif\n\n#define FILE_LOG(level) \\\n    if (level > FILELOG_MAX_LEVEL) ;\\\n    else if (level > FILELog::ReportingLevel() || !Output2FILE::Stream()) ; \\\n    else FILELog().Get(level)\n\n#define FLUSH_LOG(level) \\\n    if (level > FILELOG_MAX_LEVEL) ;\\\n    else if (level > FILELog::ReportingLevel() || !Output2FILE::Stream()) ; \\\n    else FILELog().flush()\n\n#if defined(WIN32) || defined(_WIN32) || defined(__WIN32__)\n\n#include <windows.h>\n\ninline std::string NowTime()\n{\n    const int MAX_LEN = 200;\n    char buffer[MAX_LEN];\n    if (GetTimeFormatA(LOCALE_USER_DEFAULT, 0, 0,\n            \"HH':'mm':'ss\", buffer, MAX_LEN) == 0)\n        return \"Error in NowTime()\";\n\n    static DWORD first = GetTickCount();\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)(GetTickCount() - first) % 1000);\n    return result.str();\n}\n\n#else\n\n#include <sys/time.h>\n\ninline std::string NowTime()\n{\n    char buffer[11];\n    time_t t;\n    time(&t);\n    tm r;\n    strftime(buffer, sizeof(buffer), \"%X\", localtime_r(&t, &r));\n    struct timeval tv;\n    gettimeofday(&tv, 0);\n    std::stringstream result;\n    result << buffer << \".\" << std::setfill('0') << std::setw(3) << ((long)tv.tv_usec / 1000);\n    return result.str();\n}\n\n#endif //WIN32\n} // namespace topology\n#endif //__TOPOLOGY_LOG_H__\n"
  },
  {
    "path": "cola/libtopology/topologyconstraint.nb",
    "content": "(************** Content-type: application/mathematica **************\n                     CreatedBy='Mathematica 5.2'\n\n                    Mathematica-Compatible Notebook\n\nThis notebook can be used with any Mathematica-compatible\napplication, such as Mathematica, MathReader or Publicon. The data\nfor the notebook starts with the line containing stars above.\n\nTo get the notebook into a Mathematica-compatible application, do\none of the following:\n\n* Save the data starting with the line of stars above into a file\n  with a name ending in .nb, then open the file inside the\n  application;\n\n* Copy the data starting with the line of stars above to the\n  clipboard, then use the Paste menu command inside the application.\n\nData for notebooks contains only printable 7-bit ASCII and can be\nsent directly in email or through ftp in text mode.  Newlines can be\nCR, LF or CRLF (Unix, Macintosh or MS-DOS style).\n\nNOTE: If you modify the data for this notebook not in a Mathematica-\ncompatible application, you must delete the line below containing\nthe word CacheID, otherwise Mathematica-compatible applications may\ntry to use invalid cache data.\n\nFor more information on notebooks and Mathematica-compatible \napplications, contact Wolfram Research:\n  web: http://www.wolfram.com\n  email: info@wolfram.com\n  phone: +1-217-398-0700 (U.S.)\n\nNotebook reader applications are available free of charge from \nWolfram Research.\n*******************************************************************)\n\n(*CacheID: 232*)\n\n\n(*NotebookFileLineBreakTest\nNotebookFileLineBreakTest*)\n(*NotebookOptionsPosition[      2261,         69]*)\n(*NotebookOutlinePosition[      2893,         91]*)\n(*  CellTagsIndexPosition[      2849,         87]*)\n(*WindowFrame->Normal*)\n\n\n\nNotebook[{\nCell[BoxData[\n    \\(F[x_] := x[\\([1]\\)] + \\[Alpha] \\((x[\\([2]\\)] - x[\\([1]\\)])\\)\\)], \"Input\"],\n\nCell[BoxData[\n    \\(U = Array[u, 2]; \\ V = Array[v, 2]; \\ W = Array[w, 2];\\)], \"Input\"],\n\nCell[CellGroupData[{\n\nCell[BoxData[\n    \\(Solve[\n      F[W] \\[Equal] F[U] + p \\((F[V] - F[U])\\) + g, \\[Alpha]]\\)], \"Input\"],\n\nCell[BoxData[\n    \\({{\\[Alpha] \\[Rule] \\(\\(-g\\) - u[1] + p\\ u[1] - p\\ v[1] + \\\nw[1]\\)\\/\\(\\(-u[1]\\) + p\\ u[1] + u[2] - p\\ u[2] - p\\ v[1] + p\\ v[2] + w[1] - \\\nw[2]\\)}}\\)], \"Output\"]\n}, Open  ]]\n},\nFrontEndVersion->\"5.2 for X\",\nScreenRectangle->{{0, 1680}, {0, 1050}},\nWindowSize->{520, 600},\nWindowMargins->{{262, Automatic}, {Automatic, 201}}\n]\n\n(*******************************************************************\nCached data follows.  If you edit this Notebook file directly, not\nusing Mathematica, you must remove the line containing CacheID at\nthe top of  the file.  The cache data will then be recreated when\nyou save this file from within Mathematica.\n*******************************************************************)\n\n(*CellTagsOutline\nCellTagsIndex->{}\n*)\n\n(*CellTagsIndex\nCellTagsIndex->{}\n*)\n\n(*NotebookFileOutline\nNotebook[{\nCell[1754, 51, 93, 1, 27, \"Input\"],\nCell[1850, 54, 87, 1, 27, \"Input\"],\n\nCell[CellGroupData[{\nCell[1962, 59, 101, 2, 27, \"Input\"],\nCell[2066, 63, 179, 3, 73, \"Output\"]\n}, Open  ]]\n}\n]\n*)\n\n\n\n(*******************************************************************\nEnd of Mathematica Notebook file.\n*******************************************************************)\n\n"
  },
  {
    "path": "cola/libtopology/util.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libtopology - Classes used in generating and managing topology constraints.\n *\n * Copyright (C) 2007-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef TOPOLOGY_UTIL_H\n#define TOPOLOGY_UTIL_H\nnamespace topology {\n/*\n * templated delete functor for use in for_each loop over vector\n */\nstruct delete_object\n{\n  template <typename T>\n  void operator()(T *ptr){ delete ptr;}\n};\n/* \n * Sum over the results of calling operation for each member in the\n * iterator.  Handier than std::accumulate because we can use with\n * mem_fun to pass in a getter method.\n */\ntemplate <class InputIterator, class T, class Operation >\nT sum_over(InputIterator beg, InputIterator end, T init, Operation op)\n{\n    for ( ; beg != end; ++beg)\n    init = init + op(*beg);\n    return init;\n}\n} // namespace topology\n#endif // TOPOLOGY_UTIL_H\n"
  },
  {
    "path": "cola/libvpsc/COPYING",
    "content": "\t\t  GNU LESSER GENERAL PUBLIC LICENSE\n\t\t       Version 2.1, February 1999\n\n Copyright (C) 1991, 1999 Free Software Foundation, Inc.\n     51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n[This is the first released version of the Lesser GPL.  It also counts\n as the successor of the GNU Library Public License, version 2, hence\n the version number 2.1.]\n\n\t\t\t    Preamble\n\n  The licenses for most software are designed to take away your\nfreedom to share and change it.  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  },
  {
    "path": "cola/libvpsc/Makefile.am",
    "content": "EXTRA_DIST=libvpsc.pc.in\nlib_LTLIBRARIES = libvpsc.la\nlibvpsc_la_CPPFLAGS = -I$(top_srcdir) -I$(includedir)/libvpsc -fPIC\nlibvpsc_la_LDFLAGS = -no-undefined\n\n#DEFS=-DLIBVPSC_LOGGING\n\n\nlibvpsc_la_SOURCES = block.cpp\\\n\tblocks.cpp\\\n\tconstraint.cpp\\\n\trectangle.cpp\\\n\tsolve_VPSC.cpp\\\n\tvariable.cpp\\\n\tcbuffer.cpp\\\n\tisnan.h\\\n\tblock.h\\\n\tblocks.h\\\n\tconstraint.h\\\n\trectangle.h\\\n\tpairingheap.h\\\n\tsolve_VPSC.h\\\n\tvariable.h\\\n\tcbuffer.h\\\n\tlinesegment.h\\\n\tassertions.h\n\nlibvpscincludedir = $(includedir)/libvpsc\n\nlibvpscinclude_HEADERS = solve_VPSC.h \\\n\tblock.h\\\n\tconstraint.h\\\n\texceptions.h\\\n\trectangle.h\\\n\tvariable.h \\\n\tassertions.h\n\npkgconfigdir = $(libdir)/pkgconfig\npkgconfig_DATA = libvpsc.pc\n\nSUBDIRS = . tests\n\n"
  },
  {
    "path": "cola/libvpsc/assertions.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2009  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef VPSC_ASSERTIONS_H\n#define VPSC_ASSERTIONS_H\n\n#ifdef NDEBUG \n\n  #define COLA_ASSERT(expr)  static_cast<void>(0)\n\n#else // Not NDEBUG\n\n  // sstream needs ::strcpy_s under MinGW so include cstring.\n  #include <cstring>\n\n  #include <sstream>\n  #include <cassert>\n\n  #if defined(USE_ASSERT_EXCEPTIONS) \n\n    // String seems to be missing on MinGW's gcc,\n    // so define it here if it is missing.\n    #ifndef __STRING\n      #define __STRING(x) #x\n    #endif\n\n    #if !defined(__ASSERT_FUNCTION)\n      #define COLA_ASSERT(expr) \\\n          if (!(expr)) { \\\n              throw vpsc::CriticalFailure(__STRING(expr), __FILE__, __LINE__); \\\n          }\n    #else\n      #define COLA_ASSERT(expr) \\\n          if (!(expr)) { \\\n              throw vpsc::CriticalFailure(__STRING(expr), __FILE__, __LINE__, \\\n                      __ASSERT_FUNCTION); \\\n          }\n    #endif\n\n  #else\n    #define COLA_ASSERT(expr)  assert(expr)\n  #endif\n\nnamespace vpsc { \n\n// Critical failure: either something went wrong, or (more likely) there\n// was infeasible input.\nclass CriticalFailure\n{\n    public:\n        CriticalFailure(const char *expr, const char *file, int line, \n                const char *function = nullptr)\n            : expr(expr),\n              file(file),\n              line(line),\n              function(function)\n        {\n        }\n        std::string what() const\n        {\n            std::stringstream s;\n            s << \"ERROR: Critical assertion failed.\\n\";\n            s << \"  expression: \" << expr << \"\\n\";\n            s << \"  at line \" << line << \" of \" << file << \"\\n\";\n            if (function)\n            {\n                s << \"  in: \" << function << \"\\n\";\n            }\n\n            return s.str();\n        }\n    private:\n        const char *expr;\n        const char *file;\n        int line;\n        const char *function;\n};\n\n}\n\n#endif // NDEBUG\n\n\n#endif // VPSC_ASSERTIONS_H\n\n"
  },
  {
    "path": "cola/libvpsc/block.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * @brief A block is a group of variables that must be moved together to improve\n * the goal function without violating already active constraints.\n * The variables in a block are spanned by a tree of active constraints.\n *\n */\n\n#include \"libvpsc/block.h\"\n#include \"libvpsc/variable.h\"\n#include <cassert>\n#include \"libvpsc/pairing_heap.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/exceptions.h\"\n#include \"libvpsc/blocks.h\"\n\n#ifdef LIBVPSC_LOGGING\n#include <fstream>\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\n\n#define __NOTNAN(p) (p)==(p)\n\nnamespace vpsc {\nvoid PositionStats::addVariable(Variable* v) {\n    double ai=scale/v->scale;\n    double bi=v->offset/v->scale;\n    double wi=v->weight;\n    AB+=wi*ai*bi;\n    AD+=wi*ai*v->desiredPosition;\n    A2+=wi*ai*ai;\n    /*\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \"adding v[\" << v->id << \"], blockscale=\" << scale << \", despos=\" \n      << v->desiredPosition << \", ai=\" << ai << \", bi=\" << bi\n      << \", AB=\" << AB << \", AD=\" << AD << \", A2=\" << A2;\n#endif\n*/\n}\nvoid Block::addVariable(Variable* v) {\n    v->block=this;\n    vars->push_back(v);\n    if(ps.A2==0) ps.scale=v->scale;\n    //weight+= v->weight;\n    //wposn += v->weight * (v->desiredPosition - v->offset);\n    //posn=wposn/weight;\n    ps.addVariable(v);\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n    /*\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \", posn=\" << posn << endl;\n#endif\n*/\n}\nBlock::Block(Blocks *blocks, Variable* const v)\n    : vars(new std::vector<Variable*>)\n    , posn(0)\n    //, weight(0)\n    //, wposn(0)\n    , deleted(false)\n    , timeStamp(0)\n    , in(nullptr)\n    , out(nullptr)\n    , blocks(blocks)\n{\n    if(v!=nullptr) {\n        v->offset=0;\n        addVariable(v);\n    }\n}\n\nvoid Block::updateWeightedPosition() {\n    //wposn=0;\n    ps.AB=ps.AD=ps.A2=0;\n    for (Vit v=vars->begin();v!=vars->end();++v) {\n        //wposn += ((*v)->desiredPosition - (*v)->offset) * (*v)->weight;\n        ps.addVariable(*v);\n    }\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \", posn=\" << posn << endl;\n#endif\n}\nBlock::~Block(void)\n{\n    delete vars;\n    delete in;\n    delete out;\n}\nvoid Block::setUpInConstraints() {\n    setUpConstraintHeap(in,true);\n}\nvoid Block::setUpOutConstraints() {\n    setUpConstraintHeap(out,false);\n}\nvoid Block::setUpConstraintHeap(PairingHeap<Constraint*,CompareConstraints>* &h,bool in) {\n    delete h;\n    h = new PairingHeap<Constraint*,CompareConstraints>();\n    for (Vit i=vars->begin();i!=vars->end();++i) {\n        Variable *v=*i;\n        std::vector<Constraint*> *cs=in?&(v->in):&(v->out);\n        for (Cit j=cs->begin();j!=cs->end();++j) {\n            Constraint *c=*j;\n            c->timeStamp=blocks->blockTimeCtr;\n            if ( ((c->left->block != this) && in) || \n                 ((c->right->block != this) && !in) )\n            {\n                h->insert(c);\n            }\n        }\n    }\n}    \nBlock* Block::merge(Block* b, Constraint* c) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  merging on: \"<<*c<<\",c->left->offset=\"<<c->left->offset<<\",c->right->offset=\"<<c->right->offset<<endl;\n#endif\n    double dist = c->right->offset - c->left->offset - c->gap;\n    Block *l=c->left->block;\n    Block *r=c->right->block;\n    if (l->vars->size() < r->vars->size()) {\n        r->merge(l,c,dist);\n    } else {\n               l->merge(r,c,-dist);\n    }\n    Block* mergeBlock=b->deleted?this:b;\n#ifdef LIBVPSC_LOGGING\n    f<<\"  merged block=\"<<*mergeBlock<<endl;\n#endif\n    return mergeBlock;\n}\n/*\n * Merges b into this block across c.  Can be either a\n * right merge or a left merge\n * @param b block to merge into this\n * @param c constraint being merged\n * @param distance separation required to satisfy c\n */\nvoid Block::merge(Block *b, Constraint *c, double dist) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"    merging: \"<<*b<<\"dist=\"<<dist<<endl;\n#endif\n    c->active=true;\n    //wposn+=b->wposn-dist*b->weight;\n    //weight+=b->weight;\n    for(Vit i=b->vars->begin();i!=b->vars->end();++i) {\n        Variable *v=*i;\n        //v->block=this;\n        //vars->push_back(v);\n        v->offset+=dist;\n        addVariable(v);\n    }\n#ifdef LIBVPSC_LOGGING\n    for(Vit i=vars->begin();i!=vars->end();++i) {\n        Variable *v=*i;\n        f<<\"    v[\"<<v->id<<\"]: d=\"<<v->desiredPosition\n            <<\" a=\"<<v->scale<<\" o=\"<<v->offset\n            <<endl;\n    }\n    f<<\"  AD=\"<<ps.AD<<\" AB=\"<<ps.AB<<\" A2=\"<<ps.A2<<endl;\n#endif\n    //posn=wposn/weight;\n    //COLA_ASSERT(wposn==ps.AD - ps.AB);\n    posn=(ps.AD - ps.AB) / ps.A2;\n    COLA_ASSERT(__NOTNAN(posn));\n    b->deleted=true;\n}\n\nvoid Block::mergeIn(Block *b) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  merging constraint heaps... \"<<endl;\n#endif\n    // We check the top of the heaps to remove possible internal constraints\n    findMinInConstraint();\n    b->findMinInConstraint();\n    in->merge(b->in);\n#ifdef LIBVPSC_LOGGING\n    f<<\"  merged heap: \"<<*in<<endl;\n#endif\n}\nvoid Block::mergeOut(Block *b) {    \n    findMinOutConstraint();\n    b->findMinOutConstraint();\n    out->merge(b->out);\n}\nConstraint *Block::findMinInConstraint() {\n    Constraint *v = nullptr;\n    std::vector<Constraint*> outOfDate;\n    while (!in->isEmpty()) {\n        v = in->findMin();\n        Block *lb=v->left->block;\n        Block *rb=v->right->block;\n        // rb may not be this if called between merge and mergeIn\n#ifdef LIBVPSC_LOGGING\n        ofstream f(LOGFILE,ios::app);\n        f<<\"  checking constraint ... \"<<*v;\n        f<<\"    timestamps: left=\"<<lb->timeStamp<<\" right=\"<<rb->timeStamp<<\" constraint=\"<<v->timeStamp<<endl;\n#endif\n        if(lb == rb) {\n            // constraint has been merged into the same block\n#ifdef LIBVPSC_LOGGING\n            if(v->slack()<0) {\n                f<<\"  violated internal constraint found! \"<<*v<<endl;\n                f<<\"     lb=\"<<*lb<<endl;\n                f<<\"     rb=\"<<*rb<<endl;\n            }\n#endif\n            in->deleteMin();\n#ifdef LIBVPSC_LOGGING\n            f<<\" ... skipping internal constraint\"<<endl;\n#endif\n        } else if(v->timeStamp < lb->timeStamp) {\n            // block at other end of constraint has been moved since this\n            in->deleteMin();\n            outOfDate.push_back(v);\n#ifdef LIBVPSC_LOGGING\n            f<<\"    reinserting out of date (reinsert later)\"<<endl;\n#endif\n        } else {\n            break;\n        }\n    }\n    for(Cit i=outOfDate.begin();i!=outOfDate.end();++i) {\n        v=*i;\n        v->timeStamp=blocks->blockTimeCtr;\n        in->insert(v);\n    }\n    if(in->isEmpty()) {\n        v=nullptr;\n    } else {\n        v=in->findMin();\n    }\n    return v;\n}\nConstraint *Block::findMinOutConstraint() {\n    if(out->isEmpty()) return nullptr;\n    Constraint *v = out->findMin();\n    while (v->left->block == v->right->block) {\n        out->deleteMin();\n        if(out->isEmpty()) return nullptr;\n        v = out->findMin();\n    }\n    return v;\n}\nvoid Block::deleteMinInConstraint() {\n    in->deleteMin();\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"deleteMinInConstraint... \"<<endl;\n    f<<\"  result: \"<<*in<<endl;\n#endif\n}\nvoid Block::deleteMinOutConstraint() {\n    out->deleteMin();\n}\ninline bool Block::canFollowLeft(Constraint const* c, Variable const* last) const {\n    return c->left->block==this && c->active && last!=c->left;\n}\ninline bool Block::canFollowRight(Constraint const* c, Variable const* last) const {\n    return c->right->block==this && c->active && last!=c->right;\n}\n\n// computes the derivative of v and the lagrange multipliers\n// of v's out constraints (as the recursive sum of those below.\n// Does not backtrack over u.\n// also records the constraint with minimum lagrange multiplier\n// in min_lm\ndouble Block::compute_dfdv(Variable* const v, Variable* const u,\n               Constraint *&min_lm) {\n    double dfdv=v->dfdv();\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            c->lm=compute_dfdv(c->right,v,min_lm);\n            dfdv+=c->lm*c->left->scale;\n            if(!c->equality&&(min_lm==nullptr||c->lm<min_lm->lm)) min_lm=c;\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            c->lm=-compute_dfdv(c->left,v,min_lm);\n            dfdv-=c->lm*c->right->scale;\n            if(!c->equality&&(min_lm==nullptr||c->lm<min_lm->lm)) min_lm=c;\n        }\n    }\n    return dfdv/v->scale;\n}\ndouble Block::compute_dfdv(Variable* const v, Variable* const u) {\n    double dfdv = v->dfdv();\n    for(Cit it = v->out.begin(); it != v->out.end(); ++it) {\n        Constraint *c = *it;\n        if(canFollowRight(c,u)) {\n            c->lm =   compute_dfdv(c->right,v);\n            dfdv += c->lm * c->left->scale;\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c = *it;\n        if(canFollowLeft(c,u)) {\n            c->lm = - compute_dfdv(c->left,v);\n            dfdv -= c->lm * c->right->scale;\n        }\n    }\n    return dfdv/v->scale;\n}\n\n// The top level v and r are variables between which we want to find the\n// constraint with the smallest lm.  \n// Similarly, m is initially nullptr and is only assigned a value if the next\n// variable to be visited is r or if a possible min constraint is returned from\n// a nested call (rather than nullptr).\n// Then, the search for the m with minimum lm occurs as we return from\n// the recursion (checking only constraints traversed left-to-right \n// in order to avoid creating any new violations).\n// We also do not consider equality constraints as potential split points\nbool Block::split_path(\n    Variable* r, \n    Variable* const v, \n    Variable* const u, \n    Constraint* &m,\n    bool desperation=false\n    ) \n{\n    for(Cit it(v->in.begin());it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  left split path: \"<<*c<<endl;\n#endif\n            if(c->left==r) {\n                if(desperation&&!c->equality) m=c;\n                return true;\n            } else {\n                if(split_path(r,c->left,v,m)) {\n                    if(desperation && !c->equality && (!m||c->lm<m->lm)) {\n                               m=c;\n                    }\n                    return true;\n                }\n            }\n        }\n    }\n    for(Cit it(v->out.begin());it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  right split path: \"<<*c<<endl;\n#endif\n            if(c->right==r) {\n                if(!c->equality) m=c;\n                return true;\n            } else {\n                if(split_path(r,c->right,v,m)) {\n                    if(!c->equality && (!m||c->lm<m->lm))\n                               m=c;\n                    return true;\n                }\n            }\n        }\n    }\n    return false;\n}\n/*\nBlock::Pair Block::compute_dfdv_between(\n        Variable* r, Variable* const v, Variable* const u, \n        const Direction dir = NONE, bool changedDirection = false) {\n    double dfdv=v->weight*(v->position() - v->desiredPosition);\n    Constraint *m=nullptr;\n    for(Cit it(v->in.begin());it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            if(dir==RIGHT) { \n                changedDirection = true; \n            }\n            if(c->left==r) {\n                       r=nullptr;\n                    if(!c->equality) m=c; \n            }\n            Pair p=compute_dfdv_between(r,c->left,v,\n                    LEFT,changedDirection);\n            dfdv -= c->lm = -p.first;\n            if(r && p.second) \n                m = p.second;\n        }\n    }\n    for(Cit it(v->out.begin());it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            if(dir==LEFT) { \n                changedDirection = true; \n            }\n            if(c->right==r) {\n                       r=nullptr; \n                    if(!c->equality) m=c; \n            }\n            Pair p=compute_dfdv_between(r,c->right,v,\n                    RIGHT,changedDirection);\n            dfdv += c->lm = p.first;\n            if(r && p.second) \n                m = changedDirection && !c->equality && c->lm < p.second->lm \n                    ? c \n                    : p.second;\n        }\n    }\n    return Pair(dfdv,m);\n}\n*/\n\n// resets LMs for all active constraints to 0 by\n// traversing active constraint tree starting from v,\n// not back tracking over u\nvoid Block::reset_active_lm(Variable* const v, Variable* const u) {\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n            c->lm=0;\n            reset_active_lm(c->right,v);\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n            c->lm=0;\n            reset_active_lm(c->left,v);\n        }\n    }\n}\nvoid Block::list_active(Variable* const v, Variable* const u) {\n    for(Cit it=v->out.begin();it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(canFollowRight(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  \"<<*c<<endl;\n#endif\n            list_active(c->right,v);\n        }\n    }\n    for(Cit it=v->in.begin();it!=v->in.end();++it) {\n        Constraint *c=*it;\n        if(canFollowLeft(c,u)) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  \"<<*c<<endl;\n#endif\n            list_active(c->left,v);\n        }\n    }\n}\n/*\n * finds the constraint with the minimum lagrange multiplier, that is, the constraint\n * that most wants to split\n */\nConstraint *Block::findMinLM() {\n    Constraint *min_lm=nullptr;\n    reset_active_lm(vars->front(),nullptr);\n    compute_dfdv(vars->front(),nullptr,min_lm);\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  langrangians: \"<<endl;\n    list_active(vars->front(),nullptr);\n#endif\n    return min_lm;\n}\nConstraint *Block::findMinLMBetween(Variable* const lv, Variable* const rv) {\n    reset_active_lm(vars->front(),nullptr);\n    compute_dfdv(vars->front(),nullptr);\n    Constraint *min_lm=nullptr;\n    split_path(rv,lv,nullptr,min_lm);\n#if 0\n    if(min_lm==nullptr) {\n        split_path(rv,lv,nullptr,min_lm,true);\n    }\n#else\n    if(min_lm==nullptr) {\n#ifdef LIBVPSC_DEBUG\n        fprintf(stderr,\"Couldn't find split point!\\n\");\n#endif\n        UnsatisfiableException e;\n        getActivePathBetween(e.path,lv,rv,nullptr);\n        throw e;\n    }\n    COLA_ASSERT(min_lm!=nullptr);\n#endif\n    return min_lm;\n}\n\n// populates block b by traversing the active constraint tree adding variables as they're \n// visited.  Starts from variable v and does not backtrack over variable u.\nvoid Block::populateSplitBlock(Block *b, Variable* v, Variable const* u) {\n    b->addVariable(v);\n    for (Cit c=v->in.begin();c!=v->in.end();++c) {\n        if (canFollowLeft(*c,u))\n            populateSplitBlock(b, (*c)->left, v);\n    }\n    for (Cit c=v->out.begin();c!=v->out.end();++c) {\n        if (canFollowRight(*c,u)) \n            populateSplitBlock(b, (*c)->right, v);\n    }\n}\n/*\n * Returns the active path between variables u and v... not back tracking over w\n */\nbool Block::getActivePathBetween(Constraints& path, Variable const* u,\n               Variable const* v, Variable const *w) const {\n    if(u==v) return true;\n    for (Cit_const c=u->in.begin();c!=u->in.end();++c) {\n        if (canFollowLeft(*c,w)) {\n            if(getActivePathBetween(path, (*c)->left, v, u)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if (canFollowRight(*c,w)) {\n            if(getActivePathBetween(path, (*c)->right, v, u)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    return false;\n}\n// Search active constraint tree from u to see if there is a directed path to v.\n// Returns true if path is found with all constraints in path having their visited flag\n// set true.\nbool Block::isActiveDirectedPathBetween(Variable const* u, Variable const* v) const {\n    if(u==v) return true;\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if(canFollowRight(*c,nullptr)) {\n            if(isActiveDirectedPathBetween((*c)->right,v)) {\n                return true;\n            }\n        }\n    }\n    return false;\n}\nbool Block::getActiveDirectedPathBetween(\n        Constraints& path, Variable const* u, Variable const* v) const {\n    if(u==v) return true;\n    for (Cit_const c=u->out.begin();c!=u->out.end();++c) {\n        if(canFollowRight(*c,nullptr)) {\n            if(getActiveDirectedPathBetween(path,(*c)->right,v)) {\n                path.push_back(*c);\n                return true;\n            }\n        }\n    }\n    return false;\n}\n/*\n * Block needs to be split because of a violated constraint between vl and vr.\n * We need to search the active constraint tree between l and r and find the constraint\n * with min lagrangrian multiplier and split at that point.\n * Returns the split constraint\n */\nConstraint* Block::splitBetween(Variable* const vl, Variable* const vr,\n               Block* &lb, Block* &rb) {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  need to split between: \"<<*vl<<\" and \"<<*vr<<endl;\n#endif\n    Constraint *c=findMinLMBetween(vl, vr);\n#ifdef LIBVPSC_LOGGING\n    f<<\"  going to split on: \"<<*c<<endl;\n#endif\n    if(c!=nullptr) {\n        split(lb,rb,c);\n        deleted = true;\n    }\n    return c;\n}\n\n/*\n * Creates two new blocks, l and r, and splits this block across constraint c,\n * placing the left subtree of constraints (and associated variables) into l\n * and the right into r.\n */\nvoid Block::split(Block* &l, Block* &r, Constraint* c) {\n    c->active=false;\n    l=new Block(blocks);\n    populateSplitBlock(l,c->left,c->right);\n    //COLA_ASSERT(l->weight>0);\n    r=new Block(blocks);\n    populateSplitBlock(r,c->right,c->left);\n    //COLA_ASSERT(r->weight>0);\n}\n\n/*\n * Computes the cost (squared euclidean distance from desired positions) of the\n * current positions for variables in this block\n */\ndouble Block::cost() {\n    double c = 0;\n    for (Vit v=vars->begin();v!=vars->end();++v) {\n        double diff = (*v)->position() - (*v)->desiredPosition;\n        c += (*v)->weight * diff * diff;\n    }\n    return c;\n}\nstd::ostream& operator <<(std::ostream &os, const Block& b)\n{\n    os<<\"Block(posn=\"<<b.posn<<\"):\";\n    for(Block::Vit v=b.vars->begin();v!=b.vars->end();++v) {\n        os<<\" \"<<**v;\n    }\n    if(b.deleted) {\n        os<<\" Deleted!\";\n    }\n    return os;\n}\n\n}\n\n"
  },
  {
    "path": "cola/libvpsc/block.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * \\brief A block is a group of variables that must be moved together to improve\n * the goal function without violating already active constraints.\n * The variables in a block are spanned by a tree of active constraints.\n */\n\n#ifndef VPSC_BLOCK_H\n#define VPSC_BLOCK_H\n\n#include <iostream>\n#include <vector>\n\ntemplate <class T, class TCompare> class PairingHeap;\n\nnamespace vpsc {\nclass Variable;\nclass Constraint;\nclass CompareConstraints;\nclass Blocks;\n\nstruct PositionStats {\n\tPositionStats() : scale(0), AB(0), AD(0), A2(0) {}\n\tvoid addVariable(Variable* const v);\n\tdouble scale;\n\tdouble AB;\n\tdouble AD;\n\tdouble A2;\n};\n\nclass Block\n{\n\ttypedef std::vector<Variable*> Variables;\n\ttypedef std::vector<Constraint*> Constraints;\n\ttypedef Variables::iterator Vit;\n\ttypedef Constraints::iterator Cit;\n\ttypedef Constraints::const_iterator Cit_const;\n\n\tfriend std::ostream& operator <<(std::ostream &os,const Block &b);\npublic:\n\tVariables *vars;\n\tdouble posn;\n\t//double weight;\n\t//double wposn;\n\tPositionStats ps;\n\tBlock(Blocks *blocks, Variable* const v=nullptr);\n\t~Block(void);\n\tConstraint* findMinLM();\n\tConstraint* findMinLMBetween(Variable* const lv, Variable* const rv);\n\tConstraint* findMinInConstraint();\n\tConstraint* findMinOutConstraint();\n\tvoid deleteMinInConstraint();\n\tvoid deleteMinOutConstraint();\n\tvoid updateWeightedPosition();\n\tvoid merge(Block *b, Constraint *c, double dist);\n\tBlock* merge(Block *b, Constraint *c);\n\tvoid mergeIn(Block *b);\n\tvoid mergeOut(Block *b);\n\tvoid split(Block *&l, Block *&r, Constraint *c);\n\tConstraint* splitBetween(Variable* vl, Variable* vr, Block* &lb, Block* &rb);\n\tvoid setUpInConstraints();\n\tvoid setUpOutConstraints();\n\tdouble cost();\n\tbool deleted;\n\tlong timeStamp;\n\tPairingHeap<Constraint*,CompareConstraints> *in;\n\tPairingHeap<Constraint*,CompareConstraints> *out;\n\tbool getActivePathBetween(Constraints& path, Variable const* u,\n\t       \tVariable const* v, Variable const *w) const;\n\tbool isActiveDirectedPathBetween(\n\t\t\tVariable const* u, Variable const* v) const;\n\tbool getActiveDirectedPathBetween(Constraints& path, Variable const * u, Variable const * v) const;\nprivate:\n\ttypedef enum {NONE, LEFT, RIGHT} Direction;\n\ttypedef std::pair<double, Constraint*> Pair;\n\tvoid reset_active_lm(Variable* const v, Variable* const u);\n\tvoid list_active(Variable* const v, Variable* const u);\n\tdouble compute_dfdv(Variable* const v, Variable* const u);\n\tdouble compute_dfdv(Variable* const v, Variable* const u, Constraint *&min_lm);\n\tbool split_path(Variable*, Variable* const, Variable* const, \n\t\t\tConstraint* &min_lm, bool desperation);\n\tbool canFollowLeft(Constraint const* c, Variable const* last) const;\n\tbool canFollowRight(Constraint const* c, Variable const* last) const;\n\tvoid populateSplitBlock(Block *b, Variable* v, Variable const* u);\n\tvoid addVariable(Variable* v);\n\tvoid setUpConstraintHeap(PairingHeap<Constraint*,CompareConstraints>* &h,bool in);\n\n    // Parent container, that holds the blockTimeCtr.\n    Blocks *blocks;\n};\n}\n\n#endif // VPSC_BLOCK_H\n"
  },
  {
    "path": "cola/libvpsc/blocks.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n/*\n * @brief A block structure defined over the variables\n *\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n */\n\n#include \"libvpsc/blocks.h\"\n#include \"libvpsc/block.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/assertions.h\"\n\n#ifdef LIBVPSC_LOGGING\n#include <fstream>\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\nusing std::vector;\nusing std::iterator;\nusing std::list;\nusing std::copy;\n#define __NOTNAN(p) (p)==(p)\n\nnamespace vpsc {\n\n\nBlocks::Blocks(vector<Variable*> const &vs) : vs(vs),nvs(vs.size()) {\n    blockTimeCtr=0;\n    m_blocks.resize(nvs);\n    for(size_t i=0;i<nvs;i++) {\n        m_blocks[i] = new Block(this, vs[i]);\n    }\n}\nBlocks::~Blocks(void)\n{\n    blockTimeCtr=0;\n    size_t length = m_blocks.size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        delete m_blocks[i];\n    }\n    m_blocks.clear();\n}\n\n/*\n * returns a list of variables with total ordering determined by the constraint \n * DAG\n */\nlist<Variable*> *Blocks::totalOrder() {\n    list<Variable*> *order = new list<Variable*>;\n    for(size_t i=0;i<nvs;i++) {\n        vs[i]->visited=false;\n    }\n    for(size_t i=0;i<nvs;i++) {\n        if(vs[i]->in.size()==0) {\n            dfsVisit(vs[i],order);\n        }\n    }\n    return order;\n}\n// Recursive depth first search giving total order by pushing nodes in the DAG\n// onto the front of the list when we finish searching them\nvoid Blocks::dfsVisit(Variable *v, list<Variable*> *order) {\n    v->visited=true;\n    vector<Constraint*>::iterator it=v->out.begin();\n    for(;it!=v->out.end();++it) {\n        Constraint *c=*it;\n        if(!c->right->visited) {\n            dfsVisit(c->right, order);\n        }\n    }    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"  order=\"<<*v<<endl;\n#endif\n    order->push_front(v);\n}\n/*\n * Processes incoming constraints, most violated to least, merging with the\n * neighbouring (left) block until no more violated constraints are found\n */\nvoid Blocks::mergeLeft(Block *r) {    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"mergeLeft called on \"<<*r<<endl;\n#endif\n    r->timeStamp=++blockTimeCtr;\n    r->setUpInConstraints();\n    Constraint *c=r->findMinInConstraint();\n    while (c != nullptr && c->slack()<0) {\n#ifdef LIBVPSC_LOGGING\n        f<<\"mergeLeft on constraint: \"<<*c<<endl;\n#endif\n        r->deleteMinInConstraint();\n        Block *l = c->left->block;        \n        if (l->in==nullptr) l->setUpInConstraints();\n        double dist = c->right->offset - c->left->offset - c->gap;\n        if (r->vars->size() < l->vars->size()) {\n            dist=-dist;\n            std::swap(l, r);\n        }\n        blockTimeCtr++;\n        r->merge(l, c, dist);\n        r->mergeIn(l);\n        r->timeStamp=blockTimeCtr;\n        removeBlock(l);\n        c=r->findMinInConstraint();\n    }        \n#ifdef LIBVPSC_LOGGING\n    f<<\"merged \"<<*r<<endl;\n#endif\n}    \n/*\n * Symmetrical to mergeLeft\n */\nvoid Blocks::mergeRight(Block *l) {    \n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"mergeRight called on \"<<*l<<endl;\n#endif    \n    l->setUpOutConstraints();\n    Constraint *c = l->findMinOutConstraint();\n    while (c != nullptr && c->slack()<0) {        \n#ifdef LIBVPSC_LOGGING\n        f<<\"mergeRight on constraint: \"<<*c<<endl;\n#endif\n        l->deleteMinOutConstraint();\n        Block *r = c->right->block;\n        r->setUpOutConstraints();\n        double dist = c->left->offset + c->gap - c->right->offset;\n        if (l->vars->size() > r->vars->size()) {\n            dist=-dist;\n            std::swap(l, r);\n        }\n        l->merge(r, c, dist);\n        l->mergeOut(r);\n        removeBlock(r);\n        c=l->findMinOutConstraint();\n    }    \n#ifdef LIBVPSC_LOGGING\n    f<<\"merged \"<<*l<<endl;\n#endif\n}\nvoid Blocks::removeBlock(Block *doomed) {\n    doomed->deleted=true;\n    //erase(doomed);\n}\n\n// Clears up deleted blocks from the blocks list.\nvoid Blocks::cleanup(void)\n{\n    // We handle removal of items in-place by doing a single linear pass over \n    // the vector. We use two indexes, j to refer to elements we've checked\n    // from the original list and i to refer to the current position we are\n    // writing in the updated list.\n    size_t i = 0;\n    \n    // For all items in the current blocks list...\n    size_t length = m_blocks.size();\n    for (size_t j = 0; j < length; )\n    {\n        if (m_blocks[j]->deleted)\n        {\n            // The element is deleted, so free it and increment j.\n            delete m_blocks[j];\n            ++j;\n        }\n        else\n        {\n            // The current element is still valid.\n            if (j > i)\n            {\n                // If we've not looking at same element, then copy from j to i.\n                m_blocks[i] = m_blocks[j];\n            }\n            // Increment both indexes.\n            ++i;\n            ++j;\n        }\n    }\n    m_blocks.resize(i);\n}\n/*\n * Splits block b across constraint c into two new blocks, l and r (c's left\n * and right sides respectively)\n */\nvoid Blocks::split(Block *b, Block *&l, Block *&r, Constraint *c) {\n    b->split(l,r,c);\n    m_blocks.push_back(l);\n    m_blocks.push_back(r);\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"Split left: \"<<*l<<endl;\n    f<<\"Split right: \"<<*r<<endl;\n#endif\n    r->posn = b->posn;\n    //COLA_ASSERT(r->weight!=0);\n    //r->wposn = r->posn * r->weight;\n    mergeLeft(l);\n    // r may have been merged!\n    r = c->right->block;\n    r->updateWeightedPosition();\n    //r->posn = r->wposn / r->weight;\n    mergeRight(r);\n    removeBlock(b);\n\n    COLA_ASSERT(__NOTNAN(l->posn));\n    COLA_ASSERT(__NOTNAN(r->posn));\n}\n/*\n * returns the cost total squared distance of variables from their desired\n * positions\n */\ndouble Blocks::cost() {\n    double c = 0;\n    size_t length = m_blocks.size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        c += m_blocks[i]->cost();\n    }\n    return c;\n}\n\n}\n"
  },
  {
    "path": "cola/libvpsc/blocks.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2012  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n/*\n * @brief A block structure defined over the variables\n *\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n *\n */\n\n#ifndef VPSC_BLOCKS_H\n#define VPSC_BLOCKS_H\n\n#ifdef LIBVPSC_LOGGING\n#define LOGFILE \"libvpsc.log\"\n#endif\n\n#include <list>\n#include <vector>\n\n// size_t is strangely not defined on some older MinGW GCC versions. \n#include <cstddef>\n\nnamespace vpsc {\nclass Block;\nclass Variable;\nclass Constraint;\n/*\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n */\nclass Blocks\n{\npublic:\n\tBlocks(std::vector<Variable*> const &vs);\n\t~Blocks(void);\n\tvoid mergeLeft(Block *r);\n\tvoid mergeRight(Block *l);\n\tvoid split(Block *b, Block *&l, Block *&r, Constraint *c);\n\tstd::list<Variable*> *totalOrder();\n\tvoid cleanup();\n\tdouble cost();\n\n    size_t size() const;\n    Block *at(size_t index) const;\n    void insert(Block *block);\n    \n    long blockTimeCtr;\nprivate:\n\tvoid dfsVisit(Variable *v, std::list<Variable*> *order);\n\tvoid removeBlock(Block *doomed);\n    \n    std::vector<Block*> m_blocks;\n\tstd::vector<Variable*> const &vs;\n\tsize_t nvs;\n};\n\ninline size_t Blocks::size() const\n{\n    return m_blocks.size();\n}\n\ninline Block *Blocks::at(size_t index) const\n{\n    return m_blocks[index];\n}\n\ninline void Blocks::insert(Block *block)\n{\n    m_blocks.push_back(block);\n}\n\n}\n#endif // VPSC_BLOCKS_H\n"
  },
  {
    "path": "cola/libvpsc/cbuffer.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *\n*/\n\n#include <cfloat>\n\n#include \"libvpsc/cbuffer.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/assertions.h\"\n\nnamespace vpsc {\n    static const double ZERO_UPPERBOUND=-0.0000001;\n    void CBuffer::load() {\n        size=0; \n        double buffMaxSlack=-DBL_MAX;\n        unsigned buffMaxSlackPos=0;\n        for(Constraints::iterator i=master_list.begin();\n                i!=master_list.end();++i) {\n            Constraint *c=*i;\n            double slack = c->slack();\n            if(c->equality||slack<ZERO_UPPERBOUND) {\n                if(size<maxsize) {\n                    // make sure buffer is full\n                    buffer[size]=c;\n                    if(slack>buffMaxSlack) {\n                        buffMaxSlack=slack;\n                        buffMaxSlackPos=size;\n                    }\n                    size++;\n                } else {\n                    // if c is more violated than the least violated\n                    // constraint in the buffer then replace it\n                    buffer[buffMaxSlackPos]=c;\n                    // need to search the buffer for the new least\n                    // violated constraint\n                    buffMaxSlack=-DBL_MAX;\n                    for(unsigned i=0;i<size;i++) {\n                        c=buffer[i];\n                        if(!c->equality&&buffMaxSlack < c->slack()) {\n                            buffMaxSlack = slack;\n                            buffMaxSlackPos = i;\n                        }\n                    }\n                }\n            }\n        }\n    }\n    Constraint* CBuffer::mostViolated() {\n        Constraint* v=nullptr;\n        while(true) {\n            if(size==0) {\n                load();\n                if(size==0) break;\n            }\n            double minSlack=DBL_MAX;\n            int i,deletePos=-1;\n            for(i=0;i<(int)size;i++) {\n                Constraint *c=buffer[i];\n                double slack = c->slack();\n                if(!(c->equality||slack < ZERO_UPPERBOUND)) {\n                    COLA_ASSERT(size>0);\n                    buffer[i--]=buffer[--size];\n                } else if(c->equality||slack < minSlack) {\n                    v=c;\n                    deletePos=i;    \n                    minSlack=slack;\n                }\n            }\n            if(deletePos>=0) {\n                COLA_ASSERT(size>0);\n                buffer[deletePos]=buffer[--size];\n                break;\n            }\n        }\n        return v;\n    }\n}\n"
  },
  {
    "path": "cola/libvpsc/cbuffer.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *\n */\n#ifndef VPSC_CBUFFER_H\n#define VPSC_CBUFFER_H\n\n#include <vector>\n\nnamespace vpsc {\n    class Constraint;\n    class CBuffer {\n    public:\n        CBuffer(std::vector<Constraint*>& l,\n                const unsigned maxsize=5) \n                 : master_list(l), maxsize(maxsize), size(0) {\n            buffer.resize(maxsize);\n            load();\n        }\n        void reset() { size=0; }\n        void load();\n        Constraint* mostViolated();\n    private:\n        std::vector<Constraint*>& master_list;\n        std::vector<Constraint*> buffer;\n        const unsigned maxsize;\n        unsigned size;\n    };\n}\n\n#endif // VPSC_CBUFFER_H\n\n"
  },
  {
    "path": "cola/libvpsc/constraint.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n\n#include <map>\n#include <list>\n#include <sstream>\n#include <cassert>\n#include <cfloat>\n#include <cmath>\n\n\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/variable.h\"\n\nnamespace vpsc {\nConstraint::Constraint(Variable *left, Variable *right, double gap, bool equality)\n: left(left),\n  right(right),\n  gap(gap),\n  timeStamp(0),\n  active(false),\n  equality(equality),\n  unsatisfiable(false),\n  needsScaling(true),\n  creator(nullptr)\n{\n    // In hindsight I think it's probably better to build the constraint DAG\n    // (by creating variable in/out lists) when needed, rather than in advance\n    //left->out.push_back(this);\n    //right->in.push_back(this);\n}\nConstraint::~Constraint() {\n    // see constructor: the following is just way too slow.  \n    // Better to create a\n    // new DAG on demand than maintain the lists dynamically.\n    //Constraints::iterator i;\n    //for(i=left->out.begin(); i!=left->out.end(); i++) {\n        //if(*i==this) break;\n    //}\n    //left->out.erase(i);\n    //for(i=right->in.begin(); i!=right->in.end(); i++) {\n        //if(*i==this) break;\n    //}\n    //right->in.erase(i);\n}\nstd::ostream& operator <<(std::ostream &os, const Constraint &c)\n{\n    const char *type = c.equality ? \"=\" : \"<=\";\n    std::ostringstream lscale, rscale;\n    if (c.left->scale != 1) \n    {\n        lscale << c.left->scale << \"*\";\n    }\n    if (c.right->scale != 1)\n    {\n        rscale << c.right->scale << \"*\";\n    }\n    os << lscale.str() << *c.left << \"+\" << c.gap << type << \n          rscale.str() << *c.right;\n    if (c.left->block && c.right->block)\n    {\n        os << \"(\" << c.slack() << \")\" << (c.active ? \"-active\" : \"\") <<\n              \"(lm=\" << c.lm << \")\";\n    }\n    else\n    {\n        os << \"(vars have no position)\";\n    }\n    return os;\n}\n#include \"libvpsc/block.h\"\nbool CompareConstraints::operator() (\n    Constraint *const &l, Constraint *const &r\n) const {\n    double const sl = \n        l->left->block->timeStamp > l->timeStamp\n        ||l->left->block==l->right->block\n        ?-DBL_MAX:l->slack();\n    double const sr = \n        r->left->block->timeStamp > r->timeStamp\n        ||r->left->block==r->right->block\n        ?-DBL_MAX:r->slack();\n    if(sl==sr) {\n        // arbitrary choice based on id\n        if(l->left->id==r->left->id) {\n            if(l->right->id<r->right->id) return true;\n            return false;\n        }\n        if(l->left->id<r->left->id) return true;\n        return false;\n    }\n    return sl < sr;\n}\n\n\ntypedef std::list<std::map<Variable *, double> > VarOffsetMapList;\n\nclass EqualityConstraintSet\n{\n    public:\n        EqualityConstraintSet(Variables vs)\n        {\n            for (size_t i = 0; i < vs.size(); ++i)\n            {\n                std::map<Variable *, double> varSet;\n                varSet[vs[i]] = 0;\n                variableGroups.push_back(varSet);\n            }\n        }\n        bool isRedundant(Variable *lhs, Variable *rhs, double sep)\n        {\n            VarOffsetMapList::iterator lhsSet = setForVar(lhs);\n            VarOffsetMapList::iterator rhsSet = setForVar(rhs);\n            COLA_ASSERT(lhsSet != variableGroups.end());\n            COLA_ASSERT(rhsSet != variableGroups.end());\n            if (lhsSet == rhsSet)\n            {\n                // Check if this is a redundant constraint.\n                if (fabs(((*lhsSet)[lhs] + sep) - (*rhsSet)[rhs]) < 0.0001)\n                {\n                    // If so, return true.\n                    return true;\n                }\n            }\n            return false;\n        }\n        void mergeSets(Variable *lhs, Variable *rhs, double sep)\n        {\n            VarOffsetMapList::iterator lhsSet = setForVar(lhs);\n            VarOffsetMapList::iterator rhsSet = setForVar(rhs);\n            if (lhsSet == rhsSet)\n            {\n                return;\n            }\n\n            double rhsOldOffset = (*rhsSet)[rhs];\n            double rhsNewOffset = (*lhsSet)[lhs] + sep;\n            double offset = rhsNewOffset - rhsOldOffset;\n\n            // Update offsets\n            for (std::map<Variable *, double>::iterator it = rhsSet->begin();\n                    it != rhsSet->end(); ++it)\n            {\n                it->second += offset;\n            }\n            \n            // Merge rhsSet into lhsSet\n            lhsSet->insert(rhsSet->begin(), rhsSet->end());\n            variableGroups.erase(rhsSet);\n        }\n\n    private:\n        VarOffsetMapList::iterator setForVar(Variable *var)\n        {\n            for (VarOffsetMapList::iterator it = variableGroups.begin();\n                    it != variableGroups.end(); ++it)\n            {\n                if (it->find(var) != it->end())\n                {\n                    return it;\n                }\n            }\n            return variableGroups.end();\n        }\n\n    VarOffsetMapList variableGroups;\n};\n\nConstraints constraintsRemovingRedundantEqualities(const Variables& vars, \n        const Constraints& constraints)\n{\n    EqualityConstraintSet equalitySets(vars);\n    Constraints cs = Constraints(constraints.size());\n    int csSize = 0;\n\n    for (unsigned i = 0; i < constraints.size(); ++i)\n    {\n        Constraint *c = constraints[i];\n        if (c->equality)\n        {\n            if (!equalitySets.isRedundant(c->left, c->right, c->gap))\n            {\n                // Only add non-redundant equalities\n                equalitySets.mergeSets(c->left, c->right, c->gap);\n                cs[csSize++] = c;\n            }\n        }\n        else\n        {\n            // Add all non-equalities\n            cs[csSize++] = c;\n        }\n    }\n    cs.resize(csSize);\n    return cs;\n}\n\n\n}\n"
  },
  {
    "path": "cola/libvpsc/constraint.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n\n#ifndef VPSC_CONSTRAINT_H\n#define VPSC_CONSTRAINT_H\n\n// cmath needs ::strcpy_s under MinGW so include cstring.\n#include <cstring>\n\n#include <cfloat>\n#include <iostream>\n#include <vector>\n#include <sstream>\n\n#include \"libvpsc/variable.h\"\n\nnamespace vpsc {\n\nclass Variable;\ntypedef std::vector<Variable *> Variables;\n\n//! @brief A constraint determines a minimum or exact spacing required between\n//!        two Variable objects.\n//!\nclass Constraint\n{\n\tfriend std::ostream& operator <<(std::ostream &os,const Constraint &c);\npublic:\n    //! @brief Constructs a minimum or exact spacing constraint between two\n    //!        Variable objects.\n    //!\n    //! (left + gap < right)  or (left + gap == right)\n    //!\n    //! @param[in] left      The left Variable.\n    //! @param[in] right     The right Variable.\n    //! @param[in] gap       The minimum or exact distance to separate the \n    //!                      variables by.\n    //! @param[in] equality  Whether the separation is an exact distance or\n    //!                      not.  The default is false.\n\tConstraint(Variable *left, Variable *right, double gap, \n            bool equality = false);\n\t~Constraint();\n\n    /**\n     *  @brief Returns a textual description of the constraint.\n     *\n     *  @return     A string describing the constraint.\n     */\n    std::string toString(void) const\n    {\n        std::stringstream stream;\n        stream << \"Constraint: var(\" << left->id << \") \";\n        if (gap < 0)\n        {\n            stream << \"- \" << -gap << \" \";\n        }\n        else\n        {\n            stream << \"+ \" << gap << \" \";\n        }\n        stream << ((equality) ? \"==\" : \"<=\");\n        stream << \" var(\" << right->id << \") \";\n        return stream.str();\n    }\n\n    inline double slack(void) const \n    { \n        if (unsatisfiable)\n        {\n            return DBL_MAX;\n        }\n        if (needsScaling)\n        {\n            return right->scale * right->position() - gap - \n                    left->scale * left->position();\n        }\n        COLA_ASSERT(left->scale == 1);\n        COLA_ASSERT(right->scale == 1);\n        return right->unscaledPosition() - gap - left->unscaledPosition(); \n    }\n\n    //! @brief The left Variable.\n    Variable *left;\n    //! @brief The right Variable.\n\tVariable *right;\n    //! @brief The minimum or exact distance to separate the variables by.\n\tdouble gap;\n\tdouble lm;\n\tlong timeStamp;\n\tbool active;\n    //! @brief Whether the separation is an exact distance or not.\n\tconst bool equality;\n    //! @brief Denote whether this constraint was unsatisifable (once the VPSC \n    //!        instance has been solved or satisfied).\n\tbool unsatisfiable;\n    bool needsScaling;\n    void *creator;\n};\n\nclass CompareConstraints {\npublic:\n\tbool operator() (Constraint *const &l, Constraint *const &r) const;\n};\n\n//! @brief A vector of pointers to Constraint objects.\ntypedef std::vector<Constraint*> Constraints;\n\n/** @brief Given a set of variables and constraints, returns a modified set\n *         of constraints with all redundant equality constraints removed.\n *\n * VPSC doesn't work well with redundant equality constraints, usually showing\n * them as unsatisfiable.  This function looks for cycles of equality \n * constraints and removes the redundant ones.\n */\nextern Constraints constraintsRemovingRedundantEqualities(\n        const Variables& vars, const Constraints& constraints);\n\n}\n\n#endif // VPSC_CONSTRAINT_H\n"
  },
  {
    "path": "cola/libvpsc/doc/description.doc",
    "content": "/*!\n\n\\if LIBVPSC_DOC\n@mainpage libvpsc: Variable Placement with Separation Constraints solver\n\\endif\n\\if ADAPTAGRAMS_DOC\n@page libvpsc libvpsc &mdash; Overview\n\\endif\n\n\nlibvpsc is a cross-platform C++ library for solving for the Variable Placement with Separation Constraints problem. This is a quadratic programming problem in which the squared differences between a placement vector and some ideal placement are minimised subject to a set of separation constraints. This is very useful in a number of layout problems.\n\nlibvpsc is part of the \n<a href=\"http://www.adaptagrams.org/\">Adaptagrams project</a>. \nThere are no official releases yet, though the code is stable and \navailable from the Adaptagrams \n<a href=\"https://github.com/mjwybrow/adaptagrams\">GitHub \nrepository</a>.\n\nThe API is documented using Doxygen.  The documentation you are currently \nreading can be obtained by running doxygen in the cola directory. \n\nlibcola is written and maintained by \n<a href=\"http://users.monash.edu/~mwybrow/\">Michael Wybrow</a> and\n<a href=\"http://ialab.it.monash.edu/~dwyer/\">Tim Dwyer</a>,\nmembers of <a href=\"http://ialab.it.monash.edu/\">Immersive Analytics Lab</a> at Monash University, Australia.\n\nThe algorithms used for VPSC are described in the following papers.  If you use libcola, please cite the relevant paper.\n-  Tim Dwyer, Kim Marriott, and Peter J. Stuckey. Fast node overlap removal.\\n\n   In Proceedings 13th International Symposium on Graph Drawing (GD '05),\\n\n   volume 3843 of LNCS, pages 153-164. Springer, 2006.\n\n\n*/\n\n\n"
  },
  {
    "path": "cola/libvpsc/exceptions.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n#ifndef VPSC_EXCEPTIONS_H\n#define VPSC_EXCEPTIONS_H\n\n#include <vector>\nnamespace vpsc {\nclass Constraint;\nstruct UnsatisfiableException {\n\tstd::vector<Constraint*> path;\n};\nstruct UnsatisfiedConstraint {\n\tUnsatisfiedConstraint(Constraint& c):c(c) {}\n\tConstraint& c;\n};\n} // namespace vpsc\n\n#endif // VPSC_EXCEPTIONS_H\n"
  },
  {
    "path": "cola/libvpsc/libvpsc.pc.in",
    "content": "prefix=@prefix@\nexec_prefix=@exec_prefix@\nlibdir=@libdir@\nincludedir=@includedir@\n\nName: libvpsc\nDescription: A solver for the Variable Placement with Separation Constraints problem.\nURL: http://www.adaptagrams.org/\nVersion: @VERSION@\nRequires:\nLibs: -L${libdir} -lvpsc\nCflags: -I${includedir}/libvpsc"
  },
  {
    "path": "cola/libvpsc/linesegment.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n*/\n\n////////////////////////////////////////////////////////////////////////////////\n// \n// 2D Line Segment Intersection example\n// Implementation of the theory provided by Paul Bourke\n// \n// Written by Damian Coventry\n// Tuesday, 9 January 2007\n// \n////////////////////////////////////////////////////////////////////////////////\n\n#ifndef VPSC_LINESEGMENT_H\n#define VPSC_LINESEGMENT_H\n\nnamespace linesegment {\nclass Vector\n{\npublic:\n    double x_, y_;\n\n    Vector(double f = 0.0f)\n        : x_(f), y_(f) {}\n\n    Vector(double x, double y)\n        : x_(x), y_(y) {}\n};\n\nclass LineSegment\n{\npublic:\n    Vector begin_;\n    Vector end_;\n\n    LineSegment(const Vector& begin, const Vector& end)\n        : begin_(begin), end_(end) {}\n\n    enum IntersectResult { PARALLEL, COINCIDENT, NOT_INTERSECTING, INTERSECTING };\n\n    IntersectResult Intersect(const LineSegment& other_line, Vector& intersection)\n    {\n        double dx1=end_.x_ - begin_.x_;\n        double dy1=end_.y_ - begin_.y_;\n        double dx2=other_line.end_.x_ - other_line.begin_.x_;\n        double dy2=other_line.end_.y_ - other_line.begin_.y_;\n\n        double denom = dy2 * dx1 - dy1 * dx2;\n\n        double nume_a = dx2 * (begin_.y_ - other_line.begin_.y_) -\n                        dy2 * (begin_.x_ - other_line.begin_.x_);\n\n        double nume_b = dx1 * (begin_.y_ - other_line.begin_.y_) -\n                        dy1 * (begin_.x_ - other_line.begin_.x_);\n\n        if(denom == 0.0f)\n        {\n            if(nume_a == 0.0f && nume_b == 0.0f)\n            {\n                return COINCIDENT;\n            }\n            return PARALLEL;\n        }\n\n        double ua = nume_a / denom;\n        double ub = nume_b / denom;\n\n        if(ua >= 0.0f && ua <= 1.0f && ub >= 0.0f && ub <= 1.0f)\n        {\n            // Get the intersection point.\n            intersection.x_ = begin_.x_ + ua*dx1;\n            intersection.y_ = begin_.y_ + ua*dy1;\n\n            return INTERSECTING;\n        }\n\n        return NOT_INTERSECTING;\n    }\n};\n\nvoid DoLineSegmentIntersection(const Vector& p0, const Vector& p1, const Vector& p2, const Vector& p3)\n{\n    LineSegment linesegment0(p0, p1);\n    LineSegment linesegment1(p2, p3);\n\n    Vector intersection;\n\n    std::cout << \"Line Segment 0: (\" << p0.x_ << \", \" << p0.y_ << \") to (\" << p1.x_ << \", \" << p1.y_ << \")\\n\"\n              << \"Line Segment 1: (\" << p2.x_ << \", \" << p2.y_ << \") to (\" << p3.x_ << \", \" << p3.y_ << \")\\n\";\n\n    switch(linesegment0.Intersect(linesegment1, intersection))\n    {\n    case LineSegment::PARALLEL:\n        std::cout << \"The lines are parallel\\n\\n\";\n        break;\n    case LineSegment::COINCIDENT:\n        std::cout << \"The lines are coincident\\n\\n\";\n        break;\n    case LineSegment::NOT_INTERSECTING:\n        std::cout << \"The lines do not intersect\\n\\n\";\n        break;\n    case LineSegment::INTERSECTING:\n        std::cout << \"The lines intersect at (\" << intersection.x_ << \", \" << intersection.y_ << \")\\n\\n\";\n        break;\n    }\n}\n\nint test()\n{\n    DoLineSegmentIntersection(Vector(0.0f, 0.0f), Vector(5.0f, 5.0f), Vector(5.0f, 0.0f), Vector(0.0f, 5.0f));\n    DoLineSegmentIntersection(Vector(1.0f, 3.0f), Vector(9.0f, 3.0f), Vector(0.0f, 1.0f), Vector(2.0f, 1.0f));\n    DoLineSegmentIntersection(Vector(1.0f, 5.0f), Vector(6.0f, 8.0f), Vector(0.5f, 3.0f), Vector(6.0f, 4.0f));\n    DoLineSegmentIntersection(Vector(1.0f, 1.0f), Vector(3.0f, 8.0f), Vector(0.5f, 2.0f), Vector(4.0f, 7.0f));\n    DoLineSegmentIntersection(Vector(1.0f, 2.0f), Vector(3.0f, 6.0f), Vector(2.0f, 4.0f), Vector(4.0f, 8.0f));\n    DoLineSegmentIntersection(Vector(3.5f, 9.0f), Vector(3.5f, 0.5f), Vector(3.0f, 1.0f), Vector(9.0f, 1.0f));\n    DoLineSegmentIntersection(Vector(2.0f, 3.0f), Vector(7.0f, 9.0f), Vector(1.0f, 2.0f), Vector(5.0f, 7.0f));\n    return 0;\n}\n} // namespace linesegment\n\n#endif // VPSC_LINESEGMENT_H\n"
  },
  {
    "path": "cola/libvpsc/pairing_heap.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005  Mark Allen Weiss\n * Copyright (C) 2005-2008  Monash University\n *\n * ----------------------------------------------------------------------------\n * Pairing heap datastructure implementation:\n * Based on example code in \"Data structures and Algorithm Analysis in C++\"\n * by Mark Allen Weiss, used and released under the LGPL by permission\n * of the author.\n * No promises about correctness.  Use at your own risk!\n * ----------------------------------------------------------------------------\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Mark Allen Weiss\n *             Tim Dwyer\n*/\n\n#ifndef VPSC_PAIRING_HEAP_H\n#define VPSC_PAIRING_HEAP_H\n\n#include <cstdlib>\n#include <fstream>\n#include <vector>\n#include <list>\n\n#include \"libvpsc/assertions.h\"\n\nclass Underflow { };\n\n// Pairing heap class\n//\n// CONSTRUCTION: with no parameters\n//\n// ******************PUBLIC OPERATIONS*********************\n// PairNode & insert( x ) --> Insert x\n// deleteMin( minItem )   --> Remove (and optionally return) smallest item\n// T findMin( )  --> Return smallest item\n// bool isEmpty( )        --> Return true if empty; else false\n// void makeEmpty( )      --> Remove all items\n// void decreaseKey( PairNode p, newVal )\n//                        --> Decrease value in node p\n// ******************ERRORS********************************\n// Throws Underflow as warranted\n\n\ntemplate <class T>\nstruct PairNode\n{\n\tT   element;\n\tPairNode    *leftChild;\n\tPairNode    *nextSibling;\n\tPairNode    *prev;\n\n\tPairNode( const T & theElement ) :\n\t       \telement( theElement ),\n\t\tleftChild(nullptr), nextSibling(nullptr), prev(nullptr)\n       \t{ }\n};\n\ntemplate <class T, class TCompare>\nclass PairingHeap;\n\ntemplate <class T,class TCompare>\nstd::ostream& operator <<(std::ostream &os, const PairingHeap<T,TCompare> &b);\n\ntemplate <class T, class TCompare = std::less<T> >\nclass PairingHeap\n{\n#ifndef SWIG\n\tfriend std::ostream& operator<< <T,TCompare> (std::ostream &os, const PairingHeap<T,TCompare> &b);\n#endif\npublic:\n\tPairingHeap() : root(nullptr), counter(0), siblingsTreeArray(5) { }\n\tPairingHeap(const PairingHeap & rhs) { \n\t\t// uses operator= to make deep copy\n\t\t*this = rhs; \n\t}\n\t~PairingHeap() { makeEmpty(); }\n\tconst PairingHeap & operator=( const PairingHeap & rhs );\n\tbool isEmpty() const { return root == nullptr; }\n\tunsigned size() const { return counter; }\n\tPairNode<T> *insert( const T & x );\n\tconst T & findMin( ) const;\n\tvoid deleteMin( );\n\tconst T extractMin( ) {\n\t\tT v = findMin();\n\t\tdeleteMin();\n\t\treturn v;\n\t}\n\tvoid makeEmpty() {\n\t\treclaimMemory(root);\n\t\troot = nullptr;\n\t\tcounter = 0;\n\t}\n\tvoid decreaseKey( PairNode<T> *p, const T & newVal );\n\tvoid merge( PairingHeap<T,TCompare> *rhs );\nprotected:\n\t// Destructively gets the root for merging into another heap.\n\tPairNode<T> * removeRootForMerge(unsigned& size) {\n\t\tPairNode<T> *r=root;\n\t\troot=nullptr;\n\t\tsize=counter;\n\t\tcounter=0;\n\t\treturn r;\n\t}\n\tTCompare lessThan;\nprivate:\n\tPairNode<T> *root;\n\tunsigned counter;\n\n    // Used by PairingHeap::combineSiblings().  We keep this as member \n    // variable to save some vector resize operations during subsequent uses.\n\tstd::vector<PairNode<T> *> siblingsTreeArray;\n\n\tvoid reclaimMemory( PairNode<T> *t ) const;\n\tvoid compareAndLink( PairNode<T> * & first, PairNode<T> *second ) const;\n\tPairNode<T> * combineSiblings( PairNode<T> *firstSibling );\n\tPairNode<T> * clone( PairNode<T> * t ) const;\n};\n\n\n/**\n* Insert item x into the priority queue, maintaining heap order.\n* Return a pointer to the node containing the new item.\n*/\ntemplate <class T,class TCompare>\nPairNode<T> *\nPairingHeap<T,TCompare>::insert( const T & x )\n{\n\tPairNode<T> *newNode = new PairNode<T>( x );\n\n\tif( root == nullptr )\n\t\troot = newNode;\n\telse\n\t\tcompareAndLink( root, newNode );\n\tcounter++;\n\treturn newNode;\n}\n\n/**\n* Find the smallest item in the priority queue.\n* Return the smallest item, or throw Underflow if empty.\n*/\ntemplate <class T,class TCompare>\nconst T & PairingHeap<T,TCompare>::findMin( ) const\n{\n\tif( isEmpty( ) )\n\t\tthrow Underflow( );\n\treturn root->element;\n}\n/**\n * Remove the smallest item from the priority queue.\n * Throws Underflow if empty.\n */\ntemplate <class T,class TCompare>\nvoid PairingHeap<T,TCompare>::deleteMin( )\n{\n    if( isEmpty( ) )\n        throw Underflow( );\n\n    PairNode<T> *oldRoot = root;\n\n    if( root->leftChild == nullptr )\n        root = nullptr;\n    else\n        root = combineSiblings( root->leftChild );\n    COLA_ASSERT(counter);\n    counter--;\n    delete oldRoot;\n}\n\n/**\n* Deep copy.\n*/\ntemplate <class T,class TCompare>\nconst PairingHeap<T,TCompare> &\nPairingHeap<T,TCompare>::operator=( const PairingHeap<T,TCompare> & rhs )\n{\n\tif( this != &rhs )\n\t{\n\t\tmakeEmpty( );\n\t\troot = clone( rhs.root );\n\t\tcounter = rhs.size();\n\t}\n\n\treturn *this;\n}\n\n/**\n* Internal method to make the tree empty.\n* WARNING: This is prone to running out of stack space.\n*/\ntemplate <class T,class TCompare>\nvoid PairingHeap<T,TCompare>::reclaimMemory( PairNode<T> * t ) const\n{\n\tif( t != nullptr )\n\t{\n\t\treclaimMemory( t->leftChild );\n\t\treclaimMemory( t->nextSibling );\n\t\tdelete t;\n\t}\n}\n\n/**\n* Change the value of the item stored in the pairing heap.\n* Does nothing if newVal is larger than currently stored value.\n* p points to a node returned by insert.\n* newVal is the new value, which must be smaller\n*    than the currently stored value.\n*/\ntemplate <class T,class TCompare>\nvoid PairingHeap<T,TCompare>::decreaseKey( PairNode<T> *p,\n\t\t\t\t  const T & newVal )\n{\n\tCOLA_ASSERT(!lessThan(p->element,newVal)); // newVal cannot be bigger\n\tp->element = newVal;\n\tif( p != root )\n\t{\n\t\tif( p->nextSibling != nullptr )\n\t\t\tp->nextSibling->prev = p->prev;\n\t\tif( p->prev->leftChild == p )\n\t\t\tp->prev->leftChild = p->nextSibling;\n\t\telse\n\t\t\tp->prev->nextSibling = p->nextSibling;\n\n\t\tp->nextSibling = nullptr;\n\t\tcompareAndLink( root, p );\n\t}\n}\n\n/**\n * Merges rhs into this pairing heap by inserting its root\n */\ntemplate <class T,class TCompare>\nvoid PairingHeap<T,TCompare>::merge( PairingHeap<T,TCompare> *rhs )\n{\t\n\tunsigned rhsSize;\n\tPairNode<T> *broot=rhs->removeRootForMerge(rhsSize);\n\tif (root == nullptr) {\n\t\troot = broot; \n\t} else {\n\t\tcompareAndLink(root, broot);\n\t}\n\tcounter+=rhsSize;\n}\n\n/**\n* Internal method that is the basic operation to maintain order.\n* Links first and second together to satisfy heap order.\n* first is root of tree 1, which may not be nullptr.\n*    first->nextSibling MUST be nullptr on entry.\n* second is root of tree 2, which may be nullptr.\n* first becomes the result of the tree merge.\n*/\ntemplate <class T,class TCompare>\nvoid PairingHeap<T,TCompare>::\ncompareAndLink( PairNode<T> * & first,\n\t\tPairNode<T> *second ) const\n{\n\tif( second == nullptr )\n\t\treturn;\n\n\tif( lessThan(second->element,first->element) )\n\t{\n\t\t// Attach first as leftmost child of second\n\t\tsecond->prev = first->prev;\n\t\tfirst->prev = second;\n\t\tfirst->nextSibling = second->leftChild;\n\t\tif( first->nextSibling != nullptr )\n\t\t\tfirst->nextSibling->prev = first;\n\t\tsecond->leftChild = first;\n\t\tfirst = second;\n\t}\n\telse\n\t{\n\t\t// Attach second as leftmost child of first\n\t\tsecond->prev = first;\n\t\tfirst->nextSibling = second->nextSibling;\n\t\tif( first->nextSibling != nullptr )\n\t\t\tfirst->nextSibling->prev = first;\n\t\tsecond->nextSibling = first->leftChild;\n\t\tif( second->nextSibling != nullptr )\n\t\t\tsecond->nextSibling->prev = second;\n\t\tfirst->leftChild = second;\n\t}\n}\n\n/**\n* Internal method that implements two-pass merging.\n* firstSibling the root of the conglomerate;\n*     assumed not nullptr.\n*/\ntemplate <class T,class TCompare>\nPairNode<T> *\nPairingHeap<T,TCompare>::combineSiblings( PairNode<T> *firstSibling )\n{\n\tif( firstSibling->nextSibling == nullptr )\n\t\treturn firstSibling;\n\n\t// Store the subtrees in an array\n\tint numSiblings = 0;\n\tfor( ; firstSibling != nullptr; numSiblings++ )\n\t{\n\t\tif( numSiblings == (int)siblingsTreeArray.size( ) )\n\t\t\tsiblingsTreeArray.resize( numSiblings * 2 );\n\t\tsiblingsTreeArray[ numSiblings ] = firstSibling;\n\t\tfirstSibling->prev->nextSibling = nullptr;  // break links\n\t\tfirstSibling = firstSibling->nextSibling;\n\t}\n\tif( numSiblings == (int)siblingsTreeArray.size( ) )\n\t\tsiblingsTreeArray.resize( numSiblings + 1 );\n\tsiblingsTreeArray[ numSiblings ] = nullptr;\n\n\t// Combine subtrees two at a time, going left to right\n\tint i = 0;\n\tfor( ; i + 1 < numSiblings; i += 2 )\n\t\tcompareAndLink( siblingsTreeArray[ i ], siblingsTreeArray[ i + 1 ] );\n\n\tint j = i - 2;\n\n\t// j has the result of last compareAndLink.\n\t// If an odd number of trees, get the last one.\n\tif( j == numSiblings - 3 )\n\t\tcompareAndLink( siblingsTreeArray[ j ], siblingsTreeArray[ j + 2 ] );\n\n\t// Now go right to left, merging last tree with\n\t// next to last. The result becomes the new last.\n\tfor( ; j >= 2; j -= 2 )\n\t\tcompareAndLink( siblingsTreeArray[ j - 2 ], siblingsTreeArray[ j ] );\n\treturn siblingsTreeArray[ 0 ];\n}\n\n/**\n* Internal method to clone subtree.\n* WARNING: This is prone to running out of stack space.\n*/\ntemplate <class T,class TCompare>\nPairNode<T> *\nPairingHeap<T,TCompare>::clone( PairNode<T> * t ) const\n{\n\tif( t == nullptr ) \n\t\treturn nullptr;\n\telse\n\t{\n\t\tPairNode<T> *p = new PairNode<T>( t->element );\n\t\tif( ( p->leftChild = clone( t->leftChild ) ) != nullptr )\n\t\t\tp->leftChild->prev = p;\n\t\tif( ( p->nextSibling = clone( t->nextSibling ) ) != nullptr )\n\t\t\tp->nextSibling->prev = p;\n\t\treturn p;\n\t}\n}\n\ntemplate <class T,class TCompare>\nstd::ostream& operator <<(std::ostream &os, const PairingHeap<T,TCompare> &b)\n{\n\tos<<\"Heap:\";\n\tif (b.root != nullptr) {\n\t\tPairNode<T> *r = b.root;\n\t\tstd::list<PairNode<T>*> q;\n\t\tq.push_back(r);\n\t\twhile (!q.empty()) {\n\t\t\tr = q.front();\n\t\t\tq.pop_front();\n\t\t\tif (r->leftChild != nullptr) {\n\t\t\t\tos << *r->element << \">\";\n\t\t\t\tPairNode<T> *c = r->leftChild;\n\t\t\t\twhile (c != nullptr) {\n\t\t\t\t\tq.push_back(c);\n\t\t\t\t\tos << \",\" << *c->element;\n\t\t\t\t\tc = c->nextSibling;\n\t\t\t\t}\n\t\t\t\tos << \"|\";\n\t\t\t}\n\t\t}\n\t}\n\treturn os;\n}\n\n#endif /* VPSC_PAIRING_HEAP_H */\n"
  },
  {
    "path": "cola/libvpsc/rectangle.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * @brief Functions to automatically generate constraints for the\n * rectangular node overlap removal problem.\n *\n */\n\n#include <cmath>\n#include <set>\n#include <cstdlib>\n#include <algorithm>\n#include <cstdio>\n\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/rectangle.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/variable.h\"\n\nusing std::set;\nusing std::vector;\n\nnamespace vpsc {\n\ndouble Rectangle::xBorder = 0;\ndouble Rectangle::yBorder = 0;\n\nstd::ostream& operator <<(std::ostream &os, const Rectangle &r) {\n    os << \"Hue[0.17],Rectangle[{\"<<r.getMinX()<<\",\"<<r.getMinY()<<\"},{\"<<r.getMaxX()<<\",\"<<r.getMaxY()<<\"}]\";\n    return os;\n}\n\nRectangle::Rectangle(double x, double X, double y, double Y,bool allowOverlap) \n    : minX(x),\n      maxX(X),\n      minY(y),\n      maxY(Y),\n      overlap(allowOverlap) \n{\n    COLA_ASSERT(x<X);\n    COLA_ASSERT(y<Y);\n    COLA_ASSERT(getMinX()<getMaxX());\n    COLA_ASSERT(getMinY()<getMaxY());\n}\n\nRectangle::Rectangle()\n    : minX(1),\n      maxX(-1),\n      minY(1),\n      maxY(-1),\n      overlap(false) \n{\n    // Creates an invalid Rectangle\n}\n\nbool Rectangle::isValid(void) const\n{\n    return ((minX <= maxX) && (minY <= maxY));\n}\n\nRectangle Rectangle::unionWith(const Rectangle& rhs) const\n{\n    if (!isValid())\n    {\n        return Rectangle(rhs);\n    }\n    else if (!rhs.isValid())\n    {\n        return Rectangle(*this);\n    }\n    \n    double newMaxY = std::max(rhs.getMaxY(),maxY);\n    double newMinY = std::min(rhs.getMinY(),minY);\n    double newMinX = std::min(rhs.getMinX(),minX);\n    double newMaxX = std::max(rhs.getMaxX(),maxX);\n\n    return Rectangle(newMinX, newMaxX, newMinY, newMaxY);\n}\n    \nvoid Rectangle::reset(unsigned d, double x, double X) {\n    if(d==0) {\n        minX=x;\n        maxX=X;\n    } else {\n        minY=x;\n        maxY=X;\n    }\n}\n\nstruct Node;\nstruct CmpNodePos { bool operator()(const Node* u, const Node* v) const; };\n\ntypedef set<Node*,CmpNodePos> NodeSet;\n\nstruct Node {\n    Variable *v;\n    Rectangle *r;\n    double pos;\n    Node *firstAbove, *firstBelow;\n    NodeSet *leftNeighbours, *rightNeighbours;\n    Node(Variable *v, Rectangle *r, double p) \n        : v(v),r(r),pos(p),\n          firstAbove(nullptr), firstBelow(nullptr),\n          leftNeighbours(nullptr), rightNeighbours(nullptr)\n     \n    {\n        COLA_ASSERT(r->width()<1e40);\n    }\n    ~Node() {\n        delete leftNeighbours;\n        delete rightNeighbours;\n    }\n    void addLeftNeighbour(Node *u) {\n        COLA_ASSERT(leftNeighbours!=nullptr);\n        leftNeighbours->insert(u);\n    }\n    void addRightNeighbour(Node *u) {\n        COLA_ASSERT(rightNeighbours!=nullptr);\n        rightNeighbours->insert(u);\n    }\n    void setNeighbours(NodeSet *left, NodeSet *right) {\n        leftNeighbours=left;\n        rightNeighbours=right;\n        for(NodeSet::iterator i=left->begin();i!=left->end();++i) {\n            Node *v=*(i);\n            v->addRightNeighbour(this);\n        }\n        for(NodeSet::iterator i=right->begin();i!=right->end();++i) {\n            Node *v=*(i);\n            v->addLeftNeighbour(this);\n        }\n    }\n};\nbool CmpNodePos::operator() (const Node* u, const Node* v) const {\n    COLA_ASSERT(!std::isnan(u->pos));\n    COLA_ASSERT(!std::isnan(v->pos));\n    if (u->pos < v->pos) {\n        return true;\n    }\n    if (v->pos < u->pos) {\n        return false;\n    }\n    return u < v;\n}\n\nNodeSet* getLeftNeighbours(NodeSet &scanline,Node *v) {\n    NodeSet *leftv = new NodeSet;\n    NodeSet::iterator i=scanline.find(v);\n    while(i!=scanline.begin()) {\n        Node *u=*(--i);\n        if(u->r->overlapX(v->r)<=0) {\n            leftv->insert(u);\n            return leftv;\n        }\n        if(u->r->overlapX(v->r)<=u->r->overlapY(v->r)) {\n            leftv->insert(u);\n        }\n    }\n    return leftv;\n}\nNodeSet* getRightNeighbours(NodeSet &scanline,Node *v) {\n    NodeSet *rightv = new NodeSet;\n    NodeSet::iterator i=scanline.find(v);\n    for(++i;i!=scanline.end(); ++i) {\n        Node *u=*(i);\n        if(u->r->overlapX(v->r)<=0) {\n            rightv->insert(u);\n            return rightv;\n        }\n        if(u->r->overlapX(v->r)<=u->r->overlapY(v->r)) {\n            rightv->insert(u);\n        }\n    }\n    return rightv;\n}\n\ntypedef enum {Open, Close} EventType;\nstruct Event {\n    EventType type;\n    Node *v;\n    double pos;\n    Event(EventType t, Node *v, double p) : type(t),v(v),pos(p) {};\n};\nint compare_events(const void *a, const void *b) {\n    Event *ea=*(Event**)a;\n    Event *eb=*(Event**)b;\n    if(ea->pos==eb->pos) {\n        // when comparing opening and closing\n        // open must come first\n        if(ea->type==Open) return -1;\n        return 1;\n    } else if(ea->pos > eb->pos) {\n        return 1;\n    } else if(ea->pos < eb->pos) {\n        return -1;\n    } else if(std::isnan(ea->pos) != std::isnan(ea->pos)) {\n        /* See comment in CmpNodePos. */\n        return ( std::isnan(ea->pos)\n             ? -1\n             : 1 );\n    }\n    return 0;\n}\n\n/*\n * Prepares constraints in order to apply VPSC horizontally.  Assumes \n * variables have already been created.\n * useNeighbourLists determines whether or not a heuristic is used to \n * deciding whether to resolve all overlap in the x pass, or leave some\n * overlaps for the y pass.\n */\nvoid generateXConstraints(const Rectangles& rs, const Variables& vars,\n        Constraints& cs, const bool useNeighbourLists)\n{\n    const unsigned n = rs.size();\n    COLA_ASSERT(vars.size()>=n);\n    Event **events=new Event*[2*n];\n    unsigned i,ctr=0;\n    for(i=0;i<n;i++) {\n        vars[i]->desiredPosition=rs[i]->getCentreX();\n        Node *v = new Node(vars[i],rs[i],rs[i]->getCentreX());\n        events[ctr++]=new Event(Open,v,rs[i]->getMinY());\n        events[ctr++]=new Event(Close,v,rs[i]->getMaxY());\n    }\n    qsort((Event*)events, (size_t)2*n, sizeof(Event*), compare_events );\n\n    NodeSet scanline;\n    for(i=0;i<2*n;i++) {\n        Event *e=events[i];\n        Node *v=e->v;\n        if(e->type==Open) {\n            scanline.insert(v);\n            if(useNeighbourLists) {\n                v->setNeighbours(\n                    getLeftNeighbours(scanline,v),\n                    getRightNeighbours(scanline,v)\n                );\n            } else {\n                NodeSet::iterator it=scanline.find(v);\n                if(it!=scanline.begin()) {\n                    Node *u=*(--it);\n                    v->firstAbove=u;\n                    u->firstBelow=v;\n                }\n                it=scanline.find(v);\n                if(++it!=scanline.end()) {\n                    Node *u=*it;\n                    v->firstBelow=u;\n                    u->firstAbove=v;\n                }\n            }\n        } else {\n            size_t result;\n            // Close event\n            if(useNeighbourLists) {\n                for(NodeSet::iterator i=v->leftNeighbours->begin();\n                    i!=v->leftNeighbours->end();i++\n                ) {\n                    Node *u=*i;\n                    double sep = (v->r->width()+u->r->width())/2.0;\n                    cs.push_back(new Constraint(u->v,v->v,sep));\n                    result=u->rightNeighbours->erase(v);\n                    COLA_ASSERT(result==1);\n                }\n                \n                for(NodeSet::iterator i=v->rightNeighbours->begin();\n                    i!=v->rightNeighbours->end();i++\n                ) {\n                    Node *u=*i;\n                    double sep = (v->r->width()+u->r->width())/2.0;\n                    cs.push_back(new Constraint(v->v,u->v,sep));\n                    result=u->leftNeighbours->erase(v);\n                    COLA_ASSERT(result==1);\n                }\n            } else {\n                Node *l=v->firstAbove, *r=v->firstBelow;\n                if(l!=nullptr) {\n                    double sep = (v->r->width()+l->r->width())/2.0;\n                    cs.push_back(new Constraint(l->v,v->v,sep));\n                    l->firstBelow=v->firstBelow;\n                }\n                if(r!=nullptr) {\n                    double sep = (v->r->width()+r->r->width())/2.0;\n                    cs.push_back(new Constraint(v->v,r->v,sep));\n                    r->firstAbove=v->firstAbove;\n                }\n            }\n            result=scanline.erase(v);\n            COLA_ASSERT(result==1);\n            delete v;\n        }\n        delete e;\n    }\n    COLA_ASSERT(scanline.size()==0);\n    delete [] events;\n}\n\n/*\n * Prepares constraints in order to apply VPSC vertically to remove ALL\n * overlap.\n */\nvoid generateYConstraints(const Rectangles& rs, const Variables& vars,\n        Constraints& cs)\n{\n    const unsigned n = rs.size();\n    COLA_ASSERT(vars.size()>=n);\n    Event **events=new Event*[2*n];\n    unsigned ctr=0;\n    Rectangles::const_iterator ri=rs.begin(), re=rs.end();\n    Variables::const_iterator vi=vars.begin(), ve=vars.end();\n    for(;ri!=re&&vi!=ve;++ri,++vi) {\n        Rectangle* r=*ri;\n        Variable* v=*vi;\n        v->desiredPosition=r->getCentreY();\n        Node *node = new Node(v,r,r->getCentreY());\n        COLA_ASSERT(r->getMinX()<r->getMaxX());\n        events[ctr++]=new Event(Open,node,r->getMinX());\n        events[ctr++]=new Event(Close,node,r->getMaxX());\n    }\n    COLA_ASSERT(ri==rs.end());\n    qsort((Event*)events, (size_t)2*n, sizeof(Event*), compare_events );\n    NodeSet scanline;\n#ifndef NDEBUG\n    size_t deletes=0;\n#endif\n    for(unsigned i=0;i<2*n;i++) {\n        Event *e=events[i];\n        Node *v=e->v;\n        if(e->type==Open) {\n            scanline.insert(v);\n            NodeSet::iterator it=scanline.find(v);\n            if(it!=scanline.begin()) {\n                Node *u=*(--it);\n                v->firstAbove=u;\n                u->firstBelow=v;\n            }\n            it=scanline.find(v);\n            if(++it!=scanline.end())     {\n                Node *u=*it;\n                v->firstBelow=u;\n                u->firstAbove=v;\n            }\n        } else {\n            // Close event\n            Node *l=v->firstAbove, *r=v->firstBelow;\n            if(l!=nullptr) {\n                double sep = (v->r->height()+l->r->height())/2.0;\n                cs.push_back(new Constraint(l->v,v->v,sep));\n                l->firstBelow=v->firstBelow;\n            }\n            if(r!=nullptr) {\n                double sep = (v->r->height()+r->r->height())/2.0;\n                cs.push_back(new Constraint(v->v,r->v,sep));\n                r->firstAbove=v->firstAbove;\n            }\n#ifndef NDEBUG\n            deletes++;\n            size_t erased=\n#endif\n            scanline.erase(v);\n            COLA_ASSERT(erased==1);\n            delete v;\n        }\n        delete e;\n    }\n    COLA_ASSERT(scanline.size()==0);\n    COLA_ASSERT(deletes==n);\n    delete [] events;\n}\n#include \"libvpsc/linesegment.h\"\nusing namespace linesegment;\ninline bool checkIntersection(\n        const LineSegment::IntersectResult result, \n        Vector const &intersection,\n        RectangleIntersections &ri, \n        bool &side, double &sideX, double &sideY) {\n    switch(result) {\n    case LineSegment::INTERSECTING:\n        ri.intersects=side=true;\n        sideX=intersection.x_;\n        sideY=intersection.y_;\n        return true;\n    case LineSegment::PARALLEL:\n    case LineSegment::NOT_INTERSECTING:\n        return true;\n    case LineSegment::COINCIDENT:\n        ri.intersects=ri.top=ri.bottom=ri.left=ri.right=false;\n        return false;\n    }\n    return false;\n}\nvoid Rectangle::\nlineIntersections(double x1, double y1, double x2, double y2, RectangleIntersections &ri) const {\n    Vector intersection;\n    LineSegment l(Vector(x1,y1),Vector(x2,y2));\n    LineSegment top(Vector(getMinX(),getMaxY()),Vector(getMaxX(),getMaxY()));\n    if(!checkIntersection(\n            l.Intersect(top,intersection),intersection,\n            ri,ri.top,ri.topX,ri.topY)) {\n        return;\n    }\n    LineSegment bottom(Vector(getMinX(),getMinY()),Vector(getMaxX(),getMinY()));\n    if(!checkIntersection(\n            l.Intersect(bottom,intersection),intersection,\n            ri,ri.bottom,ri.bottomX,ri.bottomY)) {\n        return;\n    }\n    LineSegment left(Vector(getMinX(),getMinY()),Vector(getMinX(),getMaxY()));\n    if(!checkIntersection(\n            l.Intersect(left,intersection),intersection,\n            ri,ri.left,ri.leftX,ri.leftY)) {\n        return;\n    }\n    LineSegment right(Vector(getMaxX(),getMinY()),Vector(getMaxX(),getMaxY()));\n    if(!checkIntersection(\n            l.Intersect(right,intersection),intersection,\n            ri,ri.right,ri.rightX,ri.rightY)) {\n        return;\n    }\n}\nstatic const double ERROR_MARGIN = 1e-4;\ninline bool eq(double a, double b) {\n    return fabs(a-b)<ERROR_MARGIN;\n    //return a==b;\n}\n/*\nbool Rectangle::inside(double x, double y) const {\n    return x>(minX+ERROR_MARGIN) && x<(maxX-ERROR_MARGIN) \n        && y>(minY+ERROR_MARGIN) && y<(maxY-ERROR_MARGIN);\n}\n*/\n// p1=(x1,y1),p2=(x2,y2) are points on the boundary.  Puts the shortest\n// path round the outside of the rectangle  from p1 to p2 into xs, ys.\nvoid Rectangle::routeAround(double x1, double y1, double x2, double y2,\n        std::vector<double> &xs, std::vector<double> &ys) {\n    COLA_ASSERT(eq(x1,minX) || eq(x1,maxX) || eq(y1,minY) || eq(y1,maxY));\n    COLA_ASSERT(eq(x2,minX) || eq(x2,maxX) || eq(y2,minY) || eq(y2,maxY));\n    xs.push_back(x1);\n    ys.push_back(y1);\n    bool top1=eq(y1,maxY), top2=eq(y2,maxY),\n         bottom1=eq(y1,minY), bottom2=eq(y2,minY);\n    bool left1=eq(x1,minX), left2=eq(x2,minX), \n         right1=eq(x1,maxX), right2=eq(x2,maxX);\n    bool leftright = (left1 && right2) || (right1 && left2);\n    bool topbottom = (top1 && bottom2) || (bottom1 && top2);\n    bool lefttop = (left1 && top2) || (top1 && left2);\n    bool righttop = (right1 && top2) || (top1 && right2);\n    bool leftbottom = (left1 && bottom2) || (bottom1 && left2);\n    bool rightbottom = (right1 && bottom2) || (bottom1 && right2);\n    if(lefttop) {\n        xs.push_back(minX);\n        ys.push_back(maxY);\n    } else if(righttop) {\n        xs.push_back(maxX);\n        ys.push_back(maxY);\n    } else if(leftbottom) {\n        xs.push_back(minX);\n        ys.push_back(minY);\n    } else if(rightbottom) {\n        xs.push_back(maxX);\n        ys.push_back(minY);\n    } else if(leftright) {\n        double midY = y1+(y2-y1)/2.0;\n        if(left1) { // left to right\n            if(midY<getCentreY()) { // route below\n                // bottom left\n                xs.push_back(getMinX());\n                ys.push_back(getMinY());\n                // bottom right\n                xs.push_back(getMaxX());\n                ys.push_back(getMinY());\n            } else { // route above\n                // top left\n                xs.push_back(getMinX());\n                ys.push_back(getMaxY());\n                // top right\n                xs.push_back(getMaxX());\n                ys.push_back(getMaxY());\n            }\n        } else { // right to left\n            if(midY<getCentreY()) { // route below\n                // bottom right\n                xs.push_back(getMaxX());\n                ys.push_back(getMinY());\n                // bottom left\n                xs.push_back(getMinX());\n                ys.push_back(getMinY());\n            } else { // route above\n                // top right\n                xs.push_back(getMaxX());\n                ys.push_back(getMaxY());\n                // top left\n                xs.push_back(getMinX());\n                ys.push_back(getMaxY());\n            }\n        }\n    } else if(topbottom) {\n        double midX = x1+(x2-x1)/2.0;\n        if(top1) {\n            if(midX<getCentreX()) { // route left\n                // top left\n                xs.push_back(getMinX());\n                ys.push_back(getMaxY());\n                // bottom left\n                xs.push_back(getMinX());\n                ys.push_back(getMinY());\n            } else { // route right\n                // top right\n                xs.push_back(getMaxX());\n                ys.push_back(getMaxY());\n                // bottom right\n                xs.push_back(getMaxX());\n                ys.push_back(getMinY());\n            }\n        } else { // bottom to top\n            if(midX<getCentreX()) { // route left\n                // bottom left\n                xs.push_back(getMinX());\n                ys.push_back(getMinY());\n                // top left\n                xs.push_back(getMinX());\n                ys.push_back(getMaxY());\n            } else { // route right\n                // bottom right\n                xs.push_back(getMaxX());\n                ys.push_back(getMinY());\n                // top right\n                xs.push_back(getMaxX());\n                ys.push_back(getMaxY());\n            }\n        }\n    }\n    xs.push_back(x2);\n    ys.push_back(y2);\n}\n\n/* \n * moves all the rectangles to remove all overlaps.  Heuristic\n * attempts to move by as little as possible.\n * no overlaps guaranteed.\n * @param rs the rectangles which will be moved to remove overlap\n */\nvoid removeoverlaps(Rectangles& rs) {\n    const set<unsigned> fixed = set<unsigned>();\n    removeoverlaps(rs,fixed);\n}\n#define ISNOTNAN(d) (d)==(d)\n/*\n * Moves rectangles to remove all overlaps.  A heuristic\n * attempts to move by as little as possible.  The heuristic is\n * that the overlaps are removed horizontally and then vertically,\n * each pass being a quadratic program in which the total squared movement\n * is minimised subject to non-overlap constraints.  An optional third\n * horizontal pass (in addition to the first horizontal pass and the second\n * vertical pass) can be applied wherein the x-positions of rectangles are reset to their\n * original positions and overlap removal repeated.  This may avoid some\n * unnecessary movement. \n * @param rs the rectangles which will be moved to remove overlap\n * @param fixed a set of indices to rectangles which should not be moved\n * @param thirdPass optionally run the third horizontal pass described above.\n */\nvoid removeoverlaps(Rectangles& rs, const set<unsigned>& fixed, bool thirdPass) {\n    const double xBorder=Rectangle::xBorder, yBorder=Rectangle::yBorder;\n    static const double EXTRA_GAP=1e-3;\n    static const size_t ARRAY_UNUSED=1;\n    unsigned n=rs.size();\n    try {\n        // The extra gap avoids numerical imprecision problems\n        Rectangle::setXBorder(xBorder+EXTRA_GAP);\n        Rectangle::setYBorder(yBorder+EXTRA_GAP);\n        Variables vs(n);\n        Variables::iterator v;\n        unsigned i=0;\n        vector<double> initX(thirdPass?n:ARRAY_UNUSED);\n        for(v=vs.begin();v!=vs.end();++v,++i) {\n            double weight=1;\n            if(fixed.find(i)!=fixed.end()) {\n                weight=10000;\n            }\n            *v=new Variable(i,0,weight);\n            if(thirdPass) {\n                initX[i]=rs[i]->getCentreX();\n            }\n        }\n        Constraints cs;\n        generateXConstraints(rs,vs,cs,true);\n        Solver vpsc_x(vs,cs);\n        vpsc_x.solve();\n        Rectangles::iterator r=rs.begin();\n        for(v=vs.begin();v!=vs.end();++v,++r) {\n            COLA_ASSERT(ISNOTNAN((*v)->finalPosition));\n            (*r)->moveCentreX((*v)->finalPosition);\n        }\n        COLA_ASSERT(r==rs.end());\n        for_each(cs.begin(),cs.end(),delete_object());\n        cs.clear();\n        // Removing the extra gap here ensures things that were moved to be\n        // adjacent to one another above are not considered overlapping\n        Rectangle::setXBorder(xBorder);\n        generateYConstraints(rs,vs,cs);\n        Solver vpsc_y(vs,cs);\n        vpsc_y.solve();\n        r=rs.begin();\n        for(v=vs.begin();v!=vs.end();++v,++r) {\n            COLA_ASSERT(ISNOTNAN((*v)->finalPosition));\n            (*r)->moveCentreY((*v)->finalPosition);\n        }\n        for_each(cs.begin(),cs.end(),delete_object());\n        cs.clear();\n        Rectangle::setYBorder(yBorder);\n        if(thirdPass) {\n            // we reset x positions to their original values\n            // and apply a third pass horizontally so that\n            // rectangles which were moved unnecessarily in the\n            // first horizontal pass (i.e. their overlap\n            // was later resolved vertically) have an\n            // opportunity now to stay put.\n            Rectangle::setXBorder(xBorder+EXTRA_GAP);\n            r=rs.begin();\n            for(v=vs.begin();v!=vs.end();++v,++r) {\n                (*r)->moveCentreX(initX[(*v)->id]);\n            }\n            generateXConstraints(rs,vs,cs,false);\n            Solver vpsc_x2(vs,cs);\n            vpsc_x2.solve();\n            r=rs.begin();\n            for(v=vs.begin();v!=vs.end();++v,++r) {\n                COLA_ASSERT(ISNOTNAN((*v)->finalPosition));\n                (*r)->moveCentreX((*v)->finalPosition);\n            }\n        }\n        Rectangle::setXBorder(xBorder);\n        for_each(cs.begin(),cs.end(),delete_object());\n        for_each(vs.begin(),vs.end(),delete_object());\n    } catch (char *str) {\n        std::cerr<<str<<std::endl;\n        for(Rectangles::iterator r=rs.begin();r!=rs.end();++r) {\n            std::cerr << **r <<std::endl;\n        }\n    }\n    COLA_ASSERT(noRectangleOverlaps(rs));\n}\n\n\nbool noRectangleOverlaps(const Rectangles& rs) \n{\n    Rectangle *u, *v;\n    Rectangles::const_iterator i=rs.begin(), j, e=rs.end();\n    for (;i!=e;++i) \n    {\n        u=*i;\n        for (j=i+1;j!=e;++j) \n        {\n            v=*j;\n            if (u->overlapX(v)>0) \n            {\n                COLA_ASSERT(u->overlapY(v)==0);\n            }\n        }\n    }\n    return true;\n}\n\n// checks if line segment is strictly overlapping.\n// That is, if any point on the line is inside the rectangle.\nbool Rectangle::overlaps(double x1, double y1, double x2, double y2) \n{\n    RectangleIntersections ri;\n    lineIntersections(x1,y1,x2,y2,ri);\n    if(ri.intersects) {\n        if(ri.countIntersections()==1) {\n            // special case when one point is touching\n            // the boundary of the rectangle but no part\n            // of the line is interior\n            if(!inside(x1,y1)&&!inside(x2,y2)) {\n                return false;\n            }\n        }\n        printf(\"Rectangle/Segment intersection (SVG):\\n\");\n        printf(\"<svg style=\\\"stroke: black; fill: none;\\\">\\n\");\n        printf(\"<polyline points=\\\"%f,%f %f,%f\\\" />\\n\",x1,y1,x2,y2);\n        printf(\"<rect x=\\\"%f\\\" y=\\\"%f\\\" width=\\\"%f\\\" height=\\\"%f\\\" />\\n\",\n                getMinX(),getMinY(),width(),height());\n        printf(\"</svg>\\n\");\n        ri.printIntersections();\n        return true;\n    }\n    return false;\n}\n\n\nvoid RectangleIntersections::printIntersections() \n{\n    printf(\"intersections:\\n\");\n    if(top) printf(\"  top=%d:(%f,%f)\\n\",top,topX,topY);\n    if(bottom) printf(\"  bottom=%d:(%f,%f)\\n\",bottom,bottomX,bottomY);\n    if(left) printf(\"  left=%d:(%f,%f)\\n\",left,leftX,leftY);\n    if(right) printf(\"  right=%d:(%f,%f)\\n\",right,rightX,rightY);\n}\n\n// Of the stored intersections, this returns the one closest to the\n// specified point\nvoid RectangleIntersections::nearest(double x, double y, double &xi, double &yi) {\n    bool is[]={top, right, bottom, left};\n    double xs[]={topX, rightX, bottomX, leftX};\n    double ys[]={topY, rightY, bottomY, leftY};\n    double dx, dy, l, minl = 999999999999999.0;\n    for(unsigned i=0;i<4;i++) \n    {\n        if(is[i]) \n        {\n            dx=xs[i]-x;\n            dy=ys[i]-y;\n            l=dx*dx + dy*dy;\n            if(l<minl) \n            {\n                minl=l;\n                xi=xs[i];\n                yi=ys[i];\n            }\n        }\n    }\n}\n\n}\n"
  },
  {
    "path": "cola/libvpsc/rectangle.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2010  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n/*\n * Functions to automatically generate constraints for the\n * rectangular node overlap removal problem.\n *\n */\n#ifndef VPSC_RECTANGLE_H\n#define VPSC_RECTANGLE_H\n\n#include <iostream>\n#include <vector>\n#include <set>\n#include <cassert>\n#include <cmath>\n\n#include \"libvpsc/assertions.h\"\n\nnamespace vpsc {\n\n//! @brief Indicates the x- or y-dimension.\nenum Dim {\n    //! The x-dimension (0).\n    HORIZONTAL = 0,\n    //! The x-dimension (0).\n    XDIM = 0,\n    //! The y-dimension (1).\n    VERTICAL = 1,\n    //! The y-dimension (1).\n    YDIM = 1,\n    // The dimension is not set.\n    UNSET = 2\n};\n\ninline Dim conjugate(Dim d) {\n\treturn static_cast<Dim>(!d);\n}\n/* records the positions and sides through which a particular line intersects with a rectangle\n */\nstruct RectangleIntersections {\n    bool intersects, top, bottom, left, right;\n    double topX, topY, bottomX, bottomY, leftX, leftY, rightX, rightY;\n    RectangleIntersections()\n        : intersects(false),top(false),bottom(false),left(false),right(false),\n      topX(0),topY(0),bottomX(0),bottomY(0),leftX(0),leftY(0),rightX(0),rightY(0) {} \n    int countIntersections() {\n        return left+right+top+bottom;\n    }\n    void printIntersections(void);\n    // Of the stored intersections, this returns the one closest to the\n    // specified point\n    void nearest(double x, double y, double & xi, double & yi);\n};\n\n/**\n * @brief  A rectangle represents a fixed-size shape in the diagram that may\n *         be moved to prevent overlaps and satisfy constraints.\n */\nclass Rectangle {   \npublic:\n    /**\n     * @brief Constructs a rectangle by specifying the positions of all \n     *        four sides.\n     *\n     * @param[in] x  Minimum horizontal value.\n     * @param[in] X  Maximum horizontal value.\n     * @param[in] y  Minimum vertical value.\n     * @param[in] Y  Maximum vertical value.\n     * @param[in] allowOverlap not used currently.\n     */\n    Rectangle(double x, double X, double y, double Y,\n            bool allowOverlap = false);\n    Rectangle(const Rectangle &Other) = default;\n    Rectangle();\n// To prevent C++ objects from being destroyed in garbage collected languages\n// when the libraries are called from SWIG, we hide the declarations of the\n// destructors and prevent generation of default destructors.\n#ifndef SWIG\n    ~Rectangle() {}\n#endif\n\n    bool isValid(void) const;\n    Rectangle unionWith(const Rectangle& rhs) const;\n    /*\n     * reset the dimensions in one axis\n     * @param d axis (0==X, 1==Y)\n     * @param x min value\n     * @param X max value\n     */\n    void reset(const unsigned d, double x, double X);\n    double getMaxX() const { return maxX+xBorder; }\n    double getMaxY() const { return maxY+yBorder; }\n    double getMinX() const { return minX-xBorder; }\n    double getMinY() const { return minY-yBorder; }\n    /*\n     * @param d axis: 0=horizontal 1=vertical\n     */\n    double getMinD(unsigned const d) const {\n        COLA_ASSERT(d==0||d==1);\n        return ( d == 0 ? getMinX() : getMinY() );\n    }\n    /*\n     * @param d axis: 0=horizontal 1=vertical\n     */\n    double getMaxD(unsigned const d) const {\n        COLA_ASSERT(d==0||d==1);\n        return ( d == 0 ? getMaxX() : getMaxY() );\n    }\n    void setMinD(unsigned const d, const double val)\n    { if ( d == 0) { minX = val; } else { minY = val; } }\n    void setMaxD(unsigned const d, const double val)\n    { if ( d == 0) { maxX = val; } else { maxY = val; } }\n    double getCentreX() const { return getMinX()+width()/2.0; }\n    double getCentreY() const { return getMinY()+height()/2.0; }\n    /*\n     * @param d axis: 0=horizontal 1=vertical\n     */\n    double getCentreD(unsigned const d) const {\n        COLA_ASSERT(d==0||d==1);\n        return getMinD(d)+length(d)/2.0;\n    }\n    double width() const { return getMaxX()-getMinX(); }\n    double height() const { return getMaxY()-getMinY(); }\n    /*\n     * @param d axis: 0=width 1=height\n     * @return width or height\n     */\n    double length(unsigned const d) const {\n        COLA_ASSERT(d==0||d==1);\n        return ( d == 0 ? width() : height() );\n    }\n    void set_width(double w) { maxX = minX + w - 2.0*xBorder; }\n    void set_height(double h) { maxY = minY + h - 2.0*yBorder; }\n    void moveCentreD(const unsigned d, double p) {\n        COLA_ASSERT(d==0||d==1);\n        if(d == 0) { moveCentreX(p);\n        } else { moveCentreY(p); }\n    }\n    void moveCentreX(double x) {\n        moveMinX(x-width()/2.0);\n    }\n    void moveCentreY(double y) {\n        moveMinY(y-height()/2.0);\n    }\n    void moveCentre(double x, double y) {\n        moveCentreX(x);\n        moveCentreY(y);\n    }\n    void moveMinX(double x) {\n        double w=width();\n        minX=x+xBorder;\n        maxX=x+w-xBorder;\n        COLA_ASSERT(fabs(width()-w)<1e-9);\n    }\n    void moveMinY(double y) {\n        double h=height();\n        maxY=y+h-yBorder;\n        minY=y+yBorder;\n        COLA_ASSERT(fabs(height()-h)<1e-9);\n    }\n    double overlapD(const unsigned d, Rectangle* r) {\n        if(d==0) {\n            return overlapX(r);\n        } else {\n            return overlapY(r);\n        }\n    }\n    double overlapX(Rectangle *r) const {\n        double ux=getCentreX(), vx=r->getCentreX();\n        if (ux <= vx && r->getMinX() < getMaxX())\n            return getMaxX() - r->getMinX();\n        if (vx <= ux && getMinX() < r->getMaxX())\n            return r->getMaxX() - getMinX();\n        return 0;\n    }\n    double overlapY(Rectangle *r) const {\n        double uy=getCentreY(), vy=r->getCentreY();\n        if (uy <= vy && r->getMinY() < getMaxY()) {\n            return getMaxY() - r->getMinY();\n        }\n        if (vy <= uy && getMinY() < r->getMaxY()) {\n            return r->getMaxY() - getMinY();\n        }\n        return 0;\n    }\n    bool allowOverlap() {\n        return overlap;\n    }\n    void offset(double dx, double dy) {\n        minX += dx;\n        maxX += dx;\n        minY += dy;\n        maxY += dy;\n    }\n    // returns the intersections between the line segment from (x1,y1) \n    // to (x2,y2) and this rectangle.  Any intersections points with\n    // sides are reported, lines coincident with a side are considered not\n    // to intersect.\n    void lineIntersections(double x1, double y1, double x2, double y2, RectangleIntersections &ri) const;\n    bool inside(double x, double y) const {\n        return x>getMinX() && x<getMaxX() && y>getMinY() && y<getMaxY();\n    }\n    // checks if line segment is strictly overlapping.\n    // That is, if any point on the line is inside the rectangle.\n    bool overlaps(double x1, double y1, double x2, double y2);\n    // p1=(x1,y1),p2=(x2,y2) are points on the boundary.  Puts the shortest\n    // path round the outside of the rectangle from p1 to p2 into xs, ys.\n    void routeAround(double x1, double y1, double x2, double y2,\n            std::vector<double> &xs, std::vector<double> &ys);\n    /*\n     * xBorder and yBorder can be set to add a border to the boundary of the\n     * rectangle.  In other words, the size of the rectangle returned by the\n     * getters (getMinX, getMaxX, etc) will be slightly larger than the\n     * internal representation.  This is useful in situations where we need the\n     * size considered in one axis to be slightly different to that considered\n     * in the other axis for example, to avoid numerical precision problems in\n     * the axis-by-axis overlap removal process.\n     */\n    static double xBorder,yBorder;\n    static void setXBorder(double x) {xBorder=x;}\n    static void setYBorder(double y) {yBorder=y;}\n    \nprivate:\n    double minX,maxX,minY,maxY;\n    bool overlap;\n};\n\n//! @brief A vector of pointers to Rectangle objects.\ntypedef std::vector<Rectangle*> Rectangles;\n\nstd::ostream& operator<<(std::ostream& os, vpsc::Rectangle const &r);\n\nclass Variable;\ntypedef std::vector<Variable *> Variables;\nclass Constraint;\ntypedef std::vector<Constraint *> Constraints;\n\nvoid generateXConstraints(const Rectangles& rs, const Variables& vars,\n        Constraints& cs, const bool useNeighbourLists);\nvoid generateYConstraints(const Rectangles& rs, const Variables& vars,\n        Constraints& cs);\n\n/**\n * @brief Uses VPSC to remove overlaps between rectangles.\n *\n * Moves rectangles to remove all overlaps.  Heuristic attempts to move \n * shapes by as little as possible.\n *\n * @param[in,out] rs  The rectangles which will be moved to remove overlap\n */\nvoid removeoverlaps(Rectangles& rs);\n\n/** \n * @brief Uses VPSC to remove overlaps between rectangles, excluding some \n *        that should not be moved.\n *\n * Moves rectangles to remove all overlaps.  A heuristic attempts to move \n * shapes by as little as possible.  The heuristic is that the overlaps \n * are removed horizontally and then vertically, each pass being a \n * quadratic program in which the total squared movement is minimised \n * subject to non-overlap constraints.  \n *\n * An optional third horizontal pass (in addition to the first horizontal\n * pass and the second vertical pass) can be applied wherein the \n * x-positions of rectangles are reset to their original positions and \n * overlap removal repeated.  This may avoid some unnecessary movement. \n *\n * @param[in,out] rs    The rectangles which will be moved to remove overlap\n * @param[in] fixed     A set of indices to rectangles which should not be moved.\n * @param[in] thirdPass Optionally run the third horizontal pass described above.\n */\nvoid removeoverlaps(Rectangles& rs, const std::set<unsigned>& fixed, \n        bool thirdPass = true);\n\n// Useful for assertions:\nbool noRectangleOverlaps(const Rectangles& rs);\n\nstruct delete_object\n{\n    template <typename T>\n    void operator()(T *ptr){ delete ptr;}\n};\n\n} // namespace vpsc\n#endif // VPSC_RECTANGLE_H\n"
  },
  {
    "path": "cola/libvpsc/solve_VPSC.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n#include <cmath>\n#include <sstream>\n#include <map>\n#include <cfloat>\n#include <set>\n\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/block.h\"\n#include \"libvpsc/blocks.h\"\n#include \"libvpsc/solve_VPSC.h\"\n#include \"libvpsc/cbuffer.h\"\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/assertions.h\"\n#include \"libvpsc/exceptions.h\"\n\n#ifdef LIBVPSC_LOGGING\n#include <fstream>\n#endif\n\nusing namespace std;\n\nnamespace vpsc {\n\nstatic const double ZERO_UPPERBOUND=-1e-10;\nstatic const double LAGRANGIAN_TOLERANCE=-1e-4;\n\nIncSolver::IncSolver(Variables const &vs, Constraints const &cs) \n    : Solver(vs,cs)\n{\n    inactive=cs;\n    for(Constraints::iterator i=inactive.begin();i!=inactive.end();++i) {\n        (*i)->active=false;\n    }\n}\nSolver::Solver(Variables const &vs, Constraints const &cs) \n    : m(cs.size()), \n      cs(cs),\n      n(vs.size()),\n      vs(vs),\n      needsScaling(false)\n{\n    for(unsigned i=0;i<n;++i) {\n        vs[i]->in.clear();\n        vs[i]->out.clear();\n\n        // Set needsScaling if any variables have a scale other than 1.\n        needsScaling |= (vs[i]->scale != 1);\n    }\n    for(unsigned i=0;i<m;++i) {\n        Constraint *c=cs[i];\n        c->left->out.push_back(c);\n        c->right->in.push_back(c);\n        c->needsScaling = needsScaling;\n    }\n    bs=new Blocks(vs);\n#ifdef LIBVPSC_LOGGING\n    printBlocks();\n    //COLA_ASSERT(!constraintGraphIsCyclic(n,vs));\n#endif\n}\nSolver::~Solver() {\n    delete bs;\n}\n\nvoid IncSolver::addConstraint(Constraint *c)\n{\n    ++m;\n    c->active = false;\n    inactive.push_back(c);\n    c->left->out.push_back(c);\n    c->right->in.push_back(c);\n    c->needsScaling = needsScaling;\n}\n\n// useful in debugging\nvoid Solver::printBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    for(set<Block*>::iterator i=bs->begin();i!=bs->end();++i) {\n        Block *b=*i;\n        f<<\"  \"<<*b<<endl;\n    }\n    for(unsigned i=0;i<m;i++) {\n        f<<\"  \"<<*cs[i]<<endl;\n    }\n#endif\n}\n\n/**\n * Stores the relative positions of the variables in their finalPosition\n * field.\n */\nvoid Solver::copyResult() {\n    for(Variables::const_iterator i=vs.begin();i!=vs.end();++i) {\n        Variable* v=*i;\n        v->finalPosition=v->position();\n        COLA_ASSERT(v->finalPosition==v->finalPosition);\n    }\n}\n/**\n* Produces a feasible - though not necessarily optimal - solution by\n* examining blocks in the partial order defined by the directed acyclic\n* graph of constraints. For each block (when processing left to right) we\n* maintain the invariant that all constraints to the left of the block\n* (incoming constraints) are satisfied. This is done by repeatedly merging\n* blocks into bigger blocks across violated constraints (most violated\n* first) fixing the position of variables inside blocks relative to one\n* another so that constraints internal to the block are satisfied.\n*/\nbool Solver::satisfy() {\n    list<Variable*> *vList=bs->totalOrder();\n    for(list<Variable*>::iterator i=vList->begin();i!=vList->end();++i) {\n        Variable *v=*i;\n        if(!v->block->deleted) {\n            bs->mergeLeft(v->block);\n        }\n    }\n    bs->cleanup();\n    bool activeConstraints=false;\n    for(unsigned i=0;i<m;i++) {\n        if(cs[i]->active) activeConstraints=true;\n        if(cs[i]->slack() < ZERO_UPPERBOUND) {\n#ifdef LIBVPSC_LOGGING\n            ofstream f(LOGFILE,ios::app);\n            f<<\"Error: Unsatisfied constraint: \"<<*cs[i]<<endl;\n#endif\n            //COLA_ASSERT(cs[i]->slack()>-0.0000001);\n            throw UnsatisfiedConstraint(*cs[i]);\n        }\n    }\n    delete vList;\n    copyResult();\n    return activeConstraints;\n}\n\nvoid Solver::refine() {\n    bool solved=false;\n    // Solve shouldn't loop indefinately\n    // ... but just to make sure we limit the number of iterations\n    unsigned maxtries=100;\n    while(!solved&&maxtries>0) {\n        solved=true;\n        maxtries--;\n        size_t length = bs->size();\n        for (size_t i = 0; i < length; ++i)\n        {\n            Block *b = bs->at(i);\n            b->setUpInConstraints();\n            b->setUpOutConstraints();\n        }\n        for (size_t i = 0; i < length; ++i)\n        {\n            Block *b = bs->at(i);\n            Constraint *c=b->findMinLM();\n            if(c!=nullptr && c->lm<LAGRANGIAN_TOLERANCE) {\n#ifdef LIBVPSC_LOGGING\n                ofstream f(LOGFILE,ios::app);\n                f<<\"Split on constraint: \"<<*c<<endl;\n#endif\n                // Split on c\n                Block *l=nullptr, *r=nullptr;\n                bs->split(b,l,r,c);\n                bs->cleanup();\n                // split alters the block set so we have to restart\n                solved=false;\n                break;\n            }\n        }\n    }\n    for(unsigned i=0;i<m;i++) {\n        if(cs[i]->slack() < ZERO_UPPERBOUND) {\n            COLA_ASSERT(cs[i]->slack()>ZERO_UPPERBOUND);\n            throw UnsatisfiedConstraint(*cs[i]);\n        }\n    }\n}\n/**\n * Calculate the optimal solution. After using satisfy() to produce a\n * feasible solution, refine() examines each block to see if further\n * refinement is possible by splitting the block. This is done repeatedly\n * until no further improvement is possible.\n */\nbool Solver::solve() {\n    satisfy();\n    refine();\n    copyResult();\n    return bs->size()!=n;\n}\n\nbool IncSolver::solve() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"solve_inc()...\"<<endl;\n#endif\n    satisfy();\n    double lastcost = DBL_MAX, cost = bs->cost();\n    while(fabs(lastcost-cost)>0.0001) {\n        satisfy();\n        lastcost=cost;\n        cost = bs->cost();\n#ifdef LIBVPSC_LOGGING\n        f<<\"  bs->size=\"<<bs->size()<<\", cost=\"<<cost<<endl;\n#endif\n    }\n    copyResult();\n    return bs->size()!=n; \n}\n/**\n * incremental version of satisfy that allows refinement after blocks are\n * moved.\n *\n *  - move blocks to new positions\n *  - repeatedly merge across most violated constraint until no more\n *    violated constraints exist\n *\n * Note: there is a special case to handle when the most violated constraint\n * is between two variables in the same block.  Then, we must split the block\n * over an active constraint between the two variables.  We choose the \n * constraint with the most negative lagrangian multiplier. \n */\nbool IncSolver::satisfy() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"satisfy_inc()...\"<<endl;\n#endif\n    splitBlocks();\n    //long splitCtr = 0;\n    Constraint* v = nullptr;\n    //CBuffer buffer(inactive);\n    while ( (v = mostViolated(inactive)) && \n            (v->equality || ((v->slack() < ZERO_UPPERBOUND) && !v->active)) ) \n    {\n        COLA_ASSERT(!v->active);\n        Block *lb = v->left->block, *rb = v->right->block;\n        if(lb != rb) {\n            lb->merge(rb,v);\n        } else {\n            if(lb->isActiveDirectedPathBetween(v->right,v->left)) {\n                // cycle found, relax the violated, cyclic constraint\n                v->unsatisfiable=true;\n                continue;\n                //UnsatisfiableException e;\n                //lb->getActiveDirectedPathBetween(e.path,v->right,v->left);\n                //e.path.push_back(v);\n                //throw e;\n            }\n            //if(splitCtr++>10000) {\n                //throw \"Cycle Error!\";\n            //}\n            // constraint is within block, need to split first\n            try {\n                Constraint* splitConstraint\n                    =lb->splitBetween(v->left,v->right,lb,rb);\n                if(splitConstraint!=nullptr) {\n                    COLA_ASSERT(!splitConstraint->active);\n                    inactive.push_back(splitConstraint);\n                } else {\n                    v->unsatisfiable=true;\n                    continue;\n                }\n            } catch(UnsatisfiableException e) {\n                e.path.push_back(v);\n#ifdef LIBVPSC_DEBUG\n                std::cerr << \"Unsatisfiable:\" << std::endl;\n                for(std::vector<Constraint*>::iterator r=e.path.begin();\n                        r!=e.path.end();++r)\n                {\n                    std::cerr << **r <<std::endl;\n                }\n#endif\n                v->unsatisfiable=true;\n                continue;\n            }\n            if(v->slack()>=0) {\n                COLA_ASSERT(!v->active);\n                // v was satisfied by the above split!\n                inactive.push_back(v);\n                bs->insert(lb);\n                bs->insert(rb);\n            } else {\n                bs->insert(lb->merge(rb,v));\n                delete ((lb->deleted) ? lb : rb);\n            }\n        }\n#ifdef LIBVPSC_LOGGING\n        f<<\"...remaining blocks=\"<<bs->size()<<\", cost=\"<<bs->cost()<<endl;\n#endif\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished merges.\"<<endl;\n#endif\n    bs->cleanup();\n    bool activeConstraints=false;\n    for(unsigned i=0;i<m;i++) {\n        v=cs[i];\n        if(v->active) activeConstraints=true;\n        if(v->slack() < ZERO_UPPERBOUND) {\n            ostringstream s;\n            s<<\"Unsatisfied constraint: \"<<*v;\n#ifdef LIBVPSC_LOGGING\n            ofstream f(LOGFILE,ios::app);\n            f<<s.str()<<endl;\n#endif\n            throw (char *) s.str().c_str();\n        }\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished cleanup.\"<<endl;\n    printBlocks();\n#endif\n    copyResult();\n    return activeConstraints;\n}\nvoid IncSolver::moveBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f<<\"moveBlocks()...\"<<endl;\n#endif\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        b->updateWeightedPosition();\n        //b->posn = b->wposn / b->weight;\n    }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  moved blocks.\"<<endl;\n#endif\n}\nvoid IncSolver::splitBlocks() {\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n#endif\n    moveBlocks();\n    splitCnt=0;\n    // Split each block if necessary on min LM\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        Constraint* v=b->findMinLM();\n        if(v!=nullptr && v->lm < LAGRANGIAN_TOLERANCE) {\n            COLA_ASSERT(!v->equality);\n#ifdef LIBVPSC_LOGGING\n            f<<\"    found split point: \"<<*v<<\" lm=\"<<v->lm<<endl;\n#endif\n            splitCnt++;\n            Block *b = v->left->block, *l=nullptr, *r=nullptr;\n            COLA_ASSERT(v->left->block == v->right->block);\n            //double pos = b->posn;\n            b->split(l,r,v);\n            //l->posn=r->posn=pos;\n            //l->wposn = l->posn * l->weight;\n            //r->wposn = r->posn * r->weight;\n            l->updateWeightedPosition();\n            r->updateWeightedPosition();\n            bs->insert(l);\n            bs->insert(r);\n            b->deleted=true;\n            COLA_ASSERT(!v->active);\n            inactive.push_back(v);\n#ifdef LIBVPSC_LOGGING\n            f<<\"  new blocks: \"<<*l<<\" and \"<<*r<<endl;\n#endif\n        }\n    }\n    //if(splitCnt>0) { std::cout<<\"  splits: \"<<splitCnt<<endl; }\n#ifdef LIBVPSC_LOGGING\n    f<<\"  finished splits.\"<<endl;\n#endif\n    bs->cleanup();\n}\n\n/**\n * Scan constraint list for the most violated constraint, or the first equality\n * constraint\n */\nConstraint* IncSolver::mostViolated(Constraints &l)\n{\n    double slackForMostViolated = DBL_MAX;\n    Constraint* mostViolated = nullptr;\n#ifdef LIBVPSC_LOGGING\n    ofstream f(LOGFILE,ios::app);\n    f << \"Looking for most violated...\" << endl;\n#endif\n    size_t lSize = l.size();\n    size_t deleteIndex = lSize;\n    Constraint *constraint = nullptr;\n    double slack = 0;\n    for (size_t index = 0; index < lSize; ++index)\n    {\n        constraint = l[index];\n        slack = constraint->slack();\n        if (constraint->equality || slack < slackForMostViolated)\n        {\n            slackForMostViolated = slack;    \n            mostViolated = constraint;\n            deleteIndex = index;\n            if (constraint->equality)\n            {\n                break;\n            }\n        }\n    }\n    // Because the constraint list is not order dependent we just\n    // move the last element over the deletePoint and resize\n    // downwards.  There is always at least 1 element in the\n    // vector because of search.\n    if ( (deleteIndex < lSize) && \n         (((slackForMostViolated < ZERO_UPPERBOUND) && !mostViolated->active) || \n          mostViolated->equality) )\n    {\n        l[deleteIndex] = l[lSize-1];\n        l.resize(lSize-1);\n    }\n#ifdef LIBVPSC_LOGGING\n    if (mostViolated)\n    {\n        f << \"  most violated is: \" << *mostViolated << endl;\n    }\n    else\n    {\n        f << \"  non found.\" << endl;\n    }\n#endif\n    return mostViolated;\n}\n\nstruct node {\n    set<node*> in;\n    set<node*> out;\n};\n// useful in debugging - cycles would be BAD\nbool Solver::constraintGraphIsCyclic(const unsigned n, Variable* const vs[]) {\n    map<Variable*, node*> varmap;\n    vector<node*> graph;\n    for(unsigned i=0;i<n;i++) {\n        node *u=new node;\n        graph.push_back(u);\n        varmap[vs[i]]=u;\n    }\n    for(unsigned i=0;i<n;i++) {\n        for(vector<Constraint*>::iterator c=vs[i]->in.begin();c!=vs[i]->in.end();++c) {\n            Variable *l=(*c)->left;\n            varmap[vs[i]]->in.insert(varmap[l]);\n        }\n\n        for(vector<Constraint*>::iterator c=vs[i]->out.begin();c!=vs[i]->out.end();++c) {\n            Variable *r=(*c)->right;\n            varmap[vs[i]]->out.insert(varmap[r]);\n        }\n    }\n    while(graph.size()>0) {\n        node *u=nullptr;\n        vector<node*>::iterator i=graph.begin();\n        for(;i!=graph.end();++i) {\n            u=*i;\n            if(u->in.size()==0) {\n                break;\n            }\n        }\n        if(i==graph.end() && graph.size()>0) {\n            //cycle found!\n            return true;\n        } else {\n            graph.erase(i);\n            for(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n                node *v=*j;\n                v->in.erase(u);\n            }\n            delete u;\n        }\n    }\n    for(unsigned i=0; i<graph.size(); ++i) {\n        delete graph[i];\n    }\n    return false;\n}\n\n// useful in debugging - cycles would be BAD\nbool Solver::blockGraphIsCyclic() {\n    map<Block*, node*> bmap;\n    vector<node*> graph;\n    size_t length = bs->size();\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        node *u=new node;\n        graph.push_back(u);\n        bmap[b]=u;\n    }\n    for (size_t i = 0; i < length; ++i)\n    {\n        Block *b = bs->at(i);\n        b->setUpInConstraints();\n        Constraint *c=b->findMinInConstraint();\n        while(c!=nullptr) {\n            Block *l=c->left->block;\n            bmap[b]->in.insert(bmap[l]);\n            b->deleteMinInConstraint();\n            c=b->findMinInConstraint();\n        }\n\n        b->setUpOutConstraints();\n        c=b->findMinOutConstraint();\n        while(c!=nullptr) {\n            Block *r=c->right->block;\n            bmap[b]->out.insert(bmap[r]);\n            b->deleteMinOutConstraint();\n            c=b->findMinOutConstraint();\n        }\n    }\n    while(graph.size()>0) {\n        node *u=nullptr;\n        vector<node*>::iterator i=graph.begin();\n        for(;i!=graph.end();++i) {\n            u=*i;\n            if(u->in.size()==0) {\n                break;\n            }\n        }\n        if(i==graph.end() && graph.size()>0) {\n            //cycle found!\n            return true;\n        } else {\n            graph.erase(i);\n            for(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n                node *v=*j;\n                v->in.erase(u);\n            }\n            delete u;\n        }\n    }\n    for(unsigned i=0; i<graph.size(); i++) {\n        delete graph[i];\n    }\n    return false;\n}\n}\n"
  },
  {
    "path": "cola/libvpsc/solve_VPSC.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2013  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n *             Michael Wybrow\n*/\n\n//\n// TODO: Really, we should have three classes: VPSC, IncrementalVPSC and\n// StaticVPSC, where the latter two inherit from VPSC.  StaticVPSC would be\n// the equivalent of what is currently VPSC.\n// Also, a lot of the code specific to one or other of these concrete\n// implementations should be moved from Block and Blocks: e.g. mergeLeft etc.\n//\n#ifndef VPSC_SOLVE_VPSC_H\n#define VPSC_SOLVE_VPSC_H\n\n#include <vector>\n\n/**\n * @namespace vpsc\n * @brief libvpsc: Variable Placement with Separation Constraints\n *        quadratic program solver library.\n *\n * You should use VPSC via an instance of the IncSolver or Solver classes.\n */\nnamespace vpsc {\nclass Variable;\ntypedef std::vector<Variable*> Variables;\nclass Constraint;\nclass Blocks;\ntypedef std::vector<Constraint*> Constraints;\n\n/**\n * @brief Static solver for Variable Placement with Separation Constraints \n *        problem instance\n *\n * This class attempts to solve a least-squares problem subject to a set \n * of separation constraints.  The solve() and satisfy() methods return true \n * if any constraints are active, in both cases false means an unconstrained \n * optimum has been found.\n *\n * @sa IncSolver\n */\nclass Solver {\npublic:\n\t//! @brief  Results in an approximate solution subject to the constraints.\n    //! @return true if any constraints are active, or false if an unconstrained \n    //!         optimum has been found.\n\tvirtual bool satisfy();\n\t//! @brief  Results in an optimum solution subject to the constraints\n    //! @return true if any constraints are active, or false if an unconstrained \n    //!         optimum has been found.\n\tvirtual bool solve();\n\n\tSolver(Variables const &vs, Constraints const &cs);\n\tvirtual ~Solver();\n    //! @brief   Returns the Variables in this problem instance.\n    //! @returns A vector of Variable objects.\n    Variables const & getVariables() { return vs; }\nprotected:\n\tBlocks *bs;\n\tsize_t m;\n\tstd::vector<Constraint*> const &cs;\n\tsize_t n;\n\tstd::vector<Variable*> const &vs;\n    bool needsScaling;\n\n\tvoid printBlocks();\n\tvoid copyResult();\nprivate:\n\tvoid refine();\n\tbool constraintGraphIsCyclic(const unsigned n, Variable* const vs[]);\n\tbool blockGraphIsCyclic();\n};\n\n/**\n * @brief Incremental solver for Variable Placement with Separation Constraints \n *        problem instance\n *\n * This class attempts to solve a least-squares problem subject to a set \n * of sepation constraints.  The solve() and satisfy() methods return true \n * if any constraints are active, in both cases false means an unconstrained \n * optimum has been found.  This is an incremental version of that allows \n * refinement after blocks are moved.  This version is preferred if you are \n * using VPSC in an interactive context.\n *\n * @sa Solver\n */\nclass IncSolver : public Solver {\npublic:\n\tIncSolver(Variables const &vs, Constraints const &cs);\n\t//! @brief  Results in an approximate solution subject to the constraints.\n    //! @return true if any constraints are active, or false if an unconstrained \n\tbool satisfy();\n\t//! @brief  Results in an optimum solution subject to the constraints\n    //! @return true if any constraints are active, or false if an unconstrained \n    //!         optimum has been found.\n\tbool solve();\n   \t//! @brief  Adds a constraint to the existing VPSC solver.\n    //!\n    //! @param constraint The new additional constraint to add. \n    void addConstraint(Constraint *constraint);\nprivate:\n\tvoid moveBlocks();\n\tvoid splitBlocks();\n\n\tunsigned splitCnt;\n\tConstraints inactive;\n\tConstraints violated;\n\tConstraint* mostViolated(Constraints &l);\n};\n\n}\n#endif // VPSC_SOLVE_VPSC_H\n"
  },
  {
    "path": "cola/libvpsc/tests/Makefile.am",
    "content": "AM_CPPFLAGS = -I$(top_srcdir)\n\ncheck_PROGRAMS = rectangleoverlap block satisfy_inc # cycle\nsatisfy_inc_SOURCES = satisfy_inc.cpp\nsatisfy_inc_LDADD = $(top_builddir)/libvpsc/libvpsc.la # -L$(mosek_home)/bin -lmosek -lguide -limf -lirc\nblock_SOURCES = block.cpp\nblock_LDADD = $(top_builddir)/libvpsc/libvpsc.la\nrectangleoverlap_SOURCES = rectangleoverlap.cpp\nrectangleoverlap_LDADD = $(top_builddir)/libvpsc/libvpsc.la\n\n#cycle_SOURCES = cycle.cpp\n#cycle_LDADD = $(top_builddir)/libvpsc/libvpsc.la\n\nTESTS = $(check_PROGRAMS)\n\n"
  },
  {
    "path": "cola/libvpsc/tests/block.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <cassert>\n#include <iostream>\n\n#include \"libvpsc/variable.h\"\n#include \"libvpsc/constraint.h\"\n#include \"libvpsc/blocks.h\"\n#include \"libvpsc/block.h\"\nusing namespace std;\nusing namespace vpsc;\n\n\nvoid test1() {\n    Blocks *blocks = new Blocks(Variables());\n    cout << \"Block test 1...\" << endl;\n    Variable *a1=new Variable(1,0,1);\n    Variable *a2=new Variable(2,0,1);\n    Constraint *c=new Constraint(a1,a2,1);\n    a1->out.push_back(c);\n    a2->in.push_back(c);\n    Block *b1=new Block(blocks, a1);\n    Block *b2=new Block(blocks, a2);\n    b1->merge(b2,c);\n    cout << \"Block: \" << *b1 << endl;\n    a1->desiredPosition = -1;\n    a2->desiredPosition = 2;\n    Constraint *m = b1->findMinLMBetween(a1,a2);\n    cout << \"Min lm constraint: \" << *m << endl;\n    assert(c==m);\n    cout << \"  lm=\" << c->lm << endl;\n    cout << \"Block test 1... Success!\" << endl;\n}\n\n/*\n * Constraint tree:\n *    \\_/\n *    / \\\n */\nvoid test2() {\n    Blocks *blocks = new Blocks(Variables());\n    cout << \"Block test 2...\" << endl;\n    Variable *a[]={\n        new Variable(0,0,1),\n        new Variable(1,0,1),\n        new Variable(2,1,1),\n        new Variable(3,2,1),\n        new Variable(4,3,1),\n        new Variable(5,3,1)};\n    Constraint *c[]={\n        new Constraint(a[0],a[2],2),\n        new Constraint(a[1],a[2],2),\n        new Constraint(a[2],a[3],2),\n        new Constraint(a[3],a[4],2),\n        new Constraint(a[3],a[5],2)};\n    for(int i=0;i<6;i++) {\n        new Block(blocks,a[i]);\n    }\n    for(int i=0;i<5;i++) {\n        c[i]->left->out.push_back(c[i]);\n        c[i]->right->in.push_back(c[i]);\n    }\n    for(int i=0;i<5;i++) {\n        Block *l=c[i]->left->block, *r=c[i]->right->block;\n        l->merge(r,c[i]);\n    }\n    Block *b=a[0]->block;\n    cout << \"Block: \" << *b << endl;\n    for(int i=0;i<6;i++) {\n            a[i]->desiredPosition = i!=4?-2:5;\n    }\n    cout << \"calc min lm:\" << endl;\n    Constraint *m = b->findMinLMBetween(a[0],a[4]);\n    cout << \"Min lm constraint: \" << *m << endl;\n    assert(m==c[3]);\n    cout << \"Block test 2... Success!\" << endl;\n}\nint main() {\n    test1();\n    test2();\n    return 0;\n}\n"
  },
  {
    "path": "cola/libvpsc/tests/cycle.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <iostream>\n#include <cassert>\n#include <cmath>\n#include <algorithm>\n#include <libvpsc/rectangle.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <libvpsc/solve_VPSC.h>\nusing namespace std;\nusing namespace vpsc;\ninline bool approxEquals(const double a, const double b) {\n\treturn fabs((double)a-b)<0.0001;\n}\nvoid test1() {\n\tcout << \"Test 1...\" << endl;\n\tvector<Variable*> a;\n\ta.push_back(new Variable(0,0,1));\n\ta.push_back(new Variable(1,1,1));\n\tvector<Constraint*> c;\n\tc.push_back(new Constraint(a[0],a[1],2));\n\tc.push_back(new Constraint(a[1],a[0],2));\n\tdouble expected[]={1.5,-0.5};\n\ttry {\n\t\tIncSolver vpsc(a,c);\n\t\tvpsc.solve();\n\t} catch (UnsatisfiableException& e) {\n\t\tcerr << \"Unsatisfiable\" << endl;\n\t\tfor(vector<Constraint*>::iterator i=e.path.begin();\n\t\t\t\ti!=e.path.end();i++) {\n\t\t\tcout << **i << endl;\n\t\t}\n\t\texit(1);\n\t} \n\t//catch(...) {\n\t\t//cerr << \"Unknown error!\" << endl;\n\t\t//exit(1);\n\t//}\n\n\tfor(size_t i=0;i<a.size();i++) {\n\t\tassert(approxEquals(a[i]->finalPosition,expected[i]));\n\t}\n\tfor_each(a.begin(),a.end(),delete_object());\n\tfor_each(c.begin(),c.end(),delete_object());\n\tcout << \"Test 1... done.\" << endl;\n}\nvoid test2() {\n\tcout << \"Test 2...\" << endl;\n\tvector<Variable *> a;\n\ta.push_back(new Variable(0,8,1));\n\ta.push_back(new Variable(1,5,1));\n\ta.push_back(new Variable(2,3,1));\n\ta.push_back(new Variable(3,1,1));\n\tvector<Constraint*> c;\n\tc.push_back(new Constraint(a[0],a[3],3));\n\tc.push_back(new Constraint(a[0],a[1],3));\n\tc.push_back(new Constraint(a[1],a[3],3));\n\tc.push_back(new Constraint(a[1],a[2],3));\n\tc.push_back(new Constraint(a[2],a[3],3));\n\tc.push_back(new Constraint(a[2],a[3],3));\n\t//double expected[]={-3.71429,4,1,-0.714286,2.28571,2.28571,7,5.28571,8.28571,11.2857};\n\ttry {\n\t\tIncSolver vpsc(a,c);\n\t\tvpsc.solve();\n\t} catch (char const *msg) {\n\t\tcerr << msg << endl;\n\t\texit(1);\n\t}\n\n\t/*\n\tfor(int i=0;i<n;i++) {\n\t\tassert(approxEquals(a[i]->position(),expected[i]));\n\t}\n\t*/\n\tcout << \"Test 2... done.\" << endl;\n\tfor_each(a.begin(),a.end(),delete_object());\n\tfor_each(c.begin(),c.end(),delete_object());\n}\nint main() {\n\ttest1();\n    return 0;\n}\n"
  },
  {
    "path": "cola/libvpsc/tests/rectangleoverlap.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <cstdio>\n#include <cassert>\n#include <cstdlib>\n#include <math.h>\n#include <time.h>\n#include <libvpsc/rectangle.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <libvpsc/solve_VPSC.h>\nusing namespace std;\nusing namespace vpsc;\n\ninline double getRand(double range) {\n\treturn range*rand()/RAND_MAX;\n}\nvoid printRects(vector<Rectangle*> &rs) {\n\tprintf(\"Set of %d rectangles:\\n\",(int)rs.size());\n\tfor(unsigned i=0;i<rs.size();++i) {\n\t\tcout << *rs[i] << endl;\n\t}\n}\nvoid generateRandomRects(unsigned n, vector<Rectangle*> &rs) {\n\trs.resize(n);\n\tstatic double const rect_size = 5;\n\tstatic double const min_rect_size = 1e-4;\n\tstatic double const fld_size = sqrt(rect_size * n / 2.0);\n\tdouble coords[4];\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\tfor (unsigned d = 0; d < 2; ++d) {\n\t\t\t//unsigned const end = 1 + (rand() % (fld_size - 1));\n\t\t\t//unsigned const start = rand() % end;\n\t\t\tdouble const start = getRand(fld_size);\n\t\t\tdouble const end = start + min_rect_size\n\t\t\t       \t+ getRand(rect_size);\n\t\t\tcoords[2 * d] = start;\n\t\t\tcoords[2 * d + 1] = end;\n\t\t} \n\t\trs[i]=new Rectangle(coords[0],coords[1],coords[2],coords[3]);\n\t}\n}\nvector<Rectangle*>& generateRects(double coords[][4], unsigned n,vector<Rectangle *>& rs) {\n\trs.resize(n);\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\trs[i]=new Rectangle(coords[i][0],coords[i][1],coords[i][2],coords[i][3]);\n\t}\n\treturn rs;\n}\nvoid test(vector<Rectangle *> &rs, double &cost, double &duration) {\n\tunsigned n=rs.size();\n\tvector<Rectangle *> ors(n);\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\tors[i]=new Rectangle(rs[i]->getMinX(),rs[i]->getMaxX(),rs[i]->getMinY(),rs[i]->getMaxY());\n\t}\n\n\tclock_t starttime = clock();\n\tremoveoverlaps(rs);\n\tduration = (double)(clock() - starttime)/CLOCKS_PER_SEC;\n\tcost = 0;\n\tfor(unsigned i=0;i<n;i++) {\n\t\tdouble dx=rs[i]->getCentreX()-ors[i]->getCentreX();\n\t\tdouble dy=rs[i]->getCentreY()-ors[i]->getCentreY();\n\t\tcost+=sqrt(dx*dx+dy*dy);\n\t\tdelete rs[i];\n\t\tdelete ors[i];\n\t}\n}\ndouble test1[][4]={ { 0, 50, 0, 30 }, { 10, 20, 10, 29 },\n{ 30, 70, 39, 70 }, { 0, 90, 40, 50 }, { 30, 70, 1, 29 } };\nunsigned n1=5;\ndouble test2[][4]={ { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\nunsigned n2=8;\ndouble test3[][4]={ { 8, 32, 29, 36 }, { 19, 24, 2, 27 },\n{ 4, 5, 27, 55 }, { 6, 7, 13, 26 }, { 3, 39, 46, 62 },\n{ 6, 23, 2, 19 }, { 18, 39, 5, 23 }, { 35, 63, 42, 78 },\n{ 16, 18, 14, 72 }, { 12, 32, 10, 58 } };\nunsigned n3=10;\ndouble test4[][4]={ { 315.755, 355.288, 353.595, 449.627 },\n{ 395.048, 395.635, 253.943, 362.228 },\n{ 254.439, 393.289, 278.708, 286.346 },\n{ 209.852, 370.831, 326.496, 507.255 },\n{ 271.947, 415.74, 362.228, 450.318 },\n{ 293.408, 405.197, 220.61, 244.119 },\n{ 276.482, 386.472, 286.346, 435.767 },\n{ 268.211, 436.23, 192.807, 220.61 },\n{ 378.008, 502.118, 358.437, 475.587 },\n{ 340.68, 472.597, 249.492, 335.448 } };\nunsigned n4=10;\ndouble test5[][4]={ { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\nunsigned n5=8;\ndouble test6[][4]={ { 40, 69, 63, 69 }, { 1, 5, 27, 64 },\n{ 34, 66, 20, 22 }, { 1, 24, 10, 25 }, { 1, 19, 9, 61 },\n{ 0, 56, 8, 70 }, { 33, 35, 13, 28 }, { 11, 31, 33, 35 },\n{ 12, 22, 3, 23 } };\nunsigned n6=9;\ndouble test7[][4]={\t{ 341.594, 388.459, 373.491, 518.168 },\n{ 271.214, 324.782, 311.332, 409.166 },\n{ 293.848, 475.064, 305.194, 391.162 },\n{ 255.317, 447.738, 342.671, 489.923 },\n{ 228.375, 261.057, 206.422, 327.794 },\n{ 383.552, 462.834, 363.132, 412.843 },\n{ 288.859, 481.054, 351.895, 497.728 },\n{ 201.307, 368.511, 387.02, 394.95 },\n{ 257.961, 259.673, 386.503, 518.403 },\n{ 200.178, 275.606, 364.968, 466.787 } };\t\nunsigned n7=10;\ndouble test8[][4]={{12.807,15.7566,14.9478,16.7924},\n{7.76228,11.6532,4.75249,4.75349},\n{7.84596,10.1387,15.465,16.7709},\n{1.80748,3.0357,5.9983,6.16279},\n{6.46447,7.47249,12.8694,13.4378},\n{14.0026,17.3342,5.10141,9.81088},\n{6.84223,6.85932,6.40395,9.21135},\n{7.63462,10.3552,6.78124,8.59953},\n{0.26429,2.80847,14.5724,17.7455},\n{14.7686,15.7148,3.46036,5.66776},\n{10.635,11.4893,12.5044,16.941},\n{6.32027,10.7117,14.2953,15.6276},\n{11.9942,13.1118,10.6893,11.4477},\n{11.9384,15.1357,2.20982,6.92982},\n{2.89395,4.29002,11.7058,16.2896},\n{9.44116,12.7547,9.75556,11.1811},\n{5.2475,8.00607,15.3652,17.026},\n{2.09541,3.76981,2.5526,3.16739},\n{3.14595,6.66351,10.3007,14.4881},\n{4.88109,9.38044,9.02416,10.2954},\n{7.55378,9.14715,13.9686,16.0468},\n{1.70299,5.42198,14.1913,14.2191},\n{14.4877,14.4897,6.14013,8.50074},\n{12.9909,14.5163,10.322,12.4457},\n{11.616,12.0848,3.7601,5.45419},\n{10.3087,13.358,3.04666,3.53389},\n{2.28263,2.44881,13.806,15.8206},\n{3.31805,5.47662,3.91187,6.85355},\n{0.484138,2.06164,3.57335,7.87753},\n{4.73784,5.12359,9.383,11.9217},\n{12.2921,12.7769,12.329,12.8139},\n{12.7351,16.7141,12.7658,13.78},\n{3.71614,5.79872,1.53137,4.97126},\n{10.7423,14.8183,2.57104,2.94168},\n{9.93995,10.1557,1.3432,1.499},\n{0.198099,0.204966,9.29459,11.8795},\n{14.1043,18.8473,11.2028,14.1971},\n{4.23857,4.95743,14.7047,17.1439},\n{13.936,15.9612,10.7744,14.8598},\n{11.355,15.6824,2.49113,5.96963},\n{12.8528,16.3913,3.82582,6.67259},\n{13.9445,14.7354,10.8576,12.9503},\n{13.0041,15.6166,2.07035,3.70034},\n{2.31809,5.03195,1.13659,5.8604},\n{10.2454,14.5396,10.9442,15.4321},\n{7.12259,11.3929,7.20864,10.4059},\n{6.54862,9.88399,1.82828,5.89899},\n{4.27072,7.52613,7.99016,11.1703},\n{8.84828,9.15453,10.1489,11.7934},\n{7.71027,8.97206,3.26462,4.02636},\n{14.3383,15.1727,3.02586,3.26268},\n{9.21233,11.1919,13.9814,16.1433},\n{13.1946,16.1613,12.2268,13.1319},\n{13.0462,15.6689,7.03513,8.59752},\n{8.72724,11.3859,5.69193,7.8238},\n{10.6241,14.1033,7.88946,9.95327},\n{8.48376,10.8714,8.86955,11.2137},\n{3.55633,4.14351,13.7308,18.4988},\n{1.79802,4.68843,11.0964,11.6543},\n{13.1535,14.6895,1.52144,2.50643},\n{1.24533,4.27261,13.345,13.4925},\n{14.4031,18.7944,15.4447,18.0096},\n{8.56933,11.3392,0.446787,1.18762},\n{11.311,16.0574,8.41,8.76508},\n{13.5332,17.8479,8.2067,11.4446},\n{5.73826,6.63581,10.8364,11.6186},\n{10.1995,11.5202,6.54248,9.49804},\n{14.6456,16.7915,7.01621,7.57531},\n{15.1444,16.4184,1.45761,2.35577},\n{11.8169,12.0382,14.8149,19.3316},\n{10.148,11.1227,15.0087,18.1595},\n{10.9498,14.7849,12.3852,13.9467},\n{10.7631,10.9141,5.24419,8.64319},\n{11.2486,12.6029,6.25029,10.0076},\n{12.8731,16.0703,4.96619,8.54006},\n{6.92828,8.53172,8.36509,11.8971},\n{3.1677,7.20423,14.5582,17.1794},\n{14.1426,16.9327,15.1198,19.1306},\n{2.52943,6.64027,5.18935,8.58545},\n{6.89613,11.4515,3.7672,6.23813},\n{2.91428,6.40636,1.4231,4.10552},\n{9.81892,12.9687,8.25114,10.1775},\n{14.6192,14.7412,10.8349,15.1725},\n{6.96657,11.7009,11.0638,11.8966},\n{7.03182,9.20687,2.04293,2.60462},\n{7.47955,9.28533,7.45213,8.37318},\n{6.24651,9.79246,8.61803,9.91034},\n{4.73642,7.48461,9.59481,12.748},\n{8.70644,11.1702,2.54172,4.26587},\n{14.9028,19.4109,6.238,8.04256},\n{5.22907,8.45899,1.98714,4.94042},\n{8.96884,12.3636,1.72663,3.39844},\n{6.96563,8.04735,10.6198,11.3663},\n{1.65099,5.65883,10.5002,13.9039},\n{11.3337,11.5138,5.31369,7.75029},\n{2.79561,4.08151,7.04269,9.00167}};\n\nunsigned n8=96;\ndouble test9[][4]={{2.67865,4.81342,8.67025,11.5025},\n{5.77912,6.94355,9.80043,12.2904},\n{11.9459,13.8675,3.66967,7.38408},\n{6.72663,8.30474,3.37566,7.24571},\n{9.2081,10.9827,10.9557,11.8868},\n{0.161903,3.31202,3.35371,3.84933},\n{4.46508,9.18934,9.43037,10.9125},\n{3.84059,5.2565,8.66868,8.70713},\n{4.67598,5.15207,5.2252,8.92099},\n{1.19252,1.31215,7.97481,8.27191},\n{4.57641,5.71063,0.440628,4.17365},\n{6.80268,11.5523,3.78375,4.79819},\n{11.2172,13.7652,8.44876,11.1649},\n{11.4673,13.1644,6.09156,7.41026},\n{12.2995,13.585,0.155239,4.63887},\n{12.3513,15.3947,8.3437,11.1337},\n{3.92566,6.15611,12.432,16.3993},\n{12.6351,14.6039,9.96391,13.1152},\n{0.682894,2.48867,7.66904,8.86704},\n{3.50189,7.28939,8.37741,8.96276},\n{2.37719,4.19762,11.1129,12.0465},\n{5.53568,8.1444,11.9056,15.5818},\n{7.32876,11.2713,12.1655,15.0785},\n{2.534,6.15563,9.30845,11.2833},\n{8.00852,12.8051,2.16786,4.90262},\n{11.8095,12.814,11.5818,13.7731},\n{7.54398,9.23043,7.36953,10.7315},\n{8.36918,9.83071,11.8668,11.8776},\n{5.72267,9.66642,1.46379,3.71362},\n{11.2725,14.6538,4.76772,7.30304},\n{5.8638,10.7623,5.99865,10.0994},\n{11.0224,12.6455,0.852638,2.20201},\n{4.03151,8.51056,6.12449,10.3672},\n{7.75136,10.6782,10.648,11.8606},\n{11.9663,14.3993,2.83154,5.46437},\n{6.05275,8.00044,10.9675,15.3426},\n{10.9702,13.146,8.98465,12.4718},\n{4.99665,7.91376,9.19241,9.71153},\n{3.7422,4.00542,2.00556,2.53918},\n{9.01679,10.9439,12.8107,15.1367},\n{10.0117,11.5009,0.194049,3.08568},\n{8.29117,13.1323,6.99045,8.65707},\n{5.97395,10.5816,5.77559,7.35126},\n{5.68856,6.51699,4.40392,5.82242},\n{0.209729,3.89072,7.36013,8.98447},\n{0.360264,1.88558,0.319886,3.22738},\n{2.02163,2.07428,3.2753,8.12958},\n{5.05075,5.86987,12.7958,16.7689},\n{10.6484,15.5931,7.23546,10.4741},\n{7.20998,7.46939,2.44384,5.10459},\n{12.5022,15.1819,10.6593,13.5708},\n{2.3619,2.45407,5.75168,7.28966},\n{12.131,16.661,4.39608,8.19289},\n{9.81023,10.731,6.67919,9.31523},\n{6.97712,10.166,8.4813,13.3432},\n{6.45378,7.44457,8.96504,11.9806},\n{8.70396,11.5729,7.15588,12.1524},\n{9.93058,14.0306,0.849502,1.80855},\n{8.32174,8.34616,7.52595,12.0431},\n{2.79979,5.93358,4.90296,7.6893},\n{0.72484,5.42439,3.48229,5.77743},\n{6.05275,10.2779,7.4252,7.72184},\n{4.41176,6.91184,11.8809,15.3923},\n{6.50435,8.04432,11.4826,15.3172},\n{12.16,14.3518,1.13763,4.17255},\n{7.82506,10.5124,8.05713,9.03876}};\nunsigned n9=66;\ndouble test10[][4]={{15.9875,18.9768,15.3193,17.9811},\n{16.5669,19.7216,1.05824,1.58667},\n{8.80629,9.88527,9.71101,13.2142},\n{19.568,20.1767,3.28922,8.03561},\n{13.6363,15.6827,12.9329,16.6542},\n{2.32913,3.58085,8.28597,12.6503},\n{6.86597,11.2847,5.9172,10.236},\n{8.57413,11.0048,18.0203,18.4095},\n{7.68828,8.89193,9.52038,12.3945},\n{13.5784,15.499,0.824193,4.7533},\n{5.70392,8.26946,10.1955,12.8184},\n{17.9857,22.6483,14.2013,16.0377},\n{14.7965,16.4222,11.9332,16.5984},\n{20.5111,23.1383,0.355473,0.834461},\n{5.88763,9.2761,8.31995,11.6173},\n{13.8307,16.6334,17.2376,19.8715},\n{7.20005,8.99179,19.0137,23.483},\n{3.67112,6.97933,18.6142,21.1208},\n{0.936183,5.81945,5.11063,7.47703},\n{9.85383,12.4861,7.80027,11.677},\n{8.07584,11.1964,13.8571,17.9736},\n{8.07017,10.0661,8.42816,9.79417},\n{10.8259,11.6232,16.7028,19.3248},\n{18.55,19.3911,17.174,22.0082},\n{1.34073,1.93538,17.9341,20.4509},\n{11.7558,12.1994,0.295703,2.19289},\n{12.4063,13.662,0.965124,5.21391},\n{2.2033,2.85518,16.4455,20.0191},\n{6.3853,9.77239,0.892142,2.17773},\n{0.546736,5.29679,12.1949,15.2469},\n{14.1365,17.5213,14.7027,15.1512},\n{9.46879,11.9145,11.8539,14.4408},\n{8.49611,8.98075,17.1388,17.5066},\n{1.53577,2.52014,0.615943,4.13396},\n{7.12078,9.05901,20.3739,23.44},\n{2.7104,7.09713,16.4442,20.8587},\n{12.9707,14.2845,12.5642,16.2281},\n{13.5086,14.3207,17.7611,20.1056},\n{19.2264,24.1481,2.063,5.27645},\n{15.2016,18.2491,1.10228,3.37286},\n{16.7733,18.1385,2.35807,7.0123},\n{19.8272,21.9464,18.27,22.8376},\n{4.27133,8.48869,19.5925,21.488},\n{19.6951,23.7284,10.5207,11.1889},\n{0.799027,3.61863,1.42504,3.44902},\n{1.31871,5.95584,16.4147,18.2479},\n{19.8398,21.0495,15.2495,15.8842},\n{3.15773,5.76599,11.1562,12.2007},\n{4.61422,4.78559,16.6607,16.9497},\n{11.0064,11.5745,16.521,19.5463},\n{13.3865,15.7969,12.215,14.3112},\n{0.272424,4.59201,7.19502,9.58004},\n{15.6377,16.4926,18.5978,19.0178},\n{1.44957,1.65985,5.24023,10.1284},\n{0.0559948,0.138395,3.75354,4.46554},\n{3.24015,3.86196,12.205,14.0543},\n{2.64686,3.51587,16.1429,16.6103},\n{2.56003,5.14236,5.6624,8.31491},\n{13.7143,16.5806,7.32777,10.6354},\n{15.8994,20.4036,0.171759,0.567584},\n{11.1247,11.5263,7.61341,8.80042},\n{10.7869,11.8353,7.73861,8.39933},\n{16.7563,18.1604,15.6377,20.3633},\n{4.7627,5.87556,0.850618,4.25755},\n{11.2178,15.6734,14.2378,15.9026},\n{2.00323,5.94744,1.78428,4.77571},\n{16.0705,20.0359,9.50528,12.9563},\n{14.9808,18.3586,9.56819,10.8817},\n{13.7005,17.173,10.5755,15.5172},\n{6.24185,6.44174,11.9766,16.0609},\n{14.0767,16.1476,11.9904,14.2274},\n{18.3009,20.9378,0.109473,0.330122},\n{0.395109,4.35458,19.8694,23.5078},\n{17.4949,22.4626,6.16132,10.5268},\n{0.992178,2.11099,18.813,22.5419},\n{8.41369,12.6754,20.0682,22.6},\n{19.5239,23.6359,3.22945,3.81068},\n{6.60361,6.84761,11.8174,12.6899},\n{8.95351,9.96275,11.2373,12.3269},\n{13.8414,17.1229,18.182,20.7568},\n{13.0468,17.4872,16.8349,21.2615},\n{16.6053,17.1026,5.24778,8.1272},\n{1.20043,2.96974,10.1904,13.8153},\n{7.73924,7.74809,1.53703,3.76274},\n{15.0915,18.4866,18.6576,18.9426},\n{10.69,13.9811,6.92511,9.44625},\n{8.66032,12.8382,6.67974,9.08735},\n{3.24707,3.91176,7.21641,8.75134},\n{20.5281,23.518,5.04016,5.38868},\n{8.78238,13.6922,11.9149,12.334},\n{19.1358,19.5264,15.9157,16.8192},\n{4.52551,7.52884,12.1049,16.4566},\n{18.467,22.8957,2.97024,7.48362},\n{17.9618,18.9449,2.7601,4.06645},\n{10.8057,15.3718,7.7254,8.32173},\n{19.6416,21.5781,7.62473,11.5731},\n{5.14712,8.87694,0.495145,1.50088},\n{4.11719,6.22953,3.59814,8.25023},\n{6.34314,9.83141,1.90886,3.52039},\n{11.6041,11.7642,12.6177,16.2647},\n{17.4351,19.786,0.846214,2.85357},\n{7.90974,12.4031,10.5818,10.868},\n{3.33578,5.53021,19.271,22.6137},\n{14.3296,18.1074,3.76864,6.21134},\n{1.39798,4.21194,14.7015,18.9814},\n{13.3463,13.89,4.76333,8.78979},\n{7.78517,12.3834,12.0445,12.1204},\n{1.21553,4.14149,10.9523,11.5827},\n{10.7328,15.0635,11.2248,16.0148},\n{1.89816,6.42421,6.21479,9.51491},\n{5.76369,9.87896,0.471237,2.08597},\n{1.10543,3.50571,6.4243,6.85217},\n{13.4916,16.9187,13.4167,14.751},\n{6.61683,9.79075,4.44435,7.2165},\n{17.5276,21.8159,3.22316,7.12862},\n{8.09408,10.3727,0.167984,1.77021},\n{8.04815,12.6168,7.91666,11.0816},\n{1.32248,2.63905,12.5164,17.4845},\n{7.324,11.7358,9.05354,13.7152},\n{15.0274,18.5751,11.55,13.6444},\n{15.3627,16.1478,19.7391,21.3528},\n{16.5701,19.0741,18.0876,18.9877},\n{19.9719,20.1289,10.2999,14.2899},\n{5.77124,9.49847,20.3551,23.9988},\n{9.4065,13.7029,1.45775,2.17524},\n{8.22117,12.8533,16.9079,17.5996},\n{8.20293,12.4012,15.7691,15.783},\n{9.33037,11.8253,0.286895,2.70091},\n{12.5114,14.6471,11.0241,13.8678},\n{14.6423,15.2091,5.08987,9.29257},\n{10.4729,12.308,1.7717,6.27227},\n{9.65187,11.9638,14.3196,18.937},\n{5.1704,6.94718,18.4884,22.8028},\n{4.66015,8.43071,12.6095,14.2635},\n{19.5384,21.1589,7.47562,10.9592},\n{20.3595,24.407,0.804689,2.94465},\n{0.775119,2.53222,1.35017,2.38185},\n{14.1459,18.0717,13.111,17.3643},\n{15.9535,16.9371,3.47482,6.36462},\n{15.1727,17.7769,13.1324,16.2993},\n{17.2678,19.5719,19.2912,23.3942},\n{14.5832,17.1443,19.2559,24.0751},\n{1.57289,3.42857,7.75497,11.9183},\n{2.63994,5.18274,5.84108,8.64802},\n{7.56056,8.51991,0.284378,0.750091},\n{8.4225,12.0985,13.1443,16.5509},\n{12.4397,13.7349,16.1177,21.0089},\n{18.411,22.1179,12.4302,16.1478},\n{16.7343,19.9381,0.87138,4.38391},\n{0.729191,5.0941,0.4316,3.36382},\n{7.96699,10.079,15.0613,19.489},\n{14.4215,16.2705,13.932,15.6623},\n{9.37756,12.4608,12.8857,16.6014},\n{12.0729,12.5163,2.59841,7.39714},\n{7.52658,11.0203,15.2853,19.805},\n{16.0919,20.3462,13.6464,15.1218},\n{6.17075,10.0034,17.5729,21.8258},\n{8.94533,11.0185,7.98461,12.5047},\n{0.249775,1.8787,2.72361,7.6554},\n{11.5167,11.8826,8.7937,10.8008},\n{14.3038,17.8052,19.0873,20.7193},\n{19.7272,24.1131,5.29434,7.64106},\n{19.7624,20.0966,13.2827,17.354},\n{5.58186,7.99298,3.3987,5.8269},\n{19.7479,20.3262,16.1492,17.465},\n{3.25902,6.3684,17.0948,20.9851},\n{12.7549,14.4322,1.40931,6.02218},\n{12.232,13.2567,0.559319,3.07481},\n{0.138414,4.75571,14.9273,18.2745},\n{6.04241,6.23422,9.62104,10.3701}};\nunsigned n10=170;\ndouble test11[][4]={{2.20847,5.99613,25.7684,29.5065},\n{4.38169,7.14163,-7.79499,-7.42678},\n{17.1816,19.4476,-5.03151,-3.38153},\n{10.6383,11.0169,-0.356332,3.85003},\n{13.3309,15.7634,21.4146,24.0122},\n{17.1354,20.5384,27.9053,29.8839},\n{4.82128,7.88931,4.90792,5.71239},\n{13.1802,14.7891,24.0123,26.5035},\n{9.1468,9.95493,-3.73661,-1.29955},\n{14.4021,17.8989,19.2669,23.5805},\n{3.53936,4.95206,17.2632,19.2913},\n{11.2732,15.3951,10.4298,11.6976},\n{9.82902,13.9892,17.9523,19.9811},\n{10.0265,11.0793,16.4791,17.5196},\n{1.27427,5.64116,7.85316,8.33764},\n{3.70992,7.16293,5.06311,6.98578},\n{9.95501,13.9876,-3.13412,-1.29965},\n{17.6086,21.8963,15.3022,17.9743},\n{2.05607,2.66477,-0.552748,0.286511},\n{12.6971,13.3533,-4.23798,-3.73671},\n{7.7961,11.69,7.35371,11.9837},\n{7.68167,9.93012,1.7933,3.98514},\n{1.2176,2.27018,0.286611,3.17168},\n{4.98578,7.91342,12.8464,16.1781},\n{16.5918,21.3527,4.59687,5.72758},\n{9.12809,9.56481,1.38197,2.061},\n{14.6904,19.1649,-3.38143,-1.21492},\n{11.3046,15.5357,14.6315,17.2819},\n{3.69836,4.52282,5.06311,5.67974},\n{12.2713,13.7058,11.6977,14.6314},\n{0.130993,3.26738,-4.32728,-3.7221},\n{11.4317,12.3544,19.9812,22.2083},\n{10.0298,10.1041,11.1483,12.7055},\n{16.2023,16.7313,1.49517,4.59677},\n{12.4149,15.8265,4.33334,6.45789},\n{17.575,19.9519,12.3124,15.3021},\n{17.0991,22.0233,3.78959,6.02599},\n{3.99216,5.32933,0.583351,0.882127},\n{16.5929,18.003,14.3823,17.6574},\n{13.5273,15.1372,16.4791,20.1285},\n{12.3687,15.2044,6.45799,7.83514},\n{8.04258,9.47375,17.3137,21.5515},\n{7.329,10.9322,7.65703,11.5161},\n{1.98895,2.89459,1.84656,3.17168},\n{0.520521,2.46608,6.71895,10.4866},\n{13.184,16.1474,6.45799,7.30869},\n{2.13915,4.58689,17.2632,19.8192},\n{15.8375,18.2786,15.9558,18.1255},\n{14.7223,16.4109,16.4791,17.3636},\n{4.00206,7.29287,-4.32728,-1.41062},\n{16.6028,18.6157,14.6315,17.1786},\n{3.19495,7.10528,-1.41052,0.583251},\n{1.69626,5.11997,0.326338,1.84646},\n{12.1579,12.759,-0.356332,0.328198},\n{3.51735,7.12098,5.71249,7.85306},\n{0.953512,5.10372,3.17178,5.06301},\n{13.2737,14.3319,18.7924,21.1975},\n{1.46188,5.99876,10.3471,12.8463},\n{8.39195,9.77825,1.66426,2.061},\n{1.81344,5.57851,-3.53802,0.326238},\n{1.31773,2.99152,29.5066,33.3419},\n{5.33625,7.15652,19.4265,19.8527},\n{0.432492,3.44635,7.60608,10.3589},\n{1.60933,2.36115,-1.16144,0.286511},\n{9.27774,10.4284,-1.86525,-1.56998},\n{11.8878,13.7671,-5.11518,-4.23808},\n{10.0073,10.2574,11.282,12.9297},\n{10.5778,11.703,0.629406,0.965262},\n{3.17349,7.96657,16.1782,17.2631},\n{11.2281,13.6998,12.2002,12.4339},\n{13.7166,18.3124,19.2669,21.4145},\n{10.5388,15.0813,0.328298,4.33324},\n{9.05987,12.0136,-1.29945,-0.356432},\n{6.74526,7.05518,-8.26859,-7.79509},\n{17.7736,20.6859,5.72768,8.29825},\n{2.22113,7.1491,21.4284,25.7683},\n{16.1247,17.7842,2.70437,3.3773},\n{8.34023,10.0276,13.9827,18.7779},\n{15.1872,18.2348,17.1787,17.2902},\n{16.5308,17.6299,6.45799,8.71682},\n{5.98601,9.22204,23.2905,26.0581},\n{7.64095,10.7424,18.778,22.0208},\n{15.0585,19.52,17.7993,19.2668},\n{17.646,20.037,0.451228,3.78949},\n{0.0160052,1.94859,4.68464,6.71885},\n{7.29434,9.17489,13.9827,17.3136},\n{17.7896,21.639,6.02609,9.48842},\n{4.43065,8.71164,19.8528,23.2904},\n{16.5231,21.0708,3.3774,4.59677},\n{14.2096,16.0172,17.282,17.9522},\n{8.32648,9.09478,3.98524,7.65693},\n{3.6703,7.6841,0.583351,4.90782},\n{9.90605,10.9591,11.5162,13.1508},\n{14.7669,18.5129,-1.21482,3.3773},\n{3.48104,6.74301,29.5066,30.5551},\n{9.22657,10.4539,-5.59946,-1.29955},\n{8.12181,8.34154,-2.11601,1.66416},\n{4.11375,5.37752,30.5552,34.3283},\n{9.11434,12.5991,8.88212,10.4297},\n{11.3365,14.9133,-8.77796,-4.9549},\n{15.7809,16.0235,-2.30357,0.667869},\n{15.4629,16.7224,4.59687,6.45789},\n{13.3766,16.7042,21.4146,25.1652},\n{7.87643,10.2361,12.8464,13.9826},\n{7.38842,11.7536,11.5162,16.479},\n{5.15799,9.74446,-7.42668,-4.32738},\n{16.0009,16.044,-3.82308,0.667869},\n{15.6318,18.7733,8.71692,11.607},\n{10.7258,12.2305,7.30879,8.88202},\n{8.17133,9.84923,-1.56988,1.38187},\n{3.5179,5.38762,0.583351,5.06301},\n{9.4516,10.8319,22.0209,26.7891},\n{9.94456,11.8221,19.9812,21.2926},\n{5.14479,8.31779,3.92878,7.65693},\n{14.6057,18.2633,0.667969,4.59677},\n{5.62784,8.67939,17.3137,19.4264},\n{10.9244,13.5481,-1.29955,-1.29945},\n{5.76759,6.30746,-3.722,-3.5131},\n{7.13259,9.6258,8.33774,11.5161},\n{1.05144,1.32443,10.359,10.9074},\n{16.4807,19.9127,26.5036,27.9052},\n{5.9629,7.66553,-1.41052,-1.14028},\n{13.6489,16.9728,22.2084,25.5279},\n{2.50777,4.43837,19.8193,21.4283},\n{1.57577,3.7409,15.383,18.2258},\n{17.1816,18.8466,17.2903,17.7992},\n{8.43156,13.0154,-4.9548,-3.13422},\n{1.88827,6.19077,6.98588,10.347},\n{14.73,15.2147,17.9523,18.7923},\n{5.55742,8.69305,2.0611,3.92868}};\t\nunsigned n11=130;\ndouble test12[][4]={\n{4.92744,6.6604,4.27234,8.301},\n{1.54924,2.51053,4.48526,9.19033},\n{1.55587,5.56226,-0.660563,3.35611},\n{1.87055,2.251,3.56944,6.75421},\n{1.58179,2.94863,5.24022,8.78858},\n{1.88069,5.98638,3.94188,5.24012},\n{1.81447,5.62383,5.24022,9.22211},\n{4.06842,6.37182,-0.053975,3.94178},\n{4.03643,4.2387,3.35621,3.94178},\n{1.16362,3.67328,0.29063,3.01001},\n};\t\nunsigned n12=10;\nint main() {\n\tdouble c,t;\n\tvector<Rectangle*> rs;\n\tcout << \"test1\" << endl;\n\ttest(generateRects(test1,n1,rs),c,t);\n\tcout << \"test2\" << endl;\n\ttest(generateRects(test2,n2,rs),c,t);\n\tcout << \"test3\" << endl;\n\ttest(generateRects(test3,n3,rs),c,t);\n\tcout << \"test4\" << endl;\n\ttest(generateRects(test4,n4,rs),c,t);\n\tcout << \"test5\" << endl;\n\ttest(generateRects(test5,n5,rs),c,t);\n\tcout << \"test6\" << endl;\n\ttest(generateRects(test6,n6,rs),c,t);\n\tcout << \"test7\" << endl;\n\ttest(generateRects(test7,n7,rs),c,t);\n\tcout << \"test8\" << endl;\n\ttest(generateRects(test8,n8,rs),c,t);\n\tcout << \"test9\" << endl;\n\ttest(generateRects(test9,n9,rs),c,t);\n\tcout << \"test10\" << endl;\n\ttest(generateRects(test10,n10,rs),c,t);\n\tcout << \"test11\" << endl;\n\ttest(generateRects(test11,n11,rs),c,t);\n\tcout << \"test12\" << endl;\n\ttest(generateRects(test12,n12,rs),c,t);\n\tint max_size=100, repeats=100,step=10; \n\t//srand(time(nullptr));\n\tfor(int i=10;i<=max_size;i+=step) {\n\t\t//if(i%5==0) cout << i << endl;\n\t\tdouble disp=0, time=0;\n\t\tfor(int repeat=repeats;repeat--;) {\n\t\t\tvector<Rectangle*> rs;\n\t\t\tgenerateRandomRects(i,rs);\n\t\t\t//printRects(rs);\n\t\t\ttest(rs,c,t);\n\t\t\tdisp+=c;\n\t\t\ttime+=t;\n\t\t}   \n\t\tdisp/=repeats;\n\t\ttime/=repeats;\n\t\tcout << i << \",\" << time << \",\" << disp << endl;\n\t}\n    return 0;\n}\n"
  },
  {
    "path": "cola/libvpsc/tests/satisfy_inc.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n * Lesser General Public License for more details.\n *\n * You should have received a copy of the GNU Lesser General Public\n * License along with this library in the file LICENSE; if not, \n * write to the Free Software Foundation, Inc., 59 Temple Place, \n * Suite 330, Boston, MA  02111-1307  USA\n *\n*/\n\n#include <libvpsc/rectangle.h>\n#include <libvpsc/variable.h>\n#include <libvpsc/constraint.h>\n#include <libvpsc/solve_VPSC.h>\n#include <algorithm>\n#include <cstdio>\n#include <ctime>\n#include <cmath>\n#include <cassert>\n\nusing namespace std;\nusing namespace vpsc;\n\nstatic inline double getRand(const int range) {\n\treturn (double)range*rand()/(RAND_MAX+1.0);\n}\ninline bool approxEquals(const double a, const double b) {\n\treturn fabs((double)a-b)<0.01;\n}\ntypedef vector<Constraint*> CS;\n\nbool checkResult(unsigned n, Variable *a[], unsigned m, Constraint *c[], double expected[]=nullptr) {\n        std::vector<Variable*> aa(a,a+n);\n        std::vector<Constraint*> cc(c,c+m);\n\tIncSolver vpsc(aa,cc);\n\tvpsc.solve();\n#ifdef MOSEK_AVAILABLE\n\t//printf(\"Checking with mosek...\");\n\tMosekEnv* menv = mosek_init_sep_ls(n,c,m);\n\tfloat *b=new float[n];\n\tfloat *x=new float[n];\n\tfor(unsigned i=0;i<n;i++) {\n\t\tb[i]=a[i]->desiredPosition;\n\t}\n\tmosek_quad_solve_sep(menv,b,x);\n\tmosek_delete(menv);\n#endif\n\tfor(unsigned i=0;i<n;i++) {\n\t\tchar s=',';\n\t\tif(i==n-1) s='\\n';\n#ifdef MOSEK_AVAILABLE\n\t\t//printf(\"%f(%f)%c\",a[i]->finalPosition,x[i],s);\n\t\tif(!(approxEquals(a[i]->finalPosition,x[i]))) {\n\t\t\treturn false;\n\t\t}\n\t\tassert(approxEquals(a[i]->finalPosition,x[i]));\n#endif\n\t\tif(expected) assert(approxEquals(a[i]->finalPosition,expected[i]));\n\t}\n#ifdef MOSEK_AVAILABLE\n\tdelete [] b;\n\tdelete [] x;\n#endif\n\treturn true;\n}\nvoid dumpMatlabProblem(unsigned n, Variable *a[], unsigned m, Constraint *c[]){\n\tprintf(\"H=2*eye(%d);\\n\",n);\n\tprintf(\"f=-2*[ \");\n\tfor(unsigned i=0;i<n;i++) {\n\t\tprintf(\"%f \",a[i]->desiredPosition);\n\t}\n\tprintf(\"];\\n\");\n\tprintf(\"s=[ \");\n\tfor(unsigned i=0;i<n;i++) {\n\t\tprintf(\"%f \",a[i]->scale);\n\t}\n\tprintf(\"];\\n\");\n\tprintf(\"C=zeros(%d,%d);\\n\",m,n);\n\tfor(unsigned i=0;i<m;i++) {\n\t\tprintf(\"C(%d,[%d %d])=[1 -1];\\n\",i+1,c[i]->left->id+1,c[i]->right->id+1);\n\t}\n\tprintf(\"A=C*diag(s);\\n\");\n\tprintf(\"b=[ \");\n\tfor(unsigned i=0;i<m;i++) {\n\t\tprintf(\"%f \",-1.*c[i]->gap);\n\t}\n\tprintf(\"];\\n\");\n\tprintf(\"quadprog(H,f,A,b)\\n\");\n}\nvoid test1() {\n\tcout << \"Test 1...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,2,1,1.),\n\t\tnew Variable(1,9,1,1),\n\t\tnew Variable(2,9,1,1),\n\t\tnew Variable(3,9,1,1),\n\t\tnew Variable(4,2,1,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[4],3),\n\t\tnew Constraint(a[0],a[1],3),\n\t\tnew Constraint(a[1],a[2],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tdouble expected[]={1.4,4.4,7.4,7.4,10.4};\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 1... done.\" << endl;\n}\nvoid test1a() {\n\tcout << \"Test 1a...\" << endl;\n\t/* matlab:\n\t H=2*eye(2)\n\t f=[0 0]\n\t A=[ 2 -1 ]\n\t b=[ -2 ]\n\t quadprog(H,f,A,b)\n\t */\n\tVariable *a[] = {\n\t\tnew Variable(0,0,1,2.),\n\t\tnew Variable(1,0,1,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[1],2)};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tdouble expected[]={-0.8,0.4};\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 1a... done.\" << endl;\n}\nvoid test1b() {\n\tcout << \"Test 1b...\" << endl;\n\t/* matlab:\n\t H=2*eye(2)\n\t f=[0 0]\n\t A=[ 1 -2 ]\n\t b=[ -2 ]\n\t quadprog(H,f,A,b)\n\t */\n\tVariable *a[] = {\n\t\tnew Variable(0,0,1,1.),\n\t\tnew Variable(1,0,1,2)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[1],2)};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tdouble expected[]={-0.4,0.8};\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 1b... done.\" << endl;\n}\nvoid test1c() {\n\tcout << \"Test 1c...\" << endl;\n\t/* matlab:\n\t H=2*eye(3)\n\t f=-2*[ 1 1 1 ]\n\t s=[ 3  2  4 ]\n\t C=zeros(2,3)\n\t C(1,1:2)=[1 -1]\n\t C(2,2:3)=[1 -1]\n\t A=C*diag(s)\n\t b=[-2 -2 ]\n\t quadprog(H,f,A,b)\n\t */\n\tVariable *a[] = {\n\t\tnew Variable(0,1,1,3),\n\t\tnew Variable(1,1,1,2),\n\t\tnew Variable(2,1,1,4)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[1],2),\n\t\tnew Constraint(a[1],a[2],2)};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tdouble expected[]={0.2623, 1.3934, 1.1967};\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 1c... done.\" << endl;\n}\n\n// no splits required\nvoid test2() {\n\tcout << \"Test 2...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,4,1),\n\t\tnew Variable(1,6,1),\n\t\tnew Variable(2,9,1),\n\t\tnew Variable(3,2,1),\n\t\tnew Variable(4,5,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[2],3),\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={0.5,6,3.5,6.5,9.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 2... done.\" << endl;\n}\n\n// split required\nvoid test3() {\n\t/* matlab:\n\t H=2*eye(5)\n\t f=-2*[ 5 6 7 4 3 ]\n\t s=[ 1 1 1 1 1 ]\n\t C=zeros(5,5)\n\t C(1,[1 5])=[1 -1]\n\t C(2,[2 3])=[1 -1]\n\t C(3,[3 4])=[1 -1]\n\t C(4,[3 5])=[1 -1]\n\t C(5,[4 5])=[1 -1]\n\t A=C*diag(s)\n\t b=-3*ones(5,1)\n\t quadprog(H,f,A,b)\n\t */\n\tcout << \"Test 3...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,5,1),\n\t\tnew Variable(1,6,1),\n\t\tnew Variable(2,7,1),\n\t\tnew Variable(3,4,1),\n\t\tnew Variable(4,3,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[4],3),\n\t\tnew Constraint(a[1],a[2],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={5,0.5,3.5,6.5,9.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 3... done.\" << endl;\n}\n// split required\nvoid test4() {\n\t/* matlab:\n\t H=2*eye(5)\n\t f=-2*[ 7 1 6 0 2 ]\n\t s=[ 5 8 3 1 7 ]\n\t C=zeros(6,5)\n\t C(1,[1 4])=[1 -1]\n\t C(2,[1 2])=[1 -1]\n\t C(3,[2 5])=[1 -1]\n\t C(4,[3 5])=[1 -1]\n\t C(5,[3 4])=[1 -1]\n\t C(6,[4 5])=[1 -1]\n\t A=C*diag(s)\n\t b=-3*ones(6,1)\n\t quadprog(H,f,A,b)\n\t */\n\tcout << \"Test 4...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,7,1,1),\n\t\tnew Variable(1,1,1,1),\n\t\tnew Variable(2,6,1,1),\n\t\tnew Variable(3,0,1,1),\n\t\tnew Variable(4,2,1,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[0],a[1],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={0.8,3.8,0.8,3.8,6.8};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 4... done.\" << endl;\n}\nvoid test5() {\n\tcout << \"Test 5...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,0,1), new Variable(1,9,1), new\n\t\t\tVariable(2,1,1), new Variable(3,9,1), new\n\t\t\tVariable(4,5,1), new Variable(5,1,1), new\n\t\t\tVariable(6,2,1), new Variable(7,1,1), new\n\t\t\tVariable(8,6,1), new Variable(9,3,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[3],3), new Constraint(a[1],a[8],3),\n\t\tnew Constraint(a[1],a[6],3), new Constraint(a[2],a[6],3),\n\t\tnew Constraint(a[3],a[5],3), new Constraint(a[3],a[6],3),\n\t\tnew Constraint(a[3],a[7],3), new Constraint(a[4],a[8],3),\n\t\tnew Constraint(a[4],a[7],3), new Constraint(a[5],a[8],3),\n\t\tnew Constraint(a[5],a[7],3), new Constraint(a[5],a[8],3),\n\t\tnew Constraint(a[6],a[9],3), new Constraint(a[7],a[8],3),\n\t\tnew Constraint(a[7],a[9],3), new Constraint(a[8],a[9],3)\n\t};\n\tdouble expected[]={-3.71429,4,1,-0.714286,2.28571,2.28571,7,5.28571,8.28571,11.2857};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 5... done.\" << endl;\n}\nvoid test6() {\n\tcout << \"Test 6...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,7,1),\n\t\tnew Variable(1,0,1),\n\t\tnew Variable(2,3,1),\n\t\tnew Variable(3,1,1),\n\t\tnew Variable(4,4,1)\n\t};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[0],a[2],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3)\n\t};\n\tdouble expected[]={-0.75,0,2.25,5.25,8.25};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 6... done.\" << endl;\n}\nvoid test7() {\n\tcout << \"Test 7...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,4,1),\n\t\tnew Variable(1,2,1),\n\t\tnew Variable(2,3,1),\n\t\tnew Variable(3,1,1),\n\t\tnew Variable(4,8,1)\n\t};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[4],3),\n\t\tnew Constraint(a[0],a[2],3),\n\t\tnew Constraint(a[1],a[3],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)\n\t};\n\tdouble expected[]={-0.5,2,2.5,5.5,8.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 7... done.\" << endl;\n}\nvoid test8() {\n\t/* matlab:\n\t H=2*eye(5)\n\t f=-2*[ 3 4 0 5 6 ]\n\t s=[ 1 1 1 1 1 ]\n\t C=zeros(6,5)\n\t C(1,[1 2])=[1 -1]\n\t C(2,[1 3])=[1 -1]\n\t C(3,[2 3])=[1 -1]\n\t C(4,[2 5])=[1 -1]\n\t C(5,[3 4])=[1 -1]\n\t C(6,[4 5])=[1 -1]\n\t A=C*diag(s)\n\t b=-3*ones(6,1)\n\t quadprog(H,f,A,b)\n\t */\n\t// This cycles when using the heuristic of merging on the least\n\t// violated, violated constraint first.\n\tcout << \"Test 8...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,3,1),\n\t\tnew Variable(1,4,1),\n\t\tnew Variable(2,0,1),\n\t\tnew Variable(3,5,1),\n\t\tnew Variable(4,6,1)\n\t};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[1],3),\n\t\tnew Constraint(a[0],a[2],3),\n\t\tnew Constraint(a[1],a[2],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)\n\t};\n\tdouble expected[]={-2.4,0.6,3.6,6.6,9.6};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 8... done.\" << endl;\n}\nvoid test9() {\n\t/* matlab:\n\t H=2*eye(5)\n\t f=-2*[ 8 2 6 5 3 ]\n\t s=[ 1 1 1 1 1 ]\n\t C=zeros(7,5)\n\t C(1,[1 5])=[1 -1]\n\t C(2,[1 4])=[1 -1]\n\t C(3,[2 3])=[1 -1]\n\t C(4,[2 5])=[1 -1]\n\t C(5,[3 4])=[1 -1]\n\t C(6,[3 5])=[1 -1]\n\t C(7,[4 5])=[1 -1]\n\t A=C*diag(s)\n\t b=-3*ones(7,1)\n\t quadprog(H,f,A,b)\n\t */\n\tcout << \"Test 9...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,8,1),\n\t\tnew Variable(1,2,1),\n\t\tnew Variable(2,6,1),\n\t\tnew Variable(3,5,1),\n\t\tnew Variable(4,3,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[4],3),\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[1],a[2],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={3.6,0.6,3.6,6.6,9.6};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tcheckResult(n,a,m,c,expected);\n\tcout << \"Test 9... done.\" << endl;\n}\n\nvoid test10() {\n\tcout << \"Test 10...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,8.56215,1,4.99888),\nnew Variable(1,1.27641,1,8.06009),\nnew Variable(2,6.28523,1,1.06585),\nnew Variable(3,4.09743,1,0.924166),\nnew Variable(4,0.369025,1,6.12702)};\n\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[2],3),\nnew Constraint(a[0],a[1],3),\nnew Constraint(a[0],a[1],3),\nnew Constraint(a[1],a[3],3),\nnew Constraint(a[1],a[3],3),\nnew Constraint(a[1],a[2],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3)};\n\n\t//double expected[]={-1,2,5,5,8};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n        std::vector<Variable*> aa(a,a+n);\n        std::vector<Constraint*> cc(c,c+m);\n\tIncSolver vpsc(aa,cc);\n\tvpsc.solve();\n\tassert(checkResult(n,a,m,c,nullptr));\n\tcout << \"Test 10... done.\" << endl;\n}\nvoid test11() {\n\tcout << \"Test 11...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,1.31591,1,9.02545),\nnew Variable(1,1.48155,1,3.68918),\nnew Variable(2,3.5091,1,2.07033),\nnew Variable(3,3.47131,1,8.75145),\nnew Variable(4,0.77374,1,0.967941)};\n\n\tConstraint *c[] = {\nnew Constraint(a[0],a[3],3),\nnew Constraint(a[0],a[1],3),\nnew Constraint(a[1],a[4],3),\nnew Constraint(a[1],a[2],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3)};\n\n\t//double expected[]={-1,2,5,5,8};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\t//dumpMatlabProblem(n,a,m,c);\n        std::vector<Variable*> aa(a,a+n);\n        std::vector<Constraint*> cc(c,c+m);\n\tIncSolver vpsc(aa,cc);\n\tvpsc.solve();\n\tassert(checkResult(n,a,m,c,nullptr));\n\tcout << \"Test 11... done.\" << endl;\n}\nvoid test12() {\n\tcout << \"Test 12...\" << endl;\n\tVariable *a[] = {\nnew Variable(0,2.83063,1,6.67901),\nnew Variable(1,6.81696,1,7.28642),\nnew Variable(2,9.27616,1,0.918345),\nnew Variable(3,3.4094,1,3.39673),\nnew Variable(4,2.92492,1,2.36269)};\n\n\tConstraint *c[] = {\nnew Constraint(a[0],a[3],3),\nnew Constraint(a[0],a[2],3),\nnew Constraint(a[0],a[1],3),\nnew Constraint(a[1],a[4],3),\nnew Constraint(a[1],a[4],3),\nnew Constraint(a[1],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3)};\n\n\t//double expected[]={-1,2,5,5,8};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\t//dumpMatlabProblem(n,a,m,c);\n\tassert(checkResult(n,a,m,c,nullptr));\n\tcout << \"Test 12... done.\" << endl;\n}\nvoid test13() {\n\tcout << \"Test 13...\" << endl;\n\tVariable *a[] = {\nnew Variable(0,0.485024,1,1),\nnew Variable(1,3.52714,1,1),\nnew Variable(2,4.01263,1,1),\nnew Variable(3,4.58524,1,1),\nnew Variable(4,5.40796,1,1)};\n\n\tConstraint *c[] = {\nnew Constraint(a[0],a[4],3),\nnew Constraint(a[0],a[4],3),\nnew Constraint(a[0],a[4],3),\nnew Constraint(a[0],a[2],3),\nnew Constraint(a[1],a[3],3),\nnew Constraint(a[1],a[3],3),\nnew Constraint(a[1],a[2],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[4],3),\nnew Constraint(a[2],a[3],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3),\nnew Constraint(a[3],a[4],3)};\n\n\t//double expected[]={-1,2,5,5,8};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\t//dumpMatlabProblem(n,a,m,c);\n\tassert(checkResult(n,a,m,c,nullptr));\n\tcout << \"Test 13... done.\" << endl;\n}\n\n// n=number vars\n// m=max constraints per var\nvoid rand_test(unsigned n, unsigned m) {\n\tVariable **a=new Variable*[n];\n\tCS cs;\n\tfor(unsigned i=0;i<n;i++) {\n\t\ta[i]=new Variable(i,getRand(10),1,1);//getRand(10));\n\t}\n\tfor(unsigned i=0;i<n-1;i++) {\n\t\tfor(int j=0;j<getRand(m)+1;j++) {\n\t\t\tint e = static_cast<int>(i + getRand(n-1-i)+1);\n\t\t\tcs.push_back(new Constraint(a[i],a[e],3));\n\t\t}\n\t}\n\tConstraint **acs=new Constraint*[cs.size()];\n\tfor(unsigned i=0;i<cs.size();i++) {\n\t\tacs[i]=cs[i];\n\t}\n\ttry {\n\t\tif(!checkResult(n,a,cs.size(),acs)) {\n\t\t\tthrow \"Check failed!\";\n\t\t}\n\t} catch (char const *msg) {\n\t\tcout << msg << endl;\n\t\tcout<<\"digraph g {\"<<endl;\n\t\tfor(CS::iterator i(cs.begin());i!=cs.end();i++) {\n\t\t\tConstraint *c=*i;\n\t\t\tcout << c->left->id << \"->\" << c->right->id << \";\" << endl;\n\t\t}\n\t\tcout<<\"}\"<<endl;\n\t\tfor(unsigned i=0;i<n;i++) {\n\t\t\tif(i!=0) cout << \",\" << endl;\n\t\t\tcout << \"new Variable(\"<<i<<\",\"<<a[i]->desiredPosition<< \",1,\"\n\t\t\t\t<< a[i]->scale <<\")\";\n\t\t\t//cout << \"a[i]->Pos=\"<<a[i]->position() << endl;\n\t\t}\n\t\tcout << \"};\" << endl;\n\t\tfor(CS::iterator i(cs.begin());i!=cs.end();i++) {\n\t\t\tif(i!=cs.begin()) cout << \",\" << endl;\n\t\t\tConstraint *c=*i;\n\t\t\t//cout << c->left->id << \"->\" << c->right->id << \";\" << endl;\n\t\t\tcout << \"new Constraint(a[\" <<  c->left->id << \"],a[\" <<  c->right->id << \"],3)\";\n\n\t\t}\n\t\tcout << \"};\" << endl;\n\t\tthrow \"test failed!\";\n\t}\n\t/*\n\tfor(unsigned i=0;i<n;i++) {\n\t\ta[i]->desiredPosition=getRand(10);\n\t}\n\tvpsc.solve();\n\ttry {\n\t\tif(!checkResult(n,a,m,acs)) {\n\t\t\tthrow \"2nd Check failed!\";\n\t\t}\n\t} catch (char const *msg) {\n\t\tcout << msg << endl;\n\t\tfor(unsigned i=0;i<n;i++) {\n\t\t\tif(i!=0) cout << \",\" << endl;\n\t\t\tcout << \"new Variable(\"<<i<<\",\"<<a[i]->desiredPosition<< \",1)\";\n\t\t\t//cout << \"a[i]->Pos=\"<<a[i]->position() << endl;\n\t\t}\n\t\tcout << \"};\" << endl;\n\t\tfor(CS::iterator i(cs.begin());i!=cs.end();i++) {\n\t\t\tif(i!=cs.begin()) cout << \",\" << endl;\n\t\t\tConstraint *c=*i;\n\t\t\t//cout << c->left->id << \"->\" << c->right->id << \";\" << endl;\n\t\t\tcout << \"new Constraint(a[\" <<  c->left->id << \"],a[\" <<  c->right->id << \"],3)\";\n\n\t\t}\n\t\tcout << \"};\" << endl;\n\t\tthrow \"test failed!\";\n\t}\n\t*/\n\tfor_each(a,a+n,delete_object());\n\tdelete [] a;\n\tfor_each(cs.begin(),cs.end(),delete_object());\n\tdelete [] acs;\n}\nint main() {\n\tsrand(time(nullptr));\n\ttest10();\n\ttest2();\n\ttest3();\n\ttest4();\n\ttest5();\n\ttest6();\n\ttest7();\n\ttest8();\n\ttest9();\n\ttest10();\n\ttest11();\n\ttest12();\n\ttest13();\n\tfor(int i=0;i<1000;i++) {\n\t\tif(i%100==0) cout << \"i=\" << i << endl;\n\t\trand_test(100,3);\n\t}\n\tfor(int i=0;i<10000;i++) {\n\t\tif(i%100==0) cout << \"i=\" << i << endl;\n\t\trand_test(5,3);\n\t}\n\treturn 0;\n}\n"
  },
  {
    "path": "cola/libvpsc/variable.cpp",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#include \"libvpsc/variable.h\"\nnamespace vpsc {\nstd::ostream& operator <<(std::ostream &os, const Variable &v) {\n    if(v.block)\n        os << \"(\" << v.id << \"=\" << v.position() << \")\";\n    else\n        os << \"(\" << v.id << \"=\" << v.desiredPosition << \")\";\n    return os;\n}\n}\n"
  },
  {
    "path": "cola/libvpsc/variable.h",
    "content": "/*\n * vim: ts=4 sw=4 et tw=0 wm=0\n *\n * libvpsc - A solver for the problem of Variable Placement with \n *           Separation Constraints.\n *\n * Copyright (C) 2005-2008  Monash University\n *\n * This library is free software; you can redistribute it and/or\n * modify it under the terms of the GNU Lesser General Public\n * License as published by the Free Software Foundation; either\n * version 2.1 of the License, or (at your option) any later version.\n * See the file LICENSE.LGPL distributed with the library.\n *\n * This library is distributed in the hope that it will be useful,\n * but WITHOUT ANY WARRANTY; without even the implied warranty of\n * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n *\n * Author(s):  Tim Dwyer\n*/\n\n#ifndef VPSC_VARIABLE_H\n#define VPSC_VARIABLE_H\n\n#include <vector>\n#include <iostream>\n\n#include \"libvpsc/block.h\"\n#include \"libvpsc/assertions.h\"\n\nnamespace vpsc {\n\nclass Constraint;\ntypedef std::vector<Constraint*> Constraints;\n\n/**\n * @brief A variable is comprised of an ideal position, final position and \n *        a weight.\n *\n * When creating a variable you specify an ideal value, and a weight---how \n * much the variable wants to be at its ideal position.  After solving the \n * problem you can read back the final position for the variable.\n*/\nclass Variable\n{\n\tfriend std::ostream& operator <<(std::ostream &os, const Variable &v);\n\tfriend class Block;\n\tfriend class Constraint;\n\tfriend class Solver;\npublic:\n\tint id; // useful in log files\n\tdouble desiredPosition;\n\tdouble finalPosition;\n\tdouble weight; // how much the variable wants to \n\t               // be at it's desired position\n\tdouble scale; // translates variable to another space\n\tdouble offset;\n\tBlock *block;\n\tbool visited;\n\tbool fixedDesiredPosition;\n\tConstraints in;\n\tConstraints out;\n\tchar *toString();\n\tinline Variable(const int id, const double desiredPos=-1.0, \n\t\t\tconst double weight=1.0, const double scale=1.0)\n\t\t: id(id)\n\t\t, desiredPosition(desiredPos)\n\t\t, finalPosition(desiredPos)\n\t\t, weight(weight)\n\t\t, scale(scale)\n\t\t, offset(0)\n\t\t, block(nullptr)\n\t\t, visited(false)\n\t\t, fixedDesiredPosition(false)\n\t{\n\t}\n\tdouble dfdv(void) const {\n\t\treturn 2. * weight * ( position() - desiredPosition );\n\t}\nprivate:\n    inline double position(void) const {\n                return (block->ps.scale*block->posn+offset)/scale;\n    }\n\tinline double unscaledPosition(void) const {\n\t    COLA_ASSERT(block->ps.scale == 1);\n        COLA_ASSERT(scale == 1);\n        return block->posn + offset;\n\t}\n};\n\n//! @brief A vector of pointers to Variable objects.\ntypedef std::vector<Variable*> Variables;\n\n}\n#endif // VPSC_VARIABLE_H\n"
  },
  {
    "path": "cola/swig-python-setup.py",
    "content": "#!/usr/bin/env python\n\n\"\"\"\nsetup.py file for SWIG example\n\"\"\"\n\nfrom distutils.core import setup, Extension\nfrom distutils import util\nfrom distutils import sysconfig\nimport os\n\nplatform = util.get_platform()\n\n# special settings for Linux\nif platform.startswith(\"linux\"):\n    # option '-Wstrict-prototypes' is enabled by default and gives a warning on Linux\n    if sysconfig.get_config_vars().has_key(\"OPT\"):\n        opt = sysconfig.get_config_vars().get(\"OPT\")\n        if type(opt) == str:\n            opt = opt.replace(\"-Wstrict-prototypes\", \"\")\n            (sysconfig.get_config_vars())[\"OPT\"] = opt\n\n    os.environ['CC'] = 'gcc'\n    os.environ['CXX'] = 'g++'\n\nadaptagrams_module = Extension('_adaptagrams',\n                               sources=['adaptagrams_wrap.cxx'],\n\t\t\t                   extra_compile_args=['-DUSE_ASSERT_EXCEPTIONS','-DSWIG_PYTHON_SILENT_MEMLEAK','-std=gnu++11','-stdlib=libc++'],\n                               # use this line for SWIG 2.0.12 to silence some harmless warnings \n                               #extra_compile_args=['-DUSE_ASSERT_EXCEPTIONS','-DSWIG_PYTHON_SILENT_MEMLEAK','-Wno-uninitialized'],\n\t\t\t                   include_dirs=['.'],\n\t\t\t                   extra_link_args=['libcola/.libs/libcola.a','libtopology/.libs/libtopology.a', 'libavoid/.libs/libavoid.a','libvpsc/.libs/libvpsc.a','libdialect/.libs/libdialect.a'],\n                              )\n\nsetup (name = 'adaptagrams',\n       version = '0.1',\n       author      = \"MArVL\",\n       description = \"\"\"Adaptagrams libraries\"\"\",\n       ext_modules = [adaptagrams_module],\n       py_modules = [\"adaptagrams\"],\n      )\n"
  },
  {
    "path": "cola/swig-python3-setup.py",
    "content": "#!/usr/bin/env python\n\n\"\"\"\nsetup.py file for SWIG example\n\"\"\"\n\nfrom distutils.core import setup, Extension\n# distutils are marked deprecated and will be removed from Python 3.13 and beyond\n# install setuptools\n# from setuptools import setup, Extension\n\nadaptagrams_module = Extension('_adaptagrams',\n                               sources=['adaptagrams_wrap.cxx'],\n                               # extra_compile_args=['-DUSE_ASSERT_EXCEPTIONS','-DSWIG_PYTHON_SILENT_MEMLEAK','-std=gnu++11','-stdlib=libc++'],\n                               extra_compile_args=['-DUSE_ASSERT_EXCEPTIONS','-DSWIG_PYTHON_SILENT_MEMLEAK','-std=c++11'],\n                               include_dirs=['.'],\n                               extra_link_args=['libcola/.libs/libcola.a','libtopology/.libs/libtopology.a', 'libavoid/.libs/libavoid.a','libvpsc/.libs/libvpsc.a','libdialect/.libs/libdialect.a'],\n                               # use this line on MacOS with older versions of the developer tools to avoid linker warning\n                               # '-undefined dynamic_lookup may not work with chained fixups'\n                               # see https://github.com/pybind/pybind11/pull/4301\n                               # extra_link_args=['-Wl,-no_fixup_chains','libcola/.libs/libcola.a','libtopology/.libs/libtopology.a', 'libavoid/.libs/libavoid.a','libvpsc/.libs/libvpsc.a','libdialect/.libs/libdialect.a'],\n                              )\n\nsetup (name = 'adaptagrams',\n       version = '0.1',\n       author      = \"MArVL\",\n       description = \"\"\"Adaptagrams libraries\"\"\",\n       ext_modules = [adaptagrams_module],\n       py_modules = [\"adaptagrams\"],\n      )\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/.classpath",
    "content": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<classpath>\n\t<classpathentry kind=\"src\" path=\"\"/>\n\t<classpathentry kind=\"con\" path=\"org.eclipse.jdt.launching.JRE_CONTAINER\"/>\n\t<classpathentry kind=\"lib\" path=\"C:/mosek/3/tools/platform/win/bin/mosek.jar\"/>\n\t<classpathentry kind=\"lib\" path=\"C:/Program Files/eclipse/plugins/org.junit_3.8.1/junit.jar\"/>\n\t<classpathentry kind=\"output\" path=\"\"/>\n</classpath>\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/.project",
    "content": "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<projectDescription>\n\t<name>RectangleOverlapSolver</name>\n\t<comment></comment>\n\t<projects>\n\t</projects>\n\t<buildSpec>\n\t\t<buildCommand>\n\t\t\t<name>org.python.pydev.PyDevBuilder</name>\n\t\t\t<arguments>\n\t\t\t</arguments>\n\t\t</buildCommand>\n\t\t<buildCommand>\n\t\t\t<name>org.eclipse.jdt.core.javabuilder</name>\n\t\t\t<arguments>\n\t\t\t</arguments>\n\t\t</buildCommand>\n\t</buildSpec>\n\t<natures>\n\t\t<nature>org.eclipse.jdt.core.javanature</nature>\n\t\t<nature>org.python.pydev.pythonNature</nature>\n\t</natures>\n</projectDescription>\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/.settings/org.eclipse.jdt.core.prefs",
    "content": "#Sun Dec 04 15:14:26 EST 2005\neclipse.preferences.version=1\norg.eclipse.jdt.core.compiler.codegen.targetPlatform=1.5\norg.eclipse.jdt.core.compiler.compliance=1.5\norg.eclipse.jdt.core.compiler.problem.assertIdentifier=error\norg.eclipse.jdt.core.compiler.problem.enumIdentifier=error\norg.eclipse.jdt.core.compiler.source=1.5\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/logging.properties",
    "content": "# invoke java with -Djava.util.logging.config.file=logging.properties\n    # Specify the handlers to create in the root logger\n    # (all loggers are children of the root logger)\n    # The following creates two handlers\n    handlers = java.util.logging.ConsoleHandler, java.util.logging.FileHandler\n    \n    # Set the default logging level for the root logger\n    #.level = ALL\n    \n    # Set the default logging level for new ConsoleHandler instances\n    java.util.logging.ConsoleHandler.level = ALL\n    \n    # Set the default logging level for new FileHandler instances\n    java.util.logging.FileHandler.level = ALL\n    \n    # Set the default formatter for new ConsoleHandler instances\n    java.util.logging.ConsoleHandler.formatter = java.util.logging.SimpleFormatter\n    \n    # Set the default logging level for the logger named com.mycompany\n    placement.level = ALL\n    \njava.util.logging.FileHandler.pattern = placement.log\njava.util.logging.FileHandler.limit = 50000\njava.util.logging.FileHandler.count = 1\njava.util.logging.FileHandler.formatter = java.util.logging.SimpleFormatter\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/manifest.mf",
    "content": "Main-Class: placement.RectangleDrawerFrame\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/ActiveSetPlacement.java",
    "content": "package placement;\n\nimport java.util.HashMap;\nimport java.util.List;\nimport java.util.Observable;\nimport java.util.logging.Level;\nimport java.util.logging.Logger;\n\npublic class ActiveSetPlacement extends Observable implements Placement {\n\tstatic Logger logger = Logger.getLogger(\"placement\");\n\n\tBlocks blocks;\n\n\tboolean debugAnimation = false;\n\n\t/** list of constraints waiting to be processed (not yet assigned to blocks) */\n\tConstraints activeConstraints = new Constraints();\n\n\t/** canonical list of constraints */\n\tprivate Constraints constraints = new Constraints();\n\n\tHashMap<String, Variable> vlookup = new HashMap<String, Variable>();\n\n\tprivate DebugFrame debugFrame;\n\n\tprivate long sleepTime = 0;\n\n\tpublic boolean split = true;\n\n\tpublic Constraint addConstraint(String u, String v, double sep) {\n\t\tConstraint c = new Constraint(vlookup.get(u), vlookup.get(v), sep);\n\t\tconstraints.add(c);\n\t\treturn c;\n\t}\n\n\t/**\n\t * Gives a feasible - though not necessarily optimal - solution by\n\t * examining blocks in the partial order defined by the directed acyclic\n\t * graph of constraints. For each block (when processing left to right) we\n\t * maintain the invariant that all constraints to the left of the block\n\t * (incoming constraints) are satisfied. This is done by repeatedly merging\n\t * blocks into bigger blocks across violated constraints (most violated\n\t * first) fixing the position of variables inside blocks relative to one\n\t * another so that constraints internal to the block are satisfied.\n\t */\n\tvoid satisfyConstraints() {\n\t\tList<Variable> vs = blocks.totalOrder();\n\t\tlogger.fine(\"block order: \");\n\t\tfor (Variable v : vs) {\n\t\t\tlogger.fine(\"  \"+v);\n\t\t}\n\t\tfor (Variable v : vs) {\n\t\t\tblocks.mergeLeft(v.container, this);\n\t\t}\n\t}\n\n\tpublic ActiveSetPlacement(Variable[] vs) {\n\t\tthis.vs=vs;\n\t\tfor (Variable v : vs) {\n\t\t\tv.inConstraints = new Constraints();\n\t\t\tv.outConstraints = new Constraints();\n\t\t}\n\t\tblocks = new Blocks(vs);\n\t\tfor (Variable v : vs) {\n\t\t\tvlookup.put(v.name, v);\n\t\t}\n\t}\n\tVariable[] vs;\n\tprotected double refine() {\n\t\twhile (split) {\n\t\t\tanimate();\n\t\t\tConstraint splitConstraint = blocks.splitOnce(this);\n\t\t\tif (splitConstraint == null)\n\t\t\t\tbreak;\n\t\t\tanimate();\n\t\t\tassert constraints.violated().isEmpty() : \"Violated constraints not resolved\";\n\t\t\tactiveConstraints.add(splitConstraint);\n\t\t\tlogger.finer(\"split->\" + blocks);\n\t\t\tlogger.finer(\"Cost:\" + blocks.cost());\n\t\t}\n\n\t\tanimate();\n\t\tassert constraints.violated().isEmpty() : \"Violated constraints not resolved\";\n\t\tlogger.finer(\"Final->\" + blocks);\n\t\tlogger.fine(\"Cost:\" + blocks.cost());\n\t\treturn blocks.cost();\t\t\n\t}\n\t/**\n\t * Calculate the optimal solution. After using satisfy() to produce a\n\t * feasible solution, solve() examines each block to see if further\n\t * refinement is possible by splitting the block. This is done repeatedly\n\t * until no further improvement is possible.\n\t */\n\tpublic double solve() {\n\t\tif (debugAnimation)\n\t\t\tdebugFrame = new DebugFrame(blocks, constraints);\n\t\t// activeConstraints = blocks.getAllConstraints();\n\t\tlogger.fine(\"variables: \" + blocks.getAllVariables());\n\t\tlogger.fine(\"constraints: \" + constraints);\n\t\t\n\t\tanimate();\n\t\tsatisfyConstraints();\n\t\tif(!constraints.violated().isEmpty()) {\n\t\t\tlogger.severe(\"Violated constraints not resolved: \"+constraints.violated());\n\t\t}\n\t\tassert constraints.violated().isEmpty() : \"Violated constraints not resolved\";\n\t\tlogger.finer(\"merged->\" + blocks);\n\t\tlogger.finer(\"Cost:\" + blocks.cost());\n\t\treturn refine();\n\t}\n\n\tvoid animate() {\n\t\tif (debugAnimation) {\n\t\t\tdebugFrame.animate();\n\t\t\tsetChanged();\n\t\t\tnotifyObservers();\n\t\t\ttry {\n\t\t\t\tThread.sleep(sleepTime);\n\t\t\t} catch (InterruptedException e) {\n\t\t\t\te.printStackTrace();\n\t\t\t}\n\t\t}\n\t}\n\n\tpublic Constraints getConstraints() {\n\t\treturn constraints;\n\t}\n\n\tpublic Variables getVariables() {\n\t\treturn blocks.getAllVariables();\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Block.java",
    "content": "/*\n * Created on 21/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.util.ArrayList;\nimport java.util.logging.Level;\nimport java.util.logging.Logger;\n\n/**\n * A block is a grouping of variables placed optimally with respect to a set of\n * active constraints\n * \n * @author dwyer\n */\n\npublic class Block {\n\tstatic Logger logger = ActiveSetPlacement.logger;\n\n\tstatic long timeCtr = 0;\n\n\tlong timeStamp = 0;\n\n\tdouble position = 0;\n\n\tdouble weight = 0;\n\n\tdouble weightedPosition;\n\n\tVariables variables = new Variables();\n\n\t/**\n\t * Priority queues for managing external constraints. Lazily instantiated as\n\t * needed by merge operations.\n\t */\n\tMaxPriorityQueue<Constraint> inConstraintsPriorityQueue = null;\n\n\tMaxPriorityQueue<Constraint> outConstraintsPriorityQueue = null;\n\n\t/**\n\t * empty block constructor used for split.\n\t */\n\tBlock() {\n\t}\n\n\t/**\n\t * Initially each variable is assigned its own block with position set to\n\t * the desired position of the variable\n\t * \n\t * @param v\n\t */\n\tBlock(Variable v) {\n\t\taddVariable(v);\n\t\tposition = v.desiredPosition;\n\t\tweightedPosition = v.weight * position;\n\t\tv.offset = 0;\n\t}\n\n\t/**\n\t * Merges b into this block across c. Can be either a right merge or a left\n\t * merge\n\t * \n\t * @param b\n\t *            block to merge into this\n\t * @param c\n\t *            constraint being merged\n\t * @param distance\n\t *            separation required to satisfy c\n\t */\n\tvoid merge(Block b, Constraint c, double distance) {\n\t\tweightedPosition += b.weightedPosition - distance * b.weight;\n\t\tweight += b.weight;\n\t\tposition = weightedPosition / weight;\n\t\tc.active = true;\n\t\tfor (Variable v : b.variables) {\n\t\t\tv.container = this;\n\t\t\tv.offset += distance;\n\t\t}\n\t\tvariables.addAll(b.variables);\n\t}\n\n\t/**\n\t * Computes lagrange multipliers across active constraints. Traverses the\n\t * active set of constraints in this block with a depth first traversal,\n\t * computing the lagrangian multipliers associated with each constraint from\n\t * the derivative of the cost function (dfdv) for each variable\n\t */\n\tConstraint findMinLM() {\n\t\tVariable f = variables.get(0);\n\t\tresetActiveLM(f, null);\n\t\tminLM = null;\n\t\tcompute_dfdv(f, null);\n\t\treturn minLM;\n\t}\n\n\tprivate Constraint minLM;\n\n\tprivate boolean canFollowLeft(Constraint c, Variable last) {\n\t\treturn c.left.container == this && c.active && last != c.left;\n\t}\n\n\tprivate boolean canFollowRight(Constraint c, Variable last) {\n\t\treturn c.right.container == this && c.active && last != c.right;\n\t}\n\n\t// resets LMs for all active constraints to 0 by\n\t// traversing active constraint tree starting from v,\n\t// not back tracking over u\n\tprivate void resetActiveLM(Variable v, Variable u) {\n\t\tfor (Constraint c : v.outConstraints) {\n\t\t\tif (canFollowRight(c, u)) {\n\t\t\t\tc.lm = 0;\n\t\t\t\tresetActiveLM(c.right, v);\n\t\t\t}\n\t\t}\n\t\tfor (Constraint c : v.inConstraints) {\n\t\t\tif (canFollowLeft(c, u)) {\n\t\t\t\tc.lm = 0;\n\t\t\t\tresetActiveLM(c.left, v);\n\t\t\t}\n\t\t}\n\t}\n\n\t// computes the derivative of v and the lagrange multipliers\n\t// of v's out constraints (as the recursive sum of those below.\n\t// Does not backtrack over u.\n\t// also records the constraint with minimum lagrange multiplier\n\t// in minLM\n\tprivate double compute_dfdv(Variable v, Variable u) {\n\t\t// how much v wants to go right (negative if v wants to go left)\n\t\tdouble dfdv = v.weight * (v.getPosition() - v.desiredPosition);\n\t\tfor (Constraint c : v.outConstraints) {\n\t\t\tif (canFollowRight(c, u)) {\n\t\t\t\t// if the following call returns a negative then it means the\n\t\t\t\t// stuff to the right of v wants to go left\n\t\t\t\tc.lm = compute_dfdv(c.right, v);\n\t\t\t\tdfdv += c.lm;\n\t\t\t\tif (minLM == null || c.lm < minLM.lm)\n\t\t\t\t\tminLM = c;\n\t\t\t}\n\t\t}\n\t\tfor (Constraint c : v.inConstraints) {\n\t\t\tif (canFollowLeft(c, u)) {\n\t\t\t\t// if the following call returns a negative then it means the\n\t\t\t\t// stuff to the left of v wants to go left\n\t\t\t\tc.lm = -compute_dfdv(c.left, v);\n\t\t\t\tdfdv -= c.lm;\n\t\t\t\tif (minLM == null || c.lm < minLM.lm)\n\t\t\t\t\tminLM = c;\n\t\t\t}\n\t\t}\n\t\treturn dfdv;\n\t}\n\n\t/**\n\t * @return ideal position of block in order to minimise distances of vars to\n\t *         their desired positions\n\t */\n\tdouble desiredPosition() {\n\t\tdouble wp = 0;\n\t\tfor (Variable v : variables) {\n\t\t\twp += (v.desiredPosition - v.offset) * v.weight;\n\t\t}\n\t\treturn wp / weight;\n\t}\n\n\t/**\n\t * if the block can be split across the constraint and two resultant blocks\n\t * moved (without violating the constraint) to better satisfy desired\n\t * positions then split will do so.\n\t * \n\t * @return list of 2 blocks (result of split) or null if such a split does\n\t *         not allow variables to move closer to desired positions\n\t */\n\tvoid split(Constraint splitConstraint, Block l, Block r) {\n\t\tsplitConstraint.active = false;\n\t\tpopulateSplitBlock(l, splitConstraint.left, splitConstraint.right);\n\t\tpopulateSplitBlock(r, splitConstraint.right, splitConstraint.left);\n\t\tif (logger.isLoggable(Level.FINER))\n\t\t\tlogger.finer(\"Splitting on: \" + this + splitConstraint);\n\t}\n\n\t// populates block b by traversing the active constraint tree adding\n\t// variables as they're visited.\n\t// Starts from variable v and does not backtrack over variable u.\n\tprivate void populateSplitBlock(Block b, Variable v, Variable u) {\n\t\tb.addVariable(v);\n\t\tfor (Constraint c : v.inConstraints) {\n\t\t\tif (canFollowLeft(c, u)) {\n\t\t\t\tpopulateSplitBlock(b, c.left, v);\n\t\t\t}\n\t\t}\n\t\tfor (Constraint c : v.outConstraints) {\n\t\t\tif (canFollowRight(c, u)) {\n\t\t\t\tpopulateSplitBlock(b, c.right, v);\n\t\t\t}\n\t\t}\n\t}\n\n\tprivate void addVariable(Variable v) {\n\t\tvariables.add(v);\n\t\tweight += v.weight;\n\t\tweightedPosition += v.weight * (v.desiredPosition - v.offset);\n\t\tposition = weightedPosition / weight;\n\t\tv.container = this;\n\t}\n\n\tpublic void setUpInConstraints() {\n\t\tinConstraintsPriorityQueue = new MaxPairingHeap<Constraint>();\n\t\tfor (Variable v : variables) {\n\t\t\tfor (Constraint c : v.inConstraints) {\n\t\t\t\tc.timeStamp = timeCtr;\n\t\t\t\tif (c.left.container != this) {\n\t\t\t\t\tinConstraintsPriorityQueue.add(c);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tpublic void setUpOutConstraints() {\n\t\toutConstraintsPriorityQueue = new MaxPairingHeap<Constraint>();\n\t\tfor (Variable v : variables) {\n\t\t\tfor (Constraint c : v.outConstraints) {\n\t\t\t\tif (c.right.container != this) {\n\t\t\t\t\toutConstraintsPriorityQueue.add(c);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tpublic String toString() {\n\t\tString s = \"Block:\";\n\t\tfor (Variable v : variables) {\n\t\t\ts = s + v + \" \";\n\t\t}\n\t\treturn s;\n\t}\n\n\tpublic double cost() {\n\t\tdouble c = 0;\n\t\tfor (Variable v : variables) {\n\t\t\tdouble diff = v.getPosition() - v.desiredPosition;\n\t\t\tc += v.weight * diff * diff;\n\t\t}\n\t\treturn c;\n\t}\n\n\tConstraint findMaxInConstraint() {\n\t\tlogger.fine(\"Constraint heap: \" + inConstraintsPriorityQueue);\n\t\tConstraint v = inConstraintsPriorityQueue.findMax();\n\t\tArrayList<Constraint> outOfDate = new ArrayList<Constraint>();\n\t\twhile (v != null) {\n\t\t\tBlock lb = v.left.container;\n\t\t\tBlock rb = v.right.container;\n\t\t\tlogger.finer(\"Examining constraint v=\" + v + \"\\n  timestamps: lb=\"\n\t\t\t\t\t+ lb.timeStamp + \" rb=\" + rb.timeStamp + \" v=\"\n\t\t\t\t\t+ v.timeStamp);\n\t\t\tif (lb == rb) {\n\t\t\t\t// constraint has been merged into the same block\n\t\t\t\tinConstraintsPriorityQueue.deleteMax();\n\t\t\t\tv = inConstraintsPriorityQueue.findMax();\n\t\t\t\tlogger.finer(\"  Skipping internal!\");\n\t\t\t} else if (v.timeStamp < lb.timeStamp) {\n\t\t\t\t// block at other end of constraint has been moved since this\n\t\t\t\tinConstraintsPriorityQueue.deleteMax();\n\t\t\t\toutOfDate.add(v);\n\t\t\t\tlogger.finer(\"  Skipping out of date!\");\n\t\t\t\tv = inConstraintsPriorityQueue.findMax();\n\t\t\t} else {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t\tfor(Constraint c : outOfDate) {\n\t\t\tc.timeStamp = timeCtr;\n\t\t\tinConstraintsPriorityQueue.add(c);\n\t\t}\n\t\tv = inConstraintsPriorityQueue.findMax();\n\t\treturn v;\n\t}\n\n\tConstraint findMaxOutConstraint() {\n\t\tConstraint v = outConstraintsPriorityQueue.findMax();\n\t\twhile (v != null && v.left.container == v.right.container) {\n\t\t\tv = outConstraintsPriorityQueue.deleteMax();\n\t\t\tv = outConstraintsPriorityQueue.findMax();\n\t\t}\n\t\treturn v;\n\t}\n\n\tpublic void mergeInConstraints(Block b) {\n\t\t// We check the top of the heaps to remove possible internal constraints\n\t\tfindMaxInConstraint();\n\t\tb.findMaxInConstraint();\n\t\tinConstraintsPriorityQueue.merge(b.inConstraintsPriorityQueue);\n\t\tlogger.fine(\"Constraint heaps merged: \" + inConstraintsPriorityQueue);\n\t}\n\n\tpublic void mergeOutConstraints(Block b) {\n\t\t// We check the top of the heaps to remove possible internal constraints\n\t\tfindMaxOutConstraint();\n\t\tb.findMaxOutConstraint();\n\t\tinConstraintsPriorityQueue.merge(b.inConstraintsPriorityQueue);\n\t\tlogger.fine(\"Constraint heaps merged: \" + inConstraintsPriorityQueue);\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Blocks.java",
    "content": "/*\n * Created on 24/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.util.HashSet;\nimport java.util.LinkedList;\nimport java.util.Queue;\nimport java.util.logging.Level;\nimport java.util.logging.Logger;\n\n/**\n * A set of blocks defined over variables and operations for building and\n * manipulating those blocks\n * \n * @author dwyer\n */\nclass Blocks extends HashSet<Block> {\n\tstatic Logger logger = Logger.getLogger(\"placement\");\n\n\t/**\n\t * Examine the active constraints of each block. If a constraint is found,\n\t * across which its container block may be split such that the new blocks\n\t * can be moved without violating the constraint to better satisfy the\n\t * desired positions, then the split and moves are carried out. Returns\n\t * after the first such operation.\n\t * \n\t * @return Constraint across which split occured or null if there was no\n\t *         split.\n\t */\n\tConstraint splitOnce(ActiveSetPlacement debug) {\n\t\tfor (Block b : this) {\n\t\t\tb.inConstraintsPriorityQueue = null;\n\t\t\tb.outConstraintsPriorityQueue = null;\n\t\t}\n\t\tfor (Block b : this) {\n\t\t\tConstraint c = b.findMinLM();\n\t\t\tif (c != null && c.lm < 0) {\n\t\t\t\tint prevBlockCount = size();\n\t\t\t\tBlock l = new Block(), r = new Block();\n\t\t\t\tb.setUpInConstraints();\n\t\t\t\tb.setUpOutConstraints();\n\t\t\t\tb.split(c, l, r);\n\t\t\t\tremove(b);\n\t\t\t\tadd(l);\n\t\t\t\tadd(r);\n\t\t\t\tr.position = b.position;\n\t\t\t\tr.weightedPosition = r.position * r.weight;\n\t\t\t\tdebug.animate();\n\t\t\t\tassert (prevBlockCount == size() - 1);\n\t\t\t\tmergeLeft(l, debug);\n\t\t\t\t// r may have been merged!\n\t\t\t\tr = c.right.container;\n\t\t\t\tr.position = r.desiredPosition();\n\t\t\t\tr.weightedPosition = r.position * r.weight;\n\t\t\t\tdebug.animate();\n\t\t\t\tmergeRight(r, debug);\n\t\t\t\tr.setUpInConstraints();\n\t\t\t\tfor (Constraint s : r.inConstraintsPriorityQueue.getAll()) {\n\t\t\t\t\tassert (!s.isViolated());\n\t\t\t\t}\n\t\t\t\treturn c;\n\t\t\t}\n\t\t}\n\t\treturn null;\n\t}\n\tsynchronized void mergeLeft(Block b, ActiveSetPlacement debug) {\n\t\tif (logger.isLoggable(Level.FINER))\n\t\t\tlogger.finer(\"arg block=\" + b);\n\t\tb.timeStamp=++Block.timeCtr;\n\t\tb.setUpInConstraints();\n\t\tConstraint c = b.findMaxInConstraint();\n\t\twhile (c != null && c.isViolated()) {\n\t\t\tif (logger.isLoggable(Level.FINER))\n\t\t\t\tlogger.finer(\"merging on constraint:\" + c);\n\n\t\t\tint prevBlockCount = size();\n\t\t\tc = b.inConstraintsPriorityQueue.deleteMax();\n\t\t\tBlock l = c.left.container;\n\t\t\tassert(l.inConstraintsPriorityQueue!=null);\n\t\t\tif(l.inConstraintsPriorityQueue==null) {\n\t\t\t\tl.setUpInConstraints();\n\t\t\t}\n\t\t\tassert (l != b);\n\t\t\tdouble distToL = c.right.offset - c.left.offset - c.separation;\n\t\t\tif (b.variables.size() < l.variables.size()) {\n\t\t\t\tdistToL = -distToL;\n\t\t\t\tBlock tmp = b;\n\t\t\t\tb = l;\n\t\t\t\tl = tmp;\n\t\t\t}\n\t\t\tb.timeCtr++;\n\t\t\tb.merge(l, c, distToL);\n\t\t\tb.mergeInConstraints(l);\n\t\t\tb.timeStamp=b.timeCtr;\n\t\t\tremove(l);\n\t\t\tdebug.animate();\n\t\t\tassert (prevBlockCount == size() + 1);\n\t\t\tc = b.findMaxInConstraint();\n\t\t}\n\t\tif (logger.isLoggable(Level.FINER))\n\t\t\tlogger.finer(\"Merged block=\" + b);\n\t}\n\n\tsynchronized void mergeRight(Block b, ActiveSetPlacement debug) {\n\t\tif (logger.isLoggable(Level.FINER))\n\t\t\tlogger.finer(\"arg block=\" + b);\n\t\tb.setUpOutConstraints();\n\t\tConstraint c = b.findMaxOutConstraint();\n\t\twhile (c != null && c.isViolated()) {\n\t\t\tif (logger.isLoggable(Level.FINER))\n\t\t\t\tlogger.finer(\"merging on constraint:\" + c);\n\t\t\tint prevBlockCount = size();\n\t\t\tc = b.outConstraintsPriorityQueue.deleteMax();\n\t\t\tBlock r = c.right.container;\n\t\t\t//r.setUpOutConstraints();\n\t\t\tdouble distToR = c.left.offset + c.separation - c.right.offset;\n\t\t\tif (b.variables.size() < r.variables.size()) {\n\t\t\t\tdistToR=-distToR;\n\t\t\t\tBlock tmp = b;\n\t\t\t\tb = r;\n\t\t\t\tr = tmp;\n\t\t\t}\n\t\t\tb.merge(r, c, distToR);\n\t\t\t//b.mergeOutConstraints(r);\n\t\t\tremove(r);\n\t\t\tdebug.animate();\n\t\t\tassert (prevBlockCount == size() + 1);\n\t\t\tb.setUpOutConstraints();\n\t\t\tc = b.findMaxOutConstraint();\n\t\t}\n\t\tif (logger.isLoggable(Level.FINER))\n\t\t\tlogger.finer(\"Merged block=\" + b);\n\t}\n\n\tBlocks(Variable[] vars) {\n\t\tBlock.timeCtr=0;\n\t\tfor (Variable v : vars) {\n\t\t\tadd(new Block(v));\n\t\t}\n\t}\n\n\tdouble cost() {\n\t\tdouble c = 0;\n\t\tfor (Block b : this) {\n\t\t\tc += b.cost();\n\t\t}\n\t\treturn c;\n\t}\n\n\tVariables getAllVariables() {\n\t\tVariables vs = new Variables();\n\t\tfor (Block b : this) {\n\t\t\tvs.addAll(b.variables);\n\t\t}\n\t\treturn vs;\n\t}\n\n\tpublic String toString() {\n\t\tString s = \"\";\n\t\tfor (Block b : this) {\n\t\t\ts += b + \",\";\n\t\t}\n\t\treturn s + \"Size=\" + size();\n\t}\n\n\t/**\n\t * DFS search of variables in the constraint DAG. From each variable\n\t * constraints are processed from largest separation to smallest, and the\n\t * constraint traversed if the current end depth is less than the depth\n\t * computed from this DFS.\n\t * \n\t * @param v\n\t *            current dfs node\n\t */\n\tprivate void dfsVisit(Variable v, LinkedList<Variable> order) {\n\t\tv.visited = true;\n\t\t// Assumes no merging has yet been done.\n\t\tassert v.container.variables.size() == 1;\n\t\tfor (Constraint c : v.outConstraints) {\n\t\t\tassert c.left == v;\n\t\t\tif (!c.right.visited) {\n\t\t\t\tdfsVisit(c.right, order);\n\t\t\t}\n\t\t}\n\t\torder.addFirst(v);\n\t}\n\n\tpublic LinkedList<Variable> totalOrder() {\n\t\treturn totalOrderDFS();\n\t}\n\t/**\n\t * Computes a total ordering of constraints by depth-first search of the\n\t * directed acyclic graph where nodes are variables and constraints b>=a+1\n\t * are edges directed from a to b. Assumes no merging has yet been done.\n\t */\n\tprivate LinkedList<Variable> totalOrderDFS() {\n\t\tVariables vars = getAllVariables();\n\t\tLinkedList<Variable> order = new LinkedList<Variable>();\n\t\tfor (Variable v : vars) {\n\t\t\tv.visited = false;\n\t\t}\n\t\tfor (Variable v : vars.getSources()) {\n\t\t\tdfsVisit(v, order);\n\t\t}\n\t\treturn order;\n\t}\t\n\t/**\n\t * Computes a total ordering of constraints by breadth-first search of the\n\t * directed acyclic graph where nodes are variables and constraints b>=a+g\n\t * are edges directed from a to b. Assumes no merging has yet been done.\n\t */\t\n\tprivate LinkedList<Variable> totalOrderBFS() {\n\t\tVariables vars = getAllVariables();\n\t\tLinkedList<Variable> order = new LinkedList<Variable>();\n\t\tQueue<Variable> q=new LinkedList<Variable>();\n\t\tfor (Variable v : vars) {\n\t\t\tv.visited = false;\n\t\t\tif(v.inConstraints.isEmpty()) {\n\t\t\t\tq.add(v);\n\t\t\t\tv.visited = true;\n\t\t\t}\n\t\t}\n\t\twhile(!q.isEmpty()) {\n\t\t\tVariable u = q.poll();\n\t\t\tfor(Constraint c:u.outConstraints) {\n\t\t\t\tVariable v = c.right;\n\t\t\t\tif(!v.visited) {\n\t\t\t\t\tv.visited=true;\n\t\t\t\t\tq.add(v);\n\t\t\t\t}\n\t\t\t}\n\t\t\torder.add(u);\n\t\t}\n\t\treturn order;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Constraint.java",
    "content": "/*\n * Created on 21/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.awt.Color;\nimport java.text.DecimalFormat;\nimport java.util.ArrayList;\nimport java.util.Arrays;\nimport java.util.Collection;\nimport java.util.Comparator;\nimport java.util.LinkedList;\nimport java.util.Queue;\n\n/**\n * @author dwyer_2 TODO To change the template for this generated type comment\n *         go to Window - Preferences - Java - Code Style - Code Templates\n */\npublic class Constraint implements Comparable<Constraint> {\n\tlong timeStamp=0;\n\tVariable left;\n\n\tVariable right;\n\n\tdouble separation;\n\n\tboolean active = false;\n\n\tpublic Color colour = Color.WHITE;\n\n\tpublic double lm;\n\n\tConstraint(Variable left, Variable right, double separation) {\n\t\tthis.left = left;\n\t\tthis.right = right;\n\t\tthis.separation = separation;\n\t\tleft.addOutConstraint(this);\n\t\tright.addInConstraint(this);\n\t}\n\n\tboolean isViolated() {\n\t\tif (violatedAmount() > 0.00001) {\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t}\n\n\tdouble violatedAmount() {\n\t\treturn -slack();\n\t}\n\n\tdouble slack() {\n\t\treturn right.getPosition() - (left.getPosition() + separation);\n\t}\n\n\tpublic String toString() {\n\t\tDecimalFormat nf = new DecimalFormat(\"#.##\");\n\t\treturn left + \"+\" + nf.format(separation) + \"<=\" + right + \"(\" + nf.format(slack())\n\t\t\t\t+ \")\";\n\t}\n\n\t/**\n\t * @param v\n\t * @return neighbour of v in this constraint\n\t */\n\tpublic Variable neighbour(Variable v) {\n\t\tassert v == left || v == right;\n\t\tif (v == left)\n\t\t\treturn right;\n\t\treturn left;\n\t}\n\n\t/**\n\t * @param c\n\t *            another constraint\n\t * @return true if c is between the same blocks as this\n\t */\n\tpublic boolean sameContainers(Constraint c) {\n\t\tif (c.left.container == left.container\n\t\t\t\t&& c.right.container == right.container\n\t\t\t\t|| c.left.container == right.container\n\t\t\t\t&& c.right.container == left.container) {\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t}\n\n\t/**\n\t * remove all traces of c\n\t */\n\tpublic void delete() {\n\t\tleft.outConstraints.remove(this);\n\t\tright.inConstraints.remove(this);\n\t}\n\n\tpublic boolean isTight() {\n\t\tif (Math.abs(violatedAmount()) < 0.0001) {\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t}\n\n\t/**\n\t * If the constraint of the argument is more violated than this then it is\n\t * considered greater (and we return 1). NOTE: constraints within the same\n\t * block are treated as having infinite violated amount. This is a hack so\n\t * that the pairing heaps used to manage in and out constraints are not\n\t * messed up when they contain internal constraints (which do not move\n\t * relative to the block)\n\t * \n\t * @param c\n\t *            Constraint to compare against\n\t * @return 1 if c more violated than this, 0 if equal, -1 if less than\n\t */\n\tpublic int compareTo(Constraint c) {\n\t\tdouble va = violatedAmount();\n\t\tdouble cva = c.violatedAmount();\n\t\tif (left.container == right.container) {\n\t\t\tva = Double.MAX_VALUE;\n\t\t}\n\t\tif (c.left.container == c.right.container) {\n\t\t\tcva = Double.MAX_VALUE;\n\t\t}\n\t\tdouble d = cva - va;\n\t\tif (d < 0) {\n\t\t\treturn 1;\n\t\t} else if (d > 0) {\n\t\t\treturn -1;\n\t\t} else {\n\t\t\treturn c.toString().compareTo(toString());\n\t\t}\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/ConstraintGenerator.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.Arrays;\nimport java.util.Comparator;\nimport java.util.Iterator;\nimport java.util.TreeSet;\n\npublic class ConstraintGenerator {\n\n\tprivate Chunk[] chunks;\n\tprivate boolean completeConstraints;\n\tpublic boolean neighbourLists = true;\n\tprivate boolean orthogonalOrdering;\n\tprivate Constraints constraints;\n\tboolean allOverlaps;\n\n\tvoid initVarsAndConstraints(Chunk[] chunks, boolean allOverlaps) {\n\t\tthis.chunks=chunks;\n\t\tthis.allOverlaps=allOverlaps;\n\t\tconstraints=new Constraints();\n\t\tif (completeConstraints) {\n\t\t\tinitVarsAndConstraintsComplete();\n\t\t} else {\n\t\t\tif (neighbourLists) {\n\t\t\t\tinitVarsAndConstraintsMinimal();\n\t\t\t} else {\n\t\t\t\tinitVarsAndConstraintsMinimalOld();\n\t\n\t\t\t}\n\t\t\tif (orthogonalOrdering) {\n\t\t\t\taddOrthogonalOrderingConstraints();\n\t\t\t}\n\t\t}\n\t}\n\n\t// n^2 time and potentially n^2 constraints\n\tvoid initVarsAndConstraintsComplete() {\n\t\tArrays.sort(chunks, Chunk.comparator);\n\t\tfor (int i = 0; i < chunks.length; i++) {\n\t\t\tChunk r = chunks[i];\n\t\t\tString id = null;\n\t\t\tif(r.id!=null) {\n\t\t\t\tid=r.id;\n\t\t\t} else {\n\t\t\t\tid=\"r\" + i;\n\t\t\t}\n\t\t\tr.v = new Variable(id, r.getCentre(), 1.0);\n\t\t\tr.v.data.put(Chunk.class, r);\n\t\t\tr.v.data.put(RectangleView.class, r);\n\t\t}\n\t\tconstraints = new Constraints();\n\t\tfor (int i = 0; i < chunks.length - 1; i++) {\n\t\t\tChunk l = chunks[i];\n\t\t\tfor (int j = i + 1; j < chunks.length; j++) {\n\t\t\t\tChunk r = chunks[j];\n\t\t\t\tif (needConstraint(l, r, allOverlaps)) {\n\t\t\t\t\tVariable vl = l.v;\n\t\t\t\t\tVariable vr = r.v;\n\t\t\t\t\tdouble cLength = (l.getLength()+r.getLength())/2.0;\n\t\t\t\t\tconstraints.add(new Constraint(vl, vr, cLength));\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tArrayList<Chunk> getLeftNeighbours(TreeSet<Chunk> scanLine, Chunk v) {\n\t\tArrayList<Chunk> lhs = new ArrayList<Chunk>((TreeSet<Chunk>) scanLine\n\t\t\t\t.headSet(v));\n\t\tArrayList<Chunk> leftv = new ArrayList<Chunk>();\n\t\tfor (int i = lhs.size() - 1; i >= 0; i--) {\n\t\t\tChunk u = lhs.get(i);\n\t\t\tif (u.overlap(v) <= 0) {\n\t\t\t\tleftv.add(u);\n\t\t\t\treturn leftv;\n\t\t\t}\n\t\t\tif (allOverlaps || u.overlap(v) <= u.conjugateOverlap(v)) {\n\t\t\t\tleftv.add(u);\n\t\t\t}\n\t\t}\n\t\treturn leftv;\n\t}\n\n\tArrayList<Chunk> getRightNeighbours(TreeSet<Chunk> scanLine, Chunk v) {\n\t\tArrayList<Chunk> rhs = new ArrayList<Chunk>((TreeSet<Chunk>) scanLine\n\t\t\t\t.tailSet(v));\n\t\tArrayList<Chunk> rightv = new ArrayList<Chunk>();\n\t\tfor (int i = 1; i < rhs.size(); i++) {\n\t\t\tChunk u = rhs.get(i);\n\t\t\tif (u.overlap(v) <= 0) {\n\t\t\t\trightv.add(u);\n\t\t\t\treturn rightv;\n\t\t\t}\n\t\t\tif (allOverlaps || u.overlap(v) <= u.conjugateOverlap(v)) {\n\t\t\t\trightv.add(u);\n\t\t\t}\n\t\t}\n\t\treturn rightv;\n\t}\n\n\tvoid initVarsAndConstraintsMinimal() {\n\t\t// sort lexically, just makes variable naming easier to follow\n\t\tArrays.sort(chunks, Chunk.conjComparator);\n\t\tChunkEdge[] edges = new ChunkEdge[chunks.length * 2];\n\t\tfor (int i = 0; i < chunks.length; i++) {\n\t\t\tChunk c = chunks[i];\n\n\t\t\tString id = null;\n\t\t\tif(c.id!=null) {\n\t\t\t\tid=c.id;\n\t\t\t} else {\n\t\t\t\tid=\"r\" + i;\n\t\t\t}\n\t\t\tc.v = new Variable(id, c.getCentre(), 1.0);\n\t\t\tc.v.data.put(Chunk.class, c);\n\t\t\tc.v.data.put(RectangleView.class, c.rect);\n\t\t\tChunk conj = c.conj;\n\t\t\tedges[i * 2] = new ChunkEdge(c, true, conj.getMin());\n\t\t\tedges[i * 2 + 1] = new ChunkEdge(c, false, conj.getMax());\n\t\t}\n\t\tArrays.sort(edges);\n\t\tconstraints = new Constraints();\n\t\tTreeSet<Chunk> open = new TreeSet<Chunk>(Chunk.comparator);\n\t\tfor (ChunkEdge e : edges) {\n\t\t\tChunk v = e.chunk;\n\t\t\tif (e.isStart) {\n\t\t\t\topen.add(v);\n\t\t\t\tv.setNeighbours(getLeftNeighbours(open, v), getRightNeighbours(\n\t\t\t\t\t\topen, v));\n\t\t\t} else {\n\t\t\t\tfor (Iterator<Chunk> i = v.leftNeighbours.iterator(); i\n\t\t\t\t\t\t.hasNext();) {\n\t\t\t\t\tChunk u = i.next();\n\t\t\t\t\tdouble cLength = (u.getLength()+v.getLength())/2.0;\n\t\t\t\t\tconstraints.add(new Constraint(u.v, v.v, cLength));\n\t\t\t\t\tu.rightNeighbours.remove(v);\n\t\t\t\t}\n\t\t\t\tfor (Iterator<Chunk> i = v.rightNeighbours.iterator(); i\n\t\t\t\t\t\t.hasNext();) {\n\t\t\t\t\tChunk u = i.next();\n\t\t\t\t\tdouble cLength = (u.getLength()+v.getLength())/2.0;\n\t\t\t\t\tconstraints.add(new Constraint(v.v, u.v, cLength));\n\t\t\t\t\tu.leftNeighbours.remove(v);\n\t\t\t\t}\n\t\t\t\topen.remove(v);\n\t\t\t}\n\t\t}\n\t}\n\n\t/**\n\t * Generate minimal set of separation constraints between blocks. Sweeps\n\t * through the conjugate dimension (eg, y if we're processing x separation\n\t * constraints) maintaining a set of open blocks sorted by x placement. For\n\t * each opening edge of a block x, we determine x's neighbours (l and r) and\n\t * if necessary, set x,l and r's neighbour pointers. When we process a\n\t * closing edge of a block x, we create 0,1 or 2 constraints between x and\n\t * it's neighbours, resetting the neighbours' neighbour pointers. Generates\n\t * up to 2n constraints, O(n log n) time.\n\t */\n\tvoid initVarsAndConstraintsMinimalOld() {\n\t\t// sort lexically, just makes variable naming easier to follow\n\t\tArrays.sort(chunks, Chunk.conjComparator);\n\t\tChunkEdge[] edges = new ChunkEdge[chunks.length * 2];\n\t\tfor (int i = 0; i < chunks.length; i++) {\n\t\t\tChunk c = chunks[i];\n\t\t\tString id = null;\n\t\t\tif(c.id!=null) {\n\t\t\t\tid=c.id;\n\t\t\t} else {\n\t\t\t\tid=\"r\" + i;\n\t\t\t}\n\t\t\tc.v = new Variable(id, c.getCentre(), 1.0);\n\t\t\tc.v.data.put(Chunk.class, c);\n\t\t\tc.v.data.put(RectangleView.class, c.rect);\n\t\t\tChunk conj = c.conj;\n\t\t\tedges[i * 2] = new ChunkEdge(c, true, conj.getMin());\n\t\t\tedges[i * 2 + 1] = new ChunkEdge(c, false, conj.getMax());\n\t\t}\n\t\tArrays.sort(edges);\n\t\tconstraints = new Constraints();\n\t\tTreeSet<Chunk> head, tail, open = new TreeSet<Chunk>(Chunk.comparator);\n\t\tfor (ChunkEdge e : edges) {\n\t\t\tChunk l, r, x = e.chunk;\n\t\t\tif (e.isStart) {\n\t\t\t\topen.add(x);\n\t\t\t\thead = (TreeSet<Chunk>) open.headSet(x);\n\t\t\t\tif (!head.isEmpty()) {\n\t\t\t\t\tl = head.last();\n\t\t\t\t\tif (needConstraint(l, x, allOverlaps)) {\n\t\t\t\t\t\tl.rightNeighbour = x;\n\t\t\t\t\t\tx.leftNeighbour = l;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\ttail = (TreeSet<Chunk>) open.tailSet(x);\n\t\t\t\tif (tail.size() > 1) { // tail starts with x, need second\n\t\t\t\t\t// element\n\t\t\t\t\tIterator<Chunk> i = tail.iterator();\n\t\t\t\t\ti.next();\n\t\t\t\t\tr = i.next();\n\t\t\t\t\tif (needConstraint(x, r, allOverlaps)) {\n\t\t\t\t\t\tr.leftNeighbour = x;\n\t\t\t\t\t\tx.rightNeighbour = r;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\topen.remove(x);\n\t\t\t\tif ((l = x.leftNeighbour) != null) {\n\t\t\t\t\tdouble cLength = (l.getLength()+x.getLength())/2.0;\n\t\t\t\t\tconstraints.add(new Constraint(l.v, x.v, cLength));\n\t\t\t\t\tl.rightNeighbour = null;\n\t\t\t\t}\n\t\t\t\tif ((r = x.rightNeighbour) != null) {\n\t\t\t\t\tdouble cLength = (r.getLength()+x.getLength())/2.0;\n\t\t\t\t\tconstraints.add(new Constraint(x.v, r.v, cLength));\n\t\t\t\t\tr.leftNeighbour = null;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\t/**\n\t * Adds a zero-length constraint between each pair of adjacent chunks (after\n\t * sorting on position).\n\t * \n\t * @param chunks\n\t */\n\tvoid addOrthogonalOrderingConstraints() {\n\t\tArrays.sort(chunks, Chunk.comparator);\n\t\tfor (int i = 1; i < chunks.length; i++) {\n\t\t\tChunk l = chunks[i - 1];\n\t\t\tChunk r = chunks[i];\n\t\t\tconstraints.add(new Constraint(l.v, r.v, 0));\n\t\t}\n\t}\n\n\t/**\n\t * test if there needs to be a constraint between l and r if: - we are\n\t * removing all overlaps and there is overlap in the conjugate axis - there\n\t * is overlap in the conjugate axis but not in this axis - there is overlap\n\t * in this axis and that overlap is less than that in the conjugate\n\t * \n\t * @param l\n\t *            leftChunk\n\t * @param r\n\t *            rightChunk\n\t * @param all\n\t *            true if we need to remove all overlaps\n\t */\n\tboolean needConstraint(Chunk l, Chunk r, boolean all) {\n\t\tboolean overlap = l.overlap(r) > 0;\n\t\tboolean conjOverlap = l.conjugateOverlap(r) > 0;\n\t\tboolean conjOverlapGreaterThanThis = l.overlap(r) > 0\n\t\t\t\t&& l.overlap(r) < l.conjugateOverlap(r);\n\t\tif (all && conjOverlap)\n\t\t\treturn true;\n\t\tif (conjOverlap && !overlap)\n\t\t\treturn true;\n\t\tif (overlap && conjOverlapGreaterThanThis)\n\t\t\treturn true;\n\t\treturn false;\n\t}\n\n\tpublic ConstraintGenerator(boolean completeConstraints, boolean neighbourLists, boolean orthogonalOrdering) {\n\t\tthis.completeConstraints = completeConstraints;\n\t\tthis.neighbourLists = neighbourLists;\n\t\tthis.orthogonalOrdering = orthogonalOrdering;\n\t}\n\n\tpublic Constraints getConstraints() {\n\t\treturn constraints;\n\t}\n\n\tpublic Chunk[] getChunks() {\n\t\treturn chunks;\n\t}\n\n}\n\nabstract class Chunk<T extends Chunk> {\n\tT conj;\n\n\tRectangleView rect;\n\n\tVariable v;\n\tString id;\n\n\tChunk leftNeighbour;\n\n\tChunk rightNeighbour;\n\n\tArrayList<Chunk> leftNeighbours = new ArrayList<Chunk>();\n\n\tArrayList<Chunk> rightNeighbours = new ArrayList<Chunk>();\n\n\tabstract double getMax();\n\n\tabstract double getMin();\n\n\tabstract void setMin(double d);\n\tvoid setCentre(double d) {\n\t\tsetMin(d-getLength()/2.0);\n\t}\n\tdouble getCentre() {\n\t\treturn getMin() + getLength()/2.0;\n\t}\n\tabstract double getLength();\n\n\tChunk(RectangleView r) {\n\t\tthis.rect = r;\n\t}\n\n\tChunk(RectangleView r, T conjugate) {\n\t\tthis(r);\n\t\tthis.conj = conjugate;\n\t}\n\n\tvoid addLeftNeighbour(Chunk n) {\n\t\tif (!leftNeighbours.contains(n)) {\n\t\t\tleftNeighbours.add(n);\n\t\t}\n\t}\n\n\tvoid addRightNeighbour(Chunk n) {\n\t\tif (!rightNeighbours.contains(n)) {\n\t\t\trightNeighbours.add(n);\n\t\t}\n\t}\n\n\tvoid setNeighbours(ArrayList<Chunk> leftv, ArrayList<Chunk> rightv) {\n\t\tleftNeighbours = leftv;\n\t\tfor (Chunk u : leftv) {\n\t\t\tu.addRightNeighbour(this);\n\t\t}\n\t\trightNeighbours = rightv;\n\t\tfor (Chunk u : rightv) {\n\t\t\tu.addLeftNeighbour(this);\n\t\t}\n\t}\n\n\tdouble overlap(Chunk b) {\n\t\tassert (b.getClass() == this.getClass());\n\t\tif (getCentre() <= b.getCentre() && b.getMin() < getMax())\n\t\t\treturn getMax() - b.getMin();\n\t\tif (b.getCentre() <= getCentre() && getMin() < b.getMax())\n\t\t\treturn b.getMax() - getMin();\n\t\treturn 0;\n\t}\n\n\tdouble conjugateOverlap(Chunk c) {\n\t\tT a = conj;\n\t\tT b = (T) c.conj;\n\t\tassert (c.getClass() == this.getClass());\n\t\tif (a.getCentre() <= b.getCentre() && b.getMin() < a.getMax())\n\t\t\treturn a.getMax() - b.getMin();\n\t\tif (b.getCentre() <= a.getCentre() && a.getMin() < b.getMax())\n\t\t\treturn b.getMax() - a.getMin();\n\t\treturn 0;\n\t}\n\n\tstatic Comparator<Chunk> comparator = new Comparator<Chunk>() {\n\t\tpublic int compare(Chunk a, Chunk b) {\n\t\t\tif (a.getCentre() > b.getCentre())\n\t\t\t\treturn 1;\n\t\t\tif (a.getCentre() < b.getCentre())\n\t\t\t\treturn -1;\n\t\t\tChunk ac = a.conj;\n\t\t\tChunk bc = b.conj;\n\t\t\tif (ac.getCentre() > bc.getCentre())\n\t\t\t\treturn 1;\n\t\t\tif (ac.getCentre() < bc.getCentre())\n\t\t\t\treturn -1;\n\t\t\tif (a == b && ac == bc)\n\t\t\t\treturn 0;\n\t\t\t// Having identical coords, due to int rounding or something, is not\n\t\t\t// good!\n\t\t\ta.setMin(a.getMin() + 0.000001);\n\t\t\tac.setMin(ac.getMin() + 0.000001);\n\t\t\treturn 1;\n\t\t}\n\t};\n\n\tstatic Comparator<Chunk> conjComparator = new Comparator<Chunk>() {\n\t\tpublic int compare(Chunk a, Chunk b) {\n\t\t\tChunk ac = a.conj;\n\t\t\tChunk bc = b.conj;\n\t\t\tif (ac.getCentre() > bc.getCentre())\n\t\t\t\treturn 1;\n\t\t\tif (ac.getCentre() < bc.getCentre())\n\t\t\t\treturn -1;\n\t\t\tif (a.getCentre() > b.getCentre())\n\t\t\t\treturn 1;\n\t\t\tif (a.getCentre() < b.getCentre())\n\t\t\t\treturn -1;\n\t\t\tif (a == b && ac == bc)\n\t\t\t\treturn 0;\n\t\t\t// Having identical coords, due to int rounding or something, is not\n\t\t\t// good!\n\t\t\ta.setMin(a.getMin() + 0.000001);\n\t\t\tac.setMin(ac.getMin() + 0.000001);\n\t\t\treturn 1;\n\t\t}\n\t};\n\n\tpublic String toString() {\n\t\treturn v.toString();\n\t}\n}\n\nclass YChunk extends Chunk<XChunk> {\n\tstatic double g = 0;\n\n\tYChunk(RectangleView r, XChunk conjugate) {\n\t\tsuper(r, conjugate);\n\t}\n\n\tYChunk(RectangleView r) {\n\t\tsuper(r);\n\t}\n\n\tpublic double getMax() {\n\t\treturn rect.getMaxY() + g;\n\t}\n\n\tpublic double getMin() {\n\t\treturn rect.y;\n\t}\n\n\tpublic double getLength() {\n\t\treturn rect.height + g;\n\t}\n\n\tvoid setMin(double min) {\n\t\trect.moveTo(rect.x, min);\n\t}\n}\n\nclass XChunk extends Chunk<YChunk> {\n\tstatic double g = 0;\n\n\tXChunk(RectangleView r, YChunk conjugate) {\n\t\tsuper(r, conjugate);\n\t}\n\n\tXChunk(RectangleView r) {\n\t\tsuper(r);\n\t}\n\n\tpublic double getMax() {\n\t\treturn rect.getMaxX() + g;\n\t}\n\n\tpublic double getMin() {\n\t\treturn rect.x;\n\t}\n\n\tpublic double getLength() {\n\t\treturn rect.width + g;\n\t}\n\n\tvoid setMin(double min) {\n\t\trect.moveTo(min,rect.y);\n\t}\n\n}\n\nclass ChunkEdge implements Comparable<ChunkEdge> {\n\tChunk chunk;\n\n\tboolean isStart;\n\n\tdouble position;\n\n\tChunkEdge(Chunk c, boolean s, double p) {\n\t\tchunk = c;\n\t\tisStart = s;\n\t\tposition = p;\n\t}\n\n\tpublic int compareTo(ChunkEdge arg) {\n\t\tif (this.position > arg.position)\n\t\t\treturn 1;\n\t\tif (this.position < arg.position)\n\t\t\treturn -1;\n\t\treturn 0;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Constraints.java",
    "content": "/*\n * Created on 24/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.util.ArrayList;\nimport java.util.Arrays;\nimport java.util.Collections;\nimport java.util.Comparator;\nimport java.util.LinkedList;\nimport java.util.Queue;\n\n/**\n * @author dwyer_2 TODO To change the template for this generated type comment\n *         go to Window - Preferences - Java - Code Style - Code Templates\n */\nclass Constraints extends ArrayList<Constraint> {\n\tpublic Constraints(Constraints inConstraints) {\n\t\tsuper(inConstraints);\n\t}\n\tpublic Constraints() {\n\t\tsuper();\n\t}\n\n\tConstraints getActive(Variable a, Variable b) {\n\t\tConstraints active = new Constraints();\n\t\tfor (Constraint c : this) {\n\t\t\tif (c.left == a && c.right == b || c.left == b && c.right == a) {\n\t\t\t\tactive.add(c);\n\t\t\t}\n\t\t}\n\t\treturn active;\n\t}\n\n\t/**\n\t * Currently O(|Constraints|).\n\t * @return list of constraints between the same container blocks, at least\n\t *         the first of which is violated\n\t */\n\tConstraints removeViolated() {\n\t\tConstraints vs = violated();\n\t\tConstraint v=null;\n\t\tif(!vs.isEmpty()) {\n\t\t\tv=vs.get(vs.size()-1);\n\t\t}\n\t\t// find all other constraints between same pair of blocks\n\t\tvs = new Constraints();\n\t\tif (v != null) {\n\t\t\tfor (Constraint c : this) {\n\t\t\t\tif (c.sameContainers(v)) {\n\t\t\t\t\tvs.add(c);\n\t\t\t\t}\n\t\t\t}\n\t\t\tremoveAll(vs);\n\t\t}\n\t\treturn vs;\n\t}\n\n\tConstraints getActive(Block a, Block b) {\n\t\tConstraints active = new Constraints();\n\t\tfor (Variable va : a.variables) {\n\t\t\tfor (Variable vb : b.variables) {\n\t\t\t\tactive.addAll(getActive(a, b));\n\t\t\t}\n\t\t}\n\t\treturn active;\n\t}\n\n\tConstraint max() {\n\t\tdouble m = 0;\n\t\tConstraint mc = null;\n\t\tfor (Constraint c : this) {\n\t\t\tdouble d = c.violatedAmount();\n\t\t\tif (d > m) {\n\t\t\t\tm = d;\n\t\t\t\tmc = c;\n\t\t\t}\n\t\t}\n\t\treturn mc;\n\t}\n\n\tConstraints violated() {\n\t\tConstraints vs = new Constraints();\n\t\tfor (Constraint c : this) {\n\t\t\tif (c.violatedAmount()>0.00001) {\n\t\t\t\tvs.add(c);\n\t\t\t}\n\t\t}\n\t\tCollections.sort(vs);\n\t\treturn vs;\n\t}\n\n\t/**\n\t * @return subset of constraints which are active\n\t */\n\tpublic Constraints getActive() {\n\t\tConstraints active = new Constraints();\n\t\tfor (Constraint c : this) {\n\t\t\tif (c.active)\n\t\t\t\tactive.add(c);\n\t\t}\n\t\treturn active;\n\t}\t\n\n};"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/DebugFrame.java",
    "content": "package placement;\n\nimport javax.swing.JFrame;\n\npublic class DebugFrame extends JFrame {\n\tprivate Constraints constraints;\n\n\tprivate Blocks blocks;\n\n\tprivate DebugPanel panel;\n\n\tDebugFrame(Blocks blocks, Constraints constraints) {\n\t\tsuper();\n\t\tthis.blocks = blocks;\n\t\tthis.constraints = constraints;\n\t\tif (blocks.isEmpty()) {\n\t\t\tthis.dispose();\n\t\t\treturn;\n\t\t}\n\t\tpanel = new DebugPanel(blocks, constraints);\n\t\tpanel.setSize(324, 700);\n\t\tsetSize(324, 700);\n\t\tsetLocation(700, 0);\n\t\tadd(panel);\n\t\tsetVisible(true);\n\t}\n\n\tvoid animate() {\n\t\tif (panel != null) {\n\t\t\tpanel.updateDrawing();\n\t\t}\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/DebugPanel.java",
    "content": "package placement;\n\nimport java.awt.Color;\nimport java.awt.Dimension;\nimport java.awt.Graphics;\nimport java.awt.Graphics2D;\nimport java.awt.GraphicsConfiguration;\nimport java.awt.Point;\nimport java.awt.Rectangle;\nimport java.awt.RenderingHints;\nimport java.awt.geom.GeneralPath;\nimport java.awt.geom.Rectangle2D;\nimport java.awt.image.VolatileImage;\nimport java.util.Hashtable;\n\nimport javax.swing.JPanel;\n\npublic class DebugPanel extends JPanel {\n\tprivate Constraints constraints;\n\n\tpublic enum Direction {\n\t\tHorizontal, Vertical\n\t};\n\n\tpublic static Direction direction = Direction.Horizontal;\n\n\tprivate Blocks blocks;\n\n\tpublic DebugPanel(Blocks blocks, Constraints constraints) {\n\t\tsuper(true);\n\t\tthis.blocks = blocks;\n\t\tthis.constraints = constraints;\n\t}\n\n\tprivate VolatileImage volatileImg;\n\n\tpublic void paintComponent(Graphics g) {\n\t\t// create the hardware accelerated image.\n\t\tcreateBackBuffer();\n\n\t\t// Main rendering loop. Volatile images may lose their contents.\n\t\t// This loop will continually render to (and produce if neccessary)\n\t\t// volatile images\n\t\t// until the rendering was completed successfully.\n\t\tdo {\n\n\t\t\t// Validate the volatile image for the graphics configuration of\n\t\t\t// this\n\t\t\t// component. If the volatile image doesn't apply for this graphics\n\t\t\t// configuration\n\t\t\t// (in other words, the hardware acceleration doesn't apply for the\n\t\t\t// new device)\n\t\t\t// then we need to re-create it.\n\t\t\tGraphicsConfiguration gc = this.getGraphicsConfiguration();\n\t\t\tint valCode = volatileImg.validate(gc);\n\n\t\t\t// This means the device doesn't match up to this hardware\n\t\t\t// accelerated image.\n\t\t\tif (valCode == VolatileImage.IMAGE_INCOMPATIBLE) {\n\t\t\t\tcreateBackBuffer(); // recreate the hardware accelerated image.\n\t\t\t}\n\n\t\t\tGraphics offscreenGraphics = volatileImg.getGraphics();\n\t\t\trender(offscreenGraphics); // call core paint method.\n\n\t\t\t// paint back buffer to main graphics\n\t\t\tg.drawImage(volatileImg, 0, 0, this);\n\t\t\t// Test if content is lost\n\t\t} while (volatileImg.contentsLost());\n\t}\n\n\t// This method produces a new volatile image.\n\tprivate void createBackBuffer() {\n\t\tGraphicsConfiguration gc = getGraphicsConfiguration();\n\t\tvolatileImg = gc.createCompatibleVolatileImage(getWidth(), getHeight());\n\t}\n\n\tpublic void render(Graphics gOld) {\n\t\t// super.paintComponent(gOld);\n\t\tGraphics2D g = (Graphics2D) gOld;\n\t\tg.setRenderingHint(RenderingHints.KEY_ANTIALIASING,\n\t\t\t\tRenderingHints.VALUE_ANTIALIAS_ON);\n\t\tColor original = g.getColor();\n\t\tg.setColor(getBackground());\n\t\tDimension size = getSize();\n\t\tg.fillRect(0, 0, size.width, size.height);\n\t\tg.setColor(original);\n\t\tsuper.paintChildren(g);\n\t\tVariables allVars = blocks.getAllVariables();\n\t\tif (direction == Direction.Horizontal) {\n\t\t\thRender(g, allVars);\n\t\t} else {\n\t\t\tvRender(g, allVars);\n\t\t}\n\t}\n\n\tprivate void hRender(Graphics2D g, Variables allVars) {\n\t\tposLookup.clear();\n\t\tint y = 0, ystep = getSize().height / (allVars.size());\n\t\tfloat h = 0, hstep = 1f / 7f;\n\t\tRectangleView firstRect = (RectangleView) allVars.min().data\n\t\t\t\t.get(RectangleView.class);\n\t\tRectangleView lastRect = (RectangleView) allVars.max().data\n\t\t\t\t.get(RectangleView.class);\n\t\tdouble xMin = firstRect.x, xMax = lastRect.getMaxX();\n\t\tdouble xRange = xMax - xMin;\n\t\tdouble xScale = getSize().width / xRange;\n\t\tint vcounter = 0;\n\t\tfor (Block b : blocks) {\n\t\t\tColor c = RectangleView.defaultRectColour;\n\t\t\tif (b.variables.size() > 1) {\n\t\t\t\tColor hsb = Color.getHSBColor(h, 0.5f, 1f);\n\t\t\t\tc = new Color(hsb.getRed(), hsb.getGreen(), hsb.getBlue(), 200);\n\t\t\t\th += hstep;\n\t\t\t}\n\t\t\tfor (Variable v : b.variables) {\n\t\t\t\tRectangleView rv = (RectangleView) v.data\n\t\t\t\t\t\t.get(RectangleView.class);\n\t\t\t\tint w = (int) (rv.width * xScale);\n\t\t\t\tint x = (int) ((rv.x - xMin) * xScale);\n\t\t\t\t// assert(x+w<getSize().width);\n\t\t\t\tposLookup.put(v, y);\n\t\t\t\trv.colour = c;\n\t\t\t\trv.draw(g, x, y, w, ystep);\n\t\t\t\ty += ystep;\n\t\t\t\tvcounter++;\n\t\t\t}\n\t\t}\n\t\tfor (Constraint c : constraints) {\n\t\t\tVariable l = c.left, r = c.right;\n\t\t\tint xl = (int) ((l.getPosition() - xMin) * xScale);\n\t\t\tint xr = (int) ((r.getPosition() - xMin) * xScale);\n\t\t\tc.colour = Color.BLUE;\n\t\t\tif (c.isViolated()) {\n\t\t\t\tc.colour = Color.RED;\n\t\t\t} else if (c.isTight()) {\n\t\t\t\tc.colour = Color.GREEN;\n\t\t\t}\n\t\t\tg.setPaint(new Color(c.colour.getRed(), c.colour.getGreen(),\n\t\t\t\t\tc.colour.getBlue(), 100));\n\t\t\tdrawArrow(g, xl, posLookup.get(l), xr, posLookup.get(r), 5);\n\t\t}\n\t}\n\n\tprivate void vRender(Graphics2D g, Variables allVars) {\n\t\tposLookup.clear();\n\t\tint x = 0, xstep = getSize().width / (allVars.size());\n\t\tfloat hue = 0, hstep = 1f / 7f;\n\t\tRectangleView firstRect = (RectangleView) allVars.min().data\n\t\t\t\t.get(RectangleView.class);\n\t\tRectangleView lastRect = (RectangleView) allVars.max().data\n\t\t\t\t.get(RectangleView.class);\n\t\tdouble yMin = firstRect.y, yMax = lastRect.getMaxY();\n\t\tdouble yRange = yMax - yMin;\n\t\tdouble yScale = getSize().height / yRange;\n\t\tint vcounter = 0;\n\t\tfor (Block b : blocks) {\n\t\t\tColor c = RectangleView.defaultRectColour;\n\t\t\tif (b.variables.size() > 1) {\n\t\t\t\tColor hsb = Color.getHSBColor(hue, 0.5f, 1f);\n\t\t\t\tc = new Color(hsb.getRed(), hsb.getGreen(), hsb.getBlue(), 200);\n\t\t\t\thue += hstep;\n\t\t\t}\n\t\t\tfor (Variable v : b.variables) {\n\t\t\t\tRectangleView rv = (RectangleView) v.data\n\t\t\t\t\t\t.get(RectangleView.class);\n\t\t\t\tint h = (int) (rv.height * yScale);\n\t\t\t\tint y = (int) ((rv.y - yMin) * yScale);\n\t\t\t\t// assert(x+w<getSize().width);\n\t\t\t\tposLookup.put(v, x);\n\t\t\t\trv.colour = c;\n\t\t\t\trv.draw(g, x, y, xstep, h);\n\t\t\t\tx += xstep;\n\t\t\t\tvcounter++;\n\t\t\t}\n\t\t}\n\t\tfor (Constraint c : constraints) {\n\t\t\tVariable l = c.left, r = c.right;\n\t\t\tint yl = (int) ((l.getPosition() - yMin) * yScale);\n\t\t\tint yr = (int) ((r.getPosition() - yMin) * yScale);\n\t\t\tc.colour = Color.BLUE;\n\t\t\tif (c.isViolated()) {\n\t\t\t\tc.colour = Color.RED;\n\t\t\t} else if (c.isTight()) {\n\t\t\t\tc.colour = Color.GREEN;\n\t\t\t}\n\t\t\tg.setPaint(new Color(c.colour.getRed(), c.colour.getGreen(),\n\t\t\t\t\tc.colour.getBlue(), 100));\n\t\t\tdrawArrow(g, posLookup.get(l), yl, posLookup.get(r), yr, 5);\n\t\t}\n\t}\n\n\t/**\n\t * Draws an arrow head from (x,y) to (X,Y). The arrow has a triangular head\n\t * of size given by the parameter\n\t * \n\t * @param g\n\t * @param x\n\t *            start point is (x,y)\n\t * @param y\n\t *            start point is (x,y)\n\t * @param X\n\t *            end point is (X,Y)\n\t * @param Y\n\t *            end point is (X,Y)\n\t * @param size\n\t *            of arrow base in pixels\n\t */\n\tprivate void drawArrow(Graphics2D g, int x, int y, int X, int Y, int size) {\n\t\tg.drawLine(x, y, X, Y);\n\t\tdouble s = (double) size;\n\t\tdouble dx = X - x;\n\t\tdouble dy = Y - y;\n\t\tdouble len = Math.sqrt((double) (dx * dx + dy * dy));\n\t\t// u is unit vector from (x,y) to (X,Y)\n\t\tdouble ux = dx / len;\n\t\tdouble uy = dy / len;\n\t\t// a is beginning of arrow triangle\n\t\tdouble ax = X - s * ux;\n\t\tdouble ay = Y - s * uy;\n\t\t// v is vector from start to end of arrow triangle\n\t\tdouble vx = X - ax;\n\t\tdouble vy = Y - ay;\n\t\t// w is perpendicular to v and half the length\n\t\tdouble wx = -vy / 2;\n\t\tdouble wy = vx / 2;\n\t\t// a and b are corners of arrow head\n\t\tPoint p1 = new Point((int) (ax - wx), (int) (ay - wy));\n\t\tPoint p2 = new Point((int) (ax + wx), (int) (ay + wy));\n\t\tGeneralPath path = new GeneralPath(GeneralPath.WIND_EVEN_ODD, 5);\n\t\tpath.moveTo(p1.x, p1.y);\n\t\tpath.lineTo(p2.x, p2.y);\n\t\tpath.lineTo(X, Y);\n\t\tpath.lineTo(p1.x, p1.y);\n\t\tpath.closePath();\n\t\tg.fill(path);\n\t}\n\n\tpublic void updateDrawing() {\n\t\tpaintComponent(getGraphics());\n\t}\n\n\tHashtable<Variable, Integer> posLookup = new Hashtable<Variable, Integer>();\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/DrawingDimensions.java",
    "content": "/**\n * \n */\npackage placement;\n\nimport java.awt.Point;\nimport java.awt.geom.Point2D;\n\nclass DrawingDimensions {\n\n\tpublic double scale;\n\n\tpublic double ymin;\n\n\tpublic double xmin;\n\n\tpublic DrawingDimensions(double scale, double xmin, double ymin) {\n\t\tthis.scale = scale;\n\t\tthis.xmin = xmin;\n\t\tthis.ymin = ymin;\n\t}\n\n\tPoint toScreen(double x, double y) {\n\t\tx -= xmin < 0 ? xmin : 0;\n\t\ty -= ymin < 0 ? ymin : 0;\n\t\tx *= scale;\n\t\ty *= scale;\n\t\treturn new Point((int) x, (int) y);\n\t}\n\n\tpublic Point toScreen(Point2D p) {\n\t\treturn toScreen(p.getX(), p.getY());\n\t}\n}"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/FSA.java",
    "content": "package placement;\n\nimport java.awt.geom.Rectangle2D;\nimport java.util.ArrayList;\nimport java.util.Collections;\nimport java.util.Comparator;\n\npublic class FSA implements RectanglePlacement {\n\tclass Vec {\n\t\tdouble x, y;\n\t}\n\n\tdouble xgap, ygap;\n\n\tFSA(double xgap, double ygap) {\n\t\tthis.xgap = xgap;\n\t\tthis.ygap = ygap;\n\t}\n\n\tArrayList<Rectangle2D> rectangles;\n\n\tVec force(Rectangle2D vi, Rectangle2D vj) {\n\t\tVec f = new Vec();\n\t\tdouble dx = vj.getCenterX() - vi.getCenterX();\n\t\tdouble dy = vj.getCenterY() - vi.getCenterY();\n\t\tdouble adx = Math.abs(dx);\n\t\tdouble ady = Math.abs(dy);\n\t\tdouble gij = dy / dx;\n\t\tdouble Gij = (vi.getHeight() + vj.getHeight())\n\t\t\t\t/ (vi.getWidth() + vj.getWidth());\n\t\tif (Gij >= gij && gij > 0 || -Gij <= gij && gij < 0 || gij == 0) {\n\t\t\t// vi and vj touch with y-direction boundaries\n\t\t\tf.x = dx / adx * ((vi.getWidth() + vj.getWidth()) / 2.0 - adx);\n\t\t\tf.y = f.x * gij;\n\t\t}\n\t\tif (Gij < gij && gij > 0 || -Gij > gij && gij < 0) {\n\t\t\t// vi and vj touch with x-direction boundaries\n\t\t\tf.y = dy / ady * ((vi.getHeight() + vj.getHeight()) / 2.0 - ady);\n\t\t\tf.x = f.y / gij;\n\t\t}\n\t\treturn f;\n\t}\n\n\tVec force2(Rectangle2D vi, Rectangle2D vj) {\n\t\tVec f = new Vec();\n\t\tdouble dx = vj.getCenterX() - vi.getCenterX();\n\t\tdouble dy = vj.getCenterY() - vi.getCenterY();\n\t\tdouble gij = dy / dx;\n\t\tif (vi.intersects(vj)) {\n\t\t\tf.x = (vi.getWidth() + vj.getWidth()) / 2.0\n\t\t\t\t\t- (vj.getCenterX() - vi.getCenterX());\n\t\t\tf.y = (vi.getHeight() + vj.getHeight()) / 2.0\n\t\t\t\t\t- (vj.getCenterY() - vi.getCenterY());\n\t\t\t// in the x dimension\n\t\t\tif (f.x > f.y && gij != 0) {\n\t\t\t\tf.x = f.y / gij;\n\t\t\t}\n\t\t\tf.x = Math.max(f.x, 0);\n\t\t\tf.y = Math.max(f.y, 0);\n\t\t}\n\t\treturn f;\n\t}\n\n\tComparator<Rectangle2D> xComparator = new Comparator<Rectangle2D>() {\n\t\tpublic int compare(Rectangle2D u, Rectangle2D v) {\n\t\t\tif (u.getCenterX() > v.getCenterX()) {\n\t\t\t\treturn 1;\n\t\t\t}\n\t\t\tif (u.getCenterX() < v.getCenterX()) {\n\t\t\t\treturn -1;\n\t\t\t}\n\t\t\treturn 0;\n\t\t}\n\t};\n\n\tvoid horizontal() {\n\t\tCollections.sort(rectangles, xComparator);\n\t\tint i = 0, n = rectangles.size();\n\t\twhile (i < n) {\n\t\t\t// x_i = x_{i+1} = ... = x_k\n\t\t\tint k = i;\n\t\t\tRectangle2D u = rectangles.get(i);\n\t\t\tfor (int j = i; j < n; j++) {\n\t\t\t\tRectangle2D v = rectangles.get(j);\n\t\t\t\tif (u.getCenterX() == v.getCenterX()) {\n\t\t\t\t\tu = v;\n\t\t\t\t\tk = j;\n\t\t\t\t} else {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// delta = max(0, max{f.x(m,j)|i<=m<=k<j<n})\n\t\t\tdouble delta = 0;\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\t\tVec f = force(rectangles.get(m), rectangles.get(j));\n\t\t\t\t\tif (f.x > delta) {\n\t\t\t\t\t\tdelta = f.x;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\tRectangle2D r = rectangles.get(j);\n\t\t\t\tr.setRect(r.getMinX() + delta, r.getMinY(), r.getWidth(), r\n\t\t\t\t\t\t.getHeight());\n\t\t\t}\n\t\t\ti = k + 1;\n\t\t}\n\n\t}\n\n\tdouble horizontalImproved() {\n\t\tCollections.sort(rectangles, xComparator);\n\t\tint i = 0, n = rectangles.size();\n\t\tRectangle2D lmin = rectangles.get(0);\n\t\tdouble sigma = 0, x0 = lmin.getCenterX();\n\t\tdouble[] gamma = new double[rectangles.size()];\n\t\tdouble[] x = new double[rectangles.size()];\n\t\twhile (i < n) {\n\t\t\tRectangle2D u = rectangles.get(i);\n\t\t\tint k = i;\n\t\t\tfor (int j = i + 1; j < n; j++) {\n\t\t\t\tRectangle2D v = rectangles.get(j);\n\t\t\t\tif (u.getCenterX() == v.getCenterX()) {\n\t\t\t\t\tu = v;\n\t\t\t\t\tk = j;\n\t\t\t\t} else {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t\tdouble g = 0;\n\t\t\tif (u.getCenterX() > x0) {\n\t\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\t\tdouble ggg = 0;\n\t\t\t\t\tfor (int j = 0; j < i; j++) {\n\t\t\t\t\t\tVec f = force(rectangles.get(j), rectangles.get(m));\n\t\t\t\t\t\tggg = Math.max(f.x + gamma[j], ggg);\n\t\t\t\t\t}\n\t\t\t\t\tRectangle2D v = rectangles.get(m);\n\t\t\t\t\tdouble gg = 0;\n\t\t\t\t\tif (v.getMinX() + ggg < lmin.getMinX()) {\n\t\t\t\t\t\tgg = sigma;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tgg = ggg;\n\t\t\t\t\t}\n\t\t\t\t\tg = Math.max(g, gg);\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tgamma[m] = g;\n\t\t\t\tRectangle2D r = rectangles.get(m);\n\t\t\t\tx[m] = r.getMinX() + g;\n\t\t\t\tif (r.getMinX() < lmin.getMinX()) {\n\t\t\t\t\tlmin = r;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// delta = max(0, max{f.x(m,j)|i<=m<=k<j<n})\n\t\t\tdouble delta = 0;\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\t\tVec f = force(rectangles.get(m), rectangles.get(j));\n\t\t\t\t\tif (f.x > delta) {\n\t\t\t\t\t\tdelta = f.x;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\tsigma += delta;\n\t\t\ti = k + 1;\n\t\t}\n\t\tdouble cost = 0;\n\t\tfor (i = 0; i < n; i++) {\n\t\t\tRectangle2D r = rectangles.get(i);\n\t\t\tdouble oldPos = r.getMinX();\n\t\t\tr.setRect(x[i], r.getMinY(), r.getWidth(), r.getHeight());\n\t\t\tdouble newPos = r.getMinX();\n\n\t\t\tdouble diff = oldPos - newPos;\n\t\t\tcost += diff * diff;\n\t\t}\n\t\treturn cost;\n\t}\n\n\tComparator<Rectangle2D> yComparator = new Comparator<Rectangle2D>() {\n\n\t\tpublic int compare(Rectangle2D u, Rectangle2D v) {\n\t\t\tif (u.getCenterY() > v.getCenterY()) {\n\t\t\t\treturn 1;\n\t\t\t}\n\t\t\tif (u.getCenterY() < v.getCenterY()) {\n\t\t\t\treturn -1;\n\t\t\t}\n\t\t\treturn 0;\n\t\t}\n\n\t};\n\n\tvoid vertical() {\n\t\tCollections.sort(rectangles, yComparator);\n\t\tint i = 0, n = rectangles.size();\n\t\twhile (i < n) {\n\t\t\t// y_i = y_{i+1} = ... = y_k\n\t\t\tint k = i;\n\t\t\tRectangle2D u = rectangles.get(i);\n\t\t\tfor (int j = i; j < n; j++) {\n\t\t\t\tRectangle2D v = rectangles.get(j);\n\t\t\t\tif (u.getCenterY() == v.getCenterY()) {\n\t\t\t\t\tu = v;\n\t\t\t\t\tk = j;\n\t\t\t\t} else {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// delta = max(0, max{f.y(m,j)|i<=m<=k<j<n})\n\t\t\tdouble delta = 0;\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\t\tVec f = force2(rectangles.get(m), rectangles.get(j));\n\t\t\t\t\tif (f.y > delta) {\n\t\t\t\t\t\tdelta = f.y;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\tRectangle2D r = rectangles.get(j);\n\t\t\t\tr.setRect(r.getMinX(), r.getMinY() + delta, r.getWidth(), r\n\t\t\t\t\t\t.getHeight());\n\t\t\t}\n\t\t\ti = k + 1;\n\t\t}\n\n\t}\n\n\tdouble verticalImproved() {\n\t\tCollections.sort(rectangles, yComparator);\n\t\tint i = 0, n = rectangles.size();\n\t\tRectangle2D lmin = rectangles.get(0);\n\t\tdouble sigma = 0, y0 = lmin.getCenterY();\n\t\tdouble[] gamma = new double[rectangles.size()];\n\t\tdouble[] y = new double[rectangles.size()];\n\t\twhile (i < n) {\n\t\t\tRectangle2D u = rectangles.get(i);\n\t\t\tint k = i;\n\t\t\tfor (int j = i + 1; j < n; j++) {\n\t\t\t\tRectangle2D v = rectangles.get(j);\n\t\t\t\tif (u.getCenterY() == v.getCenterY()) {\n\t\t\t\t\tu = v;\n\t\t\t\t\tk = j;\n\t\t\t\t} else {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\t\t\tdouble g = 0;\n\t\t\tif (u.getCenterY() > y0) {\n\t\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\t\tdouble ggg = 0;\n\t\t\t\t\tfor (int j = 0; j < i; j++) {\n\t\t\t\t\t\tVec f = force2(rectangles.get(j), rectangles.get(m));\n\t\t\t\t\t\tggg = Math.max(f.y + gamma[j], ggg);\n\t\t\t\t\t}\n\t\t\t\t\tRectangle2D v = rectangles.get(m);\n\t\t\t\t\tdouble gg = 0;\n\t\t\t\t\tif (v.getMinY() + ggg < lmin.getMinY()) {\n\t\t\t\t\t\tgg = sigma;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tgg = ggg;\n\t\t\t\t\t}\n\t\t\t\t\tg = Math.max(g, gg);\n\t\t\t\t}\n\t\t\t}\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tgamma[m] = g;\n\t\t\t\tRectangle2D r = rectangles.get(m);\n\t\t\t\ty[m] = r.getMinY() + g;\n\t\t\t\tif (r.getMinY() < lmin.getMinY()) {\n\t\t\t\t\tlmin = r;\n\t\t\t\t}\n\t\t\t}\n\t\t\t// delta = max(0, max{f.x(m,j)|i<=m<=k<j<n})\n\t\t\tdouble delta = 0;\n\t\t\tfor (int m = i; m <= k; m++) {\n\t\t\t\tfor (int j = k + 1; j < n; j++) {\n\t\t\t\t\tVec f = force(rectangles.get(m), rectangles.get(j));\n\t\t\t\t\tif (f.y > delta) {\n\t\t\t\t\t\tdelta = f.y;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\tsigma += delta;\n\t\t\ti = k + 1;\n\t\t}\n\n\t\tdouble cost = 0;\n\t\tfor (i = 0; i < n; i++) {\n\t\t\tRectangle2D r = rectangles.get(i);\n\t\t\tdouble oldPos = r.getMinY();\n\t\t\tr.setRect(r.getMinX(), y[i], r.getWidth(), r.getHeight());\n\t\t\tdouble newPos = r.getMinY();\n\t\t\tdouble diff = oldPos - newPos;\n\t\t\tcost += diff * diff;\n\t\t}\n\t\treturn cost;\n\t}\n\n\tboolean ntve = true;\n\n\tpublic void place(ArrayList<RectangleView> rs) {\n\t\tif (ntve) {\n\t\t\tNativeFSA nfsa = new NativeFSA(xgap, ygap);\n\t\t\tnfsa.place(rs);\n\t\t} else {\n\t\t\trectangles = new ArrayList<Rectangle2D>();\n\t\t\tfor(RectangleView r:rs) {\n\t\t\t\trectangles.add(new Rectangle2D.Double(r.x,r.y,r.width,r.height));\n\t\t\t}\n\t\t\t// TODO This isn't going to work... need to operate directly on RectangleView\n\t\t\t// the following is a hack but it's the easiest way to get the gaps\n\t\t\t// working\n\t\t\tfor (Rectangle2D r : rectangles) {\n\t\t\t\tr.setRect(r.getMinX(), r.getMinY(), r.getWidth() + xgap, r\n\t\t\t\t\t\t.getHeight()\n\t\t\t\t\t\t+ ygap);\n\t\t\t}\n\t\t\tlong t0 = System.currentTimeMillis();\n\t\t\tdouble cost = horizontalImproved();\n\t\t\tlong t1 = System.currentTimeMillis();\n\t\t\tSystem.out.println(\"PFS horizontal: cost=\" + cost + \" time=\"\n\t\t\t\t\t+ (t1 - t0));\n\t\t\tcost = verticalImproved();\n\t\t\tlong t2 = System.currentTimeMillis();\n\t\t\tSystem.out.println(\"PFS vertical: cost=\" + cost + \" time=\"\n\t\t\t\t\t+ (t2 - t1));\n\t\t\tSystem.out.println(\"PFS total: time=\" + (t2 - t0));\n\t\t\tfor (Rectangle2D r : rectangles) {\n\t\t\t\tr.setRect(r.getMinX(), r.getMinY(), r.getWidth() - xgap, r\n\t\t\t\t\t\t.getHeight()\n\t\t\t\t\t\t- ygap);\n\t\t\t}\n\t\t}\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/GUITest.java",
    "content": "package placement;\n\nimport java.awt.geom.Rectangle2D;\n\nimport junit.extensions.RepeatedTest;\nimport junit.framework.AssertionFailedError;\nimport junit.framework.Test;\nimport junit.framework.TestCase;\nimport junit.framework.TestSuite;\nimport junit.textui.TestRunner;\n\npublic class GUITest extends TestCase {\n\t{\n\t\trdFrame.init();\n\t}\n\n\tprivate static final RectangleDrawerFrame rdFrame = new RectangleDrawerFrame(\n\t\t\t\"Rectangle Drawer\");\n\n\tprivate static final int VIEWTIME = 0;\n\n\tdouble iScale = 3;\n\n\tstatic int runID = 0;\n\n\tRectangleView makeRect(String label, int x, int X, int y, int Y) {\n\t\tdouble dx = x * iScale, dy = y * iScale, dX = X * iScale, dY = Y\n\t\t\t\t* iScale;\n\t\treturn new RectangleView(label, dx, dy, dX - dx, dY - dy);\n\t}\n\n\tRectangleView makeRect(String label, double x, double X, double y, double Y) {\n\t\tx = x * iScale;\n\t\ty = y * iScale;\n\t\tX = X * iScale;\n\t\tY = Y * iScale;\n\t\treturn new RectangleView(label, x, y, X - x, Y - y);\n\t}\n\n\tprotected void setUp() {\n\t}\n\n\tpublic static Test suite() {\n\t\treturn new TestSuite(GUITest.class);\n\t}\n\n\tpublic void testCase1() {\n\t\tint rs[][] = new int[][] { { 0, 50, 0, 30 }, { 10, 20, 10, 29 },\n\t\t\t\t{ 30, 70, 39, 70 }, { 0, 90, 40, 50 }, { 30, 70, 1, 29 } };\n\n\t\tiScale = 3;\n\t\tint ctr = 0;\n\t\tfor (int r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase2() {\n\t\tint rs[][] = new int[][] { { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n\t\t\t\t{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n\t\t\t\t{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\n\t\tint ctr = 0;\n\t\tiScale = 10;\n\t\tfor (int r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trdFrame.split = true;\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase3() {\n\t\tint rs[][] = new int[][] { { 8, 32, 29, 36 }, { 19, 24, 2, 27 },\n\t\t\t\t{ 4, 5, 27, 55 }, { 6, 7, 13, 26 }, { 3, 39, 46, 62 },\n\t\t\t\t{ 6, 23, 2, 19 }, { 18, 39, 5, 23 }, { 35, 63, 42, 78 },\n\t\t\t\t{ 16, 18, 14, 72 }, { 12, 32, 10, 58 } };\n\t\tint ctr = 0;\n\t\tiScale = 10;\n\t\tfor (int r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase4() {\n\t\tdouble rs[][] = new double[][] {\n\t\t\t\t{ 315.755, 355.288, 353.595, 449.627 },\n\t\t\t\t{ 395.048, 395.635, 253.943, 362.228 },\n\t\t\t\t{ 254.439, 393.289, 278.708, 286.346 },\n\t\t\t\t{ 209.852, 370.831, 326.496, 507.255 },\n\t\t\t\t{ 271.947, 415.74, 362.228, 450.318 },\n\t\t\t\t{ 293.408, 405.197, 220.61, 244.119 },\n\t\t\t\t{ 276.482, 386.472, 286.346, 435.767 },\n\t\t\t\t{ 268.211, 436.23, 192.807, 220.61 },\n\t\t\t\t{ 378.008, 502.118, 358.437, 475.587 },\n\t\t\t\t{ 340.68, 472.597, 249.492, 335.448 } };\n\t\tint ctr = 0;\n\t\tiScale = 1;\n\t\tfor (double r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase5() {\n\t\tdouble rs[][] = new double[][] { { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n\t\t\t\t{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n\t\t\t\t{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\n\t\tint ctr = 0;\n\t\tiScale = 1;\n\t\tfor (double r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase6() {\n\t\tdouble rs[][] = new double[][] { { 40, 69, 63, 69 }, { 1, 5, 27, 64 },\n\t\t\t\t{ 34, 66, 20, 22 }, { 1, 24, 10, 25 }, { 1, 19, 9, 61 },\n\t\t\t\t{ 0, 56, 8, 70 }, { 33, 35, 13, 28 }, { 11, 31, 33, 35 },\n\t\t\t\t{ 12, 22, 3, 23 } };\n\t\tint ctr = 0;\n\t\tiScale = 5;\n\t\tfor (double r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase7() {\n\t\tdouble rs[][] = new double[][] {\n\t\t\t\t{ 341.594, 388.459, 373.491, 518.168 },\n\t\t\t\t{ 271.214, 324.782, 311.332, 409.166 },\n\t\t\t\t{ 293.848, 475.064, 305.194, 391.162 },\n\t\t\t\t{ 255.317, 447.738, 342.671, 489.923 },\n\t\t\t\t{ 228.375, 261.057, 206.422, 327.794 },\n\t\t\t\t{ 383.552, 462.834, 363.132, 412.843 },\n\t\t\t\t{ 288.859, 481.054, 351.895, 497.728 },\n\t\t\t\t{ 201.307, 368.511, 387.02, 394.95 },\n\t\t\t\t{ 257.961, 259.673, 386.503, 518.403 },\n\t\t\t\t{ 200.178, 275.606, 364.968, 466.787 } };\n\t\tint ctr = 0;\n\t\tiScale = 5;\n\t\tfor (double r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testCase8() {\n\t\tdouble rs[][] = new double[][] {\n\t\t\t\t{ 300.763, 399.668, -48.994, 9.37972 },\n\t\t\t\t{ 292.944, 472.907, 586.945, 771.251 },\n\t\t\t\t{ 213.576, 316.07, 390.138, 539.323 },\n\t\t\t\t{ 397.777, 557.537, 269.46, 407.065 },\n\t\t\t\t{ 211.573, 355.103, 329.964, 390.137 },\n\t\t\t\t{ 356.053, 439.284, 483.416, 657.366 },\n\t\t\t\t{ 380.165, 561.491, -117.362, -68.3409 },\n\t\t\t\t{ 331.094, 410.119, 399.923, 491.138 },\n\t\t\t\t{ 239.304, 434.553, 9.37982, 63.0763 },\n\t\t\t\t{ 234.779, 356.548, 379.936, 454.313 },\n\t\t\t\t{ 321.638, 450.396, 771.251, 932.621 },\n\t\t\t\t{ 200.203, 337.728, 164.883, 280.221 },\n\t\t\t\t{ 218.8, 269.785, 96.999, 122.443 },\n\t\t\t\t{ 361.936, 459.41, 329.803, 434.498 },\n\t\t\t\t{ 337.221, 376.991, 140.796, 281.642 },\n\t\t\t\t{ 310.252, 439.023, 371.812, 402.413 },\n\t\t\t\t{ 254.891, 394.928, 881.542, 1019.28 },\n\t\t\t\t{ 235.764, 357.198, 192.217, 362.08 },\n\t\t\t\t{ 220.461, 221.906, 245.827, 349.642 },\n\t\t\t\t{ 230.853, 391.069, -123.824, -117.363 },\n\t\t\t\t{ 386.097, 435.297, 309.264, 504.577 },\n\t\t\t\t{ 264.3, 424.637, 591.648, 654.27 },\n\t\t\t\t{ 215.501, 307.432, 539.323, 586.254 },\n\t\t\t\t{ 395.533, 531.528, -81.995, -4.39529 },\n\t\t\t\t{ 358.484, 479.044, 189.017, 329.803 },\n\t\t\t\t{ 244.895, 425.449, -68.3408, -48.9941 },\n\t\t\t\t{ 333.52, 435.568, 180.205, 324.778 },\n\t\t\t\t{ 386.33, 473.66, 299.321, 363.526 },\n\t\t\t\t{ 209.677, 231.608, 362.947, 442.021 },\n\t\t\t\t{ 378.9, 568.762, 544.595, 674.377 },\n\t\t\t\t{ 329.325, 408.885, 163.78, 188.981 },\n\t\t\t\t{ 203.549, 254.138, 369.055, 565.234 },\n\t\t\t\t{ 363.038, 552.984, 138.776, 269.46 },\n\t\t\t\t{ 321.494, 398.329, 63.0764, 163.78 },\n\t\t\t\t{ 238.098, 434.199, 654.27, 780.879 },\n\t\t\t\t{ 220.68, 413.679, 487.039, 628.287 },\n\t\t\t\t{ 331.987, 377.805, 115.361, 129.283 },\n\t\t\t\t{ 366.68, 514.56, 115.543, 189.017 },\n\t\t\t\t{ 372.306, 409.058, 324.778, 354.862 },\n\t\t\t\t{ 324.464, 410.476, 178.834, 315.801 },\n\t\t\t\t{ 334.489, 418.235, 315.801, 371.812 },\n\t\t\t\t{ 267.432, 329.374, 243.969, 439.479 },\n\t\t\t\t{ 278.759, 291.041, 211.517, 284.993 },\n\t\t\t\t{ 340.121, 366.46, 654.27, 780.914 },\n\t\t\t\t{ 317.692, 449.673, 354.862, 487.971 },\n\t\t\t\t{ 390.997, 453.852, 674.377, 720.033 },\n\t\t\t\t{ 355.829, 549.874, -4.39519, 138.776 },\n\t\t\t\t{ 241.73, 346.358, 362.08, 561.245 },\n\t\t\t\t{ 292.723, 379.273, 242.404, 281.642 },\n\t\t\t\t{ 309.36, 318.712, 125.738, 139.197 },\n\t\t\t\t{ 230.827, 302.345, 586.254, 731.225 },\n\t\t\t\t{ 247.768, 369.572, 454.313, 487.039 },\n\t\t\t\t{ 279.643, 297.273, 262.057, 446.171 },\n\t\t\t\t{ 324.852, 427.59, 487.972, 620.33 },\n\t\t\t\t{ 397.528, 530.053, 61.6616, 115.542 },\n\t\t\t\t{ 301.807, 354.872, 271.221, 313.688 },\n\t\t\t\t{ 362.555, 511.138, 363.526, 483.416 },\n\t\t\t\t{ 230.933, 243.138, 345.959, 412.732 },\n\t\t\t\t{ 213.862, 379.945, 329.011, 371.812 },\n\t\t\t\t{ 238.36, 397.895, 139.197, 271.22 },\n\t\t\t\t{ 354.865, 362.518, 395.361, 592.164 },\n\t\t\t\t{ 208.111, 305.932, 209.846, 362.947 },\n\t\t\t\t{ 359.758, 547.687, 674.377, 864.503 },\n\t\t\t\t{ 333.893, 381.46, 654.27, 803.239 },\n\t\t\t\t{ 374.708, 427.011, 132.488, 180.205 },\n\t\t\t\t{ 355.037, 386.194, 356.862, 551.483 },\n\t\t\t\t{ 255.138, 343.834, 313.688, 379.936 },\n\t\t\t\t{ 342.985, 518.7, 720.033, 864.211 },\n\t\t\t\t{ 230.522, 296.752, 124.143, 125.738 },\n\t\t\t\t{ 354.737, 468.323, 189.017, 299.321 },\n\t\t\t\t{ 338.078, 442.819, 487.972, 586.945 },\n\t\t\t\t{ 319.65, 428.994, 45.1203, 180.205 },\n\t\t\t\t{ 316.785, 345.795, 205.242, 331.095 },\n\t\t\t\t{ 376.016, 568.244, 407.065, 544.595 },\n\t\t\t\t{ 303.117, 314.749, 106.308, 124.142 },\n\t\t\t\t{ 323.809, 346.726, 372.922, 445.778 },\n\t\t\t\t{ 319.902, 478.33, 434.498, 632.13 },\n\t\t\t\t{ 310.011, 383.567, 432.665, 521.371 },\n\t\t\t\t{ 399.723, 540.021, -159.31, -81.9951 },\n\t\t\t\t{ 312.928, 462.85, -68.3408, 45.1202 },\n\t\t\t\t{ 234.251, 259.691, 330.621, 434.599 },\n\t\t\t\t{ 241.899, 376.556, 628.287, 790.087 },\n\t\t\t\t{ 290.924, 406.743, 432.665, 591.648 },\n\t\t\t\t{ 318.801, 399.261, 188.981, 281.642 },\n\t\t\t\t{ 388.388, 430.194, 208.614, 379.542 },\n\t\t\t\t{ 257.764, 289.913, 280.221, 284.993 },\n\t\t\t\t{ 372.082, 390.973, 374.781, 427.304 },\n\t\t\t\t{ 209.496, 215.993, 346.893, 451.783 },\n\t\t\t\t{ 381.404, 401.776, 305.724, 427.215 },\n\t\t\t\t{ 286.623, 295.377, 326.399, 460.316 },\n\t\t\t\t{ 249.832, 319.766, 390.138, 405.821 },\n\t\t\t\t{ 336.459, 351.215, 780.879, 866.931 },\n\t\t\t\t{ 229.438, 337.452, 122.443, 284.993 },\n\t\t\t\t{ 277.601, 375.128, -74.4538, -68.3409 },\n\t\t\t\t{ 281.175, 417.039, 129.283, 242.404 },\n\t\t\t\t{ 366.766, 494.05, 306.843, 407.065 },\n\t\t\t\t{ 222.354, 413.583, 780.879, 881.542 },\n\t\t\t\t{ 212.266, 336.013, 284.993, 329.964 },\n\t\t\t\t{ 272.728, 432.243, 281.642, 315.801 },\n\t\t\t\t{ 200.539, 390.202, 402.413, 432.665 } };\n\t\tint ctr = 0;\n\t\tiScale = 1;\n\t\tfor (double r[] : rs) {\n\t\t\trdFrame.d.rectangles.add(makeRect(\"r\" + ctr++, r[0], r[1], r[2],\n\t\t\t\t\tr[3]));\n\t\t}\n\n\t\trunOverlapRemover();\n\t}\n\n\tpublic void testRandom() {\n\t\trdFrame.d.generateRandom(5);\n\t\trunOverlapRemover();\n\t}\n\n\tprivate void runOverlapRemover() {\n\t\t//rdFrame.algorithm = RectangleDrawerFrame.Algorithm.NATIVE_ACTIVESET;\n\t\trdFrame.split=false;\n\t\ttry {\n\t\t\trdFrame.cleanup(0, 0);\n\t\t\tThread.sleep(VIEWTIME);\n\t\t\tfor (RectangleView r1 : rdFrame.d.rectangles) {\n\t\t\t\tRectangle2D u = new Rectangle2D.Double(r1.x, r1.y,\n\t\t\t\t\t\tr1.width - 0.001, r1.height - 0.001);\n\t\t\t\tfor (RectangleView r2 : rdFrame.d.rectangles) {\n\t\t\t\t\tif (r1 != r2) {\n\t\t\t\t\t\tRectangle2D v = new Rectangle2D.Double(r2.x, r2.y,\n\t\t\t\t\t\t\t\tr2.width - 0.001, r2.height - 0.001);\n\t\t\t\t\t\tassertFalse(r1.label + \" intersects \" + r2.label, u\n\t\t\t\t\t\t\t\t.intersects(v));\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t} catch (AssertionFailedError e) {\n\t\t\trdFrame.d.save(\"after_\" + getName() + runID);\n\t\t\trdFrame.d.undo();\n\t\t\trdFrame.d.save(\"before_\" + getName() + runID++);\n\t\t\tthrow e;\n\t\t} catch (AssertionError e) {\n\t\t\trdFrame.d.save(\"after_\" + getName() + runID);\n\t\t\trdFrame.d.undo();\n\t\t\trdFrame.d.save(\"before_\" + getName() + runID++);\n\t\t\tthrow e;\n\t\t} catch (InterruptedException e) {\n\t\t\te.printStackTrace();\n\t\t}\n\t\trdFrame.d.clear();\n\t}\n\n\tpublic static void main(String[] args) {\n\t\tTestRunner.run(new RepeatedTest(GUITest.suite(), 200));\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Graph.java",
    "content": "package placement;\n\nimport java.awt.Rectangle;\nimport java.awt.geom.Line2D;\nimport java.awt.geom.Point2D;\nimport java.awt.geom.Rectangle2D;\nimport java.util.ArrayList;\nimport java.util.Hashtable;\n\nclass Edge {\n\tNode start;\n\n\tNode end;\n\n\tEdge(Node start, Node end) {\n\t\tthis.start = start;\n\t\tthis.end = end;\n\t}\n}\n\nclass Node {\n\tRectangleView rectangle;\n\n\tString id;\n\n\tArrayList<Edge> edges;\n\n\tNode(String id, int x, int y, int w, int h) {\n\t\trectangle = new RectangleView(id,x - w / 2, y - w / 2, w, h);\n\t\tthis.id = id;\n\t\tedges = new ArrayList<Edge>();\n\t}\n\n\tvoid addEdge(Edge e) {\n\t\tedges.add(e);\n\t}\n\n\tpublic Point2D.Double getPos() {\n\t\tdouble x = rectangle.width / 2.0;\n\t\tdouble y = rectangle.height / 2.0;\n\t\treturn new Point2D.Double(rectangle.x + x, rectangle.y + y);\n\t}\n}\n\npublic class Graph {\n\tHashtable<String, Node> nodes = new Hashtable<String, Node>();\n\n\tArrayList<Edge> edges = new ArrayList<Edge>();\n\n\tHashtable<RectangleView, Node> rectangleNodeLookup = new Hashtable<RectangleView, Node>();\n\n\tpublic ArrayList<RectangleView> getRectangles() {\n\t\tArrayList<RectangleView> rectangles = new ArrayList<RectangleView>();\n\t\tfor (Node n : nodes.values()) {\n\t\t\trectangles.add(n.rectangle);\n\t\t\trectangleNodeLookup.put(n.rectangle, n);\n\t\t}\n\t\treturn rectangles;\n\t}\n\t\n\tpublic void restoreRectangles(ArrayList<RectangleView> rs) {\n\t\trectangleNodeLookup.clear();\n\t\tint i=0;\n\t\tfor (Node n : nodes.values()) {\n\t\t\tRectangleView r=rs.get(i++);\n\t\t\tn.rectangle=r;\n\t\t\trectangleNodeLookup.put(r, n);\n\t\t}\n\t}\n\n\tpublic String getRectangleLabel(Rectangle2D r) {\n\t\tNode n = rectangleNodeLookup.get(r);\n\t\tif (n != null) {\n\t\t\treturn n.id;\n\t\t} else {\n\t\t\treturn \" \";\n\t\t}\n\t}\n\n\tpublic ArrayList<Line2D> getLines() {\n\t\tArrayList<Line2D> lines = new ArrayList<Line2D>();\n\t\tfor (Edge e : edges) {\n\t\t\tlines.add(new Line2D.Double(e.start.getPos(), e.end.getPos()));\n\t\t}\n\t\treturn lines;\n\t}\n\n\tpublic void addNode(String id, int x, int y, int w, int h) {\n\t\tnodes.put(id, new Node(id, x, y, w, h));\n\t}\n\n\tpublic void addEdge(String id1, String id2) {\n\t\tedges.add(new Edge(nodes.get(id1), nodes.get(id2)));\n\t}\n\n\tArrayList<Rectangle2D> ars = null;\n\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/GraphParser.java",
    "content": "package placement;\n\nimport java.awt.Rectangle;\nimport java.awt.geom.Line2D;\nimport java.awt.geom.Point2D;\nimport java.io.BufferedReader;\nimport java.io.FileNotFoundException;\nimport java.io.FileReader;\nimport java.io.IOException;\nimport java.util.ArrayList;\nimport java.util.Hashtable;\nimport java.util.regex.Matcher;\nimport java.util.regex.Pattern;\n\npublic class GraphParser {\n\tGraph g = new Graph();\n\n\tGraphParser(String fileName) {\n\t\tPattern nodePattern = Pattern.compile(\"^\\\\s*(\\\\w+)\\\\s*\\\\[(.*)]\");\n\t\tPattern labelPattern = Pattern.compile(\"label\\\\s*=\\\\s*\\\"?(\\\\w+)\");\n\t\tPattern widthPattern = Pattern\n\t\t\t\t.compile(\"width\\\\s*=\\\\s*\\\"?(\\\\d+(\\\\.\\\\d+)?)\");\n\t\tPattern heightPattern = Pattern\n\t\t\t\t.compile(\"height\\\\s*=\\\\s*\\\"?(\\\\d+(\\\\.\\\\d+)?)\");\n\t\tPattern posPattern = Pattern.compile(\"pos\\\\s*=\\\\s*\\\"(-?\\\\d+),(-?\\\\d+)!?\");\n\t\tPattern edgePattern = Pattern\n\t\t\t\t.compile(\"^\\\\s*(\\\\w+)\\\\s*(->|--)\\\\s*(\\\\w+)\");\n\t\ttry {\n\t\t\tBufferedReader br = new BufferedReader(new FileReader(fileName));\n\t\t\tString s;\n\t\t\twhile ((s = br.readLine()) != null) {\n\t\t\t\tMatcher m = nodePattern.matcher(s);\n\t\t\t\tif (m.find()) {\n\t\t\t\t\tString id = m.group(1);\n\t\t\t\t\tif (!id.equalsIgnoreCase(\"node\")\n\t\t\t\t\t\t\t&& !id.equalsIgnoreCase(\"graph\")) {\n\t\t\t\t\t\tString attrs = m.group(2);\n\t\t\t\t\t\tString label = match(labelPattern, attrs);\n\t\t\t\t\t\tString widthStr = match(widthPattern, attrs);\n\t\t\t\t\t\tString heightStr = match(heightPattern, attrs);\n\t\t\t\t\t\tint width = widthStr == null ? label.length() * 12\n\t\t\t\t\t\t\t\t: (int) (72f * Float.parseFloat(widthStr));\n\t\t\t\t\t\tint height = heightStr == null ? 16\n\t\t\t\t\t\t\t\t: (int) (72f * Float.parseFloat(match(\n\t\t\t\t\t\t\t\theightPattern, attrs)));\n\t\t\t\t\t\tint x = Integer.parseInt(match(posPattern, attrs));\n\t\t\t\t\t\tint y = Integer.parseInt(match(posPattern, attrs, 2));\n\t\t\t\t\t\tSystem.out.printf(\"Node: %s %s %d %d %d %d\\n\", id,\n\t\t\t\t\t\t\t\tlabel, width, height, x, y);\n\t\t\t\t\t\tg.addNode(id, x, -y, width, height);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tm = edgePattern.matcher(s);\n\t\t\t\tif (m.find()) {\n\t\t\t\t\tg.addEdge(m.group(1), m.group(3));\n\t\t\t\t}\n\t\t\t}\n\t\t} catch (FileNotFoundException fnfe) {\n\t\t\tSystem.out\n\t\t\t\t\t.println(\"Cannot locate input file! \" + fnfe.getMessage());\n\t\t\tSystem.exit(0);\n\t\t} catch (IOException ioe) {\n\t\t\tioe.printStackTrace();\n\t\t}\n\t}\n\n\tprivate String match(Pattern p, String s) {\n\t\treturn match(p, s, 1);\n\t}\n\n\tprivate String match(Pattern p, String s, int group) {\n\t\tMatcher m = p.matcher(s);\n\t\tString val = null;\n\t\tif (m.find()) {\n\t\t\tval = m.group(group);\n\t\t}\n\t\treturn val;\n\t}\n\n\tpublic Graph getGraph() {\n\t\treturn g;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/GraphParserTest.java",
    "content": "package placement;\n\nimport junit.framework.TestCase;\n\npublic class GraphParserTest extends TestCase {\n\tpublic void testGraph1(){\n\t\tnew GraphParser(\"testdata/biograph010.dot\");\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/MaxPairingHeap.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.LinkedList;\nimport java.util.Queue;\n\n/**\n * Implements a pairing heap. Supports a increaseKey operation. Note that all\n * \"matching\" is based on the compareTo method. Based on implementation by Mark\n * Allen Weiss from the book \"Data Stuctures & Algorithm Analysis in Java\" -\n * Prentice Hall 1999\n */\n\npublic class MaxPairingHeap<T extends Comparable> implements\n\t\tMaxPriorityQueue<T> {\n\tint counter = 0;\n\n\t/**\n\t * Construct the pairing heap.\n\t */\n\tpublic MaxPairingHeap() {\n\t\troot = null;\n\t}\n\n\t/**\n\t * Construct the pairing heap by merging h1 and h2.\n\t */\n\tpublic MaxPairingHeap(MaxPairingHeap<T> h1, MaxPairingHeap<T> h2) {\n\t\tif (h1.root == null && h2.root == null) {\n\t\t\troot = null;\n\t\t} else {\n\t\t\troot = compareAndLink(h1.root, h2.root);\n\t\t\tcounter = h1.counter + h2.counter;\n\t\t}\n\t}\n\n\t/**\n\t * Insert into the priority queue, and return a PNode that can be used by\n\t * decreaseKey. Duplicates are allowed.\n\t * \n\t * @param x\n\t *            the item to insert.\n\t * @return the PNode containing the newly inserted item.\n\t */\n\tpublic void add(T x) {\n\t\tPNode<T> newPNode = new PNode<T>(x);\n\t\tadd(newPNode);\n\t}\n\n\tpublic void add(PNode<T> p) {\n\t\tif (root == null)\n\t\t\troot = p;\n\t\telse\n\t\t\troot = compareAndLink(root, p);\n\t\tcounter++;\n\t}\n\n\t/**\n\t * Find the biggest item in the priority queue.\n\t * \n\t * @return the biggest item, or null if empty.\n\t */\n\tpublic T findMax() {\n\t\tif (isEmpty())\n\t\t\treturn null;\n\t\treturn root.element;\n\t}\n\n\t/**\n\t * Remove the biggest item from the priority queue.\n\t * \n\t * @return the biggest item, or null if empty.\n\t */\n\tpublic T deleteMax() {\n\t\tif (isEmpty())\n\t\t\treturn null;\n\n\t\tT x = findMax();\n\t\tif (root.leftChild == null)\n\t\t\troot = null;\n\t\telse\n\t\t\troot = combineSiblings(root.leftChild);\n\t\tcounter--;\n\n\t\treturn x;\n\t}\n\n\t/**\n\t * Change the value of the item stored in the pairing heap. Does nothing if\n\t * newVal is larger than the currently stored value.\n\t * \n\t * @param p\n\t *            any PNode returned by addItem.\n\t * @param newVal\n\t *            the new value, which must be bigger than the currently stored\n\t *            value.\n\t */\n\tpublic void increaseKey(PNode<T> p, T newVal) {\n\t\tif (p.element.compareTo(newVal) > 0)\n\t\t\treturn; // newVal cannot be smaller\n\t\tp.element = newVal;\n\t\tif (p != root) {\n\t\t\tif (p.nextSibling != null)\n\t\t\t\tp.nextSibling.prev = p.prev;\n\t\t\tif (p.prev.leftChild == p)\n\t\t\t\tp.prev.leftChild = p.nextSibling;\n\t\t\telse\n\t\t\t\tp.prev.nextSibling = p.nextSibling;\n\n\t\t\tp.nextSibling = null;\n\t\t\troot = compareAndLink(root, p);\n\t\t}\n\t}\n\n\t/**\n\t * Test if the priority queue is logically empty.\n\t * \n\t * @return true if empty, false otherwise.\n\t */\n\tpublic boolean isEmpty() {\n\t\treturn root == null;\n\t}\n\n\t/**\n\t * Make the priority queue logically empty.\n\t */\n\tpublic void makeEmpty() {\n\t\troot = null;\n\t\tcounter = 0;\n\t}\n\n\tprivate PNode<T> root;\n\n\t/**\n\t * Internal method that is the basic operation to maintain order. Links\n\t * first and second together to satisfy heap order.\n\t * \n\t * @param first\n\t *            root of tree 1, which may not be null. first.nextSibling MUST\n\t *            be null on entry.\n\t * @param second\n\t *            root of tree 2, which may be null.\n\t * @return result of the tree merge.\n\t */\n\tprivate PNode compareAndLink(PNode<T> first, PNode<T> second) {\n\t\tif (second == null)\n\t\t\treturn first;\n\t\tif (first == null)\n\t\t\treturn second;\n\n\t\tif (second.element.compareTo(first.element) > 0) {\n\t\t\t// Attach first as leftmost child of second\n\t\t\tsecond.prev = first.prev;\n\t\t\tfirst.prev = second;\n\t\t\tfirst.nextSibling = second.leftChild;\n\t\t\tif (first.nextSibling != null)\n\t\t\t\tfirst.nextSibling.prev = first;\n\t\t\tsecond.leftChild = first;\n\t\t\treturn second;\n\t\t} else {\n\t\t\t// Attach second as leftmost child of first\n\t\t\tsecond.prev = first;\n\t\t\tfirst.nextSibling = second.nextSibling;\n\t\t\tif (first.nextSibling != null)\n\t\t\t\tfirst.nextSibling.prev = first;\n\t\t\tsecond.nextSibling = first.leftChild;\n\t\t\tif (second.nextSibling != null)\n\t\t\t\tsecond.nextSibling.prev = second;\n\t\t\tfirst.leftChild = second;\n\t\t\treturn first;\n\t\t}\n\t}\n\n\tprivate PNode<T>[] doubleIfFull(PNode<T>[] array, int index) {\n\t\tif (index == array.length) {\n\t\t\tPNode<T>[] oldArray = array;\n\n\t\t\tarray = new PNode[index * 2];\n\t\t\tfor (int i = 0; i < index; i++)\n\t\t\t\tarray[i] = oldArray[i];\n\t\t}\n\t\treturn array;\n\t}\n\n\t/**\n\t * Internal method that implements two-pass merging.\n\t * \n\t * @param firstSibling\n\t *            the root of the conglomerate; assumed not null.\n\t */\n\tprivate PNode<T> combineSiblings(PNode<T> firstSibling) {\n\t\tPNode<T>[] treeArray = new PNode[5];\n\t\tif (firstSibling.nextSibling == null)\n\t\t\treturn firstSibling;\n\n\t\t// Store the subtrees in an array\n\t\tint numSiblings = 0;\n\t\tfor (; firstSibling != null; numSiblings++) {\n\t\t\ttreeArray = doubleIfFull(treeArray, numSiblings);\n\t\t\ttreeArray[numSiblings] = firstSibling;\n\t\t\tfirstSibling.prev.nextSibling = null; // break links\n\t\t\tfirstSibling = firstSibling.nextSibling;\n\t\t}\n\t\ttreeArray = doubleIfFull(treeArray, numSiblings);\n\t\ttreeArray[numSiblings] = null;\n\n\t\t// Combine subtrees two at a time, going left to right\n\t\tint i = 0;\n\t\tfor (; i + 1 < numSiblings; i += 2)\n\t\t\ttreeArray[i] = compareAndLink(treeArray[i], treeArray[i + 1]);\n\n\t\tint j = i - 2;\n\n\t\t// j has the result of last compareAndLink.\n\t\t// If an odd number of trees, get the last one.\n\t\tif (j == numSiblings - 3)\n\t\t\ttreeArray[j] = compareAndLink(treeArray[j], treeArray[j + 2]);\n\n\t\t// Now go right to left, merging last tree with\n\t\t// next to last. The result becomes the new last.\n\t\tfor (; j >= 2; j -= 2)\n\t\t\ttreeArray[j - 2] = compareAndLink(treeArray[j - 2], treeArray[j]);\n\n\t\treturn treeArray[0];\n\t}\n\n\tpublic ArrayList<T> getAll() {\n\t\tArrayList<T> l = new ArrayList<T>();\n\t\tif (root == null) {\n\t\t\treturn l;\n\t\t}\n\t\tPNode<T> r = root;\n\t\tQueue<PNode<T>> q = new LinkedList<PNode<T>>();\n\t\tq.add(r);\n\t\twhile (!q.isEmpty()) {\n\t\t\tr = q.remove();\n\t\t\tPNode<T> c = r.leftChild;\n\t\t\twhile (c != null) {\n\t\t\t\tq.add(c);\n\t\t\t\tl.add(c.element);\n\t\t\t\tc = c.nextSibling;\n\t\t\t}\n\t\t}\n\t\treturn l;\n\t}\n\n\tpublic String toString() {\n\t\tif (root == null) {\n\t\t\treturn \"\";\n\t\t}\n\t\tPNode<T> r = root;\n\t\tQueue<PNode<T>> q = new LinkedList<PNode<T>>();\n\t\tString s = \"\";\n\t\tq.add(r);\n\t\twhile (!q.isEmpty()) {\n\t\t\tr = q.remove();\n\t\t\tif (r.leftChild != null) {\n\t\t\t\ts = s + r.element + \">\";\n\t\t\t\tPNode<T> c = r.leftChild;\n\t\t\t\twhile (c != null) {\n\t\t\t\t\tq.add(c);\n\t\t\t\t\ts = s + \",\" + c.element;\n\t\t\t\t\tc = c.nextSibling;\n\t\t\t\t}\n\t\t\t\ts = s + \"|\";\n\t\t\t}\n\t\t}\n\t\treturn s;\n\t}\n\n\tpublic static void main(String args[]) {\n\t\tMaxPairingHeap<Integer> h = new MaxPairingHeap();\n\t\th.add(4);\n\t\th.add(1);\n\t\th.add(9);\n\t\th.add(2);\n\t\tSystem.out.println(h);\n\t}\n\n\t/*\n\t * public static void main(String args[]) { MaxPairingHeap<Integer> h = new\n\t * MaxPairingHeap(); int numItems = 100; int i = 37; int j; boolean pass =\n\t * true; System.out.println(\"Checking Pairing Heap...\"); for (i = 37; i !=\n\t * 0; i = (i + 37) % numItems) { h.add(i); } for (i = numItems - 1; i > 0;\n\t * i--) { int v = h.deleteMax(); if (v != i) { pass = false;\n\t * System.out.println(\"Failed insert/deleteMax test! Found: \" + v + \",\n\t * expected: \" + i); } } PNode<Integer>[] p = new PNode[numItems]; for (i =\n\t * 0, j = numItems / 2; i < numItems; i++, j = (j + 71) % numItems) p[j] =\n\t * h.add(j + numItems); for (i = 0, j = numItems / 2; i < numItems; i++, j =\n\t * (j + 53) % numItems) h.increaseKey(p[j], p[j].element + numItems); i = 3 *\n\t * numItems; while (!h.isEmpty()) { int v = h.deleteMax(); if (v != --i) {\n\t * pass = false; System.out.println(\"Failed increaseKey/deleteMax test!\n\t * Found: \" + v + \", expected: \" + i); } } System.out.println(\"Check\n\t * completed: \" + (pass ? \"Pass\" : \"Fail\")); }\n\t */\n\n\tpublic void merge(MaxPriorityQueue<T> b) {\n\t\tPNode<T> broot = ((MaxPairingHeap<T>) b).root;\n\t\tif (root == null && broot == null) {\n\t\t\troot = null;\n\t\t} else {\n\t\t\troot = compareAndLink(root, broot);\n\t\t\tcounter += ((MaxPairingHeap<T>) b).counter;\n\t\t}\n\t}\n\n\tpublic int size() {\n\t\treturn counter;\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/MaxPriorityQueue.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\n\npublic interface MaxPriorityQueue<T extends Comparable> {\n\tpublic void add(T e);\n\tpublic T findMax();\n\tpublic T deleteMax();\n\tpublic void merge(MaxPriorityQueue<T> other);\n\tpublic ArrayList<T> getAll();\n\tpublic int size();\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/MinPairingHeap.java",
    "content": "package placement;\n\n/**\n * Implements a pairing heap. Supports a increaseKey operation. Note that all\n * \"matching\" is based on the compareTo method.\n * \n * Based on implementation by Mark Allen Weiss from the book \"Data Stuctures & Algorithm Analysis in Java\" - Prentice Hall 1999\n */\n\npublic class MinPairingHeap<T extends Comparable> {\n\n\t/**\n\t * Construct the pairing heap.\n\t */\n\tpublic MinPairingHeap() {\n\t\troot = null;\n\t}\n\n\t/**\n\t * Insert into the priority queue, and return a PNode that can be used by\n\t * decreaseKey. Duplicates are allowed.\n\t * \n\t * @param x\n\t *            the item to insert.\n\t * @return the PNode containing the newly inserted item.\n\t */\n\tpublic PNode<T> insert(T x) {\n\t\tPNode<T> newPNode = new PNode<T>(x);\n\n\t\tif (root == null)\n\t\t\troot = newPNode;\n\t\telse\n\t\t\troot = compareAndLink(root, newPNode);\n\t\treturn newPNode;\n\t}\n\n\t/**\n\t * Find the smallest item in the priority queue.\n\t * \n\t * @return the smallest item, or null if empty.\n\t */\n\tpublic T findMin() {\n\t\tif (isEmpty())\n\t\t\treturn null;\n\t\treturn root.element;\n\t}\n\n\t/**\n\t * Remove the smallest item from the priority queue.\n\t * \n\t * @return the smallest item, or null if empty.\n\t */\n\tpublic T deleteMin() {\n\t\tif (isEmpty())\n\t\t\treturn null;\n\n\t\tT x = findMin();\n\t\tif (root.leftChild == null)\n\t\t\troot = null;\n\t\telse\n\t\t\troot = combineSiblings(root.leftChild);\n\n\t\treturn x;\n\t}\n\n\t/**\n\t * Change the value of the item stored in the pairing heap. Does nothing if\n\t * newVal is larger than the currently stored value.\n\t * \n\t * @param p\n\t *            any PNode returned by addItem.\n\t * @param newVal\n\t *            the new value, which must be smaller than the currently stored\n\t *            value.\n\t */\n\tpublic void decreaseKey(PNode<T> p, T newVal) {\n\t\tif (p.element.compareTo(newVal) < 0)\n\t\t\treturn; // newVal cannot be bigger\n\t\tp.element = newVal;\n\t\tif (p != root) {\n\t\t\tif (p.nextSibling != null)\n\t\t\t\tp.nextSibling.prev = p.prev;\n\t\t\tif (p.prev.leftChild == p)\n\t\t\t\tp.prev.leftChild = p.nextSibling;\n\t\t\telse\n\t\t\t\tp.prev.nextSibling = p.nextSibling;\n\n\t\t\tp.nextSibling = null;\n\t\t\troot = compareAndLink(root, p);\n\t\t}\n\t}\n\n\t/**\n\t * Test if the priority queue is logically empty.\n\t * \n\t * @return true if empty, false otherwise.\n\t */\n\tpublic boolean isEmpty() {\n\t\treturn root == null;\n\t}\n\n\t/**\n\t * Make the priority queue logically empty.\n\t */\n\tpublic void makeEmpty() {\n\t\troot = null;\n\t}\n\n\tprivate PNode<T> root;\n\n\t/**\n\t * Internal method that is the basic operation to maintain order. Links\n\t * first and second together to satisfy heap order.\n\t * \n\t * @param first\n\t *            root of tree 1, which may not be null. first.nextSibling MUST\n\t *            be null on entry.\n\t * @param second\n\t *            root of tree 2, which may be null.\n\t * @return result of the tree merge.\n\t */\n\tprivate PNode compareAndLink(PNode<T> first, PNode<T> second) {\n\t\tif (second == null)\n\t\t\treturn first;\n\n\t\tif (second.element.compareTo(first.element) < 0) {\n\t\t\t// Attach first as leftmost child of second\n\t\t\tsecond.prev = first.prev;\n\t\t\tfirst.prev = second;\n\t\t\tfirst.nextSibling = second.leftChild;\n\t\t\tif (first.nextSibling != null)\n\t\t\t\tfirst.nextSibling.prev = first;\n\t\t\tsecond.leftChild = first;\n\t\t\treturn second;\n\t\t} else {\n\t\t\t// Attach second as leftmost child of first\n\t\t\tsecond.prev = first;\n\t\t\tfirst.nextSibling = second.nextSibling;\n\t\t\tif (first.nextSibling != null)\n\t\t\t\tfirst.nextSibling.prev = first;\n\t\t\tsecond.nextSibling = first.leftChild;\n\t\t\tif (second.nextSibling != null)\n\t\t\t\tsecond.nextSibling.prev = second;\n\t\t\tfirst.leftChild = second;\n\t\t\treturn first;\n\t\t}\n\t}\n\n\tprivate PNode<T>[] doubleIfFull(PNode<T>[] array, int index) {\n\t\tif (index == array.length) {\n\t\t\tPNode<T>[] oldArray = array;\n\n\t\t\tarray = new PNode[index * 2];\n\t\t\tfor (int i = 0; i < index; i++)\n\t\t\t\tarray[i] = oldArray[i];\n\t\t}\n\t\treturn array;\n\t}\n\n\t/**\n\t * Internal method that implements two-pass merging.\n\t * \n\t * @param firstSibling\n\t *            the root of the conglomerate; assumed not null.\n\t */\n\tprivate PNode<T> combineSiblings(PNode<T> firstSibling) {\n\t\tPNode<T>[] treeArray = new PNode[5];\n\t\tif (firstSibling.nextSibling == null)\n\t\t\treturn firstSibling;\n\n\t\t// Store the subtrees in an array\n\t\tint numSiblings = 0;\n\t\tfor (; firstSibling != null; numSiblings++) {\n\t\t\ttreeArray = doubleIfFull(treeArray, numSiblings);\n\t\t\ttreeArray[numSiblings] = firstSibling;\n\t\t\tfirstSibling.prev.nextSibling = null; // break links\n\t\t\tfirstSibling = firstSibling.nextSibling;\n\t\t}\n\t\ttreeArray = doubleIfFull(treeArray, numSiblings);\n\t\ttreeArray[numSiblings] = null;\n\n\t\t// Combine subtrees two at a time, going left to right\n\t\tint i = 0;\n\t\tfor (; i + 1 < numSiblings; i += 2)\n\t\t\ttreeArray[i] = compareAndLink(treeArray[i], treeArray[i + 1]);\n\n\t\tint j = i - 2;\n\n\t\t// j has the result of last compareAndLink.\n\t\t// If an odd number of trees, get the last one.\n\t\tif (j == numSiblings - 3)\n\t\t\ttreeArray[j] = compareAndLink(treeArray[j], treeArray[j + 2]);\n\n\t\t// Now go right to left, merging last tree with\n\t\t// next to last. The result becomes the new last.\n\t\tfor (; j >= 2; j -= 2)\n\t\t\ttreeArray[j - 2] = compareAndLink(treeArray[j - 2], treeArray[j]);\n\n\t\treturn treeArray[0];\n\t}\n\tpublic static void main(String args[]) {\n\t\tMinPairingHeap<Integer> h = new MinPairingHeap();\n\t\tint numItems = 100;\n\t\tint i = 37;\n\t\tint j;\n\t\tboolean pass=true;\n\n\t\tSystem.out.println(\"Checking Pairing Heap...\");\n\t\tfor (i = 37; i != 0; i = (i + 37) % numItems) {\n\t\t\th.insert(i);\n\t\t}\n\t\tfor (i = 1; i < numItems; i++) {\n\t\t\tint v = h.deleteMin();\n\t\t\tif (v != i) {\n\t\t\t\tpass=false;\n\t\t\t\tSystem.out.println(\"Failed insert/deleteMin test! Found: \" +v+\", expected: \" + i);\n\t\t\t}\n\t\t}\n\n\t\tPNode<Integer>[] p = new PNode[numItems];\n\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 71)\n\t\t\t\t% numItems)\n\t\t\tp[j] = h.insert(j + numItems);\n\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 53)\n\t\t\t\t% numItems)\n\t\t\th.decreaseKey(p[j], p[j].element + numItems);\n\t\ti = numItems-1;\n\t\twhile (!h.isEmpty()) {\n\t\t\tint v=h.deleteMin();\n\t\t\tif (v != ++i) {\n\t\t\t\tpass=false;\n\t\t\t\tSystem.out.println(\"Failed increaseKey/deleteMax test! Found: \" +v+\", expected: \" + i);\n\t\t\t}\n\t\t}\n\t\tSystem.out.println(\"Check completed: \"+(pass?\"Pass\":\"Fail\"));\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/MosekPlacement.java",
    "content": "package placement;\n\nimport java.util.Hashtable;\n\nimport mosek.Env;\nimport mosek.Exit;\nimport mosek.Task;\n\nclass msgclass extends mosek.Stream {\n\tpublic msgclass() {\n\t\tsuper();\n\t}\n\n\tpublic void print(String msg) {\n\t\tSystem.out.print(msg);\n\t}\n}\n\npublic class MosekPlacement implements Placement {\n\tHashtable<String, Integer> varLookup = new Hashtable<String, Integer>();\n\n\tint varCounter = 0;\n\n\tVariables vars = new Variables();\n\n\tConstraints constraints = new Constraints();\n\n\t/* (non-Javadoc)\n\t * @see placement.Pl#addConstraint(java.lang.String, java.lang.String, double)\n\t */\n\tpublic Constraint addConstraint(String u, String v, double sep) {\n\t\tVariable v1 = vars.get(varLookup.get(u));\n\t\tVariable v2 = vars.get(varLookup.get(v));\n\t\tConstraint c = new Constraint(v1, v2, sep);\n\t\tconstraints.add(c);\n\t\treturn c;\n\t}\n\n\tpublic MosekPlacement(Variable[] vs) {\n\t\tnew Blocks(vs);\n\t\tfor (Variable v : vs) {\n\t\t\tvars.add(v);\n\t\t\tvarLookup.put(v.name, varCounter++);\n\t\t}\n\t}\n\n\tpublic MosekPlacement(Variables vs, Constraints cs) {\n\t\tfor (Variable v : vs) {\n\t\t\tvars.add(v);\n\t\t\tvarLookup.put(v.name, varCounter++);\n\t\t}\n\t\tconstraints = cs;\n\t}\n\t/* (non-Javadoc)\n\t * @see placement.Pl#solve()\n\t */\n\tpublic double solve() throws Exception {\n\t\ttry {\n\t\t\tEnv env = new Env();\n\t\t\tenv.init();\n\t\t\tint n = vars.size(), m = constraints.size();\n\t\t\tTask task = new Task(env, m, n);\n\t\t\t//task.connectStream(new msgclass(), mosek.Env.streamkeye.log);\n\t\t\ttask.resizetask(m, n, 0, 2 * m, n);\n\t\t\ttask.append(0, n);\n\t\t\ttask.append(1, m);\n\t\t\tint[] qsubi = new int[n], qsubj = new int[n], bkx = new int[n];\n\t\t\tdouble[] qval = new double[n];\n\t\t\tfor (int i = 0; i < n; i++) {\n\t\t\t\tqsubi[i] = i;\n\t\t\t\tqsubj[i] = i;\n\t\t\t\tqval[i] = 2.0*vars.get(i).weight;\n\t\t\t\ttask.putcj(i, -qval[i] * vars.get(i).desiredPosition);\n\t\t\t\ttask.putbound(0, i, Env.boundkeye.ra, -Env.Val.infinity,\n\t\t\t\t\t\tEnv.Val.infinity);\n\t\t\t}\n\t\t\tfor (int i = 0; i < m; i++) {\n\t\t\t\tConstraint con = constraints.get(i);\n\t\t\t\tint l = varLookup.get(con.left.name);\n\t\t\t\tint r = varLookup.get(con.right.name);\n\t\t\t\ttask.putavec(1, i, 2, new int[] { l, r },\n\t\t\t\t\t\tnew double[] { -1, 1 });\n\t\t\t\ttask.putbound(1, i, Env.boundkeye.lo, con.separation,\n\t\t\t\t\t\tEnv.Val.infinity);\n\t\t\t}\n\t\t\ttask.putqobj(n, qsubi, qsubj, qval);\n\t\t\ttask.optimize();\n\t\t\tdouble[] xx = new double[n];\n\t\t\ttask.getsolutionslice(mosek.Env.soltpekeye.sol_itr,\n\t\t\t\t\tmosek.Env.solitmkeye.xx, 0, n, xx);\n\n\t\t\tSystem.out.println(\"Primal solution\");\n\t\t\tfor (int j = 0; j < n; ++j) {\n\t\t\t\tVariable v = vars.get(j);\n\t\t\t\tv.offset = xx[j];\n\t\t\t\tv.container.position = 0;\n\t\t\t\t//System.out.println(\"x\" + (j+1) + \": \" + xx[j]);\n\t\t\t}\n\n\t\t\ttask.cleanup();\n\t\t\tenv.cleanup();\n\t\t} catch (mosek.ArrayLengthException e)\n\t\t/* Catch both Error and Warning */\n\t\t{\n\t\t\tSystem.out.println(e.toString());\n\t\t\tthrow e;\n\t\t} catch (mosek.Exception e) {\n\t\t\tSystem.out.println(e.msg);\n\t\t\tthrow e;\n\t\t}\n\t\treturn getCost();\n\t}\n\t/* (non-Javadoc)\n\t * @see placement.Pl#getCost()\n\t */\n\tpublic double getCost() {\n\t\tdouble cost = 0;\n\t\tfor (Variable v : vars) {\n\t\t\tdouble diff = v.getPosition() - v.desiredPosition;\n\t\t\tcost += v.weight * diff * diff;\n\t\t}\n\t\treturn cost;\n\t}\n\n\tpublic Constraints getConstraints() {\n\t\treturn constraints;\n\t}\n\n\tpublic Variables getVariables() {\n\t\treturn vars;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/NativeFSA.java",
    "content": "package placement;\n\nimport java.awt.geom.Rectangle2D;\nimport java.util.ArrayList;\n\npublic class NativeFSA implements RectanglePlacement {\n\tdouble xgap, ygap;\n\n\tNativeFSA(double xgap, double ygap) {\n\t\tthis.xgap = xgap;\n\t\tthis.ygap = ygap;\n\t}\n\tpublic native double place(double x[],\n\t\t\tdouble y[], double w[], double h[]);\n\n\tstatic {\n\t\tSystem.loadLibrary(\"placement_NativeFSA\");\n\t}\n\n\tpublic void place(ArrayList<RectangleView> rs) {\n\t\tArrayList<Rectangle2D> rectangles = new ArrayList<Rectangle2D>();\n\t\tint n=rectangles.size();\n\t\tdouble[] x=new double[n];\n\t\tdouble[] y=new double[n];\n\t\tdouble[] w=new double[n];\n\t\tdouble[] h=new double[n];\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tRectangleView r=rs.get(i);\n\t\t\tx[i]=r.x;\n\t\t\ty[i]=r.y;\n\t\t\tw[i]=r.width+xgap;\n\t\t\th[i]=r.height+ygap;\n\t\t}\n\t\tplace(x,y,w,h);\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trs.get(i).moveTo(x[i],y[i]);\n\t\t}\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/PNode.java",
    "content": "package placement;\n\npublic class PNode<S extends Comparable> {\n\t/**\n\t * Construct the PNode.\n\t * \n\t * @param theElement\n\t *            the value stored in the PNode.\n\t */\n\tPNode(S theElement) {\n\t\telement = theElement;\n\t\tleftChild = null;\n\t\tnextSibling = null;\n\t\tprev = null;\n\t}\n\n\t// Friendly data; accessible by other package routines\n\tS element;\n\n\tPNode<S> leftChild;\n\n\tPNode<S> nextSibling;\n\n\tPNode<S> prev;\n}"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/PerformanceTest.java",
    "content": "package placement;\n\nimport java.awt.geom.Rectangle2D;\nimport java.io.BufferedOutputStream;\nimport java.io.BufferedWriter;\nimport java.io.File;\nimport java.io.FileOutputStream;\nimport java.io.FileWriter;\nimport java.io.IOException;\nimport java.io.ObjectOutput;\nimport java.io.ObjectOutputStream;\nimport java.io.OutputStream;\nimport java.io.Writer;\nimport java.util.ArrayList;\nimport java.util.IdentityHashMap;\nimport java.util.Random;\nimport java.util.Vector;\n\nclass Result {\n\tint size;\n\n\tdouble k;\n\n\tVector<Cost> costs = new Vector<Cost>();\n\n\tvoid writeToFile() {\n\t\tFile f = new File(\"PerformanceResults.log\");\n\t\tWriter output = null;\n\t\ttry {\n\t\t\t// use buffering\n\t\t\toutput = new BufferedWriter(new FileWriter(f, true));\n\t\t\toutput.write(toString() + \"\\n\");\n\t\t\toutput.close();\n\t\t} catch (IOException e) {\n\t\t\te.printStackTrace();\n\t\t}\n\t}\n\n\tpublic String toString() {\n\t\tString s = size + \",\" + k;\n\t\tfor(Cost c:costs) {\n\t\t\ts+=\",\"+c;\n\t\t}\n\t\treturn s;\n\t}\n\n\tpublic void writeHeader() {\n\t\tFile f = new File(\"PerformanceResults.log\");\n\t\tWriter output = null;\n\t\ttry {\n\t\t\t// use buffering\n\t\t\toutput = new BufferedWriter(new FileWriter(f, true));\n\t\t\toutput.write(\"size,k\");\n\t\t\tfor(Cost c:costs) {\n\t\t\t\toutput.write(\",\"+c.hdr());\n\t\t\t}\n\t\t\toutput.write(\"\\n\");\n\t\t\toutput.close();\n\t\t} catch (IOException e) {\n\t\t\te.printStackTrace();\n\t\t}\n\t}\n}\n\nclass Cost {\n\tString name;\n\tlong time;\n\tdouble xDisplacement;\n\tdouble yDisplacement;\n\tpublic double displacement;\n\n\tpublic String hdr() {\n\t\treturn name+\" time,\"+name+\" X,\"+name+\" Y,\"+name+\" tot\";\n\t}\n\tpublic String toString() {\n\t\tString s = time + \",\" + xDisplacement+ \",\" + yDisplacement+ \",\" + displacement;\n\t\treturn s;\n\t}\n}\n\npublic class PerformanceTest {\n\n\tPerformanceTest() {\n\t\tArrayList<Result> results = new ArrayList<Result>();\n\t\tboolean first=true;\n\t\tfor (int size = 500; size <= 500; size += 10) {\n\t\t\tfor (int i = 0; i < 10; i++) { // run 10 times at each size\n\t\t\t\tResult result = new Result();\n\t\t\t\tresult.size = size;\n\t\t\t\tArrayList<Rectangle2D> rs = generateRandom(result, 100.0, 100.0,\n\t\t\t\t\t\tMath.sqrt(size) / 5);\n\t\t\t\tQPRectanglePlacement p = new QPRectanglePlacement(true, false,\n\t\t\t\t\t\tfalse, QPRectanglePlacement.Algorithm.CACTIVESET, 0, 0,\n\t\t\t\t\t\tfalse);\n\t\t\t\tresult.costs.add(run(p, rs,\"SOL-neighbourlists\"));\n\t\t\t\tp.constraintGenerator.neighbourLists=false;\n\t\t\t\tresult.costs.add(run(p, rs,\"SOL\"));\n\t\t\t\t/*\n\t\t\t\tresult.costs.add(run(\n\t\t\t\t\t\tnew QPRectanglePlacement(false, false, false,\n\t\t\t\t\t\t\t\tQPRectanglePlacement.Algorithm.CACTIVESET, 0,\n\t\t\t\t\t\t\t\t0, false), rs,\"SAT\"));\n\t\t\t\tresult.costs.add(run(new QPRectanglePlacement(true, false,\n\t\t\t\t\t\tfalse, QPRectanglePlacement.Algorithm.CACTIVESET, 0, 0,\n\t\t\t\t\t\tfalse), rs,\"SOL\"));\n\t\t\t\tresult.costs.add(run(new QPRectanglePlacement(false, false,\n\t\t\t\t\t\tfalse, QPRectanglePlacement.Algorithm.MOSEK, 0, 0,\n\t\t\t\t\t\tfalse), rs,\"QP\"));\n\t\t\t\tresult.costs.add(run(\n\t\t\t\t\t\tnew QPRectanglePlacement(false, false, true,\n\t\t\t\t\t\t\t\tQPRectanglePlacement.Algorithm.CACTIVESET, 0,\n\t\t\t\t\t\t\t\t0, false), rs,\"SAT_OO\"));\n\t\t\t\tresult.costs.add(run(new QPRectanglePlacement(true, false,\n\t\t\t\t\t\ttrue, QPRectanglePlacement.Algorithm.CACTIVESET, 0, 0,\n\t\t\t\t\t\tfalse), rs,\"SOL_OO\"));\n\t\t\t\tresult.costs.add(run(\n\t\t\t\t\t\tnew QPRectanglePlacement(false, false, true,\n\t\t\t\t\t\t\t\tQPRectanglePlacement.Algorithm.MOSEK, 0, 0,\n\t\t\t\t\t\t\t\tfalse), rs,\"QP_OO\"));\n\t\t\t\tresult.costs.add(run(new FSA(0, 0), rs,\"FSA\"));\n\t\t\t\t*/\n\t\t\t\tresults.add(result);\n\t\t\t\tif(first) {\n\t\t\t\t\tresult.writeHeader();\n\t\t\t\t\tfirst=false;\n\t\t\t\t}\n\t\t\t\tresult.writeToFile();\n\t\t\t}\n\t\t}\n\t\tfor (Result r : results) {\n\t\t\tSystem.out.println(r);\n\t\t}\n\n\t}\n\n\t/**\n\t * @param args\n\t */\n\tpublic static void main(String[] args) {\n\t\tPerformanceTest p = new PerformanceTest();\n\t}\n\n\tprivate ArrayList<Rectangle2D> copyRects(ArrayList<Rectangle2D> orig) {\n\t\tArrayList<Rectangle2D> rs = new ArrayList<Rectangle2D>();\n\t\tfor (Rectangle2D r : orig) {\n\t\t\tRectangle2D r2 = new Rectangle2D.Double();\n\t\t\tr2.setRect(r);\n\t\t\trs.add(r2);\n\t\t}\n\t\treturn rs;\n\t}\n\tprivate Cost run(RectanglePlacement p, ArrayList<Rectangle2D> orig, String alg) {\n\t\tSystem.gc();\n\t\tCost c = new Cost();\n\t\tArrayList<Rectangle2D> rs = copyRects(orig);\n\t\tlong t0 = System.currentTimeMillis();\n\t\t// TODO p.place(rects);\n\t\tc.time = System.currentTimeMillis() - t0;\n\t\tc.xDisplacement = 0;\n\t\tc.yDisplacement = 0;\n\t\tc.name = alg;\n\t\tdouble dx, dy;\n\t\tfor (int i=0;i<rs.size();i++) {\n\t\t\tRectangle2D r=rs.get(i);\n\t\t\tRectangle2D o=orig.get(i);\n\t\t\t//assert(r.getWidth()==o.getWidth());\n\t\t\t//assert(r.getHeight()==o.getHeight());\n\t\t\t//assert(r.getMinX()==rMap.get(r).getMinX());\n\t\t\t//assert(r.getMinY()==rMap.get(r).getMinY());\n\t\t\tc.xDisplacement += dx=Math.abs(r.getMinX() - o.getMinX());\n\t\t\tc.yDisplacement += dy=Math.abs(r.getMinY() - o.getMinY());\n\t\t\tc.displacement += Math.sqrt(dx * dx + dy * dy);\n\t\t}\n\t\treturn c;\n\t}\n\t@Override\n\tprotected void finalize() throws Throwable {\n\t\t// TODO Auto-generated method stub\n\t\tsuper.finalize();\n\t}\n\n\tprivate Cost run(RectanglePlacement p, ArrayList<Rectangle2D> orig, ArrayList<Rectangle2D> xplaced, String alg) {\n\t\tSystem.gc();\n\t\tCost c = new Cost();\n\t\tArrayList<Rectangle2D> rs = copyRects(orig);\n\t\tArrayList<Rectangle2D> xrs = copyRects(xplaced);\n\t\tlong t0 = System.currentTimeMillis();\n\t\t// TODO\n\t\t//((QPRectanglePlacement)p).placeX(rs,null,null);\n\t\t//((QPRectanglePlacement)p).placeY(xrs,null,null);\n\t\tc.time = System.currentTimeMillis() - t0;\n\t\tc.xDisplacement = 0;\n\t\tc.yDisplacement = 0;\n\t\tc.name = alg;\n\t\tfor (int i=0;i<xrs.size();i++) {\n\t\t\tRectangle2D r=rs.get(i);\n\t\t\tRectangle2D xr=xrs.get(i);\n\t\t\tRectangle2D o=orig.get(i);\n\t\t\tassert(r.getWidth()==o.getWidth());\n\t\t\tassert(r.getHeight()==o.getHeight());\n\t\t\t//assert(r.getMinX()==rMap.get(r).getMinX());\n\t\t\t//assert(r.getMinY()==rMap.get(r).getMinY());\n\t\t\tc.xDisplacement += Math.abs(r.getMinX() - o.getMinX());\n\t\t\tc.yDisplacement += Math.abs(xr.getMinY() - o.getMinY());\n\t\t\t//c.displacement += Math.sqrt(dx * dx + dy * dy);\n\t\t}\n\t\treturn c;\n\t}\n\tstatic ArrayList<Rectangle2D> generateRandom(Result result, double w,\n\t\t\tdouble h, double rSize) {\n\t\tRandom rand = new Random();\n\t\tArrayList<Rectangle2D> rectangles = new ArrayList<Rectangle2D>();\n\t\tfor (int i = 0; i < result.size; i++) {\n\t\t\tRectangle2D r = new Rectangle2D.Double(w+ w * rand.nextDouble(), h+h\n\t\t\t\t\t* rand.nextDouble(), (w / rSize) * rand.nextDouble(),\n\t\t\t\t\t(h / rSize) * rand.nextDouble());\n\t\t\trectangles.add(r);\n\t\t}\n\t\tint overlapCount = 0;\n\t\tfor (int i = 0; i < rectangles.size(); i++) {\n\t\t\tRectangle2D u = rectangles.get(i);\n\t\t\tfor (int j = i + 1; j < rectangles.size(); j++) {\n\t\t\t\tRectangle2D v = rectangles.get(j);\n\t\t\t\tif (u.intersects(v))\n\t\t\t\t\toverlapCount++;\n\t\t\t}\n\t\t}\n\t\tdouble k = (double) overlapCount / (double) result.size;\n\t\tSystem.out.println(\"Random graph has k=\" + k);\n\t\tresult.k = k;\n\t\tObjectOutput output = null;\n\t\tFile file = new File(\"randomrects.blocks\");\n\t\tArrayList<Rectangle2D> rs = new ArrayList<Rectangle2D>();\n\t\trs.add(new Rectangle2D.Double(1,2,3,4));\n\n\t\treturn rectangles;\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Placement.java",
    "content": "package placement;\n\npublic interface Placement {\n\n\tpublic abstract Constraint addConstraint(String u, String v, double sep);\n\n\tpublic abstract double solve() throws Exception;\n\t\n\tpublic abstract Constraints getConstraints();\n\tpublic abstract Variables getVariables();\n\n}"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/PlacementTest.java",
    "content": "/*\n * Created on 6/03/2005\n *\n */\npackage placement;\n\nimport java.util.ArrayList;\nimport java.util.HashMap;\nimport java.util.Random;\n\nimport junit.framework.TestCase;\n\n/**\n * @author dwyer_2\n */\npublic class PlacementTest extends TestCase {\n\tHashMap<String, Variable> vlookup = new HashMap<String, Variable>();\n\n\tVariable vs[];\n\n\t/*\n\t * public String toString() { String s = getClass().getName() + \"-Positions: \";\n\t * for (Variable v : vs) { s = s + v + \"=\" + v.getPosition() + \" \"; } s = s +\n\t * \"\\n\" + blocks; return s; }\n\t */\n\n\t/**\n\t * Constructor for PlacementTest.\n\t * \n\t * @param arg0\n\t */\n\tpublic PlacementTest(String arg0) {\n\t\tsuper(arg0);\n\t}\n\n\tprivate void run(Placement p, double expected) throws Exception {\n\t\tdouble acost = p.solve();\n\t\tSystem.out.println(\"COST=\" + acost);\n\t\t// assertTrue(acceptableCost(acost, expected));\n\t\t// p = new MosekPlacement(p.getVariables(), p.getConstraints());\n\t\t// assertTrue(acceptableCost(p.solve(), acost));\n\t\t// p = new SolveVPSC(p.getVariables(), p.getConstraints());\n\t\tassertTrue(acceptableCost(p.solve(), acost));\n\t}\n\n\tboolean acceptableCost(double cost, double expected) {\n\t\tif (Math.abs(cost - expected) < 0.001) {\n\t\t\treturn true;\n\t\t}\n\t\treturn false;\n\t}\n\n\tpublic void testPairingHeap() throws Exception {\n\t\t{\n\t\t\tlong startTime = System.currentTimeMillis();\n\t\t\tRandom r = new Random();\n\t\t\tMaxPairingHeap<Double> h1 = new MaxPairingHeap<Double>();\n\t\t\tMaxPairingHeap<Double> h2 = new MaxPairingHeap<Double>();\n\t\t\tfor (int i = 0; i < 10000; i++) {\n\t\t\t\th1.add(r.nextDouble());\n\t\t\t\th2.add(r.nextDouble());\n\t\t\t}\n\t\t\tlong time = System.currentTimeMillis() - startTime;\n\t\t\tSystem.out.println(\"Inserts completed in \" + time + \"ms.\");\n\t\t\th1.merge(h2);\n\t\t\tdouble last = Double.MAX_VALUE;\n\t\t\tfor (int i = 0; i < 20000; i++) {\n\t\t\t\tdouble d = h1.deleteMax();\n\t\t\t\tassertTrue(d < last);\n\t\t\t\tlast = d;\n\t\t\t}\n\t\t\ttime = System.currentTimeMillis() - startTime;\n\t\t\tSystem.out.println(\"1st Pairing heap test completed in \" + time\n\t\t\t\t\t+ \"ms.\");\n\t\t}\n\t\t{\n\t\t\tMinPairingHeap<Integer> h = new MinPairingHeap<Integer>();\n\t\t\tint numItems = 1000;\n\t\t\tint i = 37;\n\t\t\tint j;\n\n\t\t\tfor (i = 37; i != 0; i = (i + 37) % numItems) {\n\t\t\t\th.insert(i);\n\t\t\t}\n\t\t\tfor (i = 1; i < numItems; i++) {\n\t\t\t\tint v = h.deleteMin();\n\t\t\t\tassertTrue(v == i);\n\t\t\t}\n\n\t\t\tPNode<Integer>[] p = new PNode[numItems];\n\t\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 71)\n\t\t\t\t\t% numItems)\n\t\t\t\tp[j] = h.insert(j + numItems);\n\t\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 53)\n\t\t\t\t\t% numItems)\n\t\t\t\th.decreaseKey(p[j], p[j].element + numItems);\n\t\t\ti = numItems - 1;\n\t\t\twhile (!h.isEmpty()) {\n\t\t\t\tint v = h.deleteMin();\n\t\t\t\tassertTrue(v == ++i);\n\t\t\t}\n\t\t}\n\t\t{\n\t\t\tMaxPairingHeap<Integer> h = new MaxPairingHeap<Integer>();\n\t\t\tint numItems = 1000;\n\t\t\tint i = 37;\n\t\t\tint j;\n\n\t\t\tfor (i = 37; i != 0; i = (i + 37) % numItems) {\n\t\t\t\th.add(i);\n\t\t\t}\n\t\t\tfor (i = numItems - 1; i > 0; i--) {\n\t\t\t\tint v = h.deleteMax();\n\t\t\t\tassertTrue(v == i);\n\t\t\t}\n\n\t\t\tPNode<Integer>[] p = new PNode[numItems];\n\t\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 71)\n\t\t\t\t\t% numItems) {\n\t\t\t\tp[j] = new PNode<Integer>(j + numItems);\n\t\t\t\th.add(p[j]);\n\t\t\t}\n\t\t\tfor (i = 0, j = numItems / 2; i < numItems; i++, j = (j + 53)\n\t\t\t\t\t% numItems)\n\t\t\t\th.increaseKey(p[j], p[j].element + numItems);\n\t\t\ti = 3 * numItems;\n\t\t\twhile (!h.isEmpty()) {\n\t\t\t\tint v = h.deleteMax();\n\t\t\t\tif (v != --i) {\n\t\t\t\t\tassertTrue(v == i);\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t}\n\n\tclass HeapNode implements Comparable<HeapNode> {\n\t\tint key;\n\n\t\tboolean dirty = false;\n\n\t\tHeapNode(int k) {\n\t\t\tkey = k;\n\t\t}\n\t\tpublic String toString() {\n\t\t\treturn \"\"+key;\n\t\t}\n\t\tpublic int compareTo(HeapNode o) {\n\t\t\t// Dirty entries have to bubble up and be dealt with\n\t\t\tif(dirty&&!o.dirty) {\n\t\t\t\treturn 1;\n\t\t\t} else if (!dirty&&o.dirty) {\n\t\t\t\treturn -1;\n\t\t\t} else\n\t\t\tif (key > o.key) {\n\t\t\t\treturn 1;\n\t\t\t} else if (key < o.key) {\n\t\t\t\treturn -1;\n\t\t\t}\n\t\t\treturn 0;\n\t\t}\n\t}\n\n\tpublic void testPairingHeap2() throws Exception {\n\t\tint n = 50, d = 0, od = 0, nd=0;\n\t\tRandom r = new Random(System.currentTimeMillis());\n\t\tHeapNode[] ns = new HeapNode[n];\n\t\ttry {\n\t\t\tfor (int repeat = 100000; repeat > 0; repeat--) {\n\t\t\t\tMaxPairingHeap<HeapNode> h = new MaxPairingHeap<HeapNode>();\n\t\t\t\tfor (int i = 0; i < n; i++) {\n\t\t\t\t\tns[i] = new HeapNode(r.nextInt(50));\n\t\t\t\t\th.add(ns[i]);\n\t\t\t\t}\n\t\t\t\tfor (int j = 0; j < 5; j++) {\n\t\t\t\t\td = r.nextInt(n);\n\t\t\t\t\tod = ns[d].key;\n\t\t\t\t\tint sub=r.nextInt(50);\n\t\t\t\t\tns[d].key -= sub;\n\t\t\t\t\tnd = ns[d].key;\n\t\t\t\t\tns[d].dirty = true;\n\t\t\t\t}\n\t\t\t\tint last = Integer.MAX_VALUE;\n\t\t\t\twhile (!h.isEmpty()) {\n\t\t\t\t\tHeapNode i = h.findMax();\n\t\t\t\t\tArrayList<HeapNode> outOfDate = new ArrayList<HeapNode>();\n\t\t\t\t\twhile (i!=null&&i.dirty) {\n\t\t\t\t\t\th.deleteMax();\n\t\t\t\t\t\ti.dirty = false;\n\t\t\t\t\t\toutOfDate.add(i);\n\t\t\t\t\t\ti = h.findMax();\n\t\t\t\t\t}\n\t\t\t\t\tfor (HeapNode v : outOfDate) {\n\t\t\t\t\t\th.add(v);\n\t\t\t\t\t}\n\t\t\t\t\ti = h.findMax();\n\t\t\t\t\tassertTrue(i.key <= last);\n\t\t\t\t\tlast = i.key;\n\t\t\t\t\th.deleteMax();\n\t\t\t\t}\n\t\t\t}\n\t\t} catch (junit.framework.AssertionFailedError e) {\n\t\t\tns[d].key=od;\n\t\t\tSystem.err.print(\"int[] orig = {\" + ns[0].key);\n\t\t\tfor (int i = 1; i < n; i++) {\n\t\t\t\tSystem.err.print(\",\" + ns[i].key);\n\t\t\t}\n\t\t\tSystem.err.println(\"};\");\n\t\t\tSystem.err.println(\"int d=\" + d + \", nd=\" + nd+\";\");\n\t\t\tthrow e;\n\t\t}\n\t}\n\n\tpublic void testPairingHeap3() throws Exception {\n\t\tMaxPairingHeap<HeapNode> h = new MaxPairingHeap<HeapNode>();\n\t\tint[] orig = {19,8,2,24,12,7,19,37,32,48};\n\t\tint d=9, nd=42;\n\t\tint n = orig.length;\n\t\tHeapNode[] ns = new HeapNode[n];\n\t\tfor (int i = 0; i < n; i++) {\n\t\t\tns[i] = new HeapNode(orig[i]);\n\t\t\th.add(ns[i]);\n\t\t}\n\t\tSystem.out.println(\"Original heap: \"+h);\n\t\tns[d].key = nd;\n\t\tns[d].dirty = true;\n\t\tint last = 100;\n\t\twhile (!h.isEmpty()) {\n\t\t\tSystem.out.println(\"\"+h);\n\t\t\tHeapNode i = h.findMax();\n\t\t\tArrayList<HeapNode> outOfDate = new ArrayList<HeapNode>();\n\t\t\twhile (i!=null&&i.dirty) {\n\t\t\t\tSystem.out.println(\"Skipping: \"+i.key);\n\t\t\t\th.deleteMax();\n\t\t\t\ti.dirty = false;\n\t\t\t\toutOfDate.add(i);\n\t\t\t\ti = h.findMax();\n\t\t\t}\n\t\t\tfor (HeapNode v : outOfDate) {\n\t\t\t\th.add(v);\n\t\t\t}\n\t\t\ti = h.findMax();\n\t\t\tSystem.out.println(i.key+\"<=\"+last);\n\t\t\tassertTrue(i.key <= last);\n\t\t\tlast = i.key;\n\t\t\th.deleteMax();\n\t\t}\n\t}\n\n\tpublic void testPlacement1() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 1, 3), new Variable(\"x2\", 1, 2),\n\t\t\t\tnew Variable(\"x3\", 1, 3), new Variable(\"x4\", 3, 2),\n\t\t\t\tnew Variable(\"x5\", 3, 1) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x1\", \"x3\", 1);\n\t\tp.addConstraint(\"x2\", \"x4\", 1);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x4\", \"x5\", 1);\n\t\trun(p, 2.541);\n\t}\n\n\tpublic void testPlacement1a() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x3\", 1, 3), new Variable(\"x1\", 1, 3),\n\t\t\t\tnew Variable(\"x4\", 3, 2), new Variable(\"x5\", 3, 1),\n\t\t\t\tnew Variable(\"x2\", 1, 2) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x1\", \"x3\", 1);\n\t\tp.addConstraint(\"x2\", \"x4\", 1);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x4\", \"x5\", 1);\n\t\trun(p, 2.541);\n\t}\n\n\tpublic void testPlacement2() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 0, 1), new Variable(\"x2\", 1, 1),\n\t\t\t\tnew Variable(\"x3\", 4, 1), new Variable(\"x4\", 4, 1),\n\t\t\t\tnew Variable(\"x5\", 3, 1), new Variable(\"x6\", 6, 1),\n\t\t\t\tnew Variable(\"x7\", 5, 1), new Variable(\"x8\", 0, 1),\n\t\t\t\tnew Variable(\"x9\", 7, 1) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x1\", \"x3\", 1);\n\t\tp.addConstraint(\"x1\", \"x4\", 1);\n\t\tp.addConstraint(\"x2\", \"x5\", 3);\n\t\tp.addConstraint(\"x3\", \"x5\", 1);\n\t\tp.addConstraint(\"x3\", \"x6\", 1);\n\t\tp.addConstraint(\"x4\", \"x5\", 1);\n\t\tp.addConstraint(\"x4\", \"x8\", 1);\n\t\tp.addConstraint(\"x5\", \"x7\", 1);\n\t\tp.addConstraint(\"x6\", \"x9\", 4);\n\t\tp.addConstraint(\"x7\", \"x9\", 2);\n\t\tp.addConstraint(\"x8\", \"x9\", 3);\n\t\trun(p, 19.0);\n\t}\n\n\tpublic void testPlacement3() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 0, 1), new Variable(\"x2\", 0, 1),\n\t\t\t\tnew Variable(\"x3\", 0, 1), new Variable(\"x4\", 0, 1),\n\t\t\t\tnew Variable(\"x5\", 8, 1), new Variable(\"x6\", 8, 1),\n\t\t\t\tnew Variable(\"x7\", 8, 1), new Variable(\"x8\", 8, 1),\n\t\t\t\tnew Variable(\"x9\", 4, 20) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x2\", \"x3\", 1);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x5\", \"x6\", 1);\n\t\tp.addConstraint(\"x6\", \"x7\", 1);\n\t\tp.addConstraint(\"x7\", \"x8\", 1);\n\t\tp.addConstraint(\"x9\", \"x3\", 1);\n\t\trun(p, 61.0);\n\t}\n\n\tpublic void testPlacement4() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 1, 3), new Variable(\"x4\", 3, 2),\n\t\t\t\tnew Variable(\"x5\", 3, 1), new Variable(\"x2\", 1, 2),\n\t\t\t\tnew Variable(\"x3\", 1, 2) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x1\", \"x3\", 1);\n\t\tp.addConstraint(\"x2\", \"x4\", 1);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x4\", \"x5\", 1);\n\t\trun(p, 2.3809524);\n\t}\n\n\tpublic void testPlacement5() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 1, 1), new Variable(\"x2\", 2, 1),\n\t\t\t\tnew Variable(\"x3\", 2, 1), new Variable(\"x4\", 3, 1),\n\t\t\t\tnew Variable(\"x5\", 5, 1), new Variable(\"x6\", 6, 1),\n\t\t\t\tnew Variable(\"x7\", 7, 1) });\n\t\tp.addConstraint(\"x1\", \"x2\", 2);\n\t\tp.addConstraint(\"x1\", \"x3\", 2);\n\t\tp.addConstraint(\"x4\", \"x5\", 2);\n\t\tp.addConstraint(\"x2\", \"x6\", 2);\n\t\tp.addConstraint(\"x5\", \"x7\", 2);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x6\", \"x7\", 2);\n\t\trun(p, 1.3);\n\t}\n\n\tpublic void testPlacement6() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 0, 1), new Variable(\"x2\", 2, 1),\n\t\t\t\tnew Variable(\"x3\", 1, 8), new Variable(\"x4\", 3, 1) });\n\t\tp.addConstraint(\"x1\", \"x2\", 3);\n\t\tp.addConstraint(\"x1\", \"x3\", 3);\n\t\tp.addConstraint(\"x2\", \"x4\", 1.5f);\n\t\trun(p, 3.6805556);\n\t}\n\n\tpublic void testPlacement7() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 1, 7), new Variable(\"x2\", -1, 2),\n\t\t\t\tnew Variable(\"x3\", 1, 2), new Variable(\"x4\", -1, 2),\n\t\t\t\tnew Variable(\"x5\", 1, 2), new Variable(\"x6\", -1, 2),\n\t\t\t\tnew Variable(\"x7\", 1, 2), new Variable(\"x8\", -1, 2),\n\t\t\t\tnew Variable(\"x9\", 1, 2), new Variable(\"x10\", -1, 7) });\n\t\tp.addConstraint(\"x1\", \"x2\", 0);\n\t\tp.addConstraint(\"x1\", \"x3\", 0);\n\t\tp.addConstraint(\"x1\", \"x4\", 0);\n\t\tp.addConstraint(\"x1\", \"x5\", 0);\n\t\tp.addConstraint(\"x1\", \"x6\", 0);\n\t\tp.addConstraint(\"x1\", \"x7\", 0);\n\t\tp.addConstraint(\"x1\", \"x8\", 0);\n\t\tp.addConstraint(\"x1\", \"x9\", 0);\n\t\tp.addConstraint(\"x2\", \"x10\", 0);\n\t\tp.addConstraint(\"x3\", \"x10\", 0);\n\t\tp.addConstraint(\"x4\", \"x10\", 0);\n\t\tp.addConstraint(\"x5\", \"x10\", 0);\n\t\tp.addConstraint(\"x6\", \"x10\", 0);\n\t\tp.addConstraint(\"x7\", \"x10\", 0);\n\t\tp.addConstraint(\"x8\", \"x10\", 0);\n\t\tp.addConstraint(\"x9\", \"x10\", 0);\n\t\trun(p, 29.866667);\n\t}\n\n\tpublic void testPlacement8() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x1\", 0, 2), new Variable(\"x2\", 0, 1),\n\t\t\t\tnew Variable(\"x3\", 3, 2), new Variable(\"x4\", 2, 5),\n\t\t\t\tnew Variable(\"x5\", 5, 5), new Variable(\"x6\", 4, 2),\n\t\t\t\tnew Variable(\"x7\", 7, 1), new Variable(\"x8\", 7, 2),\n\t\t\t\tnew Variable(\"x9\", 1, 4) });\n\t\tp.addConstraint(\"x1\", \"x2\", 1);\n\t\tp.addConstraint(\"x2\", \"x3\", 1);\n\t\tp.addConstraint(\"x3\", \"x4\", 1);\n\t\tp.addConstraint(\"x4\", \"x5\", 1);\n\t\tp.addConstraint(\"x5\", \"x6\", 1);\n\t\tp.addConstraint(\"x6\", \"x7\", 1);\n\t\tp.addConstraint(\"x7\", \"x8\", 1);\n\t\tp.addConstraint(\"x1\", \"x9\", 1);\n\t\tp.addConstraint(\"x9\", \"x8\", 6);\n\t\trun(p, 12.799999);\n\t}\n\n\tpublic void testPlacement9() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x0\", 0, 1), new Variable(\"x1\", 1, 1),\n\t\t\t\tnew Variable(\"x2\", 2, 1), new Variable(\"x3\", 3, 1),\n\t\t\t\tnew Variable(\"x4\", 4, 1) });\n\t\tp.addConstraint(\"x0\", \"x4\", 9);\n\t\tp.addConstraint(\"x0\", \"x2\", 9);\n\t\tp.addConstraint(\"x2\", \"x4\", 3);\n\t\tp.addConstraint(\"x0\", \"x1\", 3);\n\t\tp.addConstraint(\"x1\", \"x2\", 3);\n\t\tp.addConstraint(\"x2\", \"x3\", 3);\n\t\tp.addConstraint(\"x3\", \"x4\", 3);\n\t\trun(p, 666.46497);\n\t}\n\n\tpublic void testPlacement10() throws Exception {\n\t\tPlacement p = new ActiveSetPlacement(new Variable[] {\n\t\t\t\tnew Variable(\"x0\", 0, 9), new Variable(\"x2\", 0.2f, 3),\n\t\t\t\tnew Variable(\"x4\", 0.4f, 3) });\n\t\tp.addConstraint(\"x0\", \"x4\", 9);\n\t\tp.addConstraint(\"x0\", \"x2\", 9);\n\t\tp.addConstraint(\"x2\", \"x4\", 3);\n\t\trun(p, 386.304);\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/QPRectanglePlacement.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.Observable;\nimport java.util.Observer;\nimport java.util.logging.Logger;\n\npublic class QPRectanglePlacement extends Observable implements\n\t\tRectanglePlacement, Observer {\n\tprivate static final double EXTRA_GAP = 0.0001;\n\n\tstatic Logger logger = Logger.getLogger(QPRectanglePlacement.class\n\t\t\t.getName());\n\n\tenum Algorithm {\n\t\tACTIVESET, CACTIVESET, MOSEK\n\t}\n\n\tprivate Algorithm algorithm = Algorithm.ACTIVESET;\n\n\tprivate boolean animate;\n\n\tprivate boolean splitRefinement;\n\n\tpublic ConstraintGenerator constraintGenerator;\n\n\t/**\n\t * @param completeConstraints\n\t * @param animate\n\t */\n\tpublic QPRectanglePlacement(boolean split, boolean completeConstraints,\n\t\t\tboolean orthogonalOrdering, Algorithm algorithm, double xgap,\n\t\t\tdouble ygap, boolean animate) {\n\t\tthis.splitRefinement = split;\n\t\tthis.constraintGenerator = new ConstraintGenerator(completeConstraints,\n\t\t\t\ttrue, orthogonalOrdering);\n\t\tthis.algorithm = algorithm;\n\t\tthis.animate = animate;\n\t\tXChunk.g = xgap;\n\t\tYChunk.g = ygap;\n\t}\n\n\tvoid placeX(ArrayList<RectangleView> rectangles) {\n\n\t\tdouble cost;\n\t\tlong t1 = System.currentTimeMillis();\n\t\tXChunk[] xs = new XChunk[rectangles.size()];\n\t\tlogger.fine(\"*****************Placing X\");\n\t\tfor (int i = 0; i < rectangles.size(); i++) {\n\t\t\tRectangleView r = rectangles.get(i);\n\t\t\tr.oldX = r.x;\n\t\t\txs[i] = new XChunk(r, new YChunk(r));\n\t\t\txs[i].id = r.label;\n\t\t}\n\t\tconstraintGenerator.initVarsAndConstraints(xs, false);\n\t\tsetChanged();\n\t\tnotifyObservers();\n\t\tlong t2 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Gen hor. cs: time=\" + (t2 - t1));\n\t\tcost = placement();\n\t\tlong t3 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Place hor.: cost=\" + cost + \" time=\" + (t3 - t2));\n\t}\n\n\tvoid replaceX(ArrayList<RectangleView> rectangles) {\n\n\t\tdouble cost;\n\t\tlong t1 = System.currentTimeMillis();\n\t\tXChunk[] xs = new XChunk[rectangles.size()];\n\t\tlogger.fine(\"*****************Placing X\");\n\t\tfor (int i = 0; i < rectangles.size(); i++) {\n\t\t\tRectangleView r = rectangles.get(i);\n\t\t\tr.moveTo(r.oldX, r.y);\n\t\t\txs[i] = new XChunk(r, new YChunk(r));\n\t\t\txs[i].id = r.label;\n\t\t}\n\t\tconstraintGenerator.initVarsAndConstraints(xs, true);\n\t\tsetChanged();\n\t\tnotifyObservers();\n\t\tlong t2 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Gen hor. cs: time=\" + (t2 - t1));\n\t\tcost = placement();\n\t\tlong t3 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Place hor.: cost=\" + cost + \" time=\" + (t3 - t2));\n\t}\n\tpublic void place(ArrayList<RectangleView> rectangles) {\n\t\tlong t1 = System.currentTimeMillis();\n\t\tif (algorithm == Algorithm.CACTIVESET) {\n\t\t\tplaceNative(rectangles);\n\t\t} else {\n\t\t\tXChunk.g += EXTRA_GAP;\n\t\t\tYChunk.g += EXTRA_GAP;\n\t\t\tDebugPanel.direction=DebugPanel.Direction.Horizontal;\n\t\t\tplaceX(rectangles);\n\t\t\tXChunk.g -= EXTRA_GAP;\n\t\t\tDebugPanel.direction=DebugPanel.Direction.Vertical;\n\t\t\tplaceY(rectangles);\n\t\t\tDebugPanel.direction=DebugPanel.Direction.Horizontal;\n\t\t\tYChunk.g -= EXTRA_GAP;\n\t\t\treplaceX(rectangles);\n\t\t}\n\t\tlong t2 = System.currentTimeMillis();\n\t\t//System.out.println(\"Total time=\" + (t2 - t1));\n\t}\n\n\tvoid placeNative(ArrayList<RectangleView> rectangles) {\n\t\t// placeXNative(rectangles);\n\t\t// placeYNative(rectangles);\n\t\tSolveVPSC s = new SolveVPSC(rectangles);\n\t\ts.removeOverlaps();\n\t}\n\n\tvoid placeY(ArrayList<RectangleView> rectangles) {\n\t\tlong t1 = System.currentTimeMillis();\n\t\tYChunk[] ys = new YChunk[rectangles.size()];\n\t\tlogger.fine(\"*****************Placing Y\");\n\t\tfor (int i = 0; i < rectangles.size(); i++) {\n\t\t\tRectangleView r = rectangles.get(i);\n\t\t\tys[i] = new YChunk(r, new XChunk(r));\n\t\t\tys[i].id = r.label;\n\t\t}\n\t\tconstraintGenerator.initVarsAndConstraints(ys, true);\n\t\tsetChanged();\n\t\tnotifyObservers();\n\t\tlong t2 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Gen ver. cs: time=\" + (t2 - t1));\n\n\t\tdouble cost = placement();\n\t\tlong t3 = System.currentTimeMillis();\n\t\tSystem.out.println(\"Place ver.: cost=\" + cost + \" time=\" + (t3 - t1));\n\t}\n\n\tdouble placement() {\n\t\tdouble cost = 0;\n\t\tChunk[] chunks = constraintGenerator.getChunks();\n\t\tVariable[] vs = new Variable[chunks.length];\n\t\tfor (int i = 0; i < chunks.length; i++)\n\t\t\tvs[i] = chunks[i].v;\n\t\tPlacement p = null;\n\t\tswitch (algorithm) {\n\t\tcase MOSEK:\n\t\t\tSystem.out.println(\"Running mosek with:\\n   |V|=\" + vs.length);\n\t\t\tp = new MosekPlacement(vs);\n\t\t\tbreak;\n\t\tcase CACTIVESET:\n\t\t\tSystem.out.println(\"Running native AS with:\\n   |V|=\" + vs.length);\n\t\t\tp = new SolveVPSC(vs);\n\t\t\t((SolveVPSC) p).split = splitRefinement;\n\t\t\tbreak;\n\t\tdefault:\n\t\t\tSystem.out.println(\"Running AS with:\\n   |V|=\" + vs.length);\n\t\t\tp = new ActiveSetPlacement(vs);\n\t\t\t((ActiveSetPlacement) p).split = splitRefinement;\n\t\t\t((ActiveSetPlacement) p).debugAnimation = animate;\n\t\t\t((ActiveSetPlacement) p).addObserver(this);\n\t\t}\n\t\tfor (Constraint c : constraintGenerator.getConstraints()) {\n\t\t\tp.addConstraint(c.left.name, c.right.name, c.separation);\n\t\t}\n\t\tSystem.out.println(\"   |C|=\" + p.getConstraints().size());\n\t\ttry {\n\t\t\tcost = p.solve();\n\t\t\t/*\n\t\t\t * if (splitRefinement) { p = new MosekPlacement(p.getVariables(),\n\t\t\t * p.getConstraints()); double mcost = p.solve();\n\t\t\t * System.out.println(\"cost=\" + cost + \", mcost=\" + mcost); assert\n\t\t\t * (2 * Math.abs(cost - mcost) / (1 + mcost + cost) < 0.001) :\n\t\t\t * \"Solver did not find optimal solution!\"; }\n\t\t\t */\n\n\t\t} catch (Exception e) {\n\t\t\te.printStackTrace();\n\t\t}\n\t\tfor (Chunk c : chunks) {\n\t\t\tc.setCentre(c.v.getPosition());\n\t\t}\n\t\treturn cost;\n\t}\n\n\tpublic void addObserver(Observer o) {\n\t\tsuper.addObserver(o);\n\t}\n\n\tpublic void update(Observable arg0, Object arg1) {\n\t\tfor (Chunk c : constraintGenerator.getChunks()) {\n\t\t\tc.setCentre(c.v.getPosition());\n\t\t}\n\t\tsetChanged();\n\t\tnotifyObservers();\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/RectangleDrawerFrame.java",
    "content": "package placement;\n\nimport java.awt.Color;\nimport java.awt.Dimension;\nimport java.awt.Rectangle;\nimport java.awt.event.ActionEvent;\nimport java.awt.event.ActionListener;\nimport java.awt.geom.Rectangle2D;\nimport java.awt.print.PageFormat;\nimport java.awt.print.PrinterJob;\nimport java.io.BufferedOutputStream;\nimport java.io.File;\nimport java.io.FileOutputStream;\nimport java.io.IOException;\nimport java.io.ObjectOutput;\nimport java.io.ObjectOutputStream;\nimport java.io.OutputStream;\nimport java.util.ArrayList;\nimport java.util.Hashtable;\n\nimport javax.swing.Box;\nimport javax.swing.ButtonGroup;\nimport javax.swing.JButton;\nimport javax.swing.JCheckBox;\nimport javax.swing.JFileChooser;\nimport javax.swing.JFrame;\nimport javax.swing.JRadioButton;\nimport javax.swing.JTextField;\nimport javax.swing.JToggleButton;\nimport javax.swing.event.ChangeEvent;\nimport javax.swing.event.ChangeListener;\n\nimport placement.QPRectanglePlacement.Algorithm;\nimport placement.RectangleDrawerPanel.InteractionMode;\n\npublic class RectangleDrawerFrame extends JFrame {\n\n\tenum Algorithm {\n\t\tACTIVESET, NATIVE_ACTIVESET, MOSEK, FSA\n\t}\n\n\tpublic RectangleDrawerFrame(String title) {\n\t\tsuper(title);\n\t}\n\n\tAlgorithm algorithm = Algorithm.ACTIVESET;\n\n\tboolean completeConstraints = false;\n\n\tboolean orthogonalOrderingConstraints = false;\n\n\tboolean animate = false;\n\n\tboolean split = false;\n\n\tpublic static int DefaultXGap = 5;\n\n\tpublic static int DefaultYGap = 5;\n\n\tpublic RectangleDrawerPanel d;\n\n\tpublic static void main(String args[]) {\n\t\tfinal RectangleDrawerFrame f = new RectangleDrawerFrame(\n\t\t\t\t\"Rectangle Drawer\");\n\t\tf.init();\n\t\tif (args.length > 0) {\n\t\t\tSystem.out.println(\"Arg \" + args[0]);\n\t\t\tf.d.load(new File(args[0]));\n\t\t\t//f.cleanup(DefaultXGap,DefaultYGap);\n\t\t}\n\t}\n\n\tpublic void init() {\n\t\tBox hBox1 = Box.createHorizontalBox();\n\t\tBox hBox2 = Box.createHorizontalBox();\n\t\tBox vBox = Box.createVerticalBox();\n\t\td = new RectangleDrawerPanel();\n\t\td.setSize(new Dimension(800, 600));\n\t\td.setBackground(Color.WHITE);\n\t\tJButton cleanupButton = new JButton(\"Remove Overlaps\");\n\t\tJButton clearButton = new JButton(\"Clear\");\n\t\tJButton undoButton = new JButton(\"Undo\");\n\t\tJButton loadButton = new JButton(\"Load\");\n\t\tJButton saveButton = new JButton(\"Save\");\n\t\tJButton randomButton = new JButton(\"Random\");\n\t\tJButton printButton = new JButton(\"Print\");\n\t\tJButton dumpButton = new JButton(\"screenDump\");\n\t\tfinal JToggleButton moveButton = new JToggleButton(\"Move Rectangle\");\n\t\tfinal JTextField xGapField = new JTextField(\"\" + DefaultXGap);\n\t\txGapField.setMaximumSize(new Dimension(100, 30));\n\t\tfinal JTextField yGapField = new JTextField(\"\" + DefaultYGap);\n\t\tyGapField.setMaximumSize(new Dimension(100, 30));\n\t\tJCheckBox completeConstraintsCB = new JCheckBox(\"n^2\");\n\t\tfinal JCheckBox orthogonalConstraintsCB = new JCheckBox(\"OO\");\n\t\tfinal JCheckBox animateCB = new JCheckBox(\"Animate\");\n\t\tfinal JCheckBox splitCB = new JCheckBox(\"Split\");\n\t\tfinal JRadioButton activeSetRB = new JRadioButton(\"AS\");\n\t\tactiveSetRB.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\talgorithm = Algorithm.ACTIVESET;\n\t\t\t\tsplitCB.setEnabled(true);\n\t\t\t\tanimateCB.setEnabled(true);\n\t\t\t\torthogonalConstraintsCB.setEnabled(true);\n\t\t\t}\n\n\t\t});\n\n\t\tfinal JRadioButton nativeActiveSetRB = new JRadioButton(\"Native AS\");\n\t\tnativeActiveSetRB.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\talgorithm = Algorithm.NATIVE_ACTIVESET;\n\t\t\t\tsplitCB.setEnabled(true);\n\t\t\t\tanimateCB.setEnabled(false);\n\t\t\t\torthogonalConstraintsCB.setEnabled(true);\n\t\t\t}\n\n\t\t});\n\n\t\tfinal JRadioButton mosekRB = new JRadioButton(\"QP\");\n\t\tmosekRB.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\talgorithm = Algorithm.MOSEK;\n\t\t\t\tsplitCB.setEnabled(false);\n\t\t\t\tanimateCB.setEnabled(false);\n\t\t\t\torthogonalConstraintsCB.setEnabled(true);\n\t\t\t}\n\n\t\t});\n\t\t// mosekRB.setEnabled(false);\n\t\tfinal JRadioButton fsaRB = new JRadioButton(\"FSA\");\n\t\tfsaRB.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\talgorithm = Algorithm.FSA;\n\t\t\t\tsplitCB.setEnabled(false);\n\t\t\t\tanimateCB.setEnabled(false);\n\t\t\t\torthogonalConstraintsCB.setEnabled(false);\n\t\t\t}\n\n\t\t});\n\t\tButtonGroup bg = new ButtonGroup();\n\t\tbg.add(activeSetRB);\n\t\tbg.add(nativeActiveSetRB);\n\t\tbg.add(mosekRB);\n\t\tbg.add(fsaRB);\n\t\tswitch (algorithm) {\n\t\tcase ACTIVESET:\n\t\t\tactiveSetRB.setSelected(true);\n\t\t\tbreak;\n\t\tcase NATIVE_ACTIVESET:\n\t\t\tnativeActiveSetRB.setSelected(true);\n\t\t\tbreak;\n\t\tcase MOSEK:\n\t\t\tmosekRB.setSelected(true);\n\t\t\tbreak;\n\t\tcase FSA:\n\t\t\tfsaRB.setSelected(true);\n\t\t\tbreak;\n\t\t}\n\t\tcompleteConstraintsCB.setSelected(completeConstraints);\n\t\torthogonalConstraintsCB.setSelected(orthogonalOrderingConstraints);\n\t\tanimateCB.setSelected(animate);\n\t\tsplitCB.setSelected(split);\n\t\thBox2.add(cleanupButton);\n\t\thBox2.add(xGapField);\n\t\thBox2.add(yGapField);\n\t\thBox1.add(clearButton);\n\t\thBox1.add(randomButton);\n\t\thBox1.add(undoButton);\n\t\thBox1.add(loadButton);\n\t\thBox1.add(saveButton);\n\t\thBox1.add(printButton);\n\t\thBox1.add(dumpButton);\n\t\thBox1.add(moveButton);\n\t\t// hBox.add(completeConstraintsCB);\n\t\thBox2.add(orthogonalConstraintsCB);\n\t\thBox2.add(animateCB);\n\t\thBox2.add(splitCB);\n\t\thBox2.add(activeSetRB);\n\t\thBox2.add(nativeActiveSetRB);\n\t\thBox2.add(mosekRB);\n\t\thBox2.add(fsaRB);\n\t\tvBox.add(d);\n\t\tvBox.add(hBox1);\n\t\tvBox.add(hBox2);\n\t\tsetDefaultCloseOperation(JFrame.EXIT_ON_CLOSE);\n\t\tadd(vBox);\n\t\tsetSize(700, 700);\n\t\tsetVisible(true);\n\t\tcleanupButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\tcleanup(Integer.parseInt(xGapField.getText()),Integer.parseInt(yGapField.getText()));\n\t\t\t}\n\n\t\t});\n\t\tclearButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\td.backup();\n\t\t\t\td.clear();\n\t\t\t}\n\n\t\t});\n\t\tundoButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\td.undo();\n\t\t\t\td.repaint();\n\t\t\t}\n\n\t\t});\n\t\tfinal RectangleDrawerFrame f = this;\n\t\tloadButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\tBlocksFileFilter ff = d.getFileFilter();\n\t\t\t\tJFileChooser chooser = new JFileChooser(\".\");\n\t\t\t\tchooser.addChoosableFileFilter(ff);\n\t\t\t\tchooser.setFileFilter(ff);\n\t\t\t\tif (ff.lastSelectedFile != null) {\n\t\t\t\t\tchooser.setSelectedFile(ff.lastSelectedFile);\n\t\t\t\t}\n\t\t\t\tint returnVal = chooser.showOpenDialog(f);\n\t\t\t\tif (returnVal == JFileChooser.APPROVE_OPTION) {\n\t\t\t\t\tFile f = chooser.getSelectedFile();\n\t\t\t\t\td.load(f);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t\trandomButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\td.generateRandom(5);\n\t\t\t}\n\t\t});\n\t\tprintButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\tPrinterJob printJob = PrinterJob.getPrinterJob();\n\t\t\t\tprintJob.setPrintable(d);\n\t\t\t\tPageFormat pf = printJob.pageDialog(printJob.defaultPage());\n\t\t\t\tif (printJob.printDialog()) {\n\t\t\t\t\ttry {\n\t\t\t\t\t\tprintJob.print();\n\t\t\t\t\t} catch (Exception ex) {\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t\tdumpButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\td.saveAsJPEG(\"C:/Temp/Test.jpg\");\n\t\t\t}\n\t\t});\n\t\tmoveButton.addChangeListener(new ChangeListener() {\n\t\t\tpublic void stateChanged(ChangeEvent ce) {\n\t\t\t\tif(moveButton.isSelected()) {\n\t\t\t\t\td.setInteractionMode(RectangleDrawerPanel.InteractionMode.Select);\n\t\t\t\t} else {\n\t\t\t\t\td.setInteractionMode(RectangleDrawerPanel.InteractionMode.Create);\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t\tsaveButton.addActionListener(new ActionListener() {\n\n\t\t\tpublic void actionPerformed(ActionEvent arg0) {\n\t\t\t\tBlocksFileFilter ff = d.getFileFilter();\n\t\t\t\tJFileChooser chooser = new JFileChooser(\".\");\n\t\t\t\tchooser.setFileFilter(ff);\n\t\t\t\tif (ff.lastSelectedFile != null) {\n\t\t\t\t\tchooser.setSelectedFile(ff.lastSelectedFile);\n\t\t\t\t}\n\t\t\t\tint returnVal = chooser.showSaveDialog(f);\n\t\t\t\tif (returnVal == JFileChooser.APPROVE_OPTION) {\n\t\t\t\t\tff.lastSelectedFile = d.save(chooser.getSelectedFile().getPath());\n\t\t\t\t}\n\t\t\t}\n\t\t});\n\t\tcompleteConstraintsCB.addChangeListener(new ChangeListener() {\n\n\t\t\tpublic void stateChanged(ChangeEvent arg0) {\n\t\t\t\tcompleteConstraints = completeConstraints ? false : true;\n\t\t\t}\n\n\t\t});\n\t\torthogonalConstraintsCB.addChangeListener(new ChangeListener() {\n\n\t\t\tpublic void stateChanged(ChangeEvent arg0) {\n\t\t\t\torthogonalOrderingConstraints = orthogonalOrderingConstraints ? false\n\t\t\t\t\t\t: true;\n\t\t\t}\n\n\t\t});\n\t\tanimateCB.addChangeListener(new ChangeListener() {\n\n\t\t\tpublic void stateChanged(ChangeEvent arg0) {\n\t\t\t\tanimate = animate ? false : true;\n\t\t\t}\n\n\t\t});\n\t\tsplitCB.addChangeListener(new ChangeListener() {\n\n\t\t\tpublic void stateChanged(ChangeEvent arg0) {\n\t\t\t\tsplit = split ? false : true;\n\t\t\t}\n\n\t\t});\n\n\t\td.updateUI();\n\t}\n\n\tpublic void cleanup(int xGap, int yGap) {\n\t\td.backup();\n\t\tif (algorithm == Algorithm.FSA) {\n\t\t\tFSA r = new FSA(xGap, yGap);\n\t\t\tr.place(d.rectangles);\n\t\t} else {\n\t\t\tQPRectanglePlacement.Algorithm qalg = null;\n\t\t\tswitch (algorithm) {\n\t\t\tcase NATIVE_ACTIVESET:\n\t\t\t\tqalg = QPRectanglePlacement.Algorithm.CACTIVESET;\n\t\t\t\tbreak;\n\t\t\tcase MOSEK:\n\t\t\t\tqalg = QPRectanglePlacement.Algorithm.MOSEK;\n\t\t\t\tbreak;\n\t\t\tdefault:\n\t\t\t\tqalg = QPRectanglePlacement.Algorithm.ACTIVESET;\n\t\t\t}\n\t\t\tQPRectanglePlacement r = new QPRectanglePlacement(split,\n\t\t\t\t\tcompleteConstraints, orthogonalOrderingConstraints, qalg,\n\t\t\t\t\txGap, yGap, animate);\n\t\t\tif (animate) {\n\t\t\t\tr.addObserver(d);\n\t\t\t}\n\t\t\tr.place(d.rectangles);\n\t\t}\n\t\td.fitToScreen();\n\t\td.repaint();\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/RectangleDrawerPanel.java",
    "content": "package placement;\n\nimport java.awt.Color;\nimport java.awt.Dimension;\nimport java.awt.Graphics;\nimport java.awt.Graphics2D;\nimport java.awt.GraphicsConfiguration;\nimport java.awt.RenderingHints;\nimport java.awt.event.MouseEvent;\nimport java.awt.geom.Line2D;\nimport java.awt.geom.Rectangle2D;\nimport java.awt.image.BufferedImage;\nimport java.awt.image.VolatileImage;\nimport java.awt.print.PageFormat;\nimport java.awt.print.Printable;\nimport java.awt.print.PrinterException;\nimport java.io.BufferedInputStream;\nimport java.io.BufferedOutputStream;\nimport java.io.File;\nimport java.io.FileInputStream;\nimport java.io.FileOutputStream;\nimport java.io.IOException;\nimport java.io.InputStream;\nimport java.io.ObjectInput;\nimport java.io.ObjectInputStream;\nimport java.io.ObjectOutput;\nimport java.io.ObjectOutputStream;\nimport java.io.OutputStream;\nimport java.util.ArrayList;\nimport java.util.Hashtable;\nimport java.util.Observable;\nimport java.util.Observer;\nimport java.util.Random;\n\nimport javax.imageio.ImageIO;\nimport javax.swing.JPanel;\nimport javax.swing.event.MouseInputListener;\nimport javax.swing.filechooser.FileFilter;\n\nclass BlocksFileFilter extends FileFilter {\n\tpublic File lastSelectedFile = null;\n\n\tpublic boolean accept(File file) {\n\t\treturn file.isDirectory() || file.getName().endsWith(\".blocks\")\n\t\t\t\t|| file.getName().endsWith(\".dot\");\n\t}\n\n\tpublic String getDescription() {\n\t\treturn \"Blocks and Dot graph files\";\n\t}\n}\n\npublic class RectangleDrawerPanel extends JPanel implements Printable,\n\t\tMouseInputListener, Observer {\n\tenum InteractionMode {\n\t\tCreate, Select\n\t};\n\n\tInteractionMode interactionMode = InteractionMode.Create;\n\n\tprivate int prevX, prevY;\n\n\tprivate boolean dragging;\n\n\tprivate Graphics2D g;\n\n\tprivate RectangleView rect;\n\n\tpublic ArrayList<RectangleView> rectangles = new ArrayList<RectangleView>();\n\n\tpublic Graph graph = null;\n\n\tprivate ArrayList<RectangleView> undoRectangles = new ArrayList<RectangleView>();\n\n\tprivate Constraints constraints;\n\n\tBlocksFileFilter fileFilter = new BlocksFileFilter();\n\n\tpublic void generateRandom(int n) {\n\t\tclear();\n\t\tDimension dim = getSize();\n\t\tRandom rand = new Random();\n\t\tdouble w = dim.width / 3.0;\n\t\tdouble h = dim.height / 3.0;\n\t\tgenerateRandom(n, rand, w, h);\n\t}\n\n\tprotected void generateRandom(int n, Random rand, double w, double h) {\n\t\tfor (int i = 0; i < n; i++) {\n\t\t\tRectangleView r = new RectangleView(\"\" + i, w + rand.nextDouble()\n\t\t\t\t\t* w, h + rand.nextDouble() * h, rand.nextDouble()\n\t\t\t\t\t* w, rand.nextDouble() * h);\n\t\t\trectangles.add(r);\n\t\t}\n\t\tint overlapCount = 0;\n\t\tfor (int i = 0; i < rectangles.size(); i++) {\n\t\t\tRectangleView u = rectangles.get(i);\n\t\t\tRectangle2D r1 = new Rectangle2D.Double(u.x, u.y, u.width, u.height);\n\t\t\t/*\n\t\t\tfor (int j = i + 1; j < rectangles.size(); j++) {\n\t\t\t\tRectangleView v = rectangles.get(j);\n\t\t\t\tRectangle2D r2 = new Rectangle2D.Double(v.x, v.y, v.width,\n\t\t\t\t\t\tv.height);\n\t\t\t\tif (r1.intersects(r2))\n\t\t\t\t\toverlapCount++;\n\t\t\t}\n\t\t\t*/\n\t\t}\n\t\t//System.out.println(\"Random graph has \" + overlapCount + \" overlaps.\");\n\t\trepaint();\n\t}\n\n\tDrawingDimensions fitToScreen() {\n\t\tdouble xmax = 0;\n\t\tdouble xmin = Double.MAX_VALUE;\n\t\tdouble ymax = 0;\n\t\tdouble ymin = Double.MAX_VALUE;\n\t\tfor (RectangleView r : rectangles) {\n\t\t\txmin = Math.min(xmin, r.x);\n\t\t\txmax = Math.max(xmax, (r.getMaxX()));\n\t\t\tymin = Math.min(ymin, r.y);\n\t\t\tymax = Math.max(ymax, (r.getMaxY()));\n\t\t}\n\t\tdouble currentWidth = Math.max(xmax, xmax - xmin);\n\t\tdouble currentHeight = Math.max(ymax, ymax - ymin);\n\t\tdouble targetWidth = getSize().width;\n\t\tdouble targetHeight = getSize().height;\n\t\tdouble xscale = targetWidth / currentWidth;\n\t\tdouble yscale = targetHeight / currentHeight;\n\t\treturn new DrawingDimensions(Math.min(Math.min(xscale, yscale), 1),\n\t\t\t\txmin, ymin);\n\t}\n\n\tprotected void load(File f) {\n\t\tclear();\n\t\tObjectInput input = null;\n\t\tif (f.getPath().endsWith(\".dot\")) {\n\t\t\tGraphParser g = new GraphParser(f.getPath());\n\t\t\tgraph = g.getGraph();\n\t\t\tif (graph != null) {\n\t\t\t\trectangles=graph.getRectangles();\n\t\t\t}\n\t\t\tfileFilter.lastSelectedFile = f;\n\t\t} else {\n\t\t\ttry {\n\t\t\t\t// use buffering\n\t\t\t\tInputStream file = new FileInputStream(f);\n\t\t\t\tInputStream buffer = new BufferedInputStream(file);\n\t\t\t\tinput = new ObjectInputStream(buffer);\n\t\t\t\t// deserialize the List\n\t\t\t\trectangles = (ArrayList<RectangleView>) input.readObject();\n\t\t\t} catch (Exception ex) {\n\t\t\t\tex.printStackTrace();\n\t\t\t} finally {\n\t\t\t\ttry {\n\t\t\t\t\tif (input != null) {\n\t\t\t\t\t\t// close \"input\" and its underlying streams\n\t\t\t\t\t\tinput.close();\n\t\t\t\t\t\tfileFilter.lastSelectedFile = f;\n\t\t\t\t\t}\n\t\t\t\t} catch (IOException ex) {\n\t\t\t\t\tex.printStackTrace();\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\trepaint();\n\t}\n\n\tprotected File save(String path) {\n\t\tObjectOutput output = null;\n\t\tif (!path.endsWith(\".blocks\")) {\n\t\t\tpath = path + \".blocks\";\n\t\t}\n\t\tFile file = new File(path);\n\t\ttry {\n\t\t\t// use buffering\n\t\t\tOutputStream buffer = new BufferedOutputStream(\n\t\t\t\t\tnew FileOutputStream(file));\n\t\t\toutput = new ObjectOutputStream(buffer);\n\t\t\toutput.writeObject(rectangles);\n\t\t} catch (IOException ex) {\n\t\t\tex.printStackTrace();\n\t\t} finally {\n\t\t\ttry {\n\t\t\t\tif (output != null) {\n\t\t\t\t\t// flush and close \"output\" and its underlying\n\t\t\t\t\t// streams\n\t\t\t\t\toutput.close();\n\t\t\t\t}\n\t\t\t} catch (IOException ex) {\n\t\t\t\tex.printStackTrace();\n\t\t\t}\n\t\t}\n\t\treturn file;\n\t}\n\n\t/**\n\t * \n\t */\n\tprotected void backup() {\n\t\tundoRectangles = new ArrayList<RectangleView>();\n\t\tfor (RectangleView r : rectangles) {\n\t\t\tRectangleView nr = new RectangleView(r);\n\t\t\tundoRectangles.add(nr);\n\t\t}\n\t}\n\n\tprotected void undo() {\n\t\trectangles = undoRectangles;\n\t\tif(graph!=null){\n\t\t\tgraph.restoreRectangles(rectangles);\n\t\t}\n\t}\n\n\t/**\n\t * @return\n\t */\n\tprotected BlocksFileFilter getFileFilter() {\n\t\treturn fileFilter;\n\t}\n\n\t/**\n\t * \n\t */\n\tpublic RectangleDrawerPanel() {\n\t\tsuper(true);\n\t\taddMouseListener(this);\n\t\taddMouseMotionListener(this);\n\t}\n\n\tpublic void clear() {\n\t\trectangles = new ArrayList<RectangleView>();\n\t\tconstraints = null;\n\t\tgraph = null;\n\t\trepaint();\n\t}\n\n\tprivate VolatileImage volatileImg;\n\n\tpublic void paintComponent(Graphics g) {\n\t\t// create the hardware accelerated image.\n\t\tcreateBackBuffer();\n\n\t\t// Main rendering loop. Volatile images may lose their contents.\n\t\t// This loop will continually render to (and produce if neccessary)\n\t\t// volatile images\n\t\t// until the rendering was completed successfully.\n\t\tdo {\n\n\t\t\t// Validate the volatile image for the graphics configuration of\n\t\t\t// this\n\t\t\t// component. If the volatile image doesn't apply for this graphics\n\t\t\t// configuration\n\t\t\t// (in other words, the hardware acceleration doesn't apply for the\n\t\t\t// new device)\n\t\t\t// then we need to re-create it.\n\t\t\tGraphicsConfiguration gc = this.getGraphicsConfiguration();\n\t\t\tint valCode = volatileImg.validate(gc);\n\n\t\t\t// This means the device doesn't match up to this hardware\n\t\t\t// accelerated image.\n\t\t\tif (valCode == VolatileImage.IMAGE_INCOMPATIBLE) {\n\t\t\t\tcreateBackBuffer(); // recreate the hardware accelerated image.\n\t\t\t}\n\n\t\t\tGraphics2D offscreenGraphics = (Graphics2D) volatileImg\n\t\t\t\t\t.getGraphics();\n\t\t\trender(getWidth(), getHeight(), offscreenGraphics); // call core\n\t\t\t// paint method.\n\n\t\t\t// paint back buffer to main graphics\n\t\t\tg.drawImage(volatileImg, 0, 0, this);\n\t\t\t// Test if content is lost\n\t\t} while (volatileImg.contentsLost());\n\t}\n\n\t// This method produces a new volatile image.\n\tprivate void createBackBuffer() {\n\t\tGraphicsConfiguration gc = getGraphicsConfiguration();\n\t\tvolatileImg = gc.createCompatibleVolatileImage(getWidth(), getHeight());\n\t}\n\n\tpublic void render(int width, int height, Graphics2D g) {\n\t\tDrawingDimensions dim = fitToScreen();\n\t\tg.setRenderingHint(RenderingHints.KEY_ANTIALIASING,\n\t\t\t\tRenderingHints.VALUE_ANTIALIAS_ON);\n\t\tColor original = g.getColor();\n\t\tg.setColor(getBackground());\n\t\tg.fillRect(0, 0, width, height);\n\t\tg.setColor(original);\n\t\tsuper.paintChildren(g);\n\t\tif (graph != null) {\n\t\t\tfor (Line2D l : graph.getLines()) {\n\t\t\t\tl.setLine(dim.toScreen(l.getP1()), dim.toScreen(l.getP2()));\n\t\t\t\tg.draw(l);\n\t\t\t}\n\t\t}\n\t\tfor (RectangleView r : rectangles) {\n\t\t\tr.draw(g, dim);\n\t\t}\n\t\tdrawConstraints(g);\n\t}\n\n\tprivate void setUpDrawingGraphics() {\n\t\tg = (Graphics2D) getGraphics();\n\t\tg.setColor(Color.black);\n\t}\n\n\tdouble selectOffsetX = 0;\n\n\tdouble selectOffsetY = 0;\n\n\tpublic void mousePressed(MouseEvent evt) {\n\t\tint x = evt.getX();\n\t\tint y = evt.getY();\n\t\tconstraints = null;\n\t\tif (dragging == true)\n\t\t\treturn;\n\n\t\tif (x > 0 && x < getWidth() && y > 0 && y < getHeight()) {\n\t\t\tprevX = x;\n\t\t\tprevY = y;\n\t\t\tdragging = true;\n\t\t\tsetUpDrawingGraphics();\n\t\t}\n\t\tif (interactionMode == InteractionMode.Select) {\n\t\t\trect = null;\n\t\t\tfor (RectangleView r : rectangles) {\n\t\t\t\tRectangle2D r2d = new Rectangle2D.Double(r.x, r.y, r.width,\n\t\t\t\t\t\tr.height);\n\t\t\t\tif (r2d.contains(x, y)) {\n\t\t\t\t\trect = r;\n\t\t\t\t}\n\t\t\t}\n\t\t\tif (rect != null) {\n\t\t\t\tselectOffsetX = x - rect.x;\n\t\t\t\tselectOffsetY = y - rect.y;\n\t\t\t\trect.colour = Color.PINK;\n\t\t\t}\n\t\t\tpaintComponent(g);\n\t\t}\n\t}\n\n\tpublic void drawConstraints(Graphics2D g) {\n\t\tif (constraints == null)\n\t\t\treturn;\n\t\tg.setRenderingHint(RenderingHints.KEY_ANTIALIASING,\n\t\t\t\tRenderingHints.VALUE_ANTIALIAS_OFF);\n\t\tColor originalColour = g.getColor();\n\t\tfor (Constraint c : constraints) {\n\t\t\tc.colour = Color.BLUE;\n\t\t\ttry {\n\t\t\t\tif (c.isViolated()) {\n\t\t\t\t\tc.colour = Color.RED;\n\t\t\t\t\tg.setColor(c.colour);\n\t\t\t\t\tRectangleView r1 = (RectangleView) c.left.data\n\t\t\t\t\t\t\t.get(RectangleView.class);\n\t\t\t\t\tRectangleView r2 = (RectangleView) c.right.data\n\t\t\t\t\t\t\t.get(RectangleView.class);\n\t\t\t\t\t// Chunk chunk = (Chunk)c.left.data.get(Chunk.class);\n\t\t\t\t\tg.drawLine((int) r1.x, (int) r1.y, (int) r2.x, (int) r2.y);\n\t\t\t\t} else if (c.isTight()) {\n\t\t\t\t\tc.colour = Color.GREEN;\n\t\t\t\t}\n\t\t\t} catch (NullPointerException e) {\n\t\t\t}\n\t\t}\n\t\tg.setColor(originalColour);\n\t}\n\n\tpublic void mouseReleased(MouseEvent evt) {\n\t\tswitch (interactionMode) {\n\t\tcase Create:\n\t\t\tif (dragging == false)\n\t\t\t\treturn;\n\t\t\tg.dispose();\n\t\t\tg = null;\n\t\t\tif (rect != null)\n\t\t\t\trectangles.add(rect);\n\t\t\trect = null;\n\t\t\tbreak;\n\t\tcase Select:\n\t\t\tif (rect != null) {\n\t\t\t\trect.colour = RectangleView.defaultRectColour;\n\t\t\t\tpaintComponent(g);\n\t\t\t\trect = null;\n\t\t\t}\n\t\t\tbreak;\n\t\t}\n\t\tdragging = false;\n\t}\n\n\tpublic void mouseDragged(MouseEvent evt) {\n\t\tif (dragging == false)\n\t\t\treturn;\n\t\tint x = Math.min(evt.getX(), getSize().width - 1);\n\t\tx = Math.max(x, 0);\n\t\tint y = Math.min(evt.getY(), getSize().height - 1);\n\t\ty = Math.max(y, 0);\n\t\tpaintComponent(g);\n\t\tif (prevX != x && prevY != y) {\n\t\t\tswitch (interactionMode) {\n\t\t\tcase Create:\n\t\t\t\tRectangleView r = new RectangleView(\"r\" + rectangles.size(),\n\t\t\t\t\t\tMath.min(prevX, x), Math.min(prevY, y), Math.abs(x\n\t\t\t\t\t\t\t\t- prevX), Math.abs(y - prevY));\n\t\t\t\tr.draw(g, fitToScreen());\n\t\t\t\trect = r;\n\t\t\t\tbreak;\n\t\t\tcase Select:\n\t\t\t\tif (rect != null) {\n\t\t\t\t\trect.moveTo(x - selectOffsetX, y - selectOffsetY);\n\t\t\t\t}\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\n\tpublic void mouseEntered(MouseEvent evt) {\n\t}\n\n\tpublic void mouseExited(MouseEvent evt) {\n\t}\n\n\tpublic void mouseClicked(MouseEvent evt) {\n\t}\n\n\tpublic void mouseMoved(MouseEvent evt) {\n\t}\n\n\t/*\n\t * (non-Javadoc)\n\t * \n\t * @see java.util.Observer#update(java.util.Observable, java.lang.Object)\n\t */\n\tpublic void update(Observable p, Object arg1) {\n\t\tconstraints = ((QPRectanglePlacement) p).constraintGenerator\n\t\t\t\t.getConstraints();\n\t\tpaintComponent(getGraphics());\n\t}\n\n\tpublic int print(Graphics g, PageFormat pf, int pi) throws PrinterException {\n\t\tif (pi >= 1) {\n\t\t\treturn Printable.NO_SUCH_PAGE;\n\t\t}\n\t\tGraphics2D g2d = (Graphics2D) g;\n\t\tg2d.translate(pf.getImageableX(), pf.getImageableY());\n\t\tg2d.translate(pf.getImageableWidth() / 2, pf.getImageableHeight() / 2);\n\t\tDimension d = new Dimension();\n\t\tfor (RectangleView r : rectangles) {\n\t\t\td.height = Math.max((int) r.getMaxY(), d.height);\n\t\t\td.width = Math.max((int) r.getMaxX(), d.width);\n\t\t}\n\t\tdouble scale = Math.min(pf.getImageableWidth() / d.width, pf\n\t\t\t\t.getImageableHeight()\n\t\t\t\t/ d.height);\n\t\tif (scale < 1.0) {\n\t\t\tg2d.scale(scale, scale);\n\t\t}\n\t\tg2d.translate(-d.width / 2.0, -d.height / 2.0);\n\t\trender(d.width, d.height, g2d);\n\t\treturn Printable.PAGE_EXISTS;\n\t}\n\n\tpublic void saveAsJPEG(String filename) {\n\t\tDimension size = getSize();\n\t\tBufferedImage image = new BufferedImage(size.width, size.height,\n\t\t\t\tBufferedImage.TYPE_INT_RGB);\n\t\tGraphics2D g2 = image.createGraphics();\n\t\tpaint(g2);\n\t\ttry {\n\t\t\tOutputStream out = new BufferedOutputStream(new FileOutputStream(\n\t\t\t\t\t\"c:/Temp/Test.png\"));\n\t\t\tImageIO.write(image, \"png\", out);\n\t\t\tout.close();\n\t\t} catch (IOException e) {\n\t\t\te.printStackTrace();\n\t\t}\n\t}\n\n\tpublic void setInteractionMode(InteractionMode interactionMode) {\n\t\tthis.interactionMode = interactionMode;\n\t}\n\n\tpublic InteractionMode getInteractionMode() {\n\t\treturn interactionMode;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/RectanglePlacement.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\n\npublic interface RectanglePlacement {\n\tvoid place(ArrayList<RectangleView> rectangles);\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/RectangleView.java",
    "content": "package placement;\n\nimport java.awt.Color;\nimport java.awt.Font;\nimport java.awt.FontMetrics;\nimport java.awt.Graphics2D;\nimport java.awt.Point;\nimport java.awt.Rectangle;\nimport java.io.Serializable;\n\npublic class RectangleView implements Serializable {\n\tprivate static final long serialVersionUID = 3617292346069431353L;\n\n\tdouble x, y, width, height, oldX;\n\n\tString label;\n\n\tColor colour = defaultRectColour;\n\n\tstatic final Color defaultRectColour = new Color(228, 228, 205, 200);\n\n\tRectangleView(String label, double x, double y, double w, double h) {\n\t\tthis.label = label;\n\t\tthis.x = x;\n\t\tthis.y = y;\n\t\twidth = w;\n\t\theight = h;\n\t}\n\n\tpublic RectangleView(RectangleView r) {\n\t\tthis(new String(r.label), r.x, r.y, r.width, r.height);\n\t\tcolour = r.colour;\n\t}\n\n\tpublic void draw(Graphics2D g, DrawingDimensions dim) {\n\t\tPoint p = dim.toScreen(x, y);\n\t\tdouble w = width * dim.scale;\n\t\tdouble h = height * dim.scale;\n\t\tdraw(g, p, w, h);\n\t}\n\n\tpublic void draw(Graphics2D g, int x, int y, int w, int h) {\n\t\tdraw(g, new Point(x, y), w, h);\n\t}\n\n\tprivate void draw(Graphics2D g, Point p, double w, double h) {\n\t\tRectangle vr = new Rectangle(p.x, p.y, (int) w, (int) h);\n\t\tg.setPaint(colour);\n\t\tg.fill(vr);\n\t\tg.setPaint(Color.BLACK);\n\t\tg.draw(vr);\n\t\tFont f = new Font(\"Times New Roman\", Font.PLAIN, 24);\n\t\tFontMetrics fm = g.getFontMetrics(f);\n\t\tdouble fh = fm.getHeight();\n\t\tdouble fw = fm.stringWidth(label);\n\t\tint d = fm.getMaxDescent();\n\t\tdouble fsize = 0.9 * 24.0 * Math.min(w / fw, h / fh);\n\t\tf = new Font(\"Times New Roman\", Font.PLAIN, (int) fsize);\n\t\tg.setFont(f);\n\t\tfm = g.getFontMetrics(f);\n\t\tfh = fm.getHeight();\n\t\tfw = fm.stringWidth(label);\n\t\tg.drawString(label, p.x, p.y + (int) (fh / 1.3));\n\t}\n\n\tpublic void moveTo(double x, double y) {\n\t\tthis.x = x;\n\t\tthis.y = y;\n\t}\n\n\tpublic double getMaxY() {\n\t\treturn y+height;\n\t}\n\n\tpublic double getMaxX() {\n\t\treturn x+width;\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/ScanListPriorityQueue.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.Collections;\n\npublic class ScanListPriorityQueue<T extends Comparable> implements\n\t\tMaxPriorityQueue<T> {\n\tArrayList<T> q = new ArrayList<T>();\n\n\tMaxPairingHeap<T> ph = new MaxPairingHeap<T>();\n\n\tpublic void add(T e) {\n\t\tq.add(e);\n\t\tph.add(e);\n\t}\n\n\tpublic T findMax() {\n\t\tT mc = null;\n\t\tif (q.size() > 0) {\n\t\t\tCollections.sort((ArrayList<Constraint>) q);\n\t\t\tmc = q.get(q.size() - 1);\n\t\t\tif (ph.findMax() != mc) {\n\t\t\t\tConstraint c = (Constraint) ph.findMax();\n\t\t\t\tif (c.left.container != c.right.container) {\n\t\t\t\t\tSystem.out.println(\"Vrap\");\n\t\t\t\t}\n\t\t\t}\n\t\t\t// assert (ph.findMax() == mc);\n\t\t}\n\t\treturn mc;\n\t}\n\n\tpublic T deleteMax() {\n\t\tT m = findMax();\n\t\tq.remove(q.size() - 1);\n\t\tph.deleteMax();\n\t\treturn m;\n\t}\n\n\tpublic void merge(MaxPriorityQueue<T> other) {\n\t\tq.addAll(((ScanListPriorityQueue) other).q);\n\t\tph.merge(((ScanListPriorityQueue) other).ph);\n\t\tassert (q.size() == ph.size());\n\t}\n\n\tpublic String toString() {\n\t\tString s = \"\";\n\t\tfor (T e : q) {\n\t\t\ts = s + e.toString() + \";\";\n\t\t}\n\t\treturn s;\n\t}\n\n\tpublic ArrayList<T> getAll() {\n\t\treturn q;\n\t}\n\n\tpublic int size() {\n\t\treturn q.size();\n\t}\n}"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/SimpleTest.java",
    "content": "package placement;\n\nimport java.io.File;\nimport java.util.Calendar;\nimport java.util.Random;\n\npublic class SimpleTest {\n\n\t/**\n\t * @param args\n\t */\n\tpublic static void main(String[] args) {  \n\t\tCalendar c=Calendar.getInstance();\n\t\tString dir = \"Test\"+String.format(\"_%1$tF_%1$tH-%1$tM-%1$tS\", c);\n\t\tif(!(new File(dir)).mkdirs()) throw new Error(\"Couldn't make directory!\");\n\t\tRectangleDrawerPanel d = new RectangleDrawerPanel();\n\t\tRandom rand = new Random();\n\t\tfor (int i = 0; i < 100000; i++) {\n\t\t\tif(i%1000==0) System.out.println(\"Test no: \"+i);\n\t\t\td.generateRandom(100,rand,200,200);\n\t\t\ttry {\n\t\t\t\tQPRectanglePlacement r = new QPRectanglePlacement(false, false,\n\t\t\t\t\t\tfalse, QPRectanglePlacement.Algorithm.CACTIVESET, 0, 0,\n\t\t\t\t\t\tfalse);\n\t\t\t\tr.place(d.rectangles);\n\t\t\t} catch (AssertionError e) {\n\t\t\t\td.save(dir+\"/t\"+i);\n\t\t\t\te.printStackTrace();\n\t\t\t}\n\t\t\td.clear();\n\t\t}\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/SlowPriorityQueue.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.Comparator;\nimport java.util.PriorityQueue;\n\npublic class SlowPriorityQueue<T extends Comparable> implements MaxPriorityQueue<T> {\n\tPriorityQueue<T> q = new PriorityQueue<T>(10, new Comparator<T>() {\n\n\t\tpublic int compare(T a, T b) {\n\t\t\treturn -a.compareTo(b);\n\t\t}\n\t\t\n\t});\n\t\n\tpublic void add(T e) {\n\t\tq.add(e);\n\t}\n\n\tpublic T findMax() {\n\t\treturn q.peek();\n\t}\n\n\tpublic T deleteMax() {\n\t\treturn q.poll();\n\t}\n\n\tpublic void merge(MaxPriorityQueue<T> other) {\n\t\tq.addAll(((SlowPriorityQueue<T>)other).q);\n\t}\n\t\n\tpublic String toString() {\n\t\tString s = \"\";\n\t\tfor(T e:q) {\n\t\t\ts=s+e.toString()+\";\";\n\t\t}\n\t\treturn s;\n\t}\n\t\n\tpublic ArrayList<T> getAll() {\n\t\tArrayList<T> l = new ArrayList<T>();\n\t\tfor(T e:q) {\n\t\t\tl.add(e);\n\t\t}\n\t\treturn l;\n\t}\n\n\tpublic int size() {\n\t\treturn q.size();\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/SolveVPSC.java",
    "content": "package placement;\n\nimport java.util.ArrayList;\nimport java.util.Hashtable;\n\npublic class SolveVPSC implements Placement {\n\tpublic native double solve(String vName[], double vWeight[],\n\t\t\tdouble vDesPos[], int cLeft[], int cRight[], double cGap[],\n\t\t\tdouble vResult[], int mode);\n\tpublic native int generateXConstraints(\n\t\t\tdouble rectMinX[],double rectMaxX[],\n\t\t\tdouble rectMinY[],double rectMaxY[],\n\t\t\tdouble weights[]);\n\tpublic native int generateYConstraints(\n\t\t\tdouble rectMinX[],double rectMaxX[],\n\t\t\tdouble rectMinY[],double rectMaxY[],\n\t\t\tdouble weights[]);\n\tpublic native void getConstraints(int cLeft[], int cRight[], double cGap[]);\n\tpublic native void removeOverlaps(\n\t\t\tdouble rectMinX[],double rectMaxX[],\n\t\t\tdouble rectMinY[],double rectMaxY[]);\n\n\tstatic {\n\t\tSystem.loadLibrary(\"placement_SolveVPSC\");\n\t}\n\n\tHashtable<Variable, Integer> vMap = new Hashtable<Variable, Integer>();\n\n\tVariables vs;\n\n\tConstraints cs;\n\tArrayList<RectangleView> rectangles;\n\tHashtable<String, Integer> varLookup = new Hashtable<String, Integer>();\n\n\tint varCounter = 0;\n\t\n\tboolean split = false;\n\n\t/* (non-Javadoc)\n\t * @see placement.Pl#addConstraint(java.lang.String, java.lang.String, double)\n\t */\n\tpublic Constraint addConstraint(String u, String v, double sep) {\n\t\tVariable v1 = vs.get(varLookup.get(u));\n\t\tVariable v2 = vs.get(varLookup.get(v));\n\t\tConstraint c = new Constraint(v1, v2, sep);\n\t\tcs.add(c);\n\t\treturn c;\n\t}\n\n\tpublic SolveVPSC(ArrayList<RectangleView> rectangles) {\n\t\tthis.rectangles=rectangles;\n\t}\n\tpublic SolveVPSC(Variable[] vs) {\n\t\tnew Blocks(vs);\n\t\tthis.vs = new Variables();\n\t\tcs = new Constraints();\n\t\tint varCounter=0;\n\t\tfor (Variable v : vs) {\n\t\t\tthis.vs.add(v);\n\t\t\tvMap.put(v, varCounter);\n\t\t\tvarLookup.put(v.name, varCounter++);\n\t\t}\n\t}\n\tpublic SolveVPSC(Variables vars, Constraints constraints) {\n\t\tthis.vs = vars;\n\t\tthis.cs = constraints;\n\t\tint varCounter = 0;\n\t\tfor (Variable v : vs) {\n\t\t\tvMap.put(v, varCounter++);\n\t\t}\n\t}\n\n\tpublic double solve() throws Exception {\n\t\tString[] vName = new String[vs.size()];\n\t\tdouble[] vWeight = new double[vs.size()];\n\t\tdouble[] vDesPos = new double[vs.size()];\n\t\tdouble[] vResult = new double[vs.size()];\n\t\tint i = 0;\n\t\tfor (Variable v : vs) {\n\t\t\tvMap.put(v, i);\n\t\t\tvName[i] = v.name;\n\t\t\tvWeight[i] = v.weight;\n\t\t\tvDesPos[i++] = v.desiredPosition;\n\t\t}\n\t\tint[] cLeft = new int[cs.size()];\n\t\tint[] cRight = new int[cs.size()];\n\t\tdouble[] cGap = new double[cs.size()];\n\t\ti = 0;\n\t\tfor (Constraint c : cs) {\n\t\t\tcLeft[i] = vMap.get(c.left);\n\t\t\tcRight[i] = vMap.get(c.right);\n\t\t\tcGap[i++] = c.separation;\n\t\t}\n\t\tdouble cost = solve(vName, vWeight, vDesPos, cLeft, cRight,\n\t\t\t\tcGap, vResult, split?1:0);\n\t\tfor (i = 0; i < vs.size(); i++) {\n\t\t\tVariable v = vs.get(i);/*\n\t\t\tSystem.out.println(\"var=\" + v.name + \" v1=\" + v.getPosition()\n\t\t\t\t\t+ \" v2=\" + vResult[i]);*/\n\t\t\tv.offset = vResult[i];\n\t\t\tif(v.container!=null) v.container.position = 0;\n\t\t}\n\t\treturn cost;\n\t}\n\t\n\tpublic void generateXConstraints(double weights[]) {\n\t\tint n= rectangles.size();\n\t\tdouble[] rectMinX = new double[n], rectMaxX = new double[n], rectMinY = new double[n], rectMaxY = new double[n];\n\t\tvs=new Variables();\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trectMinX[i]=rectangles.get(i).x;\n\t\t\trectMaxX[i]=rectangles.get(i).getMaxX();\n\t\t\trectMinY[i]=rectangles.get(i).y;\n\t\t\trectMaxY[i]=rectangles.get(i).getMaxY();\n\t\t\tvs.add(new Variable(\"r\"+i,rectMinX[i],1));\n\t\t}\n\t\tint m = generateXConstraints(\n\t\t\t\trectMinX, rectMaxX,\n\t\t\t\t rectMinY, rectMaxY,\n\t\t\t\t weights);\n\t\tint[] cLeft=new int[m], cRight=new int[m];\n\t\tdouble[] cGap=new double[m];\n\t\tgetConstraints(cLeft, cRight, cGap);\n\t\tcs = new Constraints();\n\t\tfor(int i=0;i<m;i++) {\n\t\t\tcs.add(new Constraint(vs.get(cLeft[i]),vs.get(cRight[i]),cGap[i]));\n\t\t}\n\t}\n\tpublic void generateYConstraints(double weights[]) {\n\t\tint n= rectangles.size();\n\t\tdouble[] rectMinX = new double[n], rectMaxX = new double[n], rectMinY = new double[n], rectMaxY = new double[n];\n\t\tvs=new Variables();\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trectMinX[i]=rectangles.get(i).x;\n\t\t\trectMaxX[i]=rectangles.get(i).getMaxX();\n\t\t\trectMinY[i]=rectangles.get(i).y;\n\t\t\trectMaxY[i]=rectangles.get(i).getMaxY();\n\t\t\tvs.add(new Variable(\"r\"+i,rectMinY[i],1));\n\t\t}\n\t\tint m = generateYConstraints(\n\t\t\t\trectMinX, rectMaxX,\n\t\t\t\t rectMinY, rectMaxY,\n\t\t\t\t weights);\n\t\tint[] cLeft=new int[m], cRight=new int[m];\n\t\tdouble[] cGap=new double[m];\n\t\tgetConstraints(cLeft, cRight, cGap);\n\t\tcs = new Constraints();\n\t\tfor(int i=0;i<m;i++) {\n\t\t\tcs.add(new Constraint(vs.get(cLeft[i]),vs.get(cRight[i]),cGap[i]));\n\t\t}\n\t}\n\n\tpublic Constraints getConstraints() {\n\t\treturn cs;\n\t}\n\n\tpublic Variables getVariables() {\n\t\treturn vs;\n\t}\n\tpublic void removeOverlaps() {\n\t\tint n= rectangles.size();\n\t\tdouble[] rectMinX = new double[n], rectMaxX = new double[n], rectMinY = new double[n], rectMaxY = new double[n];\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trectMinX[i]=rectangles.get(i).x;\n\t\t\trectMaxX[i]=rectangles.get(i).getMaxX();\n\t\t\trectMinY[i]=rectangles.get(i).y;\n\t\t\trectMaxY[i]=rectangles.get(i).getMaxY();\n\t\t}\n\t\tremoveOverlaps(rectMinX,rectMaxX,rectMinY,rectMaxY);\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tRectangleView r=rectangles.get(i);\n\t\t\tr.moveTo(rectMinX[i],rectMinY[i]);\n\t\t}\n\t}\n\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Variable.java",
    "content": "/*\n * Created on 21/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.awt.Color;\nimport java.text.DecimalFormat;\nimport java.util.HashMap;\n\n/**\n * @author dwyer_2\n * \n * TODO To change the template for this generated type comment go to Window -\n * Preferences - Java - Code Style - Code Templates\n */\npublic class Variable {\n\tString name;\n\t\n\tdouble desiredPosition;\n\n\tdouble weight;\n\n\tdouble constraintDepth;\n\n\tdouble offset;\n\n\tBlock container;\n\n\tConstraints inConstraints = new Constraints();\n\n\tConstraints outConstraints = new Constraints();\n\n\tVariable(String name, double desiredPosition, double weight) {\n\t\tthis.desiredPosition = desiredPosition;\n\t\tthis.weight = weight;\n\t\tthis.name = name;\n\t}\n\n\tHashMap<Class, Object> data = new HashMap<Class, Object>();\n\n\tdouble getPosition() {\n\t\tif (container != null) {\n\t\t\treturn container.position + offset;\n\t\t} else\n\t\t\treturn offset;\n\t}\n\n\tpublic String toString() {\n\t\tDecimalFormat nf = new DecimalFormat(\"#.##\");\n\t\treturn \"(\" + name + \"=\" + nf.format(getPosition()) + \")\";\n\t}\n\n\tpublic void addInConstraint(Constraint c) {\n\t\tinConstraints.add(c);\n\t}\n\n\tpublic void addOutConstraint(Constraint c) {\n\t\toutConstraints.add(c);\n\t\t// if(container!=null) container.addOutConstraint(c);\n\t}\n\n\tpublic Constraints getInConstraints() {\n\t\treturn inConstraints;\n\t}\n\n\tpublic Constraints getOutConstraints() {\n\t\treturn outConstraints;\n\t}\n\n\tboolean visited = false;\n\n\tpublic Color colour;\n\n\tpublic int inConstraintCounter;\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/Variables.java",
    "content": "/*\n * Created on 28/02/2005\n *\n * TODO To change the template for this generated file go to\n * Window - Preferences - Java - Code Style - Code Templates\n */\npackage placement;\n\nimport java.util.ArrayList;\nimport java.util.Collections;\nimport java.util.Comparator;\n\n/**\n * @author dwyer\n */\n\npublic class Variables extends ArrayList<Variable> {\n\tVariables() {\n\t\tsuper();\n\t}\n\n\tVariables(Variable[] vs) {\n\t\tfor (Variable v : vs) {\n\t\t\tadd(v);\n\t\t}\n\t}\n\n\tVariables getSources() {\n\t\tVariables sources = new Variables();\n\t\tfor (Variable v : this) {\n\t\t\tif (v.getInConstraints().size() == 0) {\n\t\t\t\tv.visited = true;\n\t\t\t\tsources.add(v);\n\t\t\t}\n\t\t}\n\t\treturn sources;\n\t}\n\n\tdouble getMaxPos() {\n\t\tdouble max = 0;\n\t\tfor (Variable v : this) {\n\t\t\tif (v.getPosition() > max)\n\t\t\t\tmax = v.getPosition();\n\t\t}\n\t\treturn max;\n\t}\n\n\tdouble getMinPos() {\n\t\tdouble min = Double.MAX_VALUE;\n\t\tfor (Variable v : this) {\n\t\t\tif (v.getPosition() < min)\n\t\t\t\tmin = v.getPosition();\n\t\t}\n\t\treturn min;\n\t}\n\n\tboolean contains(String label) {\n\t\tfor (Variable v : this) {\n\t\t\tif (v.name.equals(label)) {\n\t\t\t\treturn true;\n\t\t\t}\n\t\t}\n\t\treturn false;\n\t}\n\n\t/**\n\t * Sorts the variables in this list from lowest constraintDepth to highest.\n\t */\n\tvoid sortOnConstraintDepth() {\n\t\tCollections.sort(this, new Comparator<Variable>() {\n\t\t\tpublic int compare(Variable v1, Variable v2) {\n\t\t\t\tif (v1.constraintDepth > v2.constraintDepth)\n\t\t\t\t\treturn 1;\n\t\t\t\tif (v1.constraintDepth < v2.constraintDepth)\n\t\t\t\t\treturn -1;\n\t\t\t\treturn 0;\n\t\t\t}\n\n\t\t});\n\t}\n\n\tpublic Variable max() {\n\t\tVariable max = get(0);\n\t\tdouble m = max.getPosition();\n\t\tfor (int i = 1;i < size();i++) {\n\t\t\tVariable v = get(i);\n\t\t\tdouble p = v.getPosition();\n\t\t\tif (p > m) {\n\t\t\t\tmax = v;\n\t\t\t\tm = p;\n\t\t\t}\n\t\t}\n\t\treturn max;\n\t}\n\n\tpublic Variable min() {\n\t\tVariable min = get(0);\n\t\tdouble m = min.getPosition();\n\t\tfor (int i = 1;i < size();i++) {\n\t\t\tVariable v = get(i);\n\t\t\tdouble p = v.getPosition();\n\t\t\tif (p < m) {\n\t\t\t\tmin = v;\n\t\t\t\tm = p;\n\t\t\t}\n\t\t}\n\t\treturn min;\n\t}\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/prolog/Part 1.2",
    "content": "<div class=\"moz-text-flowed\" style=\"font-family: -moz-fixed\">\n\nno documentation I am afraid\n\n\nOn 07/02/2005, at 1:22 PM, Tim Dwyer wrote:\n\n> Hi Peter,\n>\n> Can you please send me your prolog for the overlap removal algorithm?  \n> I'm keen to start hacking.\n>\n> Thanks\n>\n> Tim\n>\n>\n</div>"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/prolog/Part 1.4",
    "content": "<div class=\"moz-text-flowed\" style=\"font-family: -moz-fixed\">\n</div>"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement/prolog/blocks.pl",
    "content": "\n\n\nprob1(\n\t[block(x1,1,3),\n\tblock(x2,1,2),\n\tblock(x3,1,3),\n\tblock(x4,3,2),\n\tblock(x5,3,1)],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx5 >= x4 + 1]\n    ).\n%[x5>=x4+1]: [ (x4, 2.66667), (x5, 3.66667)]\n%[x3>=x1+1, x2>=x1+1]: [ (x1, 0.375), (x2, 1.375), (x3, 1.375)]\n\nprob1a(\n\t[\n\tblock(x3,1,3),\n        block(x1,1,3),\n\tblock(x4,3,2),\n\tblock(x5,3,1),\n\tblock(x2,1,2)\n        ],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx5 >= x4 + 1]\n    ).\n\nprob2(\n\t[block(x1,0,1),\n\tblock(x2,1,1),\n\tblock(x3,4,1),\n\tblock(x4,4,1),\n\tblock(x5,3,1),\n\tblock(x6,6,1),\n\tblock(x7,5,1),\n\tblock(x8,0,1),\n\tblock(x9,7,1)],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x1 + 1,\n\tx5 >= x2 + 3,\n\tx5 >= x3 + 1,\n\tx6 >= x3 + 1,\n\tx5 >= x4 + 1,\n\tx8 >= x4 + 1,\n\tx7 >= x5 + 1,\n\tx9 >= x6 + 4,\n\tx9 >= x7 + 2,\n\tx9 >= x8 + 3]\n    ).\n\n%[x9>=x6+4]: [ (x6, 4.5), (x9, 8.5)]\n%[ (x7, 5)]\n%[x5>=x3+1]: [ (x3, 3), (x5, 4)]\n%[x8>=x4+1]: [ (x4, 1.5), (x8, 2.5)]\n%[x2>=x1+1]: [ (x1, 0), (x2, 1)]\n\nprob3(\n\t[block(x1,0,1),\n\tblock(x2,0,1),\n\tblock(x3,0,1),\n\tblock(x4,0,1),\n\tblock(x5,8,1),\n\tblock(x6,8,1),\n\tblock(x7,8,1),\n\tblock(x8,8,1),\n\tblock(x9,4,20)\n        ],\n\t[x2 >= x1 + 1,\n\tx3 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx6 >= x5 + 1,\n\tx7 >= x6 + 1,\n\tx8 >= x7 + 1,\n\tx3 >= x9 + 1\n        ]\n     ).\n\n\t\nprob4(\n\t[block(x1,1,3),\n\t block(x4,3,2),\n\t block(x5,3,1),\n\t block(x2,1,2),\n\t block(x3,1,2)\n        ],\n\t[x2 >= x1 + 1,\n\t x3 >= x1 + 1,\n\t x4 >= x2 + 1,\n\t x4 >= x3 + 1,\n\t x5 >= x4 + 1\n        ]\n    ).\n\nprob5(\n\t[block(x1,1,1),\n\t block(x2,2,1),\n\t block(x3,2,1),\n\t block(x4,3,1),\n\t block(x5,5,1),\n\t block(x6,6,1),\n\t block(x7,7,1)]\n     ,\n\t[x2 >= x1 + 2,\n\tx3 >= x1 + 2,\n\tx5 >= x4 + 2,\n\tx6 >= x2 + 2,\n\tx7 >= x5 + 2,\n\tx4 >= x3 + 1,\n\tx7 >= x6 + 2\n    ]).\n\nprob6([\n        block(x1,0,1),\n\tblock(x2,2,1),\n\tblock(x3,1,8),\n\tblock(x4,3,1)\n      ],\n      [\n        x2 >= x1 + 3,\n\tx3 >= x1 + 3,\n\tx4 >= x2 + 1.5\n      ]).\n\n\nprob7([\n       block(x1,1,7),\n       block(x2,-1,2),\n       block(x3,1,2),\n       block(x4,-1,2),\n       block(x5,1,2),\n       block(x6,-1,2),\n       block(x7,1,2),\n       block(x8,-1,2),\n       block(x9,1,2),\n       block(x10,-1,7)\n      ],[\n       x2 >= x1 + 0,\n       x3 >= x1 + 0, \n       x4 >= x1 + 0, \n       x5 >= x1 + 0, \n       x6 >= x1 + 0, \n       x7 >= x1 + 0, \n       x8 >= x1 + 0, \n       x9 >= x1 + 0, \n       x10 >= x2 + 0, \n       x10 >= x3 + 0, \n       x10 >= x4 + 0, \n       x10 >= x5 + 0, \n       x10 >= x6 + 0, \n       x10 >= x7 + 0, \n       x10 >= x8 + 0, \n       x10 >= x9 + 0\n   ]).\n\n      \nprob8([\n       block(x1,0,2),\n\tblock(x2,0,1),\n\tblock(x3,3,2),\n\tblock(x4,2,5),\n\tblock(x5,5,5),\n        block(x6,4,2),\n\tblock(x7,7,1),\n\tblock(x8,7,2),\n\tblock(x9,1,4)\n    ],[\n        x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n        x8 >= x7 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ]).\n\n\n\ninit_block(B,Offset) :- init_block_e(B,Offset).\nmerge_blocks(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tmerge_blocks_e(PlaceA,PlaceB,Min,Active,PlaceAB).\ndesired_position(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_e(Offsets, WPosn, Weight, Pos).\n\n%% init_block(B,Offset) :- init_block_m(B,Offset).\n%% merge_blocks(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n%% \tmerge_blocks_m(PlaceA,PlaceB,Min,Active,PlaceAB).\n%% desired_position(Offsets, WPosn, Weight, Pos) :-\n%% \tdesired_position_m(Offsets, WPosn, Weight, Pos).\n\n\n%%% euclidean distance %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \ninit_block_e(Block,Offset) :-\n\tBlock = block(_Name,Pos,Weight),\n\tWPosn is Pos * Weight,\n\tOffset = offsetb(0,WPosn,Block).\nmerge_blocks_e(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tPlaceA = placed(PosA,WeightA,WPosnA,ConstraintsA,OffsetsA),\n\tPlaceB = placed(PosB,WeightB,WPosnB,ConstraintsB,OffsetsB),\n\tWeightAB is WeightA + WeightB,\n\tOffA is PosA - PosB + Min,\n\tWPosnAB is WPosnA + WPosnB - OffA * WeightA,\n\tPosAB is WPosnAB / WeightAB,\n\t\n\tmove_offsets(OffsetsA, OffA, OffsetsAM),\n\tappend(OffsetsAM, OffsetsB, OffsetsAB),\n\tappend(ConstraintsA,[Active|ConstraintsB],ConstraintsAB),\n\tPlaceAB = placed(PosAB,WeightAB,WPosnAB,ConstraintsAB,OffsetsAB).\ndesired_position_e(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_e(Offsets, 0, 0, WPosn, Weight),\n\tPos is WPosn/Weight.\n\ndesired_position_e([], WPosn, Weight, WPosn, Weight).\ndesired_position_e([Offset|Os], WPosn0, Weight0, WPosn, Weight) :-\n\tOffset = offsetb(PosB,_,Block),\n\tBlock = block(_,DesB,WeightB),\n\tWPosn1 is WPosn0 + (DesB - PosB) * WeightB,\n\tWeight1 is Weight0 + WeightB,\n\tdesired_position_e(Os, WPosn1, Weight1, WPosn, Weight).\n%%% manhattan distance %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \ninit_block_m(Block,Offset) :-\n\tBlock = block(_Name,Pos,Weight),\n\tWPosn = [(Pos,Weight)],\n\tOffset = offsetb(0,WPosn,Block).\nmerge_blocks_m(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tPlaceA = placed(PosA,WeightA,WPosnA,ConstraintsA,OffsetsA),\n\tPlaceB = placed(PosB,WeightB,WPosnB,ConstraintsB,OffsetsB),\n\tWeightAB is WeightA + WeightB,\n\tOffA is PosA - PosB + Min,\n\ttranslate(WPosnA, OffA, NWPosnA),\n\tappend(NWPosnA,WPosnB,UnsortedWPosnAB),\n\tmsort(UnsortedWPosnAB, WPosnAB),\n\tcompute_opt(WPosnAB,WeightAB,PosAB),\n\tmove_offsets(OffsetsA, OffA, OffsetsAM),\n\tappend(OffsetsAM, OffsetsB, OffsetsAB),\n\tappend(ConstraintsA,[Active|ConstraintsB],ConstraintsAB),\n\tPlaceAB = placed(PosAB,WeightAB,WPosnAB,ConstraintsAB,OffsetsAB).\ndesired_position_m(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_m(Offsets, [], 0, UnsortedWPosn, Weight),\n\tmsort(UnsortedWPosn,WPosn),\n\tcompute_opt(WPosn,Weight,Pos).\n\ndesired_position_m([], WPosn, Weight, WPosn, Weight).\ndesired_position_m([Offset|Os], WPosn0, Weight0, WPosn, Weight) :-\n\tOffset = offsetb(PosB,_,Block),\n\tBlock = block(_,DesB,WeightB),\n\tAdjPosB is (DesB - PosB),\n\tWPosn1 = [(AdjPosB,WeightB)| WPosn0],\n\tWeight1 is Weight0 + WeightB,\n\tdesired_position_m(Os, WPosn1, Weight1, WPosn, Weight).\n\ntranslate([], _, []).\ntranslate([(P,W)|PWs], Off, [(PO,W)|Ts]) :-\n\tPO is P - Off,\n\ttranslate(PWs, Off, Ts).\n\ncompute_opt([(P,W)|PWs], Weight, Pos) :-\n\tWeight1 is Weight - 2 * W,\n\t(Weight1 < 0 ->\n\t    Pos = P\n\t;\n\t    compute_opt(PWs, Weight1, Pos)\n\t).\n\n\n% :- type block --> block(name,desired-position,weight)\n\n% :- type placed --> placed(position, weight, wposn, [constraints], [offsets]).\n\n% :- type offset --> offsetb(offset,wposn,block)\n%                  ; offsetp(offset,placed)\n\ninitial([],[]).\ninitial([First|Blocks], \n\t       [placed(Des,Weight,WPosn,[],[Offset])|Rest]) :-\n\tinit_block(First,Offset),\n\tFirst = block(_Name,Des,Weight),\n\tOffset = offsetb(_,WPosn,_),\n\tinitial(Blocks, Rest).\n\noverlaps(Placed0, Constraints, Placed) :-\n%% change line below for different overlap\n\t(overlap2(Placed0,Constraints,Place1,Place2,Rest,Violated) ->\n\t    merge(Place1,Place2,Violated,Place12),\n\t    %write_all_pos([Place12]),\n\t    split(Place12, Places12),\n\t    %write_all_pos(Places12),\n\t    append(Places12, Rest, Placed1),\n\t    overlaps(Placed1, Constraints, Placed)\n\t;\n\t    Placed = Placed0\n\t).\n\noverlap([Placea|Placed0], Constraints, Place1, Place2, Rest, Violated) :-\n\t(overlapc(Placed0, Constraints, Placea, Placeb, Restab, Violated) ->\n\t    Place1 = Placea,\n\t    Place2 = Placeb,\n\t    Rest = Restab\n\t;\n\t    Rest = [Placea|Rest1],\n\t    overlap(Placed0, Constraints, Place1, Place2, Rest1, Violated)\n\t).\n\noverlapc([Placeb|Placed0], Constraints, Place1, Place2, Rest, Violated) :-\n\t(overlapcc(Constraints, Placeb, Place1,Violated) ->\n\t    Place2 = Placeb,\n\t    Rest = Placed0\n\t;\n\t    Rest = [Placeb|Rest1],\n\t    overlapc(Placed0, Constraints, Place1, Place2, Rest1, Violated)\n\t).\n\n%% \noverlapcc(Constraints, Place1, Place2, Violated) :-\n\tget_positions(Place1, [], List1),\n\tget_positions(Place2, [], List2),\n\tappend(List1,List2,All),\n\tcheck_constraints(Constraints, All, Violated),\n\tViolated = [_|_].\n\ncheck_constraints([], _, []).\ncheck_constraints([X >= Y + D|Constraints], PosList, Violated) :-\n\t( member((X,XP), PosList),\n\t  member((Y,YP), PosList),\n\t  XP + 0.0001 < YP + D ->\n\t      Violated = [X >= Y + D|Violated1]\n\t  ;\n\t      Violated = Violated1\n\t),\n\tcheck_constraints(Constraints, PosList,Violated1).\n\n%%% second version of \"overlap\" returns the pair that overlap in the\n%%% first constraint that is violated\noverlap2(Placed, Constraints, Place1, Place2, Rest, Violated) :-\n\tget_all_positions(Placed, [], List),\n\tcheck_constraints(Constraints, List, [Violate|_]),\n\tViolate = (X >= Y + _),\n\tremove_place(Placed, X, Place1, Rest1),\n\tremove_place(Rest1, Y, Place2, Rest),\n\toverlapcc(Constraints, Place1, Place2, Violated).\n\nget_all_positions([], L, L).\nget_all_positions([Place|Placed], L0, L) :-\n\tget_positions(Place, L0, L1),\n\tget_all_positions(Placed, L1, L).\n\nremove_place([PlaceA|Placed], Var, Place, Rest) :-\n\tPlaceA = placed(_PosA,_WeightA,_WPosnA,_ConstraintsA,OffsetsA),\n\t(member(offsetb(_,_,block(Var,_,_)), OffsetsA) ->\n\t    Place= PlaceA,\n\t    Rest = Placed\n\t;\n\t    Rest = [PlaceA|Rest1],\n\t    remove_place(Placed,Var,Place,Rest1)\n\t).\n\t\n\nwrite_all_pos(Ps) :-\n\tcanonify(Ps,CPs),\n\tsort(CPs,SCPs),\n\twrite_all_pos_actual(SCPs).\n\ncanonify([],[]).\ncanonify([P|Ps],[ConstraintsS - LS|Rest]) :-\n\tP = placed(_,_,_,Constraints,_), \n\tsort(Constraints,ConstraintsS),\n\tget_positions(P,[],L),\n\tsort(L,LS),\n\tcanonify(Ps, Rest).\n\nwrite_all_pos_actual([]).\nwrite_all_pos_actual([ConstraintsS - LS |Ps]) :-\n\t(ConstraintsS = [] -> true ; write(ConstraintsS), write(': ')),\n\twrite(LS), nl,\n\twrite_all_pos_actual(Ps).\n\nget_positions(placed(Pos, _, _,_, Offsets), ListOfPos0, ListOfPos) :-\n\tget_positions_offsets(Offsets, Pos, ListOfPos0, ListOfPos).\n\nget_positions(placed(_, _, _, _, Offsets), BPos, ListOfPos0, ListOfPos) :-\n\tget_positions_offsets(Offsets, BPos, ListOfPos0, ListOfPos).\nget_positions_offsets([], _, ListOfPos, ListOfPos).\nget_positions_offsets([Offset|Offsets], BPos, ListOfPos0, ListOfPos) :-\n\t(Offset = offsetb(Off,_,block(Name,_,_)) ->\n\t    NPos is BPos + Off,\n\t    ListOfPos1 = [(Name,NPos)|ListOfPos0]\n\t;\n\t    Offset = offsetp(Off,Placed),\n\t    BPos1 is BPos + Off, \n\t    get_positions(Placed, BPos1, ListOfPos0, ListOfPos1)\n\t),\n\tget_positions_offsets(Offsets, BPos, ListOfPos1, ListOfPos).\n\n\nmerge(Place1, Place2, Violated, Place12) :-\n\tget_positions(Place1, [], List1),\n\tget_positions(Place2, [], List2),\n\t( get_diffs(Violated, List1, List2, Diffs) ->\n\t    PlaceA = Place1,\n\t    PlaceB = Place2\n\t;\n\t    get_diffs(Violated, List2, List1, Diffs),\n\t    PlaceA = Place2,\n\t    PlaceB = Place1\n        ),\n\tmaximum(Diffs, Violated, Min, Active),\n\tmerge_blocks(PlaceA,PlaceB,Min,Active,Place12),\n%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% diagnostics %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\tget_positions(Place12,[],List12),\n\twrite('merge: '),\n\twrite(List1), write(' '), write(List2), write(' -> '), write(Active),\n\twrite(' -> '), write(List12), nl,\n\t%write('check: '),write(Old_PosAB is PosAB), nl,\n\ttrue.\n\nmove_offsets([],_,[]).\nmove_offsets([offsetb(Off0,WPosn,Block)|Os], OffA, [offsetb(Off,WPosn,Block)|MOs]) :-\n\tOff is Off0 + OffA,\n\tmove_offsets(Os,OffA,MOs).\nmove_offsets([offsetp(Off0,Placed)|Os], OffA, [offsetp(Off,Placed)|MOs]) :-\n\tOff is Off0 + OffA,\n\tmove_offsets(Os,OffA,MOs).\n\n%% diffs are how much each constraint is violated\nget_diffs([], _, _, []).\nget_diffs([X >= Y + D|Constraints], List1, List2, [Diff|Diffs]) :-\n\tmember((X,XP), List1), !,\n\tmember((Y,YP), List2), !,\n\tDiff is YP + D - XP,\n\tget_diffs(Constraints, List1,List2,Diffs).\n\n%% Min will be bound to the maximum difference \n%% and active to the corresponding constraint\nmaximum([Diff|Diffs], [C|Cs], Min, Active) :-\n\tmaximum(Diffs,Cs,Diff,Min,C,Active).\nmaximum([],[],Min,Min,Active,Active).\nmaximum([D|Ds], [C|Cs], Min0, Min, Active0, Active) :-\n\t(D > Min0 ->\n\t    Min1 = D,\n\t    Active1 = C\n\t;\n\t    Min1 = Min0,\n\t    Active1 = Active0\n\t),\n\tmaximum(Ds,Cs,Min1,Min,Active1,Active).\n\nsplit(Place, Places) :-\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,_Offsets), \n\tcheck_split(Constraints, Place, Places).\n\t\n\ncheck_split([], Place, [Place]).\ncheck_split([C|Cs], Place, ListPlaced) :-\n\tC = (VA >= VB + D),\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,Offsets),\n\tdelete(Constraints,C,RConstraints),\n\treachable(RConstraints, [VA], VarsA),\n\treachable(RConstraints, [VB], VarsB),\n\t% check disjoint\n\t(intersect(VarsA,VarsB) -> error(disjoint) ; true),\n\tsplit_constraints(RConstraints, VarsA, ConstraintsA, ConstraintsB),\n\tsplit_offsets(Offsets, VarsA, OffsetsA, OffsetsB),\n        member(offsetb(OffA,_,block(VA,_,_)),OffsetsA),!,\n        member(offsetb(OffB,_,block(VB,_,_)),OffsetsB),!,\n\tdesired_position(OffsetsA, WPosnA, WeightA, PosA),\n\tdesired_position(OffsetsB, WPosnB, WeightB, PosB),\n\t((PosA + OffA) >= 0.0001 + (PosB + OffB) + D ->\n\t    PlacedA = placed(PosA, WeightA, WPosnA, ConstraintsA, OffsetsA),\n\t    PlacedB = placed(PosB, WeightB, WPosnB, ConstraintsB, OffsetsB),\n\t    get_positions(PlacedA,[],List1),\n\t    get_positions(PlacedB,[],List2),\n\t    get_positions(Place,[],List12),\n\t    Active = C,\n\t    write('split: '),\n\t     write(List12), write(' -> '), write(Active),\n\t    write(' -> '), write(List1), write(' '), write(List2), nl,\n\t    split(PlacedA, ListPlacedA),\n\t    split(PlacedB, ListPlacedB),\n\t    append(ListPlacedA,ListPlacedB,ListPlaced)\n\t;\n\t    check_split(Cs, Place, ListPlaced)\n\t).\n\nintersect(L1,L2) :- member(A,L1), member(A,L2).\n\n\n% reachable(Cs,Vs0,Vs) - Vs is the subset of variables Vs0 \n%    that are referenced by the constraints Cs\nreachable(Cs, Vs0, Vs) :-\n\tsort(Vs0,SVs0),\n\treachable2(Cs, SVs0, Vs1),\n\tsort(Vs1,SVs1),\n\t(SVs0 = SVs1 ->\n\t    Vs = SVs1\n\t;\n\t    reachable(Cs,SVs1,Vs)\n\t).\nreachable2([], Vs, Vs).\nreachable2([VA >= VB + _|Cs], Vs0, Vs) :-\n\t(member(VA,Vs0) ->\n\t    Vs1 = [VB|Vs0]\n\t; (member(VB,Vs0) ->\n\t    Vs1 = [VA|Vs0]\n\t;\n\t    Vs1 = Vs0\n\t)),\n\treachable2(Cs, Vs1, Vs).\n\n\npartition(Cs, XA >= _YA + _D, ConstraintsA, ConstraintsB) :-\n\tdeleteall(Cs, [], [XA], ConstraintsA, ConstraintsB).\n\ndeleteall([], Rest, _, [], Rest).\ndeleteall([X >= Y + D|Cs], Seen, Vars, Cin, Cout) :-\n\t(member(X,Vars) ->\n\t    Cin = [X >= Y + D|Cin1],\n\t    append(Seen,Cs,All),\n\t    deleteall(All,[],[Y|Vars],Cin1,Cout)\n\t; (member(Y,Vars) ->\n\t    Cin = [X >= Y + D|Cin1],\n\t    append(Seen,Cs,All),\n\t    deleteall(All,[],[X|Vars],Cin1,Cout)\n\t;\n\t    deleteall(Cs,[X + Y >= D|Seen], Vars, Cin, Cout)\n\t)).\n\t    \nsplit_constraints([], _, [], []).\nsplit_constraints([VA >= VB + D|Cs], Vars, CA, CB) :-\n\t(member(VA,Vars), member(VB,Vars) ->\n\t    CA = [VA >= VB + D|CA1],\n\t    CB = CB1\n\t;\n\t    CA = CA1,\n\t    CB = [VA >= VB + D|CB1]\n\t),\n\tsplit_constraints(Cs,Vars,CA1,CB1).\n\n\t    \nsplit_offsets([], _, [], []).\nsplit_offsets([Offset|Cs], Vars, CA, CB) :-\n\tOffset = offsetb(_,_,Block),\n\tBlock = block(Name,_,_),\n\t(member(Name,Vars) ->\n\t    CA = [Offset|CA1],\n\t    CB = CB1\n\t;\n\t    CA = CA1,\n\t    CB = [Offset|CB1]\n\t),\n\tsplit_offsets(Cs,Vars,CA1,CB1).\n\n\nappend([],Y,Y).\nappend([A|X],Y,[A|Z]) :- append(X,Y,Z).\n\nmember(X, [X|_]).\nmember(X, [_|R]) :- member(X,R).\n\noutput_solution(Placed,Constraints) :-\n\twrite_all_pos(Placed),\n\tcalculate_sum(Placed,0,Sum),\n\twrite('Objective: '), write(Sum),\n\tcalculate_active(Constraints,Placed), nl.\n\ncalculate_sum([],S,S).\ncalculate_sum([P|Ps],S0,S) :-\n\tget_positions(P,[],L),\n\tP = placed(_,_,_,_,Offsets),\n\tsum_offsets(Offsets,L,S0,S1),\n\tcalculate_sum(Ps,S1,S).\n\nsum_offsets([],_,S,S).\nsum_offsets([offsetb(_,_,block(V,D,W))|Os], L, S0, S) :-\n\tmember((V,VP),L), !,\n\tS1 is S0 + W * (D - VP) * (D - VP),\n\tsum_offsets(Os,L,S1,S).\n\ncalculate_active(Constraints,Placed) :-\n\tget_active(Placed,[],Active),\n\twrite('['),\n\toutput_active(Constraints,Active),\n\twrite(']').\n\noutput_active([],_).\noutput_active([C|Cs],A) :-\n\t(member(C,A) ->\n\t    write('X')\n\t;\n\t    write(' ')\n\t),\n\toutput_active(Cs,A).\n\nget_active([],A,A).\nget_active([P|Ps], A0, A) :-\n\tP = placed(_,_,_,C,_),\n\tappend(C,A0,A1),\n\tget_active(Ps,A1,A).\n\n\ng(E):- prob1(B,_C), initial(B,P), P = [F|_R], get_positions(F,[],E).\n\ng1:- prob1(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\ng1a:- prob1a(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\ng2:- prob2(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\ng3:- prob3(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\n\n\ng4:- prob4(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\n\ntest :-\n\tOffsets = [offsetb(0,3,block(x1,1,3)),\n\t           offsetb(1,2,block(x2,1,2)),\n\t\t   offsetb(1,2,block(x3,1,2)),\n\t\t   offsetb(2,6,block(x4,3,2)),\n\t\t   offsetb(3,3,block(x5,3,1))\n\t          ],\n\tConstraints = \n           [x3 >= x1 + 1,\n\t    x4 >= x2 + 1,\n\t    x4 >= x3 + 1,\n\t    x5 >= x4 + 1\n           ],\n\tdesired_position(Offsets,WPosn,Weight,Pos),\n\tPlaced = placed(Pos, Weight, WPosn, Constraints, Offsets),\n        write(Placed), nl,\n\tsplit(Placed,Places0),\n%\tPlaces0 = [Placed],\n\toverlaps(Places0,[x2 >= x1 + 1|Constraints],Places),\n\twrite_all_pos(Places),\n\ttrue.\n\ntest2 :-\n\tOffsets = [offsetb(0,3,block(x1,1,3)),\n\t           offsetb(1,2,block(x2,1,2)),\n\t\t   offsetb(1,2,block(x3,1,2)),\n\t\t   offsetb(2,6,block(x4,3,2)),\n\t\t   offsetb(3,3,block(x5,3,1))\n\t          ],\n\tConstraints = \n           [x2 >= x1 + 1, \n\t    x3 >= x1 + 1,\n\t    %x4 >= x2 + 1,\n\t    x4 >= x3 + 1,\n\t    x5 >= x4 + 1\n           ],\n\tdesired_position(Offsets,WPosn,Weight,Pos),\n\tPlaced = placed(Pos, Weight, WPosn, Constraints, Offsets),\n        write(Placed), nl,\n\tsplit(Placed,Places0),\n%\tPlaces0 = [Placed],\n\toverlaps(Places0,[x4 >= x2 + 1|Constraints],Places),\n\twrite_all_pos(Places),\n\ttrue.\n\ntest7 :-\n\tP0 = placed(0,30,0,       \n\t [x2 >= x1 + 0,\n          x3 >= x1 + 0, \n          x4 >= x1 + 0, \n          x5 >= x1 + 0, \n          x6 >= x1 + 0, \n          x7 >= x1 + 0, \n          x8 >= x1 + 0, \n          x9 >= x1 + 0, \n          x10 >= x2 + 0],\n         [\n          offsetb(0,7,block(x1,1,7)),\n       offsetb(0,-2,block(x2,-1,2)),\n       offsetb(0,2,block(x3,1,2)),\n       offsetb(0,-2,block(x4,-1,2)),\n       offsetb(0,2,block(x5,1,2)),\n       offsetb(0,-2,block(x6,-1,2)),\n       offsetb(0,2,block(x7,1,2)),\n       offsetb(0,-2,block(x8,-1,2)),\n       offsetb(0,2,block(x9,1,2)),\n       offsetb(0,-7,block(x10,-1,7))\n        ]),\n\tC = [\n       x2 >= x1 + 0,\n       x3 >= x1 + 0, \n       x4 >= x1 + 0, \n       x5 >= x1 + 0, \n       x6 >= x1 + 0, \n       x7 >= x1 + 0, \n       x8 >= x1 + 0, \n       x9 >= x1 + 0, \n       x10 >= x2 + 0, \n       x10 >= x3 + 0, \n       x10 >= x4 + 0, \n       x10 >= x5 + 0, \n       x10 >= x6 + 0, \n       x10 >= x7 + 0, \n       x10 >= x8 + 0, \n       x10 >= x9 + 0\n   ],\n\tmerge_repeat([P0],C,P1),\t\n\toutput_solution(P1,C),\n\talg11(P1,C,_P).\n\ntest8 :-\n\tP0 = [placed(0,[],14,[\n         x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ],[\n        offsetb(0,[],block(x1,0,2)),\n\toffsetb(1,[],block(x2,0,1)),\n\toffsetb(2,[],block(x3,3,2)),\n\toffsetb(3,[],block(x4,2,5)),\n\toffsetb(4,[],block(x5,5,5)),\n        offsetb(5,[],block(x6,4,2)),\n\toffsetb(6,[],block(x7,7,1)),\n\toffsetb(7,[],block(x8,7,2)),\n\toffsetb(1,[],block(x9,1,4))\n    ])],\n\tC = [\n        x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n        x8 >= x7 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ],\n\tmerge_repeat(P0,C,P1),\t\n\toutput_solution(P1,C),\n\talg11(P1,C,_P).\n\t\n\n\n%%%%%%%%%%%%%%%%%%%% ALGORITHM 1 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n%%\n%% Merge until satisfiable\n%% repeat\n%%     split once\n%%     merge until satisfiable\n\nalg1(B,C,P) :-\n\tinitial(B,P0),\n\tmerge_repeat(P0,C,P1),\n\toutput_solution(P1,C),\n\talg11(P1, C, P).\n\nalg11(P0,C,P) :-\n\t(find_split(P0, P1) ->\n\t    merge_repeat(P1,C,P2),\n\t    output_solution(P2,C),\n\t    alg11(P2,C,P)\n\t;\n\t    P = P0\n\t).\n\nmerge_repeat(Placed0,Constraints,Placed) :-\n\t(overlap(Placed0,Constraints,Place1,Place2,Rest,Violated) ->\n\t    merge(Place1,Place2,Violated,Place12),\n\t    length(Violated,VS),\n\t    (VS>1->\t\n\t    \twrite('**** VIOLATED SIZE ='),write(VS),\n\t\t\twrite(':'),write(Violated)\n\t\t;\n\t\t\tVS=1\n\t\t),\n\t    Placed1 = [Place12|Rest],\n\t    merge_repeat(Placed1, Constraints, Placed)\n\t;\n\t    Placed = Placed0\n\t).\n\t\n\nfind_split([PlaceA|Places],Placed) :-\n\tPlaceA = placed(_Pos,_Weight,_WPosn,Constraints,_Offsets), \n\t(single_split(Constraints,PlaceA,PlacesA) ->\n\t    append(PlacesA,Places,Placed)\n\t;\n\t    Placed = [PlaceA|Placed1],\n\t    find_split(Places,Placed1)\n\t).\n\n\nsingle_split([C|Cs], Place, ListPlaced) :-\n\tC = (VA >= VB + D),\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,Offsets),\n\tdelete(Constraints,C,RConstraints),\n\treachable(RConstraints, [VA], VarsA),\n\treachable(RConstraints, [VB], VarsB),\n\t% check disjoint\n\t(intersect(VarsA,VarsB) -> error(disjoint) ; true),\n\tsplit_constraints(RConstraints, VarsA, ConstraintsA, ConstraintsB),\n\tsplit_offsets(Offsets, VarsA, OffsetsA, OffsetsB),\n        member(offsetb(OffA,_,block(VA,_,_)),OffsetsA),!,\n        member(offsetb(OffB,_,block(VB,_,_)),OffsetsB),!,\n\tdesired_position(OffsetsA, WPosnA, WeightA, PosA),\n\tdesired_position(OffsetsB, WPosnB, WeightB, PosB),\n\t((PosA + OffA) >= 0.0001 + (PosB + OffB) + D ->\n\t    PlacedA = placed(PosA, WeightA, WPosnA, ConstraintsA, OffsetsA),\n\t    PlacedB = placed(PosB, WeightB, WPosnB, ConstraintsB, OffsetsB),\n\t    get_positions(PlacedA,[],List1),\n\t    get_positions(PlacedB,[],List2),\n\t    get_positions(Place,[],List12),\n\t    Active = C,\n\t    write('split: '),\n\t     write(List12), write(' -> '), write(Active),\n\t    write(' -> '), write(List1), write(' '), write(List2), nl,\n\t    ListPlaced = [PlacedA,PlacedB]\n\t;\n\t    single_split(Cs, Place, ListPlaced)\n\t).\n\n\n\t\na1 :- prob1(B,C), alg1(B,C,_P).\na2 :- prob2(B,C), alg1(B,C,_P).\na3 :- prob3(B,C), alg1(B,C,_P).\na4 :- prob4(B,C), alg1(B,C,_P).\na5 :- prob5(B,C), alg1(B,C,_P).\na6 :- prob6(B,C), alg1(B,C,_P).\na7 :- prob7(B,C), alg1(B,C,_P).\na8 :- prob8(B,C), alg1(B,C,_P).\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/placement_SolveVPSC.h",
    "content": "/* DO NOT EDIT THIS FILE - it is machine generated */\n#include <jni.h>\n/* Header for class placement_SolveVPSC */\n\n#ifndef _Included_placement_SolveVPSC\n#define _Included_placement_SolveVPSC\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n/*\n * Class:     placement_SolveVPSC\n * Method:    solve\n * Signature: ([Ljava/lang/String;[D[D[I[I[D[DI)D\n */\nJNIEXPORT jdouble JNICALL Java_placement_SolveVPSC_solve\n  (JNIEnv *, jobject, jobjectArray, jdoubleArray, jdoubleArray, jintArray, jintArray, jdoubleArray, jdoubleArray, jint);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    generateXConstraints\n * Signature: ([D[D[D[D[D)I\n */\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateXConstraints\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    generateYConstraints\n * Signature: ([D[D[D[D[D)I\n */\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateYConstraints\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    getConstraints\n * Signature: ([I[I[D)V\n */\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_getConstraints\n  (JNIEnv *, jobject, jintArray, jintArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    removeOverlaps\n * Signature: ([D[D[D[D)V\n */\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_removeOverlaps\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/prolog/Part 1.2",
    "content": "<div class=\"moz-text-flowed\" style=\"font-family: -moz-fixed\">\n\nno documentation I am afraid\n\n\nOn 07/02/2005, at 1:22 PM, Tim Dwyer wrote:\n\n> Hi Peter,\n>\n> Can you please send me your prolog for the overlap removal algorithm?  \n> I'm keen to start hacking.\n>\n> Thanks\n>\n> Tim\n>\n>\n</div>"
  },
  {
    "path": "experimental/RectangleOverlapSolver/prolog/Part 1.4",
    "content": "<div class=\"moz-text-flowed\" style=\"font-family: -moz-fixed\">\n</div>"
  },
  {
    "path": "experimental/RectangleOverlapSolver/prolog/blocks.pl",
    "content": "\n\n\nprob1(\n\t[block(x1,1,3),\n\tblock(x2,1,2),\n\tblock(x3,1,3),\n\tblock(x4,3,2),\n\tblock(x5,3,1)],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx5 >= x4 + 1]\n    ).\n%[x5>=x4+1]: [ (x4, 2.66667), (x5, 3.66667)]\n%[x3>=x1+1, x2>=x1+1]: [ (x1, 0.375), (x2, 1.375), (x3, 1.375)]\n\nprob1a(\n\t[\n\tblock(x3,1,3),\n        block(x1,1,3),\n\tblock(x4,3,2),\n\tblock(x5,3,1),\n\tblock(x2,1,2)\n        ],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx5 >= x4 + 1]\n    ).\n\nprob2(\n\t[block(x1,0,1),\n\tblock(x2,1,1),\n\tblock(x3,4,1),\n\tblock(x4,4,1),\n\tblock(x5,3,1),\n\tblock(x6,6,1),\n\tblock(x7,5,1),\n\tblock(x8,0,1),\n\tblock(x9,7,1)],\n\t[x2 >= x1 + 1,\n\tx3 >= x1 + 1,\n\tx4 >= x1 + 1,\n\tx5 >= x2 + 3,\n\tx5 >= x3 + 1,\n\tx6 >= x3 + 1,\n\tx5 >= x4 + 1,\n\tx8 >= x4 + 1,\n\tx7 >= x5 + 1,\n\tx9 >= x6 + 4,\n\tx9 >= x7 + 2,\n\tx9 >= x8 + 3]\n    ).\n\n%[x9>=x6+4]: [ (x6, 4.5), (x9, 8.5)]\n%[ (x7, 5)]\n%[x5>=x3+1]: [ (x3, 3), (x5, 4)]\n%[x8>=x4+1]: [ (x4, 1.5), (x8, 2.5)]\n%[x2>=x1+1]: [ (x1, 0), (x2, 1)]\n\nprob3(\n\t[block(x1,0,1),\n\tblock(x2,0,1),\n\tblock(x3,0,1),\n\tblock(x4,0,1),\n\tblock(x5,8,1),\n\tblock(x6,8,1),\n\tblock(x7,8,1),\n\tblock(x8,8,1),\n\tblock(x9,4,20)\n        ],\n\t[x2 >= x1 + 1,\n\tx3 >= x2 + 1,\n\tx4 >= x3 + 1,\n\tx6 >= x5 + 1,\n\tx7 >= x6 + 1,\n\tx8 >= x7 + 1,\n\tx3 >= x9 + 1\n        ]\n     ).\n\n\t\nprob4(\n\t[block(x1,1,3),\n\t block(x4,3,2),\n\t block(x5,3,1),\n\t block(x2,1,2),\n\t block(x3,1,2)\n        ],\n\t[x2 >= x1 + 1,\n\t x3 >= x1 + 1,\n\t x4 >= x2 + 1,\n\t x4 >= x3 + 1,\n\t x5 >= x4 + 1\n        ]\n    ).\n\nprob5(\n\t[block(x1,1,1),\n\t block(x2,2,1),\n\t block(x3,2,1),\n\t block(x4,3,1),\n\t block(x5,5,1),\n\t block(x6,6,1),\n\t block(x7,7,1)]\n     ,\n\t[x2 >= x1 + 2,\n\tx3 >= x1 + 2,\n\tx5 >= x4 + 2,\n\tx6 >= x2 + 2,\n\tx7 >= x5 + 2,\n\tx4 >= x3 + 1,\n\tx7 >= x6 + 2\n    ]).\n\nprob6([\n        block(x1,0,1),\n\tblock(x2,2,1),\n\tblock(x3,1,8),\n\tblock(x4,3,1)\n      ],\n      [\n        x2 >= x1 + 3,\n\tx3 >= x1 + 3,\n\tx4 >= x2 + 1.5\n      ]).\n\n\nprob7([\n       block(x1,1,7),\n       block(x2,-1,2),\n       block(x3,1,2),\n       block(x4,-1,2),\n       block(x5,1,2),\n       block(x6,-1,2),\n       block(x7,1,2),\n       block(x8,-1,2),\n       block(x9,1,2),\n       block(x10,-1,7)\n      ],[\n       x2 >= x1 + 0,\n       x3 >= x1 + 0, \n       x4 >= x1 + 0, \n       x5 >= x1 + 0, \n       x6 >= x1 + 0, \n       x7 >= x1 + 0, \n       x8 >= x1 + 0, \n       x9 >= x1 + 0, \n       x10 >= x2 + 0, \n       x10 >= x3 + 0, \n       x10 >= x4 + 0, \n       x10 >= x5 + 0, \n       x10 >= x6 + 0, \n       x10 >= x7 + 0, \n       x10 >= x8 + 0, \n       x10 >= x9 + 0\n   ]).\n\n      \nprob8([\n       block(x1,0,2),\n\tblock(x2,0,1),\n\tblock(x3,3,2),\n\tblock(x4,2,5),\n\tblock(x5,5,5),\n        block(x6,4,2),\n\tblock(x7,7,1),\n\tblock(x8,7,2),\n\tblock(x9,1,4)\n    ],[\n        x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n        x8 >= x7 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ]).\n\nprob9([\n       block(x0,0,9),\n\tblock(x1,0.1,3),\n\tblock(x2,0.2,3),\n\tblock(x3,0.3,3),\n\tblock(x4,0.4,3)\n    ],[\n        x4 >= x0 + 9,\n        x2 >= x0 + 9,\n        x4 >= x2 + 3,\n        x1 >= x0 + 3,\n        x2 >= x1 + 3,\n        x3 >= x2 + 3,\n        x4 >= x3 + 3\n    ]).\nprob10([\n       block(x0,0,9),\n\tblock(x4,0.4,3),\n\tblock(x2,0.2,3)\n    ],[\n        x4 >= x0 + 9,\n        x2 >= x0 + 9,\n        x4 >= x2 + 3\n    ]).\n\ninit_block(B,Offset) :- init_block_e(B,Offset).\nmerge_blocks(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tmerge_blocks_e(PlaceA,PlaceB,Min,Active,PlaceAB).\ndesired_position(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_e(Offsets, WPosn, Weight, Pos).\n\n%% init_block(B,Offset) :- init_block_m(B,Offset).\n%% merge_blocks(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n%% \tmerge_blocks_m(PlaceA,PlaceB,Min,Active,PlaceAB).\n%% desired_position(Offsets, WPosn, Weight, Pos) :-\n%% \tdesired_position_m(Offsets, WPosn, Weight, Pos).\n\n\n%%% euclidean distance %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \ninit_block_e(Block,Offset) :-\n\tBlock = block(_Name,Pos,Weight),\n\tWPosn is Pos * Weight,\n\tOffset = offsetb(0,WPosn,Block).\nmerge_blocks_e(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tPlaceA = placed(PosA,WeightA,WPosnA,ConstraintsA,OffsetsA),\n\tPlaceB = placed(PosB,WeightB,WPosnB,ConstraintsB,OffsetsB),\n\tWeightAB is WeightA + WeightB,\n\tOffA is PosA - PosB + Min,\n\tWPosnAB is WPosnA + WPosnB - OffA * WeightA,\n\tPosAB is WPosnAB / WeightAB,\n\t\n\tmove_offsets(OffsetsA, OffA, OffsetsAM),\n\tappend(OffsetsAM, OffsetsB, OffsetsAB),\n\tappend(ConstraintsA,[Active|ConstraintsB],ConstraintsAB),\n\tPlaceAB = placed(PosAB,WeightAB,WPosnAB,ConstraintsAB,OffsetsAB).\ndesired_position_e(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_e(Offsets, 0, 0, WPosn, Weight),\n\tPos is WPosn/Weight.\n\ndesired_position_e([], WPosn, Weight, WPosn, Weight).\ndesired_position_e([Offset|Os], WPosn0, Weight0, WPosn, Weight) :-\n\tOffset = offsetb(PosB,_,Block),\n\tBlock = block(_,DesB,WeightB),\n\tWPosn1 is WPosn0 + (DesB - PosB) * WeightB,\n\tWeight1 is Weight0 + WeightB,\n\tdesired_position_e(Os, WPosn1, Weight1, WPosn, Weight).\n%%% manhattan distance %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% \ninit_block_m(Block,Offset) :-\n\tBlock = block(_Name,Pos,Weight),\n\tWPosn = [(Pos,Weight)],\n\tOffset = offsetb(0,WPosn,Block).\nmerge_blocks_m(PlaceA,PlaceB,Min,Active,PlaceAB) :-\n\tPlaceA = placed(PosA,WeightA,WPosnA,ConstraintsA,OffsetsA),\n\tPlaceB = placed(PosB,WeightB,WPosnB,ConstraintsB,OffsetsB),\n\tWeightAB is WeightA + WeightB,\n\tOffA is PosA - PosB + Min,\n\ttranslate(WPosnA, OffA, NWPosnA),\n\tappend(NWPosnA,WPosnB,UnsortedWPosnAB),\n\tmsort(UnsortedWPosnAB, WPosnAB),\n\tcompute_opt(WPosnAB,WeightAB,PosAB),\n\tmove_offsets(OffsetsA, OffA, OffsetsAM),\n\tappend(OffsetsAM, OffsetsB, OffsetsAB),\n\tappend(ConstraintsA,[Active|ConstraintsB],ConstraintsAB),\n\tPlaceAB = placed(PosAB,WeightAB,WPosnAB,ConstraintsAB,OffsetsAB).\ndesired_position_m(Offsets, WPosn, Weight, Pos) :-\n\tdesired_position_m(Offsets, [], 0, UnsortedWPosn, Weight),\n\tmsort(UnsortedWPosn,WPosn),\n\tcompute_opt(WPosn,Weight,Pos).\n\ndesired_position_m([], WPosn, Weight, WPosn, Weight).\ndesired_position_m([Offset|Os], WPosn0, Weight0, WPosn, Weight) :-\n\tOffset = offsetb(PosB,_,Block),\n\tBlock = block(_,DesB,WeightB),\n\tAdjPosB is (DesB - PosB),\n\tWPosn1 = [(AdjPosB,WeightB)| WPosn0],\n\tWeight1 is Weight0 + WeightB,\n\tdesired_position_m(Os, WPosn1, Weight1, WPosn, Weight).\n\ntranslate([], _, []).\ntranslate([(P,W)|PWs], Off, [(PO,W)|Ts]) :-\n\tPO is P - Off,\n\ttranslate(PWs, Off, Ts).\n\ncompute_opt([(P,W)|PWs], Weight, Pos) :-\n\tWeight1 is Weight - 2 * W,\n\t(Weight1 < 0 ->\n\t    Pos = P\n\t;\n\t    compute_opt(PWs, Weight1, Pos)\n\t).\n\n\n% :- type block --> block(name,desired-position,weight)\n\n% :- type placed --> placed(position, weight, wposn, [constraints], [offsets]).\n\n% :- type offset --> offsetb(offset,wposn,block)\n%                  ; offsetp(offset,placed)\n\ninitial([],[]).\ninitial([First|Blocks], \n\t       [placed(Des,Weight,WPosn,[],[Offset])|Rest]) :-\n\tinit_block(First,Offset),\n\tFirst = block(_Name,Des,Weight),\n\tOffset = offsetb(_,WPosn,_),\n\tinitial(Blocks, Rest).\n\noverlaps(Placed0, Constraints, Placed) :-\n%% change line below for different overlap\n\t(overlap2(Placed0,Constraints,Place1,Place2,Rest,Violated) ->\n\t    merge(Place1,Place2,Violated,Place12),\n\t    %write_all_pos([Place12]),\n\t    split(Place12, Places12),\n\t    %write_all_pos(Places12),\n\t    append(Places12, Rest, Placed1),\n\t    overlaps(Placed1, Constraints, Placed)\n\t;\n\t    Placed = Placed0\n\t).\n\noverlap([Placea|Placed0], Constraints, Place1, Place2, Rest, Violated) :-\n\t(overlapc(Placed0, Constraints, Placea, Placeb, Restab, Violated) ->\n\t    Place1 = Placea,\n\t    Place2 = Placeb,\n\t    Rest = Restab\n\t;\n\t    Rest = [Placea|Rest1],\n\t    overlap(Placed0, Constraints, Place1, Place2, Rest1, Violated)\n\t).\n\noverlapc([Placeb|Placed0], Constraints, Place1, Place2, Rest, Violated) :-\n\t(overlapcc(Constraints, Placeb, Place1,Violated) ->\n\t    Place2 = Placeb,\n\t    Rest = Placed0\n\t;\n\t    Rest = [Placeb|Rest1],\n\t    overlapc(Placed0, Constraints, Place1, Place2, Rest1, Violated)\n\t).\n\n%% \noverlapcc(Constraints, Place1, Place2, Violated) :-\n\tget_positions(Place1, [], List1),\n\tget_positions(Place2, [], List2),\n\tappend(List1,List2,All),\n\tcheck_constraints(Constraints, All, Violated),\n\tViolated = [_|_].\n\ncheck_constraints([], _, []).\ncheck_constraints([X >= Y + D|Constraints], PosList, Violated) :-\n\t( member((X,XP), PosList),\n\t  member((Y,YP), PosList),\n\t  XP + 0.0001 < YP + D ->\n\t      Violated = [X >= Y + D|Violated1]\n\t  ;\n\t      Violated = Violated1\n\t),\n\tcheck_constraints(Constraints, PosList,Violated1).\n\n%%% second version of \"overlap\" returns the pair that overlap in the\n%%% first constraint that is violated\noverlap2(Placed, Constraints, Place1, Place2, Rest, Violated) :-\n\tget_all_positions(Placed, [], List),\n\tcheck_constraints(Constraints, List, [Violate|_]),\n\tViolate = (X >= Y + _),\n\tremove_place(Placed, X, Place1, Rest1),\n\tremove_place(Rest1, Y, Place2, Rest),\n\toverlapcc(Constraints, Place1, Place2, Violated).\n\nget_all_positions([], L, L).\nget_all_positions([Place|Placed], L0, L) :-\n\tget_positions(Place, L0, L1),\n\tget_all_positions(Placed, L1, L).\n\nremove_place([PlaceA|Placed], Var, Place, Rest) :-\n\tPlaceA = placed(_PosA,_WeightA,_WPosnA,_ConstraintsA,OffsetsA),\n\t(member(offsetb(_,_,block(Var,_,_)), OffsetsA) ->\n\t    Place= PlaceA,\n\t    Rest = Placed\n\t;\n\t    Rest = [PlaceA|Rest1],\n\t    remove_place(Placed,Var,Place,Rest1)\n\t).\n\t\n\nwrite_all_pos(Ps) :-\n\tcanonify(Ps,CPs),\n\tsort(CPs,SCPs),\n\twrite_all_pos_actual(SCPs).\n\ncanonify([],[]).\ncanonify([P|Ps],[ConstraintsS - LS|Rest]) :-\n\tP = placed(_,_,_,Constraints,_), \n\tsort(Constraints,ConstraintsS),\n\tget_positions(P,[],L),\n\tsort(L,LS),\n\tcanonify(Ps, Rest).\n\nwrite_all_pos_actual([]).\nwrite_all_pos_actual([ConstraintsS - LS |Ps]) :-\n\t(ConstraintsS = [] -> true ; write(ConstraintsS), write(': ')),\n\twrite(LS), nl,\n\twrite_all_pos_actual(Ps).\n\nget_positions(placed(Pos, _, _,_, Offsets), ListOfPos0, ListOfPos) :-\n\tget_positions_offsets(Offsets, Pos, ListOfPos0, ListOfPos).\n\nget_positions(placed(_, _, _, _, Offsets), BPos, ListOfPos0, ListOfPos) :-\n\tget_positions_offsets(Offsets, BPos, ListOfPos0, ListOfPos).\nget_positions_offsets([], _, ListOfPos, ListOfPos).\nget_positions_offsets([Offset|Offsets], BPos, ListOfPos0, ListOfPos) :-\n\t(Offset = offsetb(Off,_,block(Name,_,_)) ->\n\t    NPos is BPos + Off,\n\t    ListOfPos1 = [(Name,NPos)|ListOfPos0]\n\t;\n\t    Offset = offsetp(Off,Placed),\n\t    BPos1 is BPos + Off, \n\t    get_positions(Placed, BPos1, ListOfPos0, ListOfPos1)\n\t),\n\tget_positions_offsets(Offsets, BPos, ListOfPos1, ListOfPos).\n\n\nmerge(Place1, Place2, Violated, Place12) :-\n\tget_positions(Place1, [], List1),\n\tget_positions(Place2, [], List2),\n\t( get_diffs(Violated, List1, List2, Diffs) ->\n\t    PlaceA = Place1,\n\t    PlaceB = Place2\n\t;\n\t    get_diffs(Violated, List2, List1, Diffs),\n\t    PlaceA = Place2,\n\t    PlaceB = Place1\n        ),\n\tmaximum(Diffs, Violated, Min, Active),\n\tmerge_blocks(PlaceA,PlaceB,Min,Active,Place12),\n%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% diagnostics %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n\tget_positions(Place12,[],List12),\n\twrite('merge: '),\n\twrite(List1), write(' '), write(List2), write(' -> '), write(Active),\n\twrite(' -> '), write(List12), nl,\n\t%write('check: '),write(Old_PosAB is PosAB), nl,\n\ttrue.\n\nmove_offsets([],_,[]).\nmove_offsets([offsetb(Off0,WPosn,Block)|Os], OffA, [offsetb(Off,WPosn,Block)|MOs]) :-\n\tOff is Off0 + OffA,\n\tmove_offsets(Os,OffA,MOs).\nmove_offsets([offsetp(Off0,Placed)|Os], OffA, [offsetp(Off,Placed)|MOs]) :-\n\tOff is Off0 + OffA,\n\tmove_offsets(Os,OffA,MOs).\n\n%% diffs are how much each constraint is violated\nget_diffs([], _, _, []).\nget_diffs([X >= Y + D|Constraints], List1, List2, [Diff|Diffs]) :-\n\tmember((X,XP), List1), !,\n\tmember((Y,YP), List2), !,\n\tDiff is YP + D - XP,\n\tget_diffs(Constraints, List1,List2,Diffs).\n\n%% Min will be bound to the maximum difference \n%% and active to the corresponding constraint\nmaximum([Diff|Diffs], [C|Cs], Min, Active) :-\n\tmaximum(Diffs,Cs,Diff,Min,C,Active).\nmaximum([],[],Min,Min,Active,Active).\nmaximum([D|Ds], [C|Cs], Min0, Min, Active0, Active) :-\n\t(D > Min0 ->\n\t    Min1 = D,\n\t    Active1 = C\n\t;\n\t    Min1 = Min0,\n\t    Active1 = Active0\n\t),\n\tmaximum(Ds,Cs,Min1,Min,Active1,Active).\n\nsplit(Place, Places) :-\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,_Offsets), \n\tcheck_split(Constraints, Place, Places).\n\t\n\ncheck_split([], Place, [Place]).\ncheck_split([C|Cs], Place, ListPlaced) :-\n\tC = (VA >= VB + D),\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,Offsets),\n\tdelete(Constraints,C,RConstraints),\n\treachable(RConstraints, [VA], VarsA),\n\treachable(RConstraints, [VB], VarsB),\n\t% check disjoint\n\t(intersect(VarsA,VarsB) -> error(disjoint) ; true),\n\tsplit_constraints(RConstraints, VarsA, ConstraintsA, ConstraintsB),\n\tsplit_offsets(Offsets, VarsA, OffsetsA, OffsetsB),\n        member(offsetb(OffA,_,block(VA,_,_)),OffsetsA),!,\n        member(offsetb(OffB,_,block(VB,_,_)),OffsetsB),!,\n\tdesired_position(OffsetsA, WPosnA, WeightA, PosA),\n\tdesired_position(OffsetsB, WPosnB, WeightB, PosB),\n\t((PosA + OffA) >= 0.0001 + (PosB + OffB) + D ->\n\t    PlacedA = placed(PosA, WeightA, WPosnA, ConstraintsA, OffsetsA),\n\t    PlacedB = placed(PosB, WeightB, WPosnB, ConstraintsB, OffsetsB),\n\t    get_positions(PlacedA,[],List1),\n\t    get_positions(PlacedB,[],List2),\n\t    get_positions(Place,[],List12),\n\t    Active = C,\n\t    write('split: '),\n\t     write(List12), write(' -> '), write(Active),\n\t    write(' -> '), write(List1), write(' '), write(List2), nl,\n\t    split(PlacedA, ListPlacedA),\n\t    split(PlacedB, ListPlacedB),\n\t    append(ListPlacedA,ListPlacedB,ListPlaced)\n\t;\n\t    check_split(Cs, Place, ListPlaced)\n\t).\n\nintersect(L1,L2) :- member(A,L1), member(A,L2).\n\n\n% reachable(Cs,Vs0,Vs) - Vs is the subset of variables Vs0 \n%    that are referenced by the constraints Cs\nreachable(Cs, Vs0, Vs) :-\n\tsort(Vs0,SVs0),\n\treachable2(Cs, SVs0, Vs1),\n\tsort(Vs1,SVs1),\n\t(SVs0 = SVs1 ->\n\t    Vs = SVs1\n\t;\n\t    reachable(Cs,SVs1,Vs)\n\t).\nreachable2([], Vs, Vs).\nreachable2([VA >= VB + _|Cs], Vs0, Vs) :-\n\t(member(VA,Vs0) ->\n\t    Vs1 = [VB|Vs0]\n\t; (member(VB,Vs0) ->\n\t    Vs1 = [VA|Vs0]\n\t;\n\t    Vs1 = Vs0\n\t)),\n\treachable2(Cs, Vs1, Vs).\n\n\npartition(Cs, XA >= _YA + _D, ConstraintsA, ConstraintsB) :-\n\tdeleteall(Cs, [], [XA], ConstraintsA, ConstraintsB).\n\ndeleteall([], Rest, _, [], Rest).\ndeleteall([X >= Y + D|Cs], Seen, Vars, Cin, Cout) :-\n\t(member(X,Vars) ->\n\t    Cin = [X >= Y + D|Cin1],\n\t    append(Seen,Cs,All),\n\t    deleteall(All,[],[Y|Vars],Cin1,Cout)\n\t; (member(Y,Vars) ->\n\t    Cin = [X >= Y + D|Cin1],\n\t    append(Seen,Cs,All),\n\t    deleteall(All,[],[X|Vars],Cin1,Cout)\n\t;\n\t    deleteall(Cs,[X + Y >= D|Seen], Vars, Cin, Cout)\n\t)).\n\t    \nsplit_constraints([], _, [], []).\nsplit_constraints([VA >= VB + D|Cs], Vars, CA, CB) :-\n\t(member(VA,Vars), member(VB,Vars) ->\n\t    CA = [VA >= VB + D|CA1],\n\t    CB = CB1\n\t;\n\t    CA = CA1,\n\t    CB = [VA >= VB + D|CB1]\n\t),\n\tsplit_constraints(Cs,Vars,CA1,CB1).\n\n\t    \nsplit_offsets([], _, [], []).\nsplit_offsets([Offset|Cs], Vars, CA, CB) :-\n\tOffset = offsetb(_,_,Block),\n\tBlock = block(Name,_,_),\n\t(member(Name,Vars) ->\n\t    CA = [Offset|CA1],\n\t    CB = CB1\n\t;\n\t    CA = CA1,\n\t    CB = [Offset|CB1]\n\t),\n\tsplit_offsets(Cs,Vars,CA1,CB1).\n\n\nappend([],Y,Y).\nappend([A|X],Y,[A|Z]) :- append(X,Y,Z).\n\nmember(X, [X|_]).\nmember(X, [_|R]) :- member(X,R).\n\noutput_solution(Placed,Constraints) :-\n\twrite_all_pos(Placed),\n\tcalculate_sum(Placed,0,Sum),\n\twrite('Objective: '), write(Sum),\n\tcalculate_active(Constraints,Placed), nl.\n\ncalculate_sum([],S,S).\ncalculate_sum([P|Ps],S0,S) :-\n\tget_positions(P,[],L),\n\tP = placed(_,_,_,_,Offsets),\n\tsum_offsets(Offsets,L,S0,S1),\n\tcalculate_sum(Ps,S1,S).\n\nsum_offsets([],_,S,S).\nsum_offsets([offsetb(_,_,block(V,D,W))|Os], L, S0, S) :-\n\tmember((V,VP),L), !,\n\tS1 is S0 + W * (D - VP) * (D - VP),\n\tsum_offsets(Os,L,S1,S).\n\ncalculate_active(Constraints,Placed) :-\n\tget_active(Placed,[],Active),\n\twrite('['),\n\toutput_active(Constraints,Active),\n\twrite(']').\n\noutput_active([],_).\noutput_active([C|Cs],A) :-\n\t(member(C,A) ->\n\t    write('X')\n\t;\n\t    write(' ')\n\t),\n\toutput_active(Cs,A).\n\nget_active([],A,A).\nget_active([P|Ps], A0, A) :-\n\tP = placed(_,_,_,C,_),\n\tappend(C,A0,A1),\n\tget_active(Ps,A1,A).\n\n\ng(E):- prob1(B,_C), initial(B,P), P = [F|_R], get_positions(F,[],E).\n\ng1:- prob1(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\ng1a:- prob1a(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\ng2:- prob2(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\ng3:- prob3(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\n\n\ng4:- prob4(B,C), initial(B,P), overlaps(P,C,Pn), write(Pn),\n\tnl, write_all_pos(Pn).\n\n\ntest :-\n\tOffsets = [offsetb(0,3,block(x1,1,3)),\n\t           offsetb(1,2,block(x2,1,2)),\n\t\t   offsetb(1,2,block(x3,1,2)),\n\t\t   offsetb(2,6,block(x4,3,2)),\n\t\t   offsetb(3,3,block(x5,3,1))\n\t          ],\n\tConstraints = \n           [x3 >= x1 + 1,\n\t    x4 >= x2 + 1,\n\t    x4 >= x3 + 1,\n\t    x5 >= x4 + 1\n           ],\n\tdesired_position(Offsets,WPosn,Weight,Pos),\n\tPlaced = placed(Pos, Weight, WPosn, Constraints, Offsets),\n        write(Placed), nl,\n\tsplit(Placed,Places0),\n%\tPlaces0 = [Placed],\n\toverlaps(Places0,[x2 >= x1 + 1|Constraints],Places),\n\twrite_all_pos(Places),\n\ttrue.\n\ntest2 :-\n\tOffsets = [offsetb(0,3,block(x1,1,3)),\n\t           offsetb(1,2,block(x2,1,2)),\n\t\t   offsetb(1,2,block(x3,1,2)),\n\t\t   offsetb(2,6,block(x4,3,2)),\n\t\t   offsetb(3,3,block(x5,3,1))\n\t          ],\n\tConstraints = \n           [x2 >= x1 + 1, \n\t    x3 >= x1 + 1,\n\t    %x4 >= x2 + 1,\n\t    x4 >= x3 + 1,\n\t    x5 >= x4 + 1\n           ],\n\tdesired_position(Offsets,WPosn,Weight,Pos),\n\tPlaced = placed(Pos, Weight, WPosn, Constraints, Offsets),\n        write(Placed), nl,\n\tsplit(Placed,Places0),\n%\tPlaces0 = [Placed],\n\toverlaps(Places0,[x4 >= x2 + 1|Constraints],Places),\n\twrite_all_pos(Places),\n\ttrue.\n\ntest7 :-\n\tP0 = placed(0,30,0,       \n\t [x2 >= x1 + 0,\n          x3 >= x1 + 0, \n          x4 >= x1 + 0, \n          x5 >= x1 + 0, \n          x6 >= x1 + 0, \n          x7 >= x1 + 0, \n          x8 >= x1 + 0, \n          x9 >= x1 + 0, \n          x10 >= x2 + 0],\n         [\n          offsetb(0,7,block(x1,1,7)),\n       offsetb(0,-2,block(x2,-1,2)),\n       offsetb(0,2,block(x3,1,2)),\n       offsetb(0,-2,block(x4,-1,2)),\n       offsetb(0,2,block(x5,1,2)),\n       offsetb(0,-2,block(x6,-1,2)),\n       offsetb(0,2,block(x7,1,2)),\n       offsetb(0,-2,block(x8,-1,2)),\n       offsetb(0,2,block(x9,1,2)),\n       offsetb(0,-7,block(x10,-1,7))\n        ]),\n\tC = [\n       x2 >= x1 + 0,\n       x3 >= x1 + 0, \n       x4 >= x1 + 0, \n       x5 >= x1 + 0, \n       x6 >= x1 + 0, \n       x7 >= x1 + 0, \n       x8 >= x1 + 0, \n       x9 >= x1 + 0, \n       x10 >= x2 + 0, \n       x10 >= x3 + 0, \n       x10 >= x4 + 0, \n       x10 >= x5 + 0, \n       x10 >= x6 + 0, \n       x10 >= x7 + 0, \n       x10 >= x8 + 0, \n       x10 >= x9 + 0\n   ],\n\tmerge_repeat([P0],C,P1),\t\n\toutput_solution(P1,C),\n\talg11(P1,C,_P).\n\ntest8 :-\n\tP0 = [placed(0,[],14,[\n         x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ],[\n        offsetb(0,[],block(x1,0,2)),\n\toffsetb(1,[],block(x2,0,1)),\n\toffsetb(2,[],block(x3,3,2)),\n\toffsetb(3,[],block(x4,2,5)),\n\toffsetb(4,[],block(x5,5,5)),\n        offsetb(5,[],block(x6,4,2)),\n\toffsetb(6,[],block(x7,7,1)),\n\toffsetb(7,[],block(x8,7,2)),\n\toffsetb(1,[],block(x9,1,4))\n    ])],\n\tC = [\n        x2 >= x1 + 1,\n        x3 >= x2 + 1,\n        x4 >= x3 + 1,\n        x5 >= x4 + 1,\n        x6 >= x5 + 1,\n        x7 >= x6 + 1,\n        x8 >= x7 + 1,\n\tx9 >= x1 + 1,\n\tx8 >= x9 + 6\n    ],\n\tmerge_repeat(P0,C,P1),\t\n\toutput_solution(P1,C),\n\talg11(P1,C,_P).\n\t\n\n\n%%%%%%%%%%%%%%%%%%%% ALGORITHM 1 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%\n%%\n%% Merge until satisfiable\n%% repeat\n%%     split once\n%%     merge until satisfiable\n\nalg1(B,C,P) :-\n\tinitial(B,P0),\n\tmerge_repeat(P0,C,P1),\n\toutput_solution(P1,C),\n\talg11(P1, C, P).\n\nalg11(P0,C,P) :-\n\t(find_split(P0, P1) ->\n\t    merge_repeat(P1,C,P2),\n\t    output_solution(P2,C),\n\t    alg11(P2,C,P)\n\t;\n\t    P = P0\n\t).\n\nmerge_repeat(Placed0,Constraints,Placed) :-\n\t(overlap(Placed0,Constraints,Place1,Place2,Rest,Violated) ->\n\t    merge(Place1,Place2,Violated,Place12),\n\t    length(Violated,VS),\n\t    (VS>1->\t\n\t    \twrite('**** VIOLATED SIZE ='),write(VS),\n\t\t\twrite(':'),write(Violated)\n\t\t;\n\t\t\tVS=1\n\t\t),\n\t    Placed1 = [Place12|Rest],\n\t    merge_repeat(Placed1, Constraints, Placed)\n\t;\n\t    Placed = Placed0\n\t).\n\t\n\nfind_split([PlaceA|Places],Placed) :-\n\tPlaceA = placed(_Pos,_Weight,_WPosn,Constraints,_Offsets), \n\t(single_split(Constraints,PlaceA,PlacesA) ->\n\t    append(PlacesA,Places,Placed)\n\t;\n\t    Placed = [PlaceA|Placed1],\n\t    find_split(Places,Placed1)\n\t).\n\n\nsingle_split([C|Cs], Place, ListPlaced) :-\n\tC = (VA >= VB + D),\n\tPlace = placed(_Pos,_Weight,_WPosn,Constraints,Offsets),\n\tdelete(Constraints,C,RConstraints),\n\treachable(RConstraints, [VA], VarsA),\n\treachable(RConstraints, [VB], VarsB),\n\t% check disjoint\n\t(intersect(VarsA,VarsB) -> error(disjoint) ; true),\n\tsplit_constraints(RConstraints, VarsA, ConstraintsA, ConstraintsB),\n\tsplit_offsets(Offsets, VarsA, OffsetsA, OffsetsB),\n        member(offsetb(OffA,_,block(VA,_,_)),OffsetsA),!,\n        member(offsetb(OffB,_,block(VB,_,_)),OffsetsB),!,\n\tdesired_position(OffsetsA, WPosnA, WeightA, PosA),\n\tdesired_position(OffsetsB, WPosnB, WeightB, PosB),\n\t((PosA + OffA) >= 0.0001 + (PosB + OffB) + D ->\n\t    PlacedA = placed(PosA, WeightA, WPosnA, ConstraintsA, OffsetsA),\n\t    PlacedB = placed(PosB, WeightB, WPosnB, ConstraintsB, OffsetsB),\n\t    get_positions(PlacedA,[],List1),\n\t    get_positions(PlacedB,[],List2),\n\t    get_positions(Place,[],List12),\n\t    Active = C,\n\t    write('split: '),\n\t     write(List12), write(' -> '), write(Active),\n\t    write(' -> '), write(List1), write(' '), write(List2), nl,\n\t    ListPlaced = [PlacedA,PlacedB]\n\t;\n\t    single_split(Cs, Place, ListPlaced)\n\t).\n\n\n\t\na1 :- prob1(B,C), alg1(B,C,_P).\na2 :- prob2(B,C), alg1(B,C,_P).\na3 :- prob3(B,C), alg1(B,C,_P).\na4 :- prob4(B,C), alg1(B,C,_P).\na5 :- prob5(B,C), alg1(B,C,_P).\na6 :- prob6(B,C), alg1(B,C,_P).\na7 :- prob7(B,C), alg1(B,C,_P).\na8 :- prob8(B,C), alg1(B,C,_P).\na9 :- prob9(B,C), alg1(B,C,_P).\na10 :- prob10(B,C), alg1(B,C,_P).\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/testdata/Test1.dot",
    "content": "graph G {\r\n\tnode [label=\"\\N\", shape=box, fontsize=10];\r\n\tgraph [overlap=true,splines=true,bb=\"0,0,478,731\"];\r\n\tA [label=\"A\", height=\"4\", width=\"1\", pos=\"100,100\"];\r\n\tB [label=\"B\", height=\"0.8\", width=\"2\", pos=\"220,-150\"];\r\n\tC [label=\"C\", height=\"0.8\", width=\"0.9\", pos=\"100,200\"];\r\n\tD [label=\"D\", height=\"2\", width=\"2\", pos=\"230,150\"];\r\n\tE [label=\"E\", height=\"2.5\", width=\"1\", pos=\"300,50\"];\r\n\tF [label=\"F\", height=\"1\", width=\"2\", pos=\"300,-180\"];\r\n\tG [label=\"G\", height=\"1\", width=\"2\", pos=\"350,100\"];\r\n}\r\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/testdata/graph1.dot",
    "content": "graph G {\n\tnode [label=\"\\N\", shape=box, fontsize=10];\n\tgraph [overlap=true,splines=true,bb=\"0,0,478,731\"];\n\t17594912 [label=17594912, height=\"0.28\", width=\"0.78\", pos=\"247,253\"];\n\t17315584 [label=17315584, height=\"0.28\", width=\"0.78\", pos=\"315,242\"];\n\t17350328 [label=17350328, height=\"0.28\", width=\"0.78\", pos=\"285,203\"];\n\t17315928 [label=17315928, height=\"0.28\", width=\"0.78\", pos=\"289,258\"];\n\t17372688 [label=17372688, height=\"0.28\", width=\"0.78\", pos=\"286,280\"];\n\t17315756 [label=17315756, height=\"0.28\", width=\"0.78\", pos=\"246,214\"];\n\t17595600 [label=17595600, height=\"0.28\", width=\"0.78\", pos=\"212,221\"];\n\t17347748 [label=17347748, height=\"0.28\", width=\"0.78\", pos=\"298,173\"];\n\t17316616 [label=17316616, height=\"0.28\", width=\"0.78\", pos=\"329,131\"];\n\t17206708 [label=17206708, height=\"0.28\", width=\"0.78\", pos=\"364,95\"];\n\t17316788 [label=17316788, height=\"0.28\", width=\"0.78\", pos=\"391,55\"];\n\t17595428 [label=17595428, height=\"0.28\", width=\"0.78\", pos=\"410,11\"];\n\t17316444 [label=17316444, height=\"0.28\", width=\"0.78\", pos=\"356,185\"];\n\t17348780 [label=17348780, height=\"0.28\", width=\"0.78\", pos=\"187,194\"];\n\t17318164 [label=17318164, height=\"0.28\", width=\"0.78\", pos=\"187,141\"];\n\t17207912 [label=17207912, height=\"0.28\", width=\"0.78\", pos=\"154,100\"];\n\t17268456 [label=17268456, height=\"0.28\", width=\"0.78\", pos=\"182,54\"];\n\t17281528 [label=17281528, height=\"0.28\", width=\"0.78\", pos=\"144,51\"];\n\t17318508 [label=17318508, height=\"0.28\", width=\"0.78\", pos=\"108,73\"];\n\t17317476 [label=17317476, height=\"0.28\", width=\"0.78\", pos=\"152,154\"];\n\t17207740 [label=17207740, height=\"0.28\", width=\"0.78\", pos=\"96,156\"];\n\t17318336 [label=17318336, height=\"0.28\", width=\"0.78\", pos=\"45,196\"];\n\t17317132 [label=17317132, height=\"0.28\", width=\"0.78\", pos=\"135,222\"];\n\t17348436 [label=17348436, height=\"0.28\", width=\"0.78\", pos=\"77,228\"];\n\t17210320 [label=17210320, height=\"0.28\", width=\"0.78\", pos=\"29,269\"];\n\t17207396 [label=17207396, height=\"0.28\", width=\"0.78\", pos=\"95,242\"];\n\t17317304 [label=17317304, height=\"0.28\", width=\"0.78\", pos=\"47,270\"];\n\t17594568 [label=17594568, height=\"0.28\", width=\"0.78\", pos=\"270,231\"];\n\t17315412 [label=17315412, height=\"0.28\", width=\"0.78\", pos=\"303,242\"];\n\t17315068 [label=17315068, height=\"0.28\", width=\"0.78\", pos=\"284,296\"];\n\t17205848 [label=17205848, height=\"0.28\", width=\"0.78\", pos=\"343,315\"];\n\t17315240 [label=17315240, height=\"0.28\", width=\"0.78\", pos=\"300,338\"];\n\t17578056 [label=17578056, height=\"0.28\", width=\"0.78\", pos=\"324,384\"];\n\t17319368 [label=17319368, height=\"0.28\", width=\"0.78\", pos=\"380,391\"];\n\t17255556 [label=17255556, height=\"0.28\", width=\"0.78\", pos=\"328,414\"];\n\t17577884 [label=17577884, height=\"0.28\", width=\"0.78\", pos=\"278,390\"];\n\t17218920 [label=17218920, height=\"0.28\", width=\"0.78\", pos=\"228,406\"];\n\t17318680 [label=17318680, height=\"0.28\", width=\"0.78\", pos=\"292,438\"];\n\t17209116 [label=17209116, height=\"0.28\", width=\"0.78\", pos=\"276,492\"];\n\t17318852 [label=17318852, height=\"0.28\", width=\"0.78\", pos=\"240,519\"];\n\t17320228 [label=17320228, height=\"0.28\", width=\"0.78\", pos=\"217,503\"];\n\t17320056 [label=17320056, height=\"0.28\", width=\"0.78\", pos=\"299,542\"];\n\t17208944 [label=17208944, height=\"0.28\", width=\"0.78\", pos=\"301,599\"];\n\t17319024 [label=17319024, height=\"0.28\", width=\"0.78\", pos=\"341,630\"];\n\t17598352 [label=17598352, height=\"0.28\", width=\"0.78\", pos=\"354,673\"];\n\t17319712 [label=17319712, height=\"0.28\", width=\"0.78\", pos=\"411,645\"];\n\t17255212 [label=17255212, height=\"0.28\", width=\"0.78\", pos=\"323,719\"];\n\t17319540 [label=17319540, height=\"0.28\", width=\"0.78\", pos=\"403,698\"];\n\t17598524 [label=17598524, height=\"0.28\", width=\"0.78\", pos=\"391,658\"];\n\t17319884 [label=17319884, height=\"0.28\", width=\"0.78\", pos=\"449,645\"];\n\t17255384 [label=17255384, height=\"0.28\", width=\"0.78\", pos=\"387,720\"];\n\t17319196 [label=17319196, height=\"0.28\", width=\"0.78\", pos=\"254,627\"];\n\t17316100 [label=17316100, height=\"0.28\", width=\"0.78\", pos=\"252,304\"];\n\t17316272 [label=17316272, height=\"0.28\", width=\"0.78\", pos=\"200,279\"];\n\t17594912 -- 17315584 [color=grey, dir=forward, pos=\"e,287,246 275,248 276,248 276,248 277,248\"];\n\t17594912 -- 17315756 [color=grey, dir=forward, pos=\"e,246,224 247,243 247,240 247,237 247,234\"];\n\t17594912 -- 17315412 [color=grey, dir=forward, pos=\"e,275,247 275,247 275,247 275,247 275,247\"];\n\t17315584 -- 17350328 [color=grey, dir=forward, pos=\"e,293,213 307,232 305,229 302,225 299,221\"];\n\t17315584 -- 17594568 [color=blue, pos=\"301,232 300,232 299,231 298,231\"];\n\t17350328 -- 17315928 [color=red, dir=forward, pos=\"e,288,248 286,213 287,220 287,229 288,238\"];\n\t17315928 -- 17594912 [color=grey, dir=forward, pos=\"e,261,255 261,255 261,255 261,255 261,255\"];\n\t17315928 -- 17372688 [color=red, dir=forward, pos=\"e,288,270 288,268 288,268 288,268 288,269\"];\n\t17372688 -- 17315584 [color=grey, dir=forward, pos=\"e,307,252 294,270 296,267 299,263 301,260\"];\n\t17372688 -- 17315756 [color=grey, dir=forward, pos=\"e,252,224 280,270 274,260 265,245 257,233\"];\n\t17372688 -- 17315412 [color=grey, dir=forward, pos=\"e,299,252 291,270 292,267 293,264 294,261\"];\n\t17315756 -- 17595600 [color=blue, pos=\"218,214 218,214 218,214 218,214\"];\n\t17315756 -- 17347748 [color=grey, dir=forward, pos=\"e,285,183 259,204 265,200 271,195 277,190\"];\n\t17315756 -- 17350328 [color=grey, dir=forward, pos=\"e,274,206 274,206 274,206 274,206 274,206\"];\n\t17315756 -- 17348780 [color=grey, dir=forward, pos=\"e,215,203 218,204 218,204 218,204 218,204\"];\n\t17315756 -- 17594568 [color=blue, pos=\"249,224 249,224 249,224 249,224\"];\n\t17595600 -- 17315756 [color=blue, pos=\"240,220 240,220 240,220 240,220\"];\n\t17347748 -- 17316616 [color=grey, dir=forward, pos=\"e,322,141 306,163 309,159 313,154 316,149\"];\n\t17316616 -- 17206708 [color=grey, dir=forward, pos=\"e,354,105 339,121 342,118 344,115 347,112\"];\n\t17206708 -- 17316788 [color=grey, dir=forward, pos=\"e,384,65 371,85 373,82 376,78 378,74\"];\n\t17316788 -- 17595428 [color=grey, dir=forward, pos=\"e,406,21 395,45 397,41 399,35 401,30\"];\n\t17316444 -- 17347748 [color=grey, dir=forward, pos=\"e,326,179 328,179 328,179 328,179 327,179\"];\n\t17348780 -- 17318164 [color=grey, dir=forward, pos=\"e,187,151 187,184 187,177 187,169 187,161\"];\n\t17318164 -- 17207912 [color=grey, dir=forward, pos=\"e,162,110 179,131 176,127 172,123 168,118\"];\n\t17207912 -- 17268456 [color=grey, dir=forward, pos=\"e,176,64 160,90 163,85 167,79 171,73\"];\n\t17207912 -- 17281528 [color=grey, dir=forward, pos=\"e,146,61 152,90 151,84 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    "path": "experimental/RectangleOverlapSolver/testdata/graph2.dot",
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    "path": "experimental/RectangleOverlapSolver/testdata/graph3.dot",
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-- 17208256 [color=blue, pos=\"392,686 394,693 399,703 404,710\"];\n\t17327108 -- 17657004 [color=blue, pos=\"354,678 352,674 349,668 345,664\"];\n\t17327108 -- 17788068 [color=grey, dir=forward, pos=\"e,383,679 383,679 383,679 383,679 383,679\"];\n\t17657004 -- 17327108 [color=blue, pos=\"330,664 332,668 336,673 340,678\"];\n\t17657004 -- 6020 [color=grey, dir=forward, pos=\"e,339,626 333,644 334,641 335,638 336,636\"];\n\t7568 -- 17657004 [color=grey, dir=forward, pos=\"e,327,664 321,697 322,690 324,682 325,674\"];\n\t17326592 -- 17657004 [color=grey, dir=forward, pos=\"e,318,655 318,655 318,655 318,655 318,655\"];\n\t17326592 -- 17245236 [color=blue, pos=\"287,648 285,646 283,644 281,641\"];\n\t17245236 -- 17326592 [color=blue, pos=\"262,641 264,643 266,646 269,648\"];\n\t17492572 -- 17213588 [color=blue, pos=\"500,660 499,658 497,655 495,653\"];\n\t17492572 -- 17213416 [color=blue, pos=\"499,660 497,658 495,656 493,653\"];\n\t17246440 -- 17303372 [color=blue, pos=\"511,625 513,628 516,630 519,633\"];\n\t17303372 -- 17246612 [color=grey, dir=forward, pos=\"e,517,633 517,633 517,633 517,633 517,633\"];\n\t17303372 -- 17246440 [color=blue, pos=\"539,633 537,630 534,628 530,625\"];\n\t17350844 -- 17315756 [color=grey, dir=forward, pos=\"e,267,662 264,687 265,682 265,677 266,672\"];\n\t17356004 -- 17245064 [color=grey, dir=forward, pos=\"e,185,642 177,677 179,670 181,660 183,652\"];\n\t17325904 -- 17326248 [color=red, dir=forward, pos=\"e,85,419 85,419 85,419 85,419 85,419\"];\n}\n"
  },
  {
    "path": "experimental/RectangleOverlapSolver/testdata/graph4.dot",
    "content": "graph G {\n\tnode [label=\"\\N\", shape=box, height=\"0.01\", width=\"0.01\", fontsize=10];\n\tgraph [bb=\"0,0,745,335\"];\n\t17376472 [label=17376472, height=\"0.28\", width=\"0.78\", pos=\"311,324\"];\n\t17688824 [label=17688824, height=\"0.28\", width=\"0.78\", pos=\"333,284\"];\n\t17578916 [label=17578916, height=\"0.28\", width=\"0.78\", pos=\"328,237\"];\n\t17689512 [label=17689512, height=\"0.28\", width=\"0.78\", pos=\"318,203\"];\n\t17242828 [label=17242828, height=\"0.28\", width=\"0.78\", pos=\"286,167\"];\n\t17225800 [label=17225800, height=\"0.28\", width=\"0.78\", pos=\"284,124\"];\n\t17337600 [label=17337600, height=\"0.28\", width=\"0.78\", pos=\"266,81\"];\n\t17691576 [label=17691576, height=\"0.28\", width=\"0.78\", pos=\"225,76\"];\n\t17226488 [label=17226488, height=\"0.28\", width=\"0.78\", pos=\"269,38\"];\n\t17243000 [label=17243000, height=\"0.28\", width=\"0.78\", pos=\"320,155\"];\n\t17691232 [label=17691232, height=\"0.28\", width=\"0.78\", pos=\"349,118\"];\n\t17375956 [label=17375956, height=\"0.28\", width=\"0.78\", pos=\"361,76\"];\n\t17524736 [label=17524736, height=\"0.28\", width=\"0.78\", pos=\"326,76\"];\n\t17692092 [label=17692092, height=\"0.28\", width=\"0.78\", pos=\"376,38\"];\n\t17689684 [label=17689684, height=\"0.28\", width=\"0.78\", pos=\"321,191\"];\n\t17689168 [label=17689168, height=\"0.28\", width=\"0.78\", pos=\"344,261\"];\n\t17274648 [label=17274648, height=\"0.28\", width=\"0.78\", pos=\"297,276\"];\n\t17689340 [label=17689340, height=\"0.28\", width=\"0.78\", pos=\"273,222\"];\n\t17327280 [label=17327280, height=\"0.28\", width=\"0.78\", pos=\"224,203\"];\n\t17330720 [label=17330720, height=\"0.28\", width=\"0.78\", pos=\"182,174\"];\n\t17327452 [label=17327452, height=\"0.28\", width=\"0.78\", pos=\"165,114\"];\n\t17255556 [label=17255556, height=\"0.28\", width=\"0.78\", pos=\"129,76\"];\n\t17238184 [label=17238184, height=\"0.28\", width=\"0.78\", pos=\"92,59\"];\n\t17692780 [label=17692780, height=\"0.28\", width=\"0.78\", pos=\"65,29\"];\n\t17337944 [label=17337944, height=\"0.28\", width=\"0.78\", pos=\"29,11\"];\n\t12728 [label=12728, height=\"0.28\", width=\"0.58\", pos=\"88,113\"];\n\t17786520 [label=17786520, height=\"0.28\", width=\"0.78\", pos=\"123,114\"];\n\t17327624 [label=17327624, height=\"0.28\", width=\"0.78\", pos=\"147,157\"];\n\t17325904 [label=17325904, height=\"0.28\", width=\"0.78\", pos=\"152,211\"];\n\t17689856 [label=17689856, height=\"0.28\", width=\"0.78\", pos=\"368,209\"];\n\t17223908 [label=17223908, height=\"0.28\", width=\"0.78\", pos=\"413,194\"];\n\t17690372 [label=17690372, height=\"0.28\", width=\"0.78\", pos=\"453,172\"];\n\t17327108 [label=17327108, height=\"0.28\", width=\"0.78\", pos=\"503,176\"];\n\t17657004 [label=17657004, height=\"0.28\", width=\"0.78\", pos=\"472,194\"];\n\t6020 [label=6020, height=\"0.28\", width=\"0.50\", pos=\"478,156\"];\n\t7568 [label=7568, height=\"0.28\", width=\"0.50\", pos=\"499,239\"];\n\t17326592 [label=17326592, height=\"0.28\", width=\"0.78\", pos=\"429,225\"];\n\t17690028 [label=17690028, height=\"0.28\", width=\"0.78\", pos=\"380,233\"];\n\t17690544 [label=17690544, height=\"0.28\", width=\"0.78\", pos=\"540,151\"];\n\t17209116 [label=17209116, height=\"0.28\", width=\"0.78\", pos=\"575,124\"];\n\t17690716 [label=17690716, height=\"0.28\", width=\"0.78\", pos=\"572,78\"];\n\t17210664 [label=17210664, height=\"0.28\", width=\"0.78\", pos=\"593,40\"];\n\t17690888 [label=17690888, height=\"0.28\", width=\"0.78\", pos=\"617,114\"];\n\t17211352 [label=17211352, height=\"0.28\", width=\"0.78\", pos=\"657,104\"];\n\t17258824 [label=17258824, height=\"0.28\", width=\"0.78\", pos=\"682,71\"];\n\t17235432 [label=17235432, height=\"0.28\", width=\"0.78\", pos=\"716,50\"];\n\t17688996 [label=17688996, height=\"0.28\", width=\"0.78\", pos=\"310,259\"];\n\t17232680 [label=17232680, height=\"0.28\", width=\"0.78\", pos=\"267,276\"];\n\t17287032 [label=17287032, height=\"0.28\", width=\"0.78\", pos=\"352,322\"];\n\t17376472 -- 17688824 [color=grey, dir=forward, pos=\"e,327,294 317,314 319,311 321,307 322,303\"];\n\t17688824 -- 17578916 [color=grey, dir=forward, pos=\"e,329,247 332,274 331,269 331,263 330,257\"];\n\t17578916 -- 17689512 [color=grey, dir=forward, pos=\"e,321,213 325,227 325,226 324,224 324,223\"];\n\t17578916 -- 17689168 [color=red, dir=forward, pos=\"e,337,251 335,247 335,247 335,247 335,247\"];\n\t17578916 -- 17689340 [color=grey, dir=forward, pos=\"e,300,229 300,229 300,229 300,229 300,229\"];\n\t17578916 -- 17689856 [color=grey, dir=forward, pos=\"e,354,219 342,227 343,226 344,225 345,225\"];\n\t17578916 -- 17690028 [color=grey, dir=forward, pos=\"e,356,235 356,235 356,235 356,235 356,235\"];\n\t17578916 -- 17689684 [color=grey, dir=forward, pos=\"e,322,201 326,227 325,222 324,217 324,211\"];\n\t17578916 -- 17688996 [color=red, dir=forward, pos=\"e,318,249 320,247 320,247 320,247 319,248\"];\n\t17689512 -- 17242828 [color=blue, pos=\"316,193 313,188 308,182 303,177\"];\n\t17242828 -- 17689512 [color=blue, pos=\"288,177 291,182 296,188 300,193\"];\n\t17242828 -- 17225800 [color=grey, dir=forward, pos=\"e,285,134 286,157 285,153 285,148 285,144\"];\n\t17225800 -- 17337600 [color=grey, dir=forward, pos=\"e,270,91 280,114 278,110 276,105 274,100\"];\n\t17337600 -- 17691576 [color=blue, pos=\"238,71 238,71 238,71 238,71\"];\n\t17337600 -- 17226488 [color=grey, dir=forward, pos=\"e,268,48 267,71 268,67 268,62 268,58\"];\n\t17691576 -- 17337600 [color=blue, pos=\"253,85 253,85 253,85 253,85\"];\n\t17243000 -- 17225800 [color=grey, dir=forward, pos=\"e,296,134 308,145 307,144 305,143 304,141\"];\n\t17243000 -- 17691232 [color=grey, dir=forward, pos=\"e,348,128 336,145 339,143 341,140 343,137\"];\n\t17243000 -- 17691232 [color=grey, dir=forward, pos=\"e,332,128 321,145 322,142 324,139 326,136\"];\n\t17243000 -- 17689684 [color=blue, pos=\"314,165 314,170 314,176 315,181\"];\n\t17691232 -- 17375956 [color=grey, dir=forward, pos=\"e,358,86 352,108 353,104 354,100 355,96\"];\n\t17375956 -- 17524736 [color=blue, pos=\"333,71 333,71 333,71 333,71\"];\n\t17375956 -- 17692092 [color=grey, dir=forward, pos=\"e,372,48 365,66 366,63 367,60 368,58\"];\n\t17524736 -- 17375956 [color=blue, pos=\"354,81 354,81 354,81 354,81\"];\n\t17689684 -- 17243000 [color=blue, pos=\"326,181 326,176 326,170 326,165\"];\n\t17689168 -- 17274648 [color=blue, pos=\"316,263 313,264 310,265 308,266\"];\n\t17274648 -- 17689168 [color=blue, pos=\"325,273 327,272 329,272 331,271\"];\n\t17689340 -- 17327280 [color=blue, pos=\"264,212 261,210 256,208 252,206\"];\n\t17327280 -- 17330720 [color=grey, dir=forward, pos=\"e,197,184 209,193 208,192 207,191 205,190\"];\n\t17327280 -- 17689340 [color=blue, pos=\"236,213 239,214 242,216 245,217\"];\n\t17330720 -- 17327452 [color=grey, dir=forward, pos=\"e,168,124 179,164 177,156 173,144 171,134\"];\n\t17330720 -- 17327624 [color=grey, dir=forward, pos=\"e,161,164 161,164 161,164 161,164 161,164\"];\n\t17327452 -- 17255556 [color=grey, dir=forward, pos=\"e,139,86 155,104 152,101 149,97 146,93\"];\n\t17255556 -- 17238184 [color=blue, pos=\"122,66 121,66 121,65 120,65\"];\n\t17238184 -- 17692780 [color=grey, dir=forward, pos=\"e,74,39 83,49 82,48 82,47 81,47\"];\n\t17238184 -- 17255556 [color=blue, pos=\"101,69 101,69 101,69 101,69\"];\n\t17692780 -- 17337944 [color=blue, pos=\"59,19 58,19 58,18 57,18\"];\n\t17337944 -- 17692780 [color=blue, pos=\"37,21 37,21 37,21 37,21\"];\n\t12728 -- 17255556 [color=grey, dir=forward, pos=\"e,118,86 99,103 103,100 106,96 110,93\"];\n\t12728 -- 17786520 [color=blue, pos=\"109,119 109,119 109,119 109,119\"];\n\t17786520 -- 12728 [color=blue, pos=\"95,108 95,108 95,108 95,108\"];\n\t17327624 -- 17786520 [color=grey, dir=forward, pos=\"e,129,124 141,147 139,143 136,138 133,133\"];\n\t17325904 -- 17330720 [color=grey, dir=forward, pos=\"e,174,184 160,201 162,198 165,195 167,192\"];\n\t17689856 -- 17223908 [color=blue, pos=\"396,206 398,205 399,205 401,204\"];\n\t17223908 -- 17689856 [color=blue, pos=\"385,196 383,197 380,198 378,199\"];\n\t17223908 -- 17690372 [color=grey, dir=forward, pos=\"e,435,182 432,184 432,184 432,184 432,184\"];\n\t17690372 -- 17327108 [color=blue, pos=\"481,180 481,180 481,180 481,180\"];\n\t17327108 -- 17657004 [color=blue, pos=\"475,186 475,186 475,186 475,186\"];\n\t17327108 -- 17690544 [color=grey, dir=forward, pos=\"e,525,161 518,166 518,166 518,166 518,166\"];\n\t17327108 -- 17690372 [color=blue, pos=\"475,167 475,167 475,167 475,167\"];\n\t17657004 -- 17327108 [color=blue, pos=\"499,184 499,184 499,184 499,184\"];\n\t17657004 -- 6020 [color=grey, dir=forward, pos=\"e,476,166 474,184 474,181 474,179 474,176\"];\n\t7568 -- 17657004 [color=grey, dir=forward, pos=\"e,478,204 493,229 490,224 487,218 484,212\"];\n\t17326592 -- 17657004 [color=grey, dir=forward, pos=\"e,458,204 443,215 445,214 448,212 450,210\"];\n\t17326592 -- 17690028 [color=blue, pos=\"401,223 401,223 401,223 401,223\"];\n\t17690028 -- 17326592 [color=blue, pos=\"408,234 408,234 408,234 408,234\"];\n\t17690544 -- 17209116 [color=blue, pos=\"564,141 566,139 568,136 570,134\"];\n\t17209116 -- 17690716 [color=grey, dir=forward, pos=\"e,572,88 574,114 573,109 573,104 573,98\"];\n\t17209116 -- 17690544 [color=blue, pos=\"551,134 549,136 547,139 545,141\"];\n\t17209116 -- 17690888 [color=grey, dir=forward, pos=\"e,603,117 603,117 603,117 603,117 603,117\"];\n\t17690716 -- 17210664 [color=blue, pos=\"584,68 588,63 591,56 593,50\"];\n\t17210664 -- 17690716 [color=blue, pos=\"580,50 576,55 573,62 571,68\"];\n\t17690888 -- 17211352 [color=blue, pos=\"645,113 645,113 645,113 645,113\"];\n\t17211352 -- 17258824 [color=grey, dir=forward, pos=\"e,674,81 665,94 666,93 667,91 668,90\"];\n\t17211352 -- 17690888 [color=blue, pos=\"629,104 629,104 629,104 629,104\"];\n\t17258824 -- 17235432 [color=blue, pos=\"709,61 709,61 710,60 710,60\"];\n\t17235432 -- 17258824 [color=blue, pos=\"688,60 688,60 687,61 687,61\"];\n\t17688996 -- 17232680 [color=blue, pos=\"282,262 279,263 277,265 275,266\"];\n\t17232680 -- 17688996 [color=blue, pos=\"295,270 296,270 297,269 297,269\"];\n\t17287032 -- 17688824 [color=grey, dir=forward, pos=\"e,338,294 347,312 346,309 344,306 343,303\"];\n}\n"
  },
  {
    "path": "experimental/draw-bn/Asia.dne",
    "content": "// ~->[DNET-1]->~\n\n// File created by an unlicensed user using Netica 2.15 on 10/14/05 at 15:20:38.\n\nbnet Asia {\nautoupdate = FALSE;\ncomment = \"From Lauritzen, Steffen L. and David J. Spiegelhalter (1988) \\\"Local computations with \\\n\tprobabilities on graphical structures and their application to expert systems\\\" in J. Royal \\\n\tStatistics Society B, 50(2), 157-194.\";\nwhenchanged = 1129267238;\n\nvisual V1 {\n\tdefdispform = LABELBOX;\n\tnodelabeling = TITLE;\n\tNodeMaxNumEntries = 50;\n\tnodefont = font {shape= \"Bookman\"; size= 14;};\n\tlinkfont = font {shape= \"Arial\"; size= 9;};\n\twindowposn = (7, 19, 795, 480);\n\tCommentWindowPosn = (0, 0, 0, 0);\n\tresolution = 72;\n\tdrawingbounds = (1104, 730);\n\tshowpagebreaks = FALSE;\n\tusegrid = TRUE;\n\tgridspace = (6, 6);\n\tPrinterSetting A {\n\t\tmargins = (1270, 1270, 1270, 1270);\n\t\tlandscape = FALSE;\n\t\tmagnify = 1;\n\t\t};\n\t};\n\nnode VisitAsia {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Visit, No_Visit);\n\tparents = ();\n\tprobs = \n\t\t// Visit        No Visit     \n\t\t  (0.01,        0.99);\n\ttitle = \"Visit To Asia\";\n\tcomment = \"@dimension 156 78\\n\";\n\tbelief = (0.01, 0.99);\n\tvisual V1 {\n\t\tcenter = (126, 54);\n\t\theight = 1;\n\t\t};\n\t};\n\nnode Tuberculosis {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Present, Absent);\n\tparents = (VisitAsia);\n\tprobs = \n\t\t// Present      Absent         // VisitAsia \n\t\t ((0.05,        0.95),         // Visit     \n\t\t  (0.01,        0.99));        // No Visit  ;\n\ttitle = \"Tuberculosis\";\n\tcomment = \"@dimension 151 78\\n\";\n\tbelief = (0.0104, 0.9896);\n\tvisual V1 {\n\t\tcenter = (126, 150);\n\t\theight = 3;\n\t\t};\n\t};\n\nnode Smoking {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Smoker, NonSmoker);\n\tparents = ();\n\tprobs = \n\t\t// Smoker       NonSmoker    \n\t\t  (0.5,         0.5);\n\ttitle = \"Smoking\";\n\tcomment = \"@dimension 179 78\\n\";\n\tbelief = (0.5, 0.5);\n\tvisual V1 {\n\t\tcenter = (480, 54);\n\t\theight = 2;\n\t\t};\n\t};\n\nnode Cancer {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Present, Absent);\n\tparents = (Smoking);\n\tprobs = \n\t\t// Present      Absent         // Smoking   \n\t\t ((0.1,         0.9),          // Smoker    \n\t\t  (0.01,        0.99));        // NonSmoker ;\n\ttitle = \"Lung Cancer\";\n\tcomment = \"@dimension 151 78\\n\";\n\tbelief = (0.055, 0.945);\n\tvisual V1 {\n\t\tcenter = (378, 150);\n\t\theight = 4;\n\t\t};\n\t};\n\nnode TbOrCa {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = DETERMIN;\n\tstates = (True, False);\n\tparents = (Tuberculosis, Cancer);\n\tprobs = \n\t\t// True         False           // Tuberculosis Cancer  \n\t\t(((1,           0),             // Present      Present \n\t\t  (1,           0)),            // Present      Absent  \n\t\t ((1,           0),             // Absent       Present \n\t\t  (0,           1)));           // Absent       Absent  ;\n\ttitle = \"Tuberculosis\\nor Cancer\";\n\tcomment = \"@dimension 135 78\\n\";\n\tbelief = (0.064828, 0.935172);\n\tvisual V1 {\n\t\tcenter = (270, 246);\n\t\theight = 6;\n\t\t};\n\t};\n\nnode XRay {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Abnormal, Normal);\n\tparents = (TbOrCa);\n\tprobs = \n\t\t// Abnormal     Normal         // TbOrCa \n\t\t ((0.98,        0.02),         // True   \n\t\t  (0.05,        0.95));        // False  ;\n\ttitle = \"XRay Result\";\n\tcomment = \"@dimension 167 78\\n\";\n\tbelief = (0.11029, 0.88971);\n\tvisual V1 {\n\t\tcenter = (138, 336);\n\t\theight = 7;\n\t\t};\n\t};\n\nnode Bronchitis {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Present, Absent);\n\tparents = (Smoking);\n\tprobs = \n\t\t// Present      Absent         // Smoking   \n\t\t ((0.6,         0.4),          // Smoker    \n\t\t  (0.3,         0.7));         // NonSmoker ;\n\ttitle = \"Bronchitis\";\n\tcomment = \"@dimension 151 78\\n\";\n\tbelief = (0.45, 0.55);\n\tvisual V1 {\n\t\tcenter = (618, 150);\n\t\theight = 5;\n\t\t};\n\t};\n\nnode Dyspnea {\n\tkind = NATURE;\n\tdiscrete = TRUE;\n\tchance = CHANCE;\n\tstates = (Present, Absent);\n\tparents = (TbOrCa, Bronchitis);\n\tprobs = \n\t\t// Present      Absent          // TbOrCa Bronchitis \n\t\t(((0.9,         0.1),           // True   Present    \n\t\t  (0.7,         0.3)),          // True   Absent     \n\t\t ((0.8,         0.2),           // False  Present    \n\t\t  (0.1,         0.9)));         // False  Absent     ;\n\ttitle = \"Dyspnea\";\n\tcomment = \"Shortness of breath.\\n@dimension 151 78\\n\";\n\tbelief = (0.435971, 0.564029);\n\tvisual V1 {\n\t\tcenter = (414, 336);\n\t\theight = 8;\n\t\t};\n\t};\nElimOrder = (VisitAsia, XRay, Tuberculosis, Smoking, Cancer, TbOrCa, Bronchitis, Dyspnea);\n};\n"
  },
  {
    "path": "experimental/draw-bn/Makefile",
    "content": "srcdir = .\nVPATH = .\n\ncola_includedir = $(srcdir)/libcola\ncola_libdir = $(srcdir)/libcola\nvpsc_libdir = libvpsc/.libs\n\n\nall: draw-bn\n\nCPP_FLAGS=`pkg-config --cflags pangoft2 gtkmm-2.4 glib-2.0 libxml-2.0 pangocairo` -g\nCPP_LN_FLAGS=`pkg-config --cflags --libs pangoft2 gtkmm-2.4 glib-2.0 libxml-2.0 pangocairo` -g \n\nEXTRA_CPPFLAGS:=$(shell pkg-config --cflags gtkmm-2.4) \\\n\t\t$(shell pkg-config --cflags cairo) \n\nEXTRA_LDFLAGS:=$(shell pkg-config --libs cairomm-1.0 gtkmm-2.4 libxml-2.0) -L$(cola_libdir) -L$(vpsc_libdir) -L. -lcola libvpsc/libvpsc.a\n\n\nCXX=g++\nCXXFLAGS=-g -Wall -Wextra -Wno-unused-parameter -Wpointer-arith -Wcast-align -Wsign-compare -Woverloaded-virtual -Wswitch\nCPPFLAGS=-I$(srcdir) -I$(lib2geomdir) -I$(cola_includedir) `pkg-config --cflags cairomm-1.0 pangoft2 gtkmm-2.4 glib-2.0 libxml-2.0 pangocairo`\n\n\nTARGETOBJS=draw-bn.o\nBADTARGETOBJS=\n\nLIBOBJS=\n\nEXTRAOBJS=graphlayouttest.o $(TARGETOBJS)\n\nTARGETS=$(TARGETOBJS:.o=)\n\nALLOBJS=$(LIBOBJS) $(EXTRAOBJS)\n\n# Dependency magic.\n%o: %.cpp\n\t$(CXX) -c $(CPPFLAGS) $(CXXFLAGS) $*.cpp -o $*.o\n\t@$(CXX) -MM $(CPPFLAGS) $*.cpp > $*.d\n\t@cp -f $*.d $*.d.tmp \n\t@sed -e 's/.*://' -e 's/\\\\$$//' < $*.d.tmp | fmt -1 | \\\n\t  sed -e 's/^ *//' -e 's/$$/:/' >> $*.d\n\t@rm -f $*.d.tmp\n\n# Grab dependencies where they exist.\n-include $(ALLOBJS:.o=.d)\n\n$(EXTRAOBJS): CPPFLAGS:=$(EXTRA_CPPFLAGS) $(CPPFLAGS)\n\n\nall: $(TARGETS)\n\ndraw-bn: draw-bn.o graphlayouttest.o\n\nlibscroll.a: $(LIBOBJS)\n\tar cr libscroll.a $(LIBOBJS)\n\tranlib libscroll.a\n\n\n$(TARGETS):\n\n$(TARGETS): %: %.o\n\n# Targets;\n\n$(TARGETS):\n\t$(CXX) $(CXXFLAGS) -o $@ $^ $(LDFLAGS) $(EXTRA_LDFLAGS)\n\n.PHONY: all clean clobber mkdirs\nclean:\n\trm -f $(ALLOBJS) *~\n\nclobber: clean\n\trm -f $(TARGETS)\n\nmkdirs:\n\t[ -d non-uniform ] || mkdir non-uniform\n\t[ -e texts ] || ( [ -e $(srcdir)/texts ] && ln -s $(srcdir)/texts texts )\n\t[ -e pages ] || ( [ -e $(srcdir)/pages ] && ln -s $(srcdir)/pages pages )\n\n\nbb: bb-constraint.cc\n\tg++ -g -o bb bb-constraint.cc -laffa\n"
  },
  {
    "path": "experimental/draw-bn/TODO",
    "content": "* parse .dne directly\n* draw complete nodes\n* changable nodes\n* fix up page boundaries\n"
  },
  {
    "path": "experimental/draw-bn/asia.cpp",
    "content": "#include <vector>\n#include <string>\n\n#include <boost/spirit/core.hpp>\n#include <boost/spirit/actor/push_back_actor.hpp>\n#include <iostream>\n#include <vector>\n#include <string>\n\nusing namespace std;\nusing namespace boost::spirit;\n\nbool\nparse_numbers(char const* str, vector<double>& v)\n{\n    return parse(str,\n\n        //  Begin grammar\n        (\n            real_p[push_back_a(v)] >> *(',' >> real_p[push_back_a(v)])\n        )\n        ,\n        //  End grammar\n\n        space_p).full;\n}\n\nvoid\nconstruct_graph(vector<Node*> &nn) {\n\tNode* VisitAsia = new Node(\"Visit To Asia\");\n\tVisitAsia->states.push_back(\"Visit\");\n\tVisitAsia->states.push_back(\"No Visit\");\n\tassert (parse_numbers(\"0.01, 0.99\", VisitAsia->probs));\n\tassert (parse_numbers(\"0.01, 0.99\", VisitAsia->belief));\n\tnn.push_back(VisitAsia);\n\t\n\tNode* Tuberculosis = new Node(\"Tuberculosis\");\n\tTuberculosis->states.push_back(\"Present\");\n\tTuberculosis->states.push_back(\"Absent\");\n\tTuberculosis->parents.push_back(VisitAsia);\n\tassert (parse_numbers(\"0.05,0.95,0.01,0.99\", Tuberculosis->probs));\n\tassert (parse_numbers(\"0.0104,0.9896\", Tuberculosis->belief));\n\tnn.push_back(Tuberculosis);\n\t\n\tNode* Smoking = new Node(\"Smoking\");\n\tSmoking->states.push_back(\"Smoker\");\n\tSmoking->states.push_back(\"NonSmoker\");\n\tassert (parse_numbers(\"0.5,0.5\", Smoking->probs));\n\tassert (parse_numbers(\"0.5,0.5\", Smoking->belief));\n\tnn.push_back(Smoking);\n\t\n\tNode* Cancer = new Node(\"Lung Cancer\");\n\tCancer->states.push_back(\"Present\");\n\tCancer->states.push_back(\"Absent\");\n\tCancer->parents.push_back(Smoking);\n\tassert (parse_numbers(\"0.1,0.9,0.01,0.99\", Cancer->probs));\n\tassert (parse_numbers(\"0.055,0.945\", Cancer->belief));\n\tnn.push_back(Cancer);\n\t\n\tNode* TbOrCa = new Node(\"Tuberculosis or Cancer\");\n\tTbOrCa->states.push_back(\"True\");\n\tTbOrCa->states.push_back(\"False\");\n\tTbOrCa->parents.push_back(Tuberculosis);\n\tTbOrCa->parents.push_back(Cancer);\n\tassert (parse_numbers(\"1,0,1,0,1,0,0,1\", TbOrCa->probs));\n\tassert (parse_numbers(\"0.064828,0.935172\", TbOrCa->belief));\n\tnn.push_back(TbOrCa);\n\n\tNode* XRay = new Node(\"XRay Result\");\n\tXRay->states.push_back(\"Abnormal\");\n\tXRay->states.push_back(\"Normal\");\n\tXRay->parents.push_back(TbOrCa);\n\tassert (parse_numbers(\"0.98,0.02,0.05,0.95\", XRay->probs));\n\tassert (parse_numbers(\"0.11029,0.88971\", XRay->belief));\n\tnn.push_back(XRay);\n\n\tNode* Bronchitis = new Node(\"Bronchitis\");\n\tBronchitis->states.push_back(\"Present\");\n\tBronchitis->states.push_back(\"Absent\");\n\tBronchitis->parents.push_back(Smoking);\n\tassert (parse_numbers(\"0.6,0.4,0.3,0.7\", Bronchitis->probs));\n\tassert (parse_numbers(\"0.45,0.55\", Bronchitis->belief));\n\tnn.push_back(Bronchitis);\n\n\tNode* Dyspnea = new Node(\"Dyspnea\");\n\tDyspnea->states.push_back(\"Present\");\n\tDyspnea->states.push_back(\"Absent\");\n\tDyspnea->parents.push_back(TbOrCa);\n\tDyspnea->parents.push_back(Bronchitis);\n\tassert (parse_numbers(\"0.9,0.1,0.7,0.3,0.8,0.2,0.1,0.9\", Dyspnea->probs));\n\tassert (parse_numbers(\"0.435971, 0.564029\", Dyspnea->belief));\n\tnn.push_back(Dyspnea);\n}\n"
  },
  {
    "path": "experimental/draw-bn/draw-bn.cpp",
    "content": "/*\n * Authors:\n *   Nathan Hurst\n *\n * Copyright (C) 2006 Authors\n *\n * Released under GNU GPL.  Read the file 'COPYING' for more information.\n */\n#include <iostream>\n\n#include <vector>\n#include <algorithm>\n#include <float.h>\n#include <libcola/cola.h>\n#include \"graphlayouttest.h\"\n\n#include <cairo/cairo-pdf.h>\n#include <cairo/cairo-svg.h>\n#include <cairo/cairo.h>\n#include <boost/spirit/core.hpp>\n#include <iostream>\n#include <complex>\n#include <string>\n#include <pango/pangocairo.h>\n\nusing namespace std;\nusing namespace cola;\n\n/** Convenience/readability wrapper for strcmp(a,b)==0. */\ninline bool\nstreq(char const *a, char const *b)\n{\n    return std::strcmp(a, b) == 0;\n}\n\nclass Node{\npublic:\n    vector<char const*> states;\n    vector<Node*> parents;\n    vector<double> probs;\n    string title;\n    vector<double> belief;\n    vpsc::Rectangle* position;\n    int idx;\n    \n    void draw(cairo_t* cr, vpsc::Rectangle* r) {\n        double x = position->getMinX()+10;\n        double y = position->getMinY()+10;\n        cout << *position << endl;\n        cout << position->width() << endl;\n        cairo_rectangle(cr, x, y, position->width(), position->height());\n        cairo_stroke(cr);\n        std::ostringstream notify;\n        notify << title;// << \" + \" << p->heu() << \" = \" << p->goal_heu();\n    \n        PangoLayout* layout = pango_cairo_create_layout (cr);\n        pango_layout_set_text(layout, \n                              notify.str().c_str(), -1);\n\n        PangoFontDescription *font_desc = pango_font_description_new();\n        pango_font_description_set_family(font_desc, \"Sans\");\n        const int size_px = 12;\n        pango_font_description_set_absolute_size(font_desc, size_px * PANGO_SCALE);\n        pango_layout_set_font_description(layout, font_desc);\n        PangoRectangle logical_extent;\n        pango_layout_get_pixel_extents(layout,\n                                       NULL,\n                                       &logical_extent);\n        cairo_move_to(cr, x+3, y+3);\n        pango_cairo_show_layout(cr, layout);\n    }\n    \n    void set_minimum_bounds(cairo_t* cr) {\n        std::ostringstream notify;\n        notify << title;// << \" + \" << p->heu() << \" = \" << p->goal_heu();\n    \n        PangoLayout* layout = pango_cairo_create_layout (cr);\n        pango_layout_set_text(layout, \n                              notify.str().c_str(), -1);\n\n        PangoFontDescription *font_desc = pango_font_description_new();\n        pango_font_description_set_family(font_desc, \"Sans\");\n        const int size_px = 12;\n        pango_font_description_set_absolute_size(font_desc, size_px * PANGO_SCALE);\n        pango_layout_set_font_description(layout, font_desc);\n        PangoRectangle logical_extent;\n        pango_layout_get_pixel_extents(layout,\n                                       NULL,\n                                       &logical_extent);\n        position->set_width(logical_extent.width+20);\n        position->set_height(logical_extent.height+20);\n    }\n\n    Node(char const* name) : title(name) {\n        double x = getRand(1000);\n        double y = getRand(1000);\n        position = new vpsc::Rectangle(x, x + 1, y, y + 1);\n    }\n    Node(vpsc::Rectangle* r) : position(r) {}\n};\n\n#include \"asia.cpp\"\n\nstatic cairo_surface_t *\ncairo_surface_for_filename(char const *const filename, double const width, double const height)\n{\n    cairo_surface_t *cr_s = NULL;\n    size_t const namelen = strlen(filename);\n    if (CAIRO_HAS_SVG_SURFACE\n        ? ((namelen >= 4) && streq(filename + namelen - 4, \".pdf\"))\n        : !((namelen >= 4) && streq(filename + namelen - 4, \".svg\")))\n    {\n#if CAIRO_HAS_PDF_SURFACE\n        cr_s = cairo_pdf_surface_create(filename, width, height);\n#else\n        fprintf(\"Sorry, cairo not built with PDF support, not saving.\\n\");\n#endif\n    } else {\n#if CAIRO_HAS_SVG_SURFACE\n        cr_s = cairo_svg_surface_create(filename, width, height);\n# else\n        fprintf(\"Sorry, cairo not built with SVG support, not saving.\\n\");\n#endif\n    }\n    return cr_s;\n}\n\n/** \n * \\brief Determines when to terminate layout of a particular graph based\n * on a given relative tolerance. \n */\nint main(int argc, char** argv) {\n    typedef pair < unsigned, unsigned >Edge;\n    vector<Edge> es;\n    double width=100;\n    vector<vpsc::Rectangle*> rs;\n    vector<Node*> network;\n    \n    cairo_surface_t * cr_s = \n        cairo_surface_for_filename(\"bn.pdf\", 1, 1);\n\n    if (!cr_s) {\n        return 1;\n    }\n    cairo_t *cr = cairo_create(cr_s);\n    \n    SimpleConstraints  scy;\n    construct_graph(network);\n    for(unsigned i = 0; i < network.size(); i++) {\n        Node* n = network[i];\n        n->idx = i;\n        n->set_minimum_bounds(cr);\n        rs.push_back(n->position);\n        \n        for(unsigned j = 0; j < n->parents.size(); j++) {\n            es.push_back(Edge(n->parents[j]->idx, i));\n\n            scy.push_back(new SimpleConstraint(n->parents[j]->idx, i, 100));\n        }\n    }\n    \n    ConstrainedMajorizationLayout alg(rs,es,NULL,width/2);\n    \n    alg.setYSimpleConstraints(&scy);\n    alg.run();\n    \n    double page_width, page_height;\n    \n    {\n    vpsc::Rectangle display_window = cola::bounds(rs);\n    double dx = -display_window.getMinX();\n    double dy = -display_window.getMinY();\n    page_width = display_window.width();\n    page_height = display_window.height();\n    \n    cout << \"shifting: (\" << dx << \", \" << dy << \")\\n\";\n    cout << \"size: (\" << page_width << \", \" << page_height << \")\\n\";\n    for(unsigned i = 0; i < network.size(); i++) {\n\trs[i]->offset(dx, dy);\n    }\n    }\n/*\n    PageBoundaryConstraints pbcx(0, page_width, 10000);\n    PageBoundaryConstraints pbcy(0, page_height, 10000);\n    for(unsigned i = 0; i < network.size(); i++) {\n        pbcx.offsets.push_back(make_pair(i, rs[i]->width()/2));\n        pbcy.offsets.push_back(make_pair(i, rs[i]->height()/2));\n    }\n    alg.setXPageBoundaryConstraints(&pbcx);\n    alg.setYPageBoundaryConstraints(&pbcx);\n    alg.run();\n*/\n    alg.setAvoidOverlaps();\n    alg.run();\n    {\n    vpsc::Rectangle display_window = cola::bounds(rs);\n    double dx = 10-display_window.getMinX();\n    double dy = 10-display_window.getMinY();\n    page_width = display_window.width();\n    page_height = display_window.height();\n    \n    cout << \"shifting: (\" << dx << \", \" << dy << \")\\n\";\n    cout << \"size: (\" << page_width << \", \" << page_height << \")\\n\";\n    for(unsigned i = 0; i < network.size(); i++) {\n\trs[i]->offset(dx, dy);\n    }\n    display_window = cola::bounds(rs);\n    cout << display_window << endl;\n    }\n    cr_s = \n        cairo_surface_for_filename(\"bn.pdf\", page_width+100, page_height+20);\n\n    if (!cr_s) {\n        return 1;\n    }\n    cr = cairo_create(cr_s);\n    \n    for(unsigned i = 0; i < es.size(); i++) {\n        unsigned st = es[i].first;\n        unsigned en = es[i].second;\n        cairo_move_to(cr, \n                      network[st]->position->getCentreX(),\n                      network[st]->position->getCentreY());\n        cairo_line_to(cr, \n                      network[en]->position->getCentreX(),\n                      network[en]->position->getCentreY());\n        cairo_stroke(cr);\n    }\n\n    for(unsigned i = 0; i < network.size(); i++)\n        network[i]->draw(cr, rs[i]);\n    \n    \n    cairo_show_page(cr);\n    cairo_destroy(cr);\n    cairo_surface_destroy(cr_s);\n    \n    return 0;\n}\n\n/*\n  Local Variables:\n  mode:c++\n  c-file-style:\"stroustrup\"\n  c-file-offsets:((innamespace . 0)(inline-open . 0)(case-label . +))\n  indent-tabs-mode:nil\n  fill-column:99\n  End:\n*/\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:encoding=utf-8:textwidth=99 :\n"
  },
  {
    "path": "experimental/draw-bn/graphlayouttest.cpp",
    "content": "#include \"graphlayouttest.h\"\n#include <libvpsc/rectangle.h>\n#include <fstream>\n\n#define ARROW_HEAD_BUFFER 3\n\nusing namespace cola;\nusing vpsc::Rectangle;\nusing std::endl;\nusing std::ios;\nusing std::max;\nusing std::min;\nusing std::ofstream;\nusing std::vector;\n\nvoid output_svg(vector<Rectangle*>& rs, vector<Edge>& es, char *fname, bool rects) {\n\tunsigned E=es.size();\n\tvector<straightener::Edge*> routes(E);\n\tfor(unsigned i=0;i<E;i++) {\n\t\tstraightener::Route* r=new straightener::Route(2);\n\t\tr->xs[0]=rs[es[i].first]->getCentreX();\n\t\tr->ys[0]=rs[es[i].first]->getCentreY();\n\t\tr->xs[1]=rs[es[i].second]->getCentreX();\n\t\tr->ys[1]=rs[es[i].second]->getCentreY();\n\t\troutes[i]=new straightener::Edge(i,es[i].first,es[i].second,r);\n\t}\n\toutput_svg(rs,routes,fname,rects);\n\tfor(unsigned i=0;i<E;i++) {\n\t\tdelete routes[i];\n\t}\n}\n\nvoid output_svg(vector<Rectangle*>& rs, vector<straightener::Edge*>& es, char *fname, bool rects) {\n\tdouble width, height;\n\tofstream f(fname);\n\tf.setf(ios::fixed);\n\tdouble r=5;\n\tif(rects) r=rs[0]->width()/2;\n\tdouble xmin=DBL_MAX, ymin=xmin;\n\tdouble xmax=-DBL_MAX, ymax=xmax;\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tdouble x=rs[i]->getCentreX(), y=rs[i]->getCentreY();\n\t\txmin=min(xmin,x);\n\t\tymin=min(ymin,y);\n\t\txmax=max(xmax,x);\n\t\tymax=max(ymax,y);\n\t}\n\txmax+=2*r;\n\tymax+=2*r;\n\txmin-=2*r;\n\tymin-=2*r;\n\twidth=xmax-xmin;\n\theight=ymax-ymin;\n\tf<<\"<svg xmlns=\\\"http://www.w3.org/2000/svg\\\" width=\\\"\"<<width<<\"\\\" height=\\\"\"<<height<<\"\\\" viewBox = \\\"\"\n\t <<xmin<<\" \"<<ymin<<\" \"<<width<<\" \"<<height<<\"\\\">\"<<endl;\n    \tfor (unsigned i=0;i<es.size();i++) {\n\t\tfor (unsigned j=1;j<es[i]->route->n;j++) {\n\t\t\tf<<\"<line x1=\\\"\"<<es[i]->route->xs[j-1]\n\t\t\t <<\"\\\" y1=\\\"\"<<es[i]->route->ys[j-1]\n\t\t\t <<\"\\\" x2=\\\"\"<<es[i]->route->xs[j]\n\t\t\t <<\"\\\" y2=\\\"\"<<es[i]->route->ys[j]\n\t\t\t <<\"\\\" style=\\\"stroke:rgb(99,99,99);stroke-width:2\\\"/>\"<<endl;\n\t\t}\n\t}\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tf<<\"<g id=\\\"node\"<<i\n\t\t <<\"\\\" class=\\\"node\\\"><title>\"<<i<<\"</title>\"<<endl;\n\t\tif(!rects) {\n\t\t\tf<<\"<ellipse cx=\\\"\"<<rs[i]->getCentreX()\n\t\t\t <<\"\\\" cy=\\\"\"<<rs[i]->getCentreY()\n\t\t\t <<\"\\\" rx=\\\"\"<<r<<\"\\\" ry=\\\"\"<<r\n\t\t\t <<\"\\\" style=\\\"fill:black;stroke:black;\\\"/>\";\n\t\t} else {\n\t\t\tf<<\"<rect x=\\\"\"<<rs[i]->getMinX()\n\t\t\t <<\"\\\" y=\\\"\"<<rs[i]->getMinY()\n\t\t\t <<\"\\\" width=\\\"\"<<rs[i]->width()\n\t\t\t <<\"\\\" height=\\\"\"<<rs[i]->height()\n\t\t\t <<\"\\\" style=\\\"fill:white;stroke:black;\\\"/>\";\n\t\t\tf<<\"<text x=\\\"\"<<(rs[i]->getCentreX()-3)\n\t\t\t <<\"\\\" y=\\\"\"<<(rs[i]->getCentreY()+5)\n\t\t\t <<\"\\\">\"<<i\n\t\t\t <<\"</text>\"<<endl;\n\n\t\t}\n\t\tf <<endl<<\"</g>\"<<endl;\n\t}\n\tf<<\"</svg>\"<<endl;\n}\n\nvoid output_svg(vector<Rectangle*>& rs, vector<Edge>& es, char *fname, bool rects, bool directedEdges, vector<bool> * cyclicEdges) {\n\tdouble width, height;\n\tofstream f(fname);\n\tf.setf(ios::fixed);\n\tdouble r=5;\n\tif(rects) r=rs[0]->width()/2;\n\tdouble xmin=DBL_MAX, ymin=xmin;\n\tdouble xmax=-DBL_MAX, ymax=xmax;\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tdouble x=rs[i]->getCentreX(), y=rs[i]->getCentreY();\n\t\txmin=min(xmin,x);\n\t\tymin=min(ymin,y);\n\t\txmax=max(xmax,x);\n\t\tymax=max(ymax,y);\n\t}\n\txmax+=2*r;\n\tymax+=2*r;\n\txmin-=2*r;\n\tymin-=2*r;\n\twidth=xmax-xmin;\n\theight=ymax-ymin;\n\n        std::cout << \"Making a picture ...\" << endl;\n\n\tf << \"<svg xmlns=\\\"http://www.w3.org/2000/svg\\\" xmlns:xlink=\\\"http://www.w3.org/1999/xlink\\\" \";\n\tf << \"xmlns:sodipodi=\\\"http://inkscape.sourceforge.net/DTD/sodipodi-0.dtd\\\" \";\n\tf << \"xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" width=\\\"\"<<width<<\"\\\" height=\\\"\"<<height<<\"\\\" viewBox = \\\"\";\n\tf << xmin<<\" \"<<ymin<<\" \"<<width<<\" \"<<height<<\"\\\">\"<<endl;\n\n        // code to start to draw arrow heads\n\tif (directedEdges)  {\n\t  f << \"<defs id=\\\"defs4\\\">\" << endl;\n          f << \"  <marker inkscape:stockid=\\\"ConnArrowEnd\\\"\" << endl;\n          f << \"    orient=\\\"auto\\\" refY=\\\"0.0\\\" refX=\\\"\" << 4.5 + r + ARROW_HEAD_BUFFER << \"\\\"\" << endl;\n          f << \"    id=\\\"ConnArrowEnd\\\" style=\\\"overflow:visible;\\\">\" << endl;\n          f << \"  <path id=\\\"path3466\\\"\" << endl;\n          f << \"    d=\\\"M 0.0,0.0 L 1.0,-5.0 L -12.5,0.0 L 1.0,5.0 L 0.0,0.0 z \\\"\" << endl;\n          f << \"    style=\\\"fill-rule:evenodd;stroke:#000000;stroke-width:1.0px;marker-start:none;\\\"\" << endl;\n          f << \"    transform=\\\"scale(0.6) rotate(180)\\\" />\" << endl;\n          f << \"  </marker>\" << endl;\n          f << \"</defs>\" << endl;\n\t  f << \"<defs id=\\\"defs5\\\">\" << endl;\n          f << \"  <marker inkscape:stockid=\\\"CyclicConnArrowEnd\\\"\" << endl;\n          f << \"    orient=\\\"auto\\\" refY=\\\"0.0\\\" refX=\\\"\" << 4.5 + r + ARROW_HEAD_BUFFER << \"\\\"\" << endl;\n          f << \"    id=\\\"CyclicConnArrowEnd\\\" style=\\\"fill:#b400ff;fill-opacity:1;overflow:visible\\\">\" << endl;\n          f << \"  <path id=\\\"path3466\\\"\" << endl;\n          f << \"    d=\\\"M 0.0,0.0 L 1.0,-5.0 L -12.5,0.0 L 1.0,5.0 L 0.0,0.0 z \\\"\" << endl;\n          f << \"    style=\\\"fill-rule:evenodd;stroke:#B400FF;stroke-width:1.0px;marker-start:none;\\\"\" << endl;\n          f << \"    transform=\\\"scale(0.6) rotate(180)\\\" />\" << endl;\n          f << \"  </marker>\" << endl;\n          f << \"</defs>\" << endl;\n\t}\n\n\tfor (unsigned i=0;i<es.size();i++) {\n\t\tunsigned u = es[i].first;\n\t\tunsigned v = es[i].second;\n\n\t\tif (directedEdges)  {\n\t\t  f << \"<path d=\\\"M\" << rs[u]->getCentreX() << \",\" << rs[u]->getCentreY() << \" L\" << rs[v]->getCentreX() << \",\" << rs[v]->getCentreY();\n\t\t  f << \"\\\"\";\n                  f << \" style=\\\"stroke:\";\n\n                  if (cyclicEdges != NULL)  {\n\t\t    // if we have a cylic edge we want to draw it a different colour\n\t\t    if ((*cyclicEdges)[i])  { f << \"rgb(180,0,255);stroke-width:1px;marker-end:url(#CyclicConnArrowEnd);stroke-miterlimit:4;stroke-dasharray:1,1;stroke-dashoffset:0\\\"\"; }\n\t\t    else  { f << \"rgb(99,99,99);stroke-width:1px;marker-end:url(#ConnArrowEnd)\\\"\"; }\n\t\t  }\n\t\t  else  { f << \"rgb(99,99,99);stroke-width:1px;marker-end:url(#ConnArrowEnd)\\\"\"; }\n\n\t\t  f << \"/>\" << endl;\n\t\t}\n\t\telse  {\n\t\t  f<<\"<line x1=\\\"\"<<rs[u]->getCentreX()\n\t\t   <<\"\\\" y1=\\\"\"<<rs[u]->getCentreY()\n\t\t   <<\"\\\" x2=\\\"\"<<rs[v]->getCentreX()\n\t\t   <<\"\\\" y2=\\\"\"<<rs[v]->getCentreY()\n\t\t   <<\"\\\" style=\\\"stroke:rgb(99,99,99);stroke-width:2\\\"/>\"<<endl;\n\t\t}\t\n\t}\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tf<<\"<g id=\\\"node\"<<i\n\t\t <<\"\\\" class=\\\"node\\\"><title>\"<<i<<\"</title>\"<<endl;\n\t\tif(!rects) {\n\t\t\tf<<\"<ellipse cx=\\\"\"<<rs[i]->getCentreX()\n\t\t\t <<\"\\\" cy=\\\"\"<<rs[i]->getCentreY()\n\t\t\t <<\"\\\" rx=\\\"\"<<r<<\"\\\" ry=\\\"\"<<r\n\t\t\t <<\"\\\" style=\\\"fill:black;stroke:black;\\\"/>\"\n\t\t\t <<\"<text x=\\\"\";\n\t\t\t\n\t\t\tif (i < 10)  { f << (rs[i]->getCentreX()-2); }\n\t\t\telse  { f << (rs[i]->getCentreX()-4); }\n\n\t\t\tf <<\"\\\" y=\\\"\"<<(rs[i]->getCentreY()+2)\n\t\t\t  <<\"\\\" style=\\\"fill:white\\\" font-size=\\\"7\\\">\"<< i\n\t\t\t  <<\"</text>\"<<endl;\t\t\n\t\t} else {\n\t\t\tf<<\"<rect x=\\\"\"<<rs[i]->getMinX()\n\t\t\t <<\"\\\" y=\\\"\"<<rs[i]->getMinY()\n\t\t\t <<\"\\\" width=\\\"\"<<rs[i]->width()\n\t\t\t <<\"\\\" height=\\\"\"<<rs[i]->height()\n\t\t\t <<\"\\\" style=\\\"fill:white;stroke:black;\\\"/>\";\n\t\t\tf<<\"<text x=\\\"\"<<(rs[i]->getCentreX()-3)\n\t\t\t <<\"\\\" y=\\\"\"<<(rs[i]->getCentreY()+5)\n\t\t\t <<\"\\\">\"<<i\n\t\t\t <<\"</text>\"<<endl;\n\n\t\t}\n\t\tf <<endl<<\"</g>\"<<endl;\n\t}\n\tf<<\"</svg>\"<<endl;\n}\n\nvoid output_svg(vector<Rectangle*>& rs, vector<Edge>& es, char *fname, bool rects, bool directedEdges, vector<Edge>* Ea) {\n\tdouble width, height;\n\tofstream f(fname);\n\tf.setf(ios::fixed);\n\tdouble r=5;\n\tif(rects) r=rs[0]->width()/2;\n\tdouble xmin=DBL_MAX, ymin=xmin;\n\tdouble xmax=-DBL_MAX, ymax=xmax;\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tdouble x=rs[i]->getCentreX(), y=rs[i]->getCentreY();\n\t\txmin=min(xmin,x);\n\t\tymin=min(ymin,y);\n\t\txmax=max(xmax,x);\n\t\tymax=max(ymax,y);\n\t}\n\txmax+=2*r;\n\tymax+=2*r;\n\txmin-=2*r;\n\tymin-=2*r;\n\twidth=xmax-xmin;\n\theight=ymax-ymin;\n\tf << \"<svg xmlns=\\\"http://www.w3.org/2000/svg\\\" xmlns:xlink=\\\"http://www.w3.org/1999/xlink\\\" \";\n\tf << \"xmlns:sodipodi=\\\"http://inkscape.sourceforge.net/DTD/sodipodi-0.dtd\\\" \";\n\tf << \"xmlns:inkscape=\\\"http://www.inkscape.org/namespaces/inkscape\\\" width=\\\"\"<<width<<\"\\\" height=\\\"\"<<height<<\"\\\" viewBox = \\\"\";\n\tf << xmin<<\" \"<<ymin<<\" \"<<width<<\" \"<<height<<\"\\\">\"<<endl;\n\n        // code to start to draw arrow heads\n\tif (directedEdges)  {\n\t  f << \"<defs id=\\\"defs4\\\">\" << endl;\n          f << \"  <marker inkscape:stockid=\\\"ConnArrowEnd\\\"\" << endl;\n          f << \"    orient=\\\"auto\\\" refY=\\\"0.0\\\" refX=\\\"\" << 4.5 + r + ARROW_HEAD_BUFFER << \"\\\"\" << endl;\n          f << \"    id=\\\"ConnArrowEnd\\\" style=\\\"overflow:visible;\\\">\" << endl;\n          f << \"  <path id=\\\"path3466\\\"\" << endl;\n          f << \"    d=\\\"M 0.0,0.0 L 1.0,-5.0 L -12.5,0.0 L 1.0,5.0 L 0.0,0.0 z \\\"\" << endl;\n          f << \"    style=\\\"fill-rule:evenodd;stroke:#000000;stroke-width:1.0px;marker-start:none;\\\"\" << endl;\n          f << \"    transform=\\\"scale(0.6) rotate(180)\\\" />\" << endl;\n          f << \"  </marker>\" << endl;\n          f << \"</defs>\" << endl;\n\t  f << \"<defs id=\\\"defs5\\\">\" << endl;\n          f << \"  <marker inkscape:stockid=\\\"CyclicConnArrowEnd\\\"\" << endl;\n          f << \"    orient=\\\"auto\\\" refY=\\\"0.0\\\" refX=\\\"\" << 4.5 + r + ARROW_HEAD_BUFFER << \"\\\"\" << endl;\n          f << \"    id=\\\"CyclicConnArrowEnd\\\" style=\\\"overflow:visible;\\\">\" << endl;\n          f << \"  <path id=\\\"path3466\\\"\" << endl;\n          f << \"    d=\\\"M 0.0,0.0 L 1.0,-5.0 L -12.5,0.0 L 1.0,5.0 L 0.0,0.0 z \\\"\" << endl;\n          f << \"    style=\\\"fill-rule:evenodd;stroke:#B400FF;stroke-width:1.0px;marker-start:none;\\\"\" << endl;\n          f << \"    transform=\\\"scale(0.6) rotate(180)\\\" />\" << endl;\n          f << \"  </marker>\" << endl;\n          f << \"</defs>\" << endl;\n\t}\n\n\tfor (unsigned i=0;i<Ea->size();i++) {\n\t\tunsigned u = (*Ea)[i].first;\n\t\tunsigned v = (*Ea)[i].second;\n\n\t\tif (directedEdges)  {\n\t\t  f << \"<path d=\\\"M\" << rs[u]->getCentreX() << \",\" << rs[u]->getCentreY() << \" L\" << rs[v]->getCentreX() << \",\" << rs[v]->getCentreY();\n\t\t  f << \"\\\"\";\n                  f << \" style=\\\"stroke:rgb(99,99,99);stroke-width:1px;marker-end:url(#ConnArrowEnd)\\\"/>\" << endl;\n\t\t}\n\t\telse  {\n\t\t  f<<\"<line x1=\\\"\"<<rs[u]->getCentreX()\n\t\t   <<\"\\\" y1=\\\"\"<<rs[u]->getCentreY()\n\t\t   <<\"\\\" x2=\\\"\"<<rs[v]->getCentreX()\n\t\t   <<\"\\\" y2=\\\"\"<<rs[v]->getCentreY()\n\t\t   <<\"\\\" style=\\\"stroke:rgb(99,99,99);stroke-width:2\\\"/>\"<<endl;\n\t\t}\t\n\t}\n\tfor (unsigned i=0;i<rs.size();i++) {\n\t\tf<<\"<g id=\\\"node\"<<i\n\t\t <<\"\\\" class=\\\"node\\\"><title>\"<<i<<\"</title>\"<<endl;\n\t\tif(!rects) {\n\t\t\tf<<\"<ellipse cx=\\\"\"<<rs[i]->getCentreX()\n\t\t\t <<\"\\\" cy=\\\"\"<<rs[i]->getCentreY()\n\t\t\t <<\"\\\" rx=\\\"\"<<r<<\"\\\" ry=\\\"\"<<r\n\t\t\t <<\"\\\" style=\\\"fill:black;stroke:black;\\\"/>\"\n\t\t\t <<\"<text x=\\\"\";\n\t\t\t\n\t\t\tif (i < 10)  { f << (rs[i]->getCentreX()-2); }\n\t\t\telse  { f << (rs[i]->getCentreX()-4); }\n\n\t\t\tf <<\"\\\" y=\\\"\"<<(rs[i]->getCentreY()+2)\n\t\t\t  <<\"\\\" style=\\\"fill:white\\\" font-size=\\\"7\\\">\"<< i\n\t\t\t  <<\"</text>\"<<endl;\t\t\n\t\t} else {\n\t\t\tf<<\"<rect x=\\\"\"<<rs[i]->getMinX()\n\t\t\t <<\"\\\" y=\\\"\"<<rs[i]->getMinY()\n\t\t\t <<\"\\\" width=\\\"\"<<rs[i]->width()\n\t\t\t <<\"\\\" height=\\\"\"<<rs[i]->height()\n\t\t\t <<\"\\\" style=\\\"fill:white;stroke:black;\\\"/>\";\n\t\t\tf<<\"<text x=\\\"\"<<(rs[i]->getCentreX()-3)\n\t\t\t <<\"\\\" y=\\\"\"<<(rs[i]->getCentreY()+5)\n\t\t\t <<\"\\\">\"<<i\n\t\t\t <<\"</text>\"<<endl;\n\n\t\t}\n\t\tf <<endl<<\"</g>\"<<endl;\n\t}\n\tf<<\"</svg>\"<<endl;\n}\n"
  },
  {
    "path": "experimental/draw-bn/graphlayouttest.h",
    "content": "#include <libcola/cola.h>\nvoid output_svg(std::vector<vpsc::Rectangle*> &rs, std::vector<cola::Edge>& es, char* fname,bool rects=false);\nvoid output_svg(std::vector<vpsc::Rectangle*> &rs, std::vector<straightener::Edge*>& es, char* fname,bool rects=false);\nvoid output_svg(std::vector<vpsc::Rectangle*> &rs, std::vector<cola::Edge>& es, char* fname,bool rects, bool directedEdges, std::vector<bool> * cyclicEdges);\nvoid output_svg(std::vector<vpsc::Rectangle*> &rs, std::vector<cola::Edge>& es, char* fname,bool rects, bool directedEdges, std::vector<cola::Edge>* Ea);\n\ninline double getRand(double range) {\n\treturn range*rand()/RAND_MAX;\n}\n\n"
  },
  {
    "path": "experimental/neatogen/Makefile",
    "content": "# Makefile.in generated by automake 1.9.5 from Makefile.am.\n# lib/neatogen/Makefile.  Generated from Makefile.in by configure.\n\n# Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002,\n# 2003, 2004, 2005  Free Software Foundation, Inc.\n# This Makefile.in is free software; the Free Software Foundation\n# gives unlimited permission to copy and/or distribute it,\n# with or without modifications, as long as this notice is preserved.\n\n# This program is distributed in the hope that it will be useful,\n# but WITHOUT ANY WARRANTY, to the extent permitted by law; without\n# even the implied warranty of MERCHANTABILITY or FITNESS FOR A\n# PARTICULAR PURPOSE.\n\n\n\n\nSOURCES = $(libneatogen_la_SOURCES)\n\nsrcdir = .\ntop_srcdir = ../..\n\npkgdatadir = $(datadir)/graphviz\npkglibdir = $(libdir)/graphviz\npkgincludedir = $(includedir)/graphviz\ntop_builddir = ../..\nam__cd = CDPATH=\"$${ZSH_VERSION+.}$(PATH_SEPARATOR)\" && cd\nINSTALL = /usr/bin/install -c\ninstall_sh_DATA = $(install_sh) -c -m 644\ninstall_sh_PROGRAM = $(install_sh) -c\ninstall_sh_SCRIPT = $(install_sh) -c\nINSTALL_HEADER = $(INSTALL_DATA)\ntransform = $(program_transform_name)\nNORMAL_INSTALL = :\nPRE_INSTALL = :\nPOST_INSTALL = :\nNORMAL_UNINSTALL = :\nPRE_UNINSTALL = :\nPOST_UNINSTALL = :\nbuild_triplet = i686-pc-linux-gnu\nhost_triplet = i686-pc-linux-gnu\nsubdir = lib/neatogen\nDIST_COMMON = $(noinst_HEADERS) $(srcdir)/Makefile.am \\\n\t$(srcdir)/Makefile.in\nACLOCAL_M4 = $(top_srcdir)/aclocal.m4\nam__aclocal_m4_deps = $(top_srcdir)/configure.ac\nam__configure_deps = $(am__aclocal_m4_deps) $(CONFIGURE_DEPENDENCIES) \\\n\t$(ACLOCAL_M4)\nmkinstalldirs = $(SHELL) $(top_srcdir)/config/mkinstalldirs\nCONFIG_HEADER = $(top_builddir)/config.h\nCONFIG_CLEAN_FILES =\nLTLIBRARIES = $(noinst_LTLIBRARIES)\nlibneatogen_la_LIBADD =\nam_libneatogen_la_OBJECTS = adjust.lo circuit.lo edges.lo find_ints.lo \\\n\tgeometry.lo heap.lo hedges.lo info.lo neatoinit.lo \\\n\tintersect.lo legal.lo lu.lo matinv.lo memory.lo poly.lo \\\n\tprintvis.lo site.lo solve.lo neatosplines.lo stuff.lo \\\n\tvoronoi.lo stress.lo kkutils.lo matrix_ops.lo embed_graph.lo \\\n\tdijkstra.lo conjgrad.lo pca.lo closest.lo bfs.lo constraint.lo \\\n\tquad_prog_solve.lo smart_ini_x.lo constrained_majorization.lo \\\n\topt_arrangement.lo compute_hierarchy.lo quad_prog_vpsc.lo \\\n\tconstrained_majorization_vsep.lo mosek_quad_solve.lo\nlibneatogen_la_OBJECTS = $(am_libneatogen_la_OBJECTS)\nDEFAULT_INCLUDES = -I. -I$(srcdir) -I$(top_builddir)\ndepcomp = $(SHELL) $(top_srcdir)/config/depcomp\nam__depfiles_maybe = depfiles\nCOMPILE = $(CC) $(DEFS) $(DEFAULT_INCLUDES) $(INCLUDES) $(AM_CPPFLAGS) \\\n\t$(CPPFLAGS) $(AM_CFLAGS) $(CFLAGS)\nLTCOMPILE = $(LIBTOOL) --tag=CC --mode=compile $(CC) $(DEFS) \\\n\t$(DEFAULT_INCLUDES) $(INCLUDES) $(AM_CPPFLAGS) $(CPPFLAGS) \\\n\t$(AM_CFLAGS) $(CFLAGS)\nCCLD = $(CC)\nLINK = $(LIBTOOL) --tag=CC --mode=link $(CCLD) $(AM_CFLAGS) $(CFLAGS) \\\n\t$(AM_LDFLAGS) $(LDFLAGS) -o $@\nSOURCES = $(libneatogen_la_SOURCES)\nDIST_SOURCES = $(libneatogen_la_SOURCES)\nHEADERS = $(noinst_HEADERS)\nETAGS = etags\nCTAGS = ctags\nDISTFILES = $(DIST_COMMON) $(DIST_SOURCES) $(TEXINFOS) $(EXTRA_DIST)\nACLOCAL = ${SHELL} /home/dwyer/devel/graphviz-2.9.20060213.0540/config/missing --run aclocal-1.9\nALLOCA = \nAMDEP_FALSE = #\nAMDEP_TRUE = \nAMTAR = ${SHELL} /home/dwyer/devel/graphviz-2.9.20060213.0540/config/missing --run tar\nAR = ar\nAUTOCONF = ${SHELL} /home/dwyer/devel/graphviz-2.9.20060213.0540/config/missing --run autoconf\nAUTOHEADER = ${SHELL} /home/dwyer/devel/graphviz-2.9.20060213.0540/config/missing --run autoheader\nAUTOMAKE = ${SHELL} /home/dwyer/devel/graphviz-2.9.20060213.0540/config/missing --run automake-1.9\nAWK = mawk\nBUILDDATE = Fri Mar 24 13:17:15 UTC 2006\nBUILD_DIR = /home/dwyer/devel/graphviz-2.9.20060213.0540\nCC = gcc\nCCDEPMODE = depmode=gcc3\nCFLAGS = -g -O2 -Wno-unknown-pragmas -Wstrict-prototypes -Wpointer-arith -Wall -ffast-math\nCPP = gcc -E\nCPPFLAGS =  -I/usr/local/include\nCXX = g++\nCXXCPP = g++ -E\nCXXDEPMODE = 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    "content": "all:\tlibneatogen.a\nROOT=../..\ninclude $(ROOT)/Config.mk\ninclude $(ROOT)/makearch/$(ARCH)\n\nINCS =  -I. -I$(ROOT) \\\n        -I../common \\\n        -I../pack \\\n        -I../gvc \\\n        -I../cdt \\\n        -I../pathplan \\\n\t\t-I../gd \\\n\t\t-I../graph\n\nDEFINES = -DHAVE_CONFIG_H\n\nHDRS = adjust.h edges.h geometry.h heap.h hedges.h info.h mem.h \\\n       neato.h neatoprocs.h poly.h simple.h site.h voronoi.h\n\nNOBJS  = stress.o kkutils.o pca.o matrix_ops.o embed_graph.o dijkstra.o \\\n       conjgrad.o closest.o bfs.o compute_hierarchy.o opt_arrangement.o \\\n       smart_ini_x.o constrained_majorization.o quad_prog_solve.o\nOBJS = adjust.o circuit.o edges.o find_ints.o geometry.o heap.o hedges.o \\\n       info.o neatoinit.o intersect.o legal.o lu.o matinv.o memory.o poly.o \\\n       printvis.o site.o solve.o neatosplines.o stuff.o voronoi.o \\\n       $(NOBJS) constraint.o\n\nlibneatogen.a : $(OBJS)\n\t$(RM) libneatogen.a\n\t$(AR) cr libneatogen.a $(OBJS)\n\t$(RANLIB) libneatogen.a\n\n$(NOBJS) : defs.h\nbfs.o dijkstra.o embed_graph.o kkutils.o stress.o : bfs.h\npca.o closest.o : closest.h\nstress.o conjgrad.o : conjgrad.h\ndijkstra.o embed_graph.o kkutils.o stress.o : dijkstra.h\nembed_graph.o stress.o : embed_graph.h\nkkutils.o stress.o closest.o : kkutils.h\nstress.o pca.o conjgrad.o matrix_ops.o : matrix_ops.h\nstress.o pca.o : pca.h\nstress.o : stress.h\n$(OBJS) : ../common/types.h\n\ninstall: libneatogen.a \n\t$(MKPATH) $(INCDIR)\n\t$(INSTALL) neato.h adjust.h neatoprocs.h $(INCDIR)\n\t$(MKPATH) $(LIBDIR)\n\t$(INSTALL) libneatogen.a $(LIBDIR)\n\n$(OBJS) : $(HDRS)\n\nclean:\n\t$(RM) core *.o\n\ndistclean: clean\n\t$(RM) *.a\n"
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    "path": "experimental/neatogen/adjust.c",
    "content": "/* $Id: adjust.c,v 1.9 2006/01/29 23:33:14 ellson Exp $ $Revision: 1.9 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n/* adjust.c\n * Routines for repositioning nodes after initial layout in\n * order to reduce/remove node overlaps.\n */\n\n#include \"neato.h\"\n#include \"utils.h\"\n#include \"voronoi.h\"\n#include \"info.h\"\n#include \"edges.h\"\n#include \"site.h\"\n#include \"heap.h\"\n#include \"hedges.h\"\n\nstatic double margin = 0.05;\t/* Create initial bounding box by adding\n\t\t\t\t * margin * dimension around box enclosing\n\t\t\t\t * nodes.\n\t\t\t\t */\nstatic double incr = 0.05;\t/* Increase bounding box by adding\n\t\t\t\t * incr * dimension around box.\n\t\t\t\t */\nstatic double pmargin = 5.0 / POINTS_PER_INCH;\t/* Margin around polygons, in inches */\nstatic int iterations = -1;\t/* Number of iterations */\nstatic int useIter = 0;\t\t/* Use specified number of iterations */\n\nstatic int doAll = 0;\t\t/* Move all nodes, regardless of overlap */\nstatic Site **sites;\t\t/* Array of pointers to sites; used in qsort */\nstatic Site **endSite;\t\t/* Sentinel on sites array */\nstatic Point nw, ne, sw, se;\t/* Corners of clipping window */\n\nstatic Site **nextSite;\n\nstatic void setBoundBox(Point * ll, Point * ur)\n{\n    pxmin = ll->x;\n    pxmax = ur->x;\n    pymin = ll->y;\n    pymax = ur->y;\n    nw.x = sw.x = pxmin;\n    ne.x = se.x = pxmax;\n    nw.y = ne.y = pymax;\n    sw.y = se.y = pymin;\n}\n\n /* freeNodes:\n  * Free node resources.\n  */\nstatic void freeNodes(void)\n{\n    int i;\n    Info_t *ip = nodeInfo;\n\n    for (i = 0; i < nsites; i++) {\n\tbreakPoly(&ip->poly);\n\tip++;\n    }\n    polyFree();\n    infoinit();\t\t\t/* Free vertices */\n    free(nodeInfo);\n}\n\n/* chkBoundBox:\n *   Compute extremes of graph, then set up bounding box.\n *   If user supplied a bounding box, use that;\n *   else if \"window\" is a graph attribute, use that; \n *   otherwise, define bounding box as a percentage expansion of\n *   graph extremes.\n *   In the first two cases, check that graph fits in bounding box.\n */\nstatic void chkBoundBox(Agraph_t * graph)\n{\n    char *marg;\n    Point ll, ur;\n    int i;\n    double x, y;\n    double xmin, xmax, ymin, ymax;\n    double xmn, xmx, ymn, ymx;\n    double ydelta, xdelta;\n    Info_t *ip;\n    Poly *pp;\n    /* int          cnt; */\n\n    ip = nodeInfo;\n    pp = &ip->poly;\n    x = ip->site.coord.x;\n    y = ip->site.coord.y;\n    xmin = pp->origin.x + x;\n    ymin = pp->origin.y + y;\n    xmax = pp->corner.x + x;\n    ymax = pp->corner.y + y;\n    for (i = 1; i < nsites; i++) {\n\tip++;\n\tpp = &ip->poly;\n\tx = ip->site.coord.x;\n\ty = ip->site.coord.y;\n\txmn = pp->origin.x + x;\n\tymn = pp->origin.y + y;\n\txmx = pp->corner.x + x;\n\tymx = pp->corner.y + y;\n\tif (xmn < xmin)\n\t    xmin = xmn;\n\tif (ymn < ymin)\n\t    ymin = ymn;\n\tif (xmx > xmax)\n\t    xmax = xmx;\n\tif (ymx > ymax)\n\t    ymax = ymx;\n    }\n\n    marg = agget(graph, \"voro_margin\");\n    if (marg && (*marg != '\\0')) {\n\tmargin = atof(marg);\n    }\n    ydelta = margin * (ymax - ymin);\n    xdelta = margin * (xmax - xmin);\n    ll.x = xmin - xdelta;\n    ll.y = ymin - ydelta;\n    ur.x = xmax + xdelta;\n    ur.y = ymax + ydelta;\n\n    setBoundBox(&ll, &ur);\n}\n\n /* makeInfo:\n  * For each node in the graph, create a Info data structure \n  */\nstatic void makeInfo(Agraph_t * graph)\n{\n    Agnode_t *node;\n    int i;\n    Info_t *ip;\n\n    nsites = agnnodes(graph);\n    geominit();\n\n    nodeInfo = N_GNEW(nsites, Info_t);\n\n    node = agfstnode(graph);\n    ip = nodeInfo;\n\n    pmargin = expFactor (graph);\n    for (i = 0; i < nsites; i++) {\n\tip->site.coord.x = ND_pos(node)[0];\n\tip->site.coord.y = ND_pos(node)[1];\n\n\tmakePoly(&ip->poly, node, pmargin);\n\n\tip->site.sitenbr = i;\n\tip->site.refcnt = 1;\n\tip->node = node;\n\tip->verts = NULL;\n\tnode = agnxtnode(graph, node);\n\tip++;\n    }\n}\n\n/* sort sites on y, then x, coord */\nstatic int scomp(const void *S1, const void *S2)\n{\n    Site *s1, *s2;\n\n    s1 = *(Site **) S1;\n    s2 = *(Site **) S2;\n    if (s1->coord.y < s2->coord.y)\n\treturn (-1);\n    if (s1->coord.y > s2->coord.y)\n\treturn (1);\n    if (s1->coord.x < s2->coord.x)\n\treturn (-1);\n    if (s1->coord.x > s2->coord.x)\n\treturn (1);\n    return (0);\n}\n\n /* sortSites:\n  * Fill array of pointer to sites and sort the sites using scomp\n  */\nstatic void sortSites(void)\n{\n    int i;\n    Site **sp;\n    Info_t *ip;\n\n    if (sites == 0) {\n\tsites = N_GNEW(nsites, Site *);\n\tendSite = sites + nsites;\n    }\n\n    sp = sites;\n    ip = nodeInfo;\n    infoinit();\n    for (i = 0; i < nsites; i++) {\n\t*sp++ = &(ip->site);\n\tip->verts = NULL;\n\tip->site.refcnt = 1;\n\tip++;\n    }\n\n    qsort(sites, nsites, sizeof(Site *), scomp);\n\n    /* Reset site index for nextOne */\n    nextSite = sites;\n\n}\n\nstatic void geomUpdate(int doSort)\n{\n    int i;\n\n    if (doSort)\n\tsortSites();\n\n    /* compute ranges */\n    xmin = sites[0]->coord.x;\n    xmax = sites[0]->coord.x;\n    for (i = 1; i < nsites; i++) {\n\tif (sites[i]->coord.x < xmin)\n\t    xmin = sites[i]->coord.x;\n\tif (sites[i]->coord.x > xmax)\n\t    xmax = sites[i]->coord.x;\n    }\n    ymin = sites[0]->coord.y;\n    ymax = sites[nsites - 1]->coord.y;\n\n    deltay = ymax - ymin;\n    deltax = xmax - xmin;\n}\n\nstatic Site *nextOne(void)\n{\n    Site *s;\n\n    if (nextSite < endSite) {\n\ts = *nextSite++;\n\treturn (s);\n    } else\n\treturn ((Site *) NULL);\n}\n\n/* rmEquality:\n * Check for nodes with identical positions and tweak\n * the positions.\n */\nstatic void rmEquality(void)\n{\n    int i, cnt;\n    Site **ip;\n    Site **jp;\n    Site **kp;\n    double xdel;\n\n    sortSites();\n    ip = sites;\n\n    while (ip < endSite) {\n\tjp = ip + 1;\n\tif ((jp >= endSite) ||\n\t    ((*jp)->coord.x != (*ip)->coord.x) ||\n\t    ((*jp)->coord.y != (*ip)->coord.y)) {\n\t    ip = jp;\n\t    continue;\n\t}\n\n\t/* Find first node kp with position different from ip */\n\tcnt = 2;\n\tkp = jp + 1;\n\twhile ((kp < endSite) &&\n\t       ((*kp)->coord.x == (*ip)->coord.x) &&\n\t       ((*kp)->coord.y == (*ip)->coord.y)) {\n\t    cnt++;\n\t    jp = kp;\n\t    kp = jp + 1;\n\t}\n\n\t/* If next node exists and is on the same line */\n\tif ((kp < endSite) && ((*kp)->coord.y == (*ip)->coord.y)) {\n\t    xdel = ((*kp)->coord.x - (*ip)->coord.x) / cnt;\n\t    i = 1;\n\t    for (jp = ip + 1; jp < kp; jp++) {\n\t\t(*jp)->coord.x += i * xdel;\n\t\ti++;\n\t    }\n\t} else {\t\t/* nothing is to the right */\n\t    Info_t *info;\n\t    for (jp = ip + 1; jp < kp; ip++, jp++) {\n\t\tinfo = nodeInfo + (*ip)->sitenbr;\n\t\txdel = info->poly.corner.x - info->poly.origin.x;\n\t\tinfo = nodeInfo + (*jp)->sitenbr;\n\t\txdel += info->poly.corner.x - info->poly.origin.x;\n\t\t(*jp)->coord.x = (*ip)->coord.x + xdel / 2;\n\t    }\n\t}\n\tip = kp;\n    }\n}\n\n/* countOverlap:\n * Count number of node-node overlaps at iteration iter.\n */\nstatic int countOverlap(int iter)\n{\n    int count = 0;\n    int i, j;\n    Info_t *ip = nodeInfo;\n    Info_t *jp;\n\n    for (i = 0; i < nsites; i++)\n\tnodeInfo[i].overlaps = 0;\n\n    for (i = 0; i < nsites - 1; i++) {\n\tjp = ip + 1;\n\tfor (j = i + 1; j < nsites; j++) {\n\t    if (polyOverlap\n\t\t(ip->site.coord, &ip->poly, jp->site.coord, &jp->poly)) {\n\t\tcount++;\n\t\tip->overlaps = 1;\n\t\tjp->overlaps = 1;\n\t    }\n\t    jp++;\n\t}\n\tip++;\n    }\n\n    if (Verbose > 1)\n\tfprintf(stderr, \"overlap [%d] : %d\\n\", iter, count);\n    return count;\n}\n\nstatic void increaseBoundBox(void)\n{\n    double ydelta, xdelta;\n    Point ll, ur;\n\n    ur.x = pxmax;\n    ur.y = pymax;\n    ll.x = pxmin;\n    ll.y = pymin;\n\n    ydelta = incr * (ur.y - ll.y);\n    xdelta = incr * (ur.x - ll.x);\n\n    ur.x += xdelta;\n    ur.y += ydelta;\n    ll.x -= xdelta;\n    ll.y -= ydelta;\n\n    setBoundBox(&ll, &ur);\n}\n\n /* areaOf:\n  * Area of triangle whose vertices are a,b,c\n  */\nstatic double areaOf(Point a, Point b, Point c)\n{\n    double area;\n\n    area =\n\t(double) (fabs\n\t\t  (a.x * (b.y - c.y) + b.x * (c.y - a.y) +\n\t\t   c.x * (a.y - b.y)) / 2);\n    return area;\n}\n\n /* centroidOf:\n  * Compute centroid of triangle with vertices a, b, c.\n  * Return coordinates in x and y.\n  */\nstatic void centroidOf(Point a, Point b, Point c, double *x, double *y)\n{\n    *x = (a.x + b.x + c.x) / 3;\n    *y = (a.y + b.y + c.y) / 3;\n}\n\n /* newpos;\n  * The new position is the centroid of the\n  * voronoi polygon. This is the weighted sum of the\n  * centroids of a triangulation, normalized to the\n  * total area.\n  */\nstatic void newpos(Info_t * ip)\n{\n    PtItem *anchor = ip->verts;\n    PtItem *p, *q;\n    double totalArea = 0.0;\n    double cx = 0.0;\n    double cy = 0.0;\n    double x;\n    double y;\n    double area;\n\n    p = anchor->next;\n    q = p->next;\n    while (q != NULL) {\n\tarea = areaOf(anchor->p, p->p, q->p);\n\tcentroidOf(anchor->p, p->p, q->p, &x, &y);\n\tcx = cx + area * x;\n\tcy = cy + area * y;\n\ttotalArea = totalArea + area;\n\tp = q;\n\tq = q->next;\n    }\n\n    ip->site.coord.x = cx / totalArea;\n    ip->site.coord.y = cy / totalArea;\n}\n\n /* addCorners:\n  * Add corners of clipping window to appropriate sites.\n  * A site gets a corner if it is the closest site to that corner.\n  */\nstatic void addCorners(void)\n{\n    Info_t *ip = nodeInfo;\n    Info_t *sws = ip;\n    Info_t *nws = ip;\n    Info_t *ses = ip;\n    Info_t *nes = ip;\n    double swd = dist_2(&ip->site.coord, &sw);\n    double nwd = dist_2(&ip->site.coord, &nw);\n    double sed = dist_2(&ip->site.coord, &se);\n    double ned = dist_2(&ip->site.coord, &ne);\n    double d;\n    int i;\n\n    ip++;\n    for (i = 1; i < nsites; i++) {\n\td = dist_2(&ip->site.coord, &sw);\n\tif (d < swd) {\n\t    swd = d;\n\t    sws = ip;\n\t}\n\td = dist_2(&ip->site.coord, &se);\n\tif (d < sed) {\n\t    sed = d;\n\t    ses = ip;\n\t}\n\td = dist_2(&ip->site.coord, &nw);\n\tif (d < nwd) {\n\t    nwd = d;\n\t    nws = ip;\n\t}\n\td = dist_2(&ip->site.coord, &ne);\n\tif (d < ned) {\n\t    ned = d;\n\t    nes = ip;\n\t}\n\tip++;\n    }\n\n    addVertex(&sws->site, sw.x, sw.y);\n    addVertex(&ses->site, se.x, se.y);\n    addVertex(&nws->site, nw.x, nw.y);\n    addVertex(&nes->site, ne.x, ne.y);\n}\n\n /* newPos:\n  * Calculate the new position of a site as the centroid\n  * of its voronoi polygon, if it overlaps other nodes.\n  * The polygons are finite by being clipped to the clipping\n  * window.\n  * We first add the corner of the clipping windows to the\n  * vertex lists of the appropriate sites.\n  */\nstatic void newPos(void)\n{\n    int i;\n    Info_t *ip = nodeInfo;\n\n    addCorners();\n    for (i = 0; i < nsites; i++) {\n\tif (doAll || ip->overlaps)\n\t    newpos(ip);\n\tip++;\n    }\n}\n\n/* cleanup:\n * Cleanup voronoi memory.\n * Note that PQcleanup and ELcleanup rely on the number\n * of sites, so should at least be reset everytime we use\n * vAdjust.\n * This could be optimized, over multiple components or\n * even multiple graphs, but probably not worth it.\n */\nstatic void cleanup(void)\n{\n    PQcleanup();\n    ELcleanup();\n    siteinit();\t\t\t/* free memory */\n    edgeinit();\t\t\t/* free memory */\n}\n\nstatic int vAdjust(void)\n{\n    int iterCnt = 0;\n    int overlapCnt = 0;\n    int badLevel = 0;\n    int increaseCnt = 0;\n    int cnt;\n\n    if (!useIter || (iterations > 0))\n\toverlapCnt = countOverlap(iterCnt);\n\n    if ((overlapCnt == 0) || (iterations == 0))\n\treturn 0;\n\n    rmEquality();\n    geomUpdate(0);\n    voronoi(0, nextOne);\n    while (1) {\n\tnewPos();\n\titerCnt++;\n\n\tif (useIter && (iterCnt == iterations))\n\t    break;\n\tcnt = countOverlap(iterCnt);\n\tif (cnt == 0)\n\t    break;\n\tif (cnt >= overlapCnt)\n\t    badLevel++;\n\telse\n\t    badLevel = 0;\n\toverlapCnt = cnt;\n\n\tswitch (badLevel) {\n\tcase 0:\n\t    doAll = 1;\n\t    break;\n/*\n      case 1:\n        doAll = 1;\n        break;\n*/\n\tdefault:\n\t    doAll = 1;\n\t    increaseCnt++;\n\t    increaseBoundBox();\n\t    break;\n\t}\n\n\tgeomUpdate(1);\n\tvoronoi(0, nextOne);\n    }\n\n    if (Verbose) {\n\tfprintf(stderr, \"Number of iterations = %d\\n\", iterCnt);\n\tfprintf(stderr, \"Number of increases = %d\\n\", increaseCnt);\n    }\n\n    cleanup();\n    return 1;\n}\n\nstatic double rePos(Point c)\n{\n    int i;\n    Info_t *ip = nodeInfo;\n    double f = 1.0 + incr;\n\n    for (i = 0; i < nsites; i++) {\n\t/* ip->site.coord.x = f*(ip->site.coord.x - c.x) + c.x; */\n\t/* ip->site.coord.y = f*(ip->site.coord.y - c.y) + c.y; */\n\tip->site.coord.x = f * ip->site.coord.x;\n\tip->site.coord.y = f * ip->site.coord.y;\n\tip++;\n    }\n    return f;\n}\n\nstatic int sAdjust(void)\n{\n    int iterCnt = 0;\n    int overlapCnt = 0;\n    int cnt;\n    Point center;\n    /* double sc; */\n\n    if (!useIter || (iterations > 0))\n\toverlapCnt = countOverlap(iterCnt);\n\n    if ((overlapCnt == 0) || (iterations == 0))\n\treturn 0;\n\n    rmEquality();\n    center.x = (pxmin + pxmax) / 2.0;\n    center.y = (pymin + pymax) / 2.0;\n    while (1) {\n\t/* sc = */ rePos(center);\n\titerCnt++;\n\n\tif (useIter && (iterCnt == iterations))\n\t    break;\n\tcnt = countOverlap(iterCnt);\n\tif (cnt == 0)\n\t    break;\n    }\n\n    if (Verbose) {\n\tfprintf(stderr, \"Number of iterations = %d\\n\", iterCnt);\n    }\n\n    return 1;\n}\n\n /* updateGraph:\n  * Enter new node positions into the graph\n  */\nstatic void updateGraph(Agraph_t * graph)\n{\n    /* Agnode_t*    node; */\n    int i;\n    Info_t *ip;\n    /* char         pos[100]; */\n\n    ip = nodeInfo;\n    for (i = 0; i < nsites; i++) {\n\tND_pos(ip->node)[0] = ip->site.coord.x;\n\tND_pos(ip->node)[1] = ip->site.coord.y;\n\tip++;\n    }\n}\n\n/* normalize:\n * If normalize is set, move first node to origin, then\n * rotate graph so that first edge is horizontal.\n * FIX: Generalize to allow rotation determined by graph shape.\n */\nvoid normalize(graph_t * g)\n{\n    node_t *v;\n    edge_t *e;\n\n    double theta;\n    pointf p;\n\n    if (!mapbool(agget(g, \"normalize\")))\n\treturn;\n\n    v = agfstnode(g);\n    p.x = ND_pos(v)[0];\n    p.y = ND_pos(v)[1];\n    for (v = agfstnode(g); v; v = agnxtnode(g, v)) {\n\tND_pos(v)[0] -= p.x;\n\tND_pos(v)[1] -= p.y;\n    }\n\n    e = NULL;\n    for (v = agfstnode(g); v; v = agnxtnode(g, v))\n\tif ((e = agfstout(g, v)))\n\t    break;\n    if (e == NULL)\n\treturn;\n\n    theta = -atan2(ND_pos(e->head)[1] - ND_pos(e->tail)[1],\n\t\t   ND_pos(e->head)[0] - ND_pos(e->tail)[0]);\n\n    for (v = agfstnode(g); v; v = agnxtnode(g, v)) {\n\tp.x = ND_pos(v)[0];\n\tp.y = ND_pos(v)[1];\n\tND_pos(v)[0] = p.x * cos(theta) - p.y * sin(theta);\n\tND_pos(v)[1] = p.x * sin(theta) + p.y * cos(theta);\n    }\n}\n\ntypedef struct {\n    adjust_mode mode;\n    char *attrib;\n    char *print;\n} adjust_data;\nstatic adjust_data adjustMode[] = {\n    {AM_NONE, \"\", \"\"},\n    {AM_VOR, \"\", \"Voronoi\"},\n    {AM_SCALE, \"oscale\", \"old scaling\"},\n    {AM_NSCALE, \"scale\", \"scaling\"},\n    {AM_SCALEXY, \"scalexy\", \"x and y scaling\"},\n    /* {AM_PUSH, \"push\", \"push scan adjust\"}, */\n    /* {AM_PUSHPULL, \"pushpull\", \"push-pull scan adjust\"}, */\n    {AM_ORTHO, \"ortho\", \"orthogonal constraints\"},\n    {AM_ORTHO_YX, \"ortho_yx\", \"orthogonal constraints\"},\n    {AM_ORTHOXY, \"orthoxy\", \"xy orthogonal constraints\"},\n    {AM_ORTHOYX, \"orthoyx\", \"yx orthogonal constraints\"},\n    {AM_PORTHO, \"portho\", \"pseudo-orthogonal constraints\"},\n    {AM_PORTHO_YX, \"portho_yx\", \"pseudo-orthogonal constraints\"},\n    {AM_PORTHOXY, \"porthoxy\", \"xy pseudo-orthogonal constraints\"},\n    {AM_PORTHOYX, \"porthoyx\", \"yx pseudo-orthogonal constraints\"},\n    {AM_COMPRESS, \"compress\", \"compress\"},\n    {AM_NONE, 0, 0}\n};\n\n/* getAdjustMode:\n * Convert string value to internal value of adjustment mode.\n * Assume s != NULL.\n */\nstatic adjust_data *getAdjustMode(char *s)\n{\n    adjust_data *ap = adjustMode + 2;\n    if (*s == '\\0') return adjustMode;\n    while (ap->attrib) {\n\tif (!strcasecmp(s, ap->attrib))\n\t    return ap;\n\tap++;\n    }\n    if (mapbool(s))\n\treturn adjustMode;\n    else\n\treturn adjustMode + 1;\n}\n\n/* removeOverlapAs:\n * Use flag value to determine if and how to remove\n * node overlaps.\n */\nint \nremoveOverlapAs(graph_t * G, char* flag)\n{\n    /* int          userWindow = 0; */\n    int ret = 0;\n    /* extern void  scanAdjust(graph_t*, int); */\n\n    adjust_data *am;\n\n    if (agnnodes(G) < 2)\n\treturn 0;\n    if (flag == NULL)\n\treturn 0;\n\n    am = getAdjustMode(flag);\n    if (am->mode == AM_NONE)\n\treturn 0;\n\n    if (Verbose)\n\tfprintf(stderr, \"Adjusting %s using %s\\n\", G->name, am->print);\n\n    if (am->mode > AM_SCALE) {\n/* start_timer(); */\n\tswitch (am->mode) {\n\tcase AM_NSCALE:\n\t    ret = scAdjust(G, 1);\n\t    break;\n\tcase AM_SCALEXY:\n\t    ret = scAdjust(G, 0);\n\t    break;\n\tcase AM_PUSH:\n\t    /* scanAdjust (G, 1); */\n\t    break;\n\tcase AM_PUSHPULL:\n\t    /* scanAdjust (G, 0); */\n\t    break;\n\tcase AM_PORTHO_YX:\n\tcase AM_PORTHO:\n\tcase AM_PORTHOXY:\n\tcase AM_PORTHOYX:\n\tcase AM_ORTHO_YX:\n\tcase AM_ORTHO:\n\tcase AM_ORTHOXY:\n\tcase AM_ORTHOYX:\n\t    cAdjust(G, am->mode);\n\t    break;\n\tcase AM_COMPRESS:\n\t    ret = scAdjust(G, -1);\n\t    break;\n\tdefault:\t\t/* to silence warnings */\n\t    break;\n\t}\n/* fprintf (stderr, \"%s %.4f sec\\n\", am->attrib, elapsed_sec()); */\n\treturn ret;\n    }\n\n    /* create main array */\n/* start_timer(); */\n    makeInfo(G);\n\n    /* establish and verify bounding box */\n    chkBoundBox(G);\n\n    if (am->mode == AM_SCALE)\n\tret = sAdjust();\n    else\n\tret = vAdjust();\n\n    if (ret)\n\tupdateGraph(G);\n\n    freeNodes();\n    free(sites);\n    sites = 0;\n/* fprintf (stderr, \"old scale %.4f sec\\n\", elapsed_sec()); */\n\n    return ret;\n}\n\n/* removeOverlap:\n */\nint \nremoveOverlap(graph_t * G)\n{\n    return (removeOverlapAs(G, agget(G, \"overlap\")));\n}\n\n/* adjustNodes:\n * Remove node overlap relying on graph's overlap attribute.\n * Return non-zero if graph has changed.\n */\nint adjustNodes(graph_t * G)\n{\n    if (agnnodes(G) < 2)\n\treturn 0;\n    normalize(G);\n    return removeOverlap (G);\n}\n\n/* expFactor:\n * Return factor by which to scale up nodes.\n */\ndouble \nexpFactor(graph_t* g)\n{\n    double pmargin;\n    char*  marg;\n\n    if ((marg = agget(g, \"sep\"))) {\n\tpmargin = 1.0 + atof(marg);\n    } else\n\tpmargin = 1.1;\n    return pmargin;\n}\n\n"
  },
  {
    "path": "experimental/neatogen/adjust.h",
    "content": "/* $Id: adjust.h,v 1.6 2006/01/17 22:56:22 erg Exp $ $Revision: 1.6 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n\n#ifndef ADJUST_H\n#define ADJUST_H\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\ntypedef enum {\n    AM_NONE, AM_VOR, AM_COMPRESS,\n    AM_SCALE, AM_NSCALE, AM_SCALEXY, AM_PUSH, AM_PUSHPULL,\n    AM_ORTHO, AM_ORTHO_YX, AM_ORTHOXY, AM_ORTHOYX,\n    AM_PORTHO, AM_PORTHO_YX, AM_PORTHOXY, AM_PORTHOYX\n} adjust_mode;\n\n    extern double expFactor(graph_t * G);\n    extern int adjustNodes(graph_t * G);\n    extern void normalize(graph_t * g);\n    extern int removeOverlap(graph_t * G);\n    extern int removeOverlapAs(graph_t*, char*);\n    extern int cAdjust(graph_t *, int);\n    extern int scAdjust(graph_t *, int);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
  },
  {
    "path": "experimental/neatogen/bfs.c",
    "content": "/* $Id: bfs.c,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n/******************************************\n\n\tBreadth First Search\n\tComputes single-source distances for\n\tunweighted graphs\n\n******************************************/\n\n#include \"bfs.h\"\n#include <stdlib.h>\n/* #include <math.h> */\n\nvoid bfs(int vertex, vtx_data * graph, int n, DistType * dist, Queue * Q)\n /* compute vector 'dist' of distances of all nodes from 'vertex' */\n{\n    int i;\n    int closestVertex, neighbor;\n    DistType closestDist = MAXINT;\n\n    /* initial distances with edge weights: */\n    for (i = 0; i < n; i++)\n\tdist[i] = -1;\n    dist[vertex] = 0;\n\n    initQueue(Q, vertex);\n\n    if (graph[0].ewgts == NULL) {\n\twhile (deQueue(Q, &closestVertex)) {\n\t    closestDist = dist[closestVertex];\n\t    for (i = 1; i < graph[closestVertex].nedges; i++) {\n\t\tneighbor = graph[closestVertex].edges[i];\n\t\tif (dist[neighbor] < -0.5) {\t/* first time to reach neighbor */\n\t\t    dist[neighbor] = closestDist + 1;\n\t\t    enQueue(Q, neighbor);\n\t\t}\n\t    }\n\t}\n    } else {\n\twhile (deQueue(Q, &closestVertex)) {\n\t    closestDist = dist[closestVertex];\n\t    for (i = 1; i < graph[closestVertex].nedges; i++) {\n\t\tneighbor = graph[closestVertex].edges[i];\n\t\tif (dist[neighbor] < -0.5) {\t/* first time to reach neighbor */\n\t\t    dist[neighbor] =\n\t\t\tclosestDist +\n\t\t\t(DistType) graph[closestVertex].ewgts[i];\n\t\t    enQueue(Q, neighbor);\n\t\t}\n\t    }\n\t}\n    }\n\n    /* For dealing with disconnected graphs: */\n    for (i = 0; i < n; i++)\n\tif (dist[i] < -0.5)\t/* 'i' is not connected to 'vertex' */\n\t    dist[i] = closestDist + 10;\n}\n\nint\nbfs_bounded(int vertex, vtx_data * graph, int n, DistType * dist,\n\t    Queue * Q, int bound, int *visited_nodes)\n /* compute vector 'dist' of distances of all nodes  from 'vertex' */\n /* ignore nodes whose distance to 'vertex' is more than bound */\n{\n    /* we assume here, that all distances are initialized with -1 !!!! */\n\n    int i;\n    int num_visit;\n    int closestVertex, neighbor;\n    DistType closestDist;\n    /* initialize distances with edge weights: */\n    /* for (i=0; i<n; i++)  */\n    /* dist[i]=-1; */\n\n    dist[vertex] = 0;\n\n    initQueue(Q, vertex);\n\n    num_visit = 0;\n    while (deQueue(Q, &closestVertex)) {\n\tclosestDist = dist[closestVertex];\n\tif (closestDist > bound) {\n\t    dist[closestVertex] = -1;\n\t    break;\n\t} else {\n\t    visited_nodes[num_visit++] = closestVertex;\n\t}\n\tfor (i = 1; i < graph[closestVertex].nedges; i++) {\n\t    neighbor = graph[closestVertex].edges[i];\n\t    if (dist[neighbor] < -0.5) {\t/* first time to reach neighbor */\n\t\tdist[neighbor] = closestDist + 1;\n\t\tenQueue(Q, neighbor);\n\t    }\n\t}\n    }\n\n    /* set distances of all nodes in Queue to -1 */\n    /* for next run */\n    while (deQueue(Q, &closestVertex)) {\n\tdist[closestVertex] = -1;\n    }\n    dist[vertex] = -1;\n    return num_visit;\n}\n\n#ifndef __cplusplus\n\nvoid mkQueue(Queue * qp, int size)\n{\n    qp->data = N_GNEW(size, int);\n    qp->queueSize = size;\n    qp->start = qp->end = 0;\n}\n\nQueue *newQueue(int size)\n{\n    Queue *qp = GNEW(Queue);\n    mkQueue(qp, size);\n    return qp;\n}\n\nvoid freeQueue(Queue * qp)\n{\n    free(qp->data);\n}\n\nvoid delQueue(Queue * qp)\n{\n    free(qp->data);\n    free(qp);\n}\n\nvoid initQueue(Queue * qp, int startVertex)\n{\n    qp->data[0] = startVertex;\n    qp->start = 0;\n    qp->end = 1;\n}\n\nbool deQueue(Queue * qp, int *vertex)\n{\n    if (qp->start >= qp->end)\n\treturn false;\t\t/* underflow */\n    *vertex = qp->data[qp->start++];\n    return true;\n}\n\nbool enQueue(Queue * qp, int vertex)\n{\n    if (qp->end >= qp->queueSize)\n\treturn false;\t\t/* overflow */\n    qp->data[qp->end++] = vertex;\n    return true;\n}\n\n#endif\n"
  },
  {
    "path": "experimental/neatogen/bfs.h",
    "content": "/* $Id: bfs.h,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n#ifndef _BFS_H_\n#define _BFS_H_\n\n#include \"defs.h\"\n\n#ifdef __cplusplus\n    class Queue {\n      private:\n\tint *data;\n\tint queueSize;\n\tint end;\n\tint start;\n      public:\n\t Queue(int size) {\n\t    data = new int[size];\n\t     queueSize = size;\n\t     start = 0;\n\t     end = 0;\n\t} ~Queue() {\n\t    delete[]data;\n\t} void initQueue(int startVertex) {\n\t    data[0] = startVertex;\n\t    start = 0;\n\t    end = 1;\n\t}\n\n\tbool dequeue(int &vertex) {\n\n\t    if (start >= end)\n\t\treturn false;\t/* underflow */\n\n\t    vertex = data[start++];\n\t    return true;\n\n\t}\n\n\tbool enqueue(int vertex) {\n\t    if (end >= queueSize)\n\t\treturn false;\t/* overflow */\n\t    data[end++] = vertex;\n\t    return true;\n\t}\n    };\n\n\n    void bfs(int vertex, vtx_data * graph, int n, DistType * dist,\n\t     Queue & Q);\n    void bfs_bounded(int vertex, vtx_data * graph, int n, DistType * dist,\n\t\t     Queue & Q, int bound, int *visited_nodes,\n\t\t     int &num_visited_nodes);\n#else\n    typedef struct {\n\tint *data;\n\tint queueSize;\n\tint end;\n\tint start;\n    } Queue;\n\n    extern void mkQueue(Queue *, int);\n    extern void freeQueue(Queue *);\n    extern void initQueue(Queue *, int startVertex);\n    extern bool deQueue(Queue *, int *);\n    extern bool enQueue(Queue *, int);\n\n    extern void bfs(int, vtx_data *, int, DistType *, Queue *);\n    extern int bfs_bounded(int, vtx_data *, int, DistType *, Queue *, int,\n\t\t\t   int *);\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/circuit.c",
    "content": "/* $Id: circuit.c,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n/*\n * this implements the resistor circuit current model for\n * computing node distance, as an alternative to shortest-path.\n * likely it could be improved by using edge weights, somehow.\n * Return 1 if successful; 0 otherwise (e.g., graph is disconnected).\n */\n#include\t\"neato.h\"\n\nint solveCircuit(int nG, double **Gm, double **Gm_inv)\n{\n    double sum;\n    int i, j;\n\n    if (Verbose)\n\tfprintf(stderr, \"Calculating circuit model\");\n\n    /* set diagonal entries to sum of conductances but ignore nth node */\n    for (i = 0; i < nG; i++) {\n\tsum = 0.0;\n\tfor (j = 0; j < nG; j++)\n\t    if (i != j)\n\t\tsum += Gm[i][j];\n\tGm[i][i] = -sum;\n    }\n    return matinv(Gm, Gm_inv, nG - 1);\n}\n\nint circuit_model(graph_t * g, int nG)\n{\n    double **Gm;\n    double **Gm_inv;\n    int rv, i, j;\n    node_t *v;\n    edge_t *e;\n\n    Gm = new_array(nG, nG, 0.0);\n    Gm_inv = new_array(nG, nG, 0.0);\n\n    /* set non-diagonal entries */\n    for (v = agfstnode(g); v; v = agnxtnode(g, v)) {\n\tfor (e = agfstedge(g, v); e; e = agnxtedge(g, e, v)) {\n\t    i = ND_id(e->tail);\n\t    j = ND_id(e->head);\n\t    if (i == j)\n\t\tcontinue;\n\t    /* conductance is 1/resistance */\n\t    Gm[i][j] = Gm[j][i] = -1.0 / ED_dist(e);\t/* negate */\n\t}\n    }\n\n    rv = solveCircuit(nG, Gm, Gm_inv);\n\n    if (rv)\n\tfor (i = 0; i < nG; i++) {\n\t    for (j = 0; j < nG; j++) {\n\t\tGD_dist(g)[i][j] =\n\t\t    Gm_inv[i][i] + Gm_inv[j][j] - 2.0 * Gm_inv[i][j];\n\t    }\n\t}\n    free_array(Gm);\n    free_array(Gm_inv);\n    return rv;\n}\n"
  },
  {
    "path": "experimental/neatogen/closest.c",
    "content": "/* $Id: closest.c,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"kkutils.h\"\n#include \"closest.h\"\n#include <stdlib.h>\n\n/*****************************************\n** This module contains functions that  **\n** given a 1-D layout construct a graph **\n** where close nodes in this layout are **\n** adjacent                             **\n*****************************************/\n\ntypedef struct {\n    /* this structure represents two nodes in the 1-D layout */\n    int left;\t\t\t/* the left node in the pair */\n    int right;\t\t\t/* the right node in the pair */\n    double dist;\t\t/* distance between the nodes in the layout */\n} Pair;\n\n#define LT(p,q) ((p).dist < (q).dist)\n#define EQ(p,q) ((p).dist == (q).dist)\n\n/*\nPair(int v, int u) {left=v; right=u;}\nbool operator>(Pair other) {return dist>other.dist;}\nbool operator>=(Pair other) {return dist>=other.dist;}\nbool operator<(Pair other) {return dist<other.dist;}\nbool operator<=(Pair other) {return dist<=other.dist;}\nbool operator==(Pair other) {return dist==other.dist;}\n*/\n\ntypedef struct {\n    Pair *data;\n    int max_size;\n    int top;\n} PairStack;\n\nstatic void initStack(PairStack * s, int n)\n{\n    s->data = N_GNEW(n, Pair);\n    s->max_size = n;\n    s->top = 0;\n}\n\nstatic void freeStack(PairStack * s)\n{\n    free(s->data);\n}\n\n#define push(s,x) { \\\n\tif (s->top>=s->max_size) { \\\n\t\ts->max_size *= 2; \\\n\t\ts->data = (Pair*) realloc(s->data, s->max_size*sizeof(Pair)); \\\n\t} \\\n\ts->data[s->top++] = x; \\\n}\n\n#define pop(s,x) ((s->top==0) ? false : (s->top--, x = s->data[s->top], true))\n\n#define read_top(h,x) ((s->top==0) ? false : (x = s->data[s->top-1], true))\n\n#define sub(h,i) (h->data[i])\n\n/* An auxulliary data structure (a heap) for \n * finding the closest pair in the layout\n */\ntypedef struct {\n    Pair *data;\n    int heapSize;\n    int maxSize;\n} PairHeap;\n\n#define left(i) (2*(i))\n#define right(i) (2*(i)+1)\n#define parent(i) ((i)/2)\n#define insideHeap(h,i) ((i)<h->heapSize)\n#define greaterPriority(h,i,j) \\\n  (LT(h->data[i],h->data[j]) || ((EQ(h->data[i],h->data[j])) && (rand()%2)))\n\n#define exchange(h,i,j) {Pair temp; \\\n        temp=h->data[i]; \\\n        h->data[i]=h->data[j]; \\\n        h->data[j]=temp; \\\n}\n#define assign(h,i,j) {h->data[i]=h->data[j]}\n\nstatic void heapify(PairHeap * h, int i)\n{\n    int l, r, largest;\n    while (1) {\n\tl = left(i);\n\tr = right(i);\n\tif (insideHeap(h, l) && greaterPriority(h, l, i))\n\t    largest = l;\n\telse\n\t    largest = i;\n\tif (insideHeap(h, r) && greaterPriority(h, r, largest))\n\t    largest = r;\n\tif (largest == i)\n\t    break;\n\n\texchange(h, largest, i);\n\ti = largest;\n    }\n}\n\n#ifdef UNUSED\nstatic void mkHeap(PairHeap * h, int size)\n{\n    h->data = N_GNEW(size, Pair);\n    h->maxSize = size;\n    h->heapSize = 0;\n}\n#endif\n\nstatic void freeHeap(PairHeap * h)\n{\n    free(h->data);\n}\n\nstatic void initHeap(PairHeap * h, double *place, int *ordering, int n)\n{\n    int i;\n    Pair edge;\n    int j;\n\n    h->heapSize = n - 1;\n#ifdef REDO\n    if (h->heapSize > h->maxSize) {\n\th->maxSize = h->heapSize;\n\th->data = (Pair *) realloc(h->data, h->maxSize * sizeof(Pair));\n    }\n#else\n    h->maxSize = h->heapSize;\n    h->data = N_GNEW(h->maxSize, Pair);\n#endif\n\n    for (i = 0; i < n - 1; i++) {\n\tedge.left = ordering[i];\n\tedge.right = ordering[i + 1];\n\tedge.dist = place[ordering[i + 1]] - place[ordering[i]];\n\th->data[i] = edge;\n    }\n    for (j = (n - 1) / 2; j >= 0; j--) {\n\theapify(h, j);\n    }\n}\n\nstatic bool extractMax(PairHeap * h, Pair * max)\n{\n    if (h->heapSize == 0)\n\treturn false;\n\n    *max = h->data[0];\n    h->data[0] = h->data[h->heapSize - 1];\n    h->heapSize--;\n    heapify(h, 0);\n    return true;\n}\n\nstatic void insert(PairHeap * h, Pair edge)\n{\n    int i = h->heapSize;\n    if (h->heapSize == h->maxSize) {\n\th->maxSize *= 2;\n\th->data = (Pair *) realloc(h->data, h->maxSize * sizeof(Pair));\n    }\n    h->heapSize++;\n    h->data[i] = edge;\n    while (i > 0 && greaterPriority(h, i, parent(i))) {\n\texchange(h, i, parent(i));\n\ti = parent(i);\n    }\n}\n\n/*\nstatic bool\nisheap(PairHeap* h)\n{\n\tint i,l,r;\n\tfor (i=0; i<h->heapSize; i++) {\n\t\tl=left(i); r=right(i);\n\t\tif (insideHeap(h,l) && greaterPriority(h,l,i))\n\t\t\treturn false;\n\t\tif (insideHeap(h,r) && greaterPriority(h,r,i))\n\t\t\treturn false;\n\t}\n\treturn true;\n}\n*/\n\nstatic void\nfind_closest_pairs(double *place, int n, int num_pairs,\n\t\t   PairStack * pairs_stack)\n{\n    /* Fill the stack 'pairs_stack' with 'num_pairs' closest pairs int the 1-D layout 'place' */\n    int i;\n    PairHeap heap;\n    int *left = N_GNEW(n, int);\n    int *right = N_GNEW(n, int);\n    Pair pair = { 0, 0 }, new_pair;\n\n    /* Order the nodes according to their place */\n    int *ordering = N_GNEW(n, int);\n    int *inv_ordering = N_GNEW(n, int);\n\n    for (i = 0; i < n; i++) {\n\tordering[i] = i;\n    }\n    quicksort_place(place, ordering, 0, n - 1);\n    for (i = 0; i < n; i++) {\n\tinv_ordering[ordering[i]] = i;\n    }\n\n    /* Intialize heap with all consecutive pairs */\n    initHeap(&heap, place, ordering, n);\n\n    /* store the leftmost and rightmost neighbors of each node that were entered into heap */\n    for (i = 1; i < n; i++) {\n\tleft[ordering[i]] = ordering[i - 1];\n    }\n    for (i = 0; i < n - 1; i++) {\n\tright[ordering[i]] = ordering[i + 1];\n    }\n\n    /* extract the 'num_pairs' closest pairs */\n    for (i = 0; i < num_pairs; i++) {\n\tint left_index;\n\tint right_index;\n\tint neighbor;\n\n\tif (!extractMax(&heap, &pair)) {\n\t    break;\t\t/* not enough pairs */\n\t}\n\tpush(pairs_stack, pair);\n\t/* insert to heap \"descendant\" pairs */\n\tleft_index = inv_ordering[pair.left];\n\tright_index = inv_ordering[pair.right];\n\tif (left_index > 0) {\n\t    neighbor = ordering[left_index - 1];\n\t    if (inv_ordering[right[neighbor]] < right_index) {\n\t\t/* we have a new pair */\n\t\tnew_pair.left = neighbor;\n\t\tnew_pair.right = pair.right;\n\t\tnew_pair.dist = place[pair.right] - place[neighbor];\n\t\tinsert(&heap, new_pair);\n\t\tright[neighbor] = pair.right;\n\t\tleft[pair.right] = neighbor;\n\t    }\n\t}\n\tif (right_index < n - 1) {\n\t    neighbor = ordering[right_index + 1];\n\t    if (inv_ordering[left[neighbor]] > left_index) {\n\t\t/* we have a new pair */\n\t\tnew_pair.left = pair.left;\n\t\tnew_pair.right = neighbor;\n\t\tnew_pair.dist = place[neighbor] - place[pair.left];\n\t\tinsert(&heap, new_pair);\n\t\tleft[neighbor] = pair.left;\n\t\tright[pair.left] = neighbor;\n\t    }\n\t}\n    }\n    free(left);\n    free(right);\n    free(ordering);\n    free(inv_ordering);\n    freeHeap(&heap);\n}\n\nstatic void add_edge(vtx_data * graph, int u, int v)\n{\n    int i;\n    for (i = 0; i < graph[u].nedges; i++) {\n\tif (graph[u].edges[i] == v) {\n\t    /* edge already exist */\n\t    return;\n\t}\n    }\n    /* add the edge */\n    graph[u].edges[graph[u].nedges++] = v;\n    graph[v].edges[graph[v].nedges++] = u;\n    if (graph[0].ewgts != NULL) {\n\tgraph[u].ewgts[0]--;\n\tgraph[v].ewgts[0]--;\n    }\n}\n\nstatic void\nconstruct_graph(int n, PairStack * edges_stack, vtx_data ** New_graph)\n{\n    /* construct an unweighted graph using the edges 'edges_stack' */\n    int i;\n    vtx_data *new_graph;\n\n    /* first compute new degrees and nedges; */\n    int *degrees = N_GNEW(n, int);\n    int top = edges_stack->top;\n    int new_nedges = 2 * top + n;\n    Pair pair;\n    int *edges = N_GNEW(new_nedges, int);\n    float *weights = N_GNEW(new_nedges, float);\n\n    for (i = 0; i < n; i++) {\n\tdegrees[i] = 1;\t\t/* save place for the self loop */\n    }\n    for (i = 0; i < top; i++) {\n\tpair = sub(edges_stack, i);\n\tdegrees[pair.left]++;\n\tdegrees[pair.right]++;\n    }\n\n    /* copy graph into new_graph: */\n    for (i = 0; i < new_nedges; i++) {\n\tweights[i] = 1.0;\n    }\n\n    *New_graph = new_graph = N_GNEW(n, vtx_data);\n    for (i = 0; i < n; i++) {\n\tnew_graph[i].nedges = 1;\n\tnew_graph[i].ewgts = weights;\n#ifdef USE_STYLES\n\tnew_graph[i].styles = NULL;\n#endif\n\tnew_graph[i].edges = edges;\n\t*edges = i;\t\t/* self loop for Lap */\n\t*weights = 0;\t\t/* self loop weight for Lap */\n\tweights += degrees[i];\n\tedges += degrees[i];\t/* reserve space for possible more edges */\n    }\n\n    free(degrees);\n\n    /* add all edges from stack */\n    while (pop(edges_stack, pair)) {\n\tadd_edge(new_graph, pair.left, pair.right);\n    }\n}\n\nvoid\nclosest_pairs2graph(double *place, int n, int num_pairs, vtx_data ** graph)\n{\n    /* build a graph with with edges between the 'num_pairs' closest pairs in the 1-D space: 'place' */\n    PairStack pairs_stack;\n    initStack(&pairs_stack, num_pairs);\n    find_closest_pairs(place, n, num_pairs, &pairs_stack);\n    construct_graph(n, &pairs_stack, graph);\n    freeStack(&pairs_stack);\n}\n"
  },
  {
    "path": "experimental/neatogen/closest.h",
    "content": "/* $Id: closest.h,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef CLOSEST_H\n#define CLOSEST_H\n\n#include \"defs.h\"\n\n    extern void closest_pairs2graph(double *, int, int, vtx_data **);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/compute_hierarchy.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include <digcola.h>\n#ifdef DIGCOLA\n#include \"kkutils.h\"\n\nstatic int* given_levels = NULL;\n/*\n * This function partitions the graph nodes into levels\n * according to the minimizer of the hierarchy energy.\n * \n * To allow more flexibility we define a new level only \n * when the hierarchy energy shows a significant jump\n * (to compensate for noise).\n * This is controlled by two parameters: 'abs_tol' and \n * 'relative_tol'. The smaller these two are, the more \n * levels we'll get. \n * More speciffically:\n * We never consider gaps smaller than 'abs_tol'\n * Additionally, we never consider gaps smaller than 'abs_tol'*<avg_gap>\n * \n * The output is an ordering of the nodes according to \n * their levels, as follows:\n *   First level: \n *     ordering[0],ordering[1],...ordering[levels[0]-1]\n *   Second level: \n *     ordering[levels[0]],ordering[levels[0]+1],...ordering[levels[1]-1]\n *   ...\n *   Last level: \n *     ordering[levels[num_levels-1]],ordering[levels[num_levels-1]+1],...ordering[n-1]\n * \n * Hence, the nodes were partitioned into 'num_levels'+1\n * levels.\n * \n * Please note that 'ordering[levels[i]]' contains the first node at level i+1,\n *  and not the last node of level i.\n */\ndouble \ncompute_hierarchy(vtx_data* graph, int n, double abs_tol, double relative_tol, \n      double* given_coords, int** orderingp, int** levelsp, int* num_levelsp) \n{\n\tdouble* y;\n\tint i;\n\tdouble spread;\n\tint use_given_levels=FALSE;\n    int* ordering;\n    int* levels;\n\tdouble tol; /* node 'i' precedes 'j' in hierachy iff y[i]-y[j]>tol */\n\tdouble hierarchy_span;\n    int num_levels;\n\n\t/* compute optimizer of hierarchy energy: 'y' */\n\tif (given_coords) {\n\t\ty = given_coords;\n\t}\n\telse {\n\t\ty = N_GNEW(n,double);\n\t\tcompute_y_coords(graph, n, y, n);\n\t}\n\n\t/* sort nodes accoridng to their y-ordering */\n\t*orderingp = ordering = N_NEW(n, int);\n\tfor (i=0; i<n; i++) {\n\t\tordering[i] = i;\n\t}\n\tquicksort_place(y, ordering, 0,n-1);\t\n\t\n\tspread = y[ordering[n-1]]-y[ordering[0]];\n\n\t/* after spread is computed, we may take the y-coords as the given levels */\n\tif (given_levels) {\n\t\tuse_given_levels=TRUE;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tuse_given_levels = use_given_levels && given_levels[i]>=0;\n\t\t}\n\t}\n\tif (use_given_levels) {\n\t\tfor (i=0; i<n; i++) {\n\t\t\ty[i] = given_levels[i];\n\t\t\tordering[i] = i;\n\t\t}\n\t\tquicksort_place(y,  ordering, 0,n-1);\n\t}\n\t\n\t/* compute tolerance\n\t * take the maximum between 'abs_tol' and a fraction of the average gap\n\t * controlled by 'relative_tol'\n     */\n\thierarchy_span = y[ordering[n-1]]-y[ordering[0]];\n\ttol = MAX(abs_tol, relative_tol*hierarchy_span/(n-1)); \n\t/* 'hierarchy_span/(n-1)' - average gap between consecutive nodes */\n\n\t\n\t/* count how many levels the hierarchy contains (a SINGLE_LINK clustering */\n    /* alternatively we could use COMPLETE_LINK clustering) */\n\tnum_levels = 0;\n\tfor (i=1; i<n; i++) {\n\t\tif (y[ordering[i]] - y[ordering[i-1]] > tol) {\n\t\t\tnum_levels++;\n\t\t}\n\t}\n\t*num_levelsp = num_levels;\n\tif (num_levels==0) {\n\t\t*levelsp = levels = N_GNEW(1, int);\n\t\tlevels[0] = n;\n\t}\n\telse {\n\t\tint count=0;\n\t\t*levelsp = levels = N_GNEW(num_levels, int);\n\t\tfor (i=1; i<n; i++) {\n\t\t\tif (y[ordering[i]] - y[ordering[i-1]] > tol) {\n\t\t\t\tlevels[count++] = i;\n\t\t\t}\n\t\t}\n\t}\n\tif (!given_coords) {\n\t\tfree(y);\n\t}\n\n\treturn spread;\n}\n\n#endif /* DIGCOLA */\n\n"
  },
  {
    "path": "experimental/neatogen/conjgrad.c",
    "content": "/* $Id: conjgrad.c,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"matrix_ops.h\"\n#include \"conjgrad.h\"\n/* #include <math.h> */\n#include <stdlib.h>\n\n\n/*************************\n** C.G. method - SPARSE  *\n*************************/\n\nvoid conjugate_gradient\n    (vtx_data * A, double *x, double *b, int n, double tol,\n     int max_iterations) {\n    /* Solves Ax=b using Conjugate-Gradients method */\n    /* 'x' and 'b' are orthogonalized against 1 */\n\n    int i;\n\n    double alpha, beta, r_r, r_r_new, p_Ap;\n    double *r = N_GNEW(n, double);\n    double *p = N_GNEW(n, double);\n    double *Ap = N_GNEW(n, double);\n    double *Ax = N_GNEW(n, double);\n    double *alphap = N_GNEW(n, double);\n\n    double *orth_b = N_GNEW(n, double);\n    copy_vector(n, b, orth_b);\n    orthog1(n, orth_b);\n    orthog1(n, x);\n    right_mult_with_vector(A, n, x, Ax);\n    vectors_subtraction(n, orth_b, Ax, r);\n    copy_vector(n, r, p);\n    r_r = vectors_inner_product(n, r, r);\n\n    for (i = 0; i < max_iterations && max_abs(n, r) > tol; i++) {\n\tright_mult_with_vector(A, n, p, Ap);\n\tp_Ap = vectors_inner_product(n, p, Ap);\n\tif (p_Ap == 0)\n\t    break;\t\t/*exit(1); */\n\talpha = r_r / p_Ap;\n\n\t/* derive new x: */\n\tvectors_scalar_mult(n, p, alpha, alphap);\n\tvectors_addition(n, x, alphap, x);\n\n\t/* compute values for next iteration: */\n\tif (i < max_iterations - 1) {\t/* not last iteration */\n\t    vectors_scalar_mult(n, Ap, alpha, Ap);\n\t    vectors_subtraction(n, r, Ap, r);\t/* fast computation of r, the residual */\n\n\t    /* Alternaive accurate, but slow, computation of the residual - r */\n\t    /* right_mult_with_vector(A, n, x, Ax); */\n\t    /* vectors_subtraction(n,b,Ax,r); */\n\n\t    r_r_new = vectors_inner_product(n, r, r);\n\t    if (r_r == 0)\n\t\texit(1);\n\t    beta = r_r_new / r_r;\n\t    r_r = r_r_new;\n\t    vectors_scalar_mult(n, p, beta, p);\n\t    vectors_addition(n, r, p, p);\n\t}\n    }\n\n    free(r);\n    free(p);\n    free(Ap);\n    free(Ax);\n    free(alphap);\n    free(orth_b);\n\n}\n\n\n/****************************\n** C.G. method - DENSE      *\n****************************/\n\nvoid conjugate_gradient_f\n    (float **A, double *x, double *b, int n, double tol,\n     int max_iterations, bool ortho1) {\n    /* Solves Ax=b using Conjugate-Gradients method */\n    /* 'x' and 'b' are orthogonalized against 1 if 'ortho1=true' */\n\n    int i;\n\n    double alpha, beta, r_r, r_r_new, p_Ap;\n    double *r = N_GNEW(n, double);\n    double *p = N_GNEW(n, double);\n    double *Ap = N_GNEW(n, double);\n    double *Ax = N_GNEW(n, double);\n    double *alphap = N_GNEW(n, double);\n\n    double *orth_b = N_GNEW(n, double);\n    copy_vector(n, b, orth_b);\n    if (ortho1) {\n\torthog1(n, orth_b);\n\torthog1(n, x);\n    }\n    right_mult_with_vector_f(A, n, x, Ax);\n    vectors_subtraction(n, orth_b, Ax, r);\n    copy_vector(n, r, p);\n    r_r = vectors_inner_product(n, r, r);\n\n    for (i = 0; i < max_iterations && max_abs(n, r) > tol; i++) {\n\tright_mult_with_vector_f(A, n, p, Ap);\n\tp_Ap = vectors_inner_product(n, p, Ap);\n\tif (p_Ap == 0)\n\t    break;\t\t/*exit(1); */\n\talpha = r_r / p_Ap;\n\n\t/* derive new x: */\n\tvectors_scalar_mult(n, p, alpha, alphap);\n\tvectors_addition(n, x, alphap, x);\n\n\t/* compute values for next iteration: */\n\tif (i < max_iterations - 1) {\t/* not last iteration */\n\t    vectors_scalar_mult(n, Ap, alpha, Ap);\n\t    vectors_subtraction(n, r, Ap, r);\t/* fast computation of r, the residual */\n\n\t    /* Alternaive accurate, but slow, computation of the residual - r */\n\t    /* right_mult_with_vector(A, n, x, Ax); */\n\t    /* vectors_subtraction(n,b,Ax,r); */\n\n\t    r_r_new = vectors_inner_product(n, r, r);\n\t    if (r_r == 0)\n\t\texit(1);\n\t    beta = r_r_new / r_r;\n\t    r_r = r_r_new;\n\t    vectors_scalar_mult(n, p, beta, p);\n\t    vectors_addition(n, r, p, p);\n\t}\n    }\n\n    free(r);\n    free(p);\n    free(Ap);\n    free(Ax);\n    free(alphap);\n    free(orth_b);\n\n}\n\nvoid\nconjugate_gradient_mkernel(float *A, float *x, float *b, int n,\n\t\t\t   double tol, int max_iterations)\n{\n    /* Solves Ax=b using Conjugate-Gradients method */\n    /* A is a packed symmetric matrix */\n    /* matrux A is \"packed\" (only upper triangular portion exists, row-major); */\n\n    int i;\n\n    double alpha, beta, r_r, r_r_new, p_Ap;\n    float *r = N_NEW(n, float);\n    float *p = N_NEW(n, float);\n    float *Ap = N_NEW(n, float);\n    float *Ax = N_NEW(n, float);\n\n    /* centering x and b  */\n    orthog1f(n, x);\n    orthog1f(n, b);\n\n    right_mult_with_vector_ff(A, n, x, Ax);\n    /* centering Ax */\n    orthog1f(n, Ax);\n\n\n    vectors_substractionf(n, b, Ax, r);\n    copy_vectorf(n, r, p);\n\n    r_r = vectors_inner_productf(n, r, r);\n\n    for (i = 0; i < max_iterations && max_absf(n, r) > tol; i++) {\n\torthog1f(n, p);\n\torthog1f(n, x);\n\torthog1f(n, r);\n\n\tright_mult_with_vector_ff(A, n, p, Ap);\n\t/* centering Ap */\n\torthog1f(n, Ap);\n\n\tp_Ap = vectors_inner_productf(n, p, Ap);\n\tif (p_Ap == 0)\n\t    break;\n\talpha = r_r / p_Ap;\n\n\t/* derive new x: */\n\tvectors_mult_additionf(n, x, (float) alpha, p);\n\n\t/* compute values for next iteration: */\n\tif (i < max_iterations - 1) {\t/* not last iteration */\n\t    vectors_mult_additionf(n, r, (float) -alpha, Ap);\n\n\n\t    r_r_new = vectors_inner_productf(n, r, r);\n\n\t    if (r_r == 0)\n\t\texit(1);\n\t    beta = r_r_new / r_r;\n\t    r_r = r_r_new;\n\n\t    vectors_scalar_multf(n, p, (float) beta, p);\n\n\t    vectors_additionf(n, r, p, p);\n\t}\n    }\n\n    free(r);\n    free(p);\n    free(Ap);\n    free(Ax);\n}\n"
  },
  {
    "path": "experimental/neatogen/conjgrad.h",
    "content": "/* $Id: conjgrad.h,v 1.1.1.1 2004/12/23 04:05:10 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef _CG_H_\n#define _CG_H_\n\n#include \"defs.h\"\n\n/*************************\n * C.G. method - SPARSE  *\n ************************/\n\n    extern void conjugate_gradient(vtx_data *, double *, double *, int,\n\t\t\t\t   double, int);\n\n/*************************\n * C.G. method - DENSE   *\n ************************/\n\n    extern void conjugate_gradient_f(float **, double *, double *, int,\n\t\t\t\t     double, int, bool);\n\n    extern void conjugate_gradient_mkernel(float *, float *, float *, int,\n\t\t\t\t\t   double, int);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/constrained_majorization.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include <math.h>\n#include <stdlib.h>\n#include <time.h>\n#include <stdio.h>\n#include <float.h>\n#include \"stress.h\"\n#include \"dijkstra.h\"\n#include \"bfs.h\"\n#include \"matrix_ops.h\"\n#include \"kkutils.h\"\n#include \"conjgrad.h\"\n#include \"quad_prog_solver.h\"\n#include \"matrix_ops.h\"\n\n#undef MOSEK\n#ifdef MOSEK\n#include \"mosek_quad_solve.h\"\n#endif\n\n#define localConstrMajorIterations 1000\n#define levels_sep_tol 1e-1\n\nint \nstress_majorization_with_hierarchy(\n    vtx_data* graph,    /* Input graph in sparse representation\t */\n    int n,              /* Number of nodes */\n    int nedges_graph,   /* Number of edges */\n    double** d_coords,  /* Coordinates of nodes (output layout)  */\n    int dim,            /* Dimemsionality of layout */\n    int smart_ini,      /* smart initialization */\n    int model,          /* difference model */\n    int maxi,           /* max iterations */\n    double levels_gap\n)\n{\n    int iterations = 0;    /* Output: number of iteration of the process */\n\n\t/*************************************************\n\t** Computation of full, dense, unrestricted k-D ** \n\t** stress minimization by majorization          ** \n\t** This function imposes HIERARCHY CONSTRAINTS  **\n\t*************************************************/\n\n\tint i,j,k;\n\tbool directionalityExist = FALSE;\n\tfloat * lap1 = NULL;\n\tfloat * dist_accumulator = NULL;\n\tfloat * tmp_coords = NULL;\n\tfloat ** b = NULL;\n#ifdef NONCORE\n\tFILE * fp=NULL;\n#endif\n\tdouble * degrees = NULL;\n\tfloat * lap2=NULL;\n\tint lap_length;\n\tfloat * f_storage=NULL;\n\tfloat ** coords=NULL;\n\n\tdouble conj_tol=tolerance_cg;        /* tolerance of Conjugate Gradient */\n\tfloat ** unpackedLap = NULL;\n#ifdef MOSEK\n\tMosekEnv *mskEnv = NULL;\n#else\n\tCMajEnv *cMajEnv = NULL;\n#endif\n\tclock_t start_time;\n\tdouble y_0;\n\tint length;\n\tDistType diameter;\n\tfloat * Dij=NULL;\n    /* to compensate noises, we never consider gaps smaller than 'abs_tol' */\n\tdouble abs_tol=1e-2; \n    /* Additionally, we never consider gaps smaller than 'abs_tol'*<avg_gap> */\n    double relative_tol=levels_sep_tol; \n\tint *ordering=NULL, *levels=NULL;\n\tdouble hierarchy_spread;\n\tfloat constant_term;\n\tint count;\n\tdouble degree;\n\tint step;\n\tfloat val;\n\tdouble old_stress, new_stress;\n\tbool converged;\n\tint len;\n    int num_levels;\n    float *hierarchy_boundaries;\n\n\tif (graph[0].edists!=NULL) {\n\t\tfor (i=0; i<n; i++) {\n\t\t\tfor (j=1; j<graph[i].nedges; j++) {\n\t\t\t\t directionalityExist = directionalityExist || (graph[i].edists[j]!=0);\n\t\t\t}\n\t\t}\n\t}\n\tif (!directionalityExist) {\n\t\treturn stress_majorization_kD_mkernel(graph, n, nedges_graph, d_coords, dim, smart_ini, model, maxi);\n\t}\n\n\t/******************************************************************\n\t** First, partition nodes into layers: These are our constraints **\n\t******************************************************************/\n\n\tif (smart_ini) {\n\t\tdouble* x;\n\t\tdouble* y;\n\t\tif (dim>2) {\n\t\t\t/* the dim==2 case is handled below\t\t\t */\n\t\t\tstress_majorization_kD_mkernel(graph, n, nedges_graph, d_coords+1, dim-1, smart_ini, model, 15);\n\t\t\t/* now copy the y-axis into the (dim-1)-axis */\n\t\t\tfor (i=0; i<n; i++) {\n\t\t\t\td_coords[dim-1][i] = d_coords[1][i];\n\t\t\t}\n\t\t}\n\n\t\tx = d_coords[0]; y = d_coords[1];\n\t\tcompute_y_coords(graph, n, y, n);\n\t\thierarchy_spread = compute_hierarchy(graph, n, abs_tol, relative_tol, y, &ordering, &levels, &num_levels);\n\t\tif (num_levels<=1) {\n\t\t\t/* no hierarchy found, use faster algorithm */\n\t\t\treturn stress_majorization_kD_mkernel(graph, n, nedges_graph, d_coords, dim, smart_ini, model, maxi);\n\t\t}\n\n\t\tif (levels_gap>0) {\n\t\t\t/* ensure that levels are separated in the initial layout */\n\t\t\tdouble displacement = 0;\n\t\t\tint stop;\n\t\t\tfor (i=0; i<num_levels; i++) {\n\t\t\t\tdisplacement+=MAX((double)0,levels_gap-(y[ordering[levels[i]]]+displacement-y[ordering[levels[i]-1]]));\n\t\t\t\tstop = i<num_levels-1 ? levels[i+1] : n;\n\t\t\t\tfor (j=levels[i]; j<stop; j++) {\n\t\t\t\t\ty[ordering[j]] += displacement;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\tif (dim==2) {\n\t\t\tIMDS_given_dim(graph, n, y, x, Epsilon);\n\t\t}\n\t}\n\telse {\n\t\tif(initLayout(graph, n, dim, d_coords) && Verbose) {\n\t\t\tfprintf(stderr,\"Using coords from file as starting arrangement\\n\");\n\t\t}\n\t\thierarchy_spread = compute_hierarchy(graph, n, abs_tol, relative_tol, NULL, &ordering, &levels, &num_levels);\t\t\n\t}\n    if (n == 1) return 0;\n\n\thierarchy_boundaries = N_GNEW(num_levels, float);\n\n\t/****************************************************\n\t** Compute the all-pairs-shortest-distances matrix **\n\t****************************************************/\n\n\tif (maxi==0)\n\t\treturn iterations;\n\n    if (model == MODEL_SUBSET) {\n        /* weight graph to separate high-degree nodes */\n        /* and perform slower Dijkstra-based computation */\n        if (Verbose)\n            fprintf(stderr, \"Calculating subset model\");\n        Dij = compute_apsp_artifical_weights_packed(graph, n);\n    } else if (model == MODEL_CIRCUIT) {\n        Dij = circuitModel(graph, n);\n        if (!Dij) {\n            agerr(AGWARN,\n                  \"graph is disconnected. Hence, the circuit model\\n\");\n            agerr(AGPREV,\n                  \"is undefined. Reverting to the shortest path model.\\n\");\n        }\n    }\n    if (!Dij) {\n        if (Verbose)\n            fprintf(stderr, \"Calculating shortest paths\");\n        Dij = compute_apsp_packed(graph, n);\n    }\n\n\tdiameter=-1;\n\tlength = n+n*(n-1)/2;\n\tfor (i=0; i<length; i++) {\n\t\tif (Dij[i]>diameter) {\n\t\t\tdiameter = (int)Dij[i];\n\t\t}\n\t}\n\n\tif (!smart_ini) {\n\t\t/* for numerical stability, scale down layout\t\t */\n\t\t/* No Jiggling, might conflict with constraints\t\t\t */\n\t\tdouble max=1;\t\t\n\t\tfor (i=0; i<dim; i++) {\t\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tif (fabs(d_coords[i][j])>max) {\n\t\t\t\t\tmax=fabs(d_coords[i][j]);\n\t\t\t\t}\n\t\t\t}\t\n\t\t}\n\t\tfor (i=0; i<dim; i++) {\t\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\td_coords[i][j]*=10/max;\n\t\t\t}\t\n\t\t}\n\t}\t\t\n\n\t/*\n\tif (levels_gap>0) {\n\t\tint length = n+n*(n-1)/2;\n\t\tdouble sum1, sum2, scale_ratio;\n\t\tint count;\n\t\tsum1=(float)(n*(n-1)/2);\n\t\tsum2=0;\n\t\tfor (count=0, i=0; i<n-1; i++) {\n\t\t\tcount++; // skip self distance\n\t\t\tfor (j=i+1; j<n; j++,count++) {\n\t\t\t\tsum2+=distance_kD(d_coords, dim, i, j)/Dij[count];\n\t\t\t}\n\t\t}\n\t\tscale_ratio=sum2/sum1;\n\t\t// double scale_ratio=10; \n\t\tfor (i=0; i<length; i++) {\n\t\t\tDij[i]*=(float)scale_ratio;\n\t\t}\n\t}\n\t*/\n\n\t/**************************\n\t** Layout initialization **\n\t**************************/\n\n\tfor (i=0; i<dim; i++) {\t\t\n\t\torthog1(n, d_coords[i]);\n\t}\n\n\t/* for the y-coords, don't center them, but translate them so y[0]=0 */\n\ty_0 = d_coords[1][0];\n\tfor (i=0; i<n; i++) {\n\t\td_coords[1][i] -= y_0;\n\t}\n\n\tcoords = N_GNEW(dim, float*);\n\tf_storage = N_GNEW(dim*n, float);\n\tfor (i=0; i<dim; i++) {\n\t\tcoords[i] = f_storage+i*n;\n\t\tfor (j=0; j<n; j++) {\n\t\t\tcoords[i][j] = (float)(d_coords[i][j]);\n\t\t}\n\t}\n\n\t/* compute constant term in stress sum\n\t * which is \\sum_{i<j} w_{ij}d_{ij}^2\n     */\n\tconstant_term=(float)(n*(n-1)/2);\n\t\n\t/**************************\n\t** Laplacian computation **\n\t**************************/\n\t\t\t\n\tlap2 = Dij;\n\tlap_length = n+n*(n-1)/2;\n\tsquare_vec(lap_length, lap2);\n\t/* compute off-diagonal entries */\n\tinvert_vec(lap_length, lap2);\n\t\n\t/* compute diagonal entries */\n\tcount=0;\n\tdegrees = N_GNEW(n, double);\n\tset_vector_val(n, 0, degrees);\n\tfor (i=0; i<n-1; i++) {\n\t\tdegree=0;\n\t\tcount++; // skip main diag entry\n\t\tfor (j=1; j<n-i; j++,count++) {\n\t\t\tval = lap2[count];\n\t\t\tdegree+=val; degrees[i+j]-=val;\n\t\t}\n\t\tdegrees[i]-=degree;\n\t}\n\tfor (step=n,count=0,i=0; i<n; i++,count+=step,step--) {\n\t\tlap2[count]=(float)degrees[i];\n\t}\n\n#ifdef NONCORE\n\tfpos_t pos;\n\tif (n>max_nodes_in_mem) {\n\t\t#define FILENAME \"tmp_Dij$$$.bin\"\n\t\tfp = fopen(FILENAME, \"wb\");\n\t\tfwrite(lap2, sizeof(float), lap_length, fp);\n\t\tfclose(fp);\n\t}\n#endif\n\t\t\n\t/*************************\n\t** Layout optimization  **\n\t*************************/\n\t\n\tb = N_GNEW (dim, float*);\n\tb[0] = N_GNEW (dim*n, float);\n\tfor (k=1; k<dim; k++) {\n\t\tb[k] = b[0]+k*n;\n\t}\n\n\ttmp_coords = N_GNEW(n, float);\n\tdist_accumulator = N_GNEW(n, float);\n#ifdef NONCORE\n\tif (n<=max_nodes_in_mem) {\n#endif\n\t\tlap1 = N_GNEW(lap_length, float);\n#ifdef NONCORE\n\t}\n\telse {\n\t\tlap1=lap2;\n\t\tfp = fopen(FILENAME, \"rb\");\n\t\tfgetpos(fp, &pos);\n\t}\n#endif\n\t\n\told_stress=DBL_MAX; /* at least one iteration */\n\n\tstart_time = clock();\n\n\tunpackedLap = unpackMatrix(lap2, n);\n#ifdef MOSEK\n\tmskEnv = mosek_init_hier(lap2,n,ordering,levels,num_levels,levels_gap);\n#else\n\tcMajEnv=initConstrainedMajorization(lap2, n, ordering, levels, num_levels);\n#endif\n\n\tfor (converged=false,iterations=0; iterations<maxi && !converged; iterations++) {\n\n\t\t/* First, construct Laplacian of 1/(d_ij*|p_i-p_j|)  */\n\t\tset_vector_val(n, 0, degrees);\n#ifdef NONCORE\n\t\tif (n<=max_nodes_in_mem) {\n#endif\n\t\t\tsqrt_vecf(lap_length, lap2, lap1);\n#ifdef NONCORE\n\t\t}\n\t\telse {\n\t\t\tsqrt_vec(lap_length, lap1);\n\t\t}\n#endif\n\t\tfor (count=0,i=0; i<n-1; i++) {\n\t\t\tlen = n-i-1;\n\t\t\t/* init 'dist_accumulator' with zeros */\n\t\t\tset_vector_valf(n, 0, dist_accumulator);\n\t\t\t\n\t\t\t/* put into 'dist_accumulator' all squared distances \n             * between 'i' and 'i'+1,...,'n'-1\n             */\n\t\t\tfor (k=0; k<dim; k++) {\t\n\t\t\t\tset_vector_valf(len, coords[k][i], tmp_coords);\n\t\t\t\tvectors_mult_additionf(len, tmp_coords, -1, coords[k]+i+1);\n\t\t\t\tsquare_vec(len, tmp_coords);\n\t\t\t\tvectors_additionf(len, tmp_coords, dist_accumulator, dist_accumulator);\n\t\t\t}\t\t\t\n\t\t\n\t\t\t/* convert to 1/d_{ij} */\n\t\t\tinvert_sqrt_vec(len, dist_accumulator);\n\t\t\t/* detect overflows */\n\t\t\tfor (j=0; j<len; j++) {\n\t\t\t\tif (dist_accumulator[j]>=FLT_MAX || dist_accumulator[j]<0) {\n\t\t\t\t\tdist_accumulator[j]=0;\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\tcount++; /* save place for the main diagonal entry */\n\t\t\tdegree=0;\n\t\t\tfor (j=0; j<len; j++,count++) {\n\t\t\t\tval=lap1[count]*=dist_accumulator[j];\n\t\t\t\tdegree+=val; degrees[i+j+1]-=val;\n\t\t\t}\n\t\t\tdegrees[i]-=degree;\t\t\t\n\t\t}\n\t\tfor (step=n,count=0,i=0; i<n; i++,count+=step,step--) {\n\t\t\tlap1[count]=(float)degrees[i];\n\t\t}\n\n\t\t/* Now compute b[] (L^(X(t))*X(t)) */\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\t/* b[k] := lap1*coords[k] */\n\t\t\tright_mult_with_vector_ff(lap1, n, coords[k], b[k]);\n\t\t}\n\t\t\n\t\t/* compute new stress\n\t\t * remember that the Laplacians are negated, so we subtract \n         * instead of add and vice versa\n         */\n\t\tnew_stress=0;\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\tnew_stress+=vectors_inner_productf(n, coords[k], b[k]);\n\t\t}\n\t\tnew_stress*=2;\n\t\tnew_stress+=constant_term; // only after mult by 2\t\t\n#ifdef NONCORE\n\t\tif (n>max_nodes_in_mem) {\n\t\t\t/* restore lap2 from disk */\n\t\t\tfsetpos(fp, &pos);\n\t\t\tfread(lap2, sizeof(float), lap_length, fp);\n\t\t}\n#endif\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\tright_mult_with_vector_ff(lap2, n, coords[k], tmp_coords);\n\t\t\tnew_stress-=vectors_inner_productf(n, coords[k], tmp_coords);\n\t\t}\n\n#ifdef ALTERNATIVE_STRESS_CALC\n\t\t{\n\t\tdouble mat_stress=new_stress;\n\t\tdouble compute_stress(float ** coords, float * lap, int dim, int n);\n\t\tnew_stress = compute_stress(coords, lap2, dim, n);\n\t\tif (fabs(mat_stress-new_stress)/min(mat_stress,new_stress)>0.001) {\n\t\t\tfprintf(stderr,\"Diff stress vals: %lf %lf (iteration #%d)\\n\", mat_stress, new_stress,iterations);\n\t\t}\n\t\t}\n#endif\n\t\t/* check for convergence */\n\t    if (Verbose && (iterations % 1 == 0)) {\n            fprintf(stderr, \"%.3f \", new_stress);\n            if (iterations % 10 == 0)\n                fprintf(stderr, \"\\n\");\n        }\n\t\tconverged = fabs(new_stress-old_stress)/fabs(old_stress+1e-10) < Epsilon;\n\t\tconverged = converged || (iterations>1 && new_stress>old_stress); \n\t\t\t/* in first iteration we allowed stress increase, which \n             * might result ny imposing constraints\n             */\n\t\told_stress = new_stress;\n\t\t\n\t\tfor (k=0; k<dim; k++) {\n\t\t\t/* now we find the optimizer of trace(X'LX)+X'B by solving 'dim' \n             * system of equations, thereby obtaining the new coordinates.\n\t\t\t * If we use the constraints (given by the var's: 'ordering', \n             * 'levels' and 'num_levels'), we cannot optimize \n             * trace(X'LX)+X'B by simply solving equations, but we have\n\t\t\t * to use a quadratic programming solver\n\t\t\t * note: 'lap2' is a packed symmetric matrix, that is its \n             * upper-triangular part is arranged in a vector row-wise\n\t\t\t * also note: 'lap2' is really the negated laplacian (the \n             * laplacian is -'lap2')\n             */\n\t\t\t\n\t\t\tif (k==1) {\n\t\t\t\t/* use quad solver in the y-dimension */\n#ifdef MOSEK\n\t\t\t\tmosek_quad_solve_hier(mskEnv,b[k],n,coords[k],hierarchy_boundaries);\n#else\n\t\t\t\tconstrained_majorization_gradient_projection(cMajEnv, b[k], coords, dim, k, localConstrMajorIterations, hierarchy_boundaries, levels_gap);\n\t\t\t\t//constrained_majorization_new_with_gaps(cMajEnv, b[k], coords, dim, k, localConstrMajorIterations, hierarchy_boundaries, levels_gap);\n#endif\n\t\n\t\t\t}\n\t\t\telse {\n\t\t\t\t/* use conjugate gradient for all dimensions except y */\n\t\t\t\tconjugate_gradient_mkernel(lap2, coords[k], b[k], n, conj_tol, n);\t\n\t\t\t}\n\t\t}\n\t}\n    if (Verbose) {\n        fprintf(stderr, \"\\nfinal e = %f %d iterations %.2f sec\\n\",\n            new_stress, iterations, elapsed_sec());\n    }\n\tfree (hierarchy_boundaries);\n#ifdef MOSEK\n\tmosek_delete(mskEnv);\n#else\n\tdeleteCMajEnv(cMajEnv);\n#endif\n\t\n\tif (coords!=NULL) {\n\t\tfor (i=0; i<dim; i++) {\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\td_coords[i][j] = coords[i][j];\n\t\t\t}\n\t\t}\n\t\tfree (coords[0]); free (coords);\n\t}\n\t\n\tif (b) {\t\n\t\tfree (b[0]); free (b);\n\t}\n\tfree (tmp_coords);\n\tfree (dist_accumulator);\n\tfree (degrees);\n\tfree (lap2);\n\t\n\n#ifdef NONCORE\n\tif (n<=max_nodes_in_mem) {\n#endif\n\t\tfree (lap1); \n#ifdef NONCORE\n\t}\n#endif\n\n\tfree (ordering); \n\t\n\tfree (levels);\n\n \tif (unpackedLap) {\n\t\tfree (unpackedLap[0]); free (unpackedLap);\n\t}\n    return iterations;\n}\n#endif /* DIGCOLA */\n\n"
  },
  {
    "path": "experimental/neatogen/constrained_majorization_vsep.c",
    "content": "/**********************************************************\n * Based on constrained_majorization.c\n *\n * Perform stress majorization subject\n * to separation constraints.\n *\n * Available separation constraints so far are:\n *  o Directed edge constraints\n *  o Node non-overlap constraints\n *  o Cluster containment constraints\n *  o Cluster/node non-overlap constraints\n *\n * Tim Dwyer, 2006\n **********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include <math.h>\n#include <stdlib.h>\n#include <time.h>\n#include <stdio.h>\n#include <float.h>\n#include \"stress.h\"\n#include \"dijkstra.h\"\n#include \"bfs.h\"\n#include \"matrix_ops.h\"\n#include \"kkutils.h\"\n#include \"conjgrad.h\"\n#include <csolve_VPSC.h>\n#include \"quad_prog_vpsc.h\"\n#include \"quad_prog_solver.h\"\n#include \"matrix_ops.h\"\n\n#define localConstrMajorIterations 1000\n\nint \nstress_majorization_vsep(\n    vtx_data* graph,    /* Input graph in sparse representation\t */\n    int n,              /* Number of nodes */\n    int nedges_graph,   /* Number of edges */\n    double** d_coords,  /* Coordinates of nodes (output layout)  */\n    int dim,            /* Dimemsionality of layout */\n    int model,          /* difference model */\n    int maxi,           /* max iterations */\n    vsep_options* opt\n)\n{\n    int iterations = 0;    /* Output: number of iteration of the process */\n\n\t/*************************************************\n\t** Computation of full, dense, unrestricted k-D ** \n\t** stress minimization by majorization          ** \n\t** This function imposes HIERARCHY CONSTRAINTS  **\n\t*************************************************/\n\n\tint i,j,k;\n\tfloat * lap1 = NULL;\n\tfloat * dist_accumulator = NULL;\n\tfloat * tmp_coords = NULL;\n\tfloat ** b = NULL;\n\tdouble * degrees = NULL;\n\tfloat * lap2=NULL;\n\tint lap_length;\n\tfloat * f_storage=NULL;\n\tfloat ** coords=NULL;\n    int orig_n=n;\n\n\t//double conj_tol=tolerance_cg;        /* tolerance of Conjugate Gradient */\n\tCMajEnvVPSC *cMajEnvHor = NULL;\n\tCMajEnvVPSC *cMajEnvVrt = NULL;\n\tclock_t start_time;\n\tdouble y_0;\n\tint length;\n\tDistType diameter;\n\tfloat * Dij=NULL;\n\tfloat constant_term;\n\tint count;\n\tdouble degree;\n\tint step;\n\tfloat val;\n\tdouble old_stress, new_stress;\n\tbool converged;\n\tint len;\n    double nsizeScale=0;\n    float maxEdgeLen=0;\n\n    initLayout(graph, n, dim, d_coords);\n    if (n == 1) return 0;\n\n    for(i=0;i<n;i++) {\n        for(j=1;j<graph[i].nedges;j++) {\n            maxEdgeLen=MAX(graph[i].ewgts[j],maxEdgeLen);\n        }\n    }\n\n\t/****************************************************\n\t** Compute the all-pairs-shortest-distances matrix **\n\t****************************************************/\n\n\tif (maxi==0)\n\t\treturn iterations;\n\n    if (model == MODEL_SUBSET) {\n        /* weight graph to separate high-degree nodes */\n        /* and perform slower Dijkstra-based computation */\n        if (Verbose)\n            fprintf(stderr, \"Calculating subset model\");\n        Dij = compute_apsp_artifical_weights_packed(graph, n);\n    } else if (model == MODEL_CIRCUIT) {\n        Dij = circuitModel(graph, n);\n        if (!Dij) {\n            agerr(AGWARN,\n                  \"graph is disconnected. Hence, the circuit model\\n\");\n            agerr(AGPREV,\n                  \"is undefined. Reverting to the shortest path model.\\n\");\n        }\n    }\n    if (!Dij) {\n        if (Verbose)\n            fprintf(stderr, \"Calculating shortest paths\\n \");\n        Dij = compute_apsp_packed(graph, n);\n    }\n\n\tdiameter=-1;\n\tlength = n+n*(n-1)/2;\n\tfor (i=0; i<length; i++) {\n\t\tif (Dij[i]>diameter) {\n\t\t\tdiameter = (int)Dij[i];\n\t\t}\n\t}\n\n    /* for numerical stability, scale down layout\t\t */\n    /* No Jiggling, might conflict with constraints\t\t\t */\n    double max=1;\t\t\n    for (i=0; i<dim; i++) {\t\n        for (j=0; j<n; j++) {\n            if (fabs(d_coords[i][j])>max) {\n                max=fabs(d_coords[i][j]);\n            }\n        }\t\n    }\n    for (i=0; i<dim; i++) {\t\n        for (j=0; j<n; j++) {\n            d_coords[i][j]*=10/max;\n        }\t\n    }\n\n\t/**************************\n\t** Layout initialization **\n\t**************************/\n\n\tfor (i=0; i<dim; i++) {\t\t\n\t\torthog1(n, d_coords[i]);\n\t}\n\n\t/* for the y-coords, don't center them, but translate them so y[0]=0 */\n\ty_0 = d_coords[1][0];\n\tfor (i=0; i<n; i++) {\n\t\td_coords[1][i] -= y_0;\n\t}\n\n\t/**************************\n\t** Laplacian computation **\n\t**************************/\n\t\t\t\n    lap2 = Dij;\n    lap_length = n+n*(n-1)/2;\n    square_vec(lap_length, lap2);\n    /* compute off-diagonal entries */\n    invert_vec(lap_length, lap2);\n    \n    if(opt->clusters->nclusters>0) {\n        int nn = n+opt->clusters->nclusters*2;\n        int clap_length = nn+nn*(nn-1)/2;\n        float *clap = N_GNEW(clap_length, float);\n        float *cdegrees = N_GNEW(nn, float);\n        int c0,c1;\n        float v;\n        c0=c1=0;\n        for(i=0;i<nn;i++) {\n            for(j=0;j<nn-i;j++) {\n                if(i<n && j<n-i) {\n                    v=lap2[c0++];\n                } else {\n                    //v=j==1?i%2:0;\n                    if(j==1&&i%2==1) {\n                        v=maxEdgeLen;\n                        v*=v;\n                        if(v>0.01) {\n                            v=1.0/v;\n                        }\n                    }\n                    else v=0;\n                }\n                clap[c1++]=v;\n            }\n        }\n        free(lap2);\n        lap2=clap;\n        n=nn;\n        lap_length=clap_length;\n    }\n    /* compute diagonal entries */\n    count=0;\n    degrees = N_GNEW(n, double);\n    set_vector_val(n, 0, degrees);\n    for (i=0; i<n-1; i++) {\n        degree=0;\n        count++; // skip main diag entry\n        for (j=1; j<n-i; j++,count++) {\n            val = lap2[count];\n            degree+=val; degrees[i+j]-=val;\n        }\n        degrees[i]-=degree;\n    }\n    for (step=n,count=0,i=0; i<n; i++,count+=step,step--) {\n        lap2[count]=(float)degrees[i];\n    }\n\n\tcoords = N_GNEW(dim, float*);\n\tf_storage = N_GNEW(dim*n, float);\n\tfor (i=0; i<dim; i++) {\n\t\tcoords[i] = f_storage+i*n;\n\t\tfor (j=0; j<n; j++) {\n\t\t\tcoords[i][j] = j<orig_n?(float)(d_coords[i][j]):0;\n\t\t}\n\t}\n\n\t/* compute constant term in stress sum\n\t * which is \\sum_{i<j} w_{ij}d_{ij}^2\n     */\n\tconstant_term=(float)(n*(n-1)/2);\n\t\n\t/*************************\n\t** Layout optimization  **\n\t*************************/\n\t\n\tb = N_GNEW (dim, float*);\n\tb[0] = N_GNEW (dim*n, float);\n\tfor (k=1; k<dim; k++) {\n\t\tb[k] = b[0]+k*n;\n\t}\n\n\ttmp_coords = N_GNEW(n, float);\n\tdist_accumulator = N_GNEW(n, float);\n\t\n\told_stress=DBL_MAX; /* at least one iteration */\n\n\tstart_time = clock();\n\n\tcMajEnvHor=initCMajVPSC(n,lap2,graph,opt,0);\n\tcMajEnvVrt=initCMajVPSC(n,lap2,graph,opt,opt->diredges);\n\n\tlap1 = N_GNEW(lap_length, float);\n\n\tfor (converged=false,iterations=0; iterations<maxi && !converged; iterations++) {\n\n\t\t/* First, construct Laplacian of 1/(d_ij*|p_i-p_j|)  */\n\t\tset_vector_val(n, 0, degrees);\n\t\tsqrt_vecf(lap_length, lap2, lap1);\n\t\tfor (count=0,i=0; i<n-1; i++) {\n\t\t\tlen = n-i-1;\n\t\t\t/* init 'dist_accumulator' with zeros */\n\t\t\tset_vector_valf(n, 0, dist_accumulator);\n\t\t\t\n\t\t\t/* put into 'dist_accumulator' all squared distances \n             * between 'i' and 'i'+1,...,'n'-1\n             */\n\t\t\tfor (k=0; k<dim; k++) {\t\n\t\t\t\tset_vector_valf(len, coords[k][i], tmp_coords);\n\t\t\t\tvectors_mult_additionf(len, tmp_coords, -1, coords[k]+i+1);\n\t\t\t\tsquare_vec(len, tmp_coords);\n\t\t\t\tvectors_additionf(len, tmp_coords, dist_accumulator, dist_accumulator);\n\t\t\t}\t\t\t\n\t\t\n\t\t\t/* convert to 1/d_{ij} */\n\t\t\tinvert_sqrt_vec(len, dist_accumulator);\n\t\t\t/* detect overflows */\n\t\t\tfor (j=0; j<len; j++) {\n\t\t\t\tif (dist_accumulator[j]>=FLT_MAX || dist_accumulator[j]<0) {\n\t\t\t\t\tdist_accumulator[j]=0;\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\tcount++; /* save place for the main diagonal entry */\n\t\t\tdegree=0;\n\t\t\tfor (j=0; j<len; j++,count++) {\n\t\t\t\tval=lap1[count]*=dist_accumulator[j];\n\t\t\t\tdegree+=val; degrees[i+j+1]-=val;\n\t\t\t}\n\t\t\tdegrees[i]-=degree;\t\t\t\n\t\t}\n\t\tfor (step=n,count=0,i=0; i<n; i++,count+=step,step--) {\n\t\t\tlap1[count]=(float)degrees[i];\n\t\t}\n\n\t\t/* Now compute b[] (L^(X(t))*X(t)) */\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\t/* b[k] := lap1*coords[k] */\n\t\t\tright_mult_with_vector_ff(lap1, n, coords[k], b[k]);\n\t\t}\n\t\t\n\t\t/* compute new stress\n\t\t * remember that the Laplacians are negated, so we subtract \n         * instead of add and vice versa\n         */\n\t\tnew_stress=0;\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\tnew_stress+=vectors_inner_productf(n, coords[k], b[k]);\n\t\t}\n\t\tnew_stress*=2;\n\t\tnew_stress+=constant_term; // only after mult by 2\t\t\n\t\tfor (k=0; k<dim; k++) {\t\n\t\t\tright_mult_with_vector_ff(lap2, n, coords[k], tmp_coords);\n\t\t\tnew_stress-=vectors_inner_productf(n, coords[k], tmp_coords);\n\t\t}\n\n#ifdef ALTERNATIVE_STRESS_CALC\n\t\t{\n\t\tdouble mat_stress=new_stress;\n\t\tdouble compute_stress(float ** coords, float * lap, int dim, int n);\n\t\tnew_stress = compute_stress(coords, lap2, dim, n);\n\t\tif (fabs(mat_stress-new_stress)/min(mat_stress,new_stress)>0.001) {\n\t\t\tfprintf(stderr,\"Diff stress vals: %lf %lf (iteration #%d)\\n\", mat_stress, new_stress,iterations);\n\t\t}\n\t\t}\n#endif\n\t\t/* check for convergence */\n\t    if (Verbose && (iterations % 1 == 0)) {\n            fprintf(stderr, \"%.3f \", new_stress);\n            if (iterations % 10 == 0)\n                fprintf(stderr, \"\\n\");\n\t    }\n\t\tconverged = new_stress < old_stress && fabs(new_stress-old_stress)/fabs(old_stress+1e-10) < Epsilon;\n\t\t//converged = converged || (iterations>1 && new_stress>old_stress); \n\t\t\t/* in first iteration we allowed stress increase, which \n             * might result ny imposing constraints\n             */\n\t\told_stress = new_stress;\n\n        // in determining non-overlap constraints we gradually scale up the\n        // size of nodes to avoid local minima\n        if((iterations>=maxi-1||converged)&&opt->noverlap==1&&nsizeScale<0.999) {\n            nsizeScale+=0.05;\n            fprintf(stderr,\"nsizescale=%f,iterations=%d\\n\",nsizeScale,iterations);\n            iterations=0;\n            converged = false;\n        }\n\t\t\n\n        /* now we find the optimizer of trace(X'LX)+X'B by solving 'dim' \n         * system of equations, thereby obtaining the new coordinates.\n         * If we use the constraints (given by the var's: 'ordering', \n         * 'levels' and 'num_levels'), we cannot optimize \n         * trace(X'LX)+X'B by simply solving equations, but we have\n         * to use a quadratic programming solver\n         * note: 'lap2' is a packed symmetric matrix, that is its \n         * upper-triangular part is arranged in a vector row-wise\n         * also note: 'lap2' is really the negated laplacian (the \n         * laplacian is -'lap2')\n         */\n        \n        if(opt->noverlap==1 && nsizeScale > 0.001) {\n            generateNonoverlapConstraints(cMajEnvHor,nsizeScale,coords,0,nsizeScale<0.5?false:true,opt);\n        }\n        if(cMajEnvHor->m > 0) {\n#ifdef MOSEK\n            if(opt->mosek) {\n                mosek_quad_solve_sep(cMajEnvHor->mosekEnv,n,b[0],coords[0]);\n            } else\n#endif // MOSEK\n            constrained_majorization_vpsc(cMajEnvHor,b[0],coords[0],localConstrMajorIterations);\n        } else {\n            // if there are no constraints then use conjugate gradient\n            // optimisation which should be considerably faster\n\t\t\tconjugate_gradient_mkernel(lap2, coords[0], b[0], n, tolerance_cg, n);\t\n        }\n        if(opt->noverlap==1 && nsizeScale > 0.001) {\n            generateNonoverlapConstraints(cMajEnvVrt,nsizeScale,coords,1,false,opt);\n        }\n        if(cMajEnvVrt->m > 0) {\n#ifdef MOSEK\n            if(opt->mosek) {\n                mosek_quad_solve_sep(cMajEnvVrt->mosekEnv,n,b[1],coords[1]);\n            } else\n#endif // MOSEK\n            constrained_majorization_vpsc(cMajEnvVrt,b[1],coords[1],localConstrMajorIterations);\n        } else {\n\t\t\tconjugate_gradient_mkernel(lap2,coords[1],b[1],n,tolerance_cg,n);\t\n        }\n\t}\n    if (Verbose) {\n        fprintf(stderr, \"\\nfinal e = %f %d iterations %.2f sec\\n\",\n            new_stress, iterations, elapsed_sec());\n    }\n\tdeleteCMajEnvVPSC(cMajEnvHor);\n\tdeleteCMajEnvVPSC(cMajEnvVrt);\n\n    if (opt->noverlap==2) {\n        fprintf(stderr,\"Removing overlaps as post-process...\\n\");\n        removeoverlaps(orig_n,coords,opt);\n    }\n\t\n\tif (coords!=NULL) {\n\t\tfor (i=0; i<dim; i++) {\n\t\t\tfor (j=0; j<orig_n; j++) {\n\t\t\t\td_coords[i][j] = coords[i][j];\n\t\t\t}\n\t\t}\n\t\tfree (coords[0]); free (coords);\n\t}\n\t\n\tif (b) {\t\n\t\tfree (b[0]); free (b);\n\t}\n\tfree (tmp_coords);\n\tfree (dist_accumulator);\n\tfree (degrees);\n\tfree (lap2);\n\tfree (lap1); \n\n    return iterations;\n}\n#endif /* DIGCOLA */\n\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4 :\n"
  },
  {
    "path": "experimental/neatogen/constraint.c",
    "content": "/* $Id: constraint.c,v 1.7 2006/01/17 22:56:22 erg Exp $ $Revision: 1.7 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#ifdef HAVE_CONFIG_H\n#include \"config.h\"\n#endif\n\n#include \"neato.h\"\n#include \"adjust.h\"\n\n/* For precision, scale up before algorithms, then scale down */\n#define SCALE 10   \n#define SCALE2 (SCALE/2)\n\ntypedef struct nitem {\n    Dtlink_t link;\n    int val;\n    point pos;\t\t\t/* position for sorting */\n    node_t *np;\t\t\t/* base node */\n    node_t *cnode;\t\t/* corresponding node in constraint graph */\n    node_t *vnode;\t\t/* corresponding node in neighbor graph */\n    box bb;\n} nitem;\n\ntypedef int (*distfn) (box *, box *);\ntypedef int (*intersectfn) (nitem *, nitem *);\n\nstatic int cmpitem(Dt_t * d, int *p1, int *p2, Dtdisc_t * disc)\n{\n    NOTUSED(d);\n    NOTUSED(disc);\n\n    return (*p1 - *p2);\n}\n\nstatic Dtdisc_t constr = {\n    offsetof(nitem, val),\n    sizeof(int),\n    offsetof(nitem, link),\n    NIL(Dtmake_f),\n    NIL(Dtfree_f),\n    (Dtcompar_f) cmpitem,\n    NIL(Dthash_f),\n    NIL(Dtmemory_f),\n    NIL(Dtevent_f)\n};\n\nstatic int distY(box * b1, box * b2)\n{\n    return ((b1->UR.y - b1->LL.y) + (b2->UR.y - b2->LL.y)) / 2;\n}\n\nstatic int distX(box * b1, box * b2)\n{\n    return ((b1->UR.x - b1->LL.x) + (b2->UR.x - b2->LL.x)) / 2;\n}\n\n/* intersectX0:\n * Return true if boxes could overlap if shifted in y but don't,\n * or if actually overlap and an y move is smallest to remove overlap.\n * Otherwise (no x overlap or a x move is smaller), return false.\n * Assume q pos to above of p pos.\n */\nstatic int intersectX0(nitem * p, nitem * q)\n{\n    int xdelta, ydelta;\n    int v = ((p->bb.LL.x <= q->bb.UR.x) && (q->bb.LL.x <= p->bb.UR.x));\n    if (v == 0)  /* no x overlap */\n\treturn 0;\n    if (p->bb.UR.y < q->bb.LL.y) /* but boxes don't really overlap */\n\treturn 1;\n    ydelta = distY(&p->bb,&q->bb) - (q->pos.y - p->pos.y);\n    if (q->pos.x >= p->pos.x) \n\txdelta = distX(&p->bb,&q->bb) - (q->pos.x - p->pos.x); \n    else\n\txdelta = distX(&p->bb,&q->bb) - (p->pos.x - q->pos.x); \n    return (ydelta <= xdelta);\n}\n\n/* intersectY0:\n * Return true if boxes could overlap if shifted in x but don't,\n * or if actually overlap and an x move is smallest to remove overlap.\n * Otherwise (no y overlap or a y move is smaller), return false.\n * Assume q pos to right of p pos.\n */\nstatic int intersectY0(nitem * p, nitem * q)\n{\n    int xdelta, ydelta;\n    int v = ((p->bb.LL.y <= q->bb.UR.y) && (q->bb.LL.y <= p->bb.UR.y));\n    if (v == 0)  /* no y overlap */\n\treturn 0;\n    if (p->bb.UR.x < q->bb.LL.x) /* but boxes don't really overlap */\n\treturn 1;\n    xdelta = distX(&p->bb,&q->bb) - (q->pos.x - p->pos.x);\n    if (q->pos.y >= p->pos.y) \n\tydelta = distY(&p->bb,&q->bb) - (q->pos.y - p->pos.y); \n    else\n\tydelta = distY(&p->bb,&q->bb) - (p->pos.y - q->pos.y); \n    return (xdelta <= ydelta);\n}\n\nstatic int intersectY(nitem * p, nitem * q)\n{\n    return ((p->bb.LL.y <= q->bb.UR.y) && (q->bb.LL.y <= p->bb.UR.y));\n}\n\nstatic int intersectX(nitem * p, nitem * q)\n{\n    return ((p->bb.LL.x <= q->bb.UR.x) && (q->bb.LL.x <= p->bb.UR.x));\n}\n\n/* mapGraphs:\n */\nstatic void mapGraphs(graph_t * g, graph_t * cg, distfn dist)\n{\n    node_t *n;\n    edge_t *e;\n    edge_t *ce;\n    node_t *t;\n    node_t *h;\n    nitem *tp;\n    nitem *hp;\n    int delta;\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\ttp = (nitem *) ND_alg(n);\n\tt = tp->cnode;\n\tfor (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n\t    hp = (nitem *) ND_alg(e->head);\n\t    delta = dist(&tp->bb, &hp->bb);\n\t    h = hp->cnode;\n\t    ce = agedge(cg, t, h);\n\t    ED_weight(ce) = 1;\n\t    if (ED_minlen(ce) < delta) {\n\t\tif (ED_minlen(ce) == 0.0) {\n\t\t    elist_append(ce, ND_out(t));\n\t\t    elist_append(ce, ND_in(h));\n\t\t}\n\t\tED_minlen(ce) = delta;\n\t    }\n\t}\n    }\n}\n\n#ifdef DEBUG\nstatic int\nindegree (graph_t * g, node_t *n)\n{\n  edge_t *e;\n  int cnt = 0;\n  for (e = agfstin(g,n); e; e = agnxtin(g,e)) cnt++;\n  return cnt; \n}\n\nstatic int\noutdegree (graph_t * g, node_t *n)\n{\n  edge_t *e;\n  int cnt = 0;\n  for (e = agfstout(g,n); e; e = agnxtout(g,e)) cnt++;\n  return cnt; \n}\n\nstatic void\nvalidate(graph_t * g)\n{\n    node_t *n;\n    edge_t *e;\n    int    i, cnt;\n  \n    cnt = 0;\n    for (n = GD_nlist(g);n; n = ND_next(n)) {\n      assert(outdegree(g,n) == ND_out(n).size);\n      for (i = 0; (e = ND_out(n).list[i]); i++) {\n        assert(e->tail == n);\n        assert( e == agfindedge(g, n, e->head)); \n      }\n      assert(indegree(g,n) == ND_in(n).size);\n      for (i = 0; (e = ND_in(n).list[i]); i++) {\n        assert(e->head == n);\n        assert( e == agfindedge(g, e->tail, n)); \n      }\n      cnt++;\n    }\n\n    assert (agnnodes(g) == cnt); \n}\n#endif\n\n#ifdef OLD\nstatic node_t *newNode(graph_t * g)\n{\n    static int id = 0;\n    char buf[100];\n\n    sprintf(buf, \"n%d\", id++);\n    return agnode(g, buf);\n}\n#endif\n\n/* mkNConstraintG:\n * Similar to mkConstraintG, except it doesn't enforce orthogonal\n * ordering. If there is overlap, as defined by intersect, the\n * nodes will kept/pushed apart in the current order. If not, no\n * constraint is enforced. If a constraint edge is added, and it\n * corresponds to a real edge, we increase the weight in an attempt\n * to keep the resulting shift short. \n */\nstatic graph_t *mkNConstraintG(graph_t * g, Dt_t * list,\n\t\t\t      intersectfn intersect, distfn dist)\n{\n    nitem *p;\n    nitem *nxp;\n    graph_t *cg = agopen(\"cg\", AGDIGRAPHSTRICT);\n    node_t *n;\n    edge_t *e;\n    node_t *lastn = NULL;\n\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tn = agnode(cg, p->np->name);\t/* FIX */\n\tND_alg(n) = p;\n\tp->cnode = n;\n\talloc_elist(0, ND_in(n));\n\talloc_elist(0, ND_out(n));\n\tif (lastn) {\n\t    ND_next(lastn) = n;\n\t    lastn = n;\n\t} else {\n\t    lastn = GD_nlist(cg) = n;\n\t}\n    }\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tfor (nxp = (nitem *) dtlink(link, (Dtlink_t *) p); nxp;\n\t     nxp = (nitem *) dtlink(list, (Dtlink_t *) nxp)) {\n\t    e = NULL;\n\t    if (intersect(p, nxp)) {\n\t        double delta = dist(&p->bb, &nxp->bb);\n\t        e = agedge(cg, p->cnode, nxp->cnode);\n\t\tassert (delta <= 0xFFFF);\n\t\tED_minlen(e) = delta;\n\t\tED_weight(e) = 1;\n\t    }\n\t    if (e && agfindedge(g,p->np, nxp->np)) {\n\t\tED_weight(e) = 100;\n            }\n#if 0\n\t    if (agfindedge(g,p->np, nxp->np)) {\n\t\tif (e == NULL)\n\t            e = agedge(cg, p->cnode, nxp->cnode);\n\t\tED_weight(e) = 100;\n                /* If minlen < SCALE, the nodes can't conflict or there's\n                 * an overlap but it will be removed in the orthogonal pass.\n                 * So we just keep the node's basically where they are.\n                 */\n\t\tif (SCALE > ED_minlen(e))\n\t\t    ED_minlen(e) = SCALE;\n\t    }\n#endif\n\t}\n    }\n   \n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tn = p->cnode;\n\tfor (e = agfstout(cg,n); e; e = agnxtout(cg,e)) {\n\t    elist_append(e, ND_out(n));\n\t    elist_append(e, ND_in(e->head));\n\t}\n    }\n\n    /* We could remove redundant constraints here. However, the cost of doing \n     * this may be a good deal more than the time saved in network simplex. \n     * Also, if the graph is changed, the ND_in and ND_out data has to be \n     * updated.\n     */\n    return cg;\n}\n/* mkConstraintG:\n */\nstatic graph_t *mkConstraintG(graph_t * g, Dt_t * list,\n\t\t\t      intersectfn intersect, distfn dist)\n{\n    nitem *p;\n    nitem *nxt = NULL;\n    nitem *nxp;\n    graph_t *cg = agopen(\"cg\", AGDIGRAPHSTRICT);\n    graph_t *vg;\n    node_t *prev = NULL;\n    node_t *root = NULL;\n    node_t *n = NULL;\n    edge_t *e;\n    int lcnt, cnt;\n    int oldval = -MAXINT;\n#ifdef OLD\n    double root_val;\n#endif\n    node_t *lastn = NULL;\n\n    /* count distinct nodes */\n    cnt = 0;\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tif (oldval != p->val) {\n\t    oldval = p->val;\n\t    cnt++;\n\t}\n    }\n\n    /* construct basic chain to enforce left to right order */\n    oldval = -MAXINT;\n    lcnt = 0;\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tif (oldval != p->val) {\n\t    oldval = p->val;\n\t    /* n = newNode (cg); */\n\t    n = agnode(cg, p->np->name);\t/* FIX */\n\t    ND_alg(n) = p;\n\t    if (root) {\n\t\tND_next(lastn) = n;\n\t\tlastn = n;\n\t    } else {\n\t\troot = n;\n#ifdef OLD\n\t\troot_val = p->val;\n#endif\n\t\tlastn = GD_nlist(cg) = n;\n\t    }\n\t    alloc_elist(lcnt, ND_in(n));\n\t    if (prev) {\n\t\tif (prev == root)\n\t\t    alloc_elist(2 * (cnt - 1), ND_out(prev));\n\t\telse\n\t\t    alloc_elist(cnt - lcnt - 1, ND_out(prev));\n\t\te = agedge(cg, prev, n);\n\t\tED_minlen(e) = SCALE;\n\t\tED_weight(e) = 1;\n\t\telist_append(e, ND_out(prev));\n\t\telist_append(e, ND_in(n));\n\t    }\n\t    lcnt++;\n\t    prev = n;\n\t}\n\tp->cnode = n;\n    }\n    alloc_elist(0, ND_out(prev));\n\n    /* add immediate right neighbor constraints\n     * Construct visibility graph, then perform transitive reduction.\n     * Remaining outedges are immediate right neighbors.\n     * FIX: Incremental algorithm to construct trans. reduction?\n     */\n    vg = agopen(\"vg\", AGDIGRAPHSTRICT);\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tn = agnode(vg, p->np->name);\n\tp->vnode = n;\n\tND_alg(n) = p;\n    }\n    oldval = -MAXINT;\n    for (p = (nitem *) dtflatten(list); p;\n\t p = (nitem *) dtlink(list, (Dtlink_t *) p)) {\n\tif (oldval != p->val) {\t/* new pos: reset nxt */\n\t    oldval = p->val;\n\t    for (nxt = (nitem *) dtlink(link, (Dtlink_t *) p); nxt;\n\t\t nxt = (nitem *) dtlink(list, (Dtlink_t *) nxt)) {\n\t\tif (nxt->val != oldval)\n\t\t    break;\n\t    }\n\t    if (!nxt)\n\t\tbreak;\n\t}\n\tfor (nxp = nxt; nxp;\n\t     nxp = (nitem *) dtlink(list, (Dtlink_t *) nxp)) {\n\t    if (intersect(p, nxp))\n\t\tagedge(vg, p->vnode, nxp->vnode);\n\t}\n    }\n\n    /* Remove redundant constraints here. However, the cost of doing this\n     * may be a good deal more than the time saved in network simplex. Also,\n     * if the graph is changed, the ND_in and ND_out data has to be updated.\n     */\n    mapGraphs(vg, cg, dist);\n    agclose(vg);\n\n    /* add dummy constraints for absolute values and initial positions */\n#ifdef OLD\n    for (n = agfstnode(cg); n; n = agnxtnode(cg, n)) {\n\tnode_t *vn;\t\t/* slack node for absolute value */\n\tnode_t *an;\t\t/* node representing original position */\n\n\tp = (nitem *) ND_alg(n);\n\tif ((n == root) || (!p))\n\t    continue;\n\tvn = newNode(cg);\n\tND_next(lastn) = vn;\n\tlastn = vn;\n\talloc_elist(0, ND_out(vn));\n\talloc_elist(2, ND_in(vn));\n\tan = newNode(cg);\n\tND_next(lastn) = an;\n\tlastn = an;\n\talloc_elist(1, ND_in(an));\n\talloc_elist(1, ND_out(an));\n\n\te = agedge(cg, root, an);\n\tED_minlen(e) = p->val - root_val;\n\telist_append(e, ND_out(root));\n\telist_append(e, ND_in(an));\n\n\te = agedge(cg, an, vn);\n\telist_append(e, ND_out(an));\n\telist_append(e, ND_in(vn));\n\n\te = agedge(cg, n, vn);\n\telist_append(e, ND_out(n));\n\telist_append(e, ND_in(vn));\n    }\n#endif\n\n    return cg;\n}\n\nstatic void closeGraph(graph_t * cg)\n{\n    node_t *n;\n    for (n = agfstnode(cg); n; n = agnxtnode(cg, n)) {\n\tfree_list(ND_in(n));\n\tfree_list(ND_out(n));\n    }\n    agclose(cg);\n}\n\n/* constrainX:\n * Create the X constrains and solve. We use a linear objective function\n * (absolute values rather than squares), so we can reuse network simplex.\n * The constraints are encoded as a dag with edges having a minimum length.\n */\nstatic void constrainX(graph_t* g, nitem* nlist, int nnodes, intersectfn ifn,\n                       int ortho)\n{\n    Dt_t *list = dtopen(&constr, Dtobag);\n    nitem *p = nlist;\n    graph_t *cg;\n    int i;\n\n    for (i = 0; i < nnodes; i++) {\n\tp->val = p->pos.x;\n\tdtinsert(list, p);\n\tp++;\n    }\n    if (ortho)\n\tcg = mkConstraintG(g, list, ifn, distX);\n    else\n\tcg = mkNConstraintG(g, list, ifn, distX);\n    rank(cg, 2, MAXINT);\n\n    p = nlist;\n    for (i = 0; i < nnodes; i++) {\n\tint newpos, oldpos, delta;\n\toldpos = p->pos.x;\n\tnewpos = ND_rank(p->cnode);\n\tdelta = newpos - oldpos;\n\tp->pos.x = newpos;\n\tp->bb.LL.x += delta;\n\tp->bb.UR.x += delta;\n\tp++;\n    }\n\n    closeGraph(cg);\n    dtclose(list);\n}\n\n/* constrainY:\n * See constrainX.\n */\nstatic void constrainY(graph_t* g, nitem* nlist, int nnodes, intersectfn ifn,\n                       int ortho)\n{\n    Dt_t *list = dtopen(&constr, Dtobag);\n    nitem *p = nlist;\n    graph_t *cg;\n    int i;\n\n    for (i = 0; i < nnodes; i++) {\n\tp->val = p->pos.y;\n\tdtinsert(list, p);\n\tp++;\n    }\n    if (ortho)\n\tcg = mkConstraintG(g, list, ifn, distY);\n    else\n\tcg = mkNConstraintG(g, list, ifn, distY);\n    rank(cg, 2, MAXINT);\n#ifdef DEBUG\n    {\n\tAgsym_t *mlsym = agedgeattr(cg, \"minlen\", \"\");\n\tAgsym_t *rksym = agnodeattr(cg, \"rank\", \"\");\n\tchar buf[100];\n\tnode_t *n;\n\tedge_t *e;\n\tfor (n = agfstnode(cg); n; n = agnxtnode(cg, n)) {\n\t    sprintf(buf, \"%d\", ND_rank(n));\n\t    agxset(n, rksym->index, buf);\n\t    for (e = agfstedge(cg, n); e; e = agnxtedge(cg, e, n)) {\n\t\tsprintf(buf, \"%d\", ED_minlen(e));\n\t\tagxset(e, mlsym->index, buf);\n\t    }\n\t}\n    }\n#endif\n\n    p = nlist;\n    for (i = 0; i < nnodes; i++) {\n\tint newpos, oldpos, delta;\n\toldpos = p->pos.y;\n\tnewpos = ND_rank(p->cnode);\n\tdelta = newpos - oldpos;\n\tp->pos.y = newpos;\n\tp->bb.LL.y += delta;\n\tp->bb.UR.y += delta;\n\tp++;\n    }\n\n    closeGraph(cg);\n    dtclose(list);\n}\n\n#define overlap(pb,qb) \\\n  ((pb.LL.x <= qb.UR.x) && (qb.LL.x <= pb.UR.x) && \\\n          (pb.LL.y <= qb.UR.y) && (qb.LL.y <= pb.UR.y))\n\n/* overlaps:\n */\nstatic int overlaps(nitem * p, int cnt)\n{\n    int i, j;\n    nitem *pi = p;\n    nitem *pj;\n\n    for (i = 0; i < cnt - 1; i++) {\n\tpj = pi + 1;\n\tfor (j = i + 1; j < cnt; j++) {\n\t    if (overlap(pi->bb, pj->bb))\n\t\treturn 1;\n\t    pj++;\n\t}\n\tpi++;\n    }\n    return 0;\n}\n\n/* initItem:\n */\nstatic void initItem(node_t * n, nitem * p, double margin)\n{\n    int x = POINTS(SCALE * ND_pos(n)[0]);\n    int y = POINTS(SCALE * ND_pos(n)[1]);\n    int w2 = POINTS(margin * SCALE2 * ND_width(n));\n    int h2 = POINTS(margin * SCALE2 * ND_height(n));\n    box b;\n\n    b.LL.x = x - w2;\n    b.LL.y = y - h2;\n    b.UR.x = x + w2;\n    b.UR.y = y + h2;\n\n    p->pos.x = x;\n    p->pos.y = y;\n    p->np = n;\n    p->bb = b;\n}\n\n/* cAdjust:\n * Use optimization to remove overlaps.\n * Modifications;\n *  - do y;x then x;y and use the better one\n *  - for all overlaps (or if overlap with leftmost nodes), add a constraint;\n *     constraint could move both x and y away, or the smallest, or some\n *     mixture.\n *  - follow by a scale down using actual shapes\n * We use an optimization based on Marriott, Stuckey, Tam and He,\n * \"Removing Node Overlapping in Graph Layout Using Constrained Optimization\",\n * Constraints,8(2):143--172, 2003.\n * We solve 2 constraint problem, one in X, one in Y. In each dimension,\n * we require relative positions to remain the same. That is, if two nodes\n * have the same x originally, they have the same x at the end, and if one\n * node is to the left of another, it remains to the left. In addition, if\n * two nodes could overlap by moving their X coordinates, we insert a constraint * to keep the two nodes sufficiently apart. Similarly, for Y.\n * \n * mode = AM_ORTHOXY => first X, then Y\n * mode = AM_ORTHOYX => first Y, then X\n * mode = AM_ORTHO   => first X, then Y\n * mode = AM_ORTHO_YX   => first Y, then X\n * In the last 2 cases, relax the constraints as follows: during the X pass,\n * if two nodes actually intersect and a smaller move in the Y direction\n * will remove the overlap, we don't force the nodes apart in the X direction,\n * but leave it for the Y pass to remove any remaining overlaps. Without this,\n * the X pass will remove all overlaps, and the Y pass only compresses in the\n * Y direction, causing a skewing of the aspect ratio.\n * \n * mode = AM_ORTHOXY => first X, then Y\n * mode = AM_ORTHOYX => first Y, then X\n * mode = AM_ORTHO   => first X, then Y\n * mode = AM_ORTHO_YX   => first Y, then X\n */\nint cAdjust(graph_t * g, int mode)\n{\n    double margin;\n    int ret, i, nnodes = agnnodes(g);\n    nitem *nlist = N_GNEW(nnodes, nitem);\n    nitem *p = nlist;\n    node_t *n;\n\n    margin = expFactor (g);\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tinitItem(n, p, margin);\n\tp++;\n    }\n\n    if (overlaps(nlist, nnodes)) {\n\tpoint pt;\n\n\tswitch ((adjust_mode)mode) {\n\tcase AM_ORTHOXY:\n\t    constrainX(g, nlist, nnodes, intersectY, 1);\n\t    constrainY(g, nlist, nnodes, intersectX, 1);\n\t    break;\n\tcase AM_ORTHOYX:\n\t    constrainY(g, nlist, nnodes, intersectX, 1);\n\t    constrainX(g, nlist, nnodes, intersectY, 1);\n\t    break;\n\tcase AM_ORTHO :\n\t    constrainX(g, nlist, nnodes, intersectY0, 1);\n\t    constrainY(g, nlist, nnodes, intersectX, 1);\n\tcase AM_ORTHO_YX :\n\t    constrainY(g, nlist, nnodes, intersectX0, 1);\n\t    constrainX(g, nlist, nnodes, intersectY, 1);\n\tcase AM_PORTHOXY:\n\t    constrainX(g, nlist, nnodes, intersectY, 0);\n\t    constrainY(g, nlist, nnodes, intersectX, 0);\n\t    break;\n\tcase AM_PORTHOYX:\n\t    constrainY(g, nlist, nnodes, intersectX, 0);\n\t    constrainX(g, nlist, nnodes, intersectY, 0);\n\t    break;\n\tcase AM_PORTHO_YX :\n\t    constrainY(g, nlist, nnodes, intersectX0, 0);\n\t    constrainX(g, nlist, nnodes, intersectY, 0);\n\t    break;\n\tcase AM_PORTHO :\n\tdefault :\n\t    constrainX(g, nlist, nnodes, intersectY0, 0);\n\t    constrainY(g, nlist, nnodes, intersectX, 0);\n\t    break;\n\t}\n\tp = nlist;\n\tfor (i = 0; i < nnodes; i++) {\n\t    n = p->np;\n\t    pt = p->pos;\n\t    ND_pos(n)[0] = PS2INCH(pt.x) / SCALE;\n\t    ND_pos(n)[1] = PS2INCH(pt.y) / SCALE;\n\t    p++;\n\t}\n\tret = 1;\n    }\n    else ret = 0;\n    free(nlist);\n    return ret;\n}\n\ntypedef struct {\n    pointf pos;\t\t\t/* position for sorting */\n    boxf bb;\n    double wd2;\n    double ht2;\n    node_t *np;\n} info;\n\ntypedef int (*sortfn_t) (const void *, const void *);\n\nstatic int sortf(pointf * p, pointf * q)\n{\n    if (p->x < q->x)\n\treturn -1;\n    else if (p->x > q->x)\n\treturn 1;\n    else if (p->y < q->y)\n\treturn -1;\n    else if (p->y > q->y)\n\treturn 1;\n    else\n\treturn 0;\n}\n\nstatic double compress(info * nl, int nn)\n{\n    info *p = nl;\n    info *q;\n    int i, j;\n    double s, sc = 0;\n    pointf pt;\n\n    for (i = 0; i < nn; i++) {\n\tq = p + 1;\n\tfor (j = i + 1; j < nn; j++) {\n\t    if (overlap(p->bb, q->bb))\n\t\treturn 0;\n\t    if (p->pos.x == q->pos.x)\n\t\tpt.x = HUGE_VAL;\n\t    else {\n\t\tpt.x = (p->wd2 + q->wd2) / fabs(p->pos.x - q->pos.x);\n\t    }\n\t    if (p->pos.y == q->pos.y)\n\t\tpt.y = HUGE_VAL;\n\t    else {\n\t\tpt.y = (p->ht2 + q->ht2) / fabs(p->pos.y - q->pos.y);\n\t    }\n\t    if (pt.y < pt.x)\n\t\ts = pt.y;\n\t    else\n\t\ts = pt.x;\n\t    if (s > sc)\n\t\tsc = s;\n\t    q++;\n\t}\n\tp++;\n    }\n    return sc;\n}\n\nstatic pointf *mkOverlapSet(info * nl, int nn, int *cntp)\n{\n    info *p = nl;\n    info *q;\n    int sz = nn;\n    pointf *S = N_GNEW(sz + 1, pointf);\n    int i, j;\n    int cnt = 0;\n\n    for (i = 0; i < nn; i++) {\n\tq = p + 1;\n\tfor (j = i + 1; j < nn; j++) {\n\t    if (overlap(p->bb, q->bb)) {\n\t\tpointf pt;\n\t\tif (cnt == sz) {\n\t\t    sz += nn;\n\t\t    S = realloc(S, sizeof(pointf) * (sz + 1));\n\t\t}\n\t\tif (p->pos.x == q->pos.x)\n\t\t    pt.x = HUGE_VAL;\n\t\telse {\n\t\t    pt.x = (p->wd2 + q->wd2) / fabs(p->pos.x - q->pos.x);\n\t\t    if (pt.x < 1)\n\t\t\tpt.x = 1;\n\t\t}\n\t\tif (p->pos.y == q->pos.y)\n\t\t    pt.y = HUGE_VAL;\n\t\telse {\n\t\t    pt.y = (p->ht2 + q->ht2) / fabs(p->pos.y - q->pos.y);\n\t\t    if (pt.y < 1)\n\t\t\tpt.y = 1;\n\t\t}\n\t\tS[++cnt] = pt;\n\t    }\n\t    q++;\n\t}\n\tp++;\n    }\n\n    S = realloc(S, sizeof(pointf) * (cnt + 1));\n    *cntp = cnt;\n    return S;\n}\n\nstatic pointf computeScaleXY(pointf * aarr, int m)\n{\n    pointf *barr;\n    double cost, bestcost;\n    int k, best = 0;\n    pointf scale;\n\n    aarr[0].x = 1;\n    aarr[0].y = HUGE_VAL;\n    qsort(aarr + 1, m, sizeof(pointf), (sortfn_t) sortf);\n\n    barr = N_GNEW(m + 1, pointf);\n    barr[m].x = aarr[m].x;\n    barr[m].y = 1;\n    for (k = m - 1; k >= 0; k--) {\n\tbarr[k].x = aarr[k].x;\n\tbarr[k].y = MAX(aarr[k + 1].y, barr[k + 1].y);\n    }\n\n    bestcost = HUGE_VAL;\n    for (k = 0; k <= m; k++) {\n\tcost = barr[k].x * barr[k].y;\n\tif (cost < bestcost) {\n\t    bestcost = cost;\n\t    best = k;\n\t}\n    }\n    assert(bestcost < HUGE_VAL);\n    scale.x = barr[best].x;\n    scale.y = barr[best].y;\n\n    return scale;\n}\n\n/* computeScale:\n * For each (x,y) in aarr, scale has to be bigger than the smallest one.\n * So, the scale is the max min.\n */\nstatic double computeScale(pointf * aarr, int m)\n{\n    int i;\n    double sc = 0;\n    double v;\n    pointf p;\n\n    aarr++;\n    for (i = 1; i <= m; i++) {\n\tp = *aarr++;\n\tv = MIN(p.x, p.y);\n\tif (v > sc)\n\t    sc = v;\n    }\n    return sc;\n}\n\n/* scAdjust:\n * Scale the layout.\n * equal > 0  => scale uniformly in x and y to remove overlaps\n * equal = 0  => scale separately in x and y to remove overlaps\n * equal < 0  => scale down uniformly in x and y to remove excess space\n * The last assumes there are no overlaps at present.\n * Based on Marriott, Stuckey, Tam and He,\n * \"Removing Node Overlapping in Graph Layout Using Constrained Optimization\",\n * Constraints,8(2):143--172, 2003.\n */\nint scAdjust(graph_t * g, int equal)\n{\n    int nnodes = agnnodes(g);\n    info *nlist = N_GNEW(nnodes, info);\n    info *p = nlist;\n    node_t *n;\n    pointf s;\n    int i;\n    double margin;\n    pointf *aarr;\n    int m;\n\n    margin = expFactor (g);\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tdouble w2 = margin * ND_width(n) / 2.0;\n\tdouble h2 = margin * ND_height(n) / 2.0;\n\tp->pos.x = ND_pos(n)[0];\n\tp->pos.y = ND_pos(n)[1];\n\tp->bb.LL.x = p->pos.x - w2;\n\tp->bb.LL.y = p->pos.y - h2;\n\tp->bb.UR.x = p->pos.x + w2;\n\tp->bb.UR.y = p->pos.y + h2;\n\tp->wd2 = w2;\n\tp->ht2 = h2;\n\tp->np = n;\n\tp++;\n    }\n\n    if (equal < 0) {\n\ts.x = s.y = compress(nlist, nnodes);\n\tif (s.x == 0) {\t\t/* overlaps exist */\n\t    free(nlist);\n\t    return 0;\n\t}\n\tfprintf(stderr, \"compress %g \\n\", s.x);\n    } else {\n\taarr = mkOverlapSet(nlist, nnodes, &m);\n\n\tif (m == 0) {\t\t/* no overlaps */\n\t    free(aarr);\n\t    free(nlist);\n\t    return 0;\n\t}\n\n\tif (equal) {\n\t    s.x = s.y = computeScale(aarr, m);\n\t} else {\n\t    s = computeScaleXY(aarr, m);\n\t}\n\tfree(aarr);\n    }\n\n    p = nlist;\n    for (i = 0; i < nnodes; i++) {\n\tND_pos(p->np)[0] = s.x * p->pos.x;\n\tND_pos(p->np)[1] = s.y * p->pos.y;\n\tp++;\n    }\n\n    free(nlist);\n    return 1;\n}\n"
  },
  {
    "path": "experimental/neatogen/defs.h",
    "content": "/* $Id: defs.h,v 1.5 2005/10/18 18:42:59 ellson Exp $ $Revision: 1.5 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n#ifndef _DEFS_H_\n#define _DEFS_H_\n\n#include \"neato.h\"\n\n#ifdef __cplusplus\n    enum Style { regular, invisible };\n    struct vtx_data {\n\tint nedges;\n\tint *edges;\n\tfloat *ewgts;\n\tStyle *styles;\n\tfloat *edists; /* directed dist reflecting the direction of the edge */\n    };\n\n    struct cluster_data {\n\tint nvars;         /* total count of vars in clusters */\n        int nclusters;     /* number of clusters */\n        int *clustersizes; /* number of vars in each cluster */\n        int **clusters;    /* list of var indices for constituents of each c */\n\tint ntoplevel;     /* number of nodes not in any cluster */\n\tint *toplevel;     /* array of nodes not in any cluster */\n\tboxf *bb;\t   /* bounding box of each cluster */\n    };\n\n    typedef int DistType;\t/* must be signed!! */\n\n    inline double max(double x, double y) {\n\tif (x >= y)\n\t    return x;\n\telse\n\t    return y;\n    } inline double min(double x, double y) {\n\tif (x <= y)\n\t    return x;\n\telse\n\t    return y;\n    }\n\n    inline int max(int x, int y) {\n\tif (x >= y)\n\t    return x;\n\telse\n\t    return y;\n    }\n\n    inline int min(int x, int y) {\n\tif (x <= y)\n\t    return x;\n\telse\n\t    return y;\n    }\n\n    struct Point {\n\tdouble x;\n\tdouble y;\n\tint operator==(Point other) {\n\t    return x == other.x && y == other.y;\n    }};\n#else\n#undef inline\n#define inline\n#define NOTUSED(var)      (void) var\n\n#include <macros.h>\n    extern void *gmalloc(size_t);\n#define DIGCOLA 1\n\n#ifdef USE_STYLES\n    typedef enum { regular, invisible } Style;\n#endif\n    typedef struct {\n\tint nedges;\t\t/* no. of neighbors, including self */\n\tint *edges;\t\t/* edges[0..(nedges-1)] are neighbors; edges[0] is self */\n\tfloat *ewgts;\t\t/* preferred edge lengths */\n\tfloat *eweights;\t/* edge weights */\n\tnode_t *np;\t\t/* original node */\n#ifdef USE_STYLES\n\tStyle *styles;\n#endif\n#ifdef DIGCOLA\n\tfloat *edists; /* directed dist reflecting the direction of the edge */\n#endif\n    } vtx_data;\n\n    typedef struct cluster_data {\n\tint nvars;         /* total count of vars in clusters */\n        int nclusters;     /* number of clusters */\n        int *clustersizes; /* number of vars in each cluster */\n        int **clusters;    /* list of var indices for constituents of each c */\n\tint ntoplevel;     /* number of nodes not in any cluster */\n\tint *toplevel;     /* array of nodes not in any cluster */\n\tboxf *bb;\t   /* bounding box of each cluster */\n    } cluster_data;\n\n\n    typedef int DistType;\t/* must be signed!! */\n\n#ifdef UNUSED\n    typedef struct {\n\tdouble x;\n\tdouble y;\n    } Point;\n#endif\n\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/digcola.h",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n#ifndef DIGCOLA_H\n#define DIGCOLA_H\n\n#include <defs.h>\n#ifdef DIGCOLA\nextern void compute_y_coords(vtx_data*, int, double*, int);\nextern double compute_hierarchy(vtx_data*, int, double, double, \n                                double*, int**, int**, int*); \nextern void IMDS_given_dim(vtx_data*, int, double*, double*, double);\nextern int stress_majorization_with_hierarchy(vtx_data*, int, int, double**, \n                                              int, int, int, int, double);\ntypedef struct vsep_options {\n    int diredges;       /* 1=generate directed edge constraints */\n                        /* 2=generate directed hierarchy level constraints (DiG-CoLa) */\n    double edge_gap;    /* amount to force vertical separation of */\n                        /* start/end nodes */\n    int noverlap;       /* 1=generate non-overlap constraints */\n                        /* 2=remove overlaps after layout */\n    pointf gap;         /* hor and vert gap to enforce when removing overlap*/\n    pointf* nsize;      /* node widths and heights */\n    cluster_data* clusters;\n                        /* list of node indices for each cluster */\n#ifdef MOSEK\n    int mosek;          /* use Mosek as constraint optimization engine */\n#endif //MOSEK\n} vsep_options;\n\nextern int stress_majorization_vsep(vtx_data*, int, int, double**, int, int, int, vsep_options*);\n#endif\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/dijkstra.c",
    "content": "/* $Id: dijkstra.c,v 1.2 2005/07/28 22:33:31 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n/******************************************\n\n\tDijkstra algorithm\n\tComputes single-source distances for\n\tweighted graphs\n\n******************************************/\n\n\n#include \"bfs.h\"\n#include \"dijkstra.h\"\n#include <limits.h>\n#include <stdlib.h>\n/* #include <math.h> */\n\n#define MAX_DIST (double)INT_MAX\n\ntypedef DistType Word;\n\n#define LOOP while(true)\n\n/* This heap class is suited to the Dijkstra alg.\n   data[i]=vertexNum <==> index[vertexNum]=i\n*/\n\n#define left(i) (2*(i))\n#define right(i) (2*(i)+1)\n#define parent(i) ((i)/2)\n#define insideHeap(h,i) ((i)<h->heapSize)\n#define greaterPriority(h,i,j,dist) (dist[h->data[i]]<dist[h->data[j]])\n#define assign(h,i,j,index) {h->data[i]=h->data[j]; index[h->data[i]]=i;}\n#define exchange(h,i,j,index) {int temp; \\\n\t\ttemp=h->data[i]; \\\n\t\th->data[i]=h->data[j]; \\\n\t\th->data[j]=temp; \\\n\t\tindex[h->data[i]]=i; \\\n\t\tindex[h->data[j]]=j; \\\n}\n\ntypedef struct {\n    int *data;\n    int heapSize;\n} heap;\n\nstatic void heapify(heap * h, int i, int index[], Word dist[])\n{\n    int l, r, largest;\n    while (1) {\n\tl = left(i);\n\tr = right(i);\n\tif (insideHeap(h, l) && greaterPriority(h, l, i, dist))\n\t    largest = l;\n\telse\n\t    largest = i;\n\tif (insideHeap(h, r) && greaterPriority(h, r, largest, dist))\n\t    largest = r;\n\n\tif (largest == i)\n\t    break;\n\n\texchange(h, largest, i, index);\n\ti = largest;\n    }\n}\n\n#ifdef OBSOLETE\n/* originally, the code called mkHeap to allocate space, then\n * initHeap to realloc the space. This is silly.\n * Now we just call initHeap.\n */\nstatic void mkHeap(heap * h, int size)\n{\n    h->data = N_GNEW(size, int);\n    h->heapSize = 0;\n}\n#endif\n\nstatic void freeHeap(heap * h)\n{\n    if (h->data) free(h->data);\n}\n\nstatic void\ninitHeap(heap * h, int startVertex, int index[], Word dist[], int n)\n{\n    int i, count;\n    int j;    /* We cannot use an unsigned value in this loop */\n    /* h->data=(int*) realloc(h->data, (n-1)*sizeof(int)); */\n    if (n == 1) h->data = NULL;\n    else h->data = N_GNEW(n - 1, int);\n    h->heapSize = n - 1;\n\n    for (count = 0, i = 0; i < n; i++)\n\tif (i != startVertex) {\n\t    h->data[count] = i;\n\t    index[i] = count;\n\t    count++;\n\t}\n\n    for (j = (n - 1) / 2; j >= 0; j--)\n\theapify(h, j, index, dist);\n}\n\nstatic bool extractMax(heap * h, int *max, int index[], Word dist[])\n{\n    if (h->heapSize == 0)\n\treturn false;\n\n    *max = h->data[0];\n    h->data[0] = h->data[h->heapSize - 1];\n    index[h->data[0]] = 0;\n    h->heapSize--;\n    heapify(h, 0, index, dist);\n\n    return true;\n}\n\nstatic void\nincreaseKey(heap * h, int increasedVertex, Word newDist, int index[],\n\t    Word dist[])\n{\n    int placeInHeap;\n    int i;\n\n    if (dist[increasedVertex] <= newDist)\n\treturn;\n\n    placeInHeap = index[increasedVertex];\n\n    dist[increasedVertex] = newDist;\n\n    i = placeInHeap;\n    while (i > 0 && dist[h->data[parent(i)]] > newDist) {\t/* can write here: greaterPriority(i,parent(i),dist) */\n\tassign(h, i, parent(i), index);\n\ti = parent(i);\n    }\n    h->data[i] = increasedVertex;\n    index[increasedVertex] = i;\n}\n\nvoid dijkstra(int vertex, vtx_data * graph, int n, DistType * dist)\n{\n    int i;\n    heap H;\n    int closestVertex, neighbor;\n    DistType closestDist, prevClosestDist = MAXINT;\n    static int *index;\n\n#ifdef OBSOLETE\n    mkHeap(&H, n);\n#endif\n    index = (int *) realloc(index, n * sizeof(int));\n\n    /* initial distances with edge weights: */\n    for (i = 0; i < n; i++)\n\tdist[i] = (DistType) MAX_DIST;\n    dist[vertex] = 0;\n    for (i = 1; i < graph[vertex].nedges; i++)\n\tdist[graph[vertex].edges[i]] = (DistType) graph[vertex].ewgts[i];\n\n    initHeap(&H, vertex, index, dist, n);\n\n    while (extractMax(&H, &closestVertex, index, dist)) {\n\tclosestDist = dist[closestVertex];\n\tif (closestDist == MAX_DIST)\n\t    break;\n\tfor (i = 1; i < graph[closestVertex].nedges; i++) {\n\t    neighbor = graph[closestVertex].edges[i];\n\t    increaseKey(&H, neighbor,\n\t\t\tclosestDist +\n\t\t\t(DistType) graph[closestVertex].ewgts[i], index,\n\t\t\tdist);\n\t}\n\tprevClosestDist = closestDist;\n    }\n\n    /* For dealing with disconnected graphs: */\n    for (i = 0; i < n; i++)\n\tif (dist[i] == MAX_DIST)\t/* 'i' is not connected to 'vertex' */\n\t    dist[i] = prevClosestDist + 10;\n    freeHeap(&H);\n}\n\n /* Dijkstra bounded to nodes in *unweighted* radius */\nint\ndijkstra_bounded(int vertex, vtx_data * graph, int n, DistType * dist,\n\t\t int bound, int *visited_nodes)\n /* make dijkstra, but consider only nodes whose *unweighted* distance from 'vertex'  */\n /* is at most 'bound' */\n /* MON-EFFICIENT implementation, see below. */\n{\n    int num_visited_nodes;\n    int i;\n    static bool *node_in_neighborhood = NULL;\n    static int size = 0;\n    static int *index;\n    Queue Q;\n    heap H;\n    int closestVertex, neighbor;\n    DistType closestDist;\n    int num_found = 0;\n\n    /* first, perform BFS to find the nodes in the region */\n    mkQueue(&Q, n);\n    /* remember that dist should be init. with -1's */\n    for (i = 0; i < n; i++) {\n\tdist[i] = -1;\t\t/* far, TOO COSTLY (O(n))! */\n    }\n    num_visited_nodes =\n\tbfs_bounded(vertex, graph, n, dist, &Q, bound, visited_nodes);\n    if (size < n) {\n\tnode_in_neighborhood =\n\t    (bool *) realloc(node_in_neighborhood, n * sizeof(bool));\n\tfor (i = size; i < n; i++) {\n\t    node_in_neighborhood[i] = false;\n\t}\n\tsize = n;\n    }\n    for (i = 0; i < num_visited_nodes; i++) {\n\tnode_in_neighborhood[visited_nodes[i]] = true;\n    }\n\n\n#ifdef OBSOLETE\n    mkHeap(&H, n);\n#endif\n    index = (int *) realloc(index, n * sizeof(int));\n\n    /* initial distances with edge weights: */\n    for (i = 0; i < n; i++)\t/* far, TOO COSTLY (O(n))! */\n\tdist[i] = (DistType) MAX_DIST;\n    dist[vertex] = 0;\n    for (i = 1; i < graph[vertex].nedges; i++)\n\tdist[graph[vertex].edges[i]] = (DistType) graph[vertex].ewgts[i];\n\n    /* again, TOO COSTLY (O(n)) to put all nodes in heap! */\n    initHeap(&H, vertex, index, dist, n); \n\n    while (num_found < num_visited_nodes\n\t   && extractMax(&H, &closestVertex, index, dist)) {\n\tif (node_in_neighborhood[closestVertex]) {\n\t    num_found++;\n\t}\n\tclosestDist = dist[closestVertex];\n\tif (closestDist == MAX_DIST)\n\t    break;\n\tfor (i = 1; i < graph[closestVertex].nedges; i++) {\n\t    neighbor = graph[closestVertex].edges[i];\n\t    increaseKey(&H, neighbor,\n\t\t\tclosestDist +\n\t\t\t(DistType) graph[closestVertex].ewgts[i], index,\n\t\t\tdist);\n\t}\n    }\n\n    /* restore initial false-status of 'node_in_neighborhood' */\n    for (i = 0; i < num_visited_nodes; i++) {\n\tnode_in_neighborhood[visited_nodes[i]] = false;\n    }\n    freeHeap(&H);\n    freeQueue(&Q);\n    return num_visited_nodes;\n}\n\nstatic void heapify_f(heap * h, int i, int index[], float dist[])\n{\n    int l, r, largest;\n    while (1) {\n\tl = left(i);\n\tr = right(i);\n\tif (insideHeap(h, l) && greaterPriority(h, l, i, dist))\n\t    largest = l;\n\telse\n\t    largest = i;\n\tif (insideHeap(h, r) && greaterPriority(h, r, largest, dist))\n\t    largest = r;\n\n\tif (largest == i)\n\t    break;\n\n\texchange(h, largest, i, index);\n\ti = largest;\n    }\n}\n\nstatic void\ninitHeap_f(heap * h, int startVertex, int index[], float dist[], int n)\n{\n    int i, count;\n    int j;\t\t\t/* We cannot use an unsigned value in this loop */\n    h->data = N_GNEW(n - 1, int);\n    h->heapSize = n - 1;\n\n    for (count = 0, i = 0; i < n; i++)\n\tif (i != startVertex) {\n\t    h->data[count] = i;\n\t    index[i] = count;\n\t    count++;\n\t}\n\n    for (j = (n - 1) / 2; j >= 0; j--)\n\theapify_f(h, j, index, dist);\n}\n\nstatic bool extractMax_f(heap * h, int *max, int index[], float dist[])\n{\n    if (h->heapSize == 0)\n\treturn false;\n\n    *max = h->data[0];\n    h->data[0] = h->data[h->heapSize - 1];\n    index[h->data[0]] = 0;\n    h->heapSize--;\n    heapify_f(h, 0, index, dist);\n\n    return true;\n}\n\nstatic void\nincreaseKey_f(heap * h, int increasedVertex, float newDist, int index[],\n\t      float dist[])\n{\n    int placeInHeap;\n    int i;\n\n    if (dist[increasedVertex] <= newDist)\n\treturn;\n\n    placeInHeap = index[increasedVertex];\n\n    dist[increasedVertex] = newDist;\n\n    i = placeInHeap;\n    while (i > 0 && dist[h->data[parent(i)]] > newDist) {\t/* can write here: greaterPriority(i,parent(i),dist) */\n\tassign(h, i, parent(i), index);\n\ti = parent(i);\n    }\n    h->data[i] = increasedVertex;\n    index[increasedVertex] = i;\n}\n\n/* dijkstra_f:\n * Weighted shortest paths from vertex.\n * Assume graph is connected.\n */\nvoid dijkstra_f(int vertex, vtx_data * graph, int n, float *dist)\n{\n    int i;\n    heap H;\n    int closestVertex = 0, neighbor;\n    float closestDist;\n    int *index;\n\n#ifdef OBSOLETE\n    mkHeap(&H, n);\n#endif\n    index = N_GNEW(n, int);\n\n    /* initial distances with edge weights: */\n    for (i = 0; i < n; i++)\n\tdist[i] = MAXFLOAT;\n    dist[vertex] = 0;\n    for (i = 1; i < graph[vertex].nedges; i++)\n\tdist[graph[vertex].edges[i]] = graph[vertex].ewgts[i];\n\n    initHeap_f(&H, vertex, index, dist, n);\n\n    while (extractMax_f(&H, &closestVertex, index, dist)) {\n\tclosestDist = dist[closestVertex];\n\tif (closestDist == MAXFLOAT)\n\t    break;\n\tfor (i = 1; i < graph[closestVertex].nedges; i++) {\n\t    neighbor = graph[closestVertex].edges[i];\n\t    increaseKey_f(&H, neighbor,\n\t\t\t  closestDist + graph[closestVertex].ewgts[i],\n\t\t\t  index, dist);\n\t}\n    }\n\n    freeHeap(&H);\n    free(index);\n}\n"
  },
  {
    "path": "experimental/neatogen/dijkstra.h",
    "content": "/* $Id: dijkstra.h,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef _DIJKSTRA_H_\n#define _DIJKSTRA_H_\n\n#include \"defs.h\"\n\n#ifdef __cplusplus\n    void dijkstra(int vertex, vtx_data * graph, int n, DistType * dist);\n\n/* Dijkstra bounded to nodes in *unweighted* radius */\n    void dijkstra_bounded(int vertex, vtx_data * graph, int n,\n\t\t\t  DistType * dist, int bound, int *visited_nodes,\n\t\t\t  int &num_visited_nodes);\n\n#else\n    extern void dijkstra(int, vtx_data *, int, DistType *);\n    extern void dijkstra_f(int, vtx_data *, int, float *);\n\n    /* Dijkstra bounded to nodes in *unweighted* radius */\n    extern int dijkstra_bounded(int, vtx_data *, int, DistType *, int,\n\t\t\t\tint *);\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/edges.c",
    "content": "/* $Id: edges.c,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"neato.h\"\n#include \"mem.h\"\n#include \"info.h\"\n#include \"edges.h\"\n#include <math.h>\n\n\ndouble pxmin, pxmax, pymin, pymax;\t/* clipping window */\n\nstatic int nedges;\nstatic Freelist efl;\n\nvoid edgeinit()\n{\n    freeinit(&efl, sizeof(Edge));\n    nedges = 0;\n}\n\nEdge *bisect(Site * s1, Site * s2)\n{\n    double dx, dy, adx, ady;\n    Edge *newedge;\n\n    newedge = (Edge *) getfree(&efl);\n\n    newedge->reg[0] = s1;\n    newedge->reg[1] = s2;\n    ref(s1);\n    ref(s2);\n    newedge->ep[0] = (Site *) NULL;\n    newedge->ep[1] = (Site *) NULL;\n\n    dx = s2->coord.x - s1->coord.x;\n    dy = s2->coord.y - s1->coord.y;\n    adx = dx > 0 ? dx : -dx;\n    ady = dy > 0 ? dy : -dy;\n    newedge->c =\n\ts1->coord.x * dx + s1->coord.y * dy + (dx * dx + dy * dy) * 0.5;\n    if (adx > ady) {\n\tnewedge->a = 1.0;\n\tnewedge->b = dy / dx;\n\tnewedge->c /= dx;\n    } else {\n\tnewedge->b = 1.0;\n\tnewedge->a = dx / dy;\n\tnewedge->c /= dy;\n    };\n\n    newedge->edgenbr = nedges;\n#ifdef STANDALONE\n    out_bisector(newedge);\n#endif\n    nedges += 1;\n    return (newedge);\n}\n\n\nstatic void doSeg(Edge * e, double x1, double y1, double x2, double y2)\n{\n    addVertex(e->reg[0], x1, y1);\n    addVertex(e->reg[0], x2, y2);\n    addVertex(e->reg[1], x1, y1);\n    addVertex(e->reg[1], x2, y2);\n}\n\nvoid clip_line(Edge * e)\n{\n    Site *s1, *s2;\n    double x1, x2, y1, y2;\n\n    if (e->a == 1.0 && e->b >= 0.0) {\n\ts1 = e->ep[1];\n\ts2 = e->ep[0];\n    } else {\n\ts1 = e->ep[0];\n\ts2 = e->ep[1];\n    }\n\n    if (e->a == 1.0) {\n\tif (s1 != (Site *) NULL) {\n\t    y1 = s1->coord.y;\n\t    if (y1 > pymax)\n\t\treturn;\n\t    else if (y1 >= pymin)\n\t\tx1 = s1->coord.x;\n\t    else {\n\t\ty1 = pymin;\n\t\tx1 = e->c - e->b * y1;\n\t    }\n\t} else {\n\t    y1 = pymin;\n\t    x1 = e->c - e->b * y1;\n\t}\n\n\tif (s2 != (Site *) NULL) {\n\t    y2 = s2->coord.y;\n\t    if (y2 < pymin)\n\t\treturn;\n\t    else if (y2 <= pymax)\n\t\tx2 = s2->coord.x;\n\t    else {\n\t\ty2 = pymax;\n\t\tx2 = e->c - e->b * y2;\n\t    }\n\t} else {\n\t    y2 = pymax;\n\t    x2 = e->c - e->b * y2;\n\t}\n\n\tif (((x1 > pxmax) & (x2 > pxmax)) | ((x1 < pxmin) & (x2 < pxmin)))\n\t    return;\n\tif (x1 > pxmax) {\n\t    x1 = pxmax;\n\t    y1 = (e->c - x1) / e->b;\n\t};\n\tif (x1 < pxmin) {\n\t    x1 = pxmin;\n\t    y1 = (e->c - x1) / e->b;\n\t};\n\tif (x2 > pxmax) {\n\t    x2 = pxmax;\n\t    y2 = (e->c - x2) / e->b;\n\t};\n\tif (x2 < pxmin) {\n\t    x2 = pxmin;\n\t    y2 = (e->c - x2) / e->b;\n\t};\n    } else {\n\tif (s1 != (Site *) NULL) {\n\t    x1 = s1->coord.x;\n\t    if (x1 > pxmax)\n\t\treturn;\n\t    else if (x1 >= pxmin)\n\t\ty1 = s1->coord.y;\n\t    else {\n\t\tx1 = pxmin;\n\t\ty1 = e->c - e->a * x1;\n\t    }\n\t} else {\n\t    x1 = pxmin;\n\t    y1 = e->c - e->a * x1;\n\t}\n\n\tif (s2 != (Site *) NULL) {\n\t    x2 = s2->coord.x;\n\t    if (x2 < pxmin)\n\t\treturn;\n\t    else if (x2 <= pxmax)\n\t\ty2 = s2->coord.y;\n\t    else {\n\t\tx2 = pxmax;\n\t\ty2 = e->c - e->a * x2;\n\t    }\n\t} else {\n\t    x2 = pxmax;\n\t    y2 = e->c - e->a * x2;\n\t}\n\n\tif (((y1 > pymax) & (y2 > pymax)) | ((y1 < pymin) & (y2 < pymin)))\n\t    return;\n\tif (y1 > pymax) {\n\t    y1 = pymax;\n\t    x1 = (e->c - y1) / e->a;\n\t};\n\tif (y1 < pymin) {\n\t    y1 = pymin;\n\t    x1 = (e->c - y1) / e->a;\n\t};\n\tif (y2 > pymax) {\n\t    y2 = pymax;\n\t    x2 = (e->c - y2) / e->a;\n\t};\n\tif (y2 < pymin) {\n\t    y2 = pymin;\n\t    x2 = (e->c - y2) / e->a;\n\t};\n    }\n\n    doSeg(e, x1, y1, x2, y2);\n#ifdef STANDALONE\n    if (doPS)\n\tline(x1, y1, x2, y2);\n#endif\n}\n\nvoid endpoint(Edge * e, int lr, Site * s)\n{\n    e->ep[lr] = s;\n    ref(s);\n    if (e->ep[re - lr] == (Site *) NULL)\n\treturn;\n    clip_line(e);\n#ifdef STANDALONE\n    out_ep(e);\n#endif\n    deref(e->reg[le]);\n    deref(e->reg[re]);\n    makefree(e, &efl);\n}\n"
  },
  {
    "path": "experimental/neatogen/edges.h",
    "content": "/* $Id: edges.h,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef EDGES_H\n#define EDGES_H\n\n#include \"site.h\"\n\n    typedef struct Edge {\n\tdouble a, b, c;\t\t/* edge on line ax + by = c */\n\tSite *ep[2];\t\t/* endpoints (vertices) of edge; initially NULL */\n\tSite *reg[2];\t\t/* sites forming edge */\n\tint edgenbr;\n    } Edge;\n\n#define le 0\n#define re 1\n\n    extern double pxmin, pxmax, pymin, pymax;\t/* clipping window */\n    extern void edgeinit(void);\n    extern void endpoint(Edge *, int, Site *);\n    extern void clip_line(Edge * e);\n    extern Edge *bisect(Site *, Site *);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/embed_graph.c",
    "content": "/* $Id: embed_graph.c,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n/************************************************\n\n\tFunctions for computing the high-dimensional\n\tembedding and the PCA projection.\n\n************************************************/\n\n\n#include \"dijkstra.h\"\n#include \"bfs.h\"\n#include \"kkutils.h\"\n#include \"embed_graph.h\"\n#include <stdlib.h>\n#include <stdio.h>\n#include <time.h>\n/* #include <math.h> */\n\nvoid embed_graph(vtx_data * graph, int n, int dim, DistType *** Coords,\n\t\t int reweight_graph)\n{\n/* Compute 'dim'-dimensional high-dimensional embedding (HDE) for the 'n' nodes\n  The embedding is based on chossing 'dim' pivots, and associating each\n  coordinate with a unique pivot, assigning it to the graph-theoretic distances \n  of all nodes from the pivots\n*/\n\n    int i, j;\n    int node;\n    DistType *storage = N_GNEW(n * dim, DistType);\n    DistType **coords = *Coords;\n    DistType *dist = N_GNEW(n, DistType);\t/* this vector stores  the distances of\n\t\t\t\t\t\t   each nodes to the selected \"pivots\" */\n    float *old_weights = graph[0].ewgts;\n    Queue Q;\n    DistType max_dist = 0;\n\n    if (coords != NULL) {\n\tfree(coords[0]);\n\tfree(coords);\n    }\n\n    /* this matrix stores the distance between each node and each \"pivot\" */\n    *Coords = coords = N_GNEW(dim, DistType *);\n    for (i = 0; i < dim; i++)\n\tcoords[i] = storage + i * n;\n\n    if (reweight_graph) {\n\tcompute_new_weights(graph, n);\n    }\n\n    /* select the first pivot */\n    node = rand() % n;\n\n    mkQueue(&Q, n);\n    if (reweight_graph) {\n\tdijkstra(node, graph, n, coords[0]);\n    } else {\n\tbfs(node, graph, n, coords[0], &Q);\n    }\n\n    for (i = 0; i < n; i++) {\n\tdist[i] = coords[0][i];\n\tif (dist[i] > max_dist) {\n\t    node = i;\n\t    max_dist = dist[i];\n\t}\n    }\n\n    /* select other dim-1 nodes as pivots */\n    for (i = 1; i < dim; i++) {\n\tif (reweight_graph) {\n\t    dijkstra(node, graph, n, coords[i]);\n\t} else {\n\t    bfs(node, graph, n, coords[i], &Q);\n\t}\n\tmax_dist = 0;\n\tfor (j = 0; j < n; j++) {\n\t    dist[j] = MIN(dist[j], coords[i][j]);\n\t    if (dist[j] > max_dist) {\n\t\tnode = j;\n\t\tmax_dist = dist[j];\n\t    }\n\t}\n\n    }\n\n    free(dist);\n\n    if (reweight_graph) {\n\trestore_old_weights(graph, n, old_weights);\n    }\n\n}\n\n /* Make each axis centered around 0 */\nvoid center_coordinate(DistType ** coords, int n, int dim)\n{\n    int i, j;\n    double sum, avg;\n    for (i = 0; i < dim; i++) {\n\tsum = 0;\n\tfor (j = 0; j < n; j++) {\n\t    sum += coords[i][j];\n\t}\n\tavg = sum / n;\n\tfor (j = 0; j < n; j++) {\n\t    coords[i][j] -= (DistType) avg;\n\t}\n    }\n}\n"
  },
  {
    "path": "experimental/neatogen/embed_graph.h",
    "content": "/* $Id: embed_graph.h,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef EMBED_GRAPH_H_\n#define EMBED_GRAPH_H_\n\n#ifdef __cplusplus\n\n    void embed_graph(vtx_data * graph, int n, int dim,\n\t\t     DistType ** (&coords), int);\n    void center_coordinate(DistType ** coords, int n, int dim);\n    void PCA(DistType ** coords, int dim, int n, double **(&new_coords),\n\t     int new_dim);\n    void PCA(DistType ** coords, int dim, int n, double **(&new_coords),\n\t     int dim1, int dim2, bool recompute);\n    void PCA_orthog(DistType ** coords, int dim, int n,\n\t\t    double **(&new_coords), int new_dim, double *orthog);\n    void iterativePCA(DistType ** coords, int dim, int n,\n\t\t      double **(&new_coords));\n\n#else\n#include <defs.h>\n\n    extern void embed_graph(vtx_data * graph, int n, int dim, DistType ***,\n\t\t\t    int);\n    extern void center_coordinate(DistType **, int, int);\n\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/find_ints.c",
    "content": "/* $Id: find_ints.c,v 1.2 2005/02/23 18:58:12 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include <render.h>\n#include \"simple.h\"\n#include <stdlib.h>\n\nextern void\nfind_intersection(struct vertex *l,\n\t\t  struct vertex *m,\n\t\t  struct intersection ilist[], struct data *input);\nstatic int gt(struct vertex **i, struct vertex **j);\n\nvoid\nfind_ints(struct vertex vertex_list[],\n\t  struct polygon polygon_list[],\n\t  struct data *input, struct intersection ilist[])\n{\n    int i, j, k;\n    struct active_edge_list all;\n    struct active_edge *new, *tempa;\n    struct vertex *pt1, *pt2, *templ, **pvertex;\n\n    input->ninters = 0;\n    all.first = all.final = 0;\n    all.number = 0;\n\n    pvertex = N_GNEW(input->nvertices, struct vertex *);\n\n    for (i = 0; i < input->nvertices; i++)\n\tpvertex[i] = vertex_list + i;\n\n/* sort vertices by x coordinate\t*/\n    qsort(pvertex, input->nvertices, sizeof(struct vertex *),\n    \t  (int (*)(const void *, const void *))gt);\n\n/* walk through the vertices in order of increasing x coordinate\t*/\n    for (i = 0; i < input->nvertices; i++) {\n\tpt1 = pvertex[i];\n\ttempl = pt2 = prior(pvertex[i]);\n\tfor (k = 0; k < 2; k++) {\t/* each vertex has 2 edges */\n\t    switch (gt(&pt1, &pt2)) {\n\n\t    case -1:\t\t/* forward edge, test and insert      */\n\n\t\tfor (tempa = all.first, j = 0; j < all.number;\n\t\t     j++, tempa = tempa->next)\n\t\t    find_intersection(tempa->name, templ, ilist, input);\t/* test */\n\n\t\tnew = GNEW(struct active_edge);\n\t\tif (all.number == 0) {\n\t\t    all.first = new;\n\t\t    new->last = 0;\n\t\t} /* insert */\n\t\telse {\n\t\t    all.final->next = new;\n\t\t    new->last = all.final;\n\t\t}\n\n\t\tnew->name = templ;\n\t\tnew->next = 0;\n\t\ttempl->active = new;\n\t\tall.final = new;\n\t\tall.number++;\n\n\t\tbreak;\t\t/* end of case -1       */\n\n\t    case 1:\t\t/* backward edge, delete        */\n\n\t\tif ((tempa = templ->active) == 0) {\n\t\t    agerr(AGERR, \"trying to delete a non line\\n\");\n\t\t    exit(1);\n\t\t}\n\t\tif (all.number == 1)\n\t\t    all.final = all.first = 0;\t/* delete the line */\n\t\telse if (tempa == all.first) {\n\t\t    all.first = all.first->next;\n\t\t    all.first->last = 0;\n\t\t} else if (tempa == all.final) {\n\t\t    all.final = all.final->last;\n\t\t    all.final->next = 0;\n\t\t} else {\n\t\t    tempa->last->next = tempa->next;\n\t\t    tempa->next->last = tempa->last;\n\t\t}\n\t\tfree((char *) tempa);\n\t\tall.number--;\n\t\ttempl->active = 0;\n\t\tbreak;\t\t/* end of case 1        */\n\n\t    }\t\t\t/* end switch   */\n\n\t    pt2 = after(pvertex[i]);\n\t    templ = pvertex[i];\t/*second neighbor */\n\t}\t\t\t/* end k for loop       */\n    }\t\t\t\t/* end i for loop       */\n}\n\nstatic int gt(struct vertex **i, struct vertex **j)\n{\t\t\t\t/* i > j if i.x > j.x or i.x = j.x and i.y > j.y  */\n    double t;\n    if ((t = (*i)->pos.x - (*j)->pos.x) != 0.)\n\treturn ((t > 0.) ? 1 : -1);\n    if ((t = (*i)->pos.y - (*j)->pos.y) == 0.)\n\treturn (0);\n    else\n\treturn ((t > 0.) ? 1 : -1);\n}\n"
  },
  {
    "path": "experimental/neatogen/geometry.c",
    "content": "/* $Id: geometry.c,v 1.1.1.1 2004/12/23 04:05:11 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"geometry.h\"\n#include <math.h>\n\n\nPoint origin = { 0, 0 };\n\ndouble xmin, xmax, ymin, ymax;\t/* min and max x and y values of sites */\ndouble deltax,\t\t\t/* xmax - xmin */\n deltay;\t\t\t/* ymax - ymin */\n\nint nsites;\nint sqrt_nsites;\n\nvoid geominit()\n{\n    double sn;\n\n    sn = nsites + 4;\n    sqrt_nsites = (int) sqrt(sn);\n    /* deltay = ymax - ymin; */\n    /* deltax = xmax - xmin; */\n}\n\ndouble dist_2(Point * pp, Point * qp)\n{\n    double dx = pp->x - qp->x;\n    double dy = pp->y - qp->y;\n\n    return (dx * dx + dy * dy);\n}\n\nvoid subPt(Point * a, Point b, Point c)\n{\n    a->x = b.x - c.x;\n    a->y = b.y - c.y;\n}\n\nvoid addPt(Point * c, Point a, Point b)\n{\n    c->x = a.x + b.x;\n    c->y = a.y + b.y;\n}\n\ndouble area_2(Point a, Point b, Point c)\n{\n    return ((a.y - b.y) * (c.x - b.x) - (c.y - b.y) * (a.x - b.x));\n}\n\nint leftOf(Point a, Point b, Point c)\n{\n    return (area_2(a, b, c) > 0);\n}\n\nint intersection(Point a, Point b, Point c, Point d, Point * p)\n{\n    double s, t;\t\t/* The two parameters of the parametric eqns. */\n    double denom;\t\t/* Denominator of solutions. */\n\n    denom =\n\ta.x * (d.y - c.y) +\n\tb.x * (c.y - d.y) + d.x * (b.y - a.y) + c.x * (a.y - b.y);\n\n    /* If denom is zero, then the line segments are parallel. */\n    /* In this case, return false even though the segments might overlap. */\n    if (denom == 0.0)\n\treturn 0;\n\n    s = (a.x * (d.y - c.y) + c.x * (a.y - d.y) + d.x * (c.y - a.y)\n\t) / denom;\n    t = -(a.x * (c.y - b.y) + b.x * (a.y - c.y) + c.x * (b.y - a.y)\n\t) / denom;\n\n    p->x = a.x + s * (b.x - a.x);\n    p->y = a.y + s * (b.y - a.y);\n\n    if ((0.0 <= s) && (s <= 1.0) && (0.0 <= t) && (t <= 1.0))\n\treturn 1;\n    else\n\treturn 0;\n}\n"
  },
  {
    "path": "experimental/neatogen/geometry.h",
    "content": "/* $Id: geometry.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef GEOMETRY_H\n#define GEOMETRY_H\n\n    typedef struct Point {\n\tdouble x, y;\n    } Point;\n\n    extern Point origin;\n\n    extern double xmin, xmax, ymin, ymax;\t/* extreme x,y values of sites */\n    extern double deltax, deltay;\t/* xmax - xmin, ymax - ymin */\n\n    extern int nsites;\t\t/* Number of sites */\n    extern int sqrt_nsites;\n\n    extern void geominit(void);\n    extern double dist_2(Point *, Point *);\t/* Distance squared between two points */\n    extern void subPt(Point * a, Point b, Point c);\n    extern void addPt(Point * a, Point b, Point c);\n    extern double area_2(Point a, Point b, Point c);\n    extern int leftOf(Point a, Point b, Point c);\n    extern int intersection(Point a, Point b, Point c, Point d, Point * p);\n\n#endif\n\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/heap.c",
    "content": "/* $Id: heap.c,v 1.3 2005/03/30 23:17:05 erg Exp $ $Revision: 1.3 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"render.h\"\n#include <stdio.h>\n\n#include \"mem.h\"\n#include \"hedges.h\"\n#include \"heap.h\"\n\n\nstatic Halfedge *PQhash;\nstatic int PQhashsize;\nstatic int PQcount;\nstatic int PQmin;\n\nstatic int PQbucket(Halfedge * he)\n{\n    int bucket;\n    double b;\n\n    b = (he->ystar - ymin) / deltay * PQhashsize;\n    if (b < 0)\n\tbucket = 0;\n    else if (b >= PQhashsize)\n\tbucket = PQhashsize - 1;\n    else\n\tbucket = b;\n    if (bucket < PQmin)\n\tPQmin = bucket;\n    return (bucket);\n}\n\nvoid PQinsert(Halfedge * he, Site * v, double offset)\n{\n    Halfedge *last, *next;\n\n    he->vertex = v;\n    ref(v);\n    he->ystar = v->coord.y + offset;\n    last = &PQhash[PQbucket(he)];\n    while ((next = last->PQnext) != (struct Halfedge *) NULL &&\n\t   (he->ystar > next->ystar ||\n\t    (he->ystar == next->ystar\n\t     && v->coord.x > next->vertex->coord.x))) {\n\tlast = next;\n    }\n    he->PQnext = last->PQnext;\n    last->PQnext = he;\n    PQcount += 1;\n}\n\nvoid PQdelete(Halfedge * he)\n{\n    Halfedge *last;\n\n    if (he->vertex != (Site *) NULL) {\n\tlast = &PQhash[PQbucket(he)];\n\twhile (last->PQnext != he)\n\t    last = last->PQnext;\n\tlast->PQnext = he->PQnext;\n\tPQcount -= 1;\n\tderef(he->vertex);\n\the->vertex = (Site *) NULL;\n    }\n}\n\n\nint PQempty(void)\n{\n    return (PQcount == 0);\n}\n\n\nPoint PQ_min(void)\n{\n    Point answer;\n\n    while (PQhash[PQmin].PQnext == (struct Halfedge *) NULL) {\n\tPQmin += 1;\n    }\n    answer.x = PQhash[PQmin].PQnext->vertex->coord.x;\n    answer.y = PQhash[PQmin].PQnext->ystar;\n    return (answer);\n}\n\nHalfedge *PQextractmin(void)\n{\n    Halfedge *curr;\n\n    curr = PQhash[PQmin].PQnext;\n    PQhash[PQmin].PQnext = curr->PQnext;\n    PQcount -= 1;\n    return (curr);\n}\n\nvoid PQcleanup(void)\n{\n    free(PQhash);\n    PQhash = NULL;\n}\n\nvoid PQinitialize(void)\n{\n    int i;\n\n    PQcount = 0;\n    PQmin = 0;\n    PQhashsize = 4 * sqrt_nsites;\n    if (PQhash == NULL)\n\tPQhash = N_GNEW(PQhashsize, Halfedge);\n    for (i = 0; i < PQhashsize; i += 1)\n\tPQhash[i].PQnext = (Halfedge *) NULL;\n}\n\nstatic void PQdumphe(Halfedge * p)\n{\n    printf(\"  [%p] %p %p %d %d %d %d %f\\n\",\n\t   p, p->ELleft, p->ELright, p->ELedge->edgenbr,\n\t   p->ELrefcnt, p->ELpm, (p->vertex ? p->vertex->sitenbr : -1),\n\t   p->ystar);\n}\n\nvoid PQdump(void)\n{\n    int i;\n    Halfedge *p;\n\n    for (i = 0; i < PQhashsize; i += 1) {\n\tprintf(\"[%d]\\n\", i);\n\tp = PQhash[i].PQnext;\n\twhile (p != NULL) {\n\t    PQdumphe(p);\n\t    p = p->PQnext;\n\t}\n    }\n\n}\n"
  },
  {
    "path": "experimental/neatogen/heap.h",
    "content": "/* $Id: heap.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef HEAP_H\n#define HEAP_H\n\n#include \"hedges.h\"\n\n    extern void PQinitialize(void);\n    extern void PQcleanup(void);\n    extern Halfedge *PQextractmin(void);\n    extern Point PQ_min(void);\n    extern int PQempty(void);\n    extern void PQdelete(Halfedge *);\n    extern void PQinsert(Halfedge *, Site *, double);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/hedges.c",
    "content": "/* $Id: hedges.c,v 1.1.1.1 2004/12/23 04:05:12 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"mem.h\"\n#include \"hedges.h\"\n#include \"render.h\"\n\n\n#define DELETED -2\n\nHalfedge *ELleftend, *ELrightend;\n\nstatic Freelist hfl;\nstatic int ELhashsize;\nstatic Halfedge **ELhash;\nstatic int ntry, totalsearch;\n\nvoid ELcleanup()\n{\n    freeinit(&hfl, sizeof **ELhash);\n    free(ELhash);\n    ELhash = NULL;\n}\n\nvoid ELinitialize()\n{\n    int i;\n\n    freeinit(&hfl, sizeof **ELhash);\n    ELhashsize = 2 * sqrt_nsites;\n    if (ELhash == NULL)\n\tELhash = N_GNEW(ELhashsize, Halfedge *);\n    for (i = 0; i < ELhashsize; i += 1)\n\tELhash[i] = (Halfedge *) NULL;\n    ELleftend = HEcreate((Edge *) NULL, 0);\n    ELrightend = HEcreate((Edge *) NULL, 0);\n    ELleftend->ELleft = (Halfedge *) NULL;\n    ELleftend->ELright = ELrightend;\n    ELrightend->ELleft = ELleftend;\n    ELrightend->ELright = (Halfedge *) NULL;\n    ELhash[0] = ELleftend;\n    ELhash[ELhashsize - 1] = ELrightend;\n}\n\n\nSite *hintersect(Halfedge * el1, Halfedge * el2)\n{\n    Edge *e1, *e2, *e;\n    Halfedge *el;\n    double d, xint, yint;\n    int right_of_site;\n    Site *v;\n\n    e1 = el1->ELedge;\n    e2 = el2->ELedge;\n    if (e1 == (Edge *) NULL || e2 == (Edge *) NULL)\n\treturn ((Site *) NULL);\n    if (e1->reg[1] == e2->reg[1])\n\treturn ((Site *) NULL);\n\n    d = e1->a * e2->b - e1->b * e2->a;\n    if (-1.0e-10 < d && d < 1.0e-10)\n\treturn ((Site *) NULL);\n\n    xint = (e1->c * e2->b - e2->c * e1->b) / d;\n    yint = (e2->c * e1->a - e1->c * e2->a) / d;\n\n    if ((e1->reg[1]->coord.y < e2->reg[1]->coord.y) ||\n\t(e1->reg[1]->coord.y == e2->reg[1]->coord.y &&\n\t e1->reg[1]->coord.x < e2->reg[1]->coord.x)) {\n\tel = el1;\n\te = e1;\n    } else {\n\tel = el2;\n\te = e2;\n    };\n    right_of_site = xint >= e->reg[1]->coord.x;\n    if ((right_of_site && el->ELpm == le) ||\n\t(!right_of_site && el->ELpm == re))\n\treturn ((Site *) NULL);\n\n    v = getsite();\n    v->refcnt = 0;\n    v->coord.x = xint;\n    v->coord.y = yint;\n    return (v);\n}\n\n/* returns 1 if p is to right of halfedge e */\nint right_of(Halfedge * el, Point * p)\n{\n    Edge *e;\n    Site *topsite;\n    int right_of_site, above, fast;\n    double dxp, dyp, dxs, t1, t2, t3, yl;\n\n    e = el->ELedge;\n    topsite = e->reg[1];\n    right_of_site = p->x > topsite->coord.x;\n    if (right_of_site && el->ELpm == le)\n\treturn (1);\n    if (!right_of_site && el->ELpm == re)\n\treturn (0);\n\n    if (e->a == 1.0) {\n\tdyp = p->y - topsite->coord.y;\n\tdxp = p->x - topsite->coord.x;\n\tfast = 0;\n\tif ((!right_of_site & (e->b < 0.0)) |\n\t    (right_of_site & (e->b >= 0.0))) {\n\t    above = dyp >= e->b * dxp;\n\t    fast = above;\n\t} else {\n\t    above = p->x + p->y * e->b > e->c;\n\t    if (e->b < 0.0)\n\t\tabove = !above;\n\t    if (!above)\n\t\tfast = 1;\n\t};\n\tif (!fast) {\n\t    dxs = topsite->coord.x - (e->reg[0])->coord.x;\n\t    above = e->b * (dxp * dxp - dyp * dyp) <\n\t\tdxs * dyp * (1.0 + 2.0 * dxp / dxs + e->b * e->b);\n\t    if (e->b < 0.0)\n\t\tabove = !above;\n\t};\n    } else {\t\t\t/*e->b==1.0 */\n\tyl = e->c - e->a * p->x;\n\tt1 = p->y - yl;\n\tt2 = p->x - topsite->coord.x;\n\tt3 = yl - topsite->coord.y;\n\tabove = t1 * t1 > t2 * t2 + t3 * t3;\n    };\n    return (el->ELpm == le ? above : !above);\n}\n\nHalfedge *HEcreate(Edge * e, char pm)\n{\n    Halfedge *answer;\n    answer = (Halfedge *) getfree(&hfl);\n    answer->ELedge = e;\n    answer->ELpm = pm;\n    answer->PQnext = (Halfedge *) NULL;\n    answer->vertex = (Site *) NULL;\n    answer->ELrefcnt = 0;\n    return (answer);\n}\n\n\nvoid ELinsert(Halfedge * lb, Halfedge * new)\n{\n    new->ELleft = lb;\n    new->ELright = lb->ELright;\n    (lb->ELright)->ELleft = new;\n    lb->ELright = new;\n}\n\n/* Get entry from hash table, pruning any deleted nodes */\nstatic Halfedge *ELgethash(int b)\n{\n    Halfedge *he;\n\n    if (b < 0 || b >= ELhashsize)\n\treturn ((Halfedge *) NULL);\n    he = ELhash[b];\n    if (he == (Halfedge *) NULL || he->ELedge != (Edge *) DELETED)\n\treturn (he);\n\n/* Hash table points to deleted half edge.  Patch as necessary. */\n    ELhash[b] = (Halfedge *) NULL;\n    if ((he->ELrefcnt -= 1) == 0)\n\tmakefree(he, &hfl);\n    return ((Halfedge *) NULL);\n}\n\nHalfedge *ELleftbnd(Point * p)\n{\n    int i, bucket;\n    Halfedge *he;\n\n/* Use hash table to get close to desired halfedge */\n    bucket = (p->x - xmin) / deltax * ELhashsize;\n    if (bucket < 0)\n\tbucket = 0;\n    if (bucket >= ELhashsize)\n\tbucket = ELhashsize - 1;\n    he = ELgethash(bucket);\n    if (he == (Halfedge *) NULL) {\n\tfor (i = 1; 1; i += 1) {\n\t    if ((he = ELgethash(bucket - i)) != (Halfedge *) NULL)\n\t\tbreak;\n\t    if ((he = ELgethash(bucket + i)) != (Halfedge *) NULL)\n\t\tbreak;\n\t};\n\ttotalsearch += i;\n    };\n    ntry += 1;\n/* Now search linear list of halfedges for the corect one */\n    if (he == ELleftend || (he != ELrightend && right_of(he, p))) {\n\tdo {\n\t    he = he->ELright;\n\t} while (he != ELrightend && right_of(he, p));\n\the = he->ELleft;\n    } else\n\tdo {\n\t    he = he->ELleft;\n\t} while (he != ELleftend && !right_of(he, p));\n\n/* Update hash table and reference counts */\n    if (bucket > 0 && bucket < ELhashsize - 1) {\n\tif (ELhash[bucket] != (Halfedge *) NULL)\n\t    ELhash[bucket]->ELrefcnt -= 1;\n\tELhash[bucket] = he;\n\tELhash[bucket]->ELrefcnt += 1;\n    };\n    return (he);\n}\n\n\n/* This delete routine can't reclaim node, since pointers from hash\n   table may be present.   */\nvoid ELdelete(Halfedge * he)\n{\n    (he->ELleft)->ELright = he->ELright;\n    (he->ELright)->ELleft = he->ELleft;\n    he->ELedge = (Edge *) DELETED;\n}\n\n\nHalfedge *ELright(Halfedge * he)\n{\n    return (he->ELright);\n}\n\nHalfedge *ELleft(Halfedge * he)\n{\n    return (he->ELleft);\n}\n\n\nSite *leftreg(Halfedge * he)\n{\n    if (he->ELedge == (Edge *) NULL)\n\treturn (bottomsite);\n    return (he->ELpm == le ? he->ELedge->reg[le] : he->ELedge->reg[re]);\n}\n\nSite *rightreg(Halfedge * he)\n{\n    if (he->ELedge == (Edge *) NULL)\n\treturn (bottomsite);\n    return (he->ELpm == le ? he->ELedge->reg[re] : he->ELedge->reg[le]);\n}\n"
  },
  {
    "path": "experimental/neatogen/hedges.h",
    "content": "/* $Id: hedges.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef HEDGES_H\n#define HEDGES_H\n\n#include \"site.h\"\n#include \"edges.h\"\n\n    typedef struct Halfedge {\n\tstruct Halfedge *ELleft, *ELright;\n\tEdge *ELedge;\n\tint ELrefcnt;\n\tchar ELpm;\n\tSite *vertex;\n\tdouble ystar;\n\tstruct Halfedge *PQnext;\n    } Halfedge;\n\n    extern Halfedge *ELleftend, *ELrightend;\n\n    extern void ELinitialize(void);\n    extern void ELcleanup(void);\n    extern int right_of(Halfedge *, Point *);\n    extern Site *hintersect(Halfedge *, Halfedge *);\n    extern Halfedge *HEcreate(Edge *, char);\n    extern void ELinsert(Halfedge *, Halfedge *);\n    extern Halfedge *ELleftbnd(Point *);\n    extern void ELdelete(Halfedge *);\n    extern Halfedge *ELleft(Halfedge *), *ELright(Halfedge *);\n    extern Halfedge *ELleftbnd(Point *);\n    extern Site *leftreg(Halfedge *), *rightreg(Halfedge *);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/info.c",
    "content": "/* $Id: info.c,v 1.1.1.1 2004/12/23 04:05:12 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"neato.h\"\n#include <stdio.h>\n#include \"mem.h\"\n#include \"info.h\"\n\n\nInfo_t *nodeInfo;\t\t/* Array of node info */\nstatic Freelist pfl;\n\nvoid infoinit()\n{\n    freeinit(&pfl, sizeof(PtItem));\n}\n\n/* compare:\n * returns -1 if p < q\n *          0 if p = q\n *          1 if p > q\n * if q if NULL, returns -1\n * Ordering is by angle from -pi/2 to 3pi/4.\n * For equal angles (which should not happen in our context)\n * ordering is by closeness to origin.\n */\nstatic int compare(Point * o, PtItem * p, PtItem * q)\n{\n    double x0;\n    double y0;\n    double x1;\n    double y1;\n    double a, b;\n\n    if (q == NULL)\n\treturn -1;\n    if ((p->p.x == q->p.x) && (p->p.y == q->p.y))\n\treturn 0;\n\n    x0 = ((double) (p->p.x)) - ((double) (o->x));\n    y0 = ((double) (p->p.y)) - ((double) (o->y));\n    x1 = ((double) (q->p.x)) - ((double) (o->x));\n    y1 = ((double) (q->p.y)) - ((double) (o->y));\n    if (x0 >= 0.0) {\n\tif (x1 < 0.0)\n\t    return -1;\n\telse if (x0 > 0.0) {\n\t    if (x1 > 0.0) {\n\t\ta = y1 / x1;\n\t\tb = y0 / x0;\n\t\tif (b < a)\n\t\t    return -1;\n\t\telse if (b > a)\n\t\t    return 1;\n\t\telse if (x0 < x1)\n\t\t    return -1;\n\t\telse\n\t\t    return 1;\n\t    } else {\t\t/* x1 == 0.0 */\n\t\tif (y1 > 0.0)\n\t\t    return -1;\n\t\telse\n\t\t    return 1;\n\t    }\n\t} else {\t\t/* x0 == 0.0 */\n\t    if (x1 > 0.0) {\n\t\tif (y0 <= 0.0)\n\t\t    return -1;\n\t\telse\n\t\t    return 1;\n\t    } else {\t\t/* x1 == 0.0 */\n\t\tif (y0 < y1) {\n\t\t    if (y1 <= 0.0)\n\t\t\treturn 1;\n\t\t    else\n\t\t\treturn -1;\n\t\t} else {\n\t\t    if (y0 <= 0.0)\n\t\t\treturn -1;\n\t\t    else\n\t\t\treturn 1;\n\t\t}\n\t    }\n\t}\n    } else {\n\tif (x1 >= 0.0)\n\t    return 1;\n\telse {\n\t    a = y1 / x1;\n\t    b = y0 / x0;\n\t    if (b < a)\n\t\treturn -1;\n\t    else if (b > a)\n\t\treturn 1;\n\t    else if (x0 > x1)\n\t\treturn -1;\n\t    else\n\t\treturn 1;\n\t}\n    }\n}\n\n#if 0\t\t\t\t/* not used */\nstatic void printV(PtItem * vp)\n{\n    if (vp == NULL) {\n\tfprintf(stderr, \"<empty>\\n\");\n\treturn;\n    }\n\n    while (vp != NULL) {\n\tfprintf(stderr, \"(%.16f,%.16f)\\n\", vp->p.x, vp->p.y);\n\tvp = vp->next;\n    }\n}\n\nstatic void error(Info_t * ip, Site * s, double x, double y)\n{\n    fprintf(stderr,\n\t    \"Unsorted vertex list for site %d (%.16f,%.16f), pt (%f,%f)\\n\",\n\t    s->sitenbr, s->coord.x, s->coord.y, x, y);\n    printV(ip->verts);\n}\n#endif\n\n#if 0\t\t\t\t/* not used */\nstatic int sorted(Point * origin, PtItem * vp)\n{\n    PtItem *next;\n\n    if (vp == NULL)\n\treturn 1;\n    next = vp->next;\n\n    while (next != NULL) {\n\tif (compare(origin, vp, next) <= 0) {\n\t    vp = next;\n\t    next = next->next;\n\t} else {\n\t    fprintf(stderr, \"(%.16f,%.16f) > (%.16f,%.16f)\\n\",\n\t\t    vp->p.x, vp->p.y, next->p.x, next->p.y);\n\t    return 0;\n\t}\n    }\n\n    return 1;\n\n}\n#endif\n\nvoid addVertex(Site * s, double x, double y)\n{\n    Info_t *ip;\n    PtItem *p;\n    PtItem *curr;\n    PtItem *prev;\n    Point *origin = &(s->coord);\n    PtItem tmp;\n    int cmp;\n\n    ip = nodeInfo + (s->sitenbr);\n    curr = ip->verts;\n\n    tmp.p.x = x;\n    tmp.p.y = y;\n\n    cmp = compare(origin, &tmp, curr);\n    if (cmp == 0)\n\treturn;\n    else if (cmp < 0) {\n\tp = (PtItem *) getfree(&pfl);\n\tp->p.x = x;\n\tp->p.y = y;\n\tp->next = curr;\n\tip->verts = p;\n\treturn;\n    }\n\n    prev = curr;\n    curr = curr->next;\n    while ((cmp = compare(origin, &tmp, curr)) > 0) {\n\tprev = curr;\n\tcurr = curr->next;\n    }\n    if (cmp == 0)\n\treturn;\n    p = (PtItem *) getfree(&pfl);\n    p->p.x = x;\n    p->p.y = y;\n    prev->next = p;\n    p->next = curr;\n\n    /* This test should be unnecessary */\n    /* if (!sorted(origin,ip->verts))  */\n    /* error (ip,s,x,y); */\n\n}\n"
  },
  {
    "path": "experimental/neatogen/info.h",
    "content": "/* $Id: info.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef INFO_H\n#define INFO_H\n\n#include \"voronoi.h\"\n#include \"poly.h\"\n#include \"graph.h\"\n\n    typedef struct ptitem {\t/* Point list */\n\tstruct ptitem *next;\n\tPoint p;\n    } PtItem;\n\n    typedef struct {\t\t/* Info concerning site */\n\tAgnode_t *node;\t\t/* libgraph node */\n\tSite site;\t\t/* site used by voronoi code */\n\tint overlaps;\t\t/* true if node overlaps other nodes */\n\tPoly poly;\t\t/* polygon at node */\n\tPtItem *verts;\t\t/* sorted list of vertices of */\n\t/* voronoi polygon */\n    } Info_t;\n\n    extern Info_t *nodeInfo;\t/* Array of node info */\n\n    extern void infoinit(void);\n    /* Insert vertex into sorted list */\n    extern void addVertex(Site *, double, double);\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/intersect.c",
    "content": "/* $Id: intersect.c,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"neato.h\"\n#include \"simple.h\"\n\n/* find the sign of the area of each of the triangles\n    formed by adding a vertex of m to l  \n    also find the sign of their product  */\nstatic void sgnarea(struct vertex *l, struct vertex *m, int i[])\n{\n    double a, b, c, d, e, f, g, h, t;\n    a = l->pos.x;\n    b = l->pos.y;\n    c = after(l)->pos.x - a;\n    d = after(l)->pos.y - b;\n    e = m->pos.x - a;\n    f = m->pos.y - b;\n    g = after(m)->pos.x - a;\n    h = after(m)->pos.y - b;\n    t = (c * f) - (d * e);\n    i[0] = ((t == 0) ? 0 : (t > 0 ? 1 : -1));\n    t = (c * h) - (d * g);\n    i[1] = ((t == 0) ? 0 : (t > 0 ? 1 : -1));\n    i[2] = i[0] * i[1];\n}\n\n/* determine if g lies between f and h      */\nstatic int between(double f, double g, double h)\n{\n    if ((f == g) || (g == h))\n\treturn (0);\n    return ((f < g) ? (g < h ? 1 : -1) : (h < g ? 1 : -1));\n}\n\n/* determine if vertex i of line m is on line l     */\nstatic int online(struct vertex *l, struct vertex *m, int i)\n{\n    struct position a, b, c;\n    a = l->pos;\n    b = after(l)->pos;\n    c = (i == 0) ? m->pos : after(m)->pos;\n    return ((a.x == b.x) ? ((a.x == c.x)\n\t\t\t    && (-1 !=\n\t\t\t\tbetween(a.y, c.y, b.y))) : between(a.x,\n\t\t\t\t\t\t\t\t   c.x,\n\t\t\t\t\t\t\t\t   b.x));\n}\n\n/* determine point of detected intersections  */\nstatic int intpoint(struct vertex *l, struct vertex *m, double *x, double *y, int cond)\n{\n    struct position ls, le, ms, me, pt1, pt2;\n    double m1, m2, c1, c2;\n\n    if (cond <= 0)\n\treturn (0);\n    ls = l->pos;\n    le = after(l)->pos;\n    ms = m->pos;\n    me = after(m)->pos;\n\n    switch (cond) {\n\n    case 3:\t\t\t/* a simple intersection        */\n\tif (ls.x == le.x) {\n\t    *x = ls.x;\n\t    *y = me.y + SLOPE(ms, me) * (*x - me.x);\n\t} else if (ms.x == me.x) {\n\t    *x = ms.x;\n\t    *y = le.y + SLOPE(ls, le) * (*x - le.x);\n\t} else {\n\t    m1 = SLOPE(ms, me);\n\t    m2 = SLOPE(ls, le);\n\t    c1 = ms.y - (m1 * ms.x);\n\t    c2 = ls.y - (m2 * ls.x);\n\t    *x = (c2 - c1) / (m1 - m2);\n\t    *y = ((m1 * c2) - (c1 * m2)) / (m1 - m2);\n\t}\n\tbreak;\n\n    case 2:\t\t\t/*     the two lines  have a common segment  */\n\tif (online(l, m, 0) == -1) {\t/* ms between ls and le */\n\t    pt1 = ms;\n\t    pt2 =\n\t\t(online(m, l, 1) ==\n\t\t -1) ? ((online(m, l, 0) == -1) ? le : ls) : me;\n\t} else if (online(l, m, 1) == -1) {\t/* me between ls and le */\n\t    pt1 = me;\n\t    pt2 =\n\t\t(online(l, m, 0) ==\n\t\t -1) ? ((online(m, l, 0) == -1) ? le : ls) : ms;\n\t} else {\n\t    /* may be degenerate? */\n\t    if (online(m, l, 0) != -1)\n\t\treturn 0;\n\t    pt1 = ls;\n\t    pt2 = le;\n\t}\n\n\t*x = (pt1.x + pt2.x) / 2;\n\t*y = (pt1.y + pt2.y) / 2;\n\tbreak;\n\n    case 1:\t\t\t/* a vertex of line m is on line l */\n\tif ((ls.x - le.x) * (ms.y - ls.y) == (ls.y - le.y) * (ms.x - ls.x)) {\n\t    *x = ms.x;\n\t    *y = ms.y;\n\t} else {\n\t    *x = me.x;\n\t    *y = me.y;\n\t}\n    }\t\t\t\t/* end switch  */\n    return (1);\n}\n\n/*detect whether lines l and m intersect      */\nvoid find_intersection(struct vertex *l,\n\t\t  struct vertex *m,\n\t\t  struct intersection ilist[], struct data *input)\n{\n    double x, y;\n    int i[3];\n    sgnarea(l, m, i);\n\n    if (i[2] > 0)\n\treturn;\n\n    if (i[2] < 0) {\n\tsgnarea(m, l, i);\n\tif (i[2] > 0)\n\t    return;\n\tif (!intpoint\n\t    (l, m, &x, &y, (i[2] < 0) ? 3 : online(m, l, ABS(i[0]))))\n\t    return;\n    }\n\n    else if (!intpoint(l, m, &x, &y, (i[0] == i[1]) ?\n\t\t       2 * MAX(online(l, m, 0),\n\t\t\t       online(l, m, 1)) : online(l, m, ABS(i[0]))))\n\treturn;\n\n    if (input->ninters >= MAXINTS) {\n\tagerr(AGERR, \"using too many intersections\\n\");\n\texit(1);\n    }\n\n    ilist[input->ninters].firstv = l;\n    ilist[input->ninters].secondv = m;\n    ilist[input->ninters].firstp = l->poly;\n    ilist[input->ninters].secondp = m->poly;\n    ilist[input->ninters].x = x;\n    ilist[input->ninters].y = y;\n    input->ninters++;\n}\n"
  },
  {
    "path": "experimental/neatogen/kkutils.c",
    "content": "/* $Id: kkutils.c,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"bfs.h\"\n#include \"dijkstra.h\"\n#include \"kkutils.h\"\n#include <stdlib.h>\n#include <math.h>\n\nint common_neighbors(vtx_data * graph, int v, int u, int *v_vector)\n{\n    /* count number of common neighbors of 'v' and 'u' */\n    int neighbor;\n    int num_shared_neighbors = 0;\n    int j;\n    for (j = 1; j < graph[u].nedges; j++) {\n\tneighbor = graph[u].edges[j];\n\tif (v_vector[neighbor] > 0) {\n\t    /* a shared neighobr */\n\t    num_shared_neighbors++;\n\t}\n    }\n    return num_shared_neighbors;\n}\nvoid fill_neighbors_vec_unweighted(vtx_data * graph, int vtx, int *vtx_vec)\n{\n    /* a node is NOT a neighbor of itself! */\n    /* unlike the other version of this function */\n    int j;\n    for (j = 1; j < graph[vtx].nedges; j++) {\n\tvtx_vec[graph[vtx].edges[j]] = 1;\n    }\n}\n\nvoid empty_neighbors_vec(vtx_data * graph, int vtx, int *vtx_vec)\n{\n    int j;\n    /* a node is NOT a neighbor of itself! */\n    /* unlike the other version ofthis function */\n    for (j = 1; j < graph[vtx].nedges; j++) {\n\tvtx_vec[graph[vtx].edges[j]] = 0;\n    }\n}\n\n/* compute_apsp_dijkstra:\n * Assumes the graph has weights\n */\nstatic DistType **compute_apsp_dijkstra(vtx_data * graph, int n)\n{\n    int i;\n    DistType *storage;\n    DistType **dij;\n\n    storage = N_GNEW(n * n, DistType);\n    dij = N_GNEW(n, DistType *);\n    for (i = 0; i < n; i++)\n\tdij[i] = storage + i * n;\n\n    for (i = 0; i < n; i++) {\n\tdijkstra(i, graph, n, dij[i]);\n    }\n    return dij;\n}\n\nstatic DistType **compute_apsp_simple(vtx_data * graph, int n)\n{\n    /* compute all pairs shortest path */\n    /* for unweighted graph */\n    int i;\n    DistType *storage = N_GNEW(n * n, int);\n    DistType **dij;\n    Queue Q;\n\n    dij = N_GNEW(n, DistType *);\n    for (i = 0; i < n; i++) {\n\tdij[i] = storage + i * n;\n    }\n    mkQueue(&Q, n);\n    for (i = 0; i < n; i++) {\n\tbfs(i, graph, n, dij[i], &Q);\n    }\n    freeQueue(&Q);\n    return dij;\n}\n\nDistType **compute_apsp(vtx_data * graph, int n)\n{\n    if (graph->ewgts)\n\treturn compute_apsp_dijkstra(graph, n);\n    else\n\treturn compute_apsp_simple(graph, n);\n}\n\nDistType **compute_apsp_artifical_weights(vtx_data * graph, int n)\n{\n    DistType **Dij;\n    /* compute all-pairs-shortest-path-length while weighting the graph */\n    /* so high-degree nodes are distantly located */\n\n    float *old_weights = graph[0].ewgts;\n\n    compute_new_weights(graph, n);\n    Dij = compute_apsp_dijkstra(graph, n);\n    restore_old_weights(graph, n, old_weights);\n    return Dij;\n}\n\n\n/**********************/\n/*\t\t\t\t      */\n/*  Quick Sort        */\n/*\t\t\t\t      */\n/**********************/\n\nstatic void\nsplit_by_place(double *place, int *nodes, int first, int last, int *middle)\n{\n    unsigned int splitter =\n\trand() * ((unsigned) (last - first)) / RAND_MAX + (unsigned) first;\n    int val;\n    double place_val;\n    int left = first + 1;\n    int right = last;\n    int temp;\n\n    val = nodes[splitter];\n    nodes[splitter] = nodes[first];\n    nodes[first] = val;\n    place_val = place[val];\n\n    while (left < right) {\n\twhile (left < right && place[nodes[left]] <= place_val)\n\t    left++;\n\twhile (left < right && place[nodes[right]] >= place_val)\n\t    right--;\n\tif (left < right) {\n\t    temp = nodes[left];\n\t    nodes[left] = nodes[right];\n\t    nodes[right] = temp;\n\t    left++;\n\t    right--;\t\t/* (1) */\n\n\t}\n    }\n    /* in this point either, left==right (meeting), or left=right+1 (because of (1)) */\n    /* we have to decide to which part the meeting point (or left) belongs. */\n    if (place[nodes[left]] > place_val)\n\tleft = left - 1;\t/* notice that always left>first, because of its initialization */\n    *middle = left;\n    nodes[first] = nodes[*middle];\n    nodes[*middle] = val;\n}\n\ndouble distance_kD(double **coords, int dim, int i, int j)\n{\n    /* compute a k-D Euclidean distance between 'coords[*][i]' and 'coords[*][j]' */\n    double sum = 0;\n    int k;\n    for (k = 0; k < dim; k++) {\n\tsum +=\n\t    (coords[k][i] - coords[k][j]) * (coords[k][i] - coords[k][j]);\n    }\n    return sqrt(sum);\n}\n\nstatic float* fvals;\nstatic int\nfcmpf (int* ip1, int* ip2)\n{\n    float d1 = fvals[*ip1];\n    float d2 = fvals[*ip2];\n    if (d1 < d2) return -1;\n    else if (d1 > d2) return 1;\n    else return 0;\n}\n\nvoid quicksort_placef(float *place, int *ordering, int first, int last)\n{\n    if (first < last) {\n\tfvals = place;\n\tqsort(ordering+first, last-first+1, sizeof(ordering[0]), (qsort_cmpf)fcmpf);\n    }\n}\n\n/* quicksort_place:\n * For now, we keep the current implementation for stability, but\n * we should consider replacing this with an implementation similar to\n * quicksort_placef above.\n */\nvoid quicksort_place(double *place, int *ordering, int first, int last)\n{\n    if (first < last) {\n\tint middle;\n#ifdef __cplusplus\n\tsplit_by_place(place, ordering, first, last, middle);\n#else\n\tsplit_by_place(place, ordering, first, last, &middle);\n#endif\n\tquicksort_place(place, ordering, first, middle - 1);\n\tquicksort_place(place, ordering, middle + 1, last);\n    }\n}\n\nvoid compute_new_weights(vtx_data * graph, int n)\n{\n    /* Reweight graph so that high degree nodes will be separated */\n\n    int i, j;\n    int nedges = 0;\n    float *weights;\n    int *vtx_vec = N_GNEW(n, int);\n    int deg_i, deg_j, neighbor;\n\n    for (i = 0; i < n; i++) {\n\tnedges += graph[i].nedges;\n    }\n    weights = N_GNEW(nedges, float);\n\n    for (i = 0; i < n; i++) {\n\tvtx_vec[i] = 0;\n    }\n\n    for (i = 0; i < n; i++) {\n\tgraph[i].ewgts = weights;\n\tfill_neighbors_vec_unweighted(graph, i, vtx_vec);\n\tdeg_i = graph[i].nedges - 1;\n\tfor (j = 1; j <= deg_i; j++) {\n\t    neighbor = graph[i].edges[j];\n\t    deg_j = graph[neighbor].nedges - 1;\n\t    weights[j] =\n\t\t(float) (deg_i + deg_j -\n\t\t\t 2 * common_neighbors(graph, i, neighbor,\n\t\t\t\t\t      vtx_vec));\n\t}\n\tempty_neighbors_vec(graph, i, vtx_vec);\n\tweights += graph[i].nedges;\n    }\n    free(vtx_vec);\n}\n\nvoid restore_old_weights(vtx_data * graph, int n, float *old_weights)\n{\n    int i;\n    free(graph[0].ewgts);\n    graph[0].ewgts = NULL;\n    if (old_weights != NULL) {\n\tfor (i = 0; i < n; i++) {\n\t    graph[i].ewgts = old_weights;\n\t    old_weights += graph[i].nedges;\n\t}\n    }\n}\n"
  },
  {
    "path": "experimental/neatogen/kkutils.h",
    "content": "/* $Id: kkutils.h,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef KKUTILS_H_\n#define KKUTILS_H_\n\n#include \"defs.h\"\n\n#ifdef __cplusplus\n\n    inline double distance_kD(double **coords, int dim, int i, int j) {\n\t/* compute a k-D Euclidean distance between 'coords[*][i]' and 'coords[*][j]' */\n\tdouble sum = 0;\n\tfor (int k = 0; k < dim; k++) {\n\t    sum +=\n\t\t(coords[k][i] - coords[k][j]) * (coords[k][i] -\n\t\t\t\t\t\t coords[k][j]);\n\t} return sqrt(sum);\n    }\n    void compute_apsp(vtx_data * graph, int n, DistType ** (&Dij));\n    void compute_apsp_artifical_weights(vtx_data * graph, int n,\n\t\t\t\t\tDistType ** (&Dij));\n\n    void quicksort_place(double *place, int *ordering, int first, int last);\n    void free_graph(vtx_data * (&graph));\n#else\n    extern void fill_neighbors_vec_unweighted(vtx_data *, int vtx,\n\t\t\t\t\t      int *vtx_vec);\n    extern int common_neighbors(vtx_data *, int v, int u, int *);\n    extern void empty_neighbors_vec(vtx_data * graph, int vtx,\n\t\t\t\t    int *vtx_vec);\n    extern DistType **compute_apsp(vtx_data *, int);\n    extern DistType **compute_apsp_artifical_weights(vtx_data *, int);\n    extern double distance_kD(double **, int, int, int);\n    extern void quicksort_place(double *, int *, int, int);\n    extern void quicksort_placef(float *, int *, int, int);\n    extern void compute_new_weights(vtx_data * graph, int n);\n    extern void restore_old_weights(vtx_data * graph, int n,\n\t\t\t\t    float *old_weights);\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/legal.c",
    "content": "/* $Id: legal.c,v 1.2 2005/02/17 15:34:31 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"neato.h\"\n#include \"simple.h\"\n\n\nextern void\nfind_ints(struct vertex vertex_list[],\n\t  struct polygon polygon_list[],\n\t  struct data *input, struct intersection ilist[]);\nint Plegal_arrangement(Ppoly_t ** polys, int n_polys)\n{\n\n    int i, j, vno, nverts, rv;\n\n    struct vertex *vertex_list;\n    struct polygon *polygon_list;\n    struct data input;\n    struct intersection ilist[MAXINTS];\n\n    polygon_list = N_GNEW(n_polys, struct polygon);\n\n    for (i = nverts = 0; i < n_polys; i++)\n\tnverts += polys[i]->pn;\n\n    vertex_list = N_GNEW(nverts, struct vertex);\n\n    for (i = vno = 0; i < n_polys; i++) {\n\tpolygon_list[i].start = &vertex_list[vno];\n\tfor (j = 0; j < polys[i]->pn; j++) {\n\t    vertex_list[vno].pos.x = polys[i]->ps[j].x;\n\t    vertex_list[vno].pos.y = polys[i]->ps[j].y;\n\t    vertex_list[vno].poly = &polygon_list[i];\n\t    vertex_list[vno].active = 0;\n\t    vno++;\n\t}\n\tpolygon_list[i].finish = &vertex_list[vno - 1];\n    }\n\n    input.nvertices = nverts;\n    input.npolygons = n_polys;\n\n    find_ints(vertex_list, polygon_list, &input, ilist);\n\n\n#define EQ_PT(v,w) (((v).x == (w).x) && ((v).y == (w).y))\n    rv = 1;\n    {\n\tint i;\n\tstruct position vft, vsd, avft, avsd;\n\tfor (i = 0; i < input.ninters; i++) {\n\t    vft = ilist[i].firstv->pos;\n\t    avft = after(ilist[i].firstv)->pos;\n\t    vsd = ilist[i].secondv->pos;\n\t    avsd = after(ilist[i].secondv)->pos;\n\t    if (((vft.x != avft.x) && (vsd.x != avsd.x)) ||\n\t\t((vft.x == avft.x) &&\n\t\t !EQ_PT(vft, ilist[i]) &&\n\t\t !EQ_PT(avft, ilist[i])) ||\n\t\t((vsd.x == avsd.x) &&\n\t\t !EQ_PT(vsd, ilist[i]) && !EQ_PT(avsd, ilist[i]))) {\n\t\trv = 0;\n\t\tif (Verbose > 1) {\n\t\t    fprintf(stderr, \"\\nintersection %d at %.3f %.3f\\n\",\n\t\t\t    i, ilist[i].x, ilist[i].y);\n\t\t    fprintf(stderr, \"seg#1 : (%.3f, %.3f) (%.3f, %.3f)\\n\",\n\t\t\t    (double) (ilist[i].firstv->pos.x)\n\t\t\t    , (double) (ilist[i].firstv->pos.y)\n\t\t\t    , (double) (after(ilist[i].firstv)->pos.x)\n\t\t\t    , (double) (after(ilist[i].firstv)->pos.y));\n\t\t    fprintf(stderr, \"seg#2 : (%.3f, %.3f) (%.3f, %.3f)\\n\",\n\t\t\t    (double) (ilist[i].secondv->pos.x)\n\t\t\t    , (double) (ilist[i].secondv->pos.y)\n\t\t\t    , (double) (after(ilist[i].secondv)->pos.x)\n\t\t\t    , (double) (after(ilist[i].secondv)->pos.y));\n\t\t}\n\t    }\n\t}\n    }\n    free(polygon_list);\n    free(vertex_list);\n    return rv;\n}\n"
  },
  {
    "path": "experimental/neatogen/lu.c",
    "content": "/* $Id: lu.c,v 1.2 2005/02/23 18:58:12 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n/*\n * This code was (mostly) written by Ken Turkowski, who said:\n *\n * Oh, that. I wrote it in college the first time. It's open source - I think I\n * posted it after seeing so many people solve equations by inverting matrices\n * by computing minors naïvely.\n * -Ken\n *\n * The views represented here are mine and are not necessarily shared by\n * my employer.\n   \tKen Turkowski\t\t\tturk@apple.com\n\tImmersive Media Technologist \thttp://www.worldserver.com/turk/\n\tApple Computer, Inc.\n\t1 Infinite Loop, MS 302-3VR\n\tCupertino, CA 95014\n */\n\n\n\n/* This module solves linear equations in several variables (Ax = b) using\n * LU decomposition with partial pivoting and row equilibration.  Although\n * slightly more work than Gaussian elimination, it is faster for solving\n * several equations using the same coefficient matrix.  It is\n * particularly useful for matrix inversion, by sequentially solving the\n * equations with the columns of the unit matrix.\n *\n * lu_decompose() decomposes the coefficient matrix into the LU matrix,\n * and lu_solve() solves the series of matrix equations using the\n * previous LU decomposition.\n *\n *\tKen Turkowski (apple!turk)\n *\twritten 3/2/79, revised and enhanced 8/9/83.\n */\n\n#include <math.h>\n#include <neato.h>\n\nstatic double *scales;\nstatic double **lu;\nstatic int *ps;\n\n/* lu_decompose() decomposes the coefficient matrix A into upper and lower\n * triangular matrices, the composite being the LU matrix.\n *\n * The arguments are:\n *\n *\ta - the (n x n) coefficient matrix\n *\tn - the order of the matrix\n *\n *  1 is returned if the decomposition was successful,\n *  and 0 is returned if the coefficient matrix is singular.\n */\n\nint lu_decompose(double **a, int n)\n{\n    register int i, j, k;\n    int pivotindex = 0;\n    double pivot, biggest, mult, tempf;\n\n    if (lu)\n\tfree_array(lu);\n    lu = new_array(n, n, 0.0);\n    if (ps)\n\tfree(ps);\n    ps = N_NEW(n, int);\n    if (scales)\n\tfree(scales);\n    scales = N_NEW(n, double);\n\n    for (i = 0; i < n; i++) {\t/* For each row */\n\t/* Find the largest element in each row for row equilibration */\n\tbiggest = 0.0;\n\tfor (j = 0; j < n; j++)\n\t    if (biggest < (tempf = fabs(lu[i][j] = a[i][j])))\n\t\tbiggest = tempf;\n\tif (biggest != 0.0)\n\t    scales[i] = 1.0 / biggest;\n\telse {\n\t    scales[i] = 0.0;\n\t    return (0);\t\t/* Zero row: singular matrix */\n\t}\n\tps[i] = i;\t\t/* Initialize pivot sequence */\n    }\n\n    for (k = 0; k < n - 1; k++) {\t/* For each column */\n\t/* Find the largest element in each column to pivot around */\n\tbiggest = 0.0;\n\tfor (i = k; i < n; i++) {\n\t    if (biggest < (tempf = fabs(lu[ps[i]][k]) * scales[ps[i]])) {\n\t\tbiggest = tempf;\n\t\tpivotindex = i;\n\t    }\n\t}\n\tif (biggest == 0.0)\n\t    return (0);\t\t/* Zero column: singular matrix */\n\tif (pivotindex != k) {\t/* Update pivot sequence */\n\t    j = ps[k];\n\t    ps[k] = ps[pivotindex];\n\t    ps[pivotindex] = j;\n\t}\n\n\t/* Pivot, eliminating an extra variable  each time */\n\tpivot = lu[ps[k]][k];\n\tfor (i = k + 1; i < n; i++) {\n\t    lu[ps[i]][k] = mult = lu[ps[i]][k] / pivot;\n\t    if (mult != 0.0) {\n\t\tfor (j = k + 1; j < n; j++)\n\t\t    lu[ps[i]][j] -= mult * lu[ps[k]][j];\n\t    }\n\t}\n    }\n\n    if (lu[ps[n - 1]][n - 1] == 0.0)\n\treturn (0);\t\t/* Singular matrix */\n    return (1);\n}\n\n/* lu_solve() solves the linear equation (Ax = b) after the matrix A has\n * been decomposed with lu_decompose() into the lower and upper triangular\n * matrices L and U.\n *\n * The arguments are:\n *\n *\tx - the solution vector\n *\tb - the constant vector\n *\tn - the order of the equation\n*/\n\nvoid lu_solve(double *x, double *b, int n)\n{\n    register int i, j;\n    double dot;\n\n    /* Vector reduction using U triangular matrix */\n    for (i = 0; i < n; i++) {\n\tdot = 0.0;\n\tfor (j = 0; j < i; j++)\n\t    dot += lu[ps[i]][j] * x[j];\n\tx[i] = b[ps[i]] - dot;\n    }\n\n    /* Back substitution, in L triangular matrix */\n    for (i = n - 1; i >= 0; i--) {\n\tdot = 0.0;\n\tfor (j = i + 1; j < n; j++)\n\t    dot += lu[ps[i]][j] * x[j];\n\tx[i] = (x[i] - dot) / lu[ps[i]][i];\n    }\n}\n"
  },
  {
    "path": "experimental/neatogen/matinv.c",
    "content": "/* $Id: matinv.c,v 1.1.1.1 2004/12/23 04:05:13 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n/*\n * This code was (mostly) written by Ken Turkowski, who said:\n *\n * Oh, that. I wrote it in college the first time. It's open source - I think I\n * posted it after seeing so many people solve equations by inverting matrices\n * by computing minors naïvely.\n * -Ken\n *\n * The views represented here are mine and are not necessarily shared by\n * my employer.\n   \tKen Turkowski\t\t\tturk@apple.com\n\tImmersive Media Technologist \thttp://www.worldserver.com/turk/\n\tApple Computer, Inc.\n\t1 Infinite Loop, MS 302-3VR\n\tCupertino, CA 95014\n */\n\n/* Matinv() inverts the matrix A using LU decomposition.  Arguments:\n *\tA    - the (n x n) matrix to be inverted\n *\tAinv - the (n x n) inverted matrix\n *\tn    - the order of the matrices A and Ainv\n */\n\n#if _PACKAGE_ast\n#include <ast.h>\n#else\n#endif\n#include <stdlib.h>\n#include <render.h>\nextern int lu_decompose(double **a, int n);\nextern void lu_solve(double *x, double *b, int n);\n\nint matinv(double **A, double **Ainv, int n)\n{\n    register int i, j;\n    double *b, temp;\n\n    /* Decompose matrix into L and U triangular matrices */\n    if (lu_decompose(A, n) == 0)\n\treturn (0);\t\t/* Singular */\n\n    /* Invert matrix by solving n simultaneous equations n times */\n    b = N_NEW(n, double);\n    for (i = 0; i < n; i++) {\n\tfor (j = 0; j < n; j++)\n\t    b[j] = 0.0;\n\tb[i] = 1.0;\n\tlu_solve(Ainv[i], b, n);\t/* Into a row of Ainv: fix later */\n    }\n    free(b);\n\n    /* Transpose matrix */\n    for (i = 0; i < n; i++) {\n\tfor (j = 0; j < i; j++) {\n\t    temp = Ainv[i][j];\n\t    Ainv[i][j] = Ainv[j][i];\n\t    Ainv[j][i] = temp;\n\t}\n    }\n\n    return (1);\n}\n"
  },
  {
    "path": "experimental/neatogen/matrix_ops.c",
    "content": "/* $Id: matrix_ops.c,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"matrix_ops.h\"\n#include <stdlib.h>\n#include <stdio.h>\n#include <math.h>\n\nstatic double p_iteration_threshold = 1e-3;\n\nbool\npower_iteration(double **square_mat, int n, int neigs, double **eigs,\n\t\tdouble *evals, bool initialize)\n{\n    /* compute the 'neigs' top eigenvectors of 'square_mat' using power iteration */\n\n    int i, j;\n    double *tmp_vec = N_GNEW(n, double);\n    double *last_vec = N_GNEW(n, double);\n    double *curr_vector;\n    double len;\n    double angle;\n    double alpha;\n    int iteration = 0;\n    int largest_index;\n    double largest_eval;\n    int Max_iterations = 30 * n;\n\n    double tol = 1 - p_iteration_threshold;\n\n    if (neigs >= n) {\n\tneigs = n;\n    }\n\n    for (i = 0; i < neigs; i++) {\n\tcurr_vector = eigs[i];\n\t/* guess the i-th eigen vector */\n      choose:\n\tif (initialize)\n\t    for (j = 0; j < n; j++)\n\t\tcurr_vector[j] = rand() % 100;\n\t/* orthogonalize against higher eigenvectors */\n\tfor (j = 0; j < i; j++) {\n\t    alpha = -dot(eigs[j], 0, n - 1, curr_vector);\n\t    scadd(curr_vector, 0, n - 1, alpha, eigs[j]);\n\t}\n\tlen = norm(curr_vector, 0, n - 1);\n\tif (len < 1e-10) {\n\t    /* We have chosen a vector colinear with prvious ones */\n\t    goto choose;\n\t}\n\tvecscale(curr_vector, 0, n - 1, 1.0 / len, curr_vector);\n\titeration = 0;\n\tdo {\n\t    iteration++;\n\t    cpvec(last_vec, 0, n - 1, curr_vector);\n\n\t    right_mult_with_vector_d(square_mat, n, n, curr_vector,\n\t\t\t\t     tmp_vec);\n\t    cpvec(curr_vector, 0, n - 1, tmp_vec);\n\n\t    /* orthogonalize against higher eigenvectors */\n\t    for (j = 0; j < i; j++) {\n\t\talpha = -dot(eigs[j], 0, n - 1, curr_vector);\n\t\tscadd(curr_vector, 0, n - 1, alpha, eigs[j]);\n\t    }\n\t    len = norm(curr_vector, 0, n - 1);\n\t    if (len < 1e-10 || iteration > Max_iterations) {\n\t\t/* We have reached the null space (e.vec. associated with e.val. 0) */\n\t\tgoto exit;\n\t    }\n\n\t    vecscale(curr_vector, 0, n - 1, 1.0 / len, curr_vector);\n\t    angle = dot(curr_vector, 0, n - 1, last_vec);\n\t} while (fabs(angle) < tol);\n\tevals[i] = angle * len;\t/* this is the Rayleigh quotient (up to errors due to orthogonalization):\n\t\t\t\t   u*(A*u)/||A*u||)*||A*u||, where u=last_vec, and ||u||=1\n\t\t\t\t */\n    }\n  exit:\n    for (; i < neigs; i++) {\n\t/* compute the smallest eigenvector, which are  */\n\t/* probably associated with eigenvalue 0 and for */\n\t/* which power-iteration is dangerous */\n\tcurr_vector = eigs[i];\n\t/* guess the i-th eigen vector */\n\tfor (j = 0; j < n; j++)\n\t    curr_vector[j] = rand() % 100;\n\t/* orthogonalize against higher eigenvectors */\n\tfor (j = 0; j < i; j++) {\n\t    alpha = -dot(eigs[j], 0, n - 1, curr_vector);\n\t    scadd(curr_vector, 0, n - 1, alpha, eigs[j]);\n\t}\n\tlen = norm(curr_vector, 0, n - 1);\n\tvecscale(curr_vector, 0, n - 1, 1.0 / len, curr_vector);\n\tevals[i] = 0;\n\n    }\n\n\n    /* sort vectors by their evals, for overcoming possible mis-convergence: */\n    for (i = 0; i < neigs - 1; i++) {\n\tlargest_index = i;\n\tlargest_eval = evals[largest_index];\n\tfor (j = i + 1; j < neigs; j++) {\n\t    if (largest_eval < evals[j]) {\n\t\tlargest_index = j;\n\t\tlargest_eval = evals[largest_index];\n\t    }\n\t}\n\tif (largest_index != i) {\t/* exchange eigenvectors: */\n\t    cpvec(tmp_vec, 0, n - 1, eigs[i]);\n\t    cpvec(eigs[i], 0, n - 1, eigs[largest_index]);\n\t    cpvec(eigs[largest_index], 0, n - 1, tmp_vec);\n\n\t    evals[largest_index] = evals[i];\n\t    evals[i] = largest_eval;\n\t}\n    }\n\n    free(tmp_vec);\n    free(last_vec);\n\n    return (iteration <= Max_iterations);\n}\n\n\n\nvoid\nmult_dense_mat(double **A, float **B, int dim1, int dim2, int dim3,\n\t       float ***CC)\n{\n/*\n  A is dim1 x dim2, B is dim2 x dim3, C = A x B \n*/\n\n    double sum;\n    int i, j, k;\n    float *storage;\n    float **C = *CC;\n    if (C != NULL) {\n\tstorage = (float *) realloc(C[0], dim1 * dim3 * sizeof(A[0]));\n\t*CC = C = (float **) realloc(C, dim1 * sizeof(A));\n    } else {\n\tstorage = (float *) malloc(dim1 * dim3 * sizeof(A[0]));\n\t*CC = C = (float **) malloc(dim1 * sizeof(A));\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tC[i] = storage;\n\tstorage += dim3;\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tfor (j = 0; j < dim3; j++) {\n\t    sum = 0;\n\t    for (k = 0; k < dim2; k++) {\n\t\tsum += A[i][k] * B[k][j];\n\t    }\n\t    C[i][j] = (float) (sum);\n\t}\n    }\n}\n\nvoid\nmult_dense_mat_d(double **A, float **B, int dim1, int dim2, int dim3,\n\t\t double ***CC)\n{\n/*\n  A is dim1 x dim2, B is dim2 x dim3, C = A x B \n*/\n    double **C = *CC;\n    double *storage;\n    int i, j, k;\n    double sum;\n\n    if (C != NULL) {\n\tstorage = (double *) realloc(C[0], dim1 * dim3 * sizeof(double));\n\t*CC = C = (double **) realloc(C, dim1 * sizeof(double *));\n    } else {\n\tstorage = (double *) malloc(dim1 * dim3 * sizeof(double));\n\t*CC = C = (double **) malloc(dim1 * sizeof(double *));\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tC[i] = storage;\n\tstorage += dim3;\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tfor (j = 0; j < dim3; j++) {\n\t    sum = 0;\n\t    for (k = 0; k < dim2; k++) {\n\t\tsum += A[i][k] * B[k][j];\n\t    }\n\t    C[i][j] = sum;\n\t}\n    }\n}\n\nvoid\nmult_sparse_dense_mat_transpose(vtx_data * A, double **B, int dim1,\n\t\t\t\tint dim2, float ***CC)\n{\n/*\n  A is dim1 x dim1 and sparse, B is dim2 x dim1, C = A x B \n*/\n\n    float *storage;\n    int i, j, k;\n    double sum;\n    float *ewgts;\n    int *edges;\n    int nedges;\n    float **C = *CC;\n    if (C != NULL) {\n\tstorage = (float *) realloc(C[0], dim1 * dim2 * sizeof(A[0]));\n\t*CC = C = (float **) realloc(C, dim1 * sizeof(A));\n    } else {\n\tstorage = (float *) malloc(dim1 * dim2 * sizeof(A[0]));\n\t*CC = C = (float **) malloc(dim1 * sizeof(A));\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tC[i] = storage;\n\tstorage += dim2;\n    }\n\n    for (i = 0; i < dim1; i++) {\n\tedges = A[i].edges;\n\tewgts = A[i].ewgts;\n\tnedges = A[i].nedges;\n\tfor (j = 0; j < dim2; j++) {\n\t    sum = 0;\n\t    for (k = 0; k < nedges; k++) {\n\t\tsum += ewgts[k] * B[j][edges[k]];\n\t    }\n\t    C[i][j] = (float) (sum);\n\t}\n    }\n}\n\n\n\n/* Copy a range of a double vector to a double vector */\nvoid cpvec(double *copy, int beg, int end, double *vec)\n{\n    int i;\n\n    copy = copy + beg;\n    vec = vec + beg;\n    for (i = end - beg + 1; i; i--) {\n\t*copy++ = *vec++;\n    }\n}\n\n/* Returns scalar product of two double n-vectors. */\ndouble dot(double *vec1, int beg, int end, double *vec2)\n{\n    int i;\n    double sum;\n\n    sum = 0.0;\n    vec1 = vec1 + beg;\n    vec2 = vec2 + beg;\n    for (i = end - beg + 1; i; i--) {\n\tsum += (*vec1++) * (*vec2++);\n    }\n    return (sum);\n}\n\n\n/* Scaled add - fills double vec1 with vec1 + alpha*vec2 over range*/\nvoid scadd(double *vec1, int beg, int end, double fac, double *vec2)\n{\n    int i;\n\n    vec1 = vec1 + beg;\n    vec2 = vec2 + beg;\n    for (i = end - beg + 1; i; i--) {\n\t(*vec1++) += fac * (*vec2++);\n    }\n}\n\n/* Scale - fills vec1 with alpha*vec2 over range, double version */\nvoid vecscale(double *vec1, int beg, int end, double alpha, double *vec2)\n{\n    int i;\n\n    vec1 += beg;\n    vec2 += beg;\n    for (i = end - beg + 1; i; i--) {\n\t(*vec1++) = alpha * (*vec2++);\n    }\n}\n\n/* Returns 2-norm of a double n-vector over range. */\ndouble norm(double *vec, int beg, int end)\n{\n    return (sqrt(dot(vec, beg, end, vec)));\n}\n\n\n#ifndef __cplusplus\n\n/* inline */\nvoid orthog1(int n, double *vec\t/* vector to be orthogonalized against 1 */\n    )\n{\n    int i;\n    double *pntr;\n    double sum;\n\n    sum = 0.0;\n    pntr = vec;\n    for (i = n; i; i--) {\n\tsum += *pntr++;\n    }\n    sum /= n;\n    pntr = vec;\n    for (i = n; i; i--) {\n\t*pntr++ -= sum;\n    }\n}\n\n#define RANGE 500\n\n/* inline */\nvoid init_vec_orth1(int n, double *vec)\n{\n    /* randomly generate a vector orthogonal to 1 (i.e., with mean 0) */\n    int i;\n\n    for (i = 0; i < n; i++)\n\tvec[i] = rand() % RANGE;\n\n    orthog1(n, vec);\n}\n\n/* inline */\nvoid\nright_mult_with_vector(vtx_data * matrix, int n, double *vector,\n\t\t       double *result)\n{\n    int i, j;\n\n    double res;\n    for (i = 0; i < n; i++) {\n\tres = 0;\n\tfor (j = 0; j < matrix[i].nedges; j++)\n\t    res += matrix[i].ewgts[j] * vector[matrix[i].edges[j]];\n\tresult[i] = res;\n    }\n    /* orthog1(n,vector); */\n}\n\n/* inline */\nvoid\nright_mult_with_vector_f(float **matrix, int n, double *vector,\n\t\t\t double *result)\n{\n    int i, j;\n\n    double res;\n    for (i = 0; i < n; i++) {\n\tres = 0;\n\tfor (j = 0; j < n; j++)\n\t    res += matrix[i][j] * vector[j];\n\tresult[i] = res;\n    }\n    /* orthog1(n,vector); */\n}\n\n/* inline */\nvoid\nvectors_subtraction(int n, double *vector1, double *vector2,\n\t\t    double *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = vector1[i] - vector2[i];\n    }\n}\n\n/* inline */\nvoid\nvectors_addition(int n, double *vector1, double *vector2, double *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = vector1[i] + vector2[i];\n    }\n}\n\n#ifdef UNUSED\n/* inline */\nvoid\nvectors_mult_addition(int n, double *vector1, double alpha,\n\t\t      double *vector2)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tvector1[i] = vector1[i] + alpha * vector2[i];\n    }\n}\n#endif\n\n/* inline */\nvoid\nvectors_scalar_mult(int n, double *vector, double alpha, double *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = vector[i] * alpha;\n    }\n}\n\n/* inline */\nvoid copy_vector(int n, double *source, double *dest)\n{\n    int i;\n    for (i = 0; i < n; i++)\n\tdest[i] = source[i];\n}\n\n/* inline */\ndouble vectors_inner_product(int n, double *vector1, double *vector2)\n{\n    int i;\n    double result = 0;\n    for (i = 0; i < n; i++) {\n\tresult += vector1[i] * vector2[i];\n    }\n\n    return result;\n}\n\n/* inline */\ndouble max_abs(int n, double *vector)\n{\n    double max_val = -1e50;\n    int i;\n    for (i = 0; i < n; i++)\n\tif (fabs(vector[i]) > max_val)\n\t    max_val = fabs(vector[i]);\n\n    return max_val;\n}\n\n#ifdef UNUSED\n/* inline */\nvoid orthogvec(int n, double *vec1,\t/* vector to be orthogonalized */\n\t       double *vec2\t/* normalized vector to be orthogonalized against */\n    )\n{\n    double alpha;\n    if (vec2 == NULL) {\n\treturn;\n    }\n\n    alpha = -vectors_inner_product(n, vec1, vec2);\n\n    vectors_mult_addition(n, vec1, alpha, vec2);\n}\n\n /* sparse matrix extensions: */\n\n/* inline */\nvoid mat_mult_vec(vtx_data * L, int n, double *vec, double *result)\n{\n    /* compute result= -L*vec */\n    int i, j;\n    double sum;\n    int *edges;\n    float *ewgts;\n\n    for (i = 0; i < n; i++) {\n\tsum = 0;\n\tedges = L[i].edges;\n\tewgts = L[i].ewgts;\n\tfor (j = 0; j < L[i].nedges; j++) {\n\t    sum -= ewgts[j] * vec[edges[j]];\n\t}\n\tresult[i] = sum;\n    }\n}\n#endif\n\n/* inline */\nvoid\nright_mult_with_vector_transpose(double **matrix,\n\t\t\t\t int dim1, int dim2,\n\t\t\t\t double *vector, double *result)\n{\n    /* matrix is dim2 x dim1, vector has dim2 components, result=matrix^T x vector */\n    int i, j;\n\n    double res;\n    for (i = 0; i < dim1; i++) {\n\tres = 0;\n\tfor (j = 0; j < dim2; j++)\n\t    res += matrix[j][i] * vector[j];\n\tresult[i] = res;\n    }\n}\n\n/* inline */\nvoid\nright_mult_with_vector_d(double **matrix,\n\t\t\t int dim1, int dim2,\n\t\t\t double *vector, double *result)\n{\n    /* matrix is dim1 x dim2, vector has dim2 components, result=matrix x vector */\n    int i, j;\n\n    double res;\n    for (i = 0; i < dim1; i++) {\n\tres = 0;\n\tfor (j = 0; j < dim2; j++)\n\t    res += matrix[i][j] * vector[j];\n\tresult[i] = res;\n    }\n}\n\n\n/*****************************\n** Single precision (float) **\n** version                  **\n*****************************/\n\n/* inline */\nvoid orthog1f(int n, float *vec)\n{\n    int i;\n    float *pntr;\n    float sum;\n\n    sum = 0.0;\n    pntr = vec;\n    for (i = n; i; i--) {\n\tsum += *pntr++;\n    }\n    sum /= n;\n    pntr = vec;\n    for (i = n; i; i--) {\n\t*pntr++ -= sum;\n    }\n}\n\n#ifdef UNUSED\n/* inline */\nvoid right_mult_with_vectorf\n    (vtx_data * matrix, int n, float *vector, float *result) {\n    int i, j;\n\n    float res;\n    for (i = 0; i < n; i++) {\n\tres = 0;\n\tfor (j = 0; j < matrix[i].nedges; j++)\n\t    res += matrix[i].ewgts[j] * vector[matrix[i].edges[j]];\n\tresult[i] = res;\n    }\n}\n\n/* inline */\nvoid right_mult_with_vector_fd\n    (float **matrix, int n, float *vector, double *result) {\n    int i, j;\n\n    float res;\n    for (i = 0; i < n; i++) {\n\tres = 0;\n\tfor (j = 0; j < n; j++)\n\t    res += matrix[i][j] * vector[j];\n\tresult[i] = res;\n    }\n}\n#endif\n\n/* inline */\nvoid right_mult_with_vector_ff\n    (float *packed_matrix, int n, float *vector, float *result) {\n    /* packed matrix is the upper-triangular part of a symmetric matrix arranged in a vector row-wise */\n    int i, j, index;\n    float vector_i;\n\n    float res;\n    for (i = 0; i < n; i++) {\n\tresult[i] = 0;\n    }\n    for (index = 0, i = 0; i < n; i++) {\n\tres = 0;\n\tvector_i = vector[i];\n\t/* deal with main diag */\n\tres += packed_matrix[index++] * vector_i;\n\t/* deal with off diag */\n\tfor (j = i + 1; j < n; j++, index++) {\n\t    res += packed_matrix[index] * vector[j];\n\t    result[j] += packed_matrix[index] * vector_i;\n\t}\n\tresult[i] += res;\n    }\n}\n\n/* inline */\nvoid\nvectors_substractionf(int n, float *vector1, float *vector2, float *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = vector1[i] - vector2[i];\n    }\n}\n\n/* inline */\nvoid\nvectors_additionf(int n, float *vector1, float *vector2, float *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = vector1[i] + vector2[i];\n    }\n}\n\n/* inline */\nvoid\nvectors_mult_additionf(int n, float *vector1, float alpha, float *vector2)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tvector1[i] = vector1[i] + alpha * vector2[i];\n    }\n}\n\n/* inline */\nvoid vectors_scalar_multf(int n, float *vector, float alpha, float *result)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tresult[i] = (float) vector[i] * alpha;\n    }\n}\n\n/* inline */\nvoid copy_vectorf(int n, float *source, float *dest)\n{\n    int i;\n    for (i = 0; i < n; i++)\n\tdest[i] = source[i];\n}\n\n/* inline */\ndouble vectors_inner_productf(int n, float *vector1, float *vector2)\n{\n    int i;\n    double result = 0;\n    for (i = 0; i < n; i++) {\n\tresult += vector1[i] * vector2[i];\n    }\n\n    return result;\n}\n\n/* inline */\nvoid set_vector_val(int n, double val, double *result)\n{\n    int i;\n    for (i = 0; i < n; i++)\n\tresult[i] = val;\n}\n\n/* inline */\nvoid set_vector_valf(int n, float val, float * result) {\n    int i;\n    for (i=0; i<n; i++)\n        result[i]=val;\n}\n\n/* inline */\ndouble max_absf(int n, float *vector)\n{\n    int i;\n    float max_val = -1e30f;\n    for (i = 0; i < n; i++)\n\tif (fabs(vector[i]) > max_val)\n\t    max_val = (float) (fabs(vector[i]));\n\n    return max_val;\n}\n\n/* inline */\nvoid square_vec(int n, float *vec)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tvec[i] *= vec[i];\n    }\n}\n\n/* inline */\nvoid invert_vec(int n, float *vec)\n{\n    int i;\n    float v;\n    for (i = 0; i < n; i++) {\n\tif ((v = vec[i]) != 0.0)\n\t    vec[i] = 1.0f / v;\n    }\n}\n\n/* inline */\nvoid sqrt_vec(int n, float *vec)\n{\n    int i;\n    for (i = 0; i < n; i++) {\n\tvec[i] = (float) sqrt(vec[i]);\n    }\n}\n\n/* inline */\nvoid sqrt_vecf(int n, float *source, float *target)\n{\n    int i;\n    float v;\n    for (i = 0; i < n; i++) {\n\tif ((v = source[i]) >= 0.0)\n\t    target[i] = (float) sqrt(v);\n    }\n}\n\n/* inline */\nvoid invert_sqrt_vec(int n, float *vec)\n{\n    int i;\n    float v;\n    for (i = 0; i < n; i++) {\n\tif ((v = vec[i]) > 0.0)\n\t    vec[i] = 1.0f / (float) sqrt(v);\n    }\n}\n\n#ifdef UNUSED\n/* inline */\nvoid init_vec_orth1f(int n, float *vec)\n{\n    /* randomly generate a vector orthogonal to 1 (i.e., with mean 0) */\n    int i;\n\n    for (i = 0; i < n; i++)\n\tvec[i] = (float) (rand() % RANGE);\n\n    orthog1f(n, vec);\n}\n\n\n /* sparse matrix extensions: */\n\n/* inline */\nvoid mat_mult_vecf(vtx_data * L, int n, float *vec, float *result)\n{\n    /* compute result= -L*vec */\n    int i, j;\n    float sum;\n    int *edges;\n    float *ewgts;\n\n    for (i = 0; i < n; i++) {\n\tsum = 0;\n\tedges = L[i].edges;\n\tewgts = L[i].ewgts;\n\tfor (j = 0; j < L[i].nedges; j++) {\n\t    sum -= ewgts[j] * vec[edges[j]];\n\t}\n\tresult[i] = sum;\n    }\n}\n#endif\n\n#endif\n"
  },
  {
    "path": "experimental/neatogen/matrix_ops.h",
    "content": "/* $Id: matrix_ops.h,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef _MATRIX_OPS_H_\n#define _MATRIX_OPS_H_\n\n#include \"defs.h\"\n\n    extern void cpvec(double *, int, int, double *);\n    extern double dot(double *, int, int, double *);\n    extern void scadd(double *, int, int, double, double *);\n    extern void vecscale(double *, int, int, double, double *);\n    extern double norm(double *, int, int);\n\n    extern void orthog1(int n, double *vec);\n    extern void init_vec_orth1(int n, double *vec);\n    extern void right_mult_with_vector(vtx_data *, int, double *,\n\t\t\t\t       double *);\n    extern void right_mult_with_vector_f(float **, int, double *,\n\t\t\t\t\t double *);\n    extern void vectors_subtraction(int, double *, double *, double *);\n    extern void vectors_addition(int, double *, double *, double *);\n    extern void vectors_scalar_mult(int, double *, double, double *);\n    extern void copy_vector(int n, double *source, double *dest);\n    extern double vectors_inner_product(int n, double *vector1,\n\t\t\t\t\tdouble *vector2);\n    extern double max_abs(int n, double *vector);\n#ifdef UNUSED\n    extern void vectors_mult_addition(int, double *, double, double *);\n    extern void orthogvec(int, double *, double *);\n#endif\n\n    /* sparse matrix extensions: */\n\n#ifdef UNUSED\n    extern void mat_mult_vec(vtx_data * L, int n, double *vec,\n\t\t\t     double *result);\n#endif\n    extern void right_mult_with_vector_transpose\n\t(double **, int, int, double *, double *);\n    extern void right_mult_with_vector_d(double **, int, int, double *,\n\t\t\t\t\t double *);\n    extern void mult_dense_mat(double **, float **, int, int, int,\n\t\t\t       float ***C);\n    extern void mult_dense_mat_d(double **, float **, int, int, int,\n\t\t\t\t double ***CC);\n    extern void mult_sparse_dense_mat_transpose(vtx_data *, double **, int,\n\t\t\t\t\t\tint, float ***);\n    extern bool power_iteration(double **, int, int, double **, double *,\n\t\t\t\tbool);\n\n\n/*****************************\n** Single precision (float) **\n** version                  **\n*****************************/\n\n    extern void orthog1f(int n, float *vec);\n#ifdef UNUSED\n    extern void right_mult_with_vectorf(vtx_data *, int, float *, float *);\n    extern void right_mult_with_vector_fd(float **, int, float *,\n\t\t\t\t\t  double *);\n#endif\n    extern void right_mult_with_vector_ff(float *, int, float *, float *);\n    extern void vectors_substractionf(int, float *, float *, float *);\n    extern void vectors_additionf(int n, float *vector1, float *vector2,\n\t\t\t\t  float *result);\n    extern void vectors_mult_additionf(int n, float *vector1, float alpha,\n\t\t\t\t       float *vector2);\n    extern void vectors_scalar_multf(int n, float *vector, float alpha,\n\t\t\t\t     float *result);\n    extern void copy_vectorf(int n, float *source, float *dest);\n    extern double vectors_inner_productf(int n, float *vector1,\n\t\t\t\t\t float *vector2);\n    extern void set_vector_val(int n, double val, double *result);\n    extern void set_vector_valf(int n, float val, float * result);\n    extern double max_absf(int n, float *vector);\n    extern void square_vec(int n, float *vec);\n    extern void invert_vec(int n, float *vec);\n    extern void sqrt_vec(int n, float *vec);\n    extern void sqrt_vecf(int n, float *source, float *target);\n    extern void invert_sqrt_vec(int n, float *vec);\n#ifdef UNUSED\n    extern void init_vec_orth1f(int n, float *vec);\n    extern void mat_mult_vecf(vtx_data * L, int n, float *vec,\n\t\t\t      float *result);\n#endif\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/mem.h",
    "content": "/* $Id: mem.h,v 1.1.1.1 2004/12/23 04:05:14 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef MEMORY_H\n#define MEMORY_H\n\n#ifndef NULL\n#define NULL 0\n#endif\n\n    /* Support for freelists */\n\n    typedef struct freelist {\n\tstruct freenode *head;\t/* List of free nodes */\n\tstruct freeblock *blocklist;\t/* List of malloced blocks */\n\tint nodesize;\t\t/* Size of node */\n    } Freelist;\n\n    extern void *getfree(Freelist *);\n    extern void freeinit(Freelist *, int);\n    extern void makefree(void *, Freelist *);\n\n#endif\n\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/memory.c",
    "content": "/* $Id: memory.c,v 1.1.1.1 2004/12/23 04:05:14 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"geometry.h\"\n#include \"render.h\"\n\ntypedef struct freenode {\n    struct freenode *nextfree;\n} Freenode;\n\ntypedef struct freeblock {\n    struct freeblock *next;\n    struct freenode *nodes;\n} Freeblock;\n\n#include \"mem.h\"\n#include <stdlib.h>\n#include <stdio.h>\n\nstatic int gcd(int y, int x)\n{\n    while (x != y) {\n\tif (y < x)\n\t    x = x - y;\n\telse\n\t    y = y - x;\n    }\n    return x;\n}\n\n#define LCM(x,y) ((x)%(y) == 0 ? (x) : (y)%(x) == 0 ? (y) : x*(y/gcd(x,y)))\n\nvoid freeinit(Freelist * fl, int size)\n{\n\n    fl->head = NULL;\n    fl->nodesize = LCM(size, sizeof(Freenode));\n    if (fl->blocklist != NULL) {\n\tFreeblock *bp, *np;\n\n\tbp = fl->blocklist;\n\twhile (bp != NULL) {\n\t    np = bp->next;\n\t    free(bp->nodes);\n\t    free(bp);\n\t    bp = np;\n\t}\n    }\n    fl->blocklist = NULL;\n}\n\nvoid *getfree(Freelist * fl)\n{\n    int i;\n    Freenode *t;\n    Freeblock *mem;\n\n    if (fl->head == NULL) {\n\tint size = fl->nodesize;\n\tchar *cp;\n\n\tmem = GNEW(Freeblock);\n\tmem->nodes = gmalloc(sqrt_nsites * size);\n\tcp = (char *) (mem->nodes);\n\tfor (i = 0; i < sqrt_nsites; i++) {\n\t    makefree(cp + i * size, fl);\n\t}\n\tmem->next = fl->blocklist;\n\tfl->blocklist = mem;\n    }\n    t = fl->head;\n    fl->head = t->nextfree;\n    return ((void *) t);\n}\n\nvoid makefree(void *curr, Freelist * fl)\n{\n    ((Freenode *) curr)->nextfree = fl->head;\n    fl->head = (Freenode *) curr;\n}\n"
  },
  {
    "path": "experimental/neatogen/mosek_quad_solve.c",
    "content": "/* \n*/\n#ifdef MOSEK\n#include <stdio.h>\n#include <assert.h>\n#include \"defs.h\"\n#include \"mosek_quad_solve.h\"\n#include \"quad_prog_vpsc.h\"\n\n//#define DUMP_CONSTRAINTS\n//#define EQUAL_WIDTH_LEVELS\n\nstatic FILE *logfile;\nstatic void MSKAPI printstr(void *handle, char str[])\n{\n\tfprintf(logfile,\"%s\",str);\n} /* printstr */\n\n/**********************\nlap: the upper RHS of the symmetric graph laplacian matrix which will be transformed\n\tto the hessian of the non-linear part of the optimisation function\nn: number of nodes (length of coords array)\nordering: array containing sequences of nodes for each level,\n\tie, ordering[levels[i]] is first node of (i+1)th level\nlevel_indexes: array of starting node for each level in ordering\n\tie, levels[i] is index to first node of (i+1)th level\n\talso, levels[0] is number of nodes in first level\n\tand, levels[i]-levels[i-1] is number of nodes in ith level\n\tand, n - levels[num_divisions-1] is number of nodes in last level\nnum_divisions: number of divisions between levels, ie number of levels - 1\nseparation: the minimum separation between nodes on different levels\n***********************/\nMosekEnv* mosek_init_hier(\n\tfloat* lap, int n,int *ordering,int *level_indexes,int num_divisions, float separation)\n{\n\tint i,j,num_levels=num_divisions+1;\n\tMosekEnv *mskEnv = GNEW(MosekEnv);\n\t// vars for nodes (except x0) + dummy nodes between levels\n\t// x0 is fixed at 0, and therefore is not included in the opt problem\n\t// add 2 more vars for top and bottom constraints\n\tmskEnv->num_variables=n+num_divisions+1;\n\n\tlogfile = fopen(\"quad_solve_log\",\"w\");\n\tDigColaLevel *levels=assign_digcola_levels(ordering,n,level_indexes,num_divisions);\n#ifdef DUMP_CONSTRAINTS\n\tprint_digcola_levels(logfile,levels,num_levels);\n#endif\n\n\t/* nonlinear coefficients matrix of objective function */\n\t//int lapsize=mskEnv->num_variables+(mskEnv->num_variables*(mskEnv->num_variables-1))/2;\n\tint nonzero_lapsize=(n*(n-1))/2;\n\tmskEnv->qval = N_GNEW(nonzero_lapsize,double);\n\tmskEnv->qsubi = N_GNEW(nonzero_lapsize,int);\n\tmskEnv->qsubj = N_GNEW(nonzero_lapsize,int);\n\n\t/* solution vector */\n\tmskEnv->xx = N_GNEW(mskEnv->num_variables,double);\n\n\t/* constraint matrix */\n\tseparation/=2.0; // separation between each node and it's adjacent constraint\n\tint num_constraints = get_num_digcola_constraints(levels, num_levels)+num_divisions+1;\n\t// constraints of the form x_i - x_j >= sep so 2 non-zero entries per constraint in LHS matrix\n\t// except x_0 (fixed at 0) constraints which have 1 nz val each.\n#ifdef EQUAL_WIDTH_LEVELS\n\tnum_constraints+=num_divisions;\n#endif\n\t// pointer to beginning of nonzero sequence in a column\n\n\tint count=0;\n\tfor(i=0;i<n-1;i++) {\n\t\tfor(j=i;j<n-1;j++) {\n\t\t\tmskEnv->qval[count]=-2*lap[count+n];\n\t\t\tassert(mskEnv->qval[count]!=0);\n\t\t\tmskEnv->qsubi[count]=j;\n\t\t\tmskEnv->qsubj[count]=i;\n\t\t\tcount++;\n\t\t}\n\t}\n#ifdef DUMP_CONSTRAINTS\n\tfprintf(logfile,\"Q=[\");\n\tint lapcntr=n;\n\tfor(i=0;i<mskEnv->num_variables;i++) {\n\t\tif(i!=0) fprintf(logfile,\";\");\n\t\tfor(j=0;j<mskEnv->num_variables;j++) {\n\t\t\tif(j<i||i>=n-1||j>=n-1) {\n\t\t\t\tfprintf(logfile,\"0 \");\n\t\t\t} else {\n\t\t\t\tfprintf(logfile,\"%f \",-2*lap[lapcntr++]);\n\t\t\t}\n\t\t}\n\t}\n\tfprintf(logfile,\"]\\nQ=Q-diag(diag(Q))+Q'\\n\");\n#endif\n\tfprintf(logfile,\"\\n\");\n\t/* Make the mosek environment. */\n\tmskEnv->r = MSK_makeenv(&mskEnv->env,NULL,NULL,NULL,NULL);\n\n\t/* Check whether the return code is ok. */\n\tif ( mskEnv->r==MSK_RES_OK )\n\t{\n\t\t/* Directs the log stream to the user\n\t\tspecified procedure 'printstr'. */\n\t\tMSK_linkfunctoenvstream(mskEnv->env,MSK_STREAM_LOG,NULL,printstr);\n\t}\n\n\t/* Initialize the environment. */   \n\tmskEnv->r = MSK_initenv(mskEnv->env);\n\tif (mskEnv->r==MSK_RES_OK)\n\t{ \n\t\t/* Make the optimization task. */\n\t\tmskEnv->r = MSK_maketask(mskEnv->env,num_constraints,mskEnv->num_variables,&mskEnv->task);\n\n\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t{\n\t\t\tmskEnv->r = MSK_linkfunctotaskstream(mskEnv->task,MSK_STREAM_LOG,NULL,printstr);\n\t\t\t/* Resize the task. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_resizetask(mskEnv->task,num_constraints,mskEnv->num_variables,\n\t\t\t\t0, // no cones!!\n\t\t\t\t// each constraint applies to 2 vars\n\t\t\t\t2*num_constraints+num_divisions, \n\t\t\t\tnonzero_lapsize);\n\n\t\t\t/* Append the constraints. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_append(mskEnv->task,1,num_constraints);\n\n\t\t\t/* Append the variables. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_append(mskEnv->task,0,mskEnv->num_variables);\n\t\t\t/* Put variable bounds. */\n\t\t\tfor(j=0; j<mskEnv->num_variables && mskEnv->r==MSK_RES_OK; ++j)\n\t\t\t\tmskEnv->r = MSK_putbound(mskEnv->task,0,j,MSK_BK_RA,-MSK_INFINITY,MSK_INFINITY);\n\t\t\tint c_ind=0;\n\t\t\tint c_var=n-1;\n\t\t\tfor(j=0;j<levels[0].num_nodes && mskEnv->r==MSK_RES_OK;j++) {\n\t\t\t\tint node = levels[0].nodes[j]-1;\n\t\t\t\tif(node>=0){\n\t\t\t\t\tMSKidxt subi[]={c_var,node};\n\t\t\t\t\tdouble vali[]={1.0,-1.0};\n\t\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,2,subi,vali);\n\t\t\t\t} else { \n\t\t\t\t\t// constraint for y0 (fixed at 0)\n\t\t\t\t\tmskEnv->r=MSK_putaij(mskEnv->task,c_ind,c_var,1.0);\n\t\t\t\t}\n\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_LO,separation,MSK_INFINITY);\n\t\t\t\tc_ind++;\n\t\t\t}\t\n\t\t\tfor(i=0;i<num_divisions && mskEnv->r==MSK_RES_OK;i++) {\n\t\t\t\tc_var=n+i;\n\t\t\t\tfor(j=0;j<levels[i].num_nodes && mskEnv->r==MSK_RES_OK;j++) {\n\t\t\t\t\t// create separation constraint a>=b+separation\n\t\t\t\t\tint node = levels[i].nodes[j]-1;\n\t\t\t\t\tif(node>=0){ // no constraint for fixed node\n\t\t\t\t\t\tMSKidxt subi[]={node,c_var};\n\t\t\t\t\t\tdouble vali[]={1.0,-1.0};\n\t\t\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,2,subi,vali);\n\t\t\t\t\t} else { \n\t\t\t\t\t\t// constraint for y0 (fixed at 0)\n\t\t\t\t\t\tmskEnv->r=MSK_putaij(mskEnv->task,c_ind,c_var,-1.0);\n\t\t\t\t\t}\n\t\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_LO,separation,MSK_INFINITY);\n\t\t\t\t\tc_ind++;\n\t\t\t\t}\n\t\t\t\tfor(j=0;j<levels[i+1].num_nodes && mskEnv->r==MSK_RES_OK;j++) {\n\t\t\t\t\tint node = levels[i+1].nodes[j]-1;\n\t\t\t\t\tif(node>=0){\n\t\t\t\t\t\tMSKidxt subi[]={c_var,node};\n\t\t\t\t\t\tdouble vali[]={1.0,-1.0};\n\t\t\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,2,subi,vali);\n\t\t\t\t\t} else { \n\t\t\t\t\t\t// constraint for y0 (fixed at 0)\n\t\t\t\t\t\tmskEnv->r=MSK_putaij(mskEnv->task,c_ind,c_var,1.0);\n\t\t\t\t\t}\n\t\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_LO,separation,MSK_INFINITY);\n\t\t\t\t\tc_ind++;\n\t\t\t\t}\t\t\n\t\t\t}\n\t\t\tc_var=n+i;\n\t\t\tfor(j=0;j<levels[i].num_nodes && mskEnv->r==MSK_RES_OK;j++) {\n\t\t\t\t// create separation constraint a>=b+separation\n\t\t\t\tint node = levels[i].nodes[j]-1;\n\t\t\t\tif(node>=0){ // no constraint for fixed node\n\t\t\t\t\tMSKidxt subi[]={node,c_var};\n\t\t\t\t\tdouble vali[]={1.0,-1.0};\n\t\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,2,subi,vali);\n\t\t\t\t} else { \n\t\t\t\t\t// constraint for y0 (fixed at 0)\n\t\t\t\t\tmskEnv->r=MSK_putaij(mskEnv->task,c_ind,c_var,-1.0);\n\t\t\t\t}\n\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_LO,separation,MSK_INFINITY);\n\t\t\t\tc_ind++;\n\t\t\t}\n\t\t\t// create constraints preserving the order of dummy vars\n\t\t\tfor(i=0;i<num_divisions+1 && mskEnv->r==MSK_RES_OK;i++) {\n\t\t\t\tint c_var=n-1+i, c_var2=c_var+1;\n\t\t\t\tMSKidxt subi[]={c_var,c_var2};\n\t\t\t\tdouble vali[]={1.0,-1.0};\n\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,2,subi,vali);\n\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_LO,0,MSK_INFINITY);\n\t\t\t\tc_ind++;\n\t\t\t}\n#ifdef EQUAL_WIDTH_LEVELS\n\t\t\tfor(i=1;i<num_divisions+1 && mskEnv->r==MSK_RES_OK;i++) {\n\t\t\t\tint c_var=n-1+i, c_var_lo=c_var-1, c_var_hi=c_var+1;\n\t\t\t\tMSKidxt subi[]={c_var_lo,c_var,c_var_hi};\n\t\t\t\tdouble vali[]={1.0,-2.0,1.0};\n\t\t\t\tmskEnv->r=MSK_putavec(mskEnv->task,1,c_ind,3,subi,vali);\n\t\t\t\tmskEnv->r=MSK_putbound(mskEnv->task,1,c_ind,MSK_BK_FX,0,0);\n\t\t\t\tc_ind++;\n\t\t\t}\n#endif\n\t\t\tassert(c_ind==num_constraints);\n#ifdef DUMP_CONSTRAINTS\n\t\t\tfprintf(logfile,\"A=[\");\n\t\t\tfor(i=0;i<num_constraints;i++) {\n\t\t\t\tif(i!=0) fprintf(logfile,\";\");\n\t\t\t\tfor(j=0;j<mskEnv->num_variables;j++) {\n\t\t\t\t\tdouble aij;\n\t\t\t\t\tMSK_getaij(mskEnv->task,i,j,&aij);\n\t\t\t\t\tfprintf(logfile,\"%f \",aij);\n\t\t\t\t}\n\t\t\t}\n\t\t\tfprintf(logfile,\"]\\n\");\n\t\t\tfprintf(logfile,\"b=[\");\n\t\t\tfor(i=0;i<num_constraints;i++) {\n\t\t\t\tfprintf(logfile,\"%f \",separation);\n\t\t\t}\n\t\t\tfprintf(logfile,\"]\\n\");\n#endif\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t{\n\t\t\t\t/*\n\t\t\t\t* The lower triangular part of the Q\n\t\t\t\t* matrix in the objective is specified.\n\t\t\t\t*/\n\t\t\t\tmskEnv->r = MSK_putqobj(mskEnv->task,nonzero_lapsize,mskEnv->qsubi,mskEnv->qsubj,mskEnv->qval);\n\t\t\t}\n\t\t}\n\t}\n\tdelete_digcola_levels(levels,num_levels);\n\treturn mskEnv;\n}\n/*\nb: coefficients of linear part of optimisation function\nn: number of nodes\ncoords: optimal y* vector, coord[i] is coordinate of node[i]\nhierarchy_boundaries: y coord of boundaries between levels \n\t(ie, solution values for the dummy variables used in constraints)\n*/\nvoid mosek_quad_solve_hier(MosekEnv *mskEnv, float *b,int n,float* coords, float *hierarchy_boundaries) {\n\tint i,j;\n\tfor(i=1;i<n && mskEnv->r==MSK_RES_OK;i++) {\n\t\tmskEnv->r = MSK_putcj(mskEnv->task,i-1,-2*b[i]);\n\t}\n#ifdef DUMP_CONSTRAINTS\n\tfprintf(logfile,\"x0=[\");\n\tfor(j=0;j<mskEnv->num_variables;j++) {\n\t\tfprintf(logfile,\"%f \",j<n?b[j]:0);\n\t}\n\tfprintf(logfile,\"]\\n\");\n\tfprintf(logfile,\"f=[\");\n\tdouble *c=N_GNEW(mskEnv->num_variables,double);\n\tMSK_getc(mskEnv->task,c);\n\tfor(j=0;j<mskEnv->num_variables;j++) {\n\t\tfprintf(logfile,\"%f \",c[j]);\n\t}\n\tfree(c);\n\tfprintf(logfile,\"]\\n\");\n#endif\n\tif ( mskEnv->r==MSK_RES_OK )\n\t\tmskEnv->r = MSK_optimize(mskEnv->task);\n\n\tif ( mskEnv->r==MSK_RES_OK )\n\t{\n\t\tMSK_getsolutionslice(mskEnv->task,\n\t\t\tMSK_SOL_ITR,\n\t\t\tMSK_SOL_ITEM_XX,\n\t\t\t0,\n\t\t\tmskEnv->num_variables,\n\t\t\tmskEnv->xx);\n\n#ifdef DUMP_CONSTRAINTS\n\t\tfprintf(logfile,\"Primal solution\\n\");\n#endif\n\t\tcoords[0]=0;\n\t\tfor(j=0; j<mskEnv->num_variables; ++j) {\n#ifdef DUMP_CONSTRAINTS\n\t\t\tfprintf(logfile,\"x[%d]: %.2f\\n\",j,mskEnv->xx[j]);\n#endif\n\t\t\tif(j<n-1) {\n\t\t\t\tcoords[j+1]=-mskEnv->xx[j];\n\t\t\t} else if(j>=n&&j<mskEnv->num_variables-1) {\n\t\t\t\thierarchy_boundaries[j-n]=-mskEnv->xx[j];\n\t\t\t}\n\t\t}\n\t}\n\tfprintf(logfile,\"Return code: %d\\n\",mskEnv->r);\n}\n/**********************\nlap: the upper RHS of the symmetric graph laplacian matrix which will be transformed\n\tto the hessian of the non-linear part of the optimisation function\n\thas dimensions num_variables, dummy vars do not have entries in lap\ncs: array of pointers to separation constraints\n***********************/\nMosekEnv* mosek_init_sep(\n\tfloat* lap, int num_variables, int num_dummy_vars, Constraint **cs, int num_constraints)\n{\n\tint i,j;\n\tMosekEnv *mskEnv = GNEW(MosekEnv);\n    // fix var 0\n\tmskEnv->num_variables=num_variables+num_dummy_vars-1;\n\n\tfprintf(stderr,\"MOSEK!\\n\");\n\tlogfile = fopen(\"quad_solve_log\",\"w\");\n\n\t/* nonlinear coefficients matrix of objective function */\n\tint nonzero_lapsize=num_variables*(num_variables-1)/2;\n\tmskEnv->qval = N_GNEW(nonzero_lapsize,double);\n\tmskEnv->qsubi = N_GNEW(nonzero_lapsize,int);\n\tmskEnv->qsubj = N_GNEW(nonzero_lapsize,int);\n\n\t/* solution vector */\n\tmskEnv->xx = N_GNEW(mskEnv->num_variables,double);\n\n\t// pointer to beginning of nonzero sequence in a column\n\n\tint count=0;\n\tfor(i=0;i<num_variables-1;i++) {\n\t\tfor(j=i;j<num_variables-1;j++) {\n\t\t\tmskEnv->qval[count]=-2*lap[count+num_variables];\n\t\t\t//assert(mskEnv->qval[count]!=0);\n\t\t\tmskEnv->qsubi[count]=j;\n\t\t\tmskEnv->qsubj[count]=i;\n\t\t\tcount++;\n\t\t}\n\t}\n#ifdef DUMP_CONSTRAINTS\n\tfprintf(logfile,\"Q=[\");\n\tcount=0;\n\tfor(i=0;i<num_variables-1;i++) {\n\t\tif(i!=0) fprintf(logfile,\";\");\n\t\tfor(j=0;j<num_variables-1;j++) {\n\t\t\tif(j<i) {\n\t\t\t\tfprintf(logfile,\"0 \");\n\t\t\t} else {\n\t\t\t\tfprintf(logfile,\"%f \",-2*lap[num_variables+count++]);\n\t\t\t}\n\t\t}\n\t}\n\tfprintf(logfile,\"]\\nQ=Q-diag(diag(Q))+Q'\\n\");\n#endif\n\t/* Make the mosek environment. */\n\tmskEnv->r = MSK_makeenv(&mskEnv->env,NULL,NULL,NULL,NULL);\n\n\t/* Check whether the return code is ok. */\n\tif ( mskEnv->r==MSK_RES_OK )\n\t{\n\t\t/* Directs the log stream to the user\n\t\tspecified procedure 'printstr'. */\n\t\tMSK_linkfunctoenvstream(mskEnv->env,MSK_STREAM_LOG,NULL,printstr);\n\t}\n\n\t/* Initialize the environment. */   \n\tmskEnv->r = MSK_initenv(mskEnv->env);\n\tif (mskEnv->r==MSK_RES_OK)\n\t{ \n\t\t/* Make the optimization task. */\n\t\tmskEnv->r = MSK_maketask(mskEnv->env,num_constraints,mskEnv->num_variables,&mskEnv->task);\n\n\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t{\n\t\t\tmskEnv->r = MSK_linkfunctotaskstream(mskEnv->task,MSK_STREAM_LOG,NULL,printstr);\n\t\t\t/* Resize the task. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_resizetask(mskEnv->task,num_constraints,mskEnv->num_variables,\n\t\t\t\t0, // no cones!!\n\t\t\t\t// number of non-zero constraint matrix entries:\n                //   each constraint applies to 2 vars\n\t\t\t\t2*num_constraints, \n\t\t\t\tnonzero_lapsize);\n\n\t\t\t/* Append the constraints. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_append(mskEnv->task,1,num_constraints);\n\n\t\t\t/* Append the variables. */\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t\tmskEnv->r = MSK_append(mskEnv->task,0,mskEnv->num_variables);\n\t\t\t/* Put variable bounds. */\n\t\t\tfor(j=0; j<mskEnv->num_variables && mskEnv->r==MSK_RES_OK; j++)\n\t\t\t\tmskEnv->r = MSK_putbound(mskEnv->task,0,j,MSK_BK_RA,-MSK_INFINITY,MSK_INFINITY);\n            for(i=0;i<num_constraints;i++) {\n                int u = getLeftVarID(cs[i])-1;\n                int v = getRightVarID(cs[i])-1;\n                double separation = getSeparation(cs[i]);\n                if(u<0) {\n\t\t\t\t    mskEnv->r = MSK_putbound(mskEnv->task,0,v,MSK_BK_RA,-MSK_INFINITY,-separation);\n\t\t\t        assert ( mskEnv->r==MSK_RES_OK );\n                } else if(v<0) {\n\t\t\t\t    mskEnv->r = MSK_putbound(mskEnv->task,0,u,MSK_BK_RA,separation,MSK_INFINITY);\n\t\t\t        assert ( mskEnv->r==MSK_RES_OK );\n                } else {\n                    //fprintf(stderr,\"u=%d,v=%d,sep=%f\\n\",u,v,separation);\n                    MSKidxt subi[]={u,v};\n                    double vali[]={1.0,-1.0};\n                    mskEnv->r=MSK_putavec(mskEnv->task,1,i,2,subi,vali);\n\t\t\t        assert ( mskEnv->r==MSK_RES_OK );\n                    mskEnv->r=MSK_putbound(mskEnv->task,1,i,MSK_BK_LO,separation,MSK_INFINITY);\n\t\t\t        assert ( mskEnv->r==MSK_RES_OK );\n                }\n            }\n\t\t\tif ( mskEnv->r==MSK_RES_OK )\n\t\t\t{\n\t\t\t\t/*\n\t\t\t\t* The lower triangular part of the Q\n\t\t\t\t* matrix in the objective is specified.\n\t\t\t\t*/\n\t\t\t\tmskEnv->r = MSK_putqobj(mskEnv->task,nonzero_lapsize,mskEnv->qsubi,mskEnv->qsubj,mskEnv->qval);\n                assert ( mskEnv->r==MSK_RES_OK );\n\t\t\t}\n\t\t}\n\t}\n\treturn mskEnv;\n}\n/*\nn: size of b and coords, may be smaller than mskEnv->num_variables if we\nhave dummy vars\nb: coefficients of linear part of optimisation function\ncoords: optimal y* vector, coord[i] is coordinate of node[i]\n*/\nvoid mosek_quad_solve_sep(MosekEnv *mskEnv,int n, float *b,float* coords) {\n\tint i,j;\n\tassert(n<=mskEnv->num_variables+1);\n\tfor(i=0;i<n-1 && mskEnv->r==MSK_RES_OK;i++) {\n\t\tmskEnv->r = MSK_putcj(mskEnv->task,i,-2*b[i+1]);\n\t}\n\tif ( mskEnv->r==MSK_RES_OK )\n\t\tmskEnv->r = MSK_optimize(mskEnv->task);\n\n\tif ( mskEnv->r==MSK_RES_OK )\n\t{\n\t\tMSK_getsolutionslice(mskEnv->task,\n\t\t\tMSK_SOL_ITR,\n\t\t\tMSK_SOL_ITEM_XX,\n\t\t\t0,\n\t\t\tmskEnv->num_variables,\n\t\t\tmskEnv->xx);\n\n#ifdef DUMP_CONSTRAINTS\n\t\tfprintf(logfile,\"Primal solution\\n\");\n#endif\n\t\tcoords[0]=0;\n\t\tfor(j=1; j<=n; j++) {\n#ifdef DUMP_CONSTRAINTS\n\t\t\tfprintf(logfile,\"x[%d]: %.2f\\n\",j,mskEnv->xx[j-1]);\n#endif\n\t\t\tcoords[j]=-mskEnv->xx[j-1];\n\t\t}\n\t}\n\tfprintf(logfile,\"Return code: %d\\n\",mskEnv->r);\n}\n/*\nplease call to clean up\n*/\nvoid mosek_delete(MosekEnv *mskEnv) {\n\tMSK_deletetask(&mskEnv->task);\n\tMSK_deleteenv(&mskEnv->env);\n\n\tif(logfile) {\n\t\tfclose(logfile);\n\t\tlogfile=NULL;\n\t}\n\tfree(mskEnv->qval);\n\tfree(mskEnv->qsubi);\n\tfree(mskEnv->qsubj);\n\tfree(mskEnv->xx);\n\tfree(mskEnv);\n}\n#endif /* MOSEK */\n"
  },
  {
    "path": "experimental/neatogen/mosek_quad_solve.h",
    "content": "#ifdef MOSEK\n#ifndef _QSOLVE_H_\n#define _QSOLVE_H_\n\n#include <mosek.h> /* Include the MOSEK definition file. */\n#include \"types.h\"\n#include <csolve_VPSC.h>\n\ntypedef struct {\n\tint r;\n\tMSKenv_t  env;\n\tMSKtask_t task;\n\tdouble *qval;\n\tint *qsubi,*qsubj;\n\tdouble *xx;\n\tint num_variables;\n} MosekEnv;\n\nMosekEnv* mosek_init_hier(float* lap, int n,int *ordering,int *level_indexes,int num_divisions, float separation);\nvoid mosek_quad_solve_hier(MosekEnv*,float *b,int n,float* coords, float *hierarchy_boundaries);\nMosekEnv* mosek_init_sep(float* lap, int nv, int ndv, Constraint** cs, int m);\nvoid mosek_quad_solve_sep(MosekEnv*,int n,float *b,float* coords);\nvoid mosek_delete(MosekEnv*);\n\n\n#endif // _QSOLVE_H_\n#endif // MOSEK\n"
  },
  {
    "path": "experimental/neatogen/neato.h",
    "content": "/* $Id: neato.h,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#ifndef         NEATO_H\n#define         NEATO_H\n\n#ifdef HAVE_CONFIG_H\n#include \"config.h\"\n#endif\n\n#define MODEL_SHORTPATH      0\n#define MODEL_CIRCUIT        1\n#define MODEL_SUBSET         2\n\n#define MODE_KK          0\n#define MODE_MAJOR       1\n#define MODE_HIER        2\n#define MODE_VSEP        3\n\n#define INIT_SELF        0\n#define INIT_REGULAR     1\n#define INIT_RANDOM      2\n\n#include\t\"render.h\"\n#include\t\"pathplan.h\"\n#include\t\"neatoprocs.h\"\n#include\t\"adjust.h\"\n\n#endif\t\t\t\t/* NEATO_H */\n"
  },
  {
    "path": "experimental/neatogen/neatoinit.c",
    "content": "/* $Id: neatoinit.c,v 1.17 2006/02/01 17:30:17 erg Exp $ $Revision: 1.17 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#ifdef HAVE_CONFIG_H\n#include \"config.h\"\n#endif\n\n#include <time.h>\n#ifndef MSWIN32\n#include <unistd.h>\n#endif\n#include \"neato.h\"\n#include \"pack.h\"\n#include \"stress.h\"\n#ifdef DIGCOLA\n#include \"digcola.h\"\n#endif\n#include \"kkutils.h\"\n#include \"pointset.h\"\n#include <ctype.h>\n\n#ifndef HAVE_SRAND48\n#define srand48 srand\n#endif\n\nstatic attrsym_t *N_pos;\nstatic int Pack;                /* If >= 0, layout components separately and pack together\n                                 * The value of Pack gives margins around graphs.\n                                 */\nstatic char *cc_pfx = \"_neato_cc\";\n\nvoid neato_nodesize(node_t * n, bool flip)\n{\n    int w;\n\n    w = ND_xsize(n) = POINTS(ND_width(n));\n    ND_lw_i(n) = ND_rw_i(n) = w / 2;\n    ND_ht_i(n) = ND_ysize(n) = POINTS(ND_height(n));\n}\n\nvoid neato_init_node(node_t * n)\n{\n    common_init_node(n);\n    ND_pos(n) = ALLOC(GD_ndim(n->graph), 0, double);\n    neato_nodesize(n, GD_flip(n->graph));\n}\n\nvoid neato_init_edge(edge_t * e)\n{\n    common_init_edge(e);\n\n    ED_factor(e) = late_double(e, E_weight, 1.0, 1.0);\n}\n\nint user_pos(attrsym_t * posptr, attrsym_t * pinptr, node_t * np, int nG)\n{\n    double *pvec;\n    char *p, c;\n    double z;\n\n    if (posptr == NULL)\n        return FALSE;\n    pvec = ND_pos(np);\n    p = agxget(np, posptr->index);\n    if (p[0]) {\n        c = '\\0';\n        if ((Ndim >= 3) && \n            (sscanf(p, \"%lf,%lf,%lf%c\", pvec, pvec+1, pvec+2, &c) >= 3)){\n            ND_pinned(np) = P_SET;\n            if (PSinputscale > 0.0) {\n                int i;\n                for (i = 0; i < Ndim; i++)\n                    pvec[i] = pvec[i] / PSinputscale;\n            }\n            if (Ndim > 3)\n                jitter_d(np, nG, 3);\n            if ((c == '!')\n                || (pinptr && mapbool(agxget(np, pinptr->index))))\n                ND_pinned(np) = P_PIN;\n            return TRUE;\n        }\n        else if (sscanf(p, \"%lf,%lf%c\", pvec, pvec + 1, &c) >= 2) {\n            ND_pinned(np) = P_SET;\n            if (PSinputscale > 0.0) {\n                int i;\n                for (i = 0; i < Ndim; i++)\n                    pvec[i] = pvec[i] / PSinputscale;\n            }\n            if (Ndim > 2) {\n                if (N_z && (p = agxget(np, N_z->index)) && \n                           (sscanf(p,\"%lf\",&z) == 1)) { \n                    if (PSinputscale > 0.0) {\n                        pvec[2] = z / PSinputscale;\n                    }\n                    else\n                        pvec[2] = z;\n                    jitter_d(np, nG, 3);\n                }\n                else\n                    jitter3d(np, nG);\n            }\n            if ((c == '!')\n                || (pinptr && mapbool(agxget(np, pinptr->index))))\n                ND_pinned(np) = P_PIN;\n            return TRUE;\n        } else\n            agerr(AGERR, \"node %s, position %s, expected two doubles\\n\",\n                  np->name, p);\n    }\n    return FALSE;\n}\n\nvoid neato_init_node_edge(graph_t * g)\n{\n    node_t *n;\n    edge_t *e;\n    int nG = agnnodes(g);\n    attrsym_t *N_pin;\n\n    N_pos = agfindattr(g->proto->n, \"pos\");\n    N_pin = agfindattr(g->proto->n, \"pin\");\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n        neato_init_node(n);\n        user_pos(N_pos, N_pin, n, nG);        /* set user position if given */\n    }\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n        for (e = agfstout(g, n); e; e = agnxtout(g, e))\n            neato_init_edge(e);\n    }\n}\n\nvoid neato_cleanup_node(node_t * n)\n{\n    if (ND_shape(n)) {\n        ND_shape(n)->fns->freefn(n);\n    }\n    free(ND_pos(n));\n    free_label(ND_label(n));\n    memset(&(n->u), 0, sizeof(Agnodeinfo_t));\n}\n\nvoid neato_free_splines(edge_t * e)\n{\n    int i;\n    if (ED_spl(e)) {\n        for (i = 0; i < ED_spl(e)->size; i++)\n            free(ED_spl(e)->list[i].list);\n        free(ED_spl(e)->list);\n        free(ED_spl(e));\n    }\n    ED_spl(e) = NULL;\n}\n\nvoid neato_cleanup_edge(edge_t * e)\n{\n    neato_free_splines(e);\n    free_label(ED_label(e));\n    memset(&(e->u), 0, sizeof(Agedgeinfo_t));\n}\n\nvoid neato_cleanup_graph(graph_t * g)\n{\n    if (Nop || (Pack < 0))\n        free_scan_graph(g);\n    memset(&(g->u), 0, sizeof(Agraphinfo_t));\n}\n\nvoid neato_cleanup(graph_t * g)\n{\n    node_t *n;\n    edge_t *e;\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n        for (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n            neato_cleanup_edge(e);\n        }\n        neato_cleanup_node(n);\n    }\n    neato_cleanup_graph(g);\n}\n\nstatic int numFields(unsigned char *pos)\n{\n    int cnt = 0;\n    unsigned char c;\n\n    do {\n        while (isspace(*pos))\n            pos++;                /* skip white space */\n        if ((c = *pos)) { /* skip token */\n            cnt++;\n            while ((c = *pos) && !isspace(c) && (c != ';'))\n                pos++;\n        }\n    } while (isspace(c));\n    return cnt;\n}\n\nstatic void set_elabel(edge_t * e, textlabel_t * l, char *name)\n{\n    double x, y;\n    point pt;\n    char *lp;\n    lp = agget(e, name);\n    if (lp && (sscanf(lp, \"%lf,%lf\", &x, &y) == 2)) {\n        pt.x = (int) (x);\n        pt.y = (int) (y);\n        l->p = pt;\n        l->set = TRUE;\n    }\n}\n\nstatic cluster_data* cluster_map(graph_t *mastergraph, graph_t *g) {\n    /* search meta-graph to find clusters */\n    graph_t *mg, *subg;\n    node_t *mm, *mn;\n    edge_t *me;\n    // array of arrays of node indices in each cluster\n    int **cs,*cn;\n    int i,j,nclusters=0;\n    bool assigned[agnnodes(g)];\n    for(i=0;i<agnnodes(g);i++) {\n        assigned[i]=false;\n    }\n    cluster_data *cdata = GNEW(cluster_data);\n    cdata->ntoplevel=agnnodes(g);\n    mm = mastergraph->meta_node;\n    mg = mm->graph;\n    for (me = agfstout(mg, mm); me; me = agnxtout(mg, me)) {\n        mn = me->head;\n        subg = agusergraph(mn);\n        if (!strncmp(subg->name, \"cluster\", 7)) {\n            nclusters++;\n        }\n    }\n    cdata->nvars=0;\n    cdata->nclusters=nclusters;\n    cs=cdata->clusters=N_GNEW(nclusters,int*);\n    cn=cdata->clustersizes=N_GNEW(nclusters,int);\n    fprintf(stderr,\"search %d clusters...\\n\",nclusters);\n    for (me = agfstout(mg, mm); me; me = agnxtout(mg, me)) {\n        mn = me->head;\n        subg = agusergraph(mn);\n        /* clusters are processed by separate calls to ordered_edges */\n        if (!strncmp(subg->name, \"cluster\", 7)) {\n            *cn=agnnodes(subg);\n            cdata->nvars+=*cn;\n            int *c=*cs++=N_GNEW(*cn++,int);\n            node_t *n;\n            fprintf(stderr,\"Cluster with %d nodes...\\n\",agnnodes(subg));\n            for (n = agfstnode(subg); n; n = agnxtnode(subg, n)) {\n                node_t *gn;\n                int ind=0;\n                for (gn = agfstnode(g); gn; gn = agnxtnode(g, gn)) {\n                    if(gn->id==n->id) break;\n                    ind++;\n                }\n                fprintf(stderr,\"  node=%s, id=%d, ind=%d\\n\",n->name,n->id,ind);\n                *c++=ind;\n                assigned[ind]=true;\n                cdata->ntoplevel--;\n            }\n        }\n    }\n    cdata->bb=N_GNEW(cdata->nclusters,boxf);\n    cdata->toplevel=N_GNEW(cdata->ntoplevel,int);\n    for(i=j=0;i<agnnodes(g);i++) {\n        if(!assigned[i]) {\n            cdata->toplevel[j++]=i;\n        }\n    }\n    assert(cdata->ntoplevel==agnnodes(g)-cdata->nvars);\n    return cdata;\n}\nstatic void freeClusterData(cluster_data *c) {\n    if(c->nclusters>0) {\n        free(c->clusters[0]);\n        free(c->clusters);\n        free(c->clustersizes);\n        free(c->toplevel);\n        free(c->bb);\n    }\n    free(c);\n}\n/* user_spline:\n * Attempt to use already existing pos info for spline\n * Return 1 if successful, 0 otherwise.\n * Assume E_pos != NULL and ED_spl(e) == NULL.\n */\nstatic int user_spline(attrsym_t * E_pos, edge_t * e)\n{\n    char *pos;\n    int i, n, npts, nc;\n    point *ps = 0;\n    point *pp;\n    double x, y;\n    int sflag = 0, eflag = 0;\n    point sp = { 0, 0 }, ep = {\n    0, 0};\n    bezier *newspl;\n    int more = 1;\n    int stype, etype;\n\n    pos = agxget(e, E_pos->index);\n    if (*pos == '\\0')\n        return 0;\n\n    arrow_flags(e, &stype, &etype);\n    do {\n        /* check for s head */\n        i = sscanf(pos, \"s,%lf,%lf%n\", &x, &y, &nc);\n        if (i == 2) {\n            sflag = 1;\n            pos = pos + nc;\n            sp.x = (int) (x);\n            sp.y = (int) (y);\n        }\n\n        /* check for e head */\n        i = sscanf(pos, \" e,%lf,%lf%n\", &x, &y, &nc);\n        if (i == 2) {\n            eflag = 1;\n            pos = pos + nc;\n            ep.x = (int) (x);\n            ep.y = (int) (y);\n        }\n\n        npts = numFields((unsigned char *) pos);        /* count potential points */\n        n = npts;\n        if ((n < 4) || (n % 3 != 1)) {\n            neato_free_splines(e);\n            return 0;\n        }\n        ps = ALLOC(n, 0, point);\n        pp = ps;\n        while (n) {\n            i = sscanf(pos, \"%lf,%lf%n\", &x, &y, &nc);\n            if (i < 2) {\n                free(ps);\n                neato_free_splines(e);\n                return 0;\n            }\n            pos = pos + nc;\n            pp->x = (int) (x);\n            pp->y = (int) (y);\n            pp++;\n            n--;\n        }\n         while (isspace(*pos)) pos++;\n        if (*pos == '\\0')\n            more = 0;\n        else\n            pos++;\n\n        /* parsed successfully; create spline */\n        newspl = new_spline(e, npts);\n        if (sflag) {\n            newspl->sflag = stype;\n            newspl->sp = sp;\n        }\n        if (eflag) {\n            newspl->eflag = etype;\n            newspl->ep = ep;\n        }\n        for (i = 0; i < npts; i++) {\n            newspl->list[i] = ps[i];\n        }\n        free(ps);\n    } while (more);\n\n    if (ED_label(e))\n        set_elabel(e, ED_label(e), \"lp\");\n    if (ED_head_label(e))\n        set_elabel(e, ED_head_label(e), \"head_lp\");\n    if (ED_tail_label(e))\n        set_elabel(e, ED_tail_label(e), \"tail_lp\");\n\n    return 1;\n}\n\n/* Nop can be:\n *  0 - do full layout\n *  1 - assume initial node positions, do (optional) adjust and all splines\n *  2 - assume final node and edges positions, do nothing except compute\n *      missing splines\n */\n\n /* Indicates the amount of edges with position information */\ntypedef enum { NoEdges, SomeEdges, AllEdges } pos_edge;\n\n/* nop_init_edges:\n * Check edges for position info.\n * If position info exists, check for edge label positions.\n * Return number of edges with position info.\n */\nstatic pos_edge nop_init_edges(Agraph_t * g)\n{\n    node_t *n;\n    edge_t *e;\n    int nedges = 0;\n    attrsym_t *E_pos = agfindattr(g->proto->e, \"pos\");\n\n    if (!E_pos || (Nop < 2))\n        return NoEdges;\n\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n        for (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n            if (user_spline(E_pos, e)) {\n                nedges++;\n            }\n        }\n    }\n    if (nedges) {\n        if (nedges == agnedges(g))\n            return AllEdges;\n        else\n            return SomeEdges;\n    } else\n        return NoEdges;\n}\n\n/* chkBB:\n * Scans for a correct bb attribute. If available, sets it\n * in the graph and returns 1.\n */\n#define BS \"%d,%d,%d,%d\"\n\nstatic int chkBB(Agraph_t * g, attrsym_t * G_bb)\n{\n    char *s;\n    box bb;\n\n    s = agxget(g, G_bb->index);\n    if (sscanf(s, BS, &bb.LL.x, &bb.LL.y, &bb.UR.x, &bb.UR.y) == 4) {\n        GD_bb(g) = bb;\n        return 1;\n    } else\n        return 0;\n}\n\nstatic void add_cluster(Agraph_t * g, Agraph_t * subg)\n{\n    int cno;\n    cno = ++(GD_n_cluster(g));\n    GD_clust(g) = ZALLOC(cno + 1, GD_clust(g), graph_t *, GD_n_cluster(g));\n    GD_clust(g)[cno] = subg;\n    do_graph_label(subg);\n}\n\n\nstatic void nop_init_graphs(Agraph_t *, attrsym_t *, attrsym_t *);\n\n/* dfs:\n */\nstatic void\ndfs(node_t * mn, Agraph_t * g, attrsym_t * G_lp, attrsym_t * G_bb)\n{\n    graph_t *subg;\n\n    subg = agusergraph(mn);\n    if (!strncmp(subg->name, \"cluster\", 7) && chkBB(subg, G_bb)) {\n        add_cluster(g, subg);\n        nop_init_graphs(subg, G_lp, G_bb);\n    } else {\n        graph_t *mg = g->meta_node->graph;\n        edge_t *me;\n        for (me = agfstout(mg, mn); me; me = agnxtout(mg, me)) {\n            dfs(me->head, g, G_lp, G_bb);\n        }\n    }\n}\n\n/* nop_init_graphs:\n * Read in clusters and graph label info.\n * A subgraph is a cluster if its name starts with \"cluster\" and\n * it has a valid bb.\n */\nstatic void\nnop_init_graphs(Agraph_t * g, attrsym_t * G_lp, attrsym_t * G_bb)\n{\n    graph_t *mg;\n    edge_t *me;\n    char *s;\n    point p;\n\n    if (GD_label(g) && G_lp) {\n        s = agxget(g, G_lp->index);\n        if (sscanf(s, \"%d,%d\", &p.x, &p.y) == 2) {\n            GD_label(g)->set = TRUE;\n            GD_label(g)->p = p;\n        }\n    }\n\n    if (!G_bb)\n        return;\n    mg = g->meta_node->graph;\n    for (me = agfstout(mg, g->meta_node); me; me = agnxtout(mg, me)) {\n        dfs(me->head, g, G_lp, G_bb);\n    }\n}\n\n/* translateE:\n * Translate edge by offset.\n * Assume ED_spl(e) != NULL\n */\nstatic void translateE(edge_t * e, point offset)\n{\n    int i, j;\n    point *pt;\n    bezier *bez;\n\n    bez = ED_spl(e)->list;\n    for (i = 0; i < ED_spl(e)->size; i++) {\n        pt = bez->list;\n        for (j = 0; j < bez->size; j++) {\n            pt->x -= offset.x;\n            pt->y -= offset.y;\n            pt++;\n        }\n        if (bez->sflag) {\n            bez->sp.x -= offset.x;\n            bez->sp.y -= offset.y;\n        }\n        if (bez->eflag) {\n            bez->ep.x -= offset.x;\n            bez->ep.y -= offset.y;\n        }\n        bez++;\n    }\n\n    if (ED_label(e) && ED_label(e)->set) {\n        ED_label(e)->p.x -= offset.x;\n        ED_label(e)->p.y -= offset.y;\n    }\n    if (ED_head_label(e) && ED_head_label(e)->set) {\n        ED_head_label(e)->p.x -= offset.x;\n        ED_head_label(e)->p.y -= offset.y;\n    }\n    if (ED_tail_label(e) && ED_tail_label(e)->set) {\n        ED_tail_label(e)->p.x -= offset.x;\n        ED_tail_label(e)->p.y -= offset.y;\n    }\n}\n\n/* translateG:\n */\nstatic void translateG(Agraph_t * g, point offset)\n{\n    int i;\n\n    GD_bb(g).UR.x -= offset.x;\n    GD_bb(g).UR.y -= offset.y;\n    GD_bb(g).LL.x -= offset.x;\n    GD_bb(g).LL.y -= offset.y;\n\n    if (GD_label(g) && GD_label(g)->set) {\n        GD_label(g)->p.x -= offset.x;\n        GD_label(g)->p.y -= offset.y;\n    }\n\n    for (i = 1; i <= GD_n_cluster(g); i++)\n        translateG(GD_clust(g)[i], offset);\n}\n\n/* translate:\n */\nstatic void translate(Agraph_t * g, pos_edge posEdges)\n{\n    node_t *n;\n    edge_t *e;\n    pointf offset;\n\n    offset = cvt2ptf(GD_bb(g).LL);\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n        ND_pos(n)[0] -= offset.x;\n        ND_pos(n)[1] -= offset.y;\n    }\n    if (posEdges != NoEdges) {\n        for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n            for (e = agfstout(g, n); e; e = agnxtout(g, e))\n                if (ED_spl(e))\n                    translateE(e, GD_bb(g).LL);\n        }\n    }\n    translateG(g, GD_bb(g).LL);\n}\n\n/* init_nop:\n * This assumes all nodes have been positioned.\n * It also assumes none of the * relevant fields in A*info_t have been set.\n * The input may provide additional position information for\n * clusters, edges and labels. If certain position information\n * is missing, init_nop will use a standard neato technique to\n * supply it.\n */\nint init_nop(Agraph_t * g, int adjust)\n{\n    int i;\n    node_t *np;\n    pos_edge posEdges;                /* How many edges have spline info */\n    attrsym_t *G_lp = agfindattr(g, \"lp\");\n    attrsym_t *G_bb = agfindattr(g, \"bb\");\n\n    /* If G_bb not defined, define it */\n    if (!G_bb)\n        G_bb = agraphattr(g, \"bb\", \"\");\n\n    scan_graph(g);                /* mainly to set up GD_neato_nlist */\n    for (i = 0; (np = GD_neato_nlist(g)[i]); i++) {\n        if (!hasPos(np) && strncmp(np->name, \"cluster\", 7)) {\n            agerr(AGERR, \"node %s in graph %s has no position\\n\",\n                  np->name, g->name);\n            return 1;\n        }\n    }\n    nop_init_graphs(g, G_lp, G_bb);\n    posEdges = nop_init_edges(g);\n\n    if (adjust && Nop == 1)\n        adjustNodes(g);\n\n    /* If g does not have a good \"bb\" attribute, compute it. */\n    if (!chkBB(g, G_bb))\n        compute_bb(g);\n\n    /* At this point, all bounding boxes should be correctly defined.\n     * If necessary, we translate the graph to the origin.\n     */\n    if (adjust && (GD_bb(g).LL.x || GD_bb(g).LL.y))\n        translate(g, posEdges);\n\n    if (!adjust) {\n        node_t *n;\n        State = GVSPLINES;\n        for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n            ND_coord_i(n).x = POINTS(ND_pos(n)[0]);\n            ND_coord_i(n).y = POINTS(ND_pos(n)[1]);\n        }\n    }\n    else if (posEdges != AllEdges)\n        spline_edges0(g);\n    else {\n        State = GVSPLINES;\n        neato_set_aspect(g);\n    }\n    return 0;\n}\n\nvoid neato_init_graphn(Agraph_t * g, int dfltdim)\n{\n    GD_ndim(g->root) = late_int(g, agfindattr(g, \"dim\"), dfltdim, 2);\n    Ndim = GD_ndim(g->root) = MIN(GD_ndim(g->root), MAXDIM);\n    neato_init_node_edge(g);\n}\n\nvoid neato_init_graph(Agraph_t * g)\n{\n    neato_init_graphn(g, 2);\n}\n\nstatic int neatoModel(graph_t * g)\n{\n    char *p = agget(g, \"model\");\n    char c;\n\n    if (!p || (!(c = *p)))\n        return MODEL_SHORTPATH;\n    if ((c == 'c') && streq(p, \"circuit\"))\n        return MODEL_CIRCUIT;\n    if (c == 's') {\n        if (streq(p, \"subset\"))\n            return MODEL_SUBSET;\n        else if (streq(p, \"shortpath\"))\n            return MODEL_SHORTPATH;\n    }\n    agerr(AGWARN,\n          \"Unknown value %s for attribute \\\"model\\\" in graph %s - ignored\\n\",\n          p, g->name);\n    return MODEL_SHORTPATH;\n}\n\n/* neatoMode:\n */\nstatic int neatoMode(graph_t * g)\n{\n    char *str;\n    int mode = MODE_MAJOR;        /* default mode */\n\n    str = agget(g, \"mode\");\n    if (str && *str) {\n        if (streq(str, \"KK\"))\n            mode = MODE_KK;\n        else if (streq(str, \"major\"))\n            mode = MODE_MAJOR;\n#ifdef DIGCOLA\n        else if (streq(str, \"hier\"))\n            mode = MODE_HIER;\n        else if (streq(str, \"vsep\"))\n            mode = MODE_VSEP;\n#endif\n        else\n            agerr(AGWARN,\n                  \"Illegal value %s for attribute \\\"mode\\\" in graph %s - ignored\\n\",\n                  str, g->name);\n    }\n\n    return mode;\n}\n\n/* checkEdge:\n *\n */\nstatic int checkEdge(PointMap * pm, edge_t * ep, int idx)\n{\n    int i = ND_id(ep->tail);\n    int j = ND_id(ep->head);\n    int tmp;\n\n    if (i > j) {\n        tmp = i;\n        i = j;\n        j = tmp;\n    }\n    return insertPM(pm, i, j, idx);\n}\n\n#ifdef DIGCOLA\n/* dfsCycle:\n * dfs for breaking cycles in vtxdata\n */\nstatic void\ndfsCycle (vtx_data* graph, int i,int mode)\n{\n    node_t *np, *hp;\n    int j, e, f;\n\n    np = graph[i].np;\n    ND_mark(np) = TRUE;\n    ND_onstack(np) = TRUE;\n    for (e = 1; e < graph[i].nedges; e++) {\n        if (graph[i].edists[e] == 1.0) continue;  /* in edge */\n        j = graph[i].edges[e];\n        hp = graph[j].np;\n        if (ND_onstack(hp)) {  /* back edge: reverse it */\n            // if mode is VSEP make it an in-edge \n            // at both ends, so that an edge constraint won't be generated!\n            graph[i].edists[e] = mode==MODE_VSEP?-1.0:1.0;\n            for (f = 1; (f < graph[j].nedges) &&(graph[j].edges[f] != i); f++) ;\n            assert (f < graph[j].nedges);\n            graph[j].edists[f] = -1.0;\n        }\n        else if (ND_mark(hp) == FALSE) dfsCycle(graph, j,mode);\n\n    }\n    ND_onstack(np) = FALSE;\n}\n\n/* acyclic:\n * Do a dfs of the vtx_data, looking for cycles, reversing edges.\n */\nstatic void\nacyclic (vtx_data* graph, int nv, int mode)\n{\n    int i;\n    node_t* np;\n\n    for (i = 0; i < nv; i++) {\n        np = graph[i].np;\n        ND_mark(np) = FALSE;\n        ND_onstack(np) = FALSE;\n    }\n    for (i = 0; i < nv; i++) {\n        if (ND_mark(graph[i].np)) continue;\n        dfsCycle (graph, i, mode);        \n    }\n\n}\n#endif\n\n/* makeGraphData:\n * Create sparse graph representation via arrays.\n * Each node is represented by a vtx_data.\n * The index of each neighbor is stored in the edges array;\n * the corresponding edge lengths and weights go on ewgts and eweights.\n * We do not allocate the latter 2 if the graph does not use them.\n * By convention, graph[i].edges[0] == i.\n * The values graph[i].ewgts[0] and graph[i].eweights[0] are left undefined.\n *\n * In constructing graph from g, we neglect loops. We track multiedges (ignoring\n * direction). Edge weights are additive; the final edge length is the max.\n *\n * If direction is used, we set the edists field, -1 for tail, +1 for head. \n * graph[i].edists[0] is left undefined. If multiedges exist, the direction\n * of the first one encountered is used. Finally, a pass is made to guarantee\n * the graph is acyclic.\n *\n * add argument: int **clusters\n * clusters[c] is a list of indices to nodes contained by the cth cluster\n */\nstatic vtx_data *makeGraphData(graph_t * g, int nv, int *nedges, int mode, int model)\n{\n    vtx_data *graph;\n    int ne = agnedges(g);        /* upper bound */\n    int *edges;\n    float *ewgts = NULL;\n    node_t *np;\n    edge_t *ep;\n    float *eweights = NULL;\n#ifdef DIGCOLA\n    float *edists = NULL;\n#endif\n    int haveLen;\n    int haveWt;\n    int haveDir;\n    PointMap *ps = newPM();\n    int i, i_nedges, idx;\n\n    /* lengths and weights unused in reweight model */\n    if (model == MODEL_SUBSET) {\n        haveLen = FALSE;\n        haveWt = FALSE;\n    } else {\n        haveLen = (agindex(g->root->proto->e, \"len\") >= 0);\n        haveWt = (E_weight != 0);\n    }\n    if (mode == MODE_HIER || mode == MODE_VSEP)\n        haveDir = TRUE;\n    else\n        haveDir = FALSE;\n\n    graph = N_GNEW(nv, vtx_data);\n    edges = N_GNEW(2 * ne + nv, int);        /* reserve space for self loops */\n    if (haveLen || haveDir)\n        ewgts = N_GNEW(2 * ne + nv, float);\n    if (haveWt)\n        eweights = N_GNEW(2 * ne + nv, float);\n#ifdef DIGCOLA\n    if (haveDir)\n        edists = N_GNEW(2*ne+nv,float);\n#endif\n\n    i = 0;\n    ne = 0;\n    for (np = agfstnode(g); np; np = agnxtnode(g, np)) {\n        // to do: if node in cluster c, clusters[c]++=i\n        int j = 1;                /* index of neighbors */\n        clearPM(ps);\n        assert(ND_id(np) == i);\n        graph[i].np = np;\n        graph[i].edges = edges++;        /* reserve space for the self loop */\n        if (haveLen || haveDir)\n            graph[i].ewgts = ewgts++;\n        else\n            graph[i].ewgts = NULL;\n        if (haveWt)\n            graph[i].eweights = eweights++;\n        else\n            graph[i].eweights = NULL;\n#ifdef DIGCOLA\n        if (haveDir) {\n            graph[i].edists = edists++;\n        }\n        else\n            graph[i].edists = NULL;\n#endif\n        i_nedges = 1;                /* one for the self */\n\n        for (ep = agfstedge(g, np); ep; ep = agnxtedge(g, ep, np)) {\n            if (ep->head == ep->tail)\n                continue;        /* ignore loops */\n            idx = checkEdge(ps, ep, j);\n            if (idx != j) {        /* seen before */\n                if (haveWt)\n                    graph[i].eweights[idx] += ED_factor(ep);\n                if (haveLen) {\n                    int curlen = graph[i].ewgts[idx];\n                    graph[i].ewgts[idx] = MAX(ED_dist(ep), curlen);\n                }\n            } else {\n                node_t *vp = (((ep->tail) == np) ? ep->head : ep->tail);\n                ne++;\n                j++;\n\n                *edges++ = ND_id(vp);\n                if (haveWt)\n                    *eweights++ = ED_factor(ep);\n                if (haveLen)\n                    *ewgts++ = ED_dist(ep);\n                else if (haveDir)\n                    *ewgts++ = 1.0;\n#ifdef DIGCOLA\n                if (haveDir) {\n                    char *s=agget(ep,\"dir\");\n                    if(s&&!strncmp(s,\"none\",4)) {\n                        *edists++ = 0;\n                    } else {\n                        *edists++ = (np == ep->head ? 1.0 : -1.0);\n                    }\n                }\n#endif\n                i_nedges++;\n            }\n        }\n\n        graph[i].nedges = i_nedges;\n        graph[i].edges[0] = i;\n#ifdef USE_STYLES\n        graph[i].styles = NULL;\n#endif\n        i++;\n    }\n#ifdef DIGCOLA\n    if (haveDir) {\n    /* Make graph acyclic */\n        acyclic (graph, nv, mode);\n    }\n#endif\n\n    ne /= 2;                        /* every edge is counted twice */\n\n    /* If necessary, release extra memory. */\n    if (ne != agnedges(g)) {\n        edges = RALLOC(2 * ne + nv, graph[0].edges, int);\n        if (haveLen)\n            ewgts = RALLOC(2 * ne + nv, graph[0].ewgts, float);\n        if (haveWt)\n            eweights = RALLOC(2 * ne + nv, graph[0].eweights, float);\n\n        for (i = 0; i < nv; i++) {\n            int sz = graph[i].nedges;\n            graph[i].edges = edges;\n            edges += sz;\n            if (haveLen) {\n                graph[i].ewgts = ewgts;\n                ewgts += sz;\n            }\n            if (haveWt) {\n                graph[i].eweights = eweights;\n                eweights += sz;\n            }\n        }\n    }\n\n    *nedges = ne;\n    freePM(ps);\n    return graph;\n}\n\nstatic void freeGraphData(vtx_data * graph)\n{\n    if (graph != NULL) {\n        if (graph[0].edges != NULL)\n            free(graph[0].edges);\n        if (graph[0].ewgts != NULL)\n            free(graph[0].ewgts);\n#ifdef UNIMPLEMENTED\n        if (graph[0].elens != NULL)\n            free(graph[0].elens);\n#endif\n#ifdef USE_STYLES\n        if (graph[0].styles != NULL)\n            free(graph[0].styles);\n#endif\n        free(graph);\n    }\n}\n\nstatic void initRegular(graph_t * G, int nG)\n{\n    int i;\n    double a, da;\n    node_t *np;\n\n    a = 0.0;\n    da = (2 * PI) / nG;\n    for (i = 0; (np = GD_neato_nlist(G)[i]); i++) {\n        ND_pos(np)[0] = nG * Spring_coeff * cos(a);\n        ND_pos(np)[1] = nG * Spring_coeff * sin(a);\n        ND_pinned(np) = P_SET;\n        a = a + da;\n        if (Ndim > 2)\n            jitter3d(np, nG);\n    }\n}\n\n#define SLEN(s) (sizeof(s)-1)\n#define SMART   \"self\"\n#define REGULAR \"regular\"\n#define RANDOM  \"random\"\n\n/* checkStart:\n * Analyzes start attribute, setting seed.\n * If set,\n *   If start is regular, places nodes and returns INIT_REGULAR.\n *   If start is self, returns INIT_SELF.\n *   If start is random, returns INIT_RANDOM\n *   If number follows, use as seed.\n *   else set seed random\n * else return default\n * \n */\nint checkStart(graph_t * G, int nG, int dflt)\n{\n    char *p;\n    unsigned int seed;\n    char smallbuf[32];\n    int init = dflt;\n\n    seed = 1;\n    p = agget(G, \"start\");\n    if (p) {\n        unsigned char uc = *(unsigned char *) p;\n        if (isalpha(uc)) {\n            if (!strncmp(p, SMART, SLEN(SMART))) {\n                if (N_pos)\n                    agerr(AGWARN,\n                          \"node positions are ignored with start=%s\\n\",\n                          SMART);\n                init = INIT_SELF;\n                p += SLEN(SMART);\n            } else if (!strncmp(p, REGULAR, SLEN(REGULAR))) {\n                if (N_pos)\n                    agerr(AGWARN,\n                          \"node positions are ignored with start=%s\\n\",\n                          REGULAR);\n                initRegular(G, nG);\n                return INIT_REGULAR;\n            } else if (!strncmp(p, RANDOM, SLEN(RANDOM))) {\n                init = INIT_RANDOM;\n                p += SLEN(RANDOM);\n            }\n        }\n\n        /* Check for seed value */\n        if (sscanf(p, \"%d\", &seed) < 1) {\n#ifdef MSWIN32\n            seed = (unsigned) time(NULL);\n#else\n            seed = (unsigned) getpid() ^ (unsigned) time(NULL);\n#endif\n            sprintf(smallbuf, \"%u\", seed);\n            agset(G, \"start\", smallbuf);\n        }\n    }\n    srand48(seed);\n    return init;\n}\n\n#ifdef UNUSED\nvoid dumpData(graph_t * g, vtx_data * gp, int nv, int ne)\n{\n    node_t *v;\n    int i, j, n;\n\n    fprintf(stderr, \"n %d e %d\\n\", nv, ne);\n    for (v = agfstnode(g); v; v = agnxtnode(g, v)) {\n        fprintf(stderr, \"\\\"%s\\\" %d\\n\", v->name, ND_id(v));\n    }\n    for (i = 0; i < nv; i++) {\n        n = gp[i].nedges;\n        fprintf(stderr, \"[%d] %d\\n\", i, n);\n        for (j = 0; j < n; j++) {\n            fprintf(stderr, \"  %3d\", gp[i].edges[j]);\n        }\n        fputs(\"\\n\", stderr);\n        if (gp[i].ewgts)\n            for (j = 0; j < n; j++) {\n                fprintf(stderr, \"  %3f\", gp[i].ewgts[j]);\n            }\n        fputs(\"\\n\", stderr);\n\n    }\n}\n#endif\n\n/* majorization:\n * Solve stress using majorization.\n * Old neato attributes to incorporate:\n *  weight?\n */\nstatic void\nmajorization(graph_t *mg, graph_t * g, int nv, int mode, int model, int dim, int steps)\n{\n    double **coords;\n    int ne;\n    int i;\n    node_t *v;\n    vtx_data *gp;\n    cluster_data *cs;\n\n    int init;\n\n    init = checkStart(g, nv, (mode == MODE_HIER ? INIT_SELF : INIT_RANDOM));\n    coords = N_GNEW(dim, double *);\n    coords[0] = N_GNEW(nv * dim, double);\n    for (i = 1; i < Ndim; i++) {\n        coords[i] = coords[0] + i * nv;\n    }\n    if (Verbose) {\n        fprintf(stderr, \"model %d smart_init %d iterations %d tol %f\\n\",\n                model, (init == INIT_SELF), MaxIter, Epsilon);\n        fprintf(stderr, \"convert graph: \");\n        start_timer();\n    }\n    gp = makeGraphData(g, nv, &ne, mode, model);\n    //////////////////\n    {\n    int ci,cj;\n    cs=(cluster_data*)cluster_map(mg,g);\n    for(ci=0;ci<cs->nclusters;ci++) {\n        fprintf(stderr,\"cluster=%d\\n\",ci);\n        for(cj=0;cj<cs->clustersizes[ci];cj++) {\n            fprintf(stderr,\"  nodeid=%d\\n\",cs->clusters[ci][cj]);\n        }\n    }\n    }\n    /////////////////\n\n    if (Verbose) {\n        fprintf(stderr, \"%d nodes %.2f sec\\n\", nv, elapsed_sec());\n    }\n\n#ifdef DIGCOLA\n    if (mode == MODE_HIER || mode == MODE_VSEP) {\n        double lgap = late_double(g, agfindattr(g, \"levelsgap\"), 0.0, -MAXDOUBLE);\n        if (mode == MODE_HIER) {        \n            stress_majorization_with_hierarchy(gp, nv, ne, coords, Ndim,\n                       (init == INIT_SELF), model, MaxIter, lgap);\n        } else {\n            char* str;\n            vsep_options opt;\n            pointf nsize[nv], gap;\n            opt.edge_gap=lgap;\n#ifdef MOSEK\n            opt.mosek=0;\n#endif;\n            opt.noverlap=opt.diredges=0;\n            opt.gap.x=opt.gap.y=0;\n            opt.nsize=nsize;\n            opt.clusters=cs;\n            str = agget(g, \"diredgeconstraints\");\n            if(str && !strncmp(str,\"true\",4)) {\n                opt.diredges = 1;\n                fprintf(stderr,\"Generating Edge Constraints...\\n\");\n            } else if(str && !strncmp(str,\"hier\",4)) {\n                opt.diredges = 2;\n                fprintf(stderr,\"Generating DiG-CoLa Edge Constraints...\\n\");\n            }\n            str = agget(g, \"overlapconstraints\");\n            if(str && !strncmp(str,\"true\",4)) {\n                opt.noverlap = 1;\n                fprintf(stderr,\"Generating Non-overlap Constraints...\\n\");\n            } else if(str && !strncmp(str,\"post\",4)) {\n                opt.noverlap = 2;\n                fprintf(stderr,\"Removing overlaps as postprocess...\\n\");\n            }  \n#ifdef MOSEK\n            str = agget(g, \"mosek\");\n            if(str && !strncmp(str,\"true\",4)) {\n                opt.mosek = 1;\n                fprintf(stderr,\"Using Mosek for constraint optimization...\\n\");\n            }\n#endif // MOSEK\n            if ((str = agget(g, \"sep\"))) {\n                char* c;\n                if (c=strchr(str,',')) {\n                    i=c-str;\n                    fprintf(stderr,\"gap=%s,%d\\n\",str,i);\n                    char s[strlen(str)];\n                    strncpy(s,str,i);\n                    s[i]=0;\n                    opt.gap.x=atof(s);\n                    strcpy(s,c+1);\n                    opt.gap.y=atof(s);\n                    fprintf(stderr,\"gap=%f,%f\\n\",opt.gap.x,opt.gap.y);\n                } else {\n                    opt.gap.x =opt.gap.y = atof(str);\n                }\n            }\n            for (i=0, v = agfstnode(g); v; v = agnxtnode(g, v),i++) {\n                nsize[i].x=ND_width(v);\n                nsize[i].y=ND_height(v);\n            }\n\n            stress_majorization_vsep(gp, nv, ne, coords, Ndim, model, MaxIter, &opt);\n        }\n    }\n    else\n#endif\n        stress_majorization_kD_mkernel(gp, nv, ne, coords, Ndim,\n                                   (init == INIT_SELF), model, MaxIter);\n\n    /* store positions back in nodes */\n    for (v = agfstnode(g); v; v = agnxtnode(g, v)) {\n        int idx = ND_id(v);\n        int i;\n        for (i = 0; i < Ndim; i++) {\n            ND_pos(v)[i] = coords[i][idx];\n        }\n    }\n    freeGraphData(gp);\n    freeClusterData(cs);\n    free(coords[0]);\n    free(coords);\n}\n\nstatic void subset_model(Agraph_t * G, int nG)\n{\n    int i, j, ne;\n    DistType **Dij;\n    vtx_data *gp;\n\n    gp = makeGraphData(G, nG, &ne, MODE_KK, MODEL_SUBSET);\n    Dij = compute_apsp_artifical_weights(gp, nG);\n    for (i = 0; i < nG; i++) {\n        for (j = 0; j < nG; j++) {\n            GD_dist(G)[i][j] = Dij[i][j];\n        }\n    }\n    free(Dij[0]);\n    free(Dij);\n    freeGraphData(gp);\n}\n\n/* kkNeato:\n * Solve using gradient descent a la Kamada-Kawai.\n */\nstatic void kkNeato(Agraph_t * g, int nG, int model)\n{\n    if (model == MODEL_SUBSET) {\n        subset_model(g, nG);\n    } else if (model == MODEL_CIRCUIT) {\n        if (!circuit_model(g, nG)) {\n            agerr(AGWARN,\n                  \"graph %s is disconnected. Hence, the circuit model\\n\",\n                  g->name);\n            agerr(AGPREV,\n                  \"is undefined. Reverting to the shortest path model.\\n\");\n            agerr(AGPREV,\n                  \"Alternatively, consider running neato using -Gpack=true or decomposing\\n\");\n            agerr(AGPREV, \"the graph into connected components.\\n\");\n            shortest_path(g, nG);\n        }\n    } else\n        shortest_path(g, nG);\n    initial_positions(g, nG);\n    diffeq_model(g, nG);\n    if (Verbose) {\n        fprintf(stderr, \"Solving model %d iterations %d tol %f\\n\",\n                model, MaxIter, Epsilon);\n        start_timer();\n    }\n    solve_model(g, nG);\n}\n\n/* neatoLayout:\n * Use stress optimization to layout a single component\n */\nvoid neatoLayout(Agraph_t * mg, Agraph_t * g, int layoutMode, int layoutModel)\n{\n    int nG;\n    char *str;\n\n    if ((str = agget(g, \"maxiter\")))\n        MaxIter = atoi(str);\n    else if (layoutMode == MODE_MAJOR)\n        MaxIter = DFLT_ITERATIONS;\n    else\n        MaxIter = 100 * agnnodes(g);\n\n    nG = scan_graph_mode(g, layoutMode);\n    if (!nG)\n        return;\n    if (layoutMode)\n        majorization(mg,g, nG, layoutMode, layoutModel, Ndim, MaxIter);\n    else\n        kkNeato(g, nG, layoutModel);\n\n}\n\n/* addZ;\n * If dimension == 3 and z attribute is declared, \n * attach z value to nodes if not defined.\n */\nstatic void\naddZ (Agraph_t* g)\n{\n    node_t* n;\n    char    buf[BUFSIZ];\n\n    if ((Ndim >= 3) && N_z) { \n        for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n            sprintf(buf, \"%d\", POINTS(ND_pos(n)[2]));\n            agxset(n, N_z->index, buf);\n        }\n    }\n}\n\n/* neato_layout:\n */\nvoid neato_layout(Agraph_t * g)\n{\n    int layoutMode;\n    int model;\n    pack_mode mode;\n\n    if (Nop) {\n        int save = PSinputscale;\n        int ret;\n        PSinputscale = POINTS_PER_INCH;\n        neato_init_graph(g);\n        addZ (g);\n        ret = init_nop(g, 1);\n        PSinputscale = save;\n        if (ret) {\n            agerr(AGPREV, \"as required by the -n flag\\n\");\n            exit(1);\n        }\n    } else {\n        neato_init_graph(g);\n        layoutMode = neatoMode(g);\n        model = neatoModel(g);\n        mode = getPackMode(g, l_undef);\n        Pack = getPack(g, -1, CL_OFFSET);\n        /* pack if just packmode defined. */\n        if (mode == l_undef) {\n            /* If the user has not indicated packing but we are\n             * using the new neato, turn packing on.\n             */\n            if ((Pack < 0) && layoutMode)\n                Pack = CL_OFFSET;\n            mode = l_node;\n        } else if (Pack < 0)\n            Pack = CL_OFFSET;\n        if (Pack >= 0) {\n            fprintf(stderr,\"pack\\n\");\n            graph_t *gc;\n            graph_t **cc;\n            int n_cc;\n            int i;\n            pack_info pinfo;\n            bool pin;\n\n            cc = pccomps(g, &n_cc, cc_pfx, &pin);\n\n            for (i = 0; i < n_cc; i++) {\n                gc = cc[i];\n                nodeInduce(gc);\n                neatoLayout(g, gc, layoutMode, model);\n                adjustNodes(gc);\n            }\n            if (n_cc > 1) {\n                bool *bp;\n                if (pin) {\n                    bp = N_NEW(n_cc, bool);\n                    bp[0] = TRUE;\n                } else\n                    bp = 0;\n                pinfo.margin = Pack;\n                pinfo.doSplines = 0;\n                pinfo.mode = mode;\n                pinfo.fixed = bp;\n                packGraphs(n_cc, cc, 0, &pinfo);\n                if (bp)\n                    free(bp);\n            }\n            compute_bb(g);\n            addZ (g);\n            spline_edges(g);\n\n            /* cleanup and remove component subgraphs */\n            for (i = 0; i < n_cc; i++) {\n                gc = cc[i];\n                free_scan_graph(gc);\n                agdelete(g, gc);\n            }\n            {\n                graph_t *mg, *subg;\n                node_t *mm, *mn;\n                edge_t *me;\n                mm = g->meta_node;\n                mg = mm->graph;\n                for (me = agfstout(mg, mm); me; me = agnxtout(mg, me)) {\n                    mn = me->head;\n                    subg = agusergraph(mn);\n                    if (!strncmp(subg->name, \"cluster\", 7)) {\n                        add_cluster(g,subg);\n                        compute_bb(subg);\n                    }\n                }\n            }\n        } else {\n            neatoLayout(g, g, layoutMode, model);\n            adjustNodes(g);\n            addZ (g);\n            spline_edges(g);\n        }\n    }\n    dotneato_postprocess(g);\n}\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4 :\n"
  },
  {
    "path": "experimental/neatogen/neatoprocs.h",
    "content": "/* $Id: neatoprocs.h,v 1.4 2005/11/15 22:55:48 erg Exp $ $Revision: 1.4 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifndef NEATOPROCS_H\n#define NEATOPROCS_H\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n    extern int allow_edits(int);\n    extern void avoid_cycling(graph_t *, Agnode_t *, double *);\n    extern int checkStart(graph_t * G, int nG, int);\n    extern Agnode_t *choose_node(graph_t *, int);\n    extern int circuit_model(graph_t *, int);\n    extern void D2E(Agraph_t *, int, int, double *);\n    extern void diffeq_model(graph_t *, int);\n    extern double distvec(double *, double *, double *);\n    extern void do_graph_label(Agraph_t *);\n    extern void final_energy(graph_t *, int);\n    extern double doubleattr(void *, int, double);\n    extern double fpow32(double);\n    extern Ppolyline_t getPath(edge_t *, vconfig_t *, int, Ppoly_t **,\n\t\t\t       int);\n    extern void heapdown(Agnode_t *);\n    extern void heapup(Agnode_t *);\n    extern void initial_positions(graph_t *, int);\n    extern int init_port(Agnode_t *, Agedge_t *, char *, bool);\n    extern void jitter3d(Agnode_t *, int);\n    extern void jitter_d(Agnode_t *, int, int);\n    extern Ppoly_t *makeObstacle(node_t * n, double SEP);\n    extern void makeSelfArcs(path * P, edge_t * e, int stepx);\n    extern void makeSpline(edge_t *, Ppoly_t **, int, bool);\n    extern void make_spring(graph_t *, Agnode_t *, Agnode_t *, double);\n    extern void move_node(graph_t *, int, Agnode_t *);\n    extern int init_nop(graph_t * g, int);\n    extern void neato_nodesize(node_t * n, bool flip);\n    extern void neato_cleanup(graph_t * g);\n    extern void neato_cleanup_edge(edge_t * e);\n    extern void neato_cleanup_graph(graph_t * g);\n    extern void neato_cleanup_node(node_t * n);\n    extern node_t *neato_dequeue(void);\n    extern void neato_enqueue(node_t *);\n    extern void neato_free_splines(edge_t * e);\n    extern void neato_init_node_edge(Agraph_t *);\n    extern void neato_init_edge(Agedge_t *);\n    extern void neato_init_node(Agnode_t *);\n    extern void neato_layout(Agraph_t * g);\n    extern void neatoLayout(Agraph_t *mg, Agraph_t * g, int layoutMode, int layoutModel);\n    extern void neato_init_graph(graph_t * g);\n    extern void neato_init_graphn(graph_t * g, int);\n    extern int Plegal_arrangement(Ppoly_t ** polys, int n_polys);\n    extern void randompos(Agnode_t *, int);\n    extern void s1(graph_t *, node_t *);\n    extern int scan_graph(graph_t *);\n    extern int scan_graph_mode(graph_t * G, int mode);\n    extern void free_scan_graph(graph_t *);\n    extern void shortest_path(graph_t *, int);\n    extern void solve(double *, double *, double *, int);\n    extern void solve_model(graph_t *, int);\n    extern int solveCircuit(int nG, double **Gm, double **Gm_inv);\n    extern void spline_edges(Agraph_t *);\n    extern void spline_edges0(Agraph_t *);\n    extern int spline_edges1(graph_t * g, int);\n    extern int splineEdges(graph_t *,\n\t\t\t   int (*edgefn) (graph_t *, double, int), int);\n    extern void neato_set_aspect(graph_t * g);\n    extern void toggle(int);\n    extern int user_pos(Agsym_t *, Agsym_t *, Agnode_t *, int);\n    extern double **new_array(int i, int j, double val);\n    extern void free_array(double **rv);\n    extern int matinv(double **A, double **Ainv, int n);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
  },
  {
    "path": "experimental/neatogen/neatosplines.c",
    "content": "/* $Id: neatosplines.c,v 1.17 2005/11/15 22:55:48 erg Exp $ $Revision: 1.17 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#ifdef HAVE_CONFIG_H\n#include \"config.h\"\n#endif\n\n#include \"neato.h\"\n#include \"adjust.h\"\n#include \"pathplan.h\"\n#include \"vispath.h\"\n#ifndef HAVE_DRAND48\nextern double drand48(void);\n#endif\n\n#define P2PF(p, pf) (pf.x = p.x, pf.y = p.y)\n#define PF2P(pf, p) (p.x = ROUND (pf.x), p.y = ROUND (pf.y))\n\nextern void printvis(vconfig_t * cp);\nextern int in_poly(Ppoly_t argpoly, Ppoint_t q);\n\nstatic bool spline_merge(node_t * n)\n{\n    return FALSE;\n}\n\nstatic bool swap_ends_p(edge_t * e)\n{\n    return FALSE;\n}\n\nstatic splineInfo sinfo = { swap_ends_p, spline_merge };\n\nstatic void\nmake_barriers(Ppoly_t ** poly, int npoly, int pp, int qp,\n\t      Pedge_t ** barriers, int *n_barriers)\n{\n    int i, j, k, n, b;\n    Pedge_t *bar;\n\n    n = 0;\n    for (i = 0; i < npoly; i++) {\n\tif (i == pp)\n\t    continue;\n\tif (i == qp)\n\t    continue;\n\tn = n + poly[i]->pn;\n    }\n    bar = N_GNEW(n, Pedge_t);\n    b = 0;\n    for (i = 0; i < npoly; i++) {\n\tif (i == pp)\n\t    continue;\n\tif (i == qp)\n\t    continue;\n\tfor (j = 0; j < poly[i]->pn; j++) {\n\t    k = j + 1;\n\t    if (k >= poly[i]->pn)\n\t\tk = 0;\n\t    bar[b].a = poly[i]->ps[j];\n\t    bar[b].b = poly[i]->ps[k];\n\t    b++;\n\t}\n    }\n    assert(b == n);\n    *barriers = bar;\n    *n_barriers = n;\n}\n\n/* recPt:\n */\nstatic Ppoint_t recPt(double x, double y, point c, double sep)\n{\n    Ppoint_t p;\n\n    p.x = (x * sep) + c.x;\n    p.y = (y * sep) + c.y;\n    return p;\n}\n\nstatic void makePortLabels(edge_t * e)\n{\n    if (ED_head_label(e) && !ED_head_label(e)->set) {\n\tplace_portlabel(e, TRUE);\n\tupdateBB(e->tail->graph, ED_head_label(e));\n    }\n    if (ED_tail_label(e) && !ED_tail_label(e)->set) {\n\tplace_portlabel(e, FALSE);\n\tupdateBB(e->tail->graph, ED_tail_label(e));\n    }\n}\n\n/* endPoints:\n * Extract the actual end points of the spline, where\n * they touch the node.\n */\nstatic void endPoints(splines * spl, point * p, point * q)\n{\n    bezier bz;\n\n    bz = spl->list[0];\n    if (bz.sflag)\n\t*p = bz.sp;\n    else\n\t*p = bz.list[0];\n    bz = spl->list[spl->size - 1];\n    if (bz.eflag)\n\t*q = bz.ep;\n    else\n\t*q = bz.list[bz.size - 1];\n}\n\n#define LEFTOF(a,b,c) (((a.y - b.y)*(c.x - b.x) - (c.y - b.y)*(a.x - b.x)) > 0)\n#define MAXLABELWD  (POINTS_PER_INCH/2.0)\n\n/* addEdgeLabels:\n * rp and rq are the port points of the tail and head node.\n * Adds label, headlabel and taillabel.\n * The use of 2 and 4 in computing ld.x and ld.y are fudge factors, to\n * introduce a bit of spacing.\n * Updates bounding box.\n * We try to use the actual endpoints of the spline, as they may differ\n * significantly from rp and rq, but if the spline is degenerate (e.g.,\n * the nodes overlap), we use rp and rq.\n */\nstatic void addEdgeLabels(edge_t * e, point rp, point rq)\n{\n    point p, q;\n    point d;\t\t\t/* midpoint of segment p-q */\n    point ld;\n    point sp;\n    point del;\n    pointf spf;\n    double f, ht, wd, dist2;\n    int leftOf;\n\n    if (ED_label(e) && !ED_label(e)->set) {\n\tendPoints(ED_spl(e), &p, &q);\n\tif ((p.x == q.x) && (p.y == q.y)) { /* degenerate spline */\n\t    p = rp;\n\t    q = rq;\n\t}\n\td.x = (q.x + p.x) / 2;\n\td.y = (p.y + q.y) / 2;\n\tdel.x = q.x - p.x;\n\tdel.y = q.y - p.y;\n\tdist2 = del.x*del.x + del.y*del.y;\n\tht = (ED_label(e)->dimen.y + 2)/2.0;\n\tsp = dotneato_closest(ED_spl(e), d);\n\tspf.x = sp.x;\n\tspf.y = sp.y;\n\tif (dist2) {\n\t    wd = (MIN(ED_label(e)->dimen.x + 2, MAXLABELWD))/2.0;\n\t    leftOf = LEFTOF(p, q, sp);\n\t    if ((leftOf && (del.y >= 0)) || (!leftOf && (del.y < 0))) {\n\t\tif (del.x*del.y >= 0)\n\t\t    ht *= -1;\n\t    }\n\t    else {\n\t\twd *= -1;\n\t\tif (del.x*del.y < 0)\n\t\t    ht *= -1;\n\t    }\n\t    f = (del.y*wd - del.x*ht)/dist2;\n\t    ld.x = -f*del.y;\n\t    ld.y = f*del.x;\n\t}\n\telse {    /* end points the same */\n\t    ld.x = 0;\n\t    ld.y = -ht;\n\t}\n\n\tED_label(e)->p.x = spf.x + ld.x;\n\tED_label(e)->p.y = spf.y + ld.y;\n\tED_label(e)->set = TRUE;\n\tupdateBB(e->tail->graph, ED_label(e));\n    }\n    makePortLabels(e);\n}\n\ntypedef struct {\n    node_t *n1;\n    point p1;\n    node_t *n2;\n    point p2;\n} edgeinfo;\ntypedef struct {\n    Dtlink_t link;\n    edgeinfo id;\n    edge_t *e;\n} edgeitem;\n\nstatic void *newitem(Dt_t * d, edgeitem * obj, Dtdisc_t * disc)\n{\n    edgeitem *newp;\n\n    NOTUSED(disc);\n    newp = NEW(edgeitem);\n    newp->id = obj->id;\n    newp->e = obj->e;\n    ED_count(newp->e) = 1;\n\n    return newp;\n}\n\nstatic void freeitem(Dt_t * d, edgeitem * obj, Dtdisc_t * disc)\n{\n    free(obj);\n}\n\nstatic int\ncmpitems(Dt_t * d, edgeinfo * key1, edgeinfo * key2, Dtdisc_t * disc)\n{\n    int x;\n\n    if (key1->n1 > key2->n1)\n\treturn 1;\n    if (key1->n1 < key2->n1)\n\treturn -1;\n    if (key1->n2 > key2->n2)\n\treturn 1;\n    if (key1->n2 < key2->n2)\n\treturn -1;\n\n    if ((x = key1->p1.x - key2->p1.x))\n\treturn x;\n    if ((x = key1->p1.y - key2->p1.y))\n\treturn x;\n    if ((x = key1->p2.x - key2->p2.x))\n\treturn x;\n    return (key1->p2.y - key2->p2.y);\n}\n\nDtdisc_t edgeItemDisc = {\n    offsetof(edgeitem, id),\n    sizeof(edgeinfo),\n    offsetof(edgeitem, link),\n    (Dtmake_f) newitem,\n    (Dtfree_f) freeitem,\n    (Dtcompar_f) cmpitems,\n    0,\n    0,\n    0\n};\n\n/* equivEdge:\n * See if we have already encountered an edge between the same\n * node:port pairs. If so, return the earlier edge. If not, \n * this edge is added to map and returned.\n * We first have to canonicalize the key fields using a lexicographic\n * ordering.\n */\nstatic edge_t *equivEdge(Dt_t * map, edge_t * e)\n{\n    edgeinfo test;\n    edgeitem dummy;\n    edgeitem *ip;\n\n    if (e->tail < e->head) {\n\ttest.n1 = e->tail;\n\ttest.p1 = ED_tail_port(e).p;\n\ttest.n2 = e->head;\n\ttest.p2 = ED_head_port(e).p;\n    } else if (e->tail > e->head) {\n\ttest.n2 = e->tail;\n\ttest.p2 = ED_tail_port(e).p;\n\ttest.n1 = e->head;\n\ttest.p1 = ED_head_port(e).p;\n    } else {\n\tpoint hp = ED_head_port(e).p;\n\tpoint tp = ED_tail_port(e).p;\n\tif (tp.x < hp.x) {\n\t    test.p1 = tp;\n\t    test.p2 = hp;\n\t} else if (tp.x > hp.x) {\n\t    test.p1 = hp;\n\t    test.p2 = tp;\n\t} else if (tp.y < hp.y) {\n\t    test.p1 = tp;\n\t    test.p2 = hp;\n\t} else if (tp.y > hp.y) {\n\t    test.p1 = hp;\n\t    test.p2 = tp;\n\t} else {\n\t    test.p1 = test.p2 = tp;\n\t}\n\ttest.n2 = test.n1 = e->tail;\n    }\n    dummy.id = test;\n    dummy.e = e;\n    ip = dtinsert(map, &dummy);\n    return ip->e;\n}\n\n\n/* makeSelfArcs:\n * Generate loops. We use the library routine makeSelfEdge\n * which also places the labels.\n * We have to handle port labels here.\n * as well as update the bbox from edge labels.\n */\nvoid makeSelfArcs(path * P, edge_t * e, int stepx)\n{\n    int cnt = ED_count(e);\n\n    if (cnt == 1) {\n\tedge_t *edges1[1];\n\tedges1[0] = e;\n\tmakeSelfEdge(P, edges1, 0, 1, stepx, stepx, &sinfo);\n\tif (ED_label(e))\n\t    updateBB(e->tail->graph, ED_label(e));\n\tmakePortLabels(e);\n    } else {\n\tint i;\n\tedge_t **edges = N_GNEW(cnt, edge_t *);\n\tfor (i = 0; i < cnt; i++) {\n\t    edges[i] = e;\n\t    e = ED_to_virt(e);\n\t}\n\tmakeSelfEdge(P, edges, 0, cnt, stepx, stepx, &sinfo);\n\tfor (i = 0; i < cnt; i++) {\n\t    e = edges[i];\n\t    if (ED_label(e))\n\t\tupdateBB(e->tail->graph, ED_label(e));\n\t    makePortLabels(e);\n\t}\n\tfree(edges);\n    }\n}\n\nstatic void makeStraightEdge(graph_t * g, edge_t * e)\n{\n    point dumb[4];\n    node_t *n = e->tail;\n    node_t *head = e->head;\n    int e_cnt = ED_count(e);\n    pointf perp;\n    point del;\n    edge_t *e0;\n    int i, j, xstep, dx;\n    double l_perp;\n    point dumber[4];\n    point p, q;\n\n    p = dumb[1] = dumb[0] = add_points(ND_coord_i(n), ED_tail_port(e).p);\n    q = dumb[2] = dumb[3] =\n\tadd_points(ND_coord_i(head), ED_head_port(e).p);\n\n    if (e_cnt == 1) {\n\tclip_and_install(e, e, dumb, 4, &sinfo);\n\taddEdgeLabels(e, p, q);\n\treturn;\n    }\n\n    e0 = e;\n    perp.x = dumb[0].y - dumb[3].y;\n    perp.y = dumb[3].x - dumb[0].x;\n    if ((perp.x == 0) && (perp.y == 0)) { \n\t/* degenerate case */\n\tdumb[1] = dumb[0];\n\tdumb[2] = dumb[3];\n\tdel.x = 0;\n\tdel.y = 0;\n    }\n    else {\n\tl_perp = sqrt(perp.x * perp.x + perp.y * perp.y);\n\txstep = GD_nodesep(g);\n\tdx = xstep * (e_cnt - 1) / 2;\n\tdumb[1].x = dumb[0].x + (dx * perp.x) / l_perp;\n\tdumb[1].y = dumb[0].y + (dx * perp.y) / l_perp;\n\tdumb[2].x = dumb[3].x + (dx * perp.x) / l_perp;\n\tdumb[2].y = dumb[3].y + (dx * perp.y) / l_perp;\n\tdel.x = -xstep * perp.x / l_perp;\n\tdel.y = -xstep * perp.y / l_perp;\n    }\n\n    for (i = 0; i < e_cnt; i++) {\n\tif (e0->head == head) {\n\t    p = dumb[0];\n\t    q = dumb[3];\n\t    for (j = 0; j < 4; j++) {\n\t\tdumber[j] = dumb[j];\n\t    }\n\t} else {\n\t    p = dumb[3];\n\t    q = dumb[0];\n\t    for (j = 0; j < 4; j++) {\n\t\tdumber[3 - j] = dumb[j];\n\t    }\n\t}\n\tclip_and_install(e0, e0, dumber, 4, &sinfo);\n\taddEdgeLabels(e0, p, q);\n\te0 = ED_to_virt(e0);\n\tdumb[1].x += del.x;\n\tdumb[1].y += del.y;\n\tdumb[2].x += del.x;\n\tdumb[2].y += del.y;\n    }\n}\n\n/* makeObstacle:\n * Given a node, return an obstacle reflecting the\n * node's geometry. SEP specifies how much space to allow\n * around the polygon. \n * Returns the constructed polygon on success, NULL on failure.\n * Failure means the node shape is not supported. \n *\n * The polygon has its vertices in CW order.\n * \n * N.B. Point, epsf and user shapes are not handled. Point should\n * be easy, and user shapes are boxes. FIX\n */\nPpoly_t *makeObstacle(node_t * n, double SEP)\n{\n    Ppoly_t *obs;\n    polygon_t *poly;\n    double adj = 0.0;\n    int j, sides;\n    pointf polyp;\n    box b;\n    point pt;\n    field_t *fld;\n\n    switch (shapeOf(n)) {\n    case SH_POLY:\n\tobs = NEW(Ppoly_t);\n\tpoly = (polygon_t *) ND_shape_info(n);\n\tif (poly->sides >= 3) {\n\t    sides = poly->sides;\n\t} else {\t\t/* ellipse */\n\t    sides = 8;\n\t    adj = drand48() * .01;\n\t}\n\tobs->pn = sides;\n\tobs->ps = N_NEW(sides, Ppoint_t);\n\t/* assuming polys are in CCW order, and pathplan needs CW */\n\tfor (j = 0; j < sides; j++) {\n\t    if (poly->sides >= 3) {\n\t\tpolyp.x = poly->vertices[j].x * SEP;\n\t\tpolyp.y = poly->vertices[j].y * SEP;\n\t    } else {\n\t\tdouble c, s;\n\t\tc = cos(2.0 * PI * j / sides + adj);\n\t\ts = sin(2.0 * PI * j / sides + adj);\n\t\tpolyp.x = SEP * c * (ND_lw_i(n) + ND_rw_i(n)) / 2.0;\n\t\tpolyp.y = SEP * s * ND_ht_i(n) / 2.0;\n\t    }\n\t    obs->ps[sides - j - 1].x = polyp.x + ND_coord_i(n).x;\n\t    obs->ps[sides - j - 1].y = polyp.y + ND_coord_i(n).y;\n\t}\n\tbreak;\n    case SH_RECORD:\n\tfld = (field_t *) ND_shape_info(n);\n\tb = fld->b;\n\tobs = NEW(Ppoly_t);\n\tobs->pn = 4;\n\tobs->ps = N_NEW(4, Ppoint_t);\n\t/* CW order */\n\tpt = ND_coord_i(n);\n\tobs->ps[0] = recPt(b.LL.x, b.LL.y, pt, SEP);\n\tobs->ps[1] = recPt(b.LL.x, b.UR.y, pt, SEP);\n\tobs->ps[2] = recPt(b.UR.x, b.UR.y, pt, SEP);\n\tobs->ps[3] = recPt(b.UR.x, b.LL.y, pt, SEP);\n\tbreak;\n    default:\n\tobs = NULL;\n\tbreak;\n    }\n    return obs;\n}\n\n/* getPath\n * Construct the shortest path from one endpoint of e to the other.\n * The obstacles and their number are given by obs and npoly.\n * vconfig is a precomputed data structure to help in the computation.\n * If chkPts is true, the function finds the polygons, if any, containing\n * the endpoints and tells the shortest path computation to ignore them. \n * Assumes this info is set in ND_lim, usually from _spline_edges.\n * Returns the shortest path.\n */\nPpolyline_t\ngetPath(edge_t * e, vconfig_t * vconfig, int chkPts, Ppoly_t ** obs,\n\tint npoly)\n{\n    Ppolyline_t line;\n    int pp, qp;\n    Ppoint_t p, q;\n    point p1, q1;\n\n    p1 = add_points(ND_coord_i(e->tail), ED_tail_port(e).p);\n    q1 = add_points(ND_coord_i(e->head), ED_head_port(e).p);\n    P2PF(p1, p);\n    P2PF(q1, q);\n\n    /* determine the polygons (if any) that contain the endpoints */\n    pp = qp = POLYID_NONE;\n    if (chkPts) {\n\tpp = ND_lim(e->tail);\n\tqp = ND_lim(e->head);\n/*\n\tfor (i = 0; i < npoly; i++) {\n\t    if ((pp == POLYID_NONE) && in_poly(*obs[i], p))\n\t\tpp = i;\n\t    if ((qp == POLYID_NONE) && in_poly(*obs[i], q))\n\t\tqp = i;\n\t}\n*/\n    }\n    Pobspath(vconfig, p, pp, q, qp, &line);\n    return line;\n}\n\n/* makeSpline:\n * Construct a spline connecting the endpoints of e, avoiding the npoly\n * obstacles obs.\n * The resultant spline is attached to the edge, the positions of any \n * edge labels are computed, and the graph's bounding box is recomputed.\n * \n * If chkPts is true, the function checks if one or both of the endpoints \n * is on or inside one of the obstacles and, if so, tells the shortest path\n * computation to ignore them. \n */\nvoid makeSpline(edge_t * e, Ppoly_t ** obs, int npoly, bool chkPts)\n{\n    Ppolyline_t line, spline;\n    Pvector_t slopes[2];\n    int i, n_barriers;\n    int pp, qp;\n    Ppoint_t p, q;\n    point *ispline;\n    Pedge_t *barriers;\n    point p1, q1;\n\n    line = ED_path(e);\n    p = line.ps[0];\n    q = line.ps[line.pn - 1];\n    /* determine the polygons (if any) that contain the endpoints */\n    pp = qp = POLYID_NONE;\n    if (chkPts)\n\tfor (i = 0; i < npoly; i++) {\n\t    if ((pp == POLYID_NONE) && in_poly(*obs[i], p))\n\t\tpp = i;\n\t    if ((qp == POLYID_NONE) && in_poly(*obs[i], q))\n\t\tqp = i;\n\t}\n\n    make_barriers(obs, npoly, pp, qp, &barriers, &n_barriers);\n    slopes[0].x = slopes[0].y = 0.0;\n    slopes[1].x = slopes[1].y = 0.0;\n    Proutespline(barriers, n_barriers, line, slopes, &spline);\n\n    /* north why did you ever use int coords */\n    ispline = N_GNEW(spline.pn, point);\n    for (i = 0; i < spline.pn; i++) {\n\tispline[i].x = ROUND(spline.ps[i].x);\n\tispline[i].y = ROUND(spline.ps[i].y);\n    }\n    if (Verbose > 1)\n\tfprintf(stderr, \"spline %s %s\\n\", e->tail->name, e->head->name);\n    clip_and_install(e, e, ispline, spline.pn, &sinfo);\n    free(ispline);\n    free(barriers);\n    PF2P(p, p1);\n    PF2P(q, q1);\n    addEdgeLabels(e, p1, q1);\n}\n\n/* _spline_edges:\n * Basic default routine for creating edges.\n * If splines are requested, we construct the obstacles.\n * If not, or nodes overlap, the function reverts to line segments.\n * NOTE: intra-cluster edges are not constrained to\n * remain in the cluster's bounding box and, conversely, a cluster's box\n * is not altered to reflect intra-cluster edges.\n * If Nop > 1 and the spline exists, it is just copied.\n */\nstatic int _spline_edges(graph_t * g, double SEP, int splines)\n{\n    node_t *n;\n    edge_t *e;\n    Ppoly_t **obs;\n    Ppoly_t *obp;\n    int i = 0, npoly;\n    vconfig_t *vconfig;\n    path *P = NULL;\n\n    /* build configuration */\n    if (splines) {\n\tobs = N_NEW(agnnodes(g), Ppoly_t *);\n\tfor (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\t    obp = makeObstacle(n, SEP);\n\t    if (obp) {\n\t\tND_lim(n) = i; \n\t\tobs[i++] = obp;\n\t    }\n\t    else\n\t\tND_lim(n) = POLYID_NONE; \n\t}\n    } else {\n\tobs = 0;\n    }\n    npoly = i;\n    if (obs) {\n\tif (Plegal_arrangement(obs, npoly))\n\t    vconfig = Pobsopen(obs, npoly);\n\telse {\n\t    if (Verbose)\n\t\tfprintf(stderr,\n\t\t\t\"nodes touch - falling back to straight line edges\\n\");\n\t    vconfig = 0;\n\t}\n    } else\n\tvconfig = 0;\n\n    /* route edges  */\n    if (Verbose)\n\tfprintf(stderr, \"Creating edges using %s\\n\",\n\t\t(vconfig ? \"splines\" : \"line segments\"));\n    if (vconfig) {\n\t/* path-finding pass */\n\tfor (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\t    for (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n\t\tED_path(e) = getPath(e, vconfig, TRUE, obs, npoly);\n\t    }\n\t}\n    }\n\n    /* spline-drawing pass */\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tfor (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n\t    node_t *head = e->head;\n\t    if ((Nop > 1) && ED_spl(e)) {\n\t\taddEdgeLabels(e,\n\t\t\t      add_points(ND_coord_i(n), ED_tail_port(e).p),\n\t\t\t      add_points(ND_coord_i(head),\n\t\t\t\t\t ED_head_port(e).p));\n\t    } else if (n == head) {    /* self arc */\n\t\tif (ED_count(e) == 0) continue;   /* only do representative */\n\t\tif (!P) {\n\t\t    P = NEW(path);\n\t\t    P->boxes = N_NEW(agnnodes(g) + 20 * 2 * 9, box);\n\t\t}\n\t\tmakeSelfArcs(P, e, GD_nodesep(g));\n\t    } else if (vconfig) {\n\t\tmakeSpline(e, obs, npoly, TRUE);\n\t    } else if (ED_count(e)) {\n\t\tmakeStraightEdge(g, e);\n\t    }\n\t}\n    }\n\n    if (P) {\n\tfree(P->boxes);\n\tfree(P);\n    }\n    return 0;\n}\n\n/* splineEdges:\n * Main wrapper code for generating edges.\n * Sets desired separation. \n * Coalesces equivalent edges (edges * with the same endpoints). \n * It then calls the edge generating function, and marks the\n * spline phase complete.\n * Returns 0 on success.\n *\n * The edge function is given the graph, the separation to be added\n * around obstacles, and the type of edge. (At present, this is a bool,\n * with 1 meaning splines and 0 meaning line segments.) It must guarantee \n * that all bounding boxes are current; in particular, the bounding box of \n * g must reflect the addition of the edges.\n */\nint\nsplineEdges(graph_t * g, int (*edgefn) (graph_t *, double, int),\n\t    int splines)\n{\n    node_t *n;\n    edge_t *e;\n    double SEP;\n    Dt_t *map;\n\n    /* This value should be independent of the sep value used to expand\n     * nodes during adjustment. If not, when the adjustment pass produces\n     * a fairly tight layout, the spline code will find that some nodes\n     * still overlap.\n     */\n    SEP = 1.01;\n\n    /* find equivalent edges */\n    map = dtopen(&edgeItemDisc, Dtoset);\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tfor (e = agfstout(g, n); e; e = agnxtout(g, e)) {\n\t    edge_t *leader = equivEdge(map, e);\n\t    if (leader != e) {\n\t\tED_count(leader)++;\n\t\tED_to_virt(e) = ED_to_virt(leader);\n\t\tED_to_virt(leader) = e;\n\t    }\n\t}\n    }\n    dtclose(map);\n\n    if (edgefn(g, SEP, splines))\n\treturn 1;\n\n    State = GVSPLINES;\n    return 0;\n}\n\n/* spline_edges1:\n * Construct edges using default algorithm and given splines value.\n * Return 0 on success.\n */\nint spline_edges1(graph_t * g, int splines)\n{\n    return splineEdges(g, _spline_edges, splines);\n}\n\n/* spline_edges0:\n * Sets the graph's aspect ratio.\n * Check splines attribute and construct edges using default algorithm.\n * If the splines attribute is defined but equal to \"\", skip edge routing.\n * \n * Assumes u.bb for has been computed for g and all clusters\n * (not just top-level clusters), and  that GD_bb(g).LL is at the origin.\n *\n * This last criterion is, I believe, mainly to simplify the code\n * in neato_set_aspect. It would be good to remove this constraint,\n * as this would allow nodes pinned on input to have the same coordinates\n * when output in dot or plain format.\n *\n */\nvoid spline_edges0(graph_t * g)\n{\n    char* s = agget(g, \"splines\");\n\n    neato_set_aspect(g);\n    if (s && (*s == '\\0')) return; \n    spline_edges1(g, mapbool(s));\n}\n\n/* spline_edges:\n * Compute bounding box, translate graph to origin,\n * then construct all edges. We assume the graph\n * has no clusters, and only nodes have been\n * positioned.\n */\nvoid spline_edges(graph_t * g)\n{\n    node_t *n;\n    pointf offset;\n\n    compute_bb(g);\n    offset = cvt2ptf(GD_bb(g).LL);\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tND_pos(n)[0] -= offset.x;\n\tND_pos(n)[1] -= offset.y;\n    }\n    GD_bb(g).UR.x -= GD_bb(g).LL.x;\n    GD_bb(g).UR.y -= GD_bb(g).LL.y;\n    GD_bb(g).LL.x = 0;\n    GD_bb(g).LL.y = 0;\n    spline_edges0(g);\n}\n\n/* scaleEdge:\n * Scale edge by given factor.\n * Assume ED_spl != NULL.\n */\nstatic void scaleEdge(edge_t * e, double xf, double yf)\n{\n    int i, j;\n    point *pt;\n    bezier *bez;\n\n    bez = ED_spl(e)->list;\n    for (i = 0; i < ED_spl(e)->size; i++) {\n\tpt = bez->list;\n\tfor (j = 0; j < bez->size; j++) {\n\t    pt->x *= xf;\n\t    pt->y *= yf;\n\t    pt++;\n\t}\n\tif (bez->sflag) {\n\t    bez->sp.x *= xf;\n\t    bez->sp.y *= yf;\n\t}\n\tif (bez->eflag) {\n\t    bez->ep.x *= xf;\n\t    bez->ep.y *= yf;\n\t}\n\tbez++;\n    }\n\n    if (ED_label(e) && ED_label(e)->set) {\n\tED_label(e)->p.x *= xf;\n\tED_label(e)->p.y *= yf;\n    }\n    if (ED_head_label(e) && ED_head_label(e)->set) {\n\tED_head_label(e)->p.x *= xf;\n\tED_head_label(e)->p.y *= yf;\n    }\n    if (ED_tail_label(e) && ED_tail_label(e)->set) {\n\tED_tail_label(e)->p.x *= xf;\n\tED_tail_label(e)->p.y *= yf;\n    }\n}\n\n/* scaleBB:\n * Scale bounding box of clusters of g by given factors.\n */\nstatic void scaleBB(graph_t * g, double xf, double yf)\n{\n    int i;\n\n    GD_bb(g).UR.x *= xf;\n    GD_bb(g).UR.y *= yf;\n    GD_bb(g).LL.x *= xf;\n    GD_bb(g).LL.y *= yf;\n\n    if (GD_label(g) && GD_label(g)->set) {\n\tGD_label(g)->p.x *= xf;\n\tGD_label(g)->p.y *= yf;\n    }\n\n    for (i = 1; i <= GD_n_cluster(g); i++)\n\tscaleBB(GD_clust(g)[i], xf, yf);\n}\n\n/* _neato_set_aspect;\n * Assume all bounding boxes are correct and\n * that GD_bb(g).LL is at origin.\n */\nstatic void _neato_set_aspect(graph_t * g)\n{\n    /* int          i; */\n    double xf, yf, actual, desired;\n    node_t *n;\n\n    /* compute_bb(g); */\n    if (GD_drawing(g)->ratio_kind) {\n\t/* normalize */\n\tassert(GD_bb(g).LL.x == 0);\n\tassert(GD_bb(g).LL.y == 0);\n\tif (GD_flip(g)) {\n\t    int t = GD_bb(g).UR.x;\n\t    GD_bb(g).UR.x = GD_bb(g).UR.y;\n\t    GD_bb(g).UR.y = t;\n\t}\n\tif (GD_drawing(g)->ratio_kind == R_FILL) {\n\t    /* fill is weird because both X and Y can stretch */\n\t    if (GD_drawing(g)->size.x <= 0)\n\t\treturn;\n\t    xf = (double) GD_drawing(g)->size.x / (double) GD_bb(g).UR.x;\n\t    yf = (double) GD_drawing(g)->size.y / (double) GD_bb(g).UR.y;\n\t    /* handle case where one or more dimensions is too big */\n\t    if ((xf < 1.0) || (yf < 1.0)) {\n\t\tif (xf < yf) {\n\t\t    yf = yf / xf;\n\t\t    xf = 1.0;\n\t\t} else {\n\t\t    xf = xf / yf;\n\t\t    yf = 1.0;\n\t\t}\n\t    }\n\t} else if (GD_drawing(g)->ratio_kind == R_EXPAND) {\n\t    if (GD_drawing(g)->size.x <= 0)\n\t\treturn;\n\t    xf = (double) GD_drawing(g)->size.x / (double) GD_bb(g).UR.x;\n\t    yf = (double) GD_drawing(g)->size.y / (double) GD_bb(g).UR.y;\n\t    if ((xf > 1.0) && (yf > 1.0)) {\n\t\tdouble scale = MIN(xf, yf);\n\t\txf = yf = scale;\n\t    } else\n\t\treturn;\n\t} else if (GD_drawing(g)->ratio_kind == R_VALUE) {\n\t    desired = GD_drawing(g)->ratio;\n\t    actual = ((double) GD_bb(g).UR.y) / ((double) GD_bb(g).UR.x);\n\t    if (actual < desired) {\n\t\tyf = desired / actual;\n\t\txf = 1.0;\n\t    } else {\n\t\txf = actual / desired;\n\t\tyf = 1.0;\n\t    }\n\t} else\n\t    return;\n\tif (GD_flip(g)) {\n\t    double t = xf;\n\t    xf = yf;\n\t    yf = t;\n\t}\n\n\t/* Not relying on neato_nlist here allows us not to have to \n\t * allocate it in the root graph and the connected components. \n\t */\n\tfor (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\t    ND_pos(n)[0] = ND_pos(n)[0] * xf;\n\t    ND_pos(n)[1] = ND_pos(n)[1] * yf;\n\t}\n\tscaleBB(g, xf, yf);\n\tif (Nop > 1) {\n\t    edge_t *e;\n\t    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\t\tfor (e = agfstout(g, n); e; e = agnxtout(g, e))\n\t\t    if (ED_spl(e))\n\t\t\tscaleEdge(e, xf, yf);\n\t    }\n\t}\n    }\n}\n\n/* neato_set_aspect:\n * Sets aspect ratio if necessary; real work done in _neato_set_aspect;\n * This also copies the internal layout coordinates (ND_pos) to the \n * external ones (ND_coord_i).\n */\nvoid neato_set_aspect(graph_t * g)\n{\n    node_t *n;\n\n    _neato_set_aspect(g);\n    for (n = agfstnode(g); n; n = agnxtnode(g, n)) {\n\tND_coord_i(n).x = POINTS(ND_pos(n)[0]);\n\tND_coord_i(n).y = POINTS(ND_pos(n)[1]);\n    }\n}\n\n"
  },
  {
    "path": "experimental/neatogen/opt_arrangement.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include \"matrix_ops.h\"\n#include \"conjgrad.h\"\n\nstatic void\nconstruct_b(vtx_data* graph, int n, double *b) \n{\n\t/* construct a vector - b s.t. -b[i]=\\sum_j -w_{ij}*\\delta_{ij}\n\t * (the \"balance vector\")\n\t * Note that we build -b and not b, since our matrix is not the \n\t * real laplacian L, but its negation: -L. \n\t * So instead of solving Lx=b, we will solve -Lx=-b\n     */\n\tint i,j;\n\n\tdouble b_i = 0;\n\t\n\tfor (i=0; i<n; i++) {\n\t\tb_i = 0;\n\t\tif (graph[0].edists==NULL) {\n\t\t\tcontinue;\n\t\t}\n\t\tfor (j=1; j<graph[i].nedges; j++) { /* skip the self loop */\n\t\t\tb_i += graph[i].ewgts[j]*graph[i].edists[j];\n\t\t}\n\t\tb[i] = b_i;\n\t}\n}\n\n#define hierarchy_cg_tol 1e-3\n\nvoid \ncompute_y_coords(vtx_data* graph, int n, double* y_coords, int max_iterations)\n{\n\t/* Find y coords of a directed graph by solving L*x = b */\n\tint i,j;\t\n\tdouble* b = N_NEW(n, double);\n    double tol = hierarchy_cg_tol;\n\tint nedges = 0;\n\tfloat* uniform_weights;\n\tfloat* old_ewgts = graph[0].ewgts;\n\t\n\tconstruct_b(graph, n, b);\n\n\tinit_vec_orth1(n, y_coords);\n\n\tfor (i=0; i<n; i++) {\n\t\tnedges += graph[i].nedges;\n\t}\n\t\n\t/* replace original edge weights (which are lengths) with uniform weights */\n\t/* for computing the optimal arrangement */\n\tuniform_weights = N_GNEW(nedges,float);\n\tfor (i=0; i<n; i++) {\n\t\tgraph[i].ewgts = uniform_weights;\n\t\tuniform_weights[0] = (float)-(graph[i].nedges-1);\n\t\tfor (j=1; j<graph[i].nedges; j++) {\n\t\t\tuniform_weights[j] = 1;\n\t\t}\n\t\tuniform_weights += graph[i].nedges;\n\t}\n\t\n\tconjugate_gradient(graph, y_coords, b, n, tol, max_iterations);\n\n\t/* restore original edge weights */\n\tfree (graph[0].ewgts);\t\n\tfor (i=0; i<n; i++) {\n\t\tgraph[i].ewgts = old_ewgts;\n\t\told_ewgts += graph[i].nedges;\n\t}\n\n\tfree(b);\n}\n\n#endif /* DIGCOLA */\n\n"
  },
  {
    "path": "experimental/neatogen/pca.c",
    "content": "/* $Id: pca.c,v 1.1.1.1 2004/12/23 04:05:15 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"matrix_ops.h\"\n#include \"pca.h\"\n#include \"closest.h\"\n#include <stdio.h>\n#include <stdlib.h>\n#include <math.h>\n\nstatic int num_pairs = 4;\n\nvoid\nPCA_alloc(DistType ** coords, int dim, int n, double **new_coords,\n\t  int new_dim)\n{\n    double **DD = NULL;\t\t/* dim*dim matrix: coords*coords^T */\n    double sum;\n    int i, j, k;\n    double **eigs = NULL;\n    double *evals = NULL;\n    double *storage_ptr;\n\n    eigs = N_GNEW(new_dim, double *);\n    for (i = 0; i < new_dim; i++)\n\teigs[i] = N_GNEW(dim, double);\n    evals = N_GNEW(new_dim, double);\n\n    DD = N_GNEW(dim, double *);\n    storage_ptr = N_GNEW(dim * dim, double);\n    for (i = 0; i < dim; i++) {\n\tDD[i] = storage_ptr;\n\tstorage_ptr += dim;\n    }\n\n    for (i = 0; i < dim; i++) {\n\tfor (j = 0; j <= i; j++) {\n\t    /* compute coords[i]*coords[j] */\n\t    sum = 0;\n\t    for (k = 0; k < n; k++) {\n\t\tsum += coords[i][k] * coords[j][k];\n\t    }\n\t    DD[i][j] = DD[j][i] = sum;\n\t}\n    }\n\n    power_iteration(DD, dim, new_dim, eigs, evals, true);\n\n    for (j = 0; j < new_dim; j++) {\n\tfor (i = 0; i < n; i++) {\n\t    sum = 0;\n\t    for (k = 0; k < dim; k++) {\n\t\tsum += coords[k][i] * eigs[j][k];\n\t    }\n\t    new_coords[j][i] = sum;\n\t}\n    }\n\n    for (i = 0; i < new_dim; i++)\n\tfree(eigs[i]);\n    free(eigs);\n    free(evals);\n    free(DD[0]);\n    free(DD);\n}\n\nbool\niterativePCA_1D(double **coords, int dim, int n, double *new_direction)\n{\n    vtx_data *laplacian;\n    float **mat1 = NULL;\n    double **mat = NULL;\n    double eval;\n\n    /* Given that first projection of 'coords' is 'coords[0]'\n       compute another projection direction 'new_direction'\n       that scatters points that are close in 'coords[0]'\n     */\n\n    /* find the nodes that were close in 'coords[0]' */\n    /* and construct appropriate Laplacian */\n    closest_pairs2graph(coords[0], n, num_pairs * n, &laplacian);\n\n    /* Compute coords*Lap*coords^T */\n    mult_sparse_dense_mat_transpose(laplacian, coords, n, dim, &mat1);\n    mult_dense_mat_d(coords, mat1, dim, n, dim, &mat);\n    free(mat1[0]);\n    free(mat1);\n\n    /* Compute direction */\n    return power_iteration(mat, dim, 1, &new_direction, &eval, true);\n/* ?? When is mat freed? */\n}\n\n#ifdef UNUSED\n\ndouble dist(double **coords, int dim, int p1, int p2)\n{\n    int i;\n    double sum = 0;\n\n    for (i = 0; i < dim; i++) {\n\tsum +=\n\t    (coords[i][p1] - coords[i][p2]) * (coords[i][p1] -\n\t\t\t\t\t       coords[i][p2]);\n    }\n    return sqrt(sum);\n}\n\n\nvoid weight_laplacian(double **X, int n, int dim, vtx_data * laplacian)\n{\n    int i, j, neighbor;\n\n    int *edges;\n    float *ewgts;\n    for (i = 0; i < n; i++) {\n\tedges = laplacian[i].edges;\n\tewgts = laplacian[i].ewgts;\n\t*ewgts = 0;\n\tfor (j = 1; j < laplacian[i].nedges; j++) {\n\t    neighbor = edges[j];\n\t    *ewgts -= ewgts[j] =\n\t\tfloat (-1.0 / (dist(X, dim, i, neighbor) + 1e-10));\n\t}\n    }\n}\n\n#endif\n"
  },
  {
    "path": "experimental/neatogen/pca.h",
    "content": "/* $Id: pca.h,v 1.1.1.1 2004/12/23 04:05:15 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef PCA_H\n#define PCA_H\n\n#include \"defs.h\"\n\n    extern void PCA_alloc(DistType **, int, int, double **, int);\n    extern bool iterativePCA_1D(double **, int, int, double *);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/poly.c",
    "content": "/* $Id: poly.c,v 1.1.1.1 2004/12/23 04:05:16 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n/* poly.c\n */\n\n#include \"neato.h\"\n#include <assert.h>\n#include <string.h>\n#include <math.h>\n#include \"poly.h\"\n#include \"mem.h\"\n\n\n#define BOX 1\n#define ISBOX(p) ((p)->kind & BOX)\n#define CIRCLE 2\n#define ISCIRCLE(p) ((p)->kind & CIRCLE)\n\nstatic int maxcnt = 0;\nstatic Point *tp1 = NULL;\nstatic Point *tp2 = NULL;\nstatic Point *tp3 = NULL;\n\nvoid polyFree()\n{\n    maxcnt = 0;\n    free(tp1);\n    free(tp2);\n    free(tp3);\n    tp1 = NULL;\n    tp2 = NULL;\n    tp3 = NULL;\n}\n\nvoid breakPoly(Poly * pp)\n{\n    free(pp->verts);\n}\n\nstatic void bbox(Point * verts, int cnt, Point * o, Point * c)\n{\n    double xmin, ymin, xmax, ymax;\n    int i;\n\n    xmin = xmax = verts->x;\n    ymin = ymax = verts->y;\n    for (i = 1; i < cnt; i++) {\n\tverts++;\n\tif (verts->x < xmin)\n\t    xmin = verts->x;\n\tif (verts->y < ymin)\n\t    ymin = verts->y;\n\tif (verts->x > xmax)\n\t    xmax = verts->x;\n\tif (verts->y > ymax)\n\t    ymax = verts->y;\n    }\n    o->x = xmin;\n    o->y = ymin;\n    c->x = xmax;\n    c->y = ymax;\n}\n\n#ifdef OLD\nstatic void inflate(Point * prev, Point * cur, Point * next, double margin)\n{\n    double theta = atan2(prev->y - cur->y, prev->x - cur->x);\n    double phi = atan2(next->y - cur->y, next->x - cur->x);\n    double beta = (theta + phi) / 2.0;\n    double gamma = (PI + phi - theta) / 2.0;\n    double denom;\n\n    denom = cos(gamma);\n    cur->x -= margin * (cos(beta)) / denom;\n    cur->y -= margin * (sin(beta)) / denom;\n}\n\nstatic void inflatePts(Point * verts, int cnt, double margin)\n{\n    int i;\n    Point first;\n    Point savepoint;\n    Point prevpoint;\n    Point *prev = &prevpoint;\n    Point *cur;\n    Point *next;\n\n    first = verts[0];\n    prevpoint = verts[cnt - 1];\n    cur = &verts[0];\n    next = &verts[1];\n    for (i = 0; i < cnt - 1; i++) {\n\tsavepoint = *cur;\n\tinflate(prev, cur, next, margin);\n\tcur++;\n\tnext++;\n\tprevpoint = savepoint;\n    }\n\n    next = &first;\n    inflate(prev, cur, next, margin);\n}\n#else\nstatic void inflatePts(Point * verts, int cnt, double margin)\n{\n    int i;\n    Point *cur;\n\n    cur = &verts[0];\n    for (i = 0; i < cnt; i++) {\n\tcur->x *= margin;\n\tcur->y *= margin;\n\tcur++;\n    }\n}\n#endif\n\nstatic int isBox(Point * verts, int cnt)\n{\n    if (cnt != 4)\n\treturn 0;\n\n    if (verts[0].y == verts[1].y)\n\treturn ((verts[2].y == verts[3].y) &&\n\t\t(verts[0].x == verts[3].x) && (verts[1].x == verts[2].x));\n    else\n\treturn ((verts[0].x == verts[1].x) &&\n\t\t(verts[2].x == verts[3].x) &&\n\t\t(verts[0].y == verts[3].y) && (verts[1].y == verts[2].y));\n}\n\n#define DFLT_SAMPLE 20\n\nstatic Point makeScaledPoint(int x, int y)\n{\n    Point rv;\n    rv.x = PS2INCH(x);\n    rv.y = PS2INCH(y);\n    return rv;\n}\n\nstatic Point *genRound(Agnode_t * n, int *sidep)\n{\n    int sides = 0;\n    Point *verts;\n    char *p = agget(n, \"samplepoints\");\n    int i;\n\n    if (p)\n\tsides = atoi(p);\n    if (sides < 3)\n\tsides = DFLT_SAMPLE;\n    verts = N_GNEW(sides, Point);\n    for (i = 0; i < sides; i++) {\n\tverts[i].x =\n\t    ND_width(n) / 2.0 * cos(i / (double) sides * PI * 2.0);\n\tverts[i].y =\n\t    ND_height(n) / 2.0 * sin(i / (double) sides * PI * 2.0);\n    }\n    *sidep = sides;\n    return verts;\n}\n\n#define PUTPT(P,X,Y) ((P).x=(X),(P).y=(Y))\n\nvoid makePoly(Poly * pp, Agnode_t * n, double margin)\n{\n    int i;\n    int sides;\n    Point *verts;\n    polygon_t *poly;\n    box b;\n\n    if (ND_clust(n)) {\n\tPoint b;\n\tsides = 4;\n\tb.x = ND_width(n) / 2.0;\n\tb.y = ND_height(n) / 2.0;\n\tpp->kind = BOX;\n\tverts = N_GNEW(sides, Point);\n\tPUTPT(verts[0], b.x, b.y);\n\tPUTPT(verts[1], -b.x, b.y);\n\tPUTPT(verts[2], -b.x, -b.y);\n\tPUTPT(verts[3], b.x, -b.y);\n    } else\n\tswitch (shapeOf(n)) {\n\tcase SH_POLY:\n\t    poly = (polygon_t *) ND_shape_info(n);\n\t    sides = poly->sides;\n\t    if (sides >= 3) {\t/* real polygon */\n\t\tverts = N_GNEW(sides, Point);\n\t\tfor (i = 0; i < sides; i++) {\n\t\t    verts[i].x = PS2INCH(poly->vertices[i].x);\n\t\t    verts[i].y = PS2INCH(poly->vertices[i].y);\n\t\t}\n\t    } else\n\t\tverts = genRound(n, &sides);\n\n\t    if (streq(ND_shape(n)->name, \"box\"))\n\t\tpp->kind = BOX;\n\t    else if (streq(ND_shape(n)->name, \"polygon\")\n\t\t     && isBox(verts, sides))\n\t\tpp->kind = BOX;\n\t    else if ((poly->sides < 3) && poly->regular)\n\t\tpp->kind = CIRCLE;\n\t    else\n\t\tpp->kind = 0;\n\n\t    break;\n\tcase SH_RECORD:\n\t    sides = 4;\n\t    verts = N_GNEW(sides, Point);\n\t    b = ((field_t *) ND_shape_info(n))->b;\n\t    verts[0] = makeScaledPoint(b.LL.x, b.LL.y);\n\t    verts[1] = makeScaledPoint(b.UR.x, b.LL.y);\n\t    verts[2] = makeScaledPoint(b.UR.x, b.UR.y);\n\t    verts[3] = makeScaledPoint(b.LL.x, b.UR.y);\n\t    pp->kind = BOX;\n\t    break;\n\tcase SH_POINT:\n\t    pp->kind = CIRCLE;\n\t    verts = genRound(n, &sides);\n\t    break;\n\tdefault:\n\t    agerr(AGERR, \"makePoly: unknown shape type %s\\n\",\n\t\t  ND_shape(n)->name);\n\t    exit(1);\n\t}\n\n#ifdef OLD\n    if (margin != 0.0)\n\tinflatePts(verts, sides, margin);\n#else\n    if (margin != 1.0)\n\tinflatePts(verts, sides, margin);\n#endif\n\n    pp->verts = verts;\n    pp->nverts = sides;\n    bbox(verts, sides, &pp->origin, &pp->corner);\n\n    if (sides > maxcnt)\n\tmaxcnt = sides;\n}\n\nstatic int\npintersect(Point originp, Point cornerp, Point originq, Point cornerq)\n{\n    return ((originp.x <= cornerq.x) && (originq.x <= cornerp.x) &&\n\t    (originp.y <= cornerq.y) && (originq.y <= cornerp.y));\n}\n\n#define Pin 1\n#define Qin 2\n#define Unknown 0\n\n#define advance(A,B,N) (B++, A = (A+1)%N)\n\nstatic int edgesIntersect(Point * P, Point * Q, int n, int m)\n{\n    int a = 0;\n    int b = 0;\n    int aa = 0;\n    int ba = 0;\n    int a1, b1;\n    Point A, B;\n    double cross;\n    int bHA, aHB;\n    Point p;\n    int inflag = Unknown;\n    /* int      i = 0; */\n    /* int      Reset = 0; */\n\n    do {\n\ta1 = (a + n - 1) % n;\n\tb1 = (b + m - 1) % m;\n\n\tsubPt(&A, P[a], P[a1]);\n\tsubPt(&B, Q[b], Q[b1]);\n\n\tcross = area_2(origin, A, B);\n\tbHA = leftOf(P[a1], P[a], Q[b]);\n\taHB = leftOf(Q[b1], Q[b], P[a]);\n\n\t/* If A & B intersect, update inflag. */\n\tif (intersection(P[a1], P[a], Q[b1], Q[b], &p))\n\t    return 1;\n\n\t/* Advance rules. */\n\tif ((cross == 0) && !bHA && !aHB) {\n\t    if (inflag == Pin)\n\t\tadvance(b, ba, m);\n\t    else\n\t\tadvance(a, aa, n);\n\t} else if (cross >= 0)\n\t    if (bHA)\n\t\tadvance(a, aa, n);\n\t    else {\n\t\tadvance(b, ba, m);\n\t} else {\t\t/* if ( cross < 0 ) */\n\n\t    if (aHB)\n\t\tadvance(b, ba, m);\n\t    else\n\t\tadvance(a, aa, n);\n\t}\n\n    } while (((aa < n) || (ba < m)) && (aa < 2 * n) && (ba < 2 * m));\n\n    return 0;\n\n}\n\nstatic int inPoly(Point vertex[], int n, Point q)\n{\n    int i, i1;\t\t\t/* point index; i1 = i-1 mod n */\n    double x;\t\t\t/* x intersection of e with ray */\n    double crossings = 0;\t/* number of edge/ray crossings */\n\n    if (tp3 == NULL)\n\ttp3 = N_GNEW(maxcnt, Point);\n\n    /* Shift so that q is the origin. */\n    for (i = 0; i < n; i++) {\n\ttp3[i].x = vertex[i].x - q.x;\n\ttp3[i].y = vertex[i].y - q.y;\n    }\n\n    /* For each edge e=(i-1,i), see if crosses ray. */\n    for (i = 0; i < n; i++) {\n\ti1 = (i + n - 1) % n;\n\n\t/* if edge is horizontal, test to see if the point is on it */\n\tif ((tp3[i].y == 0) && (tp3[i1].y == 0)) {\n\t    if ((tp3[i].x * tp3[i1].x) < 0) {\n\t\treturn 1;\n\t    } else {\n\t\tcontinue;\n\t    }\n\t}\n\n\t/* if e straddles the x-axis... */\n\tif (((tp3[i].y >= 0) && (tp3[i1].y <= 0)) ||\n\t    ((tp3[i1].y >= 0) && (tp3[i].y <= 0))) {\n\t    /* e straddles ray, so compute intersection with ray. */\n\t    x = (tp3[i].x * tp3[i1].y - tp3[i1].x * tp3[i].y)\n\t\t/ (double) (tp3[i1].y - tp3[i].y);\n\n\t    /* if intersect at origin, we've found intersection */\n\t    if (x == 0)\n\t\treturn 1;;\n\n\t    /* crosses ray if strictly positive intersection. */\n\t    if (x > 0) {\n\t\tif ((tp3[i].y == 0) || (tp3[i1].y == 0)) {\n\t\t    crossings += .5;\t/* goes thru vertex */\n\t\t} else {\n\t\t    crossings += 1.0;\n\t\t}\n\t    }\n\t}\n    }\n\n    /* q inside if an odd number of crossings. */\n    if ((((int) crossings) % 2) == 1)\n\treturn 1;\n    else\n\treturn 0;\n}\n\nstatic int inBox(Point p, Point origin, Point corner)\n{\n    return ((p.x <= corner.x) &&\n\t    (p.x >= origin.x) && (p.y <= corner.y) && (p.y >= origin.y));\n\n}\n\nstatic void transCopy(Point * inp, int cnt, Point off, Point * outp)\n{\n    int i;\n\n    for (i = 0; i < cnt; i++) {\n\toutp->x = inp->x + off.x;\n\toutp->y = inp->y + off.y;\n\tinp++;\n\toutp++;\n    }\n}\n\nint polyOverlap(Point p, Poly * pp, Point q, Poly * qp)\n{\n    Point op, cp;\n    Point oq, cq;\n\n    /* translate bounding boxes */\n    addPt(&op, p, pp->origin);\n    addPt(&cp, p, pp->corner);\n    addPt(&oq, q, qp->origin);\n    addPt(&cq, q, qp->corner);\n\n    /* If bounding boxes don't overlap, done */\n    if (!pintersect(op, cp, oq, cq))\n\treturn 0;\n\n    if (ISBOX(pp) && ISBOX(qp))\n\treturn 1;\n    if (ISCIRCLE(pp) && ISCIRCLE(qp)) {\n\tdouble d =\n\t    (pp->corner.x - pp->origin.x + qp->corner.x - qp->origin.x);\n\tdouble dx = p.x - q.x;\n\tdouble dy = p.y - q.y;\n\tif ((dx * dx + dy * dy) > (d * d) / 4.0)\n\t    return 0;\n\telse\n\t    return 1;\n    }\n\n    if (tp1 == NULL) {\n\ttp1 = N_GNEW(maxcnt, Point);\n\ttp2 = N_GNEW(maxcnt, Point);\n    }\n\n    transCopy(pp->verts, pp->nverts, p, tp1);\n    transCopy(qp->verts, qp->nverts, q, tp2);\n    return (edgesIntersect(tp1, tp2, pp->nverts, qp->nverts) ||\n\t    (inBox(*tp1, oq, cq) && inPoly(tp2, qp->nverts, *tp1)) ||\n\t    (inBox(*tp2, op, cp) && inPoly(tp1, pp->nverts, *tp2)));\n}\n"
  },
  {
    "path": "experimental/neatogen/poly.h",
    "content": "/* $Id: poly.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef POLY_H\n#define POLY_H\n\n#include \"geometry.h\"\n\n    typedef struct {\n\tPoint origin;\n\tPoint corner;\n\tint nverts;\n\tPoint *verts;\n\tint kind;\n    } Poly;\n\n    extern void polyFree(void);\n    extern int polyOverlap(Point, Poly *, Point, Poly *);\n    extern void makePoly(Poly *, Agnode_t *, double);\n    extern void breakPoly(Poly *);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/printvis.c",
    "content": "/* $Id: printvis.c,v 1.1.1.1 2004/12/23 04:05:16 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include <stdio.h>\n#include <vis.h>\ntypedef Ppoint_t point;\n\n\nvoid printvis(vconfig_t * cp)\n{\n    int i, j;\n    int *next, *prev;\n    point *pts;\n    array2 arr;\n\n    next = cp->next;\n    prev = cp->prev;\n    pts = cp->P;\n    arr = cp->vis;\n\n    printf(\"this next prev point\\n\");\n    for (i = 0; i < cp->N; i++)\n\tprintf(\"%3d  %3d  %3d    (%f,%f)\\n\", i, next[i], prev[i],\n\t       (double) pts[i].x, (double) pts[i].y);\n\n    printf(\"\\n\\n\");\n\n    for (i = 0; i < cp->N; i++) {\n\tfor (j = 0; j < cp->N; j++)\n\t    printf(\"%4.1f \", arr[i][j]);\n\tprintf(\"\\n\");\n    }\n}\n"
  },
  {
    "path": "experimental/neatogen/quad_prog_solve.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include <math.h>\n#include <stdlib.h>\n#include <time.h>\n#include <stdio.h>\n#include <float.h>\n#include <assert.h>\n#include \"matrix_ops.h\"\n#include \"kkutils.h\"\n#include \"quad_prog_solver.h\"\n\n#define quad_prog_tol 1e-2\n\nfloat**\nunpackMatrix(float * packedMat, int n)\n{\n    float **mat;\n\tint i,j,k;\n\n\tmat = N_GNEW(n, float*);\n\tmat[0] = N_GNEW(n*n, float);\n\tset_vector_valf(n*n, 0, mat[0]);\n\tfor (i=1; i<n; i++) {\n\t\tmat[i] = mat[0]+i*n;\n\t}\n\n\tfor (i=0,k=0; i<n; i++) {\n\t\tfor (j=i; j<n; j++,k++) {\n\t\t\tmat[j][i]=mat[i][j]=packedMat[k];\n\t\t}\n\t}\n    return mat;\n}\n\nstatic void\nensureMonotonicOrdering(float * place, int n, int * ordering) \n{\n\t/* ensure that 'ordering' is monotonically increasing by 'place',  */\n\t/* this also implies that levels are separated in the initial layout */\n\tint i, node;\n\tfloat lower_bound = place[ordering[0]];\n\tfor (i=1; i<n; i++) {\t\t\n\t\tnode = ordering[i];\n\t\tif (place[node]<lower_bound) {\n\t\t\tplace[node]=lower_bound;\n\t\t}\n\t\tlower_bound = place[node];\n\t}\n}\n\t\t\t\nstatic void\nensureMonotonicOrderingWithGaps(float* place, int n, int* ordering, \n                                int* levels, int num_levels, float levels_gap)\n{\n\t/* ensure that levels are separated in the initial layout and that \n     * places are monotonic increasing within layer\n     */\n\t\n\tint i;\n\tint node, level, max_in_level;\n\tfloat lower_bound = (float)-1e9;\n\n\tlevel = -1; max_in_level=0;\t\t\n\tfor (i=0; i<n; i++) {\n\t\tif (i>=max_in_level) {\n\t\t\t/* we are entering a new level */\n\t\t\tlevel++;\n\t\t\tif (level==num_levels) {\n\t\t\t\t/* last_level */\n\t\t\t\tmax_in_level=n;\n\t\t\t}\n\t\t\telse {\n\t\t\t\tmax_in_level = levels[level];\n\t\t\t}\n\t\t\tlower_bound = i>0 ? place[ordering[i-1]]+levels_gap : (float)-1e9;\n\t\t\tquicksort_placef(place, ordering, i, max_in_level-1); \n\t\t}\n\n\t\tnode = ordering[i];\n\t\tif (place[node]<lower_bound) {\n\t\t\tplace[node]=lower_bound;\n\t\t}\n\t}\n}\n\nstatic void\ncomputeHierarchyBoundaries(float* place, int n, int* ordering, int* levels, \n                           int num_levels, float* hierarchy_boundaries)\n{\n\tint i;\n\tfor (i=0; i<num_levels; i++) {\n\t\thierarchy_boundaries[i] = place[ordering[levels[i]-1]];\n\t}\n}\n\n\nint \nconstrained_majorization_new(CMajEnv *e, float * b, float **coords, \n                             int cur_axis, int dims, int max_iterations, \n                             float* hierarchy_boundaries, float levels_gap) \n{\n\tint n=e->n;\n\tfloat *place=coords[cur_axis];\n\tfloat **lap=e->A;\n\tint * ordering=e->ordering;\n\tint * levels=e->levels;\n\tint num_levels=e->num_levels; \n\tint i,j;\n\tfloat new_place_i;\n\tbool converged=false;\n\tfloat upper_bound, lower_bound;\n\tint node;\n\tint left, right;\n\tfloat cur_place;\n\tfloat des_place_block;\n\tfloat block_deg;\n\tfloat toBlockConnectivity;\n\tfloat * lap_node;\n\tint block_len;\n\tint first_next_level;\n\tint level=-1, max_in_level=0;\t\n\tfloat* desired_place;\n\tfloat* prefix_desired_place;\n\tfloat* suffix_desired_place;\n\tint* block;\n\tint* lev;\n    int counter;\n\n\tif (max_iterations<=0) {\n\t\treturn 0;\n\t}\n\tif (levels_gap!=0) {\n\t\treturn constrained_majorization_new_with_gaps(e, b, coords,cur_axis,dims, max_iterations, hierarchy_boundaries, levels_gap);\n\t}\n\n\t/* ensureMonotonicOrderingWithGaps(place, n, ordering, levels, num_levels);  */\n\tensureMonotonicOrdering(place, n, ordering); \n\t/* it is important that in 'ordering' nodes are always sorted by layers, \n     * and within a layer by 'place'\n     */\n\t\n    /* the desired place of each individual node in the current block */\n\tdesired_place = e->fArray1;\n    /* the desired place of each prefix of current block */\n\tprefix_desired_place = e->fArray2;\n    /* the desired place of each suffix of current block */\n\tsuffix_desired_place = e->fArray3;\n    /* current block (nodes connected by active constraints) */\n\tblock = e->iArray1;\n\n\tlev = e->iArray2; /* level of each node */\n\tfor (i=0; i<n; i++) {\n\t\tif (i>=max_in_level) {\n\t\t\t/* we are entering a new level */\n\t\t\tlevel++;\n\t\t\tif (level==num_levels) {\n\t\t\t\t/* last_level */\n\t\t\t\tmax_in_level=n;\n\t\t\t}\n\t\t\telse {\n\t\t\t\tmax_in_level = levels[level];\n\t\t\t}\t\t\n\t\t}\n\t\tnode = ordering[i];\n\t\tlev[node]=level;\t\n\t}\n\n\tfor (counter=0; counter<max_iterations&&!converged; counter++) {\n\t\tconverged=true;\n\t\tlower_bound = -1e9; /* no lower bound for first level */\n\t\tfor (left=0; left<n; left=right) {\n\t\t\tint best_i;\n\t\t\tdouble max_movement;\n\t\t\tdouble movement;\n\t\t\tfloat prefix_des_place, suffix_des_place;\n\t\t\t/* compute a block 'ordering[left]...ordering[right-1]' of \n             * nodes with the same coordinate:\n             */\n\t\t\tcur_place = place[ordering[left]];\t\t\t\n\t\t\tfor (right=left+1; right<n; right++) {\n\t\t\t\tif (place[ordering[right]]!=cur_place) {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t}\n\n\t\t\t/* compute desired place of nodes in block: */\n\t\t\tfor (i=left; i<right; i++) {\n\t\t\t\tnode = ordering[i];\n\t\t\t\tnew_place_i = -b[node];\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\t\tif (j==node) {\n\t\t\t\t\t\tcontinue;\n\t\t\t\t\t}\n\t\t\t\t\tnew_place_i\t+= lap_node[j]*place[j];\n\t\t\t\t}\n\t\t\t\tdesired_place[node] = new_place_i/(-lap_node[node]);\n\t\t\t}\n\n\t\t\t/* reorder block by levels, and within levels by \"relaxed\" desired position */\n\t\t\tblock_len = 0;\n\t\t\tfirst_next_level=0;\n\t\t\tfor (i=left; i<right; i=first_next_level) {\n\t\t\t\tlevel = lev[ordering[i]];\n\t\t\t\tif (level==num_levels) {\n\t\t\t\t\t/* last_level */\n\t\t\t\t\tfirst_next_level=right;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tfirst_next_level = MIN(right,levels[level]);\n\t\t\t\t}\n\n\t\t\t\t/* First, collect all nodes with desired places smaller than current place */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] < cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t/* Second, collect all nodes with desired places equal to current place */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] == cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t/* Third, collect all nodes with desired places greater than current place */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] > cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\t/* loop through block and compute desired places of its prefixes */\n\t\t\tdes_place_block = 0;\n\t\t\tblock_deg = 0;\n\t\t\tfor (i=0; i<block_len; i++) {\n\t\t\t\tnode = block[i];\n\t\t\t\ttoBlockConnectivity = 0;\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=0; j<i; j++) {\n\t\t\t\t\ttoBlockConnectivity -= lap_node[block[j]];\n\t\t\t\t}\t\t\t\t\n\t\t\t\ttoBlockConnectivity*=2;\n\t\t\t\t/* update block stats */\n\t\t\t\tdes_place_block = (block_deg*des_place_block+(-lap_node[node])*desired_place[node]+toBlockConnectivity*cur_place)/(block_deg-lap_node[node]+toBlockConnectivity);\n\t\t\t\tprefix_desired_place[i] = des_place_block;\n\t\t\t\tblock_deg += toBlockConnectivity-lap_node[node];\t\t\t\t\n\t\t\t}\n\n\t\t\t/* loop through block and compute desired places of its suffixes */\n\t\t\tdes_place_block = 0;\n\t\t\tblock_deg = 0;\n\t\t\tfor (i=block_len-1; i>=0; i--) {\n\t\t\t\tnode = block[i];\n\t\t\t\ttoBlockConnectivity = 0;\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=i+1; j<block_len; j++) {\n\t\t\t\t\ttoBlockConnectivity -= lap_node[block[j]];\n\t\t\t\t}\n\t\t\t\ttoBlockConnectivity*=2;\n\t\t\t\t/* update block stats */\n\t\t\t\tdes_place_block = (block_deg*des_place_block+(-lap_node[node])*desired_place[node]+toBlockConnectivity*cur_place)/(block_deg-lap_node[node]+toBlockConnectivity);\n\t\t\t\tsuffix_desired_place[i] = des_place_block;\n\t\t\t\tblock_deg += toBlockConnectivity-lap_node[node];\t\t\t\t\n\t\t\t}\n\n\t\t\n\t\t\t/* now, find best place to split block */\n\t\t\tbest_i = -1;\n\t\t\tmax_movement = 0;\n\t\t\tfor (i=0; i<block_len; i++) {\n\t\t\t\tsuffix_des_place = suffix_desired_place[i];\n\t\t\t\tprefix_des_place = i>0 ? prefix_desired_place[i-1] : suffix_des_place;\n\t\t\t\t/* limit moves to ensure that the prefix is placed before the suffix */\n\t\t\t\tif (suffix_des_place<prefix_des_place) {\n\t\t\t\t\tif (suffix_des_place<cur_place) {\n\t\t\t\t\t\tif (prefix_des_place > cur_place) {\n\t\t\t\t\t\t\tprefix_des_place = cur_place;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tsuffix_des_place = prefix_des_place;\n\t\t\t\t\t}\n\t\t\t\t\telse if (prefix_des_place>cur_place) {\n\t\t\t\t\t\tprefix_des_place = suffix_des_place;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tmovement = (block_len-i)*fabs(suffix_des_place-cur_place) + i*fabs(prefix_des_place-cur_place);\n\t\t\t\tif (movement>max_movement) {\n\t\t\t\t\tmax_movement = movement;\n\t\t\t\t\tbest_i = i;\n\t\t\t\t}\n\t\t\t}\n\t\t\t/* Actually move prefix and suffix */\n\t\t\tif (best_i>=0) {\n\t\t\t\tsuffix_des_place = suffix_desired_place[best_i];\n\t\t\t\tprefix_des_place = best_i>0 ? prefix_desired_place[best_i-1] : suffix_des_place;\n\t\t\t\t\n\t\t\t\t/* compute right border of feasible move */\n\t\t\t\tif (right>=n) {\n\t\t\t\t\t/* no nodes after current block */\n\t\t\t\t\tupper_bound = 1e9;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tupper_bound = place[ordering[right]];\n\t\t\t\t}\n\t\t\t\tsuffix_des_place = MIN(suffix_des_place, upper_bound);\n\t\t\t\tprefix_des_place = MAX(prefix_des_place, lower_bound);\n\t\t\t\n\t\t\t\t/* limit moves to ensure that the prefix is placed before the suffix */\n\t\t\t\tif (suffix_des_place<prefix_des_place) {\n\t\t\t\t\tif (suffix_des_place<cur_place) {\n\t\t\t\t\t\tif (prefix_des_place > cur_place) {\n\t\t\t\t\t\t\tprefix_des_place = cur_place;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tsuffix_des_place = prefix_des_place;\n\t\t\t\t\t}\n\t\t\t\t\telse if (prefix_des_place>cur_place) {\n\t\t\t\t\t\tprefix_des_place = suffix_des_place;\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t/* move prefix: */\n\t\t\t\tfor (i=0; i<best_i; i++) {\n\t\t\t\t\tplace[block[i]] = prefix_des_place;\n\t\t\t\t}\n\t\t\t\t/* move suffix: */\n\t\t\t\tfor (i=best_i; i<block_len; i++) {\n\t\t\t\t\tplace[block[i]] = suffix_des_place;\n\t\t\t\t}\n\t\t\t\t\n\t\t\t\tlower_bound = suffix_des_place; // lower bound for next block\n\n\t\t\t\t/* reorder 'ordering' to reflect change of places\n\t\t\t\t * Note that it is enough to reorder the level where \n                 * the split was done\n                 */\n#if 0\n\t\t\t\tint max_in_level, min_in_level;\n\t\t\t\t\n\t\t\t\tlevel = lev[best_i];\n\t\t\t\tif (level==num_levels) {\n\t\t\t\t\t// last_level\n\t\t\t\t\tmax_in_level = MIN(right,n);\t\t\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tmax_in_level = MIN(right,levels[level]);\n\t\t\t\t}\n\t\t\t\tif (level==0) {\n\t\t\t\t\t// first level\n\t\t\t\t\tmin_in_level = MAX(left,0);\t\t\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tmin_in_level = MAX(left,levels[level-1]);\n\t\t\t\t}\n#endif\n\t\t\t\tfor (i=left; i<right; i++) {\n\t\t\t\t\tordering[i] = block[i-left];\n\t\t\t\t}\n\t\t\t\tconverged = converged && fabs(prefix_des_place-cur_place)<quad_prog_tol  \n\t\t\t\t\t\t\t\t      && fabs(suffix_des_place-cur_place)<quad_prog_tol;\n\t\t\t\n\t\t\t}\n\t\t\telse {\n\t\t\t\t/* no movement */\n\t\t\t\tlower_bound = cur_place; // lower bound for next block\n\t\t\t}\n\t\t\t\n\t\t}\n\t}\n\n\tcomputeHierarchyBoundaries(place, n, ordering, levels, num_levels, hierarchy_boundaries);\n\n\treturn counter;\n}\n\nstatic float *place;\nstatic int compare_incr(const void *a, const void *b) {\n\tif(place[*(int*)a]>place[*(int*)b]) {\n\t\treturn 1;\n\t} else if(place[*(int*)a]<place[*(int*)b]) {\n\t\treturn -1;\n\t}\n\treturn 0;\n}\n/*\nWhile not converged: move everything towards the optimum, then satisfy constraints with as little displacement as possible.\nReturns number of iterations before convergence.\n*/\nint constrained_majorization_gradient_projection(CMajEnv *e,\n\t\tfloat * b, float ** coords, int ndims, int cur_axis, int max_iterations,\n\t\tfloat * hierarchy_boundaries,float levels_gap) {\n\t\n\tint i,j,counter;\n\tif(max_iterations==0) return 0;\n\n\tint * ordering=e->ordering;\n\tint * levels=e->levels;\n\tint num_levels=e->num_levels; \n\tbool converged=false;\n\tstatic int call_no=0;\n\tplace = coords[cur_axis];\n\tfloat *g = e->fArray1;\n\tfloat *old_place = e->fArray2;\n\tfloat *A_r = e->fArray3;\n\tfloat *d = e->fArray4;\n\tint *upperInvalid = e->iArray1;\n\tint *lowerInvalid = e->iArray2;\n\tfloat displacement = 0; // no lower bound for first level\t\n\n#ifdef CONMAJ_LOGGING\n\tdouble prev_stress=0;\n\tfor (i=0; i<e->n; i++) {\n\t\tprev_stress += 2*b[i]*place[i];\n\t\tfor (j=0; j<e->n; j++) {\n\t\t\tprev_stress -= e->A[i][j]*place[j]*place[i];\n\t\t}\n\t}\n\tFILE *logfile = fopen(\"constrained_majorization_log\",\"a\");\n\n\tfprintf(logfile,\"grad proj %d: stress=%f\\n\",call_no,prev_stress);\n#endif\n\tfor (counter=0; counter<max_iterations&&!converged; counter++) {\n\t\tconverged=true;\t\t\n\t\t// find steepest descent direction\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\told_place[i]=place[i];\n\t\t\tg[i] = 2*b[i];\n\t\t\tfor (j=0; j<e->n; j++) {\n\t\t\t\tg[i] -= 2*e->A[i][j]*place[j];\n\t\t\t}\n\t\t}\t\t\n\t\tfloat numerator = 0, denominator = 0, r;\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\tnumerator += g[i]*g[i];\n\t\t\tr=0;\n\t\t\tfor (j=0; j<e->n; j++) {\n\t\t\t\tr += 2*e->A[i][j]*g[j];\n\t\t\t}\n\t\t\tdenominator -= r*g[i];\n\t\t}\n\t\tfloat alpha = numerator/denominator;\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\tif(alpha > 0 && alpha < 1000) {\n\t\t\t\tplace[i]-=alpha*g[i];\n\t\t\t}\n\t\t}\n\t\tif(num_levels) \n\t\t\tqsort((int *)ordering, (size_t)levels[0], sizeof(int), compare_incr );\n\t\t//project to constraint boundary\n\t\tfor (i=0; i<num_levels; i++) {\n\t\t\tint endOfLevel=i==num_levels-1?e->n:levels[i+1];\n\t\t\t// ensure monotic increase in position within levels\n\t\t\tqsort((int *)ordering+levels[i], (size_t)endOfLevel-levels[i], sizeof(int), compare_incr );\n\t\t\t// If there are overlapping levels find offending nodes and place at average position\n\t\t\tint ui=levels[i],li=ui-1;\n\t\t\tint l = ordering[li--],u = ordering[ui++];\n\t\t\tif(place[l]+levels_gap>place[u]) {\n\t\t\t\tfloat sum=place[l]+place[u]-levels_gap*(e->lev[l]+e->lev[u]),w=2;\n\t\t\t\tfloat avgPos=sum/w;\n\t\t\t\tfloat pos;\n\t\t\t\tbool finished;\n\t\t\t\tdo {\n\t\t\t\t\tfinished=true;\n\t\t\t\t\tif(ui<endOfLevel) {\n\t\t\t\t\t\tu=ordering[ui];\n\t\t\t\t\t\tpos=place[u]-levels_gap*e->lev[u];\n\t\t\t\t\t\tif(pos<avgPos) {\n\t\t\t\t\t\t\tui++; w++;\n\t\t\t\t\t\t\tsum+=pos;\n\t\t\t\t\t\t\tavgPos=sum/w;\n\t\t\t\t\t\t\tfinished=false;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t\t\n\t\t\t\t\tif(li>=0) {\n\t\t\t\t\t\tl=ordering[li];\n\t\t\t\t\t\tpos=place[l]-levels_gap*e->lev[l];\n\t\t\t\t\t\tif(pos>avgPos) {\n\t\t\t\t\t\t\tli--; w++;\n\t\t\t\t\t\t\tsum+=pos;\n\t\t\t\t\t\t\tavgPos=sum/w;\n\t\t\t\t\t\t\tfinished=false;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t} while (!finished);\n\t\t\t\tfor(j=li+1;j<ui;j++) {\n\t\t\t\t\tplace[ordering[j]]=avgPos+levels_gap*e->lev[ordering[j]];\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t// set place to the intersection of old_place-g and boundary and compute d, the vector from intersection pnt to projection pnt\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\td[i]=place[i]-old_place[i];\n\t\t}\t\n\t\t// now compute beta\n\t\tnumerator = 0, denominator = 0;\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\tnumerator += g[i]*d[i];\n\t\t\tr=0;\n\t\t\tfor (j=0; j<e->n; j++) {\n\t\t\t\tr += 2*e->A[i][j]*d[j];\n\t\t\t}\n\t\t\tdenominator += r*d[i];\n\t\t}\n\t\tfloat beta = numerator/denominator;\n\n\t\tfloat test=0,tmptest=0;\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\tif(beta>0&&beta<1.0) {\n\t\t\t\tplace[i]=old_place[i]+beta*d[i];\n\t\t\t}\n\t\t\ttmptest = fabs(place[i]-old_place[i]);\n\t\t\tif(test<tmptest) test=tmptest;\n\t\t}\n\t\tcomputeHierarchyBoundaries(place, e->n, ordering, levels, num_levels, hierarchy_boundaries);\n\t\t/*\n\t\tif(num_levels) \n\t\t\tqsort((int *)ordering, (size_t)levels[0], sizeof(int), compare_incr );\n\t\tfor (i=0; i<num_levels; i++) {\n\t\t\tint endOfLevel=i==num_levels-1?e->n:levels[i+1];\n\t\t\t// ensure monotic increase in position within levels\n\t\t\tqsort((int *)ordering+levels[i], (size_t)endOfLevel-levels[i], sizeof(int), compare_incr );\n\t\t\t// If there are overlapping levels find offending nodes and place at average position\n\t\t\tint l = ordering[levels[i]-1],u = ordering[levels[i]];\n\t\t\t//assert(place[l]+levels_gap<=place[u]+0.00001);\n\t\t}\n\t\t*/\n#ifdef CONMAJ_LOGGING\n\t\tdouble stress=0;\n\t\tfor (i=0; i<e->n; i++) {\n\t\t\tstress += 2*b[i]*place[i];\n\t\t\tfor (j=0; j<e->n; j++) {\n\t\t\t\tstress -= e->A[i][j]*place[j]*place[i];\n\t\t\t}\n\t\t}\n\t\tfprintf(logfile,\"%d: stress=%f, test=%f, %s\\n\",call_no,stress,test,(stress>=prev_stress)?\"No Improvement\":\"\");\n\t\tprev_stress=stress;\n#endif\n\t\tif(test>quad_prog_tol) {\n\t\t\tconverged=false;\n\t\t}\n\t}\n#ifdef CONMAJ_LOGGING\n\tcall_no++;\n\tfclose(logfile);\n#endif\n\treturn counter;\n}\n\nint \nconstrained_majorization_new_with_gaps(CMajEnv *e, float* b, float** coords, \n    int ndims, int cur_axis, int max_iterations, float* hierarchy_boundaries,\n    float levels_gap)\n{\n\tfloat *place=coords[cur_axis];\n\tint i,j;\n\tint n=e->n;\n\tfloat** lap = e->A;\n\tint* ordering = e->ordering;\n\tint* levels = e->levels;\n\tint num_levels = e->num_levels; \n\tfloat new_place_i;\n\tbool converged=false;\n\tfloat upper_bound, lower_bound;\n\tint node;\n\tint left, right;\n\tfloat cur_place;\n\tfloat des_place_block;\n\tfloat block_deg;\n\tfloat toBlockConnectivity;\n\tfloat * lap_node;\n\tfloat * desired_place;\n\tfloat * prefix_desired_place;\n\tfloat * suffix_desired_place;\n    int* block;\n\tint block_len;\n\tint first_next_level;\n\tint * lev;\n\tint level=-1, max_in_level=0;\t\n    int counter;\n\tfloat* gap;\n\tfloat total_gap, target_place;\n\n\tif (max_iterations<=0) {\n\t\treturn 0;\n\t}\n\n\tensureMonotonicOrderingWithGaps(place, n, ordering, levels, num_levels, levels_gap);\n\t/* it is important that in 'ordering' nodes are always sorted by layers, \n     * and within a layer by 'place'\n     */\n\t\n    /* the desired place of each individual node in the current block */\n\tdesired_place = e->fArray1; \n    /* the desired place of each prefix of current block */\n\tprefix_desired_place = e->fArray2; \n    /* the desired place of each suffix of current block */\n\tsuffix_desired_place = e->fArray3; \n    /* current block (nodes connected by active constraints) */\n\tblock = e->iArray1;\n\n\tlev = e->iArray2; /* level of each node */\n\tfor (i=0; i<n; i++) {\n\t\tif (i>=max_in_level) {\n\t\t\t/* we are entering a new level */\n\t\t\tlevel++;\n\t\t\tif (level==num_levels) {\n\t\t\t\t/* last_level */\n\t\t\t\tmax_in_level=n;\n\t\t\t}\n\t\t\telse {\n\t\t\t\tmax_in_level = levels[level];\n\t\t\t}\t\t\n\t\t}\n\t\tnode = ordering[i];\n\t\tlev[node]=level;\t\n\t}\n\n    /* displacement of block's nodes from block's reference point */\n\tgap = e->fArray4;\n\t\n\tfor (counter=0; counter<max_iterations&&!converged; counter++) {\n\t\tconverged=true;\n\t\tlower_bound = -1e9; // no lower bound for first level\n\t\tfor (left=0; left<n; left=right) {\n\t\t\tint best_i;\n\t\t\tdouble max_movement;\n\t\t\tdouble movement;\n\t\t\tfloat prefix_des_place, suffix_des_place;\n\t\t\t/* compute a block 'ordering[left]...ordering[right-1]' of \n             * nodes connected with active constraints\n             */\n\t\t\tcur_place = place[ordering[left]];\t\t\t\n\t\t\ttotal_gap = 0;\t\n\t\t\ttarget_place = cur_place;\n\t\t\tgap[ordering[left]] = 0;\n\t\t\tfor (right=left+1; right<n; right++) {\n\t\t\t\tif (lev[right]>lev[right-1]) {\n\t\t\t\t\t/* we are entering a new level */\n\t\t\t\t\ttarget_place += levels_gap; /* note that 'levels_gap' may be negative */\n\t\t\t\t\ttotal_gap += levels_gap; \n\t\t\t\t}\n\t\t\t\tnode = ordering[right];\n#if 0\n\t\t\t\tif (place[node]!=target_place)\n#endif\n            /* not sure if this is better than 'place[node]!=target_place' */\n\t\t\t\tif (fabs(place[node]-target_place)>1e-9) \n                {\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t\tgap[node] = place[node]-cur_place;\t\t\t\n\t\t\t}\t\t\t\n\n\t\t\t/* compute desired place of block's reference point according \n             * to each node in the block:\n             */\n\t\t\tfor (i=left; i<right; i++) {\n\t\t\t\tnode = ordering[i];\n\t\t\t\tnew_place_i = -b[node];\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\t\tif (j==node) {\n\t\t\t\t\t\tcontinue;\n\t\t\t\t\t}\n\t\t\t\t\tnew_place_i\t+= lap_node[j]*place[j];\n\t\t\t\t}\n\t\t\t\tdesired_place[node] = new_place_i/(-lap_node[node]) - gap[node];\n\t\t\t}\n\n\t\t\t/* reorder block by levels, and within levels \n             * by \"relaxed\" desired position\n             */\n\t\t\tblock_len = 0;\n\t\t\tfirst_next_level=0;\n\t\t\tfor (i=left; i<right; i=first_next_level) {\n\t\t\t\tlevel = lev[ordering[i]];\n\t\t\t\tif (level==num_levels) {\n\t\t\t\t\t/* last_level */\n\t\t\t\t\tfirst_next_level=right;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tfirst_next_level = MIN(right,levels[level]);\n\t\t\t\t}\n\n\t\t\t\t/* First, collect all nodes with desired places smaller \n                 * than current place\n                 */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] < cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t/* Second, collect all nodes with desired places equal \n                 * to current place\n                 */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] == cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\t/* Third, collect all nodes with desired places greater \n                 * than current place\n                 */\n\t\t\t\tfor (j=i; j<first_next_level; j++) {\n\t\t\t\t\tnode = ordering[j];\n\t\t\t\t\tif (desired_place[node] > cur_place) {\n\t\t\t\t\t\tblock[block_len++] = node;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\t\n\t\t\t/* loop through block and compute desired places of its prefixes */\n\t\t\tdes_place_block = 0;\n\t\t\tblock_deg = 0;\n\t\t\tfor (i=0; i<block_len; i++) {\n\t\t\t\tnode = block[i];\n\t\t\t\ttoBlockConnectivity = 0;\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=0; j<i; j++) {\n\t\t\t\t\ttoBlockConnectivity -= lap_node[block[j]];\n\t\t\t\t}\n\t\t\t\ttoBlockConnectivity*=2;\n\t\t\t\t/* update block stats */\n\t\t\t\tdes_place_block = (block_deg*des_place_block+(-lap_node[node])*desired_place[node]+toBlockConnectivity*cur_place)/(block_deg-lap_node[node]+toBlockConnectivity);\n\t\t\t\tprefix_desired_place[i] = des_place_block;\n\t\t\t\tblock_deg += toBlockConnectivity-lap_node[node];\t\t\t\t\n\t\t\t}\n\n\t\t\tif (block_len==n) {  \n\t\t\t\t/* fix is needed since denominator was 0 in this case */\n\t\t\t\tprefix_desired_place[n-1] = cur_place; /* a \"neutral\" value */\n\t\t\t}\n\n\t\t\t/* loop through block and compute desired places of its suffixes */\n\t\t\tdes_place_block = 0;\n\t\t\tblock_deg = 0;\n\t\t\tfor (i=block_len-1; i>=0; i--) {\n\t\t\t\tnode = block[i];\n\t\t\t\ttoBlockConnectivity = 0;\n\t\t\t\tlap_node = lap[node];\n\t\t\t\tfor (j=i+1; j<block_len; j++) {\n\t\t\t\t\ttoBlockConnectivity -= lap_node[block[j]];\n\t\t\t\t}\n\t\t\t\ttoBlockConnectivity*=2;\n\t\t\t\t/* update block stats */\n\t\t\t\tdes_place_block = (block_deg*des_place_block+(-lap_node[node])*desired_place[node]+toBlockConnectivity*cur_place)/(block_deg-lap_node[node]+toBlockConnectivity);\n\t\t\t\tsuffix_desired_place[i] = des_place_block;\n\t\t\t\tblock_deg += toBlockConnectivity-lap_node[node];\t\t\t\t\n\t\t\t}\n\t\t\t\n\t\t\tif (block_len==n) { \n\t\t\t\t/* fix is needed since denominator was 0 in this case */\n\t\t\t\tsuffix_desired_place[0] = cur_place; /* a \"neutral\" value? */\n\t\t\t}\n\n\t\t\n\t\t\t/* now, find best place to split block */\n\t\t\tbest_i = -1;\n\t\t\tmax_movement = 0;\n\t\t\tfor (i=0; i<block_len; i++) {\n\t\t\t\tsuffix_des_place = suffix_desired_place[i];\n\t\t\t\tprefix_des_place = i>0 ? prefix_desired_place[i-1] : suffix_des_place;\n\t\t\t\t/* limit moves to ensure that the prefix is placed before the suffix */\n\t\t\t\tif (suffix_des_place<prefix_des_place) {\n\t\t\t\t\tif (suffix_des_place<cur_place) {\n\t\t\t\t\t\tif (prefix_des_place > cur_place) {\n\t\t\t\t\t\t\tprefix_des_place = cur_place;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tsuffix_des_place = prefix_des_place;\n\t\t\t\t\t}\n\t\t\t\t\telse if (prefix_des_place>cur_place) {\n\t\t\t\t\t\tprefix_des_place = suffix_des_place;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tmovement = (block_len-i)*fabs(suffix_des_place-cur_place) + i*fabs(prefix_des_place-cur_place);\n\t\t\t\tif (movement>max_movement) {\n\t\t\t\t\tmax_movement = movement;\n\t\t\t\t\tbest_i = i;\n\t\t\t\t}\n\t\t\t}\n\t\t\t/* Actually move prefix and suffix */\n\t\t\tif (best_i>=0) {\n\t\t\t\tsuffix_des_place = suffix_desired_place[best_i];\n\t\t\t\tprefix_des_place = best_i>0 ? prefix_desired_place[best_i-1] : suffix_des_place;\n\t\t\t\t\n\t\t\t\t/* compute right border of feasible move */\n\t\t\t\tif (right>=n) {\n\t\t\t\t\t/* no nodes after current block */\n\t\t\t\t\tupper_bound = 1e9;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\t/* notice that we have to deduct 'gap[block[block_len-1]]'\n                     * since all computations should be relative to \n                     * the block's reference point\n                     */\n\t\t\t\t\tif (lev[ordering[right]]>lev[ordering[right-1]]) {\n\t\t\t\t\t\tupper_bound = place[ordering[right]]-levels_gap-gap[block[block_len-1]];\n\t\t\t\t\t}\n\t\t\t\t\telse {\n\t\t\t\t\t\tupper_bound = place[ordering[right]]-gap[block[block_len-1]];\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tsuffix_des_place = MIN(suffix_des_place, upper_bound);\n\t\t\t\tprefix_des_place = MAX(prefix_des_place, lower_bound);\n\t\t\t\n\t\t\t\t/* limit moves to ensure that the prefix is placed before the suffix */\n\t\t\t\tif (suffix_des_place<prefix_des_place) {\n\t\t\t\t\tif (suffix_des_place<cur_place) {\n\t\t\t\t\t\tif (prefix_des_place > cur_place) {\n\t\t\t\t\t\t\tprefix_des_place = cur_place;\n\t\t\t\t\t\t}\n\t\t\t\t\t\tsuffix_des_place = prefix_des_place;\n\t\t\t\t\t}\n\t\t\t\t\telse if (prefix_des_place>cur_place) {\n\t\t\t\t\t\tprefix_des_place = suffix_des_place;\n\t\t\t\t\t}\n\t\t\t\t}\n\n\t\t\t\t/* move prefix: */\n\t\t\t\tfor (i=0; i<best_i; i++) {\n\t\t\t\t\tplace[block[i]] = prefix_des_place+gap[block[i]];\n\t\t\t\t}\n\t\t\t\t/* move suffix: */\n\t\t\t\tfor (i=best_i; i<block_len; i++) {\n\t\t\t\t\tplace[block[i]] = suffix_des_place+gap[block[i]];\n\t\t\t\t}\n\n\t\t\n\t\t\t\t/* compute lower bound for next block */\n\t\t\t\tif (right<n && lev[ordering[right]]>lev[ordering[right-1]]) {\n\t\t\t\t\tlower_bound = place[block[block_len-1]]+levels_gap;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tlower_bound = place[block[block_len-1]];\n\t\t\t\t}\n\t\t\t\t\n\n\t\t\t\t/* reorder 'ordering' to reflect change of places\n\t\t\t\t * Note that it is enough to reorder the level where \n                 * the split was done\n                 */\n#if 0\n\t\t\t\tint max_in_level, min_in_level;\n\t\t\t\t\n\t\t\t\tlevel = lev[best_i];\n\t\t\t\tif (level==num_levels) {\n\t\t\t\t\t/* last_level */\n\t\t\t\t\tmax_in_level = MIN(right,n);\t\t\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tmax_in_level = MIN(right,levels[level]);\n\t\t\t\t}\n\t\t\t\tif (level==0) {\n\t\t\t\t\t/* first level */\n\t\t\t\t\tmin_in_level = MAX(left,0);\t\t\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tmin_in_level = MAX(left,levels[level-1]);\n\t\t\t\t}\n#endif\n\t\t\t\tfor (i=left; i<right; i++) {\n\t\t\t\t\tordering[i] = block[i-left];\n\t\t\t\t}\n\t\t\t\tconverged = converged && fabs(prefix_des_place-cur_place)<quad_prog_tol  \n\t\t\t\t\t\t\t\t      && fabs(suffix_des_place-cur_place)<quad_prog_tol;\n\n\t\t\n\t\t\t}\n\t\t\telse {\n\t\t\t\t/* no movement */\n\t\t\t\t/* compute lower bound for next block */\n\t\t\t\tif (right<n && lev[ordering[right]]>lev[ordering[right-1]]) {\n\t\t\t\t\tlower_bound = place[block[block_len-1]]+levels_gap;\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tlower_bound = place[block[block_len-1]];\n\t\t\t\t}\n\t\t\t}\t\n\t\t}\n\t\torthog1f(n, place); /* for numerical stability, keep ||place|| small */\n\t\tcomputeHierarchyBoundaries(place, n, ordering, levels, num_levels, hierarchy_boundaries);\n\t}\n\t\n\treturn counter;\n}\n\nvoid\ndeleteCMajEnv(CMajEnv *e) \n{\n\tfree (e->A[0]); \n    free (e->A);\n\tfree (e->lev);\n\tfree (e->fArray1);\n\tfree (e->fArray2);\n\tfree (e->fArray3);\n\tfree (e->fArray4);\n\tfree (e->iArray1);\n\tfree (e->iArray2);\n\tfree (e->iArray3);\n\tfree (e->iArray4);\n\tfree (e);\n}\n\nCMajEnv*\ninitConstrainedMajorization(float* packedMat, int n, int* ordering, \n                            int* levels, int num_levels)\n{\n\tint i, level=-1, start_of_level_above=0;\n\tCMajEnv *e = GNEW(CMajEnv);\n\te->A=NULL;\n\te->n=n;\n\te->ordering=ordering;\n\te->levels=levels;\n\te->num_levels=num_levels;\n\te->A = unpackMatrix(packedMat,n);\n\te->lev = N_GNEW(n, int);\n\tfor (i=0; i<e->n; i++) {\n\t\tif (i>=start_of_level_above) {\n\t\t\tlevel++;\n\t\t\tstart_of_level_above=(level==num_levels)?e->n:levels[level];\n\t\t}\n\t\te->lev[ordering[i]]=level;\n\t}\t\n\te->fArray1 = N_GNEW(n,float);\n\te->fArray2 = N_GNEW(n,float);\n\te->fArray3 = N_GNEW(n,float);\n\te->fArray4 = N_GNEW(n,float);\n\te->iArray1 = N_GNEW(n,int);\n\te->iArray2 = N_GNEW(n,int);\n\te->iArray3 = N_GNEW(n,int);\n\te->iArray4 = N_GNEW(n,int);\n\treturn e;\n}\n#endif /* DIGCOLA */\n\n"
  },
  {
    "path": "experimental/neatogen/quad_prog_solver.h",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n#ifndef _CMAJ_H_\n#define _CMAJ_H_\n\n#ifdef DIGCOLA\n\ntypedef struct {\n\tfloat **A;\n\tint n;\n\tint *lev;\n\tint *iArray1;\n\tint *iArray2;\n\tint *iArray3;\n\tint *iArray4;\n\tfloat *fArray1;\n\tfloat *fArray2;\n\tfloat *fArray3;\n\tfloat *fArray4;\n\tfloat *A_r;\n\tint *ordering;\n\tint *levels;\n\tint num_levels;\n}CMajEnv;\n\nextern CMajEnv* initConstrainedMajorization(float *, int, int*, int*, int);\n\nextern int constrained_majorization_new(CMajEnv*, float*, float**, \n                                        int, int, int, float*, float);\n\nextern int constrained_majorization_new_with_gaps(CMajEnv*, float*, float**, \n                                                  int, int, int,  float*, float);\nextern int constrained_majorization_gradient_projection(CMajEnv *e,\n\tfloat * b, float ** coords, int ndims, int cur_axis, int max_iterations,\n\tfloat * hierarchy_boundaries,float levels_gap);\n\nextern int constrained_majorization_new_with_gaps(CMajEnv*, float*, float**, \n                                                  int, int, int,  float*, float);\nextern void deleteCMajEnv(CMajEnv *e);\n\nextern float** unpackMatrix(float * packedMat, int n);\n\n#endif \n\n#endif /* _CMAJ_H_ */\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/quad_prog_vpsc.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include <math.h>\n#include <stdlib.h>\n#include <time.h>\n#include <stdio.h>\n#include <float.h>\n#include <assert.h>\n#include \"matrix_ops.h\"\n#include \"kkutils.h\"\n#include <csolve_VPSC.h>\n#include \"quad_prog_vpsc.h\"\n#include \"quad_prog_solver.h\"\n\n//#define CONMAJ_LOGGING 1\n#define quad_prog_tol 1e-4\n\nint \nconstrained_majorization_vpsc(CMajEnvVPSC *e, float * b, float *place, \n                             int max_iterations)\n{\n\tint i,j,counter;\n    int n=e->nv+e->nldv; // for laplacian computation need number of real vars and those\n                         // dummy vars included in lap\n\tif(max_iterations==0) return 0;\n\n\tbool converged=false;\n#ifdef CONMAJ_LOGGING\n\tstatic int call_no=0;\n#endif // CONMAJ_LOGGING\n\tfloat *g = e->fArray1;\n\tfloat *old_place = e->fArray2;\n\tfloat *d = e->fArray3;\n    //fprintf(stderr,\"Entered: constrained_majorization_vpsc, #constraints=%d\\n\",e->m);\n    if(e->m>0) {\n\t    for (i=0;i<n;i++) {\n\t\t    setVariableDesiredPos(e->vs[i],place[i]);\n\t    }\n        //fprintf(stderr,\"  calling satisfyVPSC...\\n\");\n        satisfyVPSC(e->vpsc);\t\n        for (i=0;i<n;i++) {\n            place[i]=getVariablePos(e->vs[i]);\n            //fprintf(stderr,\"vs[%d]=%f\\n\",i,place[i]);\n        }\n        //fprintf(stderr,\"    done.\\n\");\n    }\n#ifdef CONMAJ_LOGGING\n\tfloat prev_stress=0;\n\tfor (i=0; i<n; i++) {\n\t\tprev_stress += 2*b[i]*place[i];\n\t\tfor (j=0; j<n; j++) {\n\t\t\tprev_stress -= e->A[i][j]*place[j]*place[i];\n\t\t}\n\t}\n\tFILE *logfile = fopen(\"constrained_majorization_log\",\"a\");\n\n\t//fprintf(logfile,\"grad proj %d: stress=%f\\n\",call_no,prev_stress);\n#endif\n\t\n\tfor (counter=0; counter<max_iterations&&!converged; counter++) {\n        //fprintf(stderr,\".\");\n\t\tconverged=true;\t\t\n\t\t// find steepest descent direction\n\t\tfor (i=0; i<n; i++) {\n\t\t\told_place[i]=place[i];\n\t\t\tg[i] = 2*b[i];\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tg[i] -= 2*e->A[i][j]*place[j];\n\t\t\t}\n\t\t}\t\t\n\t\tfloat numerator = 0, denominator = 0, r;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tnumerator += g[i]*g[i];\n\t\t\tr=0;\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tr += 2*e->A[i][j]*g[j];\n\t\t\t}\n\t\t\tdenominator -= r*g[i];\n\t\t}\n\t\tfloat alpha = numerator/denominator;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tplace[i]-=alpha*g[i];\n\t\t}\n        if(e->m>0) {\n            //project to constraint boundary\n            for (i=0;i<n;i++) {\n                setVariableDesiredPos(e->vs[i],place[i]);\n            }\n            satisfyVPSC(e->vpsc);\n            for (i=0;i<n;i++) {\n                place[i]=getVariablePos(e->vs[i]);\n            }\n        }\n\t\t// set place to the intersection of old_place-g and boundary and compute d, the vector from intersection pnt to projection pnt\n\t\tfor (i=0; i<n; i++) {\n\t\t\td[i]=place[i]-old_place[i];\n\t\t}\t\n\t\t// now compute beta\n\t\tnumerator = 0, denominator = 0;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tnumerator += g[i]*d[i];\n\t\t\tr=0;\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tr += 2*e->A[i][j]*d[j];\n\t\t\t}\n\t\t\tdenominator += r*d[i];\n\t\t}\n\t\tfloat beta = numerator/denominator;\n\n\t\tfloat test=0;\n\t\tfor (i=0; i<n; i++) {\n\t\t\t// beta > 1.0 takes us back outside the feasible region\n\t\t\t// beta < 0 clearly not useful and may happen due to numerical imp.\n\t\t\tif(beta>0&&beta<1.0) {\n\t\t\t\tplace[i]=old_place[i]+beta*d[i];\n\t\t\t}\n\t\t\ttest+= fabs(place[i]-old_place[i]);\n\t\t}\n#ifdef CONMAJ_LOGGING\n\t\tfloat stress=0;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tstress += 2*b[i]*place[i];\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tstress -= e->A[i][j]*place[j]*place[i];\n\t\t\t}\n\t\t}\n\t\tfprintf(logfile,\"%d: stress=%f, test=%f, %s\\n\",call_no,stress,test,(stress>=prev_stress)?\"No Improvement\":\"\");\n\t\tprev_stress=stress;\n#endif\n\t\tif(test>quad_prog_tol) {\n\t\t\tconverged=false;\n\t\t}\n\t}\n#ifdef CONMAJ_LOGGING\n\tcall_no++;\n\tfclose(logfile);\n#endif\n\treturn counter;\n}\n\nCMajEnvVPSC*\ninitCMajVPSC(int n, float* packedMat, vtx_data* graph,\n        vsep_options *opt, int diredges)\n{\n    int i,j;\n    // nv is the number of real nodes\n    int nEdgeCs, nConCs;\n    Constraint** edgeCs=NULL;\n    //fprintf(stderr,\"Entered initCMajVPSC\\n\");\n\tCMajEnvVPSC *e = GNEW(CMajEnvVPSC);\n\te->A=NULL;\n    e->packedMat=packedMat;\n    /* if we have clusters then we'll need two constraints for each var in\n     * a cluster */\n    e->nldv = 2*opt->clusters->nclusters;\n    e->nv = n - e->nldv;\n    e->ndv = 0;\n\n    e->gcs=NULL;\n    e->vs=N_GNEW(n, Variable*);\n    for(i=0;i<n;i++) {\n        e->vs[i]=newVariable(i,1.0,1.0);\n    }\n    e->gm=0;\n    if(diredges==1) {\n        fprintf(stderr,\"  generate edge constraints...\\n\");\n        for(i=0;i<e->nv;i++) {\n            for(j=1;j<graph[i].nedges;j++) {\n                //fprintf(stderr,\"edist=%f\\n\",graph[i].edists[j]);\n                if(graph[i].edists[j]>0.01) {\n                    e->gm++;\n                }\n            }\n        }\n        e->gcs=newConstraints(e->gm);\n        e->gm=0;\n        for(i=0;i<e->nv;i++) {\n            for(j=1;j<graph[i].nedges;j++) {\n                int u=i,v=graph[i].edges[j];\n                if(graph[i].edists[j]>0) {\n                    e->gcs[e->gm++]=newConstraint(e->vs[u],e->vs[v],opt->edge_gap);\n                }\n            }\n        }\n    } else if(diredges==2) {\n\t    int *ordering=NULL, *ls=NULL, num_boundaries, cvar;\n        DigColaLevel* levels;\n        Variable** vs = e->vs;\n        // e->ndv is the number of dummy variables required, one for each boundary\n\t\tcompute_hierarchy(graph, n, 1e-2, 1e-1, NULL, &ordering, &ls, &e->ndv);\t\t\n        levels=assign_digcola_levels(ordering,n,ls,e->ndv);\n        fprintf(stderr,\"Found %d DiG-CoLa boundaries\\n\",e->ndv);\n        e->gm=get_num_digcola_constraints(levels,e->ndv+1)+e->ndv-1;\n        e->gcs=newConstraints(e->gm);\n        e->gm=0;\n        e->vs = N_GNEW(n+e->ndv,Variable*);\n        for(i=0;i<n;i++) {\n            e->vs[i]=vs[i];\n        }\n        free(vs);\n        // create dummy vars\n        for(i=0;i<e->ndv;i++) {\n            //  dummy vars should have 0 weight\n            cvar=n+i;\n            e->vs[cvar]=newVariable(cvar,1.0,0.000001);\n        }\n        double halfgap=opt->edge_gap;\n        for(i=0;i<e->ndv;i++) {\n            cvar=n+i;\n            // outgoing constraints for each var in level below boundary\n            for(j=0;j<levels[i].num_nodes;j++) {\n                e->gcs[e->gm++]=newConstraint(e->vs[levels[i].nodes[j]],e->vs[cvar],halfgap);\n            }\n            // incoming constraints for each var in level above boundary\n            for(j=0;j<levels[i+1].num_nodes;j++) {\n                e->gcs[e->gm++]=newConstraint(e->vs[cvar],e->vs[levels[i+1].nodes[j]],halfgap);\n            }\n        }\n        // constraints between adjacent boundary dummy vars\n        for(i=0;i<e->ndv-1;i++) {\n            e->gcs[e->gm++]=newConstraint(e->vs[n+i],e->vs[n+i+1],0);\n        }\n    }\n    //fprintf(stderr,\"  generate edge constraints... done: n=%d,m=%d\\n\",e->n,e->gm);\n    if(opt->clusters->nclusters>0) {\n        //fprintf(stderr,\"  generate cluster containment constraints...\\n\");\n        Constraint** ecs=e->gcs;\n        nConCs=2*opt->clusters->nvars;\n        e->gcs=newConstraints(nEdgeCs+nConCs);\n        for(i=0;i<e->gm;i++) {\n            e->gcs[i]=ecs[i];\n        }\n        if(ecs!=NULL) deleteConstraints(0,ecs);\n        for(i=0;i<opt->clusters->nclusters;i++) {\n            for(j=0;j<opt->clusters->clustersizes[i];j++) {\n                Variable* v=e->vs[opt->clusters->clusters[i][j]];\n                Variable* cl=e->vs[e->nv+2*i];\n                Variable* cr=e->vs[e->nv+2*i+1];\n                e->gcs[e->gm++]=newConstraint(cl,v,0);\n                e->gcs[e->gm++]=newConstraint(v,cr,0);\n            }\n        }\n        //fprintf(stderr,\"  containment constraints... done: \\n\");\n    }\n\n    e->m=0;\n    e->cs=NULL;\n    if(e->gm>0) {\n        e->vpsc = newIncVPSC(n+e->ndv,e->vs,e->gm,e->gcs);\n        e->m=e->gm;\n        e->cs=e->gcs;\n    }\n    if(packedMat!=NULL) {\n\t    e->A = unpackMatrix(packedMat,n);\n    }\n#ifdef MOSEK\n    e->mosekEnv=NULL;\n    if(opt->mosek) {\n        e->mosekEnv = mosek_init_sep(e->packedMat,n,e->ndv,e->gcs,e->gm);\n    }\n#endif\n\n\te->fArray1 = N_GNEW(n,float);\n\te->fArray2 = N_GNEW(n,float);\n\te->fArray3 = N_GNEW(n,float);\n    fprintf(stderr,\"  initCMajVPSC done: %d global constraints generated.\\n\",e->m);\n\treturn e;\n}\nvoid\ndeleteCMajEnvVPSC(CMajEnvVPSC *e) \n{\n    int i;\n    if(e->A!=NULL) {\n        free (e->A[0]); \n        free (e->A);\n    }\n    if(e->m>0) {\n        deleteVPSC(e->vpsc);\n        if(e->cs!=e->gcs && e->gcs!=NULL) deleteConstraints(0,e->gcs);\n        deleteConstraints(e->m,e->cs);\n        for(i=0;i<e->nv+e->nldv+e->ndv;i++) {\n            deleteVariable(e->vs[i]);\n        }\n        free (e->vs);\n    }\n\tfree (e->fArray1);\n\tfree (e->fArray2);\n\tfree (e->fArray3);\n#ifdef MOSEK\n    if(e->mosekEnv) {\n        mosek_delete(e->mosekEnv);\n    }\n#endif //MOSEK\n\tfree (e);\n}\n\n// generate non-overlap constraints inside each cluster, including dummy\n// nodes at bounds of cluster\n// generate constraints again for top level nodes and clusters treating\n// clusters as rectangles of dim (l,r,b,t)\n// for each cluster map in-constraints to l out-constraints to r \n//\n// For now, we'll keep the global containment constraints already\n// generated for each cluster, and simply generate non-overlap constraints\n// for all nodes and then an additional set of non-overlap constraints for\n// clusters that we'll map back to the dummy vars as above.\nvoid generateNonoverlapConstraints(\n        CMajEnvVPSC* e,\n        float nsizeScale,\n        float** coords,\n        int k,\n        bool transitiveClosure,\n\t    vsep_options* opt\n) {\n    Constraint **csol, **csolptr;\n    int i,j,mol=0;\n    int n=e->nv+e->nldv;\n    boxf bb[n];\n    bool genclusters=opt->clusters->nclusters>0;\n    if(genclusters) {\n        // n is the number of real variables, not dummy cluster vars\n        n-=2*opt->clusters->nclusters;\n    }\n    if(k==0) {\n        // grow a bit in the x dimension, so that if overlap is resolved\n        // horizontally then it won't be considered overlapping vertically\n        nsizeScale*=1.0001;\n    }\n    for(i=0;i<n;i++) {\n        bb[i].LL.x=coords[0][i]-nsizeScale*opt->nsize[i].x/2.0-opt->gap.x/2.0; \n        bb[i].UR.x=coords[0][i]+nsizeScale*opt->nsize[i].x/2.0+opt->gap.x/2.0; \n        bb[i].LL.y=coords[1][i]-nsizeScale*opt->nsize[i].y/2.0-opt->gap.y/2.0; \n        bb[i].UR.y=coords[1][i]+nsizeScale*opt->nsize[i].y/2.0+opt->gap.y/2.0; \n    }\n    if(genclusters) {\n        Constraint **cscl[opt->clusters->nclusters+1];\n        int cm[opt->clusters->nclusters+1];\n        for(i=0;i<opt->clusters->nclusters;i++) {\n            int cn=opt->clusters->clustersizes[i];\n            Variable* cvs[cn+2];\n            boxf cbb[cn+2];\n            // compute cluster bounding bb\n            boxf container;\n            container.LL.x=container.LL.y=DBL_MAX;\n            container.UR.x=container.UR.y=-DBL_MAX;\n            for(j=0;j<cn;j++) {\n                int iv=opt->clusters->clusters[i][j];\n                cvs[j]=e->vs[iv];\n                B2BF(bb[iv],cbb[j]);\n                EXPANDBB(container,bb[iv]);\n            }\n            B2BF(container,opt->clusters->bb[i]);\n            cvs[cn]=e->vs[n+2*i];\n            cvs[cn+1]=e->vs[n+2*i+1];\n            B2BF(container,cbb[cn]);\n            B2BF(container,cbb[cn+1]);\n            if(k==0) {\n                cbb[cn].UR.x=container.LL.x+0.0001;\n                cbb[cn+1].LL.x=container.UR.x-0.0001;\n                cm[i] = genXConstraints(cn+2,cbb,cvs,&cscl[i],transitiveClosure);\n            } else {\n                cbb[cn].UR.y=container.LL.y+0.0001;\n                cbb[cn+1].LL.y=container.UR.y-0.0001;\n                cm[i] = genYConstraints(cn+2,cbb,cvs,&cscl[i]);\n            }\n            mol+=cm[i];\n        }\n        // generate top level constraints\n        {\n            int cn=opt->clusters->ntoplevel+opt->clusters->nclusters;\n            Variable* cvs[cn];\n            boxf cbb[cn];\n            for(i=0;i<opt->clusters->ntoplevel;i++) {\n                int iv=opt->clusters->toplevel[i];\n                cvs[i]=e->vs[iv];\n                B2BF(bb[iv],cbb[i]);\n            }\n            // make dummy variables for clusters\n            for(i=opt->clusters->ntoplevel;i<cn;i++) {\n                cvs[i]=newVariable(123+i,1,1);\n                j=i-opt->clusters->ntoplevel;\n                B2BF(opt->clusters->bb[j],cbb[i]);\n            }\n            i=opt->clusters->nclusters;\n            if(k==0) {\n                cm[i] = genXConstraints(cn,cbb,cvs,&cscl[i],transitiveClosure);\n            } else {\n                cm[i] = genYConstraints(cn,cbb,cvs,&cscl[i]);\n            }\n            // remap constraints from tmp dummy vars to cluster l and r vars\n            for(i=opt->clusters->ntoplevel;i<cn;i++) {\n                j=i-opt->clusters->ntoplevel;\n                // dgap is the change in required constraint gap.\n                // since we are going from a source rectangle the size\n                // of the cluster bounding box to a zero width (in x dim,\n                // zero height in y dim) rectangle, the change will be\n                // half the bb width.\n                double dgap;\n                if(k==0) {\n                    dgap=-(cbb[i].UR.x-cbb[i].LL.x)/2.0;\n                } else {\n                    dgap=-(cbb[i].UR.y-cbb[i].LL.y)/2.0;\n                }\n                remapInConstraints(cvs[i],e->vs[n+2*j],dgap);\n                remapOutConstraints(cvs[i],e->vs[n+2*j+1],dgap);\n                // there may be problems with cycles between\n                // cluster non-overlap and diredge constraints,\n                // to resolve:\n                // \n                // for each constraint c:v->cvs[i]:\n                //   if exists diredge constraint u->v where u in c:\n                //     remap v->cl to cr->v (gap = height(v)/2)\n                //\n                // in=getInConstraints(cvs[i])\n                // for(c : in) {\n                //   assert(c.right==cvs[i]);\n                //   vin=getOutConstraints(v=c.left)\n                //   for(d : vin) {\n                //     if(d.left.cluster==i):\n                //       tmp=d.left\n                //       d.left=d.right\n                //       d.right=tmp\n                //       d.gap==height(d.right)/2\n                //   }\n                // }\n                //       \n                deleteVariable(cvs[i]);\n            }\n            mol+=cm[opt->clusters->nclusters];\n        }\n        csolptr=csol=newConstraints(mol);\n        for(i=0;i<opt->clusters->nclusters+1;i++) {\n            // copy constraints into csol\n            for(j=0;j<cm[i];j++) {\n                *csolptr++=cscl[i][j];\n            }\n            deleteConstraints(0,cscl[i]);\n        }\n    } else {\n        if(k==0) {\n            mol = genXConstraints(n,bb,e->vs,&csol,transitiveClosure);\n        } else {\n            mol = genYConstraints(n,bb,e->vs,&csol);\n        }\n    }\n    // remove constraints from previous iteration\n    if(e->m>0) {\n        // can't reuse instance of VPSC when constraints change!\n        deleteVPSC(e->vpsc);\n        for(i=e->gm==0?0:e->gm;i<e->m;i++) {\n            // delete previous overlap constraints\n            deleteConstraint(e->cs[i]);\n        }\n        // just delete the array, not the elements\n        if(e->cs!=e->gcs) deleteConstraints(0,e->cs);\n    }\n    // if we have no global constraints then the overlap constraints \n    // are all we have to worry about.\n    // Otherwise, we have to copy the global and overlap constraints \n    // into the one array\n    if(e->gm==0) {\n        e->m = mol;\n        e->cs = csol;\n    } else {\n        e->m = mol + e->gm;\n        e->cs = newConstraints(e->m);\n        for(i=0;i<e->m;i++) {\n            if(i<e->gm) {\n                e->cs[i]=e->gcs[i];\n            } else {\n                e->cs[i]=csol[i-e->gm];\n            }\n        }\n        // just delete the array, not the elements\n        deleteConstraints(0,csol);\n    }\n    fprintf(stderr,\"  generated %d constraints\\n\",e->m);\n    e->vpsc = newIncVPSC(e->nv+e->nldv+e->ndv,e->vs,e->m,e->cs);\n#ifdef MOSEK\n    if(opt->mosek) {\n        if(e->mosekEnv!=NULL) {\n            mosek_delete(e->mosekEnv);\n        }\n        e->mosekEnv = mosek_init_sep(e->packedMat,e->nv+e->nldv,e->ndv,e->cs,e->m);\n    }\n#endif\n}\n\nvoid removeoverlaps(int n,float** coords, vsep_options* opt) {\n    int i;\n\tCMajEnvVPSC *e = initCMajVPSC(n,NULL,NULL,opt,0);\n    generateNonoverlapConstraints(e,1.0,coords,0,true,opt);\n    solveVPSC(e->vpsc);\n    for(i=0;i<n;i++) {\n        coords[0][i]=getVariablePos(e->vs[i]);\n    }\n    generateNonoverlapConstraints(e,1.0,coords,1,false,opt);\n    solveVPSC(e->vpsc);\n    for(i=0;i<n;i++) {\n        coords[1][i]=getVariablePos(e->vs[i]);\n    }\n    deleteCMajEnvVPSC(e);\n}\n\n/*\n unpack the \"ordering\" array into an array of DigColaLevel\n*/\nDigColaLevel* assign_digcola_levels(int *ordering, int n, int *level_inds, int num_divisions) {\n\tint i,j;\n\tDigColaLevel *l=N_GNEW(num_divisions+1,DigColaLevel);\n\t// first level\n\tl[0].num_nodes=level_inds[0];\n\tl[0].nodes=N_GNEW(l[0].num_nodes,int);\n\tfor(i=0;i<l[0].num_nodes;i++) {\n\t\tl[0].nodes[i]=ordering[i];\n\t}\n\t// second through second last level\n\tfor(i=1;i<num_divisions;i++) {\n\t\tl[i].num_nodes=level_inds[i]-level_inds[i-1];\n\t\tl[i].nodes=N_GNEW(l[i].num_nodes,int);\n\t\tfor(j=0;j<l[i].num_nodes;j++) {\n\t\t\tl[i].nodes[j]=ordering[level_inds[i-1]+j];\n\t\t}\n\t}\n\t// last level\n\tif (num_divisions>0) {\n\t\tl[num_divisions].num_nodes=n-level_inds[num_divisions-1];\n\t\tl[num_divisions].nodes=N_GNEW(l[num_divisions].num_nodes,int);\n\t\tfor(i=0;i<l[num_divisions].num_nodes;i++) {\n\t\t\tl[num_divisions].nodes[i]=ordering[level_inds[num_divisions-1]+i];\n\t\t}\n\t}\n\treturn l;\n}\nvoid delete_digcola_levels(DigColaLevel *l, int num_levels) {\n\tint i;\n\tfor(i=0;i<num_levels;i++) {\n\t\tfree(l[i].nodes);\n\t}\n\tfree(l);\n}\nvoid print_digcola_levels(FILE *logfile, DigColaLevel *levels, int num_levels) {\n\tfprintf(logfile,\"levels:\\n\");\n\tint i,j;\n\tfor(i=0;i<num_levels;i++) {\n\t\tfprintf(logfile,\"  l[%d]:\",i);\n\t\tfor(j=0;j<levels[i].num_nodes;j++) {\n\t\t\tfprintf(logfile,\"%d \",levels[i].nodes[j]);\n\t\t}\n\t\tfprintf(logfile,\"\\n\");\n\t}\n}\n/*********************\nget number of separation constraints based on the number of nodes in each level\nie, num_sep_constraints = sum_i^{num_levels-1} (|L[i]|+|L[i+1]|)\n**********************/\nint get_num_digcola_constraints(DigColaLevel *levels, int num_levels) {\n\tint i,nc=0;\n\tfor(i=1;i<num_levels;i++) {\n\t\tnc+=levels[i].num_nodes+levels[i-1].num_nodes;\n\t}\n\tnc+=levels[0].num_nodes+levels[num_levels-1].num_nodes;\n\treturn nc;\n}\n\n#endif /* DIGCOLA */\n\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=4:softtabstop=4 :\n"
  },
  {
    "path": "experimental/neatogen/quad_prog_vpsc.h",
    "content": "/**********************************************************\n*      Written by Tim Dwyer for the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n#ifndef _QUAD_PROG_VPSC_H_\n#define _QUAD_PROG_VPSC_H_\n\n#ifdef DIGCOLA\n\n#include \"defs.h\"\n#include \"digcola.h\"\n#ifdef MOSEK\n#include \"mosek_quad_solve.h\"\n#endif //MOSEK\n\ntypedef struct CMajEnvVPSC {\n\tfloat **A;\n\tfloat *packedMat;\n\tint nv;   // number of actual vars\n\tint nldv; // number of dummy nodes included in lap matrix\n\tint ndv;  // number of dummy nodes not included in lap matrix\n\tVariable **vs;\n\tint m; /* total number of constraints for next iteration */\n\tint gm; /* number of global constraints */\n\tConstraint **cs;\n\t/* global constraints are persistant throughout optimisation process */\n\tConstraint **gcs;\n\tVPSC *vpsc;\n\tfloat *fArray1; /* utility arrays - reusable memory */\n\tfloat *fArray2;\n\tfloat *fArray3;\n#ifdef MOSEK\n\tMosekEnv *mosekEnv;\n#endif // MOSEK\n} CMajEnvVPSC;\n\nextern CMajEnvVPSC* initCMajVPSC(int n, float *packedMat, vtx_data* graph, vsep_options *opt, int diredges);\n\nextern int constrained_majorization_vpsc(CMajEnvVPSC*, float*, float*, int);\n\nextern void deleteCMajEnvVPSC(CMajEnvVPSC *e);\nextern void generateNonoverlapConstraints(\n        CMajEnvVPSC* e,\n        float nsizeScale,\n        float** coords,\n        int k,\n\tbool transitiveClosure,\n\tvsep_options* opt\n);\n\nextern void removeoverlaps(int,float**,vsep_options*);\n\ntypedef struct {\n\tint *nodes;\n\tint num_nodes;\n} DigColaLevel;\n\n/*\n unpack the \"ordering\" array into an array of DigColaLevel (as defined above)\n*/\nextern DigColaLevel* assign_digcola_levels(int *ordering, int n, int *level_inds, int num_divisions);\nextern void delete_digcola_levels(DigColaLevel *l, int num_levels);\nextern void print_digcola_levels(FILE* logfile, DigColaLevel *levels, int num_levels);\nint get_num_digcola_constraints(DigColaLevel *levels, int num_levels);\n#endif \n\n#endif /* _QUAD_PROG_VPSC_H_ */\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/simple.h",
    "content": "/* $Id: simple.h,v 1.1.1.1 2004/12/23 04:05:16 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#include <stdio.h>\n#include \"pathplan.h\"\n\n#define MAXINTS  10000\t\t/* modify this line to reflect the max no. of \n\t\t\t\t   intersections you want reported -- 50000 seems to break the program */\n\n#define SLOPE(p,q) ( ( ( p.y ) - ( q.y ) ) / ( ( p.x ) - ( q.x ) ) )\n\n#define after(v) (((v)==((v)->poly->finish))?((v)->poly->start):((v)+1))\n#define prior(v) (((v)==((v)->poly->start))?((v)->poly->finish):((v)-1))\n\n    struct position {\n\tdouble x, y;\n    };\n\n\n    struct vertex {\n\tstruct position pos;\n\tstruct polygon *poly;\n\tstruct active_edge *active;\n    };\n\n    struct polygon {\n\tstruct vertex *start, *finish;\n    };\n\n    struct intersection {\n\tstruct vertex *firstv, *secondv;\n\tstruct polygon *firstp, *secondp;\n\tdouble x, y;\n    };\n\n    struct active_edge {\n\tstruct vertex *name;\n\tstruct active_edge *next, *last;\n    };\n    struct active_edge_list {\n\tstruct active_edge *first, *final;\n\tint number;\n    };\n    struct data {\n\tint nvertices, npolygons, ninters;\n    };\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/site.c",
    "content": "/* $Id: site.c,v 1.1.1.1 2004/12/23 04:05:16 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"mem.h\"\n#include \"site.h\"\n#include <math.h>\n\n\nint siteidx;\nSite *bottomsite;\n\nstatic Freelist sfl;\nstatic int nvertices;\n\nvoid siteinit()\n{\n    /* double sn; */\n\n    freeinit(&sfl, sizeof(Site));\n    nvertices = 0;\n    /* sn = nsites+4; */\n    /* sqrt_nsites = sqrt(sn); */\n}\n\n\nSite *getsite()\n{\n    return ((Site *) getfree(&sfl));\n}\n\ndouble dist(Site * s, Site * t)\n{\n    double ans;\n    double dx, dy;\n\n    dx = s->coord.x - t->coord.x;\n    dy = s->coord.y - t->coord.y;\n    ans = sqrt(dx * dx + dy * dy);\n    return ans;\n}\n\n\nvoid makevertex(Site * v)\n{\n    v->sitenbr = nvertices;\n    nvertices += 1;\n#ifdef STANDALONE\n    out_vertex(v);\n#endif\n}\n\n\nvoid deref(Site * v)\n{\n    v->refcnt -= 1;\n    if (v->refcnt == 0)\n\tmakefree(v, &sfl);\n}\n\nvoid ref(Site * v)\n{\n    v->refcnt += 1;\n}\n"
  },
  {
    "path": "experimental/neatogen/site.h",
    "content": "/* $Id: site.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef SITE_H\n#define SITE_H\n\n#include \"geometry.h\"\n\n    /* Sites are also used as vertices on line segments */\n    typedef struct Site {\n\tPoint coord;\n\tint sitenbr;\n\tint refcnt;\n    } Site;\n\n    extern int siteidx;\n    extern Site *bottomsite;\n\n    extern void siteinit(void);\n    extern Site *getsite(void);\n    extern double dist(Site *, Site *);\t/* Distance between two sites */\n    extern void deref(Site *);\t/* Increment refcnt of site  */\n    extern void ref(Site *);\t/* Decrement refcnt of site  */\n    extern void makevertex(Site *);\t/* Transform a site into a vertex */\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/smart_ini_x.c",
    "content": "/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"digcola.h\"\n#ifdef DIGCOLA\n#include \"kkutils.h\"\n#include \"matrix_ops.h\"\n#include \"conjgrad.h\"\n\nstatic void\nstandardize(double* orthog, int nvtxs) \n{\n\tdouble len, avg = 0;\n    int i;\n\tfor (i=0; i<nvtxs; i++)\n\t\tavg+=orthog[i];\n\tavg/=nvtxs;\n\t\n\t/* centralize: */\n\tfor (i=0; i<nvtxs; i++)\n\t\torthog[i]-=avg;\n\t\n\t/* normalize: */\n\tlen = norm(orthog, 0, nvtxs-1);\n\tvecscale(orthog, 0, nvtxs-1, 1.0 / len, orthog);\n}\n\nstatic void\nmat_mult_vec_orthog(float** mat, int dim1, int dim2, double* vec, \n    double* result, double* orthog)\n{\n\t/* computes mat*vec, where mat is a dim1*dim2 matrix */\n\tint i,j;\n\tdouble sum;\n\t\n\tfor (i=0; i<dim1; i++) {\n\t\tsum=0;\n\t\tfor (j=0; j<dim2; j++) {\n\t\t\tsum += mat[i][j]*vec[j];\n\t\t}\n\t\tresult[i]=sum;\n\t}\n\tif (orthog!=NULL) {\n\t\tdouble alpha=-dot(result,0,dim1-1,orthog);\n\t\tscadd(result, 0, dim1-1, alpha, orthog);\t\n\t}\t\t\n}\n\nstatic void\npower_iteration_orthog(float** square_mat, int n, int neigs, \n     double** eigs, double* evals, double* orthog, double p_iteration_threshold)\n{\n\t/*\n\t * Power-Iteration with (I-orthog*orthog^T)*square_mat*(I-orthog*orthog^T)\n     */\n\n\tint i,j;\n\tdouble *tmp_vec = N_GNEW(n, double);\n\tdouble *last_vec = N_GNEW(n, double);\n\tdouble *curr_vector;\n\tdouble len;\n\tdouble angle;\n\tdouble alpha;\n\tint iteration;\n\tint largest_index;\n\tdouble largest_eval;\n\n\tdouble tol=1-p_iteration_threshold;\n\n\tif (neigs>=n) {\n\t\tneigs=n;\n\t}\n\n\tfor (i=0; i<neigs; i++) {\n\t\tcurr_vector = eigs[i];\n\t\t/* guess the i-th eigen vector */\nchoose:\n\t\tfor (j=0; j<n; j++) {\n\t\t\tcurr_vector[j] = rand()%100;\n\t\t}\n\n\t\tif (orthog!=NULL) {\n\t\t\talpha=-dot(orthog,0,n-1,curr_vector);\n\t\t\tscadd(curr_vector, 0, n-1, alpha, orthog);\t\n\t\t}\n\t\t\t// orthogonalize against higher eigenvectors\n\t\tfor (j=0; j<i; j++) {\n\t\t\talpha = -dot(eigs[j], 0, n-1, curr_vector);\n\t\t\tscadd(curr_vector, 0, n-1, alpha, eigs[j]);\n\t    }\n\t\tlen = norm(curr_vector, 0, n-1);\n\t\tif (len<1e-10) {\n\t\t\t/* We have chosen a vector colinear with prvious ones */\n\t\t\tgoto choose;\n\t\t}\n\t\tvecscale(curr_vector, 0, n-1, 1.0 / len, curr_vector);\t\n\t\titeration=0;\n\t\tdo {\n\t\t\titeration++;\n\t\t\tcpvec(last_vec,0,n-1,curr_vector);\n\t\t\t\n\t\t\tmat_mult_vec_orthog(square_mat,n,n,curr_vector,tmp_vec,orthog);\n\t\t\tcpvec(curr_vector,0,n-1,tmp_vec);\n\t\t\t\t\t\t\n\t\t\t/* orthogonalize against higher eigenvectors */\n\t\t\tfor (j=0; j<i; j++) {\n\t\t\t\talpha = -dot(eigs[j], 0, n-1, curr_vector);\n\t\t\t\tscadd(curr_vector, 0, n-1, alpha, eigs[j]);\n\t\t\t}\n\t\t\tlen = norm(curr_vector, 0, n-1);\n\t\t\tif (len<1e-10) {\n\t\t\t    /* We have reached the null space (e.vec. associated \n                 * with e.val. 0)\n                 */\n\t\t\t\tgoto exit;\n\t\t\t}\n\n\t\t\tvecscale(curr_vector, 0, n-1, 1.0 / len, curr_vector);\n\t\t\tangle = dot(curr_vector, 0, n-1, last_vec);\n\t\t} while (fabs(angle)<tol);\n        /* the Rayleigh quotient (up to errors due to orthogonalization):\n         * u*(A*u)/||A*u||)*||A*u||, where u=last_vec, and ||u||=1\n         */\n\t\tevals[i]=angle*len;\n\t}\nexit:\n\tfor (; i<neigs; i++) {\n\t\t/* compute the smallest eigenvector, which are \n\t\t * probably associated with eigenvalue 0 and for\n\t\t * which power-iteration is dangerous\n         */\n\t\tcurr_vector = eigs[i];\n\t\t/* guess the i-th eigen vector */\n\t\tfor (j=0; j<n; j++)\n\t\t\tcurr_vector[j] = rand()%100;\n\t\t/* orthogonalize against higher eigenvectors */\n\t\tfor (j=0; j<i; j++) {\n\t\t\talpha = -dot(eigs[j], 0, n-1, curr_vector);\n\t\t\tscadd(curr_vector, 0, n-1, alpha, eigs[j]);\n\t    }\n\t\tlen = norm(curr_vector, 0, n-1);\n\t\tvecscale(curr_vector, 0, n-1, 1.0 / len, curr_vector);\n\t\tevals[i]=0;\n\t\t\n\t}\n\n\t/* sort vectors by their evals, for overcoming possible mis-convergence: */\n\tfor (i=0; i<neigs-1; i++) {\n\t\tlargest_index=i;\n\t\tlargest_eval=evals[largest_index];\n\t\tfor (j=i+1; j<neigs; j++) {\n\t\t\tif (largest_eval<evals[j]) {\n\t\t\t\tlargest_index=j;\n\t\t\t\tlargest_eval=evals[largest_index];\n\t\t\t}\n\t\t}\n\t\tif (largest_index!=i) { // exchange eigenvectors:\n\t\t\tcpvec(tmp_vec,0,n-1,eigs[i]);\n\t\t\tcpvec(eigs[i],0,n-1,eigs[largest_index]);\n\t\t\tcpvec(eigs[largest_index],0,n-1,tmp_vec);\n\n\t\t\tevals[largest_index]=evals[i];\n\t\t\tevals[i]=largest_eval;\n\t\t}\n\t}\n\t\n\tfree (tmp_vec); free (last_vec);\n\n}\n\nstatic float* \ncompute_avgs(DistType** Dij, int n, float* all_avg) \n{\n\tfloat* row_avg = N_GNEW(n, float);\n\tint i,j;\n\tdouble sum=0, sum_row;\n\n\tfor (i=0; i<n; i++) {\n\t\tsum_row=0;\n\t\tfor (j=0; j<n; j++) {\n\t\t\tsum+=(double)Dij[i][j]*(double)Dij[i][j];\n\t\t\tsum_row+=(double)Dij[i][j]*(double)Dij[i][j];\n\t\t}\n\t\trow_avg[i]=(float)sum_row/n;\n\t}\n\t*all_avg=(float)sum/(n*n);\n    return row_avg;\n}\n\nstatic float**\ncompute_Bij(DistType** Dij, int n)\n{\n\tint i,j;\n\tfloat* storage = N_GNEW(n*n,float);\n\tfloat** Bij = N_GNEW(n, float*);\n\tfloat* row_avg; \n    float all_avg;\n\n\tfor (i=0; i<n; i++) \n\t\tBij[i] = storage+i*n;\n\n\trow_avg = compute_avgs(Dij, n, &all_avg);\t\n\tfor (i=0; i<n; i++) {\n\t\tfor (j=0; j<=i; j++) {\n\t\t\tBij[i][j]=-(float)Dij[i][j]*Dij[i][j]+row_avg[i]+row_avg[j]-all_avg;\n\t\t\tBij[j][i]=Bij[i][j];\n\t\t}\n\t}\n    free (row_avg);\n    return Bij;\n}\n\nstatic void\nCMDS_orthog(vtx_data* graph, int n, int dim, double** eigs, double tol, \n            double* orthog, DistType** Dij)\n{\n\tint i,j;\n\tfloat** Bij = compute_Bij(Dij, n);\n\tdouble* evals= N_GNEW(dim, double);\n\t\n\tdouble * orthog_aux = NULL;\n\tif (orthog!=NULL) {\n\t\torthog_aux = N_GNEW(n, double);\n\t\tfor (i=0; i<n; i++) {\n\t\t\torthog_aux[i]=orthog[i];\n\t\t}\n\t\tstandardize(orthog_aux,n);\n\t}\n    power_iteration_orthog(Bij, n, dim, eigs, evals, orthog_aux, tol);\n\t\n\tfor (i=0; i<dim; i++) {\n\t\tfor (j=0; j<n; j++) {\n\t\t\teigs[i][j]*=sqrt(fabs(evals[i])); \n\t\t}\n\t}\n\tfree (Bij[0]); free (Bij);\n\tfree (evals); free (orthog_aux);\n}\n\n#define SCALE_FACTOR 256\n\nvoid IMDS_given_dim(vtx_data* graph, int n, double* given_coords, \n       double* new_coords, double conj_tol)\n{\n\tint iterations1,iterations2, mat_mult_count1;\n\tint i,j;\n\tDistType** Dij;\n\tfloat* f_storage = NULL;\t\n\tdouble* x = given_coords;\t\n\tdouble uniLength;\n\tdouble* orthog_aux = NULL;\n\tdouble* y = new_coords;\n\tfloat** lap = N_GNEW(n, float*);\n\tfloat degree;\n\tdouble pos_i;\n\tdouble* balance = N_GNEW(n, double);\n\tdouble b;\n\tbool converged;\n\n\titerations1=mat_mult_count1=0; /* We don't compute the x-axis at all. */\n\n\tDij = compute_apsp(graph, n);\n\t\n\t/* scaling up the distances to enable an 'sqrt' operation later \n     * (in case distances are integers)\n     */\n\tfor (i=0; i<n; i++)\n\t\tfor (j=0; j<n; j++)\n\t\t\tDij[i][j]*=SCALE_FACTOR;\n\t\n\tassert(x!=NULL);\n\t{\n\t\tdouble sum1, sum2;\n\t\t/* scale x (given axis) to minimize the stress */\n\t\torthog_aux = N_GNEW(n, double);\n\t\tfor (i=0; i<n; i++) {\n\t\t\torthog_aux[i]=x[i];\n\t\t}\n\t\tstandardize(orthog_aux,n);\n\t\n\t\tfor (sum1=sum2=0,i=1; i<n; i++) {\n\t\t\tfor (j=0; j<i; j++) {\t\t\n\t\t\t\tsum1+=1.0/(Dij[i][j])*fabs(x[i]-x[j]);\n\t\t\t\tsum2+=1.0/(Dij[i][j]*Dij[i][j])*fabs(x[i]-x[j])*fabs(x[i]-x[j]);\n\t\t\t}\n\t\t}\n\t\tuniLength=sum1/sum2;\n\t\tfor (i=0; i<n; i++)\n\t\t\tx[i]*=uniLength;\n\t}\n\n\t/* smart ini: */\n\tCMDS_orthog(graph, n, 1, &y, conj_tol, x, Dij);\n\t\n\t/* Compute Laplacian: */\n\tf_storage = N_GNEW(n*n, float);\n\t\n\tfor (i=0; i<n; i++) {\n\t\tlap[i]=f_storage+i*n;\n\t\tdegree=0;\n\t\tfor (j=0; j<n; j++) {\n\t\t\tif (j==i)\n\t\t\t\tcontinue;\n\t\t\tdegree-=lap[i][j]=-1.0f/((float)Dij[i][j]*(float)Dij[i][j]); // w_{ij}\n\t\t\t\n\t\t}\n\t\tlap[i][i]=degree;\n\t}\n\t\n\n\t/* compute residual distances */\n\t/* if (x!=NULL)  */\n    {\n\t\tdouble diff;\n\t\tfor (i=1; i<n; i++) {\n\t\t\tpos_i=x[i];\t\t\n\t\t\tfor (j=0; j<i; j++) {\n\t\t\t\tdiff=(double)Dij[i][j]*(double)Dij[i][j]-(pos_i-x[j])*(pos_i-x[j]);\n\t\t\t\tDij[i][j]=Dij[j][i]=diff>0 ? (DistType)sqrt(diff) : 0;\n\t\t\t}\n\t\t}\n\t}\n\t\n\t/* Compute the balance vector: */\n\tfor (i=0; i<n; i++) {\n\t\tpos_i=y[i];\n\t\tbalance[i]=0;\n\t\tfor (j=0; j<n; j++) {\n\t\t\tif (j==i)\n\t\t\t\tcontinue;\n\t\t\tif (pos_i>=y[j]) {\n\t\t\t\tbalance[i]+=Dij[i][j]*(-lap[i][j]); // w_{ij}*delta_{ij}\n\t\t\t}\n\t\t\telse {\n\t\t\t\tbalance[i]-=Dij[i][j]*(-lap[i][j]); // w_{ij}*delta_{ij}\n\t\t\t}\n\t\t}\n\t}\n\n\tfor (converged=false,iterations2=0; iterations2<200 && !converged; iterations2++) {\n\t\tconjugate_gradient_f(lap, y, balance, n, conj_tol, n, true);\n\t\tconverged=true;\n\t\tfor (i=0; i<n; i++) {\n\t\t\tpos_i=y[i];\n\t\t\tb=0;\n\t\t\tfor (j=0; j<n; j++) {\n\t\t\t\tif (j==i)\n\t\t\t\t\tcontinue;\n\t\t\t\tif (pos_i>=y[j]) {\n\t\t\t\t\tb+=Dij[i][j]*(-lap[i][j]);\n\t\t\t\t\t\n\t\t\t\t}\n\t\t\t\telse {\n\t\t\t\t\tb-=Dij[i][j]*(-lap[i][j]);\n\t\t\t\t\t\n\t\t\t\t}\n\t\t\t}\n\t\t\tif ((b != balance[i]) && (fabs(1-b/balance[i])>1e-5)) {\n\t\t\t\tconverged=false;\n\t\t\t\tbalance[i]=b;\n\t\t\t}\n\t\t}\n\t}\n\t\n\tfor (i=0; i<n; i++) {\n\t\tx[i] /= uniLength;\n\t\ty[i] /= uniLength;\n\t}\n\t\n\n\tfree (Dij[0]); free (Dij);\t\n\tfree (lap[0]); free (lap);\t\n\tfree (orthog_aux); free (balance);\t\n}\n\n#endif /* DIGCOLA */\n\n"
  },
  {
    "path": "experimental/neatogen/solve.c",
    "content": "/* $Id: solve.c,v 1.1.1.1 2004/12/23 04:05:16 ellson Exp $ $Revision: 1.1.1.1 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n/* solves the system ab=c using gauss reduction */\n#include <render.h>\n#include <math.h>\n#include <stdlib.h>\n#include <stdio.h>\n#define asub(i,j) a[(i)*n + (j)]\n\n\nvoid solve(double *a, double *b, double *c, int n)\n{\t\t\t\t/*a[n][n],b[n],c[n] */\n    double *asave, *csave;\n    double amax, dum, pivot;\n    register int i, ii, j;\n    register int k, m, mp;\n    register int istar, ip;\n    register int nm, nsq, t;\n\n    istar = 0;\t\t\t/* quiet warnings */\n    nsq = n * n;\n    asave = N_GNEW(nsq, double);\n    csave = N_GNEW(n, double);\n\n    for (i = 0; i < n; i++)\n\tcsave[i] = c[i];\n    for (i = 0; i < nsq; i++)\n\tasave[i] = a[i];\n    /* eliminate ith unknown */\n    nm = n - 1;\n    for (i = 0; i < nm; i++) {\n\t/* find largest pivot */\n\tamax = 0.;\n\tfor (ii = i; ii < n; ii++) {\n\t    dum = fabs(asub(ii, i));\n\t    if (dum < amax)\n\t\tcontinue;\n\t    istar = ii;\n\t    amax = dum;\n\t}\n\t/* return if pivot is too small */\n\tif (amax < 1.e-10)\n\t    goto bad;\n\t/* switch rows */\n\tfor (j = i; j < n; j++) {\n\t    t = istar * n + j;\n\t    dum = a[t];\n\t    a[t] = a[i * n + j];\n\t    a[i * n + j] = dum;\n\t}\n\tdum = c[istar];\n\tc[istar] = c[i];\n\tc[i] = dum;\n\t/*pivot */\n\tip = i + 1;\n\tfor (ii = ip; ii < n; ii++) {\n\t    pivot = a[ii * n + i] / a[i * n + i];\n\t    c[ii] = c[ii] - pivot * c[i];\n\t    for (j = 0; j < n; j++)\n\t\ta[ii * n + j] = a[ii * n + j] - pivot * a[i * n + j];\n\t}\n    }\n    /* return if last pivot is too small */\n    if (fabs(a[n * n - 1]) < 1.e-10)\n\tgoto bad;\n    b[n - 1] = c[n - 1] / a[n * n - 1];\n    /* back substitute */\n    for (k = 0; k < nm; k++) {\n\tm = n - k - 2;\n\tb[m] = c[m];\n\tmp = m + 1;\n\tfor (j = mp; j < n; j++)\n\t    b[m] = b[m] - a[m * n + j] * b[j];\n\tb[m] = b[m] / a[m * n + m];\n    }\n    /* restore original a,c */\n    for (i = 0; i < n; i++)\n\tc[i] = csave[i];\n    for (i = 0; i < nsq; i++)\n\ta[i] = asave[i];\n    free(asave);\n    free(csave);\n    return;\n  bad:\n    printf(\"ill-conditioned\\n\");\n    free(asave);\n    free(csave);\n    return;\n}\n"
  },
  {
    "path": "experimental/neatogen/stress.c",
    "content": "/* $Id: stress.c,v 1.3 2005/07/28 22:33:31 erg Exp $ $Revision: 1.3 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#include \"neato.h\"\n#include \"dijkstra.h\"\n#include \"bfs.h\"\n#include \"pca.h\"\n#include \"matrix_ops.h\"\n#include \"conjgrad.h\"\n#include \"embed_graph.h\"\n#include \"kkutils.h\"\n#include \"stress.h\"\n#include <math.h>\n#include <stdlib.h>\n#include <time.h>\n\n#ifdef UNUSED\n /* Full dense stress optimization (equivalent to Kamada-Kawai's energy) */\n /* Slowest and most accurate optimization */\nstatic int stress_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t  int n,\t/* Number of nodes */\n\t\t\t\t  int nedges_graph,\t/* Number of edges */\n\t\t\t\t  double **coords,\t/* coordinates of nodes (output layout) */\n\t\t\t\t  int dim,\t/* dimemsionality of layout */\n\t\t\t\t  int smart_ini,\t/* smart initialization */\n\t\t\t\t  int reweight_graph,\t/* difference model */\n\t\t\t\t  int maxi\t/* max iterations */\n    );\n\n /* Optimization of the stress function using sparse distance matrix */\n /* Faster than dense method, but less accurate */\nstatic int sparse_stress_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t\t int n,\t/* Number of nodes */\n\t\t\t\t\t int nedges_graph,\t/* Number of edges */\n\t\t\t\t\t double **coords,\t/* coordinates of nodes (output layout)  */\n\t\t\t\t\t int dim,\t/* dimemsionality of layout */\n\t\t\t\t\t int smart_ini,\t/* smart initialization */\n\t\t\t\t\t int reweight_graph,\t/* difference model */\n\t\t\t\t\t int maxi,\t/* max iterations */\n\t\t\t\t\t int dist_bound,\t/* neighborhood in sparse distance matrix */\n\t\t\t\t\t int num_centers\t/* #pivots in sparse distance matrix */\n    );\n#endif\n\n /* Optimization of the stress function using sparse distance matrix, within a vector-space */\n /* Fastest and least accurate method */\nstatic int sparse_stress_subspace_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t\t\t  int n,\t/* Number of nodes */\n\t\t\t\t\t\t  int nedges_graph,\t/* Number of edges */\n\t\t\t\t\t\t  double **coords,\t/* coordinates of nodes (output layout)  */\n\t\t\t\t\t\t  int dim,\t/* dimemsionality of layout */\n\t\t\t\t\t\t  int smart_ini,\t/* smart initialization */\n\t\t\t\t\t\t  int reweight_graph,\t/* difference model */\n\t\t\t\t\t\t  int maxi,\t/* max iterations */\n\t\t\t\t\t\t  int dist_bound,\t/* neighborhood in sparse distance matrix */\n\t\t\t\t\t\t  int num_centers\t/* #pivots in sparse distance matrix */\n    );\n\n#ifndef HAVE_DRAND48\nextern double drand48(void);\n#endif\n\n#define Dij2\t\t\t/* If defined, the terms in the stress energy are normalized \n\t\t\t\t   by d_{ij}^{-2} otherwise, they are normalized by d_{ij}^{-1}\n\t\t\t\t */\n\n#ifdef NONCORE\n/* Set 'max_nodes_in_mem' so that \n * 4*(max_nodes_in_mem^2) is smaller than the available memory (in bytes)\n * 4 = sizeof(float)\n */\n#define max_nodes_in_mem 18000\n#endif\n\n /* relevant when using sparse distance matrix not within subspace */\n#define smooth_pivots true\n\n/* dimensionality of subspace; relevant \n * when optimizing within subspace) \n */\n#define stress_pca_dim 50\n\n /* a structure used for storing sparse distance matrix */\ntypedef struct {\n    int nedges;\n    int *edges;\n    DistType *edist;\n    bool free_mem;\n} dist_data;\n\nstatic double compute_stressf(float **coords, float *lap, int dim, int n)\n{\n    /* compute the overall stress */\n\n    int i, j, l, neighbor, count;\n    double sum, dist, Dij;\n    sum = 0;\n    for (count = 0, i = 0; i < n - 1; i++) {\n\tcount++;\t\t/* skip diagonal entry */\n\tfor (j = 1; j < n - i; j++, count++) {\n\t    dist = 0;\n\t    neighbor = i + j;\n\t    for (l = 0; l < dim; l++) {\n\t\tdist +=\n\t\t    (coords[l][i] - coords[l][neighbor]) * (coords[l][i] -\n\t\t\t\t\t\t\t    coords[l]\n\t\t\t\t\t\t\t    [neighbor]);\n\t    }\n\t    dist = sqrt(dist);\n#ifdef Dij2\n\t    Dij = 1.0 / sqrt(lap[count]);\n\t    sum += (Dij - dist) * (Dij - dist) * (lap[count]);\n#else\n\t    Dij = 1.0 / lap[count];\n\t    sum += (Dij - dist) * (Dij - dist) * (lap[count]);\n#endif\n\t}\n    }\n\n    return sum;\n}\n\n#ifdef UNUSED\nstatic double compute_stress(double **coords, int **Dij, int dim, int n)\n{\n    /* compute the overall stress */\n\n    int i, j, l;\n    double sum, dist;\n    sum = 0;\n    for (i = 1; i < n; i++) {\n\tfor (j = 0; j < i; j++) {\n\t    dist = 0;\n\t    for (l = 0; l < dim; l++) {\n\t\tdist +=\n\t\t    (coords[l][i] - coords[l][j]) * (coords[l][i] -\n\t\t\t\t\t\t     coords[l][j]);\n\t    }\n\t    dist = sqrt(dist);\n#ifdef Dij2\n\t    sum +=\n\t\t(Dij[i][j] - dist) * (Dij[i][j] -\n\t\t\t\t      dist) / (Dij[i][j] * Dij[i][j]);\n#else\n\t    sum += (Dij[i][j] - dist) * (Dij[i][j] - dist) / Dij[i][j];\n#endif\n\t}\n    }\n\n    return sum;\n}\n#endif\n\nstatic double\ncompute_stress1(double **coords, dist_data * distances, int dim, int n)\n{\n    /* compute the overall stress */\n\n    int i, j, l, node;\n    double sum, dist, Dij;\n    sum = 0;\n    for (i = 0; i < n; i++) {\n\tfor (j = 0; j < distances[i].nedges; j++) {\n\t    node = distances[i].edges[j];\n\t    if (node <= i) {\n\t\tcontinue;\n\t    }\n\t    dist = 0;\n\t    for (l = 0; l < dim; l++) {\n\t\tdist +=\n\t\t    (coords[l][i] - coords[l][node]) * (coords[l][i] -\n\t\t\t\t\t\t\tcoords[l][node]);\n\t    }\n\t    dist = sqrt(dist);\n\t    Dij = distances[i].edist[j];\n#ifdef Dij2\n\t    sum += (Dij - dist) * (Dij - dist) / (Dij * Dij);\n#else\n\t    sum += (Dij - dist) * (Dij - dist) / Dij;\n#endif\n\t}\n    }\n\n    return sum;\n}\n\n/* initLayout:\n * Initialize node coordinates. If the node already has\n * a position, use it.\n * Return true if some node is fixed.\n */\nint\ninitLayout(vtx_data * graph, int n, int dim, double **coords)\n{\n    node_t *np;\n    double *xp;\n    double *yp;\n    double *pt;\n    int i, d;\n    int pinned = 0;\n\n    xp = coords[0];\n    yp = coords[1];\n    for (i = 0; i < n; i++) {\n\tnp = graph[i].np;\n\tif (hasPos(np)) {\n\t    pt = ND_pos(np);\n\t    *xp++ = *pt++;\n\t    *yp++ = *pt++;\n\t    if (dim > 2) {\n\t\tfor (d = 2; d < dim; d++)\n\t\t    coords[d][i] = *pt++;\n\t    }\n\t    if (isFixed(np))\n\t\tpinned = 1;\n\t} else {\n\t    *xp++ = drand48();\n\t    *yp++ = drand48();\n\t    if (dim > 2) {\n\t\tfor (d = 2; d < dim; d++)\n\t\t    coords[d][i] = drand48();\n\t    }\n\t}\n    }\n\n    for (d = 0; d < dim; d++)\n\torthog1(n, coords[d]);\n\n    return pinned;\n}\n\nfloat*\ncircuitModel(vtx_data * graph, int nG)\n{\n    int i, j, e, rv, count;\n    float *Dij = N_NEW(nG * (nG + 1) / 2, float);\n    double **Gm;\n    double **Gm_inv;\n\n    Gm = new_array(nG, nG, 0.0);\n    Gm_inv = new_array(nG, nG, 0.0);\n\n    /* set non-diagonal entries */\n    if (graph->ewgts) {\n\tfor (i = 0; i < nG; i++) {\n\t    for (e = 1; e < graph[i].nedges; e++) {\n\t\tj = graph[i].edges[e];\n\t\t/* conductance is 1/resistance */\n\t\tGm[i][j] = Gm[j][i] = -1.0 / graph[i].ewgts[e];\t/* negate */\n\t    }\n\t}\n    } else {\n\tfor (i = 0; i < nG; i++) {\n\t    for (e = 1; e < graph[i].nedges; e++) {\n\t\tj = graph[i].edges[e];\n\t\t/* conductance is 1/resistance */\n\t\tGm[i][j] = Gm[j][i] = -1.0;\t/* ewgts are all 1 */\n\t    }\n\t}\n    }\n\n    rv = solveCircuit(nG, Gm, Gm_inv);\n\n    if (rv) {\n\tfloat v;\n\tcount = 0;\n\tfor (i = 0; i < nG; i++) {\n\t    for (j = i; j < nG; j++) {\n\t\tif (i == j)\n\t\t    v = 0.0;\n\t\telse\n\t\t    v = (float) (Gm_inv[i][i] + Gm_inv[j][j] -\n\t\t\t\t 2.0 * Gm_inv[i][j]);\n\t\tDij[count++] = v;\n\t    }\n\t}\n    } else {\n\tfree(Dij);\n\tDij = NULL;\n    }\n    free_array(Gm);\n    free_array(Gm_inv);\n    return Dij;\n}\n\n#ifdef UNUSED\nint stress_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t   int n,\t/* Number of nodes */\n\t\t\t   int nedges_graph,\t/* Number of edges */\n\t\t\t   double **coords,\t/* coordinates of nodes(output layout)  */\n\t\t\t   int dim,\t/* dimemsionality of layout */\n\t\t\t   int smart_ini,\t/* smart initialization */\n\t\t\t   int reweight_graph,\t/* difference model */\n\t\t\t   int n_iterations\t/* max #iterations */\n    )\n{\n    int iterations;\t\t/* output: number of iteration of the process */\n    double conj_tol = tolerance_cg;\t/* tolerance of Conjugate Gradient */\n    DistType **Dij;\n    float *f_storage;\n    float **lap;\n    double degree;\n    double dist_ij;\n    double *b;\n    double L_ij;\n    double old_stress, new_stress;\n    bool converged;\n\n\t/*************************************************\n\t** Computation of full, dense, unrestricted k-D ** \n\t** stress minimization by majorization          **    \n\t*************************************************/\n\n    int i, j, k;\n\n\t/*************************************************\n\t* Compute the all-pairs-shortest-distances matrix *\n\t*************************************************/\n\n    if (!reweight_graph) {\n\t/* unweighted computation using BFS */\n\tDij = compute_apsp(graph, n);\n    } else {\n\t/* weight graph to separate high-degree nodes */\n\t/* and perform slower Dijkstra-based computation */\n\tDij = compute_apsp_artifical_weights(graph, n);\n    }\n\n\t/*************************************************\n\t** Layout initialization **\n\t*************************************************/\n\n    if (smart_ini) {\n\t/* optimize layout quickly within subspace */\n\tsparse_stress_subspace_majorization_kD(graph, n, nedges_graph,\n\t\t\t\t\t       coords, dim, smart_ini,\n\t\t\t\t\t       reweight_graph, 50,\n\t\t\t\t\t       neighborhood_radius_subspace,\n\t\t\t\t\t       num_pivots_stress);\n    } else {\n\tinitLayout(graph, n, dim, coords);\n    }\n\n\t/*************************************************\n\t** Laplacian computation **\n\t*************************************************/\n\n    lap = N_GNEW(n, float *);\n    f_storage = N_GNEW(n * n, float);\n    for (i = 0; i < n; i++) {\n\tlap[i] = f_storage + i * n;\n\tdegree = 0;\n\tfor (j = 0; j < n; j++) {\n\t    if (j == i)\n\t\tcontinue;\n#ifdef Dij2\n\t    degree -= lap[i][j] = -1.0f / ((float) Dij[i][j] * (float) Dij[i][j]);\t/* cast Dij to float to prevent overflow */\n#else\n\t    degree -= lap[i][j] = -1.0f / Dij[i][j];\n#endif\n\t}\n\tlap[i][i] = (float) (degree);\n    }\n\n\t/*************************************************\n\t Layout optimization\n\t*************************************************/\n\n    b = N_GNEW(n, double);\n    old_stress = compute_stress(coords, Dij, dim, n);\n    for (converged = false, iterations = 0;\n\t iterations < n_iterations && !converged; iterations++) {\n\n\t/* Axis-by-axis optimization: */\n\tfor (k = 0; k < dim; k++) {\n\t    /* compute the vector b */\n\t    /* multiply on-the-fly with distance-based laplacian */\n\t    /* (for saving storage we don't construct this Laplacian explicitly) */\n\t    for (i = 0; i < n; i++) {\n\t\tdegree = 0;\n\t\tb[i] = 0;\n\t\tfor (j = 0; j < n; j++) {\n\t\t    if (j == i)\n\t\t\tcontinue;\n\t\t    dist_ij = distance_kD(coords, dim, i, j);\n\t\t    if (dist_ij > 1e-30) {\t/* skip zero distances */\n\t\t\t/* calculate L_ij := w_{ij}*d_{ij}/dist_{ij} */\n#ifdef Dij2\n\t\t\tL_ij = (float) (-1 / (dist_ij * Dij[i][j]));\n#else\n\t\t\tL_ij = (float) (-1 / dist_ij);\n#endif\n\t\t\tdegree -= L_ij;\n\t\t\tb[i] += L_ij * coords[k][j];\n\t\t    }\n\t\t}\n\t\tb[i] += degree * coords[k][i];\n\t    }\n\t    conjugate_gradient_f(lap, coords[k], b, n, conj_tol, n, true);\n\t}\n\n\tif ((converged = (iterations % 2 == 0))) {\t/* check for convergence every two iterations */\n\t    new_stress = compute_stress(coords, Dij, dim, n);\n\t    converged =\n\t\tfabs(new_stress - old_stress) / (new_stress + 1e-10) <\n\t\tEpsilon;\n\t    old_stress = new_stress;\n\t    if (Verbose && (iterations % 10 == 0)) {\n\t\tfprintf(stderr, \"%.3f \", new_stress);\n\t\tif (iterations % 100 == 0)\n\t\t    fprintf(stderr, \"\\n\");\n\t    }\n\t}\n    }\n    if (Verbose)\n\tfprintf(stderr, \"\\nfinal e = %f\\n\",\n\t\tcompute_stress(coords, Dij, dim, n));\n\n\n    free(Dij[0]);\n    free(Dij);\n    free(lap[0]);\n    free(lap);\n    free(b);\n\n    return (iterations);\n}\n\nstatic void\nlocal_beautify_kD(int *nodes, int num_nodes, vtx_data * graph, int n,\n\t\t  int dist_bound, int reweight_graph, double **coords,\n\t\t  int dim)\n{\n    /* Optimize locally the k-D position of each of the nodes in 'nodes' */\n    /* sing majorization.  */\n    /* Here, in each iteration only a single node is mobile */\n\n    int i, j, k;\n    int *visited_nodes;\n    DistType *dist;\n    double *weights;\n    Queue Q;\n    int num_visited_nodes;\n    double dist_ij;\n    int v, neighbor;\n    double dist_1d;\n    double total_wgts;\n    double *newpos;\n    double max_diff;\n\n    if (dist_bound <= 0) {\n\treturn;\n    }\n\n    visited_nodes = N_GNEW(n, int);\n    dist = N_GNEW(n, DistType);\n    weights = N_GNEW(n, double);\n    newpos = N_GNEW(dim, double);\n    mkQueue(&Q, n);\n\n    /* initialize dist to -1, important for bfs_bounded */\n    for (i = 0; i < n; i++) {\n\tdist[i] = -1;\n    }\n\n    for (i = 0; i < num_nodes; i++) {\n\tv = nodes[i];\n\tif (reweight_graph) {\n\t    num_visited_nodes =\n\t\tdijkstra_bounded(v, graph, n, dist, dist_bound,\n\t\t\t\t visited_nodes);\n\t} else {\n\t    num_visited_nodes =\n\t\tbfs_bounded(v, graph, n, dist, &Q, dist_bound,\n\t\t\t    visited_nodes);\n\t}\n\n\ttotal_wgts = 0;\n\tfor (j = 0; j < num_visited_nodes; j++) {\n\t    neighbor = visited_nodes[j];\n\t    if (neighbor != v) {\n#ifdef Dij2\n\t\ttotal_wgts += weights[j] =\n\t\t    1.0 / ((double) dist[neighbor] *\n\t\t\t   (double) dist[neighbor]);\n#else\n\t\ttotal_wgts += weights[j] = 1.0 / (double) dist[neighbor];\n#endif\n\t    }\n\t}\n\n\tif (total_wgts == 0) {\t/* no neighbors to current node */\n\t    continue;\n\t}\n\n\tdo {\n\t    for (k = 0; k < dim; newpos[k++] = 0);\n\n\t    for (j = 0; j < num_visited_nodes; j++) {\n\t\tneighbor = visited_nodes[j];\n\t\tif (neighbor == v) {\n\t\t    continue;\n\t\t}\n\t\tfor (k = 0; k < dim; k++) {\n\t\t    dist_1d = coords[k][v] - coords[k][neighbor];\n\t\t    dist_ij = distance_kD(coords, dim, v, neighbor);\n\t\t    newpos[k] +=\n\t\t\tweights[j] * (coords[k][neighbor] +\n\t\t\t\t      dist[neighbor] * dist_1d / dist_ij);\n\t\t}\n\t    }\n\t    max_diff = 0;\n\t    for (k = 0; k < dim; k++) {\n\t\tnewpos[k] /= total_wgts;\n\t\tmax_diff =\n\t\t    MAX(max_diff,\n\t\t\tfabs(newpos[k] - coords[k][v]) / fabs(newpos[k] +\n\t\t\t\t\t\t\t      1e-20));\n\t\tcoords[k][v] = newpos[k];\n\t    }\n\t} while (max_diff > Epsilon);\n\n\t/* initialize 'dist' for next run of 'bfs_bounded' */\n\tfor (j = 0; j < num_visited_nodes; j++) {\n\t    dist[visited_nodes[j]] = -1;\n\t}\n    }\n\n    free(visited_nodes);\n    free(dist);\n    free(weights);\n    free(newpos);\n    freeQueue(&Q);\n}\n\nint sparse_stress_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t  int n,\t/* Number of nodes */\n\t\t\t\t  int nedges_graph,\t/* Number of edges */\n\t\t\t\t  double **coords,\t/* coordinates of nodes (output layout)  */\n\t\t\t\t  int dim,\t/* dimemsionality of layout */\n\t\t\t\t  int smart_ini,\t/* smart initialization */\n\t\t\t\t  int reweight_graph,\t/* difference model */\n\t\t\t\t  int n_iterations,\t/* max #iterations */\n\t\t\t\t  int dist_bound,\t/* neighborhood size in sparse distance matrix    */\n\t\t\t\t  int num_centers\t/* #pivots in sparse distance matrix  */\n    )\n{\n    int iterations;\n    double conj_tol = tolerance_cg;\t/* tolerance of Conjugate Gradient */\n\n\t/*************************************************\n\t   Computation of pivot-based, sparse, unrestricted   \n\t   k-D  stress minimization by majorization               \n\t*************************************************/\n\n    int i, j, k;\n    int node;\n    /* if i is a pivot than CenterIndex[i] is  its index, otherwise CenterIndex[i]= -1 */\n    int *CenterIndex;\n    int *invCenterIndex;\t/* list the pivot nodes  */\n    Queue Q;\n    float *old_weights;\n    /* this matrix stores the distance  between each node and each \"center\" */\n    DistType **Dij;\n    /* this vector stores the distances of each node to the selected \"centers\" */\n    DistType *dist;\n    DistType *storage;\n    DistType max_dist;\n    int *visited_nodes;\n    dist_data *distances;\n    int available_space;\n    int *storage1 = NULL;\n    DistType *storage2 = NULL;\n    int num_visited_nodes;\n    int num_neighbors;\n    int index;\n    int nedges;\n    DistType *dist_list;\n    vtx_data *lap;\n    int *edges;\n    float *ewgts;\n    double degree;\n    double dist_ij;\n    double *b;\n    double L_ij;\n    double old_stress, new_stress;\n    bool converged;\n\n\t/*************************************************\n\t   Layout initialization  \n\t*************************************************/\n\n    if (smart_ini) {\n\t/* optimize layout quickly within subspace */\n\tsparse_stress_subspace_majorization_kD(graph, n, nedges_graph,\n\t\t\t\t\t       coords, dim, smart_ini,\n\t\t\t\t\t       reweight_graph, 50,\n\t\t\t\t\t       dist_bound, num_centers);\n    } else {\n\tinitLayout(graph, n, dim, coords);\n    }\n\n\t/*************************************************\n     Compute the sparse-shortest-distances matrix 'distances' \n\t*************************************************/\n\n    CenterIndex = N_GNEW(n, int);\n    for (i = 0; i < n; i++) {\n\tCenterIndex[i] = -1;\n    }\n    invCenterIndex = NULL;\n\n    mkQueue(&Q, n);\n    old_weights = graph[0].ewgts;\n\n    if (reweight_graph) {\n\t/* weight graph to separate high-degree nodes */\n\t/* in the future, perform slower Dijkstra-based computation */\n\tcompute_new_weights(graph, n);\n    }\n\n    /* compute sparse distance matrix */\n    /* first select 'num_centers' pivots from which we compute distance */\n    /* to all other nodes */\n\n    Dij = NULL;\n    dist = N_GNEW(n, DistType);\n\n    if (num_centers == 0) {\t/* no pivots, skip pivots-to-nodes distance calculation */\n\tgoto after_pivots_selection;\n    }\n\n    invCenterIndex = N_GNEW(num_centers, int);\t/* list the pivot nodes  */\n\n    storage = N_GNEW(n * num_centers, DistType);\n    Dij = N_GNEW(num_centers, DistType *);\n    for (i = 0; i < num_centers; i++)\n\tDij[i] = storage + i * n;\n\n    /* select 'num_centers' pivots that are uniformaly spreaded over the graph */\n\n    /* the first pivots is selected randomly */\n    node = rand() % n;\n    CenterIndex[node] = 0;\n    invCenterIndex[0] = node;\n\n    if (reweight_graph) {\n\tdijkstra(node, graph, n, Dij[0]);\n    } else {\n\tbfs(node, graph, n, Dij[0], &Q);\n    }\n\n    /* find the most distant node from first pivot */\n    max_dist = 0;\n    for (i = 0; i < n; i++) {\n\tdist[i] = Dij[0][i];\n\tif (dist[i] > max_dist) {\n\t    node = i;\n\t    max_dist = dist[i];\n\t}\n    }\n    /* select other num_centers-1 nodes as pivots */\n    for (i = 1; i < num_centers; i++) {\n\tCenterIndex[node] = i;\n\tinvCenterIndex[i] = node;\n\tif (reweight_graph) {\n\t    dijkstra(node, graph, n, Dij[i]);\n\t} else {\n\t    bfs(node, graph, n, Dij[i], &Q);\n\t}\n\tmax_dist = 0;\n\tfor (j = 0; j < n; j++) {\n\t    dist[j] = MIN(dist[j], Dij[i][j]);\n\t    if (dist[j] > max_dist\n\t\t|| (dist[j] == max_dist && rand() % (j + 1) == 0)) {\n\t\tnode = j;\n\t\tmax_dist = dist[j];\n\t    }\n\t}\n    }\n\n  after_pivots_selection:\n\n    /* Construct a sparse distance matrix 'distances' */\n\n    /* initialize 'dist' to -1, important for 'bfs_bounded(..)' */\n    for (i = 0; i < n; i++) {\n\tdist[i] = -1;\n    }\n\n    visited_nodes = N_GNEW(n, int);\n    distances = N_GNEW(n, dist_data);\n    available_space = 0;\n    nedges = 0;\n    for (i = 0; i < n; i++) {\n\tif (CenterIndex[i] >= 0) {\t/* a pivot node */\n\t    distances[i].edges = N_GNEW(n - 1, int);\n\t    distances[i].edist = N_GNEW(n - 1, DistType);\n\t    distances[i].nedges = n - 1;\n\t    nedges += n - 1;\n\t    distances[i].free_mem = true;\n\t    index = CenterIndex[i];\n\t    for (j = 0; j < i; j++) {\n\t\tdistances[i].edges[j] = j;\n\t\tdistances[i].edist[j] = Dij[index][j];\n\t    }\n\t    for (j = i + 1; j < n; j++) {\n\t\tdistances[i].edges[j - 1] = j;\n\t\tdistances[i].edist[j - 1] = Dij[index][j];\n\t    }\n\t    continue;\n\t}\n\n\t/* a non pivot node */\n\n\tif (dist_bound > 0) {\n\t    if (reweight_graph) {\n\t\tnum_visited_nodes =\n\t\t    dijkstra_bounded(i, graph, n, dist, dist_bound,\n\t\t\t\t     visited_nodes);\n\t    } else {\n\t\tnum_visited_nodes =\n\t\t    bfs_bounded(i, graph, n, dist, &Q, dist_bound,\n\t\t\t\tvisited_nodes);\n\t    }\n\t    /* filter the pivots out of the visited nodes list, and the self loop: */\n\t    for (j = 0; j < num_visited_nodes;) {\n\t\tif (CenterIndex[visited_nodes[j]] < 0\n\t\t    && visited_nodes[j] != i) {\n\t\t    /* not a pivot or self loop */\n\t\t    j++;\n\t\t} else {\n\t\t    dist[visited_nodes[j]] = -1;\n\t\t    visited_nodes[j] = visited_nodes[--num_visited_nodes];\n\t\t}\n\t    }\n\t} else {\n\t    num_visited_nodes = 0;\n\t}\n\tnum_neighbors = num_visited_nodes + num_centers;\n\tif (num_neighbors > available_space) {\n\t    available_space = (dist_bound + 1) * n;\n\t    storage1 = N_GNEW(available_space, int);\n\t    storage2 = N_GNEW(available_space, DistType);\n\t    distances[i].free_mem = true;\n\t} else {\n\t    distances[i].free_mem = false;\n\t}\n\tdistances[i].edges = storage1;\n\tdistances[i].edist = storage2;\n\tdistances[i].nedges = num_neighbors;\n\tnedges += num_neighbors;\n\tfor (j = 0; j < num_visited_nodes; j++) {\n\t    storage1[j] = visited_nodes[j];\n\t    storage2[j] = dist[visited_nodes[j]];\n\t    dist[visited_nodes[j]] = -1;\n\t}\n\t/* add all pivots: */\n\tfor (j = num_visited_nodes; j < num_neighbors; j++) {\n\t    index = j - num_visited_nodes;\n\t    storage1[j] = invCenterIndex[index];\n\t    storage2[j] = Dij[index][i];\n\t}\n\n\tstorage1 += num_neighbors;\n\tstorage2 += num_neighbors;\n\tavailable_space -= num_neighbors;\n    }\n\n    free(dist);\n    free(visited_nodes);\n\n\n    if (Dij != NULL) {\n\tfree(Dij[0]);\n\tfree(Dij);\n    }\n\n\t/*************************************************\n\t   Laplacian computation   \n\t*************************************************/\n\n    lap = N_GNEW(n, vtx_data);\n    edges = N_GNEW(nedges + n, int);\n    ewgts = N_GNEW(nedges + n, float);\n    for (i = 0; i < n; i++) {\n\tlap[i].edges = edges;\n\tlap[i].ewgts = ewgts;\n\tlap[i].nedges = distances[i].nedges + 1;\t/*add the self loop */\n\tdist_list = distances[i].edist - 1;\t/* '-1' since edist[0] goes for number '1' entry in the lap */\n\tdegree = 0;\n\tfor (j = 1; j < lap[i].nedges; j++) {\n\t    edges[j] = distances[i].edges[j - 1];\n#ifdef Dij2\n\t    ewgts[j] = (float) -1.0 / ((float) dist_list[j] * (float) dist_list[j]);\t/* cast to float to prevent overflow */\n#else\n\t    ewgts[j] = -1.0 / (float) dist_list[j];\n#endif\n\t    degree -= ewgts[j];\n\t}\n\tedges[0] = i;\n\tewgts[0] = (float) degree;\n\tedges += lap[i].nedges;\n\tewgts += lap[i].nedges;\n    }\n\n\t/*************************************************\n\t   Layout optimization    \n\t*************************************************/\n\n    b = N_GNEW(n, double);\n    old_stress = compute_stress1(coords, distances, dim, n), new_stress;\n    for (converged = false, iterations = 0;\n\t iterations < n_iterations && !converged; iterations++) {\n\n\t/* Axis-by-axis optimization: */\n\tfor (k = 0; k < dim; k++) {\n\t    /* compute the vector b */\n\t    /* multiply on-the-fly with distance-based laplacian */\n\t    /* (for saving storage we don't construct this Lap explicitly) */\n\t    for (i = 0; i < n; i++) {\n\t\tdegree = 0;\n\t\tb[i] = 0;\n\t\tdist_list = distances[i].edist - 1;\n\t\tedges = lap[i].edges;\n\t\tewgts = lap[i].ewgts;\n\t\tfor (j = 1; j < lap[i].nedges; j++) {\n\t\t    node = edges[j];\n\t\t    dist_ij = distance_kD(coords, dim, i, node);\n\t\t    if (dist_ij > 1e-30) {\t/* skip zero distances */\n\t\t\tL_ij = -ewgts[j] * dist_list[j] / dist_ij;\t/* L_ij=w_{ij}*d_{ij}/dist_{ij} */\n\t\t\tdegree -= L_ij;\n\t\t\tb[i] += L_ij * coords[k][node];\n\t\t    }\n\t\t}\n\t\tb[i] += degree * coords[k][i];\n\t    }\n\t    conjugate_gradient(lap, coords[k], b, n, conj_tol, n);\n\t}\n\n\tif ((converged = (iterations % 2 == 0))) {\t/* check for convergence each two iterations */\n\t    new_stress = compute_stress1(coords, distances, dim, n);\n\t    converged =\n\t\tfabs(new_stress - old_stress) / (new_stress + 1e-10) <\n\t\tEpsilon;\n\t    old_stress = new_stress;\n\t}\n    }\n    free(b);\n\n    if (smooth_pivots) {\n\t/* relocate the pivots, so they do not break out of the layout */\n\tlocal_beautify_kD(invCenterIndex, num_centers, graph, n,\n\t\t\t  dist_bound, reweight_graph, coords, dim);\n    }\n\n    if (reweight_graph) {\t/* do it only after the local beautification */\n\trestore_old_weights(graph, n, old_weights);\n    }\n\n    for (i = 0; i < n; i++) {\n\tif (distances[i].free_mem) {\n\t    free(distances[i].edges);\n\t    free(distances[i].edist);\n\t}\n    }\n\n    free(distances);\n    free(lap[0].edges);\n    free(lap[0].ewgts);\n    free(lap);\n    free(CenterIndex);\n    free(invCenterIndex);\n    freeQueue(&Q);\n    return iterations;\n}\n#endif\t\t\t\t/* UNUSED */\n\n/* sparse_stress_subspace_majorization_kD:\n *\n * NOTE: We use integral shortest path values here, assuming\n * this is only to get an initial layout. In general, if edge lengths\n * are involved, we may end up with 0 length edges. \n */\nstatic int sparse_stress_subspace_majorization_kD(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t\t\t  int n,\t/* Number of nodes */\n\t\t\t\t\t\t  int nedges_graph,\t/* Number of edges */\n\t\t\t\t\t\t  double **coords,\t/* coordinates of nodes (output layout)  */\n\t\t\t\t\t\t  int dim,\t/* dimemsionality of layout */\n\t\t\t\t\t\t  int smart_ini,\t/* smart initialization */\n\t\t\t\t\t\t  int reweight_graph,\t/* difference model */\n\t\t\t\t\t\t  int n_iterations,\t/* max #iterations */\n\t\t\t\t\t\t  int dist_bound,\t/* neighborhood size in sparse distance matrix    */\n\t\t\t\t\t\t  int num_centers\t/* #pivots in sparse distance matrix  */\n    )\n{\n    int iterations;\t\t/* output: number of iteration of the process */\n\n    double conj_tol = tolerance_cg;\t/* tolerance of Conjugate Gradient */\n\n\t/*************************************************\n\t** Computation of pivot-based, sparse, subspace-restricted **\n\t** k-D  stress minimization by majorization                **    \n\t*************************************************/\n\n    int i, j, k, node;\n\n\t/*************************************************\n\t** First compute the subspace in which we optimize     **\n\t** The subspace is  the high-dimensional embedding     **\n\t*************************************************/\n\n    int subspace_dim = MIN(stress_pca_dim, n);\t/* overall dimensionality of subspace */\n    double **subspace = N_GNEW(subspace_dim, double *);\n    double *d_storage = N_GNEW(subspace_dim * n, double);\n    int num_centers_local;\n    DistType **full_coords;\n    /* if i is a pivot than CenterIndex[i] is its index, otherwise CenterIndex[i]= -1 */\n    int *CenterIndex;\n    int *invCenterIndex;\t/* list the pivot nodes  */\n    Queue Q;\n    float *old_weights;\n    /* this matrix stores the distance between  each node and each \"center\" */\n    DistType **Dij;\n    /* this vector stores the distances of each node to the selected \"centers\" */\n    DistType *dist;\n    DistType max_dist;\n    DistType *storage;\n    int *visited_nodes;\n    dist_data *distances;\n    int available_space;\n    int *storage1 = NULL;\n    DistType *storage2 = NULL;\n    int num_visited_nodes;\n    int num_neighbors;\n    int index;\n    int nedges;\n    DistType *dist_list;\n    vtx_data *lap;\n    int *edges;\n    float *ewgts;\n    double degree;\n    double **directions;\n    float **tmp_mat;\n    float **matrix;\n    double dist_ij;\n    double *b;\n    double *b_restricted;\n    double L_ij;\n    double old_stress, new_stress;\n    bool converged;\n\n    for (i = 0; i < subspace_dim; i++) {\n\tsubspace[i] = d_storage + i * n;\n    }\n\n    /* compute PHDE: */\n    num_centers_local = MIN(n, MAX(2 * subspace_dim, 50));\n    full_coords = NULL;\n    /* High dimensional embedding */\n    embed_graph(graph, n, num_centers_local, &full_coords, reweight_graph);\n    /* Centering coordinates */\n    center_coordinate(full_coords, n, num_centers_local);\n    /* PCA */\n    PCA_alloc(full_coords, num_centers_local, n, subspace, subspace_dim);\n\n    free(full_coords[0]);\n    free(full_coords);\n\n\t/*************************************************\n\t** Compute the sparse-shortest-distances matrix 'distances' **\n\t*************************************************/\n\n    CenterIndex = N_GNEW(n, int);\n    for (i = 0; i < n; i++) {\n\tCenterIndex[i] = -1;\n    }\n    invCenterIndex = NULL;\n\n    mkQueue(&Q, n);\n    old_weights = graph[0].ewgts;\n\n    if (reweight_graph) {\n\t/* weight graph to separate high-degree nodes */\n\t/* in the future, perform slower Dijkstra-based computation */\n\tcompute_new_weights(graph, n);\n    }\n\n    /* compute sparse distance matrix */\n    /* first select 'num_centers' pivots from which we compute distance */\n    /* to all other nodes */\n\n    Dij = NULL;\n    dist = N_GNEW(n, DistType);\n    if (num_centers == 0) {\t/* no pivots, skip pivots-to-nodes distance calculation */\n\tgoto after_pivots_selection;\n    }\n\n    invCenterIndex = N_GNEW(num_centers, int);\n\n    storage = N_GNEW(n * num_centers, DistType);\n    Dij = N_GNEW(num_centers, DistType *);\n    for (i = 0; i < num_centers; i++)\n\tDij[i] = storage + i * n;\n\n    /* select 'num_centers' pivots that are uniformaly spreaded over the graph */\n\n    /* the first pivots is selected randomly */\n    node = rand() % n;\n    CenterIndex[node] = 0;\n    invCenterIndex[0] = node;\n\n    if (reweight_graph) {\n\tdijkstra(node, graph, n, Dij[0]);\n    } else {\n\tbfs(node, graph, n, Dij[0], &Q);\n    }\n\n    /* find the most distant node from first pivot */\n    max_dist = 0;\n    for (i = 0; i < n; i++) {\n\tdist[i] = Dij[0][i];\n\tif (dist[i] > max_dist) {\n\t    node = i;\n\t    max_dist = dist[i];\n\t}\n    }\n    /* select other dim-1 nodes as pivots */\n    for (i = 1; i < num_centers; i++) {\n\tCenterIndex[node] = i;\n\tinvCenterIndex[i] = node;\n\tif (reweight_graph) {\n\t    dijkstra(node, graph, n, Dij[i]);\n\t} else {\n\t    bfs(node, graph, n, Dij[i], &Q);\n\t}\n\tmax_dist = 0;\n\tfor (j = 0; j < n; j++) {\n\t    dist[j] = MIN(dist[j], Dij[i][j]);\n\t    if (dist[j] > max_dist\n\t\t|| (dist[j] == max_dist && rand() % (j + 1) == 0)) {\n\t\tnode = j;\n\t\tmax_dist = dist[j];\n\t    }\n\t}\n    }\n\n  after_pivots_selection:\n\n    /* Construct a sparse distance matrix 'distances' */\n\n    /* initialize dist to -1, important for 'bfs_bounded(..)' */\n    for (i = 0; i < n; i++) {\n\tdist[i] = -1;\n    }\n\n    visited_nodes = N_GNEW(n, int);\n    distances = N_GNEW(n, dist_data);\n    available_space = 0;\n    nedges = 0;\n    for (i = 0; i < n; i++) {\n\tif (CenterIndex[i] >= 0) {\t/* a pivot node */\n\t    distances[i].edges = N_GNEW(n - 1, int);\n\t    distances[i].edist = N_GNEW(n - 1, DistType);\n\t    distances[i].nedges = n - 1;\n\t    nedges += n - 1;\n\t    distances[i].free_mem = true;\n\t    index = CenterIndex[i];\n\t    for (j = 0; j < i; j++) {\n\t\tdistances[i].edges[j] = j;\n\t\tdistances[i].edist[j] = Dij[index][j];\n\t    }\n\t    for (j = i + 1; j < n; j++) {\n\t\tdistances[i].edges[j - 1] = j;\n\t\tdistances[i].edist[j - 1] = Dij[index][j];\n\t    }\n\t    continue;\n\t}\n\n\t/* a non pivot node */\n\n\tif (dist_bound > 0) {\n\t    if (reweight_graph) {\n\t\tnum_visited_nodes =\n\t\t    dijkstra_bounded(i, graph, n, dist, dist_bound,\n\t\t\t\t     visited_nodes);\n\t    } else {\n\t\tnum_visited_nodes =\n\t\t    bfs_bounded(i, graph, n, dist, &Q, dist_bound,\n\t\t\t\tvisited_nodes);\n\t    }\n\t    /* filter the pivots out of the visited nodes list, and the self loop: */\n\t    for (j = 0; j < num_visited_nodes;) {\n\t\tif (CenterIndex[visited_nodes[j]] < 0\n\t\t    && visited_nodes[j] != i) {\n\t\t    /* not a pivot or self loop */\n\t\t    j++;\n\t\t} else {\n\t\t    dist[visited_nodes[j]] = -1;\n\t\t    visited_nodes[j] = visited_nodes[--num_visited_nodes];\n\t\t}\n\t    }\n\t} else {\n\t    num_visited_nodes = 0;\n\t}\n\tnum_neighbors = num_visited_nodes + num_centers;\n\tif (num_neighbors > available_space) {\n\t    available_space = (dist_bound + 1) * n;\n\t    storage1 = N_GNEW(available_space, int);\n\t    storage2 = N_GNEW(available_space, DistType);\n\t    distances[i].free_mem = true;\n\t} else {\n\t    distances[i].free_mem = false;\n\t}\n\tdistances[i].edges = storage1;\n\tdistances[i].edist = storage2;\n\tdistances[i].nedges = num_neighbors;\n\tnedges += num_neighbors;\n\tfor (j = 0; j < num_visited_nodes; j++) {\n\t    storage1[j] = visited_nodes[j];\n\t    storage2[j] = dist[visited_nodes[j]];\n\t    dist[visited_nodes[j]] = -1;\n\t}\n\t/* add all pivots: */\n\tfor (j = num_visited_nodes; j < num_neighbors; j++) {\n\t    index = j - num_visited_nodes;\n\t    storage1[j] = invCenterIndex[index];\n\t    storage2[j] = Dij[index][i];\n\t}\n\n\tstorage1 += num_neighbors;\n\tstorage2 += num_neighbors;\n\tavailable_space -= num_neighbors;\n    }\n\n    free(dist);\n    free(visited_nodes);\n\n    if (Dij != NULL) {\n\tfree(Dij[0]);\n\tfree(Dij);\n    }\n\n\t/*************************************************\n\t** Laplacian computation **\n\t*************************************************/\n\n    lap = N_GNEW(n, vtx_data);\n    edges = N_GNEW(nedges + n, int);\n    ewgts = N_GNEW(nedges + n, float);\n    for (i = 0; i < n; i++) {\n\tlap[i].edges = edges;\n\tlap[i].ewgts = ewgts;\n\tlap[i].nedges = distances[i].nedges + 1;\t/*add the self loop */\n\tdist_list = distances[i].edist - 1;\t/* '-1' since edist[0] goes for number '1' entry in the lap */\n\tdegree = 0;\n\tfor (j = 1; j < lap[i].nedges; j++) {\n\t    edges[j] = distances[i].edges[j - 1];\n#ifdef Dij2\n\t    ewgts[j] = (float) -1.0 / ((float) dist_list[j] * (float) dist_list[j]);\t/* cast to float to prevent overflow */\n#else\n\t    ewgts[j] = -1.0 / (float) dist_list[j];\n#endif\n\t    degree -= ewgts[j];\n\t}\n\tedges[0] = i;\n\tewgts[0] = (float) degree;\n\tedges += lap[i].nedges;\n\tewgts += lap[i].nedges;\n    }\n\n\t/*************************************************\n\t** initialize direction vectors  **\n\t** to get an intial layout       **\n\t*************************************************/\n\n    /* the layout is subspace*directions */\n    directions = N_GNEW(dim, double *);\n    directions[0] = N_GNEW(dim * subspace_dim, double);\n    for (i = 1; i < dim; i++) {\n\tdirections[i] = directions[0] + i * subspace_dim;\n    }\n\n    if (smart_ini) {\n\t/* smart initialization */\n\tfor (k = 0; k < dim; k++) {\n\t    for (i = 0; i < subspace_dim; i++) {\n\t\tdirections[k][i] = 0;\n\t    }\n\t}\n\tif (dim != 2) {\n\t    /* use the first vectors in the eigenspace */\n\t    /* each direction points to its \"principal axes\" */\n\t    for (k = 0; k < dim; k++) {\n\t\tdirections[k][k] = 1;\n\t    }\n\t} else {\n\t    /* for the frequent 2-D case we prefer iterative-PCA over PCA */\n\t    /* Note that we don't want to mix the Lap's eigenspace with the HDE */\n\t    /* in the computation since they have different scales */\n\n\t    directions[0][0] = 1;\t/* first pca projection vector */\n\t    if (!iterativePCA_1D(subspace, subspace_dim, n, directions[1])) {\n\t\tfor (k = 0; k < subspace_dim; k++) {\n\t\t    directions[1][k] = 0;\n\t\t}\n\t\tdirections[1][1] = 1;\n\t    }\n\t}\n\n    } else {\n\t/* random initialization */\n\tfor (k = 0; k < dim; k++) {\n\t    for (i = 0; i < subspace_dim; i++) {\n\t\tdirections[k][i] = (double) (rand()) / RAND_MAX;\n\t    }\n\t}\n    }\n\n    /* compute initial k-D layout */\n\n    for (k = 0; k < dim; k++) {\n\tright_mult_with_vector_transpose(subspace, n, subspace_dim,\n\t\t\t\t\t directions[k], coords[k]);\n    }\n\n\t/*************************************************\n\t** compute restriction of the laplacian to subspace: **\t\n\t*************************************************/\n\n    tmp_mat = NULL;\n    matrix = NULL;\n    mult_sparse_dense_mat_transpose(lap, subspace, n, subspace_dim,\n\t\t\t\t    &tmp_mat);\n    mult_dense_mat(subspace, tmp_mat, subspace_dim, n, subspace_dim,\n\t\t   &matrix);\n    free(tmp_mat[0]);\n    free(tmp_mat);\n\n\t/*************************************************\n\t** Layout optimization  **\n\t*************************************************/\n\n    b = N_GNEW(n, double);\n    b_restricted = N_GNEW(subspace_dim, double);\n    old_stress = compute_stress1(coords, distances, dim, n);\n    for (converged = false, iterations = 0;\n\t iterations < n_iterations && !converged; iterations++) {\n\n\t/* Axis-by-axis optimization: */\n\tfor (k = 0; k < dim; k++) {\n\t    /* compute the vector b */\n\t    /* multiply on-the-fly with distance-based laplacian */\n\t    /* (for saving storage we don't construct this Lap explicitly) */\n\t    for (i = 0; i < n; i++) {\n\t\tdegree = 0;\n\t\tb[i] = 0;\n\t\tdist_list = distances[i].edist - 1;\n\t\tedges = lap[i].edges;\n\t\tewgts = lap[i].ewgts;\n\t\tfor (j = 1; j < lap[i].nedges; j++) {\n\t\t    node = edges[j];\n\t\t    dist_ij = distance_kD(coords, dim, i, node);\n\t\t    if (dist_ij > 1e-30) {\t/* skip zero distances */\n\t\t\tL_ij = -ewgts[j] * dist_list[j] / dist_ij;\t/* L_ij=w_{ij}*d_{ij}/dist_{ij} */\n\t\t\tdegree -= L_ij;\n\t\t\tb[i] += L_ij * coords[k][node];\n\t\t    }\n\t\t}\n\t\tb[i] += degree * coords[k][i];\n\t    }\n\t    right_mult_with_vector_d(subspace, subspace_dim, n, b,\n\t\t\t\t     b_restricted);\n\t    conjugate_gradient_f(matrix, directions[k], b_restricted,\n\t\t\t\t subspace_dim, conj_tol, subspace_dim,\n\t\t\t\t false);\n\t    right_mult_with_vector_transpose(subspace, n, subspace_dim,\n\t\t\t\t\t     directions[k], coords[k]);\n\t}\n\n\tif ((converged = (iterations % 2 == 0))) {\t/* check for convergence each two iterations */\n\t    new_stress = compute_stress1(coords, distances, dim, n);\n\t    converged =\n\t\tfabs(new_stress - old_stress) / (new_stress + 1e-10) <\n\t\tEpsilon;\n\t    old_stress = new_stress;\n\t}\n    }\n    free(b_restricted);\n    free(b);\n\n    if (reweight_graph) {\n\trestore_old_weights(graph, n, old_weights);\n    }\n\n    for (i = 0; i < n; i++) {\n\tif (distances[i].free_mem) {\n\t    free(distances[i].edges);\n\t    free(distances[i].edist);\n\t}\n    }\n\n    free(distances);\n    free(lap[0].edges);\n    free(lap[0].ewgts);\n    free(lap);\n    free(CenterIndex);\n    free(invCenterIndex);\n    free(directions[0]);\n    free(directions);\n    if (matrix != NULL) {\n\tfree(matrix[0]);\n\tfree(matrix);\n    }\n    free(subspace[0]);\n    free(subspace);\n    freeQueue(&Q);\n\n    return iterations;\n}\n\n/* compute_weighted_apsp_packed:\n * Edge lengths can be any float > 0\n */\nstatic float *compute_weighted_apsp_packed(vtx_data * graph, int n)\n{\n    int i, j, count;\n    float *Dij = N_NEW(n * (n + 1) / 2, float);\n\n    float *Di = N_NEW(n, float);\n    Queue Q;\n\n    mkQueue(&Q, n);\n\n    count = 0;\n    for (i = 0; i < n; i++) {\n\tdijkstra_f(i, graph, n, Di);\n\tfor (j = i; j < n; j++) {\n\t    Dij[count++] = Di[j];\n\t}\n    }\n    free(Di);\n    freeQueue(&Q);\n    return Dij;\n}\n\n/* compute_apsp_packed:\n * Assumes integral weights > 0.\n */\nfloat *compute_apsp_packed(vtx_data * graph, int n)\n{\n    int i, j, count;\n    float *Dij = N_NEW(n * (n + 1) / 2, float);\n\n    DistType *Di = N_NEW(n, DistType);\n    Queue Q;\n\n    mkQueue(&Q, n);\n\n    count = 0;\n    for (i = 0; i < n; i++) {\n\tbfs(i, graph, n, Di, &Q);\n\tfor (j = i; j < n; j++) {\n\t    Dij[count++] = ((float) Di[j]);\n\t}\n    }\n    free(Di);\n    freeQueue(&Q);\n    return Dij;\n}\n\n#define max(x,y) ((x)>(y)?(x):(y))\n\nfloat *compute_apsp_artifical_weights_packed(vtx_data * graph, int n)\n{\n    /* compute all-pairs-shortest-path-length while weighting the graph */\n    /* so high-degree nodes are distantly located */\n\n    float *Dij;\n    int i, j;\n    float *old_weights = graph[0].ewgts;\n    int nedges = 0;\n    float *weights;\n    int *vtx_vec;\n    int deg_i, deg_j, neighbor;\n\n    for (i = 0; i < n; i++) {\n\tnedges += graph[i].nedges;\n    }\n\n    weights = N_NEW(nedges, float);\n    vtx_vec = N_NEW(n, int);\n    for (i = 0; i < n; i++) {\n\tvtx_vec[i] = 0;\n    }\n\n    if (graph->ewgts) {\n\tfor (i = 0; i < n; i++) {\n\t    fill_neighbors_vec_unweighted(graph, i, vtx_vec);\n\t    deg_i = graph[i].nedges - 1;\n\t    for (j = 1; j <= deg_i; j++) {\n\t\tneighbor = graph[i].edges[j];\n\t\tdeg_j = graph[neighbor].nedges - 1;\n\t\tweights[j] =\n\t\t    (float)\n\t\t    max((float)\n\t\t\t(deg_i + deg_j -\n\t\t\t 2 * common_neighbors(graph, i, neighbor,\n\t\t\t\t\t      vtx_vec)),\n\t\t\tgraph[i].ewgts[j]);\n\t    }\n\t    empty_neighbors_vec(graph, i, vtx_vec);\n\t    graph[i].ewgts = weights;\n\t    weights += graph[i].nedges;\n\t}\n\tDij = compute_weighted_apsp_packed(graph, n);\n    } else {\n\tfor (i = 0; i < n; i++) {\n\t    graph[i].ewgts = weights;\n\t    fill_neighbors_vec_unweighted(graph, i, vtx_vec);\n\t    deg_i = graph[i].nedges - 1;\n\t    for (j = 1; j <= deg_i; j++) {\n\t\tneighbor = graph[i].edges[j];\n\t\tdeg_j = graph[neighbor].nedges - 1;\n\t\tweights[j] =\n\t\t    ((float) deg_i + deg_j -\n\t\t     2 * common_neighbors(graph, i, neighbor, vtx_vec));\n\t    }\n\t    empty_neighbors_vec(graph, i, vtx_vec);\n\t    weights += graph[i].nedges;\n\t}\n\tDij = compute_apsp_packed(graph, n);\n    }\n\n    free(vtx_vec);\n    free(graph[0].ewgts);\n    graph[0].ewgts = NULL;\n    if (old_weights != NULL) {\n\tfor (i = 0; i < n; i++) {\n\t    graph[i].ewgts = old_weights;\n\t    old_weights += graph[i].nedges;\n\t}\n    }\n    return Dij;\n}\n\n/* Accumulator type for diagonal of Laplacian. Needs to be as large\n * as possible. Use long double; configure to double if necessary.\n */\n#define DegType long double\n\n/* stress_majorization_kD_mkernel:\n * At present, if any nodes have pos set, smart_ini is false.\n */\nint stress_majorization_kD_mkernel(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t   int n,\t/* Number of nodes */\n\t\t\t\t   int nedges_graph,\t/* Number of edges */\n\t\t\t\t   double **d_coords,\t/* coordinates of nodes (output layout) */\n\t\t\t\t   int dim,\t/* dimemsionality of layout */\n\t\t\t\t   int smart_ini,\t/* smart initialization */\n\t\t\t\t   int model,\t/* model */\n\t\t\t\t   int maxi\t/* max iterations */\n    )\n{\n    int iterations;\t\t/* output: number of iteration of the process */\n\n    double conj_tol = tolerance_cg;\t/* tolerance of Conjugate Gradient */\n    float *Dij = NULL;\n    int i, j, k;\n    float **coords;\n    float *f_storage;\n    float constant_term;\n    int count;\n    DegType degree;\n    int lap_length;\n    float *lap2;\n    DegType *degrees;\n    int step;\n    float val;\n    double old_stress, new_stress;\n    bool converged;\n    float **b;\n    float *tmp_coords;\n    float *dist_accumulator;\n    float *lap1;\n    int len;\n    int havePinned;\t\t/* some node is pinned */\n#ifdef ALTERNATIVE_STRESS_CALC\n    double mat_stress;\n#endif\n\n\t/*************************************************\n\t** Computation of full, dense, unrestricted k-D ** \n\t** stress minimization by majorization          **    \n\t*************************************************/\n\n\t/****************************************************\n\t** Compute the all-pairs-shortest-distances matrix **\n\t****************************************************/\n\n    if (maxi == 0)\n\treturn 0;\n\n    if (Verbose)\n\tstart_timer();\n\n    if (model == MODEL_SUBSET) {\n\t/* weight graph to separate high-degree nodes */\n\t/* and perform slower Dijkstra-based computation */\n\tif (Verbose)\n\t    fprintf(stderr, \"Calculating subset model\");\n\tDij = compute_apsp_artifical_weights_packed(graph, n);\n    } else if (model == MODEL_CIRCUIT) {\n\tDij = circuitModel(graph, n);\n\tif (!Dij) {\n\t    agerr(AGWARN,\n\t\t  \"graph is disconnected. Hence, the circuit model\\n\");\n\t    agerr(AGPREV,\n\t\t  \"is undefined. Reverting to the shortest path model.\\n\");\n\t}\n    }\n    if (!Dij) {\n\tif (Verbose)\n\t    fprintf(stderr, \"Calculating shortest paths\");\n\tif (graph->ewgts)\n\t    Dij = compute_weighted_apsp_packed(graph, n);\n\telse\n\t    Dij = compute_apsp_packed(graph, n);\n    }\n\n    if (Verbose) {\n\tfprintf(stderr, \": %.2f sec\\n\", elapsed_sec());\n\tfprintf(stderr, \"Setting initial positions\");\n\tstart_timer();\n    }\n\n\t/**************************\n\t** Layout initialization **\n\t**************************/\n\n    if (smart_ini) {\n\thavePinned = 0;\n\t/* optimize layout quickly within subspace */\n\t/* perform at most 50 iterations within 30-D subspace to \n\t   get an estimate */\n\tsparse_stress_subspace_majorization_kD(graph, n, nedges_graph,\n\t\t\t\t\t       d_coords, dim, smart_ini,\n\t\t\t\t\t       (model == MODEL_SUBSET), 50,\n\t\t\t\t\t       neighborhood_radius_subspace,\n\t\t\t\t\t       num_pivots_stress);\n\n\tfor (i = 0; i < dim; i++) {\n\t    /* for numerical stability, scale down layout */\n\t    double max = 1;\n\t    for (j = 0; j < n; j++) {\n\t\tif (fabs(d_coords[i][j]) > max) {\n\t\t    max = fabs(d_coords[i][j]);\n\t\t}\n\t    }\n\t    for (j = 0; j < n; j++) {\n\t\td_coords[i][j] /= max;\n\t    }\n\t    /* add small random noise */\n\t    for (j = 0; j < n; j++) {\n\t\td_coords[i][j] += 1e-6 * (drand48() - 0.5);\n\t    }\n\t    orthog1(n, d_coords[i]);\n\t}\n    } else {\n\thavePinned = initLayout(graph, n, dim, d_coords);\n    }\n    if (n == 1) return 0;\n\n    if (Verbose) {\n\tfprintf(stderr, \": %.2f sec\\n\", elapsed_sec());\n\tfprintf(stderr, \"Setting up stress function\");\n\tstart_timer();\n    }\n    coords = N_NEW(dim, float *);\n    f_storage = N_NEW(dim * n, float);\n    for (i = 0; i < dim; i++) {\n\tcoords[i] = f_storage + i * n;\n\tfor (j = 0; j < n; j++) {\n\t    coords[i][j] = ((float) d_coords[i][j]);\n\t}\n    }\n\n    /* compute constant term in stress sum */\n    /* which is \\sum_{i<j} w_{ij}d_{ij}^2 */\n#ifdef Dij2\n    constant_term = ((float) n * (n - 1) / 2);\n#else\n    constant_term = 0;\n    for (count = 0, i = 0; i < n - 1; i++) {\n\tcount++;\t\t/* skip self distance */\n\tfor (j = 1; j < n - i; j++, count++) {\n\t    constant_term += Dij[count];\n\t}\n    }\n#endif\n\n\t/**************************\n\t** Laplacian computation **\n\t**************************/\n\n    lap_length = n * (n + 1) / 2;\n    lap2 = Dij;\n#ifdef Dij2\n    square_vec(lap_length, lap2);\n#endif\n    /* compute off-diagonal entries */\n    invert_vec(lap_length, lap2);\n\n    /* compute diagonal entries */\n    count = 0;\n    degrees = N_NEW(n, DegType);\n    /* set_vector_val(n, 0, degrees); */\n    memset(degrees, 0, n * sizeof(DegType));\n    for (i = 0; i < n - 1; i++) {\n\tdegree = 0;\n\tcount++;\t\t/* skip main diag entry */\n\tfor (j = 1; j < n - i; j++, count++) {\n\t    val = lap2[count];\n\t    degree += val;\n\t    degrees[i + j] -= val;\n\t}\n\tdegrees[i] -= degree;\n    }\n    for (step = n, count = 0, i = 0; i < n; i++, count += step, step--) {\n\tlap2[count] = degrees[i];\n    }\n\n#ifdef NONCORE\n    if (n > max_nodes_in_mem) {\n#define FILENAME \"tmp_Dij$$$.bin\"\n\tfp = fopen(FILENAME, \"wb\");\n\tfwrite(lap2, sizeof(float), lap_length, fp);\n\tfclose(fp);\n    }\n#endif\n\n\t/*************************\n\t** Layout optimization  **\n\t*************************/\n\n    b = N_NEW(dim, float *);\n    b[0] = N_NEW(dim * n, float);\n    for (k = 1; k < dim; k++) {\n\tb[k] = b[0] + k * n;\n    }\n\n    tmp_coords = N_NEW(n, float);\n    dist_accumulator = N_NEW(n, float);\n    lap1 = NULL;\n#ifdef NONCORE\n    if (n <= max_nodes_in_mem) {\n\tlap1 = N_NEW(lap_length, float);\n    } else {\n\tlap1 = lap2;\n\tfp = fopen(FILENAME, \"rb\");\n\tfgetpos(fp, &pos);\n    }\n#else\n    lap1 = N_NEW(lap_length, float);\n#endif\n\n\n    old_stress = MAXDOUBLE;\t/* at least one iteration */\n    if (Verbose) {\n\tfprintf(stderr, \": %.2f sec\\n\", elapsed_sec());\n\tfprintf(stderr, \"Solving model: \");\n\tstart_timer();\n    }\n\n    for (converged = false, iterations = 0;\n\t iterations < maxi && !converged; iterations++) {\n\n\t/* First, construct Laplacian of 1/(d_ij*|p_i-p_j|)  */\n\t/* set_vector_val(n, 0, degrees); */\n\tmemset(degrees, 0, n * sizeof(DegType));\n#ifdef Dij2\n#ifdef NONCORE\n\tif (n <= max_nodes_in_mem) {\n\t    sqrt_vecf(lap_length, lap2, lap1);\n\t} else {\n\t    sqrt_vec(lap_length, lap1);\n\t}\n#else\n\tsqrt_vecf(lap_length, lap2, lap1);\n#endif\n#endif\n\tfor (count = 0, i = 0; i < n - 1; i++) {\n\t    len = n - i - 1;\n\t    /* init 'dist_accumulator' with zeros */\n\t    set_vector_valf(len, 0, dist_accumulator);\n\n\t    /* put into 'dist_accumulator' all squared distances between 'i' and 'i'+1,...,'n'-1 */\n\t    for (k = 0; k < dim; k++) {\n\t\tset_vector_valf(len, coords[k][i], tmp_coords);\n\t\tvectors_mult_additionf(len, tmp_coords, -1,\n\t\t\t\t       coords[k] + i + 1);\n\t\tsquare_vec(len, tmp_coords);\n\t\tvectors_additionf(len, tmp_coords, dist_accumulator,\n\t\t\t\t  dist_accumulator);\n\t    }\n\n\t    /* convert to 1/d_{ij} */\n\t    invert_sqrt_vec(len, dist_accumulator);\n\t    /* detect overflows */\n\t    for (j = 0; j < len; j++) {\n\t\tif (dist_accumulator[j] >= MAXFLOAT\n\t\t    || dist_accumulator[j] < 0) {\n\t\t    dist_accumulator[j] = 0;\n\t\t}\n\t    }\n\n\t    count++;\t\t/* save place for the main diagonal entry */\n\t    degree = 0;\n\t    for (j = 0; j < len; j++, count++) {\n#ifdef Dij2\n\t\tval = lap1[count] *= dist_accumulator[j];\n#else\n\t\tval = lap1[count] = dist_accumulator[j];\n#endif\n\t\tdegree += val;\n\t\tdegrees[i + j + 1] -= val;\n\t    }\n\t    degrees[i] -= degree;\n\t}\n\tfor (step = n, count = 0, i = 0; i < n; i++, count += step, step--) {\n\t    lap1[count] = degrees[i];\n\t}\n\n\t/* Now compute b[] */\n\tfor (k = 0; k < dim; k++) {\n\t    /* b[k] := lap1*coords[k] */\n\t    right_mult_with_vector_ff(lap1, n, coords[k], b[k]);\n\t}\n\n\n\t/* compute new stress  */\n\t/* remember that the Laplacians are negated, so we subtract instead of add and vice versa */\n\tnew_stress = 0;\n\tfor (k = 0; k < dim; k++) {\n\t    new_stress += vectors_inner_productf(n, coords[k], b[k]);\n\t}\n\tnew_stress *= 2;\n\tnew_stress += constant_term;\t/* only after mult by 2 */\n#ifdef NONCORE\n\tif (n > max_nodes_in_mem) {\n\t    /* restore lap2 from memory */\n\t    fsetpos(fp, &pos);\n\t    fread(lap2, sizeof(float), lap_length, fp);\n\t}\n#endif\n\tfor (k = 0; k < dim; k++) {\n\t    right_mult_with_vector_ff(lap2, n, coords[k], tmp_coords);\n\t    new_stress -= vectors_inner_productf(n, coords[k], tmp_coords);\n\t}\n#ifdef ALTERNATIVE_STRESS_CALC\n\tmat_stress = new_stress;\n\tnew_stress = compute_stressf(coords, lap2, dim, n);\n\tif (fabs(mat_stress - new_stress) / min(mat_stress, new_stress) >\n\t    0.001) {\n\t    fprintf(stderr, \"Diff stress vals: %lf %lf (iteration #%d)\\n\",\n\t\t    mat_stress, new_stress, iterations);\n\t}\n#endif\n\t/* Invariant: old_stress > 0. In theory, old_stress >= new_stress\n\t * but we use fabs in case of numerical error.\n\t */\n\tconverged =\n\t    (((fabs(old_stress - new_stress) / old_stress) < Epsilon)\n\t     || (new_stress < Epsilon));\n\told_stress = new_stress;\n\n\tfor (k = 0; k < dim; k++) {\n\t    node_t *np;\n\t    if (havePinned) {\n\t\tcopy_vectorf(n, coords[k], tmp_coords);\n\t\tconjugate_gradient_mkernel(lap2, tmp_coords, b[k], n,\n\t\t\t\t\t   conj_tol, n);\n\t\tfor (i = 0; i < n; i++) {\n\t\t    np = graph[i].np;\n\t\t    if (!isFixed(np))\n\t\t\tcoords[k][i] = tmp_coords[i];\n\t\t}\n\t    } else {\n\t\tconjugate_gradient_mkernel(lap2, coords[k], b[k], n,\n\t\t\t\t\t   conj_tol, n);\n\t    }\n\t}\n\tif (Verbose && (iterations % 5 == 0)) {\n\t    fprintf(stderr, \"%.3f \", new_stress);\n\t    if ((iterations + 5) % 50 == 0)\n\t\tfprintf(stderr, \"\\n\");\n\t}\n    }\n    if (Verbose) {\n\tfprintf(stderr, \"\\nfinal e = %f %d iterations %.2f sec\\n\",\n\t\tcompute_stressf(coords, lap2, dim, n),\n\t\titerations, elapsed_sec());\n    }\n\n    for (i = 0; i < dim; i++) {\n\tfor (j = 0; j < n; j++) {\n\t    d_coords[i][j] = coords[i][j];\n\t}\n    }\n    free(coords[0]);\n    free(coords);\n\n    free(lap2);\n    free(b[0]);\n    free(b);\n    free(tmp_coords);\n    free(dist_accumulator);\n    free(degrees);\n    free(lap1);\n    return iterations;\n}\n"
  },
  {
    "path": "experimental/neatogen/stress.h",
    "content": "/* $Id: stress.h,v 1.2 2005/07/13 20:29:40 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n#ifndef STRESS_H\n#define STRESS_H\n\n#include \"defs.h\"\n\n#define tolerance_cg 1e-3\n\n#define DFLT_ITERATIONS 200\n\n#define DFLT_TOLERANCE 1e-4\n\n    /* some possible values for 'num_pivots_stress' */\n#define num_pivots_stress 40\n#define num_pivots_smart_ini   0\n#define num_pivots_no_ini   50\n\n    /* relevant when using sparse distance matrix\n     * when optimizing within subspace it can be set to 0\n     * otherwise, recommended value is above zero (usually around 3-6)\n     * some possible values for 'neighborhood_radius'\n     */\n#define neighborhood_radius_unrestricted  4\n#define neighborhood_radius_subspace 0\n\n\n    /* Full dense stress optimization (equivalent to Kamada-Kawai's energy) */\n    /* Slowest and most accurate optimization */\n    extern int stress_majorization_kD_mkernel(vtx_data * graph,\t/* Input graph in sparse representation */\n\t\t\t\t\t      int n,\t/* Number of nodes */\n\t\t\t\t\t      int nedges_graph,\t/* Number of edges */\n\t\t\t\t\t      double **coords,\t/* coordinates of nodes (output layout)  */\n\t\t\t\t\t      int dim,\t/* dimemsionality of layout */\n\t\t\t\t\t      int smart_ini,\t/* smart initialization */\n\t\t\t\t\t      int model,\t/* model */\n\t\t\t\t\t      int maxi\t/* max iterations */\n\t);\n\nextern float *compute_apsp_packed(vtx_data * graph, int n);\nextern float *compute_apsp_artifical_weights_packed(vtx_data * graph, int n);\nextern float* circuitModel(vtx_data * graph, int nG);\nextern int initLayout(vtx_data * graph, int n, int dim, double **coords);\n\n#endif\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/neatogen/stuff.c",
    "content": "/* $Id: stuff.c,v 1.2 2005/02/10 23:10:33 erg Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n\n#ifdef HAVE_CONFIG_H\n#include \"config.h\"\n#endif\n\n#include\t\"neato.h\"\n#include\t\"stress.h\"\n#include\t<time.h>\n#ifndef MSWIN32\n#include\t<unistd.h>\n#endif\n\nstatic double Epsilon2;\n#ifndef HAVE_DRAND48\ndouble drand48(void)\n{\n    double d;\n    d = rand();\n    d = d / RAND_MAX;\n    return d;\n}\n#endif\n\ndouble fpow32(double x)\n{\n    x = sqrt(x);\n    return x * x * x;\n}\n\ndouble distvec(double *p0, double *p1, double *vec)\n{\n    int k;\n    double dist = 0.0;\n\n    for (k = 0; k < Ndim; k++) {\n\tvec[k] = p0[k] - p1[k];\n\tdist += (vec[k] * vec[k]);\n    }\n    dist = sqrt(dist);\n    return dist;\n}\n\ndouble **new_array(int m, int n, double ival)\n{\n    double **rv;\n    double *mem;\n    int i, j;\n\n    rv = N_NEW(m, double *);\n    mem = N_NEW(m * n, double);\n    for (i = 0; i < m; i++) {\n\trv[i] = mem;\n\tmem = mem + n;\n\tfor (j = 0; j < n; j++)\n\t    rv[i][j] = ival;\n    }\n    return rv;\n}\n\nvoid free_array(double **rv)\n{\n    if (rv) {\n\tfree(rv[0]);\n\tfree(rv);\n    }\n}\n\n\nstatic double ***new_3array(int m, int n, int p, double ival)\n{\n    double ***rv;\n    int i, j, k;\n\n    rv = N_NEW(m + 1, double **);\n    for (i = 0; i < m; i++) {\n\trv[i] = N_NEW(n + 1, double *);\n\tfor (j = 0; j < n; j++) {\n\t    rv[i][j] = N_NEW(p, double);\n\t    for (k = 0; k < p; k++)\n\t\trv[i][j][k] = ival;\n\t}\n\trv[i][j] = NULL;\t/* NULL terminate so we can clean up */\n    }\n    rv[i] = NULL;\n    return rv;\n}\n\nstatic void free_3array(double ***rv)\n{\n    int i, j;\n\n    if (rv) {\n\tfor (i = 0; rv[i]; i++) {\n\t    for (j = 0; rv[i][j]; j++)\n\t\tfree(rv[i][j]);\n\t    free(rv[i]);\n\t}\n\tfree(rv);\n    }\n}\n\ndouble doubleattr(void *obj, int index, double defval)\n{\n    double val;\n    if (index < 0)\n\treturn defval;\n    if (sscanf(agxget(obj, index), \"%lf\", &val) < 1)\n\treturn defval;\n    return val;\n}\n\n/* degreeKind;\n * Returns degree of n ignoring loops and multiedges.\n * Returns 0, 1 or many (2)\n * For case of 1, returns other endpoint of edge.\n */\nstatic int degreeKind(graph_t * g, node_t * n, node_t ** op)\n{\n    edge_t *ep;\n    int deg = 0;\n    node_t *other = NULL;\n\n    for (ep = agfstedge(g, n); ep; ep = agnxtedge(g, ep, n)) {\n\tif (ep->head == ep->tail)\n\t    continue;\t\t/* ignore loops */\n\tif (deg == 1) {\n\t    if (((ep->tail == n) && (ep->head == other)) ||\t/* ignore multiedge */\n\t\t((ep->tail == other) && (ep->head == n)))\n\t\tcontinue;\n\t    return 2;\n\t} else {\t\t/* deg == 0 */\n\t    if (ep->tail == n)\n\t\tother = ep->head;\n\t    else\n\t\tother = ep->tail;\n\t    *op = other;\n\t    deg++;\n\t}\n    }\n    return deg;\n}\n\n\n/* prune:\n * np is at end of a chain. If its degree is 0, remove it.\n * If its degree is 1, remove it and recurse.\n * If its degree > 1, stop.\n * The node next is the next node to be visited during iteration.\n * If it is equal to a node being deleted, set it to next one.\n * Delete from root graph, since G may be a connected component subgraph.\n * Return next.\n */\nstatic node_t *prune(graph_t * G, node_t * np, node_t * next)\n{\n    node_t *other;\n    int deg;\n\n    while (np) {\n\tdeg = degreeKind(G, np, &other);\n\tif (deg == 0) {\n\t    if (next == np)\n\t\tnext = agnxtnode(G, np);\n\t    agdelete(G->root, np);\n\t    np = 0;\n\t} else if (deg == 1) {\n\t    if (next == np)\n\t\tnext = agnxtnode(G, np);\n\t    agdelete(G->root, np);\n\t    np = other;\n\t} else\n\t    np = 0;\n\n    }\n    return next;\n}\n\nstatic double setEdgeLen(graph_t * G, node_t * np, int lenx)\n{\n    edge_t *ep;\n    double total_len = 0.0;\n    double len;\n    for (ep = agfstout(G, np); ep; ep = agnxtout(G, ep)) {\n\tlen = doubleattr(ep, lenx, 1.0);\n\tif (len <= 0) {\n\t    agerr(AGERR, \"bad edge len %f in %s ignored\\n\", len, G->name);\n\t    len = 1.0;\n\t}\n\tED_dist(ep) = len;\n\ttotal_len += len;\n    }\n    return total_len;\n}\n\n/* scan_graph_mode:\n * Prepare the graph and data structures depending on the layout mode.\n * If Reduce is true, eliminate singletons and trees. Since G may be a\n * subgraph, we remove the nodes from the root graph.\n * Return the number of nodes in the reduced graph.\n */\nint scan_graph_mode(graph_t * G, int mode)\n{\n    int i, lenx, nV, nE, deg;\n    char *str;\n    node_t *np, *xp, *other;\n    double total_len = 0.0;\n\n    if (Verbose)\n\tfprintf(stderr, \"Scanning graph %s, %d nodes\\n\", G->name,\n\t\tagnnodes(G));\n\n    /* Eliminate singletons and trees */\n    if (Reduce) {\n\tfor (np = agfstnode(G); np; np = xp) {\n\t    xp = agnxtnode(G, np);\n\t    deg = degreeKind(G, np, &other);\n\t    if (deg == 0) {\t/* singleton node */\n\t\tagdelete(G->root, np);\n\t    } else if (deg == 1) {\n\t\tagdelete(G->root, np);\n\t\txp = prune(G, other, xp);\n\t    }\n\t}\n    }\n    nV = agnnodes(G);\n    nE = agnedges(G);\n\n    lenx = agindex(G->root->proto->e, \"len\");\n    if (mode == MODE_KK) {\n\tEpsilon = .0001 * nV;\n\tgetdouble(G, \"epsilon\", &Epsilon);\n\tif ((str = agget(G->root, \"Damping\")))\n\t    Damping = atof(str);\n\telse\n\t    Damping = .99;\n\tGD_neato_nlist(G) = N_NEW(nV + 1, node_t *);\n\tfor (i = 0, np = agfstnode(G); np; np = agnxtnode(G, np)) {\n\t    GD_neato_nlist(G)[i] = np;\n\t    ND_id(np) = i++;\n\t    ND_heapindex(np) = -1;\n\t    total_len += setEdgeLen(G, np, lenx);\n\t}\n    } else {\n\tEpsilon = DFLT_TOLERANCE;\n\tgetdouble(G, \"epsilon\", &Epsilon);\n\tfor (i = 0, np = agfstnode(G); np; np = agnxtnode(G, np)) {\n\t    ND_id(np) = i++;\n\t    total_len += setEdgeLen(G, np, lenx);\n\t}\n    }\n\n    str = agget(G, \"defaultdist\");\n    if (str && str[0])\n\tInitial_dist = MAX(Epsilon, atof(str));\n    else\n\tInitial_dist = total_len / (nE > 0 ? nE : 1) * sqrt(nV) + 1;\n\n    if (!Nop && (mode == MODE_KK)) {\n\tGD_dist(G) = new_array(nV, nV, Initial_dist);\n\tGD_spring(G) = new_array(nV, nV, 1.0);\n\tGD_sum_t(G) = new_array(nV, Ndim, 1.0);\n\tGD_t(G) = new_3array(nV, nV, Ndim, 0.0);\n    }\n\n    return nV;\n}\n\nint scan_graph(graph_t * g)\n{\n    return scan_graph_mode(g, MODE_KK);\n}\n\nvoid free_scan_graph(graph_t * g)\n{\n    /* int  nG; */\n    free(GD_neato_nlist(g));\n    if (!Nop) {\n\tfree_array(GD_dist(g));\n\tfree_array(GD_spring(g));\n\tfree_array(GD_sum_t(g));\n\t/* nG = agnnodes(g); */\n\tfree_3array(GD_t(g));\n\tGD_t(g) = NULL;\n    }\n}\n\nvoid jitter_d(node_t * np, int nG, int n)\n{\n    int k;\n    for (k = n; k < Ndim; k++)\n\tND_pos(np)[k] = nG * drand48();\n}\n\nvoid jitter3d(node_t * np, int nG)\n{\n    jitter_d(np, nG, 2);\n}\n\nvoid randompos(node_t * np, int nG)\n{\n    ND_pos(np)[0] = nG * drand48();\n    ND_pos(np)[1] = nG * drand48();\n    if (Ndim > 2)\n\tjitter3d(np, nG);\n}\n\nvoid initial_positions(graph_t * G, int nG)\n{\n    int init, i;\n    node_t *np;\n    static int once = 0;\n\n    if (Verbose)\n\tfprintf(stderr, \"Setting initial positions\\n\");\n\n    init = checkStart(G, nG, INIT_RANDOM);\n    if (init == INIT_REGULAR)\n\treturn;\n    if ((init == INIT_SELF) && (once == 0)) {\n\tagerr(AGWARN, \"start=%s not supported with mode=self - ignored\\n\");\n\tonce = 1;\n    }\n\n    for (i = 0; (np = GD_neato_nlist(G)[i]); i++) {\n\tif (hasPos(np))\n\t    continue;\n\trandompos(np, 1);\n    }\n}\n\nvoid diffeq_model(graph_t * G, int nG)\n{\n    int i, j, k;\n    double dist, **D, **K, del[MAXDIM], f;\n    node_t *vi, *vj;\n    edge_t *e;\n\n    if (Verbose) {\n\tfprintf(stderr, \"Setting up spring model: \");\n\tstart_timer();\n    }\n    /* init springs */\n    K = GD_spring(G);\n    D = GD_dist(G);\n    for (i = 0; i < nG; i++) {\n\tfor (j = 0; j < i; j++) {\n\t    f = Spring_coeff / (D[i][j] * D[i][j]);\n\t    if ((e =\n\t\t agfindedge(G, GD_neato_nlist(G)[i],\n\t\t\t    GD_neato_nlist(G)[j])))\n\t\tf = f * ED_factor(e);\n\t    K[i][j] = K[j][i] = f;\n\t}\n    }\n\n    /* init differential equation solver */\n    for (i = 0; i < nG; i++)\n\tfor (k = 0; k < Ndim; k++)\n\t    GD_sum_t(G)[i][k] = 0.0;\n\n    for (i = 0; (vi = GD_neato_nlist(G)[i]); i++) {\n\tfor (j = 0; j < nG; j++) {\n\t    if (i == j)\n\t\tcontinue;\n\t    vj = GD_neato_nlist(G)[j];\n\t    dist = distvec(ND_pos(vi), ND_pos(vj), del);\n\t    for (k = 0; k < Ndim; k++) {\n\t\tGD_t(G)[i][j][k] =\n\t\t    GD_spring(G)[i][j] * (del[k] -\n\t\t\t\t\t  GD_dist(G)[i][j] * del[k] /\n\t\t\t\t\t  dist);\n\t\tGD_sum_t(G)[i][k] += GD_t(G)[i][j][k];\n\t    }\n\t}\n    }\n    if (Verbose) {\n\tfprintf(stderr, \"%.2f sec\\n\", elapsed_sec());\n    }\n}\n\n/* total_e:\n * Return 2*energy of system.\n */\nstatic double total_e(graph_t * G, int nG)\n{\n    int i, j, d;\n    double e = 0.0;\t\t/* 2*energy */\n    double t0;\t\t\t/* distance squared */\n    double t1;\n    node_t *ip, *jp;\n\n    for (i = 0; i < nG - 1; i++) {\n\tip = GD_neato_nlist(G)[i];\n\tfor (j = i + 1; j < nG; j++) {\n\t    jp = GD_neato_nlist(G)[j];\n\t    for (t0 = 0.0, d = 0; d < Ndim; d++) {\n\t\tt1 = (ND_pos(ip)[d] - ND_pos(jp)[d]);\n\t\tt0 += t1 * t1;\n\t    }\n\t    e = e + GD_spring(G)[i][j] *\n\t\t(t0 + GD_dist(G)[i][j] * GD_dist(G)[i][j]\n\t\t - 2.0 * GD_dist(G)[i][j] * sqrt(t0));\n\t}\n    }\n    return e;\n}\n\nvoid solve_model(graph_t * G, int nG)\n{\n    node_t *np;\n\n    Epsilon2 = Epsilon * Epsilon;\n\n    while ((np = choose_node(G, nG))) {\n\tmove_node(G, nG, np);\n    }\n    if (Verbose) {\n\tfprintf(stderr, \"\\nfinal e = %f\", total_e(G, nG));\n\tfprintf(stderr, \" %d%s iterations %.2f sec\\n\",\n\t\tGD_move(G), (GD_move(G) == MaxIter ? \"!\" : \"\"),\n\t\telapsed_sec());\n    }\n    if (GD_move(G) == MaxIter)\n\tagerr(AGWARN, \"Max. iterations (%d) reached on graph %s\\n\",\n\t      MaxIter, G->name);\n}\n\nvoid update_arrays(graph_t * G, int nG, int i)\n{\n    int j, k;\n    double del[MAXDIM], dist, old;\n    node_t *vi, *vj;\n\n    vi = GD_neato_nlist(G)[i];\n    for (k = 0; k < Ndim; k++)\n\tGD_sum_t(G)[i][k] = 0.0;\n    for (j = 0; j < nG; j++) {\n\tif (i == j)\n\t    continue;\n\tvj = GD_neato_nlist(G)[j];\n\tdist = distvec(ND_pos(vi), ND_pos(vj), del);\n\tfor (k = 0; k < Ndim; k++) {\n\t    old = GD_t(G)[i][j][k];\n\t    GD_t(G)[i][j][k] =\n\t\tGD_spring(G)[i][j] * (del[k] -\n\t\t\t\t      GD_dist(G)[i][j] * del[k] / dist);\n\t    GD_sum_t(G)[i][k] += GD_t(G)[i][j][k];\n\t    old = GD_t(G)[j][i][k];\n\t    GD_t(G)[j][i][k] = -GD_t(G)[i][j][k];\n\t    GD_sum_t(G)[j][k] += (GD_t(G)[j][i][k] - old);\n\t}\n    }\n}\n\n#define Msub(i,j)  M[(i)*Ndim+(j)]\nvoid D2E(graph_t * G, int nG, int n, double *M)\n{\n    int i, l, k;\n    node_t *vi, *vn;\n    double scale, sq, t[MAXDIM];\n    double **K = GD_spring(G);\n    double **D = GD_dist(G);\n\n    vn = GD_neato_nlist(G)[n];\n    for (l = 0; l < Ndim; l++)\n\tfor (k = 0; k < Ndim; k++)\n\t    Msub(l, k) = 0.0;\n    for (i = 0; i < nG; i++) {\n\tif (n == i)\n\t    continue;\n\tvi = GD_neato_nlist(G)[i];\n\tsq = 0.0;\n\tfor (k = 0; k < Ndim; k++) {\n\t    t[k] = ND_pos(vn)[k] - ND_pos(vi)[k];\n\t    sq += (t[k] * t[k]);\n\t}\n\tscale = 1 / fpow32(sq);\n\tfor (k = 0; k < Ndim; k++) {\n\t    for (l = 0; l < k; l++)\n\t\tMsub(l, k) += K[n][i] * D[n][i] * t[k] * t[l] * scale;\n\t    Msub(k, k) +=\n\t\tK[n][i] * (1.0 - D[n][i] * (sq - (t[k] * t[k])) * scale);\n\t}\n    }\n    for (k = 1; k < Ndim; k++)\n\tfor (l = 0; l < k; l++)\n\t    Msub(k, l) = Msub(l, k);\n}\n\nvoid final_energy(graph_t * G, int nG)\n{\n    fprintf(stderr, \"iterations = %d final e = %f\\n\", GD_move(G),\n\t    total_e(G, nG));\n}\n\nnode_t *choose_node(graph_t * G, int nG)\n{\n    int i, k;\n    double m, max;\n    node_t *choice, *np;\n    static int cnt = 0;\n    double e;\n    static double save_e = MAXDOUBLE;\n\n    cnt++;\n    if (GD_move(G) >= MaxIter)\n\treturn NULL;\n#if 0\n    if ((cnt % 100) == 0) {\n\te = total_e(G, nG);\n\tif (e - save_e > 0)\n\t    return NULL;\n\tsave_e = e;\n    }\n#endif\n    max = 0.0;\n    choice = NULL;\n    for (i = 0; i < nG; i++) {\n\tnp = GD_neato_nlist(G)[i];\n\tif (ND_pinned(np) > P_SET)\n\t    continue;\n\tfor (m = 0.0, k = 0; k < Ndim; k++)\n\t    m += (GD_sum_t(G)[i][k] * GD_sum_t(G)[i][k]);\n\t/* could set the color=energy of the node here */\n\tif (m > max) {\n\t    choice = np;\n\t    max = m;\n\t}\n    }\n    if (max < Epsilon2)\n\tchoice = NULL;\n    else {\n\tif (Verbose && (cnt % 100 == 0)) {\n\t    fprintf(stderr, \"%.3f \", sqrt(max));\n\t    if (cnt % 1000 == 0)\n\t\tfprintf(stderr, \"\\n\");\n\t}\n\te = total_e(G, nG);\n\tif (fabs((e - save_e) / save_e) < 1e-5) {\n\t    choice = NULL;\n\t    fprintf(stderr, \" energy tolerance\\n\");\n\t}\n    }\n    return choice;\n}\n\nvoid move_node(graph_t * G, int nG, node_t * n)\n{\n    int i, m;\n    static double *a, b[MAXDIM], c[MAXDIM];\n\n    m = ND_id(n);\n    a = ALLOC(Ndim * Ndim, a, double);\n    D2E(G, nG, m, a);\n    for (i = 0; i < Ndim; i++)\n\tc[i] = -GD_sum_t(G)[m][i];\n    solve(a, b, c, Ndim);\n    for (i = 0; i < Ndim; i++) {\n\tb[i] = (Damping + 2 * (1 - Damping) * drand48()) * b[i];\n\tND_pos(n)[i] += b[i];\n    }\n    GD_move(G)++;\n    update_arrays(G, nG, m);\n    if (test_toggle()) {\n\tdouble sum = 0;\n\tfor (i = 0; i < Ndim; i++) {\n\t    sum += fabs(b[i]);\n\t}\t\t\t/* Why not squared? */\n\tsum = sqrt(sum);\n\tfprintf(stderr, \"%s %.3f\\n\", n->name, sum);\n    }\n}\n\nstatic node_t **Heap;\nstatic int Heapsize;\nstatic node_t *Src;\n\nvoid heapup(node_t * v)\n{\n    int i, par;\n    node_t *u;\n\n    for (i = ND_heapindex(v); i > 0; i = par) {\n\tpar = (i - 1) / 2;\n\tu = Heap[par];\n\tif (ND_dist(u) <= ND_dist(v))\n\t    break;\n\tHeap[par] = v;\n\tND_heapindex(v) = par;\n\tHeap[i] = u;\n\tND_heapindex(u) = i;\n    }\n}\n\nvoid heapdown(node_t * v)\n{\n    int i, left, right, c;\n    node_t *u;\n\n    i = ND_heapindex(v);\n    while ((left = 2 * i + 1) < Heapsize) {\n\tright = left + 1;\n\tif ((right < Heapsize)\n\t    && (Heap[right]->u.dist < Heap[left]->u.dist))\n\t    c = right;\n\telse\n\t    c = left;\n\tu = Heap[c];\n\tif (ND_dist(v) <= ND_dist(u))\n\t    break;\n\tHeap[c] = v;\n\tND_heapindex(v) = c;\n\tHeap[i] = u;\n\tND_heapindex(u) = i;\n\ti = c;\n    }\n}\n\nvoid neato_enqueue(node_t * v)\n{\n    int i;\n\n    assert(ND_heapindex(v) < 0);\n    i = Heapsize++;\n    ND_heapindex(v) = i;\n    Heap[i] = v;\n    if (i > 0)\n\theapup(v);\n}\n\nnode_t *neato_dequeue(void)\n{\n    int i;\n    node_t *rv, *v;\n\n    if (Heapsize == 0)\n\treturn NULL;\n    rv = Heap[0];\n    i = --Heapsize;\n    v = Heap[i];\n    Heap[0] = v;\n    ND_heapindex(v) = 0;\n    if (i > 1)\n\theapdown(v);\n    ND_heapindex(rv) = -1;\n    return rv;\n}\n\nvoid shortest_path(graph_t * G, int nG)\n{\n    node_t *v;\n\n    Heap = N_NEW(nG + 1, node_t *);\n    if (Verbose) {\n\tfprintf(stderr, \"Calculating shortest paths: \");\n\tstart_timer();\n    }\n    for (v = agfstnode(G); v; v = agnxtnode(G, v))\n\ts1(G, v);\n    if (Verbose) {\n\tfprintf(stderr, \"%.2f sec\\n\", elapsed_sec());\n    }\n    free(Heap);\n}\n\nvoid s1(graph_t * G, node_t * node)\n{\n    node_t *v, *u;\n    edge_t *e;\n    int t;\n    double f;\n\n    for (t = 0; (v = GD_neato_nlist(G)[t]); t++)\n\tND_dist(v) = Initial_dist;\n    Src = node;\n    ND_dist(Src) = 0;\n    ND_hops(Src) = 0;\n    neato_enqueue(Src);\n\n    while ((v = neato_dequeue())) {\n\tif (v != Src)\n\t    make_spring(G, Src, v, ND_dist(v));\n\tfor (e = agfstedge(G, v); e; e = agnxtedge(G, e, v)) {\n\t    if ((u = e->head) == v)\n\t\tu = e->tail;\n\t    f = ND_dist(v) + ED_dist(e);\n\t    if (ND_dist(u) > f) {\n\t\tND_dist(u) = f;\n\t\tif (ND_heapindex(u) >= 0)\n\t\t    heapup(u);\n\t\telse {\n\t\t    ND_hops(u) = ND_hops(v) + 1;\n\t\t    neato_enqueue(u);\n\t\t}\n\t    }\n\t}\n    }\n}\n\nvoid make_spring(graph_t * G, node_t * u, node_t * v, double f)\n{\n    int i, j;\n\n    i = ND_id(u);\n    j = ND_id(v);\n    GD_dist(G)[i][j] = GD_dist(G)[j][i] = f;\n}\n\nint allow_edits(int nsec)\n{\n#ifdef INTERACTIVE\n    static int onetime = TRUE;\n    static FILE *fp;\n    static fd_set fd;\n    static struct timeval tv;\n\n    char buf[256], name[256];\n    double x, y;\n    node_t *np;\n\n    if (onetime) {\n\tfp = fopen(\"/dev/tty\", \"r\");\n\tif (fp == NULL)\n\t    exit(1);\n\tsetbuf(fp, NULL);\n\ttv.tv_usec = 0;\n\tonetime = FALSE;\n    }\n    tv.tv_sec = nsec;\n    FD_ZERO(&fd);\n    FD_SET(fileno(fp), &fd);\n    if (select(32, &fd, (fd_set *) 0, (fd_set *) 0, &tv) > 0) {\n\tfgets(buf, sizeof(buf), fp);\n\tswitch (buf[0]) {\n\tcase 'm':\t\t/* move node */\n\t    if (sscanf(buf + 1, \"%s %lf%lf\", name, &x, &y) == 3) {\n\t\tnp = getnode(G, name);\n\t\tif (np) {\n\t\t    NP_pos(np)[0] = x;\n\t\t    NP_pos(np)[1] = y;\n\t\t    diffeq_model();\n\t\t}\n\t    }\n\t    break;\n\tcase 'q':\n\t    return FALSE;\n\tdefault:\n\t    agerr(AGERR, \"unknown command '%s', ignored\\n\", buf);\n\t}\n\treturn TRUE;\n    }\n#endif\n    return FALSE;\n}\n"
  },
  {
    "path": "experimental/neatogen/voronoi.c",
    "content": "/* $Id: voronoi.c,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#include \"mem.h\"\n#include \"geometry.h\"\n#include \"edges.h\"\n#include \"hedges.h\"\n#include \"heap.h\"\n#include \"voronoi.h\"\n\n\nvoid voronoi(int triangulate, Site * (*nextsite) (void))\n{\n    Site *newsite, *bot, *top, *temp, *p;\n    Site *v;\n    Point newintstar;\n    char pm;\n    Halfedge *lbnd, *rbnd, *llbnd, *rrbnd, *bisector;\n    Edge *e;\n\n    edgeinit();\n    siteinit();\n    PQinitialize();\n    bottomsite = (*nextsite) ();\n#ifdef STANDALONE\n    out_site(bottomsite);\n#endif\n    ELinitialize();\n\n    newsite = (*nextsite) ();\n    while (1) {\n\tif (!PQempty())\n\t    newintstar = PQ_min();\n\n\tif (newsite != (struct Site *) NULL && (PQempty()\n\t\t\t\t\t\t|| newsite->coord.y <\n\t\t\t\t\t\tnewintstar.y\n\t\t\t\t\t\t|| (newsite->coord.y ==\n\t\t\t\t\t\t    newintstar.y\n\t\t\t\t\t\t    && newsite->coord.x <\n\t\t\t\t\t\t    newintstar.x))) {\n\t    /* new site is smallest */\n#ifdef STANDALONE\n\t    out_site(newsite);\n#endif\n\t    lbnd = ELleftbnd(&(newsite->coord));\n\t    rbnd = ELright(lbnd);\n\t    bot = rightreg(lbnd);\n\t    e = bisect(bot, newsite);\n\t    bisector = HEcreate(e, le);\n\t    ELinsert(lbnd, bisector);\n\t    if ((p = hintersect(lbnd, bisector)) != (struct Site *) NULL) {\n\t\tPQdelete(lbnd);\n\t\tPQinsert(lbnd, p, dist(p, newsite));\n\t    }\n\t    lbnd = bisector;\n\t    bisector = HEcreate(e, re);\n\t    ELinsert(lbnd, bisector);\n\t    if ((p = hintersect(bisector, rbnd)) != (struct Site *) NULL)\n\t\tPQinsert(bisector, p, dist(p, newsite));\n\t    newsite = (*nextsite) ();\n\t} else if (!PQempty()) {\n\t    /* intersection is smallest */\n\t    lbnd = PQextractmin();\n\t    llbnd = ELleft(lbnd);\n\t    rbnd = ELright(lbnd);\n\t    rrbnd = ELright(rbnd);\n\t    bot = leftreg(lbnd);\n\t    top = rightreg(rbnd);\n#ifdef STANDALONE\n\t    out_triple(bot, top, rightreg(lbnd));\n#endif\n\t    v = lbnd->vertex;\n\t    makevertex(v);\n\t    endpoint(lbnd->ELedge, lbnd->ELpm, v);\n\t    endpoint(rbnd->ELedge, rbnd->ELpm, v);\n\t    ELdelete(lbnd);\n\t    PQdelete(rbnd);\n\t    ELdelete(rbnd);\n\t    pm = le;\n\t    if (bot->coord.y > top->coord.y) {\n\t\ttemp = bot;\n\t\tbot = top;\n\t\ttop = temp;\n\t\tpm = re;\n\t    }\n\t    e = bisect(bot, top);\n\t    bisector = HEcreate(e, pm);\n\t    ELinsert(llbnd, bisector);\n\t    endpoint(e, re - pm, v);\n\t    deref(v);\n\t    if ((p = hintersect(llbnd, bisector)) != (struct Site *) NULL) {\n\t\tPQdelete(llbnd);\n\t\tPQinsert(llbnd, p, dist(p, bot));\n\t    }\n\t    if ((p = hintersect(bisector, rrbnd)) != (struct Site *) NULL) {\n\t\tPQinsert(bisector, p, dist(p, bot));\n\t    }\n\t} else\n\t    break;\n    }\n\n    for (lbnd = ELright(ELleftend); lbnd != ELrightend;\n\t lbnd = ELright(lbnd)) {\n\te = lbnd->ELedge;\n\tclip_line(e);\n#ifdef STANDALONE\n\tout_ep(e);\n#endif\n    }\n}\n"
  },
  {
    "path": "experimental/neatogen/voronoi.h",
    "content": "/* $Id: voronoi.h,v 1.2 2005/02/24 00:57:33 ellson Exp $ $Revision: 1.2 $ */\n/* vim:set shiftwidth=4 ts=8: */\n\n/**********************************************************\n*      This software is part of the graphviz package      *\n*                http://www.graphviz.org/                 *\n*                                                         *\n*            Copyright (c) 1994-2004 AT&T Corp.           *\n*                and is licensed under the                *\n*            Common Public License, Version 1.0           *\n*                      by AT&T Corp.                      *\n*                                                         *\n*        Information and Software Systems Research        *\n*              AT&T Research, Florham Park NJ             *\n**********************************************************/\n\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\n\n\n#ifndef VORONOI_H\n#define VORONOI_H\n\n#include \"site.h\"\n\n    extern void voronoi(int, Site * (*)(void));\n\n#endif\n\n\n#ifdef __cplusplus\n}\n#endif\n"
  },
  {
    "path": "experimental/solve_VPSC/AUTHORS",
    "content": ""
  },
  {
    "path": "experimental/solve_VPSC/ChangeLog",
    "content": ""
  },
  {
    "path": "experimental/solve_VPSC/Makefile.am",
    "content": "AUTOMAKE_OPTIONS = gnu\nSUBDIRS = libvpsc tests\n\n"
  },
  {
    "path": "experimental/solve_VPSC/Makefile.in",
    "content": "# Makefile.in generated automatically by automake 1.4-p6 from Makefile.am\n\n# Copyright (C) 1994, 1995-8, 1999, 2001 Free Software Foundation, Inc.\n# This Makefile.in is free software; the Free Software Foundation\n# gives unlimited permission to copy and/or distribute it,\n# with or without modifications, as long as this notice is preserved.\n\n# This program is distributed in the hope that it will be useful,\n# but WITHOUT ANY WARRANTY, to the extent permitted by law; without\n# even the implied warranty of MERCHANTABILITY or FITNESS FOR A\n# PARTICULAR PURPOSE.\n\n\nSHELL = @SHELL@\n\nsrcdir = @srcdir@\ntop_srcdir = @top_srcdir@\nVPATH = @srcdir@\nprefix = @prefix@\nexec_prefix = @exec_prefix@\n\nbindir = @bindir@\nsbindir = @sbindir@\nlibexecdir = @libexecdir@\ndatadir = @datadir@\nsysconfdir = @sysconfdir@\nsharedstatedir = @sharedstatedir@\nlocalstatedir = @localstatedir@\nlibdir = @libdir@\ninfodir = @infodir@\nmandir = @mandir@\nincludedir = @includedir@\noldincludedir = /usr/include\n\nDESTDIR =\n\npkgdatadir = $(datadir)/@PACKAGE@\npkglibdir = $(libdir)/@PACKAGE@\npkgincludedir = $(includedir)/@PACKAGE@\n\ntop_builddir = .\n\nACLOCAL = @ACLOCAL@\nAUTOCONF = @AUTOCONF@\nAUTOMAKE = @AUTOMAKE@\nAUTOHEADER = @AUTOHEADER@\n\nINSTALL = @INSTALL@\nINSTALL_PROGRAM = @INSTALL_PROGRAM@ $(AM_INSTALL_PROGRAM_FLAGS)\nINSTALL_DATA = @INSTALL_DATA@\nINSTALL_SCRIPT = @INSTALL_SCRIPT@\ntransform = @program_transform_name@\n\nNORMAL_INSTALL = :\nPRE_INSTALL = :\nPOST_INSTALL = :\nNORMAL_UNINSTALL = :\nPRE_UNINSTALL = :\nPOST_UNINSTALL = :\nhost_alias = @host_alias@\nhost_triplet = @host@\nAR = @AR@\nAS = @AS@\nCC = @CC@\nCXX = @CXX@\nCXXCPP = @CXXCPP@\nDLLTOOL = @DLLTOOL@\nECHO = @ECHO@\nEGREP = @EGREP@\nEXEEXT = @EXEEXT@\nF77 = @F77@\nGCJ = @GCJ@\nGCJFLAGS = @GCJFLAGS@\nHAVE_LIB = @HAVE_LIB@\nLIB = @LIB@\nLIBTOOL = @LIBTOOL@\nLN_S = @LN_S@\nLTLIB = @LTLIB@\nMAKEINFO = @MAKEINFO@\nOBJDUMP = @OBJDUMP@\nOBJEXT = @OBJEXT@\nPACKAGE = @PACKAGE@\nRANLIB = @RANLIB@\nRC = @RC@\nSTRIP = @STRIP@\nVERSION = @VERSION@\n\nAUTOMAKE_OPTIONS = gnu\nSUBDIRS = libvpsc tests\nACLOCAL_M4 = $(top_srcdir)/aclocal.m4\nmkinstalldirs = $(SHELL) $(top_srcdir)/mkinstalldirs\nCONFIG_CLEAN_FILES = \nDIST_COMMON =  README AUTHORS COPYING ChangeLog INSTALL Makefile.am \\\nMakefile.in NEWS aclocal.m4 config.guess config.sub configure \\\nconfigure.in install-sh ltmain.sh missing mkinstalldirs\n\n\nDISTFILES = $(DIST_COMMON) $(SOURCES) $(HEADERS) $(TEXINFOS) $(EXTRA_DIST)\n\nTAR = tar\nGZIP_ENV = --best\nall: all-redirect\n.SUFFIXES:\n$(srcdir)/Makefile.in: Makefile.am $(top_srcdir)/configure.in $(ACLOCAL_M4) \n\tcd $(top_srcdir) && $(AUTOMAKE) --gnu Makefile\n\nMakefile: $(srcdir)/Makefile.in  $(top_builddir)/config.status $(BUILT_SOURCES)\n\tcd $(top_builddir) \\\n\t  && CONFIG_FILES=$@ CONFIG_HEADERS= $(SHELL) ./config.status\n\n$(ACLOCAL_M4):  configure.in \n\tcd $(srcdir) && $(ACLOCAL)\n\nconfig.status: $(srcdir)/configure $(CONFIG_STATUS_DEPENDENCIES)\n\t$(SHELL) ./config.status --recheck\n$(srcdir)/configure: $(srcdir)/configure.in $(ACLOCAL_M4) $(CONFIGURE_DEPENDENCIES)\n\tcd $(srcdir) && $(AUTOCONF)\n\n# This directory's subdirectories are mostly independent; 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    "path": "experimental/solve_VPSC/NEWS",
    "content": ""
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    "path": "experimental/solve_VPSC/README",
    "content": "Building:\n\tlibtoolize\n\tautomake -a\n\t./configure\n\tmake check\n\n"
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then\n    acl_final_prefix=\"$ac_default_prefix\"\n  else\n    acl_final_prefix=\"$prefix\"\n  fi\n  if test \"X$exec_prefix\" = \"XNONE\"; then\n    acl_final_exec_prefix='${prefix}'\n  else\n    acl_final_exec_prefix=\"$exec_prefix\"\n  fi\n  acl_save_prefix=\"$prefix\"\n  prefix=\"$acl_final_prefix\"\n  eval acl_final_exec_prefix=\\\"$acl_final_exec_prefix\\\"\n  prefix=\"$acl_save_prefix\"\n])\n\ndnl AC_LIB_WITH_FINAL_PREFIX([statement]) evaluates statement, with the\ndnl variables prefix and exec_prefix bound to the values they will have\ndnl at the end of the configure script.\nAC_DEFUN([AC_LIB_WITH_FINAL_PREFIX],\n[\n  acl_save_prefix=\"$prefix\"\n  prefix=\"$acl_final_prefix\"\n  acl_save_exec_prefix=\"$exec_prefix\"\n  exec_prefix=\"$acl_final_exec_prefix\"\n  $1\n  exec_prefix=\"$acl_save_exec_prefix\"\n  prefix=\"$acl_save_prefix\"\n])\n\n# lib-link.m4 serial 6 (gettext-0.14.3)\ndnl Copyright (C) 2001-2005 Free Software Foundation, Inc.\ndnl This file is free software; the Free Software Foundation\ndnl gives unlimited permission to copy and/or distribute it,\ndnl with or without modifications, as long as this notice is preserved.\n\ndnl From Bruno Haible.\n\nAC_PREREQ(2.50)\n\ndnl AC_LIB_LINKFLAGS(name [, dependencies]) searches for libname and\ndnl the libraries corresponding to explicit and implicit dependencies.\ndnl Sets and AC_SUBSTs the LIB${NAME} and LTLIB${NAME} variables and\ndnl augments the CPPFLAGS variable.\nAC_DEFUN([AC_LIB_LINKFLAGS],\n[\n  AC_REQUIRE([AC_LIB_PREPARE_PREFIX])\n  AC_REQUIRE([AC_LIB_RPATH])\n  define([Name],[translit([$1],[./-], [___])])\n  define([NAME],[translit([$1],[abcdefghijklmnopqrstuvwxyz./-],\n                               [ABCDEFGHIJKLMNOPQRSTUVWXYZ___])])\n  AC_CACHE_CHECK([how to link with lib[]$1], [ac_cv_lib[]Name[]_libs], [\n    AC_LIB_LINKFLAGS_BODY([$1], [$2])\n    ac_cv_lib[]Name[]_libs=\"$LIB[]NAME\"\n    ac_cv_lib[]Name[]_ltlibs=\"$LTLIB[]NAME\"\n    ac_cv_lib[]Name[]_cppflags=\"$INC[]NAME\"\n  ])\n  LIB[]NAME=\"$ac_cv_lib[]Name[]_libs\"\n  LTLIB[]NAME=\"$ac_cv_lib[]Name[]_ltlibs\"\n  INC[]NAME=\"$ac_cv_lib[]Name[]_cppflags\"\n  AC_LIB_APPENDTOVAR([CPPFLAGS], [$INC]NAME)\n  AC_SUBST([LIB]NAME)\n  AC_SUBST([LTLIB]NAME)\n  dnl Also set HAVE_LIB[]NAME so that AC_LIB_HAVE_LINKFLAGS can reuse the\n  dnl results of this search when this library appears as a dependency.\n  HAVE_LIB[]NAME=yes\n  undefine([Name])\n  undefine([NAME])\n])\n\ndnl AC_LIB_HAVE_LINKFLAGS(name, dependencies, includes, testcode)\ndnl searches for libname and the libraries corresponding to explicit and\ndnl implicit dependencies, together with the specified include files and\ndnl the ability to compile and link the specified testcode. If found, it\ndnl sets and AC_SUBSTs HAVE_LIB${NAME}=yes and the LIB${NAME} and\ndnl LTLIB${NAME} variables and augments the CPPFLAGS variable, and\ndnl #defines HAVE_LIB${NAME} to 1. Otherwise, it sets and AC_SUBSTs\ndnl HAVE_LIB${NAME}=no and LIB${NAME} and LTLIB${NAME} to empty.\nAC_DEFUN([AC_LIB_HAVE_LINKFLAGS],\n[\n  AC_REQUIRE([AC_LIB_PREPARE_PREFIX])\n  AC_REQUIRE([AC_LIB_RPATH])\n  define([Name],[translit([$1],[./-], [___])])\n  define([NAME],[translit([$1],[abcdefghijklmnopqrstuvwxyz./-],\n                               [ABCDEFGHIJKLMNOPQRSTUVWXYZ___])])\n\n  dnl Search for lib[]Name and define LIB[]NAME, LTLIB[]NAME and INC[]NAME\n  dnl accordingly.\n  AC_LIB_LINKFLAGS_BODY([$1], [$2])\n\n  dnl Add $INC[]NAME to CPPFLAGS before performing the following checks,\n  dnl because if the user has installed lib[]Name and not disabled its use\n  dnl via --without-lib[]Name-prefix, he wants to use it.\n  ac_save_CPPFLAGS=\"$CPPFLAGS\"\n  AC_LIB_APPENDTOVAR([CPPFLAGS], [$INC]NAME)\n\n  AC_CACHE_CHECK([for lib[]$1], [ac_cv_lib[]Name], [\n    ac_save_LIBS=\"$LIBS\"\n    LIBS=\"$LIBS $LIB[]NAME\"\n    AC_TRY_LINK([$3], [$4], [ac_cv_lib[]Name=yes], [ac_cv_lib[]Name=no])\n    LIBS=\"$ac_save_LIBS\"\n  ])\n  if test \"$ac_cv_lib[]Name\" = yes; then\n    HAVE_LIB[]NAME=yes\n    AC_DEFINE([HAVE_LIB]NAME, 1, [Define if you have the $1 library.])\n    AC_MSG_CHECKING([how to link with lib[]$1])\n    AC_MSG_RESULT([$LIB[]NAME])\n  else\n    HAVE_LIB[]NAME=no\n    dnl If $LIB[]NAME didn't lead to a usable library, we don't need\n    dnl $INC[]NAME either.\n    CPPFLAGS=\"$ac_save_CPPFLAGS\"\n    LIB[]NAME=\n    LTLIB[]NAME=\n  fi\n  AC_SUBST([HAVE_LIB]NAME)\n  AC_SUBST([LIB]NAME)\n  AC_SUBST([LTLIB]NAME)\n  undefine([Name])\n  undefine([NAME])\n])\n\ndnl Determine the platform dependent parameters needed to use rpath:\ndnl libext, shlibext, hardcode_libdir_flag_spec, hardcode_libdir_separator,\ndnl hardcode_direct, hardcode_minus_L.\nAC_DEFUN([AC_LIB_RPATH],\n[\n  dnl Tell automake >= 1.10 to complain if config.rpath is missing.\n  m4_ifdef([AC_REQUIRE_AUX_FILE], [AC_REQUIRE_AUX_FILE([config.rpath])])\n  AC_REQUIRE([AC_PROG_CC])                dnl we use $CC, $GCC, $LDFLAGS\n  AC_REQUIRE([AC_LIB_PROG_LD])            dnl we use $LD, $with_gnu_ld\n  AC_REQUIRE([AC_CANONICAL_HOST])         dnl we use $host\n  AC_REQUIRE([AC_CONFIG_AUX_DIR_DEFAULT]) dnl we use $ac_aux_dir\n  AC_CACHE_CHECK([for shared library run path origin], acl_cv_rpath, [\n    CC=\"$CC\" GCC=\"$GCC\" LDFLAGS=\"$LDFLAGS\" LD=\"$LD\" with_gnu_ld=\"$with_gnu_ld\" \\\n    ${CONFIG_SHELL-/bin/sh} \"$ac_aux_dir/config.rpath\" \"$host\" > conftest.sh\n    . ./conftest.sh\n    rm -f ./conftest.sh\n    acl_cv_rpath=done\n  ])\n  wl=\"$acl_cv_wl\"\n  libext=\"$acl_cv_libext\"\n  shlibext=\"$acl_cv_shlibext\"\n  hardcode_libdir_flag_spec=\"$acl_cv_hardcode_libdir_flag_spec\"\n  hardcode_libdir_separator=\"$acl_cv_hardcode_libdir_separator\"\n  hardcode_direct=\"$acl_cv_hardcode_direct\"\n  hardcode_minus_L=\"$acl_cv_hardcode_minus_L\"\n  dnl Determine whether the user wants rpath handling at all.\n  AC_ARG_ENABLE(rpath,\n    [  --disable-rpath         do not hardcode runtime library paths],\n    :, enable_rpath=yes)\n])\n\ndnl AC_LIB_LINKFLAGS_BODY(name [, dependencies]) searches for libname and\ndnl the libraries corresponding to explicit and implicit dependencies.\ndnl Sets the LIB${NAME}, LTLIB${NAME} and INC${NAME} variables.\nAC_DEFUN([AC_LIB_LINKFLAGS_BODY],\n[\n  define([NAME],[translit([$1],[abcdefghijklmnopqrstuvwxyz./-],\n                               [ABCDEFGHIJKLMNOPQRSTUVWXYZ___])])\n  dnl By default, look in $includedir and $libdir.\n  use_additional=yes\n  AC_LIB_WITH_FINAL_PREFIX([\n    eval additional_includedir=\\\"$includedir\\\"\n    eval additional_libdir=\\\"$libdir\\\"\n  ])\n  AC_LIB_ARG_WITH([lib$1-prefix],\n[  --with-lib$1-prefix[=DIR]  search for lib$1 in DIR/include and DIR/lib\n  --without-lib$1-prefix     don't search for lib$1 in includedir and libdir],\n[\n    if test \"X$withval\" = \"Xno\"; then\n      use_additional=no\n    else\n      if test \"X$withval\" = \"X\"; then\n        AC_LIB_WITH_FINAL_PREFIX([\n          eval additional_includedir=\\\"$includedir\\\"\n          eval additional_libdir=\\\"$libdir\\\"\n        ])\n      else\n        additional_includedir=\"$withval/include\"\n        additional_libdir=\"$withval/lib\"\n      fi\n    fi\n])\n  dnl Search the library and its dependencies in $additional_libdir and\n  dnl $LDFLAGS. Using breadth-first-seach.\n  LIB[]NAME=\n  LTLIB[]NAME=\n  INC[]NAME=\n  rpathdirs=\n  ltrpathdirs=\n  names_already_handled=\n  names_next_round='$1 $2'\n  while test -n \"$names_next_round\"; do\n    names_this_round=\"$names_next_round\"\n    names_next_round=\n    for name in $names_this_round; do\n      already_handled=\n      for n in $names_already_handled; do\n        if test \"$n\" = \"$name\"; then\n          already_handled=yes\n          break\n        fi\n      done\n      if test -z \"$already_handled\"; then\n        names_already_handled=\"$names_already_handled $name\"\n        dnl See if it was already located by an earlier AC_LIB_LINKFLAGS\n        dnl or AC_LIB_HAVE_LINKFLAGS call.\n        uppername=`echo \"$name\" | sed -e 'y|abcdefghijklmnopqrstuvwxyz./-|ABCDEFGHIJKLMNOPQRSTUVWXYZ___|'`\n        eval value=\\\"\\$HAVE_LIB$uppername\\\"\n        if test -n \"$value\"; then\n          if test \"$value\" = yes; then\n            eval value=\\\"\\$LIB$uppername\\\"\n            test -z \"$value\" || LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$value\"\n            eval value=\\\"\\$LTLIB$uppername\\\"\n            test -z \"$value\" || LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }$value\"\n          else\n            dnl An earlier call to AC_LIB_HAVE_LINKFLAGS has determined\n            dnl that this library doesn't exist. So just drop it.\n            :\n          fi\n        else\n          dnl Search the library lib$name in $additional_libdir and $LDFLAGS\n          dnl and the already constructed $LIBNAME/$LTLIBNAME.\n          found_dir=\n          found_la=\n          found_so=\n          found_a=\n          if test $use_additional = yes; then\n            if test -n \"$shlibext\" && test -f \"$additional_libdir/lib$name.$shlibext\"; then\n              found_dir=\"$additional_libdir\"\n              found_so=\"$additional_libdir/lib$name.$shlibext\"\n              if test -f \"$additional_libdir/lib$name.la\"; then\n                found_la=\"$additional_libdir/lib$name.la\"\n              fi\n            else\n              if test -f \"$additional_libdir/lib$name.$libext\"; then\n                found_dir=\"$additional_libdir\"\n                found_a=\"$additional_libdir/lib$name.$libext\"\n                if test -f \"$additional_libdir/lib$name.la\"; then\n                  found_la=\"$additional_libdir/lib$name.la\"\n                fi\n              fi\n            fi\n          fi\n          if test \"X$found_dir\" = \"X\"; then\n            for x in $LDFLAGS $LTLIB[]NAME; do\n              AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n              case \"$x\" in\n                -L*)\n                  dir=`echo \"X$x\" | sed -e 's/^X-L//'`\n                  if test -n \"$shlibext\" && test -f \"$dir/lib$name.$shlibext\"; then\n                    found_dir=\"$dir\"\n                    found_so=\"$dir/lib$name.$shlibext\"\n                    if test -f \"$dir/lib$name.la\"; then\n                      found_la=\"$dir/lib$name.la\"\n                    fi\n                  else\n                    if test -f \"$dir/lib$name.$libext\"; then\n                      found_dir=\"$dir\"\n                      found_a=\"$dir/lib$name.$libext\"\n                      if test -f \"$dir/lib$name.la\"; then\n                        found_la=\"$dir/lib$name.la\"\n                      fi\n                    fi\n                  fi\n                  ;;\n              esac\n              if test \"X$found_dir\" != \"X\"; then\n                break\n              fi\n            done\n          fi\n          if test \"X$found_dir\" != \"X\"; then\n            dnl Found the library.\n            LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }-L$found_dir -l$name\"\n            if test \"X$found_so\" != \"X\"; then\n              dnl Linking with a shared library. We attempt to hardcode its\n              dnl directory into the executable's runpath, unless it's the\n              dnl standard /usr/lib.\n              if test \"$enable_rpath\" = no || test \"X$found_dir\" = \"X/usr/lib\"; then\n                dnl No hardcoding is needed.\n                LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$found_so\"\n              else\n                dnl Use an explicit option to hardcode DIR into the resulting\n                dnl binary.\n                dnl Potentially add DIR to ltrpathdirs.\n                dnl The ltrpathdirs will be appended to $LTLIBNAME at the end.\n                haveit=\n                for x in $ltrpathdirs; do\n                  if test \"X$x\" = \"X$found_dir\"; then\n                    haveit=yes\n                    break\n                  fi\n                done\n                if test -z \"$haveit\"; then\n                  ltrpathdirs=\"$ltrpathdirs $found_dir\"\n                fi\n                dnl The hardcoding into $LIBNAME is system dependent.\n                if test \"$hardcode_direct\" = yes; then\n                  dnl Using DIR/libNAME.so during linking hardcodes DIR into the\n                  dnl resulting binary.\n                  LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$found_so\"\n                else\n                  if test -n \"$hardcode_libdir_flag_spec\" && test \"$hardcode_minus_L\" = no; then\n                    dnl Use an explicit option to hardcode DIR into the resulting\n                    dnl binary.\n                    LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$found_so\"\n                    dnl Potentially add DIR to rpathdirs.\n                    dnl The rpathdirs will be appended to $LIBNAME at the end.\n                    haveit=\n                    for x in $rpathdirs; do\n                      if test \"X$x\" = \"X$found_dir\"; then\n                        haveit=yes\n                        break\n                      fi\n                    done\n                    if test -z \"$haveit\"; then\n                      rpathdirs=\"$rpathdirs $found_dir\"\n                    fi\n                  else\n                    dnl Rely on \"-L$found_dir\".\n                    dnl But don't add it if it's already contained in the LDFLAGS\n                    dnl or the already constructed $LIBNAME\n                    haveit=\n                    for x in $LDFLAGS $LIB[]NAME; do\n                      AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n                      if test \"X$x\" = \"X-L$found_dir\"; then\n                        haveit=yes\n                        break\n                      fi\n                    done\n                    if test -z \"$haveit\"; then\n                      LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }-L$found_dir\"\n                    fi\n                    if test \"$hardcode_minus_L\" != no; then\n                      dnl FIXME: Not sure whether we should use\n                      dnl \"-L$found_dir -l$name\" or \"-L$found_dir $found_so\"\n                      dnl here.\n                      LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$found_so\"\n                    else\n                      dnl We cannot use $hardcode_runpath_var and LD_RUN_PATH\n                      dnl here, because this doesn't fit in flags passed to the\n                      dnl compiler. So give up. No hardcoding. This affects only\n                      dnl very old systems.\n                      dnl FIXME: Not sure whether we should use\n                      dnl \"-L$found_dir -l$name\" or \"-L$found_dir $found_so\"\n                      dnl here.\n                      LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }-l$name\"\n                    fi\n                  fi\n                fi\n              fi\n            else\n              if test \"X$found_a\" != \"X\"; then\n                dnl Linking with a static library.\n                LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$found_a\"\n              else\n                dnl We shouldn't come here, but anyway it's good to have a\n                dnl fallback.\n                LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }-L$found_dir -l$name\"\n              fi\n            fi\n            dnl Assume the include files are nearby.\n            additional_includedir=\n            case \"$found_dir\" in\n              */lib | */lib/)\n                basedir=`echo \"X$found_dir\" | sed -e 's,^X,,' -e 's,/lib/*$,,'`\n                additional_includedir=\"$basedir/include\"\n                ;;\n            esac\n            if test \"X$additional_includedir\" != \"X\"; then\n              dnl Potentially add $additional_includedir to $INCNAME.\n              dnl But don't add it\n              dnl   1. if it's the standard /usr/include,\n              dnl   2. if it's /usr/local/include and we are using GCC on Linux,\n              dnl   3. if it's already present in $CPPFLAGS or the already\n              dnl      constructed $INCNAME,\n              dnl   4. if it doesn't exist as a directory.\n              if test \"X$additional_includedir\" != \"X/usr/include\"; then\n                haveit=\n                if test \"X$additional_includedir\" = \"X/usr/local/include\"; then\n                  if test -n \"$GCC\"; then\n                    case $host_os in\n                      linux* | gnu* | k*bsd*-gnu) haveit=yes;;\n                    esac\n                  fi\n                fi\n                if test -z \"$haveit\"; then\n                  for x in $CPPFLAGS $INC[]NAME; do\n                    AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n                    if test \"X$x\" = \"X-I$additional_includedir\"; then\n                      haveit=yes\n                      break\n                    fi\n                  done\n                  if test -z \"$haveit\"; then\n                    if test -d \"$additional_includedir\"; then\n                      dnl Really add $additional_includedir to $INCNAME.\n                      INC[]NAME=\"${INC[]NAME}${INC[]NAME:+ }-I$additional_includedir\"\n                    fi\n                  fi\n                fi\n              fi\n            fi\n            dnl Look for dependencies.\n            if test -n \"$found_la\"; then\n              dnl Read the .la file. It defines the variables\n              dnl dlname, library_names, old_library, dependency_libs, current,\n              dnl age, revision, installed, dlopen, dlpreopen, libdir.\n              save_libdir=\"$libdir\"\n              case \"$found_la\" in\n                */* | *\\\\*) . \"$found_la\" ;;\n                *) . \"./$found_la\" ;;\n              esac\n              libdir=\"$save_libdir\"\n              dnl We use only dependency_libs.\n              for dep in $dependency_libs; do\n                case \"$dep\" in\n                  -L*)\n                    additional_libdir=`echo \"X$dep\" | sed -e 's/^X-L//'`\n                    dnl Potentially add $additional_libdir to $LIBNAME and $LTLIBNAME.\n                    dnl But don't add it\n                    dnl   1. if it's the standard /usr/lib,\n                    dnl   2. if it's /usr/local/lib and we are using GCC on Linux,\n                    dnl   3. if it's already present in $LDFLAGS or the already\n                    dnl      constructed $LIBNAME,\n                    dnl   4. if it doesn't exist as a directory.\n                    if test \"X$additional_libdir\" != \"X/usr/lib\"; then\n                      haveit=\n                      if test \"X$additional_libdir\" = \"X/usr/local/lib\"; then\n                        if test -n \"$GCC\"; then\n                          case $host_os in\n                            linux* | gnu* | k*bsd*-gnu) haveit=yes;;\n                          esac\n                        fi\n                      fi\n                      if test -z \"$haveit\"; then\n                        haveit=\n                        for x in $LDFLAGS $LIB[]NAME; do\n                          AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n                          if test \"X$x\" = \"X-L$additional_libdir\"; then\n                            haveit=yes\n                            break\n                          fi\n                        done\n                        if test -z \"$haveit\"; then\n                          if test -d \"$additional_libdir\"; then\n                            dnl Really add $additional_libdir to $LIBNAME.\n                            LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }-L$additional_libdir\"\n                          fi\n                        fi\n                        haveit=\n                        for x in $LDFLAGS $LTLIB[]NAME; do\n                          AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n                          if test \"X$x\" = \"X-L$additional_libdir\"; then\n                            haveit=yes\n                            break\n                          fi\n                        done\n                        if test -z \"$haveit\"; then\n                          if test -d \"$additional_libdir\"; then\n                            dnl Really add $additional_libdir to $LTLIBNAME.\n                            LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }-L$additional_libdir\"\n                          fi\n                        fi\n                      fi\n                    fi\n                    ;;\n                  -R*)\n                    dir=`echo \"X$dep\" | sed -e 's/^X-R//'`\n                    if test \"$enable_rpath\" != no; then\n                      dnl Potentially add DIR to rpathdirs.\n                      dnl The rpathdirs will be appended to $LIBNAME at the end.\n                      haveit=\n                      for x in $rpathdirs; do\n                        if test \"X$x\" = \"X$dir\"; then\n                          haveit=yes\n                          break\n                        fi\n                      done\n                      if test -z \"$haveit\"; then\n                        rpathdirs=\"$rpathdirs $dir\"\n                      fi\n                      dnl Potentially add DIR to ltrpathdirs.\n                      dnl The ltrpathdirs will be appended to $LTLIBNAME at the end.\n                      haveit=\n                      for x in $ltrpathdirs; do\n                        if test \"X$x\" = \"X$dir\"; then\n                          haveit=yes\n                          break\n                        fi\n                      done\n                      if test -z \"$haveit\"; then\n                        ltrpathdirs=\"$ltrpathdirs $dir\"\n                      fi\n                    fi\n                    ;;\n                  -l*)\n                    dnl Handle this in the next round.\n                    names_next_round=\"$names_next_round \"`echo \"X$dep\" | sed -e 's/^X-l//'`\n                    ;;\n                  *.la)\n                    dnl Handle this in the next round. Throw away the .la's\n                    dnl directory; it is already contained in a preceding -L\n                    dnl option.\n                    names_next_round=\"$names_next_round \"`echo \"X$dep\" | sed -e 's,^X.*/,,' -e 's,^lib,,' -e 's,\\.la$,,'`\n                    ;;\n                  *)\n                    dnl Most likely an immediate library name.\n                    LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$dep\"\n                    LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }$dep\"\n                    ;;\n                esac\n              done\n            fi\n          else\n            dnl Didn't find the library; assume it is in the system directories\n            dnl known to the linker and runtime loader. (All the system\n            dnl directories known to the linker should also be known to the\n            dnl runtime loader, otherwise the system is severely misconfigured.)\n            LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }-l$name\"\n            LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }-l$name\"\n          fi\n        fi\n      fi\n    done\n  done\n  if test \"X$rpathdirs\" != \"X\"; then\n    if test -n \"$hardcode_libdir_separator\"; then\n      dnl Weird platform: only the last -rpath option counts, the user must\n      dnl pass all path elements in one option. We can arrange that for a\n      dnl single library, but not when more than one $LIBNAMEs are used.\n      alldirs=\n      for found_dir in $rpathdirs; do\n        alldirs=\"${alldirs}${alldirs:+$hardcode_libdir_separator}$found_dir\"\n      done\n      dnl Note: hardcode_libdir_flag_spec uses $libdir and $wl.\n      acl_save_libdir=\"$libdir\"\n      libdir=\"$alldirs\"\n      eval flag=\\\"$hardcode_libdir_flag_spec\\\"\n      libdir=\"$acl_save_libdir\"\n      LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$flag\"\n    else\n      dnl The -rpath options are cumulative.\n      for found_dir in $rpathdirs; do\n        acl_save_libdir=\"$libdir\"\n        libdir=\"$found_dir\"\n        eval flag=\\\"$hardcode_libdir_flag_spec\\\"\n        libdir=\"$acl_save_libdir\"\n        LIB[]NAME=\"${LIB[]NAME}${LIB[]NAME:+ }$flag\"\n      done\n    fi\n  fi\n  if test \"X$ltrpathdirs\" != \"X\"; then\n    dnl When using libtool, the option that works for both libraries and\n    dnl executables is -R. The -R options are cumulative.\n    for found_dir in $ltrpathdirs; do\n      LTLIB[]NAME=\"${LTLIB[]NAME}${LTLIB[]NAME:+ }-R$found_dir\"\n    done\n  fi\n])\n\ndnl AC_LIB_APPENDTOVAR(VAR, CONTENTS) appends the elements of CONTENTS to VAR,\ndnl unless already present in VAR.\ndnl Works only for CPPFLAGS, not for LIB* variables because that sometimes\ndnl contains two or three consecutive elements that belong together.\nAC_DEFUN([AC_LIB_APPENDTOVAR],\n[\n  for element in [$2]; do\n    haveit=\n    for x in $[$1]; do\n      AC_LIB_WITH_FINAL_PREFIX([eval x=\\\"$x\\\"])\n      if test \"X$x\" = \"X$element\"; then\n        haveit=yes\n        break\n      fi\n    done\n    if test -z \"$haveit\"; then\n      [$1]=\"${[$1]}${[$1]:+ }$element\"\n    fi\n  done\n])\n\n# lib-ld.m4 serial 3 (gettext-0.13)\ndnl Copyright (C) 1996-2003 Free Software Foundation, Inc.\ndnl This file is free software; the Free Software Foundation\ndnl gives unlimited permission to copy and/or distribute it,\ndnl with or without modifications, as long as this notice is preserved.\n\ndnl Subroutines of libtool.m4,\ndnl with replacements s/AC_/AC_LIB/ and s/lt_cv/acl_cv/ to avoid collision\ndnl with libtool.m4.\n\ndnl From libtool-1.4. Sets the variable with_gnu_ld to yes or no.\nAC_DEFUN([AC_LIB_PROG_LD_GNU],\n[AC_CACHE_CHECK([if the linker ($LD) is GNU ld], acl_cv_prog_gnu_ld,\n[# I'd rather use --version here, but apparently some GNU ld's only accept -v.\ncase `$LD -v 2>&1 </dev/null` in\n*GNU* | *'with BFD'*)\n  acl_cv_prog_gnu_ld=yes ;;\n*)\n  acl_cv_prog_gnu_ld=no ;;\nesac])\nwith_gnu_ld=$acl_cv_prog_gnu_ld\n])\n\ndnl From libtool-1.4. 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See the\n# GNU General Public License for more details.\n\n# You should have received a copy of the GNU General Public License\n# along with this program; if not, write to the Free Software\n# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA\n\n# AM_AUTOMAKE_VERSION(VERSION)\n# ----------------------------\n# Automake X.Y traces this macro to ensure aclocal.m4 has been\n# generated from the m4 files accompanying Automake X.Y.\nAC_DEFUN([AM_AUTOMAKE_VERSION],[am__api_version=\"1.4\"])\n\n# AM_SET_CURRENT_AUTOMAKE_VERSION\n# -------------------------------\n# Call AM_AUTOMAKE_VERSION so it can be traced.\n# This function is AC_REQUIREd by AC_INIT_AUTOMAKE.\nAC_DEFUN([AM_SET_CURRENT_AUTOMAKE_VERSION],\n\t [AM_AUTOMAKE_VERSION([1.4-p6])])\n\n#\n# Check to make sure that the build environment is sane.\n#\n\nAC_DEFUN([AM_SANITY_CHECK],\n[AC_MSG_CHECKING([whether build environment is sane])\n# Just in case\nsleep 1\necho timestamp > conftestfile\n# Do `set' in a subshell so we don't clobber the current shell's\n# arguments.  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Skip known compiler wrappers and cross-prefix.\nAC_DEFUN([_LT_CC_BASENAME],\n[for cc_temp in $1\"\"; do\n  case $cc_temp in\n    compile | *[[\\\\/]]compile | ccache | *[[\\\\/]]ccache ) ;;\n    distcc | *[[\\\\/]]distcc | purify | *[[\\\\/]]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n])\n\n\n# _LT_COMPILER_BOILERPLATE\n# ------------------------\n# Check for compiler boilerplate output or warnings with\n# the simple compiler test code.\nAC_DEFUN([_LT_COMPILER_BOILERPLATE],\n[ac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_compiler_boilerplate=`cat conftest.err`\n$rm conftest*\n])# _LT_COMPILER_BOILERPLATE\n\n\n# _LT_LINKER_BOILERPLATE\n# ----------------------\n# Check for linker boilerplate output or warnings with\n# the simple link test code.\nAC_DEFUN([_LT_LINKER_BOILERPLATE],\n[ac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_link_test_code\" >conftest.$ac_ext\neval \"$ac_link\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_linker_boilerplate=`cat conftest.err`\n$rm conftest*\n])# _LT_LINKER_BOILERPLATE\n\n\n# _LT_AC_SYS_LIBPATH_AIX\n# ----------------------\n# Links a minimal program and checks the executable\n# for the system default hardcoded library path. In most cases,\n# this is /usr/lib:/lib, but when the MPI compilers are used\n# the location of the communication and MPI libs are included too.\n# If we don't find anything, use the default library path according\n# to the aix ld manual.\nAC_DEFUN([_LT_AC_SYS_LIBPATH_AIX],\n[AC_LINK_IFELSE(AC_LANG_PROGRAM,[\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi],[])\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n])# _LT_AC_SYS_LIBPATH_AIX\n\n\n# _LT_AC_SHELL_INIT(ARG)\n# ----------------------\nAC_DEFUN([_LT_AC_SHELL_INIT],\n[ifdef([AC_DIVERSION_NOTICE],\n\t     [AC_DIVERT_PUSH(AC_DIVERSION_NOTICE)],\n\t [AC_DIVERT_PUSH(NOTICE)])\n$1\nAC_DIVERT_POP\n])# _LT_AC_SHELL_INIT\n\n\n# _LT_AC_PROG_ECHO_BACKSLASH\n# --------------------------\n# Add some code to the start of the generated configure script which\n# will find an echo command which doesn't interpret backslashes.\nAC_DEFUN([_LT_AC_PROG_ECHO_BACKSLASH],\n[_LT_AC_SHELL_INIT([\n# Check that we are running under the correct shell.\nSHELL=${CONFIG_SHELL-/bin/sh}\n\ncase X$ECHO in\nX*--fallback-echo)\n  # Remove one level of quotation (which was required for Make).\n  ECHO=`echo \"$ECHO\" | sed 's,\\\\\\\\\\[$]\\\\[$]0,'[$]0','`\n  ;;\nesac\n\necho=${ECHO-echo}\nif test \"X[$]1\" = X--no-reexec; then\n  # Discard the --no-reexec flag, and continue.\n  shift\nelif test \"X[$]1\" = X--fallback-echo; then\n  # Avoid inline document here, it may be left over\n  :\nelif test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' ; then\n  # Yippee, $echo works!\n  :\nelse\n  # Restart under the correct shell.\n  exec $SHELL \"[$]0\" --no-reexec ${1+\"[$]@\"}\nfi\n\nif test \"X[$]1\" = X--fallback-echo; then\n  # used as fallback echo\n  shift\n  cat <<EOF\n[$]*\nEOF\n  exit 0\nfi\n\n# The HP-UX ksh and POSIX shell print the target directory to stdout\n# if CDPATH is set.\n(unset CDPATH) >/dev/null 2>&1 && unset CDPATH\n\nif test -z \"$ECHO\"; then\nif test \"X${echo_test_string+set}\" != Xset; then\n# find a string as large as possible, as long as the shell can cope with it\n  for cmd in 'sed 50q \"[$]0\"' 'sed 20q \"[$]0\"' 'sed 10q \"[$]0\"' 'sed 2q \"[$]0\"' 'echo test'; do\n    # expected sizes: less than 2Kb, 1Kb, 512 bytes, 16 bytes, ...\n    if (echo_test_string=`eval $cmd`) 2>/dev/null &&\n       echo_test_string=`eval $cmd` &&\n       (test \"X$echo_test_string\" = \"X$echo_test_string\") 2>/dev/null\n    then\n      break\n    fi\n  done\nfi\n\nif test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n   echo_testing_string=`($echo \"$echo_test_string\") 2>/dev/null` &&\n   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n  :\nelse\n  # The Solaris, AIX, and Digital Unix default echo programs unquote\n  # backslashes.  This makes it impossible to quote backslashes using\n  #   echo \"$something\" | sed 's/\\\\/\\\\\\\\/g'\n  #\n  # So, first we look for a working echo in the user's PATH.\n\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  for dir in $PATH /usr/ucb; do\n    IFS=\"$lt_save_ifs\"\n    if (test -f $dir/echo || test -f $dir/echo$ac_exeext) &&\n       test \"X`($dir/echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n       echo_testing_string=`($dir/echo \"$echo_test_string\") 2>/dev/null` &&\n       test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n      echo=\"$dir/echo\"\n      break\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n\n  if test \"X$echo\" = Xecho; then\n    # We didn't find a better echo, so look for alternatives.\n    if test \"X`(print -r '\\t') 2>/dev/null`\" = 'X\\t' &&\n       echo_testing_string=`(print -r \"$echo_test_string\") 2>/dev/null` &&\n       test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n      # This shell has a builtin print -r that does the trick.\n      echo='print -r'\n    elif (test -f /bin/ksh || test -f /bin/ksh$ac_exeext) &&\n\t test \"X$CONFIG_SHELL\" != X/bin/ksh; then\n      # If we have ksh, try running configure again with it.\n      ORIGINAL_CONFIG_SHELL=${CONFIG_SHELL-/bin/sh}\n      export ORIGINAL_CONFIG_SHELL\n      CONFIG_SHELL=/bin/ksh\n      export CONFIG_SHELL\n      exec $CONFIG_SHELL \"[$]0\" --no-reexec ${1+\"[$]@\"}\n    else\n      # Try using printf.\n      echo='printf %s\\n'\n      if test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n\t echo_testing_string=`($echo \"$echo_test_string\") 2>/dev/null` &&\n\t test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\t# Cool, printf works\n\t:\n      elif echo_testing_string=`($ORIGINAL_CONFIG_SHELL \"[$]0\" --fallback-echo '\\t') 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = 'X\\t' &&\n\t   echo_testing_string=`($ORIGINAL_CONFIG_SHELL \"[$]0\" --fallback-echo \"$echo_test_string\") 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\tCONFIG_SHELL=$ORIGINAL_CONFIG_SHELL\n\texport CONFIG_SHELL\n\tSHELL=\"$CONFIG_SHELL\"\n\texport SHELL\n\techo=\"$CONFIG_SHELL [$]0 --fallback-echo\"\n      elif echo_testing_string=`($CONFIG_SHELL \"[$]0\" --fallback-echo '\\t') 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = 'X\\t' &&\n\t   echo_testing_string=`($CONFIG_SHELL \"[$]0\" --fallback-echo \"$echo_test_string\") 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\techo=\"$CONFIG_SHELL [$]0 --fallback-echo\"\n      else\n\t# maybe with a smaller string...\n\tprev=:\n\n\tfor cmd in 'echo test' 'sed 2q \"[$]0\"' 'sed 10q \"[$]0\"' 'sed 20q \"[$]0\"' 'sed 50q \"[$]0\"'; do\n\t  if (test \"X$echo_test_string\" = \"X`eval $cmd`\") 2>/dev/null\n\t  then\n\t    break\n\t  fi\n\t  prev=\"$cmd\"\n\tdone\n\n\tif test \"$prev\" != 'sed 50q \"[$]0\"'; then\n\t  echo_test_string=`eval $prev`\n\t  export echo_test_string\n\t  exec ${ORIGINAL_CONFIG_SHELL-${CONFIG_SHELL-/bin/sh}} \"[$]0\" ${1+\"[$]@\"}\n\telse\n\t  # Oops.  We lost completely, so just stick with echo.\n\t  echo=echo\n\tfi\n      fi\n    fi\n  fi\nfi\nfi\n\n# Copy echo and quote the copy suitably for passing to libtool from\n# the Makefile, instead of quoting the original, which is used later.\nECHO=$echo\nif test \"X$ECHO\" = \"X$CONFIG_SHELL [$]0 --fallback-echo\"; then\n   ECHO=\"$CONFIG_SHELL \\\\\\$\\[$]0 --fallback-echo\"\nfi\n\nAC_SUBST(ECHO)\n])])# _LT_AC_PROG_ECHO_BACKSLASH\n\n\n# _LT_AC_LOCK\n# -----------\nAC_DEFUN([_LT_AC_LOCK],\n[AC_ARG_ENABLE([libtool-lock],\n    [AC_HELP_STRING([--disable-libtool-lock],\n\t[avoid locking (might break parallel builds)])])\ntest \"x$enable_libtool_lock\" != xno && enable_libtool_lock=yes\n\n# Some flags need to be propagated to the compiler or linker for good\n# libtool support.\ncase $host in\nia64-*-hpux*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if AC_TRY_EVAL(ac_compile); then\n    case `/usr/bin/file conftest.$ac_objext` in\n    *ELF-32*)\n      HPUX_IA64_MODE=\"32\"\n      ;;\n    *ELF-64*)\n      HPUX_IA64_MODE=\"64\"\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n*-*-irix6*)\n  # Find out which ABI we are using.\n  echo '[#]line __oline__ \"configure\"' > conftest.$ac_ext\n  if AC_TRY_EVAL(ac_compile); then\n   if test \"$lt_cv_prog_gnu_ld\" = yes; then\n    case `/usr/bin/file conftest.$ac_objext` in\n    *32-bit*)\n      LD=\"${LD-ld} -melf32bsmip\"\n      ;;\n    *N32*)\n      LD=\"${LD-ld} -melf32bmipn32\"\n      ;;\n    *64-bit*)\n      LD=\"${LD-ld} -melf64bmip\"\n      ;;\n    esac\n   else\n    case `/usr/bin/file conftest.$ac_objext` in\n    *32-bit*)\n      LD=\"${LD-ld} -32\"\n      ;;\n    *N32*)\n      LD=\"${LD-ld} -n32\"\n      ;;\n    *64-bit*)\n      LD=\"${LD-ld} -64\"\n      ;;\n    esac\n   fi\n  fi\n  rm -rf conftest*\n  ;;\n\nx86_64-*linux*|ppc*-*linux*|powerpc*-*linux*|s390*-*linux*|sparc*-*linux*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if AC_TRY_EVAL(ac_compile); then\n    case `/usr/bin/file conftest.o` in\n    *32-bit*)\n      case $host in\n        x86_64-*linux*)\n          LD=\"${LD-ld} -m elf_i386\"\n          ;;\n        ppc64-*linux*|powerpc64-*linux*)\n          LD=\"${LD-ld} -m elf32ppclinux\"\n          ;;\n        s390x-*linux*)\n          LD=\"${LD-ld} -m elf_s390\"\n          ;;\n        sparc64-*linux*)\n          LD=\"${LD-ld} -m elf32_sparc\"\n          ;;\n      esac\n      ;;\n    *64-bit*)\n      case $host in\n        x86_64-*linux*)\n          LD=\"${LD-ld} -m elf_x86_64\"\n          ;;\n        ppc*-*linux*|powerpc*-*linux*)\n          LD=\"${LD-ld} -m elf64ppc\"\n          ;;\n        s390*-*linux*)\n          LD=\"${LD-ld} -m elf64_s390\"\n          ;;\n        sparc*-*linux*)\n          LD=\"${LD-ld} -m elf64_sparc\"\n          ;;\n      esac\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n\n*-*-sco3.2v5*)\n  # On SCO OpenServer 5, we need -belf to get full-featured binaries.\n  SAVE_CFLAGS=\"$CFLAGS\"\n  CFLAGS=\"$CFLAGS -belf\"\n  AC_CACHE_CHECK([whether the C compiler needs -belf], lt_cv_cc_needs_belf,\n    [AC_LANG_PUSH(C)\n     AC_TRY_LINK([],[],[lt_cv_cc_needs_belf=yes],[lt_cv_cc_needs_belf=no])\n     AC_LANG_POP])\n  if test x\"$lt_cv_cc_needs_belf\" != x\"yes\"; then\n    # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf\n    CFLAGS=\"$SAVE_CFLAGS\"\n  fi\n  ;;\nsparc*-*solaris*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if AC_TRY_EVAL(ac_compile); then\n    case `/usr/bin/file conftest.o` in\n    *64-bit*)\n      case $lt_cv_prog_gnu_ld in\n      yes*) LD=\"${LD-ld} -m elf64_sparc\" ;;\n      *)    LD=\"${LD-ld} -64\" ;;\n      esac\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n\nAC_PROVIDE_IFELSE([AC_LIBTOOL_WIN32_DLL],\n[*-*-cygwin* | *-*-mingw* | *-*-pw32*)\n  AC_CHECK_TOOL(DLLTOOL, dlltool, false)\n  AC_CHECK_TOOL(AS, as, false)\n  AC_CHECK_TOOL(OBJDUMP, objdump, false)\n  ;;\n  ])\nesac\n\nneed_locks=\"$enable_libtool_lock\"\n\n])# _LT_AC_LOCK\n\n\n# AC_LIBTOOL_COMPILER_OPTION(MESSAGE, VARIABLE-NAME, FLAGS,\n#\t\t[OUTPUT-FILE], [ACTION-SUCCESS], [ACTION-FAILURE])\n# ----------------------------------------------------------------\n# Check whether the given compiler option works\nAC_DEFUN([AC_LIBTOOL_COMPILER_OPTION],\n[AC_REQUIRE([LT_AC_PROG_SED])\nAC_CACHE_CHECK([$1], [$2],\n  [$2=no\n  ifelse([$4], , [ac_outfile=conftest.$ac_objext], [ac_outfile=$4])\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"$3\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [[^ ]]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:__oline__: $lt_compile\\\"\" >&AS_MESSAGE_LOG_FD)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&AS_MESSAGE_LOG_FD\n   echo \"$as_me:__oline__: \\$? = $ac_status\" >&AS_MESSAGE_LOG_FD\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       $2=yes\n     fi\n   fi\n   $rm conftest*\n])\n\nif test x\"[$]$2\" = xyes; then\n    ifelse([$5], , :, [$5])\nelse\n    ifelse([$6], , :, [$6])\nfi\n])# AC_LIBTOOL_COMPILER_OPTION\n\n\n# AC_LIBTOOL_LINKER_OPTION(MESSAGE, VARIABLE-NAME, FLAGS,\n#                          [ACTION-SUCCESS], [ACTION-FAILURE])\n# ------------------------------------------------------------\n# Check whether the given compiler option works\nAC_DEFUN([AC_LIBTOOL_LINKER_OPTION],\n[AC_CACHE_CHECK([$1], [$2],\n  [$2=no\n   save_LDFLAGS=\"$LDFLAGS\"\n   LDFLAGS=\"$LDFLAGS $3\"\n   printf \"$lt_simple_link_test_code\" > conftest.$ac_ext\n   if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then\n     # The linker can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     if test -s conftest.err; then\n       # Append any errors to the config.log.\n       cat conftest.err 1>&AS_MESSAGE_LOG_FD\n       $echo \"X$_lt_linker_boilerplate\" | $Xsed -e '/^$/d' > conftest.exp\n       $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n       if diff conftest.exp conftest.er2 >/dev/null; then\n         $2=yes\n       fi\n     else\n       $2=yes\n     fi\n   fi\n   $rm conftest*\n   LDFLAGS=\"$save_LDFLAGS\"\n])\n\nif test x\"[$]$2\" = xyes; then\n    ifelse([$4], , :, [$4])\nelse\n    ifelse([$5], , :, [$5])\nfi\n])# AC_LIBTOOL_LINKER_OPTION\n\n\n# AC_LIBTOOL_SYS_MAX_CMD_LEN\n# --------------------------\nAC_DEFUN([AC_LIBTOOL_SYS_MAX_CMD_LEN],\n[# find the maximum length of command line arguments\nAC_MSG_CHECKING([the maximum length of command line arguments])\nAC_CACHE_VAL([lt_cv_sys_max_cmd_len], [dnl\n  i=0\n  teststring=\"ABCD\"\n\n  case $build_os in\n  msdosdjgpp*)\n    # On DJGPP, this test can blow up pretty badly due to problems in libc\n    # (any single argument exceeding 2000 bytes causes a buffer overrun\n    # during glob expansion).  Even if it were fixed, the result of this\n    # check would be larger than it should be.\n    lt_cv_sys_max_cmd_len=12288;    # 12K is about right\n    ;;\n\n  gnu*)\n    # Under GNU Hurd, this test is not required because there is\n    # no limit to the length of command line arguments.\n    # Libtool will interpret -1 as no limit whatsoever\n    lt_cv_sys_max_cmd_len=-1;\n    ;;\n\n  cygwin* | mingw*)\n    # On Win9x/ME, this test blows up -- it succeeds, but takes\n    # about 5 minutes as the teststring grows exponentially.\n    # Worse, since 9x/ME are not pre-emptively multitasking,\n    # you end up with a \"frozen\" computer, even though with patience\n    # the test eventually succeeds (with a max line length of 256k).\n    # Instead, let's just punt: use the minimum linelength reported by\n    # all of the supported platforms: 8192 (on NT/2K/XP).\n    lt_cv_sys_max_cmd_len=8192;\n    ;;\n\n  amigaos*)\n    # On AmigaOS with pdksh, this test takes hours, literally.\n    # So we just punt and use a minimum line length of 8192.\n    lt_cv_sys_max_cmd_len=8192;\n    ;;\n\n  netbsd* | freebsd* | openbsd* | darwin* | dragonfly*)\n    # This has been around since 386BSD, at least.  Likely further.\n    if test -x /sbin/sysctl; then\n      lt_cv_sys_max_cmd_len=`/sbin/sysctl -n kern.argmax`\n    elif test -x /usr/sbin/sysctl; then\n      lt_cv_sys_max_cmd_len=`/usr/sbin/sysctl -n kern.argmax`\n    else\n      lt_cv_sys_max_cmd_len=65536\t# usable default for all BSDs\n    fi\n    # And add a safety zone\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\/ 4`\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\* 3`\n    ;;\n\n  interix*)\n    # We know the value 262144 and hardcode it with a safety zone (like BSD)\n    lt_cv_sys_max_cmd_len=196608\n    ;;\n\n  osf*)\n    # Dr. Hans Ekkehard Plesser reports seeing a kernel panic running configure\n    # due to this test when exec_disable_arg_limit is 1 on Tru64. It is not\n    # nice to cause kernel panics so lets avoid the loop below.\n    # First set a reasonable default.\n    lt_cv_sys_max_cmd_len=16384\n    #\n    if test -x /sbin/sysconfig; then\n      case `/sbin/sysconfig -q proc exec_disable_arg_limit` in\n        *1*) lt_cv_sys_max_cmd_len=-1 ;;\n      esac\n    fi\n    ;;\n  sco3.2v5*)\n    lt_cv_sys_max_cmd_len=102400\n    ;;\n  sysv5* | sco5v6* | sysv4.2uw2*)\n    kargmax=`grep ARG_MAX /etc/conf/cf.d/stune 2>/dev/null`\n    if test -n \"$kargmax\"; then\n      lt_cv_sys_max_cmd_len=`echo $kargmax | sed 's/.*[[ \t]]//'`\n    else\n      lt_cv_sys_max_cmd_len=32768\n    fi\n    ;;\n  *)\n    # If test is not a shell built-in, we'll probably end up computing a\n    # maximum length that is only half of the actual maximum length, but\n    # we can't tell.\n    SHELL=${SHELL-${CONFIG_SHELL-/bin/sh}}\n    while (test \"X\"`$SHELL [$]0 --fallback-echo \"X$teststring\" 2>/dev/null` \\\n\t       = \"XX$teststring\") >/dev/null 2>&1 &&\n\t    new_result=`expr \"X$teststring\" : \".*\" 2>&1` &&\n\t    lt_cv_sys_max_cmd_len=$new_result &&\n\t    test $i != 17 # 1/2 MB should be enough\n    do\n      i=`expr $i + 1`\n      teststring=$teststring$teststring\n    done\n    teststring=\n    # Add a significant safety factor because C++ compilers can tack on massive\n    # amounts of additional arguments before passing them to the linker.\n    # It appears as though 1/2 is a usable value.\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\/ 2`\n    ;;\n  esac\n])\nif test -n $lt_cv_sys_max_cmd_len ; then\n  AC_MSG_RESULT($lt_cv_sys_max_cmd_len)\nelse\n  AC_MSG_RESULT(none)\nfi\n])# AC_LIBTOOL_SYS_MAX_CMD_LEN\n\n\n# _LT_AC_CHECK_DLFCN\n# ------------------\nAC_DEFUN([_LT_AC_CHECK_DLFCN],\n[AC_CHECK_HEADERS(dlfcn.h)dnl\n])# _LT_AC_CHECK_DLFCN\n\n\n# _LT_AC_TRY_DLOPEN_SELF (ACTION-IF-TRUE, ACTION-IF-TRUE-W-USCORE,\n#                           ACTION-IF-FALSE, ACTION-IF-CROSS-COMPILING)\n# ---------------------------------------------------------------------\nAC_DEFUN([_LT_AC_TRY_DLOPEN_SELF],\n[AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl\nif test \"$cross_compiling\" = yes; then :\n  [$4]\nelse\n  lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2\n  lt_status=$lt_dlunknown\n  cat > conftest.$ac_ext <<EOF\n[#line __oline__ \"configure\"\n#include \"confdefs.h\"\n\n#if HAVE_DLFCN_H\n#include <dlfcn.h>\n#endif\n\n#include <stdio.h>\n\n#ifdef RTLD_GLOBAL\n#  define LT_DLGLOBAL\t\tRTLD_GLOBAL\n#else\n#  ifdef DL_GLOBAL\n#    define LT_DLGLOBAL\t\tDL_GLOBAL\n#  else\n#    define LT_DLGLOBAL\t\t0\n#  endif\n#endif\n\n/* We may have to define LT_DLLAZY_OR_NOW in the command line if we\n   find out it does not work in some platform. */\n#ifndef LT_DLLAZY_OR_NOW\n#  ifdef RTLD_LAZY\n#    define LT_DLLAZY_OR_NOW\t\tRTLD_LAZY\n#  else\n#    ifdef DL_LAZY\n#      define LT_DLLAZY_OR_NOW\t\tDL_LAZY\n#    else\n#      ifdef RTLD_NOW\n#        define LT_DLLAZY_OR_NOW\tRTLD_NOW\n#      else\n#        ifdef DL_NOW\n#          define LT_DLLAZY_OR_NOW\tDL_NOW\n#        else\n#          define LT_DLLAZY_OR_NOW\t0\n#        endif\n#      endif\n#    endif\n#  endif\n#endif\n\n#ifdef __cplusplus\nextern \"C\" void exit (int);\n#endif\n\nvoid fnord() { int i=42;}\nint main ()\n{\n  void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW);\n  int status = $lt_dlunknown;\n\n  if (self)\n    {\n      if (dlsym (self,\"fnord\"))       status = $lt_dlno_uscore;\n      else if (dlsym( self,\"_fnord\")) status = $lt_dlneed_uscore;\n      /* dlclose (self); */\n    }\n  else\n    puts (dlerror ());\n\n    exit (status);\n}]\nEOF\n  if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext} 2>/dev/null; then\n    (./conftest; exit; ) >&AS_MESSAGE_LOG_FD 2>/dev/null\n    lt_status=$?\n    case x$lt_status in\n      x$lt_dlno_uscore) $1 ;;\n      x$lt_dlneed_uscore) $2 ;;\n      x$lt_dlunknown|x*) $3 ;;\n    esac\n  else :\n    # compilation failed\n    $3\n  fi\nfi\nrm -fr conftest*\n])# _LT_AC_TRY_DLOPEN_SELF\n\n\n# AC_LIBTOOL_DLOPEN_SELF\n# ----------------------\nAC_DEFUN([AC_LIBTOOL_DLOPEN_SELF],\n[AC_REQUIRE([_LT_AC_CHECK_DLFCN])dnl\nif test \"x$enable_dlopen\" != xyes; then\n  enable_dlopen=unknown\n  enable_dlopen_self=unknown\n  enable_dlopen_self_static=unknown\nelse\n  lt_cv_dlopen=no\n  lt_cv_dlopen_libs=\n\n  case $host_os in\n  beos*)\n    lt_cv_dlopen=\"load_add_on\"\n    lt_cv_dlopen_libs=\n    lt_cv_dlopen_self=yes\n    ;;\n\n  mingw* | pw32*)\n    lt_cv_dlopen=\"LoadLibrary\"\n    lt_cv_dlopen_libs=\n   ;;\n\n  cygwin*)\n    lt_cv_dlopen=\"dlopen\"\n    lt_cv_dlopen_libs=\n   ;;\n\n  darwin*)\n  # if libdl is installed we need to link against it\n    AC_CHECK_LIB([dl], [dlopen],\n\t\t[lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-ldl\"],[\n    lt_cv_dlopen=\"dyld\"\n    lt_cv_dlopen_libs=\n    lt_cv_dlopen_self=yes\n    ])\n   ;;\n\n  *)\n    AC_CHECK_FUNC([shl_load],\n\t  [lt_cv_dlopen=\"shl_load\"],\n      [AC_CHECK_LIB([dld], [shl_load],\n\t    [lt_cv_dlopen=\"shl_load\" lt_cv_dlopen_libs=\"-dld\"],\n\t[AC_CHECK_FUNC([dlopen],\n\t      [lt_cv_dlopen=\"dlopen\"],\n\t  [AC_CHECK_LIB([dl], [dlopen],\n\t\t[lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-ldl\"],\n\t    [AC_CHECK_LIB([svld], [dlopen],\n\t\t  [lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-lsvld\"],\n\t      [AC_CHECK_LIB([dld], [dld_link],\n\t\t    [lt_cv_dlopen=\"dld_link\" lt_cv_dlopen_libs=\"-dld\"])\n\t      ])\n\t    ])\n\t  ])\n\t])\n      ])\n    ;;\n  esac\n\n  if test \"x$lt_cv_dlopen\" != xno; then\n    enable_dlopen=yes\n  else\n    enable_dlopen=no\n  fi\n\n  case $lt_cv_dlopen in\n  dlopen)\n    save_CPPFLAGS=\"$CPPFLAGS\"\n    test \"x$ac_cv_header_dlfcn_h\" = xyes && CPPFLAGS=\"$CPPFLAGS -DHAVE_DLFCN_H\"\n\n    save_LDFLAGS=\"$LDFLAGS\"\n    wl=$lt_prog_compiler_wl eval LDFLAGS=\\\"\\$LDFLAGS $export_dynamic_flag_spec\\\"\n\n    save_LIBS=\"$LIBS\"\n    LIBS=\"$lt_cv_dlopen_libs $LIBS\"\n\n    AC_CACHE_CHECK([whether a program can dlopen itself],\n\t  lt_cv_dlopen_self, [dnl\n\t  _LT_AC_TRY_DLOPEN_SELF(\n\t    lt_cv_dlopen_self=yes, lt_cv_dlopen_self=yes,\n\t    lt_cv_dlopen_self=no, lt_cv_dlopen_self=cross)\n    ])\n\n    if test \"x$lt_cv_dlopen_self\" = xyes; then\n      wl=$lt_prog_compiler_wl eval LDFLAGS=\\\"\\$LDFLAGS $lt_prog_compiler_static\\\"\n      AC_CACHE_CHECK([whether a statically linked program can dlopen itself],\n    \t  lt_cv_dlopen_self_static, [dnl\n\t  _LT_AC_TRY_DLOPEN_SELF(\n\t    lt_cv_dlopen_self_static=yes, lt_cv_dlopen_self_static=yes,\n\t    lt_cv_dlopen_self_static=no,  lt_cv_dlopen_self_static=cross)\n      ])\n    fi\n\n    CPPFLAGS=\"$save_CPPFLAGS\"\n    LDFLAGS=\"$save_LDFLAGS\"\n    LIBS=\"$save_LIBS\"\n    ;;\n  esac\n\n  case $lt_cv_dlopen_self in\n  yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;;\n  *) enable_dlopen_self=unknown ;;\n  esac\n\n  case $lt_cv_dlopen_self_static in\n  yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;;\n  *) enable_dlopen_self_static=unknown ;;\n  esac\nfi\n])# AC_LIBTOOL_DLOPEN_SELF\n\n\n# AC_LIBTOOL_PROG_CC_C_O([TAGNAME])\n# ---------------------------------\n# Check to see if options -c and -o are simultaneously supported by compiler\nAC_DEFUN([AC_LIBTOOL_PROG_CC_C_O],\n[AC_REQUIRE([_LT_AC_SYS_COMPILER])dnl\nAC_CACHE_CHECK([if $compiler supports -c -o file.$ac_objext],\n  [_LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)],\n  [_LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)=no\n   $rm -r conftest 2>/dev/null\n   mkdir conftest\n   cd conftest\n   mkdir out\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n   lt_compiler_flag=\"-o out/conftest2.$ac_objext\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [[^ ]]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:__oline__: $lt_compile\\\"\" >&AS_MESSAGE_LOG_FD)\n   (eval \"$lt_compile\" 2>out/conftest.err)\n   ac_status=$?\n   cat out/conftest.err >&AS_MESSAGE_LOG_FD\n   echo \"$as_me:__oline__: \\$? = $ac_status\" >&AS_MESSAGE_LOG_FD\n   if (exit $ac_status) && test -s out/conftest2.$ac_objext\n   then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' > out/conftest.exp\n     $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2\n     if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then\n       _LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)=yes\n     fi\n   fi\n   chmod u+w . 2>&AS_MESSAGE_LOG_FD\n   $rm conftest*\n   # SGI C++ compiler will create directory out/ii_files/ for\n   # template instantiation\n   test -d out/ii_files && $rm out/ii_files/* && rmdir out/ii_files\n   $rm out/* && rmdir out\n   cd ..\n   rmdir conftest\n   $rm conftest*\n])\n])# AC_LIBTOOL_PROG_CC_C_O\n\n\n# AC_LIBTOOL_SYS_HARD_LINK_LOCKS([TAGNAME])\n# -----------------------------------------\n# Check to see if we can do hard links to lock some files if needed\nAC_DEFUN([AC_LIBTOOL_SYS_HARD_LINK_LOCKS],\n[AC_REQUIRE([_LT_AC_LOCK])dnl\n\nhard_links=\"nottested\"\nif test \"$_LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)\" = no && test \"$need_locks\" != no; then\n  # do not overwrite the value of need_locks provided by the user\n  AC_MSG_CHECKING([if we can lock with hard links])\n  hard_links=yes\n  $rm conftest*\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  touch conftest.a\n  ln conftest.a conftest.b 2>&5 || hard_links=no\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  AC_MSG_RESULT([$hard_links])\n  if test \"$hard_links\" = no; then\n    AC_MSG_WARN([`$CC' does not support `-c -o', so `make -j' may be unsafe])\n    need_locks=warn\n  fi\nelse\n  need_locks=no\nfi\n])# AC_LIBTOOL_SYS_HARD_LINK_LOCKS\n\n\n# AC_LIBTOOL_OBJDIR\n# -----------------\nAC_DEFUN([AC_LIBTOOL_OBJDIR],\n[AC_CACHE_CHECK([for objdir], [lt_cv_objdir],\n[rm -f .libs 2>/dev/null\nmkdir .libs 2>/dev/null\nif test -d .libs; then\n  lt_cv_objdir=.libs\nelse\n  # MS-DOS does not allow filenames that begin with a dot.\n  lt_cv_objdir=_libs\nfi\nrmdir .libs 2>/dev/null])\nobjdir=$lt_cv_objdir\n])# AC_LIBTOOL_OBJDIR\n\n\n# AC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH([TAGNAME])\n# ----------------------------------------------\n# Check hardcoding attributes.\nAC_DEFUN([AC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH],\n[AC_MSG_CHECKING([how to hardcode library paths into programs])\n_LT_AC_TAGVAR(hardcode_action, $1)=\nif test -n \"$_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)\" || \\\n   test -n \"$_LT_AC_TAGVAR(runpath_var, $1)\" || \\\n   test \"X$_LT_AC_TAGVAR(hardcode_automatic, $1)\" = \"Xyes\" ; then\n\n  # We can hardcode non-existant directories.\n  if test \"$_LT_AC_TAGVAR(hardcode_direct, $1)\" != no &&\n     # If the only mechanism to avoid hardcoding is shlibpath_var, we\n     # have to relink, otherwise we might link with an installed library\n     # when we should be linking with a yet-to-be-installed one\n     ## test \"$_LT_AC_TAGVAR(hardcode_shlibpath_var, $1)\" != no &&\n     test \"$_LT_AC_TAGVAR(hardcode_minus_L, $1)\" != no; then\n    # Linking always hardcodes the temporary library directory.\n    _LT_AC_TAGVAR(hardcode_action, $1)=relink\n  else\n    # We can link without hardcoding, and we can hardcode nonexisting dirs.\n    _LT_AC_TAGVAR(hardcode_action, $1)=immediate\n  fi\nelse\n  # We cannot hardcode anything, or else we can only hardcode existing\n  # directories.\n  _LT_AC_TAGVAR(hardcode_action, $1)=unsupported\nfi\nAC_MSG_RESULT([$_LT_AC_TAGVAR(hardcode_action, $1)])\n\nif test \"$_LT_AC_TAGVAR(hardcode_action, $1)\" = relink; then\n  # Fast installation is not supported\n  enable_fast_install=no\nelif test \"$shlibpath_overrides_runpath\" = yes ||\n     test \"$enable_shared\" = no; then\n  # Fast installation is not necessary\n  enable_fast_install=needless\nfi\n])# AC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH\n\n\n# AC_LIBTOOL_SYS_LIB_STRIP\n# ------------------------\nAC_DEFUN([AC_LIBTOOL_SYS_LIB_STRIP],\n[striplib=\nold_striplib=\nAC_MSG_CHECKING([whether stripping libraries is possible])\nif test -n \"$STRIP\" && $STRIP -V 2>&1 | grep \"GNU strip\" >/dev/null; then\n  test -z \"$old_striplib\" && old_striplib=\"$STRIP --strip-debug\"\n  test -z \"$striplib\" && striplib=\"$STRIP --strip-unneeded\"\n  AC_MSG_RESULT([yes])\nelse\n# FIXME - insert some real tests, host_os isn't really good enough\n  case $host_os in\n   darwin*)\n       if test -n \"$STRIP\" ; then\n         striplib=\"$STRIP -x\"\n         AC_MSG_RESULT([yes])\n       else\n  AC_MSG_RESULT([no])\nfi\n       ;;\n   *)\n  AC_MSG_RESULT([no])\n    ;;\n  esac\nfi\n])# AC_LIBTOOL_SYS_LIB_STRIP\n\n\n# AC_LIBTOOL_SYS_DYNAMIC_LINKER\n# -----------------------------\n# PORTME Fill in your ld.so characteristics\nAC_DEFUN([AC_LIBTOOL_SYS_DYNAMIC_LINKER],\n[AC_MSG_CHECKING([dynamic linker characteristics])\nlibrary_names_spec=\nlibname_spec='lib$name'\nsoname_spec=\nshrext_cmds=\".so\"\npostinstall_cmds=\npostuninstall_cmds=\nfinish_cmds=\nfinish_eval=\nshlibpath_var=\nshlibpath_overrides_runpath=unknown\nversion_type=none\ndynamic_linker=\"$host_os ld.so\"\nsys_lib_dlsearch_path_spec=\"/lib /usr/lib\"\nif test \"$GCC\" = yes; then\n  sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n  if echo \"$sys_lib_search_path_spec\" | grep ';' >/dev/null ; then\n    # if the path contains \";\" then we assume it to be the separator\n    # otherwise default to the standard path separator (i.e. \":\") - it is\n    # assumed that no part of a normal pathname contains \";\" but that should\n    # okay in the real world where \";\" in dirpaths is itself problematic.\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n  else\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n  fi\nelse\n  sys_lib_search_path_spec=\"/lib /usr/lib /usr/local/lib\"\nfi\nneed_lib_prefix=unknown\nhardcode_into_libs=no\n\n# when you set need_version to no, make sure it does not cause -set_version\n# flags to be left without arguments\nneed_version=unknown\n\ncase $host_os in\naix3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix $libname.a'\n  shlibpath_var=LIBPATH\n\n  # AIX 3 has no versioning support, so we append a major version to the name.\n  soname_spec='${libname}${release}${shared_ext}$major'\n  ;;\n\naix4* | aix5*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  hardcode_into_libs=yes\n  if test \"$host_cpu\" = ia64; then\n    # AIX 5 supports IA64\n    library_names_spec='${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext}$versuffix $libname${shared_ext}'\n    shlibpath_var=LD_LIBRARY_PATH\n  else\n    # With GCC up to 2.95.x, collect2 would create an import file\n    # for dependence libraries.  The import file would start with\n    # the line `#! .'.  This would cause the generated library to\n    # depend on `.', always an invalid library.  This was fixed in\n    # development snapshots of GCC prior to 3.0.\n    case $host_os in\n      aix4 | aix4.[[01]] | aix4.[[01]].*)\n      if { echo '#if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 97)'\n\t   echo ' yes '\n\t   echo '#endif'; } | ${CC} -E - | grep yes > /dev/null; then\n\t:\n      else\n\tcan_build_shared=no\n      fi\n      ;;\n    esac\n    # AIX (on Power*) has no versioning support, so currently we can not hardcode correct\n    # soname into executable. Probably we can add versioning support to\n    # collect2, so additional links can be useful in future.\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # If using run time linking (on AIX 4.2 or later) use lib<name>.so\n      # instead of lib<name>.a to let people know that these are not\n      # typical AIX shared libraries.\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    else\n      # We preserve .a as extension for shared libraries through AIX4.2\n      # and later when we are not doing run time linking.\n      library_names_spec='${libname}${release}.a $libname.a'\n      soname_spec='${libname}${release}${shared_ext}$major'\n    fi\n    shlibpath_var=LIBPATH\n  fi\n  ;;\n\namigaos*)\n  library_names_spec='$libname.ixlibrary $libname.a'\n  # Create ${libname}_ixlibrary.a entries in /sys/libs.\n  finish_eval='for lib in `ls $libdir/*.ixlibrary 2>/dev/null`; do libname=`$echo \"X$lib\" | $Xsed -e '\\''s%^.*/\\([[^/]]*\\)\\.ixlibrary$%\\1%'\\''`; test $rm /sys/libs/${libname}_ixlibrary.a; $show \"cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a\"; cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a || exit 1; done'\n  ;;\n\nbeos*)\n  library_names_spec='${libname}${shared_ext}'\n  dynamic_linker=\"$host_os ld.so\"\n  shlibpath_var=LIBRARY_PATH\n  ;;\n\nbsdi[[45]]*)\n  version_type=linux\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/shlib /usr/lib /usr/X11/lib /usr/contrib/lib /lib /usr/local/lib\"\n  sys_lib_dlsearch_path_spec=\"/shlib /usr/lib /usr/local/lib\"\n  # the default ld.so.conf also contains /usr/contrib/lib and\n  # /usr/X11R6/lib (/usr/X11 is a link to /usr/X11R6), but let us allow\n  # libtool to hard-code these into programs\n  ;;\n\ncygwin* | mingw* | pw32*)\n  version_type=windows\n  shrext_cmds=\".dll\"\n  need_version=no\n  need_lib_prefix=no\n\n  case $GCC,$host_os in\n  yes,cygwin* | yes,mingw* | yes,pw32*)\n    library_names_spec='$libname.dll.a'\n    # DLL is installed to $(libdir)/../bin by postinstall_cmds\n    postinstall_cmds='base_file=`basename \\${file}`~\n      dlpath=`$SHELL 2>&1 -c '\\''. $dir/'\\''\\${base_file}'\\''i;echo \\$dlname'\\''`~\n      dldir=$destdir/`dirname \\$dlpath`~\n      test -d \\$dldir || mkdir -p \\$dldir~\n      $install_prog $dir/$dlname \\$dldir/$dlname~\n      chmod a+x \\$dldir/$dlname'\n    postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\\''. $file; echo \\$dlname'\\''`~\n      dlpath=$dir/\\$dldll~\n       $rm \\$dlpath'\n    shlibpath_overrides_runpath=yes\n\n    case $host_os in\n    cygwin*)\n      # Cygwin DLLs use 'cyg' prefix rather than 'lib'\n      soname_spec='`echo ${libname} | sed -e 's/^lib/cyg/'``echo ${release} | $SED -e 's/[[.]]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=\"/usr/lib /lib/w32api /lib /usr/local/lib\"\n      ;;\n    mingw*)\n      # MinGW DLLs use traditional 'lib' prefix\n      soname_spec='${libname}`echo ${release} | $SED -e 's/[[.]]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n      if echo \"$sys_lib_search_path_spec\" | [grep ';[c-zC-Z]:/' >/dev/null]; then\n        # It is most probably a Windows format PATH printed by\n        # mingw gcc, but we are running on Cygwin. Gcc prints its search\n        # path with ; separators, and with drive letters. We can handle the\n        # drive letters (cygwin fileutils understands them), so leave them,\n        # especially as we might pass files found there to a mingw objdump,\n        # which wouldn't understand a cygwinified path. Ahh.\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n      else\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n      fi\n      ;;\n    pw32*)\n      # pw32 DLLs use 'pw' prefix rather than 'lib'\n      library_names_spec='`echo ${libname} | sed -e 's/^lib/pw/'``echo ${release} | $SED -e 's/[[.]]/-/g'`${versuffix}${shared_ext}'\n      ;;\n    esac\n    ;;\n\n  *)\n    library_names_spec='${libname}`echo ${release} | $SED -e 's/[[.]]/-/g'`${versuffix}${shared_ext} $libname.lib'\n    ;;\n  esac\n  dynamic_linker='Win32 ld.exe'\n  # FIXME: first we should search . and the directory the executable is in\n  shlibpath_var=PATH\n  ;;\n\ndarwin* | rhapsody*)\n  dynamic_linker=\"$host_os dyld\"\n  version_type=darwin\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${versuffix}$shared_ext ${libname}${release}${major}$shared_ext ${libname}$shared_ext'\n  soname_spec='${libname}${release}${major}$shared_ext'\n  shlibpath_overrides_runpath=yes\n  shlibpath_var=DYLD_LIBRARY_PATH\n  shrext_cmds='`test .$module = .yes && echo .so || echo .dylib`'\n  # Apple's gcc prints 'gcc -print-search-dirs' doesn't operate the same.\n  if test \"$GCC\" = yes; then\n    sys_lib_search_path_spec=`$CC -print-search-dirs | tr \"\\n\" \"$PATH_SEPARATOR\" | sed -e 's/libraries:/@libraries:/' | tr \"@\" \"\\n\" | grep \"^libraries:\" | sed -e \"s/^libraries://\" -e \"s,=/,/,g\" -e \"s,$PATH_SEPARATOR, ,g\" -e \"s,.*,& /lib /usr/lib /usr/local/lib,g\"`\n  else\n    sys_lib_search_path_spec='/lib /usr/lib /usr/local/lib'\n  fi\n  sys_lib_dlsearch_path_spec='/usr/local/lib /lib /usr/lib'\n  ;;\n\ndgux*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname$shared_ext'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\nfreebsd1*)\n  dynamic_linker=no\n  ;;\n\nfreebsd* | dragonfly*)\n  # DragonFly does not have aout.  When/if they implement a new\n  # versioning mechanism, adjust this.\n  if test -x /usr/bin/objformat; then\n    objformat=`/usr/bin/objformat`\n  else\n    case $host_os in\n    freebsd[[123]]*) objformat=aout ;;\n    *) objformat=elf ;;\n    esac\n  fi\n  version_type=freebsd-$objformat\n  case $version_type in\n    freebsd-elf*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n      need_version=no\n      need_lib_prefix=no\n      ;;\n    freebsd-*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix $libname${shared_ext}$versuffix'\n      need_version=yes\n      ;;\n  esac\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_os in\n  freebsd2*)\n    shlibpath_overrides_runpath=yes\n    ;;\n  freebsd3.[[01]]* | freebsdelf3.[[01]]*)\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  freebsd3.[[2-9]]* | freebsdelf3.[[2-9]]* | \\\n  freebsd4.[[0-5]] | freebsdelf4.[[0-5]] | freebsd4.1.1 | freebsdelf4.1.1)\n    shlibpath_overrides_runpath=no\n    hardcode_into_libs=yes\n    ;;\n  freebsd*) # from 4.6 on\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  esac\n  ;;\n\ngnu*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}${major} ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  ;;\n\nhpux9* | hpux10* | hpux11*)\n  # Give a soname corresponding to the major version so that dld.sl refuses to\n  # link against other versions.\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  case $host_cpu in\n  ia64*)\n    shrext_cmds='.so'\n    hardcode_into_libs=yes\n    dynamic_linker=\"$host_os dld.so\"\n    shlibpath_var=LD_LIBRARY_PATH\n    shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    if test \"X$HPUX_IA64_MODE\" = X32; then\n      sys_lib_search_path_spec=\"/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib\"\n    else\n      sys_lib_search_path_spec=\"/usr/lib/hpux64 /usr/local/lib/hpux64\"\n    fi\n    sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n    ;;\n   hppa*64*)\n     shrext_cmds='.sl'\n     hardcode_into_libs=yes\n     dynamic_linker=\"$host_os dld.sl\"\n     shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH\n     shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n     library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n     soname_spec='${libname}${release}${shared_ext}$major'\n     sys_lib_search_path_spec=\"/usr/lib/pa20_64 /usr/ccs/lib/pa20_64\"\n     sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n     ;;\n   *)\n    shrext_cmds='.sl'\n    dynamic_linker=\"$host_os dld.sl\"\n    shlibpath_var=SHLIB_PATH\n    shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    ;;\n  esac\n  # HP-UX runs *really* slowly unless shared libraries are mode 555.\n  postinstall_cmds='chmod 555 $lib'\n  ;;\n\ninterix3*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $host_os in\n    nonstopux*) version_type=nonstopux ;;\n    *)\n\tif test \"$lt_cv_prog_gnu_ld\" = yes; then\n\t\tversion_type=linux\n\telse\n\t\tversion_type=irix\n\tfi ;;\n  esac\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}'\n  case $host_os in\n  irix5* | nonstopux*)\n    libsuff= shlibsuff=\n    ;;\n  *)\n    case $LD in # libtool.m4 will add one of these switches to LD\n    *-32|*\"-32 \"|*-melf32bsmip|*\"-melf32bsmip \")\n      libsuff= shlibsuff= libmagic=32-bit;;\n    *-n32|*\"-n32 \"|*-melf32bmipn32|*\"-melf32bmipn32 \")\n      libsuff=32 shlibsuff=N32 libmagic=N32;;\n    *-64|*\"-64 \"|*-melf64bmip|*\"-melf64bmip \")\n      libsuff=64 shlibsuff=64 libmagic=64-bit;;\n    *) libsuff= shlibsuff= libmagic=never-match;;\n    esac\n    ;;\n  esac\n  shlibpath_var=LD_LIBRARY${shlibsuff}_PATH\n  shlibpath_overrides_runpath=no\n  sys_lib_search_path_spec=\"/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}\"\n  sys_lib_dlsearch_path_spec=\"/usr/lib${libsuff} /lib${libsuff}\"\n  hardcode_into_libs=yes\n  ;;\n\n# No shared lib support for Linux oldld, aout, or coff.\nlinux*oldld* | linux*aout* | linux*coff*)\n  dynamic_linker=no\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -n $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  # This implies no fast_install, which is unacceptable.\n  # Some rework will be needed to allow for fast_install\n  # before this can be enabled.\n  hardcode_into_libs=yes\n\n  # Append ld.so.conf contents to the search path\n  if test -f /etc/ld.so.conf; then\n    lt_ld_extra=`awk '/^include / { system(sprintf(\"cd /etc; cat %s\", \\[$]2)); skip = 1; } { if (!skip) print \\[$]0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;s/[:,\t]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;/^$/d' | tr '\\n' ' '`\n    sys_lib_dlsearch_path_spec=\"/lib /usr/lib $lt_ld_extra\"\n  fi\n\n  # We used to test for /lib/ld.so.1 and disable shared libraries on\n  # powerpc, because MkLinux only supported shared libraries with the\n  # GNU dynamic linker.  Since this was broken with cross compilers,\n  # most powerpc-linux boxes support dynamic linking these days and\n  # people can always --disable-shared, the test was removed, and we\n  # assume the GNU/Linux dynamic linker is in use.\n  dynamic_linker='GNU/Linux ld.so'\n  ;;\n\nnetbsdelf*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  dynamic_linker='NetBSD ld.elf_so'\n  ;;\n\nnetbsd*)\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n    finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n    dynamic_linker='NetBSD (a.out) ld.so'\n  else\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    dynamic_linker='NetBSD ld.elf_so'\n  fi\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  ;;\n\nnewsos6)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nnto-qnx*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nopenbsd*)\n  version_type=sunos\n  sys_lib_dlsearch_path_spec=\"/usr/lib\"\n  need_lib_prefix=no\n  # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs.\n  case $host_os in\n    openbsd3.3 | openbsd3.3.*) need_version=yes ;;\n    *)                         need_version=no  ;;\n  esac\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    case $host_os in\n      openbsd2.[[89]] | openbsd2.[[89]].*)\n\tshlibpath_overrides_runpath=no\n\t;;\n      *)\n\tshlibpath_overrides_runpath=yes\n\t;;\n      esac\n  else\n    shlibpath_overrides_runpath=yes\n  fi\n  ;;\n\nos2*)\n  libname_spec='$name'\n  shrext_cmds=\".dll\"\n  need_lib_prefix=no\n  library_names_spec='$libname${shared_ext} $libname.a'\n  dynamic_linker='OS/2 ld.exe'\n  shlibpath_var=LIBPATH\n  ;;\n\nosf3* | osf4* | osf5*)\n  version_type=osf\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib\"\n  sys_lib_dlsearch_path_spec=\"$sys_lib_search_path_spec\"\n  ;;\n\nsolaris*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  # ldd complains unless libraries are executable\n  postinstall_cmds='chmod +x $lib'\n  ;;\n\nsunos4*)\n  version_type=sunos\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/usr/etc\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  if test \"$with_gnu_ld\" = yes; then\n    need_lib_prefix=no\n  fi\n  need_version=yes\n  ;;\n\nsysv4 | sysv4.3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_vendor in\n    sni)\n      shlibpath_overrides_runpath=no\n      need_lib_prefix=no\n      export_dynamic_flag_spec='${wl}-Blargedynsym'\n      runpath_var=LD_RUN_PATH\n      ;;\n    siemens)\n      need_lib_prefix=no\n      ;;\n    motorola)\n      need_lib_prefix=no\n      need_version=no\n      shlibpath_overrides_runpath=no\n      sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib'\n      ;;\n  esac\n  ;;\n\nsysv4*MP*)\n  if test -d /usr/nec ;then\n    version_type=linux\n    library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}'\n    soname_spec='$libname${shared_ext}.$major'\n    shlibpath_var=LD_LIBRARY_PATH\n  fi\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  version_type=freebsd-elf\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib'\n    shlibpath_overrides_runpath=no\n  else\n    sys_lib_search_path_spec='/usr/ccs/lib /usr/lib'\n    shlibpath_overrides_runpath=yes\n    case $host_os in\n      sco3.2v5*)\n        sys_lib_search_path_spec=\"$sys_lib_search_path_spec /lib\"\n\t;;\n    esac\n  fi\n  sys_lib_dlsearch_path_spec='/usr/lib'\n  ;;\n\nuts4*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\n*)\n  dynamic_linker=no\n  ;;\nesac\nAC_MSG_RESULT([$dynamic_linker])\ntest \"$dynamic_linker\" = no && can_build_shared=no\n\nvariables_saved_for_relink=\"PATH $shlibpath_var $runpath_var\"\nif test \"$GCC\" = yes; then\n  variables_saved_for_relink=\"$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH\"\nfi\n])# AC_LIBTOOL_SYS_DYNAMIC_LINKER\n\n\n# _LT_AC_TAGCONFIG\n# ----------------\nAC_DEFUN([_LT_AC_TAGCONFIG],\n[AC_ARG_WITH([tags],\n    [AC_HELP_STRING([--with-tags@<:@=TAGS@:>@],\n        [include additional configurations @<:@automatic@:>@])],\n    [tagnames=\"$withval\"])\n\nif test -f \"$ltmain\" && test -n \"$tagnames\"; then\n  if test ! -f \"${ofile}\"; then\n    AC_MSG_WARN([output file `$ofile' does not exist])\n  fi\n\n  if test -z \"$LTCC\"; then\n    eval \"`$SHELL ${ofile} --config | grep '^LTCC='`\"\n    if test -z \"$LTCC\"; then\n      AC_MSG_WARN([output file `$ofile' does not look like a libtool script])\n    else\n      AC_MSG_WARN([using `LTCC=$LTCC', extracted from `$ofile'])\n    fi\n  fi\n  if test -z \"$LTCFLAGS\"; then\n    eval \"`$SHELL ${ofile} --config | grep '^LTCFLAGS='`\"\n  fi\n\n  # Extract list of available tagged configurations in $ofile.\n  # Note that this assumes the entire list is on one line.\n  available_tags=`grep \"^available_tags=\" \"${ofile}\" | $SED -e 's/available_tags=\\(.*$\\)/\\1/' -e 's/\\\"//g'`\n\n  lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n  for tagname in $tagnames; do\n    IFS=\"$lt_save_ifs\"\n    # Check whether tagname contains only valid characters\n    case `$echo \"X$tagname\" | $Xsed -e 's:[[-_ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz1234567890,/]]::g'` in\n    \"\") ;;\n    *)  AC_MSG_ERROR([invalid tag name: $tagname])\n\t;;\n    esac\n\n    if grep \"^# ### BEGIN LIBTOOL TAG CONFIG: $tagname$\" < \"${ofile}\" > /dev/null\n    then\n      AC_MSG_ERROR([tag name \\\"$tagname\\\" already exists])\n    fi\n\n    # Update the list of available tags.\n    if test -n \"$tagname\"; then\n      echo appending configuration tag \\\"$tagname\\\" to $ofile\n\n      case $tagname in\n      CXX)\n\tif test -n \"$CXX\" && ( test \"X$CXX\" != \"Xno\" &&\n\t    ( (test \"X$CXX\" = \"Xg++\" && `g++ -v >/dev/null 2>&1` ) ||\n\t    (test \"X$CXX\" != \"Xg++\"))) ; then\n\t  AC_LIBTOOL_LANG_CXX_CONFIG\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      F77)\n\tif test -n \"$F77\" && test \"X$F77\" != \"Xno\"; then\n\t  AC_LIBTOOL_LANG_F77_CONFIG\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      GCJ)\n\tif test -n \"$GCJ\" && test \"X$GCJ\" != \"Xno\"; then\n\t  AC_LIBTOOL_LANG_GCJ_CONFIG\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      RC)\n\tAC_LIBTOOL_LANG_RC_CONFIG\n\t;;\n\n      *)\n\tAC_MSG_ERROR([Unsupported tag name: $tagname])\n\t;;\n      esac\n\n      # Append the new tag name to the list of available tags.\n      if test -n \"$tagname\" ; then\n      available_tags=\"$available_tags $tagname\"\n    fi\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n\n  # Now substitute the updated list of available tags.\n  if eval \"sed -e 's/^available_tags=.*\\$/available_tags=\\\"$available_tags\\\"/' \\\"$ofile\\\" > \\\"${ofile}T\\\"\"; then\n    mv \"${ofile}T\" \"$ofile\"\n    chmod +x \"$ofile\"\n  else\n    rm -f \"${ofile}T\"\n    AC_MSG_ERROR([unable to update list of available tagged configurations.])\n  fi\nfi\n])# _LT_AC_TAGCONFIG\n\n\n# AC_LIBTOOL_DLOPEN\n# -----------------\n# enable checks for dlopen support\nAC_DEFUN([AC_LIBTOOL_DLOPEN],\n [AC_BEFORE([$0],[AC_LIBTOOL_SETUP])\n])# AC_LIBTOOL_DLOPEN\n\n\n# AC_LIBTOOL_WIN32_DLL\n# --------------------\n# declare package support for building win32 DLLs\nAC_DEFUN([AC_LIBTOOL_WIN32_DLL],\n[AC_BEFORE([$0], [AC_LIBTOOL_SETUP])\n])# AC_LIBTOOL_WIN32_DLL\n\n\n# AC_ENABLE_SHARED([DEFAULT])\n# ---------------------------\n# implement the --enable-shared flag\n# DEFAULT is either `yes' or `no'.  If omitted, it defaults to `yes'.\nAC_DEFUN([AC_ENABLE_SHARED],\n[define([AC_ENABLE_SHARED_DEFAULT], ifelse($1, no, no, yes))dnl\nAC_ARG_ENABLE([shared],\n    [AC_HELP_STRING([--enable-shared@<:@=PKGS@:>@],\n\t[build shared libraries @<:@default=]AC_ENABLE_SHARED_DEFAULT[@:>@])],\n    [p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_shared=yes ;;\n    no) enable_shared=no ;;\n    *)\n      enable_shared=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_shared=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac],\n    [enable_shared=]AC_ENABLE_SHARED_DEFAULT)\n])# AC_ENABLE_SHARED\n\n\n# AC_DISABLE_SHARED\n# -----------------\n# set the default shared flag to --disable-shared\nAC_DEFUN([AC_DISABLE_SHARED],\n[AC_BEFORE([$0],[AC_LIBTOOL_SETUP])dnl\nAC_ENABLE_SHARED(no)\n])# AC_DISABLE_SHARED\n\n\n# AC_ENABLE_STATIC([DEFAULT])\n# ---------------------------\n# implement the --enable-static flag\n# DEFAULT is either `yes' or `no'.  If omitted, it defaults to `yes'.\nAC_DEFUN([AC_ENABLE_STATIC],\n[define([AC_ENABLE_STATIC_DEFAULT], ifelse($1, no, no, yes))dnl\nAC_ARG_ENABLE([static],\n    [AC_HELP_STRING([--enable-static@<:@=PKGS@:>@],\n\t[build static libraries @<:@default=]AC_ENABLE_STATIC_DEFAULT[@:>@])],\n    [p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_static=yes ;;\n    no) enable_static=no ;;\n    *)\n     enable_static=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_static=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac],\n    [enable_static=]AC_ENABLE_STATIC_DEFAULT)\n])# AC_ENABLE_STATIC\n\n\n# AC_DISABLE_STATIC\n# -----------------\n# set the default static flag to --disable-static\nAC_DEFUN([AC_DISABLE_STATIC],\n[AC_BEFORE([$0],[AC_LIBTOOL_SETUP])dnl\nAC_ENABLE_STATIC(no)\n])# AC_DISABLE_STATIC\n\n\n# AC_ENABLE_FAST_INSTALL([DEFAULT])\n# ---------------------------------\n# implement the --enable-fast-install flag\n# DEFAULT is either `yes' or `no'.  If omitted, it defaults to `yes'.\nAC_DEFUN([AC_ENABLE_FAST_INSTALL],\n[define([AC_ENABLE_FAST_INSTALL_DEFAULT], ifelse($1, no, no, yes))dnl\nAC_ARG_ENABLE([fast-install],\n    [AC_HELP_STRING([--enable-fast-install@<:@=PKGS@:>@],\n    [optimize for fast installation @<:@default=]AC_ENABLE_FAST_INSTALL_DEFAULT[@:>@])],\n    [p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_fast_install=yes ;;\n    no) enable_fast_install=no ;;\n    *)\n      enable_fast_install=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_fast_install=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac],\n    [enable_fast_install=]AC_ENABLE_FAST_INSTALL_DEFAULT)\n])# AC_ENABLE_FAST_INSTALL\n\n\n# AC_DISABLE_FAST_INSTALL\n# -----------------------\n# set the default to --disable-fast-install\nAC_DEFUN([AC_DISABLE_FAST_INSTALL],\n[AC_BEFORE([$0],[AC_LIBTOOL_SETUP])dnl\nAC_ENABLE_FAST_INSTALL(no)\n])# AC_DISABLE_FAST_INSTALL\n\n\n# AC_LIBTOOL_PICMODE([MODE])\n# --------------------------\n# implement the --with-pic flag\n# MODE is either `yes' or `no'.  If omitted, it defaults to `both'.\nAC_DEFUN([AC_LIBTOOL_PICMODE],\n[AC_BEFORE([$0],[AC_LIBTOOL_SETUP])dnl\npic_mode=ifelse($#,1,$1,default)\n])# AC_LIBTOOL_PICMODE\n\n\n# AC_PROG_EGREP\n# -------------\n# This is predefined starting with Autoconf 2.54, so this conditional\n# definition can be removed once we require Autoconf 2.54 or later.\nm4_ifndef([AC_PROG_EGREP], [AC_DEFUN([AC_PROG_EGREP],\n[AC_CACHE_CHECK([for egrep], [ac_cv_prog_egrep],\n   [if echo a | (grep -E '(a|b)') >/dev/null 2>&1\n    then ac_cv_prog_egrep='grep -E'\n    else ac_cv_prog_egrep='egrep'\n    fi])\n EGREP=$ac_cv_prog_egrep\n AC_SUBST([EGREP])\n])])\n\n\n# AC_PATH_TOOL_PREFIX\n# -------------------\n# find a file program which can recognise shared library\nAC_DEFUN([AC_PATH_TOOL_PREFIX],\n[AC_REQUIRE([AC_PROG_EGREP])dnl\nAC_MSG_CHECKING([for $1])\nAC_CACHE_VAL(lt_cv_path_MAGIC_CMD,\n[case $MAGIC_CMD in\n[[\\\\/*] |  ?:[\\\\/]*])\n  lt_cv_path_MAGIC_CMD=\"$MAGIC_CMD\" # Let the user override the test with a path.\n  ;;\n*)\n  lt_save_MAGIC_CMD=\"$MAGIC_CMD\"\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\ndnl $ac_dummy forces splitting on constant user-supplied paths.\ndnl POSIX.2 word splitting is done only on the output of word expansions,\ndnl not every word.  This closes a longstanding sh security hole.\n  ac_dummy=\"ifelse([$2], , $PATH, [$2])\"\n  for ac_dir in $ac_dummy; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f $ac_dir/$1; then\n      lt_cv_path_MAGIC_CMD=\"$ac_dir/$1\"\n      if test -n \"$file_magic_test_file\"; then\n\tcase $deplibs_check_method in\n\t\"file_magic \"*)\n\t  file_magic_regex=`expr \"$deplibs_check_method\" : \"file_magic \\(.*\\)\"`\n\t  MAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\n\t  if eval $file_magic_cmd \\$file_magic_test_file 2> /dev/null |\n\t    $EGREP \"$file_magic_regex\" > /dev/null; then\n\t    :\n\t  else\n\t    cat <<EOF 1>&2\n\n*** Warning: the command libtool uses to detect shared libraries,\n*** $file_magic_cmd, produces output that libtool cannot recognize.\n*** The result is that libtool may fail to recognize shared libraries\n*** as such.  This will affect the creation of libtool libraries that\n*** depend on shared libraries, but programs linked with such libtool\n*** libraries will work regardless of this problem.  Nevertheless, you\n*** may want to report the problem to your system manager and/or to\n*** bug-libtool@gnu.org\n\nEOF\n\t  fi ;;\n\tesac\n      fi\n      break\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n  MAGIC_CMD=\"$lt_save_MAGIC_CMD\"\n  ;;\nesac])\nMAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\nif test -n \"$MAGIC_CMD\"; then\n  AC_MSG_RESULT($MAGIC_CMD)\nelse\n  AC_MSG_RESULT(no)\nfi\n])# AC_PATH_TOOL_PREFIX\n\n\n# AC_PATH_MAGIC\n# -------------\n# find a file program which can recognise a shared library\nAC_DEFUN([AC_PATH_MAGIC],\n[AC_PATH_TOOL_PREFIX(${ac_tool_prefix}file, /usr/bin$PATH_SEPARATOR$PATH)\nif test -z \"$lt_cv_path_MAGIC_CMD\"; then\n  if test -n \"$ac_tool_prefix\"; then\n    AC_PATH_TOOL_PREFIX(file, /usr/bin$PATH_SEPARATOR$PATH)\n  else\n    MAGIC_CMD=:\n  fi\nfi\n])# AC_PATH_MAGIC\n\n\n# AC_PROG_LD\n# ----------\n# find the pathname to the GNU or non-GNU linker\nAC_DEFUN([AC_PROG_LD],\n[AC_ARG_WITH([gnu-ld],\n    [AC_HELP_STRING([--with-gnu-ld],\n\t[assume the C compiler uses GNU ld @<:@default=no@:>@])],\n    [test \"$withval\" = no || with_gnu_ld=yes],\n    [with_gnu_ld=no])\nAC_REQUIRE([LT_AC_PROG_SED])dnl\nAC_REQUIRE([AC_PROG_CC])dnl\nAC_REQUIRE([AC_CANONICAL_HOST])dnl\nAC_REQUIRE([AC_CANONICAL_BUILD])dnl\nac_prog=ld\nif test \"$GCC\" = yes; then\n  # Check if gcc -print-prog-name=ld gives a path.\n  AC_MSG_CHECKING([for ld used by $CC])\n  case $host in\n  *-*-mingw*)\n    # gcc leaves a trailing carriage return which upsets mingw\n    ac_prog=`($CC -print-prog-name=ld) 2>&5 | tr -d '\\015'` ;;\n  *)\n    ac_prog=`($CC -print-prog-name=ld) 2>&5` ;;\n  esac\n  case $ac_prog in\n    # Accept absolute paths.\n    [[\\\\/]]* | ?:[[\\\\/]]*)\n      re_direlt='/[[^/]][[^/]]*/\\.\\./'\n      # Canonicalize the pathname of ld\n      ac_prog=`echo $ac_prog| $SED 's%\\\\\\\\%/%g'`\n      while echo $ac_prog | grep \"$re_direlt\" > /dev/null 2>&1; do\n\tac_prog=`echo $ac_prog| $SED \"s%$re_direlt%/%\"`\n      done\n      test -z \"$LD\" && LD=\"$ac_prog\"\n      ;;\n  \"\")\n    # If it fails, then pretend we aren't using GCC.\n    ac_prog=ld\n    ;;\n  *)\n    # If it is relative, then search for the first ld in PATH.\n    with_gnu_ld=unknown\n    ;;\n  esac\nelif test \"$with_gnu_ld\" = yes; then\n  AC_MSG_CHECKING([for GNU ld])\nelse\n  AC_MSG_CHECKING([for non-GNU ld])\nfi\nAC_CACHE_VAL(lt_cv_path_LD,\n[if test -z \"$LD\"; then\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  for ac_dir in $PATH; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f \"$ac_dir/$ac_prog\" || test -f \"$ac_dir/$ac_prog$ac_exeext\"; then\n      lt_cv_path_LD=\"$ac_dir/$ac_prog\"\n      # Check to see if the program is GNU ld.  I'd rather use --version,\n      # but apparently some variants of GNU ld only accept -v.\n      # Break only if it was the GNU/non-GNU ld that we prefer.\n      case `\"$lt_cv_path_LD\" -v 2>&1 </dev/null` in\n      *GNU* | *'with BFD'*)\n\ttest \"$with_gnu_ld\" != no && break\n\t;;\n      *)\n\ttest \"$with_gnu_ld\" != yes && break\n\t;;\n      esac\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\nelse\n  lt_cv_path_LD=\"$LD\" # Let the user override the test with a path.\nfi])\nLD=\"$lt_cv_path_LD\"\nif test -n \"$LD\"; then\n  AC_MSG_RESULT($LD)\nelse\n  AC_MSG_RESULT(no)\nfi\ntest -z \"$LD\" && AC_MSG_ERROR([no acceptable ld found in \\$PATH])\nAC_PROG_LD_GNU\n])# AC_PROG_LD\n\n\n# AC_PROG_LD_GNU\n# --------------\nAC_DEFUN([AC_PROG_LD_GNU],\n[AC_REQUIRE([AC_PROG_EGREP])dnl\nAC_CACHE_CHECK([if the linker ($LD) is GNU ld], lt_cv_prog_gnu_ld,\n[# I'd rather use --version here, but apparently some GNU lds only accept -v.\ncase `$LD -v 2>&1 </dev/null` in\n*GNU* | *'with BFD'*)\n  lt_cv_prog_gnu_ld=yes\n  ;;\n*)\n  lt_cv_prog_gnu_ld=no\n  ;;\nesac])\nwith_gnu_ld=$lt_cv_prog_gnu_ld\n])# AC_PROG_LD_GNU\n\n\n# AC_PROG_LD_RELOAD_FLAG\n# ----------------------\n# find reload flag for linker\n#   -- PORTME Some linkers may need a different reload flag.\nAC_DEFUN([AC_PROG_LD_RELOAD_FLAG],\n[AC_CACHE_CHECK([for $LD option to reload object files],\n  lt_cv_ld_reload_flag,\n  [lt_cv_ld_reload_flag='-r'])\nreload_flag=$lt_cv_ld_reload_flag\ncase $reload_flag in\n\"\" | \" \"*) ;;\n*) reload_flag=\" $reload_flag\" ;;\nesac\nreload_cmds='$LD$reload_flag -o $output$reload_objs'\ncase $host_os in\n  darwin*)\n    if test \"$GCC\" = yes; then\n      reload_cmds='$LTCC $LTCFLAGS -nostdlib ${wl}-r -o $output$reload_objs'\n    else\n      reload_cmds='$LD$reload_flag -o $output$reload_objs'\n    fi\n    ;;\nesac\n])# AC_PROG_LD_RELOAD_FLAG\n\n\n# AC_DEPLIBS_CHECK_METHOD\n# -----------------------\n# how to check for library dependencies\n#  -- PORTME fill in with the dynamic library characteristics\nAC_DEFUN([AC_DEPLIBS_CHECK_METHOD],\n[AC_CACHE_CHECK([how to recognise dependent libraries],\nlt_cv_deplibs_check_method,\n[lt_cv_file_magic_cmd='$MAGIC_CMD'\nlt_cv_file_magic_test_file=\nlt_cv_deplibs_check_method='unknown'\n# Need to set the preceding variable on all platforms that support\n# interlibrary dependencies.\n# 'none' -- dependencies not supported.\n# `unknown' -- same as none, but documents that we really don't know.\n# 'pass_all' -- all dependencies passed with no checks.\n# 'test_compile' -- check by making test program.\n# 'file_magic [[regex]]' -- check by looking for files in library path\n# which responds to the $file_magic_cmd with a given extended regex.\n# If you have `file' or equivalent on your system and you're not sure\n# whether `pass_all' will *always* work, you probably want this one.\n\ncase $host_os in\naix4* | aix5*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nbeos*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nbsdi[[45]]*)\n  lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (shared object|dynamic lib)'\n  lt_cv_file_magic_cmd='/usr/bin/file -L'\n  lt_cv_file_magic_test_file=/shlib/libc.so\n  ;;\n\ncygwin*)\n  # func_win32_libid is a shell function defined in ltmain.sh\n  lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL'\n  lt_cv_file_magic_cmd='func_win32_libid'\n  ;;\n\nmingw* | pw32*)\n  # Base MSYS/MinGW do not provide the 'file' command needed by\n  # func_win32_libid shell function, so use a weaker test based on 'objdump'.\n  lt_cv_deplibs_check_method='file_magic file format pei*-i386(.*architecture: i386)?'\n  lt_cv_file_magic_cmd='$OBJDUMP -f'\n  ;;\n\ndarwin* | rhapsody*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nfreebsd* | dragonfly*)\n  if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then\n    case $host_cpu in\n    i*86 )\n      # Not sure whether the presence of OpenBSD here was a mistake.\n      # Let's accept both of them until this is cleared up.\n      lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD|DragonFly)/i[[3-9]]86 (compact )?demand paged shared library'\n      lt_cv_file_magic_cmd=/usr/bin/file\n      lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*`\n      ;;\n    esac\n  else\n    lt_cv_deplibs_check_method=pass_all\n  fi\n  ;;\n\ngnu*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nhpux10.20* | hpux11*)\n  lt_cv_file_magic_cmd=/usr/bin/file\n  case $host_cpu in\n  ia64*)\n    lt_cv_deplibs_check_method='file_magic (s[[0-9]][[0-9]][[0-9]]|ELF-[[0-9]][[0-9]]) shared object file - IA64'\n    lt_cv_file_magic_test_file=/usr/lib/hpux32/libc.so\n    ;;\n  hppa*64*)\n    [lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF-[0-9][0-9]) shared object file - PA-RISC [0-9].[0-9]']\n    lt_cv_file_magic_test_file=/usr/lib/pa20_64/libc.sl\n    ;;\n  *)\n    lt_cv_deplibs_check_method='file_magic (s[[0-9]][[0-9]][[0-9]]|PA-RISC[[0-9]].[[0-9]]) shared library'\n    lt_cv_file_magic_test_file=/usr/lib/libc.sl\n    ;;\n  esac\n  ;;\n\ninterix3*)\n  # PIC code is broken on Interix 3.x, that's why |\\.a not |_pic\\.a here\n  lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\\.so|\\.a)$'\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $LD in\n  *-32|*\"-32 \") libmagic=32-bit;;\n  *-n32|*\"-n32 \") libmagic=N32;;\n  *-64|*\"-64 \") libmagic=64-bit;;\n  *) libmagic=never-match;;\n  esac\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nnetbsd* | netbsdelf*-gnu)\n  if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then\n    lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\\.so\\.[[0-9]]+\\.[[0-9]]+|_pic\\.a)$'\n  else\n    lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\\.so|_pic\\.a)$'\n  fi\n  ;;\n\nnewos6*)\n  lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (executable|dynamic lib)'\n  lt_cv_file_magic_cmd=/usr/bin/file\n  lt_cv_file_magic_test_file=/usr/lib/libnls.so\n  ;;\n\nnto-qnx*)\n  lt_cv_deplibs_check_method=unknown\n  ;;\n\nopenbsd*)\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\\.so\\.[[0-9]]+\\.[[0-9]]+|\\.so|_pic\\.a)$'\n  else\n    lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\\.so\\.[[0-9]]+\\.[[0-9]]+|_pic\\.a)$'\n  fi\n  ;;\n\nosf3* | osf4* | osf5*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nsolaris*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nsysv4 | sysv4.3*)\n  case $host_vendor in\n  motorola)\n    lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (shared object|dynamic lib) M[[0-9]][[0-9]]* Version [[0-9]]'\n    lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*`\n    ;;\n  ncr)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  sequent)\n    lt_cv_file_magic_cmd='/bin/file'\n    lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB (shared object|dynamic lib )'\n    ;;\n  sni)\n    lt_cv_file_magic_cmd='/bin/file'\n    lt_cv_deplibs_check_method=\"file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB dynamic lib\"\n    lt_cv_file_magic_test_file=/lib/libc.so\n    ;;\n  siemens)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  pc)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  esac\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\nesac\n])\nfile_magic_cmd=$lt_cv_file_magic_cmd\ndeplibs_check_method=$lt_cv_deplibs_check_method\ntest -z \"$deplibs_check_method\" && deplibs_check_method=unknown\n])# AC_DEPLIBS_CHECK_METHOD\n\n\n# AC_PROG_NM\n# ----------\n# find the pathname to a BSD-compatible name lister\nAC_DEFUN([AC_PROG_NM],\n[AC_CACHE_CHECK([for BSD-compatible nm], lt_cv_path_NM,\n[if test -n \"$NM\"; 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This deserves some investigation.  FIXME\n      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n    else\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    fi\n    ;;\n\n  chorus*)\n    case $cc_basename in\n      *)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n    esac\n    ;;\n\n  cygwin* | mingw* | pw32*)\n    # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1) is actually meaningless,\n    # as there is no search path for DLLs.\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n    _LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n    _LT_AC_TAGVAR(always_export_symbols, $1)=no\n    _LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)=yes\n\n    if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      # If the export-symbols file already is a .def file (1st line\n      # is EXPORTS), use it as is; otherwise, prepend...\n      _LT_AC_TAGVAR(archive_expsym_cmds, $1)='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\tcp $export_symbols $output_objdir/$soname.def;\n      else\n\techo EXPORTS > $output_objdir/$soname.def;\n\tcat $export_symbols >> $output_objdir/$soname.def;\n      fi~\n      $CC -shared -nostdlib $output_objdir/$soname.def $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n    else\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    fi\n  ;;\n      darwin* | rhapsody*)\n        case $host_os in\n        rhapsody* | darwin1.[[012]])\n         _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[[012]])\n               _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n        esac\n      _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n      _LT_AC_TAGVAR(hardcode_direct, $1)=no\n      _LT_AC_TAGVAR(hardcode_automatic, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=unsupported\n      _LT_AC_TAGVAR(whole_archive_flag_spec, $1)=''\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n\n    if test \"$GXX\" = yes ; then\n      lt_int_apple_cc_single_mod=no\n      output_verbose_link_cmd='echo'\n      if $CC -dumpspecs 2>&1 | $EGREP 'single_module' >/dev/null ; then\n       lt_int_apple_cc_single_mod=yes\n      fi\n      if test \"X$lt_int_apple_cc_single_mod\" = Xyes ; then\n       _LT_AC_TAGVAR(archive_cmds, $1)='$CC -dynamiclib -single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      else\n          _LT_AC_TAGVAR(archive_cmds, $1)='$CC -r -keep_private_externs -nostdlib -o ${lib}-master.o $libobjs~$CC -dynamiclib $allow_undefined_flag -o $lib ${lib}-master.o $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n        fi\n        _LT_AC_TAGVAR(module_cmds, $1)='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n        # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n          if test \"X$lt_int_apple_cc_single_mod\" = Xyes ; then\n            _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib -single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          else\n            _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -r -keep_private_externs -nostdlib -o ${lib}-master.o $libobjs~$CC -dynamiclib $allow_undefined_flag -o $lib ${lib}-master.o $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          fi\n            _LT_AC_TAGVAR(module_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n          _LT_AC_TAGVAR(archive_cmds, $1)='$CC -qmkshrobj ${wl}-single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n          _LT_AC_TAGVAR(module_cmds, $1)='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n          _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj ${wl}-single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          _LT_AC_TAGVAR(module_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         _LT_AC_TAGVAR(ld_shlibs, $1)=no\n          ;;\n      esac\n      fi\n        ;;\n\n  dgux*)\n    case $cc_basename in\n      ec++*)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      ghcx*)\n\t# Green Hills C++ Compiler\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n    esac\n    ;;\n  freebsd[[12]]*)\n    # C++ shared libraries reported to be fairly broken before switch to ELF\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  freebsd-elf*)\n    _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n    ;;\n  freebsd* | dragonfly*)\n    # FreeBSD 3 and later use GNU C++ and GNU ld with standard ELF\n    # conventions\n    _LT_AC_TAGVAR(ld_shlibs, $1)=yes\n    ;;\n  gnu*)\n    ;;\n  hpux9*)\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}+b ${wl}$libdir'\n    _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n    _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n    _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n    _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes # Not in the search PATH,\n\t\t\t\t# but as the default\n\t\t\t\t# location of the library.\n\n    case $cc_basename in\n    CC*)\n      # FIXME: insert proper C++ library support\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      ;;\n    aCC*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/$soname~$CC -b ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      # Commands to make compiler produce verbose output that lists\n      # what \"hidden\" libraries, object files and flags are used when\n      # linking a shared library.\n      #\n      # There doesn't appear to be a way to prevent this compiler from\n      # explicitly linking system object files so we need to strip them\n      # from the output so that they don't get included in the library\n      # dependencies.\n      output_verbose_link_cmd='templist=`($CC -b $CFLAGS -v conftest.$objext 2>&1) | grep \"[[-]]L\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n      ;;\n    *)\n      if test \"$GXX\" = yes; then\n        _LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/$soname~$CC -shared -nostdlib -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n        # FIXME: insert proper C++ library support\n        _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n    esac\n    ;;\n  hpux10*|hpux11*)\n    if test $with_gnu_ld = no; then\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}+b ${wl}$libdir'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)='+b $libdir'\n        ;;\n      *)\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n        ;;\n      esac\n    fi\n    case $host_cpu in\n    hppa*64*|ia64*)\n      _LT_AC_TAGVAR(hardcode_direct, $1)=no\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n    *)\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes # Not in the search PATH,\n\t\t\t\t\t      # but as the default\n\t\t\t\t\t      # location of the library.\n      ;;\n    esac\n\n    case $cc_basename in\n      CC*)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      aCC*)\n\tcase $host_cpu in\n\thppa*64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\tia64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\t*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\tesac\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`($CC -b $CFLAGS -v conftest.$objext 2>&1) | grep \"\\-L\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes; then\n\t  if test $with_gnu_ld = no; then\n\t    case $host_cpu in\n\t    hppa*64*)\n\t      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    ia64*)\n\t      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    *)\n\t      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    esac\n\t  fi\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  _LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tfi\n\t;;\n    esac\n    ;;\n  interix3*)\n    _LT_AC_TAGVAR(hardcode_direct, $1)=no\n    _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n    _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n    # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n    # Instead, shared libraries are loaded at an image base (0x10000000 by\n    # default) and relocated if they conflict, which is a slow very memory\n    # consuming and fragmenting process.  To avoid this, we pick a random,\n    # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n    # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n    _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n    ;;\n  irix5* | irix6*)\n    case $cc_basename in\n      CC*)\n\t# SGI C++\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -all -multigot $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -ar\", where \"CC\" is the IRIX C++ compiler.  This is\n\t# necessary to make sure instantiated templates are included\n\t# in the archive.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC -ar -WR,-u -o $oldlib $oldobjs'\n\t;;\n      *)\n\tif test \"$GXX\" = yes; then\n\t  if test \"$with_gnu_ld\" = no; then\n\t    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\t  else\n\t    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` -o $lib'\n\t  fi\n\tfi\n\t_LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n\t;;\n    esac\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n    _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n    ;;\n  linux* | k*bsd*-gnu)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\t_LT_AC_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\\''s/\\([[^()0-9A-Za-z{}]]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\\''s/\\([[^()0-9A-Za-z{}]]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib ${wl}-retain-symbols-file,$export_symbols; mv \\$templib $lib'\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC $CFLAGS -v conftest.$objext -o libconftest$shared_ext 2>&1 | grep \"ld\"`; rm -f libconftest$shared_ext; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}--rpath,$libdir'\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic'\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -Bstatic\", where \"CC\" is the KAI C++ compiler.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC -Bstatic -o $oldlib $oldobjs'\n\t;;\n      icpc*)\n\t# Intel C++\n\twith_gnu_ld=yes\n\t# version 8.0 and above of icpc choke on multiply defined symbols\n\t# if we add $predep_objects and $postdep_objects, however 7.1 and\n\t# earlier do not add the objects themselves.\n\tcase `$CC -V 2>&1` in\n\t*\"Version 7.\"*)\n  \t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib'\n  \t  _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n\t  ;;\n\t*)  # Version 8.0 or newer\n\t  tmp_idyn=\n\t  case $host_cpu in\n\t    ia64*) tmp_idyn=' -i_dynamic';;\n\t  esac\n  \t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared'\"$tmp_idyn\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t  _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared'\"$tmp_idyn\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n\t  ;;\n\tesac\n\t_LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic'\n\t_LT_AC_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive$convenience ${wl}--no-whole-archive'\n\t;;\n      pgCC*)\n        # Portland Group C++ compiler\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname -o $lib'\n  \t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname ${wl}-retain-symbols-file ${wl}$export_symbols -o $lib'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}--rpath ${wl}$libdir'\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic'\n\t_LT_AC_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n        ;;\n      cxx*)\n\t# Compaq C++\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname  -o $lib ${wl}-retain-symbols-file $wl$export_symbols'\n\n\trunpath_var=LD_RUN_PATH\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld .*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n    esac\n    ;;\n  lynxos*)\n    # FIXME: insert proper C++ library support\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  m88k*)\n    # FIXME: insert proper C++ library support\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  mvs*)\n    case $cc_basename in\n      cxx*)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n    esac\n    ;;\n  netbsd* | netbsdelf*-gnu)\n    if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable  -o $lib $predep_objects $libobjs $deplibs $postdep_objects $linker_flags'\n      wlarc=\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n    fi\n    # Workaround some broken pre-1.5 toolchains\n    output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep conftest.$objext | $SED -e \"s:-lgcc -lc -lgcc::\"'\n    ;;\n  openbsd2*)\n    # C++ shared libraries are fairly broken\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  openbsd*)\n    _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n    _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $lib'\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n    if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n      _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-retain-symbols-file,$export_symbols -o $lib'\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n      _LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n    fi\n    output_verbose_link_cmd='echo'\n    ;;\n  osf3*)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\t_LT_AC_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\\''s/\\([[^()0-9A-Za-z{}]]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -Bstatic\", where \"CC\" is the KAI C++ compiler.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC -Bstatic -o $oldlib $oldobjs'\n\n\t;;\n      RCC*)\n\t# Rational C++ 2.4.1\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      cxx*)\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $soname `test -n \"$verstring\" && echo ${wl}-set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\" | grep -v \"ld:\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld.*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  _LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\\*'\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib ${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\n\t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n\t  _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t  # Commands to make compiler produce verbose output that lists\n\t  # what \"hidden\" libraries, object files and flags are used when\n\t  # linking a shared library.\n\t  output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"\\-L\"'\n\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  _LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tfi\n\t;;\n    esac\n    ;;\n  osf4* | osf5*)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\t_LT_AC_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\\''s/\\([[^()0-9A-Za-z{}]]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t# Archives containing C++ object files must be created using\n\t# the KAI C++ compiler.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC -o $oldlib $oldobjs'\n\t;;\n      RCC*)\n\t# Rational C++ 2.4.1\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      cxx*)\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' -expect_unresolved \\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done~\n\t  echo \"-hidden\">> $lib.exp~\n\t  $CC -shared$allow_undefined_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname -Wl,-input -Wl,$lib.exp  `test -n \"$verstring\" && echo -set_version\t$verstring` -update_registry ${output_objdir}/so_locations -o $lib~\n\t  $rm $lib.exp'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\" | grep -v \"ld:\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld.*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  _LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\\*'\n\t _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib ${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\n\t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n\t  _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t  # Commands to make compiler produce verbose output that lists\n\t  # what \"hidden\" libraries, object files and flags are used when\n\t  # linking a shared library.\n\t  output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"\\-L\"'\n\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  _LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tfi\n\t;;\n    esac\n    ;;\n  psos*)\n    # FIXME: insert proper C++ library support\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  sunos4*)\n    case $cc_basename in\n      CC*)\n\t# Sun C++ 4.x\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      lcc*)\n\t# Lucid\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n    esac\n    ;;\n  solaris*)\n    case $cc_basename in\n      CC*)\n\t# Sun C++ 4.2, 5.x and Centerline C++\n        _LT_AC_TAGVAR(archive_cmds_need_lc,$1)=yes\n\t_LT_AC_TAGVAR(no_undefined_flag, $1)=' -zdefs'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G${allow_undefined_flag}  -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t$CC -G${allow_undefined_flag}  ${wl}-M ${wl}$lib.exp -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n\t_LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n\tcase $host_os in\n\t  solaris2.[[0-5]] | solaris2.[[0-5]].*) ;;\n\t  *)\n\t    # The C++ compiler is used as linker so we must use $wl\n\t    # flag to pass the commands to the underlying system\n\t    # linker. 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This is\n\t# necessary to make sure instantiated templates are included\n\t# in the archive.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC -xar -o $oldlib $oldobjs'\n\t;;\n      gcx*)\n\t# Green Hills C++ Compiler\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\n\t# The C++ compiler must be used to create the archive.\n\t_LT_AC_TAGVAR(old_archive_cmds, $1)='$CC $LDFLAGS -archive -o $oldlib $oldobjs'\n\t;;\n      *)\n\t# GNU C++ compiler with Solaris linker\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  _LT_AC_TAGVAR(no_undefined_flag, $1)=' ${wl}-z ${wl}defs'\n\t  if $CC --version | grep -v '^2\\.7' > /dev/null; then\n\t    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -nostdlib $LDFLAGS $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\t    _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t\t$CC -shared -nostdlib ${wl}-M $wl$lib.exp -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\t    # Commands to make compiler produce verbose output that lists\n\t    # what \"hidden\" libraries, object files and flags are used when\n\t    # linking a shared library.\n\t    output_verbose_link_cmd=\"$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \\\"\\-L\\\"\"\n\t  else\n\t    # g++ 2.7 appears to require `-G' NOT `-shared' on this\n\t    # platform.\n\t    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -G -nostdlib $LDFLAGS $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\t    _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t\t$CC -G -nostdlib ${wl}-M $wl$lib.exp -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\t    # Commands to make compiler produce verbose output that lists\n\t    # what \"hidden\" libraries, object files and flags are used when\n\t    # linking a shared library.\n\t    output_verbose_link_cmd=\"$CC -G $CFLAGS -v conftest.$objext 2>&1 | grep \\\"\\-L\\\"\"\n\t  fi\n\n\t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-R $wl$libdir'\n\tfi\n\t;;\n    esac\n    ;;\n  sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[[01]].[[10]]* | unixware7* | sco3.2v5.0.[[024]]*)\n    _LT_AC_TAGVAR(no_undefined_flag, $1)='${wl}-z,text'\n    _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n    _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n    runpath_var='LD_RUN_PATH'\n\n    case $cc_basename in\n      CC*)\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n      *)\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n    esac\n    ;;\n  sysv5* | sco3.2v5* | sco5v6*)\n    # Note: We can NOT use -z defs as we might desire, because we do not\n    # link with -lc, and that would cause any symbols used from libc to\n    # always be unresolved, which means just about no library would\n    # ever link correctly.  If we're not using GNU ld we use -z text\n    # though, which does catch some bad symbols but isn't as heavy-handed\n    # as -z defs.\n    # For security reasons, it is highly recommended that you always\n    # use absolute paths for naming shared libraries, and exclude the\n    # DT_RUNPATH tag from executables and libraries.  But doing so\n    # requires that you compile everything twice, which is a pain.\n    # So that behaviour is only enabled if SCOABSPATH is set to a\n    # non-empty value in the environment.  Most likely only useful for\n    # creating official distributions of packages.\n    # This is a hack until libtool officially supports absolute path\n    # names for shared libraries.\n    _LT_AC_TAGVAR(no_undefined_flag, $1)='${wl}-z,text'\n    _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-z,nodefs'\n    _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n    _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n    _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=':'\n    _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n    _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-Bexport'\n    runpath_var='LD_RUN_PATH'\n\n    case $cc_basename in\n      CC*)\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n      *)\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n    esac\n    ;;\n  tandem*)\n    case $cc_basename in\n      NCC*)\n\t# NonStop-UX NCC 3.20\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t;;\n    esac\n    ;;\n  vxworks*)\n    # FIXME: insert proper C++ library support\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\n  *)\n    # FIXME: insert proper C++ library support\n    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n    ;;\nesac\nAC_MSG_RESULT([$_LT_AC_TAGVAR(ld_shlibs, $1)])\ntest \"$_LT_AC_TAGVAR(ld_shlibs, $1)\" = no && can_build_shared=no\n\n_LT_AC_TAGVAR(GCC, $1)=\"$GXX\"\n_LT_AC_TAGVAR(LD, $1)=\"$LD\"\n\nAC_LIBTOOL_POSTDEP_PREDEP($1)\nAC_LIBTOOL_PROG_COMPILER_PIC($1)\nAC_LIBTOOL_PROG_CC_C_O($1)\nAC_LIBTOOL_SYS_HARD_LINK_LOCKS($1)\nAC_LIBTOOL_PROG_LD_SHLIBS($1)\nAC_LIBTOOL_SYS_DYNAMIC_LINKER($1)\nAC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH($1)\n\nAC_LIBTOOL_CONFIG($1)\n\nAC_LANG_POP\nCC=$lt_save_CC\nLDCXX=$LD\nLD=$lt_save_LD\nGCC=$lt_save_GCC\nwith_gnu_ldcxx=$with_gnu_ld\nwith_gnu_ld=$lt_save_with_gnu_ld\nlt_cv_path_LDCXX=$lt_cv_path_LD\nlt_cv_path_LD=$lt_save_path_LD\nlt_cv_prog_gnu_ldcxx=$lt_cv_prog_gnu_ld\nlt_cv_prog_gnu_ld=$lt_save_with_gnu_ld\n])# AC_LIBTOOL_LANG_CXX_CONFIG\n\n# AC_LIBTOOL_POSTDEP_PREDEP([TAGNAME])\n# ------------------------------------\n# Figure out \"hidden\" library dependencies from verbose\n# compiler output when linking a shared library.\n# Parse the compiler output and extract the necessary\n# objects, libraries and library flags.\nAC_DEFUN([AC_LIBTOOL_POSTDEP_PREDEP],[\ndnl we can't use the lt_simple_compile_test_code here,\ndnl because it contains code intended for an executable,\ndnl not a library.  It's possible we should let each\ndnl tag define a new lt_????_link_test_code variable,\ndnl but it's only used here...\nifelse([$1],[],[cat > conftest.$ac_ext <<EOF\nint a;\nvoid foo (void) { a = 0; }\nEOF\n],[$1],[CXX],[cat > conftest.$ac_ext <<EOF\nclass Foo\n{\npublic:\n  Foo (void) { a = 0; }\nprivate:\n  int a;\n};\nEOF\n],[$1],[F77],[cat > conftest.$ac_ext <<EOF\n      subroutine foo\n      implicit none\n      integer*4 a\n      a=0\n      return\n      end\nEOF\n],[$1],[GCJ],[cat > conftest.$ac_ext <<EOF\npublic class foo {\n  private int a;\n  public void bar (void) {\n    a = 0;\n  }\n};\nEOF\n])\ndnl Parse the compiler output and extract the necessary\ndnl objects, libraries and library flags.\nif AC_TRY_EVAL(ac_compile); then\n  # Parse the compiler output and extract the necessary\n  # objects, libraries and library flags.\n\n  # Sentinel used to keep track of whether or not we are before\n  # the conftest object file.\n  pre_test_object_deps_done=no\n\n  # The `*' in the case matches for architectures that use `case' in\n  # $output_verbose_cmd can trigger glob expansion during the loop\n  # eval without this substitution.\n  output_verbose_link_cmd=`$echo \"X$output_verbose_link_cmd\" | $Xsed -e \"$no_glob_subst\"`\n\n  for p in `eval $output_verbose_link_cmd`; do\n    case $p in\n\n    -L* | -R* | -l*)\n       # Some compilers place space between \"-{L,R}\" and the path.\n       # Remove the space.\n       if test $p = \"-L\" \\\n\t  || test $p = \"-R\"; then\n\t prev=$p\n\t continue\n       else\n\t prev=\n       fi\n\n       if test \"$pre_test_object_deps_done\" = no; then\n\t case $p in\n\t -L* | -R*)\n\t   # Internal compiler library paths should come after those\n\t   # provided the user.  The postdeps already come after the\n\t   # user supplied libs so there is no need to process them.\n\t   if test -z \"$_LT_AC_TAGVAR(compiler_lib_search_path, $1)\"; then\n\t     _LT_AC_TAGVAR(compiler_lib_search_path, $1)=\"${prev}${p}\"\n\t   else\n\t     _LT_AC_TAGVAR(compiler_lib_search_path, $1)=\"${_LT_AC_TAGVAR(compiler_lib_search_path, $1)} ${prev}${p}\"\n\t   fi\n\t   ;;\n\t # The \"-l\" case would never come before the object being\n\t # linked, so don't bother handling this case.\n\t esac\n       else\n\t if test -z \"$_LT_AC_TAGVAR(postdeps, $1)\"; then\n\t   _LT_AC_TAGVAR(postdeps, $1)=\"${prev}${p}\"\n\t else\n\t   _LT_AC_TAGVAR(postdeps, $1)=\"${_LT_AC_TAGVAR(postdeps, $1)} ${prev}${p}\"\n\t fi\n       fi\n       ;;\n\n    *.$objext)\n       # This assumes that the test object file only shows up\n       # once in the compiler output.\n       if test \"$p\" = \"conftest.$objext\"; then\n\t pre_test_object_deps_done=yes\n\t continue\n       fi\n\n       if test \"$pre_test_object_deps_done\" = no; then\n\t if test -z \"$_LT_AC_TAGVAR(predep_objects, $1)\"; then\n\t   _LT_AC_TAGVAR(predep_objects, $1)=\"$p\"\n\t else\n\t   _LT_AC_TAGVAR(predep_objects, $1)=\"$_LT_AC_TAGVAR(predep_objects, $1) $p\"\n\t fi\n       else\n\t if test -z \"$_LT_AC_TAGVAR(postdep_objects, $1)\"; then\n\t   _LT_AC_TAGVAR(postdep_objects, $1)=\"$p\"\n\t else\n\t   _LT_AC_TAGVAR(postdep_objects, $1)=\"$_LT_AC_TAGVAR(postdep_objects, $1) $p\"\n\t fi\n       fi\n       ;;\n\n    *) ;; # Ignore the rest.\n\n    esac\n  done\n\n  # Clean up.\n  rm -f a.out a.exe\nelse\n  echo \"libtool.m4: error: problem compiling $1 test program\"\nfi\n\n$rm -f confest.$objext\n\n# PORTME: override above test on systems where it is broken\nifelse([$1],[CXX],\n[case $host_os in\ninterix3*)\n  # Interix 3.5 installs completely hosed .la files for C++, so rather than\n  # hack all around it, let's just trust \"g++\" to DTRT.\n  _LT_AC_TAGVAR(predep_objects,$1)=\n  _LT_AC_TAGVAR(postdep_objects,$1)=\n  _LT_AC_TAGVAR(postdeps,$1)=\n  ;;\n\nsolaris*)\n  case $cc_basename in\n  CC*)\n    # Adding this requires a known-good setup of shared libraries for\n    # Sun compiler versions before 5.6, else PIC objects from an old\n    # archive will be linked into the output, leading to subtle bugs.\n    _LT_AC_TAGVAR(postdeps,$1)='-lCstd -lCrun'\n    ;;\n  esac\n  ;;\nesac\n])\n\ncase \" $_LT_AC_TAGVAR(postdeps, $1) \" in\n*\" -lc \"*) _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no ;;\nesac\n])# AC_LIBTOOL_POSTDEP_PREDEP\n\n# AC_LIBTOOL_LANG_F77_CONFIG\n# --------------------------\n# Ensure that the configuration vars for the C compiler are\n# suitably defined.  Those variables are subsequently used by\n# AC_LIBTOOL_CONFIG to write the compiler configuration to `libtool'.\nAC_DEFUN([AC_LIBTOOL_LANG_F77_CONFIG], [_LT_AC_LANG_F77_CONFIG(F77)])\nAC_DEFUN([_LT_AC_LANG_F77_CONFIG],\n[AC_REQUIRE([AC_PROG_F77])\nAC_LANG_PUSH(Fortran 77)\n\n_LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n_LT_AC_TAGVAR(allow_undefined_flag, $1)=\n_LT_AC_TAGVAR(always_export_symbols, $1)=no\n_LT_AC_TAGVAR(archive_expsym_cmds, $1)=\n_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)=\n_LT_AC_TAGVAR(hardcode_direct, $1)=no\n_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)=\n_LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)=\n_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=\n_LT_AC_TAGVAR(hardcode_minus_L, $1)=no\n_LT_AC_TAGVAR(hardcode_automatic, $1)=no\n_LT_AC_TAGVAR(module_cmds, $1)=\n_LT_AC_TAGVAR(module_expsym_cmds, $1)=\n_LT_AC_TAGVAR(link_all_deplibs, $1)=unknown\n_LT_AC_TAGVAR(old_archive_cmds, $1)=$old_archive_cmds\n_LT_AC_TAGVAR(no_undefined_flag, $1)=\n_LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\n_LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)=no\n\n# Source file extension for f77 test sources.\nac_ext=f\n\n# Object file extension for compiled f77 test sources.\nobjext=o\n_LT_AC_TAGVAR(objext, $1)=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"      subroutine t\\n      return\\n      end\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code=\"      program t\\n      end\\n\"\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n_LT_AC_SYS_COMPILER\n\n# save warnings/boilerplate of simple test code\n_LT_COMPILER_BOILERPLATE\n_LT_LINKER_BOILERPLATE\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=\"$CC\"\nCC=${F77-\"f77\"}\ncompiler=$CC\n_LT_AC_TAGVAR(compiler, $1)=$CC\n_LT_CC_BASENAME([$compiler])\n\nAC_MSG_CHECKING([if libtool supports shared libraries])\nAC_MSG_RESULT([$can_build_shared])\n\nAC_MSG_CHECKING([whether to build shared libraries])\ntest \"$can_build_shared\" = \"no\" && enable_shared=no\n\n# On AIX, shared libraries and static libraries use the same namespace, and\n# are all built from PIC.\ncase $host_os in\naix3*)\n  test \"$enable_shared\" = yes && enable_static=no\n  if test -n \"$RANLIB\"; then\n    archive_cmds=\"$archive_cmds~\\$RANLIB \\$lib\"\n    postinstall_cmds='$RANLIB $lib'\n  fi\n  ;;\naix4* | aix5*)\n  if test \"$host_cpu\" != ia64 && test \"$aix_use_runtimelinking\" = no ; then\n    test \"$enable_shared\" = yes && enable_static=no\n  fi\n  ;;\nesac\nAC_MSG_RESULT([$enable_shared])\n\nAC_MSG_CHECKING([whether to build static libraries])\n# Make sure either enable_shared or enable_static is yes.\ntest \"$enable_shared\" = yes || enable_static=yes\nAC_MSG_RESULT([$enable_static])\n\n_LT_AC_TAGVAR(GCC, $1)=\"$G77\"\n_LT_AC_TAGVAR(LD, $1)=\"$LD\"\n\nAC_LIBTOOL_PROG_COMPILER_PIC($1)\nAC_LIBTOOL_PROG_CC_C_O($1)\nAC_LIBTOOL_SYS_HARD_LINK_LOCKS($1)\nAC_LIBTOOL_PROG_LD_SHLIBS($1)\nAC_LIBTOOL_SYS_DYNAMIC_LINKER($1)\nAC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH($1)\n\nAC_LIBTOOL_CONFIG($1)\n\nAC_LANG_POP\nCC=\"$lt_save_CC\"\n])# AC_LIBTOOL_LANG_F77_CONFIG\n\n\n# AC_LIBTOOL_LANG_GCJ_CONFIG\n# --------------------------\n# Ensure that the configuration vars for the C compiler are\n# suitably defined.  Those variables are subsequently used by\n# AC_LIBTOOL_CONFIG to write the compiler configuration to `libtool'.\nAC_DEFUN([AC_LIBTOOL_LANG_GCJ_CONFIG], [_LT_AC_LANG_GCJ_CONFIG(GCJ)])\nAC_DEFUN([_LT_AC_LANG_GCJ_CONFIG],\n[AC_LANG_SAVE\n\n# Source file extension for Java test sources.\nac_ext=java\n\n# Object file extension for compiled Java test sources.\nobjext=o\n_LT_AC_TAGVAR(objext, $1)=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"class foo {}\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code='public class conftest { public static void main(String[[]] argv) {}; }\\n'\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n_LT_AC_SYS_COMPILER\n\n# save warnings/boilerplate of simple test code\n_LT_COMPILER_BOILERPLATE\n_LT_LINKER_BOILERPLATE\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=\"$CC\"\nCC=${GCJ-\"gcj\"}\ncompiler=$CC\n_LT_AC_TAGVAR(compiler, $1)=$CC\n_LT_CC_BASENAME([$compiler])\n\n# GCJ did not exist at the time GCC didn't implicitly link libc in.\n_LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n\n_LT_AC_TAGVAR(old_archive_cmds, $1)=$old_archive_cmds\n\nAC_LIBTOOL_PROG_COMPILER_NO_RTTI($1)\nAC_LIBTOOL_PROG_COMPILER_PIC($1)\nAC_LIBTOOL_PROG_CC_C_O($1)\nAC_LIBTOOL_SYS_HARD_LINK_LOCKS($1)\nAC_LIBTOOL_PROG_LD_SHLIBS($1)\nAC_LIBTOOL_SYS_DYNAMIC_LINKER($1)\nAC_LIBTOOL_PROG_LD_HARDCODE_LIBPATH($1)\n\nAC_LIBTOOL_CONFIG($1)\n\nAC_LANG_RESTORE\nCC=\"$lt_save_CC\"\n])# AC_LIBTOOL_LANG_GCJ_CONFIG\n\n\n# AC_LIBTOOL_LANG_RC_CONFIG\n# -------------------------\n# Ensure that the configuration vars for the Windows resource compiler are\n# suitably defined.  Those variables are subsequently used by\n# AC_LIBTOOL_CONFIG to write the compiler configuration to `libtool'.\nAC_DEFUN([AC_LIBTOOL_LANG_RC_CONFIG], [_LT_AC_LANG_RC_CONFIG(RC)])\nAC_DEFUN([_LT_AC_LANG_RC_CONFIG],\n[AC_LANG_SAVE\n\n# Source file extension for RC test sources.\nac_ext=rc\n\n# Object file extension for compiled RC test sources.\nobjext=o\n_LT_AC_TAGVAR(objext, $1)=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code='sample MENU { MENUITEM \"&Soup\", 100, CHECKED }\\n'\n\n# Code to be used in simple link tests\nlt_simple_link_test_code=\"$lt_simple_compile_test_code\"\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n_LT_AC_SYS_COMPILER\n\n# save warnings/boilerplate of simple test code\n_LT_COMPILER_BOILERPLATE\n_LT_LINKER_BOILERPLATE\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=\"$CC\"\nCC=${RC-\"windres\"}\ncompiler=$CC\n_LT_AC_TAGVAR(compiler, $1)=$CC\n_LT_CC_BASENAME([$compiler])\n_LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)=yes\n\nAC_LIBTOOL_CONFIG($1)\n\nAC_LANG_RESTORE\nCC=\"$lt_save_CC\"\n])# AC_LIBTOOL_LANG_RC_CONFIG\n\n\n# AC_LIBTOOL_CONFIG([TAGNAME])\n# ----------------------------\n# If TAGNAME is not passed, then create an initial libtool script\n# with a default configuration from the untagged config vars.  Otherwise\n# add code to config.status for appending the configuration named by\n# TAGNAME from the matching tagged config vars.\nAC_DEFUN([AC_LIBTOOL_CONFIG],\n[# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    _LT_AC_TAGVAR(compiler, $1) \\\n    _LT_AC_TAGVAR(CC, $1) \\\n    _LT_AC_TAGVAR(LD, $1) \\\n    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1) \\\n    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1) \\\n    _LT_AC_TAGVAR(lt_prog_compiler_static, $1) \\\n    _LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1) \\\n    _LT_AC_TAGVAR(export_dynamic_flag_spec, $1) \\\n    _LT_AC_TAGVAR(thread_safe_flag_spec, $1) \\\n    _LT_AC_TAGVAR(whole_archive_flag_spec, $1) \\\n    _LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1) \\\n    _LT_AC_TAGVAR(old_archive_cmds, $1) \\\n    _LT_AC_TAGVAR(old_archive_from_new_cmds, $1) \\\n    _LT_AC_TAGVAR(predep_objects, $1) \\\n    _LT_AC_TAGVAR(postdep_objects, $1) \\\n    _LT_AC_TAGVAR(predeps, $1) \\\n    _LT_AC_TAGVAR(postdeps, $1) \\\n    _LT_AC_TAGVAR(compiler_lib_search_path, $1) \\\n    _LT_AC_TAGVAR(archive_cmds, $1) \\\n    _LT_AC_TAGVAR(archive_expsym_cmds, $1) \\\n    _LT_AC_TAGVAR(postinstall_cmds, $1) \\\n    _LT_AC_TAGVAR(postuninstall_cmds, $1) \\\n    _LT_AC_TAGVAR(old_archive_from_expsyms_cmds, $1) \\\n    _LT_AC_TAGVAR(allow_undefined_flag, $1) \\\n    _LT_AC_TAGVAR(no_undefined_flag, $1) \\\n    _LT_AC_TAGVAR(export_symbols_cmds, $1) \\\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1) \\\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1) \\\n    _LT_AC_TAGVAR(hardcode_libdir_separator, $1) \\\n    _LT_AC_TAGVAR(hardcode_automatic, $1) \\\n    _LT_AC_TAGVAR(module_cmds, $1) \\\n    _LT_AC_TAGVAR(module_expsym_cmds, $1) \\\n    _LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1) \\\n    _LT_AC_TAGVAR(exclude_expsyms, $1) \\\n    _LT_AC_TAGVAR(include_expsyms, $1); do\n\n    case $var in\n    _LT_AC_TAGVAR(old_archive_cmds, $1) | \\\n    _LT_AC_TAGVAR(old_archive_from_new_cmds, $1) | \\\n    _LT_AC_TAGVAR(archive_cmds, $1) | \\\n    _LT_AC_TAGVAR(archive_expsym_cmds, $1) | \\\n    _LT_AC_TAGVAR(module_cmds, $1) | \\\n    _LT_AC_TAGVAR(module_expsym_cmds, $1) | \\\n    _LT_AC_TAGVAR(old_archive_from_expsyms_cmds, $1) | \\\n    _LT_AC_TAGVAR(export_symbols_cmds, $1) | \\\n    extract_expsyms_cmds | reload_cmds | finish_cmds | \\\n    postinstall_cmds | postuninstall_cmds | \\\n    old_postinstall_cmds | old_postuninstall_cmds | \\\n    sys_lib_search_path_spec | sys_lib_dlsearch_path_spec)\n      # Double-quote double-evaled strings.\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$double_quote_subst\\\" -e \\\"\\$sed_quote_subst\\\" -e \\\"\\$delay_variable_subst\\\"\\`\\\\\\\"\"\n      ;;\n    *)\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$sed_quote_subst\\\"\\`\\\\\\\"\"\n      ;;\n    esac\n  done\n\n  case $lt_echo in\n  *'\\[$]0 --fallback-echo\"')\n    lt_echo=`$echo \"X$lt_echo\" | $Xsed -e 's/\\\\\\\\\\\\\\[$]0 --fallback-echo\"[$]/[$]0 --fallback-echo\"/'`\n    ;;\n  esac\n\nifelse([$1], [],\n  [cfgfile=\"${ofile}T\"\n  trap \"$rm \\\"$cfgfile\\\"; exit 1\" 1 2 15\n  $rm -f \"$cfgfile\"\n  AC_MSG_NOTICE([creating $ofile])],\n  [cfgfile=\"$ofile\"])\n\n  cat <<__EOF__ >> \"$cfgfile\"\nifelse([$1], [],\n[#! $SHELL\n\n# `$echo \"$cfgfile\" | sed 's%^.*/%%'` - Provide generalized library-building support services.\n# Generated automatically by $PROGRAM (GNU $PACKAGE $VERSION$TIMESTAMP)\n# NOTE: Changes made to this file will be lost: look at ltmain.sh.\n#\n# Copyright (C) 1996, 1997, 1998, 1999, 2000, 2001\n# Free Software Foundation, Inc.\n#\n# This file is part of GNU Libtool:\n# Originally by Gordon Matzigkeit <gord@gnu.ai.mit.edu>, 1996\n#\n# This program is free software; you can redistribute it and/or modify\n# it under the terms of the GNU General Public License as published by\n# the Free Software Foundation; either version 2 of the License, or\n# (at your option) any later version.\n#\n# This program is distributed in the hope that it will be useful, but\n# WITHOUT ANY WARRANTY; without even the implied warranty of\n# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n# General Public License for more details.\n#\n# You should have received a copy of the GNU General Public License\n# along with this program; if not, write to the Free Software\n# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.\n#\n# As a special exception to the GNU General Public License, if you\n# distribute this file as part of a program that contains a\n# configuration script generated by Autoconf, you may include it under\n# the same distribution terms that you use for the rest of that program.\n\n# A sed program that does not truncate output.\nSED=$lt_SED\n\n# Sed that helps us avoid accidentally triggering echo(1) options like -n.\nXsed=\"$SED -e 1s/^X//\"\n\n# The HP-UX ksh and POSIX shell print the target directory to stdout\n# if CDPATH is set.\n(unset CDPATH) >/dev/null 2>&1 && unset CDPATH\n\n# The names of the tagged configurations supported by this script.\navailable_tags=\n\n# ### BEGIN LIBTOOL CONFIG],\n[# ### BEGIN LIBTOOL TAG CONFIG: $tagname])\n\n# Libtool was configured on host `(hostname || uname -n) 2>/dev/null | sed 1q`:\n\n# Shell to use when invoking shell scripts.\nSHELL=$lt_SHELL\n\n# Whether or not to build shared libraries.\nbuild_libtool_libs=$enable_shared\n\n# Whether or not to build static libraries.\nbuild_old_libs=$enable_static\n\n# Whether or not to add -lc for building shared libraries.\nbuild_libtool_need_lc=$_LT_AC_TAGVAR(archive_cmds_need_lc, $1)\n\n# Whether or not to disallow shared libs when runtime libs are static\nallow_libtool_libs_with_static_runtimes=$_LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)\n\n# Whether or not to optimize for fast installation.\nfast_install=$enable_fast_install\n\n# The host system.\nhost_alias=$host_alias\nhost=$host\nhost_os=$host_os\n\n# The build system.\nbuild_alias=$build_alias\nbuild=$build\nbuild_os=$build_os\n\n# An echo program that does not interpret backslashes.\necho=$lt_echo\n\n# The archiver.\nAR=$lt_AR\nAR_FLAGS=$lt_AR_FLAGS\n\n# A C compiler.\nLTCC=$lt_LTCC\n\n# LTCC compiler flags.\nLTCFLAGS=$lt_LTCFLAGS\n\n# A language-specific compiler.\nCC=$lt_[]_LT_AC_TAGVAR(compiler, $1)\n\n# Is the compiler the GNU C compiler?\nwith_gcc=$_LT_AC_TAGVAR(GCC, $1)\n\n# An ERE matcher.\nEGREP=$lt_EGREP\n\n# The linker used to build libraries.\nLD=$lt_[]_LT_AC_TAGVAR(LD, $1)\n\n# Whether we need hard or soft links.\nLN_S=$lt_LN_S\n\n# A BSD-compatible nm program.\nNM=$lt_NM\n\n# A symbol stripping program\nSTRIP=$lt_STRIP\n\n# Used to examine libraries when file_magic_cmd begins \"file\"\nMAGIC_CMD=$MAGIC_CMD\n\n# Used on cygwin: DLL creation program.\nDLLTOOL=\"$DLLTOOL\"\n\n# Used on cygwin: object dumper.\nOBJDUMP=\"$OBJDUMP\"\n\n# Used on cygwin: assembler.\nAS=\"$AS\"\n\n# The name of the directory that contains temporary libtool files.\nobjdir=$objdir\n\n# How to create reloadable object files.\nreload_flag=$lt_reload_flag\nreload_cmds=$lt_reload_cmds\n\n# How to pass a linker flag through the compiler.\nwl=$lt_[]_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)\n\n# Object file suffix (normally \"o\").\nobjext=\"$ac_objext\"\n\n# Old archive suffix (normally \"a\").\nlibext=\"$libext\"\n\n# Shared library suffix (normally \".so\").\nshrext_cmds='$shrext_cmds'\n\n# Executable file suffix (normally \"\").\nexeext=\"$exeext\"\n\n# Additional compiler flags for building library objects.\npic_flag=$lt_[]_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)\npic_mode=$pic_mode\n\n# What is the maximum length of a command?\nmax_cmd_len=$lt_cv_sys_max_cmd_len\n\n# Does compiler simultaneously support -c and -o options?\ncompiler_c_o=$lt_[]_LT_AC_TAGVAR(lt_cv_prog_compiler_c_o, $1)\n\n# Must we lock files when doing compilation?\nneed_locks=$lt_need_locks\n\n# Do we need the lib prefix for modules?\nneed_lib_prefix=$need_lib_prefix\n\n# Do we need a version for libraries?\nneed_version=$need_version\n\n# Whether dlopen is supported.\ndlopen_support=$enable_dlopen\n\n# Whether dlopen of programs is supported.\ndlopen_self=$enable_dlopen_self\n\n# Whether dlopen of statically linked programs is supported.\ndlopen_self_static=$enable_dlopen_self_static\n\n# Compiler flag to prevent dynamic linking.\nlink_static_flag=$lt_[]_LT_AC_TAGVAR(lt_prog_compiler_static, $1)\n\n# Compiler flag to turn off builtin functions.\nno_builtin_flag=$lt_[]_LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)\n\n# Compiler flag to allow reflexive dlopens.\nexport_dynamic_flag_spec=$lt_[]_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)\n\n# Compiler flag to generate shared objects directly from archives.\nwhole_archive_flag_spec=$lt_[]_LT_AC_TAGVAR(whole_archive_flag_spec, $1)\n\n# Compiler flag to generate thread-safe objects.\nthread_safe_flag_spec=$lt_[]_LT_AC_TAGVAR(thread_safe_flag_spec, $1)\n\n# Library versioning type.\nversion_type=$version_type\n\n# Format of library name prefix.\nlibname_spec=$lt_libname_spec\n\n# List of archive names.  First name is the real one, the rest are links.\n# The last name is the one that the linker finds with -lNAME.\nlibrary_names_spec=$lt_library_names_spec\n\n# The coded name of the library, if different from the real name.\nsoname_spec=$lt_soname_spec\n\n# Commands used to build and install an old-style archive.\nRANLIB=$lt_RANLIB\nold_archive_cmds=$lt_[]_LT_AC_TAGVAR(old_archive_cmds, $1)\nold_postinstall_cmds=$lt_old_postinstall_cmds\nold_postuninstall_cmds=$lt_old_postuninstall_cmds\n\n# Create an old-style archive from a shared archive.\nold_archive_from_new_cmds=$lt_[]_LT_AC_TAGVAR(old_archive_from_new_cmds, $1)\n\n# Create a temporary old-style archive to link instead of a shared archive.\nold_archive_from_expsyms_cmds=$lt_[]_LT_AC_TAGVAR(old_archive_from_expsyms_cmds, $1)\n\n# Commands used to build and install a shared archive.\narchive_cmds=$lt_[]_LT_AC_TAGVAR(archive_cmds, $1)\narchive_expsym_cmds=$lt_[]_LT_AC_TAGVAR(archive_expsym_cmds, $1)\npostinstall_cmds=$lt_postinstall_cmds\npostuninstall_cmds=$lt_postuninstall_cmds\n\n# Commands used to build a loadable module (assumed same as above if empty)\nmodule_cmds=$lt_[]_LT_AC_TAGVAR(module_cmds, $1)\nmodule_expsym_cmds=$lt_[]_LT_AC_TAGVAR(module_expsym_cmds, $1)\n\n# Commands to strip libraries.\nold_striplib=$lt_old_striplib\nstriplib=$lt_striplib\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredep_objects=$lt_[]_LT_AC_TAGVAR(predep_objects, $1)\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdep_objects=$lt_[]_LT_AC_TAGVAR(postdep_objects, $1)\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredeps=$lt_[]_LT_AC_TAGVAR(predeps, $1)\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdeps=$lt_[]_LT_AC_TAGVAR(postdeps, $1)\n\n# The library search path used internally by the compiler when linking\n# a shared library.\ncompiler_lib_search_path=$lt_[]_LT_AC_TAGVAR(compiler_lib_search_path, $1)\n\n# Method to check whether dependent libraries are shared objects.\ndeplibs_check_method=$lt_deplibs_check_method\n\n# Command to use when deplibs_check_method == file_magic.\nfile_magic_cmd=$lt_file_magic_cmd\n\n# Flag that allows shared libraries with undefined symbols to be built.\nallow_undefined_flag=$lt_[]_LT_AC_TAGVAR(allow_undefined_flag, $1)\n\n# Flag that forces no undefined symbols.\nno_undefined_flag=$lt_[]_LT_AC_TAGVAR(no_undefined_flag, $1)\n\n# Commands used to finish a libtool library installation in a directory.\nfinish_cmds=$lt_finish_cmds\n\n# Same as above, but a single script fragment to be evaled but not shown.\nfinish_eval=$lt_finish_eval\n\n# Take the output of nm and produce a listing of raw symbols and C names.\nglobal_symbol_pipe=$lt_lt_cv_sys_global_symbol_pipe\n\n# Transform the output of nm in a proper C declaration\nglobal_symbol_to_cdecl=$lt_lt_cv_sys_global_symbol_to_cdecl\n\n# Transform the output of nm in a C name address pair\nglobal_symbol_to_c_name_address=$lt_lt_cv_sys_global_symbol_to_c_name_address\n\n# This is the shared library runtime path variable.\nrunpath_var=$runpath_var\n\n# This is the shared library path variable.\nshlibpath_var=$shlibpath_var\n\n# Is shlibpath searched before the hard-coded library search path?\nshlibpath_overrides_runpath=$shlibpath_overrides_runpath\n\n# How to hardcode a shared library path into an executable.\nhardcode_action=$_LT_AC_TAGVAR(hardcode_action, $1)\n\n# Whether we should hardcode library paths into libraries.\nhardcode_into_libs=$hardcode_into_libs\n\n# Flag to hardcode \\$libdir into a binary during linking.\n# This must work even if \\$libdir does not exist.\nhardcode_libdir_flag_spec=$lt_[]_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)\n\n# If ld is used when linking, flag to hardcode \\$libdir into\n# a binary during linking. This must work even if \\$libdir does\n# not exist.\nhardcode_libdir_flag_spec_ld=$lt_[]_LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)\n\n# Whether we need a single -rpath flag with a separated argument.\nhardcode_libdir_separator=$lt_[]_LT_AC_TAGVAR(hardcode_libdir_separator, $1)\n\n# Set to yes if using DIR/libNAME${shared_ext} during linking hardcodes DIR into the\n# resulting binary.\nhardcode_direct=$_LT_AC_TAGVAR(hardcode_direct, $1)\n\n# Set to yes if using the -LDIR flag during linking hardcodes DIR into the\n# resulting binary.\nhardcode_minus_L=$_LT_AC_TAGVAR(hardcode_minus_L, $1)\n\n# Set to yes if using SHLIBPATH_VAR=DIR during linking hardcodes DIR into\n# the resulting binary.\nhardcode_shlibpath_var=$_LT_AC_TAGVAR(hardcode_shlibpath_var, $1)\n\n# Set to yes if building a shared library automatically hardcodes DIR into the library\n# and all subsequent libraries and executables linked against it.\nhardcode_automatic=$_LT_AC_TAGVAR(hardcode_automatic, $1)\n\n# Variables whose values should be saved in libtool wrapper scripts and\n# restored at relink time.\nvariables_saved_for_relink=\"$variables_saved_for_relink\"\n\n# Whether libtool must link a program against all its dependency libraries.\nlink_all_deplibs=$_LT_AC_TAGVAR(link_all_deplibs, $1)\n\n# Compile-time system search path for libraries\nsys_lib_search_path_spec=$lt_sys_lib_search_path_spec\n\n# Run-time system search path for libraries\nsys_lib_dlsearch_path_spec=$lt_sys_lib_dlsearch_path_spec\n\n# Fix the shell variable \\$srcfile for the compiler.\nfix_srcfile_path=\"$_LT_AC_TAGVAR(fix_srcfile_path, $1)\"\n\n# Set to yes if exported symbols are required.\nalways_export_symbols=$_LT_AC_TAGVAR(always_export_symbols, $1)\n\n# The commands to list exported symbols.\nexport_symbols_cmds=$lt_[]_LT_AC_TAGVAR(export_symbols_cmds, $1)\n\n# The commands to extract the exported symbol list from a shared archive.\nextract_expsyms_cmds=$lt_extract_expsyms_cmds\n\n# Symbols that should not be listed in the preloaded symbols.\nexclude_expsyms=$lt_[]_LT_AC_TAGVAR(exclude_expsyms, $1)\n\n# Symbols that must always be exported.\ninclude_expsyms=$lt_[]_LT_AC_TAGVAR(include_expsyms, $1)\n\nifelse([$1],[],\n[# ### END LIBTOOL CONFIG],\n[# ### END LIBTOOL TAG CONFIG: $tagname])\n\n__EOF__\n\nifelse([$1],[], [\n  case $host_os in\n  aix3*)\n    cat <<\\EOF >> \"$cfgfile\"\n\n# AIX sometimes has problems with the GCC collect2 program.  For some\n# reason, if we set the COLLECT_NAMES environment variable, the problems\n# vanish in a puff of smoke.\nif test \"X${COLLECT_NAMES+set}\" != Xset; then\n  COLLECT_NAMES=\n  export COLLECT_NAMES\nfi\nEOF\n    ;;\n  esac\n\n  # We use sed instead of cat because bash on DJGPP gets confused if\n  # if finds mixed CR/LF and LF-only lines.  Since sed operates in\n  # text mode, it properly converts lines to CR/LF.  This bash problem\n  # is reportedly fixed, but why not run on old versions too?\n  sed '$q' \"$ltmain\" >> \"$cfgfile\" || (rm -f \"$cfgfile\"; exit 1)\n\n  mv -f \"$cfgfile\" \"$ofile\" || \\\n    (rm -f \"$ofile\" && cp \"$cfgfile\" \"$ofile\" && rm -f \"$cfgfile\")\n  chmod +x \"$ofile\"\n])\nelse\n  # If there is no Makefile yet, we rely on a make rule to execute\n  # `config.status --recheck' to rerun these tests and create the\n  # libtool script then.\n  ltmain_in=`echo $ltmain | sed -e 's/\\.sh$/.in/'`\n  if test -f \"$ltmain_in\"; then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n])# AC_LIBTOOL_CONFIG\n\n\n# AC_LIBTOOL_PROG_COMPILER_NO_RTTI([TAGNAME])\n# -------------------------------------------\nAC_DEFUN([AC_LIBTOOL_PROG_COMPILER_NO_RTTI],\n[AC_REQUIRE([_LT_AC_SYS_COMPILER])dnl\n\n_LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=\n\nif test \"$GCC\" = yes; then\n  _LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=' -fno-builtin'\n\n  AC_LIBTOOL_COMPILER_OPTION([if $compiler supports -fno-rtti -fno-exceptions],\n    lt_cv_prog_compiler_rtti_exceptions,\n    [-fno-rtti -fno-exceptions], [],\n    [_LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=\"$_LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1) -fno-rtti -fno-exceptions\"])\nfi\n])# AC_LIBTOOL_PROG_COMPILER_NO_RTTI\n\n\n# AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE\n# ---------------------------------\nAC_DEFUN([AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE],\n[AC_REQUIRE([AC_CANONICAL_HOST])\nAC_REQUIRE([AC_PROG_NM])\nAC_REQUIRE([AC_OBJEXT])\n# Check for command to grab the raw symbol name followed by C symbol from nm.\nAC_MSG_CHECKING([command to parse $NM output from $compiler object])\nAC_CACHE_VAL([lt_cv_sys_global_symbol_pipe],\n[\n# These are sane defaults that work on at least a few old systems.\n# [They come from Ultrix.  What could be older than Ultrix?!! ;)]\n\n# Character class describing NM global symbol codes.\nsymcode='[[BCDEGRST]]'\n\n# Regexp to match symbols that can be accessed directly from C.\nsympat='\\([[_A-Za-z]][[_A-Za-z0-9]]*\\)'\n\n# Transform an extracted symbol line into a proper C declaration\nlt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^. .* \\(.*\\)$/extern int \\1;/p'\"\n\n# Transform an extracted symbol line into symbol name and symbol address\nlt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([[^ ]]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode \\([[^ ]]*\\) \\([[^ ]]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n\n# Define system-specific variables.\ncase $host_os in\naix*)\n  symcode='[[BCDT]]'\n  ;;\ncygwin* | mingw* | pw32*)\n  symcode='[[ABCDGISTW]]'\n  ;;\nhpux*) # Its linker distinguishes data from code symbols\n  if test \"$host_cpu\" = ia64; then\n    symcode='[[ABCDEGRST]]'\n  fi\n  lt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^T .* \\(.*\\)$/extern int \\1();/p' -e 's/^$symcode* .* \\(.*\\)$/extern char \\1;/p'\"\n  lt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([[^ ]]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \\([[^ ]]*\\) \\([[^ ]]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n  ;;\nlinux* | k*bsd*-gnu)\n  if test \"$host_cpu\" = ia64; then\n    symcode='[[ABCDGIRSTW]]'\n    lt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^T .* \\(.*\\)$/extern int \\1();/p' -e 's/^$symcode* .* \\(.*\\)$/extern char \\1;/p'\"\n    lt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([[^ ]]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \\([[^ ]]*\\) \\([[^ ]]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n  fi\n  ;;\nirix* | nonstopux*)\n  symcode='[[BCDEGRST]]'\n  ;;\nosf*)\n  symcode='[[BCDEGQRST]]'\n  ;;\nsolaris*)\n  symcode='[[BDRT]]'\n  ;;\nsco3.2v5*)\n  symcode='[[DT]]'\n  ;;\nsysv4.2uw2*)\n  symcode='[[DT]]'\n  ;;\nsysv5* | sco5v6* | unixware* | OpenUNIX*)\n  symcode='[[ABDT]]'\n  ;;\nsysv4)\n  symcode='[[DFNSTU]]'\n  ;;\nesac\n\n# Handle CRLF in mingw tool chain\nopt_cr=\ncase $build_os in\nmingw*)\n  opt_cr=`echo 'x\\{0,1\\}' | tr x '\\015'` # option cr in regexp\n  ;;\nesac\n\n# If we're using GNU nm, then use its standard symbol codes.\ncase `$NM -V 2>&1` in\n*GNU* | *'with BFD'*)\n  symcode='[[ABCDGIRSTW]]' ;;\nesac\n\n# Try without a prefix undercore, then with it.\nfor ac_symprfx in \"\" \"_\"; do\n\n  # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol.\n  symxfrm=\"\\\\1 $ac_symprfx\\\\2 \\\\2\"\n\n  # Write the raw and C identifiers.\n  lt_cv_sys_global_symbol_pipe=\"sed -n -e 's/^.*[[ \t]]\\($symcode$symcode*\\)[[ \t]][[ \t]]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'\"\n\n  # Check to see that the pipe works correctly.\n  pipe_works=no\n\n  rm -f conftest*\n  cat > conftest.$ac_ext <<EOF\n#ifdef __cplusplus\nextern \"C\" {\n#endif\nchar nm_test_var;\nvoid nm_test_func(){}\n#ifdef __cplusplus\n}\n#endif\nint main(){nm_test_var='a';nm_test_func();return(0);}\nEOF\n\n  if AC_TRY_EVAL(ac_compile); then\n    # Now try to grab the symbols.\n    nlist=conftest.nm\n    if AC_TRY_EVAL(NM conftest.$ac_objext \\| $lt_cv_sys_global_symbol_pipe \\> $nlist) && test -s \"$nlist\"; then\n      # Try sorting and uniquifying the output.\n      if sort \"$nlist\" | uniq > \"$nlist\"T; then\n\tmv -f \"$nlist\"T \"$nlist\"\n      else\n\trm -f \"$nlist\"T\n      fi\n\n      # Make sure that we snagged all the symbols we need.\n      if grep ' nm_test_var$' \"$nlist\" >/dev/null; then\n\tif grep ' nm_test_func$' \"$nlist\" >/dev/null; then\n\t  cat <<EOF > conftest.$ac_ext\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\nEOF\n\t  # Now generate the symbol file.\n\t  eval \"$lt_cv_sys_global_symbol_to_cdecl\"' < \"$nlist\" | grep -v main >> conftest.$ac_ext'\n\n\t  cat <<EOF >> conftest.$ac_ext\n#if defined (__STDC__) && __STDC__\n# define lt_ptr_t void *\n#else\n# define lt_ptr_t char *\n# define const\n#endif\n\n/* The mapping between symbol names and symbols. */\nconst struct {\n  const char *name;\n  lt_ptr_t address;\n}\nlt_preloaded_symbols[[]] =\n{\nEOF\n\t  $SED \"s/^$symcode$symcode* \\(.*\\) \\(.*\\)$/  {\\\"\\2\\\", (lt_ptr_t) \\&\\2},/\" < \"$nlist\" | grep -v main >> conftest.$ac_ext\n\t  cat <<\\EOF >> conftest.$ac_ext\n  {0, (lt_ptr_t) 0}\n};\n\n#ifdef __cplusplus\n}\n#endif\nEOF\n\t  # Now try linking the two files.\n\t  mv conftest.$ac_objext conftstm.$ac_objext\n\t  lt_save_LIBS=\"$LIBS\"\n\t  lt_save_CFLAGS=\"$CFLAGS\"\n\t  LIBS=\"conftstm.$ac_objext\"\n\t  CFLAGS=\"$CFLAGS$_LT_AC_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)\"\n\t  if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext}; then\n\t    pipe_works=yes\n\t  fi\n\t  LIBS=\"$lt_save_LIBS\"\n\t  CFLAGS=\"$lt_save_CFLAGS\"\n\telse\n\t  echo \"cannot find nm_test_func in $nlist\" >&AS_MESSAGE_LOG_FD\n\tfi\n      else\n\techo \"cannot find nm_test_var in $nlist\" >&AS_MESSAGE_LOG_FD\n      fi\n    else\n      echo \"cannot run $lt_cv_sys_global_symbol_pipe\" >&AS_MESSAGE_LOG_FD\n    fi\n  else\n    echo \"$progname: failed program was:\" >&AS_MESSAGE_LOG_FD\n    cat conftest.$ac_ext >&5\n  fi\n  rm -f conftest* conftst*\n\n  # Do not use the global_symbol_pipe unless it works.\n  if test \"$pipe_works\" = yes; then\n    break\n  else\n    lt_cv_sys_global_symbol_pipe=\n  fi\ndone\n])\nif test -z \"$lt_cv_sys_global_symbol_pipe\"; then\n  lt_cv_sys_global_symbol_to_cdecl=\nfi\nif test -z \"$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl\"; then\n  AC_MSG_RESULT(failed)\nelse\n  AC_MSG_RESULT(ok)\nfi\n]) # AC_LIBTOOL_SYS_GLOBAL_SYMBOL_PIPE\n\n\n# AC_LIBTOOL_PROG_COMPILER_PIC([TAGNAME])\n# ---------------------------------------\nAC_DEFUN([AC_LIBTOOL_PROG_COMPILER_PIC],\n[_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)=\n_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n_LT_AC_TAGVAR(lt_prog_compiler_static, $1)=\n\nAC_MSG_CHECKING([for $compiler option to produce PIC])\n ifelse([$1],[CXX],[\n  # C++ specific cases for pic, static, wl, etc.\n  if test \"$GXX\" = yes; then\n    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-static'\n\n    case $host_os in\n    aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      fi\n      ;;\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4'\n      ;;\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n    mingw* | os2* | pw32*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT'\n      ;;\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common'\n      ;;\n    *djgpp*)\n      # DJGPP does not support shared libraries at all\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n      ;;\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic\n      fi\n      ;;\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t;;\n      *)\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC'\n\t;;\n      esac\n      ;;\n    *)\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC'\n      ;;\n    esac\n  else\n    case $host_os in\n      aix4* | aix5*)\n\t# All AIX code is PIC.\n\tif test \"$host_cpu\" = ia64; then\n\t  # AIX 5 now supports IA64 processor\n\t  _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n\telse\n\t  _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp'\n\tfi\n\t;;\n      chorus*)\n\tcase $cc_basename in\n\tcxch68*)\n\t  # Green Hills C++ Compiler\n\t  # _LT_AC_TAGVAR(lt_prog_compiler_static, $1)=\"--no_auto_instantiation -u __main -u __premain -u _abort -r $COOL_DIR/lib/libOrb.a $MVME_DIR/lib/CC/libC.a $MVME_DIR/lib/classix/libcx.s.a\"\n\t  ;;\n\tesac\n\t;;\n       darwin*)\n         # PIC is the default on this platform\n         # Common symbols not allowed in MH_DYLIB files\n         case $cc_basename in\n           xlc*)\n           _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-qnocommon'\n           _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n           ;;\n         esac\n       ;;\n      dgux*)\n\tcase $cc_basename in\n\t  ec++*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t    ;;\n\t  ghcx*)\n\t    # Green Hills C++ Compiler\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-pic'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      freebsd* | dragonfly*)\n\t# FreeBSD uses GNU C++\n\t;;\n      hpux9* | hpux10* | hpux11*)\n\tcase $cc_basename in\n\t  CC*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive'\n\t    if test \"$host_cpu\" != ia64; then\n\t      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='+Z'\n\t    fi\n\t    ;;\n\t  aCC*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive'\n\t    case $host_cpu in\n\t    hppa*64*|ia64*)\n\t      # +Z the default\n\t      ;;\n\t    *)\n\t      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='+Z'\n\t      ;;\n\t    esac\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      interix*)\n\t# This is c89, which is MS Visual C++ (no shared libs)\n\t# Anyone wants to do a port?\n\t;;\n      irix5* | irix6* | nonstopux*)\n\tcase $cc_basename in\n\t  CC*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n\t    # CC pic flag -KPIC is the default.\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      linux* | k*bsd*-gnu)\n\tcase $cc_basename in\n\t  KCC*)\n\t    # KAI C++ Compiler\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC'\n\t    ;;\n\t  icpc* | ecpc*)\n\t    # Intel C++\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-static'\n\t    ;;\n\t  pgCC*)\n\t    # Portland Group C++ compiler.\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fpic'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n\t    ;;\n\t  cxx*)\n\t    # Compaq C++\n\t    # Make sure the PIC flag is empty.  It appears that all Alpha\n\t    # Linux and Compaq Tru64 Unix objects are PIC.\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      lynxos*)\n\t;;\n      m88k*)\n\t;;\n      mvs*)\n\tcase $cc_basename in\n\t  cxx*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-W c,exportall'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      netbsd* | netbsdelf*-gnu)\n\t;;\n      osf3* | osf4* | osf5*)\n\tcase $cc_basename in\n\t  KCC*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,'\n\t    ;;\n\t  RCC*)\n\t    # Rational C++ 2.4.1\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-pic'\n\t    ;;\n\t  cxx*)\n\t    # Digital/Compaq C++\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    # Make sure the PIC flag is empty.  It appears that all Alpha\n\t    # Linux and Compaq Tru64 Unix objects are PIC.\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      psos*)\n\t;;\n      solaris*)\n\tcase $cc_basename in\n\t  CC*)\n\t    # Sun C++ 4.2, 5.x and Centerline C++\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld '\n\t    ;;\n\t  gcx*)\n\t    # Green Hills C++ Compiler\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-PIC'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      sunos4*)\n\tcase $cc_basename in\n\t  CC*)\n\t    # Sun C++ 4.x\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-pic'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n\t    ;;\n\t  lcc*)\n\t    # Lucid\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-pic'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      tandem*)\n\tcase $cc_basename in\n\t  NCC*)\n\t    # NonStop-UX NCC 3.20\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n\tcase $cc_basename in\n\t  CC*)\n\t    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n\t    ;;\n\tesac\n\t;;\n      vxworks*)\n\t;;\n      *)\n\t_LT_AC_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no\n\t;;\n    esac\n  fi\n],\n[\n  if test \"$GCC\" = yes; then\n    _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n    _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-static'\n\n    case $host_os in\n      aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      fi\n      ;;\n\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4'\n      ;;\n\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT'\n      ;;\n\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common'\n      ;;\n\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n\n    msdosdjgpp*)\n      # Just because we use GCC doesn't mean we suddenly get shared libraries\n      # on systems that don't support them.\n      _LT_AC_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no\n      enable_shared=no\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic\n      fi\n      ;;\n\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC'\n\t;;\n      esac\n      ;;\n\n    *)\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC'\n      ;;\n    esac\n  else\n    # PORTME Check for flag to pass linker flags through the system compiler.\n    case $host_os in\n    aix*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      else\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp'\n      fi\n      ;;\n      darwin*)\n        # PIC is the default on this platform\n        # Common symbols not allowed in MH_DYLIB files\n       case $cc_basename in\n         xlc*)\n         _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-qnocommon'\n         _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n         ;;\n       esac\n       ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT'\n      ;;\n\n    hpux9* | hpux10* | hpux11*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='+Z'\n\t;;\n      esac\n      # Is there a better lt_prog_compiler_static that works with the bundled CC?\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive'\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      # PIC (with -KPIC) is the default.\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n      ;;\n\n    newsos6)\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      case $cc_basename in\n      icc* | ecc*)\n\t_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-static'\n        ;;\n      pgcc* | pgf77* | pgf90* | pgf95*)\n        # Portland Group compilers (*not* the Pentium gcc compiler,\n\t# which looks to be a dead project)\n\t_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-fpic'\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n        ;;\n      ccc*)\n        _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n        # All Alpha code is PIC.\n        _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n        ;;\n      esac\n      ;;\n\n    osf3* | osf4* | osf5*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      # All OSF/1 code is PIC.\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-non_shared'\n      ;;\n\n    solaris*)\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      case $cc_basename in\n      f77* | f90* | f95*)\n\t_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ';;\n      *)\n\t_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,';;\n      esac\n      ;;\n\n    sunos4*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld '\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-PIC'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      ;;\n\n    sysv4 | sysv4.2uw2* | sysv4.3*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec ;then\n\t_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-Kconform_pic'\n\t_LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      fi\n      ;;\n\n    sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      ;;\n\n    unicos*)\n      _LT_AC_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,'\n      _LT_AC_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no\n      ;;\n\n    uts4*)\n      _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)='-pic'\n      _LT_AC_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic'\n      ;;\n\n    *)\n      _LT_AC_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no\n      ;;\n    esac\n  fi\n])\nAC_MSG_RESULT([$_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)])\n\n#\n# Check to make sure the PIC flag actually works.\n#\nif test -n \"$_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)\"; then\n  AC_LIBTOOL_COMPILER_OPTION([if $compiler PIC flag $_LT_AC_TAGVAR(lt_prog_compiler_pic, $1) works],\n    _LT_AC_TAGVAR(lt_prog_compiler_pic_works, $1),\n    [$_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)ifelse([$1],[],[ -DPIC],[ifelse([$1],[CXX],[ -DPIC],[])])], [],\n    [case $_LT_AC_TAGVAR(lt_prog_compiler_pic, $1) in\n     \"\" | \" \"*) ;;\n     *) _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\" $_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)\" ;;\n     esac],\n    [_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n     _LT_AC_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no])\nfi\ncase $host_os in\n  # For platforms which do not support PIC, -DPIC is meaningless:\n  *djgpp*)\n    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\n    ;;\n  *)\n    _LT_AC_TAGVAR(lt_prog_compiler_pic, $1)=\"$_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)ifelse([$1],[],[ -DPIC],[ifelse([$1],[CXX],[ -DPIC],[])])\"\n    ;;\nesac\n\n#\n# Check to make sure the static flag actually works.\n#\nwl=$_LT_AC_TAGVAR(lt_prog_compiler_wl, $1) eval lt_tmp_static_flag=\\\"$_LT_AC_TAGVAR(lt_prog_compiler_static, $1)\\\"\nAC_LIBTOOL_LINKER_OPTION([if $compiler static flag $lt_tmp_static_flag works],\n  _LT_AC_TAGVAR(lt_prog_compiler_static_works, $1),\n  $lt_tmp_static_flag,\n  [],\n  [_LT_AC_TAGVAR(lt_prog_compiler_static, $1)=])\n])\n\n\n# AC_LIBTOOL_PROG_LD_SHLIBS([TAGNAME])\n# ------------------------------------\n# See if the linker supports building shared libraries.\nAC_DEFUN([AC_LIBTOOL_PROG_LD_SHLIBS],\n[AC_MSG_CHECKING([whether the $compiler linker ($LD) supports shared libraries])\nifelse([$1],[CXX],[\n  _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  case $host_os in\n  aix4* | aix5*)\n    # If we're using GNU nm, then we don't want the \"-C\" option.\n    # -C means demangle to AIX nm, but means don't demangle with GNU nm\n    if $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n      _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\[$]2 == \"T\") || (\\[$]2 == \"D\") || (\\[$]2 == \"B\")) && ([substr](\\[$]3,1,1) != \".\")) { print \\[$]3 } }'\\'' | sort -u > $export_symbols'\n    else\n      _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\[$]2 == \"T\") || (\\[$]2 == \"D\") || (\\[$]2 == \"B\")) && ([substr](\\[$]3,1,1) != \".\")) { print \\[$]3 } }'\\'' | sort -u > $export_symbols'\n    fi\n    ;;\n  pw32*)\n    _LT_AC_TAGVAR(export_symbols_cmds, $1)=\"$ltdll_cmds\"\n  ;;\n  cygwin* | mingw*)\n    _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[[BCDGRS]] /s/.* \\([[^ ]]*\\)/\\1 DATA/;/^.* __nm__/s/^.* __nm__\\([[^ ]]*\\) [[^ ]]*/\\1 DATA/;/^I /d;/^[[AITW]] /s/.* //'\\'' | sort | uniq > $export_symbols'\n  ;;\n  linux* | k*bsd*-gnu)\n    _LT_AC_TAGVAR(link_all_deplibs, $1)=no\n  ;;\n  *)\n    _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  ;;\n  esac\n],[\n  runpath_var=\n  _LT_AC_TAGVAR(allow_undefined_flag, $1)=\n  _LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)=no\n  _LT_AC_TAGVAR(archive_cmds, $1)=\n  _LT_AC_TAGVAR(archive_expsym_cmds, $1)=\n  _LT_AC_TAGVAR(old_archive_From_new_cmds, $1)=\n  _LT_AC_TAGVAR(old_archive_from_expsyms_cmds, $1)=\n  _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)=\n  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\n  _LT_AC_TAGVAR(thread_safe_flag_spec, $1)=\n  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)=\n  _LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)=\n  _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=\n  _LT_AC_TAGVAR(hardcode_direct, $1)=no\n  _LT_AC_TAGVAR(hardcode_minus_L, $1)=no\n  _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=unsupported\n  _LT_AC_TAGVAR(link_all_deplibs, $1)=unknown\n  _LT_AC_TAGVAR(hardcode_automatic, $1)=no\n  _LT_AC_TAGVAR(module_cmds, $1)=\n  _LT_AC_TAGVAR(module_expsym_cmds, $1)=\n  _LT_AC_TAGVAR(always_export_symbols, $1)=no\n  _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  # include_expsyms should be a list of space-separated symbols to be *always*\n  # included in the symbol list\n  _LT_AC_TAGVAR(include_expsyms, $1)=\n  # exclude_expsyms can be an extended regexp of symbols to exclude\n  # it will be wrapped by ` (' and `)$', so one must not match beginning or\n  # end of line.  Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc',\n  # as well as any symbol that contains `d'.\n  _LT_AC_TAGVAR(exclude_expsyms, $1)=\"_GLOBAL_OFFSET_TABLE_\"\n  # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out\n  # platforms (ab)use it in PIC code, but their linkers get confused if\n  # the symbol is explicitly referenced.  Since portable code cannot\n  # rely on this symbol name, it's probably fine to never include it in\n  # preloaded symbol tables.\n  extract_expsyms_cmds=\n  # Just being paranoid about ensuring that cc_basename is set.\n  _LT_CC_BASENAME([$compiler])\n  case $host_os in\n  cygwin* | mingw* | pw32*)\n    # FIXME: the MSVC++ port hasn't been tested in a loooong time\n    # When not using gcc, we currently assume that we are using\n    # Microsoft Visual C++.\n    if test \"$GCC\" != yes; then\n      with_gnu_ld=no\n    fi\n    ;;\n  interix*)\n    # we just hope/assume this is gcc and not c89 (= MSVC++)\n    with_gnu_ld=yes\n    ;;\n  openbsd*)\n    with_gnu_ld=no\n    ;;\n  esac\n\n  _LT_AC_TAGVAR(ld_shlibs, $1)=yes\n  if test \"$with_gnu_ld\" = yes; then\n    # If archive_cmds runs LD, not CC, wlarc should be empty\n    wlarc='${wl}'\n\n    # Set some defaults for GNU ld with shared library support. These\n    # are reset later if shared libraries are not supported. Putting them\n    # here allows them to be overridden if necessary.\n    runpath_var=LD_RUN_PATH\n    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}--rpath ${wl}$libdir'\n    _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic'\n    # ancient GNU ld didn't support --whole-archive et. al.\n    if $LD --help 2>&1 | grep 'no-whole-archive' > /dev/null; then\n\t_LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n      else\n  \t_LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\n    fi\n    supports_anon_versioning=no\n    case `$LD -v 2>/dev/null` in\n      *\\ [[01]].* | *\\ 2.[[0-9]].* | *\\ 2.10.*) ;; # catch versions < 2.11\n      *\\ 2.11.93.0.2\\ *) supports_anon_versioning=yes ;; # RH7.3 ...\n      *\\ 2.11.92.0.12\\ *) supports_anon_versioning=yes ;; # Mandrake 8.2 ...\n      *\\ 2.11.*) ;; # other 2.11 versions\n      *) supports_anon_versioning=yes ;;\n    esac\n\n    # See if GNU ld supports shared libraries.\n    case $host_os in\n    aix3* | aix4* | aix5*)\n      # On AIX/PPC, the GNU linker is very broken\n      if test \"$host_cpu\" != ia64; then\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tcat <<EOF 1>&2\n\n*** Warning: the GNU linker, at least up to release 2.9.1, is reported\n*** to be unable to reliably create shared libraries on AIX.\n*** Therefore, libtool is disabling shared libraries support.  If you\n*** really care for shared libraries, you may want to modify your PATH\n*** so that a non-GNU linker is found, and then restart.\n\nEOF\n      fi\n      ;;\n\n    amigaos*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n\n      # Samuel A. Falvo II <kc5tja@dolphin.openprojects.net> reports\n      # that the semantics of dynamic libraries on AmigaOS, at least up\n      # to version 4, is to share data among multiple programs linked\n      # with the same dynamic library.  Since this doesn't match the\n      # behavior of shared libraries on other platforms, we can't use\n      # them.\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      ;;\n\n    beos*)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n\t# Joseph Beckenbach <jrb3@best.com> says some releases of gcc\n\t# support --undefined.  This deserves some investigation.  FIXME\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n      else\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1) is actually meaningless,\n      # as there is no search path for DLLs.\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n      _LT_AC_TAGVAR(always_export_symbols, $1)=no\n      _LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)=yes\n      _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[[BCDGRS]] /s/.* \\([[^ ]]*\\)/\\1 DATA/'\\'' | $SED -e '\\''/^[[AITW]] /s/.* //'\\'' | sort | uniq > $export_symbols'\n\n      if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n        _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n\t# If the export-symbols file already is a .def file (1st line\n\t# is EXPORTS), use it as is; otherwise, prepend...\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\t  cp $export_symbols $output_objdir/$soname.def;\n\telse\n\t  echo EXPORTS > $output_objdir/$soname.def;\n\t  cat $export_symbols >> $output_objdir/$soname.def;\n\tfi~\n\t$CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      else\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n\n    interix3*)\n      _LT_AC_TAGVAR(hardcode_direct, $1)=no\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n      # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n      # Instead, shared libraries are loaded at an image base (0x10000000 by\n      # default) and relocated if they conflict, which is a slow very memory\n      # consuming and fragmenting process.  To avoid this, we pick a random,\n      # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n      # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\ttmp_addflag=\n\tcase $cc_basename,$host_cpu in\n\tpgcc*)\t\t\t\t# Portland Group C compiler\n\t  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag'\n\t  ;;\n\tpgf77* | pgf90* | pgf95*)\t# Portland Group f77 and f90 compilers\n\t  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag -Mnomain' ;;\n\tecc*,ia64* | icc*,ia64*)\t\t# Intel C compiler on ia64\n\t  tmp_addflag=' -i_dynamic' ;;\n\tefc*,ia64* | ifort*,ia64*)\t# Intel Fortran compiler on ia64\n\t  tmp_addflag=' -i_dynamic -nofor_main' ;;\n\tifc* | ifort*)\t\t\t# Intel Fortran compiler\n\t  tmp_addflag=' -nofor_main' ;;\n\tesac\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\n\tif test $supports_anon_versioning = yes; then\n\t  _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $output_objdir/$libname.ver~\n  cat $export_symbols | sed -e \"s/\\(.*\\)/\\1;/\" >> $output_objdir/$libname.ver~\n  $echo \"local: *; };\" >> $output_objdir/$libname.ver~\n\t  $CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib'\n\tfi\n\t_LT_AC_TAGVAR(link_all_deplibs, $1)=no\n      else\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib'\n\twlarc=\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      fi\n      ;;\n\n    solaris*)\n      if $LD -v 2>&1 | grep 'BFD 2\\.8' > /dev/null; then\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tcat <<EOF 1>&2\n\n*** Warning: The releases 2.8.* of the GNU linker cannot reliably\n*** create shared libraries on Solaris systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.9.1 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\nEOF\n      elif $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*)\n      case `$LD -v 2>&1` in\n        *\\ [[01]].* | *\\ 2.[[0-9]].* | *\\ 2.1[[0-5]].*) \n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n\tcat <<_LT_EOF 1>&2\n\n*** Warning: Releases of the GNU linker prior to 2.16.91.0.3 can not\n*** reliably create shared libraries on SCO systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.16.91.0.3 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\n_LT_EOF\n\t;;\n\t*)\n\t  if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t    _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='`test -z \"$SCOABSPATH\" && echo ${wl}-rpath,$libdir`'\n\t    _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib'\n\t    _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname,-retain-symbols-file,$export_symbols -o $lib'\n\t  else\n\t    _LT_AC_TAGVAR(ld_shlibs, $1)=no\n\t  fi\n\t;;\n      esac\n      ;;\n\n    sunos4*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      wlarc=\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    *)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=no\n      fi\n      ;;\n    esac\n\n    if test \"$_LT_AC_TAGVAR(ld_shlibs, $1)\" = no; then\n      runpath_var=\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)=\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)=\n      _LT_AC_TAGVAR(whole_archive_flag_spec, $1)=\n    fi\n  else\n    # PORTME fill in a description of your system's linker (not GNU ld)\n    case $host_os in\n    aix3*)\n      _LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n      _LT_AC_TAGVAR(always_export_symbols, $1)=yes\n      _LT_AC_TAGVAR(archive_expsym_cmds, $1)='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname'\n      # Note: this linker hardcodes the directories in LIBPATH if there\n      # are no directories specified by -L.\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      if test \"$GCC\" = yes && test -z \"$lt_prog_compiler_static\"; then\n\t# Neither direct hardcoding nor static linking is supported with a\n\t# broken collect2.\n\t_LT_AC_TAGVAR(hardcode_direct, $1)=unsupported\n      fi\n      ;;\n\n    aix4* | aix5*)\n      if test \"$host_cpu\" = ia64; then\n\t# On IA64, the linker does run time linking by default, so we don't\n\t# have to do anything special.\n\taix_use_runtimelinking=no\n\texp_sym_flag='-Bexport'\n\tno_entry_flag=\"\"\n      else\n\t# If we're using GNU nm, then we don't want the \"-C\" option.\n\t# -C means demangle to AIX nm, but means don't demangle with GNU nm\n\tif $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n\t  _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\[$]2 == \"T\") || (\\[$]2 == \"D\") || (\\[$]2 == \"B\")) && ([substr](\\[$]3,1,1) != \".\")) { print \\[$]3 } }'\\'' | sort -u > $export_symbols'\n\telse\n\t  _LT_AC_TAGVAR(export_symbols_cmds, $1)='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\[$]2 == \"T\") || (\\[$]2 == \"D\") || (\\[$]2 == \"B\")) && ([substr](\\[$]3,1,1) != \".\")) { print \\[$]3 } }'\\'' | sort -u > $export_symbols'\n\tfi\n\taix_use_runtimelinking=no\n\n\t# Test if we are trying to use run time linking or normal\n\t# AIX style linking. If -brtl is somewhere in LDFLAGS, we\n\t# need to do runtime linking.\n\tcase $host_os in aix4.[[23]]|aix4.[[23]].*|aix5*)\n\t  for ld_flag in $LDFLAGS; do\n  \t  if (test $ld_flag = \"-brtl\" || test $ld_flag = \"-Wl,-brtl\"); then\n  \t    aix_use_runtimelinking=yes\n  \t    break\n  \t  fi\n\t  done\n\t  ;;\n\tesac\n\n\texp_sym_flag='-bexport'\n\tno_entry_flag='-bnoentry'\n      fi\n\n      # When large executables or shared objects are built, AIX ld can\n      # have problems creating the table of contents.  If linking a library\n      # or program results in \"error TOC overflow\" add -mminimal-toc to\n      # CXXFLAGS/CFLAGS for g++/gcc.  In the cases where that is not\n      # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS.\n\n      _LT_AC_TAGVAR(archive_cmds, $1)=''\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=':'\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n\n      if test \"$GCC\" = yes; then\n\tcase $host_os in aix4.[[012]]|aix4.[[012]].*)\n\t# We only want to do this on AIX 4.2 and lower, the check\n\t# below for broken collect2 doesn't work under 4.3+\n\t  collect2name=`${CC} -print-prog-name=collect2`\n\t  if test -f \"$collect2name\" && \\\n  \t   strings \"$collect2name\" | grep resolve_lib_name >/dev/null\n\t  then\n  \t  # We have reworked collect2\n  \t  _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n\t  else\n  \t  # We have old collect2\n  \t  _LT_AC_TAGVAR(hardcode_direct, $1)=unsupported\n  \t  # It fails to find uninstalled libraries when the uninstalled\n  \t  # path is not listed in the libpath.  Setting hardcode_minus_L\n  \t  # to unsupported forces relinking\n  \t  _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n  \t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n  \t  _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=\n\t  fi\n\t  ;;\n\tesac\n\tshared_flag='-shared'\n\tif test \"$aix_use_runtimelinking\" = yes; then\n\t  shared_flag=\"$shared_flag \"'${wl}-G'\n\tfi\n      else\n\t# not using gcc\n\tif test \"$host_cpu\" = ia64; then\n  \t# VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release\n  \t# chokes on -Wl,-G. The following line is correct:\n\t  shared_flag='-G'\n\telse\n\t  if test \"$aix_use_runtimelinking\" = yes; then\n\t    shared_flag='${wl}-G'\n\t  else\n\t    shared_flag='${wl}-bM:SRE'\n\t  fi\n\tfi\n      fi\n\n      # It seems that -bexpall does not export symbols beginning with\n      # underscore (_), so it is better to generate a list of symbols to export.\n      _LT_AC_TAGVAR(always_export_symbols, $1)=yes\n      if test \"$aix_use_runtimelinking\" = yes; then\n\t# Warning - without using the other runtime loading flags (-brtl),\n\t# -berok will link without error, but may produce a broken library.\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)='-berok'\n       # Determine the default libpath from the value encoded in an empty executable.\n       _LT_AC_SYS_LIBPATH_AIX\n       _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)=\"\\$CC\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags `if test \"x${allow_undefined_flag}\" != \"x\"; then echo \"${wl}${allow_undefined_flag}\"; else :; fi` '\"\\${wl}$exp_sym_flag:\\$export_symbols $shared_flag\"\n       else\n\tif test \"$host_cpu\" = ia64; then\n\t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-R $libdir:/usr/lib:/lib'\n\t  _LT_AC_TAGVAR(allow_undefined_flag, $1)=\"-z nodefs\"\n\t  _LT_AC_TAGVAR(archive_expsym_cmds, $1)=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags ${wl}${allow_undefined_flag} '\"\\${wl}$exp_sym_flag:\\$export_symbols\"\n\telse\n\t # Determine the default libpath from the value encoded in an empty executable.\n\t _LT_AC_SYS_LIBPATH_AIX\n\t _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t  # Warning - without using the other run time loading flags,\n\t  # -berok will link without error, but may produce a broken library.\n\t  _LT_AC_TAGVAR(no_undefined_flag, $1)=' ${wl}-bernotok'\n\t  _LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-berok'\n\t  # Exported symbols can be pulled into shared objects from archives\n\t  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)='$convenience'\n\t  _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=yes\n\t  # This is similar to how AIX traditionally builds its shared libraries.\n\t  _LT_AC_TAGVAR(archive_expsym_cmds, $1)=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname'\n\tfi\n      fi\n      ;;\n\n    amigaos*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      # see comment about different semantics on the GNU ld section\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      ;;\n\n    bsdi[[45]]*)\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)=-rdynamic\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # When not using gcc, we currently assume that we are using\n      # Microsoft Visual C++.\n      # hardcode_libdir_flag_spec is actually meaningless, as there is\n      # no search path for DLLs.\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)=' '\n      _LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n      # Tell ltmain to make .lib files, not .a files.\n      libext=lib\n      # Tell ltmain to make .dll files, not .so files.\n      shrext_cmds=\".dll\"\n      # FIXME: Setting linknames here is a bad hack.\n      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -o $lib $libobjs $compiler_flags `echo \"$deplibs\" | $SED -e '\\''s/ -lc$//'\\''` -link -dll~linknames='\n      # The linker will automatically build a .lib file if we build a DLL.\n      _LT_AC_TAGVAR(old_archive_From_new_cmds, $1)='true'\n      # FIXME: Should let the user specify the lib program.\n      _LT_AC_TAGVAR(old_archive_cmds, $1)='lib /OUT:$oldlib$oldobjs$old_deplibs'\n      _LT_AC_TAGVAR(fix_srcfile_path, $1)='`cygpath -w \"$srcfile\"`'\n      _LT_AC_TAGVAR(enable_shared_with_static_runtimes, $1)=yes\n      ;;\n\n    darwin* | rhapsody*)\n      case $host_os in\n        rhapsody* | darwin1.[[012]])\n         _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[[012]])\n               _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n      esac\n      _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n      _LT_AC_TAGVAR(hardcode_direct, $1)=no\n      _LT_AC_TAGVAR(hardcode_automatic, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=unsupported\n      _LT_AC_TAGVAR(whole_archive_flag_spec, $1)=''\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n    if test \"$GCC\" = yes ; then\n    \toutput_verbose_link_cmd='echo'\n        _LT_AC_TAGVAR(archive_cmds, $1)='$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      _LT_AC_TAGVAR(module_cmds, $1)='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n      # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n      _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      _LT_AC_TAGVAR(module_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n    else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n         _LT_AC_TAGVAR(archive_cmds, $1)='$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n         _LT_AC_TAGVAR(module_cmds, $1)='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n         _LT_AC_TAGVAR(archive_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          _LT_AC_TAGVAR(module_expsym_cmds, $1)='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         _LT_AC_TAGVAR(ld_shlibs, $1)=no\n          ;;\n      esac\n    fi\n      ;;\n\n    dgux*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    freebsd1*)\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      ;;\n\n    # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor\n    # support.  Future versions do this automatically, but an explicit c++rt0.o\n    # does not break anything, and helps significantly (at the cost of a little\n    # extra space).\n    freebsd2.2*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags /usr/lib/c++rt0.o'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    # Unfortunately, older versions of FreeBSD 2 do not have this feature.\n    freebsd2*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    # FreeBSD 3 and greater uses gcc -shared to do shared libraries.\n    freebsd* | dragonfly*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -o $lib $libobjs $deplibs $compiler_flags'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    hpux9*)\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/$soname~$CC -shared -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $libobjs $deplibs $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$rm $output_objdir/$soname~$LD -b +b $install_libdir -o $output_objdir/$soname $libobjs $deplibs $linker_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}+b ${wl}$libdir'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n\n      # hardcode_minus_L: Not really in the search PATH,\n      # but as the default location of the library.\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n      ;;\n\n    hpux10*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}+b ${wl}$libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\t_LT_AC_TAGVAR(hardcode_direct, $1)=yes\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n\n\t# hardcode_minus_L: Not really in the search PATH,\n\t# but as the default location of the library.\n\t_LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      fi\n      ;;\n\n    hpux11*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tcase $host_cpu in\n\thppa*64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      else\n\tcase $host_cpu in\n\thppa*64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}+b ${wl}$libdir'\n\t_LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n\n\tcase $host_cpu in\n\thppa*64*|ia64*)\n\t  _LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)='+b $libdir'\n\t  _LT_AC_TAGVAR(hardcode_direct, $1)=no\n\t  _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n\t  ;;\n\t*)\n\t  _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n\t  _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n\n\t  # hardcode_minus_L: Not really in the search PATH,\n\t  # but as the default location of the library.\n\t  _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n\t  ;;\n\tesac\n      fi\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec_ld, $1)='-rpath $libdir'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'  # a.out\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -shared -o $lib $libobjs $deplibs $linker_flags'      # ELF\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    newsos6)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    openbsd*)\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-retain-symbols-file,$export_symbols'\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n\t_LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-E'\n      else\n       case $host_os in\n\t openbsd[[01]].* | openbsd2.[[0-7]] | openbsd2.[[0-7]].*)\n\t   _LT_AC_TAGVAR(archive_cmds, $1)='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n\t   _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n\t   ;;\n\t *)\n\t   _LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\t   _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir'\n\t   ;;\n       esac\n      fi\n      ;;\n\n    os2*)\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      _LT_AC_TAGVAR(allow_undefined_flag, $1)=unsupported\n      _LT_AC_TAGVAR(archive_cmds, $1)='$echo \"LIBRARY $libname INITINSTANCE\" > $output_objdir/$libname.def~$echo \"DESCRIPTION \\\"$libname\\\"\" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo \" SINGLE NONSHARED\" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def'\n      _LT_AC_TAGVAR(old_archive_From_new_cmds, $1)='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def'\n      ;;\n\n    osf3*)\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' -expect_unresolved \\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n      ;;\n\n    osf4* | osf5*)\t# as osf3* with the addition of -msym flag\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir'\n      else\n\t_LT_AC_TAGVAR(allow_undefined_flag, $1)=' -expect_unresolved \\*'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done; echo \"-hidden\">> $lib.exp~\n\t$LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib~$rm $lib.exp'\n\n\t# Both c and cxx compiler support -rpath directly\n\t_LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=:\n      ;;\n\n    solaris*)\n      _LT_AC_TAGVAR(no_undefined_flag, $1)=' -z text'\n      if test \"$GCC\" = yes; then\n\twlarc='${wl}'\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t  $CC -shared ${wl}-M ${wl}$lib.exp ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags~$rm $lib.exp'\n      else\n\twlarc=''\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n  \t$LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir'\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      case $host_os in\n      solaris2.[[0-5]] | solaris2.[[0-5]].*) ;;\n      *)\n \t# The compiler driver will combine linker options so we\n \t# cannot just pass the convience library names through\n \t# without $wl, iff we do not link with $LD.\n \t# Luckily, gcc supports the same syntax we need for Sun Studio.\n \t# Supported since Solaris 2.6 (maybe 2.5.1?)\n \tcase $wlarc in\n \t'')\n \t  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)='-z allextract$convenience -z defaultextract' ;;\n \t*)\n \t  _LT_AC_TAGVAR(whole_archive_flag_spec, $1)='${wl}-z ${wl}allextract`for conv in $convenience\\\"\\\"; do test -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}-z ${wl}defaultextract' ;;\n \tesac ;;\n      esac\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n      ;;\n\n    sunos4*)\n      if test \"x$host_vendor\" = xsequent; then\n\t# Use $CC to link under sequent, because it throws in some extra .o\n\t# files that make .init and .fini sections work.\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_direct, $1)=yes\n      _LT_AC_TAGVAR(hardcode_minus_L, $1)=yes\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    sysv4)\n      case $host_vendor in\n\tsni)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  _LT_AC_TAGVAR(hardcode_direct, $1)=yes # is this really true???\n\t;;\n\tsiemens)\n\t  ## LD is ld it makes a PLAMLIB\n\t  ## CC just makes a GrossModule.\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -o $lib $libobjs $deplibs $linker_flags'\n\t  _LT_AC_TAGVAR(reload_cmds, $1)='$CC -r -o $output$reload_objs'\n\t  _LT_AC_TAGVAR(hardcode_direct, $1)=no\n        ;;\n\tmotorola)\n\t  _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  _LT_AC_TAGVAR(hardcode_direct, $1)=no #Motorola manual says yes, but my tests say they lie\n\t;;\n      esac\n      runpath_var='LD_RUN_PATH'\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    sysv4.3*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='-Bexport'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t_LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n\trunpath_var=LD_RUN_PATH\n\thardcode_runpath_var=yes\n\t_LT_AC_TAGVAR(ld_shlibs, $1)=yes\n      fi\n      ;;\n\n    sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[[01]].[[10]]* | unixware7*)\n      _LT_AC_TAGVAR(no_undefined_flag, $1)='${wl}-z,text'\n      _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6*)\n      # Note: We can NOT use -z defs as we might desire, because we do not\n      # link with -lc, and that would cause any symbols used from libc to\n      # always be unresolved, which means just about no library would\n      # ever link correctly.  If we're not using GNU ld we use -z text\n      # though, which does catch some bad symbols but isn't as heavy-handed\n      # as -z defs.\n      _LT_AC_TAGVAR(no_undefined_flag, $1)='${wl}-z,text'\n      _LT_AC_TAGVAR(allow_undefined_flag, $1)='${wl}-z,nodefs'\n      _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n      _LT_AC_TAGVAR(hardcode_libdir_separator, $1)=':'\n      _LT_AC_TAGVAR(link_all_deplibs, $1)=yes\n      _LT_AC_TAGVAR(export_dynamic_flag_spec, $1)='${wl}-Bexport'\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\t_LT_AC_TAGVAR(archive_cmds, $1)='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t_LT_AC_TAGVAR(archive_expsym_cmds, $1)='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    uts4*)\n      _LT_AC_TAGVAR(archive_cmds, $1)='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      _LT_AC_TAGVAR(hardcode_libdir_flag_spec, $1)='-L$libdir'\n      _LT_AC_TAGVAR(hardcode_shlibpath_var, $1)=no\n      ;;\n\n    *)\n      _LT_AC_TAGVAR(ld_shlibs, $1)=no\n      ;;\n    esac\n  fi\n])\nAC_MSG_RESULT([$_LT_AC_TAGVAR(ld_shlibs, $1)])\ntest \"$_LT_AC_TAGVAR(ld_shlibs, $1)\" = no && can_build_shared=no\n\n#\n# Do we need to explicitly link libc?\n#\ncase \"x$_LT_AC_TAGVAR(archive_cmds_need_lc, $1)\" in\nx|xyes)\n  # Assume -lc should be added\n  _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=yes\n\n  if test \"$enable_shared\" = yes && test \"$GCC\" = yes; then\n    case $_LT_AC_TAGVAR(archive_cmds, $1) in\n    *'~'*)\n      # FIXME: we may have to deal with multi-command sequences.\n      ;;\n    '$CC '*)\n      # Test whether the compiler implicitly links with -lc since on some\n      # systems, -lgcc has to come before -lc. If gcc already passes -lc\n      # to ld, don't add -lc before -lgcc.\n      AC_MSG_CHECKING([whether -lc should be explicitly linked in])\n      $rm conftest*\n      printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n      if AC_TRY_EVAL(ac_compile) 2>conftest.err; then\n        soname=conftest\n        lib=conftest\n        libobjs=conftest.$ac_objext\n        deplibs=\n        wl=$_LT_AC_TAGVAR(lt_prog_compiler_wl, $1)\n\tpic_flag=$_LT_AC_TAGVAR(lt_prog_compiler_pic, $1)\n        compiler_flags=-v\n        linker_flags=-v\n        verstring=\n        output_objdir=.\n        libname=conftest\n        lt_save_allow_undefined_flag=$_LT_AC_TAGVAR(allow_undefined_flag, $1)\n        _LT_AC_TAGVAR(allow_undefined_flag, $1)=\n        if AC_TRY_EVAL(_LT_AC_TAGVAR(archive_cmds, $1) 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1)\n        then\n\t  _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=no\n        else\n\t  _LT_AC_TAGVAR(archive_cmds_need_lc, $1)=yes\n        fi\n        _LT_AC_TAGVAR(allow_undefined_flag, $1)=$lt_save_allow_undefined_flag\n      else\n        cat conftest.err 1>&5\n      fi\n      $rm conftest*\n      AC_MSG_RESULT([$_LT_AC_TAGVAR(archive_cmds_need_lc, $1)])\n      ;;\n    esac\n  fi\n  ;;\nesac\n])# AC_LIBTOOL_PROG_LD_SHLIBS\n\n\n# _LT_AC_FILE_LTDLL_C\n# -------------------\n# Be careful that the start marker always follows a newline.\nAC_DEFUN([_LT_AC_FILE_LTDLL_C], [\n# /* ltdll.c starts here */\n# #define WIN32_LEAN_AND_MEAN\n# #include <windows.h>\n# #undef WIN32_LEAN_AND_MEAN\n# #include <stdio.h>\n#\n# #ifndef __CYGWIN__\n# #  ifdef __CYGWIN32__\n# #    define __CYGWIN__ __CYGWIN32__\n# #  endif\n# #endif\n#\n# #ifdef __cplusplus\n# extern \"C\" {\n# #endif\n# BOOL APIENTRY DllMain (HINSTANCE hInst, DWORD reason, LPVOID reserved);\n# #ifdef __cplusplus\n# }\n# #endif\n#\n# #ifdef __CYGWIN__\n# #include <cygwin/cygwin_dll.h>\n# DECLARE_CYGWIN_DLL( DllMain );\n# #endif\n# HINSTANCE __hDllInstance_base;\n#\n# BOOL APIENTRY\n# DllMain (HINSTANCE hInst, DWORD reason, LPVOID reserved)\n# {\n#   __hDllInstance_base = hInst;\n#   return TRUE;\n# }\n# /* ltdll.c ends here */\n])# _LT_AC_FILE_LTDLL_C\n\n\n# _LT_AC_TAGVAR(VARNAME, [TAGNAME])\n# ---------------------------------\nAC_DEFUN([_LT_AC_TAGVAR], [ifelse([$2], [], [$1], [$1_$2])])\n\n\n# old names\nAC_DEFUN([AM_PROG_LIBTOOL],   [AC_PROG_LIBTOOL])\nAC_DEFUN([AM_ENABLE_SHARED],  [AC_ENABLE_SHARED($@)])\nAC_DEFUN([AM_ENABLE_STATIC],  [AC_ENABLE_STATIC($@)])\nAC_DEFUN([AM_DISABLE_SHARED], [AC_DISABLE_SHARED($@)])\nAC_DEFUN([AM_DISABLE_STATIC], [AC_DISABLE_STATIC($@)])\nAC_DEFUN([AM_PROG_LD],        [AC_PROG_LD])\nAC_DEFUN([AM_PROG_NM],        [AC_PROG_NM])\n\n# This is just to silence aclocal about the macro not being used\nifelse([AC_DISABLE_FAST_INSTALL])\n\nAC_DEFUN([LT_AC_PROG_GCJ],\n[AC_CHECK_TOOL(GCJ, gcj, no)\n  test \"x${GCJFLAGS+set}\" = xset || GCJFLAGS=\"-g -O2\"\n  AC_SUBST(GCJFLAGS)\n])\n\nAC_DEFUN([LT_AC_PROG_RC],\n[AC_CHECK_TOOL(RC, windres, no)\n])\n\n# NOTE: This macro has been submitted for inclusion into   #\n#  GNU Autoconf as AC_PROG_SED.  When it is available in   #\n#  a released version of Autoconf we should remove this    #\n#  macro and use it instead.                               #\n# LT_AC_PROG_SED\n# --------------\n# Check for a fully-functional sed program, that truncates\n# as few characters as possible.  Prefer GNU sed if found.\nAC_DEFUN([LT_AC_PROG_SED],\n[AC_MSG_CHECKING([for a sed that does not truncate output])\nAC_CACHE_VAL(lt_cv_path_SED,\n[# Loop through the user's path and test for sed and gsed.\n# Then use that list of sed's as ones to test for truncation.\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for lt_ac_prog in sed gsed; do\n    for ac_exec_ext in '' $ac_executable_extensions; do\n      if $as_executable_p \"$as_dir/$lt_ac_prog$ac_exec_ext\"; then\n        lt_ac_sed_list=\"$lt_ac_sed_list $as_dir/$lt_ac_prog$ac_exec_ext\"\n      fi\n    done\n  done\ndone\nlt_ac_max=0\nlt_ac_count=0\n# Add /usr/xpg4/bin/sed as it is typically found on Solaris\n# along with /bin/sed that truncates output.\nfor lt_ac_sed in $lt_ac_sed_list /usr/xpg4/bin/sed; do\n  test ! -f $lt_ac_sed && continue\n  cat /dev/null > conftest.in\n  lt_ac_count=0\n  echo $ECHO_N \"0123456789$ECHO_C\" >conftest.in\n  # Check for GNU sed and select it if it is found.\n  if \"$lt_ac_sed\" --version 2>&1 < /dev/null | grep 'GNU' > /dev/null; then\n    lt_cv_path_SED=$lt_ac_sed\n    break\n  fi\n  while true; do\n    cat conftest.in conftest.in >conftest.tmp\n    mv conftest.tmp conftest.in\n    cp conftest.in conftest.nl\n    echo >>conftest.nl\n    $lt_ac_sed -e 's/a$//' < conftest.nl >conftest.out || break\n    cmp -s conftest.out conftest.nl || break\n    # 10000 chars as input seems more than enough\n    test $lt_ac_count -gt 10 && break\n    lt_ac_count=`expr $lt_ac_count + 1`\n    if test $lt_ac_count -gt $lt_ac_max; then\n      lt_ac_max=$lt_ac_count\n      lt_cv_path_SED=$lt_ac_sed\n    fi\n  done\ndone\n])\nSED=$lt_cv_path_SED\nAC_MSG_RESULT([$SED])\n])\n\n"
  },
  {
    "path": "experimental/solve_VPSC/configure",
    "content": "#! /bin/sh\n# Guess values for system-dependent variables and create Makefiles.\n# Generated by GNU Autoconf 2.59d.\n#\n# Copyright (C) 1992, 1993, 1994, 1995, 1996, 1998, 1999, 2000, 2001,\n# 2002, 2003, 2004, 2005, 2006 Free Software Foundation, Inc.\n# This configure script is free software; the Free Software Foundation\n# gives unlimited permission to copy, distribute and modify it.\n## --------------------- ##\n## M4sh Initialization.  ##\n## --------------------- ##\n\n# Be Bourne compatible\nif test -n \"${ZSH_VERSION+set}\" && (emulate sh) >/dev/null 2>&1; then\n  emulate sh\n  NULLCMD=:\n  # Zsh 3.x and 4.x performs word splitting on ${1+\"$@\"}, which\n  # is contrary to our usage.  Disable this feature.\n  alias -g '${1+\"$@\"}'='\"$@\"'\n  setopt NO_GLOB_SUBST\nelse\n  case `(set -o) 2>/dev/null` in *posix*) set -o posix;; esac\nfi\nBIN_SH=xpg4; export BIN_SH # for Tru64\nDUALCASE=1; export DUALCASE # for MKS sh\n\n\n# PATH needs CR\n# Avoid depending upon Character Ranges.\nas_cr_letters='abcdefghijklmnopqrstuvwxyz'\nas_cr_LETTERS='ABCDEFGHIJKLMNOPQRSTUVWXYZ'\nas_cr_Letters=$as_cr_letters$as_cr_LETTERS\nas_cr_digits='0123456789'\nas_cr_alnum=$as_cr_Letters$as_cr_digits\n\n# The user is always right.\nif test \"${PATH_SEPARATOR+set}\" != set; then\n  echo \"#! /bin/sh\" >conf$$.sh\n  echo  \"exit 0\"   >>conf$$.sh\n  chmod +x conf$$.sh\n  if (PATH=\"/nonexistent;.\"; conf$$.sh) >/dev/null 2>&1; then\n    PATH_SEPARATOR=';'\n  else\n    PATH_SEPARATOR=:\n  fi\n  rm -f conf$$.sh\nfi\n\n# Support unset when possible.\nif ( (MAIL=60; unset MAIL) || exit) >/dev/null 2>&1; then\n  as_unset=unset\nelse\n  as_unset=false\nfi\n\n\n# IFS\n# We need space, tab and new line, in precisely that order.  Quoting is\n# there to prevent editors from complaining about space-tab.\n# (If _AS_PATH_WALK were called with IFS unset, it would disable word\n# splitting by setting IFS to empty value.)\nas_nl='\n'\nIFS=\" \"\"\t$as_nl\"\n\n# Find who we are.  Look in the path if we contain no directory separator.\ncase $0 in\n  *[\\\\/]* ) as_myself=$0 ;;\n  *) as_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  test -r \"$as_dir/$0\" && as_myself=$as_dir/$0 && break\ndone\nIFS=$as_save_IFS\n\n     ;;\nesac\n# We did not find ourselves, most probably we were run as `sh COMMAND'\n# in which case we are not to be found in the path.\nif test \"x$as_myself\" = x; then\n  as_myself=$0\nfi\nif test ! -f \"$as_myself\"; then\n  echo \"$as_myself: error: cannot find myself; rerun with an absolute file name\" >&2\n  { (exit 1); exit 1; }\nfi\n\n# Work around bugs in pre-3.0 UWIN ksh.\nfor as_var in ENV MAIL MAILPATH\ndo ($as_unset $as_var) >/dev/null 2>&1 && $as_unset $as_var\ndone\nPS1='$ '\nPS2='> '\nPS4='+ '\n\n# NLS nuisances.\nfor as_var in \\\n  LANG LANGUAGE LC_ADDRESS LC_ALL LC_COLLATE LC_CTYPE LC_IDENTIFICATION \\\n  LC_MEASUREMENT LC_MESSAGES LC_MONETARY LC_NAME LC_NUMERIC LC_PAPER \\\n  LC_TELEPHONE LC_TIME\ndo\n  if (set +x; test -z \"`(eval $as_var=C; export $as_var) 2>&1`\"); then\n    eval $as_var=C; export $as_var\n  else\n    ($as_unset $as_var) >/dev/null 2>&1 && $as_unset $as_var\n  fi\ndone\n\n# Required to use basename.\nif expr a : '\\(a\\)' >/dev/null 2>&1 &&\n   test \"X`expr 00001 : '.*\\(...\\)'`\" = X001; then\n  as_expr=expr\nelse\n  as_expr=false\nfi\n\nif (basename -- /) >/dev/null 2>&1 && test \"X`basename -- / 2>&1`\" = \"X/\"; then\n  as_basename=basename\nelse\n  as_basename=false\nfi\n\n\n# Name of the executable.\nas_me=`$as_basename -- \"$0\" ||\n$as_expr X/\"$0\" : '.*/\\([^/][^/]*\\)/*$' \\| \\\n\t X\"$0\" : 'X\\(//\\)$' \\| \\\n\t X\"$0\" : 'X\\(/\\)' \\| . 2>/dev/null ||\necho X/\"$0\" |\n    sed '/^.*\\/\\([^/][^/]*\\)\\/*$/{\n\t    s//\\1/\n\t    q\n\t  }\n\t  /^X\\/\\(\\/\\/\\)$/{\n\t    s//\\1/\n\t    q\n\t  }\n\t  /^X\\/\\(\\/\\).*/{\n\t    s//\\1/\n\t    q\n\t  }\n\t  s/.*/./; q'`\n\n# CDPATH.\n$as_unset CDPATH\n\n\nif test \"x$CONFIG_SHELL\" = x; then\n  if (eval \":\") 2>/dev/null; then\n  as_have_required=yes\nelse\n  as_have_required=no\nfi\n\n  if test $as_have_required = yes && \t (eval \":\n(as_func_return () {\n  (exit \\$1)\n}\nas_func_success () {\n  as_func_return 0\n}\nas_func_failure () {\n  as_func_return 1\n}\nas_func_ret_success () {\n  return 0\n}\nas_func_ret_failure () {\n  return 1\n}\n\nexitcode=0\nif as_func_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_success failed.\nfi\n\nif as_func_failure; then\n  exitcode=1\n  echo as_func_failure succeeded.\nfi\n\nif as_func_ret_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_ret_success failed.\nfi\n\nif as_func_ret_failure; then\n  exitcode=1\n  echo as_func_ret_failure succeeded.\nfi\n\nif ( set x; as_func_ret_success y && test x = \\\"\\$1\\\" ); then\n  :\nelse\n  exitcode=1\n  echo positional parameters were not saved.\nfi\n\ntest \\$exitcode = 0) || { (exit 1); exit 1; }\n\n(\n  as_lineno_1=\\$LINENO\n  as_lineno_2=\\$LINENO\n  test \\\"x\\$as_lineno_1\\\" != \\\"x\\$as_lineno_2\\\" &&\n  test \\\"x\\`expr \\$as_lineno_1 + 1\\`\\\" = \\\"x\\$as_lineno_2\\\") || { (exit 1); exit 1; }\n\") 2> /dev/null; then\n  :\nelse\n  as_candidate_shells=\n    as_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in /usr/bin/posix$PATH_SEPARATOR/bin$PATH_SEPARATOR/usr/bin$PATH_SEPARATOR$PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  case $as_dir in\n\t /*)\n\t   for as_base in sh bash ksh sh5; do\n\t     as_candidate_shells=\"$as_candidate_shells $as_dir/$as_base\"\n\t   done;;\n       esac\ndone\nIFS=$as_save_IFS\n\n\n      for as_shell in $as_candidate_shells $SHELL; do\n\t # Try only shells which exist, to save several forks.\n\t if test -f \"$as_shell\" &&\n\t\t{ (\"$as_shell\") 2> /dev/null <<\\_ASEOF\n# Be Bourne compatible\nif test -n \"${ZSH_VERSION+set}\" && (emulate sh) >/dev/null 2>&1; then\n  emulate sh\n  NULLCMD=:\n  # Zsh 3.x and 4.x performs word splitting on ${1+\"$@\"}, which\n  # is contrary to our usage.  Disable this feature.\n  alias -g '${1+\"$@\"}'='\"$@\"'\n  setopt NO_GLOB_SUBST\nelse\n  case `(set -o) 2>/dev/null` in *posix*) set -o posix;; esac\nfi\nBIN_SH=xpg4; export BIN_SH # for Tru64\nDUALCASE=1; export DUALCASE # for MKS sh\n\n:\n_ASEOF\n}; then\n  CONFIG_SHELL=$as_shell\n\t       as_have_required=yes\n\t       if { \"$as_shell\" 2> /dev/null <<\\_ASEOF\n# Be Bourne compatible\nif test -n \"${ZSH_VERSION+set}\" && (emulate sh) >/dev/null 2>&1; then\n  emulate sh\n  NULLCMD=:\n  # Zsh 3.x and 4.x performs word splitting on ${1+\"$@\"}, which\n  # is contrary to our usage.  Disable this feature.\n  alias -g '${1+\"$@\"}'='\"$@\"'\n  setopt NO_GLOB_SUBST\nelse\n  case `(set -o) 2>/dev/null` in *posix*) set -o posix;; esac\nfi\nBIN_SH=xpg4; export BIN_SH # for Tru64\nDUALCASE=1; export DUALCASE # for MKS sh\n\n:\n(as_func_return () {\n  (exit $1)\n}\nas_func_success () {\n  as_func_return 0\n}\nas_func_failure () {\n  as_func_return 1\n}\nas_func_ret_success () {\n  return 0\n}\nas_func_ret_failure () {\n  return 1\n}\n\nexitcode=0\nif as_func_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_success failed.\nfi\n\nif as_func_failure; then\n  exitcode=1\n  echo as_func_failure succeeded.\nfi\n\nif as_func_ret_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_ret_success failed.\nfi\n\nif as_func_ret_failure; then\n  exitcode=1\n  echo as_func_ret_failure succeeded.\nfi\n\nif ( set x; as_func_ret_success y && test x = \"$1\" ); then\n  :\nelse\n  exitcode=1\n  echo positional parameters were not saved.\nfi\n\ntest $exitcode = 0) || { (exit 1); exit 1; }\n\n(\n  as_lineno_1=$LINENO\n  as_lineno_2=$LINENO\n  test \"x$as_lineno_1\" != \"x$as_lineno_2\" &&\n  test \"x`expr $as_lineno_1 + 1`\" = \"x$as_lineno_2\") || { (exit 1); exit 1; }\n\n_ASEOF\n}; then\n  break\nfi\n\nfi\n\n      done\n\n      if test \"x$CONFIG_SHELL\" != x; then\n  for as_var in BASH_ENV ENV\n        do ($as_unset $as_var) >/dev/null 2>&1 && $as_unset $as_var\n        done\n        export CONFIG_SHELL\n        exec \"$CONFIG_SHELL\" \"$as_myself\" ${1+\"$@\"}\nfi\n\n\n    if test $as_have_required = no; then\n  echo This script requires a shell more modern than all the\n      echo shells that I found on your system.  Please install a\n      echo modern shell, or manually run the script under such a\n      echo shell if you do have one.\n      { (exit 1); exit 1; }\nfi\n\n\nfi\n\nfi\n\n\n\n(eval \"as_func_return () {\n  (exit \\$1)\n}\nas_func_success () {\n  as_func_return 0\n}\nas_func_failure () {\n  as_func_return 1\n}\nas_func_ret_success () {\n  return 0\n}\nas_func_ret_failure () {\n  return 1\n}\n\nexitcode=0\nif as_func_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_success failed.\nfi\n\nif as_func_failure; then\n  exitcode=1\n  echo as_func_failure succeeded.\nfi\n\nif as_func_ret_success; then\n  :\nelse\n  exitcode=1\n  echo as_func_ret_success failed.\nfi\n\nif as_func_ret_failure; then\n  exitcode=1\n  echo as_func_ret_failure succeeded.\nfi\n\nif ( set x; as_func_ret_success y && test x = \\\"\\$1\\\" ); then\n  :\nelse\n  exitcode=1\n  echo positional parameters were not saved.\nfi\n\ntest \\$exitcode = 0\") || {\n  echo No shell found that supports shell functions.\n  echo Please tell autoconf@gnu.org about your system,\n  echo including any error possibly output before this\n  echo message\n}\n\n\n\n  as_lineno_1=$LINENO\n  as_lineno_2=$LINENO\n  test \"x$as_lineno_1\" != \"x$as_lineno_2\" &&\n  test \"x`expr $as_lineno_1 + 1`\" = \"x$as_lineno_2\" || {\n\n  # Create $as_me.lineno as a copy of $as_myself, but with $LINENO\n  # uniformly replaced by the line number.  The first 'sed' inserts a\n  # line-number line after each line using $LINENO; the second 'sed'\n  # does the real work.  The second script uses 'N' to pair each\n  # line-number line with the line containing $LINENO, and appends\n  # trailing '-' during substitution so that $LINENO is not a special\n  # case at line end.\n  # (Raja R Harinath suggested sed '=', and Paul Eggert wrote the\n  # scripts with optimization help from Paolo Bonzini.  Blame Lee\n  # E. McMahon (1931-1989) for sed's syntax.  :-)\n  sed -n '\n    p\n    /[$]LINENO/=\n  ' <$as_myself |\n    sed '\n      s/[$]LINENO.*/&-/\n      t lineno\n      b\n      :lineno\n      N\n      :loop\n      s/[$]LINENO\\([^'$as_cr_alnum'_].*\\n\\)\\(.*\\)/\\2\\1\\2/\n      t loop\n      s/-\\n.*//\n    ' >$as_me.lineno &&\n  chmod +x \"$as_me.lineno\" ||\n    { echo \"$as_me: error: cannot create $as_me.lineno; rerun with a POSIX shell\" >&2\n   { (exit 1); exit 1; }; }\n\n  # Don't try to exec as it changes $[0], causing all sort of problems\n  # (the dirname of $[0] is not the place where we might find the\n  # original and so on.  Autoconf is especially sensitive to this).\n  . \"./$as_me.lineno\"\n  # Exit status is that of the last command.\n  exit\n}\n\n\nif (dirname -- /) >/dev/null 2>&1; then\n  as_dirname=dirname\nelse\n  as_dirname=false\nfi\n\nECHO_C= ECHO_N= ECHO_T=\ncase `echo -n x` in\n-n*)\n  case `echo 'x\\c'` in\n  *c*) ECHO_T='\t';;\t# ECHO_T is single tab character.\n  *)   ECHO_C='\\c';;\n  esac;;\n*)\n  ECHO_N='-n';;\nesac\n\nif expr a : '\\(a\\)' >/dev/null 2>&1 &&\n   test \"X`expr 00001 : '.*\\(...\\)'`\" = X001; then\n  as_expr=expr\nelse\n  as_expr=false\nfi\n\nrm -f conf$$ conf$$.exe conf$$.file\nif test -d conf$$.dir; then\n  rm -f conf$$.dir/conf$$.file\nelse\n  rm -f conf$$.dir\n  mkdir conf$$.dir\nfi\necho >conf$$.file\nif ln -s conf$$.file conf$$ 2>/dev/null; then\n  as_ln_s='ln -s'\n  # ... but there are two gotchas:\n  # 1) On MSYS, both `ln -s file dir' and `ln file dir' fail.\n  # 2) DJGPP < 2.04 has no symlinks; `ln -s' creates a wrapper executable.\n  # In both cases, we have to default to `cp -p'.\n  ln -s conf$$.file conf$$.dir 2>/dev/null && test ! -f conf$$.exe ||\n    as_ln_s='cp -p'\nelif ln conf$$.file conf$$ 2>/dev/null; then\n  as_ln_s=ln\nelse\n  as_ln_s='cp -p'\nfi\nrm -f conf$$ conf$$.exe conf$$.dir/conf$$.file conf$$.file\nrmdir conf$$.dir 2>/dev/null\n\nif mkdir -p . 2>/dev/null; then\n  as_mkdir_p=:\nelse\n  test -d ./-p && rmdir ./-p\n  as_mkdir_p=false\nfi\n\n# Find out whether ``test -x'' works.  Don't use a zero-byte file, as\n# systems may use methods other than mode bits to determine executability.\ncat >conf$$.file <<_ASEOF\n#! /bin/sh\nexit 0\n_ASEOF\nchmod +x conf$$.file\nif test -x conf$$.file >/dev/null 2>&1; then\n  as_executable_p=\"test -x\"\nelse\n  as_executable_p=:\nfi\nrm -f conf$$.file\n\n# Sed expression to map a string onto a valid CPP name.\nas_tr_cpp=\"eval sed 'y%*$as_cr_letters%P$as_cr_LETTERS%;s%[^_$as_cr_alnum]%_%g'\"\n\n# Sed expression to map a string onto a valid variable name.\nas_tr_sh=\"eval sed 'y%*+%pp%;s%[^_$as_cr_alnum]%_%g'\"\n\n\n\n\n# Check that we are running under the correct shell.\nSHELL=${CONFIG_SHELL-/bin/sh}\n\ncase X$ECHO in\nX*--fallback-echo)\n  # Remove one level of quotation (which was required for Make).\n  ECHO=`echo \"$ECHO\" | sed 's,\\\\\\\\\\$\\\\$0,'$0','`\n  ;;\nesac\n\necho=${ECHO-echo}\nif test \"X$1\" = X--no-reexec; then\n  # Discard the --no-reexec flag, and continue.\n  shift\nelif test \"X$1\" = X--fallback-echo; then\n  # Avoid inline document here, it may be left over\n  :\nelif test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' ; then\n  # Yippee, $echo works!\n  :\nelse\n  # Restart under the correct shell.\n  exec $SHELL \"$0\" --no-reexec ${1+\"$@\"}\nfi\n\nif test \"X$1\" = X--fallback-echo; then\n  # used as fallback echo\n  shift\n  cat <<EOF\n$*\nEOF\n  exit 0\nfi\n\n# The HP-UX ksh and POSIX shell print the target directory to stdout\n# if CDPATH is set.\n(unset CDPATH) >/dev/null 2>&1 && unset CDPATH\n\nif test -z \"$ECHO\"; then\nif test \"X${echo_test_string+set}\" != Xset; then\n# find a string as large as possible, as long as the shell can cope with it\n  for cmd in 'sed 50q \"$0\"' 'sed 20q \"$0\"' 'sed 10q \"$0\"' 'sed 2q \"$0\"' 'echo test'; do\n    # expected sizes: less than 2Kb, 1Kb, 512 bytes, 16 bytes, ...\n    if (echo_test_string=`eval $cmd`) 2>/dev/null &&\n       echo_test_string=`eval $cmd` &&\n       (test \"X$echo_test_string\" = \"X$echo_test_string\") 2>/dev/null\n    then\n      break\n    fi\n  done\nfi\n\nif test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n   echo_testing_string=`($echo \"$echo_test_string\") 2>/dev/null` &&\n   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n  :\nelse\n  # The Solaris, AIX, and Digital Unix default echo programs unquote\n  # backslashes.  This makes it impossible to quote backslashes using\n  #   echo \"$something\" | sed 's/\\\\/\\\\\\\\/g'\n  #\n  # So, first we look for a working echo in the user's PATH.\n\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  for dir in $PATH /usr/ucb; do\n    IFS=\"$lt_save_ifs\"\n    if (test -f $dir/echo || test -f $dir/echo$ac_exeext) &&\n       test \"X`($dir/echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n       echo_testing_string=`($dir/echo \"$echo_test_string\") 2>/dev/null` &&\n       test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n      echo=\"$dir/echo\"\n      break\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n\n  if test \"X$echo\" = Xecho; then\n    # We didn't find a better echo, so look for alternatives.\n    if test \"X`(print -r '\\t') 2>/dev/null`\" = 'X\\t' &&\n       echo_testing_string=`(print -r \"$echo_test_string\") 2>/dev/null` &&\n       test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n      # This shell has a builtin print -r that does the trick.\n      echo='print -r'\n    elif (test -f /bin/ksh || test -f /bin/ksh$ac_exeext) &&\n\t test \"X$CONFIG_SHELL\" != X/bin/ksh; then\n      # If we have ksh, try running configure again with it.\n      ORIGINAL_CONFIG_SHELL=${CONFIG_SHELL-/bin/sh}\n      export ORIGINAL_CONFIG_SHELL\n      CONFIG_SHELL=/bin/ksh\n      export CONFIG_SHELL\n      exec $CONFIG_SHELL \"$0\" --no-reexec ${1+\"$@\"}\n    else\n      # Try using printf.\n      echo='printf %s\\n'\n      if test \"X`($echo '\\t') 2>/dev/null`\" = 'X\\t' &&\n\t echo_testing_string=`($echo \"$echo_test_string\") 2>/dev/null` &&\n\t test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\t# Cool, printf works\n\t:\n      elif echo_testing_string=`($ORIGINAL_CONFIG_SHELL \"$0\" --fallback-echo '\\t') 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = 'X\\t' &&\n\t   echo_testing_string=`($ORIGINAL_CONFIG_SHELL \"$0\" --fallback-echo \"$echo_test_string\") 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\tCONFIG_SHELL=$ORIGINAL_CONFIG_SHELL\n\texport CONFIG_SHELL\n\tSHELL=\"$CONFIG_SHELL\"\n\texport SHELL\n\techo=\"$CONFIG_SHELL $0 --fallback-echo\"\n      elif echo_testing_string=`($CONFIG_SHELL \"$0\" --fallback-echo '\\t') 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = 'X\\t' &&\n\t   echo_testing_string=`($CONFIG_SHELL \"$0\" --fallback-echo \"$echo_test_string\") 2>/dev/null` &&\n\t   test \"X$echo_testing_string\" = \"X$echo_test_string\"; then\n\techo=\"$CONFIG_SHELL $0 --fallback-echo\"\n      else\n\t# maybe with a smaller string...\n\tprev=:\n\n\tfor cmd in 'echo test' 'sed 2q \"$0\"' 'sed 10q \"$0\"' 'sed 20q \"$0\"' 'sed 50q \"$0\"'; do\n\t  if (test \"X$echo_test_string\" = \"X`eval $cmd`\") 2>/dev/null\n\t  then\n\t    break\n\t  fi\n\t  prev=\"$cmd\"\n\tdone\n\n\tif test \"$prev\" != 'sed 50q \"$0\"'; then\n\t  echo_test_string=`eval $prev`\n\t  export echo_test_string\n\t  exec ${ORIGINAL_CONFIG_SHELL-${CONFIG_SHELL-/bin/sh}} \"$0\" ${1+\"$@\"}\n\telse\n\t  # Oops.  We lost completely, so just stick with echo.\n\t  echo=echo\n\tfi\n      fi\n    fi\n  fi\nfi\nfi\n\n# Copy echo and quote the copy suitably for passing to libtool from\n# the Makefile, instead of quoting the original, which is used later.\nECHO=$echo\nif test \"X$ECHO\" = \"X$CONFIG_SHELL $0 --fallback-echo\"; then\n   ECHO=\"$CONFIG_SHELL \\\\\\$\\$0 --fallback-echo\"\nfi\n\n\n\n\ntagnames=${tagnames+${tagnames},}CXX\n\ntagnames=${tagnames+${tagnames},}F77\n\nexec 7<&0 </dev/null 6>&1\n\n# Name of the host.\n# hostname on some systems (SVR3.2, Linux) returns a bogus exit status,\n# so uname gets run too.\nac_hostname=`(hostname || uname -n) 2>/dev/null | sed 1q`\n\n#\n# Initializations.\n#\nac_default_prefix=/usr/local\nac_clean_files=\nac_config_libobj_dir=.\nLIBOBJS=\ncross_compiling=no\nsubdirs=\nMFLAGS=\nMAKEFLAGS=\nSHELL=${CONFIG_SHELL-/bin/sh}\n\n# Identity of this package.\nPACKAGE_NAME=\nPACKAGE_TARNAME=\nPACKAGE_VERSION=\nPACKAGE_STRING=\nPACKAGE_BUGREPORT=\n\nac_unique_file=\"libvpsc/solve_VPSC.cpp\"\n# Factoring default headers for most tests.\nac_includes_default=\"\\\n#include <stdio.h>\n#if HAVE_SYS_TYPES_H\n# include <sys/types.h>\n#endif\n#if HAVE_SYS_STAT_H\n# include <sys/stat.h>\n#endif\n#if STDC_HEADERS\n# include <stdlib.h>\n# include <stddef.h>\n#else\n# if HAVE_STDLIB_H\n#  include <stdlib.h>\n# endif\n#endif\n#if HAVE_STRING_H\n# if !STDC_HEADERS && HAVE_MEMORY_H\n#  include <memory.h>\n# endif\n# include <string.h>\n#endif\n#if HAVE_STRINGS_H\n# include <strings.h>\n#endif\n#if HAVE_INTTYPES_H\n# include <inttypes.h>\n#endif\n#if HAVE_STDINT_H\n# include <stdint.h>\n#endif\n#if HAVE_UNISTD_H\n# include <unistd.h>\n#endif\"\n\nac_subst_vars='SHELL\nPATH_SEPARATOR\nPACKAGE_NAME\nPACKAGE_TARNAME\nPACKAGE_VERSION\nPACKAGE_STRING\nPACKAGE_BUGREPORT\nexec_prefix\nprefix\nprogram_transform_name\nbindir\nsbindir\nlibexecdir\ndatarootdir\ndatadir\nsysconfdir\nsharedstatedir\nlocalstatedir\nincludedir\noldincludedir\ndocdir\ninfodir\nhtmldir\ndvidir\npdfdir\npsdir\nlibdir\nlocaledir\nmandir\nDEFS\nECHO_C\nECHO_N\nECHO_T\nLIBS\nbuild_alias\nhost_alias\ntarget_alias\nINSTALL_PROGRAM\nINSTALL_SCRIPT\nINSTALL_DATA\nPACKAGE\nVERSION\nACLOCAL\nAUTOCONF\nAUTOMAKE\nAUTOHEADER\nMAKEINFO\nSET_MAKE\nbuild\nbuild_cpu\nbuild_vendor\nbuild_os\nhost\nhost_cpu\nhost_vendor\nhost_os\nCC\nCFLAGS\nLDFLAGS\nCPPFLAGS\nac_ct_CC\nEXEEXT\nOBJEXT\nGREP\nEGREP\nLN_S\nECHO\nAR\nRANLIB\nSTRIP\nCPP\nCXX\nCXXFLAGS\nac_ct_CXX\nCXXCPP\nF77\nFFLAGS\nac_ct_F77\nLIBTOOL\nLIBOBJS\nLTLIBOBJS'\nac_subst_files=''\n      ac_precious_vars='build_alias\nhost_alias\ntarget_alias\nCC\nCFLAGS\nLDFLAGS\nCPPFLAGS\nCPP\nCXX\nCXXFLAGS\nCCC\nCXXCPP\nF77\nFFLAGS'\n\n\n# Initialize some variables set by options.\nac_init_help=\nac_init_version=false\n# The variables have the same names as the options, with\n# dashes changed to underlines.\ncache_file=/dev/null\nexec_prefix=NONE\nno_create=\nno_recursion=\nprefix=NONE\nprogram_prefix=NONE\nprogram_suffix=NONE\nprogram_transform_name=s,x,x,\nsilent=\nsite=\nsrcdir=\nverbose=\nx_includes=NONE\nx_libraries=NONE\n\n# Installation directory options.\n# These are left unexpanded so users can \"make install exec_prefix=/foo\"\n# and all the variables that are supposed to be based on exec_prefix\n# by default will actually change.\n# Use braces instead of parens because sh, perl, etc. also accept them.\n# (The list follows the same order as the GNU Coding Standards.)\nbindir='${exec_prefix}/bin'\nsbindir='${exec_prefix}/sbin'\nlibexecdir='${exec_prefix}/libexec'\ndatarootdir='${prefix}/share'\ndatadir='${datarootdir}'\nsysconfdir='${prefix}/etc'\nsharedstatedir='${prefix}/com'\nlocalstatedir='${prefix}/var'\nincludedir='${prefix}/include'\noldincludedir='/usr/include'\ndocdir='${datarootdir}/doc/${PACKAGE}'\ninfodir='${datarootdir}/info'\nhtmldir='${docdir}'\ndvidir='${docdir}'\npdfdir='${docdir}'\npsdir='${docdir}'\nlibdir='${exec_prefix}/lib'\nlocaledir='${datarootdir}/locale'\nmandir='${datarootdir}/man'\n\nac_prev=\nac_dashdash=\nfor ac_option\ndo\n  # If the previous option needs an argument, assign it.\n  if test -n \"$ac_prev\"; then\n    eval $ac_prev=\\$ac_option\n    ac_prev=\n    continue\n  fi\n\n  case $ac_option in\n  *=*)\tac_optarg=`expr \"X$ac_option\" : '[^=]*=\\(.*\\)'` ;;\n  *)\tac_optarg=yes ;;\n  esac\n\n  # Accept the important Cygnus configure options, so we can diagnose typos.\n\n  case $ac_dashdash$ac_option in\n  --)\n    ac_dashdash=yes ;;\n\n  -bindir | --bindir | --bindi | --bind | --bin | --bi)\n    ac_prev=bindir ;;\n  -bindir=* | --bindir=* | --bindi=* | --bind=* | --bin=* | --bi=*)\n    bindir=$ac_optarg ;;\n\n  -build | --build | --buil | --bui | --bu)\n    ac_prev=build_alias ;;\n  -build=* | --build=* | --buil=* | --bui=* | --bu=*)\n    build_alias=$ac_optarg ;;\n\n  -cache-file | --cache-file | --cache-fil | --cache-fi \\\n  | --cache-f | --cache- | --cache | --cach | --cac | --ca | --c)\n    ac_prev=cache_file ;;\n  -cache-file=* | --cache-file=* | --cache-fil=* | --cache-fi=* \\\n  | --cache-f=* | --cache-=* | --cache=* | --cach=* | --cac=* | --ca=* | --c=*)\n    cache_file=$ac_optarg ;;\n\n  --config-cache | -C)\n    cache_file=config.cache ;;\n\n  -datadir | --datadir | --datadi | --datad)\n    ac_prev=datadir ;;\n  -datadir=* | --datadir=* | --datadi=* | --datad=*)\n    datadir=$ac_optarg ;;\n\n  -datarootdir | --datarootdir | --datarootdi | --datarootd | --dataroot \\\n  | --dataroo | --dataro | --datar)\n    ac_prev=datarootdir ;;\n  -datarootdir=* | --datarootdir=* | --datarootdi=* | --datarootd=* \\\n  | --dataroot=* | --dataroo=* | --dataro=* | --datar=*)\n    datarootdir=$ac_optarg ;;\n\n  -disable-* | --disable-*)\n    ac_feature=`expr \"x$ac_option\" : 'x-*disable-\\(.*\\)'`\n    # Reject names that are not valid shell variable names.\n    expr \"x$ac_feature\" : \".*[^-_$as_cr_alnum]\" >/dev/null &&\n      { echo \"$as_me: error: invalid feature name: $ac_feature\" >&2\n   { (exit 1); exit 1; }; }\n    ac_feature=`echo $ac_feature | sed 's/-/_/g'`\n    eval enable_$ac_feature=no ;;\n\n  -docdir | --docdir | --docdi | --doc | --do)\n    ac_prev=docdir ;;\n  -docdir=* | --docdir=* | --docdi=* | --doc=* | --do=*)\n    docdir=$ac_optarg ;;\n\n  -dvidir | --dvidir | --dvidi | --dvid | --dvi | --dv)\n    ac_prev=dvidir ;;\n  -dvidir=* | --dvidir=* | --dvidi=* | --dvid=* | --dvi=* | --dv=*)\n    dvidir=$ac_optarg ;;\n\n  -enable-* | --enable-*)\n    ac_feature=`expr \"x$ac_option\" : 'x-*enable-\\([^=]*\\)'`\n    # Reject names that are not valid shell variable names.\n    expr \"x$ac_feature\" : \".*[^-_$as_cr_alnum]\" >/dev/null &&\n      { echo \"$as_me: error: invalid feature name: $ac_feature\" >&2\n   { (exit 1); exit 1; }; }\n    ac_feature=`echo $ac_feature | sed 's/-/_/g'`\n    eval enable_$ac_feature=\\$ac_optarg ;;\n\n  -exec-prefix | --exec_prefix | --exec-prefix | --exec-prefi \\\n  | --exec-pref | --exec-pre | --exec-pr | --exec-p | --exec- \\\n  | --exec | --exe | --ex)\n    ac_prev=exec_prefix ;;\n  -exec-prefix=* | --exec_prefix=* | --exec-prefix=* | --exec-prefi=* \\\n  | --exec-pref=* | --exec-pre=* | --exec-pr=* | --exec-p=* | --exec-=* \\\n  | --exec=* | --exe=* | --ex=*)\n    exec_prefix=$ac_optarg ;;\n\n  -gas | --gas | --ga | --g)\n    # Obsolete; 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exit 1; }; }\n    ac_package=`echo $ac_package| sed 's/-/_/g'`\n    eval with_$ac_package=\\$ac_optarg ;;\n\n  -without-* | --without-*)\n    ac_package=`expr \"x$ac_option\" : 'x-*without-\\(.*\\)'`\n    # Reject names that are not valid shell variable names.\n    expr \"x$ac_package\" : \".*[^-_$as_cr_alnum]\" >/dev/null &&\n      { echo \"$as_me: error: invalid package name: $ac_package\" >&2\n   { (exit 1); exit 1; }; }\n    ac_package=`echo $ac_package | sed 's/-/_/g'`\n    eval with_$ac_package=no ;;\n\n  --x)\n    # Obsolete; use --with-x.\n    with_x=yes ;;\n\n  -x-includes | --x-includes | --x-include | --x-includ | --x-inclu \\\n  | --x-incl | --x-inc | --x-in | --x-i)\n    ac_prev=x_includes ;;\n  -x-includes=* | --x-includes=* | --x-include=* | --x-includ=* | --x-inclu=* \\\n  | --x-incl=* | --x-inc=* | --x-in=* | --x-i=*)\n    x_includes=$ac_optarg ;;\n\n  -x-libraries | --x-libraries | --x-librarie | --x-librari \\\n  | --x-librar | --x-libra | --x-libr | --x-lib | --x-li | --x-l)\n    ac_prev=x_libraries ;;\n  -x-libraries=* | --x-libraries=* | --x-librarie=* | --x-librari=* \\\n  | --x-librar=* | --x-libra=* | --x-libr=* | --x-lib=* | --x-li=* | --x-l=*)\n    x_libraries=$ac_optarg ;;\n\n  -*) { echo \"$as_me: error: unrecognized option: $ac_option\nTry \\`$0 --help' for more information.\" >&2\n   { (exit 1); exit 1; }; }\n    ;;\n\n  *=*)\n    ac_envvar=`expr \"x$ac_option\" : 'x\\([^=]*\\)='`\n    # Reject names that are not valid shell variable names.\n    expr \"x$ac_envvar\" : \".*[^_$as_cr_alnum]\" >/dev/null &&\n      { echo \"$as_me: error: invalid variable name: $ac_envvar\" >&2\n   { (exit 1); exit 1; }; }\n    eval $ac_envvar=\\$ac_optarg\n    export $ac_envvar ;;\n\n  *)\n    # FIXME: should be removed in autoconf 3.0.\n    echo \"$as_me: WARNING: you should use --build, --host, --target\" >&2\n    expr \"x$ac_option\" : \".*[^-._$as_cr_alnum]\" >/dev/null &&\n      echo \"$as_me: WARNING: invalid host type: $ac_option\" >&2\n    : ${build_alias=$ac_option} ${host_alias=$ac_option} ${target_alias=$ac_option}\n    ;;\n\n  esac\ndone\n\nif test -n \"$ac_prev\"; then\n  ac_option=--`echo $ac_prev | sed 's/_/-/g'`\n  { echo \"$as_me: error: missing argument to $ac_option\" >&2\n   { (exit 1); exit 1; }; }\nfi\n\n# Be sure to have absolute directory names.\nfor ac_var in\texec_prefix prefix bindir sbindir libexecdir datarootdir \\\n\t\tdatadir sysconfdir sharedstatedir localstatedir includedir \\\n\t\toldincludedir docdir infodir htmldir dvidir pdfdir psdir \\\n\t\tlibdir localedir mandir\ndo\n  eval ac_val=\\$$ac_var\n  case $ac_val in\n    [\\\\/$]* | ?:[\\\\/]* )  continue;;\n    NONE | '' ) case $ac_var in *prefix ) continue;; 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then\n  test \"$ac_srcdir_defaulted\" = yes && srcdir=\"$ac_confdir or ..\"\n  { echo \"$as_me: error: cannot find sources ($ac_unique_file) in $srcdir\" >&2\n   { (exit 1); exit 1; }; }\nfi\nac_msg=\"sources are in $srcdir, but \\`cd $srcdir' does not work\"\nac_abs_confdir=`(\n\tcd \"$srcdir\" && test -r \"./$ac_unique_file\" || { echo \"$as_me: error: $ac_msg\" >&2\n   { (exit 1); exit 1; }; }\n\tpwd)`\n# When building in place, set srcdir=.\nif test \"$ac_abs_confdir\" = \"$ac_pwd\"; then\n  srcdir=.\nfi\n# Remove unnecessary trailing slashes from srcdir.\n# Double slashes in file names in object file debugging info\n# mess up M-x gdb in Emacs.\ncase $srcdir in\n*/) srcdir=`expr \"X$srcdir\" : 'X\\(.*[^/]\\)' \\| \"X$srcdir\" : 'X\\(.*\\)'`;;\nesac\nfor ac_var in $ac_precious_vars; do\n  eval ac_env_${ac_var}_set=\\${${ac_var}+set}\n  eval ac_env_${ac_var}_value=\\$${ac_var}\n  eval ac_cv_env_${ac_var}_set=\\${${ac_var}+set}\n  eval ac_cv_env_${ac_var}_value=\\$${ac_var}\ndone\n\n#\n# Report the --help message.\n#\nif test \"$ac_init_help\" = \"long\"; then\n  # Omit some internal or obsolete options to make the list less imposing.\n  # This message is too long to be a string in the A/UX 3.1 sh.\n  cat <<_ACEOF\n\\`configure' configures this package to adapt to many kinds of systems.\n\nUsage: $0 [OPTION]... [VAR=VALUE]...\n\nTo assign environment variables (e.g., CC, CFLAGS...), specify them as\nVAR=VALUE.  See below for descriptions of some of the useful variables.\n\nDefaults for the options are specified in brackets.\n\nConfiguration:\n  -h, --help              display this help and exit\n      --help=short        display options specific to this package\n      --help=recursive    display the short help of all the included packages\n  -V, --version           display version information and exit\n  -q, --quiet, --silent   do not print \\`checking...' messages\n      --cache-file=FILE   cache test results in FILE [disabled]\n  -C, --config-cache      alias for \\`--cache-file=config.cache'\n  -n, --no-create         do not create output files\n      --srcdir=DIR        find the sources in DIR [configure dir or \\`..']\n\nInstallation directories:\n  --prefix=PREFIX         install architecture-independent files in PREFIX\n\t\t\t  [$ac_default_prefix]\n  --exec-prefix=EPREFIX   install architecture-dependent files in EPREFIX\n\t\t\t  [PREFIX]\n\nBy default, \\`make install' will install all the files in\n\\`$ac_default_prefix/bin', \\`$ac_default_prefix/lib' etc.  You can specify\nan installation prefix other than \\`$ac_default_prefix' using \\`--prefix',\nfor instance \\`--prefix=\\$HOME'.\n\nFor better control, use the options below.\n\nFine tuning of the installation directories:\n  --bindir=DIR           user executables [EPREFIX/bin]\n  --sbindir=DIR          system admin executables [EPREFIX/sbin]\n  --libexecdir=DIR       program executables [EPREFIX/libexec]\n  --sysconfdir=DIR       read-only single-machine data [PREFIX/etc]\n  --sharedstatedir=DIR   modifiable architecture-independent data [PREFIX/com]\n  --localstatedir=DIR    modifiable single-machine data [PREFIX/var]\n  --libdir=DIR           object code libraries [EPREFIX/lib]\n  --includedir=DIR       C header files [PREFIX/include]\n  --oldincludedir=DIR    C header files for non-gcc [/usr/include]\n  --datarootdir=DIR      read-only arch.-independent data root [PREFIX/share]\n  --datadir=DIR          read-only architecture-independent data [DATAROOTDIR]\n  --infodir=DIR          info documentation [DATAROOTDIR/info]\n  --localedir=DIR        locale-dependent data [DATAROOTDIR/locale]\n  --mandir=DIR           man documentation [DATAROOTDIR/man]\n  --docdir=DIR           documentation root [DATAROOTDIR/doc/PACKAGE]\n  --htmldir=DIR          html documentation [DOCDIR]\n  --dvidir=DIR           dvi documentation [DOCDIR]\n  --pdfdir=DIR           pdf documentation [DOCDIR]\n  --psdir=DIR            ps documentation [DOCDIR]\n_ACEOF\n\n  cat <<\\_ACEOF\n\nProgram names:\n  --program-prefix=PREFIX            prepend PREFIX to installed program names\n  --program-suffix=SUFFIX            append SUFFIX to installed program names\n  --program-transform-name=PROGRAM   run sed PROGRAM on installed program names\n\nSystem types:\n  --build=BUILD     configure for building on BUILD [guessed]\n  --host=HOST       cross-compile to build programs to run on HOST [BUILD]\n_ACEOF\nfi\n\nif test -n \"$ac_init_help\"; then\n\n  cat <<\\_ACEOF\n\nOptional Features:\n  --disable-FEATURE       do not include FEATURE (same as --enable-FEATURE=no)\n  --enable-FEATURE[=ARG]  include FEATURE [ARG=yes]\n  --enable-shared[=PKGS]  build shared libraries [default=yes]\n  --enable-static[=PKGS]  build static libraries [default=yes]\n  --enable-fast-install[=PKGS]\n                          optimize for fast installation [default=yes]\n  --disable-libtool-lock  avoid locking (might break parallel builds)\n\nOptional Packages:\n  --with-PACKAGE[=ARG]    use PACKAGE [ARG=yes]\n  --without-PACKAGE       do not use PACKAGE (same as --with-PACKAGE=no)\n  --with-gnu-ld           assume the C compiler uses GNU ld [default=no]\n  --with-pic              try to use only PIC/non-PIC objects [default=use\n                          both]\n  --with-tags[=TAGS]      include additional configurations [automatic]\n\nSome influential environment variables:\n  CC          C compiler command\n  CFLAGS      C compiler flags\n  LDFLAGS     linker flags, e.g. -L<lib dir> if you have libraries in a\n              nonstandard directory <lib dir>\n  CPPFLAGS    C/C++/Objective C preprocessor flags, e.g. -I<include dir> if\n              you have headers in a nonstandard directory <include dir>\n  CPP         C preprocessor\n  CXX         C++ compiler command\n  CXXFLAGS    C++ compiler flags\n  CXXCPP      C++ preprocessor\n  F77         Fortran 77 compiler command\n  FFLAGS      Fortran 77 compiler flags\n\nUse these variables to override the choices made by `configure' or to help\nit to find libraries and programs with nonstandard names/locations.\n\n_ACEOF\nac_status=$?\nfi\n\nif test \"$ac_init_help\" = \"recursive\"; then\n  # If there are subdirs, report their specific --help.\n  for ac_dir in : $ac_subdirs_all; do test \"x$ac_dir\" = x: && continue\n    test -d \"$ac_dir\" || continue\n    ac_builddir=.\n\ncase \"$ac_dir\" in\n.) ac_dir_suffix= ac_top_builddir_sub=. ac_top_build_prefix= ;;\n*)\n  ac_dir_suffix=/`echo \"$ac_dir\" | sed 's,^\\.[\\\\/],,'`\n  # A \"..\" for each directory in $ac_dir_suffix.\n  ac_top_builddir_sub=`echo \"$ac_dir_suffix\" | sed 's,/[^\\\\/]*,/..,g;s,/,,'`\n  case $ac_top_builddir_sub in\n  \"\") ac_top_builddir_sub=. ac_top_build_prefix= ;;\n  *)  ac_top_build_prefix=$ac_top_builddir_sub/ ;;\n  esac ;;\nesac\nac_abs_top_builddir=$ac_pwd\nac_abs_builddir=$ac_pwd$ac_dir_suffix\n# for backward compatibility:\nac_top_builddir=$ac_top_build_prefix\n\ncase $srcdir in\n  .)  # We are building in place.\n    ac_srcdir=.\n    ac_top_srcdir=$ac_top_builddir_sub\n    ac_abs_top_srcdir=$ac_pwd ;;\n  [\\\\/]* | ?:[\\\\/]* )  # Absolute name.\n    ac_srcdir=$srcdir$ac_dir_suffix;\n    ac_top_srcdir=$srcdir\n    ac_abs_top_srcdir=$srcdir ;;\n  *) # Relative name.\n    ac_srcdir=$ac_top_build_prefix$srcdir$ac_dir_suffix\n    ac_top_srcdir=$ac_top_build_prefix$srcdir\n    ac_abs_top_srcdir=$ac_pwd/$srcdir ;;\nesac\nac_abs_srcdir=$ac_abs_top_srcdir$ac_dir_suffix\n\n    cd \"$ac_dir\" || { ac_status=$?; 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Invocation command line was\n\n  $ $0 $@\n\n_ACEOF\nexec 5>>config.log\n{\ncat <<_ASUNAME\n## --------- ##\n## Platform. ##\n## --------- ##\n\nhostname = `(hostname || uname -n) 2>/dev/null | sed 1q`\nuname -m = `(uname -m) 2>/dev/null || echo unknown`\nuname -r = `(uname -r) 2>/dev/null || echo unknown`\nuname -s = `(uname -s) 2>/dev/null || echo unknown`\nuname -v = `(uname -v) 2>/dev/null || echo unknown`\n\n/usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null || echo unknown`\n/bin/uname -X     = `(/bin/uname -X) 2>/dev/null     || echo unknown`\n\n/bin/arch              = `(/bin/arch) 2>/dev/null              || echo unknown`\n/usr/bin/arch -k       = `(/usr/bin/arch -k) 2>/dev/null       || echo unknown`\n/usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null || echo unknown`\n/usr/bin/hostinfo      = `(/usr/bin/hostinfo) 2>/dev/null      || echo unknown`\n/bin/machine           = `(/bin/machine) 2>/dev/null           || echo unknown`\n/usr/bin/oslevel       = `(/usr/bin/oslevel) 2>/dev/null       || echo unknown`\n/bin/universe          = `(/bin/universe) 2>/dev/null          || echo unknown`\n\n_ASUNAME\n\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  echo \"PATH: $as_dir\"\ndone\nIFS=$as_save_IFS\n\n} >&5\n\ncat >&5 <<_ACEOF\n\n\n## ----------- ##\n## Core tests. ##\n## ----------- ##\n\n_ACEOF\n\n\n# Keep a trace of the command line.\n# Strip out --no-create and --no-recursion so they do not pile up.\n# Strip out --silent because we don't want to record it for future runs.\n# Also quote any args containing shell meta-characters.\n# Make two passes to allow for proper duplicate-argument suppression.\nac_configure_args=\nac_configure_args0=\nac_configure_args1=\nac_sep=\nac_must_keep_next=false\nfor ac_pass in 1 2\ndo\n  for ac_arg\n  do\n    case $ac_arg in\n    -no-create | --no-c* | -n | -no-recursion | --no-r*) continue ;;\n    -q | -quiet | --quiet | --quie | --qui | --qu | --q \\\n    | -silent | --silent | --silen | --sile | --sil)\n      continue ;;\n    *\\'*)\n      ac_arg=`echo \"$ac_arg\" | sed \"s/'/'\\\\\\\\\\\\\\\\''/g\"` ;;\n    esac\n    case $ac_pass in\n    1) ac_configure_args0=\"$ac_configure_args0 '$ac_arg'\" ;;\n    2)\n      ac_configure_args1=\"$ac_configure_args1 '$ac_arg'\"\n      if test $ac_must_keep_next = true; then\n\tac_must_keep_next=false # Got value, back to normal.\n      else\n\tcase $ac_arg in\n\t  *=* | --config-cache | -C | -disable-* | --disable-* \\\n\t  | -enable-* | --enable-* | -gas | --g* | -nfp | --nf* \\\n\t  | -q | -quiet | --q* | -silent | --sil* | -v | -verb* \\\n\t  | -with-* | --with-* | -without-* | --without-* | --x)\n\t    case \"$ac_configure_args0 \" in\n\t      \"$ac_configure_args1\"*\" '$ac_arg' \"* ) continue ;;\n\t    esac\n\t    ;;\n\t  -* ) ac_must_keep_next=true ;;\n\tesac\n      fi\n      ac_configure_args=\"$ac_configure_args$ac_sep'$ac_arg'\"\n      # Get rid of the leading space.\n      ac_sep=\" \"\n      ;;\n    esac\n  done\ndone\n$as_unset ac_configure_args0 || test \"${ac_configure_args0+set}\" != set || { ac_configure_args0=; export ac_configure_args0; }\n$as_unset ac_configure_args1 || test \"${ac_configure_args1+set}\" != set || { ac_configure_args1=; export ac_configure_args1; }\n\n# When interrupted or exit'd, cleanup temporary files, and complete\n# config.log.  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do\n  trap 'ac_signal='$ac_signal'; { (exit 1); exit 1; }' $ac_signal\ndone\nac_signal=0\n\n# confdefs.h avoids OS command line length limits that DEFS can exceed.\nrm -f -r conftest* confdefs.h\n\n# Predefined preprocessor variables.\n\ncat >>confdefs.h <<_ACEOF\n#define PACKAGE_NAME \"$PACKAGE_NAME\"\n_ACEOF\n\n\ncat >>confdefs.h <<_ACEOF\n#define PACKAGE_TARNAME \"$PACKAGE_TARNAME\"\n_ACEOF\n\n\ncat >>confdefs.h <<_ACEOF\n#define PACKAGE_VERSION \"$PACKAGE_VERSION\"\n_ACEOF\n\n\ncat >>confdefs.h <<_ACEOF\n#define PACKAGE_STRING \"$PACKAGE_STRING\"\n_ACEOF\n\n\ncat >>confdefs.h <<_ACEOF\n#define PACKAGE_BUGREPORT \"$PACKAGE_BUGREPORT\"\n_ACEOF\n\n\n# Let the site file select an alternate cache file if it wants to.\n# Prefer explicitly selected file to automatically selected ones.\nif test -n \"$CONFIG_SITE\"; then\n  set x \"$CONFIG_SITE\"\nelif test \"x$prefix\" != xNONE; then\n  set x \"$prefix/share/config.site\" \"$prefix/etc/config.site\"\nelse\n  set x \"$ac_default_prefix/share/config.site\" \\\n\t\"$ac_default_prefix/etc/config.site\"\nfi\nshift\nfor ac_site_file\ndo\n  if test -r \"$ac_site_file\"; 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But avoid the broken or\n# incompatible versions:\n# SysV /etc/install, /usr/sbin/install\n# SunOS /usr/etc/install\n# IRIX /sbin/install\n# AIX /bin/install\n# AmigaOS /C/install, which installs bootblocks on floppy discs\n# AIX 4 /usr/bin/installbsd, which doesn't work without a -g flag\n# AFS /usr/afsws/bin/install, which mishandles nonexistent args\n# SVR4 /usr/ucb/install, which tries to use the nonexistent group \"staff\"\n# OS/2's system install, which has a completely different semantic\n# ./install, which can be erroneously created by make from ./install.sh.\n{ echo \"$as_me:$LINENO: checking for a BSD-compatible install\" >&5\necho $ECHO_N \"checking for a BSD-compatible install... $ECHO_C\" >&6; }\nif test -z \"$INSTALL\"; then\nif test \"${ac_cv_path_install+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  # Account for people who put trailing slashes in PATH elements.\ncase $as_dir/ in\n  ./ | .// | /cC/* | \\\n  /etc/* | /usr/sbin/* | /usr/etc/* | /sbin/* | /usr/afsws/bin/* | \\\n  ?:\\\\/os2\\\\/install\\\\/* | ?:\\\\/OS2\\\\/INSTALL\\\\/* | \\\n  /usr/ucb/* ) ;;\n  *)\n    # OSF1 and SCO ODT 3.0 have their own names for install.\n    # Don't use installbsd from OSF since it installs stuff as root\n    # by default.\n    for ac_prog in ginstall scoinst install; do\n      for ac_exec_ext in '' $ac_executable_extensions; do\n\tif { test -f \"$as_dir/$ac_prog$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_prog$ac_exec_ext\"; }; then\n\t  if test $ac_prog = install &&\n\t    grep dspmsg \"$as_dir/$ac_prog$ac_exec_ext\" >/dev/null 2>&1; then\n\t    # AIX install.  It has an incompatible calling convention.\n\t    :\n\t  elif test $ac_prog = install &&\n\t    grep pwplus \"$as_dir/$ac_prog$ac_exec_ext\" >/dev/null 2>&1; then\n\t    # program-specific install script used by HP pwplus--don't use.\n\t    :\n\t  else\n\t    ac_cv_path_install=\"$as_dir/$ac_prog$ac_exec_ext -c\"\n\t    break 3\n\t  fi\n\tfi\n      done\n    done\n    ;;\nesac\ndone\nIFS=$as_save_IFS\n\n\nfi\n  if test \"${ac_cv_path_install+set}\" = set; then\n    INSTALL=$ac_cv_path_install\n  else\n    # As a last resort, use the slow shell script.  Don't cache a\n    # value for INSTALL within a source directory, because that will\n    # break other packages using the cache if that directory is\n    # removed, or if the value is a relative name.\n    INSTALL=$ac_install_sh\n  fi\nfi\n{ echo \"$as_me:$LINENO: result: $INSTALL\" >&5\necho \"${ECHO_T}$INSTALL\" >&6; }\n\n# Use test -z because SunOS4 sh mishandles braces in ${var-val}.\n# It thinks the first close brace ends the variable substitution.\ntest -z \"$INSTALL_PROGRAM\" && INSTALL_PROGRAM='${INSTALL}'\n\ntest -z \"$INSTALL_SCRIPT\" && INSTALL_SCRIPT='${INSTALL}'\n\ntest -z \"$INSTALL_DATA\" && INSTALL_DATA='${INSTALL} -m 644'\n\n{ echo \"$as_me:$LINENO: checking whether build environment is sane\" >&5\necho $ECHO_N \"checking whether build environment is sane... $ECHO_C\" >&6; }\n# Just in case\nsleep 1\necho timestamp > conftestfile\n# Do `set' in a subshell so we don't clobber the current shell's\n# arguments.  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Sigh.\nif (autoconf --version) < /dev/null > /dev/null 2>&1; then\n   AUTOCONF=autoconf\n   { echo \"$as_me:$LINENO: result: found\" >&5\necho \"${ECHO_T}found\" >&6; }\nelse\n   AUTOCONF=\"$missing_dir/missing autoconf\"\n   { echo \"$as_me:$LINENO: result: missing\" >&5\necho \"${ECHO_T}missing\" >&6; }\nfi\n\n{ echo \"$as_me:$LINENO: checking for working automake-${am__api_version}\" >&5\necho $ECHO_N \"checking for working automake-${am__api_version}... $ECHO_C\" >&6; }\n# Run test in a subshell; some versions of sh will print an error if\n# an executable is not found, even if stderr is redirected.\n# Redirect stdin to placate older versions of autoconf.  Sigh.\nif (automake-${am__api_version} --version) < /dev/null > /dev/null 2>&1; then\n   AUTOMAKE=automake-${am__api_version}\n   { echo \"$as_me:$LINENO: result: found\" >&5\necho \"${ECHO_T}found\" >&6; }\nelse\n   AUTOMAKE=\"$missing_dir/missing automake-${am__api_version}\"\n   { echo \"$as_me:$LINENO: result: missing\" >&5\necho \"${ECHO_T}missing\" >&6; }\nfi\n\n{ echo \"$as_me:$LINENO: checking for working autoheader\" >&5\necho $ECHO_N \"checking for working autoheader... $ECHO_C\" >&6; }\n# Run test in a subshell; some versions of sh will print an error if\n# an executable is not found, even if stderr is redirected.\n# Redirect stdin to placate older versions of autoconf.  Sigh.\nif (autoheader --version) < /dev/null > /dev/null 2>&1; then\n   AUTOHEADER=autoheader\n   { echo \"$as_me:$LINENO: result: found\" >&5\necho \"${ECHO_T}found\" >&6; }\nelse\n   AUTOHEADER=\"$missing_dir/missing autoheader\"\n   { echo \"$as_me:$LINENO: result: missing\" >&5\necho \"${ECHO_T}missing\" >&6; }\nfi\n\n{ echo \"$as_me:$LINENO: checking for working makeinfo\" >&5\necho $ECHO_N \"checking for working makeinfo... $ECHO_C\" >&6; }\n# Run test in a subshell; some versions of sh will print an error if\n# an executable is not found, even if stderr is redirected.\n# Redirect stdin to placate older versions of autoconf.  Sigh.\nif (makeinfo --version) < /dev/null > /dev/null 2>&1; then\n   MAKEINFO=makeinfo\n   { echo \"$as_me:$LINENO: result: found\" >&5\necho \"${ECHO_T}found\" >&6; }\nelse\n   MAKEINFO=\"$missing_dir/missing makeinfo\"\n   { echo \"$as_me:$LINENO: result: missing\" >&5\necho \"${ECHO_T}missing\" >&6; }\nfi\n\n\n# Check whether --enable-shared was given.\nif test \"${enable_shared+set}\" = set; then\n  enableval=$enable_shared; p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_shared=yes ;;\n    no) enable_shared=no ;;\n    *)\n      enable_shared=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_shared=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac\nelse\n  enable_shared=yes\nfi\n\n\n# Check whether --enable-static was given.\nif test \"${enable_static+set}\" = set; then\n  enableval=$enable_static; p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_static=yes ;;\n    no) enable_static=no ;;\n    *)\n     enable_static=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_static=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac\nelse\n  enable_static=yes\nfi\n\n\n# Check whether --enable-fast-install was given.\nif test \"${enable_fast_install+set}\" = set; then\n  enableval=$enable_fast_install; p=${PACKAGE-default}\n    case $enableval in\n    yes) enable_fast_install=yes ;;\n    no) enable_fast_install=no ;;\n    *)\n      enable_fast_install=no\n      # Look at the argument we got.  We use all the common list separators.\n      lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n      for pkg in $enableval; do\n\tIFS=\"$lt_save_ifs\"\n\tif test \"X$pkg\" = \"X$p\"; then\n\t  enable_fast_install=yes\n\tfi\n      done\n      IFS=\"$lt_save_ifs\"\n      ;;\n    esac\nelse\n  enable_fast_install=yes\nfi\n\n\n# Make sure we can run config.sub.\n$SHELL \"$ac_aux_dir/config.sub\" sun4 >/dev/null 2>&1 ||\n  { { echo \"$as_me:$LINENO: error: cannot run $SHELL $ac_aux_dir/config.sub\" >&5\necho \"$as_me: error: cannot run $SHELL $ac_aux_dir/config.sub\" >&2;}\n   { (exit 1); exit 1; }; }\n\n{ echo \"$as_me:$LINENO: checking build system type\" >&5\necho $ECHO_N \"checking build system type... $ECHO_C\" >&6; }\nif test \"${ac_cv_build+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_build_alias=$build_alias\ntest \"x$ac_build_alias\" = x &&\n  ac_build_alias=`$SHELL \"$ac_aux_dir/config.guess\"`\ntest \"x$ac_build_alias\" = x &&\n  { { echo \"$as_me:$LINENO: error: cannot guess build type; you must specify one\" >&5\necho \"$as_me: error: cannot guess build type; you must specify one\" >&2;}\n   { (exit 1); exit 1; }; }\nac_cv_build=`$SHELL \"$ac_aux_dir/config.sub\" $ac_build_alias` ||\n  { { echo \"$as_me:$LINENO: error: $SHELL $ac_aux_dir/config.sub $ac_build_alias failed\" >&5\necho \"$as_me: error: $SHELL $ac_aux_dir/config.sub $ac_build_alias failed\" >&2;}\n   { (exit 1); exit 1; }; }\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_build\" >&5\necho \"${ECHO_T}$ac_cv_build\" >&6; }\ncase $ac_cv_build in\n*-*-*) ;;\n*) { { echo \"$as_me:$LINENO: error: invalid value of canonical build\" >&5\necho \"$as_me: error: invalid value of canonical build\" >&2;}\n   { (exit 1); exit 1; }; };;\nesac\nbuild=$ac_cv_build\nac_save_IFS=$IFS; IFS='-'\nset x $ac_cv_build\nshift\nbuild_cpu=$1\nbuild_vendor=$2\nshift; shift\n# Remember, the first character of IFS is used to create $*,\n# except with old shells:\nbuild_os=$*\nIFS=$ac_save_IFS\ncase $build_os in *\\ *) build_os=`echo \"$build_os\" | sed 's/ /-/g'`;; esac\n\n\n{ echo \"$as_me:$LINENO: checking host system type\" >&5\necho $ECHO_N \"checking host system type... $ECHO_C\" >&6; }\nif test \"${ac_cv_host+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test \"x$host_alias\" = x; then\n  ac_cv_host=$ac_cv_build\nelse\n  ac_cv_host=`$SHELL \"$ac_aux_dir/config.sub\" $host_alias` ||\n    { { echo \"$as_me:$LINENO: error: $SHELL $ac_aux_dir/config.sub $host_alias failed\" >&5\necho \"$as_me: error: $SHELL $ac_aux_dir/config.sub $host_alias failed\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_host\" >&5\necho \"${ECHO_T}$ac_cv_host\" >&6; }\ncase $ac_cv_host in\n*-*-*) ;;\n*) { { echo \"$as_me:$LINENO: error: invalid value of canonical host\" >&5\necho \"$as_me: error: invalid value of canonical host\" >&2;}\n   { (exit 1); exit 1; }; };;\nesac\nhost=$ac_cv_host\nac_save_IFS=$IFS; IFS='-'\nset x $ac_cv_host\nshift\nhost_cpu=$1\nhost_vendor=$2\nshift; shift\n# Remember, the first character of IFS is used to create $*,\n# except with old shells:\nhost_os=$*\nIFS=$ac_save_IFS\ncase $host_os in *\\ *) host_os=`echo \"$host_os\" | sed 's/ /-/g'`;; esac\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\nif test -n \"$ac_tool_prefix\"; then\n  # Extract the first word of \"${ac_tool_prefix}gcc\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}gcc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"${ac_tool_prefix}gcc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$ac_cv_prog_CC\"; then\n  ac_ct_CC=$CC\n  # Extract the first word of \"gcc\", so it can be a program name with args.\nset dummy gcc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_CC\"; then\n  ac_cv_prog_ac_ct_CC=\"$ac_ct_CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_CC=\"gcc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_CC=$ac_cv_prog_ac_ct_CC\nif test -n \"$ac_ct_CC\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_CC\" >&5\necho \"${ECHO_T}$ac_ct_CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  if test \"x$ac_ct_CC\" = x; then\n    CC=\"\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CC=$ac_ct_CC\n  fi\nelse\n  CC=\"$ac_cv_prog_CC\"\nfi\n\nif test -z \"$CC\"; then\n          if test -n \"$ac_tool_prefix\"; then\n    # Extract the first word of \"${ac_tool_prefix}cc\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}cc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"${ac_tool_prefix}cc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  fi\nfi\nif test -z \"$CC\"; then\n  # Extract the first word of \"cc\", so it can be a program name with args.\nset dummy cc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\n  ac_prog_rejected=no\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    if test \"$as_dir/$ac_word$ac_exec_ext\" = \"/usr/ucb/cc\"; then\n       ac_prog_rejected=yes\n       continue\n     fi\n    ac_cv_prog_CC=\"cc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nif test $ac_prog_rejected = yes; then\n  # We found a bogon in the path, so make sure we never use it.\n  set dummy $ac_cv_prog_CC\n  shift\n  if test $# != 0; then\n    # We chose a different compiler from the bogus one.\n    # However, it has the same basename, so the bogon will be chosen\n    # first if we set CC to just the basename; use the full file name.\n    shift\n    ac_cv_prog_CC=\"$as_dir/$ac_word${1+' '}$@\"\n  fi\nfi\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$CC\"; then\n  if test -n \"$ac_tool_prefix\"; then\n  for ac_prog in cl.exe\n  do\n    # Extract the first word of \"$ac_tool_prefix$ac_prog\", so it can be a program name with args.\nset dummy $ac_tool_prefix$ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"$ac_tool_prefix$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n    test -n \"$CC\" && break\n  done\nfi\nif test -z \"$CC\"; then\n  ac_ct_CC=$CC\n  for ac_prog in cl.exe\ndo\n  # Extract the first word of \"$ac_prog\", so it can be a program name with args.\nset dummy $ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_CC\"; then\n  ac_cv_prog_ac_ct_CC=\"$ac_ct_CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_CC=\"$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_CC=$ac_cv_prog_ac_ct_CC\nif test -n \"$ac_ct_CC\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_CC\" >&5\necho \"${ECHO_T}$ac_ct_CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  test -n \"$ac_ct_CC\" && break\ndone\n\n  if test \"x$ac_ct_CC\" = x; then\n    CC=\"\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CC=$ac_ct_CC\n  fi\nfi\n\nfi\n\n\ntest -z \"$CC\" && { { echo \"$as_me:$LINENO: error: no acceptable C compiler found in \\$PATH\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: no acceptable C compiler found in \\$PATH\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\n\n# Provide some information about the compiler.\necho \"$as_me:$LINENO: checking for C compiler version\" >&5\nac_compiler=`set X $ac_compile; echo $2`\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler --version >&5\\\"\") >&5\n  (eval $ac_compiler --version >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -v >&5\\\"\") >&5\n  (eval $ac_compiler -v >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -V >&5\\\"\") >&5\n  (eval $ac_compiler -V >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n\n\n# List of possible output files.  We want to start from the most likely,\n# but we have to check foo.exe before foo, because Cygwin `test -f' looks\n# also for foo.exe.  b.out is created by i960 compilers.\n# As a last resort, we also try wildcards: `conftest.*' and `a.*'.\n# But we are not allowed to rm a.*, and we do not want always remove\n# conftest.*, so we will list them literally, when appropriate.\nac_outfiles=\"a_out.exe a.out conftest.exe conftest a.exe b.out\"\n\n# The IRIX 6 linker writes into existing files which may not be\n# executable, retaining their permissions.  Remove them first so a\n# subsequent execution test works.\nrm -f $ac_outfiles conftest.*\n\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\n\nac_clean_files_save=$ac_clean_files\nac_clean_files=\"$ac_clean_files $ac_outfiles\"\n\n# The following tests should remove their output except files matching conftest.*.\n# Try to create an executable without -o first, disregard a.out.\n# It will help us diagnose broken compilers, and finding out an intuition\n# of exeext.\n{ echo \"$as_me:$LINENO: checking for C compiler default output file name\" >&5\necho $ECHO_N \"checking for C compiler default output file name... $ECHO_C\" >&6; }\nac_link_default=`echo \"$ac_link\" | sed 's/ -o *conftest[^ ]*//'`\n\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link_default\\\"\") >&5\n  (eval $ac_link_default) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n  for ac_file in $ac_outfiles a.* conftest.* NO\ndo\n  test -f \"$ac_file\" || continue\n  case $ac_file in\n    *.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg | *.map | *.inf | *.o | *.obj ) ;;\n    * ) break;;\n  esac\ndone\nif test \"$ac_file\" = NO; then\n  { { echo \"$as_me:$LINENO: error: no output file found\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: no output file found\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\n\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n{ { echo \"$as_me:$LINENO: error: C compiler cannot create executables\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: C compiler cannot create executables\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 77); exit 77; }; }\nfi\n\n{ echo \"$as_me:$LINENO: result: $ac_file\" >&5\necho \"${ECHO_T}$ac_file\" >&6; }\n# Check that the compiler produces executables we can run.  If not, either\n# the compiler is broken, or we cross compile.\n{ echo \"$as_me:$LINENO: checking whether the C compiler works\" >&5\necho $ECHO_N \"checking whether the C compiler works... $ECHO_C\" >&6; }\n# FIXME: These cross compiler hacks should be removed for Autoconf 3.0\n# If not cross compiling, check that we can run a simple program.\nif test \"$cross_compiling\" != yes; then\n  if { ac_try='./$ac_file'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n    cross_compiling=no\n  else\n    if test \"$cross_compiling\" = maybe; then\n\tcross_compiling=yes\n    else\n\t{ { echo \"$as_me:$LINENO: error: cannot run C compiled programs.\nIf you meant to cross compile, use \\`--host'.\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: cannot run C compiled programs.\nIf you meant to cross compile, use \\`--host'.\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\n    fi\n  fi\nfi\n{ echo \"$as_me:$LINENO: result: yes\" >&5\necho \"${ECHO_T}yes\" >&6; }\n\n# Clean up; list also $ac_file, in case it matched a wildcard entry.\nrm -f $ac_outfiles $ac_file\n\n{ echo \"$as_me:$LINENO: checking whether we are cross compiling\" >&5\necho $ECHO_N \"checking whether we are cross compiling... $ECHO_C\" >&6; }\n{ echo \"$as_me:$LINENO: result: $cross_compiling\" >&5\necho \"${ECHO_T}$cross_compiling\" >&6; }\n\n{ echo \"$as_me:$LINENO: checking for suffix of executables\" >&5\necho $ECHO_N \"checking for suffix of executables... $ECHO_C\" >&6; }\nif test \"${ac_cv_exeext+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n  # If both `conftest.exe' and `conftest' are `present' (well, observable),\n    # catch `conftest.exe'.  For instance with Cygwin, `ls conftest' will\n    # work properly (i.e., refer to `conftest.exe'), while it won't with `rm'.\n    for ac_file in conftest.exe conftest conftest.* NO; do\n      test -f \"$ac_file\" || continue\n      case $ac_file in\n\t*.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg | *.map | *.inf | *.o | *.obj ) ;;\n\t*.* ) ac_cv_exeext=`expr \"$ac_file\" : '[^.]*\\(\\..*\\)'`\n\t      break;;\n\t* ) break;;\n      esac\n    done\n    if test \"$ac_file\" = NO; then\n  { { echo \"$as_me:$LINENO: error: cannot compute suffix of executables: no output file found\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: cannot compute suffix of executables: no output file found\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\n    # Clean up; list also $ac_file, in case it matched conftest.*.\n    rm -f $ac_outfiles $ac_file\n\nelse\n  { { echo \"$as_me:$LINENO: error: cannot compute suffix of executables: cannot compile and link\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: cannot compute suffix of executables: cannot compile and link\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\n\nfi\n\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_exeext\" >&5\necho \"${ECHO_T}$ac_cv_exeext\" >&6; }\nEXEEXT=$ac_cv_exeext\nac_exeext=$EXEEXT\n\n\nac_clean_files=$ac_clean_files_save\n\n{ echo \"$as_me:$LINENO: checking for suffix of object files\" >&5\necho $ECHO_N \"checking for suffix of object files... $ECHO_C\" >&6; }\nif test \"${ac_cv_objext+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  rm -f conftest.o conftest.obj\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n  for ac_file in conftest.o conftest.obj conftest.*; do\n  test -f \"$ac_file\" || continue;\n  case $ac_file in\n    *.$ac_ext | *.xcoff | *.tds | *.d | *.pdb | *.xSYM | *.bb | *.bbg | *.map | *.inf ) ;;\n    *) ac_cv_objext=`expr \"$ac_file\" : '.*\\.\\(.*\\)'`\n       break;;\n  esac\ndone\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n{ { echo \"$as_me:$LINENO: error: cannot compute suffix of object files: cannot compile\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: cannot compute suffix of object files: cannot compile\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_objext\" >&5\necho \"${ECHO_T}$ac_cv_objext\" >&6; }\nOBJEXT=$ac_cv_objext\nac_objext=$OBJEXT\n\n\nrm -f conftest.*\n{ echo \"$as_me:$LINENO: checking whether we are using the GNU C compiler\" >&5\necho $ECHO_N \"checking whether we are using the GNU C compiler... $ECHO_C\" >&6; }\nif test \"${ac_cv_c_compiler_gnu+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n#ifndef __GNUC__\n       choke me\n#endif\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_compiler_gnu=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_compiler_gnu=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nac_cv_c_compiler_gnu=$ac_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_c_compiler_gnu\" >&5\necho \"${ECHO_T}$ac_cv_c_compiler_gnu\" >&6; }\nGCC=`test $ac_compiler_gnu = yes && echo yes`\nac_test_CFLAGS=${CFLAGS+set}\nac_save_CFLAGS=$CFLAGS\n{ echo \"$as_me:$LINENO: checking whether $CC accepts -g\" >&5\necho $ECHO_N \"checking whether $CC accepts -g... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cc_g+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_save_c_werror_flag=$ac_c_werror_flag\n   ac_c_werror_flag=yes\n   ac_cv_prog_cc_g=no\n   CFLAGS=\"-g\"\n   cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tCFLAGS=\"\"\n      cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_c_werror_flag=$ac_save_c_werror_flag\n\t CFLAGS=\"-g\"\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n   ac_c_werror_flag=$ac_save_c_werror_flag\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_prog_cc_g\" >&5\necho \"${ECHO_T}$ac_cv_prog_cc_g\" >&6; }\nif test \"$ac_test_CFLAGS\" = set; then\n  CFLAGS=$ac_save_CFLAGS\nelif test $ac_cv_prog_cc_g = yes; then\n  if test \"$GCC\" = yes; then\n    CFLAGS=\"-g -O2\"\n  else\n    CFLAGS=\"-g\"\n  fi\nelse\n  if test \"$GCC\" = yes; then\n    CFLAGS=\"-O2\"\n  else\n    CFLAGS=\n  fi\nfi\n{ echo \"$as_me:$LINENO: checking for $CC option to accept ISO C89\" >&5\necho $ECHO_N \"checking for $CC option to accept ISO C89... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cc_c89+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_cv_prog_cc_c89=no\nac_save_CC=$CC\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <stdarg.h>\n#include <stdio.h>\n#include <sys/types.h>\n#include <sys/stat.h>\n/* Most of the following tests are stolen from RCS 5.7's src/conf.sh.  */\nstruct buf { int x; };\nFILE * (*rcsopen) (struct buf *, struct stat *, int);\nstatic char *e (p, i)\n     char **p;\n     int i;\n{\n  return p[i];\n}\nstatic char *f (char * (*g) (char **, int), char **p, ...)\n{\n  char *s;\n  va_list v;\n  va_start (v,p);\n  s = g (p, va_arg (v,int));\n  va_end (v);\n  return s;\n}\n\n/* OSF 4.0 Compaq cc is some sort of almost-ANSI by default.  It has\n   function prototypes and stuff, but not '\\xHH' hex character constants.\n   These don't provoke an error unfortunately, instead are silently treated\n   as 'x'.  The following induces an error, until -std is added to get\n   proper ANSI mode.  Curiously '\\x00'!='x' always comes out true, for an\n   array size at least.  It's necessary to write '\\x00'==0 to get something\n   that's true only with -std.  */\nint osf4_cc_array ['\\x00' == 0 ? 1 : -1];\n\nint test (int i, double x);\nstruct s1 {int (*f) (int a);};\nstruct s2 {int (*f) (double a);};\nint pairnames (int, char **, FILE *(*)(struct buf *, struct stat *, int), int, int);\nint argc;\nchar **argv;\nint\nmain ()\n{\nreturn f (e, argv, 0) != argv[0]  ||  f (e, argv, 1) != argv[1];\n  ;\n  return 0;\n}\n_ACEOF\nfor ac_arg in '' -qlanglvl=extc89 -qlanglvl=ansi -std \\\n\t-Ae \"-Aa -D_HPUX_SOURCE\" \"-Xc -D__EXTENSIONS__\"\ndo\n  CC=\"$ac_save_CC $ac_arg\"\n  rm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_c89=$ac_arg\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext\n  test \"x$ac_cv_prog_cc_c89\" != \"xno\" && break\ndone\nrm -f conftest.$ac_ext\nCC=$ac_save_CC\n\nfi\n# AC_CACHE_VAL\ncase \"x$ac_cv_prog_cc_c89\" in\n  x)\n    { echo \"$as_me:$LINENO: result: none needed\" >&5\necho \"${ECHO_T}none needed\" >&6; } ;;\n  xno)\n    { echo \"$as_me:$LINENO: result: unsupported\" >&5\necho \"${ECHO_T}unsupported\" >&6; } ;;\n  *)\n    CC=\"$CC $ac_cv_prog_cc_c89\"\n    { echo \"$as_me:$LINENO: result: $ac_cv_prog_cc_c89\" >&5\necho \"${ECHO_T}$ac_cv_prog_cc_c89\" >&6; } ;;\nesac\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n{ echo \"$as_me:$LINENO: checking for a sed that does not truncate output\" >&5\necho $ECHO_N \"checking for a sed that does not truncate output... $ECHO_C\" >&6; }\nif test \"${lt_cv_path_SED+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  # Loop through the user's path and test for sed and gsed.\n# Then use that list of sed's as ones to test for truncation.\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for lt_ac_prog in sed gsed; do\n    for ac_exec_ext in '' $ac_executable_extensions; do\n      if $as_executable_p \"$as_dir/$lt_ac_prog$ac_exec_ext\"; then\n        lt_ac_sed_list=\"$lt_ac_sed_list $as_dir/$lt_ac_prog$ac_exec_ext\"\n      fi\n    done\n  done\ndone\nlt_ac_max=0\nlt_ac_count=0\n# Add /usr/xpg4/bin/sed as it is typically found on Solaris\n# along with /bin/sed that truncates output.\nfor lt_ac_sed in $lt_ac_sed_list /usr/xpg4/bin/sed; do\n  test ! -f $lt_ac_sed && continue\n  cat /dev/null > conftest.in\n  lt_ac_count=0\n  echo $ECHO_N \"0123456789$ECHO_C\" >conftest.in\n  # Check for GNU sed and select it if it is found.\n  if \"$lt_ac_sed\" --version 2>&1 < /dev/null | grep 'GNU' > /dev/null; then\n    lt_cv_path_SED=$lt_ac_sed\n    break\n  fi\n  while true; do\n    cat conftest.in conftest.in >conftest.tmp\n    mv conftest.tmp conftest.in\n    cp conftest.in conftest.nl\n    echo >>conftest.nl\n    $lt_ac_sed -e 's/a$//' < conftest.nl >conftest.out || break\n    cmp -s conftest.out conftest.nl || break\n    # 10000 chars as input seems more than enough\n    test $lt_ac_count -gt 10 && break\n    lt_ac_count=`expr $lt_ac_count + 1`\n    if test $lt_ac_count -gt $lt_ac_max; then\n      lt_ac_max=$lt_ac_count\n      lt_cv_path_SED=$lt_ac_sed\n    fi\n  done\ndone\n\nfi\n\nSED=$lt_cv_path_SED\n{ echo \"$as_me:$LINENO: result: $SED\" >&5\necho \"${ECHO_T}$SED\" >&6; }\n\n{ echo \"$as_me:$LINENO: checking for grep that handles long lines and -e\" >&5\necho $ECHO_N \"checking for grep that handles long lines and -e... $ECHO_C\" >&6; }\nif test \"${ac_cv_path_GREP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  # Extract the first word of \"grep ggrep\" to use in msg output\nif test -z \"$GREP\"; then\nset dummy grep ggrep; ac_prog_name=$2\nif test \"${ac_cv_path_GREP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_path_GREP_found=false\n# Loop through the user's path and test for each of PROGNAME-LIST\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_prog in grep ggrep; do\n  for ac_exec_ext in '' $ac_executable_extensions; do\n    ac_path_GREP=\"$as_dir/$ac_prog$ac_exec_ext\"\n    { test -f \"$ac_path_GREP\" && $as_executable_p \"$ac_path_GREP\"; } || continue\n    # Check for GNU ac_path_GREP and select it if it is found.\n  # Check for GNU $ac_path_GREP\ncase `\"$ac_path_GREP\" --version 2>&1` in\n*GNU*)\n  ac_cv_path_GREP=\"$ac_path_GREP\" ac_path_GREP_found=:;;\n*)\n  ac_count=0\n  echo $ECHO_N \"0123456789$ECHO_C\" >\"conftest.in\"\n  while :\n  do\n    cat \"conftest.in\" \"conftest.in\" >\"conftest.tmp\"\n    mv \"conftest.tmp\" \"conftest.in\"\n    cp \"conftest.in\" \"conftest.nl\"\n    echo 'GREP' >> \"conftest.nl\"\n    \"$ac_path_GREP\" -e 'GREP$' -e '-(cannot match)-' < \"conftest.nl\" >\"conftest.out\" 2>/dev/null || break\n    diff \"conftest.out\" \"conftest.nl\" >/dev/null 2>&1 || break\n    ac_count=`expr $ac_count + 1`\n    if test $ac_count -gt ${ac_path_GREP_max-0}; then\n      # Best one so far, save it but keep looking for a better one\n      ac_cv_path_GREP=\"$ac_path_GREP\"\n      ac_path_GREP_max=$ac_count\n    fi\n    # 10*(2^10) chars as input seems more than enough\n    test $ac_count -gt 10 && break\n  done\n  rm -f conftest.in conftest.tmp conftest.nl conftest.out;;\nesac\n\n\n    $ac_path_GREP_found && break 3\n  done\ndone\n\ndone\nIFS=$as_save_IFS\n\n\nfi\n\nGREP=\"$ac_cv_path_GREP\"\nif test -z \"$GREP\"; then\n  { { echo \"$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin\" >&5\necho \"$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nelse\n  ac_cv_path_GREP=$GREP\nfi\n\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_path_GREP\" >&5\necho \"${ECHO_T}$ac_cv_path_GREP\" >&6; }\n GREP=\"$ac_cv_path_GREP\"\n\n\n{ echo \"$as_me:$LINENO: checking for egrep\" >&5\necho $ECHO_N \"checking for egrep... $ECHO_C\" >&6; }\nif test \"${ac_cv_path_EGREP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if echo a | $GREP -E '(a|b)' >/dev/null 2>&1\n   then ac_cv_path_EGREP=\"$GREP -E\"\n   else\n     # Extract the first word of \"egrep\" to use in msg output\nif test -z \"$EGREP\"; then\nset dummy egrep; ac_prog_name=$2\nif test \"${ac_cv_path_EGREP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_path_EGREP_found=false\n# Loop through the user's path and test for each of PROGNAME-LIST\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH$PATH_SEPARATOR/usr/xpg4/bin\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_prog in egrep; do\n  for ac_exec_ext in '' $ac_executable_extensions; do\n    ac_path_EGREP=\"$as_dir/$ac_prog$ac_exec_ext\"\n    { test -f \"$ac_path_EGREP\" && $as_executable_p \"$ac_path_EGREP\"; } || continue\n    # Check for GNU ac_path_EGREP and select it if it is found.\n  # Check for GNU $ac_path_EGREP\ncase `\"$ac_path_EGREP\" --version 2>&1` in\n*GNU*)\n  ac_cv_path_EGREP=\"$ac_path_EGREP\" ac_path_EGREP_found=:;;\n*)\n  ac_count=0\n  echo $ECHO_N \"0123456789$ECHO_C\" >\"conftest.in\"\n  while :\n  do\n    cat \"conftest.in\" \"conftest.in\" >\"conftest.tmp\"\n    mv \"conftest.tmp\" \"conftest.in\"\n    cp \"conftest.in\" \"conftest.nl\"\n    echo 'EGREP' >> \"conftest.nl\"\n    \"$ac_path_EGREP\" 'EGREP$' < \"conftest.nl\" >\"conftest.out\" 2>/dev/null || break\n    diff \"conftest.out\" \"conftest.nl\" >/dev/null 2>&1 || break\n    ac_count=`expr $ac_count + 1`\n    if test $ac_count -gt ${ac_path_EGREP_max-0}; then\n      # Best one so far, save it but keep looking for a better one\n      ac_cv_path_EGREP=\"$ac_path_EGREP\"\n      ac_path_EGREP_max=$ac_count\n    fi\n    # 10*(2^10) chars as input seems more than enough\n    test $ac_count -gt 10 && break\n  done\n  rm -f conftest.in conftest.tmp conftest.nl conftest.out;;\nesac\n\n\n    $ac_path_EGREP_found && break 3\n  done\ndone\n\ndone\nIFS=$as_save_IFS\n\n\nfi\n\nEGREP=\"$ac_cv_path_EGREP\"\nif test -z \"$EGREP\"; then\n  { { echo \"$as_me:$LINENO: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin\" >&5\necho \"$as_me: error: no acceptable $ac_prog_name could be found in $PATH$PATH_SEPARATOR/usr/xpg4/bin\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nelse\n  ac_cv_path_EGREP=$EGREP\nfi\n\n\n   fi\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_path_EGREP\" >&5\necho \"${ECHO_T}$ac_cv_path_EGREP\" >&6; }\n EGREP=\"$ac_cv_path_EGREP\"\n\n\n\n# Check whether --with-gnu-ld was given.\nif test \"${with_gnu_ld+set}\" = set; then\n  withval=$with_gnu_ld; test \"$withval\" = no || with_gnu_ld=yes\nelse\n  with_gnu_ld=no\nfi\n\nac_prog=ld\nif test \"$GCC\" = yes; then\n  # Check if gcc -print-prog-name=ld gives a path.\n  { echo \"$as_me:$LINENO: checking for ld used by $CC\" >&5\necho $ECHO_N \"checking for ld used by $CC... $ECHO_C\" >&6; }\n  case $host in\n  *-*-mingw*)\n    # gcc leaves a trailing carriage return which upsets mingw\n    ac_prog=`($CC -print-prog-name=ld) 2>&5 | tr -d '\\015'` ;;\n  *)\n    ac_prog=`($CC -print-prog-name=ld) 2>&5` ;;\n  esac\n  case $ac_prog in\n    # Accept absolute paths.\n    [\\\\/]* | ?:[\\\\/]*)\n      re_direlt='/[^/][^/]*/\\.\\./'\n      # Canonicalize the pathname of ld\n      ac_prog=`echo $ac_prog| $SED 's%\\\\\\\\%/%g'`\n      while echo $ac_prog | grep \"$re_direlt\" > /dev/null 2>&1; do\n\tac_prog=`echo $ac_prog| $SED \"s%$re_direlt%/%\"`\n      done\n      test -z \"$LD\" && LD=\"$ac_prog\"\n      ;;\n  \"\")\n    # If it fails, then pretend we aren't using GCC.\n    ac_prog=ld\n    ;;\n  *)\n    # If it is relative, then search for the first ld in PATH.\n    with_gnu_ld=unknown\n    ;;\n  esac\nelif test \"$with_gnu_ld\" = yes; then\n  { echo \"$as_me:$LINENO: checking for GNU ld\" >&5\necho $ECHO_N \"checking for GNU ld... $ECHO_C\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: checking for non-GNU ld\" >&5\necho $ECHO_N \"checking for non-GNU ld... $ECHO_C\" >&6; }\nfi\nif test \"${lt_cv_path_LD+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -z \"$LD\"; then\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  for ac_dir in $PATH; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f \"$ac_dir/$ac_prog\" || test -f \"$ac_dir/$ac_prog$ac_exeext\"; then\n      lt_cv_path_LD=\"$ac_dir/$ac_prog\"\n      # Check to see if the program is GNU ld.  I'd rather use --version,\n      # but apparently some variants of GNU ld only accept -v.\n      # Break only if it was the GNU/non-GNU ld that we prefer.\n      case `\"$lt_cv_path_LD\" -v 2>&1 </dev/null` in\n      *GNU* | *'with BFD'*)\n\ttest \"$with_gnu_ld\" != no && break\n\t;;\n      *)\n\ttest \"$with_gnu_ld\" != yes && break\n\t;;\n      esac\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\nelse\n  lt_cv_path_LD=\"$LD\" # Let the user override the test with a path.\nfi\nfi\n\nLD=\"$lt_cv_path_LD\"\nif test -n \"$LD\"; then\n  { echo \"$as_me:$LINENO: result: $LD\" >&5\necho \"${ECHO_T}$LD\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\ntest -z \"$LD\" && { { echo \"$as_me:$LINENO: error: no acceptable ld found in \\$PATH\" >&5\necho \"$as_me: error: no acceptable ld found in \\$PATH\" >&2;}\n   { (exit 1); exit 1; }; }\n{ echo \"$as_me:$LINENO: checking if the linker ($LD) is GNU ld\" >&5\necho $ECHO_N \"checking if the linker ($LD) is GNU ld... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_gnu_ld+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  # I'd rather use --version here, but apparently some GNU lds only accept -v.\ncase `$LD -v 2>&1 </dev/null` in\n*GNU* | *'with BFD'*)\n  lt_cv_prog_gnu_ld=yes\n  ;;\n*)\n  lt_cv_prog_gnu_ld=no\n  ;;\nesac\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_gnu_ld\" >&5\necho \"${ECHO_T}$lt_cv_prog_gnu_ld\" >&6; }\nwith_gnu_ld=$lt_cv_prog_gnu_ld\n\n\n{ echo \"$as_me:$LINENO: checking for $LD option to reload object files\" >&5\necho $ECHO_N \"checking for $LD option to reload object files... $ECHO_C\" >&6; }\nif test \"${lt_cv_ld_reload_flag+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_ld_reload_flag='-r'\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_ld_reload_flag\" >&5\necho \"${ECHO_T}$lt_cv_ld_reload_flag\" >&6; }\nreload_flag=$lt_cv_ld_reload_flag\ncase $reload_flag in\n\"\" | \" \"*) ;;\n*) reload_flag=\" $reload_flag\" ;;\nesac\nreload_cmds='$LD$reload_flag -o $output$reload_objs'\ncase $host_os in\n  darwin*)\n    if test \"$GCC\" = yes; then\n      reload_cmds='$LTCC $LTCFLAGS -nostdlib ${wl}-r -o $output$reload_objs'\n    else\n      reload_cmds='$LD$reload_flag -o $output$reload_objs'\n    fi\n    ;;\nesac\n\n{ echo \"$as_me:$LINENO: checking for BSD-compatible nm\" >&5\necho $ECHO_N \"checking for BSD-compatible nm... $ECHO_C\" >&6; }\nif test \"${lt_cv_path_NM+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$NM\"; then\n  # Let the user override the test.\n  lt_cv_path_NM=\"$NM\"\nelse\n  lt_nm_to_check=\"${ac_tool_prefix}nm\"\n  if test -n \"$ac_tool_prefix\" && test \"$build\" = \"$host\"; then\n    lt_nm_to_check=\"$lt_nm_to_check nm\"\n  fi\n  for lt_tmp_nm in $lt_nm_to_check; do\n    lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n    for ac_dir in $PATH /usr/ccs/bin/elf /usr/ccs/bin /usr/ucb /bin; do\n      IFS=\"$lt_save_ifs\"\n      test -z \"$ac_dir\" && ac_dir=.\n      tmp_nm=\"$ac_dir/$lt_tmp_nm\"\n      if test -f \"$tmp_nm\" || test -f \"$tmp_nm$ac_exeext\" ; then\n\t# Check to see if the nm accepts a BSD-compat flag.\n\t# Adding the `sed 1q' prevents false positives on HP-UX, which says:\n\t#   nm: unknown option \"B\" ignored\n\t# Tru64's nm complains that /dev/null is an invalid object file\n\tcase `\"$tmp_nm\" -B /dev/null 2>&1 | sed '1q'` in\n\t*/dev/null* | *'Invalid file or object type'*)\n\t  lt_cv_path_NM=\"$tmp_nm -B\"\n\t  break\n\t  ;;\n\t*)\n\t  case `\"$tmp_nm\" -p /dev/null 2>&1 | sed '1q'` in\n\t  */dev/null*)\n\t    lt_cv_path_NM=\"$tmp_nm -p\"\n\t    break\n\t    ;;\n\t  *)\n\t    lt_cv_path_NM=${lt_cv_path_NM=\"$tmp_nm\"} # keep the first match, but\n\t    continue # so that we can try to find one that supports BSD flags\n\t    ;;\n\t  esac\n\t  ;;\n\tesac\n      fi\n    done\n    IFS=\"$lt_save_ifs\"\n  done\n  test -z \"$lt_cv_path_NM\" && lt_cv_path_NM=nm\nfi\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_path_NM\" >&5\necho \"${ECHO_T}$lt_cv_path_NM\" >&6; }\nNM=\"$lt_cv_path_NM\"\n\n{ echo \"$as_me:$LINENO: checking whether ln -s works\" >&5\necho $ECHO_N \"checking whether ln -s works... $ECHO_C\" >&6; }\nLN_S=$as_ln_s\nif test \"$LN_S\" = \"ln -s\"; then\n  { echo \"$as_me:$LINENO: result: yes\" >&5\necho \"${ECHO_T}yes\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no, using $LN_S\" >&5\necho \"${ECHO_T}no, using $LN_S\" >&6; }\nfi\n\n{ echo \"$as_me:$LINENO: checking how to recognise dependent libraries\" >&5\necho $ECHO_N \"checking how to recognise dependent libraries... $ECHO_C\" >&6; }\nif test \"${lt_cv_deplibs_check_method+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_file_magic_cmd='$MAGIC_CMD'\nlt_cv_file_magic_test_file=\nlt_cv_deplibs_check_method='unknown'\n# Need to set the preceding variable on all platforms that support\n# interlibrary dependencies.\n# 'none' -- dependencies not supported.\n# `unknown' -- same as none, but documents that we really don't know.\n# 'pass_all' -- all dependencies passed with no checks.\n# 'test_compile' -- check by making test program.\n# 'file_magic [[regex]]' -- check by looking for files in library path\n# which responds to the $file_magic_cmd with a given extended regex.\n# If you have `file' or equivalent on your system and you're not sure\n# whether `pass_all' will *always* work, you probably want this one.\n\ncase $host_os in\naix4* | aix5*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nbeos*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nbsdi[45]*)\n  lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib)'\n  lt_cv_file_magic_cmd='/usr/bin/file -L'\n  lt_cv_file_magic_test_file=/shlib/libc.so\n  ;;\n\ncygwin*)\n  # func_win32_libid is a shell function defined in ltmain.sh\n  lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL'\n  lt_cv_file_magic_cmd='func_win32_libid'\n  ;;\n\nmingw* | pw32*)\n  # Base MSYS/MinGW do not provide the 'file' command needed by\n  # func_win32_libid shell function, so use a weaker test based on 'objdump'.\n  lt_cv_deplibs_check_method='file_magic file format pei*-i386(.*architecture: i386)?'\n  lt_cv_file_magic_cmd='$OBJDUMP -f'\n  ;;\n\ndarwin* | rhapsody*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nfreebsd* | dragonfly*)\n  if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then\n    case $host_cpu in\n    i*86 )\n      # Not sure whether the presence of OpenBSD here was a mistake.\n      # Let's accept both of them until this is cleared up.\n      lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD|DragonFly)/i[3-9]86 (compact )?demand paged shared library'\n      lt_cv_file_magic_cmd=/usr/bin/file\n      lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*`\n      ;;\n    esac\n  else\n    lt_cv_deplibs_check_method=pass_all\n  fi\n  ;;\n\ngnu*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nhpux10.20* | hpux11*)\n  lt_cv_file_magic_cmd=/usr/bin/file\n  case $host_cpu in\n  ia64*)\n    lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF-[0-9][0-9]) shared object file - IA64'\n    lt_cv_file_magic_test_file=/usr/lib/hpux32/libc.so\n    ;;\n  hppa*64*)\n    lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF-[0-9][0-9]) shared object file - PA-RISC [0-9].[0-9]'\n    lt_cv_file_magic_test_file=/usr/lib/pa20_64/libc.sl\n    ;;\n  *)\n    lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|PA-RISC[0-9].[0-9]) shared library'\n    lt_cv_file_magic_test_file=/usr/lib/libc.sl\n    ;;\n  esac\n  ;;\n\ninterix3*)\n  # PIC code is broken on Interix 3.x, that's why |\\.a not |_pic\\.a here\n  lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\\.so|\\.a)$'\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $LD in\n  *-32|*\"-32 \") libmagic=32-bit;;\n  *-n32|*\"-n32 \") libmagic=N32;;\n  *-64|*\"-64 \") libmagic=64-bit;;\n  *) libmagic=never-match;;\n  esac\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nnetbsd* | netbsdelf*-gnu)\n  if echo __ELF__ | $CC -E - | grep __ELF__ > /dev/null; then\n    lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\\.so\\.[0-9]+\\.[0-9]+|_pic\\.a)$'\n  else\n    lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\\.so|_pic\\.a)$'\n  fi\n  ;;\n\nnewos6*)\n  lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (executable|dynamic lib)'\n  lt_cv_file_magic_cmd=/usr/bin/file\n  lt_cv_file_magic_test_file=/usr/lib/libnls.so\n  ;;\n\nnto-qnx*)\n  lt_cv_deplibs_check_method=unknown\n  ;;\n\nopenbsd*)\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\\.so\\.[0-9]+\\.[0-9]+|\\.so|_pic\\.a)$'\n  else\n    lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\\.so\\.[0-9]+\\.[0-9]+|_pic\\.a)$'\n  fi\n  ;;\n\nosf3* | osf4* | osf5*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nsolaris*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\n\nsysv4 | sysv4.3*)\n  case $host_vendor in\n  motorola)\n    lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib) M[0-9][0-9]* Version [0-9]'\n    lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*`\n    ;;\n  ncr)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  sequent)\n    lt_cv_file_magic_cmd='/bin/file'\n    lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )'\n    ;;\n  sni)\n    lt_cv_file_magic_cmd='/bin/file'\n    lt_cv_deplibs_check_method=\"file_magic ELF [0-9][0-9]*-bit [LM]SB dynamic lib\"\n    lt_cv_file_magic_test_file=/lib/libc.so\n    ;;\n  siemens)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  pc)\n    lt_cv_deplibs_check_method=pass_all\n    ;;\n  esac\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  lt_cv_deplibs_check_method=pass_all\n  ;;\nesac\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_deplibs_check_method\" >&5\necho \"${ECHO_T}$lt_cv_deplibs_check_method\" >&6; }\nfile_magic_cmd=$lt_cv_file_magic_cmd\ndeplibs_check_method=$lt_cv_deplibs_check_method\ntest -z \"$deplibs_check_method\" && deplibs_check_method=unknown\n\n\n\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# Check whether --enable-libtool-lock was given.\nif test \"${enable_libtool_lock+set}\" = set; then\n  enableval=$enable_libtool_lock;\nfi\n\ntest \"x$enable_libtool_lock\" != xno && enable_libtool_lock=yes\n\n# Some flags need to be propagated to the compiler or linker for good\n# libtool support.\ncase $host in\nia64-*-hpux*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n    case `/usr/bin/file conftest.$ac_objext` in\n    *ELF-32*)\n      HPUX_IA64_MODE=\"32\"\n      ;;\n    *ELF-64*)\n      HPUX_IA64_MODE=\"64\"\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n*-*-irix6*)\n  # Find out which ABI we are using.\n  echo '#line 3856 \"configure\"' > conftest.$ac_ext\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n   if test \"$lt_cv_prog_gnu_ld\" = yes; then\n    case `/usr/bin/file conftest.$ac_objext` in\n    *32-bit*)\n      LD=\"${LD-ld} -melf32bsmip\"\n      ;;\n    *N32*)\n      LD=\"${LD-ld} -melf32bmipn32\"\n      ;;\n    *64-bit*)\n      LD=\"${LD-ld} -melf64bmip\"\n      ;;\n    esac\n   else\n    case `/usr/bin/file conftest.$ac_objext` in\n    *32-bit*)\n      LD=\"${LD-ld} -32\"\n      ;;\n    *N32*)\n      LD=\"${LD-ld} -n32\"\n      ;;\n    *64-bit*)\n      LD=\"${LD-ld} -64\"\n      ;;\n    esac\n   fi\n  fi\n  rm -rf conftest*\n  ;;\n\nx86_64-*linux*|ppc*-*linux*|powerpc*-*linux*|s390*-*linux*|sparc*-*linux*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n    case `/usr/bin/file conftest.o` in\n    *32-bit*)\n      case $host in\n        x86_64-*linux*)\n          LD=\"${LD-ld} -m elf_i386\"\n          ;;\n        ppc64-*linux*|powerpc64-*linux*)\n          LD=\"${LD-ld} -m elf32ppclinux\"\n          ;;\n        s390x-*linux*)\n          LD=\"${LD-ld} -m elf_s390\"\n          ;;\n        sparc64-*linux*)\n          LD=\"${LD-ld} -m elf32_sparc\"\n          ;;\n      esac\n      ;;\n    *64-bit*)\n      case $host in\n        x86_64-*linux*)\n          LD=\"${LD-ld} -m elf_x86_64\"\n          ;;\n        ppc*-*linux*|powerpc*-*linux*)\n          LD=\"${LD-ld} -m elf64ppc\"\n          ;;\n        s390*-*linux*)\n          LD=\"${LD-ld} -m elf64_s390\"\n          ;;\n        sparc*-*linux*)\n          LD=\"${LD-ld} -m elf64_sparc\"\n          ;;\n      esac\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n\n*-*-sco3.2v5*)\n  # On SCO OpenServer 5, we need -belf to get full-featured binaries.\n  SAVE_CFLAGS=\"$CFLAGS\"\n  CFLAGS=\"$CFLAGS -belf\"\n  { echo \"$as_me:$LINENO: checking whether the C compiler needs -belf\" >&5\necho $ECHO_N \"checking whether the C compiler needs -belf... $ECHO_C\" >&6; }\nif test \"${lt_cv_cc_needs_belf+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n     cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  lt_cv_cc_needs_belf=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tlt_cv_cc_needs_belf=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\n     ac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_cc_needs_belf\" >&5\necho \"${ECHO_T}$lt_cv_cc_needs_belf\" >&6; }\n  if test x\"$lt_cv_cc_needs_belf\" != x\"yes\"; then\n    # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf\n    CFLAGS=\"$SAVE_CFLAGS\"\n  fi\n  ;;\nsparc*-*solaris*)\n  # Find out which ABI we are using.\n  echo 'int i;' > conftest.$ac_ext\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n    case `/usr/bin/file conftest.o` in\n    *64-bit*)\n      case $lt_cv_prog_gnu_ld in\n      yes*) LD=\"${LD-ld} -m elf64_sparc\" ;;\n      *)    LD=\"${LD-ld} -64\" ;;\n      esac\n      ;;\n    esac\n  fi\n  rm -rf conftest*\n  ;;\n\n\nesac\n\nneed_locks=\"$enable_libtool_lock\"\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n{ echo \"$as_me:$LINENO: checking how to run the C preprocessor\" >&5\necho $ECHO_N \"checking how to run the C preprocessor... $ECHO_C\" >&6; }\n# On Suns, sometimes $CPP names a directory.\nif test -n \"$CPP\" && test -d \"$CPP\"; then\n  CPP=\nfi\nif test -z \"$CPP\"; then\n  if test \"${ac_cv_prog_CPP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n      # Double quotes because CPP needs to be expanded\n    for CPP in \"$CC -E\" \"$CC -E -traditional-cpp\" \"/lib/cpp\"\n    do\n      ac_preproc_ok=false\nfor ac_c_preproc_warn_flag in '' yes\ndo\n  # Use a header file that comes with gcc, so configuring glibc\n  # with a fresh cross-compiler works.\n  # Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n  # <limits.h> exists even on freestanding compilers.\n  # On the NeXT, cc -E runs the code through the compiler's parser,\n  # not just through cpp. \"Syntax error\" is here to catch this case.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\t\t     Syntax error\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_c_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Broken: fails on valid input.\ncontinue\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\n  # OK, works on sane cases.  Now check whether nonexistent headers\n  # can be detected and how.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <ac_nonexistent.h>\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_c_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  # Broken: success on invalid input.\ncontinue\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Passes both tests.\nac_preproc_ok=:\nbreak\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\ndone\n# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.\nrm -f conftest.err conftest.$ac_ext\nif $ac_preproc_ok; then\n  break\nfi\n\n    done\n    ac_cv_prog_CPP=$CPP\n\nfi\n  CPP=$ac_cv_prog_CPP\nelse\n  ac_cv_prog_CPP=$CPP\nfi\n{ echo \"$as_me:$LINENO: result: $CPP\" >&5\necho \"${ECHO_T}$CPP\" >&6; }\nac_preproc_ok=false\nfor ac_c_preproc_warn_flag in '' yes\ndo\n  # Use a header file that comes with gcc, so configuring glibc\n  # with a fresh cross-compiler works.\n  # Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n  # <limits.h> exists even on freestanding compilers.\n  # On the NeXT, cc -E runs the code through the compiler's parser,\n  # not just through cpp. \"Syntax error\" is here to catch this case.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\t\t     Syntax error\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_c_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Broken: fails on valid input.\ncontinue\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\n  # OK, works on sane cases.  Now check whether nonexistent headers\n  # can be detected and how.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <ac_nonexistent.h>\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_c_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  # Broken: success on invalid input.\ncontinue\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Passes both tests.\nac_preproc_ok=:\nbreak\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\ndone\n# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.\nrm -f conftest.err conftest.$ac_ext\nif $ac_preproc_ok; then\n  :\nelse\n  { { echo \"$as_me:$LINENO: error: C preprocessor \\\"$CPP\\\" fails sanity check\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: C preprocessor \\\"$CPP\\\" fails sanity check\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n\n{ echo \"$as_me:$LINENO: checking for ANSI C header files\" >&5\necho $ECHO_N \"checking for ANSI C header files... $ECHO_C\" >&6; }\nif test \"${ac_cv_header_stdc+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <stdlib.h>\n#include <stdarg.h>\n#include <string.h>\n#include <float.h>\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_header_stdc=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_header_stdc=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n\nif test $ac_cv_header_stdc = yes; then\n  # SunOS 4.x string.h does not declare mem*, contrary to ANSI.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <string.h>\n\n_ACEOF\nif (eval \"$ac_cpp conftest.$ac_ext\") 2>&5 |\n  $EGREP \"memchr\" >/dev/null 2>&1; then\n  :\nelse\n  ac_cv_header_stdc=no\nfi\nrm -f conftest*\n\nfi\n\nif test $ac_cv_header_stdc = yes; then\n  # ISC 2.0.2 stdlib.h does not declare free, contrary to ANSI.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <stdlib.h>\n\n_ACEOF\nif (eval \"$ac_cpp conftest.$ac_ext\") 2>&5 |\n  $EGREP \"free\" >/dev/null 2>&1; then\n  :\nelse\n  ac_cv_header_stdc=no\nfi\nrm -f conftest*\n\nfi\n\nif test $ac_cv_header_stdc = yes; then\n  # /bin/cc in Irix-4.0.5 gets non-ANSI ctype macros unless using -ansi.\n  if test \"$cross_compiling\" = yes; then\n  :\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <ctype.h>\n#include <stdlib.h>\n#if ((' ' & 0x0FF) == 0x020)\n# define ISLOWER(c) ('a' <= (c) && (c) <= 'z')\n# define TOUPPER(c) (ISLOWER(c) ? 'A' + ((c) - 'a') : (c))\n#else\n# define ISLOWER(c) \\\n\t\t   (('a' <= (c) && (c) <= 'i') \\\n\t\t     || ('j' <= (c) && (c) <= 'r') \\\n\t\t     || ('s' <= (c) && (c) <= 'z'))\n# define TOUPPER(c) (ISLOWER(c) ? ((c) | 0x40) : (c))\n#endif\n\n#define XOR(e, f) (((e) && !(f)) || (!(e) && (f)))\nint\nmain ()\n{\n  int i;\n  for (i = 0; i < 256; i++)\n    if (XOR (islower (i), ISLOWER (i))\n\t|| toupper (i) != TOUPPER (i))\n      return 2;\n  return 0;\n}\n_ACEOF\nrm -f conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } && { ac_try='./conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  :\nelse\n  echo \"$as_me: program exited with status $ac_status\" >&5\necho \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n( exit $ac_status )\nac_cv_header_stdc=no\nfi\nrm -f core *.core core.conftest.* gmon.out bb.out conftest$ac_exeext conftest.$ac_objext conftest.$ac_ext\nfi\n\n\nfi\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_header_stdc\" >&5\necho \"${ECHO_T}$ac_cv_header_stdc\" >&6; }\nif test $ac_cv_header_stdc = yes; then\n\ncat >>confdefs.h <<\\_ACEOF\n#define STDC_HEADERS 1\n_ACEOF\n\nfi\n\n# On IRIX 5.3, sys/types and inttypes.h are conflicting.\n\n\n\n\n\n\n\n\n\nfor ac_header in sys/types.h sys/stat.h stdlib.h string.h memory.h strings.h \\\n\t\t  inttypes.h stdint.h unistd.h\ndo\nas_ac_Header=`echo \"ac_cv_header_$ac_header\" | $as_tr_sh`\n{ echo \"$as_me:$LINENO: checking for $ac_header\" >&5\necho $ECHO_N \"checking for $ac_header... $ECHO_C\" >&6; }\nif { as_var=$as_ac_Header; eval \"test \\\"\\${$as_var+set}\\\" = set\"; }; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n$ac_includes_default\n\n#include <$ac_header>\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  eval \"$as_ac_Header=yes\"\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\teval \"$as_ac_Header=no\"\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\nac_res=`eval echo '${'$as_ac_Header'}'`\n\t       { echo \"$as_me:$LINENO: result: $ac_res\" >&5\necho \"${ECHO_T}$ac_res\" >&6; }\nif test `eval echo '${'$as_ac_Header'}'` = yes; then\n  cat >>confdefs.h <<_ACEOF\n#define `echo \"HAVE_$ac_header\" | $as_tr_cpp` 1\n_ACEOF\n\nfi\n\ndone\n\n\n\nfor ac_header in dlfcn.h\ndo\nas_ac_Header=`echo \"ac_cv_header_$ac_header\" | $as_tr_sh`\nif { as_var=$as_ac_Header; eval \"test \\\"\\${$as_var+set}\\\" = set\"; }; then\n  { echo \"$as_me:$LINENO: checking for $ac_header\" >&5\necho $ECHO_N \"checking for $ac_header... $ECHO_C\" >&6; }\nif { as_var=$as_ac_Header; eval \"test \\\"\\${$as_var+set}\\\" = set\"; }; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nfi\nac_res=`eval echo '${'$as_ac_Header'}'`\n\t       { echo \"$as_me:$LINENO: result: $ac_res\" >&5\necho \"${ECHO_T}$ac_res\" >&6; }\nelse\n  # Is the header compilable?\n{ echo \"$as_me:$LINENO: checking $ac_header usability\" >&5\necho $ECHO_N \"checking $ac_header usability... $ECHO_C\" >&6; }\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n$ac_includes_default\n#include <$ac_header>\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_header_compiler=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_header_compiler=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n{ echo \"$as_me:$LINENO: result: $ac_header_compiler\" >&5\necho \"${ECHO_T}$ac_header_compiler\" >&6; }\n\n# Is the header present?\n{ echo \"$as_me:$LINENO: checking $ac_header presence\" >&5\necho $ECHO_N \"checking $ac_header presence... $ECHO_C\" >&6; }\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <$ac_header>\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_c_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_c_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  ac_header_preproc=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  ac_header_preproc=no\nfi\n\nrm -f conftest.err conftest.$ac_ext\n{ echo \"$as_me:$LINENO: result: $ac_header_preproc\" >&5\necho \"${ECHO_T}$ac_header_preproc\" >&6; }\n\n# So?  What about this header?\ncase $ac_header_compiler:$ac_header_preproc:$ac_c_preproc_warn_flag in\n  yes:no: )\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!\" >&5\necho \"$as_me: WARNING: $ac_header: accepted by the compiler, rejected by the preprocessor!\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: proceeding with the compiler's result\" >&5\necho \"$as_me: WARNING: $ac_header: proceeding with the compiler's result\" >&2;}\n    ac_header_preproc=yes\n    ;;\n  no:yes:* )\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: present but cannot be compiled\" >&5\necho \"$as_me: WARNING: $ac_header: present but cannot be compiled\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header:     check for missing prerequisite headers?\" >&5\necho \"$as_me: WARNING: $ac_header:     check for missing prerequisite headers?\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: see the Autoconf documentation\" >&5\necho \"$as_me: WARNING: $ac_header: see the Autoconf documentation\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header:     section \\\"Present But Cannot Be Compiled\\\"\" >&5\necho \"$as_me: WARNING: $ac_header:     section \\\"Present But Cannot Be Compiled\\\"\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: proceeding with the preprocessor's result\" >&5\necho \"$as_me: WARNING: $ac_header: proceeding with the preprocessor's result\" >&2;}\n    { echo \"$as_me:$LINENO: WARNING: $ac_header: in the future, the compiler will take precedence\" >&5\necho \"$as_me: WARNING: $ac_header: in the future, the compiler will take precedence\" >&2;}\n\n    ;;\nesac\n{ echo \"$as_me:$LINENO: checking for $ac_header\" >&5\necho $ECHO_N \"checking for $ac_header... $ECHO_C\" >&6; }\nif { as_var=$as_ac_Header; eval \"test \\\"\\${$as_var+set}\\\" = set\"; }; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  eval \"$as_ac_Header=\\$ac_header_preproc\"\nfi\nac_res=`eval echo '${'$as_ac_Header'}'`\n\t       { echo \"$as_me:$LINENO: result: $ac_res\" >&5\necho \"${ECHO_T}$ac_res\" >&6; }\n\nfi\nif test `eval echo '${'$as_ac_Header'}'` = yes; then\n  cat >>confdefs.h <<_ACEOF\n#define `echo \"HAVE_$ac_header\" | $as_tr_cpp` 1\n_ACEOF\n\nfi\n\ndone\n\nac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\nif test -z \"$CXX\"; then\n  if test -n \"$CCC\"; then\n    CXX=$CCC\n  else\n    if test -n \"$ac_tool_prefix\"; then\n  for ac_prog in g++ c++ gpp aCC CC cxx cc++ cl.exe FCC KCC RCC xlC_r xlC\n  do\n    # Extract the first word of \"$ac_tool_prefix$ac_prog\", so it can be a program name with args.\nset dummy $ac_tool_prefix$ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CXX\"; then\n  ac_cv_prog_CXX=\"$CXX\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CXX=\"$ac_tool_prefix$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCXX=$ac_cv_prog_CXX\nif test -n \"$CXX\"; then\n  { echo \"$as_me:$LINENO: result: $CXX\" >&5\necho \"${ECHO_T}$CXX\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n    test -n \"$CXX\" && break\n  done\nfi\nif test -z \"$CXX\"; then\n  ac_ct_CXX=$CXX\n  for ac_prog in g++ c++ gpp aCC CC cxx cc++ cl.exe FCC KCC RCC xlC_r xlC\ndo\n  # Extract the first word of \"$ac_prog\", so it can be a program name with args.\nset dummy $ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_CXX\"; then\n  ac_cv_prog_ac_ct_CXX=\"$ac_ct_CXX\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_CXX=\"$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_CXX=$ac_cv_prog_ac_ct_CXX\nif test -n \"$ac_ct_CXX\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_CXX\" >&5\necho \"${ECHO_T}$ac_ct_CXX\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  test -n \"$ac_ct_CXX\" && break\ndone\n\n  if test \"x$ac_ct_CXX\" = x; then\n    CXX=\"g++\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CXX=$ac_ct_CXX\n  fi\nfi\n\n  fi\nfi\n# Provide some information about the compiler.\necho \"$as_me:$LINENO: checking for C++ compiler version\" >&5\nac_compiler=`set X $ac_compile; echo $2`\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler --version >&5\\\"\") >&5\n  (eval $ac_compiler --version >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -v >&5\\\"\") >&5\n  (eval $ac_compiler -v >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -V >&5\\\"\") >&5\n  (eval $ac_compiler -V >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n\n{ echo \"$as_me:$LINENO: checking whether we are using the GNU C++ compiler\" >&5\necho $ECHO_N \"checking whether we are using the GNU C++ compiler... $ECHO_C\" >&6; }\nif test \"${ac_cv_cxx_compiler_gnu+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n#ifndef __GNUC__\n       choke me\n#endif\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_compiler_gnu=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_compiler_gnu=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nac_cv_cxx_compiler_gnu=$ac_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_cxx_compiler_gnu\" >&5\necho \"${ECHO_T}$ac_cv_cxx_compiler_gnu\" >&6; }\nGXX=`test $ac_compiler_gnu = yes && echo yes`\nac_test_CXXFLAGS=${CXXFLAGS+set}\nac_save_CXXFLAGS=$CXXFLAGS\n{ echo \"$as_me:$LINENO: checking whether $CXX accepts -g\" >&5\necho $ECHO_N \"checking whether $CXX accepts -g... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cxx_g+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_save_cxx_werror_flag=$ac_cxx_werror_flag\n   ac_cxx_werror_flag=yes\n   ac_cv_prog_cxx_g=no\n   CXXFLAGS=\"-g\"\n   cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cxx_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tCXXFLAGS=\"\"\n      cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cxx_werror_flag=$ac_save_cxx_werror_flag\n\t CXXFLAGS=\"-g\"\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cxx_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n   ac_cxx_werror_flag=$ac_save_cxx_werror_flag\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_prog_cxx_g\" >&5\necho \"${ECHO_T}$ac_cv_prog_cxx_g\" >&6; }\nif test \"$ac_test_CXXFLAGS\" = set; then\n  CXXFLAGS=$ac_save_CXXFLAGS\nelif test $ac_cv_prog_cxx_g = yes; then\n  if test \"$GXX\" = yes; then\n    CXXFLAGS=\"-g -O2\"\n  else\n    CXXFLAGS=\"-g\"\n  fi\nelse\n  if test \"$GXX\" = yes; then\n    CXXFLAGS=\"-O2\"\n  else\n    CXXFLAGS=\n  fi\nfi\nac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\n\n\n\nif test -n \"$CXX\" && ( test \"X$CXX\" != \"Xno\" &&\n    ( (test \"X$CXX\" = \"Xg++\" && `g++ -v >/dev/null 2>&1` ) ||\n    (test \"X$CXX\" != \"Xg++\"))) ; then\n  ac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\n{ echo \"$as_me:$LINENO: checking how to run the C++ preprocessor\" >&5\necho $ECHO_N \"checking how to run the C++ preprocessor... $ECHO_C\" >&6; }\nif test -z \"$CXXCPP\"; then\n  if test \"${ac_cv_prog_CXXCPP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n      # Double quotes because CXXCPP needs to be expanded\n    for CXXCPP in \"$CXX -E\" \"/lib/cpp\"\n    do\n      ac_preproc_ok=false\nfor ac_cxx_preproc_warn_flag in '' yes\ndo\n  # Use a header file that comes with gcc, so configuring glibc\n  # with a fresh cross-compiler works.\n  # Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n  # <limits.h> exists even on freestanding compilers.\n  # On the NeXT, cc -E runs the code through the compiler's parser,\n  # not just through cpp. \"Syntax error\" is here to catch this case.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\t\t     Syntax error\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_cxx_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_cxx_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Broken: fails on valid input.\ncontinue\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\n  # OK, works on sane cases.  Now check whether nonexistent headers\n  # can be detected and how.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <ac_nonexistent.h>\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_cxx_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_cxx_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  # Broken: success on invalid input.\ncontinue\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Passes both tests.\nac_preproc_ok=:\nbreak\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\ndone\n# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.\nrm -f conftest.err conftest.$ac_ext\nif $ac_preproc_ok; then\n  break\nfi\n\n    done\n    ac_cv_prog_CXXCPP=$CXXCPP\n\nfi\n  CXXCPP=$ac_cv_prog_CXXCPP\nelse\n  ac_cv_prog_CXXCPP=$CXXCPP\nfi\n{ echo \"$as_me:$LINENO: result: $CXXCPP\" >&5\necho \"${ECHO_T}$CXXCPP\" >&6; }\nac_preproc_ok=false\nfor ac_cxx_preproc_warn_flag in '' yes\ndo\n  # Use a header file that comes with gcc, so configuring glibc\n  # with a fresh cross-compiler works.\n  # Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n  # <limits.h> exists even on freestanding compilers.\n  # On the NeXT, cc -E runs the code through the compiler's parser,\n  # not just through cpp. \"Syntax error\" is here to catch this case.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\t\t     Syntax error\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_cxx_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_cxx_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Broken: fails on valid input.\ncontinue\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\n  # OK, works on sane cases.  Now check whether nonexistent headers\n  # can be detected and how.\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <ac_nonexistent.h>\n_ACEOF\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_cpp conftest.$ac_ext\\\"\") >&5\n  (eval $ac_cpp conftest.$ac_ext) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } >/dev/null; then\n  if test -s conftest.err; then\n    ac_cpp_err=$ac_cxx_preproc_warn_flag\n    ac_cpp_err=$ac_cpp_err$ac_cxx_werror_flag\n  else\n    ac_cpp_err=\n  fi\nelse\n  ac_cpp_err=yes\nfi\nif test -z \"$ac_cpp_err\"; then\n  # Broken: success on invalid input.\ncontinue\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n  # Passes both tests.\nac_preproc_ok=:\nbreak\nfi\n\nrm -f conftest.err conftest.$ac_ext\n\ndone\n# Because of `break', _AC_PREPROC_IFELSE's cleaning code was skipped.\nrm -f conftest.err conftest.$ac_ext\nif $ac_preproc_ok; then\n  :\nelse\n  { { echo \"$as_me:$LINENO: error: C++ preprocessor \\\"$CXXCPP\\\" fails sanity check\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: C++ preprocessor \\\"$CXXCPP\\\" fails sanity check\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\nfi\n\nac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\n\nfi\n\n\nac_ext=f\nac_compile='$F77 -c $FFLAGS conftest.$ac_ext >&5'\nac_link='$F77 -o conftest$ac_exeext $FFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_f77_compiler_gnu\nif test -n \"$ac_tool_prefix\"; then\n  for ac_prog in g77 f77 xlf frt pgf77 cf77 fort77 fl32 af77 f90 xlf90 pgf90 pghpf epcf90 gfortran g95 f95 fort xlf95 ifort ifc efc pgf95 lf95 ftn\n  do\n    # Extract the first word of \"$ac_tool_prefix$ac_prog\", so it can be a program name with args.\nset dummy $ac_tool_prefix$ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_F77+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$F77\"; then\n  ac_cv_prog_F77=\"$F77\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_F77=\"$ac_tool_prefix$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nF77=$ac_cv_prog_F77\nif test -n \"$F77\"; then\n  { echo \"$as_me:$LINENO: result: $F77\" >&5\necho \"${ECHO_T}$F77\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n    test -n \"$F77\" && break\n  done\nfi\nif test -z \"$F77\"; then\n  ac_ct_F77=$F77\n  for ac_prog in g77 f77 xlf frt pgf77 cf77 fort77 fl32 af77 f90 xlf90 pgf90 pghpf epcf90 gfortran g95 f95 fort xlf95 ifort ifc efc pgf95 lf95 ftn\ndo\n  # Extract the first word of \"$ac_prog\", so it can be a program name with args.\nset dummy $ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_F77+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_F77\"; then\n  ac_cv_prog_ac_ct_F77=\"$ac_ct_F77\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_F77=\"$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_F77=$ac_cv_prog_ac_ct_F77\nif test -n \"$ac_ct_F77\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_F77\" >&5\necho \"${ECHO_T}$ac_ct_F77\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  test -n \"$ac_ct_F77\" && break\ndone\n\n  if test \"x$ac_ct_F77\" = x; then\n    F77=\"\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    F77=$ac_ct_F77\n  fi\nfi\n\n\n# Provide some information about the compiler.\necho \"$as_me:$LINENO: checking for Fortran 77 compiler version\" >&5\nac_compiler=`set X $ac_compile; echo $2`\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler --version >&5\\\"\") >&5\n  (eval $ac_compiler --version >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -v >&5\\\"\") >&5\n  (eval $ac_compiler -v >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -V >&5\\\"\") >&5\n  (eval $ac_compiler -V >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\nrm -f a.out\n\n# If we don't use `.F' as extension, the preprocessor is not run on the\n# input file.  (Note that this only needs to work for GNU compilers.)\nac_save_ext=$ac_ext\nac_ext=F\n{ echo \"$as_me:$LINENO: checking whether we are using the GNU Fortran 77 compiler\" >&5\necho $ECHO_N \"checking whether we are using the GNU Fortran 77 compiler... $ECHO_C\" >&6; }\nif test \"${ac_cv_f77_compiler_gnu+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n      program main\n#ifndef __GNUC__\n       choke me\n#endif\n\n      end\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_f77_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_compiler_gnu=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_compiler_gnu=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nac_cv_f77_compiler_gnu=$ac_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_f77_compiler_gnu\" >&5\necho \"${ECHO_T}$ac_cv_f77_compiler_gnu\" >&6; }\nac_ext=$ac_save_ext\nac_test_FFLAGS=${FFLAGS+set}\nac_save_FFLAGS=$FFLAGS\nFFLAGS=\n{ echo \"$as_me:$LINENO: checking whether $F77 accepts -g\" >&5\necho $ECHO_N \"checking whether $F77 accepts -g... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_f77_g+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  FFLAGS=-g\ncat >conftest.$ac_ext <<_ACEOF\n      program main\n\n      end\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_f77_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_f77_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_prog_f77_g=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_prog_f77_g\" >&5\necho \"${ECHO_T}$ac_cv_prog_f77_g\" >&6; }\nif test \"$ac_test_FFLAGS\" = set; then\n  FFLAGS=$ac_save_FFLAGS\nelif test $ac_cv_prog_f77_g = yes; then\n  if test \"x$ac_cv_f77_compiler_gnu\" = xyes; then\n    FFLAGS=\"-g -O2\"\n  else\n    FFLAGS=\"-g\"\n  fi\nelse\n  if test \"x$ac_cv_f77_compiler_gnu\" = xyes; then\n    FFLAGS=\"-O2\"\n  else\n    FFLAGS=\n  fi\nfi\n\nG77=`test $ac_compiler_gnu = yes && echo yes`\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n\n\n# Autoconf 2.13's AC_OBJEXT and AC_EXEEXT macros only works for C compilers!\n\n# find the maximum length of command line arguments\n{ echo \"$as_me:$LINENO: checking the maximum length of command line arguments\" >&5\necho $ECHO_N \"checking the maximum length of command line arguments... $ECHO_C\" >&6; }\nif test \"${lt_cv_sys_max_cmd_len+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n    i=0\n  teststring=\"ABCD\"\n\n  case $build_os in\n  msdosdjgpp*)\n    # On DJGPP, this test can blow up pretty badly due to problems in libc\n    # (any single argument exceeding 2000 bytes causes a buffer overrun\n    # during glob expansion).  Even if it were fixed, the result of this\n    # check would be larger than it should be.\n    lt_cv_sys_max_cmd_len=12288;    # 12K is about right\n    ;;\n\n  gnu*)\n    # Under GNU Hurd, this test is not required because there is\n    # no limit to the length of command line arguments.\n    # Libtool will interpret -1 as no limit whatsoever\n    lt_cv_sys_max_cmd_len=-1;\n    ;;\n\n  cygwin* | mingw*)\n    # On Win9x/ME, this test blows up -- it succeeds, but takes\n    # about 5 minutes as the teststring grows exponentially.\n    # Worse, since 9x/ME are not pre-emptively multitasking,\n    # you end up with a \"frozen\" computer, even though with patience\n    # the test eventually succeeds (with a max line length of 256k).\n    # Instead, let's just punt: use the minimum linelength reported by\n    # all of the supported platforms: 8192 (on NT/2K/XP).\n    lt_cv_sys_max_cmd_len=8192;\n    ;;\n\n  amigaos*)\n    # On AmigaOS with pdksh, this test takes hours, literally.\n    # So we just punt and use a minimum line length of 8192.\n    lt_cv_sys_max_cmd_len=8192;\n    ;;\n\n  netbsd* | freebsd* | openbsd* | darwin* | dragonfly*)\n    # This has been around since 386BSD, at least.  Likely further.\n    if test -x /sbin/sysctl; then\n      lt_cv_sys_max_cmd_len=`/sbin/sysctl -n kern.argmax`\n    elif test -x /usr/sbin/sysctl; then\n      lt_cv_sys_max_cmd_len=`/usr/sbin/sysctl -n kern.argmax`\n    else\n      lt_cv_sys_max_cmd_len=65536\t# usable default for all BSDs\n    fi\n    # And add a safety zone\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\/ 4`\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\* 3`\n    ;;\n\n  interix*)\n    # We know the value 262144 and hardcode it with a safety zone (like BSD)\n    lt_cv_sys_max_cmd_len=196608\n    ;;\n\n  osf*)\n    # Dr. Hans Ekkehard Plesser reports seeing a kernel panic running configure\n    # due to this test when exec_disable_arg_limit is 1 on Tru64. It is not\n    # nice to cause kernel panics so lets avoid the loop below.\n    # First set a reasonable default.\n    lt_cv_sys_max_cmd_len=16384\n    #\n    if test -x /sbin/sysconfig; then\n      case `/sbin/sysconfig -q proc exec_disable_arg_limit` in\n        *1*) lt_cv_sys_max_cmd_len=-1 ;;\n      esac\n    fi\n    ;;\n  sco3.2v5*)\n    lt_cv_sys_max_cmd_len=102400\n    ;;\n  sysv5* | sco5v6* | sysv4.2uw2*)\n    kargmax=`grep ARG_MAX /etc/conf/cf.d/stune 2>/dev/null`\n    if test -n \"$kargmax\"; then\n      lt_cv_sys_max_cmd_len=`echo $kargmax | sed 's/.*[ \t]//'`\n    else\n      lt_cv_sys_max_cmd_len=32768\n    fi\n    ;;\n  *)\n    # If test is not a shell built-in, we'll probably end up computing a\n    # maximum length that is only half of the actual maximum length, but\n    # we can't tell.\n    SHELL=${SHELL-${CONFIG_SHELL-/bin/sh}}\n    while (test \"X\"`$SHELL $0 --fallback-echo \"X$teststring\" 2>/dev/null` \\\n\t       = \"XX$teststring\") >/dev/null 2>&1 &&\n\t    new_result=`expr \"X$teststring\" : \".*\" 2>&1` &&\n\t    lt_cv_sys_max_cmd_len=$new_result &&\n\t    test $i != 17 # 1/2 MB should be enough\n    do\n      i=`expr $i + 1`\n      teststring=$teststring$teststring\n    done\n    teststring=\n    # Add a significant safety factor because C++ compilers can tack on massive\n    # amounts of additional arguments before passing them to the linker.\n    # It appears as though 1/2 is a usable value.\n    lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \\/ 2`\n    ;;\n  esac\n\nfi\n\nif test -n $lt_cv_sys_max_cmd_len ; then\n  { echo \"$as_me:$LINENO: result: $lt_cv_sys_max_cmd_len\" >&5\necho \"${ECHO_T}$lt_cv_sys_max_cmd_len\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: none\" >&5\necho \"${ECHO_T}none\" >&6; }\nfi\n\n\n\n\n# Check for command to grab the raw symbol name followed by C symbol from nm.\n{ echo \"$as_me:$LINENO: checking command to parse $NM output from $compiler object\" >&5\necho $ECHO_N \"checking command to parse $NM output from $compiler object... $ECHO_C\" >&6; }\nif test \"${lt_cv_sys_global_symbol_pipe+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n\n# These are sane defaults that work on at least a few old systems.\n# [They come from Ultrix.  What could be older than Ultrix?!! ;)]\n\n# Character class describing NM global symbol codes.\nsymcode='[BCDEGRST]'\n\n# Regexp to match symbols that can be accessed directly from C.\nsympat='\\([_A-Za-z][_A-Za-z0-9]*\\)'\n\n# Transform an extracted symbol line into a proper C declaration\nlt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^. .* \\(.*\\)$/extern int \\1;/p'\"\n\n# Transform an extracted symbol line into symbol name and symbol address\nlt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([^ ]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode \\([^ ]*\\) \\([^ ]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n\n# Define system-specific variables.\ncase $host_os in\naix*)\n  symcode='[BCDT]'\n  ;;\ncygwin* | mingw* | pw32*)\n  symcode='[ABCDGISTW]'\n  ;;\nhpux*) # Its linker distinguishes data from code symbols\n  if test \"$host_cpu\" = ia64; then\n    symcode='[ABCDEGRST]'\n  fi\n  lt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^T .* \\(.*\\)$/extern int \\1();/p' -e 's/^$symcode* .* \\(.*\\)$/extern char \\1;/p'\"\n  lt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([^ ]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \\([^ ]*\\) \\([^ ]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n  ;;\nlinux* | k*bsd*-gnu)\n  if test \"$host_cpu\" = ia64; then\n    symcode='[ABCDGIRSTW]'\n    lt_cv_sys_global_symbol_to_cdecl=\"sed -n -e 's/^T .* \\(.*\\)$/extern int \\1();/p' -e 's/^$symcode* .* \\(.*\\)$/extern char \\1;/p'\"\n    lt_cv_sys_global_symbol_to_c_name_address=\"sed -n -e 's/^: \\([^ ]*\\) $/  {\\\\\\\"\\1\\\\\\\", (lt_ptr) 0},/p' -e 's/^$symcode* \\([^ ]*\\) \\([^ ]*\\)$/  {\\\"\\2\\\", (lt_ptr) \\&\\2},/p'\"\n  fi\n  ;;\nirix* | nonstopux*)\n  symcode='[BCDEGRST]'\n  ;;\nosf*)\n  symcode='[BCDEGQRST]'\n  ;;\nsolaris*)\n  symcode='[BDRT]'\n  ;;\nsco3.2v5*)\n  symcode='[DT]'\n  ;;\nsysv4.2uw2*)\n  symcode='[DT]'\n  ;;\nsysv5* | sco5v6* | unixware* | OpenUNIX*)\n  symcode='[ABDT]'\n  ;;\nsysv4)\n  symcode='[DFNSTU]'\n  ;;\nesac\n\n# Handle CRLF in mingw tool chain\nopt_cr=\ncase $build_os in\nmingw*)\n  opt_cr=`echo 'x\\{0,1\\}' | tr x '\\015'` # option cr in regexp\n  ;;\nesac\n\n# If we're using GNU nm, then use its standard symbol codes.\ncase `$NM -V 2>&1` in\n*GNU* | *'with BFD'*)\n  symcode='[ABCDGIRSTW]' ;;\nesac\n\n# Try without a prefix undercore, then with it.\nfor ac_symprfx in \"\" \"_\"; do\n\n  # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol.\n  symxfrm=\"\\\\1 $ac_symprfx\\\\2 \\\\2\"\n\n  # Write the raw and C identifiers.\n  lt_cv_sys_global_symbol_pipe=\"sed -n -e 's/^.*[ \t]\\($symcode$symcode*\\)[ \t][ \t]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'\"\n\n  # Check to see that the pipe works correctly.\n  pipe_works=no\n\n  rm -f conftest*\n  cat > conftest.$ac_ext <<EOF\n#ifdef __cplusplus\nextern \"C\" {\n#endif\nchar nm_test_var;\nvoid nm_test_func(){}\n#ifdef __cplusplus\n}\n#endif\nint main(){nm_test_var='a';nm_test_func();return(0);}\nEOF\n\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n    # Now try to grab the symbols.\n    nlist=conftest.nm\n    if { (eval echo \"$as_me:$LINENO: \\\"$NM conftest.$ac_objext \\| $lt_cv_sys_global_symbol_pipe \\> $nlist\\\"\") >&5\n  (eval $NM conftest.$ac_objext \\| $lt_cv_sys_global_symbol_pipe \\> $nlist) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } && test -s \"$nlist\"; then\n      # Try sorting and uniquifying the output.\n      if sort \"$nlist\" | uniq > \"$nlist\"T; then\n\tmv -f \"$nlist\"T \"$nlist\"\n      else\n\trm -f \"$nlist\"T\n      fi\n\n      # Make sure that we snagged all the symbols we need.\n      if grep ' nm_test_var$' \"$nlist\" >/dev/null; then\n\tif grep ' nm_test_func$' \"$nlist\" >/dev/null; then\n\t  cat <<EOF > conftest.$ac_ext\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n\nEOF\n\t  # Now generate the symbol file.\n\t  eval \"$lt_cv_sys_global_symbol_to_cdecl\"' < \"$nlist\" | grep -v main >> conftest.$ac_ext'\n\n\t  cat <<EOF >> conftest.$ac_ext\n#if defined (__STDC__) && __STDC__\n# define lt_ptr_t void *\n#else\n# define lt_ptr_t char *\n# define const\n#endif\n\n/* The mapping between symbol names and symbols. */\nconst struct {\n  const char *name;\n  lt_ptr_t address;\n}\nlt_preloaded_symbols[] =\n{\nEOF\n\t  $SED \"s/^$symcode$symcode* \\(.*\\) \\(.*\\)$/  {\\\"\\2\\\", (lt_ptr_t) \\&\\2},/\" < \"$nlist\" | grep -v main >> conftest.$ac_ext\n\t  cat <<\\EOF >> conftest.$ac_ext\n  {0, (lt_ptr_t) 0}\n};\n\n#ifdef __cplusplus\n}\n#endif\nEOF\n\t  # Now try linking the two files.\n\t  mv conftest.$ac_objext conftstm.$ac_objext\n\t  lt_save_LIBS=\"$LIBS\"\n\t  lt_save_CFLAGS=\"$CFLAGS\"\n\t  LIBS=\"conftstm.$ac_objext\"\n\t  CFLAGS=\"$CFLAGS$lt_prog_compiler_no_builtin_flag\"\n\t  if { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } && test -s conftest${ac_exeext}; then\n\t    pipe_works=yes\n\t  fi\n\t  LIBS=\"$lt_save_LIBS\"\n\t  CFLAGS=\"$lt_save_CFLAGS\"\n\telse\n\t  echo \"cannot find nm_test_func in $nlist\" >&5\n\tfi\n      else\n\techo \"cannot find nm_test_var in $nlist\" >&5\n      fi\n    else\n      echo \"cannot run $lt_cv_sys_global_symbol_pipe\" >&5\n    fi\n  else\n    echo \"$progname: failed program was:\" >&5\n    cat conftest.$ac_ext >&5\n  fi\n  rm -f conftest* conftst*\n\n  # Do not use the global_symbol_pipe unless it works.\n  if test \"$pipe_works\" = yes; then\n    break\n  else\n    lt_cv_sys_global_symbol_pipe=\n  fi\ndone\n\nfi\n\nif test -z \"$lt_cv_sys_global_symbol_pipe\"; then\n  lt_cv_sys_global_symbol_to_cdecl=\nfi\nif test -z \"$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl\"; then\n  { echo \"$as_me:$LINENO: result: failed\" >&5\necho \"${ECHO_T}failed\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: ok\" >&5\necho \"${ECHO_T}ok\" >&6; }\nfi\n\n{ echo \"$as_me:$LINENO: checking for objdir\" >&5\necho $ECHO_N \"checking for objdir... $ECHO_C\" >&6; }\nif test \"${lt_cv_objdir+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  rm -f .libs 2>/dev/null\nmkdir .libs 2>/dev/null\nif test -d .libs; then\n  lt_cv_objdir=.libs\nelse\n  # MS-DOS does not allow filenames that begin with a dot.\n  lt_cv_objdir=_libs\nfi\nrmdir .libs 2>/dev/null\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_objdir\" >&5\necho \"${ECHO_T}$lt_cv_objdir\" >&6; }\nobjdir=$lt_cv_objdir\n\n\n\n\n\ncase $host_os in\naix3*)\n  # AIX sometimes has problems with the GCC collect2 program.  For some\n  # reason, if we set the COLLECT_NAMES environment variable, the problems\n  # vanish in a puff of smoke.\n  if test \"X${COLLECT_NAMES+set}\" != Xset; then\n    COLLECT_NAMES=\n    export COLLECT_NAMES\n  fi\n  ;;\nesac\n\n# Sed substitution that helps us do robust quoting.  It backslashifies\n# metacharacters that are still active within double-quoted strings.\nXsed='sed -e 1s/^X//'\nsed_quote_subst='s/\\([\\\\\"\\\\`$\\\\\\\\]\\)/\\\\\\1/g'\n\n# Same as above, but do not quote variable references.\ndouble_quote_subst='s/\\([\\\\\"\\\\`\\\\\\\\]\\)/\\\\\\1/g'\n\n# Sed substitution to delay expansion of an escaped shell variable in a\n# double_quote_subst'ed string.\ndelay_variable_subst='s/\\\\\\\\\\\\\\\\\\\\\\$/\\\\\\\\\\\\$/g'\n\n# Sed substitution to avoid accidental globbing in evaled expressions\nno_glob_subst='s/\\*/\\\\\\*/g'\n\n# Constants:\nrm=\"rm -f\"\n\n# Global variables:\ndefault_ofile=libtool\ncan_build_shared=yes\n\n# All known linkers require a `.a' archive for static linking (except MSVC,\n# which needs '.lib').\nlibext=a\nltmain=\"$ac_aux_dir/ltmain.sh\"\nofile=\"$default_ofile\"\nwith_gnu_ld=\"$lt_cv_prog_gnu_ld\"\n\nif test -n \"$ac_tool_prefix\"; then\n  # Extract the first word of \"${ac_tool_prefix}ar\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}ar; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_AR+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$AR\"; then\n  ac_cv_prog_AR=\"$AR\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_AR=\"${ac_tool_prefix}ar\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nAR=$ac_cv_prog_AR\nif test -n \"$AR\"; then\n  { echo \"$as_me:$LINENO: result: $AR\" >&5\necho \"${ECHO_T}$AR\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$ac_cv_prog_AR\"; then\n  ac_ct_AR=$AR\n  # Extract the first word of \"ar\", so it can be a program name with args.\nset dummy ar; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_AR+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_AR\"; then\n  ac_cv_prog_ac_ct_AR=\"$ac_ct_AR\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_AR=\"ar\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_AR=$ac_cv_prog_ac_ct_AR\nif test -n \"$ac_ct_AR\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_AR\" >&5\necho \"${ECHO_T}$ac_ct_AR\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  if test \"x$ac_ct_AR\" = x; then\n    AR=\"false\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    AR=$ac_ct_AR\n  fi\nelse\n  AR=\"$ac_cv_prog_AR\"\nfi\n\nif test -n \"$ac_tool_prefix\"; then\n  # Extract the first word of \"${ac_tool_prefix}ranlib\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}ranlib; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_RANLIB+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$RANLIB\"; then\n  ac_cv_prog_RANLIB=\"$RANLIB\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_RANLIB=\"${ac_tool_prefix}ranlib\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nRANLIB=$ac_cv_prog_RANLIB\nif test -n \"$RANLIB\"; then\n  { echo \"$as_me:$LINENO: result: $RANLIB\" >&5\necho \"${ECHO_T}$RANLIB\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$ac_cv_prog_RANLIB\"; then\n  ac_ct_RANLIB=$RANLIB\n  # Extract the first word of \"ranlib\", so it can be a program name with args.\nset dummy ranlib; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_RANLIB+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_RANLIB\"; then\n  ac_cv_prog_ac_ct_RANLIB=\"$ac_ct_RANLIB\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_RANLIB=\"ranlib\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB\nif test -n \"$ac_ct_RANLIB\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_RANLIB\" >&5\necho \"${ECHO_T}$ac_ct_RANLIB\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  if test \"x$ac_ct_RANLIB\" = x; then\n    RANLIB=\":\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    RANLIB=$ac_ct_RANLIB\n  fi\nelse\n  RANLIB=\"$ac_cv_prog_RANLIB\"\nfi\n\nif test -n \"$ac_tool_prefix\"; then\n  # Extract the first word of \"${ac_tool_prefix}strip\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}strip; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_STRIP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$STRIP\"; then\n  ac_cv_prog_STRIP=\"$STRIP\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_STRIP=\"${ac_tool_prefix}strip\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nSTRIP=$ac_cv_prog_STRIP\nif test -n \"$STRIP\"; then\n  { echo \"$as_me:$LINENO: result: $STRIP\" >&5\necho \"${ECHO_T}$STRIP\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$ac_cv_prog_STRIP\"; then\n  ac_ct_STRIP=$STRIP\n  # Extract the first word of \"strip\", so it can be a program name with args.\nset dummy strip; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_STRIP+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_STRIP\"; then\n  ac_cv_prog_ac_ct_STRIP=\"$ac_ct_STRIP\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_STRIP=\"strip\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_STRIP=$ac_cv_prog_ac_ct_STRIP\nif test -n \"$ac_ct_STRIP\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_STRIP\" >&5\necho \"${ECHO_T}$ac_ct_STRIP\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  if test \"x$ac_ct_STRIP\" = x; then\n    STRIP=\":\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    STRIP=$ac_ct_STRIP\n  fi\nelse\n  STRIP=\"$ac_cv_prog_STRIP\"\nfi\n\n\nold_CC=\"$CC\"\nold_CFLAGS=\"$CFLAGS\"\n\n# Set sane defaults for various variables\ntest -z \"$AR\" && AR=ar\ntest -z \"$AR_FLAGS\" && AR_FLAGS=cru\ntest -z \"$AS\" && AS=as\ntest -z \"$CC\" && CC=cc\ntest -z \"$LTCC\" && LTCC=$CC\ntest -z \"$LTCFLAGS\" && LTCFLAGS=$CFLAGS\ntest -z \"$DLLTOOL\" && DLLTOOL=dlltool\ntest -z \"$LD\" && LD=ld\ntest -z \"$LN_S\" && LN_S=\"ln -s\"\ntest -z \"$MAGIC_CMD\" && MAGIC_CMD=file\ntest -z \"$NM\" && NM=nm\ntest -z \"$SED\" && SED=sed\ntest -z \"$OBJDUMP\" && OBJDUMP=objdump\ntest -z \"$RANLIB\" && RANLIB=:\ntest -z \"$STRIP\" && STRIP=:\ntest -z \"$ac_objext\" && ac_objext=o\n\n# Determine commands to create old-style static archives.\nold_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs$old_deplibs'\nold_postinstall_cmds='chmod 644 $oldlib'\nold_postuninstall_cmds=\n\nif test -n \"$RANLIB\"; then\n  case $host_os in\n  openbsd*)\n    old_postinstall_cmds=\"$old_postinstall_cmds~\\$RANLIB -t \\$oldlib\"\n    ;;\n  *)\n    old_postinstall_cmds=\"$old_postinstall_cmds~\\$RANLIB \\$oldlib\"\n    ;;\n  esac\n  old_archive_cmds=\"$old_archive_cmds~\\$RANLIB \\$oldlib\"\nfi\n\nfor cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n\n# Only perform the check for file, if the check method requires it\ncase $deplibs_check_method in\nfile_magic*)\n  if test \"$file_magic_cmd\" = '$MAGIC_CMD'; then\n    { echo \"$as_me:$LINENO: checking for ${ac_tool_prefix}file\" >&5\necho $ECHO_N \"checking for ${ac_tool_prefix}file... $ECHO_C\" >&6; }\nif test \"${lt_cv_path_MAGIC_CMD+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  case $MAGIC_CMD in\n[\\\\/*] |  ?:[\\\\/]*)\n  lt_cv_path_MAGIC_CMD=\"$MAGIC_CMD\" # Let the user override the test with a path.\n  ;;\n*)\n  lt_save_MAGIC_CMD=\"$MAGIC_CMD\"\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  ac_dummy=\"/usr/bin$PATH_SEPARATOR$PATH\"\n  for ac_dir in $ac_dummy; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f $ac_dir/${ac_tool_prefix}file; then\n      lt_cv_path_MAGIC_CMD=\"$ac_dir/${ac_tool_prefix}file\"\n      if test -n \"$file_magic_test_file\"; then\n\tcase $deplibs_check_method in\n\t\"file_magic \"*)\n\t  file_magic_regex=`expr \"$deplibs_check_method\" : \"file_magic \\(.*\\)\"`\n\t  MAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\n\t  if eval $file_magic_cmd \\$file_magic_test_file 2> /dev/null |\n\t    $EGREP \"$file_magic_regex\" > /dev/null; then\n\t    :\n\t  else\n\t    cat <<EOF 1>&2\n\n*** Warning: the command libtool uses to detect shared libraries,\n*** $file_magic_cmd, produces output that libtool cannot recognize.\n*** The result is that libtool may fail to recognize shared libraries\n*** as such.  This will affect the creation of libtool libraries that\n*** depend on shared libraries, but programs linked with such libtool\n*** libraries will work regardless of this problem.  Nevertheless, you\n*** may want to report the problem to your system manager and/or to\n*** bug-libtool@gnu.org\n\nEOF\n\t  fi ;;\n\tesac\n      fi\n      break\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n  MAGIC_CMD=\"$lt_save_MAGIC_CMD\"\n  ;;\nesac\nfi\n\nMAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\nif test -n \"$MAGIC_CMD\"; then\n  { echo \"$as_me:$LINENO: result: $MAGIC_CMD\" >&5\necho \"${ECHO_T}$MAGIC_CMD\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\nif test -z \"$lt_cv_path_MAGIC_CMD\"; then\n  if test -n \"$ac_tool_prefix\"; then\n    { echo \"$as_me:$LINENO: checking for file\" >&5\necho $ECHO_N \"checking for file... $ECHO_C\" >&6; }\nif test \"${lt_cv_path_MAGIC_CMD+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  case $MAGIC_CMD in\n[\\\\/*] |  ?:[\\\\/]*)\n  lt_cv_path_MAGIC_CMD=\"$MAGIC_CMD\" # Let the user override the test with a path.\n  ;;\n*)\n  lt_save_MAGIC_CMD=\"$MAGIC_CMD\"\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  ac_dummy=\"/usr/bin$PATH_SEPARATOR$PATH\"\n  for ac_dir in $ac_dummy; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f $ac_dir/file; then\n      lt_cv_path_MAGIC_CMD=\"$ac_dir/file\"\n      if test -n \"$file_magic_test_file\"; then\n\tcase $deplibs_check_method in\n\t\"file_magic \"*)\n\t  file_magic_regex=`expr \"$deplibs_check_method\" : \"file_magic \\(.*\\)\"`\n\t  MAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\n\t  if eval $file_magic_cmd \\$file_magic_test_file 2> /dev/null |\n\t    $EGREP \"$file_magic_regex\" > /dev/null; then\n\t    :\n\t  else\n\t    cat <<EOF 1>&2\n\n*** Warning: the command libtool uses to detect shared libraries,\n*** $file_magic_cmd, produces output that libtool cannot recognize.\n*** The result is that libtool may fail to recognize shared libraries\n*** as such.  This will affect the creation of libtool libraries that\n*** depend on shared libraries, but programs linked with such libtool\n*** libraries will work regardless of this problem.  Nevertheless, you\n*** may want to report the problem to your system manager and/or to\n*** bug-libtool@gnu.org\n\nEOF\n\t  fi ;;\n\tesac\n      fi\n      break\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n  MAGIC_CMD=\"$lt_save_MAGIC_CMD\"\n  ;;\nesac\nfi\n\nMAGIC_CMD=\"$lt_cv_path_MAGIC_CMD\"\nif test -n \"$MAGIC_CMD\"; then\n  { echo \"$as_me:$LINENO: result: $MAGIC_CMD\" >&5\necho \"${ECHO_T}$MAGIC_CMD\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  else\n    MAGIC_CMD=:\n  fi\nfi\n\n  fi\n  ;;\nesac\n\nenable_dlopen=no\nenable_win32_dll=no\n\n# Check whether --enable-libtool-lock was given.\nif test \"${enable_libtool_lock+set}\" = set; then\n  enableval=$enable_libtool_lock;\nfi\n\ntest \"x$enable_libtool_lock\" != xno && enable_libtool_lock=yes\n\n\n# Check whether --with-pic was given.\nif test \"${with_pic+set}\" = set; then\n  withval=$with_pic; pic_mode=\"$withval\"\nelse\n  pic_mode=default\nfi\n\ntest -z \"$pic_mode\" && pic_mode=default\n\n# Use C for the default configuration in the libtool script\ntagname=\nlt_save_CC=\"$CC\"\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n\n# Source file extension for C test sources.\nac_ext=c\n\n# Object file extension for compiled C test sources.\nobjext=o\nobjext=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"int some_variable = 0;\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code='int main(){return(0);}\\n'\n\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# save warnings/boilerplate of simple test code\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_compiler_boilerplate=`cat conftest.err`\n$rm conftest*\n\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_link_test_code\" >conftest.$ac_ext\neval \"$ac_link\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_linker_boilerplate=`cat conftest.err`\n$rm conftest*\n\n\n\nlt_prog_compiler_no_builtin_flag=\n\nif test \"$GCC\" = yes; then\n  lt_prog_compiler_no_builtin_flag=' -fno-builtin'\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -fno-rtti -fno-exceptions\" >&5\necho $ECHO_N \"checking if $compiler supports -fno-rtti -fno-exceptions... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_rtti_exceptions+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_rtti_exceptions=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"-fno-rtti -fno-exceptions\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:6502: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:6506: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_rtti_exceptions=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_rtti_exceptions\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_rtti_exceptions\" >&6; }\n\nif test x\"$lt_cv_prog_compiler_rtti_exceptions\" = xyes; then\n    lt_prog_compiler_no_builtin_flag=\"$lt_prog_compiler_no_builtin_flag -fno-rtti -fno-exceptions\"\nelse\n    :\nfi\n\nfi\n\nlt_prog_compiler_wl=\nlt_prog_compiler_pic=\nlt_prog_compiler_static=\n\n{ echo \"$as_me:$LINENO: checking for $compiler option to produce PIC\" >&5\necho $ECHO_N \"checking for $compiler option to produce PIC... $ECHO_C\" >&6; }\n\n  if test \"$GCC\" = yes; then\n    lt_prog_compiler_wl='-Wl,'\n    lt_prog_compiler_static='-static'\n\n    case $host_os in\n      aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static='-Bstatic'\n      fi\n      ;;\n\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      lt_prog_compiler_pic='-m68020 -resident32 -malways-restore-a4'\n      ;;\n\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic='-DDLL_EXPORT'\n      ;;\n\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      lt_prog_compiler_pic='-fno-common'\n      ;;\n\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n\n    msdosdjgpp*)\n      # Just because we use GCC doesn't mean we suddenly get shared libraries\n      # on systems that don't support them.\n      lt_prog_compiler_can_build_shared=no\n      enable_shared=no\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tlt_prog_compiler_pic=-Kconform_pic\n      fi\n      ;;\n\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic='-fPIC'\n\t;;\n      esac\n      ;;\n\n    *)\n      lt_prog_compiler_pic='-fPIC'\n      ;;\n    esac\n  else\n    # PORTME Check for flag to pass linker flags through the system compiler.\n    case $host_os in\n    aix*)\n      lt_prog_compiler_wl='-Wl,'\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static='-Bstatic'\n      else\n\tlt_prog_compiler_static='-bnso -bI:/lib/syscalls.exp'\n      fi\n      ;;\n      darwin*)\n        # PIC is the default on this platform\n        # Common symbols not allowed in MH_DYLIB files\n       case $cc_basename in\n         xlc*)\n         lt_prog_compiler_pic='-qnocommon'\n         lt_prog_compiler_wl='-Wl,'\n         ;;\n       esac\n       ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic='-DDLL_EXPORT'\n      ;;\n\n    hpux9* | hpux10* | hpux11*)\n      lt_prog_compiler_wl='-Wl,'\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic='+Z'\n\t;;\n      esac\n      # Is there a better lt_prog_compiler_static that works with the bundled CC?\n      lt_prog_compiler_static='${wl}-a ${wl}archive'\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      lt_prog_compiler_wl='-Wl,'\n      # PIC (with -KPIC) is the default.\n      lt_prog_compiler_static='-non_shared'\n      ;;\n\n    newsos6)\n      lt_prog_compiler_pic='-KPIC'\n      lt_prog_compiler_static='-Bstatic'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      case $cc_basename in\n      icc* | ecc*)\n\tlt_prog_compiler_wl='-Wl,'\n\tlt_prog_compiler_pic='-KPIC'\n\tlt_prog_compiler_static='-static'\n        ;;\n      pgcc* | pgf77* | pgf90* | pgf95*)\n        # Portland Group compilers (*not* the Pentium gcc compiler,\n\t# which looks to be a dead project)\n\tlt_prog_compiler_wl='-Wl,'\n\tlt_prog_compiler_pic='-fpic'\n\tlt_prog_compiler_static='-Bstatic'\n        ;;\n      ccc*)\n        lt_prog_compiler_wl='-Wl,'\n        # All Alpha code is PIC.\n        lt_prog_compiler_static='-non_shared'\n        ;;\n      esac\n      ;;\n\n    osf3* | osf4* | osf5*)\n      lt_prog_compiler_wl='-Wl,'\n      # All OSF/1 code is PIC.\n      lt_prog_compiler_static='-non_shared'\n      ;;\n\n    solaris*)\n      lt_prog_compiler_pic='-KPIC'\n      lt_prog_compiler_static='-Bstatic'\n      case $cc_basename in\n      f77* | f90* | f95*)\n\tlt_prog_compiler_wl='-Qoption ld ';;\n      *)\n\tlt_prog_compiler_wl='-Wl,';;\n      esac\n      ;;\n\n    sunos4*)\n      lt_prog_compiler_wl='-Qoption ld '\n      lt_prog_compiler_pic='-PIC'\n      lt_prog_compiler_static='-Bstatic'\n      ;;\n\n    sysv4 | sysv4.2uw2* | sysv4.3*)\n      lt_prog_compiler_wl='-Wl,'\n      lt_prog_compiler_pic='-KPIC'\n      lt_prog_compiler_static='-Bstatic'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec ;then\n\tlt_prog_compiler_pic='-Kconform_pic'\n\tlt_prog_compiler_static='-Bstatic'\n      fi\n      ;;\n\n    sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n      lt_prog_compiler_wl='-Wl,'\n      lt_prog_compiler_pic='-KPIC'\n      lt_prog_compiler_static='-Bstatic'\n      ;;\n\n    unicos*)\n      lt_prog_compiler_wl='-Wl,'\n      lt_prog_compiler_can_build_shared=no\n      ;;\n\n    uts4*)\n      lt_prog_compiler_pic='-pic'\n      lt_prog_compiler_static='-Bstatic'\n      ;;\n\n    *)\n      lt_prog_compiler_can_build_shared=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic\" >&6; }\n\n#\n# Check to make sure the PIC flag actually works.\n#\nif test -n \"$lt_prog_compiler_pic\"; then\n\n{ echo \"$as_me:$LINENO: checking if $compiler PIC flag $lt_prog_compiler_pic works\" >&5\necho $ECHO_N \"checking if $compiler PIC flag $lt_prog_compiler_pic works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_pic_works+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_pic_works=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"$lt_prog_compiler_pic -DPIC\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:6770: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:6774: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_prog_compiler_pic_works=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_works\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_works\" >&6; }\n\nif test x\"$lt_prog_compiler_pic_works\" = xyes; then\n    case $lt_prog_compiler_pic in\n     \"\" | \" \"*) ;;\n     *) lt_prog_compiler_pic=\" $lt_prog_compiler_pic\" ;;\n     esac\nelse\n    lt_prog_compiler_pic=\n     lt_prog_compiler_can_build_shared=no\nfi\n\nfi\ncase $host_os in\n  # For platforms which do not support PIC, -DPIC is meaningless:\n  *djgpp*)\n    lt_prog_compiler_pic=\n    ;;\n  *)\n    lt_prog_compiler_pic=\"$lt_prog_compiler_pic -DPIC\"\n    ;;\nesac\n\n#\n# Check to make sure the static flag actually works.\n#\nwl=$lt_prog_compiler_wl eval lt_tmp_static_flag=\\\"$lt_prog_compiler_static\\\"\n{ echo \"$as_me:$LINENO: checking if $compiler static flag $lt_tmp_static_flag works\" >&5\necho $ECHO_N \"checking if $compiler static flag $lt_tmp_static_flag works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_static_works+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_static_works=no\n   save_LDFLAGS=\"$LDFLAGS\"\n   LDFLAGS=\"$LDFLAGS $lt_tmp_static_flag\"\n   printf \"$lt_simple_link_test_code\" > conftest.$ac_ext\n   if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then\n     # The linker can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     if test -s conftest.err; then\n       # Append any errors to the config.log.\n       cat conftest.err 1>&5\n       $echo \"X$_lt_linker_boilerplate\" | $Xsed -e '/^$/d' > conftest.exp\n       $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n       if diff conftest.exp conftest.er2 >/dev/null; then\n         lt_prog_compiler_static_works=yes\n       fi\n     else\n       lt_prog_compiler_static_works=yes\n     fi\n   fi\n   $rm conftest*\n   LDFLAGS=\"$save_LDFLAGS\"\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_static_works\" >&5\necho \"${ECHO_T}$lt_prog_compiler_static_works\" >&6; }\n\nif test x\"$lt_prog_compiler_static_works\" = xyes; then\n    :\nelse\n    lt_prog_compiler_static=\nfi\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -c -o file.$ac_objext\" >&5\necho $ECHO_N \"checking if $compiler supports -c -o file.$ac_objext... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_c_o+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_c_o=no\n   $rm -r conftest 2>/dev/null\n   mkdir conftest\n   cd conftest\n   mkdir out\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n   lt_compiler_flag=\"-o out/conftest2.$ac_objext\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:6874: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>out/conftest.err)\n   ac_status=$?\n   cat out/conftest.err >&5\n   echo \"$as_me:6878: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s out/conftest2.$ac_objext\n   then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' > out/conftest.exp\n     $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2\n     if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_c_o=yes\n     fi\n   fi\n   chmod u+w . 2>&5\n   $rm conftest*\n   # SGI C++ compiler will create directory out/ii_files/ for\n   # template instantiation\n   test -d out/ii_files && $rm out/ii_files/* && rmdir out/ii_files\n   $rm out/* && rmdir out\n   cd ..\n   rmdir conftest\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_c_o\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_c_o\" >&6; }\n\n\nhard_links=\"nottested\"\nif test \"$lt_cv_prog_compiler_c_o\" = no && test \"$need_locks\" != no; then\n  # do not overwrite the value of need_locks provided by the user\n  { echo \"$as_me:$LINENO: checking if we can lock with hard links\" >&5\necho $ECHO_N \"checking if we can lock with hard links... $ECHO_C\" >&6; }\n  hard_links=yes\n  $rm conftest*\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  touch conftest.a\n  ln conftest.a conftest.b 2>&5 || hard_links=no\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  { echo \"$as_me:$LINENO: result: $hard_links\" >&5\necho \"${ECHO_T}$hard_links\" >&6; }\n  if test \"$hard_links\" = no; then\n    { echo \"$as_me:$LINENO: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&5\necho \"$as_me: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&2;}\n    need_locks=warn\n  fi\nelse\n  need_locks=no\nfi\n\n{ echo \"$as_me:$LINENO: checking whether the $compiler linker ($LD) supports shared libraries\" >&5\necho $ECHO_N \"checking whether the $compiler linker ($LD) supports shared libraries... $ECHO_C\" >&6; }\n\n  runpath_var=\n  allow_undefined_flag=\n  enable_shared_with_static_runtimes=no\n  archive_cmds=\n  archive_expsym_cmds=\n  old_archive_From_new_cmds=\n  old_archive_from_expsyms_cmds=\n  export_dynamic_flag_spec=\n  whole_archive_flag_spec=\n  thread_safe_flag_spec=\n  hardcode_libdir_flag_spec=\n  hardcode_libdir_flag_spec_ld=\n  hardcode_libdir_separator=\n  hardcode_direct=no\n  hardcode_minus_L=no\n  hardcode_shlibpath_var=unsupported\n  link_all_deplibs=unknown\n  hardcode_automatic=no\n  module_cmds=\n  module_expsym_cmds=\n  always_export_symbols=no\n  export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  # include_expsyms should be a list of space-separated symbols to be *always*\n  # included in the symbol list\n  include_expsyms=\n  # exclude_expsyms can be an extended regexp of symbols to exclude\n  # it will be wrapped by ` (' and `)$', so one must not match beginning or\n  # end of line.  Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc',\n  # as well as any symbol that contains `d'.\n  exclude_expsyms=\"_GLOBAL_OFFSET_TABLE_\"\n  # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out\n  # platforms (ab)use it in PIC code, but their linkers get confused if\n  # the symbol is explicitly referenced.  Since portable code cannot\n  # rely on this symbol name, it's probably fine to never include it in\n  # preloaded symbol tables.\n  extract_expsyms_cmds=\n  # Just being paranoid about ensuring that cc_basename is set.\n  for cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n  case $host_os in\n  cygwin* | mingw* | pw32*)\n    # FIXME: the MSVC++ port hasn't been tested in a loooong time\n    # When not using gcc, we currently assume that we are using\n    # Microsoft Visual C++.\n    if test \"$GCC\" != yes; then\n      with_gnu_ld=no\n    fi\n    ;;\n  interix*)\n    # we just hope/assume this is gcc and not c89 (= MSVC++)\n    with_gnu_ld=yes\n    ;;\n  openbsd*)\n    with_gnu_ld=no\n    ;;\n  esac\n\n  ld_shlibs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    # If archive_cmds runs LD, not CC, wlarc should be empty\n    wlarc='${wl}'\n\n    # Set some defaults for GNU ld with shared library support. These\n    # are reset later if shared libraries are not supported. Putting them\n    # here allows them to be overridden if necessary.\n    runpath_var=LD_RUN_PATH\n    hardcode_libdir_flag_spec='${wl}--rpath ${wl}$libdir'\n    export_dynamic_flag_spec='${wl}--export-dynamic'\n    # ancient GNU ld didn't support --whole-archive et. al.\n    if $LD --help 2>&1 | grep 'no-whole-archive' > /dev/null; then\n\twhole_archive_flag_spec=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n      else\n  \twhole_archive_flag_spec=\n    fi\n    supports_anon_versioning=no\n    case `$LD -v 2>/dev/null` in\n      *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.10.*) ;; # catch versions < 2.11\n      *\\ 2.11.93.0.2\\ *) supports_anon_versioning=yes ;; # RH7.3 ...\n      *\\ 2.11.92.0.12\\ *) supports_anon_versioning=yes ;; # Mandrake 8.2 ...\n      *\\ 2.11.*) ;; # other 2.11 versions\n      *) supports_anon_versioning=yes ;;\n    esac\n\n    # See if GNU ld supports shared libraries.\n    case $host_os in\n    aix3* | aix4* | aix5*)\n      # On AIX/PPC, the GNU linker is very broken\n      if test \"$host_cpu\" != ia64; then\n\tld_shlibs=no\n\tcat <<EOF 1>&2\n\n*** Warning: the GNU linker, at least up to release 2.9.1, is reported\n*** to be unable to reliably create shared libraries on AIX.\n*** Therefore, libtool is disabling shared libraries support.  If you\n*** really care for shared libraries, you may want to modify your PATH\n*** so that a non-GNU linker is found, and then restart.\n\nEOF\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_minus_L=yes\n\n      # Samuel A. Falvo II <kc5tja@dolphin.openprojects.net> reports\n      # that the semantics of dynamic libraries on AmigaOS, at least up\n      # to version 4, is to share data among multiple programs linked\n      # with the same dynamic library.  Since this doesn't match the\n      # behavior of shared libraries on other platforms, we can't use\n      # them.\n      ld_shlibs=no\n      ;;\n\n    beos*)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tallow_undefined_flag=unsupported\n\t# Joseph Beckenbach <jrb3@best.com> says some releases of gcc\n\t# support --undefined.  This deserves some investigation.  FIXME\n\tarchive_cmds='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n      else\n\tld_shlibs=no\n      fi\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, ) is actually meaningless,\n      # as there is no search path for DLLs.\n      hardcode_libdir_flag_spec='-L$libdir'\n      allow_undefined_flag=unsupported\n      always_export_symbols=no\n      enable_shared_with_static_runtimes=yes\n      export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[BCDGRS] /s/.* \\([^ ]*\\)/\\1 DATA/'\\'' | $SED -e '\\''/^[AITW] /s/.* //'\\'' | sort | uniq > $export_symbols'\n\n      if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n        archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n\t# If the export-symbols file already is a .def file (1st line\n\t# is EXPORTS), use it as is; otherwise, prepend...\n\tarchive_expsym_cmds='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\t  cp $export_symbols $output_objdir/$soname.def;\n\telse\n\t  echo EXPORTS > $output_objdir/$soname.def;\n\t  cat $export_symbols >> $output_objdir/$soname.def;\n\tfi~\n\t$CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      else\n\tld_shlibs=no\n      fi\n      ;;\n\n    interix3*)\n      hardcode_direct=no\n      hardcode_shlibpath_var=no\n      hardcode_libdir_flag_spec='${wl}-rpath,$libdir'\n      export_dynamic_flag_spec='${wl}-E'\n      # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n      # Instead, shared libraries are loaded at an image base (0x10000000 by\n      # default) and relocated if they conflict, which is a slow very memory\n      # consuming and fragmenting process.  To avoid this, we pick a random,\n      # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n      # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n      archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      archive_expsym_cmds='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\ttmp_addflag=\n\tcase $cc_basename,$host_cpu in\n\tpgcc*)\t\t\t\t# Portland Group C compiler\n\t  whole_archive_flag_spec='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag'\n\t  ;;\n\tpgf77* | pgf90* | pgf95*)\t# Portland Group f77 and f90 compilers\n\t  whole_archive_flag_spec='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag -Mnomain' ;;\n\tecc*,ia64* | icc*,ia64*)\t\t# Intel C compiler on ia64\n\t  tmp_addflag=' -i_dynamic' ;;\n\tefc*,ia64* | ifort*,ia64*)\t# Intel Fortran compiler on ia64\n\t  tmp_addflag=' -i_dynamic -nofor_main' ;;\n\tifc* | ifort*)\t\t\t# Intel Fortran compiler\n\t  tmp_addflag=' -nofor_main' ;;\n\tesac\n\tarchive_cmds='$CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\n\tif test $supports_anon_versioning = yes; then\n\t  archive_expsym_cmds='$echo \"{ global:\" > $output_objdir/$libname.ver~\n  cat $export_symbols | sed -e \"s/\\(.*\\)/\\1;/\" >> $output_objdir/$libname.ver~\n  $echo \"local: *; };\" >> $output_objdir/$libname.ver~\n\t  $CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib'\n\tfi\n\tlink_all_deplibs=no\n      else\n\tld_shlibs=no\n      fi\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib'\n\twlarc=\n      else\n\tarchive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      fi\n      ;;\n\n    solaris*)\n      if $LD -v 2>&1 | grep 'BFD 2\\.8' > /dev/null; then\n\tld_shlibs=no\n\tcat <<EOF 1>&2\n\n*** Warning: The releases 2.8.* of the GNU linker cannot reliably\n*** create shared libraries on Solaris systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.9.1 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\nEOF\n      elif $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs=no\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*)\n      case `$LD -v 2>&1` in\n        *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.1[0-5].*)\n\tld_shlibs=no\n\tcat <<_LT_EOF 1>&2\n\n*** Warning: Releases of the GNU linker prior to 2.16.91.0.3 can not\n*** reliably create shared libraries on SCO systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.16.91.0.3 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\n_LT_EOF\n\t;;\n\t*)\n\t  if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t    hardcode_libdir_flag_spec='`test -z \"$SCOABSPATH\" && echo ${wl}-rpath,$libdir`'\n\t    archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib'\n\t    archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname,-retain-symbols-file,$export_symbols -o $lib'\n\t  else\n\t    ld_shlibs=no\n\t  fi\n\t;;\n      esac\n      ;;\n\n    sunos4*)\n      archive_cmds='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      wlarc=\n      hardcode_direct=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    *)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs=no\n      fi\n      ;;\n    esac\n\n    if test \"$ld_shlibs\" = no; then\n      runpath_var=\n      hardcode_libdir_flag_spec=\n      export_dynamic_flag_spec=\n      whole_archive_flag_spec=\n    fi\n  else\n    # PORTME fill in a description of your system's linker (not GNU ld)\n    case $host_os in\n    aix3*)\n      allow_undefined_flag=unsupported\n      always_export_symbols=yes\n      archive_expsym_cmds='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname'\n      # Note: this linker hardcodes the directories in LIBPATH if there\n      # are no directories specified by -L.\n      hardcode_minus_L=yes\n      if test \"$GCC\" = yes && test -z \"$lt_prog_compiler_static\"; then\n\t# Neither direct hardcoding nor static linking is supported with a\n\t# broken collect2.\n\thardcode_direct=unsupported\n      fi\n      ;;\n\n    aix4* | aix5*)\n      if test \"$host_cpu\" = ia64; then\n\t# On IA64, the linker does run time linking by default, so we don't\n\t# have to do anything special.\n\taix_use_runtimelinking=no\n\texp_sym_flag='-Bexport'\n\tno_entry_flag=\"\"\n      else\n\t# If we're using GNU nm, then we don't want the \"-C\" option.\n\t# -C means demangle to AIX nm, but means don't demangle with GNU nm\n\tif $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n\t  export_symbols_cmds='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\telse\n\t  export_symbols_cmds='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\tfi\n\taix_use_runtimelinking=no\n\n\t# Test if we are trying to use run time linking or normal\n\t# AIX style linking. If -brtl is somewhere in LDFLAGS, we\n\t# need to do runtime linking.\n\tcase $host_os in aix4.[23]|aix4.[23].*|aix5*)\n\t  for ld_flag in $LDFLAGS; do\n  \t  if (test $ld_flag = \"-brtl\" || test $ld_flag = \"-Wl,-brtl\"); then\n  \t    aix_use_runtimelinking=yes\n  \t    break\n  \t  fi\n\t  done\n\t  ;;\n\tesac\n\n\texp_sym_flag='-bexport'\n\tno_entry_flag='-bnoentry'\n      fi\n\n      # When large executables or shared objects are built, AIX ld can\n      # have problems creating the table of contents.  If linking a library\n      # or program results in \"error TOC overflow\" add -mminimal-toc to\n      # CXXFLAGS/CFLAGS for g++/gcc.  In the cases where that is not\n      # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS.\n\n      archive_cmds=''\n      hardcode_direct=yes\n      hardcode_libdir_separator=':'\n      link_all_deplibs=yes\n\n      if test \"$GCC\" = yes; then\n\tcase $host_os in aix4.[012]|aix4.[012].*)\n\t# We only want to do this on AIX 4.2 and lower, the check\n\t# below for broken collect2 doesn't work under 4.3+\n\t  collect2name=`${CC} -print-prog-name=collect2`\n\t  if test -f \"$collect2name\" && \\\n  \t   strings \"$collect2name\" | grep resolve_lib_name >/dev/null\n\t  then\n  \t  # We have reworked collect2\n  \t  hardcode_direct=yes\n\t  else\n  \t  # We have old collect2\n  \t  hardcode_direct=unsupported\n  \t  # It fails to find uninstalled libraries when the uninstalled\n  \t  # path is not listed in the libpath.  Setting hardcode_minus_L\n  \t  # to unsupported forces relinking\n  \t  hardcode_minus_L=yes\n  \t  hardcode_libdir_flag_spec='-L$libdir'\n  \t  hardcode_libdir_separator=\n\t  fi\n\t  ;;\n\tesac\n\tshared_flag='-shared'\n\tif test \"$aix_use_runtimelinking\" = yes; then\n\t  shared_flag=\"$shared_flag \"'${wl}-G'\n\tfi\n      else\n\t# not using gcc\n\tif test \"$host_cpu\" = ia64; then\n  \t# VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release\n  \t# chokes on -Wl,-G. The following line is correct:\n\t  shared_flag='-G'\n\telse\n\t  if test \"$aix_use_runtimelinking\" = yes; then\n\t    shared_flag='${wl}-G'\n\t  else\n\t    shared_flag='${wl}-bM:SRE'\n\t  fi\n\tfi\n      fi\n\n      # It seems that -bexpall does not export symbols beginning with\n      # underscore (_), so it is better to generate a list of symbols to export.\n      always_export_symbols=yes\n      if test \"$aix_use_runtimelinking\" = yes; then\n\t# Warning - without using the other runtime loading flags (-brtl),\n\t# -berok will link without error, but may produce a broken library.\n\tallow_undefined_flag='-berok'\n       # Determine the default libpath from the value encoded in an empty executable.\n       cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n       hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\tarchive_expsym_cmds=\"\\$CC\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags `if test \"x${allow_undefined_flag}\" != \"x\"; then echo \"${wl}${allow_undefined_flag}\"; else :; fi` '\"\\${wl}$exp_sym_flag:\\$export_symbols $shared_flag\"\n       else\n\tif test \"$host_cpu\" = ia64; then\n\t  hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib'\n\t  allow_undefined_flag=\"-z nodefs\"\n\t  archive_expsym_cmds=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags ${wl}${allow_undefined_flag} '\"\\${wl}$exp_sym_flag:\\$export_symbols\"\n\telse\n\t # Determine the default libpath from the value encoded in an empty executable.\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n\t hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t  # Warning - without using the other run time loading flags,\n\t  # -berok will link without error, but may produce a broken library.\n\t  no_undefined_flag=' ${wl}-bernotok'\n\t  allow_undefined_flag=' ${wl}-berok'\n\t  # Exported symbols can be pulled into shared objects from archives\n\t  whole_archive_flag_spec='$convenience'\n\t  archive_cmds_need_lc=yes\n\t  # This is similar to how AIX traditionally builds its shared libraries.\n\t  archive_expsym_cmds=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname'\n\tfi\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_minus_L=yes\n      # see comment about different semantics on the GNU ld section\n      ld_shlibs=no\n      ;;\n\n    bsdi[45]*)\n      export_dynamic_flag_spec=-rdynamic\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # When not using gcc, we currently assume that we are using\n      # Microsoft Visual C++.\n      # hardcode_libdir_flag_spec is actually meaningless, as there is\n      # no search path for DLLs.\n      hardcode_libdir_flag_spec=' '\n      allow_undefined_flag=unsupported\n      # Tell ltmain to make .lib files, not .a files.\n      libext=lib\n      # Tell ltmain to make .dll files, not .so files.\n      shrext_cmds=\".dll\"\n      # FIXME: Setting linknames here is a bad hack.\n      archive_cmds='$CC -o $lib $libobjs $compiler_flags `echo \"$deplibs\" | $SED -e '\\''s/ -lc$//'\\''` -link -dll~linknames='\n      # The linker will automatically build a .lib file if we build a DLL.\n      old_archive_From_new_cmds='true'\n      # FIXME: Should let the user specify the lib program.\n      old_archive_cmds='lib /OUT:$oldlib$oldobjs$old_deplibs'\n      fix_srcfile_path='`cygpath -w \"$srcfile\"`'\n      enable_shared_with_static_runtimes=yes\n      ;;\n\n    darwin* | rhapsody*)\n      case $host_os in\n        rhapsody* | darwin1.[012])\n         allow_undefined_flag='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           allow_undefined_flag='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[012])\n               allow_undefined_flag='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               allow_undefined_flag='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n      esac\n      archive_cmds_need_lc=no\n      hardcode_direct=no\n      hardcode_automatic=yes\n      hardcode_shlibpath_var=unsupported\n      whole_archive_flag_spec=''\n      link_all_deplibs=yes\n    if test \"$GCC\" = yes ; then\n    \toutput_verbose_link_cmd='echo'\n        archive_cmds='$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      module_cmds='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n      # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n      archive_expsym_cmds='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      module_expsym_cmds='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n    else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n         archive_cmds='$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n         module_cmds='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n         archive_expsym_cmds='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          module_expsym_cmds='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         ld_shlibs=no\n          ;;\n      esac\n    fi\n      ;;\n\n    dgux*)\n      archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_shlibpath_var=no\n      ;;\n\n    freebsd1*)\n      ld_shlibs=no\n      ;;\n\n    # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor\n    # support.  Future versions do this automatically, but an explicit c++rt0.o\n    # does not break anything, and helps significantly (at the cost of a little\n    # extra space).\n    freebsd2.2*)\n      archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags /usr/lib/c++rt0.o'\n      hardcode_libdir_flag_spec='-R$libdir'\n      hardcode_direct=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    # Unfortunately, older versions of FreeBSD 2 do not have this feature.\n    freebsd2*)\n      archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct=yes\n      hardcode_minus_L=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    # FreeBSD 3 and greater uses gcc -shared to do shared libraries.\n    freebsd* | dragonfly*)\n      archive_cmds='$CC -shared -o $lib $libobjs $deplibs $compiler_flags'\n      hardcode_libdir_flag_spec='-R$libdir'\n      hardcode_direct=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    hpux9*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds='$rm $output_objdir/$soname~$CC -shared -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $libobjs $deplibs $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n\tarchive_cmds='$rm $output_objdir/$soname~$LD -b +b $install_libdir -o $output_objdir/$soname $libobjs $deplibs $linker_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      fi\n      hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir'\n      hardcode_libdir_separator=:\n      hardcode_direct=yes\n\n      # hardcode_minus_L: Not really in the search PATH,\n      # but as the default location of the library.\n      hardcode_minus_L=yes\n      export_dynamic_flag_spec='${wl}-E'\n      ;;\n\n    hpux10*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tarchive_cmds='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator=:\n\n\thardcode_direct=yes\n\texport_dynamic_flag_spec='${wl}-E'\n\n\t# hardcode_minus_L: Not really in the search PATH,\n\t# but as the default location of the library.\n\thardcode_minus_L=yes\n      fi\n      ;;\n\n    hpux11*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds='$CC -shared ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds='$CC -shared ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      else\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds='$CC -b ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator=:\n\n\tcase $host_cpu in\n\thppa*64*|ia64*)\n\t  hardcode_libdir_flag_spec_ld='+b $libdir'\n\t  hardcode_direct=no\n\t  hardcode_shlibpath_var=no\n\t  ;;\n\t*)\n\t  hardcode_direct=yes\n\t  export_dynamic_flag_spec='${wl}-E'\n\n\t  # hardcode_minus_L: Not really in the search PATH,\n\t  # but as the default location of the library.\n\t  hardcode_minus_L=yes\n\t  ;;\n\tesac\n      fi\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tarchive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec_ld='-rpath $libdir'\n      fi\n      hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator=:\n      link_all_deplibs=yes\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'  # a.out\n      else\n\tarchive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags'      # ELF\n      fi\n      hardcode_libdir_flag_spec='-R$libdir'\n      hardcode_direct=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    newsos6)\n      archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct=yes\n      hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator=:\n      hardcode_shlibpath_var=no\n      ;;\n\n    openbsd*)\n      hardcode_direct=yes\n      hardcode_shlibpath_var=no\n      if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n\tarchive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-retain-symbols-file,$export_symbols'\n\thardcode_libdir_flag_spec='${wl}-rpath,$libdir'\n\texport_dynamic_flag_spec='${wl}-E'\n      else\n       case $host_os in\n\t openbsd[01].* | openbsd2.[0-7] | openbsd2.[0-7].*)\n\t   archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n\t   hardcode_libdir_flag_spec='-R$libdir'\n\t   ;;\n\t *)\n\t   archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\t   hardcode_libdir_flag_spec='${wl}-rpath,$libdir'\n\t   ;;\n       esac\n      fi\n      ;;\n\n    os2*)\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_minus_L=yes\n      allow_undefined_flag=unsupported\n      archive_cmds='$echo \"LIBRARY $libname INITINSTANCE\" > $output_objdir/$libname.def~$echo \"DESCRIPTION \\\"$libname\\\"\" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo \" SINGLE NONSHARED\" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def'\n      old_archive_From_new_cmds='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def'\n      ;;\n\n    osf3*)\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tallow_undefined_flag=' -expect_unresolved \\*'\n\tarchive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n      fi\n      hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator=:\n      ;;\n\n    osf4* | osf5*)\t# as osf3* with the addition of -msym flag\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir'\n      else\n\tallow_undefined_flag=' -expect_unresolved \\*'\n\tarchive_cmds='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\tarchive_expsym_cmds='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done; echo \"-hidden\">> $lib.exp~\n\t$LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib~$rm $lib.exp'\n\n\t# Both c and cxx compiler support -rpath directly\n\thardcode_libdir_flag_spec='-rpath $libdir'\n      fi\n      hardcode_libdir_separator=:\n      ;;\n\n    solaris*)\n      no_undefined_flag=' -z text'\n      if test \"$GCC\" = yes; then\n\twlarc='${wl}'\n\tarchive_cmds='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t  $CC -shared ${wl}-M ${wl}$lib.exp ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags~$rm $lib.exp'\n      else\n\twlarc=''\n\tarchive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\tarchive_expsym_cmds='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n  \t$LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp'\n      fi\n      hardcode_libdir_flag_spec='-R$libdir'\n      hardcode_shlibpath_var=no\n      case $host_os in\n      solaris2.[0-5] | solaris2.[0-5].*) ;;\n      *)\n \t# The compiler driver will combine linker options so we\n \t# cannot just pass the convience library names through\n \t# without $wl, iff we do not link with $LD.\n \t# Luckily, gcc supports the same syntax we need for Sun Studio.\n \t# Supported since Solaris 2.6 (maybe 2.5.1?)\n \tcase $wlarc in\n \t'')\n \t  whole_archive_flag_spec='-z allextract$convenience -z defaultextract' ;;\n \t*)\n \t  whole_archive_flag_spec='${wl}-z ${wl}allextract`for conv in $convenience\\\"\\\"; do test -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}-z ${wl}defaultextract' ;;\n \tesac ;;\n      esac\n      link_all_deplibs=yes\n      ;;\n\n    sunos4*)\n      if test \"x$host_vendor\" = xsequent; then\n\t# Use $CC to link under sequent, because it throws in some extra .o\n\t# files that make .init and .fini sections work.\n\tarchive_cmds='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_direct=yes\n      hardcode_minus_L=yes\n      hardcode_shlibpath_var=no\n      ;;\n\n    sysv4)\n      case $host_vendor in\n\tsni)\n\t  archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct=yes # is this really true???\n\t;;\n\tsiemens)\n\t  ## LD is ld it makes a PLAMLIB\n\t  ## CC just makes a GrossModule.\n\t  archive_cmds='$LD -G -o $lib $libobjs $deplibs $linker_flags'\n\t  reload_cmds='$CC -r -o $output$reload_objs'\n\t  hardcode_direct=no\n        ;;\n\tmotorola)\n\t  archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct=no #Motorola manual says yes, but my tests say they lie\n\t;;\n      esac\n      runpath_var='LD_RUN_PATH'\n      hardcode_shlibpath_var=no\n      ;;\n\n    sysv4.3*)\n      archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_shlibpath_var=no\n      export_dynamic_flag_spec='-Bexport'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tarchive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\thardcode_shlibpath_var=no\n\trunpath_var=LD_RUN_PATH\n\thardcode_runpath_var=yes\n\tld_shlibs=yes\n      fi\n      ;;\n\n    sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7*)\n      no_undefined_flag='${wl}-z,text'\n      archive_cmds_need_lc=no\n      hardcode_shlibpath_var=no\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6*)\n      # Note: We can NOT use -z defs as we might desire, because we do not\n      # link with -lc, and that would cause any symbols used from libc to\n      # always be unresolved, which means just about no library would\n      # ever link correctly.  If we're not using GNU ld we use -z text\n      # though, which does catch some bad symbols but isn't as heavy-handed\n      # as -z defs.\n      no_undefined_flag='${wl}-z,text'\n      allow_undefined_flag='${wl}-z,nodefs'\n      archive_cmds_need_lc=no\n      hardcode_shlibpath_var=no\n      hardcode_libdir_flag_spec='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n      hardcode_libdir_separator=':'\n      link_all_deplibs=yes\n      export_dynamic_flag_spec='${wl}-Bexport'\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    uts4*)\n      archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec='-L$libdir'\n      hardcode_shlibpath_var=no\n      ;;\n\n    *)\n      ld_shlibs=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $ld_shlibs\" >&5\necho \"${ECHO_T}$ld_shlibs\" >&6; }\ntest \"$ld_shlibs\" = no && can_build_shared=no\n\n#\n# Do we need to explicitly link libc?\n#\ncase \"x$archive_cmds_need_lc\" in\nx|xyes)\n  # Assume -lc should be added\n  archive_cmds_need_lc=yes\n\n  if test \"$enable_shared\" = yes && test \"$GCC\" = yes; then\n    case $archive_cmds in\n    *'~'*)\n      # FIXME: we may have to deal with multi-command sequences.\n      ;;\n    '$CC '*)\n      # Test whether the compiler implicitly links with -lc since on some\n      # systems, -lgcc has to come before -lc. If gcc already passes -lc\n      # to ld, don't add -lc before -lgcc.\n      { echo \"$as_me:$LINENO: checking whether -lc should be explicitly linked in\" >&5\necho $ECHO_N \"checking whether -lc should be explicitly linked in... $ECHO_C\" >&6; }\n      $rm conftest*\n      printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n      if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } 2>conftest.err; then\n        soname=conftest\n        lib=conftest\n        libobjs=conftest.$ac_objext\n        deplibs=\n        wl=$lt_prog_compiler_wl\n\tpic_flag=$lt_prog_compiler_pic\n        compiler_flags=-v\n        linker_flags=-v\n        verstring=\n        output_objdir=.\n        libname=conftest\n        lt_save_allow_undefined_flag=$allow_undefined_flag\n        allow_undefined_flag=\n        if { (eval echo \"$as_me:$LINENO: \\\"$archive_cmds 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1\\\"\") >&5\n  (eval $archive_cmds 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n        then\n\t  archive_cmds_need_lc=no\n        else\n\t  archive_cmds_need_lc=yes\n        fi\n        allow_undefined_flag=$lt_save_allow_undefined_flag\n      else\n        cat conftest.err 1>&5\n      fi\n      $rm conftest*\n      { echo \"$as_me:$LINENO: result: $archive_cmds_need_lc\" >&5\necho \"${ECHO_T}$archive_cmds_need_lc\" >&6; }\n      ;;\n    esac\n  fi\n  ;;\nesac\n\n{ echo \"$as_me:$LINENO: checking dynamic linker characteristics\" >&5\necho $ECHO_N \"checking dynamic linker characteristics... $ECHO_C\" >&6; }\nlibrary_names_spec=\nlibname_spec='lib$name'\nsoname_spec=\nshrext_cmds=\".so\"\npostinstall_cmds=\npostuninstall_cmds=\nfinish_cmds=\nfinish_eval=\nshlibpath_var=\nshlibpath_overrides_runpath=unknown\nversion_type=none\ndynamic_linker=\"$host_os ld.so\"\nsys_lib_dlsearch_path_spec=\"/lib /usr/lib\"\nif test \"$GCC\" = yes; then\n  sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n  if echo \"$sys_lib_search_path_spec\" | grep ';' >/dev/null ; then\n    # if the path contains \";\" then we assume it to be the separator\n    # otherwise default to the standard path separator (i.e. \":\") - it is\n    # assumed that no part of a normal pathname contains \";\" but that should\n    # okay in the real world where \";\" in dirpaths is itself problematic.\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n  else\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n  fi\nelse\n  sys_lib_search_path_spec=\"/lib /usr/lib /usr/local/lib\"\nfi\nneed_lib_prefix=unknown\nhardcode_into_libs=no\n\n# when you set need_version to no, make sure it does not cause -set_version\n# flags to be left without arguments\nneed_version=unknown\n\ncase $host_os in\naix3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix $libname.a'\n  shlibpath_var=LIBPATH\n\n  # AIX 3 has no versioning support, so we append a major version to the name.\n  soname_spec='${libname}${release}${shared_ext}$major'\n  ;;\n\naix4* | aix5*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  hardcode_into_libs=yes\n  if test \"$host_cpu\" = ia64; then\n    # AIX 5 supports IA64\n    library_names_spec='${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext}$versuffix $libname${shared_ext}'\n    shlibpath_var=LD_LIBRARY_PATH\n  else\n    # With GCC up to 2.95.x, collect2 would create an import file\n    # for dependence libraries.  The import file would start with\n    # the line `#! .'.  This would cause the generated library to\n    # depend on `.', always an invalid library.  This was fixed in\n    # development snapshots of GCC prior to 3.0.\n    case $host_os in\n      aix4 | aix4.[01] | aix4.[01].*)\n      if { echo '#if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 97)'\n\t   echo ' yes '\n\t   echo '#endif'; } | ${CC} -E - | grep yes > /dev/null; then\n\t:\n      else\n\tcan_build_shared=no\n      fi\n      ;;\n    esac\n    # AIX (on Power*) has no versioning support, so currently we can not hardcode correct\n    # soname into executable. Probably we can add versioning support to\n    # collect2, so additional links can be useful in future.\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # If using run time linking (on AIX 4.2 or later) use lib<name>.so\n      # instead of lib<name>.a to let people know that these are not\n      # typical AIX shared libraries.\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    else\n      # We preserve .a as extension for shared libraries through AIX4.2\n      # and later when we are not doing run time linking.\n      library_names_spec='${libname}${release}.a $libname.a'\n      soname_spec='${libname}${release}${shared_ext}$major'\n    fi\n    shlibpath_var=LIBPATH\n  fi\n  ;;\n\namigaos*)\n  library_names_spec='$libname.ixlibrary $libname.a'\n  # Create ${libname}_ixlibrary.a entries in /sys/libs.\n  finish_eval='for lib in `ls $libdir/*.ixlibrary 2>/dev/null`; do libname=`$echo \"X$lib\" | $Xsed -e '\\''s%^.*/\\([^/]*\\)\\.ixlibrary$%\\1%'\\''`; test $rm /sys/libs/${libname}_ixlibrary.a; $show \"cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a\"; cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a || exit 1; done'\n  ;;\n\nbeos*)\n  library_names_spec='${libname}${shared_ext}'\n  dynamic_linker=\"$host_os ld.so\"\n  shlibpath_var=LIBRARY_PATH\n  ;;\n\nbsdi[45]*)\n  version_type=linux\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/shlib /usr/lib /usr/X11/lib /usr/contrib/lib /lib /usr/local/lib\"\n  sys_lib_dlsearch_path_spec=\"/shlib /usr/lib /usr/local/lib\"\n  # the default ld.so.conf also contains /usr/contrib/lib and\n  # /usr/X11R6/lib (/usr/X11 is a link to /usr/X11R6), but let us allow\n  # libtool to hard-code these into programs\n  ;;\n\ncygwin* | mingw* | pw32*)\n  version_type=windows\n  shrext_cmds=\".dll\"\n  need_version=no\n  need_lib_prefix=no\n\n  case $GCC,$host_os in\n  yes,cygwin* | yes,mingw* | yes,pw32*)\n    library_names_spec='$libname.dll.a'\n    # DLL is installed to $(libdir)/../bin by postinstall_cmds\n    postinstall_cmds='base_file=`basename \\${file}`~\n      dlpath=`$SHELL 2>&1 -c '\\''. $dir/'\\''\\${base_file}'\\''i;echo \\$dlname'\\''`~\n      dldir=$destdir/`dirname \\$dlpath`~\n      test -d \\$dldir || mkdir -p \\$dldir~\n      $install_prog $dir/$dlname \\$dldir/$dlname~\n      chmod a+x \\$dldir/$dlname'\n    postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\\''. $file; echo \\$dlname'\\''`~\n      dlpath=$dir/\\$dldll~\n       $rm \\$dlpath'\n    shlibpath_overrides_runpath=yes\n\n    case $host_os in\n    cygwin*)\n      # Cygwin DLLs use 'cyg' prefix rather than 'lib'\n      soname_spec='`echo ${libname} | sed -e 's/^lib/cyg/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=\"/usr/lib /lib/w32api /lib /usr/local/lib\"\n      ;;\n    mingw*)\n      # MinGW DLLs use traditional 'lib' prefix\n      soname_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n      if echo \"$sys_lib_search_path_spec\" | grep ';[c-zC-Z]:/' >/dev/null; then\n        # It is most probably a Windows format PATH printed by\n        # mingw gcc, but we are running on Cygwin. Gcc prints its search\n        # path with ; separators, and with drive letters. We can handle the\n        # drive letters (cygwin fileutils understands them), so leave them,\n        # especially as we might pass files found there to a mingw objdump,\n        # which wouldn't understand a cygwinified path. Ahh.\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n      else\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n      fi\n      ;;\n    pw32*)\n      # pw32 DLLs use 'pw' prefix rather than 'lib'\n      library_names_spec='`echo ${libname} | sed -e 's/^lib/pw/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      ;;\n    esac\n    ;;\n\n  *)\n    library_names_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext} $libname.lib'\n    ;;\n  esac\n  dynamic_linker='Win32 ld.exe'\n  # FIXME: first we should search . and the directory the executable is in\n  shlibpath_var=PATH\n  ;;\n\ndarwin* | rhapsody*)\n  dynamic_linker=\"$host_os dyld\"\n  version_type=darwin\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${versuffix}$shared_ext ${libname}${release}${major}$shared_ext ${libname}$shared_ext'\n  soname_spec='${libname}${release}${major}$shared_ext'\n  shlibpath_overrides_runpath=yes\n  shlibpath_var=DYLD_LIBRARY_PATH\n  shrext_cmds='`test .$module = .yes && echo .so || echo .dylib`'\n  # Apple's gcc prints 'gcc -print-search-dirs' doesn't operate the same.\n  if test \"$GCC\" = yes; then\n    sys_lib_search_path_spec=`$CC -print-search-dirs | tr \"\\n\" \"$PATH_SEPARATOR\" | sed -e 's/libraries:/@libraries:/' | tr \"@\" \"\\n\" | grep \"^libraries:\" | sed -e \"s/^libraries://\" -e \"s,=/,/,g\" -e \"s,$PATH_SEPARATOR, ,g\" -e \"s,.*,& /lib /usr/lib /usr/local/lib,g\"`\n  else\n    sys_lib_search_path_spec='/lib /usr/lib /usr/local/lib'\n  fi\n  sys_lib_dlsearch_path_spec='/usr/local/lib /lib /usr/lib'\n  ;;\n\ndgux*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname$shared_ext'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\nfreebsd1*)\n  dynamic_linker=no\n  ;;\n\nfreebsd* | dragonfly*)\n  # DragonFly does not have aout.  When/if they implement a new\n  # versioning mechanism, adjust this.\n  if test -x /usr/bin/objformat; then\n    objformat=`/usr/bin/objformat`\n  else\n    case $host_os in\n    freebsd[123]*) objformat=aout ;;\n    *) objformat=elf ;;\n    esac\n  fi\n  version_type=freebsd-$objformat\n  case $version_type in\n    freebsd-elf*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n      need_version=no\n      need_lib_prefix=no\n      ;;\n    freebsd-*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix $libname${shared_ext}$versuffix'\n      need_version=yes\n      ;;\n  esac\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_os in\n  freebsd2*)\n    shlibpath_overrides_runpath=yes\n    ;;\n  freebsd3.[01]* | freebsdelf3.[01]*)\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  freebsd3.[2-9]* | freebsdelf3.[2-9]* | \\\n  freebsd4.[0-5] | freebsdelf4.[0-5] | freebsd4.1.1 | freebsdelf4.1.1)\n    shlibpath_overrides_runpath=no\n    hardcode_into_libs=yes\n    ;;\n  freebsd*) # from 4.6 on\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  esac\n  ;;\n\ngnu*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}${major} ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  ;;\n\nhpux9* | hpux10* | hpux11*)\n  # Give a soname corresponding to the major version so that dld.sl refuses to\n  # link against other versions.\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  case $host_cpu in\n  ia64*)\n    shrext_cmds='.so'\n    hardcode_into_libs=yes\n    dynamic_linker=\"$host_os dld.so\"\n    shlibpath_var=LD_LIBRARY_PATH\n    shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    if test \"X$HPUX_IA64_MODE\" = X32; then\n      sys_lib_search_path_spec=\"/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib\"\n    else\n      sys_lib_search_path_spec=\"/usr/lib/hpux64 /usr/local/lib/hpux64\"\n    fi\n    sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n    ;;\n   hppa*64*)\n     shrext_cmds='.sl'\n     hardcode_into_libs=yes\n     dynamic_linker=\"$host_os dld.sl\"\n     shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH\n     shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n     library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n     soname_spec='${libname}${release}${shared_ext}$major'\n     sys_lib_search_path_spec=\"/usr/lib/pa20_64 /usr/ccs/lib/pa20_64\"\n     sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n     ;;\n   *)\n    shrext_cmds='.sl'\n    dynamic_linker=\"$host_os dld.sl\"\n    shlibpath_var=SHLIB_PATH\n    shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    ;;\n  esac\n  # HP-UX runs *really* slowly unless shared libraries are mode 555.\n  postinstall_cmds='chmod 555 $lib'\n  ;;\n\ninterix3*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $host_os in\n    nonstopux*) version_type=nonstopux ;;\n    *)\n\tif test \"$lt_cv_prog_gnu_ld\" = yes; then\n\t\tversion_type=linux\n\telse\n\t\tversion_type=irix\n\tfi ;;\n  esac\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}'\n  case $host_os in\n  irix5* | nonstopux*)\n    libsuff= shlibsuff=\n    ;;\n  *)\n    case $LD in # libtool.m4 will add one of these switches to LD\n    *-32|*\"-32 \"|*-melf32bsmip|*\"-melf32bsmip \")\n      libsuff= shlibsuff= libmagic=32-bit;;\n    *-n32|*\"-n32 \"|*-melf32bmipn32|*\"-melf32bmipn32 \")\n      libsuff=32 shlibsuff=N32 libmagic=N32;;\n    *-64|*\"-64 \"|*-melf64bmip|*\"-melf64bmip \")\n      libsuff=64 shlibsuff=64 libmagic=64-bit;;\n    *) libsuff= shlibsuff= libmagic=never-match;;\n    esac\n    ;;\n  esac\n  shlibpath_var=LD_LIBRARY${shlibsuff}_PATH\n  shlibpath_overrides_runpath=no\n  sys_lib_search_path_spec=\"/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}\"\n  sys_lib_dlsearch_path_spec=\"/usr/lib${libsuff} /lib${libsuff}\"\n  hardcode_into_libs=yes\n  ;;\n\n# No shared lib support for Linux oldld, aout, or coff.\nlinux*oldld* | linux*aout* | linux*coff*)\n  dynamic_linker=no\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -n $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  # This implies no fast_install, which is unacceptable.\n  # Some rework will be needed to allow for fast_install\n  # before this can be enabled.\n  hardcode_into_libs=yes\n\n  # Append ld.so.conf contents to the search path\n  if test -f /etc/ld.so.conf; then\n    lt_ld_extra=`awk '/^include / { system(sprintf(\"cd /etc; cat %s\", \\$2)); skip = 1; } { if (!skip) print \\$0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;s/[:,\t]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;/^$/d' | tr '\\n' ' '`\n    sys_lib_dlsearch_path_spec=\"/lib /usr/lib $lt_ld_extra\"\n  fi\n\n  # We used to test for /lib/ld.so.1 and disable shared libraries on\n  # powerpc, because MkLinux only supported shared libraries with the\n  # GNU dynamic linker.  Since this was broken with cross compilers,\n  # most powerpc-linux boxes support dynamic linking these days and\n  # people can always --disable-shared, the test was removed, and we\n  # assume the GNU/Linux dynamic linker is in use.\n  dynamic_linker='GNU/Linux ld.so'\n  ;;\n\nnetbsdelf*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  dynamic_linker='NetBSD ld.elf_so'\n  ;;\n\nnetbsd*)\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n    finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n    dynamic_linker='NetBSD (a.out) ld.so'\n  else\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    dynamic_linker='NetBSD ld.elf_so'\n  fi\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  ;;\n\nnewsos6)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nnto-qnx*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nopenbsd*)\n  version_type=sunos\n  sys_lib_dlsearch_path_spec=\"/usr/lib\"\n  need_lib_prefix=no\n  # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs.\n  case $host_os in\n    openbsd3.3 | openbsd3.3.*) need_version=yes ;;\n    *)                         need_version=no  ;;\n  esac\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    case $host_os in\n      openbsd2.[89] | openbsd2.[89].*)\n\tshlibpath_overrides_runpath=no\n\t;;\n      *)\n\tshlibpath_overrides_runpath=yes\n\t;;\n      esac\n  else\n    shlibpath_overrides_runpath=yes\n  fi\n  ;;\n\nos2*)\n  libname_spec='$name'\n  shrext_cmds=\".dll\"\n  need_lib_prefix=no\n  library_names_spec='$libname${shared_ext} $libname.a'\n  dynamic_linker='OS/2 ld.exe'\n  shlibpath_var=LIBPATH\n  ;;\n\nosf3* | osf4* | osf5*)\n  version_type=osf\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib\"\n  sys_lib_dlsearch_path_spec=\"$sys_lib_search_path_spec\"\n  ;;\n\nsolaris*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  # ldd complains unless libraries are executable\n  postinstall_cmds='chmod +x $lib'\n  ;;\n\nsunos4*)\n  version_type=sunos\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/usr/etc\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  if test \"$with_gnu_ld\" = yes; then\n    need_lib_prefix=no\n  fi\n  need_version=yes\n  ;;\n\nsysv4 | sysv4.3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_vendor in\n    sni)\n      shlibpath_overrides_runpath=no\n      need_lib_prefix=no\n      export_dynamic_flag_spec='${wl}-Blargedynsym'\n      runpath_var=LD_RUN_PATH\n      ;;\n    siemens)\n      need_lib_prefix=no\n      ;;\n    motorola)\n      need_lib_prefix=no\n      need_version=no\n      shlibpath_overrides_runpath=no\n      sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib'\n      ;;\n  esac\n  ;;\n\nsysv4*MP*)\n  if test -d /usr/nec ;then\n    version_type=linux\n    library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}'\n    soname_spec='$libname${shared_ext}.$major'\n    shlibpath_var=LD_LIBRARY_PATH\n  fi\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  version_type=freebsd-elf\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib'\n    shlibpath_overrides_runpath=no\n  else\n    sys_lib_search_path_spec='/usr/ccs/lib /usr/lib'\n    shlibpath_overrides_runpath=yes\n    case $host_os in\n      sco3.2v5*)\n        sys_lib_search_path_spec=\"$sys_lib_search_path_spec /lib\"\n\t;;\n    esac\n  fi\n  sys_lib_dlsearch_path_spec='/usr/lib'\n  ;;\n\nuts4*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\n*)\n  dynamic_linker=no\n  ;;\nesac\n{ echo \"$as_me:$LINENO: result: $dynamic_linker\" >&5\necho \"${ECHO_T}$dynamic_linker\" >&6; }\ntest \"$dynamic_linker\" = no && can_build_shared=no\n\nvariables_saved_for_relink=\"PATH $shlibpath_var $runpath_var\"\nif test \"$GCC\" = yes; then\n  variables_saved_for_relink=\"$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH\"\nfi\n\n{ echo \"$as_me:$LINENO: checking how to hardcode library paths into programs\" >&5\necho $ECHO_N \"checking how to hardcode library paths into programs... $ECHO_C\" >&6; }\nhardcode_action=\nif test -n \"$hardcode_libdir_flag_spec\" || \\\n   test -n \"$runpath_var\" || \\\n   test \"X$hardcode_automatic\" = \"Xyes\" ; then\n\n  # We can hardcode non-existant directories.\n  if test \"$hardcode_direct\" != no &&\n     # If the only mechanism to avoid hardcoding is shlibpath_var, we\n     # have to relink, otherwise we might link with an installed library\n     # when we should be linking with a yet-to-be-installed one\n     ## test \"$_LT_AC_TAGVAR(hardcode_shlibpath_var, )\" != no &&\n     test \"$hardcode_minus_L\" != no; then\n    # Linking always hardcodes the temporary library directory.\n    hardcode_action=relink\n  else\n    # We can link without hardcoding, and we can hardcode nonexisting dirs.\n    hardcode_action=immediate\n  fi\nelse\n  # We cannot hardcode anything, or else we can only hardcode existing\n  # directories.\n  hardcode_action=unsupported\nfi\n{ echo \"$as_me:$LINENO: result: $hardcode_action\" >&5\necho \"${ECHO_T}$hardcode_action\" >&6; }\n\nif test \"$hardcode_action\" = relink; then\n  # Fast installation is not supported\n  enable_fast_install=no\nelif test \"$shlibpath_overrides_runpath\" = yes ||\n     test \"$enable_shared\" = no; then\n  # Fast installation is not necessary\n  enable_fast_install=needless\nfi\n\nstriplib=\nold_striplib=\n{ echo \"$as_me:$LINENO: checking whether stripping libraries is possible\" >&5\necho $ECHO_N \"checking whether stripping libraries is possible... $ECHO_C\" >&6; }\nif test -n \"$STRIP\" && $STRIP -V 2>&1 | grep \"GNU strip\" >/dev/null; then\n  test -z \"$old_striplib\" && old_striplib=\"$STRIP --strip-debug\"\n  test -z \"$striplib\" && striplib=\"$STRIP --strip-unneeded\"\n  { echo \"$as_me:$LINENO: result: yes\" >&5\necho \"${ECHO_T}yes\" >&6; }\nelse\n# FIXME - insert some real tests, host_os isn't really good enough\n  case $host_os in\n   darwin*)\n       if test -n \"$STRIP\" ; then\n         striplib=\"$STRIP -x\"\n         { echo \"$as_me:$LINENO: result: yes\" >&5\necho \"${ECHO_T}yes\" >&6; }\n       else\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n       ;;\n   *)\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\n    ;;\n  esac\nfi\n\nif test \"x$enable_dlopen\" != xyes; then\n  enable_dlopen=unknown\n  enable_dlopen_self=unknown\n  enable_dlopen_self_static=unknown\nelse\n  lt_cv_dlopen=no\n  lt_cv_dlopen_libs=\n\n  case $host_os in\n  beos*)\n    lt_cv_dlopen=\"load_add_on\"\n    lt_cv_dlopen_libs=\n    lt_cv_dlopen_self=yes\n    ;;\n\n  mingw* | pw32*)\n    lt_cv_dlopen=\"LoadLibrary\"\n    lt_cv_dlopen_libs=\n   ;;\n\n  cygwin*)\n    lt_cv_dlopen=\"dlopen\"\n    lt_cv_dlopen_libs=\n   ;;\n\n  darwin*)\n  # if libdl is installed we need to link against it\n    { echo \"$as_me:$LINENO: checking for dlopen in -ldl\" >&5\necho $ECHO_N \"checking for dlopen in -ldl... $ECHO_C\" >&6; }\nif test \"${ac_cv_lib_dl_dlopen+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_check_lib_save_LIBS=$LIBS\nLIBS=\"-ldl  $LIBS\"\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar dlopen ();\nint\nmain ()\n{\nreturn dlopen ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_lib_dl_dlopen=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_lib_dl_dlopen=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nLIBS=$ac_check_lib_save_LIBS\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_lib_dl_dlopen\" >&5\necho \"${ECHO_T}$ac_cv_lib_dl_dlopen\" >&6; }\nif test $ac_cv_lib_dl_dlopen = yes; then\n  lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-ldl\"\nelse\n\n    lt_cv_dlopen=\"dyld\"\n    lt_cv_dlopen_libs=\n    lt_cv_dlopen_self=yes\n\nfi\n\n   ;;\n\n  *)\n    { echo \"$as_me:$LINENO: checking for shl_load\" >&5\necho $ECHO_N \"checking for shl_load... $ECHO_C\" >&6; }\nif test \"${ac_cv_func_shl_load+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n/* Define shl_load to an innocuous variant, in case <limits.h> declares shl_load.\n   For example, HP-UX 11i <limits.h> declares gettimeofday.  */\n#define shl_load innocuous_shl_load\n\n/* System header to define __stub macros and hopefully few prototypes,\n    which can conflict with char shl_load (); below.\n    Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n    <limits.h> exists even on freestanding compilers.  */\n\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\n#undef shl_load\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar shl_load ();\n/* The GNU C library defines this for functions which it implements\n    to always fail with ENOSYS.  Some functions are actually named\n    something starting with __ and the normal name is an alias.  */\n#if defined __stub_shl_load || defined __stub___shl_load\nchoke me\n#endif\n\nint\nmain ()\n{\nreturn shl_load ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_func_shl_load=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_func_shl_load=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_func_shl_load\" >&5\necho \"${ECHO_T}$ac_cv_func_shl_load\" >&6; }\nif test $ac_cv_func_shl_load = yes; then\n  lt_cv_dlopen=\"shl_load\"\nelse\n  { echo \"$as_me:$LINENO: checking for shl_load in -ldld\" >&5\necho $ECHO_N \"checking for shl_load in -ldld... $ECHO_C\" >&6; }\nif test \"${ac_cv_lib_dld_shl_load+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_check_lib_save_LIBS=$LIBS\nLIBS=\"-ldld  $LIBS\"\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar shl_load ();\nint\nmain ()\n{\nreturn shl_load ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_lib_dld_shl_load=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_lib_dld_shl_load=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nLIBS=$ac_check_lib_save_LIBS\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_lib_dld_shl_load\" >&5\necho \"${ECHO_T}$ac_cv_lib_dld_shl_load\" >&6; }\nif test $ac_cv_lib_dld_shl_load = yes; then\n  lt_cv_dlopen=\"shl_load\" lt_cv_dlopen_libs=\"-dld\"\nelse\n  { echo \"$as_me:$LINENO: checking for dlopen\" >&5\necho $ECHO_N \"checking for dlopen... $ECHO_C\" >&6; }\nif test \"${ac_cv_func_dlopen+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n/* Define dlopen to an innocuous variant, in case <limits.h> declares dlopen.\n   For example, HP-UX 11i <limits.h> declares gettimeofday.  */\n#define dlopen innocuous_dlopen\n\n/* System header to define __stub macros and hopefully few prototypes,\n    which can conflict with char dlopen (); below.\n    Prefer <limits.h> to <assert.h> if __STDC__ is defined, since\n    <limits.h> exists even on freestanding compilers.  */\n\n#ifdef __STDC__\n# include <limits.h>\n#else\n# include <assert.h>\n#endif\n\n#undef dlopen\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar dlopen ();\n/* The GNU C library defines this for functions which it implements\n    to always fail with ENOSYS.  Some functions are actually named\n    something starting with __ and the normal name is an alias.  */\n#if defined __stub_dlopen || defined __stub___dlopen\nchoke me\n#endif\n\nint\nmain ()\n{\nreturn dlopen ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_func_dlopen=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_func_dlopen=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_func_dlopen\" >&5\necho \"${ECHO_T}$ac_cv_func_dlopen\" >&6; }\nif test $ac_cv_func_dlopen = yes; then\n  lt_cv_dlopen=\"dlopen\"\nelse\n  { echo \"$as_me:$LINENO: checking for dlopen in -ldl\" >&5\necho $ECHO_N \"checking for dlopen in -ldl... $ECHO_C\" >&6; }\nif test \"${ac_cv_lib_dl_dlopen+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_check_lib_save_LIBS=$LIBS\nLIBS=\"-ldl  $LIBS\"\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar dlopen ();\nint\nmain ()\n{\nreturn dlopen ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_lib_dl_dlopen=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_lib_dl_dlopen=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nLIBS=$ac_check_lib_save_LIBS\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_lib_dl_dlopen\" >&5\necho \"${ECHO_T}$ac_cv_lib_dl_dlopen\" >&6; }\nif test $ac_cv_lib_dl_dlopen = yes; then\n  lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-ldl\"\nelse\n  { echo \"$as_me:$LINENO: checking for dlopen in -lsvld\" >&5\necho $ECHO_N \"checking for dlopen in -lsvld... $ECHO_C\" >&6; }\nif test \"${ac_cv_lib_svld_dlopen+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_check_lib_save_LIBS=$LIBS\nLIBS=\"-lsvld  $LIBS\"\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar dlopen ();\nint\nmain ()\n{\nreturn dlopen ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_lib_svld_dlopen=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_lib_svld_dlopen=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nLIBS=$ac_check_lib_save_LIBS\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_lib_svld_dlopen\" >&5\necho \"${ECHO_T}$ac_cv_lib_svld_dlopen\" >&6; }\nif test $ac_cv_lib_svld_dlopen = yes; then\n  lt_cv_dlopen=\"dlopen\" lt_cv_dlopen_libs=\"-lsvld\"\nelse\n  { echo \"$as_me:$LINENO: checking for dld_link in -ldld\" >&5\necho $ECHO_N \"checking for dld_link in -ldld... $ECHO_C\" >&6; }\nif test \"${ac_cv_lib_dld_dld_link+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_check_lib_save_LIBS=$LIBS\nLIBS=\"-ldld  $LIBS\"\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\n/* Override any GCC internal prototype to avoid an error.\n   Use char because int might match the return type of a GCC\n   builtin and then its argument prototype would still apply.  */\n#ifdef __cplusplus\nextern \"C\"\n#endif\nchar dld_link ();\nint\nmain ()\n{\nreturn dld_link ();\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_lib_dld_dld_link=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cv_lib_dld_dld_link=no\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nLIBS=$ac_check_lib_save_LIBS\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_lib_dld_dld_link\" >&5\necho \"${ECHO_T}$ac_cv_lib_dld_dld_link\" >&6; }\nif test $ac_cv_lib_dld_dld_link = yes; then\n  lt_cv_dlopen=\"dld_link\" lt_cv_dlopen_libs=\"-dld\"\nfi\n\n\nfi\n\n\nfi\n\n\nfi\n\n\nfi\n\n\nfi\n\n    ;;\n  esac\n\n  if test \"x$lt_cv_dlopen\" != xno; then\n    enable_dlopen=yes\n  else\n    enable_dlopen=no\n  fi\n\n  case $lt_cv_dlopen in\n  dlopen)\n    save_CPPFLAGS=\"$CPPFLAGS\"\n    test \"x$ac_cv_header_dlfcn_h\" = xyes && CPPFLAGS=\"$CPPFLAGS -DHAVE_DLFCN_H\"\n\n    save_LDFLAGS=\"$LDFLAGS\"\n    wl=$lt_prog_compiler_wl eval LDFLAGS=\\\"\\$LDFLAGS $export_dynamic_flag_spec\\\"\n\n    save_LIBS=\"$LIBS\"\n    LIBS=\"$lt_cv_dlopen_libs $LIBS\"\n\n    { echo \"$as_me:$LINENO: checking whether a program can dlopen itself\" >&5\necho $ECHO_N \"checking whether a program can dlopen itself... $ECHO_C\" >&6; }\nif test \"${lt_cv_dlopen_self+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  \t  if test \"$cross_compiling\" = yes; then :\n  lt_cv_dlopen_self=cross\nelse\n  lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2\n  lt_status=$lt_dlunknown\n  cat > conftest.$ac_ext <<EOF\n#line 9207 \"configure\"\n#include \"confdefs.h\"\n\n#if HAVE_DLFCN_H\n#include <dlfcn.h>\n#endif\n\n#include <stdio.h>\n\n#ifdef RTLD_GLOBAL\n#  define LT_DLGLOBAL\t\tRTLD_GLOBAL\n#else\n#  ifdef DL_GLOBAL\n#    define LT_DLGLOBAL\t\tDL_GLOBAL\n#  else\n#    define LT_DLGLOBAL\t\t0\n#  endif\n#endif\n\n/* We may have to define LT_DLLAZY_OR_NOW in the command line if we\n   find out it does not work in some platform. */\n#ifndef LT_DLLAZY_OR_NOW\n#  ifdef RTLD_LAZY\n#    define LT_DLLAZY_OR_NOW\t\tRTLD_LAZY\n#  else\n#    ifdef DL_LAZY\n#      define LT_DLLAZY_OR_NOW\t\tDL_LAZY\n#    else\n#      ifdef RTLD_NOW\n#        define LT_DLLAZY_OR_NOW\tRTLD_NOW\n#      else\n#        ifdef DL_NOW\n#          define LT_DLLAZY_OR_NOW\tDL_NOW\n#        else\n#          define LT_DLLAZY_OR_NOW\t0\n#        endif\n#      endif\n#    endif\n#  endif\n#endif\n\n#ifdef __cplusplus\nextern \"C\" void exit (int);\n#endif\n\nvoid fnord() { int i=42;}\nint main ()\n{\n  void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW);\n  int status = $lt_dlunknown;\n\n  if (self)\n    {\n      if (dlsym (self,\"fnord\"))       status = $lt_dlno_uscore;\n      else if (dlsym( self,\"_fnord\")) status = $lt_dlneed_uscore;\n      /* dlclose (self); */\n    }\n  else\n    puts (dlerror ());\n\n    exit (status);\n}\nEOF\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } && test -s conftest${ac_exeext} 2>/dev/null; then\n    (./conftest; exit; ) >&5 2>/dev/null\n    lt_status=$?\n    case x$lt_status in\n      x$lt_dlno_uscore) lt_cv_dlopen_self=yes ;;\n      x$lt_dlneed_uscore) lt_cv_dlopen_self=yes ;;\n      x$lt_dlunknown|x*) lt_cv_dlopen_self=no ;;\n    esac\n  else :\n    # compilation failed\n    lt_cv_dlopen_self=no\n  fi\nfi\nrm -fr conftest*\n\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_dlopen_self\" >&5\necho \"${ECHO_T}$lt_cv_dlopen_self\" >&6; }\n\n    if test \"x$lt_cv_dlopen_self\" = xyes; then\n      wl=$lt_prog_compiler_wl eval LDFLAGS=\\\"\\$LDFLAGS $lt_prog_compiler_static\\\"\n      { echo \"$as_me:$LINENO: checking whether a statically linked program can dlopen itself\" >&5\necho $ECHO_N \"checking whether a statically linked program can dlopen itself... $ECHO_C\" >&6; }\nif test \"${lt_cv_dlopen_self_static+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  \t  if test \"$cross_compiling\" = yes; then :\n  lt_cv_dlopen_self_static=cross\nelse\n  lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2\n  lt_status=$lt_dlunknown\n  cat > conftest.$ac_ext <<EOF\n#line 9307 \"configure\"\n#include \"confdefs.h\"\n\n#if HAVE_DLFCN_H\n#include <dlfcn.h>\n#endif\n\n#include <stdio.h>\n\n#ifdef RTLD_GLOBAL\n#  define LT_DLGLOBAL\t\tRTLD_GLOBAL\n#else\n#  ifdef DL_GLOBAL\n#    define LT_DLGLOBAL\t\tDL_GLOBAL\n#  else\n#    define LT_DLGLOBAL\t\t0\n#  endif\n#endif\n\n/* We may have to define LT_DLLAZY_OR_NOW in the command line if we\n   find out it does not work in some platform. */\n#ifndef LT_DLLAZY_OR_NOW\n#  ifdef RTLD_LAZY\n#    define LT_DLLAZY_OR_NOW\t\tRTLD_LAZY\n#  else\n#    ifdef DL_LAZY\n#      define LT_DLLAZY_OR_NOW\t\tDL_LAZY\n#    else\n#      ifdef RTLD_NOW\n#        define LT_DLLAZY_OR_NOW\tRTLD_NOW\n#      else\n#        ifdef DL_NOW\n#          define LT_DLLAZY_OR_NOW\tDL_NOW\n#        else\n#          define LT_DLLAZY_OR_NOW\t0\n#        endif\n#      endif\n#    endif\n#  endif\n#endif\n\n#ifdef __cplusplus\nextern \"C\" void exit (int);\n#endif\n\nvoid fnord() { int i=42;}\nint main ()\n{\n  void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW);\n  int status = $lt_dlunknown;\n\n  if (self)\n    {\n      if (dlsym (self,\"fnord\"))       status = $lt_dlno_uscore;\n      else if (dlsym( self,\"_fnord\")) status = $lt_dlneed_uscore;\n      /* dlclose (self); */\n    }\n  else\n    puts (dlerror ());\n\n    exit (status);\n}\nEOF\n  if { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } && test -s conftest${ac_exeext} 2>/dev/null; then\n    (./conftest; exit; ) >&5 2>/dev/null\n    lt_status=$?\n    case x$lt_status in\n      x$lt_dlno_uscore) lt_cv_dlopen_self_static=yes ;;\n      x$lt_dlneed_uscore) lt_cv_dlopen_self_static=yes ;;\n      x$lt_dlunknown|x*) lt_cv_dlopen_self_static=no ;;\n    esac\n  else :\n    # compilation failed\n    lt_cv_dlopen_self_static=no\n  fi\nfi\nrm -fr conftest*\n\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_dlopen_self_static\" >&5\necho \"${ECHO_T}$lt_cv_dlopen_self_static\" >&6; }\n    fi\n\n    CPPFLAGS=\"$save_CPPFLAGS\"\n    LDFLAGS=\"$save_LDFLAGS\"\n    LIBS=\"$save_LIBS\"\n    ;;\n  esac\n\n  case $lt_cv_dlopen_self in\n  yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;;\n  *) enable_dlopen_self=unknown ;;\n  esac\n\n  case $lt_cv_dlopen_self_static in\n  yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;;\n  *) enable_dlopen_self_static=unknown ;;\n  esac\nfi\n\n\n# Report which library types will actually be built\n{ echo \"$as_me:$LINENO: checking if libtool supports shared libraries\" >&5\necho $ECHO_N \"checking if libtool supports shared libraries... $ECHO_C\" >&6; }\n{ echo \"$as_me:$LINENO: result: $can_build_shared\" >&5\necho \"${ECHO_T}$can_build_shared\" >&6; }\n\n{ echo \"$as_me:$LINENO: checking whether to build shared libraries\" >&5\necho $ECHO_N \"checking whether to build shared libraries... $ECHO_C\" >&6; }\ntest \"$can_build_shared\" = \"no\" && enable_shared=no\n\n# On AIX, shared libraries and static libraries use the same namespace, and\n# are all built from PIC.\ncase $host_os in\naix3*)\n  test \"$enable_shared\" = yes && enable_static=no\n  if test -n \"$RANLIB\"; then\n    archive_cmds=\"$archive_cmds~\\$RANLIB \\$lib\"\n    postinstall_cmds='$RANLIB $lib'\n  fi\n  ;;\n\naix4* | aix5*)\n  if test \"$host_cpu\" != ia64 && test \"$aix_use_runtimelinking\" = no ; then\n    test \"$enable_shared\" = yes && enable_static=no\n  fi\n    ;;\nesac\n{ echo \"$as_me:$LINENO: result: $enable_shared\" >&5\necho \"${ECHO_T}$enable_shared\" >&6; }\n\n{ echo \"$as_me:$LINENO: checking whether to build static libraries\" >&5\necho $ECHO_N \"checking whether to build static libraries... $ECHO_C\" >&6; }\n# Make sure either enable_shared or enable_static is yes.\ntest \"$enable_shared\" = yes || enable_static=yes\n{ echo \"$as_me:$LINENO: result: $enable_static\" >&5\necho \"${ECHO_T}$enable_static\" >&6; }\n\n# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    compiler \\\n    CC \\\n    LD \\\n    lt_prog_compiler_wl \\\n    lt_prog_compiler_pic \\\n    lt_prog_compiler_static \\\n    lt_prog_compiler_no_builtin_flag \\\n    export_dynamic_flag_spec \\\n    thread_safe_flag_spec \\\n    whole_archive_flag_spec \\\n    enable_shared_with_static_runtimes \\\n    old_archive_cmds \\\n    old_archive_from_new_cmds \\\n    predep_objects \\\n    postdep_objects \\\n    predeps \\\n    postdeps \\\n    compiler_lib_search_path \\\n    archive_cmds \\\n    archive_expsym_cmds \\\n    postinstall_cmds \\\n    postuninstall_cmds \\\n    old_archive_from_expsyms_cmds \\\n    allow_undefined_flag \\\n    no_undefined_flag \\\n    export_symbols_cmds \\\n    hardcode_libdir_flag_spec \\\n    hardcode_libdir_flag_spec_ld \\\n    hardcode_libdir_separator \\\n    hardcode_automatic \\\n    module_cmds \\\n    module_expsym_cmds \\\n    lt_cv_prog_compiler_c_o \\\n    exclude_expsyms \\\n    include_expsyms; do\n\n    case $var in\n    old_archive_cmds | \\\n    old_archive_from_new_cmds | \\\n    archive_cmds | \\\n    archive_expsym_cmds | \\\n    module_cmds | \\\n    module_expsym_cmds | \\\n    old_archive_from_expsyms_cmds | \\\n    export_symbols_cmds | \\\n    extract_expsyms_cmds | reload_cmds | finish_cmds | \\\n    postinstall_cmds | postuninstall_cmds | \\\n    old_postinstall_cmds | old_postuninstall_cmds | \\\n    sys_lib_search_path_spec | sys_lib_dlsearch_path_spec)\n      # Double-quote double-evaled strings.\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$double_quote_subst\\\" -e \\\"\\$sed_quote_subst\\\" -e \\\"\\$delay_variable_subst\\\"\\`\\\\\\\"\"\n      ;;\n    *)\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$sed_quote_subst\\\"\\`\\\\\\\"\"\n      ;;\n    esac\n  done\n\n  case $lt_echo in\n  *'\\$0 --fallback-echo\"')\n    lt_echo=`$echo \"X$lt_echo\" | $Xsed -e 's/\\\\\\\\\\\\\\$0 --fallback-echo\"$/$0 --fallback-echo\"/'`\n    ;;\n  esac\n\ncfgfile=\"${ofile}T\"\n  trap \"$rm \\\"$cfgfile\\\"; exit 1\" 1 2 15\n  $rm -f \"$cfgfile\"\n  { echo \"$as_me:$LINENO: creating $ofile\" >&5\necho \"$as_me: creating $ofile\" >&6;}\n\n  cat <<__EOF__ >> \"$cfgfile\"\n#! $SHELL\n\n# `$echo \"$cfgfile\" | sed 's%^.*/%%'` - Provide generalized library-building support services.\n# Generated automatically by $PROGRAM (GNU $PACKAGE $VERSION$TIMESTAMP)\n# NOTE: Changes made to this file will be lost: look at ltmain.sh.\n#\n# Copyright (C) 1996, 1997, 1998, 1999, 2000, 2001\n# Free Software Foundation, Inc.\n#\n# This file is part of GNU Libtool:\n# Originally by Gordon Matzigkeit <gord@gnu.ai.mit.edu>, 1996\n#\n# This program is free software; you can redistribute it and/or modify\n# it under the terms of the GNU General Public License as published by\n# the Free Software Foundation; either version 2 of the License, or\n# (at your option) any later version.\n#\n# This program is distributed in the hope that it will be useful, but\n# WITHOUT ANY WARRANTY; without even the implied warranty of\n# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU\n# General Public License for more details.\n#\n# You should have received a copy of the GNU General Public License\n# along with this program; if not, write to the Free Software\n# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.\n#\n# As a special exception to the GNU General Public License, if you\n# distribute this file as part of a program that contains a\n# configuration script generated by Autoconf, you may include it under\n# the same distribution terms that you use for the rest of that program.\n\n# A sed program that does not truncate output.\nSED=$lt_SED\n\n# Sed that helps us avoid accidentally triggering echo(1) options like -n.\nXsed=\"$SED -e 1s/^X//\"\n\n# The HP-UX ksh and POSIX shell print the target directory to stdout\n# if CDPATH is set.\n(unset CDPATH) >/dev/null 2>&1 && unset CDPATH\n\n# The names of the tagged configurations supported by this script.\navailable_tags=\n\n# ### BEGIN LIBTOOL CONFIG\n\n# Libtool was configured on host `(hostname || uname -n) 2>/dev/null | sed 1q`:\n\n# Shell to use when invoking shell scripts.\nSHELL=$lt_SHELL\n\n# Whether or not to build shared libraries.\nbuild_libtool_libs=$enable_shared\n\n# Whether or not to build static libraries.\nbuild_old_libs=$enable_static\n\n# Whether or not to add -lc for building shared libraries.\nbuild_libtool_need_lc=$archive_cmds_need_lc\n\n# Whether or not to disallow shared libs when runtime libs are static\nallow_libtool_libs_with_static_runtimes=$enable_shared_with_static_runtimes\n\n# Whether or not to optimize for fast installation.\nfast_install=$enable_fast_install\n\n# The host system.\nhost_alias=$host_alias\nhost=$host\nhost_os=$host_os\n\n# The build system.\nbuild_alias=$build_alias\nbuild=$build\nbuild_os=$build_os\n\n# An echo program that does not interpret backslashes.\necho=$lt_echo\n\n# The archiver.\nAR=$lt_AR\nAR_FLAGS=$lt_AR_FLAGS\n\n# A C compiler.\nLTCC=$lt_LTCC\n\n# LTCC compiler flags.\nLTCFLAGS=$lt_LTCFLAGS\n\n# A language-specific compiler.\nCC=$lt_compiler\n\n# Is the compiler the GNU C compiler?\nwith_gcc=$GCC\n\n# An ERE matcher.\nEGREP=$lt_EGREP\n\n# The linker used to build libraries.\nLD=$lt_LD\n\n# Whether we need hard or soft links.\nLN_S=$lt_LN_S\n\n# A BSD-compatible nm program.\nNM=$lt_NM\n\n# A symbol stripping program\nSTRIP=$lt_STRIP\n\n# Used to examine libraries when file_magic_cmd begins \"file\"\nMAGIC_CMD=$MAGIC_CMD\n\n# Used on cygwin: DLL creation program.\nDLLTOOL=\"$DLLTOOL\"\n\n# Used on cygwin: object dumper.\nOBJDUMP=\"$OBJDUMP\"\n\n# Used on cygwin: assembler.\nAS=\"$AS\"\n\n# The name of the directory that contains temporary libtool files.\nobjdir=$objdir\n\n# How to create reloadable object files.\nreload_flag=$lt_reload_flag\nreload_cmds=$lt_reload_cmds\n\n# How to pass a linker flag through the compiler.\nwl=$lt_lt_prog_compiler_wl\n\n# Object file suffix (normally \"o\").\nobjext=\"$ac_objext\"\n\n# Old archive suffix (normally \"a\").\nlibext=\"$libext\"\n\n# Shared library suffix (normally \".so\").\nshrext_cmds='$shrext_cmds'\n\n# Executable file suffix (normally \"\").\nexeext=\"$exeext\"\n\n# Additional compiler flags for building library objects.\npic_flag=$lt_lt_prog_compiler_pic\npic_mode=$pic_mode\n\n# What is the maximum length of a command?\nmax_cmd_len=$lt_cv_sys_max_cmd_len\n\n# Does compiler simultaneously support -c and -o options?\ncompiler_c_o=$lt_lt_cv_prog_compiler_c_o\n\n# Must we lock files when doing compilation?\nneed_locks=$lt_need_locks\n\n# Do we need the lib prefix for modules?\nneed_lib_prefix=$need_lib_prefix\n\n# Do we need a version for libraries?\nneed_version=$need_version\n\n# Whether dlopen is supported.\ndlopen_support=$enable_dlopen\n\n# Whether dlopen of programs is supported.\ndlopen_self=$enable_dlopen_self\n\n# Whether dlopen of statically linked programs is supported.\ndlopen_self_static=$enable_dlopen_self_static\n\n# Compiler flag to prevent dynamic linking.\nlink_static_flag=$lt_lt_prog_compiler_static\n\n# Compiler flag to turn off builtin functions.\nno_builtin_flag=$lt_lt_prog_compiler_no_builtin_flag\n\n# Compiler flag to allow reflexive dlopens.\nexport_dynamic_flag_spec=$lt_export_dynamic_flag_spec\n\n# Compiler flag to generate shared objects directly from archives.\nwhole_archive_flag_spec=$lt_whole_archive_flag_spec\n\n# Compiler flag to generate thread-safe objects.\nthread_safe_flag_spec=$lt_thread_safe_flag_spec\n\n# Library versioning type.\nversion_type=$version_type\n\n# Format of library name prefix.\nlibname_spec=$lt_libname_spec\n\n# List of archive names.  First name is the real one, the rest are links.\n# The last name is the one that the linker finds with -lNAME.\nlibrary_names_spec=$lt_library_names_spec\n\n# The coded name of the library, if different from the real name.\nsoname_spec=$lt_soname_spec\n\n# Commands used to build and install an old-style archive.\nRANLIB=$lt_RANLIB\nold_archive_cmds=$lt_old_archive_cmds\nold_postinstall_cmds=$lt_old_postinstall_cmds\nold_postuninstall_cmds=$lt_old_postuninstall_cmds\n\n# Create an old-style archive from a shared archive.\nold_archive_from_new_cmds=$lt_old_archive_from_new_cmds\n\n# Create a temporary old-style archive to link instead of a shared archive.\nold_archive_from_expsyms_cmds=$lt_old_archive_from_expsyms_cmds\n\n# Commands used to build and install a shared archive.\narchive_cmds=$lt_archive_cmds\narchive_expsym_cmds=$lt_archive_expsym_cmds\npostinstall_cmds=$lt_postinstall_cmds\npostuninstall_cmds=$lt_postuninstall_cmds\n\n# Commands used to build a loadable module (assumed same as above if empty)\nmodule_cmds=$lt_module_cmds\nmodule_expsym_cmds=$lt_module_expsym_cmds\n\n# Commands to strip libraries.\nold_striplib=$lt_old_striplib\nstriplib=$lt_striplib\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredep_objects=$lt_predep_objects\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdep_objects=$lt_postdep_objects\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredeps=$lt_predeps\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdeps=$lt_postdeps\n\n# The library search path used internally by the compiler when linking\n# a shared library.\ncompiler_lib_search_path=$lt_compiler_lib_search_path\n\n# Method to check whether dependent libraries are shared objects.\ndeplibs_check_method=$lt_deplibs_check_method\n\n# Command to use when deplibs_check_method == file_magic.\nfile_magic_cmd=$lt_file_magic_cmd\n\n# Flag that allows shared libraries with undefined symbols to be built.\nallow_undefined_flag=$lt_allow_undefined_flag\n\n# Flag that forces no undefined symbols.\nno_undefined_flag=$lt_no_undefined_flag\n\n# Commands used to finish a libtool library installation in a directory.\nfinish_cmds=$lt_finish_cmds\n\n# Same as above, but a single script fragment to be evaled but not shown.\nfinish_eval=$lt_finish_eval\n\n# Take the output of nm and produce a listing of raw symbols and C names.\nglobal_symbol_pipe=$lt_lt_cv_sys_global_symbol_pipe\n\n# Transform the output of nm in a proper C declaration\nglobal_symbol_to_cdecl=$lt_lt_cv_sys_global_symbol_to_cdecl\n\n# Transform the output of nm in a C name address pair\nglobal_symbol_to_c_name_address=$lt_lt_cv_sys_global_symbol_to_c_name_address\n\n# This is the shared library runtime path variable.\nrunpath_var=$runpath_var\n\n# This is the shared library path variable.\nshlibpath_var=$shlibpath_var\n\n# Is shlibpath searched before the hard-coded library search path?\nshlibpath_overrides_runpath=$shlibpath_overrides_runpath\n\n# How to hardcode a shared library path into an executable.\nhardcode_action=$hardcode_action\n\n# Whether we should hardcode library paths into libraries.\nhardcode_into_libs=$hardcode_into_libs\n\n# Flag to hardcode \\$libdir into a binary during linking.\n# This must work even if \\$libdir does not exist.\nhardcode_libdir_flag_spec=$lt_hardcode_libdir_flag_spec\n\n# If ld is used when linking, flag to hardcode \\$libdir into\n# a binary during linking. This must work even if \\$libdir does\n# not exist.\nhardcode_libdir_flag_spec_ld=$lt_hardcode_libdir_flag_spec_ld\n\n# Whether we need a single -rpath flag with a separated argument.\nhardcode_libdir_separator=$lt_hardcode_libdir_separator\n\n# Set to yes if using DIR/libNAME${shared_ext} during linking hardcodes DIR into the\n# resulting binary.\nhardcode_direct=$hardcode_direct\n\n# Set to yes if using the -LDIR flag during linking hardcodes DIR into the\n# resulting binary.\nhardcode_minus_L=$hardcode_minus_L\n\n# Set to yes if using SHLIBPATH_VAR=DIR during linking hardcodes DIR into\n# the resulting binary.\nhardcode_shlibpath_var=$hardcode_shlibpath_var\n\n# Set to yes if building a shared library automatically hardcodes DIR into the library\n# and all subsequent libraries and executables linked against it.\nhardcode_automatic=$hardcode_automatic\n\n# Variables whose values should be saved in libtool wrapper scripts and\n# restored at relink time.\nvariables_saved_for_relink=\"$variables_saved_for_relink\"\n\n# Whether libtool must link a program against all its dependency libraries.\nlink_all_deplibs=$link_all_deplibs\n\n# Compile-time system search path for libraries\nsys_lib_search_path_spec=$lt_sys_lib_search_path_spec\n\n# Run-time system search path for libraries\nsys_lib_dlsearch_path_spec=$lt_sys_lib_dlsearch_path_spec\n\n# Fix the shell variable \\$srcfile for the compiler.\nfix_srcfile_path=\"$fix_srcfile_path\"\n\n# Set to yes if exported symbols are required.\nalways_export_symbols=$always_export_symbols\n\n# The commands to list exported symbols.\nexport_symbols_cmds=$lt_export_symbols_cmds\n\n# The commands to extract the exported symbol list from a shared archive.\nextract_expsyms_cmds=$lt_extract_expsyms_cmds\n\n# Symbols that should not be listed in the preloaded symbols.\nexclude_expsyms=$lt_exclude_expsyms\n\n# Symbols that must always be exported.\ninclude_expsyms=$lt_include_expsyms\n\n# ### END LIBTOOL CONFIG\n\n__EOF__\n\n\n  case $host_os in\n  aix3*)\n    cat <<\\EOF >> \"$cfgfile\"\n\n# AIX sometimes has problems with the GCC collect2 program.  For some\n# reason, if we set the COLLECT_NAMES environment variable, the problems\n# vanish in a puff of smoke.\nif test \"X${COLLECT_NAMES+set}\" != Xset; then\n  COLLECT_NAMES=\n  export COLLECT_NAMES\nfi\nEOF\n    ;;\n  esac\n\n  # We use sed instead of cat because bash on DJGPP gets confused if\n  # if finds mixed CR/LF and LF-only lines.  Since sed operates in\n  # text mode, it properly converts lines to CR/LF.  This bash problem\n  # is reportedly fixed, but why not run on old versions too?\n  sed '$q' \"$ltmain\" >> \"$cfgfile\" || (rm -f \"$cfgfile\"; exit 1)\n\n  mv -f \"$cfgfile\" \"$ofile\" || \\\n    (rm -f \"$ofile\" && cp \"$cfgfile\" \"$ofile\" && rm -f \"$cfgfile\")\n  chmod +x \"$ofile\"\n\nelse\n  # If there is no Makefile yet, we rely on a make rule to execute\n  # `config.status --recheck' to rerun these tests and create the\n  # libtool script then.\n  ltmain_in=`echo $ltmain | sed -e 's/\\.sh$/.in/'`\n  if test -f \"$ltmain_in\"; then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nCC=\"$lt_save_CC\"\n\n\n# Check whether --with-tags was given.\nif test \"${with_tags+set}\" = set; then\n  withval=$with_tags; tagnames=\"$withval\"\nfi\n\n\nif test -f \"$ltmain\" && test -n \"$tagnames\"; then\n  if test ! -f \"${ofile}\"; then\n    { echo \"$as_me:$LINENO: WARNING: output file \\`$ofile' does not exist\" >&5\necho \"$as_me: WARNING: output file \\`$ofile' does not exist\" >&2;}\n  fi\n\n  if test -z \"$LTCC\"; then\n    eval \"`$SHELL ${ofile} --config | grep '^LTCC='`\"\n    if test -z \"$LTCC\"; then\n      { echo \"$as_me:$LINENO: WARNING: output file \\`$ofile' does not look like a libtool script\" >&5\necho \"$as_me: WARNING: output file \\`$ofile' does not look like a libtool script\" >&2;}\n    else\n      { echo \"$as_me:$LINENO: WARNING: using \\`LTCC=$LTCC', extracted from \\`$ofile'\" >&5\necho \"$as_me: WARNING: using \\`LTCC=$LTCC', extracted from \\`$ofile'\" >&2;}\n    fi\n  fi\n  if test -z \"$LTCFLAGS\"; then\n    eval \"`$SHELL ${ofile} --config | grep '^LTCFLAGS='`\"\n  fi\n\n  # Extract list of available tagged configurations in $ofile.\n  # Note that this assumes the entire list is on one line.\n  available_tags=`grep \"^available_tags=\" \"${ofile}\" | $SED -e 's/available_tags=\\(.*$\\)/\\1/' -e 's/\\\"//g'`\n\n  lt_save_ifs=\"$IFS\"; IFS=\"${IFS}$PATH_SEPARATOR,\"\n  for tagname in $tagnames; do\n    IFS=\"$lt_save_ifs\"\n    # Check whether tagname contains only valid characters\n    case `$echo \"X$tagname\" | $Xsed -e 's:[-_ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz1234567890,/]::g'` in\n    \"\") ;;\n    *)  { { echo \"$as_me:$LINENO: error: invalid tag name: $tagname\" >&5\necho \"$as_me: error: invalid tag name: $tagname\" >&2;}\n   { (exit 1); exit 1; }; }\n\t;;\n    esac\n\n    if grep \"^# ### BEGIN LIBTOOL TAG CONFIG: $tagname$\" < \"${ofile}\" > /dev/null\n    then\n      { { echo \"$as_me:$LINENO: error: tag name \\\"$tagname\\\" already exists\" >&5\necho \"$as_me: error: tag name \\\"$tagname\\\" already exists\" >&2;}\n   { (exit 1); exit 1; }; }\n    fi\n\n    # Update the list of available tags.\n    if test -n \"$tagname\"; then\n      echo appending configuration tag \\\"$tagname\\\" to $ofile\n\n      case $tagname in\n      CXX)\n\tif test -n \"$CXX\" && ( test \"X$CXX\" != \"Xno\" &&\n\t    ( (test \"X$CXX\" = \"Xg++\" && `g++ -v >/dev/null 2>&1` ) ||\n\t    (test \"X$CXX\" != \"Xg++\"))) ; then\n\t  ac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\n\n\n\n\narchive_cmds_need_lc_CXX=no\nallow_undefined_flag_CXX=\nalways_export_symbols_CXX=no\narchive_expsym_cmds_CXX=\nexport_dynamic_flag_spec_CXX=\nhardcode_direct_CXX=no\nhardcode_libdir_flag_spec_CXX=\nhardcode_libdir_flag_spec_ld_CXX=\nhardcode_libdir_separator_CXX=\nhardcode_minus_L_CXX=no\nhardcode_shlibpath_var_CXX=unsupported\nhardcode_automatic_CXX=no\nmodule_cmds_CXX=\nmodule_expsym_cmds_CXX=\nlink_all_deplibs_CXX=unknown\nold_archive_cmds_CXX=$old_archive_cmds\nno_undefined_flag_CXX=\nwhole_archive_flag_spec_CXX=\nenable_shared_with_static_runtimes_CXX=no\n\n# Dependencies to place before and after the object being linked:\npredep_objects_CXX=\npostdep_objects_CXX=\npredeps_CXX=\npostdeps_CXX=\ncompiler_lib_search_path_CXX=\n\n# Source file extension for C++ test sources.\nac_ext=cpp\n\n# Object file extension for compiled C++ test sources.\nobjext=o\nobjext_CXX=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"int some_variable = 0;\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code='int main(int, char *[]) { return(0); }\\n'\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# save warnings/boilerplate of simple test code\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_compiler_boilerplate=`cat conftest.err`\n$rm conftest*\n\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_link_test_code\" >conftest.$ac_ext\neval \"$ac_link\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_linker_boilerplate=`cat conftest.err`\n$rm conftest*\n\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=$CC\nlt_save_LD=$LD\nlt_save_GCC=$GCC\nGCC=$GXX\nlt_save_with_gnu_ld=$with_gnu_ld\nlt_save_path_LD=$lt_cv_path_LD\nif test -n \"${lt_cv_prog_gnu_ldcxx+set}\"; then\n  lt_cv_prog_gnu_ld=$lt_cv_prog_gnu_ldcxx\nelse\n  $as_unset lt_cv_prog_gnu_ld\nfi\nif test -n \"${lt_cv_path_LDCXX+set}\"; then\n  lt_cv_path_LD=$lt_cv_path_LDCXX\nelse\n  $as_unset lt_cv_path_LD\nfi\ntest -z \"${LDCXX+set}\" || LD=$LDCXX\nCC=${CXX-\"c++\"}\ncompiler=$CC\ncompiler_CXX=$CC\nfor cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n\n# We don't want -fno-exception wen compiling C++ code, so set the\n# no_builtin_flag separately\nif test \"$GXX\" = yes; then\n  lt_prog_compiler_no_builtin_flag_CXX=' -fno-builtin'\nelse\n  lt_prog_compiler_no_builtin_flag_CXX=\nfi\n\nif test \"$GXX\" = yes; then\n  # Set up default GNU C++ configuration\n\n\n# Check whether --with-gnu-ld was given.\nif test \"${with_gnu_ld+set}\" = set; then\n  withval=$with_gnu_ld; test \"$withval\" = no || with_gnu_ld=yes\nelse\n  with_gnu_ld=no\nfi\n\nac_prog=ld\nif test \"$GCC\" = yes; then\n  # Check if gcc -print-prog-name=ld gives a path.\n  { echo \"$as_me:$LINENO: checking for ld used by $CC\" >&5\necho $ECHO_N \"checking for ld used by $CC... $ECHO_C\" >&6; }\n  case $host in\n  *-*-mingw*)\n    # gcc leaves a trailing carriage return which upsets mingw\n    ac_prog=`($CC -print-prog-name=ld) 2>&5 | tr -d '\\015'` ;;\n  *)\n    ac_prog=`($CC -print-prog-name=ld) 2>&5` ;;\n  esac\n  case $ac_prog in\n    # Accept absolute paths.\n    [\\\\/]* | ?:[\\\\/]*)\n      re_direlt='/[^/][^/]*/\\.\\./'\n      # Canonicalize the pathname of ld\n      ac_prog=`echo $ac_prog| $SED 's%\\\\\\\\%/%g'`\n      while echo $ac_prog | grep \"$re_direlt\" > /dev/null 2>&1; do\n\tac_prog=`echo $ac_prog| $SED \"s%$re_direlt%/%\"`\n      done\n      test -z \"$LD\" && LD=\"$ac_prog\"\n      ;;\n  \"\")\n    # If it fails, then pretend we aren't using GCC.\n    ac_prog=ld\n    ;;\n  *)\n    # If it is relative, then search for the first ld in PATH.\n    with_gnu_ld=unknown\n    ;;\n  esac\nelif test \"$with_gnu_ld\" = yes; then\n  { echo \"$as_me:$LINENO: checking for GNU ld\" >&5\necho $ECHO_N \"checking for GNU ld... $ECHO_C\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: checking for non-GNU ld\" >&5\necho $ECHO_N \"checking for non-GNU ld... $ECHO_C\" >&6; }\nfi\nif test \"${lt_cv_path_LD+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -z \"$LD\"; then\n  lt_save_ifs=\"$IFS\"; IFS=$PATH_SEPARATOR\n  for ac_dir in $PATH; do\n    IFS=\"$lt_save_ifs\"\n    test -z \"$ac_dir\" && ac_dir=.\n    if test -f \"$ac_dir/$ac_prog\" || test -f \"$ac_dir/$ac_prog$ac_exeext\"; then\n      lt_cv_path_LD=\"$ac_dir/$ac_prog\"\n      # Check to see if the program is GNU ld.  I'd rather use --version,\n      # but apparently some variants of GNU ld only accept -v.\n      # Break only if it was the GNU/non-GNU ld that we prefer.\n      case `\"$lt_cv_path_LD\" -v 2>&1 </dev/null` in\n      *GNU* | *'with BFD'*)\n\ttest \"$with_gnu_ld\" != no && break\n\t;;\n      *)\n\ttest \"$with_gnu_ld\" != yes && break\n\t;;\n      esac\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\nelse\n  lt_cv_path_LD=\"$LD\" # Let the user override the test with a path.\nfi\nfi\n\nLD=\"$lt_cv_path_LD\"\nif test -n \"$LD\"; then\n  { echo \"$as_me:$LINENO: result: $LD\" >&5\necho \"${ECHO_T}$LD\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\ntest -z \"$LD\" && { { echo \"$as_me:$LINENO: error: no acceptable ld found in \\$PATH\" >&5\necho \"$as_me: error: no acceptable ld found in \\$PATH\" >&2;}\n   { (exit 1); exit 1; }; }\n{ echo \"$as_me:$LINENO: checking if the linker ($LD) is GNU ld\" >&5\necho $ECHO_N \"checking if the linker ($LD) is GNU ld... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_gnu_ld+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  # I'd rather use --version here, but apparently some GNU lds only accept -v.\ncase `$LD -v 2>&1 </dev/null` in\n*GNU* | *'with BFD'*)\n  lt_cv_prog_gnu_ld=yes\n  ;;\n*)\n  lt_cv_prog_gnu_ld=no\n  ;;\nesac\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_gnu_ld\" >&5\necho \"${ECHO_T}$lt_cv_prog_gnu_ld\" >&6; }\nwith_gnu_ld=$lt_cv_prog_gnu_ld\n\n\n\n  # Check if GNU C++ uses GNU ld as the underlying linker, since the\n  # archiving commands below assume that GNU ld is being used.\n  if test \"$with_gnu_ld\" = yes; then\n    archive_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib'\n    archive_expsym_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n\n    hardcode_libdir_flag_spec_CXX='${wl}--rpath ${wl}$libdir'\n    export_dynamic_flag_spec_CXX='${wl}--export-dynamic'\n\n    # If archive_cmds runs LD, not CC, wlarc should be empty\n    # XXX I think wlarc can be eliminated in ltcf-cxx, but I need to\n    #     investigate it a little bit more. (MM)\n    wlarc='${wl}'\n\n    # ancient GNU ld didn't support --whole-archive et. al.\n    if eval \"`$CC -print-prog-name=ld` --help 2>&1\" | \\\n\tgrep 'no-whole-archive' > /dev/null; then\n      whole_archive_flag_spec_CXX=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n    else\n      whole_archive_flag_spec_CXX=\n    fi\n  else\n    with_gnu_ld=no\n    wlarc=\n\n    # A generic and very simple default shared library creation\n    # command for GNU C++ for the case where it uses the native\n    # linker, instead of GNU ld.  If possible, this setting should\n    # overridden to take advantage of the native linker features on\n    # the platform it is being used on.\n    archive_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $lib'\n  fi\n\n  # Commands to make compiler produce verbose output that lists\n  # what \"hidden\" libraries, object files and flags are used when\n  # linking a shared library.\n  output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"\\-L\"'\n\nelse\n  GXX=no\n  with_gnu_ld=no\n  wlarc=\nfi\n\n# PORTME: fill in a description of your system's C++ link characteristics\n{ echo \"$as_me:$LINENO: checking whether the $compiler linker ($LD) supports shared libraries\" >&5\necho $ECHO_N \"checking whether the $compiler linker ($LD) supports shared libraries... $ECHO_C\" >&6; }\nld_shlibs_CXX=yes\ncase $host_os in\n  aix3*)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\n  aix4* | aix5*)\n    if test \"$host_cpu\" = ia64; then\n      # On IA64, the linker does run time linking by default, so we don't\n      # have to do anything special.\n      aix_use_runtimelinking=no\n      exp_sym_flag='-Bexport'\n      no_entry_flag=\"\"\n    else\n      aix_use_runtimelinking=no\n\n      # Test if we are trying to use run time linking or normal\n      # AIX style linking. If -brtl is somewhere in LDFLAGS, we\n      # need to do runtime linking.\n      case $host_os in aix4.[23]|aix4.[23].*|aix5*)\n\tfor ld_flag in $LDFLAGS; do\n\t  case $ld_flag in\n\t  *-brtl*)\n\t    aix_use_runtimelinking=yes\n\t    break\n\t    ;;\n\t  esac\n\tdone\n\t;;\n      esac\n\n      exp_sym_flag='-bexport'\n      no_entry_flag='-bnoentry'\n    fi\n\n    # When large executables or shared objects are built, AIX ld can\n    # have problems creating the table of contents.  If linking a library\n    # or program results in \"error TOC overflow\" add -mminimal-toc to\n    # CXXFLAGS/CFLAGS for g++/gcc.  In the cases where that is not\n    # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS.\n\n    archive_cmds_CXX=''\n    hardcode_direct_CXX=yes\n    hardcode_libdir_separator_CXX=':'\n    link_all_deplibs_CXX=yes\n\n    if test \"$GXX\" = yes; then\n      case $host_os in aix4.[012]|aix4.[012].*)\n      # We only want to do this on AIX 4.2 and lower, the check\n      # below for broken collect2 doesn't work under 4.3+\n\tcollect2name=`${CC} -print-prog-name=collect2`\n\tif test -f \"$collect2name\" && \\\n\t   strings \"$collect2name\" | grep resolve_lib_name >/dev/null\n\tthen\n\t  # We have reworked collect2\n\t  hardcode_direct_CXX=yes\n\telse\n\t  # We have old collect2\n\t  hardcode_direct_CXX=unsupported\n\t  # It fails to find uninstalled libraries when the uninstalled\n\t  # path is not listed in the libpath.  Setting hardcode_minus_L\n\t  # to unsupported forces relinking\n\t  hardcode_minus_L_CXX=yes\n\t  hardcode_libdir_flag_spec_CXX='-L$libdir'\n\t  hardcode_libdir_separator_CXX=\n\tfi\n\t;;\n      esac\n      shared_flag='-shared'\n      if test \"$aix_use_runtimelinking\" = yes; then\n\tshared_flag=\"$shared_flag \"'${wl}-G'\n      fi\n    else\n      # not using gcc\n      if test \"$host_cpu\" = ia64; then\n\t# VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release\n\t# chokes on -Wl,-G. The following line is correct:\n\tshared_flag='-G'\n      else\n\tif test \"$aix_use_runtimelinking\" = yes; then\n\t  shared_flag='${wl}-G'\n\telse\n\t  shared_flag='${wl}-bM:SRE'\n\tfi\n      fi\n    fi\n\n    # It seems that -bexpall does not export symbols beginning with\n    # underscore (_), so it is better to generate a list of symbols to export.\n    always_export_symbols_CXX=yes\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # Warning - without using the other runtime loading flags (-brtl),\n      # -berok will link without error, but may produce a broken library.\n      allow_undefined_flag_CXX='-berok'\n      # Determine the default libpath from the value encoded in an empty executable.\n      cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n      hardcode_libdir_flag_spec_CXX='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\n      archive_expsym_cmds_CXX=\"\\$CC\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags `if test \"x${allow_undefined_flag}\" != \"x\"; then echo \"${wl}${allow_undefined_flag}\"; else :; fi` '\"\\${wl}$exp_sym_flag:\\$export_symbols $shared_flag\"\n     else\n      if test \"$host_cpu\" = ia64; then\n\thardcode_libdir_flag_spec_CXX='${wl}-R $libdir:/usr/lib:/lib'\n\tallow_undefined_flag_CXX=\"-z nodefs\"\n\tarchive_expsym_cmds_CXX=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags ${wl}${allow_undefined_flag} '\"\\${wl}$exp_sym_flag:\\$export_symbols\"\n      else\n\t# Determine the default libpath from the value encoded in an empty executable.\n\tcat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n\thardcode_libdir_flag_spec_CXX='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t# Warning - without using the other run time loading flags,\n\t# -berok will link without error, but may produce a broken library.\n\tno_undefined_flag_CXX=' ${wl}-bernotok'\n\tallow_undefined_flag_CXX=' ${wl}-berok'\n\t# Exported symbols can be pulled into shared objects from archives\n\twhole_archive_flag_spec_CXX='$convenience'\n\tarchive_cmds_need_lc_CXX=yes\n\t# This is similar to how AIX traditionally builds its shared libraries.\n\tarchive_expsym_cmds_CXX=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname'\n      fi\n    fi\n    ;;\n\n  beos*)\n    if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n      allow_undefined_flag_CXX=unsupported\n      # Joseph Beckenbach <jrb3@best.com> says some releases of gcc\n      # support --undefined.  This deserves some investigation.  FIXME\n      archive_cmds_CXX='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n    else\n      ld_shlibs_CXX=no\n    fi\n    ;;\n\n  chorus*)\n    case $cc_basename in\n      *)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n    esac\n    ;;\n\n  cygwin* | mingw* | pw32*)\n    # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, CXX) is actually meaningless,\n    # as there is no search path for DLLs.\n    hardcode_libdir_flag_spec_CXX='-L$libdir'\n    allow_undefined_flag_CXX=unsupported\n    always_export_symbols_CXX=no\n    enable_shared_with_static_runtimes_CXX=yes\n\n    if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n      archive_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      # If the export-symbols file already is a .def file (1st line\n      # is EXPORTS), use it as is; otherwise, prepend...\n      archive_expsym_cmds_CXX='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\tcp $export_symbols $output_objdir/$soname.def;\n      else\n\techo EXPORTS > $output_objdir/$soname.def;\n\tcat $export_symbols >> $output_objdir/$soname.def;\n      fi~\n      $CC -shared -nostdlib $output_objdir/$soname.def $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n    else\n      ld_shlibs_CXX=no\n    fi\n  ;;\n      darwin* | rhapsody*)\n        case $host_os in\n        rhapsody* | darwin1.[012])\n         allow_undefined_flag_CXX='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           allow_undefined_flag_CXX='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[012])\n               allow_undefined_flag_CXX='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               allow_undefined_flag_CXX='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n        esac\n      archive_cmds_need_lc_CXX=no\n      hardcode_direct_CXX=no\n      hardcode_automatic_CXX=yes\n      hardcode_shlibpath_var_CXX=unsupported\n      whole_archive_flag_spec_CXX=''\n      link_all_deplibs_CXX=yes\n\n    if test \"$GXX\" = yes ; then\n      lt_int_apple_cc_single_mod=no\n      output_verbose_link_cmd='echo'\n      if $CC -dumpspecs 2>&1 | $EGREP 'single_module' >/dev/null ; then\n       lt_int_apple_cc_single_mod=yes\n      fi\n      if test \"X$lt_int_apple_cc_single_mod\" = Xyes ; then\n       archive_cmds_CXX='$CC -dynamiclib -single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      else\n          archive_cmds_CXX='$CC -r -keep_private_externs -nostdlib -o ${lib}-master.o $libobjs~$CC -dynamiclib $allow_undefined_flag -o $lib ${lib}-master.o $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n        fi\n        module_cmds_CXX='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n        # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n          if test \"X$lt_int_apple_cc_single_mod\" = Xyes ; then\n            archive_expsym_cmds_CXX='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib -single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          else\n            archive_expsym_cmds_CXX='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -r -keep_private_externs -nostdlib -o ${lib}-master.o $libobjs~$CC -dynamiclib $allow_undefined_flag -o $lib ${lib}-master.o $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          fi\n            module_expsym_cmds_CXX='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n          archive_cmds_CXX='$CC -qmkshrobj ${wl}-single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n          module_cmds_CXX='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n          archive_expsym_cmds_CXX='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj ${wl}-single_module $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          module_expsym_cmds_CXX='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         ld_shlibs_CXX=no\n          ;;\n      esac\n      fi\n        ;;\n\n  dgux*)\n    case $cc_basename in\n      ec++*)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      ghcx*)\n\t# Green Hills C++ Compiler\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n    esac\n    ;;\n  freebsd[12]*)\n    # C++ shared libraries reported to be fairly broken before switch to ELF\n    ld_shlibs_CXX=no\n    ;;\n  freebsd-elf*)\n    archive_cmds_need_lc_CXX=no\n    ;;\n  freebsd* | dragonfly*)\n    # FreeBSD 3 and later use GNU C++ and GNU ld with standard ELF\n    # conventions\n    ld_shlibs_CXX=yes\n    ;;\n  gnu*)\n    ;;\n  hpux9*)\n    hardcode_libdir_flag_spec_CXX='${wl}+b ${wl}$libdir'\n    hardcode_libdir_separator_CXX=:\n    export_dynamic_flag_spec_CXX='${wl}-E'\n    hardcode_direct_CXX=yes\n    hardcode_minus_L_CXX=yes # Not in the search PATH,\n\t\t\t\t# but as the default\n\t\t\t\t# location of the library.\n\n    case $cc_basename in\n    CC*)\n      # FIXME: insert proper C++ library support\n      ld_shlibs_CXX=no\n      ;;\n    aCC*)\n      archive_cmds_CXX='$rm $output_objdir/$soname~$CC -b ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      # Commands to make compiler produce verbose output that lists\n      # what \"hidden\" libraries, object files and flags are used when\n      # linking a shared library.\n      #\n      # There doesn't appear to be a way to prevent this compiler from\n      # explicitly linking system object files so we need to strip them\n      # from the output so that they don't get included in the library\n      # dependencies.\n      output_verbose_link_cmd='templist=`($CC -b $CFLAGS -v conftest.$objext 2>&1) | grep \"[-]L\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n      ;;\n    *)\n      if test \"$GXX\" = yes; then\n        archive_cmds_CXX='$rm $output_objdir/$soname~$CC -shared -nostdlib -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n        # FIXME: insert proper C++ library support\n        ld_shlibs_CXX=no\n      fi\n      ;;\n    esac\n    ;;\n  hpux10*|hpux11*)\n    if test $with_gnu_ld = no; then\n      hardcode_libdir_flag_spec_CXX='${wl}+b ${wl}$libdir'\n      hardcode_libdir_separator_CXX=:\n\n      case $host_cpu in\n      hppa*64*|ia64*)\n\thardcode_libdir_flag_spec_ld_CXX='+b $libdir'\n        ;;\n      *)\n\texport_dynamic_flag_spec_CXX='${wl}-E'\n        ;;\n      esac\n    fi\n    case $host_cpu in\n    hppa*64*|ia64*)\n      hardcode_direct_CXX=no\n      hardcode_shlibpath_var_CXX=no\n      ;;\n    *)\n      hardcode_direct_CXX=yes\n      hardcode_minus_L_CXX=yes # Not in the search PATH,\n\t\t\t\t\t      # but as the default\n\t\t\t\t\t      # location of the library.\n      ;;\n    esac\n\n    case $cc_basename in\n      CC*)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      aCC*)\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds_CXX='$CC -b ${wl}+h ${wl}$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds_CXX='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds_CXX='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t  ;;\n\tesac\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`($CC -b $CFLAGS -v conftest.$objext 2>&1) | grep \"\\-L\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes; then\n\t  if test $with_gnu_ld = no; then\n\t    case $host_cpu in\n\t    hppa*64*)\n\t      archive_cmds_CXX='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    ia64*)\n\t      archive_cmds_CXX='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    *)\n\t      archive_cmds_CXX='$CC -shared -nostdlib -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\t      ;;\n\t    esac\n\t  fi\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  ld_shlibs_CXX=no\n\tfi\n\t;;\n    esac\n    ;;\n  interix3*)\n    hardcode_direct_CXX=no\n    hardcode_shlibpath_var_CXX=no\n    hardcode_libdir_flag_spec_CXX='${wl}-rpath,$libdir'\n    export_dynamic_flag_spec_CXX='${wl}-E'\n    # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n    # Instead, shared libraries are loaded at an image base (0x10000000 by\n    # default) and relocated if they conflict, which is a slow very memory\n    # consuming and fragmenting process.  To avoid this, we pick a random,\n    # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n    # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n    archive_cmds_CXX='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n    archive_expsym_cmds_CXX='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n    ;;\n  irix5* | irix6*)\n    case $cc_basename in\n      CC*)\n\t# SGI C++\n\tarchive_cmds_CXX='$CC -shared -all -multigot $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -ar\", where \"CC\" is the IRIX C++ compiler.  This is\n\t# necessary to make sure instantiated templates are included\n\t# in the archive.\n\told_archive_cmds_CXX='$CC -ar -WR,-u -o $oldlib $oldobjs'\n\t;;\n      *)\n\tif test \"$GXX\" = yes; then\n\t  if test \"$with_gnu_ld\" = no; then\n\t    archive_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\t  else\n\t    archive_cmds_CXX='$CC -shared -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` -o $lib'\n\t  fi\n\tfi\n\tlink_all_deplibs_CXX=yes\n\t;;\n    esac\n    hardcode_libdir_flag_spec_CXX='${wl}-rpath ${wl}$libdir'\n    hardcode_libdir_separator_CXX=:\n    ;;\n  linux* | k*bsd*-gnu)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\tarchive_cmds_CXX='tempext=`echo $shared_ext | $SED -e '\\''s/\\([^()0-9A-Za-z{}]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\tarchive_expsym_cmds_CXX='tempext=`echo $shared_ext | $SED -e '\\''s/\\([^()0-9A-Za-z{}]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib ${wl}-retain-symbols-file,$export_symbols; mv \\$templib $lib'\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC $CFLAGS -v conftest.$objext -o libconftest$shared_ext 2>&1 | grep \"ld\"`; rm -f libconftest$shared_ext; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\n\thardcode_libdir_flag_spec_CXX='${wl}--rpath,$libdir'\n\texport_dynamic_flag_spec_CXX='${wl}--export-dynamic'\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -Bstatic\", where \"CC\" is the KAI C++ compiler.\n\told_archive_cmds_CXX='$CC -Bstatic -o $oldlib $oldobjs'\n\t;;\n      icpc*)\n\t# Intel C++\n\twith_gnu_ld=yes\n\t# version 8.0 and above of icpc choke on multiply defined symbols\n\t# if we add $predep_objects and $postdep_objects, however 7.1 and\n\t# earlier do not add the objects themselves.\n\tcase `$CC -V 2>&1` in\n\t*\"Version 7.\"*)\n  \t  archive_cmds_CXX='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib'\n  \t  archive_expsym_cmds_CXX='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n\t  ;;\n\t*)  # Version 8.0 or newer\n\t  tmp_idyn=\n\t  case $host_cpu in\n\t    ia64*) tmp_idyn=' -i_dynamic';;\n\t  esac\n  \t  archive_cmds_CXX='$CC -shared'\"$tmp_idyn\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\t  archive_expsym_cmds_CXX='$CC -shared'\"$tmp_idyn\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n\t  ;;\n\tesac\n\tarchive_cmds_need_lc_CXX=no\n\thardcode_libdir_flag_spec_CXX='${wl}-rpath,$libdir'\n\texport_dynamic_flag_spec_CXX='${wl}--export-dynamic'\n\twhole_archive_flag_spec_CXX='${wl}--whole-archive$convenience ${wl}--no-whole-archive'\n\t;;\n      pgCC*)\n        # Portland Group C++ compiler\n\tarchive_cmds_CXX='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname -o $lib'\n  \tarchive_expsym_cmds_CXX='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname ${wl}-retain-symbols-file ${wl}$export_symbols -o $lib'\n\n\thardcode_libdir_flag_spec_CXX='${wl}--rpath ${wl}$libdir'\n\texport_dynamic_flag_spec_CXX='${wl}--export-dynamic'\n\twhole_archive_flag_spec_CXX='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n        ;;\n      cxx*)\n\t# Compaq C++\n\tarchive_cmds_CXX='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_CXX='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname  -o $lib ${wl}-retain-symbols-file $wl$export_symbols'\n\n\trunpath_var=LD_RUN_PATH\n\thardcode_libdir_flag_spec_CXX='-rpath $libdir'\n\thardcode_libdir_separator_CXX=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld .*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n    esac\n    ;;\n  lynxos*)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\n  m88k*)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\n  mvs*)\n    case $cc_basename in\n      cxx*)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n    esac\n    ;;\n  netbsd* | netbsdelf*-gnu)\n    if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n      archive_cmds_CXX='$LD -Bshareable  -o $lib $predep_objects $libobjs $deplibs $postdep_objects $linker_flags'\n      wlarc=\n      hardcode_libdir_flag_spec_CXX='-R$libdir'\n      hardcode_direct_CXX=yes\n      hardcode_shlibpath_var_CXX=no\n    fi\n    # Workaround some broken pre-1.5 toolchains\n    output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep conftest.$objext | $SED -e \"s:-lgcc -lc -lgcc::\"'\n    ;;\n  openbsd2*)\n    # C++ shared libraries are fairly broken\n    ld_shlibs_CXX=no\n    ;;\n  openbsd*)\n    hardcode_direct_CXX=yes\n    hardcode_shlibpath_var_CXX=no\n    archive_cmds_CXX='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -o $lib'\n    hardcode_libdir_flag_spec_CXX='${wl}-rpath,$libdir'\n    if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n      archive_expsym_cmds_CXX='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-retain-symbols-file,$export_symbols -o $lib'\n      export_dynamic_flag_spec_CXX='${wl}-E'\n      whole_archive_flag_spec_CXX=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n    fi\n    output_verbose_link_cmd='echo'\n    ;;\n  osf3*)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\tarchive_cmds_CXX='tempext=`echo $shared_ext | $SED -e '\\''s/\\([^()0-9A-Za-z{}]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\n\thardcode_libdir_flag_spec_CXX='${wl}-rpath,$libdir'\n\thardcode_libdir_separator_CXX=:\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -Bstatic\", where \"CC\" is the KAI C++ compiler.\n\told_archive_cmds_CXX='$CC -Bstatic -o $oldlib $oldobjs'\n\n\t;;\n      RCC*)\n\t# Rational C++ 2.4.1\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      cxx*)\n\tallow_undefined_flag_CXX=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds_CXX='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $soname `test -n \"$verstring\" && echo ${wl}-set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\n\thardcode_libdir_flag_spec_CXX='${wl}-rpath ${wl}$libdir'\n\thardcode_libdir_separator_CXX=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\" | grep -v \"ld:\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld.*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  allow_undefined_flag_CXX=' ${wl}-expect_unresolved ${wl}\\*'\n\t  archive_cmds_CXX='$CC -shared -nostdlib ${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\n\t  hardcode_libdir_flag_spec_CXX='${wl}-rpath ${wl}$libdir'\n\t  hardcode_libdir_separator_CXX=:\n\n\t  # Commands to make compiler produce verbose output that lists\n\t  # what \"hidden\" libraries, object files and flags are used when\n\t  # linking a shared library.\n\t  output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"\\-L\"'\n\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  ld_shlibs_CXX=no\n\tfi\n\t;;\n    esac\n    ;;\n  osf4* | osf5*)\n    case $cc_basename in\n      KCC*)\n\t# Kuck and Associates, Inc. (KAI) C++ Compiler\n\n\t# KCC will only create a shared library if the output file\n\t# ends with \".so\" (or \".sl\" for HP-UX), so rename the library\n\t# to its proper name (with version) after linking.\n\tarchive_cmds_CXX='tempext=`echo $shared_ext | $SED -e '\\''s/\\([^()0-9A-Za-z{}]\\)/\\\\\\\\\\1/g'\\''`; templib=`echo $lib | $SED -e \"s/\\${tempext}\\..*/.so/\"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \\$templib; mv \\$templib $lib'\n\n\thardcode_libdir_flag_spec_CXX='${wl}-rpath,$libdir'\n\thardcode_libdir_separator_CXX=:\n\n\t# Archives containing C++ object files must be created using\n\t# the KAI C++ compiler.\n\told_archive_cmds_CXX='$CC -o $oldlib $oldobjs'\n\t;;\n      RCC*)\n\t# Rational C++ 2.4.1\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      cxx*)\n\tallow_undefined_flag_CXX=' -expect_unresolved \\*'\n\tarchive_cmds_CXX='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\tarchive_expsym_cmds_CXX='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done~\n\t  echo \"-hidden\">> $lib.exp~\n\t  $CC -shared$allow_undefined_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname -Wl,-input -Wl,$lib.exp  `test -n \"$verstring\" && echo -set_version\t$verstring` -update_registry ${output_objdir}/so_locations -o $lib~\n\t  $rm $lib.exp'\n\n\thardcode_libdir_flag_spec_CXX='-rpath $libdir'\n\thardcode_libdir_separator_CXX=:\n\n\t# Commands to make compiler produce verbose output that lists\n\t# what \"hidden\" libraries, object files and flags are used when\n\t# linking a shared library.\n\t#\n\t# There doesn't appear to be a way to prevent this compiler from\n\t# explicitly linking system object files so we need to strip them\n\t# from the output so that they don't get included in the library\n\t# dependencies.\n\toutput_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"ld\" | grep -v \"ld:\"`; templist=`echo $templist | $SED \"s/\\(^.*ld.*\\)\\( .*ld.*$\\)/\\1/\"`; list=\"\"; for z in $templist; do case $z in conftest.$objext) list=\"$list $z\";; *.$objext);; *) list=\"$list $z\";;esac; done; echo $list'\n\t;;\n      *)\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  allow_undefined_flag_CXX=' ${wl}-expect_unresolved ${wl}\\*'\n\t archive_cmds_CXX='$CC -shared -nostdlib ${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\n\t  hardcode_libdir_flag_spec_CXX='${wl}-rpath ${wl}$libdir'\n\t  hardcode_libdir_separator_CXX=:\n\n\t  # Commands to make compiler produce verbose output that lists\n\t  # what \"hidden\" libraries, object files and flags are used when\n\t  # linking a shared library.\n\t  output_verbose_link_cmd='$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \"\\-L\"'\n\n\telse\n\t  # FIXME: insert proper C++ library support\n\t  ld_shlibs_CXX=no\n\tfi\n\t;;\n    esac\n    ;;\n  psos*)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\n  sunos4*)\n    case $cc_basename in\n      CC*)\n\t# Sun C++ 4.x\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      lcc*)\n\t# Lucid\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n    esac\n    ;;\n  solaris*)\n    case $cc_basename in\n      CC*)\n\t# Sun C++ 4.2, 5.x and Centerline C++\n        archive_cmds_need_lc_CXX=yes\n\tno_undefined_flag_CXX=' -zdefs'\n\tarchive_cmds_CXX='$CC -G${allow_undefined_flag}  -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags'\n\tarchive_expsym_cmds_CXX='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t$CC -G${allow_undefined_flag}  ${wl}-M ${wl}$lib.exp -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\thardcode_libdir_flag_spec_CXX='-R$libdir'\n\thardcode_shlibpath_var_CXX=no\n\tcase $host_os in\n\t  solaris2.[0-5] | solaris2.[0-5].*) ;;\n\t  *)\n\t    # The C++ compiler is used as linker so we must use $wl\n\t    # flag to pass the commands to the underlying system\n\t    # linker. We must also pass each convience library through\n\t    # to the system linker between allextract/defaultextract.\n\t    # The C++ compiler will combine linker options so we\n\t    # cannot just pass the convience library names through\n\t    # without $wl.\n\t    # Supported since Solaris 2.6 (maybe 2.5.1?)\n\t    whole_archive_flag_spec_CXX='${wl}-z ${wl}allextract`for conv in $convenience\\\"\\\"; do test -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}-z ${wl}defaultextract'\n\t    ;;\n\tesac\n\tlink_all_deplibs_CXX=yes\n\n\toutput_verbose_link_cmd='echo'\n\n\t# Archives containing C++ object files must be created using\n\t# \"CC -xar\", where \"CC\" is the Sun C++ compiler.  This is\n\t# necessary to make sure instantiated templates are included\n\t# in the archive.\n\told_archive_cmds_CXX='$CC -xar -o $oldlib $oldobjs'\n\t;;\n      gcx*)\n\t# Green Hills C++ Compiler\n\tarchive_cmds_CXX='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\n\t# The C++ compiler must be used to create the archive.\n\told_archive_cmds_CXX='$CC $LDFLAGS -archive -o $oldlib $oldobjs'\n\t;;\n      *)\n\t# GNU C++ compiler with Solaris linker\n\tif test \"$GXX\" = yes && test \"$with_gnu_ld\" = no; then\n\t  no_undefined_flag_CXX=' ${wl}-z ${wl}defs'\n\t  if $CC --version | grep -v '^2\\.7' > /dev/null; then\n\t    archive_cmds_CXX='$CC -shared -nostdlib $LDFLAGS $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\t    archive_expsym_cmds_CXX='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t\t$CC -shared -nostdlib ${wl}-M $wl$lib.exp -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\t    # Commands to make compiler produce verbose output that lists\n\t    # what \"hidden\" libraries, object files and flags are used when\n\t    # linking a shared library.\n\t    output_verbose_link_cmd=\"$CC -shared $CFLAGS -v conftest.$objext 2>&1 | grep \\\"\\-L\\\"\"\n\t  else\n\t    # g++ 2.7 appears to require `-G' NOT `-shared' on this\n\t    # platform.\n\t    archive_cmds_CXX='$CC -G -nostdlib $LDFLAGS $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-h $wl$soname -o $lib'\n\t    archive_expsym_cmds_CXX='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t\t$CC -G -nostdlib ${wl}-M $wl$lib.exp -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags~$rm $lib.exp'\n\n\t    # Commands to make compiler produce verbose output that lists\n\t    # what \"hidden\" libraries, object files and flags are used when\n\t    # linking a shared library.\n\t    output_verbose_link_cmd=\"$CC -G $CFLAGS -v conftest.$objext 2>&1 | grep \\\"\\-L\\\"\"\n\t  fi\n\n\t  hardcode_libdir_flag_spec_CXX='${wl}-R $wl$libdir'\n\tfi\n\t;;\n    esac\n    ;;\n  sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7* | sco3.2v5.0.[024]*)\n    no_undefined_flag_CXX='${wl}-z,text'\n    archive_cmds_need_lc_CXX=no\n    hardcode_shlibpath_var_CXX=no\n    runpath_var='LD_RUN_PATH'\n\n    case $cc_basename in\n      CC*)\n\tarchive_cmds_CXX='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_CXX='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n      *)\n\tarchive_cmds_CXX='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_CXX='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n    esac\n    ;;\n  sysv5* | sco3.2v5* | sco5v6*)\n    # Note: We can NOT use -z defs as we might desire, because we do not\n    # link with -lc, and that would cause any symbols used from libc to\n    # always be unresolved, which means just about no library would\n    # ever link correctly.  If we're not using GNU ld we use -z text\n    # though, which does catch some bad symbols but isn't as heavy-handed\n    # as -z defs.\n    # For security reasons, it is highly recommended that you always\n    # use absolute paths for naming shared libraries, and exclude the\n    # DT_RUNPATH tag from executables and libraries.  But doing so\n    # requires that you compile everything twice, which is a pain.\n    # So that behaviour is only enabled if SCOABSPATH is set to a\n    # non-empty value in the environment.  Most likely only useful for\n    # creating official distributions of packages.\n    # This is a hack until libtool officially supports absolute path\n    # names for shared libraries.\n    no_undefined_flag_CXX='${wl}-z,text'\n    allow_undefined_flag_CXX='${wl}-z,nodefs'\n    archive_cmds_need_lc_CXX=no\n    hardcode_shlibpath_var_CXX=no\n    hardcode_libdir_flag_spec_CXX='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n    hardcode_libdir_separator_CXX=':'\n    link_all_deplibs_CXX=yes\n    export_dynamic_flag_spec_CXX='${wl}-Bexport'\n    runpath_var='LD_RUN_PATH'\n\n    case $cc_basename in\n      CC*)\n\tarchive_cmds_CXX='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_CXX='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n      *)\n\tarchive_cmds_CXX='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_CXX='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t;;\n    esac\n    ;;\n  tandem*)\n    case $cc_basename in\n      NCC*)\n\t# NonStop-UX NCC 3.20\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n      *)\n\t# FIXME: insert proper C++ library support\n\tld_shlibs_CXX=no\n\t;;\n    esac\n    ;;\n  vxworks*)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\n  *)\n    # FIXME: insert proper C++ library support\n    ld_shlibs_CXX=no\n    ;;\nesac\n{ echo \"$as_me:$LINENO: result: $ld_shlibs_CXX\" >&5\necho \"${ECHO_T}$ld_shlibs_CXX\" >&6; }\ntest \"$ld_shlibs_CXX\" = no && can_build_shared=no\n\nGCC_CXX=\"$GXX\"\nLD_CXX=\"$LD\"\n\n\ncat > conftest.$ac_ext <<EOF\nclass Foo\n{\npublic:\n  Foo (void) { a = 0; }\nprivate:\n  int a;\n};\nEOF\n\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; then\n  # Parse the compiler output and extract the necessary\n  # objects, libraries and library flags.\n\n  # Sentinel used to keep track of whether or not we are before\n  # the conftest object file.\n  pre_test_object_deps_done=no\n\n  # The `*' in the case matches for architectures that use `case' in\n  # $output_verbose_cmd can trigger glob expansion during the loop\n  # eval without this substitution.\n  output_verbose_link_cmd=`$echo \"X$output_verbose_link_cmd\" | $Xsed -e \"$no_glob_subst\"`\n\n  for p in `eval $output_verbose_link_cmd`; do\n    case $p in\n\n    -L* | -R* | -l*)\n       # Some compilers place space between \"-{L,R}\" and the path.\n       # Remove the space.\n       if test $p = \"-L\" \\\n\t  || test $p = \"-R\"; then\n\t prev=$p\n\t continue\n       else\n\t prev=\n       fi\n\n       if test \"$pre_test_object_deps_done\" = no; then\n\t case $p in\n\t -L* | -R*)\n\t   # Internal compiler library paths should come after those\n\t   # provided the user.  The postdeps already come after the\n\t   # user supplied libs so there is no need to process them.\n\t   if test -z \"$compiler_lib_search_path_CXX\"; then\n\t     compiler_lib_search_path_CXX=\"${prev}${p}\"\n\t   else\n\t     compiler_lib_search_path_CXX=\"${compiler_lib_search_path_CXX} ${prev}${p}\"\n\t   fi\n\t   ;;\n\t # The \"-l\" case would never come before the object being\n\t # linked, so don't bother handling this case.\n\t esac\n       else\n\t if test -z \"$postdeps_CXX\"; then\n\t   postdeps_CXX=\"${prev}${p}\"\n\t else\n\t   postdeps_CXX=\"${postdeps_CXX} ${prev}${p}\"\n\t fi\n       fi\n       ;;\n\n    *.$objext)\n       # This assumes that the test object file only shows up\n       # once in the compiler output.\n       if test \"$p\" = \"conftest.$objext\"; then\n\t pre_test_object_deps_done=yes\n\t continue\n       fi\n\n       if test \"$pre_test_object_deps_done\" = no; then\n\t if test -z \"$predep_objects_CXX\"; then\n\t   predep_objects_CXX=\"$p\"\n\t else\n\t   predep_objects_CXX=\"$predep_objects_CXX $p\"\n\t fi\n       else\n\t if test -z \"$postdep_objects_CXX\"; then\n\t   postdep_objects_CXX=\"$p\"\n\t else\n\t   postdep_objects_CXX=\"$postdep_objects_CXX $p\"\n\t fi\n       fi\n       ;;\n\n    *) ;; # Ignore the rest.\n\n    esac\n  done\n\n  # Clean up.\n  rm -f a.out a.exe\nelse\n  echo \"libtool.m4: error: problem compiling CXX test program\"\nfi\n\n$rm -f confest.$objext\n\n# PORTME: override above test on systems where it is broken\ncase $host_os in\ninterix3*)\n  # Interix 3.5 installs completely hosed .la files for C++, so rather than\n  # hack all around it, let's just trust \"g++\" to DTRT.\n  predep_objects_CXX=\n  postdep_objects_CXX=\n  postdeps_CXX=\n  ;;\n\nsolaris*)\n  case $cc_basename in\n  CC*)\n    # Adding this requires a known-good setup of shared libraries for\n    # Sun compiler versions before 5.6, else PIC objects from an old\n    # archive will be linked into the output, leading to subtle bugs.\n    postdeps_CXX='-lCstd -lCrun'\n    ;;\n  esac\n  ;;\nesac\n\n\ncase \" $postdeps_CXX \" in\n*\" -lc \"*) archive_cmds_need_lc_CXX=no ;;\nesac\n\nlt_prog_compiler_wl_CXX=\nlt_prog_compiler_pic_CXX=\nlt_prog_compiler_static_CXX=\n\n{ echo \"$as_me:$LINENO: checking for $compiler option to produce PIC\" >&5\necho $ECHO_N \"checking for $compiler option to produce PIC... $ECHO_C\" >&6; }\n\n  # C++ specific cases for pic, static, wl, etc.\n  if test \"$GXX\" = yes; then\n    lt_prog_compiler_wl_CXX='-Wl,'\n    lt_prog_compiler_static_CXX='-static'\n\n    case $host_os in\n    aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static_CXX='-Bstatic'\n      fi\n      ;;\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      lt_prog_compiler_pic_CXX='-m68020 -resident32 -malways-restore-a4'\n      ;;\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n    mingw* | os2* | pw32*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic_CXX='-DDLL_EXPORT'\n      ;;\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      lt_prog_compiler_pic_CXX='-fno-common'\n      ;;\n    *djgpp*)\n      # DJGPP does not support shared libraries at all\n      lt_prog_compiler_pic_CXX=\n      ;;\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tlt_prog_compiler_pic_CXX=-Kconform_pic\n      fi\n      ;;\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t;;\n      *)\n\tlt_prog_compiler_pic_CXX='-fPIC'\n\t;;\n      esac\n      ;;\n    *)\n      lt_prog_compiler_pic_CXX='-fPIC'\n      ;;\n    esac\n  else\n    case $host_os in\n      aix4* | aix5*)\n\t# All AIX code is PIC.\n\tif test \"$host_cpu\" = ia64; then\n\t  # AIX 5 now supports IA64 processor\n\t  lt_prog_compiler_static_CXX='-Bstatic'\n\telse\n\t  lt_prog_compiler_static_CXX='-bnso -bI:/lib/syscalls.exp'\n\tfi\n\t;;\n      chorus*)\n\tcase $cc_basename in\n\tcxch68*)\n\t  # Green Hills C++ Compiler\n\t  # _LT_AC_TAGVAR(lt_prog_compiler_static, CXX)=\"--no_auto_instantiation -u __main -u __premain -u _abort -r $COOL_DIR/lib/libOrb.a $MVME_DIR/lib/CC/libC.a $MVME_DIR/lib/classix/libcx.s.a\"\n\t  ;;\n\tesac\n\t;;\n       darwin*)\n         # PIC is the default on this platform\n         # Common symbols not allowed in MH_DYLIB files\n         case $cc_basename in\n           xlc*)\n           lt_prog_compiler_pic_CXX='-qnocommon'\n           lt_prog_compiler_wl_CXX='-Wl,'\n           ;;\n         esac\n       ;;\n      dgux*)\n\tcase $cc_basename in\n\t  ec++*)\n\t    lt_prog_compiler_pic_CXX='-KPIC'\n\t    ;;\n\t  ghcx*)\n\t    # Green Hills C++ Compiler\n\t    lt_prog_compiler_pic_CXX='-pic'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      freebsd* | dragonfly*)\n\t# FreeBSD uses GNU C++\n\t;;\n      hpux9* | hpux10* | hpux11*)\n\tcase $cc_basename in\n\t  CC*)\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_static_CXX='${wl}-a ${wl}archive'\n\t    if test \"$host_cpu\" != ia64; then\n\t      lt_prog_compiler_pic_CXX='+Z'\n\t    fi\n\t    ;;\n\t  aCC*)\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_static_CXX='${wl}-a ${wl}archive'\n\t    case $host_cpu in\n\t    hppa*64*|ia64*)\n\t      # +Z the default\n\t      ;;\n\t    *)\n\t      lt_prog_compiler_pic_CXX='+Z'\n\t      ;;\n\t    esac\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      interix*)\n\t# This is c89, which is MS Visual C++ (no shared libs)\n\t# Anyone wants to do a port?\n\t;;\n      irix5* | irix6* | nonstopux*)\n\tcase $cc_basename in\n\t  CC*)\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_static_CXX='-non_shared'\n\t    # CC pic flag -KPIC is the default.\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      linux* | k*bsd*-gnu)\n\tcase $cc_basename in\n\t  KCC*)\n\t    # KAI C++ Compiler\n\t    lt_prog_compiler_wl_CXX='--backend -Wl,'\n\t    lt_prog_compiler_pic_CXX='-fPIC'\n\t    ;;\n\t  icpc* | ecpc*)\n\t    # Intel C++\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_pic_CXX='-KPIC'\n\t    lt_prog_compiler_static_CXX='-static'\n\t    ;;\n\t  pgCC*)\n\t    # Portland Group C++ compiler.\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_pic_CXX='-fpic'\n\t    lt_prog_compiler_static_CXX='-Bstatic'\n\t    ;;\n\t  cxx*)\n\t    # Compaq C++\n\t    # Make sure the PIC flag is empty.  It appears that all Alpha\n\t    # Linux and Compaq Tru64 Unix objects are PIC.\n\t    lt_prog_compiler_pic_CXX=\n\t    lt_prog_compiler_static_CXX='-non_shared'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      lynxos*)\n\t;;\n      m88k*)\n\t;;\n      mvs*)\n\tcase $cc_basename in\n\t  cxx*)\n\t    lt_prog_compiler_pic_CXX='-W c,exportall'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      netbsd* | netbsdelf*-gnu)\n\t;;\n      osf3* | osf4* | osf5*)\n\tcase $cc_basename in\n\t  KCC*)\n\t    lt_prog_compiler_wl_CXX='--backend -Wl,'\n\t    ;;\n\t  RCC*)\n\t    # Rational C++ 2.4.1\n\t    lt_prog_compiler_pic_CXX='-pic'\n\t    ;;\n\t  cxx*)\n\t    # Digital/Compaq C++\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    # Make sure the PIC flag is empty.  It appears that all Alpha\n\t    # Linux and Compaq Tru64 Unix objects are PIC.\n\t    lt_prog_compiler_pic_CXX=\n\t    lt_prog_compiler_static_CXX='-non_shared'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      psos*)\n\t;;\n      solaris*)\n\tcase $cc_basename in\n\t  CC*)\n\t    # Sun C++ 4.2, 5.x and Centerline C++\n\t    lt_prog_compiler_pic_CXX='-KPIC'\n\t    lt_prog_compiler_static_CXX='-Bstatic'\n\t    lt_prog_compiler_wl_CXX='-Qoption ld '\n\t    ;;\n\t  gcx*)\n\t    # Green Hills C++ Compiler\n\t    lt_prog_compiler_pic_CXX='-PIC'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      sunos4*)\n\tcase $cc_basename in\n\t  CC*)\n\t    # Sun C++ 4.x\n\t    lt_prog_compiler_pic_CXX='-pic'\n\t    lt_prog_compiler_static_CXX='-Bstatic'\n\t    ;;\n\t  lcc*)\n\t    # Lucid\n\t    lt_prog_compiler_pic_CXX='-pic'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      tandem*)\n\tcase $cc_basename in\n\t  NCC*)\n\t    # NonStop-UX NCC 3.20\n\t    lt_prog_compiler_pic_CXX='-KPIC'\n\t    ;;\n\t  *)\n\t    ;;\n\tesac\n\t;;\n      sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n\tcase $cc_basename in\n\t  CC*)\n\t    lt_prog_compiler_wl_CXX='-Wl,'\n\t    lt_prog_compiler_pic_CXX='-KPIC'\n\t    lt_prog_compiler_static_CXX='-Bstatic'\n\t    ;;\n\tesac\n\t;;\n      vxworks*)\n\t;;\n      *)\n\tlt_prog_compiler_can_build_shared_CXX=no\n\t;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_CXX\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_CXX\" >&6; }\n\n#\n# Check to make sure the PIC flag actually works.\n#\nif test -n \"$lt_prog_compiler_pic_CXX\"; then\n\n{ echo \"$as_me:$LINENO: checking if $compiler PIC flag $lt_prog_compiler_pic_CXX works\" >&5\necho $ECHO_N \"checking if $compiler PIC flag $lt_prog_compiler_pic_CXX works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_pic_works_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_pic_works_CXX=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"$lt_prog_compiler_pic_CXX -DPIC\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:11651: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:11655: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_prog_compiler_pic_works_CXX=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_works_CXX\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_works_CXX\" >&6; }\n\nif test x\"$lt_prog_compiler_pic_works_CXX\" = xyes; then\n    case $lt_prog_compiler_pic_CXX in\n     \"\" | \" \"*) ;;\n     *) lt_prog_compiler_pic_CXX=\" $lt_prog_compiler_pic_CXX\" ;;\n     esac\nelse\n    lt_prog_compiler_pic_CXX=\n     lt_prog_compiler_can_build_shared_CXX=no\nfi\n\nfi\ncase $host_os in\n  # For platforms which do not support PIC, -DPIC is meaningless:\n  *djgpp*)\n    lt_prog_compiler_pic_CXX=\n    ;;\n  *)\n    lt_prog_compiler_pic_CXX=\"$lt_prog_compiler_pic_CXX -DPIC\"\n    ;;\nesac\n\n#\n# Check to make sure the static flag actually works.\n#\nwl=$lt_prog_compiler_wl_CXX eval lt_tmp_static_flag=\\\"$lt_prog_compiler_static_CXX\\\"\n{ echo \"$as_me:$LINENO: checking if $compiler static flag $lt_tmp_static_flag works\" >&5\necho $ECHO_N \"checking if $compiler static flag $lt_tmp_static_flag works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_static_works_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_static_works_CXX=no\n   save_LDFLAGS=\"$LDFLAGS\"\n   LDFLAGS=\"$LDFLAGS $lt_tmp_static_flag\"\n   printf \"$lt_simple_link_test_code\" > conftest.$ac_ext\n   if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then\n     # The linker can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     if test -s conftest.err; then\n       # Append any errors to the config.log.\n       cat conftest.err 1>&5\n       $echo \"X$_lt_linker_boilerplate\" | $Xsed -e '/^$/d' > conftest.exp\n       $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n       if diff conftest.exp conftest.er2 >/dev/null; then\n         lt_prog_compiler_static_works_CXX=yes\n       fi\n     else\n       lt_prog_compiler_static_works_CXX=yes\n     fi\n   fi\n   $rm conftest*\n   LDFLAGS=\"$save_LDFLAGS\"\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_static_works_CXX\" >&5\necho \"${ECHO_T}$lt_prog_compiler_static_works_CXX\" >&6; }\n\nif test x\"$lt_prog_compiler_static_works_CXX\" = xyes; then\n    :\nelse\n    lt_prog_compiler_static_CXX=\nfi\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -c -o file.$ac_objext\" >&5\necho $ECHO_N \"checking if $compiler supports -c -o file.$ac_objext... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_c_o_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_c_o_CXX=no\n   $rm -r conftest 2>/dev/null\n   mkdir conftest\n   cd conftest\n   mkdir out\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n   lt_compiler_flag=\"-o out/conftest2.$ac_objext\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:11755: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>out/conftest.err)\n   ac_status=$?\n   cat out/conftest.err >&5\n   echo \"$as_me:11759: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s out/conftest2.$ac_objext\n   then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' > out/conftest.exp\n     $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2\n     if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_c_o_CXX=yes\n     fi\n   fi\n   chmod u+w . 2>&5\n   $rm conftest*\n   # SGI C++ compiler will create directory out/ii_files/ for\n   # template instantiation\n   test -d out/ii_files && $rm out/ii_files/* && rmdir out/ii_files\n   $rm out/* && rmdir out\n   cd ..\n   rmdir conftest\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_c_o_CXX\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_c_o_CXX\" >&6; }\n\n\nhard_links=\"nottested\"\nif test \"$lt_cv_prog_compiler_c_o_CXX\" = no && test \"$need_locks\" != no; then\n  # do not overwrite the value of need_locks provided by the user\n  { echo \"$as_me:$LINENO: checking if we can lock with hard links\" >&5\necho $ECHO_N \"checking if we can lock with hard links... $ECHO_C\" >&6; }\n  hard_links=yes\n  $rm conftest*\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  touch conftest.a\n  ln conftest.a conftest.b 2>&5 || hard_links=no\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  { echo \"$as_me:$LINENO: result: $hard_links\" >&5\necho \"${ECHO_T}$hard_links\" >&6; }\n  if test \"$hard_links\" = no; then\n    { echo \"$as_me:$LINENO: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&5\necho \"$as_me: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&2;}\n    need_locks=warn\n  fi\nelse\n  need_locks=no\nfi\n\n{ echo \"$as_me:$LINENO: checking whether the $compiler linker ($LD) supports shared libraries\" >&5\necho $ECHO_N \"checking whether the $compiler linker ($LD) supports shared libraries... $ECHO_C\" >&6; }\n\n  export_symbols_cmds_CXX='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  case $host_os in\n  aix4* | aix5*)\n    # If we're using GNU nm, then we don't want the \"-C\" option.\n    # -C means demangle to AIX nm, but means don't demangle with GNU nm\n    if $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n      export_symbols_cmds_CXX='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n    else\n      export_symbols_cmds_CXX='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n    fi\n    ;;\n  pw32*)\n    export_symbols_cmds_CXX=\"$ltdll_cmds\"\n  ;;\n  cygwin* | mingw*)\n    export_symbols_cmds_CXX='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[BCDGRS] /s/.* \\([^ ]*\\)/\\1 DATA/;/^.* __nm__/s/^.* __nm__\\([^ ]*\\) [^ ]*/\\1 DATA/;/^I /d;/^[AITW] /s/.* //'\\'' | sort | uniq > $export_symbols'\n  ;;\n  linux* | k*bsd*-gnu)\n    link_all_deplibs_CXX=no\n  ;;\n  *)\n    export_symbols_cmds_CXX='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  ;;\n  esac\n\n{ echo \"$as_me:$LINENO: result: $ld_shlibs_CXX\" >&5\necho \"${ECHO_T}$ld_shlibs_CXX\" >&6; }\ntest \"$ld_shlibs_CXX\" = no && can_build_shared=no\n\n#\n# Do we need to explicitly link libc?\n#\ncase \"x$archive_cmds_need_lc_CXX\" in\nx|xyes)\n  # Assume -lc should be added\n  archive_cmds_need_lc_CXX=yes\n\n  if test \"$enable_shared\" = yes && test \"$GCC\" = yes; then\n    case $archive_cmds_CXX in\n    *'~'*)\n      # FIXME: we may have to deal with multi-command sequences.\n      ;;\n    '$CC '*)\n      # Test whether the compiler implicitly links with -lc since on some\n      # systems, -lgcc has to come before -lc. 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The import file would start with\n    # the line `#! .'.  This would cause the generated library to\n    # depend on `.', always an invalid library.  This was fixed in\n    # development snapshots of GCC prior to 3.0.\n    case $host_os in\n      aix4 | aix4.[01] | aix4.[01].*)\n      if { echo '#if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 97)'\n\t   echo ' yes '\n\t   echo '#endif'; } | ${CC} -E - | grep yes > /dev/null; then\n\t:\n      else\n\tcan_build_shared=no\n      fi\n      ;;\n    esac\n    # AIX (on Power*) has no versioning support, so currently we can not hardcode correct\n    # soname into executable. Probably we can add versioning support to\n    # collect2, so additional links can be useful in future.\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # If using run time linking (on AIX 4.2 or later) use lib<name>.so\n      # instead of lib<name>.a to let people know that these are not\n      # typical AIX shared libraries.\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    else\n      # We preserve .a as extension for shared libraries through AIX4.2\n      # and later when we are not doing run time linking.\n      library_names_spec='${libname}${release}.a $libname.a'\n      soname_spec='${libname}${release}${shared_ext}$major'\n    fi\n    shlibpath_var=LIBPATH\n  fi\n  ;;\n\namigaos*)\n  library_names_spec='$libname.ixlibrary $libname.a'\n  # Create ${libname}_ixlibrary.a entries in /sys/libs.\n  finish_eval='for lib in `ls $libdir/*.ixlibrary 2>/dev/null`; do libname=`$echo \"X$lib\" | $Xsed -e '\\''s%^.*/\\([^/]*\\)\\.ixlibrary$%\\1%'\\''`; test $rm /sys/libs/${libname}_ixlibrary.a; $show \"cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a\"; cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a || exit 1; done'\n  ;;\n\nbeos*)\n  library_names_spec='${libname}${shared_ext}'\n  dynamic_linker=\"$host_os ld.so\"\n  shlibpath_var=LIBRARY_PATH\n  ;;\n\nbsdi[45]*)\n  version_type=linux\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/shlib /usr/lib /usr/X11/lib /usr/contrib/lib /lib /usr/local/lib\"\n  sys_lib_dlsearch_path_spec=\"/shlib /usr/lib /usr/local/lib\"\n  # the default ld.so.conf also contains /usr/contrib/lib and\n  # /usr/X11R6/lib (/usr/X11 is a link to /usr/X11R6), but let us allow\n  # libtool to hard-code these into programs\n  ;;\n\ncygwin* | mingw* | pw32*)\n  version_type=windows\n  shrext_cmds=\".dll\"\n  need_version=no\n  need_lib_prefix=no\n\n  case $GCC,$host_os in\n  yes,cygwin* | yes,mingw* | yes,pw32*)\n    library_names_spec='$libname.dll.a'\n    # DLL is installed to $(libdir)/../bin by postinstall_cmds\n    postinstall_cmds='base_file=`basename \\${file}`~\n      dlpath=`$SHELL 2>&1 -c '\\''. $dir/'\\''\\${base_file}'\\''i;echo \\$dlname'\\''`~\n      dldir=$destdir/`dirname \\$dlpath`~\n      test -d \\$dldir || mkdir -p \\$dldir~\n      $install_prog $dir/$dlname \\$dldir/$dlname~\n      chmod a+x \\$dldir/$dlname'\n    postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\\''. $file; echo \\$dlname'\\''`~\n      dlpath=$dir/\\$dldll~\n       $rm \\$dlpath'\n    shlibpath_overrides_runpath=yes\n\n    case $host_os in\n    cygwin*)\n      # Cygwin DLLs use 'cyg' prefix rather than 'lib'\n      soname_spec='`echo ${libname} | sed -e 's/^lib/cyg/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=\"/usr/lib /lib/w32api /lib /usr/local/lib\"\n      ;;\n    mingw*)\n      # MinGW DLLs use traditional 'lib' prefix\n      soname_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n      if echo \"$sys_lib_search_path_spec\" | grep ';[c-zC-Z]:/' >/dev/null; then\n        # It is most probably a Windows format PATH printed by\n        # mingw gcc, but we are running on Cygwin. Gcc prints its search\n        # path with ; separators, and with drive letters. We can handle the\n        # drive letters (cygwin fileutils understands them), so leave them,\n        # especially as we might pass files found there to a mingw objdump,\n        # which wouldn't understand a cygwinified path. Ahh.\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n      else\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n      fi\n      ;;\n    pw32*)\n      # pw32 DLLs use 'pw' prefix rather than 'lib'\n      library_names_spec='`echo ${libname} | sed -e 's/^lib/pw/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      ;;\n    esac\n    ;;\n\n  *)\n    library_names_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext} $libname.lib'\n    ;;\n  esac\n  dynamic_linker='Win32 ld.exe'\n  # FIXME: first we should search . and the directory the executable is in\n  shlibpath_var=PATH\n  ;;\n\ndarwin* | rhapsody*)\n  dynamic_linker=\"$host_os dyld\"\n  version_type=darwin\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${versuffix}$shared_ext ${libname}${release}${major}$shared_ext ${libname}$shared_ext'\n  soname_spec='${libname}${release}${major}$shared_ext'\n  shlibpath_overrides_runpath=yes\n  shlibpath_var=DYLD_LIBRARY_PATH\n  shrext_cmds='`test .$module = .yes && echo .so || echo .dylib`'\n  # Apple's gcc prints 'gcc -print-search-dirs' doesn't operate the same.\n  if test \"$GCC\" = yes; then\n    sys_lib_search_path_spec=`$CC -print-search-dirs | tr \"\\n\" \"$PATH_SEPARATOR\" | sed -e 's/libraries:/@libraries:/' | tr \"@\" \"\\n\" | grep \"^libraries:\" | sed -e \"s/^libraries://\" -e \"s,=/,/,g\" -e \"s,$PATH_SEPARATOR, ,g\" -e \"s,.*,& /lib /usr/lib /usr/local/lib,g\"`\n  else\n    sys_lib_search_path_spec='/lib /usr/lib /usr/local/lib'\n  fi\n  sys_lib_dlsearch_path_spec='/usr/local/lib /lib /usr/lib'\n  ;;\n\ndgux*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname$shared_ext'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\nfreebsd1*)\n  dynamic_linker=no\n  ;;\n\nfreebsd* | dragonfly*)\n  # DragonFly does not have aout.  When/if they implement a new\n  # versioning mechanism, adjust this.\n  if test -x /usr/bin/objformat; then\n    objformat=`/usr/bin/objformat`\n  else\n    case $host_os in\n    freebsd[123]*) objformat=aout ;;\n    *) objformat=elf ;;\n    esac\n  fi\n  version_type=freebsd-$objformat\n  case $version_type in\n    freebsd-elf*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n      need_version=no\n      need_lib_prefix=no\n      ;;\n    freebsd-*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix $libname${shared_ext}$versuffix'\n      need_version=yes\n      ;;\n  esac\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_os in\n  freebsd2*)\n    shlibpath_overrides_runpath=yes\n    ;;\n  freebsd3.[01]* | freebsdelf3.[01]*)\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  freebsd3.[2-9]* | freebsdelf3.[2-9]* | \\\n  freebsd4.[0-5] | freebsdelf4.[0-5] | freebsd4.1.1 | freebsdelf4.1.1)\n    shlibpath_overrides_runpath=no\n    hardcode_into_libs=yes\n    ;;\n  freebsd*) # from 4.6 on\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  esac\n  ;;\n\ngnu*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}${major} ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  ;;\n\nhpux9* | hpux10* | hpux11*)\n  # Give a soname corresponding to the major version so that dld.sl refuses to\n  # link against other versions.\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  case $host_cpu in\n  ia64*)\n    shrext_cmds='.so'\n    hardcode_into_libs=yes\n    dynamic_linker=\"$host_os dld.so\"\n    shlibpath_var=LD_LIBRARY_PATH\n    shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    if test \"X$HPUX_IA64_MODE\" = X32; then\n      sys_lib_search_path_spec=\"/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib\"\n    else\n      sys_lib_search_path_spec=\"/usr/lib/hpux64 /usr/local/lib/hpux64\"\n    fi\n    sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n    ;;\n   hppa*64*)\n     shrext_cmds='.sl'\n     hardcode_into_libs=yes\n     dynamic_linker=\"$host_os dld.sl\"\n     shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH\n     shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n     library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n     soname_spec='${libname}${release}${shared_ext}$major'\n     sys_lib_search_path_spec=\"/usr/lib/pa20_64 /usr/ccs/lib/pa20_64\"\n     sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n     ;;\n   *)\n    shrext_cmds='.sl'\n    dynamic_linker=\"$host_os dld.sl\"\n    shlibpath_var=SHLIB_PATH\n    shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    ;;\n  esac\n  # HP-UX runs *really* slowly unless shared libraries are mode 555.\n  postinstall_cmds='chmod 555 $lib'\n  ;;\n\ninterix3*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $host_os in\n    nonstopux*) version_type=nonstopux ;;\n    *)\n\tif test \"$lt_cv_prog_gnu_ld\" = yes; then\n\t\tversion_type=linux\n\telse\n\t\tversion_type=irix\n\tfi ;;\n  esac\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}'\n  case $host_os in\n  irix5* | nonstopux*)\n    libsuff= shlibsuff=\n    ;;\n  *)\n    case $LD in # libtool.m4 will add one of these switches to LD\n    *-32|*\"-32 \"|*-melf32bsmip|*\"-melf32bsmip \")\n      libsuff= shlibsuff= libmagic=32-bit;;\n    *-n32|*\"-n32 \"|*-melf32bmipn32|*\"-melf32bmipn32 \")\n      libsuff=32 shlibsuff=N32 libmagic=N32;;\n    *-64|*\"-64 \"|*-melf64bmip|*\"-melf64bmip \")\n      libsuff=64 shlibsuff=64 libmagic=64-bit;;\n    *) libsuff= shlibsuff= libmagic=never-match;;\n    esac\n    ;;\n  esac\n  shlibpath_var=LD_LIBRARY${shlibsuff}_PATH\n  shlibpath_overrides_runpath=no\n  sys_lib_search_path_spec=\"/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}\"\n  sys_lib_dlsearch_path_spec=\"/usr/lib${libsuff} /lib${libsuff}\"\n  hardcode_into_libs=yes\n  ;;\n\n# No shared lib support for Linux oldld, aout, or coff.\nlinux*oldld* | linux*aout* | linux*coff*)\n  dynamic_linker=no\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -n $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  # This implies no fast_install, which is unacceptable.\n  # Some rework will be needed to allow for fast_install\n  # before this can be enabled.\n  hardcode_into_libs=yes\n\n  # Append ld.so.conf contents to the search path\n  if test -f /etc/ld.so.conf; then\n    lt_ld_extra=`awk '/^include / { system(sprintf(\"cd /etc; cat %s\", \\$2)); skip = 1; } { if (!skip) print \\$0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;s/[:,\t]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;/^$/d' | tr '\\n' ' '`\n    sys_lib_dlsearch_path_spec=\"/lib /usr/lib $lt_ld_extra\"\n  fi\n\n  # We used to test for /lib/ld.so.1 and disable shared libraries on\n  # powerpc, because MkLinux only supported shared libraries with the\n  # GNU dynamic linker.  Since this was broken with cross compilers,\n  # most powerpc-linux boxes support dynamic linking these days and\n  # people can always --disable-shared, the test was removed, and we\n  # assume the GNU/Linux dynamic linker is in use.\n  dynamic_linker='GNU/Linux ld.so'\n  ;;\n\nnetbsdelf*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  dynamic_linker='NetBSD ld.elf_so'\n  ;;\n\nnetbsd*)\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n    finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n    dynamic_linker='NetBSD (a.out) ld.so'\n  else\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    dynamic_linker='NetBSD ld.elf_so'\n  fi\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  ;;\n\nnewsos6)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nnto-qnx*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nopenbsd*)\n  version_type=sunos\n  sys_lib_dlsearch_path_spec=\"/usr/lib\"\n  need_lib_prefix=no\n  # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs.\n  case $host_os in\n    openbsd3.3 | openbsd3.3.*) need_version=yes ;;\n    *)                         need_version=no  ;;\n  esac\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    case $host_os in\n      openbsd2.[89] | openbsd2.[89].*)\n\tshlibpath_overrides_runpath=no\n\t;;\n      *)\n\tshlibpath_overrides_runpath=yes\n\t;;\n      esac\n  else\n    shlibpath_overrides_runpath=yes\n  fi\n  ;;\n\nos2*)\n  libname_spec='$name'\n  shrext_cmds=\".dll\"\n  need_lib_prefix=no\n  library_names_spec='$libname${shared_ext} $libname.a'\n  dynamic_linker='OS/2 ld.exe'\n  shlibpath_var=LIBPATH\n  ;;\n\nosf3* | osf4* | osf5*)\n  version_type=osf\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib\"\n  sys_lib_dlsearch_path_spec=\"$sys_lib_search_path_spec\"\n  ;;\n\nsolaris*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  # ldd complains unless libraries are executable\n  postinstall_cmds='chmod +x $lib'\n  ;;\n\nsunos4*)\n  version_type=sunos\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/usr/etc\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  if test \"$with_gnu_ld\" = yes; then\n    need_lib_prefix=no\n  fi\n  need_version=yes\n  ;;\n\nsysv4 | sysv4.3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_vendor in\n    sni)\n      shlibpath_overrides_runpath=no\n      need_lib_prefix=no\n      export_dynamic_flag_spec='${wl}-Blargedynsym'\n      runpath_var=LD_RUN_PATH\n      ;;\n    siemens)\n      need_lib_prefix=no\n      ;;\n    motorola)\n      need_lib_prefix=no\n      need_version=no\n      shlibpath_overrides_runpath=no\n      sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib'\n      ;;\n  esac\n  ;;\n\nsysv4*MP*)\n  if test -d /usr/nec ;then\n    version_type=linux\n    library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}'\n    soname_spec='$libname${shared_ext}.$major'\n    shlibpath_var=LD_LIBRARY_PATH\n  fi\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  version_type=freebsd-elf\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib'\n    shlibpath_overrides_runpath=no\n  else\n    sys_lib_search_path_spec='/usr/ccs/lib /usr/lib'\n    shlibpath_overrides_runpath=yes\n    case $host_os in\n      sco3.2v5*)\n        sys_lib_search_path_spec=\"$sys_lib_search_path_spec /lib\"\n\t;;\n    esac\n  fi\n  sys_lib_dlsearch_path_spec='/usr/lib'\n  ;;\n\nuts4*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\n*)\n  dynamic_linker=no\n  ;;\nesac\n{ echo \"$as_me:$LINENO: result: $dynamic_linker\" >&5\necho \"${ECHO_T}$dynamic_linker\" >&6; }\ntest \"$dynamic_linker\" = no && can_build_shared=no\n\nvariables_saved_for_relink=\"PATH $shlibpath_var $runpath_var\"\nif test \"$GCC\" = yes; then\n  variables_saved_for_relink=\"$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH\"\nfi\n\n{ echo \"$as_me:$LINENO: checking how to hardcode library paths into programs\" >&5\necho $ECHO_N \"checking how to hardcode library paths into programs... $ECHO_C\" >&6; }\nhardcode_action_CXX=\nif test -n \"$hardcode_libdir_flag_spec_CXX\" || \\\n   test -n \"$runpath_var_CXX\" || \\\n   test \"X$hardcode_automatic_CXX\" = \"Xyes\" ; then\n\n  # We can hardcode non-existant directories.\n  if test \"$hardcode_direct_CXX\" != no &&\n     # If the only mechanism to avoid hardcoding is shlibpath_var, we\n     # have to relink, otherwise we might link with an installed library\n     # when we should be linking with a yet-to-be-installed one\n     ## test \"$_LT_AC_TAGVAR(hardcode_shlibpath_var, CXX)\" != no &&\n     test \"$hardcode_minus_L_CXX\" != no; then\n    # Linking always hardcodes the temporary library directory.\n    hardcode_action_CXX=relink\n  else\n    # We can link without hardcoding, and we can hardcode nonexisting dirs.\n    hardcode_action_CXX=immediate\n  fi\nelse\n  # We cannot hardcode anything, or else we can only hardcode existing\n  # directories.\n  hardcode_action_CXX=unsupported\nfi\n{ echo \"$as_me:$LINENO: result: $hardcode_action_CXX\" >&5\necho \"${ECHO_T}$hardcode_action_CXX\" >&6; }\n\nif test \"$hardcode_action_CXX\" = relink; then\n  # Fast installation is not supported\n  enable_fast_install=no\nelif test \"$shlibpath_overrides_runpath\" = yes ||\n     test \"$enable_shared\" = no; then\n  # Fast installation is not necessary\n  enable_fast_install=needless\nfi\n\n\n# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    compiler_CXX \\\n    CC_CXX \\\n    LD_CXX \\\n    lt_prog_compiler_wl_CXX \\\n    lt_prog_compiler_pic_CXX \\\n    lt_prog_compiler_static_CXX \\\n    lt_prog_compiler_no_builtin_flag_CXX \\\n    export_dynamic_flag_spec_CXX \\\n    thread_safe_flag_spec_CXX \\\n    whole_archive_flag_spec_CXX \\\n    enable_shared_with_static_runtimes_CXX \\\n    old_archive_cmds_CXX \\\n    old_archive_from_new_cmds_CXX \\\n    predep_objects_CXX \\\n    postdep_objects_CXX \\\n    predeps_CXX \\\n    postdeps_CXX \\\n    compiler_lib_search_path_CXX \\\n    archive_cmds_CXX \\\n    archive_expsym_cmds_CXX \\\n    postinstall_cmds_CXX \\\n    postuninstall_cmds_CXX \\\n    old_archive_from_expsyms_cmds_CXX \\\n    allow_undefined_flag_CXX \\\n    no_undefined_flag_CXX \\\n    export_symbols_cmds_CXX \\\n    hardcode_libdir_flag_spec_CXX \\\n    hardcode_libdir_flag_spec_ld_CXX \\\n    hardcode_libdir_separator_CXX \\\n    hardcode_automatic_CXX \\\n    module_cmds_CXX \\\n    module_expsym_cmds_CXX \\\n    lt_cv_prog_compiler_c_o_CXX \\\n    exclude_expsyms_CXX \\\n    include_expsyms_CXX; 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then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nCC=$lt_save_CC\nLDCXX=$LD\nLD=$lt_save_LD\nGCC=$lt_save_GCC\nwith_gnu_ldcxx=$with_gnu_ld\nwith_gnu_ld=$lt_save_with_gnu_ld\nlt_cv_path_LDCXX=$lt_cv_path_LD\nlt_cv_path_LD=$lt_save_path_LD\nlt_cv_prog_gnu_ldcxx=$lt_cv_prog_gnu_ld\nlt_cv_prog_gnu_ld=$lt_save_with_gnu_ld\n\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      F77)\n\tif test -n \"$F77\" && test \"X$F77\" != \"Xno\"; then\n\nac_ext=f\nac_compile='$F77 -c $FFLAGS conftest.$ac_ext >&5'\nac_link='$F77 -o conftest$ac_exeext $FFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_f77_compiler_gnu\n\n\narchive_cmds_need_lc_F77=no\nallow_undefined_flag_F77=\nalways_export_symbols_F77=no\narchive_expsym_cmds_F77=\nexport_dynamic_flag_spec_F77=\nhardcode_direct_F77=no\nhardcode_libdir_flag_spec_F77=\nhardcode_libdir_flag_spec_ld_F77=\nhardcode_libdir_separator_F77=\nhardcode_minus_L_F77=no\nhardcode_automatic_F77=no\nmodule_cmds_F77=\nmodule_expsym_cmds_F77=\nlink_all_deplibs_F77=unknown\nold_archive_cmds_F77=$old_archive_cmds\nno_undefined_flag_F77=\nwhole_archive_flag_spec_F77=\nenable_shared_with_static_runtimes_F77=no\n\n# Source file extension for f77 test sources.\nac_ext=f\n\n# Object file extension for compiled f77 test sources.\nobjext=o\nobjext_F77=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"      subroutine t\\n      return\\n      end\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code=\"      program t\\n      end\\n\"\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# save warnings/boilerplate of simple test code\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; 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}\ntest \"$can_build_shared\" = \"no\" && enable_shared=no\n\n# On AIX, shared libraries and static libraries use the same namespace, and\n# are all built from PIC.\ncase $host_os in\naix3*)\n  test \"$enable_shared\" = yes && enable_static=no\n  if test -n \"$RANLIB\"; then\n    archive_cmds=\"$archive_cmds~\\$RANLIB \\$lib\"\n    postinstall_cmds='$RANLIB $lib'\n  fi\n  ;;\naix4* | aix5*)\n  if test \"$host_cpu\" != ia64 && test \"$aix_use_runtimelinking\" = no ; then\n    test \"$enable_shared\" = yes && enable_static=no\n  fi\n  ;;\nesac\n{ echo \"$as_me:$LINENO: result: $enable_shared\" >&5\necho \"${ECHO_T}$enable_shared\" >&6; }\n\n{ echo \"$as_me:$LINENO: checking whether to build static libraries\" >&5\necho $ECHO_N \"checking whether to build static libraries... $ECHO_C\" >&6; }\n# Make sure either enable_shared or enable_static is yes.\ntest \"$enable_shared\" = yes || enable_static=yes\n{ echo \"$as_me:$LINENO: result: $enable_static\" >&5\necho \"${ECHO_T}$enable_static\" >&6; }\n\nGCC_F77=\"$G77\"\nLD_F77=\"$LD\"\n\nlt_prog_compiler_wl_F77=\nlt_prog_compiler_pic_F77=\nlt_prog_compiler_static_F77=\n\n{ echo \"$as_me:$LINENO: checking for $compiler option to produce PIC\" >&5\necho $ECHO_N \"checking for $compiler option to produce PIC... $ECHO_C\" >&6; }\n\n  if test \"$GCC\" = yes; then\n    lt_prog_compiler_wl_F77='-Wl,'\n    lt_prog_compiler_static_F77='-static'\n\n    case $host_os in\n      aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static_F77='-Bstatic'\n      fi\n      ;;\n\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      lt_prog_compiler_pic_F77='-m68020 -resident32 -malways-restore-a4'\n      ;;\n\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic_F77='-DDLL_EXPORT'\n      ;;\n\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      lt_prog_compiler_pic_F77='-fno-common'\n      ;;\n\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n\n    msdosdjgpp*)\n      # Just because we use GCC doesn't mean we suddenly get shared libraries\n      # on systems that don't support them.\n      lt_prog_compiler_can_build_shared_F77=no\n      enable_shared=no\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tlt_prog_compiler_pic_F77=-Kconform_pic\n      fi\n      ;;\n\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic_F77='-fPIC'\n\t;;\n      esac\n      ;;\n\n    *)\n      lt_prog_compiler_pic_F77='-fPIC'\n      ;;\n    esac\n  else\n    # PORTME Check for flag to pass linker flags through the system compiler.\n    case $host_os in\n    aix*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static_F77='-Bstatic'\n      else\n\tlt_prog_compiler_static_F77='-bnso -bI:/lib/syscalls.exp'\n      fi\n      ;;\n      darwin*)\n        # PIC is the default on this platform\n        # Common symbols not allowed in MH_DYLIB files\n       case $cc_basename in\n         xlc*)\n         lt_prog_compiler_pic_F77='-qnocommon'\n         lt_prog_compiler_wl_F77='-Wl,'\n         ;;\n       esac\n       ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic_F77='-DDLL_EXPORT'\n      ;;\n\n    hpux9* | hpux10* | hpux11*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic_F77='+Z'\n\t;;\n      esac\n      # Is there a better lt_prog_compiler_static that works with the bundled CC?\n      lt_prog_compiler_static_F77='${wl}-a ${wl}archive'\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      # PIC (with -KPIC) is the default.\n      lt_prog_compiler_static_F77='-non_shared'\n      ;;\n\n    newsos6)\n      lt_prog_compiler_pic_F77='-KPIC'\n      lt_prog_compiler_static_F77='-Bstatic'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      case $cc_basename in\n      icc* | ecc*)\n\tlt_prog_compiler_wl_F77='-Wl,'\n\tlt_prog_compiler_pic_F77='-KPIC'\n\tlt_prog_compiler_static_F77='-static'\n        ;;\n      pgcc* | pgf77* | pgf90* | pgf95*)\n        # Portland Group compilers (*not* the Pentium gcc compiler,\n\t# which looks to be a dead project)\n\tlt_prog_compiler_wl_F77='-Wl,'\n\tlt_prog_compiler_pic_F77='-fpic'\n\tlt_prog_compiler_static_F77='-Bstatic'\n        ;;\n      ccc*)\n        lt_prog_compiler_wl_F77='-Wl,'\n        # All Alpha code is PIC.\n        lt_prog_compiler_static_F77='-non_shared'\n        ;;\n      esac\n      ;;\n\n    osf3* | osf4* | osf5*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      # All OSF/1 code is PIC.\n      lt_prog_compiler_static_F77='-non_shared'\n      ;;\n\n    solaris*)\n      lt_prog_compiler_pic_F77='-KPIC'\n      lt_prog_compiler_static_F77='-Bstatic'\n      case $cc_basename in\n      f77* | f90* | f95*)\n\tlt_prog_compiler_wl_F77='-Qoption ld ';;\n      *)\n\tlt_prog_compiler_wl_F77='-Wl,';;\n      esac\n      ;;\n\n    sunos4*)\n      lt_prog_compiler_wl_F77='-Qoption ld '\n      lt_prog_compiler_pic_F77='-PIC'\n      lt_prog_compiler_static_F77='-Bstatic'\n      ;;\n\n    sysv4 | sysv4.2uw2* | sysv4.3*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      lt_prog_compiler_pic_F77='-KPIC'\n      lt_prog_compiler_static_F77='-Bstatic'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec ;then\n\tlt_prog_compiler_pic_F77='-Kconform_pic'\n\tlt_prog_compiler_static_F77='-Bstatic'\n      fi\n      ;;\n\n    sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      lt_prog_compiler_pic_F77='-KPIC'\n      lt_prog_compiler_static_F77='-Bstatic'\n      ;;\n\n    unicos*)\n      lt_prog_compiler_wl_F77='-Wl,'\n      lt_prog_compiler_can_build_shared_F77=no\n      ;;\n\n    uts4*)\n      lt_prog_compiler_pic_F77='-pic'\n      lt_prog_compiler_static_F77='-Bstatic'\n      ;;\n\n    *)\n      lt_prog_compiler_can_build_shared_F77=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_F77\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_F77\" >&6; }\n\n#\n# Check to make sure the PIC flag actually works.\n#\nif test -n \"$lt_prog_compiler_pic_F77\"; then\n\n{ echo \"$as_me:$LINENO: checking if $compiler PIC flag $lt_prog_compiler_pic_F77 works\" >&5\necho $ECHO_N \"checking if $compiler PIC flag $lt_prog_compiler_pic_F77 works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_pic_works_F77+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_pic_works_F77=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"$lt_prog_compiler_pic_F77\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:13316: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:13320: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_prog_compiler_pic_works_F77=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_works_F77\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_works_F77\" >&6; }\n\nif test x\"$lt_prog_compiler_pic_works_F77\" = xyes; then\n    case $lt_prog_compiler_pic_F77 in\n     \"\" | \" \"*) ;;\n     *) lt_prog_compiler_pic_F77=\" $lt_prog_compiler_pic_F77\" ;;\n     esac\nelse\n    lt_prog_compiler_pic_F77=\n     lt_prog_compiler_can_build_shared_F77=no\nfi\n\nfi\ncase $host_os in\n  # For platforms which do not support PIC, -DPIC is meaningless:\n  *djgpp*)\n    lt_prog_compiler_pic_F77=\n    ;;\n  *)\n    lt_prog_compiler_pic_F77=\"$lt_prog_compiler_pic_F77\"\n    ;;\nesac\n\n#\n# Check to make sure the static flag actually works.\n#\nwl=$lt_prog_compiler_wl_F77 eval lt_tmp_static_flag=\\\"$lt_prog_compiler_static_F77\\\"\n{ echo \"$as_me:$LINENO: checking if $compiler static flag $lt_tmp_static_flag works\" >&5\necho $ECHO_N \"checking if $compiler static flag $lt_tmp_static_flag works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_static_works_F77+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_static_works_F77=no\n   save_LDFLAGS=\"$LDFLAGS\"\n   LDFLAGS=\"$LDFLAGS $lt_tmp_static_flag\"\n   printf \"$lt_simple_link_test_code\" > conftest.$ac_ext\n   if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then\n     # The linker can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     if test -s conftest.err; then\n       # Append any errors to the config.log.\n       cat conftest.err 1>&5\n       $echo \"X$_lt_linker_boilerplate\" | $Xsed -e '/^$/d' > conftest.exp\n       $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n       if diff conftest.exp conftest.er2 >/dev/null; then\n         lt_prog_compiler_static_works_F77=yes\n       fi\n     else\n       lt_prog_compiler_static_works_F77=yes\n     fi\n   fi\n   $rm conftest*\n   LDFLAGS=\"$save_LDFLAGS\"\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_static_works_F77\" >&5\necho \"${ECHO_T}$lt_prog_compiler_static_works_F77\" >&6; }\n\nif test x\"$lt_prog_compiler_static_works_F77\" = xyes; then\n    :\nelse\n    lt_prog_compiler_static_F77=\nfi\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -c -o file.$ac_objext\" >&5\necho $ECHO_N \"checking if $compiler supports -c -o file.$ac_objext... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_c_o_F77+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_c_o_F77=no\n   $rm -r conftest 2>/dev/null\n   mkdir conftest\n   cd conftest\n   mkdir out\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n   lt_compiler_flag=\"-o out/conftest2.$ac_objext\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:13420: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>out/conftest.err)\n   ac_status=$?\n   cat out/conftest.err >&5\n   echo \"$as_me:13424: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s out/conftest2.$ac_objext\n   then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' > out/conftest.exp\n     $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2\n     if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_c_o_F77=yes\n     fi\n   fi\n   chmod u+w . 2>&5\n   $rm conftest*\n   # SGI C++ compiler will create directory out/ii_files/ for\n   # template instantiation\n   test -d out/ii_files && $rm out/ii_files/* && rmdir out/ii_files\n   $rm out/* && rmdir out\n   cd ..\n   rmdir conftest\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_c_o_F77\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_c_o_F77\" >&6; }\n\n\nhard_links=\"nottested\"\nif test \"$lt_cv_prog_compiler_c_o_F77\" = no && test \"$need_locks\" != no; then\n  # do not overwrite the value of need_locks provided by the user\n  { echo \"$as_me:$LINENO: checking if we can lock with hard links\" >&5\necho $ECHO_N \"checking if we can lock with hard links... $ECHO_C\" >&6; }\n  hard_links=yes\n  $rm conftest*\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  touch conftest.a\n  ln conftest.a conftest.b 2>&5 || hard_links=no\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  { echo \"$as_me:$LINENO: result: $hard_links\" >&5\necho \"${ECHO_T}$hard_links\" >&6; }\n  if test \"$hard_links\" = no; then\n    { echo \"$as_me:$LINENO: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&5\necho \"$as_me: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&2;}\n    need_locks=warn\n  fi\nelse\n  need_locks=no\nfi\n\n{ echo \"$as_me:$LINENO: checking whether the $compiler linker ($LD) supports shared libraries\" >&5\necho $ECHO_N \"checking whether the $compiler linker ($LD) supports shared libraries... $ECHO_C\" >&6; }\n\n  runpath_var=\n  allow_undefined_flag_F77=\n  enable_shared_with_static_runtimes_F77=no\n  archive_cmds_F77=\n  archive_expsym_cmds_F77=\n  old_archive_From_new_cmds_F77=\n  old_archive_from_expsyms_cmds_F77=\n  export_dynamic_flag_spec_F77=\n  whole_archive_flag_spec_F77=\n  thread_safe_flag_spec_F77=\n  hardcode_libdir_flag_spec_F77=\n  hardcode_libdir_flag_spec_ld_F77=\n  hardcode_libdir_separator_F77=\n  hardcode_direct_F77=no\n  hardcode_minus_L_F77=no\n  hardcode_shlibpath_var_F77=unsupported\n  link_all_deplibs_F77=unknown\n  hardcode_automatic_F77=no\n  module_cmds_F77=\n  module_expsym_cmds_F77=\n  always_export_symbols_F77=no\n  export_symbols_cmds_F77='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  # include_expsyms should be a list of space-separated symbols to be *always*\n  # included in the symbol list\n  include_expsyms_F77=\n  # exclude_expsyms can be an extended regexp of symbols to exclude\n  # it will be wrapped by ` (' and `)$', so one must not match beginning or\n  # end of line.  Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc',\n  # as well as any symbol that contains `d'.\n  exclude_expsyms_F77=\"_GLOBAL_OFFSET_TABLE_\"\n  # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out\n  # platforms (ab)use it in PIC code, but their linkers get confused if\n  # the symbol is explicitly referenced.  Since portable code cannot\n  # rely on this symbol name, it's probably fine to never include it in\n  # preloaded symbol tables.\n  extract_expsyms_cmds=\n  # Just being paranoid about ensuring that cc_basename is set.\n  for cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n  case $host_os in\n  cygwin* | mingw* | pw32*)\n    # FIXME: the MSVC++ port hasn't been tested in a loooong time\n    # When not using gcc, we currently assume that we are using\n    # Microsoft Visual C++.\n    if test \"$GCC\" != yes; then\n      with_gnu_ld=no\n    fi\n    ;;\n  interix*)\n    # we just hope/assume this is gcc and not c89 (= MSVC++)\n    with_gnu_ld=yes\n    ;;\n  openbsd*)\n    with_gnu_ld=no\n    ;;\n  esac\n\n  ld_shlibs_F77=yes\n  if test \"$with_gnu_ld\" = yes; then\n    # If archive_cmds runs LD, not CC, wlarc should be empty\n    wlarc='${wl}'\n\n    # Set some defaults for GNU ld with shared library support. These\n    # are reset later if shared libraries are not supported. Putting them\n    # here allows them to be overridden if necessary.\n    runpath_var=LD_RUN_PATH\n    hardcode_libdir_flag_spec_F77='${wl}--rpath ${wl}$libdir'\n    export_dynamic_flag_spec_F77='${wl}--export-dynamic'\n    # ancient GNU ld didn't support --whole-archive et. al.\n    if $LD --help 2>&1 | grep 'no-whole-archive' > /dev/null; then\n\twhole_archive_flag_spec_F77=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n      else\n  \twhole_archive_flag_spec_F77=\n    fi\n    supports_anon_versioning=no\n    case `$LD -v 2>/dev/null` in\n      *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.10.*) ;; # catch versions < 2.11\n      *\\ 2.11.93.0.2\\ *) supports_anon_versioning=yes ;; # RH7.3 ...\n      *\\ 2.11.92.0.12\\ *) supports_anon_versioning=yes ;; # Mandrake 8.2 ...\n      *\\ 2.11.*) ;; # other 2.11 versions\n      *) supports_anon_versioning=yes ;;\n    esac\n\n    # See if GNU ld supports shared libraries.\n    case $host_os in\n    aix3* | aix4* | aix5*)\n      # On AIX/PPC, the GNU linker is very broken\n      if test \"$host_cpu\" != ia64; then\n\tld_shlibs_F77=no\n\tcat <<EOF 1>&2\n\n*** Warning: the GNU linker, at least up to release 2.9.1, is reported\n*** to be unable to reliably create shared libraries on AIX.\n*** Therefore, libtool is disabling shared libraries support.  If you\n*** really care for shared libraries, you may want to modify your PATH\n*** so that a non-GNU linker is found, and then restart.\n\nEOF\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds_F77='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_minus_L_F77=yes\n\n      # Samuel A. Falvo II <kc5tja@dolphin.openprojects.net> reports\n      # that the semantics of dynamic libraries on AmigaOS, at least up\n      # to version 4, is to share data among multiple programs linked\n      # with the same dynamic library.  Since this doesn't match the\n      # behavior of shared libraries on other platforms, we can't use\n      # them.\n      ld_shlibs_F77=no\n      ;;\n\n    beos*)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tallow_undefined_flag_F77=unsupported\n\t# Joseph Beckenbach <jrb3@best.com> says some releases of gcc\n\t# support --undefined.  This deserves some investigation.  FIXME\n\tarchive_cmds_F77='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n      else\n\tld_shlibs_F77=no\n      fi\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, F77) is actually meaningless,\n      # as there is no search path for DLLs.\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      allow_undefined_flag_F77=unsupported\n      always_export_symbols_F77=no\n      enable_shared_with_static_runtimes_F77=yes\n      export_symbols_cmds_F77='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[BCDGRS] /s/.* \\([^ ]*\\)/\\1 DATA/'\\'' | $SED -e '\\''/^[AITW] /s/.* //'\\'' | sort | uniq > $export_symbols'\n\n      if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n        archive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n\t# If the export-symbols file already is a .def file (1st line\n\t# is EXPORTS), use it as is; otherwise, prepend...\n\tarchive_expsym_cmds_F77='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\t  cp $export_symbols $output_objdir/$soname.def;\n\telse\n\t  echo EXPORTS > $output_objdir/$soname.def;\n\t  cat $export_symbols >> $output_objdir/$soname.def;\n\tfi~\n\t$CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      else\n\tld_shlibs_F77=no\n      fi\n      ;;\n\n    interix3*)\n      hardcode_direct_F77=no\n      hardcode_shlibpath_var_F77=no\n      hardcode_libdir_flag_spec_F77='${wl}-rpath,$libdir'\n      export_dynamic_flag_spec_F77='${wl}-E'\n      # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n      # Instead, shared libraries are loaded at an image base (0x10000000 by\n      # default) and relocated if they conflict, which is a slow very memory\n      # consuming and fragmenting process.  To avoid this, we pick a random,\n      # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n      # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n      archive_cmds_F77='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      archive_expsym_cmds_F77='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\ttmp_addflag=\n\tcase $cc_basename,$host_cpu in\n\tpgcc*)\t\t\t\t# Portland Group C compiler\n\t  whole_archive_flag_spec_F77='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag'\n\t  ;;\n\tpgf77* | pgf90* | pgf95*)\t# Portland Group f77 and f90 compilers\n\t  whole_archive_flag_spec_F77='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag -Mnomain' ;;\n\tecc*,ia64* | icc*,ia64*)\t\t# Intel C compiler on ia64\n\t  tmp_addflag=' -i_dynamic' ;;\n\tefc*,ia64* | ifort*,ia64*)\t# Intel Fortran compiler on ia64\n\t  tmp_addflag=' -i_dynamic -nofor_main' ;;\n\tifc* | ifort*)\t\t\t# Intel Fortran compiler\n\t  tmp_addflag=' -nofor_main' ;;\n\tesac\n\tarchive_cmds_F77='$CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\n\tif test $supports_anon_versioning = yes; then\n\t  archive_expsym_cmds_F77='$echo \"{ global:\" > $output_objdir/$libname.ver~\n  cat $export_symbols | sed -e \"s/\\(.*\\)/\\1;/\" >> $output_objdir/$libname.ver~\n  $echo \"local: *; };\" >> $output_objdir/$libname.ver~\n\t  $CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib'\n\tfi\n\tlink_all_deplibs_F77=no\n      else\n\tld_shlibs_F77=no\n      fi\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds_F77='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib'\n\twlarc=\n      else\n\tarchive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      fi\n      ;;\n\n    solaris*)\n      if $LD -v 2>&1 | grep 'BFD 2\\.8' > /dev/null; then\n\tld_shlibs_F77=no\n\tcat <<EOF 1>&2\n\n*** Warning: The releases 2.8.* of the GNU linker cannot reliably\n*** create shared libraries on Solaris systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.9.1 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\nEOF\n      elif $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs_F77=no\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*)\n      case `$LD -v 2>&1` in\n        *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.1[0-5].*)\n\tld_shlibs_F77=no\n\tcat <<_LT_EOF 1>&2\n\n*** Warning: Releases of the GNU linker prior to 2.16.91.0.3 can not\n*** reliably create shared libraries on SCO systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.16.91.0.3 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\n_LT_EOF\n\t;;\n\t*)\n\t  if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t    hardcode_libdir_flag_spec_F77='`test -z \"$SCOABSPATH\" && echo ${wl}-rpath,$libdir`'\n\t    archive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib'\n\t    archive_expsym_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname,-retain-symbols-file,$export_symbols -o $lib'\n\t  else\n\t    ld_shlibs_F77=no\n\t  fi\n\t;;\n      esac\n      ;;\n\n    sunos4*)\n      archive_cmds_F77='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      wlarc=\n      hardcode_direct_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    *)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs_F77=no\n      fi\n      ;;\n    esac\n\n    if test \"$ld_shlibs_F77\" = no; then\n      runpath_var=\n      hardcode_libdir_flag_spec_F77=\n      export_dynamic_flag_spec_F77=\n      whole_archive_flag_spec_F77=\n    fi\n  else\n    # PORTME fill in a description of your system's linker (not GNU ld)\n    case $host_os in\n    aix3*)\n      allow_undefined_flag_F77=unsupported\n      always_export_symbols_F77=yes\n      archive_expsym_cmds_F77='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname'\n      # Note: this linker hardcodes the directories in LIBPATH if there\n      # are no directories specified by -L.\n      hardcode_minus_L_F77=yes\n      if test \"$GCC\" = yes && test -z \"$lt_prog_compiler_static\"; then\n\t# Neither direct hardcoding nor static linking is supported with a\n\t# broken collect2.\n\thardcode_direct_F77=unsupported\n      fi\n      ;;\n\n    aix4* | aix5*)\n      if test \"$host_cpu\" = ia64; then\n\t# On IA64, the linker does run time linking by default, so we don't\n\t# have to do anything special.\n\taix_use_runtimelinking=no\n\texp_sym_flag='-Bexport'\n\tno_entry_flag=\"\"\n      else\n\t# If we're using GNU nm, then we don't want the \"-C\" option.\n\t# -C means demangle to AIX nm, but means don't demangle with GNU nm\n\tif $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n\t  export_symbols_cmds_F77='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\telse\n\t  export_symbols_cmds_F77='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\tfi\n\taix_use_runtimelinking=no\n\n\t# Test if we are trying to use run time linking or normal\n\t# AIX style linking. If -brtl is somewhere in LDFLAGS, we\n\t# need to do runtime linking.\n\tcase $host_os in aix4.[23]|aix4.[23].*|aix5*)\n\t  for ld_flag in $LDFLAGS; do\n  \t  if (test $ld_flag = \"-brtl\" || test $ld_flag = \"-Wl,-brtl\"); then\n  \t    aix_use_runtimelinking=yes\n  \t    break\n  \t  fi\n\t  done\n\t  ;;\n\tesac\n\n\texp_sym_flag='-bexport'\n\tno_entry_flag='-bnoentry'\n      fi\n\n      # When large executables or shared objects are built, AIX ld can\n      # have problems creating the table of contents.  If linking a library\n      # or program results in \"error TOC overflow\" add -mminimal-toc to\n      # CXXFLAGS/CFLAGS for g++/gcc.  In the cases where that is not\n      # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS.\n\n      archive_cmds_F77=''\n      hardcode_direct_F77=yes\n      hardcode_libdir_separator_F77=':'\n      link_all_deplibs_F77=yes\n\n      if test \"$GCC\" = yes; then\n\tcase $host_os in aix4.[012]|aix4.[012].*)\n\t# We only want to do this on AIX 4.2 and lower, the check\n\t# below for broken collect2 doesn't work under 4.3+\n\t  collect2name=`${CC} -print-prog-name=collect2`\n\t  if test -f \"$collect2name\" && \\\n  \t   strings \"$collect2name\" | grep resolve_lib_name >/dev/null\n\t  then\n  \t  # We have reworked collect2\n  \t  hardcode_direct_F77=yes\n\t  else\n  \t  # We have old collect2\n  \t  hardcode_direct_F77=unsupported\n  \t  # It fails to find uninstalled libraries when the uninstalled\n  \t  # path is not listed in the libpath.  Setting hardcode_minus_L\n  \t  # to unsupported forces relinking\n  \t  hardcode_minus_L_F77=yes\n  \t  hardcode_libdir_flag_spec_F77='-L$libdir'\n  \t  hardcode_libdir_separator_F77=\n\t  fi\n\t  ;;\n\tesac\n\tshared_flag='-shared'\n\tif test \"$aix_use_runtimelinking\" = yes; then\n\t  shared_flag=\"$shared_flag \"'${wl}-G'\n\tfi\n      else\n\t# not using gcc\n\tif test \"$host_cpu\" = ia64; then\n  \t# VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release\n  \t# chokes on -Wl,-G. The following line is correct:\n\t  shared_flag='-G'\n\telse\n\t  if test \"$aix_use_runtimelinking\" = yes; then\n\t    shared_flag='${wl}-G'\n\t  else\n\t    shared_flag='${wl}-bM:SRE'\n\t  fi\n\tfi\n      fi\n\n      # It seems that -bexpall does not export symbols beginning with\n      # underscore (_), so it is better to generate a list of symbols to export.\n      always_export_symbols_F77=yes\n      if test \"$aix_use_runtimelinking\" = yes; then\n\t# Warning - without using the other runtime loading flags (-brtl),\n\t# -berok will link without error, but may produce a broken library.\n\tallow_undefined_flag_F77='-berok'\n       # Determine the default libpath from the value encoded in an empty executable.\n       cat >conftest.$ac_ext <<_ACEOF\n      program main\n\n      end\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_f77_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n       hardcode_libdir_flag_spec_F77='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\tarchive_expsym_cmds_F77=\"\\$CC\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags `if test \"x${allow_undefined_flag}\" != \"x\"; then echo \"${wl}${allow_undefined_flag}\"; else :; fi` '\"\\${wl}$exp_sym_flag:\\$export_symbols $shared_flag\"\n       else\n\tif test \"$host_cpu\" = ia64; then\n\t  hardcode_libdir_flag_spec_F77='${wl}-R $libdir:/usr/lib:/lib'\n\t  allow_undefined_flag_F77=\"-z nodefs\"\n\t  archive_expsym_cmds_F77=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags ${wl}${allow_undefined_flag} '\"\\${wl}$exp_sym_flag:\\$export_symbols\"\n\telse\n\t # Determine the default libpath from the value encoded in an empty executable.\n\t cat >conftest.$ac_ext <<_ACEOF\n      program main\n\n      end\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_f77_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n\t hardcode_libdir_flag_spec_F77='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t  # Warning - without using the other run time loading flags,\n\t  # -berok will link without error, but may produce a broken library.\n\t  no_undefined_flag_F77=' ${wl}-bernotok'\n\t  allow_undefined_flag_F77=' ${wl}-berok'\n\t  # Exported symbols can be pulled into shared objects from archives\n\t  whole_archive_flag_spec_F77='$convenience'\n\t  archive_cmds_need_lc_F77=yes\n\t  # This is similar to how AIX traditionally builds its shared libraries.\n\t  archive_expsym_cmds_F77=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname'\n\tfi\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds_F77='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_minus_L_F77=yes\n      # see comment about different semantics on the GNU ld section\n      ld_shlibs_F77=no\n      ;;\n\n    bsdi[45]*)\n      export_dynamic_flag_spec_F77=-rdynamic\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # When not using gcc, we currently assume that we are using\n      # Microsoft Visual C++.\n      # hardcode_libdir_flag_spec is actually meaningless, as there is\n      # no search path for DLLs.\n      hardcode_libdir_flag_spec_F77=' '\n      allow_undefined_flag_F77=unsupported\n      # Tell ltmain to make .lib files, not .a files.\n      libext=lib\n      # Tell ltmain to make .dll files, not .so files.\n      shrext_cmds=\".dll\"\n      # FIXME: Setting linknames here is a bad hack.\n      archive_cmds_F77='$CC -o $lib $libobjs $compiler_flags `echo \"$deplibs\" | $SED -e '\\''s/ -lc$//'\\''` -link -dll~linknames='\n      # The linker will automatically build a .lib file if we build a DLL.\n      old_archive_From_new_cmds_F77='true'\n      # FIXME: Should let the user specify the lib program.\n      old_archive_cmds_F77='lib /OUT:$oldlib$oldobjs$old_deplibs'\n      fix_srcfile_path_F77='`cygpath -w \"$srcfile\"`'\n      enable_shared_with_static_runtimes_F77=yes\n      ;;\n\n    darwin* | rhapsody*)\n      case $host_os in\n        rhapsody* | darwin1.[012])\n         allow_undefined_flag_F77='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           allow_undefined_flag_F77='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[012])\n               allow_undefined_flag_F77='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               allow_undefined_flag_F77='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n      esac\n      archive_cmds_need_lc_F77=no\n      hardcode_direct_F77=no\n      hardcode_automatic_F77=yes\n      hardcode_shlibpath_var_F77=unsupported\n      whole_archive_flag_spec_F77=''\n      link_all_deplibs_F77=yes\n    if test \"$GCC\" = yes ; then\n    \toutput_verbose_link_cmd='echo'\n        archive_cmds_F77='$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      module_cmds_F77='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n      # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n      archive_expsym_cmds_F77='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      module_expsym_cmds_F77='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n    else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n         archive_cmds_F77='$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n         module_cmds_F77='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n         archive_expsym_cmds_F77='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          module_expsym_cmds_F77='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         ld_shlibs_F77=no\n          ;;\n      esac\n    fi\n      ;;\n\n    dgux*)\n      archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    freebsd1*)\n      ld_shlibs_F77=no\n      ;;\n\n    # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor\n    # support.  Future versions do this automatically, but an explicit c++rt0.o\n    # does not break anything, and helps significantly (at the cost of a little\n    # extra space).\n    freebsd2.2*)\n      archive_cmds_F77='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags /usr/lib/c++rt0.o'\n      hardcode_libdir_flag_spec_F77='-R$libdir'\n      hardcode_direct_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    # Unfortunately, older versions of FreeBSD 2 do not have this feature.\n    freebsd2*)\n      archive_cmds_F77='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct_F77=yes\n      hardcode_minus_L_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    # FreeBSD 3 and greater uses gcc -shared to do shared libraries.\n    freebsd* | dragonfly*)\n      archive_cmds_F77='$CC -shared -o $lib $libobjs $deplibs $compiler_flags'\n      hardcode_libdir_flag_spec_F77='-R$libdir'\n      hardcode_direct_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    hpux9*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_F77='$rm $output_objdir/$soname~$CC -shared -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $libobjs $deplibs $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n\tarchive_cmds_F77='$rm $output_objdir/$soname~$LD -b +b $install_libdir -o $output_objdir/$soname $libobjs $deplibs $linker_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      fi\n      hardcode_libdir_flag_spec_F77='${wl}+b ${wl}$libdir'\n      hardcode_libdir_separator_F77=:\n      hardcode_direct_F77=yes\n\n      # hardcode_minus_L: Not really in the search PATH,\n      # but as the default location of the library.\n      hardcode_minus_L_F77=yes\n      export_dynamic_flag_spec_F77='${wl}-E'\n      ;;\n\n    hpux10*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tarchive_cmds_F77='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_F77='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec_F77='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator_F77=:\n\n\thardcode_direct_F77=yes\n\texport_dynamic_flag_spec_F77='${wl}-E'\n\n\t# hardcode_minus_L: Not really in the search PATH,\n\t# but as the default location of the library.\n\thardcode_minus_L_F77=yes\n      fi\n      ;;\n\n    hpux11*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds_F77='$CC -shared ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds_F77='$CC -shared ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds_F77='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      else\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds_F77='$CC -b ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds_F77='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds_F77='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec_F77='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator_F77=:\n\n\tcase $host_cpu in\n\thppa*64*|ia64*)\n\t  hardcode_libdir_flag_spec_ld_F77='+b $libdir'\n\t  hardcode_direct_F77=no\n\t  hardcode_shlibpath_var_F77=no\n\t  ;;\n\t*)\n\t  hardcode_direct_F77=yes\n\t  export_dynamic_flag_spec_F77='${wl}-E'\n\n\t  # hardcode_minus_L: Not really in the search PATH,\n\t  # but as the default location of the library.\n\t  hardcode_minus_L_F77=yes\n\t  ;;\n\tesac\n      fi\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_F77='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tarchive_cmds_F77='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec_ld_F77='-rpath $libdir'\n      fi\n      hardcode_libdir_flag_spec_F77='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_F77=:\n      link_all_deplibs_F77=yes\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds_F77='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'  # a.out\n      else\n\tarchive_cmds_F77='$LD -shared -o $lib $libobjs $deplibs $linker_flags'      # ELF\n      fi\n      hardcode_libdir_flag_spec_F77='-R$libdir'\n      hardcode_direct_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    newsos6)\n      archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct_F77=yes\n      hardcode_libdir_flag_spec_F77='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_F77=:\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    openbsd*)\n      hardcode_direct_F77=yes\n      hardcode_shlibpath_var_F77=no\n      if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n\tarchive_cmds_F77='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-retain-symbols-file,$export_symbols'\n\thardcode_libdir_flag_spec_F77='${wl}-rpath,$libdir'\n\texport_dynamic_flag_spec_F77='${wl}-E'\n      else\n       case $host_os in\n\t openbsd[01].* | openbsd2.[0-7] | openbsd2.[0-7].*)\n\t   archive_cmds_F77='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n\t   hardcode_libdir_flag_spec_F77='-R$libdir'\n\t   ;;\n\t *)\n\t   archive_cmds_F77='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\t   hardcode_libdir_flag_spec_F77='${wl}-rpath,$libdir'\n\t   ;;\n       esac\n      fi\n      ;;\n\n    os2*)\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_minus_L_F77=yes\n      allow_undefined_flag_F77=unsupported\n      archive_cmds_F77='$echo \"LIBRARY $libname INITINSTANCE\" > $output_objdir/$libname.def~$echo \"DESCRIPTION \\\"$libname\\\"\" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo \" SINGLE NONSHARED\" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def'\n      old_archive_From_new_cmds_F77='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def'\n      ;;\n\n    osf3*)\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag_F77=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds_F77='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tallow_undefined_flag_F77=' -expect_unresolved \\*'\n\tarchive_cmds_F77='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n      fi\n      hardcode_libdir_flag_spec_F77='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_F77=:\n      ;;\n\n    osf4* | osf5*)\t# as osf3* with the addition of -msym flag\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag_F77=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds_F77='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec_F77='${wl}-rpath ${wl}$libdir'\n      else\n\tallow_undefined_flag_F77=' -expect_unresolved \\*'\n\tarchive_cmds_F77='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\tarchive_expsym_cmds_F77='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done; echo \"-hidden\">> $lib.exp~\n\t$LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib~$rm $lib.exp'\n\n\t# Both c and cxx compiler support -rpath directly\n\thardcode_libdir_flag_spec_F77='-rpath $libdir'\n      fi\n      hardcode_libdir_separator_F77=:\n      ;;\n\n    solaris*)\n      no_undefined_flag_F77=' -z text'\n      if test \"$GCC\" = yes; then\n\twlarc='${wl}'\n\tarchive_cmds_F77='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t  $CC -shared ${wl}-M ${wl}$lib.exp ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags~$rm $lib.exp'\n      else\n\twlarc=''\n\tarchive_cmds_F77='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\tarchive_expsym_cmds_F77='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n  \t$LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp'\n      fi\n      hardcode_libdir_flag_spec_F77='-R$libdir'\n      hardcode_shlibpath_var_F77=no\n      case $host_os in\n      solaris2.[0-5] | solaris2.[0-5].*) ;;\n      *)\n \t# The compiler driver will combine linker options so we\n \t# cannot just pass the convience library names through\n \t# without $wl, iff we do not link with $LD.\n \t# Luckily, gcc supports the same syntax we need for Sun Studio.\n \t# Supported since Solaris 2.6 (maybe 2.5.1?)\n \tcase $wlarc in\n \t'')\n \t  whole_archive_flag_spec_F77='-z allextract$convenience -z defaultextract' ;;\n \t*)\n \t  whole_archive_flag_spec_F77='${wl}-z ${wl}allextract`for conv in $convenience\\\"\\\"; do test -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}-z ${wl}defaultextract' ;;\n \tesac ;;\n      esac\n      link_all_deplibs_F77=yes\n      ;;\n\n    sunos4*)\n      if test \"x$host_vendor\" = xsequent; then\n\t# Use $CC to link under sequent, because it throws in some extra .o\n\t# files that make .init and .fini sections work.\n\tarchive_cmds_F77='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_F77='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_direct_F77=yes\n      hardcode_minus_L_F77=yes\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    sysv4)\n      case $host_vendor in\n\tsni)\n\t  archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct_F77=yes # is this really true???\n\t;;\n\tsiemens)\n\t  ## LD is ld it makes a PLAMLIB\n\t  ## CC just makes a GrossModule.\n\t  archive_cmds_F77='$LD -G -o $lib $libobjs $deplibs $linker_flags'\n\t  reload_cmds_F77='$CC -r -o $output$reload_objs'\n\t  hardcode_direct_F77=no\n        ;;\n\tmotorola)\n\t  archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct_F77=no #Motorola manual says yes, but my tests say they lie\n\t;;\n      esac\n      runpath_var='LD_RUN_PATH'\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    sysv4.3*)\n      archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_shlibpath_var_F77=no\n      export_dynamic_flag_spec_F77='-Bexport'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tarchive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\thardcode_shlibpath_var_F77=no\n\trunpath_var=LD_RUN_PATH\n\thardcode_runpath_var=yes\n\tld_shlibs_F77=yes\n      fi\n      ;;\n\n    sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7*)\n      no_undefined_flag_F77='${wl}-z,text'\n      archive_cmds_need_lc_F77=no\n      hardcode_shlibpath_var_F77=no\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_F77='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_F77='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6*)\n      # Note: We can NOT use -z defs as we might desire, because we do not\n      # link with -lc, and that would cause any symbols used from libc to\n      # always be unresolved, which means just about no library would\n      # ever link correctly.  If we're not using GNU ld we use -z text\n      # though, which does catch some bad symbols but isn't as heavy-handed\n      # as -z defs.\n      no_undefined_flag_F77='${wl}-z,text'\n      allow_undefined_flag_F77='${wl}-z,nodefs'\n      archive_cmds_need_lc_F77=no\n      hardcode_shlibpath_var_F77=no\n      hardcode_libdir_flag_spec_F77='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n      hardcode_libdir_separator_F77=':'\n      link_all_deplibs_F77=yes\n      export_dynamic_flag_spec_F77='${wl}-Bexport'\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_F77='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_F77='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_F77='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    uts4*)\n      archive_cmds_F77='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec_F77='-L$libdir'\n      hardcode_shlibpath_var_F77=no\n      ;;\n\n    *)\n      ld_shlibs_F77=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $ld_shlibs_F77\" >&5\necho \"${ECHO_T}$ld_shlibs_F77\" >&6; }\ntest \"$ld_shlibs_F77\" = no && can_build_shared=no\n\n#\n# Do we need to explicitly link libc?\n#\ncase \"x$archive_cmds_need_lc_F77\" in\nx|xyes)\n  # Assume -lc should be added\n  archive_cmds_need_lc_F77=yes\n\n  if test \"$enable_shared\" = yes && test \"$GCC\" = yes; then\n    case $archive_cmds_F77 in\n    *'~'*)\n      # FIXME: we may have to deal with multi-command sequences.\n      ;;\n    '$CC '*)\n      # Test whether the compiler implicitly links with -lc since on some\n      # systems, -lgcc has to come before -lc. If gcc already passes -lc\n      # to ld, don't add -lc before -lgcc.\n      { echo \"$as_me:$LINENO: checking whether -lc should be explicitly linked in\" >&5\necho $ECHO_N \"checking whether -lc should be explicitly linked in... $ECHO_C\" >&6; }\n      $rm conftest*\n      printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n      if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } 2>conftest.err; then\n        soname=conftest\n        lib=conftest\n        libobjs=conftest.$ac_objext\n        deplibs=\n        wl=$lt_prog_compiler_wl_F77\n\tpic_flag=$lt_prog_compiler_pic_F77\n        compiler_flags=-v\n        linker_flags=-v\n        verstring=\n        output_objdir=.\n        libname=conftest\n        lt_save_allow_undefined_flag=$allow_undefined_flag_F77\n        allow_undefined_flag_F77=\n        if { (eval echo \"$as_me:$LINENO: \\\"$archive_cmds_F77 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1\\\"\") >&5\n  (eval $archive_cmds_F77 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n        then\n\t  archive_cmds_need_lc_F77=no\n        else\n\t  archive_cmds_need_lc_F77=yes\n        fi\n        allow_undefined_flag_F77=$lt_save_allow_undefined_flag\n      else\n        cat conftest.err 1>&5\n      fi\n      $rm conftest*\n      { echo \"$as_me:$LINENO: result: $archive_cmds_need_lc_F77\" >&5\necho \"${ECHO_T}$archive_cmds_need_lc_F77\" >&6; }\n      ;;\n    esac\n  fi\n  ;;\nesac\n\n{ echo \"$as_me:$LINENO: checking dynamic linker characteristics\" >&5\necho $ECHO_N \"checking dynamic linker characteristics... $ECHO_C\" >&6; }\nlibrary_names_spec=\nlibname_spec='lib$name'\nsoname_spec=\nshrext_cmds=\".so\"\npostinstall_cmds=\npostuninstall_cmds=\nfinish_cmds=\nfinish_eval=\nshlibpath_var=\nshlibpath_overrides_runpath=unknown\nversion_type=none\ndynamic_linker=\"$host_os ld.so\"\nsys_lib_dlsearch_path_spec=\"/lib /usr/lib\"\nif test \"$GCC\" = yes; then\n  sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n  if echo \"$sys_lib_search_path_spec\" | grep ';' >/dev/null ; then\n    # if the path contains \";\" then we assume it to be the separator\n    # otherwise default to the standard path separator (i.e. \":\") - it is\n    # assumed that no part of a normal pathname contains \";\" but that should\n    # okay in the real world where \";\" in dirpaths is itself problematic.\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n  else\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n  fi\nelse\n  sys_lib_search_path_spec=\"/lib /usr/lib /usr/local/lib\"\nfi\nneed_lib_prefix=unknown\nhardcode_into_libs=no\n\n# when you set need_version to no, make sure it does not cause -set_version\n# flags to be left without arguments\nneed_version=unknown\n\ncase $host_os in\naix3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix $libname.a'\n  shlibpath_var=LIBPATH\n\n  # AIX 3 has no versioning support, so we append a major version to the name.\n  soname_spec='${libname}${release}${shared_ext}$major'\n  ;;\n\naix4* | aix5*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  hardcode_into_libs=yes\n  if test \"$host_cpu\" = ia64; then\n    # AIX 5 supports IA64\n    library_names_spec='${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext}$versuffix $libname${shared_ext}'\n    shlibpath_var=LD_LIBRARY_PATH\n  else\n    # With GCC up to 2.95.x, collect2 would create an import file\n    # for dependence libraries.  The import file would start with\n    # the line `#! .'.  This would cause the generated library to\n    # depend on `.', always an invalid library.  This was fixed in\n    # development snapshots of GCC prior to 3.0.\n    case $host_os in\n      aix4 | aix4.[01] | aix4.[01].*)\n      if { echo '#if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 97)'\n\t   echo ' yes '\n\t   echo '#endif'; } | ${CC} -E - | grep yes > /dev/null; then\n\t:\n      else\n\tcan_build_shared=no\n      fi\n      ;;\n    esac\n    # AIX (on Power*) has no versioning support, so currently we can not hardcode correct\n    # soname into executable. Probably we can add versioning support to\n    # collect2, so additional links can be useful in future.\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # If using run time linking (on AIX 4.2 or later) use lib<name>.so\n      # instead of lib<name>.a to let people know that these are not\n      # typical AIX shared libraries.\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    else\n      # We preserve .a as extension for shared libraries through AIX4.2\n      # and later when we are not doing run time linking.\n      library_names_spec='${libname}${release}.a $libname.a'\n      soname_spec='${libname}${release}${shared_ext}$major'\n    fi\n    shlibpath_var=LIBPATH\n  fi\n  ;;\n\namigaos*)\n  library_names_spec='$libname.ixlibrary $libname.a'\n  # Create ${libname}_ixlibrary.a entries in /sys/libs.\n  finish_eval='for lib in `ls $libdir/*.ixlibrary 2>/dev/null`; do libname=`$echo \"X$lib\" | $Xsed -e '\\''s%^.*/\\([^/]*\\)\\.ixlibrary$%\\1%'\\''`; test $rm /sys/libs/${libname}_ixlibrary.a; $show \"cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a\"; cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a || exit 1; done'\n  ;;\n\nbeos*)\n  library_names_spec='${libname}${shared_ext}'\n  dynamic_linker=\"$host_os ld.so\"\n  shlibpath_var=LIBRARY_PATH\n  ;;\n\nbsdi[45]*)\n  version_type=linux\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/shlib /usr/lib /usr/X11/lib /usr/contrib/lib /lib /usr/local/lib\"\n  sys_lib_dlsearch_path_spec=\"/shlib /usr/lib /usr/local/lib\"\n  # the default ld.so.conf also contains /usr/contrib/lib and\n  # /usr/X11R6/lib (/usr/X11 is a link to /usr/X11R6), but let us allow\n  # libtool to hard-code these into programs\n  ;;\n\ncygwin* | mingw* | pw32*)\n  version_type=windows\n  shrext_cmds=\".dll\"\n  need_version=no\n  need_lib_prefix=no\n\n  case $GCC,$host_os in\n  yes,cygwin* | yes,mingw* | yes,pw32*)\n    library_names_spec='$libname.dll.a'\n    # DLL is installed to $(libdir)/../bin by postinstall_cmds\n    postinstall_cmds='base_file=`basename \\${file}`~\n      dlpath=`$SHELL 2>&1 -c '\\''. $dir/'\\''\\${base_file}'\\''i;echo \\$dlname'\\''`~\n      dldir=$destdir/`dirname \\$dlpath`~\n      test -d \\$dldir || mkdir -p \\$dldir~\n      $install_prog $dir/$dlname \\$dldir/$dlname~\n      chmod a+x \\$dldir/$dlname'\n    postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\\''. $file; echo \\$dlname'\\''`~\n      dlpath=$dir/\\$dldll~\n       $rm \\$dlpath'\n    shlibpath_overrides_runpath=yes\n\n    case $host_os in\n    cygwin*)\n      # Cygwin DLLs use 'cyg' prefix rather than 'lib'\n      soname_spec='`echo ${libname} | sed -e 's/^lib/cyg/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=\"/usr/lib /lib/w32api /lib /usr/local/lib\"\n      ;;\n    mingw*)\n      # MinGW DLLs use traditional 'lib' prefix\n      soname_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n      if echo \"$sys_lib_search_path_spec\" | grep ';[c-zC-Z]:/' >/dev/null; then\n        # It is most probably a Windows format PATH printed by\n        # mingw gcc, but we are running on Cygwin. Gcc prints its search\n        # path with ; separators, and with drive letters. We can handle the\n        # drive letters (cygwin fileutils understands them), so leave them,\n        # especially as we might pass files found there to a mingw objdump,\n        # which wouldn't understand a cygwinified path. Ahh.\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n      else\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n      fi\n      ;;\n    pw32*)\n      # pw32 DLLs use 'pw' prefix rather than 'lib'\n      library_names_spec='`echo ${libname} | sed -e 's/^lib/pw/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      ;;\n    esac\n    ;;\n\n  *)\n    library_names_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext} $libname.lib'\n    ;;\n  esac\n  dynamic_linker='Win32 ld.exe'\n  # FIXME: first we should search . and the directory the executable is in\n  shlibpath_var=PATH\n  ;;\n\ndarwin* | rhapsody*)\n  dynamic_linker=\"$host_os dyld\"\n  version_type=darwin\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${versuffix}$shared_ext ${libname}${release}${major}$shared_ext ${libname}$shared_ext'\n  soname_spec='${libname}${release}${major}$shared_ext'\n  shlibpath_overrides_runpath=yes\n  shlibpath_var=DYLD_LIBRARY_PATH\n  shrext_cmds='`test .$module = .yes && echo .so || echo .dylib`'\n  # Apple's gcc prints 'gcc -print-search-dirs' doesn't operate the same.\n  if test \"$GCC\" = yes; then\n    sys_lib_search_path_spec=`$CC -print-search-dirs | tr \"\\n\" \"$PATH_SEPARATOR\" | sed -e 's/libraries:/@libraries:/' | tr \"@\" \"\\n\" | grep \"^libraries:\" | sed -e \"s/^libraries://\" -e \"s,=/,/,g\" -e \"s,$PATH_SEPARATOR, ,g\" -e \"s,.*,& /lib /usr/lib /usr/local/lib,g\"`\n  else\n    sys_lib_search_path_spec='/lib /usr/lib /usr/local/lib'\n  fi\n  sys_lib_dlsearch_path_spec='/usr/local/lib /lib /usr/lib'\n  ;;\n\ndgux*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname$shared_ext'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\nfreebsd1*)\n  dynamic_linker=no\n  ;;\n\nfreebsd* | dragonfly*)\n  # DragonFly does not have aout.  When/if they implement a new\n  # versioning mechanism, adjust this.\n  if test -x /usr/bin/objformat; then\n    objformat=`/usr/bin/objformat`\n  else\n    case $host_os in\n    freebsd[123]*) objformat=aout ;;\n    *) objformat=elf ;;\n    esac\n  fi\n  version_type=freebsd-$objformat\n  case $version_type in\n    freebsd-elf*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n      need_version=no\n      need_lib_prefix=no\n      ;;\n    freebsd-*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix $libname${shared_ext}$versuffix'\n      need_version=yes\n      ;;\n  esac\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_os in\n  freebsd2*)\n    shlibpath_overrides_runpath=yes\n    ;;\n  freebsd3.[01]* | freebsdelf3.[01]*)\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  freebsd3.[2-9]* | freebsdelf3.[2-9]* | \\\n  freebsd4.[0-5] | freebsdelf4.[0-5] | freebsd4.1.1 | freebsdelf4.1.1)\n    shlibpath_overrides_runpath=no\n    hardcode_into_libs=yes\n    ;;\n  freebsd*) # from 4.6 on\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  esac\n  ;;\n\ngnu*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}${major} ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  ;;\n\nhpux9* | hpux10* | hpux11*)\n  # Give a soname corresponding to the major version so that dld.sl refuses to\n  # link against other versions.\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  case $host_cpu in\n  ia64*)\n    shrext_cmds='.so'\n    hardcode_into_libs=yes\n    dynamic_linker=\"$host_os dld.so\"\n    shlibpath_var=LD_LIBRARY_PATH\n    shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    if test \"X$HPUX_IA64_MODE\" = X32; then\n      sys_lib_search_path_spec=\"/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib\"\n    else\n      sys_lib_search_path_spec=\"/usr/lib/hpux64 /usr/local/lib/hpux64\"\n    fi\n    sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n    ;;\n   hppa*64*)\n     shrext_cmds='.sl'\n     hardcode_into_libs=yes\n     dynamic_linker=\"$host_os dld.sl\"\n     shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH\n     shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n     library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n     soname_spec='${libname}${release}${shared_ext}$major'\n     sys_lib_search_path_spec=\"/usr/lib/pa20_64 /usr/ccs/lib/pa20_64\"\n     sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n     ;;\n   *)\n    shrext_cmds='.sl'\n    dynamic_linker=\"$host_os dld.sl\"\n    shlibpath_var=SHLIB_PATH\n    shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    ;;\n  esac\n  # HP-UX runs *really* slowly unless shared libraries are mode 555.\n  postinstall_cmds='chmod 555 $lib'\n  ;;\n\ninterix3*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $host_os in\n    nonstopux*) version_type=nonstopux ;;\n    *)\n\tif test \"$lt_cv_prog_gnu_ld\" = yes; then\n\t\tversion_type=linux\n\telse\n\t\tversion_type=irix\n\tfi ;;\n  esac\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}'\n  case $host_os in\n  irix5* | nonstopux*)\n    libsuff= shlibsuff=\n    ;;\n  *)\n    case $LD in # libtool.m4 will add one of these switches to LD\n    *-32|*\"-32 \"|*-melf32bsmip|*\"-melf32bsmip \")\n      libsuff= shlibsuff= libmagic=32-bit;;\n    *-n32|*\"-n32 \"|*-melf32bmipn32|*\"-melf32bmipn32 \")\n      libsuff=32 shlibsuff=N32 libmagic=N32;;\n    *-64|*\"-64 \"|*-melf64bmip|*\"-melf64bmip \")\n      libsuff=64 shlibsuff=64 libmagic=64-bit;;\n    *) libsuff= shlibsuff= libmagic=never-match;;\n    esac\n    ;;\n  esac\n  shlibpath_var=LD_LIBRARY${shlibsuff}_PATH\n  shlibpath_overrides_runpath=no\n  sys_lib_search_path_spec=\"/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}\"\n  sys_lib_dlsearch_path_spec=\"/usr/lib${libsuff} /lib${libsuff}\"\n  hardcode_into_libs=yes\n  ;;\n\n# No shared lib support for Linux oldld, aout, or coff.\nlinux*oldld* | linux*aout* | linux*coff*)\n  dynamic_linker=no\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -n $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  # This implies no fast_install, which is unacceptable.\n  # Some rework will be needed to allow for fast_install\n  # before this can be enabled.\n  hardcode_into_libs=yes\n\n  # Append ld.so.conf contents to the search path\n  if test -f /etc/ld.so.conf; then\n    lt_ld_extra=`awk '/^include / { system(sprintf(\"cd /etc; cat %s\", \\$2)); skip = 1; } { if (!skip) print \\$0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;s/[:,\t]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;/^$/d' | tr '\\n' ' '`\n    sys_lib_dlsearch_path_spec=\"/lib /usr/lib $lt_ld_extra\"\n  fi\n\n  # We used to test for /lib/ld.so.1 and disable shared libraries on\n  # powerpc, because MkLinux only supported shared libraries with the\n  # GNU dynamic linker.  Since this was broken with cross compilers,\n  # most powerpc-linux boxes support dynamic linking these days and\n  # people can always --disable-shared, the test was removed, and we\n  # assume the GNU/Linux dynamic linker is in use.\n  dynamic_linker='GNU/Linux ld.so'\n  ;;\n\nnetbsdelf*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  dynamic_linker='NetBSD ld.elf_so'\n  ;;\n\nnetbsd*)\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n    finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n    dynamic_linker='NetBSD (a.out) ld.so'\n  else\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    dynamic_linker='NetBSD ld.elf_so'\n  fi\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  ;;\n\nnewsos6)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nnto-qnx*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nopenbsd*)\n  version_type=sunos\n  sys_lib_dlsearch_path_spec=\"/usr/lib\"\n  need_lib_prefix=no\n  # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs.\n  case $host_os in\n    openbsd3.3 | openbsd3.3.*) need_version=yes ;;\n    *)                         need_version=no  ;;\n  esac\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    case $host_os in\n      openbsd2.[89] | openbsd2.[89].*)\n\tshlibpath_overrides_runpath=no\n\t;;\n      *)\n\tshlibpath_overrides_runpath=yes\n\t;;\n      esac\n  else\n    shlibpath_overrides_runpath=yes\n  fi\n  ;;\n\nos2*)\n  libname_spec='$name'\n  shrext_cmds=\".dll\"\n  need_lib_prefix=no\n  library_names_spec='$libname${shared_ext} $libname.a'\n  dynamic_linker='OS/2 ld.exe'\n  shlibpath_var=LIBPATH\n  ;;\n\nosf3* | osf4* | osf5*)\n  version_type=osf\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib\"\n  sys_lib_dlsearch_path_spec=\"$sys_lib_search_path_spec\"\n  ;;\n\nsolaris*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  # ldd complains unless libraries are executable\n  postinstall_cmds='chmod +x $lib'\n  ;;\n\nsunos4*)\n  version_type=sunos\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/usr/etc\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  if test \"$with_gnu_ld\" = yes; then\n    need_lib_prefix=no\n  fi\n  need_version=yes\n  ;;\n\nsysv4 | sysv4.3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_vendor in\n    sni)\n      shlibpath_overrides_runpath=no\n      need_lib_prefix=no\n      export_dynamic_flag_spec='${wl}-Blargedynsym'\n      runpath_var=LD_RUN_PATH\n      ;;\n    siemens)\n      need_lib_prefix=no\n      ;;\n    motorola)\n      need_lib_prefix=no\n      need_version=no\n      shlibpath_overrides_runpath=no\n      sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib'\n      ;;\n  esac\n  ;;\n\nsysv4*MP*)\n  if test -d /usr/nec ;then\n    version_type=linux\n    library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}'\n    soname_spec='$libname${shared_ext}.$major'\n    shlibpath_var=LD_LIBRARY_PATH\n  fi\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  version_type=freebsd-elf\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib'\n    shlibpath_overrides_runpath=no\n  else\n    sys_lib_search_path_spec='/usr/ccs/lib /usr/lib'\n    shlibpath_overrides_runpath=yes\n    case $host_os in\n      sco3.2v5*)\n        sys_lib_search_path_spec=\"$sys_lib_search_path_spec /lib\"\n\t;;\n    esac\n  fi\n  sys_lib_dlsearch_path_spec='/usr/lib'\n  ;;\n\nuts4*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\n*)\n  dynamic_linker=no\n  ;;\nesac\n{ echo \"$as_me:$LINENO: result: $dynamic_linker\" >&5\necho \"${ECHO_T}$dynamic_linker\" >&6; }\ntest \"$dynamic_linker\" = no && can_build_shared=no\n\nvariables_saved_for_relink=\"PATH $shlibpath_var $runpath_var\"\nif test \"$GCC\" = yes; then\n  variables_saved_for_relink=\"$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH\"\nfi\n\n{ echo \"$as_me:$LINENO: checking how to hardcode library paths into programs\" >&5\necho $ECHO_N \"checking how to hardcode library paths into programs... $ECHO_C\" >&6; }\nhardcode_action_F77=\nif test -n \"$hardcode_libdir_flag_spec_F77\" || \\\n   test -n \"$runpath_var_F77\" || \\\n   test \"X$hardcode_automatic_F77\" = \"Xyes\" ; then\n\n  # We can hardcode non-existant directories.\n  if test \"$hardcode_direct_F77\" != no &&\n     # If the only mechanism to avoid hardcoding is shlibpath_var, we\n     # have to relink, otherwise we might link with an installed library\n     # when we should be linking with a yet-to-be-installed one\n     ## test \"$_LT_AC_TAGVAR(hardcode_shlibpath_var, F77)\" != no &&\n     test \"$hardcode_minus_L_F77\" != no; then\n    # Linking always hardcodes the temporary library directory.\n    hardcode_action_F77=relink\n  else\n    # We can link without hardcoding, and we can hardcode nonexisting dirs.\n    hardcode_action_F77=immediate\n  fi\nelse\n  # We cannot hardcode anything, or else we can only hardcode existing\n  # directories.\n  hardcode_action_F77=unsupported\nfi\n{ echo \"$as_me:$LINENO: result: $hardcode_action_F77\" >&5\necho \"${ECHO_T}$hardcode_action_F77\" >&6; }\n\nif test \"$hardcode_action_F77\" = relink; then\n  # Fast installation is not supported\n  enable_fast_install=no\nelif test \"$shlibpath_overrides_runpath\" = yes ||\n     test \"$enable_shared\" = no; then\n  # Fast installation is not necessary\n  enable_fast_install=needless\nfi\n\n\n# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    compiler_F77 \\\n    CC_F77 \\\n    LD_F77 \\\n    lt_prog_compiler_wl_F77 \\\n    lt_prog_compiler_pic_F77 \\\n    lt_prog_compiler_static_F77 \\\n    lt_prog_compiler_no_builtin_flag_F77 \\\n    export_dynamic_flag_spec_F77 \\\n    thread_safe_flag_spec_F77 \\\n    whole_archive_flag_spec_F77 \\\n    enable_shared_with_static_runtimes_F77 \\\n    old_archive_cmds_F77 \\\n    old_archive_from_new_cmds_F77 \\\n    predep_objects_F77 \\\n    postdep_objects_F77 \\\n    predeps_F77 \\\n    postdeps_F77 \\\n    compiler_lib_search_path_F77 \\\n    archive_cmds_F77 \\\n    archive_expsym_cmds_F77 \\\n    postinstall_cmds_F77 \\\n    postuninstall_cmds_F77 \\\n    old_archive_from_expsyms_cmds_F77 \\\n    allow_undefined_flag_F77 \\\n    no_undefined_flag_F77 \\\n    export_symbols_cmds_F77 \\\n    hardcode_libdir_flag_spec_F77 \\\n    hardcode_libdir_flag_spec_ld_F77 \\\n    hardcode_libdir_separator_F77 \\\n    hardcode_automatic_F77 \\\n    module_cmds_F77 \\\n    module_expsym_cmds_F77 \\\n    lt_cv_prog_compiler_c_o_F77 \\\n    exclude_expsyms_F77 \\\n    include_expsyms_F77; do\n\n    case $var in\n    old_archive_cmds_F77 | \\\n    old_archive_from_new_cmds_F77 | \\\n    archive_cmds_F77 | \\\n    archive_expsym_cmds_F77 | \\\n    module_cmds_F77 | \\\n    module_expsym_cmds_F77 | \\\n    old_archive_from_expsyms_cmds_F77 | \\\n    export_symbols_cmds_F77 | \\\n    extract_expsyms_cmds | reload_cmds | finish_cmds | \\\n    postinstall_cmds | postuninstall_cmds | \\\n    old_postinstall_cmds | old_postuninstall_cmds | \\\n    sys_lib_search_path_spec | sys_lib_dlsearch_path_spec)\n      # Double-quote double-evaled strings.\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$double_quote_subst\\\" -e \\\"\\$sed_quote_subst\\\" -e \\\"\\$delay_variable_subst\\\"\\`\\\\\\\"\"\n      ;;\n    *)\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$sed_quote_subst\\\"\\`\\\\\\\"\"\n      ;;\n    esac\n  done\n\n  case $lt_echo in\n  *'\\$0 --fallback-echo\"')\n    lt_echo=`$echo \"X$lt_echo\" | $Xsed -e 's/\\\\\\\\\\\\\\$0 --fallback-echo\"$/$0 --fallback-echo\"/'`\n    ;;\n  esac\n\ncfgfile=\"$ofile\"\n\n  cat <<__EOF__ >> \"$cfgfile\"\n# ### BEGIN LIBTOOL TAG CONFIG: $tagname\n\n# Libtool was configured on host `(hostname || uname -n) 2>/dev/null | sed 1q`:\n\n# Shell to use when invoking shell scripts.\nSHELL=$lt_SHELL\n\n# Whether or not to build shared libraries.\nbuild_libtool_libs=$enable_shared\n\n# Whether or not to build static libraries.\nbuild_old_libs=$enable_static\n\n# Whether or not to add -lc for building shared libraries.\nbuild_libtool_need_lc=$archive_cmds_need_lc_F77\n\n# Whether or not to disallow shared libs when runtime libs are static\nallow_libtool_libs_with_static_runtimes=$enable_shared_with_static_runtimes_F77\n\n# Whether or not to optimize for fast installation.\nfast_install=$enable_fast_install\n\n# The host system.\nhost_alias=$host_alias\nhost=$host\nhost_os=$host_os\n\n# The build system.\nbuild_alias=$build_alias\nbuild=$build\nbuild_os=$build_os\n\n# An echo program that does not interpret backslashes.\necho=$lt_echo\n\n# The archiver.\nAR=$lt_AR\nAR_FLAGS=$lt_AR_FLAGS\n\n# A C compiler.\nLTCC=$lt_LTCC\n\n# LTCC compiler flags.\nLTCFLAGS=$lt_LTCFLAGS\n\n# A language-specific compiler.\nCC=$lt_compiler_F77\n\n# Is the compiler the GNU C compiler?\nwith_gcc=$GCC_F77\n\n# An ERE matcher.\nEGREP=$lt_EGREP\n\n# The linker used to build libraries.\nLD=$lt_LD_F77\n\n# Whether we need hard or soft links.\nLN_S=$lt_LN_S\n\n# A BSD-compatible nm program.\nNM=$lt_NM\n\n# A symbol stripping program\nSTRIP=$lt_STRIP\n\n# Used to examine libraries when file_magic_cmd begins \"file\"\nMAGIC_CMD=$MAGIC_CMD\n\n# Used on cygwin: DLL creation program.\nDLLTOOL=\"$DLLTOOL\"\n\n# Used on cygwin: object dumper.\nOBJDUMP=\"$OBJDUMP\"\n\n# Used on cygwin: assembler.\nAS=\"$AS\"\n\n# The name of the directory that contains temporary libtool files.\nobjdir=$objdir\n\n# How to create reloadable object files.\nreload_flag=$lt_reload_flag\nreload_cmds=$lt_reload_cmds\n\n# How to pass a linker flag through the compiler.\nwl=$lt_lt_prog_compiler_wl_F77\n\n# Object file suffix (normally \"o\").\nobjext=\"$ac_objext\"\n\n# Old archive suffix (normally \"a\").\nlibext=\"$libext\"\n\n# Shared library suffix (normally \".so\").\nshrext_cmds='$shrext_cmds'\n\n# Executable file suffix (normally \"\").\nexeext=\"$exeext\"\n\n# Additional compiler flags for building library objects.\npic_flag=$lt_lt_prog_compiler_pic_F77\npic_mode=$pic_mode\n\n# What is the maximum length of a command?\nmax_cmd_len=$lt_cv_sys_max_cmd_len\n\n# Does compiler simultaneously support -c and -o options?\ncompiler_c_o=$lt_lt_cv_prog_compiler_c_o_F77\n\n# Must we lock files when doing compilation?\nneed_locks=$lt_need_locks\n\n# Do we need the lib prefix for modules?\nneed_lib_prefix=$need_lib_prefix\n\n# Do we need a version for libraries?\nneed_version=$need_version\n\n# Whether dlopen is supported.\ndlopen_support=$enable_dlopen\n\n# Whether dlopen of programs is supported.\ndlopen_self=$enable_dlopen_self\n\n# Whether dlopen of statically linked programs is supported.\ndlopen_self_static=$enable_dlopen_self_static\n\n# Compiler flag to prevent dynamic linking.\nlink_static_flag=$lt_lt_prog_compiler_static_F77\n\n# Compiler flag to turn off builtin functions.\nno_builtin_flag=$lt_lt_prog_compiler_no_builtin_flag_F77\n\n# Compiler flag to allow reflexive dlopens.\nexport_dynamic_flag_spec=$lt_export_dynamic_flag_spec_F77\n\n# Compiler flag to generate shared objects directly from archives.\nwhole_archive_flag_spec=$lt_whole_archive_flag_spec_F77\n\n# Compiler flag to generate thread-safe objects.\nthread_safe_flag_spec=$lt_thread_safe_flag_spec_F77\n\n# Library versioning type.\nversion_type=$version_type\n\n# Format of library name prefix.\nlibname_spec=$lt_libname_spec\n\n# List of archive names.  First name is the real one, the rest are links.\n# The last name is the one that the linker finds with -lNAME.\nlibrary_names_spec=$lt_library_names_spec\n\n# The coded name of the library, if different from the real name.\nsoname_spec=$lt_soname_spec\n\n# Commands used to build and install an old-style archive.\nRANLIB=$lt_RANLIB\nold_archive_cmds=$lt_old_archive_cmds_F77\nold_postinstall_cmds=$lt_old_postinstall_cmds\nold_postuninstall_cmds=$lt_old_postuninstall_cmds\n\n# Create an old-style archive from a shared archive.\nold_archive_from_new_cmds=$lt_old_archive_from_new_cmds_F77\n\n# Create a temporary old-style archive to link instead of a shared archive.\nold_archive_from_expsyms_cmds=$lt_old_archive_from_expsyms_cmds_F77\n\n# Commands used to build and install a shared archive.\narchive_cmds=$lt_archive_cmds_F77\narchive_expsym_cmds=$lt_archive_expsym_cmds_F77\npostinstall_cmds=$lt_postinstall_cmds\npostuninstall_cmds=$lt_postuninstall_cmds\n\n# Commands used to build a loadable module (assumed same as above if empty)\nmodule_cmds=$lt_module_cmds_F77\nmodule_expsym_cmds=$lt_module_expsym_cmds_F77\n\n# Commands to strip libraries.\nold_striplib=$lt_old_striplib\nstriplib=$lt_striplib\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredep_objects=$lt_predep_objects_F77\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdep_objects=$lt_postdep_objects_F77\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredeps=$lt_predeps_F77\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdeps=$lt_postdeps_F77\n\n# The library search path used internally by the compiler when linking\n# a shared library.\ncompiler_lib_search_path=$lt_compiler_lib_search_path_F77\n\n# Method to check whether dependent libraries are shared objects.\ndeplibs_check_method=$lt_deplibs_check_method\n\n# Command to use when deplibs_check_method == file_magic.\nfile_magic_cmd=$lt_file_magic_cmd\n\n# Flag that allows shared libraries with undefined symbols to be built.\nallow_undefined_flag=$lt_allow_undefined_flag_F77\n\n# Flag that forces no undefined symbols.\nno_undefined_flag=$lt_no_undefined_flag_F77\n\n# Commands used to finish a libtool library installation in a directory.\nfinish_cmds=$lt_finish_cmds\n\n# Same as above, but a single script fragment to be evaled but not shown.\nfinish_eval=$lt_finish_eval\n\n# Take the output of nm and produce a listing of raw symbols and C names.\nglobal_symbol_pipe=$lt_lt_cv_sys_global_symbol_pipe\n\n# Transform the output of nm in a proper C declaration\nglobal_symbol_to_cdecl=$lt_lt_cv_sys_global_symbol_to_cdecl\n\n# Transform the output of nm in a C name address pair\nglobal_symbol_to_c_name_address=$lt_lt_cv_sys_global_symbol_to_c_name_address\n\n# This is the shared library runtime path variable.\nrunpath_var=$runpath_var\n\n# This is the shared library path variable.\nshlibpath_var=$shlibpath_var\n\n# Is shlibpath searched before the hard-coded library search path?\nshlibpath_overrides_runpath=$shlibpath_overrides_runpath\n\n# How to hardcode a shared library path into an executable.\nhardcode_action=$hardcode_action_F77\n\n# Whether we should hardcode library paths into libraries.\nhardcode_into_libs=$hardcode_into_libs\n\n# Flag to hardcode \\$libdir into a binary during linking.\n# This must work even if \\$libdir does not exist.\nhardcode_libdir_flag_spec=$lt_hardcode_libdir_flag_spec_F77\n\n# If ld is used when linking, flag to hardcode \\$libdir into\n# a binary during linking. This must work even if \\$libdir does\n# not exist.\nhardcode_libdir_flag_spec_ld=$lt_hardcode_libdir_flag_spec_ld_F77\n\n# Whether we need a single -rpath flag with a separated argument.\nhardcode_libdir_separator=$lt_hardcode_libdir_separator_F77\n\n# Set to yes if using DIR/libNAME${shared_ext} during linking hardcodes DIR into the\n# resulting binary.\nhardcode_direct=$hardcode_direct_F77\n\n# Set to yes if using the -LDIR flag during linking hardcodes DIR into the\n# resulting binary.\nhardcode_minus_L=$hardcode_minus_L_F77\n\n# Set to yes if using SHLIBPATH_VAR=DIR during linking hardcodes DIR into\n# the resulting binary.\nhardcode_shlibpath_var=$hardcode_shlibpath_var_F77\n\n# Set to yes if building a shared library automatically hardcodes DIR into the library\n# and all subsequent libraries and executables linked against it.\nhardcode_automatic=$hardcode_automatic_F77\n\n# Variables whose values should be saved in libtool wrapper scripts and\n# restored at relink time.\nvariables_saved_for_relink=\"$variables_saved_for_relink\"\n\n# Whether libtool must link a program against all its dependency libraries.\nlink_all_deplibs=$link_all_deplibs_F77\n\n# Compile-time system search path for libraries\nsys_lib_search_path_spec=$lt_sys_lib_search_path_spec\n\n# Run-time system search path for libraries\nsys_lib_dlsearch_path_spec=$lt_sys_lib_dlsearch_path_spec\n\n# Fix the shell variable \\$srcfile for the compiler.\nfix_srcfile_path=\"$fix_srcfile_path_F77\"\n\n# Set to yes if exported symbols are required.\nalways_export_symbols=$always_export_symbols_F77\n\n# The commands to list exported symbols.\nexport_symbols_cmds=$lt_export_symbols_cmds_F77\n\n# The commands to extract the exported symbol list from a shared archive.\nextract_expsyms_cmds=$lt_extract_expsyms_cmds\n\n# Symbols that should not be listed in the preloaded symbols.\nexclude_expsyms=$lt_exclude_expsyms_F77\n\n# Symbols that must always be exported.\ninclude_expsyms=$lt_include_expsyms_F77\n\n# ### END LIBTOOL TAG CONFIG: $tagname\n\n__EOF__\n\n\nelse\n  # If there is no Makefile yet, we rely on a make rule to execute\n  # `config.status --recheck' to rerun these tests and create the\n  # libtool script then.\n  ltmain_in=`echo $ltmain | sed -e 's/\\.sh$/.in/'`\n  if test -f \"$ltmain_in\"; then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nCC=\"$lt_save_CC\"\n\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      GCJ)\n\tif test -n \"$GCJ\" && test \"X$GCJ\" != \"Xno\"; then\n\n\n# Source file extension for Java test sources.\nac_ext=java\n\n# Object file extension for compiled Java test sources.\nobjext=o\nobjext_GCJ=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code=\"class foo {}\\n\"\n\n# Code to be used in simple link tests\nlt_simple_link_test_code='public class conftest { public static void main(String[] argv) {}; }\\n'\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# save warnings/boilerplate of simple test code\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_compiler_boilerplate=`cat conftest.err`\n$rm conftest*\n\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_link_test_code\" >conftest.$ac_ext\neval \"$ac_link\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_linker_boilerplate=`cat conftest.err`\n$rm conftest*\n\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=\"$CC\"\nCC=${GCJ-\"gcj\"}\ncompiler=$CC\ncompiler_GCJ=$CC\nfor cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n\n# GCJ did not exist at the time GCC didn't implicitly link libc in.\narchive_cmds_need_lc_GCJ=no\n\nold_archive_cmds_GCJ=$old_archive_cmds\n\n\nlt_prog_compiler_no_builtin_flag_GCJ=\n\nif test \"$GCC\" = yes; then\n  lt_prog_compiler_no_builtin_flag_GCJ=' -fno-builtin'\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -fno-rtti -fno-exceptions\" >&5\necho $ECHO_N \"checking if $compiler supports -fno-rtti -fno-exceptions... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_rtti_exceptions+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_rtti_exceptions=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"-fno-rtti -fno-exceptions\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:15615: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:15619: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_rtti_exceptions=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_rtti_exceptions\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_rtti_exceptions\" >&6; }\n\nif test x\"$lt_cv_prog_compiler_rtti_exceptions\" = xyes; then\n    lt_prog_compiler_no_builtin_flag_GCJ=\"$lt_prog_compiler_no_builtin_flag_GCJ -fno-rtti -fno-exceptions\"\nelse\n    :\nfi\n\nfi\n\nlt_prog_compiler_wl_GCJ=\nlt_prog_compiler_pic_GCJ=\nlt_prog_compiler_static_GCJ=\n\n{ echo \"$as_me:$LINENO: checking for $compiler option to produce PIC\" >&5\necho $ECHO_N \"checking for $compiler option to produce PIC... $ECHO_C\" >&6; }\n\n  if test \"$GCC\" = yes; then\n    lt_prog_compiler_wl_GCJ='-Wl,'\n    lt_prog_compiler_static_GCJ='-static'\n\n    case $host_os in\n      aix*)\n      # All AIX code is PIC.\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static_GCJ='-Bstatic'\n      fi\n      ;;\n\n    amigaos*)\n      # FIXME: we need at least 68020 code to build shared libraries, but\n      # adding the `-m68020' flag to GCC prevents building anything better,\n      # like `-m68040'.\n      lt_prog_compiler_pic_GCJ='-m68020 -resident32 -malways-restore-a4'\n      ;;\n\n    beos* | cygwin* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*)\n      # PIC is the default for these OSes.\n      ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic_GCJ='-DDLL_EXPORT'\n      ;;\n\n    darwin* | rhapsody*)\n      # PIC is the default on this platform\n      # Common symbols not allowed in MH_DYLIB files\n      lt_prog_compiler_pic_GCJ='-fno-common'\n      ;;\n\n    interix3*)\n      # Interix 3.x gcc -fpic/-fPIC options generate broken code.\n      # Instead, we relocate shared libraries at runtime.\n      ;;\n\n    msdosdjgpp*)\n      # Just because we use GCC doesn't mean we suddenly get shared libraries\n      # on systems that don't support them.\n      lt_prog_compiler_can_build_shared_GCJ=no\n      enable_shared=no\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tlt_prog_compiler_pic_GCJ=-Kconform_pic\n      fi\n      ;;\n\n    hpux*)\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic_GCJ='-fPIC'\n\t;;\n      esac\n      ;;\n\n    *)\n      lt_prog_compiler_pic_GCJ='-fPIC'\n      ;;\n    esac\n  else\n    # PORTME Check for flag to pass linker flags through the system compiler.\n    case $host_os in\n    aix*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      if test \"$host_cpu\" = ia64; then\n\t# AIX 5 now supports IA64 processor\n\tlt_prog_compiler_static_GCJ='-Bstatic'\n      else\n\tlt_prog_compiler_static_GCJ='-bnso -bI:/lib/syscalls.exp'\n      fi\n      ;;\n      darwin*)\n        # PIC is the default on this platform\n        # Common symbols not allowed in MH_DYLIB files\n       case $cc_basename in\n         xlc*)\n         lt_prog_compiler_pic_GCJ='-qnocommon'\n         lt_prog_compiler_wl_GCJ='-Wl,'\n         ;;\n       esac\n       ;;\n\n    mingw* | pw32* | os2*)\n      # This hack is so that the source file can tell whether it is being\n      # built for inclusion in a dll (and should export symbols for example).\n      lt_prog_compiler_pic_GCJ='-DDLL_EXPORT'\n      ;;\n\n    hpux9* | hpux10* | hpux11*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but\n      # not for PA HP-UX.\n      case $host_cpu in\n      hppa*64*|ia64*)\n\t# +Z the default\n\t;;\n      *)\n\tlt_prog_compiler_pic_GCJ='+Z'\n\t;;\n      esac\n      # Is there a better lt_prog_compiler_static that works with the bundled CC?\n      lt_prog_compiler_static_GCJ='${wl}-a ${wl}archive'\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      # PIC (with -KPIC) is the default.\n      lt_prog_compiler_static_GCJ='-non_shared'\n      ;;\n\n    newsos6)\n      lt_prog_compiler_pic_GCJ='-KPIC'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      case $cc_basename in\n      icc* | ecc*)\n\tlt_prog_compiler_wl_GCJ='-Wl,'\n\tlt_prog_compiler_pic_GCJ='-KPIC'\n\tlt_prog_compiler_static_GCJ='-static'\n        ;;\n      pgcc* | pgf77* | pgf90* | pgf95*)\n        # Portland Group compilers (*not* the Pentium gcc compiler,\n\t# which looks to be a dead project)\n\tlt_prog_compiler_wl_GCJ='-Wl,'\n\tlt_prog_compiler_pic_GCJ='-fpic'\n\tlt_prog_compiler_static_GCJ='-Bstatic'\n        ;;\n      ccc*)\n        lt_prog_compiler_wl_GCJ='-Wl,'\n        # All Alpha code is PIC.\n        lt_prog_compiler_static_GCJ='-non_shared'\n        ;;\n      esac\n      ;;\n\n    osf3* | osf4* | osf5*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      # All OSF/1 code is PIC.\n      lt_prog_compiler_static_GCJ='-non_shared'\n      ;;\n\n    solaris*)\n      lt_prog_compiler_pic_GCJ='-KPIC'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      case $cc_basename in\n      f77* | f90* | f95*)\n\tlt_prog_compiler_wl_GCJ='-Qoption ld ';;\n      *)\n\tlt_prog_compiler_wl_GCJ='-Wl,';;\n      esac\n      ;;\n\n    sunos4*)\n      lt_prog_compiler_wl_GCJ='-Qoption ld '\n      lt_prog_compiler_pic_GCJ='-PIC'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      ;;\n\n    sysv4 | sysv4.2uw2* | sysv4.3*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      lt_prog_compiler_pic_GCJ='-KPIC'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec ;then\n\tlt_prog_compiler_pic_GCJ='-Kconform_pic'\n\tlt_prog_compiler_static_GCJ='-Bstatic'\n      fi\n      ;;\n\n    sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      lt_prog_compiler_pic_GCJ='-KPIC'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      ;;\n\n    unicos*)\n      lt_prog_compiler_wl_GCJ='-Wl,'\n      lt_prog_compiler_can_build_shared_GCJ=no\n      ;;\n\n    uts4*)\n      lt_prog_compiler_pic_GCJ='-pic'\n      lt_prog_compiler_static_GCJ='-Bstatic'\n      ;;\n\n    *)\n      lt_prog_compiler_can_build_shared_GCJ=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_GCJ\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_GCJ\" >&6; }\n\n#\n# Check to make sure the PIC flag actually works.\n#\nif test -n \"$lt_prog_compiler_pic_GCJ\"; then\n\n{ echo \"$as_me:$LINENO: checking if $compiler PIC flag $lt_prog_compiler_pic_GCJ works\" >&5\necho $ECHO_N \"checking if $compiler PIC flag $lt_prog_compiler_pic_GCJ works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_pic_works_GCJ+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_pic_works_GCJ=no\n  ac_outfile=conftest.$ac_objext\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n   lt_compiler_flag=\"$lt_prog_compiler_pic_GCJ\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   # The option is referenced via a variable to avoid confusing sed.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:15883: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>conftest.err)\n   ac_status=$?\n   cat conftest.err >&5\n   echo \"$as_me:15887: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s \"$ac_outfile\"; then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings other than the usual output.\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' >conftest.exp\n     $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n     if test ! -s conftest.er2 || diff conftest.exp conftest.er2 >/dev/null; then\n       lt_prog_compiler_pic_works_GCJ=yes\n     fi\n   fi\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_pic_works_GCJ\" >&5\necho \"${ECHO_T}$lt_prog_compiler_pic_works_GCJ\" >&6; }\n\nif test x\"$lt_prog_compiler_pic_works_GCJ\" = xyes; then\n    case $lt_prog_compiler_pic_GCJ in\n     \"\" | \" \"*) ;;\n     *) lt_prog_compiler_pic_GCJ=\" $lt_prog_compiler_pic_GCJ\" ;;\n     esac\nelse\n    lt_prog_compiler_pic_GCJ=\n     lt_prog_compiler_can_build_shared_GCJ=no\nfi\n\nfi\ncase $host_os in\n  # For platforms which do not support PIC, -DPIC is meaningless:\n  *djgpp*)\n    lt_prog_compiler_pic_GCJ=\n    ;;\n  *)\n    lt_prog_compiler_pic_GCJ=\"$lt_prog_compiler_pic_GCJ\"\n    ;;\nesac\n\n#\n# Check to make sure the static flag actually works.\n#\nwl=$lt_prog_compiler_wl_GCJ eval lt_tmp_static_flag=\\\"$lt_prog_compiler_static_GCJ\\\"\n{ echo \"$as_me:$LINENO: checking if $compiler static flag $lt_tmp_static_flag works\" >&5\necho $ECHO_N \"checking if $compiler static flag $lt_tmp_static_flag works... $ECHO_C\" >&6; }\nif test \"${lt_prog_compiler_static_works_GCJ+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_prog_compiler_static_works_GCJ=no\n   save_LDFLAGS=\"$LDFLAGS\"\n   LDFLAGS=\"$LDFLAGS $lt_tmp_static_flag\"\n   printf \"$lt_simple_link_test_code\" > conftest.$ac_ext\n   if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then\n     # The linker can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     if test -s conftest.err; then\n       # Append any errors to the config.log.\n       cat conftest.err 1>&5\n       $echo \"X$_lt_linker_boilerplate\" | $Xsed -e '/^$/d' > conftest.exp\n       $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2\n       if diff conftest.exp conftest.er2 >/dev/null; then\n         lt_prog_compiler_static_works_GCJ=yes\n       fi\n     else\n       lt_prog_compiler_static_works_GCJ=yes\n     fi\n   fi\n   $rm conftest*\n   LDFLAGS=\"$save_LDFLAGS\"\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_prog_compiler_static_works_GCJ\" >&5\necho \"${ECHO_T}$lt_prog_compiler_static_works_GCJ\" >&6; }\n\nif test x\"$lt_prog_compiler_static_works_GCJ\" = xyes; then\n    :\nelse\n    lt_prog_compiler_static_GCJ=\nfi\n\n\n{ echo \"$as_me:$LINENO: checking if $compiler supports -c -o file.$ac_objext\" >&5\necho $ECHO_N \"checking if $compiler supports -c -o file.$ac_objext... $ECHO_C\" >&6; }\nif test \"${lt_cv_prog_compiler_c_o_GCJ+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  lt_cv_prog_compiler_c_o_GCJ=no\n   $rm -r conftest 2>/dev/null\n   mkdir conftest\n   cd conftest\n   mkdir out\n   printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n   lt_compiler_flag=\"-o out/conftest2.$ac_objext\"\n   # Insert the option either (1) after the last *FLAGS variable, or\n   # (2) before a word containing \"conftest.\", or (3) at the end.\n   # Note that $ac_compile itself does not contain backslashes and begins\n   # with a dollar sign (not a hyphen), so the echo should work correctly.\n   lt_compile=`echo \"$ac_compile\" | $SED \\\n   -e 's:.*FLAGS}\\{0,1\\} :&$lt_compiler_flag :; t' \\\n   -e 's: [^ ]*conftest\\.: $lt_compiler_flag&:; t' \\\n   -e 's:$: $lt_compiler_flag:'`\n   (eval echo \"\\\"\\$as_me:15987: $lt_compile\\\"\" >&5)\n   (eval \"$lt_compile\" 2>out/conftest.err)\n   ac_status=$?\n   cat out/conftest.err >&5\n   echo \"$as_me:15991: \\$? = $ac_status\" >&5\n   if (exit $ac_status) && test -s out/conftest2.$ac_objext\n   then\n     # The compiler can only warn and ignore the option if not recognized\n     # So say no if there are warnings\n     $echo \"X$_lt_compiler_boilerplate\" | $Xsed -e '/^$/d' > out/conftest.exp\n     $SED '/^$/d; /^ *+/d' out/conftest.err >out/conftest.er2\n     if test ! -s out/conftest.er2 || diff out/conftest.exp out/conftest.er2 >/dev/null; then\n       lt_cv_prog_compiler_c_o_GCJ=yes\n     fi\n   fi\n   chmod u+w . 2>&5\n   $rm conftest*\n   # SGI C++ compiler will create directory out/ii_files/ for\n   # template instantiation\n   test -d out/ii_files && $rm out/ii_files/* && rmdir out/ii_files\n   $rm out/* && rmdir out\n   cd ..\n   rmdir conftest\n   $rm conftest*\n\nfi\n{ echo \"$as_me:$LINENO: result: $lt_cv_prog_compiler_c_o_GCJ\" >&5\necho \"${ECHO_T}$lt_cv_prog_compiler_c_o_GCJ\" >&6; }\n\n\nhard_links=\"nottested\"\nif test \"$lt_cv_prog_compiler_c_o_GCJ\" = no && test \"$need_locks\" != no; then\n  # do not overwrite the value of need_locks provided by the user\n  { echo \"$as_me:$LINENO: checking if we can lock with hard links\" >&5\necho $ECHO_N \"checking if we can lock with hard links... $ECHO_C\" >&6; }\n  hard_links=yes\n  $rm conftest*\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  touch conftest.a\n  ln conftest.a conftest.b 2>&5 || hard_links=no\n  ln conftest.a conftest.b 2>/dev/null && hard_links=no\n  { echo \"$as_me:$LINENO: result: $hard_links\" >&5\necho \"${ECHO_T}$hard_links\" >&6; }\n  if test \"$hard_links\" = no; then\n    { echo \"$as_me:$LINENO: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&5\necho \"$as_me: WARNING: \\`$CC' does not support \\`-c -o', so \\`make -j' may be unsafe\" >&2;}\n    need_locks=warn\n  fi\nelse\n  need_locks=no\nfi\n\n{ echo \"$as_me:$LINENO: checking whether the $compiler linker ($LD) supports shared libraries\" >&5\necho $ECHO_N \"checking whether the $compiler linker ($LD) supports shared libraries... $ECHO_C\" >&6; }\n\n  runpath_var=\n  allow_undefined_flag_GCJ=\n  enable_shared_with_static_runtimes_GCJ=no\n  archive_cmds_GCJ=\n  archive_expsym_cmds_GCJ=\n  old_archive_From_new_cmds_GCJ=\n  old_archive_from_expsyms_cmds_GCJ=\n  export_dynamic_flag_spec_GCJ=\n  whole_archive_flag_spec_GCJ=\n  thread_safe_flag_spec_GCJ=\n  hardcode_libdir_flag_spec_GCJ=\n  hardcode_libdir_flag_spec_ld_GCJ=\n  hardcode_libdir_separator_GCJ=\n  hardcode_direct_GCJ=no\n  hardcode_minus_L_GCJ=no\n  hardcode_shlibpath_var_GCJ=unsupported\n  link_all_deplibs_GCJ=unknown\n  hardcode_automatic_GCJ=no\n  module_cmds_GCJ=\n  module_expsym_cmds_GCJ=\n  always_export_symbols_GCJ=no\n  export_symbols_cmds_GCJ='$NM $libobjs $convenience | $global_symbol_pipe | $SED '\\''s/.* //'\\'' | sort | uniq > $export_symbols'\n  # include_expsyms should be a list of space-separated symbols to be *always*\n  # included in the symbol list\n  include_expsyms_GCJ=\n  # exclude_expsyms can be an extended regexp of symbols to exclude\n  # it will be wrapped by ` (' and `)$', so one must not match beginning or\n  # end of line.  Example: `a|bc|.*d.*' will exclude the symbols `a' and `bc',\n  # as well as any symbol that contains `d'.\n  exclude_expsyms_GCJ=\"_GLOBAL_OFFSET_TABLE_\"\n  # Although _GLOBAL_OFFSET_TABLE_ is a valid symbol C name, most a.out\n  # platforms (ab)use it in PIC code, but their linkers get confused if\n  # the symbol is explicitly referenced.  Since portable code cannot\n  # rely on this symbol name, it's probably fine to never include it in\n  # preloaded symbol tables.\n  extract_expsyms_cmds=\n  # Just being paranoid about ensuring that cc_basename is set.\n  for cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\n  case $host_os in\n  cygwin* | mingw* | pw32*)\n    # FIXME: the MSVC++ port hasn't been tested in a loooong time\n    # When not using gcc, we currently assume that we are using\n    # Microsoft Visual C++.\n    if test \"$GCC\" != yes; then\n      with_gnu_ld=no\n    fi\n    ;;\n  interix*)\n    # we just hope/assume this is gcc and not c89 (= MSVC++)\n    with_gnu_ld=yes\n    ;;\n  openbsd*)\n    with_gnu_ld=no\n    ;;\n  esac\n\n  ld_shlibs_GCJ=yes\n  if test \"$with_gnu_ld\" = yes; then\n    # If archive_cmds runs LD, not CC, wlarc should be empty\n    wlarc='${wl}'\n\n    # Set some defaults for GNU ld with shared library support. These\n    # are reset later if shared libraries are not supported. Putting them\n    # here allows them to be overridden if necessary.\n    runpath_var=LD_RUN_PATH\n    hardcode_libdir_flag_spec_GCJ='${wl}--rpath ${wl}$libdir'\n    export_dynamic_flag_spec_GCJ='${wl}--export-dynamic'\n    # ancient GNU ld didn't support --whole-archive et. al.\n    if $LD --help 2>&1 | grep 'no-whole-archive' > /dev/null; then\n\twhole_archive_flag_spec_GCJ=\"$wlarc\"'--whole-archive$convenience '\"$wlarc\"'--no-whole-archive'\n      else\n  \twhole_archive_flag_spec_GCJ=\n    fi\n    supports_anon_versioning=no\n    case `$LD -v 2>/dev/null` in\n      *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.10.*) ;; # catch versions < 2.11\n      *\\ 2.11.93.0.2\\ *) supports_anon_versioning=yes ;; # RH7.3 ...\n      *\\ 2.11.92.0.12\\ *) supports_anon_versioning=yes ;; # Mandrake 8.2 ...\n      *\\ 2.11.*) ;; # other 2.11 versions\n      *) supports_anon_versioning=yes ;;\n    esac\n\n    # See if GNU ld supports shared libraries.\n    case $host_os in\n    aix3* | aix4* | aix5*)\n      # On AIX/PPC, the GNU linker is very broken\n      if test \"$host_cpu\" != ia64; then\n\tld_shlibs_GCJ=no\n\tcat <<EOF 1>&2\n\n*** Warning: the GNU linker, at least up to release 2.9.1, is reported\n*** to be unable to reliably create shared libraries on AIX.\n*** Therefore, libtool is disabling shared libraries support.  If you\n*** really care for shared libraries, you may want to modify your PATH\n*** so that a non-GNU linker is found, and then restart.\n\nEOF\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds_GCJ='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_minus_L_GCJ=yes\n\n      # Samuel A. Falvo II <kc5tja@dolphin.openprojects.net> reports\n      # that the semantics of dynamic libraries on AmigaOS, at least up\n      # to version 4, is to share data among multiple programs linked\n      # with the same dynamic library.  Since this doesn't match the\n      # behavior of shared libraries on other platforms, we can't use\n      # them.\n      ld_shlibs_GCJ=no\n      ;;\n\n    beos*)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tallow_undefined_flag_GCJ=unsupported\n\t# Joseph Beckenbach <jrb3@best.com> says some releases of gcc\n\t# support --undefined.  This deserves some investigation.  FIXME\n\tarchive_cmds_GCJ='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n      else\n\tld_shlibs_GCJ=no\n      fi\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # _LT_AC_TAGVAR(hardcode_libdir_flag_spec, GCJ) is actually meaningless,\n      # as there is no search path for DLLs.\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      allow_undefined_flag_GCJ=unsupported\n      always_export_symbols_GCJ=no\n      enable_shared_with_static_runtimes_GCJ=yes\n      export_symbols_cmds_GCJ='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\\''/^[BCDGRS] /s/.* \\([^ ]*\\)/\\1 DATA/'\\'' | $SED -e '\\''/^[AITW] /s/.* //'\\'' | sort | uniq > $export_symbols'\n\n      if $LD --help 2>&1 | grep 'auto-import' > /dev/null; then\n        archive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n\t# If the export-symbols file already is a .def file (1st line\n\t# is EXPORTS), use it as is; otherwise, prepend...\n\tarchive_expsym_cmds_GCJ='if test \"x`$SED 1q $export_symbols`\" = xEXPORTS; then\n\t  cp $export_symbols $output_objdir/$soname.def;\n\telse\n\t  echo EXPORTS > $output_objdir/$soname.def;\n\t  cat $export_symbols >> $output_objdir/$soname.def;\n\tfi~\n\t$CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib'\n      else\n\tld_shlibs_GCJ=no\n      fi\n      ;;\n\n    interix3*)\n      hardcode_direct_GCJ=no\n      hardcode_shlibpath_var_GCJ=no\n      hardcode_libdir_flag_spec_GCJ='${wl}-rpath,$libdir'\n      export_dynamic_flag_spec_GCJ='${wl}-E'\n      # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc.\n      # Instead, shared libraries are loaded at an image base (0x10000000 by\n      # default) and relocated if they conflict, which is a slow very memory\n      # consuming and fragmenting process.  To avoid this, we pick a random,\n      # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link\n      # time.  Moving up from 0x10000000 also allows more sbrk(2) space.\n      archive_cmds_GCJ='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      archive_expsym_cmds_GCJ='sed \"s,^,_,\" $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \\* 262144 + 1342177280` -o $lib'\n      ;;\n\n    linux* | k*bsd*-gnu)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\ttmp_addflag=\n\tcase $cc_basename,$host_cpu in\n\tpgcc*)\t\t\t\t# Portland Group C compiler\n\t  whole_archive_flag_spec_GCJ='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag'\n\t  ;;\n\tpgf77* | pgf90* | pgf95*)\t# Portland Group f77 and f90 compilers\n\t  whole_archive_flag_spec_GCJ='${wl}--whole-archive`for conv in $convenience\\\"\\\"; do test  -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}--no-whole-archive'\n\t  tmp_addflag=' $pic_flag -Mnomain' ;;\n\tecc*,ia64* | icc*,ia64*)\t\t# Intel C compiler on ia64\n\t  tmp_addflag=' -i_dynamic' ;;\n\tefc*,ia64* | ifort*,ia64*)\t# Intel Fortran compiler on ia64\n\t  tmp_addflag=' -i_dynamic -nofor_main' ;;\n\tifc* | ifort*)\t\t\t# Intel Fortran compiler\n\t  tmp_addflag=' -nofor_main' ;;\n\tesac\n\tarchive_cmds_GCJ='$CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\n\tif test $supports_anon_versioning = yes; then\n\t  archive_expsym_cmds_GCJ='$echo \"{ global:\" > $output_objdir/$libname.ver~\n  cat $export_symbols | sed -e \"s/\\(.*\\)/\\1;/\" >> $output_objdir/$libname.ver~\n  $echo \"local: *; };\" >> $output_objdir/$libname.ver~\n\t  $CC -shared'\"$tmp_addflag\"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib'\n\tfi\n\tlink_all_deplibs_GCJ=no\n      else\n\tld_shlibs_GCJ=no\n      fi\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds_GCJ='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib'\n\twlarc=\n      else\n\tarchive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      fi\n      ;;\n\n    solaris*)\n      if $LD -v 2>&1 | grep 'BFD 2\\.8' > /dev/null; then\n\tld_shlibs_GCJ=no\n\tcat <<EOF 1>&2\n\n*** Warning: The releases 2.8.* of the GNU linker cannot reliably\n*** create shared libraries on Solaris systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.9.1 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\nEOF\n      elif $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs_GCJ=no\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*)\n      case `$LD -v 2>&1` in\n        *\\ [01].* | *\\ 2.[0-9].* | *\\ 2.1[0-5].*)\n\tld_shlibs_GCJ=no\n\tcat <<_LT_EOF 1>&2\n\n*** Warning: Releases of the GNU linker prior to 2.16.91.0.3 can not\n*** reliably create shared libraries on SCO systems.  Therefore, libtool\n*** is disabling shared libraries support.  We urge you to upgrade GNU\n*** binutils to release 2.16.91.0.3 or newer.  Another option is to modify\n*** your PATH or compiler configuration so that the native linker is\n*** used, and then restart.\n\n_LT_EOF\n\t;;\n\t*)\n\t  if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\t    hardcode_libdir_flag_spec_GCJ='`test -z \"$SCOABSPATH\" && echo ${wl}-rpath,$libdir`'\n\t    archive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib'\n\t    archive_expsym_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname,\\${SCOABSPATH:+${install_libdir}/}$soname,-retain-symbols-file,$export_symbols -o $lib'\n\t  else\n\t    ld_shlibs_GCJ=no\n\t  fi\n\t;;\n      esac\n      ;;\n\n    sunos4*)\n      archive_cmds_GCJ='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      wlarc=\n      hardcode_direct_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    *)\n      if $LD --help 2>&1 | grep ': supported targets:.* elf' > /dev/null; then\n\tarchive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib'\n\tarchive_expsym_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib'\n      else\n\tld_shlibs_GCJ=no\n      fi\n      ;;\n    esac\n\n    if test \"$ld_shlibs_GCJ\" = no; then\n      runpath_var=\n      hardcode_libdir_flag_spec_GCJ=\n      export_dynamic_flag_spec_GCJ=\n      whole_archive_flag_spec_GCJ=\n    fi\n  else\n    # PORTME fill in a description of your system's linker (not GNU ld)\n    case $host_os in\n    aix3*)\n      allow_undefined_flag_GCJ=unsupported\n      always_export_symbols_GCJ=yes\n      archive_expsym_cmds_GCJ='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname'\n      # Note: this linker hardcodes the directories in LIBPATH if there\n      # are no directories specified by -L.\n      hardcode_minus_L_GCJ=yes\n      if test \"$GCC\" = yes && test -z \"$lt_prog_compiler_static\"; then\n\t# Neither direct hardcoding nor static linking is supported with a\n\t# broken collect2.\n\thardcode_direct_GCJ=unsupported\n      fi\n      ;;\n\n    aix4* | aix5*)\n      if test \"$host_cpu\" = ia64; then\n\t# On IA64, the linker does run time linking by default, so we don't\n\t# have to do anything special.\n\taix_use_runtimelinking=no\n\texp_sym_flag='-Bexport'\n\tno_entry_flag=\"\"\n      else\n\t# If we're using GNU nm, then we don't want the \"-C\" option.\n\t# -C means demangle to AIX nm, but means don't demangle with GNU nm\n\tif $NM -V 2>&1 | grep 'GNU' > /dev/null; then\n\t  export_symbols_cmds_GCJ='$NM -Bpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\telse\n\t  export_symbols_cmds_GCJ='$NM -BCpg $libobjs $convenience | awk '\\''{ if (((\\$2 == \"T\") || (\\$2 == \"D\") || (\\$2 == \"B\")) && (substr(\\$3,1,1) != \".\")) { print \\$3 } }'\\'' | sort -u > $export_symbols'\n\tfi\n\taix_use_runtimelinking=no\n\n\t# Test if we are trying to use run time linking or normal\n\t# AIX style linking. If -brtl is somewhere in LDFLAGS, we\n\t# need to do runtime linking.\n\tcase $host_os in aix4.[23]|aix4.[23].*|aix5*)\n\t  for ld_flag in $LDFLAGS; do\n  \t  if (test $ld_flag = \"-brtl\" || test $ld_flag = \"-Wl,-brtl\"); then\n  \t    aix_use_runtimelinking=yes\n  \t    break\n  \t  fi\n\t  done\n\t  ;;\n\tesac\n\n\texp_sym_flag='-bexport'\n\tno_entry_flag='-bnoentry'\n      fi\n\n      # When large executables or shared objects are built, AIX ld can\n      # have problems creating the table of contents.  If linking a library\n      # or program results in \"error TOC overflow\" add -mminimal-toc to\n      # CXXFLAGS/CFLAGS for g++/gcc.  In the cases where that is not\n      # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS.\n\n      archive_cmds_GCJ=''\n      hardcode_direct_GCJ=yes\n      hardcode_libdir_separator_GCJ=':'\n      link_all_deplibs_GCJ=yes\n\n      if test \"$GCC\" = yes; then\n\tcase $host_os in aix4.[012]|aix4.[012].*)\n\t# We only want to do this on AIX 4.2 and lower, the check\n\t# below for broken collect2 doesn't work under 4.3+\n\t  collect2name=`${CC} -print-prog-name=collect2`\n\t  if test -f \"$collect2name\" && \\\n  \t   strings \"$collect2name\" | grep resolve_lib_name >/dev/null\n\t  then\n  \t  # We have reworked collect2\n  \t  hardcode_direct_GCJ=yes\n\t  else\n  \t  # We have old collect2\n  \t  hardcode_direct_GCJ=unsupported\n  \t  # It fails to find uninstalled libraries when the uninstalled\n  \t  # path is not listed in the libpath.  Setting hardcode_minus_L\n  \t  # to unsupported forces relinking\n  \t  hardcode_minus_L_GCJ=yes\n  \t  hardcode_libdir_flag_spec_GCJ='-L$libdir'\n  \t  hardcode_libdir_separator_GCJ=\n\t  fi\n\t  ;;\n\tesac\n\tshared_flag='-shared'\n\tif test \"$aix_use_runtimelinking\" = yes; then\n\t  shared_flag=\"$shared_flag \"'${wl}-G'\n\tfi\n      else\n\t# not using gcc\n\tif test \"$host_cpu\" = ia64; then\n  \t# VisualAge C++, Version 5.5 for AIX 5L for IA-64, Beta 3 Release\n  \t# chokes on -Wl,-G. The following line is correct:\n\t  shared_flag='-G'\n\telse\n\t  if test \"$aix_use_runtimelinking\" = yes; then\n\t    shared_flag='${wl}-G'\n\t  else\n\t    shared_flag='${wl}-bM:SRE'\n\t  fi\n\tfi\n      fi\n\n      # It seems that -bexpall does not export symbols beginning with\n      # underscore (_), so it is better to generate a list of symbols to export.\n      always_export_symbols_GCJ=yes\n      if test \"$aix_use_runtimelinking\" = yes; then\n\t# Warning - without using the other runtime loading flags (-brtl),\n\t# -berok will link without error, but may produce a broken library.\n\tallow_undefined_flag_GCJ='-berok'\n       # Determine the default libpath from the value encoded in an empty executable.\n       cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n       hardcode_libdir_flag_spec_GCJ='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\tarchive_expsym_cmds_GCJ=\"\\$CC\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags `if test \"x${allow_undefined_flag}\" != \"x\"; then echo \"${wl}${allow_undefined_flag}\"; else :; fi` '\"\\${wl}$exp_sym_flag:\\$export_symbols $shared_flag\"\n       else\n\tif test \"$host_cpu\" = ia64; then\n\t  hardcode_libdir_flag_spec_GCJ='${wl}-R $libdir:/usr/lib:/lib'\n\t  allow_undefined_flag_GCJ=\"-z nodefs\"\n\t  archive_expsym_cmds_GCJ=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs '\"\\${wl}$no_entry_flag\"' $compiler_flags ${wl}${allow_undefined_flag} '\"\\${wl}$exp_sym_flag:\\$export_symbols\"\n\telse\n\t # Determine the default libpath from the value encoded in an empty executable.\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext conftest$ac_exeext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_link\\\"\") >&5\n  (eval $ac_link) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest$ac_exeext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n\naix_libpath=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`\n# Check for a 64-bit object if we didn't find anything.\nif test -z \"$aix_libpath\"; then aix_libpath=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e '/Import File Strings/,/^$/ { /^0/ { s/^0  *\\(.*\\)$/\\1/; p; }\n}'`; fi\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext \\\n      conftest$ac_exeext conftest.$ac_ext\nif test -z \"$aix_libpath\"; then aix_libpath=\"/usr/lib:/lib\"; fi\n\n\t hardcode_libdir_flag_spec_GCJ='${wl}-blibpath:$libdir:'\"$aix_libpath\"\n\t  # Warning - without using the other run time loading flags,\n\t  # -berok will link without error, but may produce a broken library.\n\t  no_undefined_flag_GCJ=' ${wl}-bernotok'\n\t  allow_undefined_flag_GCJ=' ${wl}-berok'\n\t  # Exported symbols can be pulled into shared objects from archives\n\t  whole_archive_flag_spec_GCJ='$convenience'\n\t  archive_cmds_need_lc_GCJ=yes\n\t  # This is similar to how AIX traditionally builds its shared libraries.\n\t  archive_expsym_cmds_GCJ=\"\\$CC $shared_flag\"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname'\n\tfi\n      fi\n      ;;\n\n    amigaos*)\n      archive_cmds_GCJ='$rm $output_objdir/a2ixlibrary.data~$echo \"#define NAME $libname\" > $output_objdir/a2ixlibrary.data~$echo \"#define LIBRARY_ID 1\" >> $output_objdir/a2ixlibrary.data~$echo \"#define VERSION $major\" >> $output_objdir/a2ixlibrary.data~$echo \"#define REVISION $revision\" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)'\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_minus_L_GCJ=yes\n      # see comment about different semantics on the GNU ld section\n      ld_shlibs_GCJ=no\n      ;;\n\n    bsdi[45]*)\n      export_dynamic_flag_spec_GCJ=-rdynamic\n      ;;\n\n    cygwin* | mingw* | pw32*)\n      # When not using gcc, we currently assume that we are using\n      # Microsoft Visual C++.\n      # hardcode_libdir_flag_spec is actually meaningless, as there is\n      # no search path for DLLs.\n      hardcode_libdir_flag_spec_GCJ=' '\n      allow_undefined_flag_GCJ=unsupported\n      # Tell ltmain to make .lib files, not .a files.\n      libext=lib\n      # Tell ltmain to make .dll files, not .so files.\n      shrext_cmds=\".dll\"\n      # FIXME: Setting linknames here is a bad hack.\n      archive_cmds_GCJ='$CC -o $lib $libobjs $compiler_flags `echo \"$deplibs\" | $SED -e '\\''s/ -lc$//'\\''` -link -dll~linknames='\n      # The linker will automatically build a .lib file if we build a DLL.\n      old_archive_From_new_cmds_GCJ='true'\n      # FIXME: Should let the user specify the lib program.\n      old_archive_cmds_GCJ='lib /OUT:$oldlib$oldobjs$old_deplibs'\n      fix_srcfile_path_GCJ='`cygpath -w \"$srcfile\"`'\n      enable_shared_with_static_runtimes_GCJ=yes\n      ;;\n\n    darwin* | rhapsody*)\n      case $host_os in\n        rhapsody* | darwin1.[012])\n         allow_undefined_flag_GCJ='${wl}-undefined ${wl}suppress'\n         ;;\n       *) # Darwin 1.3 on\n         if test -z ${MACOSX_DEPLOYMENT_TARGET} ; then\n           allow_undefined_flag_GCJ='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n         else\n           case ${MACOSX_DEPLOYMENT_TARGET} in\n             10.[012])\n               allow_undefined_flag_GCJ='${wl}-flat_namespace ${wl}-undefined ${wl}suppress'\n               ;;\n             10.*)\n               allow_undefined_flag_GCJ='${wl}-undefined ${wl}dynamic_lookup'\n               ;;\n           esac\n         fi\n         ;;\n      esac\n      archive_cmds_need_lc_GCJ=no\n      hardcode_direct_GCJ=no\n      hardcode_automatic_GCJ=yes\n      hardcode_shlibpath_var_GCJ=unsupported\n      whole_archive_flag_spec_GCJ=''\n      link_all_deplibs_GCJ=yes\n    if test \"$GCC\" = yes ; then\n    \toutput_verbose_link_cmd='echo'\n        archive_cmds_GCJ='$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring'\n      module_cmds_GCJ='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n      # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n      archive_expsym_cmds_GCJ='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -dynamiclib $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags -install_name $rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n      module_expsym_cmds_GCJ='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n    else\n      case $cc_basename in\n        xlc*)\n         output_verbose_link_cmd='echo'\n         archive_cmds_GCJ='$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}`echo $rpath/$soname` $verstring'\n         module_cmds_GCJ='$CC $allow_undefined_flag -o $lib -bundle $libobjs $deplibs$compiler_flags'\n          # Don't fix this by using the ld -exported_symbols_list flag, it doesn't exist in older darwin lds\n         archive_expsym_cmds_GCJ='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC -qmkshrobj $allow_undefined_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-install_name ${wl}$rpath/$soname $verstring~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          module_expsym_cmds_GCJ='sed -e \"s,#.*,,\" -e \"s,^[    ]*,,\" -e \"s,^\\(..*\\),_&,\" < $export_symbols > $output_objdir/${libname}-symbols.expsym~$CC $allow_undefined_flag  -o $lib -bundle $libobjs $deplibs$compiler_flags~nmedit -s $output_objdir/${libname}-symbols.expsym ${lib}'\n          ;;\n       *)\n         ld_shlibs_GCJ=no\n          ;;\n      esac\n    fi\n      ;;\n\n    dgux*)\n      archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    freebsd1*)\n      ld_shlibs_GCJ=no\n      ;;\n\n    # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor\n    # support.  Future versions do this automatically, but an explicit c++rt0.o\n    # does not break anything, and helps significantly (at the cost of a little\n    # extra space).\n    freebsd2.2*)\n      archive_cmds_GCJ='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags /usr/lib/c++rt0.o'\n      hardcode_libdir_flag_spec_GCJ='-R$libdir'\n      hardcode_direct_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    # Unfortunately, older versions of FreeBSD 2 do not have this feature.\n    freebsd2*)\n      archive_cmds_GCJ='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct_GCJ=yes\n      hardcode_minus_L_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    # FreeBSD 3 and greater uses gcc -shared to do shared libraries.\n    freebsd* | dragonfly*)\n      archive_cmds_GCJ='$CC -shared -o $lib $libobjs $deplibs $compiler_flags'\n      hardcode_libdir_flag_spec_GCJ='-R$libdir'\n      hardcode_direct_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    hpux9*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_GCJ='$rm $output_objdir/$soname~$CC -shared -fPIC ${wl}+b ${wl}$install_libdir -o $output_objdir/$soname $libobjs $deplibs $compiler_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      else\n\tarchive_cmds_GCJ='$rm $output_objdir/$soname~$LD -b +b $install_libdir -o $output_objdir/$soname $libobjs $deplibs $linker_flags~test $output_objdir/$soname = $lib || mv $output_objdir/$soname $lib'\n      fi\n      hardcode_libdir_flag_spec_GCJ='${wl}+b ${wl}$libdir'\n      hardcode_libdir_separator_GCJ=:\n      hardcode_direct_GCJ=yes\n\n      # hardcode_minus_L: Not really in the search PATH,\n      # but as the default location of the library.\n      hardcode_minus_L_GCJ=yes\n      export_dynamic_flag_spec_GCJ='${wl}-E'\n      ;;\n\n    hpux10*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tarchive_cmds_GCJ='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_GCJ='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec_GCJ='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator_GCJ=:\n\n\thardcode_direct_GCJ=yes\n\texport_dynamic_flag_spec_GCJ='${wl}-E'\n\n\t# hardcode_minus_L: Not really in the search PATH,\n\t# but as the default location of the library.\n\thardcode_minus_L_GCJ=yes\n      fi\n      ;;\n\n    hpux11*)\n      if test \"$GCC\" = yes -a \"$with_gnu_ld\" = no; then\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds_GCJ='$CC -shared ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds_GCJ='$CC -shared ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds_GCJ='$CC -shared -fPIC ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      else\n\tcase $host_cpu in\n\thppa*64*)\n\t  archive_cmds_GCJ='$CC -b ${wl}+h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tia64*)\n\t  archive_cmds_GCJ='$CC -b ${wl}+h ${wl}$soname ${wl}+nodefaultrpath -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\t*)\n\t  archive_cmds_GCJ='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags'\n\t  ;;\n\tesac\n      fi\n      if test \"$with_gnu_ld\" = no; then\n\thardcode_libdir_flag_spec_GCJ='${wl}+b ${wl}$libdir'\n\thardcode_libdir_separator_GCJ=:\n\n\tcase $host_cpu in\n\thppa*64*|ia64*)\n\t  hardcode_libdir_flag_spec_ld_GCJ='+b $libdir'\n\t  hardcode_direct_GCJ=no\n\t  hardcode_shlibpath_var_GCJ=no\n\t  ;;\n\t*)\n\t  hardcode_direct_GCJ=yes\n\t  export_dynamic_flag_spec_GCJ='${wl}-E'\n\n\t  # hardcode_minus_L: Not really in the search PATH,\n\t  # but as the default location of the library.\n\t  hardcode_minus_L_GCJ=yes\n\t  ;;\n\tesac\n      fi\n      ;;\n\n    irix5* | irix6* | nonstopux*)\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_GCJ='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tarchive_cmds_GCJ='$LD -shared $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec_ld_GCJ='-rpath $libdir'\n      fi\n      hardcode_libdir_flag_spec_GCJ='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_GCJ=:\n      link_all_deplibs_GCJ=yes\n      ;;\n\n    netbsd* | netbsdelf*-gnu)\n      if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n\tarchive_cmds_GCJ='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'  # a.out\n      else\n\tarchive_cmds_GCJ='$LD -shared -o $lib $libobjs $deplibs $linker_flags'      # ELF\n      fi\n      hardcode_libdir_flag_spec_GCJ='-R$libdir'\n      hardcode_direct_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    newsos6)\n      archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_direct_GCJ=yes\n      hardcode_libdir_flag_spec_GCJ='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_GCJ=:\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    openbsd*)\n      hardcode_direct_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n\tarchive_cmds_GCJ='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-retain-symbols-file,$export_symbols'\n\thardcode_libdir_flag_spec_GCJ='${wl}-rpath,$libdir'\n\texport_dynamic_flag_spec_GCJ='${wl}-E'\n      else\n       case $host_os in\n\t openbsd[01].* | openbsd2.[0-7] | openbsd2.[0-7].*)\n\t   archive_cmds_GCJ='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags'\n\t   hardcode_libdir_flag_spec_GCJ='-R$libdir'\n\t   ;;\n\t *)\n\t   archive_cmds_GCJ='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags'\n\t   hardcode_libdir_flag_spec_GCJ='${wl}-rpath,$libdir'\n\t   ;;\n       esac\n      fi\n      ;;\n\n    os2*)\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_minus_L_GCJ=yes\n      allow_undefined_flag_GCJ=unsupported\n      archive_cmds_GCJ='$echo \"LIBRARY $libname INITINSTANCE\" > $output_objdir/$libname.def~$echo \"DESCRIPTION \\\"$libname\\\"\" >> $output_objdir/$libname.def~$echo DATA >> $output_objdir/$libname.def~$echo \" SINGLE NONSHARED\" >> $output_objdir/$libname.def~$echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def'\n      old_archive_From_new_cmds_GCJ='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def'\n      ;;\n\n    osf3*)\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag_GCJ=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds_GCJ='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n      else\n\tallow_undefined_flag_GCJ=' -expect_unresolved \\*'\n\tarchive_cmds_GCJ='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n      fi\n      hardcode_libdir_flag_spec_GCJ='${wl}-rpath ${wl}$libdir'\n      hardcode_libdir_separator_GCJ=:\n      ;;\n\n    osf4* | osf5*)\t# as osf3* with the addition of -msym flag\n      if test \"$GCC\" = yes; then\n\tallow_undefined_flag_GCJ=' ${wl}-expect_unresolved ${wl}\\*'\n\tarchive_cmds_GCJ='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n \"$verstring\" && echo ${wl}-set_version ${wl}$verstring` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib'\n\thardcode_libdir_flag_spec_GCJ='${wl}-rpath ${wl}$libdir'\n      else\n\tallow_undefined_flag_GCJ=' -expect_unresolved \\*'\n\tarchive_cmds_GCJ='$LD -shared${allow_undefined_flag} $libobjs $deplibs $linker_flags -msym -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib'\n\tarchive_expsym_cmds_GCJ='for i in `cat $export_symbols`; do printf \"%s %s\\\\n\" -exported_symbol \"\\$i\" >> $lib.exp; done; echo \"-hidden\">> $lib.exp~\n\t$LD -shared${allow_undefined_flag} -input $lib.exp $linker_flags $libobjs $deplibs -soname $soname `test -n \"$verstring\" && echo -set_version $verstring` -update_registry ${output_objdir}/so_locations -o $lib~$rm $lib.exp'\n\n\t# Both c and cxx compiler support -rpath directly\n\thardcode_libdir_flag_spec_GCJ='-rpath $libdir'\n      fi\n      hardcode_libdir_separator_GCJ=:\n      ;;\n\n    solaris*)\n      no_undefined_flag_GCJ=' -z text'\n      if test \"$GCC\" = yes; then\n\twlarc='${wl}'\n\tarchive_cmds_GCJ='$CC -shared ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n\t  $CC -shared ${wl}-M ${wl}$lib.exp ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags~$rm $lib.exp'\n      else\n\twlarc=''\n\tarchive_cmds_GCJ='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\tarchive_expsym_cmds_GCJ='$echo \"{ global:\" > $lib.exp~cat $export_symbols | $SED -e \"s/\\(.*\\)/\\1;/\" >> $lib.exp~$echo \"local: *; };\" >> $lib.exp~\n  \t$LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$rm $lib.exp'\n      fi\n      hardcode_libdir_flag_spec_GCJ='-R$libdir'\n      hardcode_shlibpath_var_GCJ=no\n      case $host_os in\n      solaris2.[0-5] | solaris2.[0-5].*) ;;\n      *)\n \t# The compiler driver will combine linker options so we\n \t# cannot just pass the convience library names through\n \t# without $wl, iff we do not link with $LD.\n \t# Luckily, gcc supports the same syntax we need for Sun Studio.\n \t# Supported since Solaris 2.6 (maybe 2.5.1?)\n \tcase $wlarc in\n \t'')\n \t  whole_archive_flag_spec_GCJ='-z allextract$convenience -z defaultextract' ;;\n \t*)\n \t  whole_archive_flag_spec_GCJ='${wl}-z ${wl}allextract`for conv in $convenience\\\"\\\"; do test -n \\\"$conv\\\" && new_convenience=\\\"$new_convenience,$conv\\\"; done; $echo \\\"$new_convenience\\\"` ${wl}-z ${wl}defaultextract' ;;\n \tesac ;;\n      esac\n      link_all_deplibs_GCJ=yes\n      ;;\n\n    sunos4*)\n      if test \"x$host_vendor\" = xsequent; then\n\t# Use $CC to link under sequent, because it throws in some extra .o\n\t# files that make .init and .fini sections work.\n\tarchive_cmds_GCJ='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_GCJ='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags'\n      fi\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_direct_GCJ=yes\n      hardcode_minus_L_GCJ=yes\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    sysv4)\n      case $host_vendor in\n\tsni)\n\t  archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct_GCJ=yes # is this really true???\n\t;;\n\tsiemens)\n\t  ## LD is ld it makes a PLAMLIB\n\t  ## CC just makes a GrossModule.\n\t  archive_cmds_GCJ='$LD -G -o $lib $libobjs $deplibs $linker_flags'\n\t  reload_cmds_GCJ='$CC -r -o $output$reload_objs'\n\t  hardcode_direct_GCJ=no\n        ;;\n\tmotorola)\n\t  archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\t  hardcode_direct_GCJ=no #Motorola manual says yes, but my tests say they lie\n\t;;\n      esac\n      runpath_var='LD_RUN_PATH'\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    sysv4.3*)\n      archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_shlibpath_var_GCJ=no\n      export_dynamic_flag_spec_GCJ='-Bexport'\n      ;;\n\n    sysv4*MP*)\n      if test -d /usr/nec; then\n\tarchive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n\thardcode_shlibpath_var_GCJ=no\n\trunpath_var=LD_RUN_PATH\n\thardcode_runpath_var=yes\n\tld_shlibs_GCJ=yes\n      fi\n      ;;\n\n    sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7*)\n      no_undefined_flag_GCJ='${wl}-z,text'\n      archive_cmds_need_lc_GCJ=no\n      hardcode_shlibpath_var_GCJ=no\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_GCJ='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_GCJ='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    sysv5* | sco3.2v5* | sco5v6*)\n      # Note: We can NOT use -z defs as we might desire, because we do not\n      # link with -lc, and that would cause any symbols used from libc to\n      # always be unresolved, which means just about no library would\n      # ever link correctly.  If we're not using GNU ld we use -z text\n      # though, which does catch some bad symbols but isn't as heavy-handed\n      # as -z defs.\n      no_undefined_flag_GCJ='${wl}-z,text'\n      allow_undefined_flag_GCJ='${wl}-z,nodefs'\n      archive_cmds_need_lc_GCJ=no\n      hardcode_shlibpath_var_GCJ=no\n      hardcode_libdir_flag_spec_GCJ='`test -z \"$SCOABSPATH\" && echo ${wl}-R,$libdir`'\n      hardcode_libdir_separator_GCJ=':'\n      link_all_deplibs_GCJ=yes\n      export_dynamic_flag_spec_GCJ='${wl}-Bexport'\n      runpath_var='LD_RUN_PATH'\n\n      if test \"$GCC\" = yes; then\n\tarchive_cmds_GCJ='$CC -shared ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      else\n\tarchive_cmds_GCJ='$CC -G ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n\tarchive_expsym_cmds_GCJ='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,\\${SCOABSPATH:+${install_libdir}/}$soname -o $lib $libobjs $deplibs $compiler_flags'\n      fi\n      ;;\n\n    uts4*)\n      archive_cmds_GCJ='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags'\n      hardcode_libdir_flag_spec_GCJ='-L$libdir'\n      hardcode_shlibpath_var_GCJ=no\n      ;;\n\n    *)\n      ld_shlibs_GCJ=no\n      ;;\n    esac\n  fi\n\n{ echo \"$as_me:$LINENO: result: $ld_shlibs_GCJ\" >&5\necho \"${ECHO_T}$ld_shlibs_GCJ\" >&6; }\ntest \"$ld_shlibs_GCJ\" = no && can_build_shared=no\n\n#\n# Do we need to explicitly link libc?\n#\ncase \"x$archive_cmds_need_lc_GCJ\" in\nx|xyes)\n  # Assume -lc should be added\n  archive_cmds_need_lc_GCJ=yes\n\n  if test \"$enable_shared\" = yes && test \"$GCC\" = yes; then\n    case $archive_cmds_GCJ in\n    *'~'*)\n      # FIXME: we may have to deal with multi-command sequences.\n      ;;\n    '$CC '*)\n      # Test whether the compiler implicitly links with -lc since on some\n      # systems, -lgcc has to come before -lc. If gcc already passes -lc\n      # to ld, don't add -lc before -lgcc.\n      { echo \"$as_me:$LINENO: checking whether -lc should be explicitly linked in\" >&5\necho $ECHO_N \"checking whether -lc should be explicitly linked in... $ECHO_C\" >&6; }\n      $rm conftest*\n      printf \"$lt_simple_compile_test_code\" > conftest.$ac_ext\n\n      if { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } 2>conftest.err; then\n        soname=conftest\n        lib=conftest\n        libobjs=conftest.$ac_objext\n        deplibs=\n        wl=$lt_prog_compiler_wl_GCJ\n\tpic_flag=$lt_prog_compiler_pic_GCJ\n        compiler_flags=-v\n        linker_flags=-v\n        verstring=\n        output_objdir=.\n        libname=conftest\n        lt_save_allow_undefined_flag=$allow_undefined_flag_GCJ\n        allow_undefined_flag_GCJ=\n        if { (eval echo \"$as_me:$LINENO: \\\"$archive_cmds_GCJ 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1\\\"\") >&5\n  (eval $archive_cmds_GCJ 2\\>\\&1 \\| grep \\\" -lc \\\" \\>/dev/null 2\\>\\&1) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n        then\n\t  archive_cmds_need_lc_GCJ=no\n        else\n\t  archive_cmds_need_lc_GCJ=yes\n        fi\n        allow_undefined_flag_GCJ=$lt_save_allow_undefined_flag\n      else\n        cat conftest.err 1>&5\n      fi\n      $rm conftest*\n      { echo \"$as_me:$LINENO: result: $archive_cmds_need_lc_GCJ\" >&5\necho \"${ECHO_T}$archive_cmds_need_lc_GCJ\" >&6; }\n      ;;\n    esac\n  fi\n  ;;\nesac\n\n{ echo \"$as_me:$LINENO: checking dynamic linker characteristics\" >&5\necho $ECHO_N \"checking dynamic linker characteristics... $ECHO_C\" >&6; }\nlibrary_names_spec=\nlibname_spec='lib$name'\nsoname_spec=\nshrext_cmds=\".so\"\npostinstall_cmds=\npostuninstall_cmds=\nfinish_cmds=\nfinish_eval=\nshlibpath_var=\nshlibpath_overrides_runpath=unknown\nversion_type=none\ndynamic_linker=\"$host_os ld.so\"\nsys_lib_dlsearch_path_spec=\"/lib /usr/lib\"\nif test \"$GCC\" = yes; then\n  sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n  if echo \"$sys_lib_search_path_spec\" | grep ';' >/dev/null ; then\n    # if the path contains \";\" then we assume it to be the separator\n    # otherwise default to the standard path separator (i.e. \":\") - it is\n    # assumed that no part of a normal pathname contains \";\" but that should\n    # okay in the real world where \";\" in dirpaths is itself problematic.\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n  else\n    sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n  fi\nelse\n  sys_lib_search_path_spec=\"/lib /usr/lib /usr/local/lib\"\nfi\nneed_lib_prefix=unknown\nhardcode_into_libs=no\n\n# when you set need_version to no, make sure it does not cause -set_version\n# flags to be left without arguments\nneed_version=unknown\n\ncase $host_os in\naix3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix $libname.a'\n  shlibpath_var=LIBPATH\n\n  # AIX 3 has no versioning support, so we append a major version to the name.\n  soname_spec='${libname}${release}${shared_ext}$major'\n  ;;\n\naix4* | aix5*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  hardcode_into_libs=yes\n  if test \"$host_cpu\" = ia64; then\n    # AIX 5 supports IA64\n    library_names_spec='${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext}$versuffix $libname${shared_ext}'\n    shlibpath_var=LD_LIBRARY_PATH\n  else\n    # With GCC up to 2.95.x, collect2 would create an import file\n    # for dependence libraries.  The import file would start with\n    # the line `#! .'.  This would cause the generated library to\n    # depend on `.', always an invalid library.  This was fixed in\n    # development snapshots of GCC prior to 3.0.\n    case $host_os in\n      aix4 | aix4.[01] | aix4.[01].*)\n      if { echo '#if __GNUC__ > 2 || (__GNUC__ == 2 && __GNUC_MINOR__ >= 97)'\n\t   echo ' yes '\n\t   echo '#endif'; } | ${CC} -E - | grep yes > /dev/null; then\n\t:\n      else\n\tcan_build_shared=no\n      fi\n      ;;\n    esac\n    # AIX (on Power*) has no versioning support, so currently we can not hardcode correct\n    # soname into executable. Probably we can add versioning support to\n    # collect2, so additional links can be useful in future.\n    if test \"$aix_use_runtimelinking\" = yes; then\n      # If using run time linking (on AIX 4.2 or later) use lib<name>.so\n      # instead of lib<name>.a to let people know that these are not\n      # typical AIX shared libraries.\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    else\n      # We preserve .a as extension for shared libraries through AIX4.2\n      # and later when we are not doing run time linking.\n      library_names_spec='${libname}${release}.a $libname.a'\n      soname_spec='${libname}${release}${shared_ext}$major'\n    fi\n    shlibpath_var=LIBPATH\n  fi\n  ;;\n\namigaos*)\n  library_names_spec='$libname.ixlibrary $libname.a'\n  # Create ${libname}_ixlibrary.a entries in /sys/libs.\n  finish_eval='for lib in `ls $libdir/*.ixlibrary 2>/dev/null`; do libname=`$echo \"X$lib\" | $Xsed -e '\\''s%^.*/\\([^/]*\\)\\.ixlibrary$%\\1%'\\''`; test $rm /sys/libs/${libname}_ixlibrary.a; $show \"cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a\"; cd /sys/libs && $LN_S $lib ${libname}_ixlibrary.a || exit 1; done'\n  ;;\n\nbeos*)\n  library_names_spec='${libname}${shared_ext}'\n  dynamic_linker=\"$host_os ld.so\"\n  shlibpath_var=LIBRARY_PATH\n  ;;\n\nbsdi[45]*)\n  version_type=linux\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/shlib /usr/lib /usr/X11/lib /usr/contrib/lib /lib /usr/local/lib\"\n  sys_lib_dlsearch_path_spec=\"/shlib /usr/lib /usr/local/lib\"\n  # the default ld.so.conf also contains /usr/contrib/lib and\n  # /usr/X11R6/lib (/usr/X11 is a link to /usr/X11R6), but let us allow\n  # libtool to hard-code these into programs\n  ;;\n\ncygwin* | mingw* | pw32*)\n  version_type=windows\n  shrext_cmds=\".dll\"\n  need_version=no\n  need_lib_prefix=no\n\n  case $GCC,$host_os in\n  yes,cygwin* | yes,mingw* | yes,pw32*)\n    library_names_spec='$libname.dll.a'\n    # DLL is installed to $(libdir)/../bin by postinstall_cmds\n    postinstall_cmds='base_file=`basename \\${file}`~\n      dlpath=`$SHELL 2>&1 -c '\\''. $dir/'\\''\\${base_file}'\\''i;echo \\$dlname'\\''`~\n      dldir=$destdir/`dirname \\$dlpath`~\n      test -d \\$dldir || mkdir -p \\$dldir~\n      $install_prog $dir/$dlname \\$dldir/$dlname~\n      chmod a+x \\$dldir/$dlname'\n    postuninstall_cmds='dldll=`$SHELL 2>&1 -c '\\''. $file; echo \\$dlname'\\''`~\n      dlpath=$dir/\\$dldll~\n       $rm \\$dlpath'\n    shlibpath_overrides_runpath=yes\n\n    case $host_os in\n    cygwin*)\n      # Cygwin DLLs use 'cyg' prefix rather than 'lib'\n      soname_spec='`echo ${libname} | sed -e 's/^lib/cyg/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=\"/usr/lib /lib/w32api /lib /usr/local/lib\"\n      ;;\n    mingw*)\n      # MinGW DLLs use traditional 'lib' prefix\n      soname_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      sys_lib_search_path_spec=`$CC -print-search-dirs | grep \"^libraries:\" | $SED -e \"s/^libraries://\" -e \"s,=/,/,g\"`\n      if echo \"$sys_lib_search_path_spec\" | grep ';[c-zC-Z]:/' >/dev/null; then\n        # It is most probably a Windows format PATH printed by\n        # mingw gcc, but we are running on Cygwin. Gcc prints its search\n        # path with ; separators, and with drive letters. We can handle the\n        # drive letters (cygwin fileutils understands them), so leave them,\n        # especially as we might pass files found there to a mingw objdump,\n        # which wouldn't understand a cygwinified path. Ahh.\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED -e 's/;/ /g'`\n      else\n        sys_lib_search_path_spec=`echo \"$sys_lib_search_path_spec\" | $SED  -e \"s/$PATH_SEPARATOR/ /g\"`\n      fi\n      ;;\n    pw32*)\n      # pw32 DLLs use 'pw' prefix rather than 'lib'\n      library_names_spec='`echo ${libname} | sed -e 's/^lib/pw/'``echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext}'\n      ;;\n    esac\n    ;;\n\n  *)\n    library_names_spec='${libname}`echo ${release} | $SED -e 's/[.]/-/g'`${versuffix}${shared_ext} $libname.lib'\n    ;;\n  esac\n  dynamic_linker='Win32 ld.exe'\n  # FIXME: first we should search . and the directory the executable is in\n  shlibpath_var=PATH\n  ;;\n\ndarwin* | rhapsody*)\n  dynamic_linker=\"$host_os dyld\"\n  version_type=darwin\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${versuffix}$shared_ext ${libname}${release}${major}$shared_ext ${libname}$shared_ext'\n  soname_spec='${libname}${release}${major}$shared_ext'\n  shlibpath_overrides_runpath=yes\n  shlibpath_var=DYLD_LIBRARY_PATH\n  shrext_cmds='`test .$module = .yes && echo .so || echo .dylib`'\n  # Apple's gcc prints 'gcc -print-search-dirs' doesn't operate the same.\n  if test \"$GCC\" = yes; then\n    sys_lib_search_path_spec=`$CC -print-search-dirs | tr \"\\n\" \"$PATH_SEPARATOR\" | sed -e 's/libraries:/@libraries:/' | tr \"@\" \"\\n\" | grep \"^libraries:\" | sed -e \"s/^libraries://\" -e \"s,=/,/,g\" -e \"s,$PATH_SEPARATOR, ,g\" -e \"s,.*,& /lib /usr/lib /usr/local/lib,g\"`\n  else\n    sys_lib_search_path_spec='/lib /usr/lib /usr/local/lib'\n  fi\n  sys_lib_dlsearch_path_spec='/usr/local/lib /lib /usr/lib'\n  ;;\n\ndgux*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname$shared_ext'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\nfreebsd1*)\n  dynamic_linker=no\n  ;;\n\nfreebsd* | dragonfly*)\n  # DragonFly does not have aout.  When/if they implement a new\n  # versioning mechanism, adjust this.\n  if test -x /usr/bin/objformat; then\n    objformat=`/usr/bin/objformat`\n  else\n    case $host_os in\n    freebsd[123]*) objformat=aout ;;\n    *) objformat=elf ;;\n    esac\n  fi\n  version_type=freebsd-$objformat\n  case $version_type in\n    freebsd-elf*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n      need_version=no\n      need_lib_prefix=no\n      ;;\n    freebsd-*)\n      library_names_spec='${libname}${release}${shared_ext}$versuffix $libname${shared_ext}$versuffix'\n      need_version=yes\n      ;;\n  esac\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_os in\n  freebsd2*)\n    shlibpath_overrides_runpath=yes\n    ;;\n  freebsd3.[01]* | freebsdelf3.[01]*)\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  freebsd3.[2-9]* | freebsdelf3.[2-9]* | \\\n  freebsd4.[0-5] | freebsdelf4.[0-5] | freebsd4.1.1 | freebsdelf4.1.1)\n    shlibpath_overrides_runpath=no\n    hardcode_into_libs=yes\n    ;;\n  freebsd*) # from 4.6 on\n    shlibpath_overrides_runpath=yes\n    hardcode_into_libs=yes\n    ;;\n  esac\n  ;;\n\ngnu*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}${major} ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  ;;\n\nhpux9* | hpux10* | hpux11*)\n  # Give a soname corresponding to the major version so that dld.sl refuses to\n  # link against other versions.\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  case $host_cpu in\n  ia64*)\n    shrext_cmds='.so'\n    hardcode_into_libs=yes\n    dynamic_linker=\"$host_os dld.so\"\n    shlibpath_var=LD_LIBRARY_PATH\n    shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    if test \"X$HPUX_IA64_MODE\" = X32; then\n      sys_lib_search_path_spec=\"/usr/lib/hpux32 /usr/local/lib/hpux32 /usr/local/lib\"\n    else\n      sys_lib_search_path_spec=\"/usr/lib/hpux64 /usr/local/lib/hpux64\"\n    fi\n    sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n    ;;\n   hppa*64*)\n     shrext_cmds='.sl'\n     hardcode_into_libs=yes\n     dynamic_linker=\"$host_os dld.sl\"\n     shlibpath_var=LD_LIBRARY_PATH # How should we handle SHLIB_PATH\n     shlibpath_overrides_runpath=yes # Unless +noenvvar is specified.\n     library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n     soname_spec='${libname}${release}${shared_ext}$major'\n     sys_lib_search_path_spec=\"/usr/lib/pa20_64 /usr/ccs/lib/pa20_64\"\n     sys_lib_dlsearch_path_spec=$sys_lib_search_path_spec\n     ;;\n   *)\n    shrext_cmds='.sl'\n    dynamic_linker=\"$host_os dld.sl\"\n    shlibpath_var=SHLIB_PATH\n    shlibpath_overrides_runpath=no # +s is required to enable SHLIB_PATH\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    ;;\n  esac\n  # HP-UX runs *really* slowly unless shared libraries are mode 555.\n  postinstall_cmds='chmod 555 $lib'\n  ;;\n\ninterix3*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  ;;\n\nirix5* | irix6* | nonstopux*)\n  case $host_os in\n    nonstopux*) version_type=nonstopux ;;\n    *)\n\tif test \"$lt_cv_prog_gnu_ld\" = yes; then\n\t\tversion_type=linux\n\telse\n\t\tversion_type=irix\n\tfi ;;\n  esac\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}'\n  case $host_os in\n  irix5* | nonstopux*)\n    libsuff= shlibsuff=\n    ;;\n  *)\n    case $LD in # libtool.m4 will add one of these switches to LD\n    *-32|*\"-32 \"|*-melf32bsmip|*\"-melf32bsmip \")\n      libsuff= shlibsuff= libmagic=32-bit;;\n    *-n32|*\"-n32 \"|*-melf32bmipn32|*\"-melf32bmipn32 \")\n      libsuff=32 shlibsuff=N32 libmagic=N32;;\n    *-64|*\"-64 \"|*-melf64bmip|*\"-melf64bmip \")\n      libsuff=64 shlibsuff=64 libmagic=64-bit;;\n    *) libsuff= shlibsuff= libmagic=never-match;;\n    esac\n    ;;\n  esac\n  shlibpath_var=LD_LIBRARY${shlibsuff}_PATH\n  shlibpath_overrides_runpath=no\n  sys_lib_search_path_spec=\"/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}\"\n  sys_lib_dlsearch_path_spec=\"/usr/lib${libsuff} /lib${libsuff}\"\n  hardcode_into_libs=yes\n  ;;\n\n# No shared lib support for Linux oldld, aout, or coff.\nlinux*oldld* | linux*aout* | linux*coff*)\n  dynamic_linker=no\n  ;;\n\n# This must be Linux ELF.\nlinux* | k*bsd*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -n $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  # This implies no fast_install, which is unacceptable.\n  # Some rework will be needed to allow for fast_install\n  # before this can be enabled.\n  hardcode_into_libs=yes\n\n  # Append ld.so.conf contents to the search path\n  if test -f /etc/ld.so.conf; then\n    lt_ld_extra=`awk '/^include / { system(sprintf(\"cd /etc; cat %s\", \\$2)); skip = 1; } { if (!skip) print \\$0; skip = 0; }' < /etc/ld.so.conf | $SED -e 's/#.*//;s/[:,\t]/ /g;s/=[^=]*$//;s/=[^= ]* / /g;/^$/d' | tr '\\n' ' '`\n    sys_lib_dlsearch_path_spec=\"/lib /usr/lib $lt_ld_extra\"\n  fi\n\n  # We used to test for /lib/ld.so.1 and disable shared libraries on\n  # powerpc, because MkLinux only supported shared libraries with the\n  # GNU dynamic linker.  Since this was broken with cross compilers,\n  # most powerpc-linux boxes support dynamic linking these days and\n  # people can always --disable-shared, the test was removed, and we\n  # assume the GNU/Linux dynamic linker is in use.\n  dynamic_linker='GNU/Linux ld.so'\n  ;;\n\nnetbsdelf*-gnu)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=no\n  hardcode_into_libs=yes\n  dynamic_linker='NetBSD ld.elf_so'\n  ;;\n\nnetbsd*)\n  version_type=sunos\n  need_lib_prefix=no\n  need_version=no\n  if echo __ELF__ | $CC -E - | grep __ELF__ >/dev/null; then\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n    finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n    dynamic_linker='NetBSD (a.out) ld.so'\n  else\n    library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}'\n    soname_spec='${libname}${release}${shared_ext}$major'\n    dynamic_linker='NetBSD ld.elf_so'\n  fi\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  ;;\n\nnewsos6)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nnto-qnx*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  ;;\n\nopenbsd*)\n  version_type=sunos\n  sys_lib_dlsearch_path_spec=\"/usr/lib\"\n  need_lib_prefix=no\n  # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs.\n  case $host_os in\n    openbsd3.3 | openbsd3.3.*) need_version=yes ;;\n    *)                         need_version=no  ;;\n  esac\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/sbin\" ldconfig -m $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  if test -z \"`echo __ELF__ | $CC -E - | grep __ELF__`\" || test \"$host_os-$host_cpu\" = \"openbsd2.8-powerpc\"; then\n    case $host_os in\n      openbsd2.[89] | openbsd2.[89].*)\n\tshlibpath_overrides_runpath=no\n\t;;\n      *)\n\tshlibpath_overrides_runpath=yes\n\t;;\n      esac\n  else\n    shlibpath_overrides_runpath=yes\n  fi\n  ;;\n\nos2*)\n  libname_spec='$name'\n  shrext_cmds=\".dll\"\n  need_lib_prefix=no\n  library_names_spec='$libname${shared_ext} $libname.a'\n  dynamic_linker='OS/2 ld.exe'\n  shlibpath_var=LIBPATH\n  ;;\n\nosf3* | osf4* | osf5*)\n  version_type=osf\n  need_lib_prefix=no\n  need_version=no\n  soname_spec='${libname}${release}${shared_ext}$major'\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  shlibpath_var=LD_LIBRARY_PATH\n  sys_lib_search_path_spec=\"/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib\"\n  sys_lib_dlsearch_path_spec=\"$sys_lib_search_path_spec\"\n  ;;\n\nsolaris*)\n  version_type=linux\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  hardcode_into_libs=yes\n  # ldd complains unless libraries are executable\n  postinstall_cmds='chmod +x $lib'\n  ;;\n\nsunos4*)\n  version_type=sunos\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix'\n  finish_cmds='PATH=\"\\$PATH:/usr/etc\" ldconfig $libdir'\n  shlibpath_var=LD_LIBRARY_PATH\n  shlibpath_overrides_runpath=yes\n  if test \"$with_gnu_ld\" = yes; then\n    need_lib_prefix=no\n  fi\n  need_version=yes\n  ;;\n\nsysv4 | sysv4.3*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  case $host_vendor in\n    sni)\n      shlibpath_overrides_runpath=no\n      need_lib_prefix=no\n      export_dynamic_flag_spec='${wl}-Blargedynsym'\n      runpath_var=LD_RUN_PATH\n      ;;\n    siemens)\n      need_lib_prefix=no\n      ;;\n    motorola)\n      need_lib_prefix=no\n      need_version=no\n      shlibpath_overrides_runpath=no\n      sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib'\n      ;;\n  esac\n  ;;\n\nsysv4*MP*)\n  if test -d /usr/nec ;then\n    version_type=linux\n    library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}'\n    soname_spec='$libname${shared_ext}.$major'\n    shlibpath_var=LD_LIBRARY_PATH\n  fi\n  ;;\n\nsysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*)\n  version_type=freebsd-elf\n  need_lib_prefix=no\n  need_version=no\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  hardcode_into_libs=yes\n  if test \"$with_gnu_ld\" = yes; then\n    sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib'\n    shlibpath_overrides_runpath=no\n  else\n    sys_lib_search_path_spec='/usr/ccs/lib /usr/lib'\n    shlibpath_overrides_runpath=yes\n    case $host_os in\n      sco3.2v5*)\n        sys_lib_search_path_spec=\"$sys_lib_search_path_spec /lib\"\n\t;;\n    esac\n  fi\n  sys_lib_dlsearch_path_spec='/usr/lib'\n  ;;\n\nuts4*)\n  version_type=linux\n  library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}'\n  soname_spec='${libname}${release}${shared_ext}$major'\n  shlibpath_var=LD_LIBRARY_PATH\n  ;;\n\n*)\n  dynamic_linker=no\n  ;;\nesac\n{ echo \"$as_me:$LINENO: result: $dynamic_linker\" >&5\necho \"${ECHO_T}$dynamic_linker\" >&6; }\ntest \"$dynamic_linker\" = no && can_build_shared=no\n\nvariables_saved_for_relink=\"PATH $shlibpath_var $runpath_var\"\nif test \"$GCC\" = yes; then\n  variables_saved_for_relink=\"$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH\"\nfi\n\n{ echo \"$as_me:$LINENO: checking how to hardcode library paths into programs\" >&5\necho $ECHO_N \"checking how to hardcode library paths into programs... $ECHO_C\" >&6; }\nhardcode_action_GCJ=\nif test -n \"$hardcode_libdir_flag_spec_GCJ\" || \\\n   test -n \"$runpath_var_GCJ\" || \\\n   test \"X$hardcode_automatic_GCJ\" = \"Xyes\" ; then\n\n  # We can hardcode non-existant directories.\n  if test \"$hardcode_direct_GCJ\" != no &&\n     # If the only mechanism to avoid hardcoding is shlibpath_var, we\n     # have to relink, otherwise we might link with an installed library\n     # when we should be linking with a yet-to-be-installed one\n     ## test \"$_LT_AC_TAGVAR(hardcode_shlibpath_var, GCJ)\" != no &&\n     test \"$hardcode_minus_L_GCJ\" != no; then\n    # Linking always hardcodes the temporary library directory.\n    hardcode_action_GCJ=relink\n  else\n    # We can link without hardcoding, and we can hardcode nonexisting dirs.\n    hardcode_action_GCJ=immediate\n  fi\nelse\n  # We cannot hardcode anything, or else we can only hardcode existing\n  # directories.\n  hardcode_action_GCJ=unsupported\nfi\n{ echo \"$as_me:$LINENO: result: $hardcode_action_GCJ\" >&5\necho \"${ECHO_T}$hardcode_action_GCJ\" >&6; }\n\nif test \"$hardcode_action_GCJ\" = relink; then\n  # Fast installation is not supported\n  enable_fast_install=no\nelif test \"$shlibpath_overrides_runpath\" = yes ||\n     test \"$enable_shared\" = no; then\n  # Fast installation is not necessary\n  enable_fast_install=needless\nfi\n\n\n# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    compiler_GCJ \\\n    CC_GCJ \\\n    LD_GCJ \\\n    lt_prog_compiler_wl_GCJ \\\n    lt_prog_compiler_pic_GCJ \\\n    lt_prog_compiler_static_GCJ \\\n    lt_prog_compiler_no_builtin_flag_GCJ \\\n    export_dynamic_flag_spec_GCJ \\\n    thread_safe_flag_spec_GCJ \\\n    whole_archive_flag_spec_GCJ \\\n    enable_shared_with_static_runtimes_GCJ \\\n    old_archive_cmds_GCJ \\\n    old_archive_from_new_cmds_GCJ \\\n    predep_objects_GCJ \\\n    postdep_objects_GCJ \\\n    predeps_GCJ \\\n    postdeps_GCJ \\\n    compiler_lib_search_path_GCJ \\\n    archive_cmds_GCJ \\\n    archive_expsym_cmds_GCJ \\\n    postinstall_cmds_GCJ \\\n    postuninstall_cmds_GCJ \\\n    old_archive_from_expsyms_cmds_GCJ \\\n    allow_undefined_flag_GCJ \\\n    no_undefined_flag_GCJ \\\n    export_symbols_cmds_GCJ \\\n    hardcode_libdir_flag_spec_GCJ \\\n    hardcode_libdir_flag_spec_ld_GCJ \\\n    hardcode_libdir_separator_GCJ \\\n    hardcode_automatic_GCJ \\\n    module_cmds_GCJ \\\n    module_expsym_cmds_GCJ \\\n    lt_cv_prog_compiler_c_o_GCJ \\\n    exclude_expsyms_GCJ \\\n    include_expsyms_GCJ; do\n\n    case $var in\n    old_archive_cmds_GCJ | \\\n    old_archive_from_new_cmds_GCJ | \\\n    archive_cmds_GCJ | \\\n    archive_expsym_cmds_GCJ | \\\n    module_cmds_GCJ | \\\n    module_expsym_cmds_GCJ | \\\n    old_archive_from_expsyms_cmds_GCJ | \\\n    export_symbols_cmds_GCJ | \\\n    extract_expsyms_cmds | reload_cmds | finish_cmds | \\\n    postinstall_cmds | postuninstall_cmds | \\\n    old_postinstall_cmds | old_postuninstall_cmds | \\\n    sys_lib_search_path_spec | sys_lib_dlsearch_path_spec)\n      # Double-quote double-evaled strings.\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$double_quote_subst\\\" -e \\\"\\$sed_quote_subst\\\" -e \\\"\\$delay_variable_subst\\\"\\`\\\\\\\"\"\n      ;;\n    *)\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$sed_quote_subst\\\"\\`\\\\\\\"\"\n      ;;\n    esac\n  done\n\n  case $lt_echo in\n  *'\\$0 --fallback-echo\"')\n    lt_echo=`$echo \"X$lt_echo\" | $Xsed -e 's/\\\\\\\\\\\\\\$0 --fallback-echo\"$/$0 --fallback-echo\"/'`\n    ;;\n  esac\n\ncfgfile=\"$ofile\"\n\n  cat <<__EOF__ >> \"$cfgfile\"\n# ### BEGIN LIBTOOL TAG CONFIG: $tagname\n\n# Libtool was configured on host `(hostname || uname -n) 2>/dev/null | sed 1q`:\n\n# Shell to use when invoking shell scripts.\nSHELL=$lt_SHELL\n\n# Whether or not to build shared libraries.\nbuild_libtool_libs=$enable_shared\n\n# Whether or not to build static libraries.\nbuild_old_libs=$enable_static\n\n# Whether or not to add -lc for building shared libraries.\nbuild_libtool_need_lc=$archive_cmds_need_lc_GCJ\n\n# Whether or not to disallow shared libs when runtime libs are static\nallow_libtool_libs_with_static_runtimes=$enable_shared_with_static_runtimes_GCJ\n\n# Whether or not to optimize for fast installation.\nfast_install=$enable_fast_install\n\n# The host system.\nhost_alias=$host_alias\nhost=$host\nhost_os=$host_os\n\n# The build system.\nbuild_alias=$build_alias\nbuild=$build\nbuild_os=$build_os\n\n# An echo program that does not interpret backslashes.\necho=$lt_echo\n\n# The archiver.\nAR=$lt_AR\nAR_FLAGS=$lt_AR_FLAGS\n\n# A C compiler.\nLTCC=$lt_LTCC\n\n# LTCC compiler flags.\nLTCFLAGS=$lt_LTCFLAGS\n\n# A language-specific compiler.\nCC=$lt_compiler_GCJ\n\n# Is the compiler the GNU C compiler?\nwith_gcc=$GCC_GCJ\n\n# An ERE matcher.\nEGREP=$lt_EGREP\n\n# The linker used to build libraries.\nLD=$lt_LD_GCJ\n\n# Whether we need hard or soft links.\nLN_S=$lt_LN_S\n\n# A BSD-compatible nm program.\nNM=$lt_NM\n\n# A symbol stripping program\nSTRIP=$lt_STRIP\n\n# Used to examine libraries when file_magic_cmd begins \"file\"\nMAGIC_CMD=$MAGIC_CMD\n\n# Used on cygwin: DLL creation program.\nDLLTOOL=\"$DLLTOOL\"\n\n# Used on cygwin: object dumper.\nOBJDUMP=\"$OBJDUMP\"\n\n# Used on cygwin: assembler.\nAS=\"$AS\"\n\n# The name of the directory that contains temporary libtool files.\nobjdir=$objdir\n\n# How to create reloadable object files.\nreload_flag=$lt_reload_flag\nreload_cmds=$lt_reload_cmds\n\n# How to pass a linker flag through the compiler.\nwl=$lt_lt_prog_compiler_wl_GCJ\n\n# Object file suffix (normally \"o\").\nobjext=\"$ac_objext\"\n\n# Old archive suffix (normally \"a\").\nlibext=\"$libext\"\n\n# Shared library suffix (normally \".so\").\nshrext_cmds='$shrext_cmds'\n\n# Executable file suffix (normally \"\").\nexeext=\"$exeext\"\n\n# Additional compiler flags for building library objects.\npic_flag=$lt_lt_prog_compiler_pic_GCJ\npic_mode=$pic_mode\n\n# What is the maximum length of a command?\nmax_cmd_len=$lt_cv_sys_max_cmd_len\n\n# Does compiler simultaneously support -c and -o options?\ncompiler_c_o=$lt_lt_cv_prog_compiler_c_o_GCJ\n\n# Must we lock files when doing compilation?\nneed_locks=$lt_need_locks\n\n# Do we need the lib prefix for modules?\nneed_lib_prefix=$need_lib_prefix\n\n# Do we need a version for libraries?\nneed_version=$need_version\n\n# Whether dlopen is supported.\ndlopen_support=$enable_dlopen\n\n# Whether dlopen of programs is supported.\ndlopen_self=$enable_dlopen_self\n\n# Whether dlopen of statically linked programs is supported.\ndlopen_self_static=$enable_dlopen_self_static\n\n# Compiler flag to prevent dynamic linking.\nlink_static_flag=$lt_lt_prog_compiler_static_GCJ\n\n# Compiler flag to turn off builtin functions.\nno_builtin_flag=$lt_lt_prog_compiler_no_builtin_flag_GCJ\n\n# Compiler flag to allow reflexive dlopens.\nexport_dynamic_flag_spec=$lt_export_dynamic_flag_spec_GCJ\n\n# Compiler flag to generate shared objects directly from archives.\nwhole_archive_flag_spec=$lt_whole_archive_flag_spec_GCJ\n\n# Compiler flag to generate thread-safe objects.\nthread_safe_flag_spec=$lt_thread_safe_flag_spec_GCJ\n\n# Library versioning type.\nversion_type=$version_type\n\n# Format of library name prefix.\nlibname_spec=$lt_libname_spec\n\n# List of archive names.  First name is the real one, the rest are links.\n# The last name is the one that the linker finds with -lNAME.\nlibrary_names_spec=$lt_library_names_spec\n\n# The coded name of the library, if different from the real name.\nsoname_spec=$lt_soname_spec\n\n# Commands used to build and install an old-style archive.\nRANLIB=$lt_RANLIB\nold_archive_cmds=$lt_old_archive_cmds_GCJ\nold_postinstall_cmds=$lt_old_postinstall_cmds\nold_postuninstall_cmds=$lt_old_postuninstall_cmds\n\n# Create an old-style archive from a shared archive.\nold_archive_from_new_cmds=$lt_old_archive_from_new_cmds_GCJ\n\n# Create a temporary old-style archive to link instead of a shared archive.\nold_archive_from_expsyms_cmds=$lt_old_archive_from_expsyms_cmds_GCJ\n\n# Commands used to build and install a shared archive.\narchive_cmds=$lt_archive_cmds_GCJ\narchive_expsym_cmds=$lt_archive_expsym_cmds_GCJ\npostinstall_cmds=$lt_postinstall_cmds\npostuninstall_cmds=$lt_postuninstall_cmds\n\n# Commands used to build a loadable module (assumed same as above if empty)\nmodule_cmds=$lt_module_cmds_GCJ\nmodule_expsym_cmds=$lt_module_expsym_cmds_GCJ\n\n# Commands to strip libraries.\nold_striplib=$lt_old_striplib\nstriplib=$lt_striplib\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredep_objects=$lt_predep_objects_GCJ\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdep_objects=$lt_postdep_objects_GCJ\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredeps=$lt_predeps_GCJ\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdeps=$lt_postdeps_GCJ\n\n# The library search path used internally by the compiler when linking\n# a shared library.\ncompiler_lib_search_path=$lt_compiler_lib_search_path_GCJ\n\n# Method to check whether dependent libraries are shared objects.\ndeplibs_check_method=$lt_deplibs_check_method\n\n# Command to use when deplibs_check_method == file_magic.\nfile_magic_cmd=$lt_file_magic_cmd\n\n# Flag that allows shared libraries with undefined symbols to be built.\nallow_undefined_flag=$lt_allow_undefined_flag_GCJ\n\n# Flag that forces no undefined symbols.\nno_undefined_flag=$lt_no_undefined_flag_GCJ\n\n# Commands used to finish a libtool library installation in a directory.\nfinish_cmds=$lt_finish_cmds\n\n# Same as above, but a single script fragment to be evaled but not shown.\nfinish_eval=$lt_finish_eval\n\n# Take the output of nm and produce a listing of raw symbols and C names.\nglobal_symbol_pipe=$lt_lt_cv_sys_global_symbol_pipe\n\n# Transform the output of nm in a proper C declaration\nglobal_symbol_to_cdecl=$lt_lt_cv_sys_global_symbol_to_cdecl\n\n# Transform the output of nm in a C name address pair\nglobal_symbol_to_c_name_address=$lt_lt_cv_sys_global_symbol_to_c_name_address\n\n# This is the shared library runtime path variable.\nrunpath_var=$runpath_var\n\n# This is the shared library path variable.\nshlibpath_var=$shlibpath_var\n\n# Is shlibpath searched before the hard-coded library search path?\nshlibpath_overrides_runpath=$shlibpath_overrides_runpath\n\n# How to hardcode a shared library path into an executable.\nhardcode_action=$hardcode_action_GCJ\n\n# Whether we should hardcode library paths into libraries.\nhardcode_into_libs=$hardcode_into_libs\n\n# Flag to hardcode \\$libdir into a binary during linking.\n# This must work even if \\$libdir does not exist.\nhardcode_libdir_flag_spec=$lt_hardcode_libdir_flag_spec_GCJ\n\n# If ld is used when linking, flag to hardcode \\$libdir into\n# a binary during linking. This must work even if \\$libdir does\n# not exist.\nhardcode_libdir_flag_spec_ld=$lt_hardcode_libdir_flag_spec_ld_GCJ\n\n# Whether we need a single -rpath flag with a separated argument.\nhardcode_libdir_separator=$lt_hardcode_libdir_separator_GCJ\n\n# Set to yes if using DIR/libNAME${shared_ext} during linking hardcodes DIR into the\n# resulting binary.\nhardcode_direct=$hardcode_direct_GCJ\n\n# Set to yes if using the -LDIR flag during linking hardcodes DIR into the\n# resulting binary.\nhardcode_minus_L=$hardcode_minus_L_GCJ\n\n# Set to yes if using SHLIBPATH_VAR=DIR during linking hardcodes DIR into\n# the resulting binary.\nhardcode_shlibpath_var=$hardcode_shlibpath_var_GCJ\n\n# Set to yes if building a shared library automatically hardcodes DIR into the library\n# and all subsequent libraries and executables linked against it.\nhardcode_automatic=$hardcode_automatic_GCJ\n\n# Variables whose values should be saved in libtool wrapper scripts and\n# restored at relink time.\nvariables_saved_for_relink=\"$variables_saved_for_relink\"\n\n# Whether libtool must link a program against all its dependency libraries.\nlink_all_deplibs=$link_all_deplibs_GCJ\n\n# Compile-time system search path for libraries\nsys_lib_search_path_spec=$lt_sys_lib_search_path_spec\n\n# Run-time system search path for libraries\nsys_lib_dlsearch_path_spec=$lt_sys_lib_dlsearch_path_spec\n\n# Fix the shell variable \\$srcfile for the compiler.\nfix_srcfile_path=\"$fix_srcfile_path_GCJ\"\n\n# Set to yes if exported symbols are required.\nalways_export_symbols=$always_export_symbols_GCJ\n\n# The commands to list exported symbols.\nexport_symbols_cmds=$lt_export_symbols_cmds_GCJ\n\n# The commands to extract the exported symbol list from a shared archive.\nextract_expsyms_cmds=$lt_extract_expsyms_cmds\n\n# Symbols that should not be listed in the preloaded symbols.\nexclude_expsyms=$lt_exclude_expsyms_GCJ\n\n# Symbols that must always be exported.\ninclude_expsyms=$lt_include_expsyms_GCJ\n\n# ### END LIBTOOL TAG CONFIG: $tagname\n\n__EOF__\n\n\nelse\n  # If there is no Makefile yet, we rely on a make rule to execute\n  # `config.status --recheck' to rerun these tests and create the\n  # libtool script then.\n  ltmain_in=`echo $ltmain | sed -e 's/\\.sh$/.in/'`\n  if test -f \"$ltmain_in\"; then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nCC=\"$lt_save_CC\"\n\n\telse\n\t  tagname=\"\"\n\tfi\n\t;;\n\n      RC)\n\n\n# Source file extension for RC test sources.\nac_ext=rc\n\n# Object file extension for compiled RC test sources.\nobjext=o\nobjext_RC=$objext\n\n# Code to be used in simple compile tests\nlt_simple_compile_test_code='sample MENU { MENUITEM \"&Soup\", 100, CHECKED }\\n'\n\n# Code to be used in simple link tests\nlt_simple_link_test_code=\"$lt_simple_compile_test_code\"\n\n# ltmain only uses $CC for tagged configurations so make sure $CC is set.\n\n# If no C compiler was specified, use CC.\nLTCC=${LTCC-\"$CC\"}\n\n# If no C compiler flags were specified, use CFLAGS.\nLTCFLAGS=${LTCFLAGS-\"$CFLAGS\"}\n\n# Allow CC to be a program name with arguments.\ncompiler=$CC\n\n\n# save warnings/boilerplate of simple test code\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_compile_test_code\" >conftest.$ac_ext\neval \"$ac_compile\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_compiler_boilerplate=`cat conftest.err`\n$rm conftest*\n\nac_outfile=conftest.$ac_objext\nprintf \"$lt_simple_link_test_code\" >conftest.$ac_ext\neval \"$ac_link\" 2>&1 >/dev/null | $SED '/^$/d; /^ *+/d' >conftest.err\n_lt_linker_boilerplate=`cat conftest.err`\n$rm conftest*\n\n\n# Allow CC to be a program name with arguments.\nlt_save_CC=\"$CC\"\nCC=${RC-\"windres\"}\ncompiler=$CC\ncompiler_RC=$CC\nfor cc_temp in $compiler\"\"; do\n  case $cc_temp in\n    compile | *[\\\\/]compile | ccache | *[\\\\/]ccache ) ;;\n    distcc | *[\\\\/]distcc | purify | *[\\\\/]purify ) ;;\n    \\-*) ;;\n    *) break;;\n  esac\ndone\ncc_basename=`$echo \"X$cc_temp\" | $Xsed -e 's%.*/%%' -e \"s%^$host_alias-%%\"`\n\nlt_cv_prog_compiler_c_o_RC=yes\n\n# The else clause should only fire when bootstrapping the\n# libtool distribution, otherwise you forgot to ship ltmain.sh\n# with your package, and you will get complaints that there are\n# no rules to generate ltmain.sh.\nif test -f \"$ltmain\"; then\n  # See if we are running on zsh, and set the options which allow our commands through\n  # without removal of \\ escapes.\n  if test -n \"${ZSH_VERSION+set}\" ; then\n    setopt NO_GLOB_SUBST\n  fi\n  # Now quote all the things that may contain metacharacters while being\n  # careful not to overquote the AC_SUBSTed values.  We take copies of the\n  # variables and quote the copies for generation of the libtool script.\n  for var in echo old_CC old_CFLAGS AR AR_FLAGS EGREP RANLIB LN_S LTCC LTCFLAGS NM \\\n    SED SHELL STRIP \\\n    libname_spec library_names_spec soname_spec extract_expsyms_cmds \\\n    old_striplib striplib file_magic_cmd finish_cmds finish_eval \\\n    deplibs_check_method reload_flag reload_cmds need_locks \\\n    lt_cv_sys_global_symbol_pipe lt_cv_sys_global_symbol_to_cdecl \\\n    lt_cv_sys_global_symbol_to_c_name_address \\\n    sys_lib_search_path_spec sys_lib_dlsearch_path_spec \\\n    old_postinstall_cmds old_postuninstall_cmds \\\n    compiler_RC \\\n    CC_RC \\\n    LD_RC \\\n    lt_prog_compiler_wl_RC \\\n    lt_prog_compiler_pic_RC \\\n    lt_prog_compiler_static_RC \\\n    lt_prog_compiler_no_builtin_flag_RC \\\n    export_dynamic_flag_spec_RC \\\n    thread_safe_flag_spec_RC \\\n    whole_archive_flag_spec_RC \\\n    enable_shared_with_static_runtimes_RC \\\n    old_archive_cmds_RC \\\n    old_archive_from_new_cmds_RC \\\n    predep_objects_RC \\\n    postdep_objects_RC \\\n    predeps_RC \\\n    postdeps_RC \\\n    compiler_lib_search_path_RC \\\n    archive_cmds_RC \\\n    archive_expsym_cmds_RC \\\n    postinstall_cmds_RC \\\n    postuninstall_cmds_RC \\\n    old_archive_from_expsyms_cmds_RC \\\n    allow_undefined_flag_RC \\\n    no_undefined_flag_RC \\\n    export_symbols_cmds_RC \\\n    hardcode_libdir_flag_spec_RC \\\n    hardcode_libdir_flag_spec_ld_RC \\\n    hardcode_libdir_separator_RC \\\n    hardcode_automatic_RC \\\n    module_cmds_RC \\\n    module_expsym_cmds_RC \\\n    lt_cv_prog_compiler_c_o_RC \\\n    exclude_expsyms_RC \\\n    include_expsyms_RC; do\n\n    case $var in\n    old_archive_cmds_RC | \\\n    old_archive_from_new_cmds_RC | \\\n    archive_cmds_RC | \\\n    archive_expsym_cmds_RC | \\\n    module_cmds_RC | \\\n    module_expsym_cmds_RC | \\\n    old_archive_from_expsyms_cmds_RC | \\\n    export_symbols_cmds_RC | \\\n    extract_expsyms_cmds | reload_cmds | finish_cmds | \\\n    postinstall_cmds | postuninstall_cmds | \\\n    old_postinstall_cmds | old_postuninstall_cmds | \\\n    sys_lib_search_path_spec | sys_lib_dlsearch_path_spec)\n      # Double-quote double-evaled strings.\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$double_quote_subst\\\" -e \\\"\\$sed_quote_subst\\\" -e \\\"\\$delay_variable_subst\\\"\\`\\\\\\\"\"\n      ;;\n    *)\n      eval \"lt_$var=\\\\\\\"\\`\\$echo \\\"X\\$$var\\\" | \\$Xsed -e \\\"\\$sed_quote_subst\\\"\\`\\\\\\\"\"\n      ;;\n    esac\n  done\n\n  case $lt_echo in\n  *'\\$0 --fallback-echo\"')\n    lt_echo=`$echo \"X$lt_echo\" | $Xsed -e 's/\\\\\\\\\\\\\\$0 --fallback-echo\"$/$0 --fallback-echo\"/'`\n    ;;\n  esac\n\ncfgfile=\"$ofile\"\n\n  cat <<__EOF__ >> \"$cfgfile\"\n# ### BEGIN LIBTOOL TAG CONFIG: $tagname\n\n# Libtool was configured on host `(hostname || uname -n) 2>/dev/null | sed 1q`:\n\n# Shell to use when invoking shell scripts.\nSHELL=$lt_SHELL\n\n# Whether or not to build shared libraries.\nbuild_libtool_libs=$enable_shared\n\n# Whether or not to build static libraries.\nbuild_old_libs=$enable_static\n\n# Whether or not to add -lc for building shared libraries.\nbuild_libtool_need_lc=$archive_cmds_need_lc_RC\n\n# Whether or not to disallow shared libs when runtime libs are static\nallow_libtool_libs_with_static_runtimes=$enable_shared_with_static_runtimes_RC\n\n# Whether or not to optimize for fast installation.\nfast_install=$enable_fast_install\n\n# The host system.\nhost_alias=$host_alias\nhost=$host\nhost_os=$host_os\n\n# The build system.\nbuild_alias=$build_alias\nbuild=$build\nbuild_os=$build_os\n\n# An echo program that does not interpret backslashes.\necho=$lt_echo\n\n# The archiver.\nAR=$lt_AR\nAR_FLAGS=$lt_AR_FLAGS\n\n# A C compiler.\nLTCC=$lt_LTCC\n\n# LTCC compiler flags.\nLTCFLAGS=$lt_LTCFLAGS\n\n# A language-specific compiler.\nCC=$lt_compiler_RC\n\n# Is the compiler the GNU C compiler?\nwith_gcc=$GCC_RC\n\n# An ERE matcher.\nEGREP=$lt_EGREP\n\n# The linker used to build libraries.\nLD=$lt_LD_RC\n\n# Whether we need hard or soft links.\nLN_S=$lt_LN_S\n\n# A BSD-compatible nm program.\nNM=$lt_NM\n\n# A symbol stripping program\nSTRIP=$lt_STRIP\n\n# Used to examine libraries when file_magic_cmd begins \"file\"\nMAGIC_CMD=$MAGIC_CMD\n\n# Used on cygwin: DLL creation program.\nDLLTOOL=\"$DLLTOOL\"\n\n# Used on cygwin: object dumper.\nOBJDUMP=\"$OBJDUMP\"\n\n# Used on cygwin: assembler.\nAS=\"$AS\"\n\n# The name of the directory that contains temporary libtool files.\nobjdir=$objdir\n\n# How to create reloadable object files.\nreload_flag=$lt_reload_flag\nreload_cmds=$lt_reload_cmds\n\n# How to pass a linker flag through the compiler.\nwl=$lt_lt_prog_compiler_wl_RC\n\n# Object file suffix (normally \"o\").\nobjext=\"$ac_objext\"\n\n# Old archive suffix (normally \"a\").\nlibext=\"$libext\"\n\n# Shared library suffix (normally \".so\").\nshrext_cmds='$shrext_cmds'\n\n# Executable file suffix (normally \"\").\nexeext=\"$exeext\"\n\n# Additional compiler flags for building library objects.\npic_flag=$lt_lt_prog_compiler_pic_RC\npic_mode=$pic_mode\n\n# What is the maximum length of a command?\nmax_cmd_len=$lt_cv_sys_max_cmd_len\n\n# Does compiler simultaneously support -c and -o options?\ncompiler_c_o=$lt_lt_cv_prog_compiler_c_o_RC\n\n# Must we lock files when doing compilation?\nneed_locks=$lt_need_locks\n\n# Do we need the lib prefix for modules?\nneed_lib_prefix=$need_lib_prefix\n\n# Do we need a version for libraries?\nneed_version=$need_version\n\n# Whether dlopen is supported.\ndlopen_support=$enable_dlopen\n\n# Whether dlopen of programs is supported.\ndlopen_self=$enable_dlopen_self\n\n# Whether dlopen of statically linked programs is supported.\ndlopen_self_static=$enable_dlopen_self_static\n\n# Compiler flag to prevent dynamic linking.\nlink_static_flag=$lt_lt_prog_compiler_static_RC\n\n# Compiler flag to turn off builtin functions.\nno_builtin_flag=$lt_lt_prog_compiler_no_builtin_flag_RC\n\n# Compiler flag to allow reflexive dlopens.\nexport_dynamic_flag_spec=$lt_export_dynamic_flag_spec_RC\n\n# Compiler flag to generate shared objects directly from archives.\nwhole_archive_flag_spec=$lt_whole_archive_flag_spec_RC\n\n# Compiler flag to generate thread-safe objects.\nthread_safe_flag_spec=$lt_thread_safe_flag_spec_RC\n\n# Library versioning type.\nversion_type=$version_type\n\n# Format of library name prefix.\nlibname_spec=$lt_libname_spec\n\n# List of archive names.  First name is the real one, the rest are links.\n# The last name is the one that the linker finds with -lNAME.\nlibrary_names_spec=$lt_library_names_spec\n\n# The coded name of the library, if different from the real name.\nsoname_spec=$lt_soname_spec\n\n# Commands used to build and install an old-style archive.\nRANLIB=$lt_RANLIB\nold_archive_cmds=$lt_old_archive_cmds_RC\nold_postinstall_cmds=$lt_old_postinstall_cmds\nold_postuninstall_cmds=$lt_old_postuninstall_cmds\n\n# Create an old-style archive from a shared archive.\nold_archive_from_new_cmds=$lt_old_archive_from_new_cmds_RC\n\n# Create a temporary old-style archive to link instead of a shared archive.\nold_archive_from_expsyms_cmds=$lt_old_archive_from_expsyms_cmds_RC\n\n# Commands used to build and install a shared archive.\narchive_cmds=$lt_archive_cmds_RC\narchive_expsym_cmds=$lt_archive_expsym_cmds_RC\npostinstall_cmds=$lt_postinstall_cmds\npostuninstall_cmds=$lt_postuninstall_cmds\n\n# Commands used to build a loadable module (assumed same as above if empty)\nmodule_cmds=$lt_module_cmds_RC\nmodule_expsym_cmds=$lt_module_expsym_cmds_RC\n\n# Commands to strip libraries.\nold_striplib=$lt_old_striplib\nstriplib=$lt_striplib\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredep_objects=$lt_predep_objects_RC\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdep_objects=$lt_postdep_objects_RC\n\n# Dependencies to place before the objects being linked to create a\n# shared library.\npredeps=$lt_predeps_RC\n\n# Dependencies to place after the objects being linked to create a\n# shared library.\npostdeps=$lt_postdeps_RC\n\n# The library search path used internally by the compiler when linking\n# a shared library.\ncompiler_lib_search_path=$lt_compiler_lib_search_path_RC\n\n# Method to check whether dependent libraries are shared objects.\ndeplibs_check_method=$lt_deplibs_check_method\n\n# Command to use when deplibs_check_method == file_magic.\nfile_magic_cmd=$lt_file_magic_cmd\n\n# Flag that allows shared libraries with undefined symbols to be built.\nallow_undefined_flag=$lt_allow_undefined_flag_RC\n\n# Flag that forces no undefined symbols.\nno_undefined_flag=$lt_no_undefined_flag_RC\n\n# Commands used to finish a libtool library installation in a directory.\nfinish_cmds=$lt_finish_cmds\n\n# Same as above, but a single script fragment to be evaled but not shown.\nfinish_eval=$lt_finish_eval\n\n# Take the output of nm and produce a listing of raw symbols and C names.\nglobal_symbol_pipe=$lt_lt_cv_sys_global_symbol_pipe\n\n# Transform the output of nm in a proper C declaration\nglobal_symbol_to_cdecl=$lt_lt_cv_sys_global_symbol_to_cdecl\n\n# Transform the output of nm in a C name address pair\nglobal_symbol_to_c_name_address=$lt_lt_cv_sys_global_symbol_to_c_name_address\n\n# This is the shared library runtime path variable.\nrunpath_var=$runpath_var\n\n# This is the shared library path variable.\nshlibpath_var=$shlibpath_var\n\n# Is shlibpath searched before the hard-coded library search path?\nshlibpath_overrides_runpath=$shlibpath_overrides_runpath\n\n# How to hardcode a shared library path into an executable.\nhardcode_action=$hardcode_action_RC\n\n# Whether we should hardcode library paths into libraries.\nhardcode_into_libs=$hardcode_into_libs\n\n# Flag to hardcode \\$libdir into a binary during linking.\n# This must work even if \\$libdir does not exist.\nhardcode_libdir_flag_spec=$lt_hardcode_libdir_flag_spec_RC\n\n# If ld is used when linking, flag to hardcode \\$libdir into\n# a binary during linking. This must work even if \\$libdir does\n# not exist.\nhardcode_libdir_flag_spec_ld=$lt_hardcode_libdir_flag_spec_ld_RC\n\n# Whether we need a single -rpath flag with a separated argument.\nhardcode_libdir_separator=$lt_hardcode_libdir_separator_RC\n\n# Set to yes if using DIR/libNAME${shared_ext} during linking hardcodes DIR into the\n# resulting binary.\nhardcode_direct=$hardcode_direct_RC\n\n# Set to yes if using the -LDIR flag during linking hardcodes DIR into the\n# resulting binary.\nhardcode_minus_L=$hardcode_minus_L_RC\n\n# Set to yes if using SHLIBPATH_VAR=DIR during linking hardcodes DIR into\n# the resulting binary.\nhardcode_shlibpath_var=$hardcode_shlibpath_var_RC\n\n# Set to yes if building a shared library automatically hardcodes DIR into the library\n# and all subsequent libraries and executables linked against it.\nhardcode_automatic=$hardcode_automatic_RC\n\n# Variables whose values should be saved in libtool wrapper scripts and\n# restored at relink time.\nvariables_saved_for_relink=\"$variables_saved_for_relink\"\n\n# Whether libtool must link a program against all its dependency libraries.\nlink_all_deplibs=$link_all_deplibs_RC\n\n# Compile-time system search path for libraries\nsys_lib_search_path_spec=$lt_sys_lib_search_path_spec\n\n# Run-time system search path for libraries\nsys_lib_dlsearch_path_spec=$lt_sys_lib_dlsearch_path_spec\n\n# Fix the shell variable \\$srcfile for the compiler.\nfix_srcfile_path=\"$fix_srcfile_path_RC\"\n\n# Set to yes if exported symbols are required.\nalways_export_symbols=$always_export_symbols_RC\n\n# The commands to list exported symbols.\nexport_symbols_cmds=$lt_export_symbols_cmds_RC\n\n# The commands to extract the exported symbol list from a shared archive.\nextract_expsyms_cmds=$lt_extract_expsyms_cmds\n\n# Symbols that should not be listed in the preloaded symbols.\nexclude_expsyms=$lt_exclude_expsyms_RC\n\n# Symbols that must always be exported.\ninclude_expsyms=$lt_include_expsyms_RC\n\n# ### END LIBTOOL TAG CONFIG: $tagname\n\n__EOF__\n\n\nelse\n  # If there is no Makefile yet, we rely on a make rule to execute\n  # `config.status --recheck' to rerun these tests and create the\n  # libtool script then.\n  ltmain_in=`echo $ltmain | sed -e 's/\\.sh$/.in/'`\n  if test -f \"$ltmain_in\"; then\n    test -f Makefile && make \"$ltmain\"\n  fi\nfi\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nCC=\"$lt_save_CC\"\n\n\t;;\n\n      *)\n\t{ { echo \"$as_me:$LINENO: error: Unsupported tag name: $tagname\" >&5\necho \"$as_me: error: Unsupported tag name: $tagname\" >&2;}\n   { (exit 1); exit 1; }; }\n\t;;\n      esac\n\n      # Append the new tag name to the list of available tags.\n      if test -n \"$tagname\" ; then\n      available_tags=\"$available_tags $tagname\"\n    fi\n    fi\n  done\n  IFS=\"$lt_save_ifs\"\n\n  # Now substitute the updated list of available tags.\n  if eval \"sed -e 's/^available_tags=.*\\$/available_tags=\\\"$available_tags\\\"/' \\\"$ofile\\\" > \\\"${ofile}T\\\"\"; then\n    mv \"${ofile}T\" \"$ofile\"\n    chmod +x \"$ofile\"\n  else\n    rm -f \"${ofile}T\"\n    { { echo \"$as_me:$LINENO: error: unable to update list of available tagged configurations.\" >&5\necho \"$as_me: error: unable to update list of available tagged configurations.\" >&2;}\n   { (exit 1); exit 1; }; }\n  fi\nfi\n\n\n\n# This can be used to rebuild libtool when needed\nLIBTOOL_DEPS=\"$ac_aux_dir/ltmain.sh\"\n\n# Always use our own libtool.\nLIBTOOL='$(SHELL) $(top_builddir)/libtool'\n\n# Prevent multiple expansion\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\n\nac_ext=cpp\nac_cpp='$CXXCPP $CPPFLAGS'\nac_compile='$CXX -c $CXXFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CXX -o conftest$ac_exeext $CXXFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_cxx_compiler_gnu\nif test -z \"$CXX\"; then\n  if test -n \"$CCC\"; then\n    CXX=$CCC\n  else\n    if test -n \"$ac_tool_prefix\"; then\n  for ac_prog in g++ c++ gpp aCC CC cxx cc++ cl.exe FCC KCC RCC xlC_r xlC\n  do\n    # Extract the first word of \"$ac_tool_prefix$ac_prog\", so it can be a program name with args.\nset dummy $ac_tool_prefix$ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CXX+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CXX\"; then\n  ac_cv_prog_CXX=\"$CXX\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CXX=\"$ac_tool_prefix$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCXX=$ac_cv_prog_CXX\nif test -n \"$CXX\"; then\n  { echo \"$as_me:$LINENO: result: $CXX\" >&5\necho \"${ECHO_T}$CXX\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n    test -n \"$CXX\" && break\n  done\nfi\nif test -z \"$CXX\"; then\n  ac_ct_CXX=$CXX\n  for ac_prog in g++ c++ gpp aCC CC cxx cc++ cl.exe FCC KCC RCC xlC_r xlC\ndo\n  # Extract the first word of \"$ac_prog\", so it can be a program name with args.\nset dummy $ac_prog; 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If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CXX=$ac_ct_CXX\n  fi\nfi\n\n  fi\nfi\n# Provide some information about the compiler.\necho \"$as_me:$LINENO: checking for C++ compiler version\" >&5\nac_compiler=`set X $ac_compile; echo $2`\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler --version >&5\\\"\") >&5\n  (eval $ac_compiler --version >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -v >&5\\\"\") >&5\n  (eval $ac_compiler -v >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -V >&5\\\"\") >&5\n  (eval $ac_compiler -V >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n\n{ echo \"$as_me:$LINENO: checking whether we are using the GNU C++ compiler\" >&5\necho $ECHO_N \"checking whether we are using the GNU C++ compiler... $ECHO_C\" >&6; }\nif test \"${ac_cv_cxx_compiler_gnu+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n#ifndef __GNUC__\n       choke me\n#endif\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_compiler_gnu=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_compiler_gnu=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nac_cv_cxx_compiler_gnu=$ac_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_cxx_compiler_gnu\" >&5\necho \"${ECHO_T}$ac_cv_cxx_compiler_gnu\" >&6; }\nGXX=`test $ac_compiler_gnu = yes && echo yes`\nac_test_CXXFLAGS=${CXXFLAGS+set}\nac_save_CXXFLAGS=$CXXFLAGS\n{ echo \"$as_me:$LINENO: checking whether $CXX accepts -g\" >&5\necho $ECHO_N \"checking whether $CXX accepts -g... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cxx_g+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_save_cxx_werror_flag=$ac_cxx_werror_flag\n   ac_cxx_werror_flag=yes\n   ac_cv_prog_cxx_g=no\n   CXXFLAGS=\"-g\"\n   cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cxx_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tCXXFLAGS=\"\"\n      cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_cxx_werror_flag=$ac_save_cxx_werror_flag\n\t CXXFLAGS=\"-g\"\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_cxx_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cxx_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n   ac_cxx_werror_flag=$ac_save_cxx_werror_flag\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_prog_cxx_g\" >&5\necho \"${ECHO_T}$ac_cv_prog_cxx_g\" >&6; }\nif test \"$ac_test_CXXFLAGS\" = set; then\n  CXXFLAGS=$ac_save_CXXFLAGS\nelif test $ac_cv_prog_cxx_g = yes; then\n  if test \"$GXX\" = yes; then\n    CXXFLAGS=\"-g -O2\"\n  else\n    CXXFLAGS=\"-g\"\n  fi\nelse\n  if test \"$GXX\" = yes; then\n    CXXFLAGS=\"-O2\"\n  else\n    CXXFLAGS=\n  fi\nfi\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\nif test -n \"$ac_tool_prefix\"; then\n  # Extract the first word of \"${ac_tool_prefix}gcc\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}gcc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"${ac_tool_prefix}gcc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$ac_cv_prog_CC\"; then\n  ac_ct_CC=$CC\n  # Extract the first word of \"gcc\", so it can be a program name with args.\nset dummy gcc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_CC\"; then\n  ac_cv_prog_ac_ct_CC=\"$ac_ct_CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_CC=\"gcc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_CC=$ac_cv_prog_ac_ct_CC\nif test -n \"$ac_ct_CC\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_CC\" >&5\necho \"${ECHO_T}$ac_ct_CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n  if test \"x$ac_ct_CC\" = x; then\n    CC=\"\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CC=$ac_ct_CC\n  fi\nelse\n  CC=\"$ac_cv_prog_CC\"\nfi\n\nif test -z \"$CC\"; then\n          if test -n \"$ac_tool_prefix\"; then\n    # Extract the first word of \"${ac_tool_prefix}cc\", so it can be a program name with args.\nset dummy ${ac_tool_prefix}cc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"${ac_tool_prefix}cc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  fi\nfi\nif test -z \"$CC\"; then\n  # Extract the first word of \"cc\", so it can be a program name with args.\nset dummy cc; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\n  ac_prog_rejected=no\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    if test \"$as_dir/$ac_word$ac_exec_ext\" = \"/usr/ucb/cc\"; then\n       ac_prog_rejected=yes\n       continue\n     fi\n    ac_cv_prog_CC=\"cc\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nif test $ac_prog_rejected = yes; then\n  # We found a bogon in the path, so make sure we never use it.\n  set dummy $ac_cv_prog_CC\n  shift\n  if test $# != 0; then\n    # We chose a different compiler from the bogus one.\n    # However, it has the same basename, so the bogon will be chosen\n    # first if we set CC to just the basename; use the full file name.\n    shift\n    ac_cv_prog_CC=\"$as_dir/$ac_word${1+' '}$@\"\n  fi\nfi\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\nfi\nif test -z \"$CC\"; then\n  if test -n \"$ac_tool_prefix\"; then\n  for ac_prog in cl.exe\n  do\n    # Extract the first word of \"$ac_tool_prefix$ac_prog\", so it can be a program name with args.\nset dummy $ac_tool_prefix$ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$CC\"; then\n  ac_cv_prog_CC=\"$CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_CC=\"$ac_tool_prefix$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nCC=$ac_cv_prog_CC\nif test -n \"$CC\"; then\n  { echo \"$as_me:$LINENO: result: $CC\" >&5\necho \"${ECHO_T}$CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n    test -n \"$CC\" && break\n  done\nfi\nif test -z \"$CC\"; then\n  ac_ct_CC=$CC\n  for ac_prog in cl.exe\ndo\n  # Extract the first word of \"$ac_prog\", so it can be a program name with args.\nset dummy $ac_prog; ac_word=$2\n{ echo \"$as_me:$LINENO: checking for $ac_word\" >&5\necho $ECHO_N \"checking for $ac_word... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_ac_ct_CC+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  if test -n \"$ac_ct_CC\"; then\n  ac_cv_prog_ac_ct_CC=\"$ac_ct_CC\" # Let the user override the test.\nelse\nas_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  for ac_exec_ext in '' $ac_executable_extensions; do\n  if { test -f \"$as_dir/$ac_word$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_word$ac_exec_ext\"; }; then\n    ac_cv_prog_ac_ct_CC=\"$ac_prog\"\n    echo \"$as_me:$LINENO: found $as_dir/$ac_word$ac_exec_ext\" >&5\n    break 2\n  fi\ndone\ndone\nIFS=$as_save_IFS\n\nfi\nfi\nac_ct_CC=$ac_cv_prog_ac_ct_CC\nif test -n \"$ac_ct_CC\"; then\n  { echo \"$as_me:$LINENO: result: $ac_ct_CC\" >&5\necho \"${ECHO_T}$ac_ct_CC\" >&6; }\nelse\n  { echo \"$as_me:$LINENO: result: no\" >&5\necho \"${ECHO_T}no\" >&6; }\nfi\n\n\n  test -n \"$ac_ct_CC\" && break\ndone\n\n  if test \"x$ac_ct_CC\" = x; then\n    CC=\"\"\n  else\n    case $cross_compiling:$ac_tool_warned in\nyes:)\n{ echo \"$as_me:$LINENO: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&5\necho \"$as_me: WARNING: In the future, Autoconf will not detect cross-tools\nwhose name does not start with the host triplet.  If you think this\nconfiguration is useful to you, please write to autoconf@gnu.org.\" >&2;}\nac_tool_warned=yes ;;\nesac\n    CC=$ac_ct_CC\n  fi\nfi\n\nfi\n\n\ntest -z \"$CC\" && { { echo \"$as_me:$LINENO: error: no acceptable C compiler found in \\$PATH\nSee \\`config.log' for more details.\" >&5\necho \"$as_me: error: no acceptable C compiler found in \\$PATH\nSee \\`config.log' for more details.\" >&2;}\n   { (exit 1); exit 1; }; }\n\n# Provide some information about the compiler.\necho \"$as_me:$LINENO: checking for C compiler version\" >&5\nac_compiler=`set X $ac_compile; echo $2`\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler --version >&5\\\"\") >&5\n  (eval $ac_compiler --version >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -v >&5\\\"\") >&5\n  (eval $ac_compiler -v >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n{ (eval echo \"$as_me:$LINENO: \\\"$ac_compiler -V >&5\\\"\") >&5\n  (eval $ac_compiler -V >&5) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }\n\n{ echo \"$as_me:$LINENO: checking whether we are using the GNU C compiler\" >&5\necho $ECHO_N \"checking whether we are using the GNU C compiler... $ECHO_C\" >&6; }\nif test \"${ac_cv_c_compiler_gnu+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n#ifndef __GNUC__\n       choke me\n#endif\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_compiler_gnu=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_compiler_gnu=no\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nac_cv_c_compiler_gnu=$ac_compiler_gnu\n\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_c_compiler_gnu\" >&5\necho \"${ECHO_T}$ac_cv_c_compiler_gnu\" >&6; }\nGCC=`test $ac_compiler_gnu = yes && echo yes`\nac_test_CFLAGS=${CFLAGS+set}\nac_save_CFLAGS=$CFLAGS\n{ echo \"$as_me:$LINENO: checking whether $CC accepts -g\" >&5\necho $ECHO_N \"checking whether $CC accepts -g... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cc_g+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_save_c_werror_flag=$ac_c_werror_flag\n   ac_c_werror_flag=yes\n   ac_cv_prog_cc_g=no\n   CFLAGS=\"-g\"\n   cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tCFLAGS=\"\"\n      cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  :\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\tac_c_werror_flag=$ac_save_c_werror_flag\n\t CFLAGS=\"-g\"\n\t cat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n\nint\nmain ()\n{\n\n  ;\n  return 0;\n}\n_ACEOF\nrm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_g=yes\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\nfi\n\nrm -f conftest.err conftest.$ac_objext conftest.$ac_ext\n   ac_c_werror_flag=$ac_save_c_werror_flag\nfi\n{ echo \"$as_me:$LINENO: result: $ac_cv_prog_cc_g\" >&5\necho \"${ECHO_T}$ac_cv_prog_cc_g\" >&6; }\nif test \"$ac_test_CFLAGS\" = set; then\n  CFLAGS=$ac_save_CFLAGS\nelif test $ac_cv_prog_cc_g = yes; then\n  if test \"$GCC\" = yes; then\n    CFLAGS=\"-g -O2\"\n  else\n    CFLAGS=\"-g\"\n  fi\nelse\n  if test \"$GCC\" = yes; then\n    CFLAGS=\"-O2\"\n  else\n    CFLAGS=\n  fi\nfi\n{ echo \"$as_me:$LINENO: checking for $CC option to accept ISO C89\" >&5\necho $ECHO_N \"checking for $CC option to accept ISO C89... $ECHO_C\" >&6; }\nif test \"${ac_cv_prog_cc_c89+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  ac_cv_prog_cc_c89=no\nac_save_CC=$CC\ncat >conftest.$ac_ext <<_ACEOF\n/* confdefs.h.  */\n_ACEOF\ncat confdefs.h >>conftest.$ac_ext\ncat >>conftest.$ac_ext <<_ACEOF\n/* end confdefs.h.  */\n#include <stdarg.h>\n#include <stdio.h>\n#include <sys/types.h>\n#include <sys/stat.h>\n/* Most of the following tests are stolen from RCS 5.7's src/conf.sh.  */\nstruct buf { int x; };\nFILE * (*rcsopen) (struct buf *, struct stat *, int);\nstatic char *e (p, i)\n     char **p;\n     int i;\n{\n  return p[i];\n}\nstatic char *f (char * (*g) (char **, int), char **p, ...)\n{\n  char *s;\n  va_list v;\n  va_start (v,p);\n  s = g (p, va_arg (v,int));\n  va_end (v);\n  return s;\n}\n\n/* OSF 4.0 Compaq cc is some sort of almost-ANSI by default.  It has\n   function prototypes and stuff, but not '\\xHH' hex character constants.\n   These don't provoke an error unfortunately, instead are silently treated\n   as 'x'.  The following induces an error, until -std is added to get\n   proper ANSI mode.  Curiously '\\x00'!='x' always comes out true, for an\n   array size at least.  It's necessary to write '\\x00'==0 to get something\n   that's true only with -std.  */\nint osf4_cc_array ['\\x00' == 0 ? 1 : -1];\n\nint test (int i, double x);\nstruct s1 {int (*f) (int a);};\nstruct s2 {int (*f) (double a);};\nint pairnames (int, char **, FILE *(*)(struct buf *, struct stat *, int), int, int);\nint argc;\nchar **argv;\nint\nmain ()\n{\nreturn f (e, argv, 0) != argv[0]  ||  f (e, argv, 1) != argv[1];\n  ;\n  return 0;\n}\n_ACEOF\nfor ac_arg in '' -qlanglvl=extc89 -qlanglvl=ansi -std \\\n\t-Ae \"-Aa -D_HPUX_SOURCE\" \"-Xc -D__EXTENSIONS__\"\ndo\n  CC=\"$ac_save_CC $ac_arg\"\n  rm -f conftest.$ac_objext\nif { (eval echo \"$as_me:$LINENO: \\\"$ac_compile\\\"\") >&5\n  (eval $ac_compile) 2>conftest.er1\n  ac_status=$?\n  grep -v '^ *+' conftest.er1 >conftest.err\n  rm -f conftest.er1\n  cat conftest.err >&5\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); } &&\n\t { ac_try='test -z \"$ac_c_werror_flag\"\n\t\t\t || test ! -s conftest.err'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; } &&\n\t { ac_try='test -s conftest.$ac_objext'\n  { (eval echo \"$as_me:$LINENO: \\\"$ac_try\\\"\") >&5\n  (eval $ac_try) 2>&5\n  ac_status=$?\n  echo \"$as_me:$LINENO: \\$? = $ac_status\" >&5\n  (exit $ac_status); }; }; then\n  ac_cv_prog_cc_c89=$ac_arg\nelse\n  echo \"$as_me: failed program was:\" >&5\nsed 's/^/| /' conftest.$ac_ext >&5\n\n\nfi\n\nrm -f conftest.err conftest.$ac_objext\n  test \"x$ac_cv_prog_cc_c89\" != \"xno\" && break\ndone\nrm -f conftest.$ac_ext\nCC=$ac_save_CC\n\nfi\n# AC_CACHE_VAL\ncase \"x$ac_cv_prog_cc_c89\" in\n  x)\n    { echo \"$as_me:$LINENO: result: none needed\" >&5\necho \"${ECHO_T}none needed\" >&6; } ;;\n  xno)\n    { echo \"$as_me:$LINENO: result: unsupported\" >&5\necho \"${ECHO_T}unsupported\" >&6; } ;;\n  *)\n    CC=\"$CC $ac_cv_prog_cc_c89\"\n    { echo \"$as_me:$LINENO: result: $ac_cv_prog_cc_c89\" >&5\necho \"${ECHO_T}$ac_cv_prog_cc_c89\" >&6; } ;;\nesac\n\n\nac_ext=c\nac_cpp='$CPP $CPPFLAGS'\nac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5'\nac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5'\nac_compiler_gnu=$ac_cv_c_compiler_gnu\n\n# Find a good install program.  We prefer a C program (faster),\n# so one script is as good as another.  But avoid the broken or\n# incompatible versions:\n# SysV /etc/install, /usr/sbin/install\n# SunOS /usr/etc/install\n# IRIX /sbin/install\n# AIX /bin/install\n# AmigaOS /C/install, which installs bootblocks on floppy discs\n# AIX 4 /usr/bin/installbsd, which doesn't work without a -g flag\n# AFS /usr/afsws/bin/install, which mishandles nonexistent args\n# SVR4 /usr/ucb/install, which tries to use the nonexistent group \"staff\"\n# OS/2's system install, which has a completely different semantic\n# ./install, which can be erroneously created by make from ./install.sh.\n{ echo \"$as_me:$LINENO: checking for a BSD-compatible install\" >&5\necho $ECHO_N \"checking for a BSD-compatible install... $ECHO_C\" >&6; }\nif test -z \"$INSTALL\"; then\nif test \"${ac_cv_path_install+set}\" = set; then\n  echo $ECHO_N \"(cached) $ECHO_C\" >&6\nelse\n  as_save_IFS=$IFS; IFS=$PATH_SEPARATOR\nfor as_dir in $PATH\ndo\n  IFS=$as_save_IFS\n  test -z \"$as_dir\" && as_dir=.\n  # Account for people who put trailing slashes in PATH elements.\ncase $as_dir/ in\n  ./ | .// | /cC/* | \\\n  /etc/* | /usr/sbin/* | /usr/etc/* | /sbin/* | /usr/afsws/bin/* | \\\n  ?:\\\\/os2\\\\/install\\\\/* | ?:\\\\/OS2\\\\/INSTALL\\\\/* | \\\n  /usr/ucb/* ) ;;\n  *)\n    # OSF1 and SCO ODT 3.0 have their own names for install.\n    # Don't use installbsd from OSF since it installs stuff as root\n    # by default.\n    for ac_prog in ginstall scoinst install; do\n      for ac_exec_ext in '' $ac_executable_extensions; do\n\tif { test -f \"$as_dir/$ac_prog$ac_exec_ext\" && $as_executable_p \"$as_dir/$ac_prog$ac_exec_ext\"; }; then\n\t  if test $ac_prog = install &&\n\t    grep dspmsg \"$as_dir/$ac_prog$ac_exec_ext\" >/dev/null 2>&1; then\n\t    # AIX install.  It has an incompatible calling convention.\n\t    :\n\t  elif test $ac_prog = install &&\n\t    grep pwplus \"$as_dir/$ac_prog$ac_exec_ext\" >/dev/null 2>&1; then\n\t    # program-specific install script used by HP pwplus--don't use.\n\t    :\n\t  else\n\t    ac_cv_path_install=\"$as_dir/$ac_prog$ac_exec_ext -c\"\n\t    break 3\n\t  fi\n\tfi\n      done\n    done\n    ;;\nesac\ndone\nIFS=$as_save_IFS\n\n\nfi\n  if test \"${ac_cv_path_install+set}\" = set; then\n    INSTALL=$ac_cv_path_install\n  else\n    # As a last resort, use the slow shell script.  Don't cache a\n    # value for INSTALL within a source directory, because that will\n    # break other packages using the cache if that directory is\n    # removed, or if the value is a relative name.\n    INSTALL=$ac_install_sh\n  fi\nfi\n{ echo \"$as_me:$LINENO: result: $INSTALL\" >&5\necho \"${ECHO_T}$INSTALL\" >&6; }\n\n# Use test -z because SunOS4 sh mishandles braces in ${var-val}.\n# It thinks the first close brace ends the variable substitution.\ntest -z \"$INSTALL_PROGRAM\" && INSTALL_PROGRAM='${INSTALL}'\n\ntest -z \"$INSTALL_SCRIPT\" && INSTALL_SCRIPT='${INSTALL}'\n\ntest -z \"$INSTALL_DATA\" && INSTALL_DATA='${INSTALL} -m 644'\n\n#AC_DEFINE(RECTANGLE_OVERLAP_LOGGING)\nac_config_files=\"$ac_config_files Makefile libvpsc/Makefile tests/Makefile\"\n\ncat >confcache <<\\_ACEOF\n# This file is a shell script that caches the results of configure\n# tests run on this system so they can be shared between configure\n# scripts and configure runs, see configure's option --config-cache.\n# It is not useful on other systems.  If it contains results you don't\n# want to keep, you may remove or edit it.\n#\n# config.status only pays attention to the cache file if you give it\n# the --recheck option to rerun configure.\n#\n# `ac_cv_env_foo' variables (set or unset) will be overridden when\n# loading this file, other *unset* `ac_cv_foo' will be assigned the\n# following values.\n\n_ACEOF\n\n# The following way of writing the cache mishandles newlines in values,\n# but we know of no workaround that is simple, portable, and efficient.\n# So, we kill variables containing newlines.\n# Ultrix sh set writes to stderr and can't be redirected directly,\n# and sets the high bit in the cache file unless we assign to the vars.\n(\n  for ac_var in `(set) 2>&1 | sed -n 's/^\\([a-zA-Z_][a-zA-Z0-9_]*\\)=.*/\\1/p'`; do\n    eval ac_val=\\$$ac_var\n    case $ac_val in #(\n    *${as_nl}*)\n      case $ac_var in #(\n      *_cv_*) { echo \"$as_me:$LINENO: WARNING: Cache variable $ac_var contains a newline.\" >&5\necho \"$as_me: WARNING: Cache variable $ac_var contains a newline.\" >&2;} ;;\n      esac\n      case $ac_var in #(\n      _ | IFS | as_nl) ;; #(\n      *) $as_unset $ac_var ;;\n      esac ;;\n    esac\n  done\n\n  (set) 2>&1 |\n    case $as_nl`(ac_space=' '; set) 2>&1` in #(\n    *${as_nl}ac_space=\\ *)\n      # `set' does not quote correctly, so add quotes (double-quote\n      # substitution turns \\\\\\\\ into \\\\, and sed turns \\\\ into \\).\n      sed -n \\\n\t\"s/'/'\\\\\\\\''/g;\n\t  s/^\\\\([_$as_cr_alnum]*_cv_[_$as_cr_alnum]*\\\\)=\\\\(.*\\\\)/\\\\1='\\\\2'/p\"\n      ;; #(\n    *)\n      # `set' quotes correctly as required by POSIX, so do not add quotes.\n      sed -n \"/^[_$as_cr_alnum]*_cv_[_$as_cr_alnum]*=/p\"\n      ;;\n    esac |\n    sort\n) |\n  sed '\n     /^ac_cv_env_/b end\n     t clear\n     :clear\n     s/^\\([^=]*\\)=\\(.*[{}].*\\)$/test \"${\\1+set}\" = set || &/\n     t end\n     s/^\\([^=]*\\)=\\(.*\\)$/\\1=${\\1=\\2}/\n     :end' >>confcache\nif diff \"$cache_file\" confcache >/dev/null 2>&1; then :; else\n  if test -w \"$cache_file\"; then\n    test \"x$cache_file\" != \"x/dev/null\" &&\n      { echo \"$as_me:$LINENO: updating cache $cache_file\" >&5\necho \"$as_me: updating cache $cache_file\" >&6;}\n    cat confcache >$cache_file\n  else\n    { echo \"$as_me:$LINENO: not updating unwritable cache $cache_file\" >&5\necho \"$as_me: not updating unwritable cache $cache_file\" >&6;}\n  fi\nfi\nrm -f confcache\n\ntest \"x$prefix\" = xNONE && prefix=$ac_default_prefix\n# Let make expand exec_prefix.\ntest \"x$exec_prefix\" = xNONE && exec_prefix='${prefix}'\n\n# Transform confdefs.h into DEFS.\n# Protect against shell expansion while executing Makefile rules.\n# Protect against Makefile macro expansion.\n#\n# If the first sed substitution is executed (which looks for macros that\n# take arguments), then we branch to the quote section.  Otherwise,\n# look for a macro that doesn't take arguments.\ncat >confdef2opt.sed <<\\_ACEOF\nt clear\n:clear\ns/^[\t ]*#[\t ]*define[\t ][\t ]*\\([^\t (][^\t (]*([^)]*)\\)[\t ]*\\(.*\\)/-D\\1=\\2/g\nt quote\ns/^[\t ]*#[\t ]*define[\t ][\t ]*\\([^\t ][^\t ]*\\)[\t ]*\\(.*\\)/-D\\1=\\2/g\nt quote\nd\n:quote\ns/[\t `~#$^&*(){}\\\\|;'\"<>?]/\\\\&/g\ns/\\[/\\\\&/g\ns/\\]/\\\\&/g\ns/\\$/$$/g\np\n_ACEOF\n# We use echo to avoid assuming a particular line-breaking character.\n# The extra dot is to prevent the shell from consuming trailing\n# line-breaks from the sub-command output.  A line-break within\n# single-quotes doesn't work because, if this script is created in a\n# platform that uses two characters for line-breaks (e.g., DOS), tr\n# would break.\nac_LF_and_DOT=`echo; echo .`\nDEFS=`sed -n -f confdef2opt.sed confdefs.h | tr \"$ac_LF_and_DOT\" ' .'`\nrm -f confdef2opt.sed\n\n\nac_libobjs=\nac_ltlibobjs=\nfor ac_i in : $LIBOBJS; do test \"x$ac_i\" = x: && continue\n  # 1. Remove the extension, and $U if already installed.\n  ac_script='s/\\$U\\././;s/\\.o$//;s/\\.obj$//'\n  ac_i=`echo \"$ac_i\" | sed \"$ac_script\"`\n  # 2. Prepend LIBOBJDIR.  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  },
  {
    "path": "experimental/solve_VPSC/configure.in",
    "content": "AC_INIT(libvpsc/solve_VPSC.cpp)\nAM_INIT_AUTOMAKE(libvpsc,1.0)\nAC_PROG_LIBTOOL\nAC_PROG_CXX\nAC_PROG_CC\nAC_PROG_INSTALL\n#AC_DEFINE(RECTANGLE_OVERLAP_LOGGING)\nAC_OUTPUT(Makefile libvpsc/Makefile tests/Makefile)\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/COPYING",
    "content": "\t\t  GNU LESSER GENERAL PUBLIC LICENSE\n\t\t       Version 2.1, February 1999\n\n Copyright (C) 1991, 1999 Free Software Foundation, Inc.\n     51 Franklin St, Fifth Floor, Boston, MA  02110-1301  USA\n Everyone is permitted to copy and distribute verbatim copies\n of this license document, but changing it is not allowed.\n\n[This is the first released version of the Lesser GPL.  It also counts\n as the successor of the GNU Library Public License, version 2, hence\n the version number 2.1.]\n\n\t\t\t    Preamble\n\n  The licenses for most software are designed to take away your\nfreedom to share and change it.  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  },
  {
    "path": "experimental/solve_VPSC/libvpsc/Makefile.am",
    "content": "INCLUDES = -I$(top_srcdir)/libvpsc\n\nlib_LTLIBRARIES = libvpsc.la\n\nlibvpsc_la_SOURCES = block.cpp\\\n\tblocks.cpp\\\n\tconstraint.cpp\\\n\tgenerate-constraints.cpp\\\n\tpairingheap/PairingHeap.cpp\\\n\tremove_rectangle_overlap.cpp\\\n\tsolve_VPSC.cpp\\\n\tcsolve_VPSC.cpp\\\n\tvariable.cpp\\\n\tisnan.h\\\n\tblock.h\\\n\tblocks.h\\\n\tconstraint.h\\\n\tgenerate-constraints.h\\\n\tpairingheap/PairingHeap.h\\\n\tpairingheap/dsexceptions.h\\\n\tremove_rectangle_overlap.h\\\n\tsolve_VPSC.h\\\n\tcsolve_VPSC.h\\\n\tvariable.h\n\ninclude_HEADERS = solve_VPSC.h \\\n\tvariable.h\n\tconstraint.h\\\n\tgenerate-constraints.h\\\n\tremove_rectangle_overlap.h\\\n\tcsolve_VPSC.h\n\t\n\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/block.cpp",
    "content": "/**\n * \\brief A block is a group of variables that must be moved together to improve\n * the goal function without violating already active constraints.\n * The variables in a block are spanned by a tree of active constraints.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#include <cassert>\n#include \"pairingheap/PairingHeap.h\"\n#include \"constraint.h\"\n#include \"block.h\"\n#include \"blocks.h\"\n#ifdef RECTANGLE_OVERLAP_LOGGING\n#include <fstream>\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\nusing std::vector;\n\nvoid Block::addVariable(Variable* const v) {\n\tv->block=this;\n\tvars->push_back(v);\n\tweight+=v->weight;\n\twposn += v->weight * (v->desiredPosition - v->offset);\n\tposn=wposn/weight;\n}\nBlock::Block(Variable* const v) {\n\ttimeStamp=0;\n\tposn=weight=wposn=0;\n\tin=NULL;\n\tout=NULL;\n\tdeleted=false;\n\tvars=new vector<Variable*>;\n\tif(v!=NULL) {\n\t\tv->offset=0;\n\t\taddVariable(v);\n\t}\n}\n\ndouble Block::desiredWeightedPosition() {\n\tdouble wp = 0;\n\tfor (Vit v=vars->begin();v!=vars->end();++v) {\n\t\twp += ((*v)->desiredPosition - (*v)->offset) * (*v)->weight;\n\t}\n\treturn wp;\n}\nBlock::~Block(void)\n{\n\tdelete vars;\n\tdelete in;\n\tdelete out;\n}\nvoid Block::setUpInConstraints() {\n\tsetUpConstraintHeap(in,true);\n}\nvoid Block::setUpOutConstraints() {\n\tsetUpConstraintHeap(out,false);\n}\nvoid Block::setUpConstraintHeap(PairingHeap<Constraint*>* &h,bool in) {\n\tdelete h;\n\th = new PairingHeap<Constraint*>(&compareConstraints);\n\tfor (Vit i=vars->begin();i!=vars->end();++i) {\n\t\tVariable *v=*i;\n\t\tvector<Constraint*> *cs=in?&(v->in):&(v->out);\n\t\tfor (Cit j=cs->begin();j!=cs->end();++j) {\n\t\t\tConstraint *c=*j;\n\t\t\tc->timeStamp=blockTimeCtr;\n\t\t\tif (c->left->block != this && in || c->right->block != this && !in) {\n\t\t\t\th->insert(c);\n\t\t\t}\n\t\t}\n\t}\n}\t\nvoid Block::merge(Block* b, Constraint* c) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"  merging on: \"<<*c<<\",c->left->offset=\"<<c->left->offset<<\",c->right->offset=\"<<c->right->offset<<endl;\n#endif\n\tdouble dist = c->right->offset - c->left->offset - c->gap;\n\tBlock *l=c->left->block;\n\tBlock *r=c->right->block;\n\tif (vars->size() < b->vars->size()) {\n\t\tr->merge(l,c,dist);\n\t} else {\n\t       \tl->merge(r,c,-dist);\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  merged block=\"<<(b->deleted?*this:*b)<<endl;\n#endif\n}\n/**\n * Merges b into this block across c.  Can be either a\n * right merge or a left merge\n * @param b block to merge into this\n * @param c constraint being merged\n * @param distance separation required to satisfy c\n */\nvoid Block::merge(Block *b, Constraint *c, double dist) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"    merging: \"<<*b<<\"dist=\"<<dist<<endl;\n#endif\n\tc->active=true;\n\twposn+=b->wposn-dist*b->weight;\n\tweight+=b->weight;\n\tposn=wposn/weight;\n\tfor(Vit i=b->vars->begin();i!=b->vars->end();++i) {\n\t\tVariable *v=*i;\n\t\tv->block=this;\n\t\tv->offset+=dist;\n\t\tvars->push_back(v);\n\t}\n\tb->deleted=true;\n}\n\nvoid Block::mergeIn(Block *b) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"  merging constraint heaps... \"<<endl;\n#endif\n\t// We check the top of the heaps to remove possible internal constraints\n\tfindMinInConstraint();\n\tb->findMinInConstraint();\n\tin->merge(b->in);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  merged heap: \"<<*in<<endl;\n#endif\n}\nvoid Block::mergeOut(Block *b) {\t\n\tfindMinOutConstraint();\n\tb->findMinOutConstraint();\n\tout->merge(b->out);\n}\nConstraint *Block::findMinInConstraint() {\n\tConstraint *v = NULL;\n\tvector<Constraint*> outOfDate;\n\twhile (!in->isEmpty()) {\n\t\tv = in->findMin();\n\t\tBlock *lb=v->left->block;\n\t\tBlock *rb=v->right->block;\n\t\t// rb may not be this if called between merge and mergeIn\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\tofstream f(LOGFILE,ios::app);\n\t\tf<<\"  checking constraint ... \"<<*v;\n\t\tf<<\"    timestamps: left=\"<<lb->timeStamp<<\" right=\"<<rb->timeStamp<<\" constraint=\"<<v->timeStamp<<endl;\n#endif\n\t\tif(lb == rb) {\n\t\t\t// constraint has been merged into the same block\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tif(v->slack()<0) {\n\t\t\t\tf<<\"  violated internal constraint found! \"<<*v<<endl;\n\t\t\t\tf<<\"     lb=\"<<*lb<<endl;\n\t\t\t\tf<<\"     rb=\"<<*rb<<endl;\n\t\t\t}\n#endif\n\t\t\tin->deleteMin();\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tf<<\" ... skipping internal constraint\"<<endl;\n#endif\n\t\t} else if(v->timeStamp < lb->timeStamp) {\n\t\t\t// block at other end of constraint has been moved since this\n\t\t\tin->deleteMin();\n\t\t\toutOfDate.push_back(v);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tf<<\"    reinserting out of date (reinsert later)\"<<endl;\n#endif\n\t\t} else {\n\t\t\tbreak;\n\t\t}\n\t}\n\tfor(Cit i=outOfDate.begin();i!=outOfDate.end();++i) {\n\t\tv=*i;\n\t\tv->timeStamp=blockTimeCtr;\n\t\tin->insert(v);\n\t}\n\tif(in->isEmpty()) {\n\t\tv=NULL;\n\t} else {\n\t\tv=in->findMin();\n\t}\n\treturn v;\n}\nConstraint *Block::findMinOutConstraint() {\n\tif(out->isEmpty()) return NULL;\n\tConstraint *v = out->findMin();\n\twhile (v->left->block == v->right->block) {\n\t\tout->deleteMin();\n\t\tif(out->isEmpty()) return NULL;\n\t\tv = out->findMin();\n\t}\n\treturn v;\n}\nvoid Block::deleteMinInConstraint() {\n\tin->deleteMin();\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"deleteMinInConstraint... \"<<endl;\n\tf<<\"  result: \"<<*in<<endl;\n#endif\n}\nvoid Block::deleteMinOutConstraint() {\n\tout->deleteMin();\n}\ninline bool Block::canFollowLeft(Constraint *c, const Variable* const last) {\n\treturn c->left->block==this && c->active && last!=c->left;\n}\ninline bool Block::canFollowRight(Constraint *c, const Variable* const last) {\n\treturn c->right->block==this && c->active && last!=c->right;\n}\n\n// computes the derivative of v and the lagrange multipliers\n// of v's out constraints (as the recursive sum of those below.\n// Does not backtrack over u.\n// also records the constraint with minimum lagrange multiplier\n// in min_lm\ndouble Block::compute_dfdv(Variable* const v, Variable* const u,\n\t       \tConstraint *&min_lm) {\n\tdouble dfdv=v->weight*(v->position() - v->desiredPosition);\n\tfor(Cit it=v->out.begin();it!=v->out.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowRight(c,u)) {\n\t\t\tdfdv+=c->lm=compute_dfdv(c->right,v,min_lm);\n\t\t\tif(!c->equality&&(min_lm==NULL||c->lm<min_lm->lm)) min_lm=c;\n\t\t}\n\t}\n\tfor(Cit it=v->in.begin();it!=v->in.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowLeft(c,u)) {\n\t\t\tdfdv-=c->lm=-compute_dfdv(c->left,v,min_lm);\n\t\t\tif(!c->equality&&(min_lm==NULL||c->lm<min_lm->lm)) min_lm=c;\n\t\t}\n\t}\n\treturn dfdv;\n}\n\n\n// computes dfdv for each variable and uses the sum of dfdv on either side of\n// the constraint c to compute the lagrangian multiplier lm_c.\n// The top level v and r are variables between which we want to find the\n// constraint with the smallest lm.  \n// When we find r we pass NULL to subsequent recursive calls, \n// thus r=NULL indicates constraints are not on the shortest path.\n// Similarly, m is initially NULL and is only assigned a value if the next\n// variable to be visited is r or if a possible min constraint is returned from\n// a nested call (rather than NULL).\n// Then, the search for the m with minimum lm occurs as we return from\n// the recursion (checking only constraints traversed left-to-right \n// in order to avoid creating any new violations).\n// We also do not consider equality constraints as potential split points\nBlock::Pair Block::compute_dfdv_between(\n\t\tVariable* r, Variable* const v, Variable* const u, \n\t\tconst Direction dir = NONE, bool changedDirection = false) {\n\tdouble dfdv=v->weight*(v->position() - v->desiredPosition);\n\tConstraint *m=NULL;\n\tfor(Cit it(v->in.begin());it!=v->in.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowLeft(c,u)) {\n\t\t\tif(dir==RIGHT) { \n\t\t\t\tchangedDirection = true; \n\t\t\t}\n\t\t\tif(c->left==r) {\n\t\t\t       \tr=NULL;\n\t\t\t        if(!c->equality) m=c; \n\t\t\t}\n\t\t\tPair p=compute_dfdv_between(r,c->left,v,\n\t\t\t\t\tLEFT,changedDirection);\n\t\t\tdfdv -= c->lm = -p.first;\n\t\t\tif(r && p.second) \n\t\t\t\tm = p.second;\n\t\t}\n\t}\n\tfor(Cit it(v->out.begin());it!=v->out.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowRight(c,u)) {\n\t\t\tif(dir==LEFT) { \n\t\t\t\tchangedDirection = true; \n\t\t\t}\n\t\t\tif(c->right==r) {\n\t\t\t       \tr=NULL; \n\t\t\t        if(!c->equality) m=c; \n\t\t\t}\n\t\t\tPair p=compute_dfdv_between(r,c->right,v,\n\t\t\t\t\tRIGHT,changedDirection);\n\t\t\tdfdv += c->lm = p.first;\n\t\t\tif(r && p.second) \n\t\t\t\tm = changedDirection && !c->equality && c->lm < p.second->lm \n\t\t\t\t\t? c \n\t\t\t\t\t: p.second;\n\t\t}\n\t}\n\treturn Pair(dfdv,m);\n}\n\n// resets LMs for all active constraints to 0 by\n// traversing active constraint tree starting from v,\n// not back tracking over u\nvoid Block::reset_active_lm(Variable* const v, Variable* const u) {\n\tfor(Cit it=v->out.begin();it!=v->out.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowRight(c,u)) {\n\t\t\tc->lm=0;\n\t\t\treset_active_lm(c->right,v);\n\t\t}\n\t}\n\tfor(Cit it=v->in.begin();it!=v->in.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(canFollowLeft(c,u)) {\n\t\t\tc->lm=0;\n\t\t\treset_active_lm(c->left,v);\n\t\t}\n\t}\n}\n/**\n * finds the constraint with the minimum lagrange multiplier, that is, the constraint\n * that most wants to split\n */\nConstraint *Block::findMinLM() {\n\tConstraint *min_lm=NULL;\n\treset_active_lm(vars->front(),NULL);\n\tcompute_dfdv(vars->front(),NULL,min_lm);\n\treturn min_lm;\n}\nConstraint *Block::findMinLMBetween(Variable* const lv, Variable* const rv) {\n\tConstraint *min_lm=NULL;\n\treset_active_lm(vars->front(),NULL);\n\tmin_lm=compute_dfdv_between(rv,lv,NULL).second;\n\treturn min_lm;\n}\n\n// populates block b by traversing the active constraint tree adding variables as they're \n// visited.  Starts from variable v and does not backtrack over variable u.\nvoid Block::populateSplitBlock(Block *b, Variable* const v, Variable* const u) {\n\tb->addVariable(v);\n\tfor (Cit c=v->in.begin();c!=v->in.end();++c) {\n\t\tif (canFollowLeft(*c,u))\n\t\t\tpopulateSplitBlock(b, (*c)->left, v);\n\t}\n\tfor (Cit c=v->out.begin();c!=v->out.end();++c) {\n\t\tif (canFollowRight(*c,u)) \n\t\t\tpopulateSplitBlock(b, (*c)->right, v);\n\t}\n}\n/**\n * Block needs to be split because of a violated constraint between vl and vr.\n * We need to search the active constraint tree between l and r and find the constraint\n * with min lagrangrian multiplier and split at that point.\n * Returns the split constraint\n */\nConstraint* Block::splitBetween(Variable* const vl, Variable* const vr,\n\t       \tBlock* &lb, Block* &rb) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"  need to split between: \"<<*vl<<\" and \"<<*vr<<endl;\n#endif\n\tConstraint *c=findMinLMBetween(vl, vr);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  going to split on: \"<<*c<<endl;\n#endif\n\tsplit(lb,rb,c);\n\tdeleted = true;\n\treturn c;\n}\n/**\n * Creates two new blocks, l and r, and splits this block across constraint c,\n * placing the left subtree of constraints (and associated variables) into l\n * and the right into r.\n */\nvoid Block::split(Block* &l, Block* &r, Constraint* c) {\n\tc->active=false;\n\tl=new Block();\n\tpopulateSplitBlock(l,c->left,c->right);\n\tr=new Block();\n\tpopulateSplitBlock(r,c->right,c->left);\n}\n\n/**\n * Computes the cost (squared euclidean distance from desired positions) of the\n * current positions for variables in this block\n */\ndouble Block::cost() {\n\tdouble c = 0;\n\tfor (Vit v=vars->begin();v!=vars->end();++v) {\n\t\tdouble diff = (*v)->position() - (*v)->desiredPosition;\n\t\tc += (*v)->weight * diff * diff;\n\t}\n\treturn c;\n}\nostream& operator <<(ostream &os, const Block& b)\n{\n\tos<<\"Block:\";\n\tfor(Block::Vit v=b.vars->begin();v!=b.vars->end();++v) {\n\t\tos<<\" \"<<**v;\n\t}\n\tif(b.deleted) {\n\t\tos<<\" Deleted!\";\n\t}\n    return os;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/block.h",
    "content": "/**\n * \\brief A block is a group of variables that must be moved together to improve\n * the goal function without violating already active constraints.\n * The variables in a block are spanned by a tree of active constraints.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#ifndef SEEN_REMOVEOVERLAP_BLOCK_H\n#define SEEN_REMOVEOVERLAP_BLOCK_H\n\n#include <vector>\n#include <iostream>\nclass Variable;\nclass Constraint;\ntemplate <class T> class PairingHeap;\nclass StupidPriorityQueue;\n\nclass Block\n{\n\ttypedef std::vector<Variable*> Variables;\n\ttypedef std::vector<Constraint*>::iterator Cit;\n\ttypedef std::vector<Variable*>::iterator Vit;\n\n\tfriend std::ostream& operator <<(std::ostream &os,const Block &b);\npublic:\n\tVariables *vars;\n\tdouble posn;\n\tdouble weight;\n\tdouble wposn;\n\tBlock(Variable* const v=NULL);\n\t~Block(void);\n\tConstraint* findMinLM();\n\tConstraint* findMinLMBetween(Variable* const lv, Variable* const rv);\n\tConstraint* findMinInConstraint();\n\tConstraint* findMinOutConstraint();\n\tvoid deleteMinInConstraint();\n\tvoid deleteMinOutConstraint();\n\tdouble desiredWeightedPosition();\n\tvoid merge(Block *b, Constraint *c, double dist);\n\tvoid merge(Block *b, Constraint *c);\n\tvoid mergeIn(Block *b);\n\tvoid mergeOut(Block *b);\n\tvoid split(Block *&l, Block *&r, Constraint *c);\n\tConstraint* splitBetween(Variable* vl, Variable* vr, Block* &lb, Block* &rb);\n\tvoid setUpInConstraints();\n\tvoid setUpOutConstraints();\n\tdouble cost();\n\tbool deleted;\n\tlong timeStamp;\n\tPairingHeap<Constraint*> *in;\n\tPairingHeap<Constraint*> *out;\nprivate:\n\ttypedef enum {NONE, LEFT, RIGHT} Direction;\n\ttypedef std::pair<double, Constraint*> Pair;\n\tvoid reset_active_lm(Variable* const v, Variable* const u);\n\tdouble compute_dfdv(Variable* const v, Variable* const u,\n\t\t       \tConstraint *&min_lm);\n\tPair compute_dfdv_between(\n\t\t\tVariable*, Variable* const, Variable* const,\n\t\t       \tconst Direction, bool);\n\tbool canFollowLeft(Constraint *c, const Variable* const last);\n\tbool canFollowRight(Constraint *c, const Variable* const last);\n\tvoid populateSplitBlock(Block *b, Variable* const v, Variable* const u);\n\tvoid addVariable(Variable* const v);\n\tvoid setUpConstraintHeap(PairingHeap<Constraint*>* &h,bool in);\n};\n\n#endif // SEEN_REMOVEOVERLAP_BLOCK_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/blocks.cpp",
    "content": "/**\n * \\brief A block structure defined over the variables\n *\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include \"blocks.h\"\n#include \"block.h\"\n#include \"constraint.h\"\n#ifdef RECTANGLE_OVERLAP_LOGGING\n#include <fstream>\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\nusing std::set;\nusing std::vector;\nusing std::iterator;\nusing std::list;\nusing std::copy;\n\nlong blockTimeCtr;\n\nBlocks::Blocks(const int n, Variable* const vs[]) : vs(vs),nvs(n) {\n\tblockTimeCtr=0;\n\tfor(int i=0;i<nvs;i++) {\n\t\tinsert(new Block(vs[i]));\n\t}\n}\nBlocks::~Blocks(void)\n{\n\tblockTimeCtr=0;\n\tfor(set<Block*>::iterator i=begin();i!=end();++i) {\n\t\tdelete *i;\n\t}\n\tclear();\n}\n\n/**\n * returns a list of variables with total ordering determined by the constraint \n * DAG\n */\nlist<Variable*> *Blocks::totalOrder() {\n\tlist<Variable*> *order = new list<Variable*>;\n\tfor(int i=0;i<nvs;i++) {\n\t\tvs[i]->visited=false;\n\t}\n\tfor(int i=0;i<nvs;i++) {\n\t\tif(vs[i]->in.size()==0) {\n\t\t\tdfsVisit(vs[i],order);\n\t\t}\n\t}\n\treturn order;\n}\n// Recursive depth first search giving total order by pushing nodes in the DAG\n// onto the front of the list when we finish searching them\nvoid Blocks::dfsVisit(Variable *v, list<Variable*> *order) {\n\tv->visited=true;\n\tvector<Constraint*>::iterator it=v->out.begin();\n\tfor(;it!=v->out.end();++it) {\n\t\tConstraint *c=*it;\n\t\tif(!c->right->visited) {\n\t\t\tdfsVisit(c->right, order);\n\t\t}\n\t}\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"  order=\"<<*v<<endl;\n#endif\n\torder->push_front(v);\n}\n/**\n * Processes incoming constraints, most violated to least, merging with the\n * neighbouring (left) block until no more violated constraints are found\n */\nvoid Blocks::mergeLeft(Block *r) {\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"mergeLeft called on \"<<*r<<endl;\n#endif\n\tr->timeStamp=++blockTimeCtr;\n\tr->setUpInConstraints();\n\tConstraint *c=r->findMinInConstraint();\n\twhile (c != NULL && c->slack()<0) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\tf<<\"mergeLeft on constraint: \"<<*c<<endl;\n#endif\n\t\tr->deleteMinInConstraint();\n\t\tBlock *l = c->left->block;\t\t\n\t\tif (l->in==NULL) l->setUpInConstraints();\n\t\tdouble dist = c->right->offset - c->left->offset - c->gap;\n\t\tif (r->vars->size() < l->vars->size()) {\n\t\t\tdist=-dist;\n\t\t\tstd::swap(l, r);\n\t\t}\n\t\tblockTimeCtr++;\n\t\tr->merge(l, c, dist);\n\t\tr->mergeIn(l);\n\t\tr->timeStamp=blockTimeCtr;\n\t\tremoveBlock(l);\n\t\tc=r->findMinInConstraint();\n\t}\t\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"merged \"<<*r<<endl;\n#endif\n}\t\n/**\n * Symmetrical to mergeLeft\n */\nvoid Blocks::mergeRight(Block *l) {\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"mergeRight called on \"<<*l<<endl;\n#endif\t\n\tl->setUpOutConstraints();\n\tConstraint *c = l->findMinOutConstraint();\n\twhile (c != NULL && c->slack()<0) {\t\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\tf<<\"mergeRight on constraint: \"<<*c<<endl;\n#endif\n\t\tl->deleteMinOutConstraint();\n\t\tBlock *r = c->right->block;\n\t\tr->setUpOutConstraints();\n\t\tdouble dist = c->left->offset + c->gap - c->right->offset;\n\t\tif (l->vars->size() > r->vars->size()) {\n\t\t\tdist=-dist;\n\t\t\tstd::swap(l, r);\n\t\t}\n\t\tl->merge(r, c, dist);\n\t\tl->mergeOut(r);\n\t\tremoveBlock(r);\n\t\tc=l->findMinOutConstraint();\n\t}\t\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"merged \"<<*l<<endl;\n#endif\n}\nvoid Blocks::removeBlock(Block *doomed) {\n\tdoomed->deleted=true;\n\t//erase(doomed);\n}\nvoid Blocks::cleanup() {\n\tvector<Block*> bcopy(begin(),end());\n\tfor(vector<Block*>::iterator i=bcopy.begin();i!=bcopy.end();++i) {\n\t\tBlock *b=*i;\n\t\tif(b->deleted) {\n\t\t\terase(b);\n\t\t\tdelete b;\n\t\t}\n\t}\n}\n/**\n * Splits block b across constraint c into two new blocks, l and r (c's left\n * and right sides respectively)\n */\nvoid Blocks::split(Block *b, Block *&l, Block *&r, Constraint *c) {\n\tb->split(l,r,c);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"Split left: \"<<*l<<endl;\n\tf<<\"Split right: \"<<*r<<endl;\n#endif\n\tr->posn = b->posn;\n\tr->wposn = r->posn * r->weight;\n\tmergeLeft(l);\n\t// r may have been merged!\n\tr = c->right->block;\n\tr->wposn = r->desiredWeightedPosition();\n\tr->posn = r->wposn / r->weight;\n\tmergeRight(r);\n\tremoveBlock(b);\n\n\tinsert(l);\n\tinsert(r);\n}\n/**\n * returns the cost total squared distance of variables from their desired\n * positions\n */\ndouble Blocks::cost() {\n\tdouble c = 0;\n\tfor(set<Block*>::iterator i=begin();i!=end();++i) {\n\t\tc += (*i)->cost();\n\t}\n\treturn c;\n}\n\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/blocks.h",
    "content": "/**\n * \\brief A block structure defined over the variables\n *\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#ifndef SEEN_REMOVEOVERLAP_BLOCKS_H\n#define SEEN_REMOVEOVERLAP_BLOCKS_H\n\n#ifdef RECTANGLE_OVERLAP_LOGGING\n#define LOGFILE \"cRectangleOverlap.log\"\n#endif\n\n#include <set>\n#include <list>\n\nclass Block;\nclass Variable;\nclass Constraint;\n/**\n * A block structure defined over the variables such that each block contains\n * 1 or more variables, with the invariant that all constraints inside a block\n * are satisfied by keeping the variables fixed relative to one another\n */\nclass Blocks : public std::set<Block*>\n{\npublic:\n\tBlocks(const int n, Variable* const vs[]);\n\t~Blocks(void);\n\tvoid mergeLeft(Block *r);\n\tvoid mergeRight(Block *l);\n\tvoid split(Block *b, Block *&l, Block *&r, Constraint *c);\n\tstd::list<Variable*> *totalOrder();\n\tvoid cleanup();\n\tdouble cost();\nprivate:\n\tvoid dfsVisit(Variable *v, std::list<Variable*> *order);\n\tvoid removeBlock(Block *doomed);\n\tVariable* const *vs;\n\tint nvs;\n};\n\nextern long blockTimeCtr;\n#endif // SEEN_REMOVEOVERLAP_BLOCKS_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/constraint.cpp",
    "content": "/**\n * \\brief A constraint determines a minimum or exact spacing required between\n * two variables.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include \"constraint.h\"\n#include <cassert>\nConstraint::Constraint(Variable *left, Variable *right, double gap, bool equality)\n: left(left),\n  right(right),\n  gap(gap),\n  timeStamp(0),\n  active(false),\n  visited(false),\n  equality(equality)\n{\n\tleft->out.push_back(this);\n\tright->in.push_back(this);\n}\nConstraint::~Constraint() {\n\tConstraints::iterator i;\n\tfor(i=left->out.begin(); i!=left->out.end(); i++) {\n\t\tif(*i==this) break;\n\t}\n\tleft->out.erase(i);\n\tfor(i=right->in.begin(); i!=right->in.end(); i++) {\n\t\tif(*i==this) break;\n\t}\n\tright->in.erase(i);\n}\nstd::ostream& operator <<(std::ostream &os, const Constraint &c)\n{\n\tif(&c==NULL) {\n\t\tos<<\"NULL\";\n\t} else {\n\t\tconst char *type=c.equality?\"=\":\"<=\";\n\t\tos<<*c.left<<\"+\"<<c.gap<<type<<*c.right<<\"(\"<<c.slack()<<\")\"<<(c.active?\"-active\":\"\");\n\t}\n\treturn os;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/constraint.h",
    "content": "/**\n * \\brief A constraint determines a minimum or exact spacing required between\n * two variables.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#ifndef SEEN_REMOVEOVERLAP_CONSTRAINT_H\n#define SEEN_REMOVEOVERLAP_CONSTRAINT_H\n\n#include <iostream>\n#include \"variable.h\"\n\nclass Constraint\n{\n\tfriend std::ostream& operator <<(std::ostream &os,const Constraint &c);\npublic:\n\tVariable *left;\n\tVariable *right;\n\tdouble gap;\n\tdouble lm;\n\tConstraint(Variable *left, Variable *right, double gap, bool equality=false);\n\t~Constraint();\n\tinline double slack() const { return right->position() - gap - left->position(); }\n\tlong timeStamp;\n\tbool active;\n\tbool visited;\n\tbool equality;\n};\n#include <float.h>\n#include \"block.h\"\nstatic inline bool compareConstraints(Constraint *const &l, Constraint *const &r) {\n\tdouble const sl = \n\t\tl->left->block->timeStamp > l->timeStamp\n\t\t||l->left->block==l->right->block\n\t\t?-DBL_MAX:l->slack();\n\tdouble const sr = \n\t\tr->left->block->timeStamp > r->timeStamp\n\t\t||r->left->block==r->right->block\n\t\t?-DBL_MAX:r->slack();\n\tif(sl==sr) {\n\t\t// arbitrary choice based on id\n\t\tif(l->left->id==r->left->id) {\n\t\t\tif(l->right->id<r->right->id) return true;\n\t\t\treturn false;\n\t\t}\n\t\tif(l->left->id<r->left->id) return true;\n\t\treturn false;\n\t}\n\treturn sl < sr;\n}\n\n#endif // SEEN_REMOVEOVERLAP_CONSTRAINT_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/csolve_VPSC.cpp",
    "content": "/**\n * \\brief Bridge for C programs to access solve_VPSC (which is in C++)\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#include <iostream>\n#include <cassert>\n#include <variable.h>\n#include <constraint.h>\n#include <generate-constraints.h>\n#include <solve_VPSC.h>\n#include \"csolve_VPSC.h\"\nextern \"C\" {\nVariable* newVariable(int id, double desiredPos, double weight) {\n\treturn new Variable(id,desiredPos,weight);\n}\nConstraint* newConstraint(Variable* left, Variable* right, double gap) {\n\treturn new Constraint(left,right,gap);\n}\nVPSC* newVPSC(int n, Variable* vs[], int m, Constraint* cs[]) {\n\treturn new VPSC(n,vs,m,cs);\n}\nVPSC* newIncVPSC(int n, Variable* vs[], int m, Constraint* cs[]) {\n\treturn (VPSC*)new IncVPSC(n,vs,m,cs);\n}\n\nint genXConstraints(int n, boxf* bb, Variable** vs, Constraint*** cs,int transitiveClosure) {\n\tRectangle* rs[n];\n\tfor(int i=0;i<n;i++) {\n\t\trs[i]=new Rectangle(bb[i].LL.x,bb[i].UR.x,bb[i].LL.y,bb[i].UR.y);\n\t}\n\tint m = generateXConstraints(n,rs,vs,*cs,transitiveClosure);\n\tfor(int i=0;i<n;i++) {\n\t\tdelete rs[i];\n\t}\n\treturn m;\n}\nint genYConstraints(int n, boxf* bb, Variable** vs, Constraint*** cs) {\n\tRectangle* rs[n];\n\tfor(int i=0;i<n;i++) {\n\t\trs[i]=new Rectangle(bb[i].LL.x,bb[i].UR.x,bb[i].LL.y,bb[i].UR.y);\n\t}\n\tint m = generateYConstraints(n,rs,vs,*cs);\n\tfor(int i=0;i<n;i++) {\n\t\tdelete rs[i];\n\t}\n\treturn m;\n}\n\nConstraint** newConstraints(int m) {\n\treturn new Constraint*[m];\n}\nvoid deleteConstraints(int m, Constraint **cs) {\n\tfor(int i=0;i<m;i++) {\n\t\tdelete cs[i];\n\t}\n\tdelete [] cs;\n}\nvoid deleteConstraint(Constraint* c) {\n\tdelete c;\n}\nvoid deleteVariable(Variable* v) {\n\tdelete v;\n}\nvoid satisfyVPSC(VPSC* vpsc) {\n\ttry {\n\t\tvpsc->satisfy();\n\t} catch(const char *e) {\n\t\tstd::cerr << e << std::endl;\n\t\texit(1);\n\t}\n}\nint getSplitCnt(IncVPSC *vpsc) {\n\treturn vpsc->splitCnt;\n}\nvoid deleteVPSC(VPSC *vpsc) {\n\tassert(vpsc!=NULL);\n\tdelete vpsc;\n}\nvoid solveVPSC(VPSC* vpsc) {\n\tvpsc->solve();\n}\nvoid splitIncVPSC(IncVPSC* vpsc) {\n\tvpsc->splitBlocks();\n}\nvoid setVariableDesiredPos(Variable *v, double desiredPos) {\n\tv->desiredPosition = desiredPos;\n}\ndouble getVariablePos(Variable *v) {\n\treturn v->position();\n}\nvoid remapInConstraints(Variable *u, Variable *v, double dgap) {\n\tfor(Constraints::iterator i=u->in.begin();i!=u->in.end();i++) {\n\t\tConstraint* c=*i;\t\n\t\tc->right=v;\n\t\tc->gap+=dgap;\n\t\tv->in.push_back(c);\n\t}\n\tu->in.clear();\n}\nvoid remapOutConstraints(Variable *u, Variable *v, double dgap) {\n\tfor(Constraints::iterator i=u->out.begin();i!=u->out.end();i++) {\n\t\tConstraint* c=*i;\t\n\t\tc->left=v;\n\t\tc->gap+=dgap;\n\t\tv->out.push_back(c);\n\t}\n\tu->out.clear();\n}\nint getLeftVarID(Constraint *c) {\n\treturn c->left->id;\n}\nint getRightVarID(Constraint *c){\n\treturn c->right->id;\n}\ndouble getSeparation(Constraint *c){\n\treturn c->gap;\n}\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/csolve_VPSC.h",
    "content": "/**\n * \\brief Bridge for C programs to access solve_VPSC (which is in C++)\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#ifndef _CSOLVE_VPSC_H_\n#define _CSOLVE_VPSC_H_\n#ifdef __cplusplus\nextern \"C\" {\n#endif\ntypedef struct Variable Variable;\nVariable* newVariable(int id, double desiredPos, double weight);\nvoid setVariableDesiredPos(Variable *, double desiredPos);\ndouble getVariablePos(Variable*);\n\ntypedef struct Constraint Constraint;\nConstraint* newConstraint(Variable* left, Variable* right, double gap);\n\ntypedef struct VPSC VPSC;\nVPSC* newVPSC(int n, Variable* vs[], int m, Constraint* cs[]);\nvoid deleteVPSC(VPSC*);\nvoid deleteConstraint(Constraint*);\nvoid deleteVariable(Variable*);\nConstraint** newConstraints(int m);\nvoid deleteConstraints(int m,Constraint**);\nvoid remapInConstraints(Variable *u, Variable *v, double dgap);\nvoid remapOutConstraints(Variable *u, Variable *v, double dgap);\nint getLeftVarID(Constraint *c);\nint getRightVarID(Constraint *c);\ndouble getSeparation(Constraint *c);\n\n#ifndef HAVE_POINTF_S\ntypedef struct pointf_s { double x, y; } pointf;\ntypedef struct { pointf LL, UR; } boxf;\n#endif\nint genXConstraints(int n, boxf[], Variable** vs, Constraint*** cs,\n\t\tint transitiveClosure);\nint genYConstraints(int n, boxf[], Variable** vs, Constraint*** cs);\n\nvoid satisfyVPSC(VPSC*);\nvoid solveVPSC(VPSC*);\ntypedef struct IncVPSC IncVPSC;\nVPSC* newIncVPSC(int n, Variable* vs[], int m, Constraint* cs[]);\nvoid splitIncVPSC(IncVPSC*);\nint getSplitCnt(IncVPSC *vpsc);\n#ifdef __cplusplus\n}\n#endif\n#endif /* _CSOLVE_VPSC_H_ */\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/generate-constraints.cpp",
    "content": "/**\n * \\brief Functions to automatically generate constraints for the\n * rectangular node overlap removal problem.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include <cmath>\n#include <set>\n#include <cassert>\n#include \"generate-constraints.h\"\n#include \"constraint.h\"\n\nusing std::set;\nusing std::vector;\n\nstd::ostream& operator <<(std::ostream &os, const Rectangle &r) {\n\tos << \"{\"<<r.minX<<\",\"<<r.maxX<<\",\"<<r.minY<<\",\"<<r.maxY<<\"},\";\n\treturn os;\n}\nRectangle::Rectangle(double x, double X, double y, double Y) \n: minX(x),maxX(X),minY(y),maxY(Y) {\n\t\tassert(x<=X);\n\t\tassert(y<=Y);\n}\n\nstruct Node;\nstruct CmpNodePos { bool operator()(const Node* u, const Node* v) const; };\n\ntypedef set<Node*,CmpNodePos> NodeSet;\n\nstruct Node {\n\tVariable *v;\n\tRectangle *r;\n\tdouble pos;\n\tNode *firstAbove, *firstBelow;\n\tNodeSet *leftNeighbours, *rightNeighbours;\n\tNode(Variable *v, Rectangle *r, double p) : v(v),r(r),pos(p) {\n\t\tfirstAbove=firstBelow=NULL;\n\t\tleftNeighbours=rightNeighbours=NULL;\n\t\tassert(r->width()<1e40);\n\t}\n\t~Node() {\n\t\tdelete leftNeighbours;\n\t\tdelete rightNeighbours;\n\t}\n\tvoid addLeftNeighbour(Node *u) {\n\t\tleftNeighbours->insert(u);\n\t}\n\tvoid addRightNeighbour(Node *u) {\n\t\trightNeighbours->insert(u);\n\t}\n\tvoid setNeighbours(NodeSet *left, NodeSet *right) {\n\t\tleftNeighbours=left;\n\t\trightNeighbours=right;\n\t\tfor(NodeSet::iterator i=left->begin();i!=left->end();++i) {\n\t\t\tNode *v=*(i);\n\t\t\tv->addRightNeighbour(this);\n\t\t}\n\t\tfor(NodeSet::iterator i=right->begin();i!=right->end();++i) {\n\t\t\tNode *v=*(i);\n\t\t\tv->addLeftNeighbour(this);\n\t\t}\n\t}\n};\nbool CmpNodePos::operator() (const Node* u, const Node* v) const {\n\tif (u->pos < v->pos) {\n\t\treturn true;\n\t}\n\tif (v->pos < u->pos) {\n\t\treturn false;\n\t}\n\tif (std::isnan(u->pos) != std::isnan(v->pos)) {\n\t\treturn std::isnan(u->pos);\n\t}\n\treturn u < v;\n\n\t/* I don't know how important it is to handle NaN correctly\n\t * (e.g. we probably handle it badly in other code anyway, and\n\t * in any case the best we can hope for is to reduce the\n\t * badness of other nodes).\n\t *\n\t * Nevertheless, we try to do the right thing here and in\n\t * event comparison.  The issue is that (on platforms with\n\t * ieee floating point comparison) NaN compares neither less\n\t * than nor greater than any other number, yet sort wants a\n\t * well-defined ordering.  In particular, we want to ensure\n\t * transitivity of equivalence, which normally wouldn't be\n\t * guaranteed if the \"middle\" item in the transitivity\n\t * involves a NaN.  (NaN is neither less than nor greater than\n\t * other numbers, so tends to be considered as equal to all\n\t * other numbers: even unequal numbers.)\n\t */\n}\n\nNodeSet* getLeftNeighbours(NodeSet &scanline,Node *v) {\n\tNodeSet *leftv = new NodeSet;\n\tNodeSet::iterator i=scanline.find(v);\n\twhile(i--!=scanline.begin()) {\n\t\tNode *u=*(i);\n\t\tif(u->r->overlapX(v->r)<=0) {\n\t\t\tleftv->insert(u);\n\t\t\treturn leftv;\n\t\t}\n\t\tif(u->r->overlapX(v->r)<=u->r->overlapY(v->r)) {\n\t\t\tleftv->insert(u);\n\t\t}\n\t}\n\treturn leftv;\n}\nNodeSet* getRightNeighbours(NodeSet &scanline,Node *v) {\n\tNodeSet *rightv = new NodeSet;\n\tNodeSet::iterator i=scanline.find(v);\n\tfor(++i;i!=scanline.end(); ++i) {\n\t\tNode *u=*(i);\n\t\tif(u->r->overlapX(v->r)<=0) {\n\t\t\trightv->insert(u);\n\t\t\treturn rightv;\n\t\t}\n\t\tif(u->r->overlapX(v->r)<=u->r->overlapY(v->r)) {\n\t\t\trightv->insert(u);\n\t\t}\n\t}\n\treturn rightv;\n}\n\ntypedef enum {Open, Close} EventType;\nstruct Event {\n\tEventType type;\n\tNode *v;\n\tdouble pos;\n\tEvent(EventType t, Node *v, double p) : type(t),v(v),pos(p) {};\n};\nEvent **events;\nint compare_events(const void *a, const void *b) {\n\tEvent *ea=*(Event**)a;\n\tEvent *eb=*(Event**)b;\n\tif(ea->v->r==eb->v->r) {\n\t\t// when comparing opening and closing from the same rect\n\t\t// open must come first\n\t\tif(ea->type==Open) return -1;\n\t\treturn 1;\n\t} else if(ea->pos > eb->pos) {\n\t\treturn 1;\n\t} else if(ea->pos < eb->pos) {\n\t\treturn -1;\n\t} else if(std::isnan(ea->pos) != std::isnan(ea->pos)) {\n\t\t/* See comment in CmpNodePos. */\n\t\treturn ( std::isnan(ea->pos)\n\t\t\t ? -1\n\t\t\t : 1 );\n\t}\n\treturn 0;\n}\n\n/**\n * Prepares constraints in order to apply VPSC horizontally.  Assumes variables have already been created.\n * useNeighbourLists determines whether or not a heuristic is used to deciding whether to resolve\n * all overlap in the x pass, or leave some overlaps for the y pass.\n */\nint generateXConstraints(const int n, Rectangle** rs, Variable** vars, Constraint** &cs, const bool useNeighbourLists) {\n\tevents=new Event*[2*n];\n\tint i,m,ctr=0;\n\tfor(i=0;i<n;i++) {\n\t\tvars[i]->desiredPosition=rs[i]->getCentreX();\n\t\tNode *v = new Node(vars[i],rs[i],rs[i]->getCentreX());\n\t\tevents[ctr++]=new Event(Open,v,rs[i]->getMinY());\n\t\tevents[ctr++]=new Event(Close,v,rs[i]->getMaxY());\n\t}\n\tqsort((Event*)events, (size_t)2*n, sizeof(Event*), compare_events );\n\n\tNodeSet scanline;\n\tvector<Constraint*> constraints;\n\tfor(i=0;i<2*n;i++) {\n\t\tEvent *e=events[i];\n\t\tNode *v=e->v;\n\t\tif(e->type==Open) {\n\t\t\tscanline.insert(v);\n\t\t\tif(useNeighbourLists) {\n\t\t\t\tv->setNeighbours(\n\t\t\t\t\tgetLeftNeighbours(scanline,v),\n\t\t\t\t\tgetRightNeighbours(scanline,v)\n\t\t\t\t);\n\t\t\t} else {\n\t\t\t\tNodeSet::iterator it=scanline.find(v);\n\t\t\t\tif(it--!=scanline.begin()) {\n\t\t\t\t\tNode *u=*it;\n\t\t\t\t\tv->firstAbove=u;\n\t\t\t\t\tu->firstBelow=v;\n\t\t\t\t}\n\t\t\t\tit=scanline.find(v);\n\t\t\t\tif(++it!=scanline.end()) {\n\t\t\t\t\tNode *u=*it;\n\t\t\t\t\tv->firstBelow=u;\n\t\t\t\t\tu->firstAbove=v;\n\t\t\t\t}\n\t\t\t}\n\t\t} else {\n\t\t\t// Close event\n\t\t\tint r;\n\t\t\tif(useNeighbourLists) {\n\t\t\t\tfor(NodeSet::iterator i=v->leftNeighbours->begin();\n\t\t\t\t\ti!=v->leftNeighbours->end();i++\n\t\t\t\t) {\n\t\t\t\t\tNode *u=*i;\n\t\t\t\t\tdouble sep = (v->r->width()+u->r->width())/2.0;\n\t\t\t\t\tconstraints.push_back(new Constraint(u->v,v->v,sep));\n\t\t\t\t\tr=u->rightNeighbours->erase(v);\n\t\t\t\t}\n\t\t\t\t\n\t\t\t\tfor(NodeSet::iterator i=v->rightNeighbours->begin();\n\t\t\t\t\ti!=v->rightNeighbours->end();i++\n\t\t\t\t) {\n\t\t\t\t\tNode *u=*i;\n\t\t\t\t\tdouble sep = (v->r->width()+u->r->width())/2.0;\n\t\t\t\t\tconstraints.push_back(new Constraint(v->v,u->v,sep));\n\t\t\t\t\tr=u->leftNeighbours->erase(v);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tNode *l=v->firstAbove, *r=v->firstBelow;\n\t\t\t\tif(l!=NULL) {\n\t\t\t\t\tdouble sep = (v->r->width()+l->r->width())/2.0;\n\t\t\t\t\tconstraints.push_back(new Constraint(l->v,v->v,sep));\n\t\t\t\t\tl->firstBelow=v->firstBelow;\n\t\t\t\t}\n\t\t\t\tif(r!=NULL) {\n\t\t\t\t\tdouble sep = (v->r->width()+r->r->width())/2.0;\n\t\t\t\t\tconstraints.push_back(new Constraint(v->v,r->v,sep));\n\t\t\t\t\tr->firstAbove=v->firstAbove;\n\t\t\t\t}\n\t\t\t}\n\t\t\tr=scanline.erase(v);\n\t\t\tdelete v;\n\t\t}\n\t\tdelete e;\n\t}\n\tdelete [] events;\n\tcs=new Constraint*[m=constraints.size()];\n\tfor(i=0;i<m;i++) cs[i]=constraints[i];\n\treturn m;\n}\n\n/**\n * Prepares constraints in order to apply VPSC vertically to remove ALL overlap.\n */\nint generateYConstraints(const int n, Rectangle** rs, Variable** vars, Constraint** &cs) {\n\tevents=new Event*[2*n];\n\tint ctr=0,i,m;\n\tfor(i=0;i<n;i++) {\n\t\tvars[i]->desiredPosition=rs[i]->getCentreY();\n\t\tNode *v = new Node(vars[i],rs[i],rs[i]->getCentreY());\n\t\tevents[ctr++]=new Event(Open,v,rs[i]->getMinX());\n\t\tevents[ctr++]=new Event(Close,v,rs[i]->getMaxX());\n\t}\n\tqsort((Event*)events, (size_t)2*n, sizeof(Event*), compare_events );\n\tNodeSet scanline;\n\tvector<Constraint*> constraints;\n\tfor(i=0;i<2*n;i++) {\n\t\tEvent *e=events[i];\n\t\tNode *v=e->v;\n\t\tif(e->type==Open) {\n\t\t\tscanline.insert(v);\n\t\t\tNodeSet::iterator i=scanline.find(v);\n\t\t\tif(i--!=scanline.begin()) {\n\t\t\t\tNode *u=*i;\n\t\t\t\tv->firstAbove=u;\n\t\t\t\tu->firstBelow=v;\n\t\t\t}\n\t\t\ti=scanline.find(v);\n\t\t\tif(++i!=scanline.end())\t {\n\t\t\t\tNode *u=*i;\n\t\t\t\tv->firstBelow=u;\n\t\t\t\tu->firstAbove=v;\n\t\t\t}\n\t\t} else {\n\t\t\t// Close event\n\t\t\tNode *l=v->firstAbove, *r=v->firstBelow;\n\t\t\tif(l!=NULL) {\n\t\t\t\tdouble sep = (v->r->height()+l->r->height())/2.0;\n\t\t\t\tconstraints.push_back(new Constraint(l->v,v->v,sep));\n\t\t\t\tl->firstBelow=v->firstBelow;\n\t\t\t}\n\t\t\tif(r!=NULL) {\n\t\t\t\tdouble sep = (v->r->height()+r->r->height())/2.0;\n\t\t\t\tconstraints.push_back(new Constraint(v->v,r->v,sep));\n\t\t\t\tr->firstAbove=v->firstAbove;\n\t\t\t}\n\t\t\tscanline.erase(v);\n\t\t\tdelete v;\n\t\t}\n\t\tdelete e;\n\t}\n\tdelete [] events;\n\tcs=new Constraint*[m=constraints.size()];\n\tfor(i=0;i<m;i++) cs[i]=constraints[i];\n\treturn m;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/generate-constraints.h",
    "content": "/**\n * \\brief Functions to automatically generate constraints for the\n * rectangular node overlap removal problem.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#ifndef SEEN_REMOVEOVERLAP_GENERATE_CONSTRAINTS_H\n#define SEEN_REMOVEOVERLAP_GENERATE_CONSTRAINTS_H\n#include <iostream>\n\nclass Rectangle {\t\n\tfriend std::ostream& operator <<(std::ostream &os, const Rectangle &r);\npublic:\n\tstatic double xBorder,yBorder;\n\tRectangle(double x, double X, double y, double Y);\n\tdouble getMaxX() const { return maxX+xBorder; }\n\tdouble getMaxY() const { return maxY+yBorder; }\n\tdouble getMinX() const { return minX; }\n\tdouble getMinY() const { return minY; }\n\tdouble getMinD(unsigned const d) const {\n\t\treturn ( d == 0 ? getMinX() : getMinY() );\n\t}\n\tdouble getMaxD(unsigned const d) const {\n\t\treturn ( d == 0 ? getMaxX() : getMaxY() );\n\t}\n\tdouble getCentreX() const { return minX+width()/2.0; }\n\tdouble getCentreY() const { return minY+height()/2.0; }\n\tdouble width() const { return getMaxX()-minX; }\n\tdouble height() const { return getMaxY()-minY; }\n\tstatic void setXBorder(double x) {xBorder=x;}\n\tstatic void setYBorder(double y) {yBorder=y;}\n\tvoid moveCentreX(double x) {\n\t\tmoveMinX(x-width()/2.0);\n\t}\n\tvoid moveCentreY(double y) {\n\t\tmoveMinY(y-height()/2.0);\n\t}\n\tvoid moveMinX(double x) {\n\t\tmaxX=x+width()-xBorder;\n\t\tminX=x;\n\t}\n\tvoid moveMinY(double y) {\n\t\tmaxY=y+height()-yBorder;\n\t\tminY=y;\n\t}\n\tinline double overlapX(Rectangle *r) const {\n\t\tif (getCentreX() <= r->getCentreX() && r->minX < getMaxX())\n\t\t\treturn getMaxX() - r->minX;\n\t\tif (r->getCentreX() <= getCentreX() && minX < r->getMaxX())\n\t\t\treturn r->getMaxX() - minX;\n\t\treturn 0;\n\t}\n\tinline double overlapY(Rectangle *r) const {\n\t\tif (getCentreY() <= r->getCentreY() && r->minY < getMaxY())\n\t\t\treturn getMaxY() - r->minY;\n\t\tif (r->getCentreY() <= getCentreY() && minY < r->getMaxY())\n\t\t\treturn r->getMaxY() - minY;\n\t\treturn 0;\n\t}\nprivate:\n\tdouble minX,maxX,minY,maxY;\n};\n\n\nclass Variable;\nclass Constraint;\n\n// returns number of constraints generated\nint generateXConstraints(const int n, Rectangle** rs, Variable** vars, Constraint** &cs, const bool useNeighbourLists);\nint generateYConstraints(const int n, Rectangle** rs, Variable** vars, Constraint** &cs);\n\n\n#endif // SEEN_REMOVEOVERLAP_GENERATE_CONSTRAINTS_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/pairingheap/PairingHeap.cpp",
    "content": "/**\n * \\brief Pairing heap datastructure implementation\n *\n * Based on example code in \"Data structures and Algorithm Analysis in C++\"\n * by Mark Allen Weiss, used and released under the LGPL by permission\n * of the author.\n *\n * No promises about correctness.  Use at your own risk!\n *\n * Authors:\n *   Mark Allen Weiss\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include <cassert>\n#include <vector>\n#include <list>\n#include \"dsexceptions.h\"\n#include \"PairingHeap.h\"\n\n#ifndef PAIRING_HEAP_CPP\n#define PAIRING_HEAP_CPP\nusing namespace std;\n/**\n* Construct the pairing heap.\n*/\ntemplate <class T>\nPairingHeap<T>::PairingHeap( bool (*lessThan)(T const &lhs, T const &rhs) )\n{\n\troot = NULL;\n\tcounter=0;\n\tthis->lessThan=lessThan;\n}\n\n\n/**\n* Copy constructor\n*/\ntemplate <class T>\nPairingHeap<T>::PairingHeap( const PairingHeap<T> & rhs )\n{\n\troot = NULL;\n\tcounter=rhs->size();\n\t*this = rhs;\n}\n\n/**\n* Destroy the leftist heap.\n*/\ntemplate <class T>\nPairingHeap<T>::~PairingHeap( )\n{\n\tmakeEmpty( );\n}\n\n/**\n* Insert item x into the priority queue, maintaining heap order.\n* Return a pointer to the node containing the new item.\n*/\ntemplate <class T>\nPairNode<T> *\nPairingHeap<T>::insert( const T & x )\n{\n\tPairNode<T> *newNode = new PairNode<T>( x );\n\n\tif( root == NULL )\n\t\troot = newNode;\n\telse\n\t\tcompareAndLink( root, newNode );\n\tcounter++;\n\treturn newNode;\n}\n\ntemplate <class T>\nunsigned PairingHeap<T>::size() const {\n\treturn counter;\n}\n\n/**\n* Find the smallest item in the priority queue.\n* Return the smallest item, or throw Underflow if empty.\n*/\ntemplate <class T>\nconst T & PairingHeap<T>::findMin( ) const\n{\n\tif( isEmpty( ) )\n\t\tthrow Underflow( );\n\treturn root->element;\n}\n/**\n * Remove the smallest item from the priority queue.\n * Throws Underflow if empty.\n */\ntemplate <class T>\nvoid PairingHeap<T>::deleteMin( )\n{\n    if( isEmpty( ) )\n        throw Underflow( );\n\n    PairNode<T> *oldRoot = root;\n\n    if( root->leftChild == NULL )\n        root = NULL;\n    else\n        root = combineSiblings( root->leftChild );\n    assert(counter);\n    counter--;\n    delete oldRoot;\n}\n\n/**\n* Test if the priority queue is logically empty.\n* Returns true if empty, false otherwise.\n*/\ntemplate <class T>\nbool PairingHeap<T>::isEmpty( ) const\n{\n\treturn root == NULL;\n}\n\n/**\n* Test if the priority queue is logically full.\n* Returns false in this implementation.\n*/\ntemplate <class T>\nbool PairingHeap<T>::isFull( ) const\n{\n\treturn false;\n}\n\n/**\n* Make the priority queue logically empty.\n*/\ntemplate <class T>\nvoid PairingHeap<T>::makeEmpty( )\n{\n\treclaimMemory( root );\n\troot = NULL;\n}\n\n/**\n* Deep copy.\n*/\ntemplate <class T>\nconst PairingHeap<T> &\nPairingHeap<T>::operator=( const PairingHeap<T> & rhs )\n{\n\tif( this != &rhs )\n\t{\n\t\tmakeEmpty( );\n\t\troot = clone( rhs.root );\n\t}\n\n\treturn *this;\n}\n\n/**\n* Internal method to make the tree empty.\n* WARNING: This is prone to running out of stack space.\n*/\ntemplate <class T>\nvoid PairingHeap<T>::reclaimMemory( PairNode<T> * t ) const\n{\n\tif( t != NULL )\n\t{\n\t\treclaimMemory( t->leftChild );\n\t\treclaimMemory( t->nextSibling );\n\t\tdelete t;\n\t}\n}\n\n/**\n* Change the value of the item stored in the pairing heap.\n* Does nothing if newVal is larger than currently stored value.\n* p points to a node returned by insert.\n* newVal is the new value, which must be smaller\n*    than the currently stored value.\n*/\ntemplate <class T>\nvoid PairingHeap<T>::decreaseKey( PairNode<T> *p,\n\t\t\t\t\t\t\t\t\t\t  const T & newVal )\n{\n\tif( lessThan(p->element,newVal) )\n\t\treturn;    // newVal cannot be bigger\n\tp->element = newVal;\n\tif( p != root )\n\t{\n\t\tif( p->nextSibling != NULL )\n\t\t\tp->nextSibling->prev = p->prev;\n\t\tif( p->prev->leftChild == p )\n\t\t\tp->prev->leftChild = p->nextSibling;\n\t\telse\n\t\t\tp->prev->nextSibling = p->nextSibling;\n\n\t\tp->nextSibling = NULL;\n\t\tcompareAndLink( root, p );\n\t}\n}\n\n/**\n* Internal method that is the basic operation to maintain order.\n* Links first and second together to satisfy heap order.\n* first is root of tree 1, which may not be NULL.\n*    first->nextSibling MUST be NULL on entry.\n* second is root of tree 2, which may be NULL.\n* first becomes the result of the tree merge.\n*/\ntemplate <class T>\nvoid PairingHeap<T>::\ncompareAndLink( PairNode<T> * & first,\n\t\t\t   PairNode<T> *second ) const\n{\n\tif( second == NULL )\n\t\treturn;\n\tif( lessThan(second->element,first->element) )\n\t{\n\t\t// Attach first as leftmost child of second\n\t\tsecond->prev = first->prev;\n\t\tfirst->prev = second;\n\t\tfirst->nextSibling = second->leftChild;\n\t\tif( first->nextSibling != NULL )\n\t\t\tfirst->nextSibling->prev = first;\n\t\tsecond->leftChild = first;\n\t\tfirst = second;\n\t}\n\telse\n\t{\n\t\t// Attach second as leftmost child of first\n\t\tsecond->prev = first;\n\t\tfirst->nextSibling = second->nextSibling;\n\t\tif( first->nextSibling != NULL )\n\t\t\tfirst->nextSibling->prev = first;\n\t\tsecond->nextSibling = first->leftChild;\n\t\tif( second->nextSibling != NULL )\n\t\t\tsecond->nextSibling->prev = second;\n\t\tfirst->leftChild = second;\n\t}\n}\n\n/**\n* Internal method that implements two-pass merging.\n* firstSibling the root of the conglomerate;\n*     assumed not NULL.\n*/\ntemplate <class T>\nPairNode<T> *\nPairingHeap<T>::combineSiblings( PairNode<T> *firstSibling ) const\n{\n\tif( firstSibling->nextSibling == NULL )\n\t\treturn firstSibling;\n\n\t// Allocate the array\n\tstatic vector<PairNode<T> *> treeArray( 5 );\n\n\t// Store the subtrees in an array\n\tint numSiblings = 0;\n\tfor( ; firstSibling != NULL; numSiblings++ )\n\t{\n\t\tif( numSiblings == (int)treeArray.size( ) )\n\t\t\ttreeArray.resize( numSiblings * 2 );\n\t\ttreeArray[ numSiblings ] = firstSibling;\n\t\tfirstSibling->prev->nextSibling = NULL;  // break links\n\t\tfirstSibling = firstSibling->nextSibling;\n\t}\n\tif( numSiblings == (int)treeArray.size( ) )\n\t\ttreeArray.resize( numSiblings + 1 );\n\ttreeArray[ numSiblings ] = NULL;\n\n\t// Combine subtrees two at a time, going left to right\n\tint i = 0;\n\tfor( ; i + 1 < numSiblings; i += 2 )\n\t\tcompareAndLink( treeArray[ i ], treeArray[ i + 1 ] );\n\n\tint j = i - 2;\n\n\t// j has the result of last compareAndLink.\n\t// If an odd number of trees, get the last one.\n\tif( j == numSiblings - 3 )\n\t\tcompareAndLink( treeArray[ j ], treeArray[ j + 2 ] );\n\n\t// Now go right to left, merging last tree with\n\t// next to last. The result becomes the new last.\n\tfor( ; j >= 2; j -= 2 )\n\t\tcompareAndLink( treeArray[ j - 2 ], treeArray[ j ] );\n\treturn treeArray[ 0 ];\n}\n\n/**\n* Internal method to clone subtree.\n* WARNING: This is prone to running out of stack space.\n*/\ntemplate <class T>\nPairNode<T> *\nPairingHeap<T>::clone( PairNode<T> * t ) const\n{\n\tif( t == NULL ) \n\t\treturn NULL;\n\telse\n\t{\n\t\tPairNode<T> *p = new PairNode<T>( t->element );\n\t\tif( ( p->leftChild = clone( t->leftChild ) ) != NULL )\n\t\t\tp->leftChild->prev = p;\n\t\tif( ( p->nextSibling = clone( t->nextSibling ) ) != NULL )\n\t\t\tp->nextSibling->prev = p;\n\t\treturn p;\n\t}\n}\ntemplate <class T>\nostream& operator <<(ostream &os, const PairingHeap<T> &b)\n{\n\tos<<\"Heap:\";\n\tif (b.root != NULL) {\n\t\tPairNode<T> *r = b.root;\n\t\tlist<PairNode<T>*> q;\n\t\tq.push_back(r);\n\t\twhile (!q.empty()) {\n\t\t\tr = q.front();\n\t\t\tq.pop_front();\n\t\t\tif (r->leftChild != NULL) {\n\t\t\t\tos << *r->element << \">\";\n\t\t\t\tPairNode<T> *c = r->leftChild;\n\t\t\t\twhile (c != NULL) {\n\t\t\t\t\tq.push_back(c);\n\t\t\t\t\tos << \",\" << *c->element;\n\t\t\t\t\tc = c->nextSibling;\n\t\t\t\t}\n\t\t\t\tos << \"|\";\n\t\t\t}\n\t\t}\n\t}\n    return os;\n}\n#endif\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/pairingheap/PairingHeap.h",
    "content": "/**\n * \\brief Pairing heap datastructure implementation\n *\n * Based on example code in \"Data structures and Algorithm Analysis in C++\"\n * by Mark Allen Weiss, used and released under the LGPL by permission\n * of the author.\n *\n * No promises about correctness.  Use at your own risk!\n *\n * Authors:\n *   Mark Allen Weiss\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#ifndef PAIRING_HEAP_H_\n#define PAIRING_HEAP_H_\n#include <stdlib.h>\n#include <fstream>\n// Pairing heap class\n//\n// CONSTRUCTION: with no parameters\n//\n// ******************PUBLIC OPERATIONS*********************\n// PairNode & insert( x ) --> Insert x\n// deleteMin( minItem )   --> Remove (and optionally return) smallest item\n// T findMin( )  --> Return smallest item\n// bool isEmpty( )        --> Return true if empty; else false\n// bool isFull( )         --> Return true if empty; else false\n// void makeEmpty( )      --> Remove all items\n// void decreaseKey( PairNode p, newVal )\n//                        --> Decrease value in node p\n// ******************ERRORS********************************\n// Throws Underflow as warranted\n\n\n// Node and forward declaration because g++ does\n// not understand nested classes.\ntemplate <class T> \nclass PairingHeap;\n\ntemplate <class T>\nstd::ostream& operator<< (std::ostream &os,const PairingHeap<T> &b);\n\ntemplate <class T>\nclass PairNode\n{\n\tfriend std::ostream& operator<< <T>(std::ostream &os,const PairingHeap<T> &b);\n\tT   element;\n\tPairNode    *leftChild;\n\tPairNode    *nextSibling;\n\tPairNode    *prev;\n\n\tPairNode( const T & theElement ) :\n\t       \telement( theElement ),\n\t\tleftChild(NULL), nextSibling(NULL), prev(NULL)\n       \t{ }\n\tfriend class PairingHeap<T>;\n};\n\ntemplate <class T>\nclass Comparator\n{\npublic:\n\tvirtual bool isLessThan(T const &lhs, T const &rhs) const = 0;\n};\n\ntemplate <class T>\nclass PairingHeap\n{\n\tfriend std::ostream& operator<< <T>(std::ostream &os,const PairingHeap<T> &b);\npublic:\n\tPairingHeap( bool (*lessThan)(T const &lhs, T const &rhs) );\n\tPairingHeap( const PairingHeap & rhs );\n\t~PairingHeap( );\n\n\tbool isEmpty( ) const;\n\tbool isFull( ) const;\n\tunsigned size() const;\n\n\tPairNode<T> *insert( const T & x );\n\tconst T & findMin( ) const;\n\tvoid deleteMin( );\n\tconst T extractMin( ) {\n\t\tT v = findMin();\n\t\tdeleteMin();\n\t\treturn v;\n\t}\n\tvoid makeEmpty( );\n\tvoid decreaseKey( PairNode<T> *p, const T & newVal );\n\tvoid merge( PairingHeap<T> *rhs )\n\t{\t\n\t\tPairNode<T> *broot=rhs->getRoot();\n\t\tif (root == NULL) {\n\t\t\troot = broot;\n\t\t} else {\n\t\t\tcompareAndLink(root, broot);\n\t\t}\n\t\tcounter+=rhs->size();\n\t}\n\n\tconst PairingHeap & operator=( const PairingHeap & rhs );\nprotected:\n\tPairNode<T> * getRoot() {\n\t\tPairNode<T> *r=root;\n\t\troot=NULL;\n\t\treturn r;\n\t}\nprivate:\n\tPairNode<T> *root;\n\tbool (*lessThan)(T const &lhs, T const &rhs);\n\tunsigned counter;\n\tvoid reclaimMemory( PairNode<T> *t ) const;\n\tvoid compareAndLink( PairNode<T> * & first, PairNode<T> *second ) const;\n\tPairNode<T> * combineSiblings( PairNode<T> *firstSibling ) const;\n\tPairNode<T> * clone( PairNode<T> * t ) const;\n};\n\n#include \"PairingHeap.cpp\"\n#endif\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/pairingheap/dsexceptions.h",
    "content": "#ifndef DSEXCEPTIONS_H_\n#define DSEXCEPTIONS_H_\n\nclass Underflow { };\nclass Overflow  { };\nclass OutOfMemory { };\nclass BadIterator { };\n\n#endif\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/placement_SolveVPSC.cpp",
    "content": "#include <jni.h>\n#include \"placement_SolveVPSC.h\"\n#include <stdio.h>\n#include \"solve_VPSC.h\"\n#include \"variable.h\"\n#include \"constraint.h\"\n#include \"remove_rectangle_overlap.h\"\n#include \"generate-constraints.h\"\n#include <assert.h>\n#include <map>\n#define MaxSize 500\n\nJNIEXPORT jdouble JNICALL Java_placement_SolveVPSC_solve\n  (JNIEnv *env, jobject obj, jobjectArray vName, jdoubleArray vWeight, jdoubleArray vDesPos, jintArray cLeft, jintArray cRight, jdoubleArray cGap, jdoubleArray vResult, jint mode)\n{\n\tjsize n = env->GetArrayLength(vWeight);\n\tjsize m = env->GetArrayLength(cLeft);\n\tint i;\n\tdouble *lvWeight = env->GetDoubleArrayElements(vWeight, 0);\n\tdouble *lvDesPos = env->GetDoubleArrayElements(vDesPos, 0);\n\tlong *lcLeft = env->GetIntArrayElements(cLeft, 0);\n\tlong *lcRight = env->GetIntArrayElements(cRight, 0);\n\tdouble *lcGap = env->GetDoubleArrayElements(cGap, 0);\n\tVariable **vs=new Variable*[n];\n\tConstraint **cs=new Constraint*[m];\n\tfor (i=0; i<n; i++) {\n\t\tjstring lvName = (jstring)env->GetObjectArrayElement(vName, i);\n\t\tconst char *name = env->GetStringUTFChars(lvName, NULL); \n\t\t// once upon a time variables had real names, now you'll have to \n\t\t// track them by number.\n\t\tvs[i]=new Variable(i,lvDesPos[i],lvWeight[i]);\n\t}\n\tfor (i=0; i<m; i++) {\n\t\tcs[i]=new Constraint(vs[lcLeft[i]],vs[lcRight[i]],lcGap[i]);\n\t}\n\tdouble cost=0;\n\tVPSC vpsc(vs,n,cs,m);\n\tif(mode==0) {\n\t\tvpsc.satisfy();\n\t} else {\n\t\tvpsc.solve();\n\t}\n\tfor (i=0; i<n; i++) {\n\t\tdouble p=vs[i]->position();\n\t\tenv->SetDoubleArrayRegion(vResult, i,1,&p);\n\t}\n\tfor (i=0; i<m; i++) {\n\t\tdelete cs[i];\n\t}\n\tdelete [] cs;\n\tfor (i=0; i<n; i++) {\n\t\tdelete vs[i];\n\t}\n\tenv->ReleaseIntArrayElements(cLeft, lcLeft, 0);\n\tenv->ReleaseIntArrayElements(cRight, lcRight, 0);\n\tenv->ReleaseDoubleArrayElements(cGap, lcGap, 0);\n\tenv->ReleaseDoubleArrayElements(vWeight, lvWeight, 0);\n\tenv->ReleaseDoubleArrayElements(vDesPos, lvDesPos, 0);\n\tdelete [] vs;\n\treturn cost;\n}\n\nstatic Variable **vs;\nstatic Constraint **cs;\nstatic int m,n;\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateXConstraints\n(JNIEnv *env, jobject obj, jdoubleArray rMinX, jdoubleArray rMaxX, jdoubleArray rMinY, jdoubleArray rMaxY, jdoubleArray rWeight) {\n\tn = (int)env->GetArrayLength(rWeight);\n\tRectangle **rs=new Rectangle*[n];\n\tdouble *ws = env->GetDoubleArrayElements(rWeight, 0);\n\tdouble *minX = env->GetDoubleArrayElements(rMinX, 0);\n\tdouble *maxX = env->GetDoubleArrayElements(rMaxX, 0);\n\tdouble *minY = env->GetDoubleArrayElements(rMinY, 0);\n\tdouble *maxY = env->GetDoubleArrayElements(rMaxY, 0);\n\tfor(int i=0;i<n;i++) rs[i]=new Rectangle(minX[i],maxX[i],minY[i],maxY[i]);\n\tm = generateXConstraints(rs, ws, n, vs, cs, true);\n\treturn m;\n}\n\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateYConstraints\n(JNIEnv *env, jobject obj, jdoubleArray rMinX, jdoubleArray rMaxX, jdoubleArray rMinY, jdoubleArray rMaxY, jdoubleArray rWeight) {\n\tn = (int)env->GetArrayLength(rWeight);\n\tRectangle **rs=new Rectangle*[n];\n\tdouble *ws = env->GetDoubleArrayElements(rWeight, 0);\n\tdouble *minX = env->GetDoubleArrayElements(rMinX, 0);\n\tdouble *maxX = env->GetDoubleArrayElements(rMaxX, 0);\n\tdouble *minY = env->GetDoubleArrayElements(rMinY, 0);\n\tdouble *maxY = env->GetDoubleArrayElements(rMaxY, 0);\n\tfor(int i=0;i<n;i++) rs[i]=new Rectangle(minX[i],maxX[i],minY[i],maxY[i]);\n\tm = generateYConstraints(rs, ws, n, vs, cs);\n\treturn m;\n}\nusing namespace std;\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_getConstraints\n(JNIEnv *env, jobject obj, jintArray cLeft, jintArray cRight, jdoubleArray cGap) {\n\tmap<Variable*,int> vmap;\n\tfor(int i=0;i<n;i++) {\n\t\tvmap[vs[i]]=i;\n\t}\n\t\n\tfor(int i=0;i<m;i++) {\n\t\tjint l=vmap[cs[i]->left];\n\t\tjint r=vmap[cs[i]->right];\n\t\tdouble g=cs[i]->gap;\n\t\tenv->SetIntArrayRegion(cLeft, i,1,&l);\n\t\tenv->SetIntArrayRegion(cRight, i,1,&r);\n\t\tenv->SetDoubleArrayRegion(cGap, i,1,&g);\n\t}\n}\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_removeOverlaps\n(JNIEnv *env, jobject obj, jdoubleArray rMinX, jdoubleArray rMaxX, jdoubleArray rMinY, jdoubleArray rMaxY) {\n\t//assert(1==2); //break for debugging\n\tn = (int)env->GetArrayLength(rMinX);\n\tRectangle **rs=new Rectangle*[n];\n\tdouble *minX = env->GetDoubleArrayElements(rMinX, 0);\n\tdouble *maxX = env->GetDoubleArrayElements(rMaxX, 0);\n\tdouble *minY = env->GetDoubleArrayElements(rMinY, 0);\n\tdouble *maxY = env->GetDoubleArrayElements(rMaxY, 0);\n\tfor(int i=0;i<n;i++) rs[i]=new Rectangle(minX[i],maxX[i],minY[i],maxY[i]);\n\tremoveRectangleOverlap(rs,n,0,0);\n\tfor (i=0; i<n; i++) {\n\t\tdouble x=rs[i]->getMinX();\n\t\tdouble y=rs[i]->getMinY();\n\t\tenv->SetDoubleArrayRegion(rMinX, i,1,&x);\n\t\tenv->SetDoubleArrayRegion(rMinY, i,1,&y);\n\t}\n\tdelete [] rs;\n\tenv->ReleaseDoubleArrayElements(rMaxX, maxX, 0);\n\tenv->ReleaseDoubleArrayElements(rMaxY, maxY, 0);\n}"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/placement_SolveVPSC.h",
    "content": "/* DO NOT EDIT THIS FILE - it is machine generated */\n#include <jni.h>\n/* Header for class placement_SolveVPSC */\n\n#ifndef _Included_placement_SolveVPSC\n#define _Included_placement_SolveVPSC\n#ifdef __cplusplus\nextern \"C\" {\n#endif\n/*\n * Class:     placement_SolveVPSC\n * Method:    solve\n * Signature: ([Ljava/lang/String;[D[D[I[I[D[DI)D\n */\nJNIEXPORT jdouble JNICALL Java_placement_SolveVPSC_solve\n  (JNIEnv *, jobject, jobjectArray, jdoubleArray, jdoubleArray, jintArray, jintArray, jdoubleArray, jdoubleArray, jint);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    generateXConstraints\n * Signature: ([D[D[D[D[D)I\n */\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateXConstraints\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    generateYConstraints\n * Signature: ([D[D[D[D[D)I\n */\nJNIEXPORT jint JNICALL Java_placement_SolveVPSC_generateYConstraints\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    getConstraints\n * Signature: ([I[I[D)V\n */\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_getConstraints\n  (JNIEnv *, jobject, jintArray, jintArray, jdoubleArray);\n\n/*\n * Class:     placement_SolveVPSC\n * Method:    removeOverlaps\n * Signature: ([D[D[D[D)V\n */\nJNIEXPORT void JNICALL Java_placement_SolveVPSC_removeOverlaps\n  (JNIEnv *, jobject, jdoubleArray, jdoubleArray, jdoubleArray, jdoubleArray);\n\n#ifdef __cplusplus\n}\n#endif\n#endif\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/remove_rectangle_overlap-test.cpp",
    "content": "#include \"removeoverlap/remove_rectangle_overlap.h\"\n#include <unistd.h>  // for alarm()\n#include <time.h>  // for srand seed and clock().\n#include <glib/gmacros.h>\n#include <glib/gmem.h>\n#include <cstdlib>\n#include <cmath>\n#include \"removeoverlap/generate-constraints.h\"\n#include \"utest/utest.h\"\nusing std::abs;\nusing std::rand;\n\nstatic bool\npossibly_eq(double const a, double const b)\n{\n    return abs(a - b) < 1e-13;\n}\n\nstatic bool\npossibly_le(double const a, double const b)\n{\n    return a - b < 1e-13;\n}\n\nstatic void\nshow_rects(unsigned const n_rects, double const rect2coords[][4])\n{\n    for (unsigned i = 0; i < n_rects; ++i) {\n        printf(\"{%g, %g, %g, %g},\\n\",\n               rect2coords[i][0],\n               rect2coords[i][1],\n               rect2coords[i][2],\n               rect2coords[i][3]);\n    }\n}\n\n/**\n * Returns the signum of x, but erring towards returning 0 if x is \"not too far\" from 0.  (\"Not too\n * far from 0\" means [-0.9, 0.9] in current version.)\n */\nstatic int\nsgn0(double const x)\n{\n    if (x <= -0.9) {\n        return -1;\n    } else if (0.9 <= x) {\n        return 1;\n    } else {\n        return 0;\n    }\n}\n\nstatic void\ntest_case(unsigned const n_rects, double const rect2coords[][4])\n{\n    Rectangle **rs = (Rectangle **) g_malloc(sizeof(Rectangle*) * n_rects);\n    for (unsigned i = 0; i < n_rects; ++i) {\n        rs[i] = new Rectangle(rect2coords[i][0],\n                              rect2coords[i][1],\n                              rect2coords[i][2],\n                              rect2coords[i][3]);\n    }\n    removeRectangleOverlap(rs, n_rects, 0.0, 0.0);\n    for (unsigned i = 0; i < n_rects; ++i) {\n        UTEST_ASSERT(possibly_eq(rs[i]->width(), (rect2coords[i][1] -\n                                                  rect2coords[i][0]  )));\n        UTEST_ASSERT(possibly_eq(rs[i]->height(), (rect2coords[i][3] -\n                                                   rect2coords[i][2]  )));\n        for (unsigned j = 0; j < i; ++j) {\n            if (!( possibly_le(rs[i]->getMaxX(), rs[j]->getMinX()) ||\n                   possibly_le(rs[j]->getMaxX(), rs[i]->getMinX()) ||\n                   possibly_le(rs[i]->getMaxY(), rs[j]->getMinY()) ||\n                   possibly_le(rs[j]->getMaxY(), rs[i]->getMinY())   )) {\n                show_rects(n_rects, rect2coords);\n                char buf[32];\n                sprintf(buf, \"[%u],[%u] of %u\", j, i, n_rects);\n                utest__fail(\"Found overlap among \", buf, \" rectangles\");\n            }\n        }\n\n        /* Optimality test. */\n        {\n            bool found_block[2] = {false, false};\n            int const desired_movement[2] = {sgn0(rect2coords[i][0] - rs[i]->getMinX()),\n                                             sgn0(rect2coords[i][2] - rs[i]->getMinY())};\n            for (unsigned j = 0; j < n_rects; ++j) {\n                if (j == i)\n                    continue;\n                for (unsigned d = 0; d < 2; ++d) {\n                    if ( ( desired_movement[d] < 0\n                           ? abs(rs[j]->getMaxD(d) - rs[i]->getMinD(d))\n                           : abs(rs[i]->getMaxD(d) - rs[j]->getMinD(d)) )\n                         < .002 ) {\n                        found_block[d] = true;\n                    }\n                }\n            }\n\n            for (unsigned d = 0; d < 2; ++d) {\n                if ( !found_block[d]\n                     && desired_movement[d] != 0 ) {\n                    show_rects(n_rects, rect2coords);\n                    char buf[32];\n                    sprintf(buf, \"%c in rectangle [%u] of %u\", \"XY\"[d], i, n_rects);\n                    utest__fail(\"Found clear non-optimality in \", buf, \" rectangles\");\n                }\n            }\n        }\n    }\n    for (unsigned i = 0; i < n_rects; ++i) {\n        delete rs[i];\n    }\n    g_free(rs);\n}\n\nint main()\n{\n    srand(time(NULL));\n\n    /* Ensure that the program doesn't run for more than 30 seconds. */\n    alarm(30);\n\n    utest_start(\"removeRectangleOverlap(zero gaps)\");\n\n    /* Derived from Bulia's initial test case.  This used to crash. */\n    UTEST_TEST(\"eg0\") {\n        double case0[][4] = {\n            {-180.5, 69.072, 368.071, 629.071},\n            {99.5, 297.644, 319.5, 449.071},\n            {199.5, 483.358, 450.929, 571.929},\n            {168.071, 277.644, 462.357, 623.357},\n            {99.5, 99.751, 479.5, 674.786},\n            {-111.929, 103.358, 453.786, 611.929},\n            {-29.0714, 143.358, 273.786, 557.643},\n            {122.357, 269.072, 322.357, 531.929},\n            {256.643, 357.644, 396.643, 520.5}\n        };\n        test_case(G_N_ELEMENTS(case0), case0);\n    }\n\n#if 0 /* This involves a zero-height rect, so we'll ignore for the moment. */\n    UTEST_TEST(\"eg1\") {\n        double case1[][4] = {\n            {5, 14, 9, 14},\n            {6, 13, 6, 8},\n            {11, 12, 5, 5},\n            {5, 8, 5, 7},\n            {12, 14, 14, 15},\n            {12, 14, 1, 14},\n            {1, 15, 14, 15},\n            {5, 6, 13, 13}\n        };\n        test_case(G_N_ELEMENTS(case1), case1);\n    }\n#endif\n\n    /* The next few examples used to result in overlaps. */\n    UTEST_TEST(\"eg2\") {\n        double case2[][4] = {\n            {3, 4, 6, 13},\n            {0, 1, 0, 5},\n            {0, 4, 1, 6},\n            {2, 5, 0, 6},\n            {0, 10, 9, 13},\n            {5, 11, 1, 13},\n            {1, 2, 3, 8}\n        };\n        test_case(G_N_ELEMENTS(case2), case2);\n    }\n\n    UTEST_TEST(\"eg3\") {\n        double case3[][4] = {\n            {0, 5, 0, 3},\n            {1, 2, 1, 3},\n            {3, 7, 4, 7},\n            {0, 9, 4, 5},\n            {3, 7, 0, 3}\n        };\n        test_case(G_N_ELEMENTS(case3), case3);\n    }\n\n    UTEST_TEST(\"eg4\") {\n        double case4[][4] = {\n            {0, 1, 2, 3},\n            {0, 4, 0, 4},\n            {1, 6, 0, 4},\n            {2, 3, 4, 5},\n            {0, 5, 4, 6}\n        };\n        test_case(G_N_ELEMENTS(case4), case4);\n    }\n\n    UTEST_TEST(\"eg5\") {\n        double case5[][4] = {\n            {1, 5, 1, 2},\n            {1, 6, 5, 7},\n            {6, 8, 1, 2},\n            {2, 3, 1, 4},\n            {5, 8, 2, 6}\n        };\n        test_case(G_N_ELEMENTS(case5), case5);\n    }\n\n    /* This one causes overlap in 2005-12-19 04:00 UTC version. */\n    UTEST_TEST(\"olap6\") {\n        double case6[][4] = {\n            {7, 22, 39, 54},\n            {7, 33, 0, 59},\n            {3, 26, 16, 56},\n            {7, 17, 18, 20},\n            {1, 59, 11, 26},\n            {19, 20, 13, 49},\n            {1, 10, 0, 4},\n            {47, 52, 1, 3}\n        };\n        test_case(G_N_ELEMENTS(case6), case6);\n    }\n\n    /* The next two examples caused loops in the version at 2005-12-07 04:00 UTC. */\n    UTEST_TEST(\"loop0\") {\n        double loop0[][4] = {\n            {13, 16, 6, 27},\n            {0, 6, 0, 12},\n            {11, 14, 1, 10},\n            {12, 39, 5, 24},\n            {14, 34, 4, 7},\n            {1, 30, 20, 27},\n            {1, 6, 1, 2},\n            {19, 28, 10, 24},\n            {4, 34, 15, 21},\n            {7, 13, 13, 34}\n        };\n        test_case(G_N_ELEMENTS(loop0), loop0);\n    }\n\n    UTEST_TEST(\"loop1\") {\n        double loop1[][4] = {\n            {6, 18, 9, 16},\n            {8, 26, 10, 13},\n            {3, 10, 0, 14},\n            {0, 5, 16, 22},\n            {1, 8, 11, 21},\n            {1, 5, 0, 13},\n            {24, 25, 0, 2}\n        };\n        test_case(G_N_ELEMENTS(loop1), loop1);\n    }\n\n    UTEST_TEST(\"loop2\") {\n        double loop2[][4] = {\n            {16, 22, 9, 16},\n            {8, 9, 14, 19},\n            {17, 25, 8, 13},\n            {10, 26, 26, 29},\n            {14, 19, 9, 19},\n            {0, 18, 3, 12},\n            {7, 8, 14, 22},\n            {14, 20, 25, 29}\n        };\n        test_case(G_N_ELEMENTS(loop2), loop2);\n    }\n\n    /* Random cases of up to 10 rectangles, with small non-neg int coords. */\n    for (unsigned n = 0; n <= 10; ++n) {\n        char buf[64];\n        sprintf(buf, \"random ints with %u rectangles\", n);\n        UTEST_TEST(buf) {\n            unsigned const fld_size = 8 * n;\n            double (*coords)[4] = (double (*)[4]) g_malloc(n * 4 * sizeof(double));\n            clock_t const clock_stop = clock() + CLOCKS_PER_SEC;\n            for (unsigned repeat = (n == 0 ? 1\n                                    : n == 1 ? 36\n                                    : (1 << 16)  ); repeat--;) {\n                for (unsigned i = 0; i < n; ++i) {\n                    for (unsigned d = 0; d < 2; ++d) {\n                        //unsigned const start = rand() % fld_size;\n                        //unsigned const end = start + rand() % (fld_size - start);\n                        unsigned const end = 1 + (rand() % (fld_size - 1));\n                        unsigned const start = rand() % end;\n                        coords[i][2 * d] = start;\n                        coords[i][2 * d + 1] = end;\n                    }\n                }\n                test_case(n, coords);\n                if (clock() >= clock_stop) {\n                    break;\n                }\n            }\n            g_free(coords);\n        }\n    }\n\n    return ( utest_end()\n             ? EXIT_SUCCESS\n             : EXIT_FAILURE );\n}\n\n\n/*\n  Local Variables:\n  mode:c++\n  c-file-style:\"stroustrup\"\n  c-file-offsets:((innamespace . 0)(inline-open . 0)(case-label . +))\n  indent-tabs-mode:nil\n  fill-column:99\n  End:\n*/\n// vim: filetype=cpp:expandtab:shiftwidth=4:tabstop=8:softtabstop=4:encoding=utf-8:textwidth=99 :\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/remove_rectangle_overlap.cpp",
    "content": "/**\n * \\brief remove overlaps between a set of rectangles.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include <iostream>\n#include <cassert>\n#include \"generate-constraints.h\"\n#include \"solve_VPSC.h\"\n#include \"variable.h\"\n#include \"constraint.h\"\n#ifdef RECTANGLE_OVERLAP_LOGGING\n#include <fstream>\n#include \"blocks.h\"\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\n\n#define EXTRA_GAP 0.0001\n\ndouble Rectangle::xBorder=0;\ndouble Rectangle::yBorder=0;\n/**\n * Takes an array of n rectangles and moves them as little as possible\n * such that rectangles are separated by at least xBorder horizontally\n * and yBorder vertically\n *\n * Works in three passes: \n * 1) removes some overlap horizontally\n * 2) removes remaining overlap vertically\n * 3) a last horizontal pass removes all overlap starting from original\n *    x-positions - this corrects the case where rectangles were moved \n *    too much in the first pass.\n */\nvoid removeRectangleOverlap(int n, Rectangle *rs[], double xBorder, double yBorder) {\n\tassert(0 <= n);\n\ttry {\n\t// The extra gap avoids numerical imprecision problems\n\tRectangle::setXBorder(xBorder+EXTRA_GAP);\n\tRectangle::setYBorder(yBorder+EXTRA_GAP);\n\tVariable **vs=new Variable*[n];\n\tfor(int i=0;i<n;i++) {\n\t\tvs[i]=new Variable(i,0,1);\n\t}\n\tConstraint **cs;\n\tdouble *oldX = new double[n];\n\tint m=generateXConstraints(n,rs,vs,cs,true);\n\tfor(int i=0;i<n;i++) {\n\t\toldX[i]=vs[i]->desiredPosition;\n\t}\n\tVPSC vpsc_x(n,vs,m,cs);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"Calling VPSC: Horizontal pass 1\"<<endl;\n\tf.close();\n#endif\n\tvpsc_x.solve();\n\tfor(int i=0;i<n;i++) {\n\t\trs[i]->moveCentreX(vs[i]->position());\n\t}\n\tfor(int i = 0; i < m; ++i) {\n\t\tdelete cs[i];\n\t}\n\tdelete [] cs;\n\t// Removing the extra gap here ensures things that were moved to be adjacent to\n\t// one another above are not considered overlapping\n\tRectangle::setXBorder(Rectangle::xBorder-EXTRA_GAP);\n\tm=generateYConstraints(n,rs,vs,cs);\n\tVPSC vpsc_y(n,vs,m,cs);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf.open(LOGFILE,ios::app);\n\tf<<\"Calling VPSC: Vertical pass\"<<endl;\n\tf.close();\n#endif\n\tvpsc_y.solve();\n\tfor(int i=0;i<n;i++) {\n\t\trs[i]->moveCentreY(vs[i]->position());\n\t\trs[i]->moveCentreX(oldX[i]);\n\t}\n\tdelete [] oldX;\n\tfor(int i = 0; i < m; ++i) {\n\t\tdelete cs[i];\n\t}\n\tdelete [] cs;\n\tRectangle::setYBorder(Rectangle::yBorder-EXTRA_GAP);\n\tm=generateXConstraints(n,rs,vs,cs,false);\n\tVPSC vpsc_x2(n,vs,m,cs);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf.open(LOGFILE,ios::app);\n\tf<<\"Calling VPSC: Horizontal pass 2\"<<endl;\n\tf.close();\n#endif\n\tvpsc_x2.solve();\n\tfor(int i=0;i<n;i++) {\n\t\trs[i]->moveCentreX(vs[i]->position());\n\t\tdelete vs[i];\n\t}\n\tdelete [] vs;\n\tfor(int i = 0; i < m; ++i) {\n\t\tdelete cs[i];\n\t}\n\tdelete [] cs;\n\t} catch (char const *str) {\n\t\tstd::cerr<<str<<std::endl;\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tstd::cerr << *rs[i]<<std::endl;\n\t\t}\n\t}\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/remove_rectangle_overlap.h",
    "content": "#ifndef REMOVE_RECTANGLE_OVERLAP_H_SEEN\n#define REMOVE_RECTANGLE_OVERLAP_H_SEEN\n\n/**\n * \\file Declaration of main internal remove-overlaps function.\n */\n/*\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\nclass Rectangle;\n\nvoid removeRectangleOverlap(Rectangle *rs[], int n, double xBorder, double yBorder);\n\n\n#endif /* !REMOVE_RECTANGLE_OVERLAP_H_SEEN */\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/removeoverlap.cpp",
    "content": "/** \\file\n * Interface between Inkscape code (SPItem) and remove-overlaps function.\n */\n/*\n* Authors:\n*   Tim Dwyer <tgdwyer@gmail.com>\n*\n* Copyright (C) 2005 Authors\n*\n* Released under GNU LGPL.  Read the file 'COPYING' for more information.\n*/\n#include \"util/glib-list-iterators.h\"\n#include \"sp-item.h\"\n#include \"sp-item-transform.h\"\n#include \"removeoverlap/generate-constraints.h\"\n#include \"removeoverlap/remove_rectangle_overlap.h\"\n\n/**\n* Takes a list of inkscape items and moves them as little as possible\n* such that rectangular bounding boxes are separated by at least xGap\n* horizontally and yGap vertically\n*/\nvoid removeoverlap(GSList const *const items, double const xGap, double const yGap) {\n\tif(!items) {\n\t\treturn;\n\t}\n\n\tusing Inkscape::Util::GSListConstIterator;\n\tstd::list<SPItem *> selected;\n\tselected.insert<GSListConstIterator<SPItem *> >(selected.end(), items, NULL);\n\tif (selected.empty()) return;\n\tint n=selected.size();\n\n\t//Check 2 or more selected objects\n\tif (n < 2) return;\n\n\tRectangle **rs = new Rectangle*[n];\n\tint i=0;\n\n\tNR::Point const gap(xGap, yGap);\n\tfor (std::list<SPItem *>::iterator it(selected.begin());\n\t\tit != selected.end();\n\t\t++it)\n\t{\n\t\tusing NR::X; using NR::Y;\n\t\tNR::Rect const item_box(sp_item_bbox_desktop(*it));\n\t\t\n\t\t/* The current algorithm requires widths & heights to be strictly positive. */\n\t\tNR::Point min(item_box.min());\n\t\tNR::Point max(item_box.max());\n\t\tfor (unsigned d = 0; d < 2; ++d) {\n\t\t\tdouble const minsize = 1; // arbitrary positive number\n\t\t\tif (max[d] - min[d] + gap[d] < minsize) {\n\t\t\t\tdouble const mid = .5 * (min[d] + max[d]);\n\t\t\t\tmin[d] = mid - .5*minsize;\n\t\t\t\tmax[d] = mid + .5*minsize;\n\t\t\t} else {\n\t\t\t\tmin[d] -= .5*gap[d];\n\t\t\t\tmax[d] += .5*gap[d];\n\t\t\t}\n\t\t}\n\t\trs[i++] = new Rectangle(min[X], max[X],\n\t\t\t\t\tmin[Y], max[Y]);\n\t}\n\tremoveRectangleOverlap(rs, n, 0.0, 0.0);\n\ti=0;\n\tfor (std::list<SPItem *>::iterator it(selected.begin());\n\t\tit != selected.end();\n\t\t++it)\n\t{\n\t\tNR::Rect const item_box(sp_item_bbox_desktop(*it));\n\t\tRectangle *r = rs[i++];\n\t\tNR::Point const curr(item_box.midpoint());\n\t\tNR::Point const dest(r->getCentreX(),\n\t\t\t\t     r->getCentreY());\n\t\tsp_item_move_rel(*it, NR::translate(dest - curr));\n\t\tdelete r;\n\t}\n\tdelete [] rs;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/removeoverlap.h",
    "content": "/**\n * \\brief Remove overlaps function\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#ifndef SEEN_REMOVEOVERLAP_H\n#define SEEN_REMOVEOVERLAP_H\n\nvoid removeoverlap(GSList const *items, double xGap, double yGap);\n\n#endif // SEEN_REMOVEOVERLAP_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/solve_VPSC.cpp",
    "content": "/**\n * \\brief Solve an instance of the \"Variable Placement with Separation\n * Constraints\" problem.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n#include <cassert>\n#include \"constraint.h\"\n#include \"block.h\"\n#include \"blocks.h\"\n#include \"solve_VPSC.h\"\n#include <math.h>\n#include <sstream>\n#ifdef RECTANGLE_OVERLAP_LOGGING\n#include <fstream>\nusing std::ios;\nusing std::ofstream;\nusing std::endl;\n#endif\n\nusing std::ostringstream;\nusing std::list;\nusing std::set;\n\nstatic const double ZERO_UPPERBOUND=-0.0000001;\n\nIncVPSC::IncVPSC(const unsigned n, Variable* const vs[], const unsigned m, Constraint *cs[]) \n\t: VPSC(n,vs,m,cs) {\n\tinactive.assign(cs,cs+m);\n\tfor(ConstraintList::iterator i=inactive.begin();i!=inactive.end();++i) {\n\t\t(*i)->active=false;\n\t}\n}\nVPSC::VPSC(const unsigned n, Variable* const vs[], const unsigned m, Constraint *cs[]) : m(m), cs(cs), n(n), vs(vs) {\n\tbs=new Blocks(n, vs);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tprintBlocks();\n\tassert(!constraintGraphIsCyclic(n,vs));\n#endif\n}\nVPSC::~VPSC() {\n\tdelete bs;\n}\n\n// useful in debugging\nvoid VPSC::printBlocks() {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tfor(set<Block*>::iterator i=bs->begin();i!=bs->end();++i) {\n\t\tBlock *b=*i;\n\t\tf<<\"  \"<<*b<<endl;\n\t}\n\tfor(unsigned i=0;i<m;i++) {\n\t\tf<<\"  \"<<*cs[i]<<endl;\n\t}\n#endif\n}\n/**\n* Produces a feasible - though not necessarily optimal - solution by\n* examining blocks in the partial order defined by the directed acyclic\n* graph of constraints. For each block (when processing left to right) we\n* maintain the invariant that all constraints to the left of the block\n* (incoming constraints) are satisfied. This is done by repeatedly merging\n* blocks into bigger blocks across violated constraints (most violated\n* first) fixing the position of variables inside blocks relative to one\n* another so that constraints internal to the block are satisfied.\n*/\nvoid VPSC::satisfy() {\n\tlist<Variable*> *vs=bs->totalOrder();\n\tfor(list<Variable*>::iterator i=vs->begin();i!=vs->end();++i) {\n\t\tVariable *v=*i;\n\t\tif(!v->block->deleted) {\n\t\t\tbs->mergeLeft(v->block);\n\t\t}\n\t}\n\tbs->cleanup();\n\tfor(unsigned i=0;i<m;i++) {\n\t\tif(cs[i]->slack() < ZERO_UPPERBOUND) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tofstream f(LOGFILE,ios::app);\n\t\t\tf<<\"Error: Unsatisfied constraint: \"<<*cs[i]<<endl;\n#endif\n\t\t\t//assert(cs[i]->slack()>-0.0000001);\n\t\t\tthrow \"Unsatisfied constraint\";\n\t\t}\n\t}\n\tdelete vs;\n}\n\nvoid VPSC::refine() {\n\tbool solved=false;\n\t// Solve shouldn't loop indefinately\n\t// ... but just to make sure we limit the number of iterations\n\tunsigned maxtries=100;\n\twhile(!solved&&maxtries>=0) {\n\t\tsolved=true;\n\t\tmaxtries--;\n\t\tfor(set<Block*>::const_iterator i=bs->begin();i!=bs->end();++i) {\n\t\t\tBlock *b=*i;\n\t\t\tb->setUpInConstraints();\n\t\t\tb->setUpOutConstraints();\n\t\t}\n\t\tfor(set<Block*>::const_iterator i=bs->begin();i!=bs->end();++i) {\n\t\t\tBlock *b=*i;\n\t\t\tConstraint *c=b->findMinLM();\n\t\t\tif(c!=NULL && c->lm<0) {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\t\tofstream f(LOGFILE,ios::app);\n\t\t\t\tf<<\"Split on constraint: \"<<*c<<endl;\n#endif\n\t\t\t\t// Split on c\n\t\t\t\tBlock *l=NULL, *r=NULL;\n\t\t\t\tbs->split(b,l,r,c);\n\t\t\t\tbs->cleanup();\n\t\t\t\t// split alters the block set so we have to restart\n\t\t\t\tsolved=false;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tfor(unsigned i=0;i<m;i++) {\n\t\tif(cs[i]->slack() < ZERO_UPPERBOUND) {\n\t\t\tassert(cs[i]->slack()>ZERO_UPPERBOUND);\n\t\t\tthrow \"Unsatisfied constraint\";\n\t\t}\n\t}\n}\n/**\n * Calculate the optimal solution. After using satisfy() to produce a\n * feasible solution, refine() examines each block to see if further\n * refinement is possible by splitting the block. This is done repeatedly\n * until no further improvement is possible.\n */\nvoid VPSC::solve() {\n\tsatisfy();\n\trefine();\n}\n\nvoid IncVPSC::solve() {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"solve_inc()...\"<<endl;\n#endif\n\tdouble lastcost,cost = bs->cost();\n\tdo {\n\t\tlastcost=cost;\n\t\tsatisfy();\n\t\tsplitBlocks();\n\t\tcost = bs->cost();\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  cost=\"<<cost<<endl;\n#endif\n\t} while(fabs(lastcost-cost)>0.0001);\n}\n/**\n * incremental version of satisfy that allows refinement after blocks are\n * moved.\n *\n *  - move blocks to new positions\n *  - repeatedly merge across most violated constraint until no more\n *    violated constraints exist\n *\n * Note: there is a special case to handle when the most violated constraint\n * is between two variables in the same block.  Then, we must split the block\n * over an active constraint between the two variables.  We choose the \n * constraint with the most negative lagrangian multiplier. \n */\nvoid IncVPSC::satisfy() {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"satisfy_inc()...\"<<endl;\n#endif\n\tsplitBlocks();\n\tlong splitCtr = 0;\n\tConstraint* v = NULL;\n\twhile((v=mostViolated(inactive))&&(v->equality || v->slack() < ZERO_UPPERBOUND)) {\n\t\tassert(!v->active);\n\t\tBlock *lb = v->left->block, *rb = v->right->block;\n\t\tif(lb != rb) {\n\t\t\tlb->merge(rb,v);\n\t\t} else {\n\t\t\tif(splitCtr++>10000) {\n\t\t\t\tthrow \"Cycle Error!\";\n\t\t\t}\n\t\t\t// constraint is within block, need to split first\n\t\t\tinactive.push_back(lb->splitBetween(v->left,v->right,lb,rb));\n\t\t\tlb->merge(rb,v);\n\t\t\tbs->insert(lb);\n\t\t}\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  finished merges.\"<<endl;\n#endif\n\tbs->cleanup();\n\tfor(unsigned i=0;i<m;i++) {\n\t\tv=cs[i];\n\t\tif(v->slack() < ZERO_UPPERBOUND) {\n\t\t\tostringstream s;\n\t\t\ts<<\"Unsatisfied constraint: \"<<*v;\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tofstream f(LOGFILE,ios::app);\n\t\t\tf<<s.str()<<endl;\n#endif\n\t\t\tthrow s.str().c_str();\n\t\t}\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  finished cleanup.\"<<endl;\n\tprintBlocks();\n#endif\n}\nvoid IncVPSC::moveBlocks() {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"moveBlocks()...\"<<endl;\n#endif\n\tfor(set<Block*>::const_iterator i(bs->begin());i!=bs->end();++i) {\n\t\tBlock *b = *i;\n\t\tb->wposn = b->desiredWeightedPosition();\n\t\tb->posn = b->wposn / b->weight;\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  moved blocks.\"<<endl;\n#endif\n}\nvoid IncVPSC::splitBlocks() {\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n#endif\n\tmoveBlocks();\n\tsplitCnt=0;\n\t// Split each block if necessary on min LM\n\tfor(set<Block*>::const_iterator i(bs->begin());i!=bs->end();++i) {\n\t\tBlock* b = *i;\n\t\tConstraint* v=b->findMinLM();\n\t\tif(v!=NULL && v->lm < ZERO_UPPERBOUND) {\n\t\t\tassert(!v->equality);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tf<<\"    found split point: \"<<*v<<\" lm=\"<<v->lm<<endl;\n#endif\n\t\t\tsplitCnt++;\n\t\t\tBlock *b = v->left->block, *l=NULL, *r=NULL;\n\t\t\tassert(v->left->block == v->right->block);\n\t\t\tdouble pos = b->posn;\n\t\t\tb->split(l,r,v);\n\t\t\tl->posn=r->posn=pos;\n\t\t\tl->wposn = l->posn * l->weight;\n\t\t\tr->wposn = r->posn * r->weight;\n\t\t\tbs->insert(l);\n\t\t\tbs->insert(r);\n\t\t\tb->deleted=true;\n\t\t\tinactive.push_back(v);\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\t\t\tf<<\"  new blocks: \"<<*l<<\" and \"<<*r<<endl;\n#endif\n\t\t}\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  finished splits.\"<<endl;\n#endif\n\tbs->cleanup();\n}\n\n/**\n * Scan constraint list for the most violated constraint, or the first equality\n * constraint\n */\nConstraint* IncVPSC::mostViolated(ConstraintList &l) {\n\tdouble minSlack = DBL_MAX;\n\tConstraint* v=NULL;\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tofstream f(LOGFILE,ios::app);\n\tf<<\"Looking for most violated...\"<<endl;\n#endif\n\tConstraintList::iterator end = l.end();\n\tConstraintList::iterator deletePoint = end;\n\tfor(ConstraintList::iterator i=l.begin();i!=end;++i) {\n\t\tConstraint *c=*i;\n\t\tdouble slack = c->slack();\n\t\tif(c->equality || slack < minSlack) {\n\t\t\tminSlack=slack;\t\n\t\t\tv=c;\n\t\t\tdeletePoint=i;\n\t\t\tif(c->equality) break;\n\t\t}\n\t}\n\t// Because the constraint list is not order dependent we just\n\t// move the last element over the deletePoint and resize\n\t// downwards.  There is always at least 1 element in the\n\t// vector because of search.\n\tif(deletePoint != end && (minSlack<ZERO_UPPERBOUND||v->equality)) {\n\t\t*deletePoint = l[l.size()-1];\n\t\tl.resize(l.size()-1);\n\t}\n#ifdef RECTANGLE_OVERLAP_LOGGING\n\tf<<\"  most violated is: \"<<*v<<endl;\n#endif\n\treturn v;\n}\n\n#include <map>\nusing std::map;\nusing std::vector;\nstruct node {\n\tset<node*> in;\n\tset<node*> out;\n};\n// useful in debugging - cycles would be BAD\nbool VPSC::constraintGraphIsCyclic(const unsigned n, Variable *vs[]) {\n\tmap<Variable*, node*> varmap;\n\tvector<node*> graph;\n\tfor(unsigned i=0;i<n;i++) {\n\t\tnode *u=new node;\n\t\tgraph.push_back(u);\n\t\tvarmap[vs[i]]=u;\n\t}\n\tfor(unsigned i=0;i<n;i++) {\n\t\tfor(vector<Constraint*>::iterator c=vs[i]->in.begin();c!=vs[i]->in.end();++c) {\n\t\t\tVariable *l=(*c)->left;\n\t\t\tvarmap[vs[i]]->in.insert(varmap[l]);\n\t\t}\n\n\t\tfor(vector<Constraint*>::iterator c=vs[i]->out.begin();c!=vs[i]->out.end();++c) {\n\t\t\tVariable *r=(*c)->right;\n\t\t\tvarmap[vs[i]]->out.insert(varmap[r]);\n\t\t}\n\t}\n\twhile(graph.size()>0) {\n\t\tnode *u=NULL;\n\t\tvector<node*>::iterator i=graph.begin();\n\t\tfor(;i!=graph.end();++i) {\n\t\t\tu=*i;\n\t\t\tif(u->in.size()==0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t\tif(i==graph.end() && graph.size()>0) {\n\t\t\t//cycle found!\n\t\t\treturn true;\n\t\t} else {\n\t\t\tgraph.erase(i);\n\t\t\tfor(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n\t\t\t\tnode *v=*j;\n\t\t\t\tv->in.erase(u);\n\t\t\t}\n\t\t\tdelete u;\n\t\t}\n\t}\n\tfor(unsigned i=0; i<graph.size(); ++i) {\n\t\tdelete graph[i];\n\t}\n\treturn false;\n}\n\n// useful in debugging - cycles would be BAD\nbool VPSC::blockGraphIsCyclic() {\n\tmap<Block*, node*> bmap;\n\tvector<node*> graph;\n\tfor(set<Block*>::const_iterator i=bs->begin();i!=bs->end();++i) {\n\t\tBlock *b=*i;\n\t\tnode *u=new node;\n\t\tgraph.push_back(u);\n\t\tbmap[b]=u;\n\t}\n\tfor(set<Block*>::const_iterator i=bs->begin();i!=bs->end();++i) {\n\t\tBlock *b=*i;\n\t\tb->setUpInConstraints();\n\t\tConstraint *c=b->findMinInConstraint();\n\t\twhile(c!=NULL) {\n\t\t\tBlock *l=c->left->block;\n\t\t\tbmap[b]->in.insert(bmap[l]);\n\t\t\tb->deleteMinInConstraint();\n\t\t\tc=b->findMinInConstraint();\n\t\t}\n\n\t\tb->setUpOutConstraints();\n\t\tc=b->findMinOutConstraint();\n\t\twhile(c!=NULL) {\n\t\t\tBlock *r=c->right->block;\n\t\t\tbmap[b]->out.insert(bmap[r]);\n\t\t\tb->deleteMinOutConstraint();\n\t\t\tc=b->findMinOutConstraint();\n\t\t}\n\t}\n\twhile(graph.size()>0) {\n\t\tnode *u=NULL;\n\t\tvector<node*>::iterator i=graph.begin();\n\t\tfor(;i!=graph.end();++i) {\n\t\t\tu=*i;\n\t\t\tif(u->in.size()==0) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t\tif(i==graph.end() && graph.size()>0) {\n\t\t\t//cycle found!\n\t\t\treturn true;\n\t\t} else {\n\t\t\tgraph.erase(i);\n\t\t\tfor(set<node*>::iterator j=u->out.begin();j!=u->out.end();++j) {\n\t\t\t\tnode *v=*j;\n\t\t\t\tv->in.erase(u);\n\t\t\t}\n\t\t\tdelete u;\n\t\t}\n\t}\n\tfor(unsigned i=0; i<graph.size(); i++) {\n\t\tdelete graph[i];\n\t}\n\treturn false;\n}\n\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/solve_VPSC.h",
    "content": "/**\n * \\brief Solve an instance of the \"Variable Placement with Separation\n * Constraints\" problem.\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n\n//\n// TODO: Really, we should have three classes: VPSC, IncrementalVPSC and\n// StaticVPSC, where the latter two inherit from VPSC.  StaticVPSC would be\n// the equivalent of what is currently VPSC.\n// Also, a lot of the code specific to one or other of these concrete\n// implementations should be moved from Block and Blocks: e.g. mergeLeft etc.\n//\n#ifndef SEEN_REMOVEOVERLAP_SOLVE_VPSC_H\n#define SEEN_REMOVEOVERLAP_SOLVE_VPSC_H\n\n#include <vector>\nclass Variable;\nclass Constraint;\nclass Blocks;\n\n/**\n * Variable Placement with Separation Constraints problem instance\n */\nclass VPSC {\npublic:\n\tvirtual void satisfy();\n\tvirtual void solve();\n\n\tVPSC(const unsigned n, Variable* const vs[], const unsigned m, Constraint *cs[]);\n\tvirtual ~VPSC();\n\tConstraint** getConstraints(unsigned &m) { m=this->m; return cs; }\n\tconst Variable* const * getVariables(unsigned &n) { n=this->n; return vs; }\nprotected:\n\tBlocks *bs;\n\tunsigned m;\n\tConstraint **cs;\n\tunsigned n;\n\tconst Variable* const *vs;\n\tvoid printBlocks();\nprivate:\n\tvoid refine();\n\tbool constraintGraphIsCyclic(const unsigned n, Variable *vs[]);\n\tbool blockGraphIsCyclic();\n};\n\nclass IncVPSC : public VPSC {\npublic:\n\tunsigned splitCnt;\n\tvoid satisfy();\n\tvoid solve();\n\tvoid moveBlocks();\n\tvoid splitBlocks();\n\tIncVPSC(const unsigned n, Variable* const vs[], const unsigned m, Constraint *cs[]);\nprivate:\n\ttypedef std::vector<Constraint*> ConstraintList;\n\tConstraintList inactive;\n\tConstraint* mostViolated(ConstraintList &l);\n};\n#endif // SEEN_REMOVEOVERLAP_SOLVE_VPSC_H\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/variable.cpp",
    "content": "/**\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#include \"variable.h\"\nstd::ostream& operator <<(std::ostream &os, const Variable &v) {\n\tos << \"(\" << v.id << \"=\" << v.position() << \")\";\n\treturn os;\n}\n\n"
  },
  {
    "path": "experimental/solve_VPSC/libvpsc/variable.h",
    "content": "/**\n *\n * Authors:\n *   Tim Dwyer <tgdwyer@gmail.com>\n *\n * Copyright (C) 2005 Authors\n *\n * Released under GNU LGPL.  Read the file 'COPYING' for more information.\n */\n#ifndef SEEN_REMOVEOVERLAP_VARIABLE_H\n#define SEEN_REMOVEOVERLAP_VARIABLE_H\n\n#include <vector>\n#include <iostream>\nclass Block;\nclass Constraint;\n#include \"block.h\"\n\ntypedef std::vector<Constraint*> Constraints;\nclass Variable\n{\n\tfriend std::ostream& operator <<(std::ostream &os, const Variable &v);\npublic:\n\tconst int id; // useful in log files\n\tdouble desiredPosition;\n\tconst double weight;\n\tdouble offset;\n\tBlock *block;\n\tbool visited;\n\tConstraints in;\n\tConstraints out;\n\tchar *toString();\n\tinline Variable(const int id, const double desiredPos, const double weight)\n\t\t: id(id)\n\t\t, desiredPosition(desiredPos)\n\t\t, weight(weight)\n\t\t, offset(0)\n\t\t, block(NULL)\n\t\t, visited(false)\n\t{\n\t}\n\tinline double position() const {\n\t\treturn block->posn+offset;\n\t}\n\t//double position() const;\n\t~Variable(void){\n\t\tin.clear();\n\t\tout.clear();\n\t}\n};\n#endif // SEEN_REMOVEOVERLAP_VARIABLE_H\n"
  },
  {
    "path": "experimental/solve_VPSC/tests/Makefile.am",
    "content": "INCLUDES = -I$(top_srcdir)/libvpsc\ncheck_PROGRAMS = rectangleoverlap csolve_VPSC block satisfy_inc\nsatisfy_inc_SOURCES = satisfy_inc.cpp\nsatisfy_inc_LDADD = $(top_srcdir)/libvpsc/libvpsc.la\nblock_SOURCES = block.cpp\nblock_LDADD = $(top_srcdir)/libvpsc/libvpsc.la\nrectangleoverlap_SOURCES = rectangleoverlap.cpp\nrectangleoverlap_LDADD = $(top_srcdir)/libvpsc/libvpsc.la\ncsolve_VPSC_SOURCES = csolve_VPSC.c\ncsolve_VPSC_LDADD = $(top_srcdir)/libvpsc/libvpsc.la\n\nTESTS = csolve_VPSC $(check_PROGRAMS)\n\n"
  },
  {
    "path": "experimental/solve_VPSC/tests/block.cpp",
    "content": "#include <variable.h>\n#include <constraint.h>\n#include <block.h>\n#include <iostream>\nusing namespace std;\n\nvoid test1() {\n\tcout << \"Block test 1...\" << endl;\n\tVariable *a1=new Variable(1,0,1);\n\tVariable *a2=new Variable(2,0,1);\n\tConstraint *c=new Constraint(a1,a2,1);\n\tBlock *b1=new Block(a1);\n\tBlock *b2=new Block(a2);\n\tb1->merge(b2,c);\n\tcout << \"Block: \" << *b1 << endl;\n\ta1->desiredPosition = -1;\n\ta2->desiredPosition = 2;\n\tConstraint *m = b1->findMinLMBetween(a1,a2);\n\tcout << \"Min lm constraint: \" << *m << endl;\n\tassert(c==m);\n\tcout << \"  lm=\" << c->lm << endl;\n\tcout << \"Block test 1... Success!\" << endl;\n}\n\n/*\n * Constraint tree:\n *    \\_/\n *    / \\\n */\nvoid test2() {\n\tcout << \"Block test 2...\" << endl;\n\tVariable *a[]={\n\t\tnew Variable(0,0,1),\n\t\tnew Variable(1,0,1),\n\t\tnew Variable(2,1,1),\n\t\tnew Variable(3,2,1),\n\t\tnew Variable(4,3,1),\n\t\tnew Variable(5,3,1)};\n\tConstraint *c[]={\n\t\tnew Constraint(a[0],a[2],2),\n\t\tnew Constraint(a[1],a[2],2),\n\t\tnew Constraint(a[2],a[3],2),\n\t\tnew Constraint(a[3],a[4],2),\n\t\tnew Constraint(a[3],a[5],2)};\n\tfor(int i=0;i<6;i++) {\n\t\tnew Block(a[i]);\n\t}\n\tfor(int i=0;i<5;i++) {\n\t\tBlock *l=c[i]->left->block, *r=c[i]->right->block;\n\t\tl->merge(r,c[i]);\n\t}\n\tBlock *b=a[0]->block;\n\tcout << \"Block: \" << *b << endl;\n\tfor(int i=0;i<6;i++) {\n\t\t\ta[i]->desiredPosition = i!=4?-2:5;\n\t}\n\tcout << \"calc min lm:\" << endl;\n\tConstraint *m = b->findMinLMBetween(a[0],a[4]);\n\tcout << \"Min lm constraint: \" << *m << endl;\n\tassert(m==c[3]);\n\tcout << \"Block test 2... Success!\" << endl;\n}\nint main() {\n\ttest1();\n\ttest2();\n\treturn 0;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/tests/csolve_VPSC.c",
    "content": "#include <stdio.h>\n#include <malloc.h>\n#include \"csolve_VPSC.h\"\n\nint main(int argc, char **argv) {\n\tVariable* v1 = newVariable(1, 1.0, 1.0);\n\tVariable* v2 = newVariable(1, 2.0, 1.0);\n\tConstraint* c = newConstraint(v1,v2,2.0);\n\tint n=2, m=1, i;\n\tVariable** vs = (Variable**)malloc(n*sizeof(Variable*));\n\tConstraint** cs = (Constraint**)malloc(m*sizeof(Constraint*));\n\tvs[0]=v1;\n\tvs[1]=v2;\n\tcs[0]=c;\n\tVPSC* vpsc = newIncVPSC(n,vs,m,cs);\n\tsatisfyVPSC(vpsc);\n\tsplitIncVPSC(vpsc);\n\tprintf(\"v=%f,%f\\n\",getVariablePos(v1),getVariablePos(v2));\n\tfor(i=0;i<n;i++) {\n\t\tfree(vs[i]);\n\t}\n\tfree(vs);\n\tfor(i=0;i<m;i++) {\n\t\tfree(cs[i]);\n\t}\n\tfree(cs);\n\tdeleteVPSC(vpsc);\n\treturn 0;\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/tests/rectangleoverlap.cpp",
    "content": "#include <iostream>\n#include <cassert>\n#include <math.h>\n#include <time.h>\n#include <generate-constraints.h>\n#include <variable.h>\n#include <constraint.h>\n#include <solve_VPSC.h>\n#define EXTRA_GAP 0.0001\nusing namespace std;\nvoid removeoverlaps(int n, Rectangle **rs) {\n\tdouble xBorder=0, yBorder=0;\n\tassert(0 <= n);\n\ttry {\n\t\t// The extra gap avoids numerical imprecision problems\n\t\tRectangle::setXBorder(xBorder+EXTRA_GAP);\n\t\tRectangle::setYBorder(yBorder+EXTRA_GAP);\n\t\tVariable **vs=new Variable*[n];\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tvs[i]=new Variable(i,0,1);\n\t\t}\n\t\tConstraint **cs;\n\t\tdouble *oldX = new double[n];\n\t\tint m=generateXConstraints(n,rs,vs,cs,true);\n\t\tfor(int i=0;i<n;i++) {\n\t\t\toldX[i]=vs[i]->desiredPosition;\n\t\t}\n\t\tIncVPSC vpsc_x(n,vs,m,cs);\n\t\tvpsc_x.solve();\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trs[i]->moveCentreX(vs[i]->position());\n\t\t}\n\t\tfor(int i = 0; i < m; ++i) {\n\t\t\tdelete cs[i];\n\t\t}\n\t\tdelete [] cs;\n\t\t// Removing the extra gap here ensures things that were moved to be adjacent to\n\t\t// one another above are not considered overlapping\n\t\tRectangle::setXBorder(Rectangle::xBorder-EXTRA_GAP);\n\t\tm=generateYConstraints(n,rs,vs,cs);\n\t\tIncVPSC vpsc_y(n,vs,m,cs);\n\t\tvpsc_y.solve();\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trs[i]->moveCentreY(vs[i]->position());\n\t\t\trs[i]->moveCentreX(oldX[i]);\n\t\t}\n\t\tdelete [] oldX;\n\t\tfor(int i = 0; i < m; ++i) {\n\t\t\tdelete cs[i];\n\t\t}\n\t\tdelete [] cs;\n\t\tRectangle::setYBorder(Rectangle::yBorder-EXTRA_GAP);\n\t\tm=generateXConstraints(n,rs,vs,cs,false);\n\t\tIncVPSC vpsc_x2(n,vs,m,cs);\n\t\tvpsc_x2.solve();\n\t\tfor(int i = 0; i < m; ++i) {\n\t\t\tdelete cs[i];\n\t\t}\n\t\tdelete [] cs;\n\t\tfor(int i=0;i<n;i++) {\n\t\t\trs[i]->moveCentreX(vs[i]->position());\n\t\t\tdelete vs[i];\n\t\t}\n\t\tdelete [] vs;\n\t} catch (char *str) {\n\t\tstd::cerr<<str<<std::endl;\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tstd::cerr << *rs[i]<<std::endl;\n\t\t}\n\t}\n}\nunsigned countOverlaps(Rectangle **rs, unsigned n) {\n\tunsigned overlaps=0;\n\tfor(unsigned i=0;i<n-1;i++) {\n\t\tfor(unsigned j=i+1;j<n;j++) {\n\t\t\tif(rs[i]->overlapX(rs[j])>EXTRA_GAP&&rs[i]->overlapY(rs[j])>EXTRA_GAP) {\n\t\t\t\t/*\n\t\t\t\tcout << \"Overlap found between: \" << endl;\n\t\t\t\tcout << \"    \" << *rs[i] << endl;\n\t\t\t\tcout << \"    \" << *rs[j] << endl;\n\t\t\t\t*/\n\t\t\t\toverlaps++;\n\t\t\t}\n\t\t}\n\t}\n\treturn overlaps;\n}\ninline double getRand(double range) {\n\treturn range*rand()/RAND_MAX;\n}\nRectangle **generateRandomRects(unsigned n) {\n\tRectangle **rs=new Rectangle*[n];\n\tdouble const rect_size = 5;\n\tdouble const fld_size = sqrt(rect_size * n / 2.0);\n\tdouble coords[4];\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\tfor (unsigned d = 0; d < 2; ++d) {\n\t\t\t//unsigned const end = 1 + (rand() % (fld_size - 1));\n\t\t\t//unsigned const start = rand() % end;\n\t\t\tdouble const start = getRand(fld_size);\n\t\t\tdouble const end = start + getRand(rect_size);\n\t\t\tcoords[2 * d] = start;\n\t\t\tcoords[2 * d + 1] = end;\n\t\t} \n\t\trs[i]=new Rectangle(coords[0],coords[1],coords[2],coords[3]);\n\t}\n\t//double k = (double)countOverlaps(rs,n)/n;\n\t//cout << \"    k=\"<< k << endl;\n\treturn rs;\n}\nRectangle **generateRects(double coords[][4], unsigned n) {\n\tRectangle **rs=new Rectangle*[n];\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\trs[i]=new Rectangle(coords[i][0],coords[i][1],coords[i][2],coords[i][3]);\n\t}\n\treturn rs;\n}\nvoid test(Rectangle **rs, unsigned n, double &cost, double &duration) {\n\tRectangle **ors=new Rectangle*[n];\n\tdouble const rect_size = 5;\n\tdouble const fld_size = sqrt(rect_size * n / 2.0);\n\tfor (unsigned i = 0; i < n; ++i) {\n\t\tors[i]=new Rectangle(rs[i]->getMinX(),rs[i]->getMaxX(),rs[i]->getMinY(),rs[i]->getMaxY());\n\t}\n\n\tclock_t starttime = clock();\n\tremoveoverlaps(n,rs);\n\tduration = (double)(clock() - starttime)/CLOCKS_PER_SEC;\n\t/*\n\tif(countOverlaps(rs,n)!=0){\n\t\tstd::cerr<<\"************FAIL**************\"<<std::endl;\n\t\tfor(unsigned i=0;i<n;i++) {\n\t\t\tstd::cerr << *ors[i]<<std::endl;\n\t\t}\n\t\texit(1);\n\t}\n\t*/\n\tcost = 0;\n\tfor(unsigned i=0;i<n;i++) {\n\t\tdouble dx=rs[i]->getCentreX()-ors[i]->getCentreX();\n\t\tdouble dy=rs[i]->getCentreY()-ors[i]->getCentreY();\n\t\tcost+=sqrt(dx*dx+dy*dy);\n\t\tdelete rs[i];\n\t\tdelete ors[i];\n\t}\n\tdelete [] rs;\n\tdelete [] ors;\n}\ndouble test1[][4]={ { 0, 50, 0, 30 }, { 10, 20, 10, 29 },\n{ 30, 70, 39, 70 }, { 0, 90, 40, 50 }, { 30, 70, 1, 29 } };\nunsigned n1=5;\ndouble test2[][4]={ { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\nunsigned n2=8;\ndouble test3[][4]={ { 8, 32, 29, 36 }, { 19, 24, 2, 27 },\n{ 4, 5, 27, 55 }, { 6, 7, 13, 26 }, { 3, 39, 46, 62 },\n{ 6, 23, 2, 19 }, { 18, 39, 5, 23 }, { 35, 63, 42, 78 },\n{ 16, 18, 14, 72 }, { 12, 32, 10, 58 } };\nunsigned n3=10;\ndouble test4[][4]={ { 315.755, 355.288, 353.595, 449.627 },\n{ 395.048, 395.635, 253.943, 362.228 },\n{ 254.439, 393.289, 278.708, 286.346 },\n{ 209.852, 370.831, 326.496, 507.255 },\n{ 271.947, 415.74, 362.228, 450.318 },\n{ 293.408, 405.197, 220.61, 244.119 },\n{ 276.482, 386.472, 286.346, 435.767 },\n{ 268.211, 436.23, 192.807, 220.61 },\n{ 378.008, 502.118, 358.437, 475.587 },\n{ 340.68, 472.597, 249.492, 335.448 } };\nunsigned n4=10;\ndouble test5[][4]={ { 7, 22, 39, 54 }, { 7, 33, 0, 59 },\n{ 3, 26, 16, 56 }, { 7, 17, 18, 20 }, { 1, 59, 11, 26 },\n{ 19, 20, 13, 49 }, { 1, 10, 0, 4 }, { 47, 52, 1, 3 } };\nunsigned n5=8;\ndouble test6[][4]={ { 40, 69, 63, 69 }, { 1, 5, 27, 64 },\n{ 34, 66, 20, 22 }, { 1, 24, 10, 25 }, { 1, 19, 9, 61 },\n{ 0, 56, 8, 70 }, { 33, 35, 13, 28 }, { 11, 31, 33, 35 },\n{ 12, 22, 3, 23 } };\nunsigned n6=9;\ndouble test7[][4]={\t{ 341.594, 388.459, 373.491, 518.168 },\n{ 271.214, 324.782, 311.332, 409.166 },\n{ 293.848, 475.064, 305.194, 391.162 },\n{ 255.317, 447.738, 342.671, 489.923 },\n{ 228.375, 261.057, 206.422, 327.794 },\n{ 383.552, 462.834, 363.132, 412.843 },\n{ 288.859, 481.054, 351.895, 497.728 },\n{ 201.307, 368.511, 387.02, 394.95 },\n{ 257.961, 259.673, 386.503, 518.403 },\n{ 200.178, 275.606, 364.968, 466.787 } };\t\nunsigned n7=10;\ndouble test8[][4]={{12.807,15.7566,14.9478,16.7924},\n{7.76228,11.6532,4.75249,4.75249},\n{7.84596,10.1387,15.465,16.7709},\n{1.80748,3.0357,5.9983,6.16279},\n{6.46447,7.47249,12.8694,13.4378},\n{14.0026,17.3342,5.10141,9.81088},\n{6.84223,6.85932,6.40395,9.21135},\n{7.63462,10.3552,6.78124,8.59953},\n{0.26429,2.80847,14.5724,17.7455},\n{14.7686,15.7148,3.46036,5.66776},\n{10.635,11.4893,12.5044,16.941},\n{6.32027,10.7117,14.2953,15.6276},\n{11.9942,13.1118,10.6893,11.4477},\n{11.9384,15.1357,2.20982,6.92982},\n{2.89395,4.29002,11.7058,16.2896},\n{9.44116,12.7547,9.75556,11.1811},\n{5.2475,8.00607,15.3652,17.026},\n{2.09541,3.76981,2.5526,3.16739},\n{3.14595,6.66351,10.3007,14.4881},\n{4.88109,9.38044,9.02416,10.2954},\n{7.55378,9.14715,13.9686,16.0468},\n{1.70299,5.42198,14.1913,14.2191},\n{14.4877,14.4897,6.14013,8.50074},\n{12.9909,14.5163,10.322,12.4457},\n{11.616,12.0848,3.7601,5.45419},\n{10.3087,13.358,3.04666,3.53389},\n{2.28263,2.44881,13.806,15.8206},\n{3.31805,5.47662,3.91187,6.85355},\n{0.484138,2.06164,3.57335,7.87753},\n{4.73784,5.12359,9.383,11.9217},\n{12.2921,12.7769,12.329,12.8139},\n{12.7351,16.7141,12.7658,13.78},\n{3.71614,5.79872,1.53137,4.97126},\n{10.7423,14.8183,2.57104,2.94168},\n{9.93995,10.1557,1.3432,1.499},\n{0.198099,0.204966,9.29459,11.8795},\n{14.1043,18.8473,11.2028,14.1971},\n{4.23857,4.95743,14.7047,17.1439},\n{13.936,15.9612,10.7744,14.8598},\n{11.355,15.6824,2.49113,5.96963},\n{12.8528,16.3913,3.82582,6.67259},\n{13.9445,14.7354,10.8576,12.9503},\n{13.0041,15.6166,2.07035,3.70034},\n{2.31809,5.03195,1.13659,5.8604},\n{10.2454,14.5396,10.9442,15.4321},\n{7.12259,11.3929,7.20864,10.4059},\n{6.54862,9.88399,1.82828,5.89899},\n{4.27072,7.52613,7.99016,11.1703},\n{8.84828,9.15453,10.1489,11.7934},\n{7.71027,8.97206,3.26462,4.02636},\n{14.3383,15.1727,3.02586,3.26268},\n{9.21233,11.1919,13.9814,16.1433},\n{13.1946,16.1613,12.2268,13.1319},\n{13.0462,15.6689,7.03513,8.59752},\n{8.72724,11.3859,5.69193,7.8238},\n{10.6241,14.1033,7.88946,9.95327},\n{8.48376,10.8714,8.86955,11.2137},\n{3.55633,4.14351,13.7308,18.4988},\n{1.79802,4.68843,11.0964,11.6543},\n{13.1535,14.6895,1.52144,2.50643},\n{1.24533,4.27261,13.345,13.4925},\n{14.4031,18.7944,15.4447,18.0096},\n{8.56933,11.3392,0.446787,1.18762},\n{11.311,16.0574,8.41,8.76508},\n{13.5332,17.8479,8.2067,11.4446},\n{5.73826,6.63581,10.8364,11.6186},\n{10.1995,11.5202,6.54248,9.49804},\n{14.6456,16.7915,7.01621,7.57531},\n{15.1444,16.4184,1.45761,2.35577},\n{11.8169,12.0382,14.8149,19.3316},\n{10.148,11.1227,15.0087,18.1595},\n{10.9498,14.7849,12.3852,13.9467},\n{10.7631,10.9141,5.24419,8.64319},\n{11.2486,12.6029,6.25029,10.0076},\n{12.8731,16.0703,4.96619,8.54006},\n{6.92828,8.53172,8.36509,11.8971},\n{3.1677,7.20423,14.5582,17.1794},\n{14.1426,16.9327,15.1198,19.1306},\n{2.52943,6.64027,5.18935,8.58545},\n{6.89613,11.4515,3.7672,6.23813},\n{2.91428,6.40636,1.4231,4.10552},\n{9.81892,12.9687,8.25114,10.1775},\n{14.6192,14.7412,10.8349,15.1725},\n{6.96657,11.7009,11.0638,11.8966},\n{7.03182,9.20687,2.04293,2.60462},\n{7.47955,9.28533,7.45213,8.37318},\n{6.24651,9.79246,8.61803,9.91034},\n{4.73642,7.48461,9.59481,12.748},\n{8.70644,11.1702,2.54172,4.26587},\n{14.9028,19.4109,6.238,8.04256},\n{5.22907,8.45899,1.98714,4.94042},\n{8.96884,12.3636,1.72663,3.39844},\n{6.96563,8.04735,10.6198,11.3663},\n{1.65099,5.65883,10.5002,13.9039},\n{11.3337,11.5138,5.31369,7.75029},\n{2.79561,4.08151,7.04269,9.00167}};\n\nunsigned n8=96;\ndouble test9[][4]={{2.67865,4.81342,8.67025,11.5025},\n{5.77912,6.94355,9.80043,12.2904},\n{11.9459,13.8675,3.66967,7.38408},\n{6.72663,8.30474,3.37566,7.24571},\n{9.2081,10.9827,10.9557,11.8868},\n{0.161903,3.31202,3.35371,3.84933},\n{4.46508,9.18934,9.43037,10.9125},\n{3.84059,5.2565,8.66868,8.70713},\n{4.67598,5.15207,5.2252,8.92099},\n{1.19252,1.31215,7.97481,8.27191},\n{4.57641,5.71063,0.440628,4.17365},\n{6.80268,11.5523,3.78375,4.79819},\n{11.2172,13.7652,8.44876,11.1649},\n{11.4673,13.1644,6.09156,7.41026},\n{12.2995,13.585,0.155239,4.63887},\n{12.3513,15.3947,8.3437,11.1337},\n{3.92566,6.15611,12.432,16.3993},\n{12.6351,14.6039,9.96391,13.1152},\n{0.682894,2.48867,7.66904,8.86704},\n{3.50189,7.28939,8.37741,8.96276},\n{2.37719,4.19762,11.1129,12.0465},\n{5.53568,8.1444,11.9056,15.5818},\n{7.32876,11.2713,12.1655,15.0785},\n{2.534,6.15563,9.30845,11.2833},\n{8.00852,12.8051,2.16786,4.90262},\n{11.8095,12.814,11.5818,13.7731},\n{7.54398,9.23043,7.36953,10.7315},\n{8.36918,9.83071,11.8668,11.8776},\n{5.72267,9.66642,1.46379,3.71362},\n{11.2725,14.6538,4.76772,7.30304},\n{5.8638,10.7623,5.99865,10.0994},\n{11.0224,12.6455,0.852638,2.20201},\n{4.03151,8.51056,6.12449,10.3672},\n{7.75136,10.6782,10.648,11.8606},\n{11.9663,14.3993,2.83154,5.46437},\n{6.05275,8.00044,10.9675,15.3426},\n{10.9702,13.146,8.98465,12.4718},\n{4.99665,7.91376,9.19241,9.71153},\n{3.7422,4.00542,2.00556,2.53918},\n{9.01679,10.9439,12.8107,15.1367},\n{10.0117,11.5009,0.194049,3.08568},\n{8.29117,13.1323,6.99045,8.65707},\n{5.97395,10.5816,5.77559,7.35126},\n{5.68856,6.51699,4.40392,5.82242},\n{0.209729,3.89072,7.36013,8.98447},\n{0.360264,1.88558,0.319886,3.22738},\n{2.02163,2.07428,3.2753,8.12958},\n{5.05075,5.86987,12.7958,16.7689},\n{10.6484,15.5931,7.23546,10.4741},\n{7.20998,7.46939,2.44384,5.10459},\n{12.5022,15.1819,10.6593,13.5708},\n{2.3619,2.45407,5.75168,7.28966},\n{12.131,16.661,4.39608,8.19289},\n{9.81023,10.731,6.67919,9.31523},\n{6.97712,10.166,8.4813,13.3432},\n{6.45378,7.44457,8.96504,11.9806},\n{8.70396,11.5729,7.15588,12.1524},\n{9.93058,14.0306,0.849502,1.80855},\n{8.32174,8.34616,7.52595,12.0431},\n{2.79979,5.93358,4.90296,7.6893},\n{0.72484,5.42439,3.48229,5.77743},\n{6.05275,10.2779,7.4252,7.72184},\n{4.41176,6.91184,11.8809,15.3923},\n{6.50435,8.04432,11.4826,15.3172},\n{12.16,14.3518,1.13763,4.17255},\n{7.82506,10.5124,8.05713,9.03876}};\nunsigned n9=66;\ndouble test10[][4]={{15.9875,18.9768,15.3193,17.9811},\n{16.5669,19.7216,1.05824,1.58667},\n{8.80629,9.88527,9.71101,13.2142},\n{19.568,20.1767,3.28922,8.03561},\n{13.6363,15.6827,12.9329,16.6542},\n{2.32913,3.58085,8.28597,12.6503},\n{6.86597,11.2847,5.9172,10.236},\n{8.57413,11.0048,18.0203,18.4095},\n{7.68828,8.89193,9.52038,12.3945},\n{13.5784,15.499,0.824193,4.7533},\n{5.70392,8.26946,10.1955,12.8184},\n{17.9857,22.6483,14.2013,16.0377},\n{14.7965,16.4222,11.9332,16.5984},\n{20.5111,23.1383,0.355473,0.834461},\n{5.88763,9.2761,8.31995,11.6173},\n{13.8307,16.6334,17.2376,19.8715},\n{7.20005,8.99179,19.0137,23.483},\n{3.67112,6.97933,18.6142,21.1208},\n{0.936183,5.81945,5.11063,7.47703},\n{9.85383,12.4861,7.80027,11.677},\n{8.07584,11.1964,13.8571,17.9736},\n{8.07017,10.0661,8.42816,9.79417},\n{10.8259,11.6232,16.7028,19.3248},\n{18.55,19.3911,17.174,22.0082},\n{1.34073,1.93538,17.9341,20.4509},\n{11.7558,12.1994,0.295703,2.19289},\n{12.4063,13.662,0.965124,5.21391},\n{2.2033,2.85518,16.4455,20.0191},\n{6.3853,9.77239,0.892142,2.17773},\n{0.546736,5.29679,12.1949,15.2469},\n{14.1365,17.5213,14.7027,15.1512},\n{9.46879,11.9145,11.8539,14.4408},\n{8.49611,8.98075,17.1388,17.5066},\n{1.53577,2.52014,0.615943,4.13396},\n{7.12078,9.05901,20.3739,23.44},\n{2.7104,7.09713,16.4442,20.8587},\n{12.9707,14.2845,12.5642,16.2281},\n{13.5086,14.3207,17.7611,20.1056},\n{19.2264,24.1481,2.063,5.27645},\n{15.2016,18.2491,1.10228,3.37286},\n{16.7733,18.1385,2.35807,7.0123},\n{19.8272,21.9464,18.27,22.8376},\n{4.27133,8.48869,19.5925,21.488},\n{19.6951,23.7284,10.5207,11.1889},\n{0.799027,3.61863,1.42504,3.44902},\n{1.31871,5.95584,16.4147,18.2479},\n{19.8398,21.0495,15.2495,15.8842},\n{3.15773,5.76599,11.1562,12.2007},\n{4.61422,4.78559,16.6607,16.9497},\n{11.0064,11.5745,16.521,19.5463},\n{13.3865,15.7969,12.215,14.3112},\n{0.272424,4.59201,7.19502,9.58004},\n{15.6377,16.4926,18.5978,19.0178},\n{1.44957,1.65985,5.24023,10.1284},\n{0.0559948,0.138395,3.75354,4.46554},\n{3.24015,3.86196,12.205,14.0543},\n{2.64686,3.51587,16.1429,16.6103},\n{2.56003,5.14236,5.6624,8.31491},\n{13.7143,16.5806,7.32777,10.6354},\n{15.8994,20.4036,0.171759,0.567584},\n{11.1247,11.5263,7.61341,8.80042},\n{10.7869,11.8353,7.73861,8.39933},\n{16.7563,18.1604,15.6377,20.3633},\n{4.7627,5.87556,0.850618,4.25755},\n{11.2178,15.6734,14.2378,15.9026},\n{2.00323,5.94744,1.78428,4.77571},\n{16.0705,20.0359,9.50528,12.9563},\n{14.9808,18.3586,9.56819,10.8817},\n{13.7005,17.173,10.5755,15.5172},\n{6.24185,6.44174,11.9766,16.0609},\n{14.0767,16.1476,11.9904,14.2274},\n{18.3009,20.9378,0.109473,0.330122},\n{0.395109,4.35458,19.8694,23.5078},\n{17.4949,22.4626,6.16132,10.5268},\n{0.992178,2.11099,18.813,22.5419},\n{8.41369,12.6754,20.0682,22.6},\n{19.5239,23.6359,3.22945,3.81068},\n{6.60361,6.84761,11.8174,12.6899},\n{8.95351,9.96275,11.2373,12.3269},\n{13.8414,17.1229,18.182,20.7568},\n{13.0468,17.4872,16.8349,21.2615},\n{16.6053,17.1026,5.24778,8.1272},\n{1.20043,2.96974,10.1904,13.8153},\n{7.73924,7.74809,1.53703,3.76274},\n{15.0915,18.4866,18.6576,18.9426},\n{10.69,13.9811,6.92511,9.44625},\n{8.66032,12.8382,6.67974,9.08735},\n{3.24707,3.91176,7.21641,8.75134},\n{20.5281,23.518,5.04016,5.38868},\n{8.78238,13.6922,11.9149,12.334},\n{19.1358,19.5264,15.9157,16.8192},\n{4.52551,7.52884,12.1049,16.4566},\n{18.467,22.8957,2.97024,7.48362},\n{17.9618,18.9449,2.7601,4.06645},\n{10.8057,15.3718,7.7254,8.32173},\n{19.6416,21.5781,7.62473,11.5731},\n{5.14712,8.87694,0.495145,1.50088},\n{4.11719,6.22953,3.59814,8.25023},\n{6.34314,9.83141,1.90886,3.52039},\n{11.6041,11.7642,12.6177,16.2647},\n{17.4351,19.786,0.846214,2.85357},\n{7.90974,12.4031,10.5818,10.868},\n{3.33578,5.53021,19.271,22.6137},\n{14.3296,18.1074,3.76864,6.21134},\n{1.39798,4.21194,14.7015,18.9814},\n{13.3463,13.89,4.76333,8.78979},\n{7.78517,12.3834,12.0445,12.1204},\n{1.21553,4.14149,10.9523,11.5827},\n{10.7328,15.0635,11.2248,16.0148},\n{1.89816,6.42421,6.21479,9.51491},\n{5.76369,9.87896,0.471237,2.08597},\n{1.10543,3.50571,6.4243,6.85217},\n{13.4916,16.9187,13.4167,14.751},\n{6.61683,9.79075,4.44435,7.2165},\n{17.5276,21.8159,3.22316,7.12862},\n{8.09408,10.3727,0.167984,1.77021},\n{8.04815,12.6168,7.91666,11.0816},\n{1.32248,2.63905,12.5164,17.4845},\n{7.324,11.7358,9.05354,13.7152},\n{15.0274,18.5751,11.55,13.6444},\n{15.3627,16.1478,19.7391,21.3528},\n{16.5701,19.0741,18.0876,18.9877},\n{19.9719,20.1289,10.2999,14.2899},\n{5.77124,9.49847,20.3551,23.9988},\n{9.4065,13.7029,1.45775,2.17524},\n{8.22117,12.8533,16.9079,17.5996},\n{8.20293,12.4012,15.7691,15.783},\n{9.33037,11.8253,0.286895,2.70091},\n{12.5114,14.6471,11.0241,13.8678},\n{14.6423,15.2091,5.08987,9.29257},\n{10.4729,12.308,1.7717,6.27227},\n{9.65187,11.9638,14.3196,18.937},\n{5.1704,6.94718,18.4884,22.8028},\n{4.66015,8.43071,12.6095,14.2635},\n{19.5384,21.1589,7.47562,10.9592},\n{20.3595,24.407,0.804689,2.94465},\n{0.775119,2.53222,1.35017,2.38185},\n{14.1459,18.0717,13.111,17.3643},\n{15.9535,16.9371,3.47482,6.36462},\n{15.1727,17.7769,13.1324,16.2993},\n{17.2678,19.5719,19.2912,23.3942},\n{14.5832,17.1443,19.2559,24.0751},\n{1.57289,3.42857,7.75497,11.9183},\n{2.63994,5.18274,5.84108,8.64802},\n{7.56056,8.51991,0.284378,0.750091},\n{8.4225,12.0985,13.1443,16.5509},\n{12.4397,13.7349,16.1177,21.0089},\n{18.411,22.1179,12.4302,16.1478},\n{16.7343,19.9381,0.87138,4.38391},\n{0.729191,5.0941,0.4316,3.36382},\n{7.96699,10.079,15.0613,19.489},\n{14.4215,16.2705,13.932,15.6623},\n{9.37756,12.4608,12.8857,16.6014},\n{12.0729,12.5163,2.59841,7.39714},\n{7.52658,11.0203,15.2853,19.805},\n{16.0919,20.3462,13.6464,15.1218},\n{6.17075,10.0034,17.5729,21.8258},\n{8.94533,11.0185,7.98461,12.5047},\n{0.249775,1.8787,2.72361,7.6554},\n{11.5167,11.8826,8.7937,10.8008},\n{14.3038,17.8052,19.0873,20.7193},\n{19.7272,24.1131,5.29434,7.64106},\n{19.7624,20.0966,13.2827,17.354},\n{5.58186,7.99298,3.3987,5.8269},\n{19.7479,20.3262,16.1492,17.465},\n{3.25902,6.3684,17.0948,20.9851},\n{12.7549,14.4322,1.40931,6.02218},\n{12.232,13.2567,0.559319,3.07481},\n{0.138414,4.75571,14.9273,18.2745},\n{6.04241,6.23422,9.62104,10.3701}};\nunsigned n10=170;\ndouble test11[][4]={{2.20847,5.99613,25.7684,29.5065},\n{4.38169,7.14163,-7.79499,-7.42678},\n{17.1816,19.4476,-5.03151,-3.38153},\n{10.6383,11.0169,-0.356332,3.85003},\n{13.3309,15.7634,21.4146,24.0122},\n{17.1354,20.5384,27.9053,29.8839},\n{4.82128,7.88931,4.90792,5.71239},\n{13.1802,14.7891,24.0123,26.5035},\n{9.1468,9.95493,-3.73661,-1.29955},\n{14.4021,17.8989,19.2669,23.5805},\n{3.53936,4.95206,17.2632,19.2913},\n{11.2732,15.3951,10.4298,11.6976},\n{9.82902,13.9892,17.9523,19.9811},\n{10.0265,11.0793,16.4791,17.5196},\n{1.27427,5.64116,7.85316,8.33764},\n{3.70992,7.16293,5.06311,6.98578},\n{9.95501,13.9876,-3.13412,-1.29965},\n{17.6086,21.8963,15.3022,17.9743},\n{2.05607,2.66477,-0.552748,0.286511},\n{12.6971,13.3533,-4.23798,-3.73671},\n{7.7961,11.69,7.35371,11.9837},\n{7.68167,9.93012,1.7933,3.98514},\n{1.2176,2.27018,0.286611,3.17168},\n{4.98578,7.91342,12.8464,16.1781},\n{16.5918,21.3527,4.59687,5.72758},\n{9.12809,9.56481,1.38197,2.061},\n{14.6904,19.1649,-3.38143,-1.21492},\n{11.3046,15.5357,14.6315,17.2819},\n{3.69836,4.52282,5.06311,5.67974},\n{12.2713,13.7058,11.6977,14.6314},\n{0.130993,3.26738,-4.32728,-3.7221},\n{11.4317,12.3544,19.9812,22.2083},\n{10.0298,10.1041,11.1483,12.7055},\n{16.2023,16.7313,1.49517,4.59677},\n{12.4149,15.8265,4.33334,6.45789},\n{17.575,19.9519,12.3124,15.3021},\n{17.0991,22.0233,3.78959,6.02599},\n{3.99216,5.32933,0.583351,0.882127},\n{16.5929,18.003,14.3823,17.6574},\n{13.5273,15.1372,16.4791,20.1285},\n{12.3687,15.2044,6.45799,7.83514},\n{8.04258,9.47375,17.3137,21.5515},\n{7.329,10.9322,7.65703,11.5161},\n{1.98895,2.89459,1.84656,3.17168},\n{0.520521,2.46608,6.71895,10.4866},\n{13.184,16.1474,6.45799,7.30869},\n{2.13915,4.58689,17.2632,19.8192},\n{15.8375,18.2786,15.9558,18.1255},\n{14.7223,16.4109,16.4791,17.3636},\n{4.00206,7.29287,-4.32728,-1.41062},\n{16.6028,18.6157,14.6315,17.1786},\n{3.19495,7.10528,-1.41052,0.583251},\n{1.69626,5.11997,0.326338,1.84646},\n{12.1579,12.759,-0.356332,0.328198},\n{3.51735,7.12098,5.71249,7.85306},\n{0.953512,5.10372,3.17178,5.06301},\n{13.2737,14.3319,18.7924,21.1975},\n{1.46188,5.99876,10.3471,12.8463},\n{8.39195,9.77825,1.66426,2.061},\n{1.81344,5.57851,-3.53802,0.326238},\n{1.31773,2.99152,29.5066,33.3419},\n{5.33625,7.15652,19.4265,19.8527},\n{0.432492,3.44635,7.60608,10.3589},\n{1.60933,2.36115,-1.16144,0.286511},\n{9.27774,10.4284,-1.86525,-1.56998},\n{11.8878,13.7671,-5.11518,-4.23808},\n{10.0073,10.2574,11.282,12.9297},\n{10.5778,11.703,0.629406,0.965262},\n{3.17349,7.96657,16.1782,17.2631},\n{11.2281,13.6998,12.2002,12.4339},\n{13.7166,18.3124,19.2669,21.4145},\n{10.5388,15.0813,0.328298,4.33324},\n{9.05987,12.0136,-1.29945,-0.356432},\n{6.74526,7.05518,-8.26859,-7.79509},\n{17.7736,20.6859,5.72768,8.29825},\n{2.22113,7.1491,21.4284,25.7683},\n{16.1247,17.7842,2.70437,3.3773},\n{8.34023,10.0276,13.9827,18.7779},\n{15.1872,18.2348,17.1787,17.2902},\n{16.5308,17.6299,6.45799,8.71682},\n{5.98601,9.22204,23.2905,26.0581},\n{7.64095,10.7424,18.778,22.0208},\n{15.0585,19.52,17.7993,19.2668},\n{17.646,20.037,0.451228,3.78949},\n{0.0160052,1.94859,4.68464,6.71885},\n{7.29434,9.17489,13.9827,17.3136},\n{17.7896,21.639,6.02609,9.48842},\n{4.43065,8.71164,19.8528,23.2904},\n{16.5231,21.0708,3.3774,4.59677},\n{14.2096,16.0172,17.282,17.9522},\n{8.32648,9.09478,3.98524,7.65693},\n{3.6703,7.6841,0.583351,4.90782},\n{9.90605,10.9591,11.5162,13.1508},\n{14.7669,18.5129,-1.21482,3.3773},\n{3.48104,6.74301,29.5066,30.5551},\n{9.22657,10.4539,-5.59946,-1.29955},\n{8.12181,8.34154,-2.11601,1.66416},\n{4.11375,5.37752,30.5552,34.3283},\n{9.11434,12.5991,8.88212,10.4297},\n{11.3365,14.9133,-8.77796,-4.9549},\n{15.7809,16.0235,-2.30357,0.667869},\n{15.4629,16.7224,4.59687,6.45789},\n{13.3766,16.7042,21.4146,25.1652},\n{7.87643,10.2361,12.8464,13.9826},\n{7.38842,11.7536,11.5162,16.479},\n{5.15799,9.74446,-7.42668,-4.32738},\n{16.0009,16.044,-3.82308,0.667869},\n{15.6318,18.7733,8.71692,11.607},\n{10.7258,12.2305,7.30879,8.88202},\n{8.17133,9.84923,-1.56988,1.38187},\n{3.5179,5.38762,0.583351,5.06301},\n{9.4516,10.8319,22.0209,26.7891},\n{9.94456,11.8221,19.9812,21.2926},\n{5.14479,8.31779,3.92878,7.65693},\n{14.6057,18.2633,0.667969,4.59677},\n{5.62784,8.67939,17.3137,19.4264},\n{10.9244,13.5481,-1.29955,-1.29955},\n{5.76759,6.30746,-3.722,-3.5131},\n{7.13259,9.6258,8.33774,11.5161},\n{1.05144,1.32443,10.359,10.9074},\n{16.4807,19.9127,26.5036,27.9052},\n{5.9629,7.66553,-1.41052,-1.14028},\n{13.6489,16.9728,22.2084,25.5279},\n{2.50777,4.43837,19.8193,21.4283},\n{1.57577,3.7409,15.383,18.2258},\n{17.1816,18.8466,17.2903,17.7992},\n{8.43156,13.0154,-4.9548,-3.13422},\n{1.88827,6.19077,6.98588,10.347},\n{14.73,15.2147,17.9523,18.7923},\n{5.55742,8.69305,2.0611,3.92868}};\t\nunsigned n11=130;\nint main() {\n\tdouble c,t;\n\t/*\n\tcout << \"test1\" << endl;\n\ttest(generateRects(test1,n1),n1,c,t);\n\tcout << \"test2\" << endl;\n\ttest(generateRects(test2,n2),n2,c,t);\n\tcout << \"test3\" << endl;\n\ttest(generateRects(test3,n3),n3,c,t);\n\tcout << \"test4\" << endl;\n\ttest(generateRects(test4,n4),n4,c,t);\n\tcout << \"test5\" << endl;\n\ttest(generateRects(test5,n5),n5,c,t);\n\tcout << \"test6\" << endl;\n\ttest(generateRects(test6,n6),n6,c,t);\n\tcout << \"test7\" << endl;\n\ttest(generateRects(test7,n7),n7,c,t);\n\tcout << \"test8\" << endl;\n\ttest(generateRects(test8,n8),n8,c,t);\n\tcout << \"test9\" << endl;\n\ttest(generateRects(test9,n9),n9,c,t);\n\tcout << \"test10\" << endl;\n\ttest(generateRects(test10,n10),n10,c,t);\n\t\n\tcout << \"test11\" << endl;\n\ttest(generateRects(test11,n11),n11,c,t);\n\t*/\n\t//*/\n\tint max_size=100, repeats=100,step=10; \n\t//srand(time(NULL));\n\tfor(int i=10;i<=max_size;i+=step) {\n\t\t//if(i%5==0) cout << i << endl;\n\t\tdouble disp=0, time=0;\n\t\tfor(int repeat=repeats;repeat--;) {\n\t\t\ttest(generateRandomRects(i),i,c,t);\n\t\t\tdisp+=c;\n\t\t\ttime+=t;\n\t\t}   \n\t\tdisp/=repeats;\n\t\ttime/=repeats;\n\t\tcout << i << \",\" << time << \",\" << disp << endl;\n\t}\n\t//*/\n}\n"
  },
  {
    "path": "experimental/solve_VPSC/tests/satisfy_inc.cpp",
    "content": "#include <variable.h>\n#include <constraint.h>\n#include <solve_VPSC.h>\n#include <algorithm>\n#include <iostream>\n#include <time.h>\n#include <math.h>\nusing namespace std;\n\ninline int getRand(const int range) {\n\treturn (double)range*rand()/(RAND_MAX+1.0);\n}\ninline bool approxEquals(const double a, const double b) {\n\treturn fabs((double)a-b)<0.0001;\n}\ntypedef vector<Constraint*> CS;\n\n// most basic example\nvoid test1() {\n\tcout << \"Test 1...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,6,1),\n\t\tnew Variable(0,5,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[1],2)};\n\tIncVPSC vpsc(2,a,1,c);\n\tvpsc.satisfy();\n\tassert(approxEquals(a[0]->position(),4.5));\n\tassert(approxEquals(a[1]->position(),6.5));\n\tcout << \"Test 1... done.\" << endl;\n}\n\n// no splits required\nvoid test2() {\n\tcout << \"Test 2...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,4,1),\n\t\tnew Variable(1,6,1),\n\t\tnew Variable(2,9,1),\n\t\tnew Variable(3,2,1),\n\t\tnew Variable(4,5,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[2],3),\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={0.5,6,3.5,6.5,9.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tIncVPSC vpsc(n,a,m,c);\n\tvpsc.satisfy();\n\tfor(int i=0;i<n;i++) {\n\t\tassert(approxEquals(a[i]->position(),expected[i]));\n\t}\n\tcout << \"Test 2... done.\" << endl;\n}\n\n// split required - cycles without change in direction check\nvoid test3() {\n\tcout << \"Test 3...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,5,1),\n\t\tnew Variable(1,6,1),\n\t\tnew Variable(2,7,1),\n\t\tnew Variable(3,4,1),\n\t\tnew Variable(4,3,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[4],3),\n\t\tnew Constraint(a[1],a[2],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={5,0.5,3.5,6.5,9.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\tIncVPSC vpsc(n,a,m,c);\n\tvpsc.satisfy();\n\tfor(int i=0;i<n;i++) {\n\t\tassert(approxEquals(a[i]->position(),expected[i]));\n\t}\n\tcout << \"Test 3... done.\" << endl;\n}\n// split required - cycles!\nvoid test4() {\n\tcout << \"Test 4...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,7,1),\n\t\tnew Variable(1,1,1),\n\t\tnew Variable(2,6,1),\n\t\tnew Variable(3,0,1),\n\t\tnew Variable(4,2,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[3],3),\n\t\tnew Constraint(a[0],a[1],3),\n\t\tnew Constraint(a[1],a[4],3),\n\t\tnew Constraint(a[2],a[4],3),\n\t\tnew Constraint(a[2],a[3],3),\n\t\tnew Constraint(a[3],a[4],3)};\n\tdouble expected[]={5,0.5,3.5,6.5,9.5};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\ttry {\n\t\tIncVPSC vpsc(n,a,m,c);\n\t\tvpsc.solve();\n\t} catch (char const *msg) {\n\t\tcerr << msg << endl;\n\t\texit(1);\n\t}\n\n\t/*\n\tfor(int i=0;i<n;i++) {\n\t\tassert(approxEquals(a[i]->position(),expected[i]));\n\t}\n\t*/\n\tcout << \"Test 4... done.\" << endl;\n}\nvoid test5() {\n\tcout << \"Test 5...\" << endl;\n\tVariable *a[] = {\n\t\tnew Variable(0,0,1), new Variable(1,9,1), new\n\t\t\tVariable(2,1,1), new Variable(3,9,1), new\n\t\t\tVariable(4,5,1), new Variable(5,1,1), new\n\t\t\tVariable(6,2,1), new Variable(7,1,1), new\n\t\t\tVariable(8,6,1), new Variable(9,3,1)};\n\tConstraint *c[] = {\n\t\tnew Constraint(a[0],a[3],3), new Constraint(a[1],a[8],3),\n\t\tnew Constraint(a[1],a[6],3), new Constraint(a[2],a[6],3),\n\t\tnew Constraint(a[3],a[5],3), new Constraint(a[3],a[6],3),\n\t\tnew Constraint(a[3],a[7],3), new Constraint(a[4],a[8],3),\n\t\tnew Constraint(a[4],a[7],3), new Constraint(a[5],a[8],3),\n\t\tnew Constraint(a[5],a[7],3), new Constraint(a[5],a[8],3),\n\t\tnew Constraint(a[6],a[9],3), new Constraint(a[7],a[8],3),\n\t\tnew Constraint(a[7],a[9],3), new Constraint(a[8],a[9],3)\n\t};\n\tdouble expected[]={-3.71429,4,1,-0.714286,2.28571,2.28571,7,5.28571,8.28571,11.2857};\n\tunsigned int n = sizeof(a)/sizeof(Variable*);\n\tunsigned int m = sizeof(c)/sizeof(Constraint*);\n\ttry {\n\t\tIncVPSC vpsc(n,a,m,c);\n\t\tvpsc.solve();\n\t} catch (char const *msg) {\n\t\tcerr << msg << endl;\n\t\texit(1);\n\t}\n\n\tfor(int i=0;i<n;i++) {\n\t\tassert(approxEquals(a[i]->position(),expected[i]));\n\t}\n\tcout << \"Test 5... done.\" << endl;\n}\n\n// n=number vars\n// m=max constraints per var\nvoid rand_test(int n, int m) {\n\tVariable *a[n];\n\tCS cs;\n\tfor(int i=0;i<n;i++) {\n\t\ta[i]=new Variable(i,getRand(10),1);\n\t}\n\tfor(int i=0;i<n-1;i++) {\n\t\tfor(int j=0;j<getRand(m)+1;j++) {\n\t\t\tint e = i + getRand(n-1-i)+1;\n\t\t\tcs.push_back(new Constraint(a[i],a[e],3));\n\t\t}\n\t}\n\tConstraint *acs[cs.size()];\n\tfor(int i=0;i<cs.size();i++) {\n\t\tacs[i]=cs[i];\n\t}\n\t/*\n\tcout<<\"digraph g {\"<<endl;\n\tfor(CS::iterator i(cs.begin());i!=cs.end();i++) {\n\t\tConstraint *c=*i;\n\t\tcout << c->left->id << \"->\" << c->right->id << \";\" << endl;\n\t}\n\tcout<<\"}\"<<endl;\n\t*/\n\tIncVPSC vpsc(n,a,cs.size(),acs);\n\ttry {\n\t\tvpsc.solve();\n\t} catch (char const *msg) {\n\t\tcout << msg << endl;\n\t\tfor(int i=0;i<n;i++) {\n\t\t\tcout << \"new Variable(\"<<i<<\",\"<<a[i]->desiredPosition<< \",1),\" << endl;\n\t\t\t//cout << \"a[i]->Pos=\"<<a[i]->position() << endl;\n\t\t}\n\t\tfor(CS::iterator i(cs.begin());i!=cs.end();i++) {\n\t\t\tConstraint *c=*i;\n\t\t\t//cout << c->left->id << \"->\" << c->right->id << \";\" << endl;\n\t\t\tcout << \"new Constraint(a[\" <<  c->left->id << \"],a[\" <<  c->right->id << \"],3),\" << endl;\n\t\t}\n\t\tthrow \"test failed!\";\n\t}\n}\nint main() {\n\tsrand(time(NULL));\n\t//test1();\n\t//test2();\n\t//test3();\n\t//test4();\n\t//test5();\n\tfor(int i=0;i<100;i++) {\n\t\tif(i%10==0) cout << \"i=\" << i << endl;\n\t\trand_test(100,3);\n\t}\n\treturn 0;\n}\n"
  }
]